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PALOMAR The Telescope Automation User Manual Rev. 1.5.1 PALOMAR Code 1.5.1 September 2010 (C) DTA srl 2009-2010, All Rights Reserved Copyright 2009-2010 DTA s.r.l. All rights reserved. The reproduction of any part of this manual is allowed only with the written authorization by DTA s.r.l.. The contents of this manual may be subject to changes without any warning. DTA are not responsible for errors that may occur in this manual. 2 SUMMARY PALOMAR...................................................................................................................................................................... 1 INTRODUCTION............................................................................................................................................................. 6 COMPOSITION OF THE SYSTEMS ................................................................................................................................... 7 BASE MODEL........................................................................................................................................................................7 GPS MODEL .........................................................................................................................................................................7 SDK MODEL .........................................................................................................................................................................7 OVERVIEW AND CONNECTORS...................................................................................................................................... 8 SERIAL CABLE AND JOYSTICK/AUTOGUIDE SUPPLIED.................................................................................................... 12 POWER SUPPLY........................................................................................................................................................... 14 SOME GOOD RULES..................................................................................................................................................... 15 ON/OFF....................................................................................................................................................................... 16 CHOICE OF THE MOTORS............................................................................................................................................. 17 CONNECTION OF THE MOTORS.................................................................................................................................... 18 THE INTERACTIVE PHILOSOPHY OF PALOMAR.............................................................................................................. 20 ORGANIZATION OF PANELS AND ACTIVITIES................................................................................................................ 21 KEYBOARD OF THE PALOMAR...................................................................................................................................... 22 DISPLAY OF THE PALOMAR.......................................................................................................................................... 23 EDITING OF A PANEL.................................................................................................................................................... 24 SUMMARY OF THE COMMANDS ACCEPTED BY EDIT.........................................................................................................25 AUTOREPEAT........................................................................................................................................................................25 FIRST INSTALLATION OF THE PALOMAR....................................................................................................................... 26 LIST OF MOUNTS RECOGNIZED BY WIZARD.......................................................................................................................28 TUNEUP............................................................................................................................................................................. 29 COMMANDS RECOGNIZED BY TUNEUP.............................................................................................................................30 CHECKING THE DIRECTION OF ROTATION.........................................................................................................................31 OPTIMIZATION OF THE SLEWING SPEED...........................................................................................................................32 CHECKING BACKLASHES OF TRANSMISSION SYSTEM........................................................................................................33 MAIN PANEL ............................................................................................................................................................... 34 COMMANDS RECOGNIZED BY THE MAIN PANEL...............................................................................................................35 REFERENCE OBJECT...................................................................................................................................................... 36 POINTING OBJECT ....................................................................................................................................................... 36 GERMAN MOUNT.............................................................................................................................................................. 36 FORK MOUNT ................................................................................................................................................................... 36 BRIGHT STAR LIST.............................................................................................................................................................. 38 NGC/IC MESSIER................................................................................................................................................................ 39 SOLAR SYSTEM...................................................................................................................................................................39 USER CATALOG.................................................................................................................................................................. 40 BY KEYBOARD....................................................................................................................................................................40 HOME................................................................................................................................................................................ 40 PARKING............................................................................................................................................................................40 MICRO/MACRO CORRECTIONS.................................................................................................................................... 41 LOAD/SAVE THE CONFIGURATIONS............................................................................................................................. 42 TRACKING SELECTION.................................................................................................................................................. 43 3 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved GPS............................................................................................................................................................................. 44 PEC.............................................................................................................................................................................. 45 TIMERS........................................................................................................................................................................ 49 SIDEREAL TRACKING IMPROVEMENT........................................................................................................................... 50 CONFIGURATION......................................................................................................................................................... 51 EPHEMERIDES.............................................................................................................................................................. 52 ARBITRARY TRACKING ON BOTH AXES......................................................................................................................... 53 SERIAL CONNECTION................................................................................................................................................... 54 JOYSTICK OR AUTOGUIDE CONNECTION...................................................................................................................... 57 PROPRIETARY SERIAL PROTOCOL................................................................................................................................. 58 PROPRIETARY SERIAL COMMANDS.............................................................................................................................. 60 REV.................................................................................................................................................................................... 61 HST.................................................................................................................................................................................... 61 MMC..................................................................................................................................................................................61 RMC................................................................................................................................................................................... 62 OFF.................................................................................................................................................................................... 62 THS.................................................................................................................................................................................... 62 RTH.................................................................................................................................................................................... 63 EEW................................................................................................................................................................................... 63 EWW.................................................................................................................................................................................. 63 ELW................................................................................................................................................................................... 64 EDW...................................................................................................................................................................................64 EER..................................................................................................................................................................................... 64 EWR................................................................................................................................................................................... 65 ELR.....................................................................................................................................................................................65 EDR.................................................................................................................................................................................... 65 ILP...................................................................................................................................................................................... 66 OLP........................................................................................................................................................................................66 MEN................................................................................................................................................................................... 66 SME................................................................................................................................................................................... 67 FRC.....................................................................................................................................................................................67 CMF................................................................................................................................................................................... 67 RES..................................................................................................................................................................................... 68 MPF................................................................................................................................................................................... 68 SMF....................................................................................................................................................................................68 ESF..................................................................................................................................................................................... 69 SEF..................................................................................................................................................................................... 69 ECT..................................................................................................................................................................................... 69 SEC..................................................................................................................................................................................... 70 POS.................................................................................................................................................................................... 70 PCT.................................................................................................................................................................................... 70 TRK.................................................................................................................................................................................... 71 ETK.....................................................................................................................................................................................71 TKS.....................................................................................................................................................................................71 IOP..................................................................................................................................................................................... 71 SOC.................................................................................................................................................................................... 72 STO.................................................................................................................................................................................... 72 GTL.................................................................................................................................................................................... 73 DAC....................................................................................................................................................................................73 SRC.....................................................................................................................................................................................73 RTC.................................................................................................................................................................................... 74 JOY..................................................................................................................................................................................... 74 EDE.................................................................................................................................................................................... 74 SID..................................................................................................................................................................................... 75 4 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SOFTWARE UPDATE..................................................................................................................................................... 76 REMOTE CONTROL...................................................................................................................................................... 78 PROPRIETARY REMOTE CONTROL................................................................................................................................ 81 APPENDIX A – SIDEREAL TIME ..................................................................................................................................... 84 SIDEREAL TIME.................................................................................................................................................................. 84 SIDEREAL TIME AND SOLAR TIME......................................................................................................................................85 PRECESSION EFFECTS.........................................................................................................................................................85 DEFINITION........................................................................................................................................................................ 85 EXACT DURATION AND ITS VARIATION..............................................................................................................................86 APPENDIX B – TIME ZONES.......................................................................................................................................... 88 APPENDIX C - REFERENCE STARS.................................................................................................................................. 92 APPENDIX D - I/O ELECTRICAL SCHEME OF PALOMAR................................................................................................... 94 ........................................................................................................................................................................................... 94 APPENDIX E – CATALOG OF NGC2000 OBJECTS............................................................................................................. 95 INDEX........................................................................................................................................................................ 147 5 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved INTRODUCTION Besides being the name of a famous observatory, PALOMAR is the name of an advanced control system for equatorial telescopes through the use of stepper motors with micro-technique. The first version of PALOMAR was marketed over ten years ago, with great success and it was widely spread in Italy. The strengths were flexibility, accuracy, compactness and a good price. The electronics make giant steps, so, for a few hundred dollars, you can find now computers you can place on a table while few years ago they occupied dozens of square meters of area and required a energy consumption in large quantities. Now, in consumer electronics you can access to powerful processors at very low consumption. For the new version of PALOMAR we have used a new 32-bit RISC processor with an operating frequency of 72 MHz compared to the (CISC) 8-bit, 12 MHz microprocessor used in the first version, turns out to be 200300 times more potent. The availability of so much computing power at low prices has given us the stimulus to build a new version of Palomar "without limits" at a reasonable cost. Maintaining the original philosophy, the PALOMAR is a stand-alone system that does not need a PC to operate or to be configured. It is thought to work on the field: where a PC crashes, PALOMAR still works. Making astronomy often means working in hostile and uncomfortable environments. The basic philosophy is: where you resist, PALOMAR resists, too! Do not be fooled by the small size of PALOMAR: it is able to drive motors with a torque of over 1N/m with currents over 2 effective amps per phase with peaks up to 2.8A, while maintaining a very low dissipation. In practice, it means being able to drive even larger telescopes. If you add the fact that the engine has a fractionation up to 200000 steps / revolution, and a maximum position frequency of 75000 Hz, other than it also provides the control of encoders as feedback, well, then we can say that we have an ideal tool to automate our own telescope not giving up anything. With this version it has also decided to make available a development system (optionally) for those who wants, starting from the current program, to make changes to the system software. In the development system in addition to being provided with all the sources, it is also provided a work environment (IDE) that, in addition to the compiler and the linker, includes a text editor for C sources, the program for the binary download and so on. To undertake this task, as well as buy the SDK, you should also know the C language and to know about spherical astronomy ... 6 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved COMPOSITION OF THE SYSTEMS BASE MODEL PALOMAR Main cable for power and connection to the motors Auxiliary cable with connector for RS232 and joystick USB-RS232 converter cable CD-ROM Plastic case GPS MODEL As Base model plus an integrated GPS External magnetic antenna for GPS with SMA connector SDK MODEL As GPS model with the adding of 32Mb RAM memory. CD-ROM complete of C sources and libraries 7 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved OVERVIEW AND CONNECTORS Panel of connectors LCD Display Start-on button PALOMAR bottom side 25 keys backlit keyboard Hot air flow, take this exit free! Fan, the air is forced to enter in the inner Connector Y2 for input/ output signals Input for GPS antenna Connector Y1 for power supply and output of motors 8 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Detail of connector Y1 numeration and related signals PIN 1,2,3,4,5 6,7,8,9,18 10,19 11,20 12,21 13,22 14,23 15,24 16,25 17,26 SIGNAL 12-30V Ground RA-1A RA-1B RA-2A RA-2B DE-1A DE-2A DE-1B DE-2B DESCRIPTION DC feed from 12 to 30 volts Ground and feedback Coil 1A motor in right ascension Coil 1B motor in right ascension Coil 2A motor in right ascension Coil 2B motor in right ascension Coil 1A motor in declination Coil 2A motor in declination Coil 1B motor in declination Coil 2B motor in declination The specs are reported for a complete description of the product. Remember DTA is at disposition to produce cables tailored on customer’s requirements. Warning: never insert this connector when the power supply in ON, or it can damage the device. 9 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Detail of connector Y2 for input/output PIN SIGNAL 1 OC1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 +5V PO[1] PO[0] PO[3] PO[2] PI[1] PI[0] PI[3] PI[2] RX0 TX0 DTR RTS ENC-0B ENC-0A ENC-1B ENC-1A FOI[1] FOI[0] OI[1] OI[0] OI[3] OI[2] GND ORET 10 DESCRIPTION 45V 1A Open-collector output, used to trigger the camera during a sequence of slewing-image acquisition Output at 5 volt 500mA for PALOMAR expansion peripherals Amplified TTL output for expansion peripherals Amplified TTL output for expansion peripherals Amplified TTL output for expansion peripherals Amplified TTL output for expansion peripherals Amplified TTL input for expansion peripherals Amplified TTL input for expansion peripherals Amplified TTL input for expansion peripherals Amplified TTL input for expansion peripherals RS232 incoming data RS232 transmitting data RS232 signal reserved to PALOMAR program update RS232 signal reserved to PALOMAR program update Opto-isolated input encoder phase B of right ascension Opto-isolated input encoder phase A of right ascension Opto-isolated input encoder phase B of declination Opto-isolated input encoder phase A of declination Opto-isolated input for warning of declination axis end stop Opto-isolated input for warning of right ascension axis end stop Opto-isolated input auto-guide or joystick Opto-isolated input auto-guide or joystick Opto-isolated input auto-guide or joystick Opto-isolated input auto-guide or joystick Ground Ground-return for opto-isolators PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Standard 2m cable for power supply and motors To the connector Y1 of PALOMAR Banana plugs for power supply 9 Pin D-sub connectors for motors in RA and DEC Detail of female 9Pin D-sub connectors. A connector for each axis. PIN 1,6 2,7 3,8 4,9 11 SIGNAL 1A 2A 1B 2B DESCRIPTION Coil A Coil A Coil B Coil B PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SERIAL CABLE AND JOYSTICK/AUTOGUIDE SUPPLIED 12 26 Pin HD M SIGNAL 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 OC1 +5V P4_27 P4_26 P4_29 P4_28 P1_27 P1_26 P1_29 P1_28 RX0 TX0 DTR RTS INO1 INO0 INO3 INO2 INO5 INO4 INO7 INO6 INO9 INO8 GND COMOPTO JOYSTICK AUTOGUIDE 9 PIN Male RS232 9 PIN Female 8 3 2 4 7 3 4 1 2 6 7 5 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Picture of the system connected and fed 13 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved POWER SUPPLY You can feed the PALOMAR starting by a minimum voltage of 12 volt to a maximum one of 30 volt in direct current. The maximum operating current the device can reach is 5 ampere, but the real absorption is never higher then 2 amperes (average value). It may seems strange that a system managing two motors of 2.8 ampere per phase require such a low current. The answer is the PWM (Pulse Width Modulated): in practice, the motor phases are switched on and off tens of thousands of times per second, so that the average absorption drops significantly. Below 12 volts, at exactly 9 volts, motor drivers stop to work, while at 40 volts some internal devices risk the damages, so you must stay in the specified range of voltage supplied: 12-30V So, we can say the battery of the cari s perfect for your observations on the fiels and a 0-30V 5A variable power supply is perfect for your permanent observatory. PALOMAR is protected against reverse polarity, it is absolutely immune from that, but it is a good habit to always connect the red banana plug to the positive and the black banana plug to the negative of the power supply or battery. Maybe you are wondering what need is there to let work the PALOMAR at 18, 24 o 30 volts ... Legitimate question! The need is dictated by the stepper motors we are going to use and performances that we aim to get from our pointing system. The most users expect, plus a high pointing accuracy, even a short waiting times for this to happen, this means, therefore, that the regime of rotation of the motors must be high. The electronic of PALOMAR is able to generate very high operating frequencies (75KHz), but not always the motors can reach these high regime values. Different causes affect this problem, most important are the high inductive load of the coils and the stray capacitance. Higher the power supply, better the performances on the speed of the motors, so contrasting the excessive inductance of the coils. 14 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SOME GOOD RULES PALOMAR has a number of protections that seek to prolong its life as much as possible; of course, their owners must try to use it in the best way, respecting the following advices: ➔ Connect and disconnect the motors when PALOMAR is off. ➔ Always leave the hole of the fan and the underlying slot free from obstructions. ➔ The system is designed to work in humid environments (see dew at night) but it is not an amphibian system! ➔ It works easily with an ambient temperature below zero, but it should be brought to room temperature gradually. ➔ It doesn’t fear the sunlight, but do not complain if you see on the display that the temperature of the engine drivers has reached 85 ° C and these were automatically shut down waiting for cold weather! In addition to those listed, there are no special instructions regarding the maintenance of the instrument. Remember, however, that the internal lithium battery life is 5 years. 15 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved ON/OFF To avoid the use of any kind of ON/OFF switch, we have chosen a more electronic than electromechanical method; in practice, a Power MOSFET is controlled by a key, then the CPU is the only one managing the ON/OFF procedures. To start on the device, you must push the key: for at least half second, then the opening window will appear. There are advantages and disadvantages in letting the CPU decide when to start on and how to start off. The advantage is that the CPU, before to start off, performs safety procedures relating to the shutdown and also saves the data. More ever, an electronic switch is more reliable than an electromechanical one. The disadvantage is that when we are going to update the management program, we have to hold this bottom for at least 2-3 minutes, that is time of downloading of the new program! As for the starting on, to start off the PALOMAR we have to hold the bottom for at least 1 second, after then a shutdown message appears and we can release the bottom. 16 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved CHOICE OF THE MOTORS PALOMAR manage the phase current of the motors from 0 to 2A RMS (sometimes 2.8A) in continue mode, it is required the use of bipolar motors at 4, 6 or 8 wires. For end users we recommend three different sizes of the motors tailored for PALOMAR, able to move from small to the big telescopes. The word “small” or “big” is relative, of course; actually, we should talk more about friction and balance of the instrument, as even the engine more small can handle a big device, if this has contained friction and it is well balanced. Roughly, we can check the quality of our telescope simply by manually turning the worm. In fact, if it runs smoothly in every position that the telescope can take, this means that, apart from being balanced, has a very good mechanic; otherwise, you should first verify the balance and, subsequently, ensure that the worm is not overly pressed on gear. As general advice, you should always put before the the worm an additional de-multiplier, preferably a belt and pulley type, to prevent any imbalances and / or hardening of the motion due, for example, to the decreasing of the temperature, which increases the viscosity of the lubricating grease of gears. On high quality mounts, you can directly mount the engine on the worm, always using a Unilat joint or similar. UNILAT joint You can buy these joints on: www.rswww.com The table here below shows, approximately, the motor to be used in relation to the size of the telescope: MOTOR 103H-548-04500 103H-7123-0740 103H-7126-0740 17 SIZE 42 56-54 56-76 MAX CURRENT (A) 1 2.2 4 TORQUE (N/m) 0.4 1.1 1.7 TELESCOPE (cm) 0÷20 20÷40 ≥ 40 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved CONNECTION OF THE MOTORS If you ordered the PALOMAR complete of motors or if you use a wekk known mount, you can avoid reading this chapter, otherwise let continue. In the figure at side you can see the simplified structure of a stepper motor. As you can see, it is composed by 4 coils that, properly fed, cause the rotation of the central permanent magnet and then of the shaft. Depending on the brand and model of the motor, you can have 4 or 8 external wires, which are going to be opportunely connected to PALOMAR. We furnish motors at 6 wires and the connection is as follows, depending on whether you connect them directly to high-density connector Y1 of the PALOMAR or on the D-sub connector of the standard supplied cable for power supply and motors: Internal connection of the motor and color of the wires Direct connection on 26PIN high-density connector Y1. As you can see from the table, each wire is connected to 2 pins so to enhance the contact and increase the reliability. When is possible (as in the case of standard supplied cable) let use shielded cable and connect the shield to pin 6; it reduces drastically the radio frequency emission eventually caused by the PWM of the motors. PIN 10,19 11,20 12,21 13,22 14,23 15,24 16,25 17,26 6 SIGNAL 1A 2A 1B 2B 1A 2A 1B 2B MOTOR Right Ascension Right Ascension Right Ascension Right Ascension Declination Declination Declination Declination GND MOTOR WIRE COLOUR Orange Blue Red Yellow Orange Blue Red Yellow Shield of the cable Connection to execute for each motor on the female 9PIN D-sub connector if you are using the standard supplied cable. PIN 1,6 2,7 3,8 4,9 18 SIGNAL 1A 2A 1B 2B MOTOR WIRE COLOUR Orange Blue Red Yellow PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved If you have your own motors, you need to identify the two coils. If you have got the documentation of the motor you are safe! Otherwise, you can try to identify them by the use of a standard tester set to ohmmeter mode, with a scale of 200 ohms. Typically, the resistance of the coils ranges from values below one ohm up to several tens of ohms. In practice, let’s try to connect the tester on a pair of wires until you can see a value different from 0; as soon as you have identified one pair, it’s easily to find the other one. No matter how you connect the two pairs, just that these are related in a way similar to signals 1A2A and 1B2B; subsequently, if the direction of rotation of the engine should not be corrected, this can be easily changed by software. The picture shows how to search for the pairs of wires that identify the coils Obviously, in relation to the motor used, you must know the current that the coils can withstand and the number of steps/revolution that the motor is able to develop. 19 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved THE INTERACTIVE PHILOSOPHY OF PALOMAR As we told, PALOMAR is a stand-alone system that does not need a PC to operate or to be configured. Every function can be run by keyboard and display. Well, of course, with 25 keys and a display of 20 characters by 4 lines can not be compared to the visibility and convenience of any computer system, but when you must meet the requirements of compactness, reliability and low cost, then the choices are very constrained. The display system, as already mentioned, is based on a display of 20 characters by 4 lines, but must be viewed as a window that runs on a bigger "blackboard". We called the "blackboard": DISPLAY PANEL or simply PANEL. The program of the PALOMAR creates and manages many panels, there is one panel for every function. A panel displays data, operating parameters, help indications and so on. Even the first window of the PALOMAR is a panel, let’s scroll with the UP/DOWN cursors: you are going to see more information ... There are two possible states for each panel: • Executing • Editing During the execution, the panel displays the data provided by the program at the moment, and it uses the keyboard in a modality depending from the panel, while in editing modality, functions and use of the keyboard are the same for all the panels. • • How to access the editing of the panel (in the case you can do it)? Just pressing the F4 key How to exit the editing of the panel? Pressing the ESC (escape) key, so deleting every possible editing you made or with RET (return) key, so saving the editing. Tipically, at the bottom of the panel there is a sliding menu reporting the main commands. 20 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved ORGANIZATION OF PANELS AND ACTIVITIES To get an idea of how work the processes carried out by PALOMAR, look at the scheme below: ON | INIZIALIZATION | OPENING WINDOW +--ON+ESC------------- LOADING A TEST CONFIGURATION +--ON+7--------------- WIZARD +--ON+8--------------- TUNEUP | +--<--RS232[1]--<--RS232[2]--<--TEMPERATURE CONTROL --<--ON/OFF--<-+ | | | +-ENCODER MANAGEMENT | | KERNEL-+-SLEWING MANAGEMENT | | +-SERIAL BUFFER | | | +-->--MAIN-->--MICRO CORRECTIONS/AUTOGUIDE-->--ALARMS--------------+ ----+----| |-7---- CONFIGURATION |-8---- EPHEMERIDES |-9---- ARBITRARY TRACKINGS |-4---- TIMERS |-5---- IMPROVEMENT OF SIDEREAL TRACKING |-6---- CHECKING THE VARIABLES OF THE SYSTEM |-1---- TRACKING SELECTION |-2---- GPS DATA |-3---- PEC |-0---- LOAD/SAVE CONFIGURATIONS |-+---- DECREASING THE DISPLAY LIGHT INTENSITY |-*---- INCREASING THE DISPLAY LIGHT INTENSITY |-F1--- REFERENCE OBJECT |-F2--- OBJECT OF DESTINATION |-F3--- ALTERNATING MICROMETRIC OR FAST MOTIONS |-F4--- EDITING OF THE MAIN PANEL |-BCKSP DECREASING THE GEAR REDUCTION |-DEL-- INCREASING THE GEAR REDUCTION |-<>--- ENABLE THE CURSORS TO OPERATE ON THE MOTORS |-ESC—- BACK TO THE MENU MODALITY OF THE CURSORS Legend: PANEL ACTION As you can see, the power button opens the first panel of the screen, which accepts a key sequence to perform procedures normally hidden. Once the system is booted, the kernel takes the management of the whole instrument, performing a series of cyclical processes and handling critical hardware drivers by interrupt. One of the processes managed by the main “loop” is the MAIN panel from which it can be executed all the remaining. Note: The kernel never stops, the processes are always executed in rapid sequence ensuring real-time execution. Consequently, the PALOMAR will be able to receive, simultaneously, serial commands, perform the procedures relating to a panel, receive commands by the auto guide etc. etc. ... There is only a special case in which the processes are stopped (not including hardware drivers) and this is during the editing of a panel. This is because, often, change the contents of a field in a panel, it also means, for example, change the mode of operation of PALOMAR itself, so the operation required by a process may be incorrect. 21 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved KEYBOARD OF THE PALOMAR The keyboard of the PALOMAR is organized on 24+1 keys as follows: • • • • • ON/OFF key (red) Positioning keys (yellow) Control keys (grey) Function keys (red) Alphanumerical keys (green) Each panel, when is running, can associate a different meaning to the action of the keys. But all the panels, when they are running, always have in common the action of the following keys: For the sliding of the panel To exit the current panel and return to the main To edit the fields in the panel As said, editing mode of a panel is common to all and it is explained in the next chapter. 22 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved DISPLAY OF THE PALOMAR Palomar uses a 20 characters by 4 rows backlit LCD display. With the keys it is possible to change the intensity of the back-lit illumination while the contrast is fixed by the factory. We can supply Palomar with two types of display: LCD and VFD. LCD is the standard display, cheaper than the other and it can also have an AMBER filter for those who prefer this color. The limit of an LCD display is the temperature as it becomes slower with the temperature decreasing. Already at -10 degrees centigrade, although it functions, the display can’t rapidly run the changes in the content. As alternative to this problem, it can use VFD display that, other than offer an excellent contrast, also works perfectly up to –40 degrees centigrade, but they have an higher cost. 23 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved EDITING OF A PANEL The possibility to edit a field in a panel is a key function for PALOMAR. The fields that we can find within a panel are: • • • Numeric, integer or floating point Alphanumeric Menu The numeric fields accept the sign ± only if it is already present, otherwise, only numbers are accepted. In numeric fields, if the sign is present, you can change it, placing the cursor over it and pressing the + key. In alphanumeric fields every character is accepted. The menu, of course, do not accept the entry of any character, but they can be changed according to preset values by pressing the DEL key or BCKSP. It is a good thing to analyze the image below, showing a part of the configuration panel: Cursor placed on the first character of the field Field of menu type; to change it, place the cursor on it and press DEL or BCKSP To change numeric field, place the cursor on the filed and type the desired number 24 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SUMMARY OF THE COMMANDS ACCEPTED BY EDIT Many panels of PALOMAR can be edited in various fields that compose them. Pressing F4, you enter the editing modality, the cursor display is positioned on the first editable field. Pressing ESCAPE, you exit the editing modality, any changes are lost. Pressing RETURN, changes are saved and it comes back to the displaying mode or to the previous panel UP/DOWN keys allow to place the editing cursor on the different editable fields of the panel LEFT/RIGHT keys place the editing cursore di editing within the selected field Delete the character where the cursor is placed and it moves to the left. However, if the field where the cursor is placed is a menu, this button sets it to the previous item. Delete the character where the cursor is placed and it moves to the right. However, if the field where the cursor is placed is a menu, this button sets it to the next item. The fields of a panel may accept numbers or alphanumeric characters depending on the type of variable. The numerical values are easily set by pressing the button of the same name; for alphanumeric, press the function button relative to the position of the desired character. For example, if you want to type the letter P, press, in order, the keys: taking care to first press F1 and, holding it down, then press the button 7. To type the character Q, you must hold down the F2 key and, simultaneously, the key 7 and so on. Here, then, the various combinations for the key 7: PRESS THIS KEY FIRST PRESS THIS KEY FOR SECOND CHARACTER SET P Q R S AUTOREPEAT Extending the push of a button, you cause the repetition of the same, with a frequency more and more fast. Auto-repeat function starts after half second of pressure. 25 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved FIRST INSTALLATION OF THE PALOMAR Once you connected the motors to the PALOMAR and the device is fed, we can carry out the first configuration. There are two basic ways for configuration: through the Wizard and the Tune Up panel or by the configuration panel. An experienced user will work directly with the configuration panel, but if it is the first time you configure a PALOMAR, we suggest you first run the WIZARD and, later, the TUNEUP. Afterwords, you can also access the configuration panel to check the parameters and possibly change them. A little premise: we’ll often remind to the position of HOME, this is a special position of the telescope, which is crucial for German mounts and only useful for the configuration in case of fork mounts. Here alongside we report the position that the telescope with German mount must have when we say it is in HOME position. In this position the counterweight is perfectly vertical and it is at the minimum height above the ground while the axis of declination is at 90°. The fork mount is less critical with regard to its orientation, however, in the home position, we suggest that the right ascension is aligned with the meridian and the declination points to the celestial equator. 26 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved First step: let run the WIZARD for the setting of the mount. Start ON the PALOMAR, pressing the key ON +key 7. As soon as the opening window of the PALOMAR appears, release the key ON, still holding the key 7 pressed. After a while, it appears the WIZARD panel and we can release the key 7. The WIZARD collects the information necessary to PALOMAR relation to a series of mounts, commercial or not. Here below the panel appearing: It is shown the whole panel, but since the LCD display can show just 4 lines, to visualize the remaining parts, you have to use the keys Instead, If you wish to change the type of mount, press the keys until it it appears the name of your mount. Must, of course, verify that the parameters displayed match those in your possession. If the mount in your possession is not listed, you should select the generic GERMAN or FORK mount (to decide which type) and then edit the data by entering the correct ones. Once the mount is selected, press the RET key and the first configuration step is executed. The WIZARD procedure sets only certain parameters necessary for proper operation; now we need to define the directions, optimize the slewing speed and set any backlash that transmissions could have. For this purpose, an experienced user can use the configuration panel, but it is much easier to use the TUNEUP program present in PALOMAR. 27 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved LIST OF MOUNTS RECOGNIZED BY WIZARD If your mount is not included in the present list and you would like to include it, just notice us name and parameters and it will be added in the next revision of the program. 28 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved TUNEUP Tuneup is accessed after the WIZARD is completed, but, if you want to re-run the TUNEUP later, just turn on PALOMAR pressing 8 key, besides the ON button. As before, once the first window of the PALOMAR appears, release the ON key, then, when the opening window appears, release the 8 key and it appears the TUNEUP panel (the values shown in the window are relative, since they change according to different mounts). Maximum slewing speed Selected axis Starting slew ing speed Number of steps made by the motor Angle performed during the slew ing Number of steps applied to each reverse rotation Note: The slewing speed is expressed as NX, that is N times the selected tracking frequency. Now it is possible to carry out the following setups: Checking the direction of rotation of the telescope axes Optimization of the slewing speed Checking backlashes of the transmission system 29 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved COMMANDS RECOGNIZED BY TUNEUP Reverse the direction of rotation of the selected axis. When the command is recognized, the Palomar run a flash of the LCD back-light Increase the maximum slewing speed of the selected axis Decrease the maximum slewing speed of the selected axis Edit the panel fields Change the selected axis Set the angle to execute at 1 second of arc Set the angle to execute at 30 seconds of arc Set the angle to execute at 1 minute of arc Set the angle to execute at 1 degree Set the angle to execute at 2 degrees Set the angle to execute at 5 degrees Set the angle to execute at 10 degrees Set the angle to execute at 45 degrees Set the angle to execute at 90 degrees Increase the value of backlashes Decrease the value of backlashes Execute the slewing of the programmed angle in counter-clockwise and on the selected axis Execute the slewing of the programmed angle in clockwise and on the selected axis Decrease the starting slewing speed of the selected axis Increase the starting slewing speed of the selected axis Clear the contents of the “Steps” key Exit the TUNEUP and save the data 30 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved CHECKING THE DIRECTION OF ROTATION This test allows you to check whether the direction of rotation of the telescope is set correctly. Note that the direction of rotation changes because of links between the phases of the motors or due to cascade of gears, if any. • • • • • Manually move the telescope in position HOME Set an angle of rotation for the test that you consider appropriate; if, for example, you choose 10 degrees, press key 7 (see table above). Select the axis on which you want to run the test, if one shown on the panel is not what you want, just press the 0 key until you reach the goal. Press the key and verified that the telescope moves in counter-clockwise direction. If the movement is not those expected, press the F1 key and repeat the test. Repeat the test for the other axis. At this point, the checking of the direction of rotation is finished and you can go to the next. 31 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved OPTIMIZATION OF THE SLEWING SPEED In WIZARD the slewing speed is pre-set at a low value of 300x with a starting speed of 50X. These two values also determine how the acceleration and deceleration ramp of the motors are going to develop. The ramp is developed (in non-linear way) on 16 steps, from minimum to maximum speed and vice versa. The choice of the ramp is essential to achieve high slewing speed and at the same time having a high accuracy of the pointing accuracy. Even knowing the type of motor and all the system parameters, it is very difficult to predict in advance the optimal values of the ramp and slewing speed, so this experimental test is very useful. 1. Manually move the telescope in position HOME. 2. Set up a rotation angle of the telescope sufficiently large but consistent with the degrees of freedom of the instrument. The need of a big angle is required because the slewing is developed by making a ramp of acceleration and deceleration and, depending on the values set, we need a good angle to reach the maximum speed. Assuming that your telescope does not have problems of slewing, press 9 key to set 90 degrees. 3. Press now or to run the slewing and observe what happens: • The slewing time of the telescope appears to meet your needs so you pass the next test. • The slewing time of the telescope appears too slow and you want to increase the speed: • Press the F2 key until the “Hi” value reaches up to 100 units. Now, start again from point 3 maybe making a slewing in the opposite. • The telescope made a part of the slewing and then crashed: • The final speed is to high: press the F3 key until the “Hi” value decreases up to 10 units. Now start again with step 3 maybe making a move in the opposite. • Check if the telescope is well balanced or if the worm has a friction at that point more pronounced. • Check that the power supply used not collapse during operation. • The telescope was immediately blocked early slewing: • The initial speed is too high: press BCKSP key until the "Lo" value decreases by 10 units. Now start again with step 3 maybe making a move in the opposite. • The slewing was successfully completed but the duration of the acceleration and deceleration ramp is much too short: • The initial speed is too high: press the BCKSP key until the "I" value decreases by 10 units. Now start again with step 3 maybe making a move in the opposite. • The slewing was successfully completed but the duration of the acceleration and deceleration ramp is much too long. • The initial speed is too low: press the DEL key until the “Lo” value increases by 10 units. Now start again with step 3 maybe making a move in the opposite. Find the maximum slewing speed consistent with highest reliability means repeat this test many times and we must also consider that the supply voltage has some very major impact on the performance of the motors. 32 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved CHECKING BACKLASHES OF TRANSMISSION SYSTEM For this test you must use a telescope with good magnification, using an eyepiece with a sight, the greater the magnification, the more our measure will be accurate. 1. Place the telescope manually to point a distant land object, like an antenna, a tower or similar. 2. Press F4 and edit the panel setting the value 10 in the field “Steps” 3. Carry out the final slewing with the positioning keys 4. If you carried out the final slewing with the key now let use the key (or vice versa) and count how many times you have to press the key so that the telescope start to move. a) The telescope is misaligned to the first position: the test was finished, the transmission system has no backlashes. b) I had to press 10 times the positioning key for the telescope was moving a little and misaligned: press the + key to bring the value of the "Dead pulse"field at (N-1) * 10, in this case to 90 . Now repeat from step 4. At the end of this test our system is ready to work. Press the ESC key and you are in the main panel. All data are stored in nonvolatile memory system (EEPROM). 33 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved MAIN PANEL This is the fundamental panel, from which start all the main applications and where there are shown the most important information on state and setting of the instrument. MICRO: Microcorrections enabled POSIT: Fast movements enabled Coefficient of division of the manual fast slew ing speed Equatorial coordinates of the object pointed MNU: Cursors are used to browse on menu POS: Cursors moves the motors Scroll inscription indicating the name of the object pointed, if any, such as M1, Mizar, etc. Local Time Tracking set Status bar: it indicates the progress in slow processes Date and local time Operating state. Currently it runs the sidereal tracking Geographic coordinates of the place of observation Environmental parameters used for atmospheric refraction calculation Temperature of the internal heat sink Once the device has been turned ON, verify that date and time are correct. If you have the GPS options, we suggest to you use it for update these parameters, since it is surely more precise than the internal clock of the computer. 34 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved COMMANDS RECOGNIZED BY THE MAIN PANEL Set the object of reference Point the telescope to an object Alternate micro-correction modality and manual slewing. When the command is recognized, the PALOMAR run a flash of the LCD back-light. Edit the fields of a panel Save/Load a setting of PALOMAR Allow to select a tracking between the ones preset Display and take data from GPS Menu of the PEC Panel of the timers Panel of the improvement of tracking Displays some system variables (panel used just for diagnosis) Configuration panel Displays ephemerides for the date and hour set Panel for arbitrary trackings on both axes Decreases the back-light intensity Increases the back-light intensity Pressing contemporaneously the two keys, it alternates SCROLL mode with the slewing of the motors. Normally, the cursor keys are used to navigate in the panels; however, it is possible to use the cursors even for the slewing of the motors in absence of the joystick. If the cursors are in SCROLL mode, on the status line there will display MNU, otherwise, POS. When the command is recognized, the Palomar run a flash of the LCD back-light. Increase / decrease the slewing speed by joystick or cursors. Manual slewings undertaken with the cursors or joystick use the settings of automatic slewing and sometimes it is useful to decrease this value. The action of two keys changes the value of a coefficient of division of the slewing speed. 35 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved REFERENCE OBJECT POINTING OBJECT These two commands are perhaps the two basic functions of a pointing system. They both have the same menu selection and the same type of opportunities, obviously with very different meanings and actions. The symmetry of the two controls also allows us to perform the calibration of the instrument, even using non-stellar objects, planets and other, but we suggest you to use the stars. For maximum precision pointing, we have taken into account many parameters, including: the proper motion of stars, the precession, nutation, aberration and atmospheric refraction. Obviously, it is essential that the geographical and environmental parameters are correct. By F1 we calibrate the instrument on a reference object, while by F2 we're going to point the desired object. Depending on the type of instrument, the calibration method is very different. GERMAN MOUNT When you calibrate a German mount, you’ve always to start from the position of HOME. Choose the star or object of reference, confirm and wait until the telescope reaches the slewing; if necessary, make any micro / macro correction to adjust the balance, then, press F1 again to inform the PALOMAR that the reference object is perfectly aligned. For a good calibration of the instrument it’s better to point to more than one stars and from time to time, make necessary corrections, remembering that the macro corrections measure the misalignment while micro corrections not. In practice, we can leave the calibration procedure open as we want and improve the centering on more stars (with macro corrections). From the measurements of these misalignment s, the system extracts a polar misalignment (Eq. Wallace) to refine the subsequent slewings. If you believe the macro corrections act too quickly, just remember that 'can reduce the value with the following keys of the main panel. FORK MOUNT For fork mounts, the calibration procedure is easier. Point your telescope on a reference star, press F1 and search the star in the list, then confirm the selection and the telescope is calibrated. This is true if your system is perfectly aligned to the pole! You do not trust the fact that your telescope has a good tracking and chasing a star for 10 minutes, because to make a slewing of 90 ° is equivalent to perfect tracking a star for 6 hours! Again you need to calibrate the system on more sars and make the necessary corrections with the command MISALIGNMENTS. Since you select the type of mount in configuration phase of the PALOMAR, this will act accordingly; in fact, after selecting the object, in the case of German mount and for calibration procedure, you will get the following message: By the F1 key it is also possible to resynchronize the telescope position without making the slewing passing from home position. 36 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved The proposed menu for selecting the type in calibration or slewing is as follows: 37 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved BRIGHT STAR LIST You can access a list of stars you can use as reference for calibration or target of the telescope. You can’t edit this panel, just change the star only by the cursor keys. This is the panel it appears: Use of the keyboard: The cursor changes the star type. If you want to quickly scroll the list, hold down the key and wait auto-repeat. Scrolls forward "reference". Ex Alpha-> Beta-> Gamma. Once you find a star, this is highlighted. In practice, all the stars belonging to the constellation selected are shown. F2 increases, F3 decreases the index identifying the constellation. Once you find a star in the selected constellation, this is highlighted. Confirm the selected object. Cancel the operation and come back to the main panel. 38 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved NGC/IC MESSIER You can access a list of non-stellar objects, organized accordingly to NGC, IC or MESSIER catalogs. This is the panel it appears: You can edit the panel and it is possible to directly indicate the catalog and the number of the reference object. The commands recognized by this panel are: Cursors change the object. If you want to quickly scroll the list, hold down the key and wait auto-repeat. Select the NGC catalog. Select the IC catalog. Select the MESSIER catalog Confirm the selected object. Cancel the operation and come back to the main panel. SOLAR SYSTEM You can access a menu allowing to select one of the following objects of solar system: MOON SUN MERCURY VENUS MARS JUPITER SATURN URANUS NEPTUNE PLUTO 39 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved USER CATALOG This command gives the possibility to access a personal catalog of objects. The personal catalog can accept up to about 6000 objects and it can be set by a remote program or by CONSOLE modality. The panel below permits to select one of the objects in the catalog: The commands accepted are the following: The cursors change the object. If you want to scroll fast the list, press the key and wait until the auto-repeat starts Confirms the selected object Cancel the operation and return to the main panel BY KEYBOARD By this commands you can directly indicate the coordinates you are going to use. It’s very important to note that you must indicate if these are apparent coordinates, then correct for any astronomical and localized variations or if these coordinates are referred to the equinox J2000. This is the panel will be shown, you must always edit it with F4 key. HOME This command is useful in slewing, in order to make telescope able to reach the position necessary for a subsequent calibration of the German mounts. Instead, it makes little sense to use it during calibration. PARKING This command, when used as a reference (F1), indicates to PALOMAR the position to be used to park our instrument at the end of the work and to have the instrument already calibrated at the next turn ON. If, instead, it is used with the positioning (F2), it says the telescope to position itself in a position set before (F1), suitable for the instrument at rest. Note that if the instrument during its inaction will not be moved, will be switched pre-calibrated. For this command is essential the accuracy of the internal clock, which means that if you "wake up" the instrument after several weeks of inactivity, this will always be well-calibrated, while inactivation of months might show a level of inaccuracy. The imprecision of the restoration of the position is not only due to the error of the internal clock, also to any changes in temperature the electronics should suffer, because, even with a modest contribution, the quartz used as a time base undergoes variations on the frequency of oscillation, due to the ambient temperature. Some additional considerations must be made on the slewing when using equatorial mounts. Actually, when the telescope performs a slewing, always it takes the shortest path to reach the new coordinates, unless some constraints are violated. The first constraint is not going to bit a column, but you can also add another: that, if possible, to keep the counterweight always down to have a easier observation position. This last option is activated by the configuration panel under the menu item "Smart Mode". 40 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved MICRO/MACRO CORRECTIONS The slewing corrections that can be performed by keyboard, joystick or autoguiding are fully programmable as set values and as a direction. The speed used by the motors for the correction of the slewing is selectable in two basic modes: • • MICRO CORRECTIONS. They make small slewing of the telescope and are mainly used for making corrections on the tracking of the telescope. The slewing speed can be programmed in the configuration panel (points 16-17 for RA and 33-34 for DE). They do not involve the change of coordinates. MACRO CORRECTIONS. Are used to perform rapid slewings of the telescope; they vary the coordinate of the telescope and they basically use the speed of automatic slewing panel (points 9-10 for RA and 27-28 for DE in the configuration menu), but may be locally decreased by using the keys that operate on a variable of division. Pressing F3, you can switch one of two possibilities. When the command is recognized, the display is running a flash of the LCD back-light and the state is changed in the main panel. 41 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved LOAD/SAVE THE CONFIGURATIONS This command allows you to save the current configuration of PALOMAR or load a previously saved one. This possibility, as well as allowing a backup of the settings, it is useful to employ the PALAMOR on different motorized mounts. For example, we can have a mount in our fixed location and one used for our missions in different sites. It can have up to four different configurations. The first menu that appears asks if we want to load a configuration saved by the menu "LOAD" or if we want to save one with the menu "SAVE AS". This command also gives you the possibility to create a backup of the configuration in use. LOAD. Selecting this command, it appears a menu listing all the configurations available. Scrolling the list, it is possibile to select one and load it just pressing the RET key. Before it is actually loaded it should be verified with the configuration command, open the editing and then saved. All this is necessary for the safety of the Palomar and what it is connected with. For example you might have a mount that uses motors of 500 mA and another employing motors of 2000mA with two different configurations saved. It is obviously that if you erroneously load the latter configuration with the first mount it can easily be damaged! SAVE AS. It allows to save the current configuration by associating a alphanumeric string. It appears the following panel, that you can edi by pressing the F4 panel: 42 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved TRACKING SELECTION PALOMAR is able to execute arbitrary tracking on both axes. The most used is the sidereal tracking, that allows to track the most of the celestial bodies in their apparent motion. Some of these, however, have proper motions which are combined with the land one, so their highmagnification observation may imply to see them leave the field of view more or less rapidly. This command calculates the speed of tracking for a selected body or it can perform a tracking, starting from arbitrary values. It should be emphasized that, by enabling these motions, you can quickly lose the reference coordinate of the equatorial system, so, for the maximum precision of the instrument, you should always make a calibration after it used a tracking different from the sidereal one. The menu that appears is the following: Depending on the choice made, even the motor on declination may set in motion and, consequently, the status of the main panel is updated. 43 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved GPS The PALOMAR contemplate (as an option) to use an internal GPS module and an external magnetic antenna. This option allows to have, in each site of observation, precise geographic coordinates and a very precise time synchronization. The panel that appears is the following: If the GPS antenna has the visibility of satellites, the site coordinates appear with relative height above sea level, in addition to Universal Time. Pressing RET, the data collected by the GPS will be saved and used. 44 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved PEC In most commercial (and not) telescopes, the slewing of the axes is realized via the crown gear and worm. The quality of mechanical working can greatly affect the quality of images. One of the most common defects is the periodic error, basically a non-constant grip of the worm on the crown gear. Eliminate this defect from mechanics is impossible, unless you replace it with a qualitatively superior one. Consequently, so that the image is still, should guide the telescope with continuous micro-corrections. PEC (Periodic Error Correction) allows you to acquire the corrections you made and, subsequently, re-run them infinitely, allowing you to make long exposures. In PALOMAR there are two possible modes of PEC: 1. Learn / Run. This is the most simple mode: PALOMAR keeps all your corrections for the duration of a complete rotation of the worm, then, re-run them infinitely. 2. Synchronize / learn / Run. This mode is similar to the previous, but provides a physical point of synchronization of the worm through an input of PALOMAR. The advantage is that, being synchronized, can be re-executed as many times as you want, avoiding the step "Learn". To enable the synchronized version, please enable the homonym item in the configuration panel (see points 48,49,50 of the configuration panel). The menu appearing is the following: • • • • • LEARN AND EXECUTE: If you are equipped with a synchronization, the system expects that this is realized and then it starts with the learning phase (LEARN). Once the synchronization event rehappens, the learning phase ends and begins the execution phase (PEC EXEC). If you do not have a hardware synchronization system that is achieved only on the calculation of the time period of revolution of the worm, then it follows that at any shutdown or movement of the telescope should also repeat the learning phase. SYNC AND RESTART: Command reserved for those who have a timing system on the worm, in practice this command allows you to apply previously acquired PEC. STOP: Abort a phase of learning or performance of PEC. SAVE: Save a previously acquired PEC in EEPROM il PEC. LOAD AND EXECUTE: Load a previously acquired PEC from EEPROM and execute it. The possibility of having a synchronization of the worm gives us a chance to run once the learning phase and then to applied it again any time we want. Of course, all the teeth of your gear must be fairly equals or the PEC will change from area to area of the gear itself. The PEC is made by keeping accurate records of the corrections made by Joystick (recommended) in right ascension. The system has 8192 points available for registration, this means that using for example a gear with 360 teeth, each point is acquired every 30 milliseconds. This value comes from the fact that a worm keyed to a gear of 360 teeth takes about 240 seconds to make a revolution, so we have: 240 / 8192 = 0.029296875 s. Another very important point is the type of sensor used for synchronization of the worm, we strongly recommend you to use a PNP or NPN inductive proximity sensor. These sensors allow the detection of a small metal (iron) part placed at very close range with excellent reproducibility and without physical contact. Here below a picture of a M4 PNP proximity sensor: 45 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved In the picture below, you can see another kind of proximity sensor mounted on the worm: It is fundamental that the proximity sensor achieves a detection more punctiform as possible. For the synchronization, you can also use standard toggle; there are many different types on the market, the choice must be made especially for a good mechanical precision and a small mechanical size. Just as example, you can see a kind of these switches in the image below. They are almost all switch, we need to use the COMMON and the contact NORMALLY OPEN. As input of the PEC you can use one of the TTL inputs from PI[0] to PI[3]. We strongly recommend you to not connect directly the output of your position sensor to the input port, it is much more convenient to use an optical decoupling system following the scheme below: Connect VCC to PIN 2 of Y2 Connect the GROUND to PIN 25 of Y2 R2 is a 2200 ohm resistor R1 is a 2200 ohm resistor for a Vi voltage ranging from 12 to 30 volt. Set LOW at point 50 of the configuration As optical decoupling system it can use a PC817X4J000F by SHARP but sincerely you can use any of these systems that are largely present on the market. Look at the shape and connection of one of these optical decoupling systems here below (they are all the same): This is the connection scheme for a PNP inductive switch type, remember that the proximity sensors have three output wires: BROWN: positive powering 12 to 30 volt BLACK: output BLUE: ground Connect VCC to PIN 2 of Y2 Connect the ground to PIN 25 of Y2 R2 is a 2200 ohm resistor 46 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved R1 is a 2200 ohm resistor for a supply voltage of the proximity sensor ranging from 12 to 30 volts (BROWN = +12, BLUR = GND). Set LOW at point 50 of the configuration. Here below the scheme for a NPN inductive sensor: Connections and values are the same as the previous documentation. To end, just a notation: why don’t connect the output of the positioning sensor directly to the provided one? The answer is easy: to reduce the possibility of malfunctioning due to interference or ground rings. The concept is very simple: the PALOMAR has a own power supply and it can be connected to a PC by a serial port. It can also be connected to an auto-guide controlled by the same PC. Finally, there are different connections to devices such as limit switch, encoder and so on. All the wires used in these connections are often very long and they becomes a good antennas “fishing” in a very polluted sea as our electromagnetic spectrum. To reduce possible trouble is better to have a small 12V 1A power supply to power various small devices and use the optical decoupling to connect to Palomar. To make the idea here below you find an image taken by a digital oscilloscope with the probe short-circuited by 5 cm of copper wire. What you see is FM 88-108 MHz! 47 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved The ground loops are dangerous for the signal connections. In fact: - let suppose that at least one of electrical devices is powered by the mains power (for example, the PC) and that there is a not negligible or parasite or inserted ad hoc capacity (for example to filter the radio noise) between the conductors at mains potential and the earth. In this case, it is very probable that a 50 Hz current added to different noises always present in the mains power passes through the conductor that connect the device where the dispersion is generated and the earth. At that point, due to the resistance and the electrical impedance of the conductor, across the conductor it generates a noise voltage present at the ends of the shielding braided wire of the signal cables. This voltage is added to the present signal and it can cause malfunctioning. - if there is time-varying magnetic field in the inner of the ground loop, it generates an induced current in the loop itself involving the same effect of a noise voltage that goes to add at the signal saw in the previous point. The variable magnetic field can be produced by THE dispersion of power transformers, the dispersion of switching, by radio frequency signals (I, for example, live within the range of a MF radio transmitter), or other. 48 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved TIMERS In this panel we can find 4 timers, that you can use for many different kind of measures. Other than visualize the contents of the timers, the panel allows to execute start/stop and clear functions. Timers’ functions stay active even when you exit the panel and execute any other function of your interest. To see their count values, just open again the panel. Here below the panel appearing: The usefulness of an integrated timing is manifold, for example to calculate an eyepiece field of view is enough to bring a reference star on the edge of the framed area with micro-metric movements in a clockwise direction (for northern latitudes), to start the timer and simultaneously block the clockwise movement with the joystick; when the star reaches the opposite edge, stop the timer and release the joystick. At this point simply multiply the measured time (converted into seconds) for 15 and we have the framed area in seconds of arc. Use of the keyboard: START/STOP TIMER 3 CLEAR TIMER 3 START/STOP TIMER 2 START/STOP TIMER 1 START/STOP TIMER 0 49 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved CLEAR TIMER 2 CLEAR TIMER 1 CLEAR TIMER 0 SIDEREAL TRACKING IMPROVEMENT This command allows you to vary arbitrarily the speed of sidereal tracking or to calculate it exactly for the current date. The changes that are made are applied in real time and, therefore, it it possible to see its effect on the tracking. The panel that appears is the following: Use of the keyboard: Set the Step value at 0.0000000001 Set the Step value at 0.0000000010 Set the Step value at 0.0000000100 Set the Step value at 0.0000001000 Set the Step value at Set the Step value at 0.0000100000 Set the Step value at 0.0001000000 Set the Step value at 0.0010000000 Set the Step value at 0.0100000000 Set the Step value at 0.1000000000 Subtracts the value of Step to Ksid Sum the Step value to the Ksid values Ksid is set at the average value of the sidereal day (default 1.002737909350795) Ksid is calculated with reference to the present date The Ksid value is saved in EEPROM and used again afterward No change is applied to Ksid WARNING: if you press RET key, the value changed by this command is memorized and it will be used as default even after the turn OFF of the device. 50 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved CONFIGURATION This is the panel that appears: This panel manages the configuration of PALOMAR. When you change a parameter, you must be sure of its value since the instrument's performance can also be significantly affected by this. In all cases, whatever the value entered, it can never be a cause of electrical damage. This is a panel that can simply be displayed for verification or edited with F4 to change the values. This is a panel that can simply be displayed for verification or edited with F4 to change its values. All content is stored in EEPROM. When you are sure of the parameters set, we suggest to always make a back up of the same, using a PC connected with its management program or saving the contents in one of four areas of memory available. 51 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved EPHEMERIDES It calculates the position of planets, sun, moon and some time values. Every time you press F1 all fields are updated with the current value of time .. 52 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved ARBITRARY TRACKING ON BOTH AXES As said, PALOMAR is able to execute arbitrary tracking on both axes. The panel appearing is the following: It enables the axis or axes on which you want to set the arbitrary tracking, it provides the sense of rotation and angular motion in seconds of arc (AS). Thereafter, to enable the tracking programmed, you must select the USER command by SELECTION TRACKING (1). 53 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SERIAL CONNECTION PALOMAR has two RS232 serial channels; generally, just one channel is reported on the input/output connector Y2. This is because to permit the updating of the management software it is necessary two control signals that take the place of the second channel. It is also possible to order the PALOMAR version with the two serial channel both present on Y2, but in this case you have to take into account that to re-program it, you have to dismount it and have access to an inner connector. The serial communication is set to 9600,8,N,1 and it allows to receive LX200 commands by most of astronomy programs. PALOMAR version 1.0.0 correctly works on these programs: 1. 2. 3. SkyMap Pro 8 The Sky 6 Cartes Du Ciel 3.0 The LX200 commands recognized are: GR,GD,GA,GZ,GS,SS,GL,Ga,SL,GC,SC,Gt,St,Gg,Sg,GG,RC,RG,RS,RM,Me,Mn,Ms,Mw,Qn,Qs,Qe,Qw,U#,Gr,Sr, Gd,Sd,MS,Q#,P#,CM,GT,GVT,GVP,GVD,GVN,T,T-,T+,TQ At the same time, PALOMAR recognizes, by the use of a proprietary format, an higher number of commands for which you can find documentation in the following chapters. Now, let’s see how to connect PALOMAR to you personal computer. Supplied is already present a two-meter cable with 9-pin connector, following is a complete documentation for those who want to make all this by himself. In personal computers there are one or more serial ports, of two different possible types: at 9 o 25 PINS. We need only three of all present signals: Receive data Transmit data Signal ground Depending on the type of connector, these signals are in different pins, the table below shows the disposition. DB9 DB25 Function 1 8 Data carrier detect 2 3 Receive data 3 2 Transmit data 4 20 Data terminal ready 5 7 Signal ground 6 6 Data set ready 7 4 Request to send 8 5 Clear to send 9 22 Ring indicator 54 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved To identify the numeration of the RS232 connector’s pins, the images below can be very useful: The supplied connector requires the use of the DB9 under this disposition: DB9 DB9 PALOMAR PC Function 2 2 Receive data 3 3 Transmit data 5 5 Signal ground Instead, if you want to build a cable directly from Y2, the connection becomes: DB9 PC Y2 PALOMAR PC Function 2 12 Receive data 3 11 Transmit data 25-14 RTS at ground 25-13 DTR at ground 25 Signal ground 5 55 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved PROGRAMMING CABLE It could also be very useful the programming cable, which is necessary when you intend to reprogram the PALOMAR with a new version of the program. It is possible to purchase this cable online, but here are a few basic guidelines on how build it by yourselves. Let always use a shielded cable connecting the braided wire to PIN5 of the DB9 and to PIN25 of Y2 of Palomar. DB9 Y2 PALOMAR PC Function 7 14 Request to send 2 12 Receive data 3 11 Transmit data 4 13 Data terminal ready 5 25 Signal ground WARNING: always connect the pins 13 and 14 to the ground if you don’t use the programming cable. 56 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved JOYSTICK OR AUTOGUIDE CONNECTION Both the joystick and the auto guide a refer to the same inputs, since they are alternatives to each others. Every input is opto-isolated and it represents a guarantee for the noise and the safety of the PALOMAR even when you use very long cables. For each input of the auto guide, it exists an opto-isolator. The scheme alongside reports exactly a PALOMAR input. The resistance R1 is 470 ohms and it is internal. S1 is the contact the auto guide must have, while Vi is the voltage generator ranging from 5 to 12 volts. The same considerations are valid even for an external keyboard or joystick. In the example below, it is reported the connection to make for the use of an ST4 type of auto guide. CONNECTION PALOMAR - ST4 CAVO JOYSTICK 7 2 1 4 3 PIN Y2 PALOMAR 26 PIN CONNECTOR RELAYS ST4 DESCRIZIONE - - 5,8,11,14 24 23 22 21 10 4 13 7 Common (cathode) of the optoisolators. Connect to the ground of the external generator Vi Common relays ST4. Connect at positive electrode of Vi X+ (OI[2]) X- (OI[3]) Y+ (OI[0]) Y- (OI[1]) For very short connections and when you use a shielded cable, it is possible to use the +5 volts tension present on pin 2 of the Y2 connector as Vi generator, by interposing a 47 ohms resistance in series and connecting the pins 25-26 together. Pay attention: this kind of connection is strongly discouraged since it is subject to noise and not reliable. You can find free software that by the use of a web cam connected to the PC by the USB and of the PALOMAR, connected to the PC by a parallel port, optimally perform the functions of an auto guide system. In this case, it is sufficient to connect the ground of the PC, present on pins 18,19,20,21,22,23,24,25 (one is enough!) to the pin 26 of Y2 and connect the control pins (these change depending on the software) respectively to the control pins 21,22,23,24. Pay attention: if you use the same PC even for the remote control by RS232 you nullified the galvanic isolation! 57 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved PROPRIETARY SERIAL PROTOCOL Other than recognize the commands with LX200 format, PALOMAR has also a proprietary format allowing you the possibility to control and set it wider than LX200 format can allow. Both of the format are accepted and they are very different with respect to syntax used. Communicate with PALOMAR means transmit and receive typically only text messages in ASCII format. For “typically” we intend that the protocol can be defined by the user and it is possible to choose also nontext characters. The protocol herein described is the default one set during the testing of the instrument. The proprietary serial protocol used has three possible type of fields: Control, you can use this field for: Identity: this field indicates the base address identifying the PALOMAR of message destination; typically it is a number of maximum 2 digits. Separator: it is a character used to separate logically the fields between them. End of message: it is a character identifying the end of message. Command: it is a command of three ASCII characters identifying the command that the PALOMAR must run. Parameter/s: Zero or at maximum 15 parameter specific of the command to run. Here below an example composition of a command transmitted to PALOMAR: Let’s see a real message: 0,REVCR in C language the string is defined as follows: “0,REV\r” Analyzing it: The character ‘0’ is the identifying number of PALOMAR, the character ‘,’ is the separator, ‘REV’ is the command, ‘\r’ e’ is the character of control of end string. If you are using only one PALOMAR by the serial port, it is possible to skip the CONTROL IDENTITY, so the previous message becomes: “REV\r” You can even use this modality when there are many PALOMARs connected by the same serial port; however, you have take into account that only the one directly connected to the serial port of the system is able to receive the commands. At the contrary, it could be useful to send the same commands to all the PALOMARs connected, you can do it indicating the sequence of characters ‘##’ instead of the the NUMBER IDENTITY, so the message becomes: “##,REV\r” There is also the possibility to enable a control for the integrity of the messages; to do it, by a command you can enable the generation and control of a 16 bit CRC. This type of control gives a high reliability on the integrity of the received message. If we enable the CRC, the previous message becomes: 0,REV,18149CR The characters highlighted in yellow are the ones used for the calculation of CRC. In case the received CRC is different from the one calculated, the response is: 0,CRC,55991CR Instead, if the CRC is right, we receive: 58 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved 0,100,55487CR More info on CRC at the website: http://it.wikipedia.org/wiki/Cyclic_redundancy_check It’s very important to underline the first parameter indicated by PALOMAR in the response message is its identity number. A brief note on the notation used: [] The square brackets enclose optional fields 59 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved PROPRIETARY SERIAL COMMANDS In the following pages you can find a complete list of the commands run by PALOMAR. For all the examples, we assume that: 1) the identity number of PALOMAR is 0; 2) the decimal mode is active; the separator used is a comma; the terminator character is CR (13); the CRC control is disabled. Otherwise it would change the parameters encoding or the response codes. DIGITS indicates the number of hexadecimal digits when HEX mode is active. For all the commands returning a state, these are the possible messages: TEXT ACK INDEX OF STATUS 0 DESCRIPTION Successfully executed command NAK BPN 1 2 Not recognized command Wrong number of parameters POR UNS 3 4 Parameter out of range Not supported mode CRC 5 CRC failure on received string As for the commands, the error codes can be text type or numeric index depending on the choice of the user; you can switch from one type to the other by the use of VRB command. 60 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved REV COMMAND TEXT INDEX REV 000 PARAMETER # Digits Minimum Value RETURN # Digits 0 2 1 4 DETAIL Command used to know the program EXAMPLE REVCR DESCRIPTION Return the remote management program revision. DESCRIPTION Maximum Value DESCRIPTION Value 0-255 100-1000 PALOMAR identifier Program revision revision. If it returns the value 100, it means 1.0.0. 0,100CR HST COMMAND DESCRIPTION TEXT INDEX HST 001 Return the temperature of the heat sink. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 2 0-255 Heat sink temperature DETAIL Command used to know the operating temperature of the heat sink in degrees centigrade. EXAMPLE HSTCR 0,27CR MMC COMMAND TEXT INDEX MMC 002 PARAMETER # Digits Minimum Value 0 2 0 1 4 0 RETURN # Digits 0 2 1 2 DETAIL Command used to set the maximum EXAMPLE MMC,0,2000CR DESCRIPTION Set the max current of the motors. DESCRIPTION Maximum Value 1 2800 Value 0-255 CODE Set motor. 0 = RA, 1 = DE Max current of the motor in mA DESCRIPTION PALOMAR identifier Operation result current of the motors. 0,ACKCR 61 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved RMC COMMAND DESCRIPTION TEXT INDEX RMC 003 Return the current of the used motors. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 1 Set motor. 0 = RA, 1 = DE RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 4 0-2800 Current in use in mA DETAIL Command used to know the current in use on the selected motor. EXAMPLE RMC,0CR 0,2000CR OFF COMMAND TEXT OFF PARAMETER # Digits DESCRIPTION INDEX 004 Minimum Value Turn off the PALOMAR. DESCRIPTION Maximum Value RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 3 OFF DETAIL By this command you can turn off the PALOMAR by remote connection EXAMPLE OFFCR 0,OFFCR THS COMMAND DESCRIPTION TEXT INDEX THS 005 Temperature threshold to start on the fan PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 1 2 0 99 Temperature in degrees centigrade RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 2 CODE Operation result DETAIL Set the temperature threshold measured on the inner heat sink in the order to turn on the fan EXAMPLE THS,55CR 0,ACKCR 62 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved RTH COMMAND DESCRIPTION TEXT INDEX RTH 006 Return the temperature threshold PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 2 0-99 Heat sink temperature DETAIL Return the temperature threshold above which turns on the fan EXAMPLE RTHCR 0,55CR EEW COMMAND DESCRIPTION TEXT INDEX EEW 009 Write a byte in the EEPROM at the specified address PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 8 0 131071 EEPROM address 1 2 0 255 Byte RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 2 CODE Operation result DETAIL Write a byte in the EEPROM at the specified address. Attention! An area of the EEPROM is reserved to the PALOMAR settings, a wrong writing is cause of malfunctioning EXAMPLE EEW,16384,27CR 0,ACKCR EWW COMMAND TEXT EWW DESCRIPTION INDEX 010 Write a (16 bit) word in the EEPROM at the specified address DESCRIPTION PARAMETER # Digits Minimum Value Maximum Value 0 8 0 131071 EEPROM address 1 4 0 65535 Word RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 2 CODE Operation result DETAIL Write a (16 bit) word in the EEPROM at the specified address. Attention! An area of the EEPROM is reserved to the PALOMAR settings, a wrong writing is cause of malfunctioning EXAMPLE EEW,16384,1957CR 0,ACKCR 63 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved ELW COMMAND TEXT ELW DESCRIPTION INDEX 011 Write a (32 bit) long word in the EEPROM at the specified address DESCRIPTION PARAMETER # Digits Minimum Value Maximum Value 0 8 0 131071 EEPROM address 1 8 0 4294967295 Long Word RETURN DESCRIPTION # Digits Value 0 2 0-255 PALOMAR identifier 1 2 CODE Operation result DETAIL Write a (32 bit) long word in the EEPROM at the specified address. Attention! An area of the EEPROM is reserved to the PALOMAR settings, a wrong writing is cause of malfunctioning EXAMPLE EEW,16384,1961957CR 0,ACKCR EDW COMMAND TEXT ELW DESCRIPTION INDEX 011 PARAMETER # Digits Minimum Value Maximum Value 0 8 0 131071 1 8 1E-37 1E+37 RETURN # Digits Value 0 2 0-255 1 2 CODE DETAIL Write a (64 bit) floating point number in the EEPROM at the reserved to the PALOMAR settings, a wrong writing is cause EXAMPLE EEW,16384,1957.34567CR Write a (64 bit) floating point number in the EEPROM at the specified address DESCRIPTION EEPROM address Floating point number DESCRIPTION PALOMAR identifier Operation result specified address. Attention! An area of the EEPROM is of malfunctioning 0,ACKCR EER COMMAND DESCRIPTION TEXT INDEX EER 013 Read a byte of the EEPROM at the specified address. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 8 0 131071 EEPROM address RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 0-255 Contents of the memory DETAIL Read a byte of the EEPROM at the specified address (in the example given, it is not said that 206 is the content of the cell 3184). EXAMPLE EER,3184CR 0,206CR 64 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved EWR COMMAND TEXT EWR DESCRIPTION INDEX 014 PARAMETER # Digits Minimum Value 0 8 0 RETURN # Digits 0 2 1 4 DETAIL Read a (16 bit) word of the EEPROM content of the 33174). EXAMPLE EWR,33174CR Read a (16 bit) word of the EEPROM at the specified address. DESCRIPTION Maximum Value 131071 Value 0-255 0-65535 EEPROM address DESCRIPTION AMS identifier Contents of the memory at the specified address (in the example given, it is not said that 21065 is the 0,21065CR ELR COMMAND TEXT ELR DESCRIPTION INDEX 015 Read a (32 bit) long word of the EEPROM at the specified address. DESCRIPTION PARAMETER # Digits Minimum Value Maximum Value 0 8 0 131071 EEPROM address RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 4 0-65535 Contents of the memory DETAIL Read a (32 bit) long word of the EEPROM at the specified address (in the example given, it is not said that 65 is the content of the 1024372). EXAMPLE ELR,65CR 0,1024372CR EDR COMMAND TEXT EDR DESCRIPTION INDEX 016 Read a real number from the EEPROM at the specified address. DESCRIPTION PARAMETER # Digits Minimum Value Maximum Value 0 8 0 131071 EEPROM address RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 4 0-65535 Contents of the memory DETAIL Read a real number from the EEPROM at the specified address ((in the example given, it is not said that 1331 is the content of the 3.14159265). EXAMPLE EDR,1331CR 0,3.14159265CR 65 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved ILP COMMAND TEXT INDEX ILP 017 PARAMETER # Digits Minimum Value RETURN # Digits 0 2 1 4 DETAIL Read the content of the input port at EXAMPLE EDR,1331CR DESCRIPTION Read the port at 14 bit DESCRIPTION Maximum Value DESCRIPTION Value 0-255 0-16383 AMS identifier Contents of the memory 14 bit, following the order ROW[0:7],IN[0:7]. 0,3.14159265CR OLP COMMAND TEXT INDEX OLP 018 PARAMETER # Digits Minimum Value 0 4 0 RETURN # Digits 0 2 1 2 DETAIL Write the port at 16 bit, the involved EXAMPLE OLP,1CR DESCRIPTION Write the port at 16 bit. DESCRIPTION Maximum Value 65535 Value 0-255 CODE 16 bit word to write on the port DESCRIPTION AMS identifier Operation result signals are COL[0:7],OUT[0:7] 0,ACKCR MEN COMMAND TEXT INDEX MEN 019 PARAMETER # Digits Minimum Value 0 2 0 1 2 0 RETURN # Digits 0 2 1 2 DETAIL Enable or disable the motors. EXAMPLE MEN,0,1CR DESCRIPTION Enable or disable the motors. DESCRIPTION Maximum Value 1 1 Value 0-255 CODE Motor selection 0 = disabled, 1 = enabled DESCRIPTION AMS identifier Operation result 0,ACKCR 66 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SME COMMAND TEXT INDEX SME 020 PARAMETER # Digits Minimum Value 0 2 0 RETURN # Digits 0 2 1 2 DETAIL Read the enabling of motors. EXAMPLE SME,1CR DESCRIPTION Read the enabling of the motors. DESCRIPTION Maximum Value 1 Value 0-255 0-1 Motor selection DESCRIPTION AMS identifier 0 = disabled, 1 = enabled 0,1CR FRC COMMAND DESCRIPTION TEXT INDEX FRC 021 Set the fractionation of the motors. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 3 Program selection 1 2 1 500 Fractionation (N * 400) RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 CODE Operation result DETAIL Set the fractionation of the motors. Motors can execute tracking and slewing, for each operation (program) it is possible to set a different fractionation: 0 = Slewing axis 0 1 = Tracking axis 0 2 = Slewing axis 1 3 = Tracking axis 1 EXAMPLE FRC,0,25CR 0,ACKCR CMF COMMAND TEXT CMF PARAMETER # Digits 0 2 DESCRIPTION INDEX 022 Minimum Value 0 Read the set fractionation. DESCRIPTION Maximum Value 3 Program selection RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 1-500 Frazionamento (N * 400) DETAIL Read the fractionation sets for each of the available program. EXAMPLE CMF,0CR 0,25CR 67 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved RES COMMAND TEXT RES PARAMETER # Digits RETURN # 0 1 DETAIL Reset AMS EXAMPLE RESCR DESCRIPTION INDEX 023 Reset the AMS DESCRIPTION Minimum Value - Maximum Value - Digits 2 2 Value 0-255 CODE DESCRIPTION AMS identifier Operation result 0,ACKCR MPF COMMAND TEXT INDEX MPF 024 PARAMETER # Digits Minimum Value 0 8 1 RETURN # Digits 0 2 1 2 DETAIL Set the maximum frequency (Hz). EXAMPLE MPF,50000CR DESCRIPTION Set the maximum frequency (Hz). DESCRIPTION Maximum Value 500000 Value 0-255 CODE Frequency in Hz DESCRIPTION AMS identifier Operation result 0,ACKCR SMF COMMAND TEXT INDEX SMF 025 PARAMETER # Digits Minimum Value RETURN # Digits 0 2 1 8 DETAIL Read the maximum frequency (Hz). EXAMPLE SMFCR DESCRIPTION Read the maximum frequency (Hz). DESCRIPTION Maximum Value DESCRIPTION Value 0-255 1-500000 AMS identifier Frequency in Hz 0,50000CR 68 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved ESF COMMAND DESCRIPTION TEXT INDEX ESF 026 Set the sampling frequency (Hz) of the encoders. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 8 1 500000 Frequency in Hz RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 CODE Operation result DETAIL Set the sampling frequency (Hz) of the encoders. Typically this frequency must be 4 times the maximum slewing frequency. EXAMPLE ESF,200000CR 0,ACKCR SEF COMMAND TEXT SEF DESCRIPTION INDEX 025 Read the maximum sampling frequency (Hz) of the encoders. DESCRIPTION PARAMETER # Digits Minimum Value Maximum Value RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 8 1-500000 Frequency in Hz DETAIL Read the maximum sampling frequency (Hz) of the encoders. EXAMPLE SEFCR 0,200000CR ECT COMMAND TEXT INDEX ECT 028 PARAMETER # Digits Minimum Value Maximum Value 0 2 0 1 RETURN # Digits Value 0 2 0-255 1 8 0-232 DETAIL Read the number of counts of the encoders. EXAMPLE ECT,0CR DESCRIPTION Read the number of counts of the encoders. DESCRIPTION Motor selection 0,1 DESCRIPTION AMS identifier Number of counts 0,33212CR 69 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SEC COMMAND TEXT INDEX SEC 029 PARAMETER # Digits Minimum Value Maximum Value 0 2 0 1 1 2 0 232 RETURN # Digits Value 0 2 0-255 1 2 CODE DETAIL Set the number of counts of the encoders. EXAMPLE SEC,0,0CR DESCRIPTION Set the number of counts of the encoders. DESCRIPTION Motor selection Number of counts DESCRIPTION AMS identifier Operation result 0,ACKCR POS COMMAND DESCRIPTION TEXT INDEX POS 030 Run a slewing on both axes. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 1 Direction axis 0, 0 = CCW, 1 = CW 1 8 0 232 Number of steps to run axis 0 2 2 0 1 Direction axis 1, 0 = CCW, 1 = CW 3 8 0 232 Number of steps to run axis 1 4 8 0 232 Starting period axis 0 5 8 0 232 Period of max speed axis 0 6 8 0 232 Starting period axis 1 7 8 0 232 Period of max speed axis 1 RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 CODE Operation result DETAIL Run a slewing on both axes. Starting and maximum speed periods give the acceleration and deceleration ramp. To get the used frequencies in Hz just divide the maximum slewing speed (set with the command MPF) by the number used plus one. EXAMPLE POS,0,332450,1,1234,20,2,15,2CR 0,ACKCR PCT COMMAND DESCRIPTION TEXT INDEX PCT 031 Read the number of counts that motors have to run. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 1 Motor selection 0,1 RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 8 0-232 Number of counts DETAIL Once the slewing is run (command POS) it can read the countdown of the steps remaining to execute by the motors. EXAMPLE PCT,0CR 0,39252CR 70 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved TRK COMMAND DESCRIPTION TEXT INDEX TRK 032 Set the tracking on both axes. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 1 Motor selection 1 8 0 232 Primary period 2 8 0 232 Number of primary periods 3 8 0 232 Secondary period 4 8 0 232 Number of secondary periods 5 8 0 1 Direction axis 0, 0 = CCW, 1 = CW RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 CODE Operation result DETAIL This command allows you to set an arbitrary tracking on both axes. The frequency of steps is established by setting the time to be used which is equal to the maximum frequency of slewing divided the value of the period. If the frequency you want has no fractional, the primary period is equal to the secondary and the number of periods is the same; otherwise, the primary will be run for a certain period (e.g. positive deviation) and then it will be run the secondary period ( e.g. negative deviation) so that the average period is centered (in an error limit) on the value you desire. EXAMPLE TRK,0,100,373,1234,20,0CR 0,ACKCR ETK COMMAND DESCRIPTION TEXT INDEX ETK 033 Enable the tracking on an axis. COMMAND DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 1 Motor selection 1 2 0 1 Disable 0, Enable 1 RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 CODE Operation result DETAIL After sets a tracking by the command TRK, it’s possible to run or not it by this command. EXAMPLE ETK,0,1CR 0,ACKCR TKS COMMAND TEXT INDEX TKS 034 PARAMETER # Digits Minimum Value Maximum Value 0 2 0 1 RETURN # Digits Value 0 2 0-255 1 8 0-1 DETAIL Check the tracking activity. EXAMPLE TKS,0CR DESCRIPTION Check the tracking activity. DESCRIPTION Motor selection 0,1 DESCRIPTION AMS identifier 0 = Disabled, 1 = Enabled 0,1CR IOP 71 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved COMMAND TEXT INDEX IOP 035 PARAMETER # Digits Minimum Value Maximum Value RETURN # Digits Value 0 2 0-255 1 2 0-15 DETAIL Generally the 4 opto-isolated bits of this port are dedicated these inputs can be used for generic purposes. EXAMPLE IOPCR DESCRIPTION Read the opto-isolated inputs of the encoders. DESCRIPTION DESCRIPTION AMS identifier Status of the port to the encoders; however, if you use an open-loop system 0,8CR SOC COMMAND TEXT INDEX SOC 036 PARAMETER # Digits Minimum Value 0 2 0 RETURN # Digits 0 2 1 2 DETAIL By this command you can control the EXAMPLE SOC,1CR DESCRIPTION ON/OFF open collector output. DESCRIPTION Maximum Value 1 Value 0-255 CODE Disable 0, Enable 1 DESCRIPTION AMS identifier Operation result output of the open collector present on pin 1 of Y17. 0,ACKCR STO COMMAND TEXT INDEX STO 037 PARAMETER # Digits Minimum Value Maximum Value 0 2 0 15 RETURN # Digits Value 0 2 0-255 1 2 CODE DETAIL Write Write at 4 bit wide on buffered the port. EXAMPLE STO,7CR DESCRIPTION Write at 4 bit wide on the TTL amplified port. DESCRIPTION Contents of the port DESCRIPTION AMS identifier Operation result 0,ACKCR 72 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved GTL COMMAND TEXT GTL PARAMETER # Digits RETURN # 0 1 DETAIL Read the 4bit EXAMPLE GTLCR DESCRIPTION INDEX 038 Read the inputs of the 4bit amplified port. DESCRIPTION Minimum Value - Maximum Value - Digits 2 2 Value 0-255 0-15 DESCRIPTION AMS identifier Status of the port input of the TTL port with buffer. 0,7CR DAC COMMAND DESCRIPTION TEXT INDEX DAC 039 Set a voltage in one of two D/A converters. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value 0 2 0 1 Channel selection 1 4 0 4095 Output voltage RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 CODE Operation result DETAIL By this command you can set the output voltage of the two analog outputs. EXAMPLE DAC,0,1023CR 0,ACKCR SRC COMMAND TEXT INDEX SRC 040 PARAMETER # Digits Minimum Value 0 4 1900 1 2 1 2 2 1 3 2 1 4 2 0 5 2 0 6 2 0 RETURN # Digits 0 2 1 2 DETAIL Set the internal clock. EXAMPLE SRC,2010,1,10,2,9,9,20CR DESCRIPTION Set the internal clock. DESCRIPTION Maximum Value 2050 12 31 7 23 59 59 Value 0-255 CODE Year Month Day Day of the week Hour Minute Second DESCRIPTION AMS identifier Operation result 0,ACKCR 73 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved RTC COMMAND TEXT INDEX RTC 041 PARAMETER # Digits Minimum Value RETURN # Digits 0 2 1 4 2 2 3 2 4 2 5 2 6 2 7 2 DETAIL Read the internal clock. EXAMPLE RTCCR DESCRIPTION Read the internal clock. DESCRIPTION Maximum Value DESCRIPTION Value 0-255 1900-2050 1-12 1-31 1-7 0-23 0-59 0-59 AMS identifier Year Month Day Day of the week Hour Minute Second 0,2010,1,10,2,9,9,28CR JOY COMMAND DESCRIPTION TEXT INDEX JOY 042 Read the status of the joystick. PARAMETER DESCRIPTION # Digits Minimum Value Maximum Value RETURN DESCRIPTION # Digits Value 0 2 0-255 AMS identifier 1 2 0-15 Status of the port DETAIL The opto-isolated inputs OPTO[2:5] are typically used for a 4 switch joystick for manual movements EXAMPLE JOYCR 0,1CR EDE COMMAND TEXT INDEX EDE 047 PARAMETER # Digits Minimum Value Maximum Value 0 2 0 1 RETURN # Digits Value 0 2 0-255 1 2 CODE DETAIL Enable or disable the reading of the encoders. EXAMPLE EDE,1CR DESCRIPTION Enable or disable the reading of the encoders. DESCRIPTION Disable 0, Enable 1 DESCRIPTION AMS identifier Operation result 0,ACKCR 74 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SID COMMAND TEXT INDEX EDE 048 PARAMETER # Digits Minimum Value 0 2 0 RETURN # Digits 0 2 1 2 DETAIL It sets AMS identifier. Attention: the EXAMPLE SID,1CR DESCRIPTION Set the identifier number. DESCRIPTION Maximum Value 255 Value 0-255 CODE Identity number DESCRIPTION AMS identifier Operation result return will use the new identifier. 1,ACKCR 75 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SOFTWARE UPDATE Update the PALOMAR management software is important since you can access to updated functions and resolution of possible malfunctions. To update the internal code it is necessary you have already installed on your PC (XP/VISTA) the MDI working ambient included in the supplied CD-ROM and to have got the programming cable for which you can find documentation on following chapters. Then, connect the programming cable to the and disconnect the motors. If you installed the MDI on your PC you’ll find the identifying icon: Click on it and after few seconds its window will appear. Press F9 or select the voice Applications from Window menu. By a double click, select the ISP application from the application index: Clicking on icon OPEN the following window will appear: 76 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Settings must be as the ones reported above, except for the COM, that has to be set properly. Now, click on BROWSE command and look for the code file of the updating (.HEX extension). Once the file has been uploaded, it is possible to begin the writing phase of the internal FLASH memory of the PALOMAR. To do it, you must press the ON button of PALOMAR, being careful not to release it during all the programming time, then click on the UPLOAD button of the ISP application. Once the programming has be done, the PALOMAR is going to restart. 77 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved REMOTE CONTROL The Palomar is LX200 compliance device, for this reason, it is possible to use it with all astronomy programs running with this telescope. Each program has a own specific setup to install the driver necessary for the management of the telescope and it doesn’t exist a common way of installation. Here we describe how to install Cartes du Ciel V3.0, one of the most popular freeware of astronomical simulation and how to install the driver for LX200. First, from the Cartes du Ciel website, let download the executable for the installation of the program and run it. The classical installation window will appear: Follow the indications of the installation program. After installing the main program should now install the plug-in of Cartes du Ciel for LX200, you can find it on the website of the program itself, the file is called “cdcmeade.exe”, download and run it. Now, we can run the Cartes du Ciel and select the driver for LX200. From the mani menu, select CONFIGURATION->SYSTEM, select the TAB TELESCOPE and in the field SELECT INTERFACE click on the button Plugin CdC. Then, in the field PLUGIN CDC SETTINGS, select Meade.tid and press OK. 78 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved It should open the following window: 79 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Now from the main menu, let select TELESCOPE->CONTROL PANEL and the typical panel will appear: From the tab COMM SETTINGS select the serial port where your Palomar is connected: Come back to the first panel and click on CONNECT button: if your Palomar is ON and good powered, you can manage it simply clicking on the objects present in the simulator. 80 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved PROPRIETARY REMOTE CONTROL In the CD-ROM supplied with Palomar there is even a program for management from PC with Operative Systems XP/Vista/7 that other than allows the setting and the total remote control of Palomar, it also offers the possibility to execute complex slewing in a very easy way. The managing program of the Palomar is called MDI and it its the same we use for the updating fo the firmware and for the changing or writing of the firmware itself. If not already done, let install it running the Palomar.exe program. It appears the window: Follow the instruction of the installation program. After the program installation, on the desktop will appear icon Click on it and the MDI window will appear. Attention: for the operative systems Vista and 7 you must execute MDI as administrator. If you configure MDI for the Palomar you will have the icon If you don’t have this icon, you have to select this application: press F9 or execute from the WINDOWAPPLICATIONS menu: a list of applications will appear, you have just to select Palomar. since this is the first time you connect to Palomar we suggest you to make a backup of the settings of it, so let click on the icon or select FILE->NEW. 81 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved It appears the remote control panel of Palomar: Select the serial port where Palomar is connected and click on CONNECT button: if the Palomar is ON and connected correctly you will have the following window: 82 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Select the tab CONFIG Click on DOWNLOAD button. By this command, all the parameters of Palomar will be read and displayed. Now, from the main menu, select FILE->SAVE AS and save the configuration of Palomar. At the next running of MDI you can use the command FILE->OPEN to opne your configuration of the Palomar. The program is intuitive and allows you to make by remote the same operations you do with the keyboard of the Palomar. But you must take into account that when you change the parameters, then you must apply them to the Palomar: you can do it by clicking on the button UPLOAD and then APPLY. 83 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved APPENDIX A – SIDEREAL TIME Below is a short article from Wikipedia, preparatory to the topic: SIDEREAL TIME From Wikipedia, the free encyclopedia Astronomers use sidereal time as a way to keep track of the direction in which their telescopes need to be pointed to view any given star in the night sky. Just as the Sun and Moon appear to rise in the east and set in the west, so do the stars. A sidereal day is approximately 23 hours, 56 minutes, 4.091 seconds, corresponding to the time it takes for the Earth to complete one rotation relative to the vernal equinox. The vernal equinox itself precesses very slowly in a westwards direction relative to the fixed stars, completing one revolution every 26,000 years approximately. As a consequence, the sidereal day is some 0.008 seconds shorter than the earth's period of rotation relative to the fixed stars (sidereal period of rotation). The direction from the Earth to the Sun is constantly changing (because the Earth revolves around the Sun once a year), but the directions from the Earth to the distant stars do not change. Therefore the cycle of the apparent motion of the stars around the Earth has a period which is not quite the same as the 24-hour average length of the solar day. Maps of the stars in the night sky usually make use of declination and right ascension as coordinates. These correspond to latitude and longitude respectively. While declination is measured in degrees, right ascension is measured in units of hours and minutes, because it was most natural to name locations in the sky in connection with the time when they crossed the meridian. In the sky, the meridian is an imaginary line going from north to south that goes through the point directly overhead, or the zenith. The right ascension of any object currently crossing the meridian is equal to the current local (apparent) sidereal time, ignoring for present purposes that part of the circumpolar region north of the north celestial pole (for an observer in the northern hemisphere) or south of the south celestial pole (for an observer in the southern hemisphere) that is crossing the meridian the other way. Because the Earth orbits the Sun once a year, the sidereal time at any one place at midnight will be about four minutes later each night, until, after a year has passed, one additional sidereal day has transpired compared to the number of solar days that have gone by. 84 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved SIDEREAL TIME AND SOLAR TIME Solar time is measured by the apparent diurnal motion of the sun, and local noon in solar time is defined as the moment when the sun is at its highest point in the sky (exactly due south or north depending on the observer's latitude and the season). The average time taken for the sun to return to its highest point is 24 hours. During the time needed by the Earth to complete a rotation around its axis (a sidereal day), the Earth moves a short distance (approximately 1°) along its orbit around the sun. Therefore, after a sidereal day, the Earth still needs to rotate a small extra angular distance before the sun reaches its highest point. A solar day is, therefore, nearly 4 minutes longer than a sidereal day. The stars, however, are so far away that the Earth's movement along its orbit makes a generally negligible difference to their apparent direction (see, however, parallax), and so they return to their highest point in a sidereal day. A sidereal day is almost 4 minutes shorter than a mean solar day. Another way to see this difference is to notice that, relative to the stars, the Sun appears to move around the Earth once per year. Therefore, there is one less solar day per year than there are sidereal days. This makes a sidereal day approximately ⁄366.24 times the length of the 24-hour solar day, giving approximately 23 hours, 56 minutes, 4.1 seconds (86,164.1 seconds). 365.24 PRECESSION EFFECTS Sidereal time vs solar time. Above left: a distant star (the small red circle) and the Sun are at culmination, on the local meridian. Centre: only the distant star is at culmination (a mean sidereal day). Right: few minutes later the Sun is on the local meridian again. A solar day is complete. The Earth's rotation is not simply a simple rotation around an axis that would always remain parallel to itself. The Earth's rotational axis itself rotates about a second axis, orthogonal to the Earth's orbit, taking about 25,800 years to perform a complete rotation. This phenomenon is called the precession of the equinoxes. Because of this precession, the stars appear to move around the Earth in a manner more complicated than a simple constant rotation. For this reason, to simplify the description of Earth's orientation in astronomy and geodesy, it is conventional to chart the positions of the stars in the sky according to right ascension and declination, which are based on a frame which itself follows the Earth's precession, and to keep track of Earth's rotation, through sidereal time, relative to this frame as well. In this reference frame, Earth's rotation is close to constant, but the stars appear to rotate slowly with a period of about 25,800 years. It is also in this reference frame that the tropical year, the year related to the Earth's seasons, represents one orbit of the Earth around the sun. The precise definition of a sidereal day is the time taken for one rotation of the Earth in this precessing reference frame. DEFINITION Sidereal time, at any moment (and at a given locality defined by its geographical longitude), more precisely Local Apparent Sidereal Time (LAST), is defined as the hour angle of the vernal equinox at that locality: it 85 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved has the same value as the right ascension of any celestial body that is crossing the local meridian at that same moment. At the moment when the vernal equinox crosses the local meridian, Local Apparent Sidereal Time is 00:00. Greenwich Apparent Sidereal Time (GAST) is the hour angle of the vernal equinox at the prime meridian at Greenwich, England. Local Sidereal Time at any locality differs from the Greenwich Sidereal Time value of the same moment, by an amount that depends on the longitude of the locality. When one moves eastward 15° in longitude, sidereal time is larger by one hour (note that it wraps around at 24 hours). Unlike computing local solar time, differences in longitude and time are counted here to the accuracy of measurement, not just in whole hours. Apparent Sidereal Time (Local or at Greenwich) differs from Mean Sidereal Time (for the same locality and moment) by the Equation of the Equinoxes: This is a small difference in Right Ascension R.A. ( dRA) (parallel to the equator), not exceeding about +/-1.2 seconds of time, and is due to nutation, the complex 'nodding' motion of the earth's polar axis of rotation. It corresponds to the current amount of the nutation in ( ecliptic) longitude (dψ) and to the current obliquity (ε) of the ecliptic, so that dRA = dψ * cos(ε). Greenwich Mean Sidereal Time (GMST) and UT1 differ from each other in rate, with the second of sidereal time a little shorter than that of UT1, so that (as at 2000 January 1 noon) 1.002737909350795 second of mean sidereal time was equal to 1 second of Universal Time (UT1). The ratio is almost constant, varying but only very slightly with time, reaching 1.002737909409795 after a century. To an accuracy which involves a loss of precision of 0.1 second of error after a century, Greenwich (Mean) Sidereal Time (in hours and decimal parts of an hour) can be calculated as GMST = 18.697374558 + 24.06570982441908 * D , where D is the interval, in days including any fraction of a day, since 2000 January 1, at 12h UT (interval counted positive if forwards to a later time than the 2000 reference instant), and the result is freed from any integer multiples of 24 hours to reduce it to a value in the range 0-24. In other words, Greenwich Mean Sidereal Time exceeds mean solar time at Greenwich by a difference equal to the longitude of the fictitious mean Sun used for defining mean solar time (with longitude converted to time as usual at the rate of 1 hour for 15 degrees), plus or minus an offset of 12 hours (because mean solar time is reckoned from 0h midnight instead of the older pre-1925 astronomical tradition by which 0h used to mean noon). Sidereal time is used at astronomical observatories because sidereal time makes it very easy to work out which astronomical objects will be observable at a given time. Objects are located in the night sky using right ascension and declination relative to the celestial equator (analogous to longitude and latitude on Earth), and when sidereal time is equal to an object's right ascension, the object will be at its highest point in the sky, or culmination, at which time it is usually best placed for observation, as atmospheric extinction is minimised. Sidereal time is a measure of the position of the Earth in its rotation around its axis, or time measured by the apparent diurnal motion of the vernal equinox, which is very close to, but not identical to, the motion of stars. They differ by the precession of the vernal equinox in right ascension relative to the stars. Earth's sidereal day also differs from its rotation period relative to the background stars by the amount of precession in right ascension during one day (8.4 ms). Its J2000 mean value is 23 h56m4.090530833s. Etymology of sidereal is from Latin "sidereus" from sidus, sider- = star. Therefore, its meaning relates to a measurement of time relative to the position of the stars. EXACT DURATION AND ITS VARIATION A mean sidereal day is about 23 h 56 m 4.1 s in length. However, due to variations in the rotation rate of the Earth the rate of an ideal sidereal clock deviates from any simple multiple of a civil clock. In practice, the difference is kept track of by the difference UTC–UT1, which is measured by radio telescopes and kept on file and available to the public at the IERS and at the United States Naval Observatory. 86 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved Given a tropical year of 365.242190402 days from Simon et al. this gives a sidereal day of 86,400 × , or 86,164.09053 seconds. According to Aoki et al., an accurate value for the sidereal day at the beginning of 2000 is 1⁄1.002737909350795 times a mean solar day of 86,400 seconds, which gives 86,164.090530833 seconds. For times within a century of 1984, the ratio only alters in its 11th decimal place. This web-based sidereal time calculator uses a truncated ratio of ⁄ 1 1.00273790935 . Because this is the period of rotation in a precessing reference frame, it is not directly related to the mean rotation rate of the Earth in an inertial frame, which is given by ω=2π/T where T is the slightly longer stellar day given by Aoki et al. as 86,164.09890369732 seconds. This can be calculated by noting that ω is the magnitude of the vector sum of the rotations leading to the sidereal day and the precession of that rotation vector. In fact, the period of the Earth's rotation varies on hourly to interannual timescales by around a millisecond, together with a secular increase in length of day of about 2.3 milliseconds per century which mostly results from slowing of the Earth's rotation by tidal friction. 87 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved APPENDIX B – TIME ZONES 88 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved 89 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved 90 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved 91 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved APPENDIX C - REFERENCE STARS STAR NAME "Sirius" "Canopus" "Arcturus" "Rigil Kentaurus" "Vega" "Capella" "Rigel" "Procyon" "Achernar" "Betelgeuse" "Hadar" "Altair" "Aldebaran" "Antares" CONSTELLATION CMa Car Boo BAYER Alpha Alpha Alpha SPECTRUM "A1Vm" "F0II" "K1.5IIIFe" MAGNITUDE -1.46 -0.72 -0.04 DISTANCE 8.6 312.6 36.7 INDEX 0 1 2 Cen Alpha "G2V" -0.01 4.4 3 Lyr Aur Ori CMi Eri Ori Cen Aql Tau Sco Alpha Alpha Beta Alpha Alpha Alpha Beta Alpha Alpha Alpha +0.03 +0.08 +0.12 +0.38 +0.46 +0.50 +0.61 +0.77 +0.85 +0.96 25.3 42.2 772.5 11.4 143.7 427.3 525 16.8 65.1 603.7 4 5 6 7 8 9 10 11 12 13 "Spica" Vir Alpha +0.98 262.1 14 "Pollux" "Fomalhaut" "Mimosa" "Deneb" "Acrux" "Regulus" "Adhara" "Gacrux" "Shaula" "Bellatrix" "El Nath" "Miaplacidus" "Alnilan" "Al Nair" "Alioth" "Regor" "Alnitak" "Mirfak" "Dubhe" "Wezen" "Kaus Australis" "Avior" "Alkaid" "Sargas" "Menkalinan" "Atria" "Alhena" "Peacock" "Koo She" "Mirzam" "Castor" "Alphard" "Hamal" "Polaris" "Diphda" "Saiph" "Nunki" "Menkent" "Alpheratz" "Mirach" "Kochab" Gem PsA Cru Cyg Cru Leo CMa Cru Sco Ori Tau Car Ori Gru UMa Vel Ori Per UMa CMa Beta Alpha Beta Alpha Alpha Alpha Epsilon Gamma Lambda Gamma Beta Beta Epsilon Alpha Epsilon Gamma Zeta Alpha Alpha Delta "A0Va" "G5IIIe+G0III" "B8la" "F5IV-V" "B3Vpe" "M1-2la-lab" "B1III" "A7V" "K5+III" "M1Ib+B2.5V" "B1IIIIV+B2V" "KOIIIb" "A3V" "B0.5III" "A2Ia" "B0.5IV" "B7V" "B2II" "M3.5II" "B2IV+B" "B2III" "B7III" "A2IV" "B0Ia" "B7IV" "A0pCr" "WC8+O9I" "O9.5Ib" "F5Ib" "K0IIIa" "F8Ia" +1.14 +1.16 +1.25 +1.25 +1.33 +1.35 +1.50 +1.63 +1.63 +1.64 +1.65 +1.68 +1.70 +1.74 +1.77 +1.78 +1.79 +1.79 +1.79 +1.84 33.7 25.1 352.4 3227.7 320.6 77.5 430.6 87.9 702.6 242.9 131 111.1 1341.6 101.4 80.9 840.2 820 591.7 123.6 1791.2 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 Sgr Epsilon "B9.5III" +1.85 144.6 35 Car UMa Sco Aur TrA Gem Pav Vel CMa Gem Hya Ari UMi Cet Ori Sgr Cen And And UMi Epsilon Eta Theta Beta Alpha Gamma Alpha Delta Beta Alpha Alpha Alpha Alpha Beta Kappa Sigma Theta Alpha Beta Beta "K3III+B2:V" "B3V" "F1II" "A2IV" "K2IIb-IIIa" "A0IV" "B2IV" "A1V" "B1II-III" "A1V" "K3II-III" "K2-IIICa-1" "F7:Ib-II" "K0III" "B0Iab" "B2V" "K0III" "B8IVmnp" "M0III" "K4III" +1.86 +1.86 +1.87 +1.90 +1.92 +1.93 +1.94 +1.96 +1.98 +1.98 +1.98 +2.00 +2.02 +2.04 +2.05 +2.06 +2.06 +2.06 +2.06 +2.08 631.8 100.6 271.9 82.1 415.3 104.8 183.1 79.7 499.2 51.5 177.2 65.9 431.2 95.8 720 220 61 97 200 130 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 92 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved "Ras Alhague" "Algol" "Al Dhanab" "Denebola" "Muhlifain" "Naos" "Suhail" "Eltanin" "Mintaka" "Alphecca" "Sadr" "Schedar" "Aspidiske" "Almach A" "Mizar" "Caph" "E. Centauri" "Algieba" "Men" "Dschubba" "Wei" "Eta Centauri" "Merak" "Ankaa" "Girtab" "G.Cassiop." "Izar" "Enif" "Aludra" "Avior" "Scheat" "Phecda" "Sabik" "Alderamin" "Markeb" "Markab" "Gienah" "Al Nair" "Menkar" "Zosma" "Han" "Arneb" "Ascella" "Graffias" Oph Per Gru Leo Cen Pup Vel Dra Ori CrB Cyg Cas Car And UMa Cas Cen Leo Lup Sco Sco Cen UMa Phe Sco Cas Boo Peg CMa Car Peg UMa Oph Cep Vel Peg Cyg Cen Cet Leo Oph Lep Sgr Sco Alpha Beta Beta Beta Gamma Zeta Lambda Gamma Delta Alpha Gamma Alpha Iota Gamma Zeta Beta Epsilon Gamma Alpha Delta Epsilon Eta Beta Alpha Kappa Gamma Epsilon Epsilon Eta Epsilon Beta Gamma Eta Alpha Kappa Alpha Epsilon Zeta Alpha Delta Zeta Alpha Zeta Beta "A5III" "B8V" "M5III" "A3V" "A1IV+" "O5Ia" "K4Ib-II" "K5III" "O9.5II+" "A0V" "F8Iab" "K0IIIa" "A8Ib" "K3IIb" "A2V" "F2III-IV" "B1III" "K0" "B1.5III" "B0.2IVe" "K1III" "B1.5Vne" "A1V" "K0.5IIIb" "B1.5III" "B0IVpe" "A0" "K2Ib" "B5Iab" "K3:IIIv+" "M2.5II-III" "A0Ve" "A2IV-V" "A7IV" "B2IV-V" "B9III" "K0III" "B2.5IV" "M1.5IIIa" "A4V" "O9V" "F0Ib" "A2.5Va" "B0.5V" +2.10 +2.12 +2.13 +2.14 +2.18 +2.21 +2.23 +2.23 +2.23 +2.24 +2.24 +2.25 +2.25 +2.26 +2.27 +2.27 +2.27 +2.28 +2.28 +2.29 +2.29 +2.32 +2.35 +2.37 +2.38 +2.39 +2.39 +2.40 +2.40 +2.40 +2.42 +2.43 +2.43 +2.44 +2.46 +2.49 +2.50 +2.52 +2.56 +2.56 +2.58 +2.60 +2.60 +2.62 47 93 170 36 130 1400 570 150 148 75 1500 229 690 350 78 54 380 130 550 400 65 310 79 77 460 610 210 670 3200 630 200 84 84 49 540 140 72 390 220 58 460 1300 89 530 93 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 APPENDIX D - I/O ELECTRICAL SCHEME OF PALOMAR 94 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved APPENDIX E – CATALOG OF NGC2000 OBJECTS NGC 2000.0 is a modern compilation of the New General Catalogue of Nebulae and Clusters of Stars (NGC), the Index Catalogue (IC), and the Second Index Catalogue compiled by J. L. E. Dreyer (1888, 1895, 1908). The new compilation of these classical catalogs is intended to meet the needs of present-day observers by reporting positions at equinox B2000.0 and by incorporating the corrections reported by Dreyer himself and by a host of other astronomers who have worked with the data and compiled lists of errata. The object types given are those known to modern astronomy. The catalog lists object ID, object type, positions in equinox B2000.0, source of modern data (see NGC 2000 paperback copy), constellation, object size, magnitude, and the description of the object as given by Dreyer. The order of the new catalog is strictly by right ascension, the NGC and IC objects being merged into one machine-readable file. Byte-by-byte Description of file: ngc2000.dat -------------------------------------------------------------------------------Bytes Format Units Label Explanations -------------------------------------------------------------------------------1- 5 A5 --Name NGC or IC designation (preceded by I) 7- 9 A3 --Type *Object classification 11- 12 I2 h RAh Right Ascension 2000 (hours) 14- 17 F4.1 min RAm Right Ascension 2000 (minutes) 20 A1 --DEDeclination 2000 (sign) 21- 22 I2 deg DEd Declination 2000 (degrees) 24- 25 I2 arcmin DEm Declination 2000 (minutes) 27 A1 --Source *Source of entry 30- 32 A3 --Const Constellation 33 A1 --l_size [<] Limit on Size 34- 38 F5.1 arcmin size ? Largest dimension 41- 44 F4.1 mag mag ? Integrated magnitude, visual or photographic (see n_mag) 45 A1 --n_mag [p] 'p' if mag is photographic (blue) 47- 96 A50 --Desc *Description of the object -------------------------------------------------------------------------------Note on Type: the field is coded as follows: Gx Galaxy OC Open star cluster Gb Globular star cluster, usually in the Milky Way Galaxy Nb Bright emission or reflection nebula Pl Planetary nebula C+N Cluster associated with nebulosity Ast Asterism or group of a few stars Kt Knot or nebulous region in an external galaxy *** Triple star D* Double star * Single star ? Uncertain type or may not exist blank Unidentified at the place given, or type unknown Object called nonexistent in the RNGC (Sulentic and Tifft 1973) PD Photographic plate defect 95 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved I5 3 7 0 Gx I5 3 7 1 78 0 1 I5 3 7 2 Gx I5 3 7 3 Gx 78 0 2 Gx I5 3 7 4 I5 3 7 5 Gx 78 0 4 78 0 3 Gx 78 0 5 Gx I5 3 7 6 Gx 78 0 6 Gx I1 5 2 6 Gx I5 3 7 7 Gx 78 0 9 Gx 78 1 0 Gx I1 5 2 7 78 1 1 Gx I5 3 7 8 I5 3 7 9 I5 3 8 0 78 1 2 Gx 78 1 3 Gx I5 3 8 1 Gx 78 1 4 Gx 78 1 5 I5 3 8 2 78 0 8 Gx 78 2 2 Nb 78 1 6 Gx I5 3 8 3 78 1 7 Gx 78 1 8 Gx I5 3 8 4 Gx 78 1 9 Gx 78 2 0 Gx 78 2 3 Gx I1 5 2 8 78 2 4 Gx 78 2 5 Gx 78 2 6 I1 5 2 9 78 2 1 Gx 78 2 7 Gx 78 3 0 * 78 2 8 Gx 78 2 9 Gx I5 3 8 5 78 3 3 I5 3 8 6 78 3 2 Gx 78 3 4 Gx 78 3 5 Gx 78 3 7 Gx 78 3 8 Gx 78 3 9 D* 78 4 0 Gx 1 Gx 2 Gx 3 Gx 78 3 1 Gx I1 5 3 0 Gx 4 Gx 5 Gx 78 3 6 Gx 6 7 Gx I 1 D* 10 Gx 11 Gx 12 Gx 8 D* 13 Gx 14 Gx 9 Gx 15 Gx 16 Gx 18 D* 19 20 Gx I1 5 3 1 Gx 22 Gx 23 Gx 24 Gx 25 Gx I1 5 3 2 Gx 28 Gx 26 Gx 27 Gx 31 Gx I1 5 3 3 21 Gx 29 Gx 30 D* 32 As t 33 D* 17 I 2 Gx 34 Gx 35 Gx 37 Gx 36 Gx 38 Gx I 3 Gx 39 Gx 41 Gx 42 Gx 40 Pl 43 Gx 44 I 4 Gx I1 5 3 4 48 Gx I1 5 3 5 45 Gx 46 * I1 5 3 6 Gx 49 Gx 47 Gx 58 51 Gx 52 Gx 50 Gx 53 Gx 55 Gx 54 Gx 56 57 Gx 59 Gx 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 . 1 00 . 2 00 . 4 00 . 4 00 . 4 01 . 1 01 . 1 01 . 1 01 . 3 01 . 4 01 . 4 01 . 4 01 . 5 01 . 6 02 . 1 02 . 2 02 . 4 02 . 4 02 . 5 02 . 6 02 . 7 02 . 7 02 . 9 03 . 2 03 . 2 03 . 3 03 . 4 03 . 4 03 . 5 03 . 6 03 . 8 03 . 8 04 . 0 04 . 2 04 . 2 04 . 4 04 . 6 04 . 8 05 . 1 05 . 2 05 . 2 05 . 2 05 . 2 05 . 3 05 . 5 06 . 2 06 . 4 06 . 4 06 . 4 06 . 5 06 . 5 06 . 6 06 . 7 06 . 8 06 . 9 07 . 0 07 . 0 07 . 1 07 . 3 07 . 3 07 . 3 07 . 3 07 . 3 07 . 4 07 . 8 08 . 0 08 . 3 08 . 4 08 . 4 08 . 6 08 . 7 08 . 7 08 . 8 08 . 8 08 . 8 08 . 9 09 . 1 09 . 1 09 . 4 09 . 4 09 . 5 09 . 6 09 . 8 09 . 9 09 . 9 09 . 9 09 . 9 10 . 3 10 . 4 10 . 5 10 . 5 10 . 6 10 . 7 10 . 8 10 . 8 10 . 9 10 . 9 11 . 0 11 . 0 11 . 1 11 . 2 11 . 3 11 . 4 11 . 9 12 . 1 12 . 3 12 . 8 12 . 9 13 . 0 13 . 0 13 . 1 13 . 4 13 . 8 14 . 0 14 . 0 14 . 1 14 . 1 14 . 2 14 . 3 14 . 5 14 . 5 14 . 6 14 . 6 14 . 7 14 . 7 14 . 9 15 . 1 15 . 4 15 . 4 15 . 5 +3 2 +3 2 +5 0 +3 2 +3 2 +0 6 +0 4 +0 4 +0 7 +1 3 +3 1 +3 4 +3 1 +1 1 +1 6 +0 2 +1 2 +0 4 +0 3 +1 6 +1 6 - 66 - 34 - 11 +1 5 +1 6 +2 0 - 65 - 10 +6 8 +0 7 +1 6 +2 0 +0 7 - 11 +3 1 +0 5 - 62 - 03 +0 6 +0 5 - 20 - 11 - 16 +0 5 +0 8 - 13 - 13 - 00 +2 7 - 03 - 03 +0 8 +0 8 +0 8 +0 8 +2 7 +0 8 +2 7 +2 7 +0 8 +3 2 +3 2 +0 8 +3 5 +3 3 +3 2 - 29 +2 7 - 33 +3 7 +0 4 +2 3 +3 3 +1 5 +2 3 +2 1 +2 7 +2 7 +3 2 +3 3 - 32 +2 7 +2 5 - 24 - 57 - 64 - 57 +2 5 +2 9 - 57 - 07 +3 2 +3 3 +2 1 +1 8 +0 3 - 12 - 12 - 12 - 12 - 56 +0 6 - 05 - 00 +3 1 +2 2 +2 2 +7 2 +3 0 +3 1 +1 7 +4 8 +4 8 +4 8 - 23 +0 5 +4 8 +4 8 - 07 - 07 +4 8 +1 8 - 07 - 60 - 39 - 07 +1 2 +1 7 - 21 45 49 42 47 47 13 30 31 45 06 26 32 27 21 36 56 57 07 20 37 35 11 15 59 58 09 41 11 45 37 28 00 45 21 58 29 11 04 07 54 12 44 30 29 13 22 24 24 04 38 43 42 21 25 20 20 38 33 43 41 17 35 37 22 21 04 30 55 43 52 26 37 50 26 49 49 36 44 43 50 19 17 50 55 58 03 22 01 50 00 00 25 59 21 57 47 40 06 49 06 00 58 23 36 25 03 02 06 32 54 17 29 09 14 09 11 59 08 14 11 10 15 33 20 20 11 08 26 18 27 m d r m m r d m D r s u s z u r r d r d d d r d v s r d r s s d s r m s r c d r r r d r r A v v d r x r r r r r A A s s r r v A r v r v x v r s A s s s r s r r s c r s s r c r s r r d s s r r F D x r r r s r x r r r s r r x d s d A r m r r D s r v c s r r r r An d An d Ca s An d An d Ps c Ps c Ps c Ps c Pe g Pe g An d Pe g Pe g Pe g Ps c Pe g Ps c Ps c Pe g Pe g Tu c Sc l Ce t Pe g Pe g Pe g Tu c Ce t Ce p Ps c Pe g Pe g Ps c Ce t Pe g Ps c Tu c Ps c Ps c Ps c Ce t Ce t Ce t Ps c Ps c Ce t Ce t Ps c Pe g Ps c Ps c Ps c Ps c Ps c Ps c Pe g Ps c Pe g Pe g Ps c An d An d Ps c An d An d An d Sc l Pe g Sc l An d Ps c Pe g An d Pe g Pe g Pe g Pe g Pe g An d An d Sc l Pe g Pe g Sc l Ph e Tu c Ph e Pe g An d Ph e Ce t An d An d Pe g Pe g Ps c Ce t Ce t Ce t Ce t Ph e Ps c Ps c Ps c An d Pe g Pe g Ce p An d An d Pe g An d An d An d Ce t Ps c An d An d Ce t Ce t An d Pe g Ce t Tu c Sc l Ce t Ps c Ps c Ce t 0. 7 0. 7 0. 7 0. 9 1. 4 2. 1 1. 3 1. 3 1. 5 6. 3 60 . 1. 9 3. 7 0. 8 2. 0 1. 4 1. 9 1. 4 1. 8 1. 2 2. 5 2. 7 1. 9 2. 7 3. 0 1. 5 2. 1 2. 0 1. 9 2. 3 5. 5 1. 6 2. 2 1. 4 1. 8 2. 4 0. 6 1. 7 8. 1 0. 7 1. 8 2. 1 32 . 4 15 . p pB , S, R, st e l l N F, vS , *1 5 at t Cl , pR i , pC , st 9. . . 15 . p F, vS , R N 15 . p pB , S, R, st e l l N 14 . p vF , S, R, ps b M F, S, E ns , gb M , r 14 . p cF , E ns , gb M N , r on l y a F D* , no t ne b s 14 . p pF , pS , R, F* np vn r 14 . p eF , S, R, sb M , st e l l a r , sp of 2 15 . p F, S, E ns , gb M 14 . p eF , S, R, st e l l a r , nf of 2 15 . p F, S, bM S N 16 . p vF , S, R, di f 15 . p eF , vS 14 . p pF , st e l l a r , 2 st np in li n e F, R, r, vF * sf 15 . p vF , S, R, st e l l a r F, pS , E ns , *1 5 in v F, S, lE pf , lb M , *1 7 cl o s e p vl E vF , S, R, am st 15 . p eF , vS , E 16 0 d e g , *8 . 5 p 49 s , 2 st 9 n 8' pF , S, lE sp n f , bM , *1 3 nr 10 . 5 cB , cL , E, vg b M F, S, lE , 78 1 7 nf al m R, lb M 14 . p eF , vS , R, st e l l N, *8 . 5 sp 3' ! ee F , ee L 14 . p vF , pL , R, gb M F, S, R, bM 12 . p pF , cL , mE 45 d e g +/ - , lb M 15 . p ee F , pS , v di f f i c , sf 78 1 6 15 . p eF , vS , E 16 0 d e g ; = 78 1 3 ? 14 . p eF , L 14 . p pF , vS , vs m b M , *1 4 sp F, S, R, gb M no de s c r i p t i o n 14 . p pF , S, R, *1 0 np 15 . p vF , S, gb M Cl , vP , vl C F, S, R, bi N , r 14 . p vF , pS , iF , gl b M 14 . p vF , S, R, *1 2 - 13 nf eF , ne b * 13 m eF , S, E 13 0 d e g , sb M N , *1 5 sf on l y a *1 3 at 10 0 d e g , 20 " fr o m 78 2 8 eF (n o t ve r i f i e d ) Cl , vS , vF , 2' . 5 , ne b s ? pB , pS , mE ; = 78 3 2 13 . p vF , vS , R, vg p s m b M , 2 st 9 sf ; = IC 53 8 6 15 . p ee F , vS 15 . p eF , S, R 16 . p eF , p of Dn e b 15 . p eF , f of Dn e b vF , pS , di f , r eF , S 13 . p F, S, R, be t *1 1 an d *1 4 15 . p vF , S, s of 1 14 . p F, vS , R, al m st e l l 14 . p eF , vS , mE , vF * vn r vF , S, iF , bM eF 14 . p vF , vS , N = *1 3 , 14 eF , vS , R, be t 2 st eF , vS , cE ; = 78 3 1 ? eF , cL , mE , vg v l b M D* , 13 & 13 , on e ne b s F, cL , vl E , gl b M 14 . p vF , vS , vl E , 2 vF st in v 15 . p eF , pL , vg l b M vF , N in n en d 14 . p vF , vS , S st + ne b 12 . p vF , pS , R, gl b M 15 . p F, R, *9 , 10 sf 15 . p vF , vS , R, bM 12 . 0 pB , S, R, bM F, vS , iR , mb M , 16 p 19 s ee F , lE , 3 vF st ar o u n d 15 . p F, *1 0 at t vF , vS , R, D* n 15 . p vF , pS , R, lb M , r 12 . 0 3 S st + ne b 11 . 5 vF , cL , mE , gb M vF , S, R 2' l, mE , bM eF , p of 2 14 . p vF , pL , R, 2 F st n 14 . p eF , vS , E, B* nr ee F , S, R, f of 2 ee F , vS , R, v di f f i c ; *7 . 5 n, *9 s 14 . p eF , S, lE 14 . p pB , pL , E 0d e g ne b *1 3 F eF , vS , or ne b st vF , eS , iR , D* 2' p; = 34 F, S, bM 13 . p pF , S, R, 2 st nr 14 . p ee F , pS , R eF , S, R 15 . p vF , pS , iF 13 . p F, S, R, mb M F, vS , iF , r 14 . p vF , pS , R 14 . p pF , S, lE , gb M 15 . p F, vS , st e l l 11 . p F, vS , R, vs m b M , *1 2 sp 14 . p eF , *1 2 np 45 " eF , vS vF , vS , R pF , vS , di f f i c , *1 0 nr nf 15 . p ee F , pL , R, v di f f i c vF , S, 48 nf 6' 10 . 4 eF , L, vg v l b M , *9 co n t s ne b u l a 15 . p F, S, R 15 . p ee F , S, R, 2n d of 3 13 . p vF , vS vF , pS , R; = 47 15 . p pF , pS , R, bM 14 . p vF , S, E vF eF , S, R, bM 8. p vB , vL , vm E , tr i N 14 . p vF , pS , R, 50 sp eF , eL , di f f 13 . p F, S, R, sb M 13 . p vF , pS , iR , gb M 60 I153 7 61 62 I 5 64 63 I153 8 67 68 69 70 71 I153 9 72 73 74 I 6 65 I 7 I 8 66 75 76 I 9 I154 0 77 I154 1 I 12 78 I 10 I 13 I 11 I154 2 I154 3 79 80 81 87 88 89 I154 4 I154 5 82 83 85 84 86 92 I154 6 I154 7 91 90 I154 8 93 94 95 96 97 I 14 98 I154 9 101 99 100 104 102 I155 0 106 103 105 107 108 109 111 112 115 121 113 114 119 116 117 118 110 120 I155 1 122 123 124 I 16 I 15 I 17 I 20 I 18 I 19 125 126 127 128 I 21 130 131 I 22 I155 2 129 132 134 I 23 138 139 137 133 I 24 I 25 140 142 141 143 144 136 145 135 I 26 I155 3 152 146 I 27 I 28 I155 4 Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx OC Gx Gx ? ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx OC OC Gx Gx Gx Gx Gx Gx OC Gx Gx Gb OC Gx 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 16 . 0 16 . 0 16.5 17 . 1 17 . 4 17 . 5 17.7 18 . 0 18 . 2 18 . 3 18 . 3 18 . 4 18 . 4 18 . 4 18 . 5 18.8 18.9 19 . 0 19 . 1 19 . 1 19 . 1 19 . 2 19 . 5 19.6 19 . 7 19 . 8 20 . 0 20 . 0 20 . 3 20 . 4 20 . 4 20 . 4 20 . 5 20 . 6 20 . 9 21 . 0 21 . 2 21 . 2 21 . 2 21 . 3 21 . 3 21 . 3 21 . 3 21 . 4 21 . 4 21.4 21.5 21 . 5 21 . 5 21 . 5 21 . 6 21 . 8 21 . 9 21 . 9 22 . 0 22 . 2 22.2 22.3 22.4 22 . 6 22 . 8 23 . 2 23 . 9 24.0 24 . 0 24 . 1 24 . 4 24 . 4 24 . 7 25 . 3 25 . 3 25 . 6 25 . 9 26 . 2 26 . 7 26 . 7 26 . 8 26 . 8 27 . 0 27 . 1 27 . 1 27 . 2 27 . 2 27 . 3 27 . 4 27 . 5 27 . 6 27 . 7 27 . 8 27 . 9 27 . 9 28 . 0 28 . 5 28 . 5 28 . 6 28 . 7 28 . 8 29 . 1 29 . 2 29 . 2 29 . 2 29 . 3 29 . 6 29 . 6 29 . 6 29 . 9 30 . 2 30 . 4 30 . 9 31 . 0 31 . 0 31 . 1 31 . 2 31 . 2 31 . 2 31 . 3 31 . 3 31 . 4 31 . 4 31 . 4 31 . 5 31 . 7 31 . 8 31 . 8 32 . 7 32 . 8 33 . 1 33 . 1 33 . 1 33 . 1 - 00 - 39 - 06 - 13 - 09 - 06 +1 1 +30 +30 +30 +30 +30 +30 +30 +30 - 15 +3 0 - 03 - 22 +10 - 03 - 22 +06 +2 9 - 14 +23 - 22 +22 - 02 +00 +59 +07 +56 +22 +21 +22 +22 +22 - 48 - 48 - 48 +23 +21 +22 +22 +2 2 +2 2 +22 - 48 +22 +22 +22 +22 +22 +22 +22 +1 0 +2 2 +2 9 +10 - 45 +06 - 32 +1 5 +16 - 72 - 13 +38 - 05 +61 +12 - 08 +29 +21 - 02 +31 - 33 - 71 - 02 - 01 - 56 - 07 +01 - 01 +71 - 01 +08 - 01 - 01 - 01 - 13 - 00 +02 - 13 - 11 - 11 +02 +02 +02 +02 - 00 +02 - 33 - 09 +21 +60 +02 - 33 - 12 +05 +05 +10 +63 +30 - 00 +30 - 22 +05 - 22 - 22 +61 - 05 - 13 - 13 - 25 - 73 +63 - 13 - 13 - 32 18 19 14 28 33 51 27 04 04 04 02 05 04 06 02 21 03 16 54 33 13 57 25 56 07 43 31 01 39 49 18 42 36 37 53 34 21 22 38 39 41 02 59 26 26 30 36 33 38 30 31 25 25 01 25 28 30 33 44 29 16 59 34 47 29 05 57 12 10 21 53 17 13 49 38 43 41 32 30 47 59 42 19 47 23 31 53 38 36 49 05 04 39 00 34 38 50 49 52 51 10 52 16 03 29 14 06 15 44 10 05 11 22 51 24 47 37 11 34 39 32 09 22 20 35 09 18 22 27 16 r d r r m r s x s s v s s x s r r m r d m r r r m d D z m r s u d m u r s r r r r d d u s r r r r d x s r z r r s r r d c d r s v s r m D s s F r r r r r s r r r r r r r s u F F s m d z m m m s s s s m v s m u s s s d r r r s x m r r r r r s s D F m r s d d c Psc Phe Ps c Cet Cet Cet Ps c And And And And And And And And Ce t An d Psc Cet Psc Psc Cet Psc An d Cet And Cet And Psc Psc Cas Psc Cas And And And And And Phe Phe Phe And And And And An d An d And Phe And And And And And And And Ps c An d An d Psc Phe Psc Scl Ps c Psc Tuc Cet And Psc Cas Psc Cet And And Cet And Scl Tuc Cet Cet Phe Cet Cet Cet Cas Cet Psc Cet Cet Cet Cet Cet Cet Cet Cet Cet Psc Psc Psc Psc Cet Psc Scl Cet Psc Cas Cet Scl Cet Psc Psc Psc Cas And Cet And Cet Psc Cet Cet Cas Cet Cet Cet Scl Tuc Cas Cet Cet Scl 0.8 1.9 0.4 1.5 0.4 1.7 1.8 1.4 0.5 0.7 0.4 0.7 5.1 1.6 0.7 0.8 2.5 1.3 1.6 2.5 1.9 1.8 1.7 5. 8 30.9 0.6 5. 1. 2 1.5 1.8 2.7 1.6 0.5 0.6 0.6 0.6 2.0 1.4 1. 0 3. 4 0.4 0. 9 2. 1 0.6 1.1 21. 2.0 8. 1 7. 0.8 1. 1.8 1.0 7. 1.6 1 5 . p eF , v S , R , l b M ee F , vL , v m E ; 5 5 np 1 5 . p vF , S , i R , p s v l b M 1 4 . p F, v S , R, gl b M 1 4 . p F, n e b *1 3 1 4 . p ee F , vS , R , v d i f f i c 1 3 . p pF , S , R , sb M eF 1 6 . p eF , v S , R 13.0 eF , L , 3 o r 4 s t + n e b 14.8 eF , v S , R 1 5 . p eF , v S , R , b e t 2 F s t 13.0 eF , v S , R eF , b e t 2 st 1 3 ; = 7 0 13.4 eF , v S , R 1 3 . p vF , S , R , eF D* c l o s e f 1 6 . p eF , S , E , la s t of 6 1 4 . p F, v S , R, mb M = * 1 4 1 5 . p eF , v S , R , g b M , p o f 2 F, v S , R, *1 2 . 5 c l o s e 1 5 . p vF , v S , i r r E, lb M 1 4 . p eF , p S , E 22 5 d e g , * 9 n 1 ' , f of 2 1 5 . p vF , v S , R 1 4 . p vF , S , b M 1 5 . p vF , p L , R F, S , i F eF , v S , i F ( * ? ) , *9 p 3' 1 5 . p F, S , R , l b M , r 1 6 . p pF , S , E n s 1 4 . p vF , S , R 10.3 F* i n v in eF , v L ne b 1 5 . p vF , p L , E ns , d i f vF , L , tr i p l e * o n n p co r n e r 1 5 . p F, d i f , g b M 1 4 . p F, S , R , g b M N 1 5 . p vF , S , vl b M 12.1 F, S , R , p s b M ee F , sp 8 3 eF , S , R, gb M , 1s t o f 4 eF , v S , R , 2 n d of 4 vF , S , R, gb M , 3r d o f 4 F, S , R , v l b M F, v S , R, di f , vF N 1 4 . p eF , s t e l l a r 12.6 E, b i N , 3 B st nr 1 5 . p ee F , cL , R 1 7 . p eF , s t & n e b 1 5 . p eF , v S , l b M F, S , R , g b M , 4 t h o f 4 vF , S , v d i f f i c eF . p S , sb M * 1 5 . p vF , v S , * 1 3 sp vF , l E 1 6 . p F, v S , R, st e l l 1 4 . p vF , v S 1 5 . p eF , v S 12.6 F, pL , R , gb M 1 7 . p vF , S , v l b M 1 3 . p F, vS , R , gb M su s p ne b vF , p S , R , b M , r eF , D * f 4 6 s 13 . p p B , pL , l E , *1 4 f 1 4 . p vF , p L , R, g b M v F , pS , m E , 2' l o n g 4. 0 gl o b . c l . ! ! v B , v L , vm C M 14 . p e F , vS , R 1 5 . p R, s t e l l , vF N p F , vS , R , l b M 9 . 8 C l , pS , p C , st 1 1 . . . 1 8 13 . 2 v F , S, R, v l b M F , p L , *7 s f 5 ' 13 . p p F , pL , R , p s l b M 15 . p v F , S, 3 st nr v F , S, R, l b M , * 8 . 5 p 36 s , n 2 ' ; = 1 1 3 ? 1 4 . p eF , v S , R v F , pL , l E , D* 2 ' n p 10.6 pB , p S , l E , vg b M 1 3 . p vF , S , sb M 15 . p v F , S* in c e n t r e , p o f 2 p B , S, R, m b M 14 . p v F 1 5 . p F, v S 15 . p v F , S* in c e n t r e , f o f 2 C l , pR , l C , st 9 . . . 1 2 1 5 . p ne b u l o u s * 1 5 . p F, v S , R, r 1 s t of 2 vF ne b 4 ' - 5' np o f * 8 . 5 2n d o f 2 v F ne b 4 ' - 5 ' np of * 8 . 5 1 4 . p vF , L , di f , 2 F s t n p 1 5 . p pB , R , bM vF , v S , i F , sb M 1 5 . p pB , v S , R , s t e l l a r 1 4 . p pB , R 1 5 . p pF , S , iF , g b M 1 5 . p R, S , s t e l l a r = 1 4 m 12.3 vF , S , bM , D * s p 1 6 . p vF , S , lE 14 . 0 v F , vS , R , p 1 2 8 11 . 6 p B , pS , l E 2 d e g , b M 1 4 . p pB , v s , i F 14 . 3 v F , vS , R , f 1 2 8 F , p L , pm E , vg b M , p o f 2 1 5 . p F, S , l b M , r 1 5 . p F, p L , di f 6 . 5 C l , v L , pR , l C , st 9 . . . 1 3 1 4 . p pF , c L , R , v g l b M , R 10 . 1 v B , L, vm E 4 7 d e g , ps b M , f of 2 , * 1 0 np 4 5 " pB , S , R, bM 1 5 . p F, e S , sb M 1 5 . p eF , S 14 . p F , i F , lb M 9. p Cl , p L , s t 1 0 . . . , D * i n v S, C l , 30 " - 4 0 ' , n e b s ? 1 5 . p F, v S , ir r R , v l b M , r 1 4 . p vF , S , R, gb M 14 . p e F , S, lE , 1 s t o f 3 a n d fa i n t e s t 15 . p v F , vS , i R 15 . p e F , S, mE , 2 n d o f 3 1 4 . p eF , p S , R , 3 r d of 3 an d b r i g h t e s t gl o b . c l . , vF , S , e C 12.8 F, p L , vl E , vg b M , * 8 - 9 f 5' v F , vS , R F, S , R , g b M ; = 1 3 5 1 4 . p vF , v m E 1 0 d e g 12 . p v F , L, R, v g l b M 9 . 1 C l , pL , l C , st 1 1 - 1 2 , D* F, v S , lE pf , b M vF , d i f , v l b M vF , v S , e E 1 7 0 d e g , sb M 96 PALOMAR User Manual Rev. 1.5.1 – © DTA 2009-2010 All Rights Reserved 14 7 Gx 14 9 Gx 15 1 Gx 15 3 15 4 Gx I 29 Gx 14 8 Gx 15 0 Gx I 30 Gx I 31 Gx 15 6 D* 15 9 Gx I1 5 5 5 Gx 15 5 Gx 15 7 Gx 15 8 D* ? I 32 Gx I 33 Gx I1 5 5 6 ? 16 7 Gx 16 1 Gx I1 5 5 7 Gx I 34 Gx 16 6 Gx 17 6 OC I1 5 5 8 Gx 16 3 Gx 16 0 Gx 16 2 Gx 16 4 Gx 16 5 Gx 16 8 Gx 17 0 Gx 16 9 Gx 17 4 Gx I1 5 5 9 Gx 17 3 Gx 17 2 Gx 17 1 17 5 Gx 17 7 Gx I 35 Gx I1 5 6 0 17 9 Gx I 36 18 0 Gx 18 1 Gx 18 2 Gx 18 3 Gx 18 4 Gx 18 6 Gx I 37 Gx I1 5 6 1 Gx I 38 Gx I1 5 6 2 Gx 19 0 Gx 18 5 Gx 19 1 Gx I1 5 6 3 Gx 17 8 Gx 20 9 Gx I 39 I1 5 6 4 19 2 Gx 19 3 Gx 19 4 Gx 19 6 Gx 19 7 Gx 19 8 Gx I1 5 6 5 Gx I1 5 6 6 Gx I 40 Gx 18 7 Gx 18 9 OC 19 5 Gx 19 9 Gx 20 0 Gx I1 5 6 7 20 1 Gx 20 2 Gx 20 3 Gx I 41 20 4 Gx I1 5 6 8 Gx 20 7 21 2 Gx 20 5 Gx 20 8 Gx I1 5 6 9 Gx 22 0 OC 20 6 C+ N 21 0 Gx 22 2 OC I1 5 7 0 I1 5 7 1 Gx 21 5 Gx 21 1 * 23 1 OC I 42 Gx 21 3 Gx I1 5 7 2 21 6 Gx 21 4 Gx 21 7 Gx 21 8 Gx I 44 Gx I1 5 7 3 21 9 Gx 23 0 Gx I 43 Gx 22 7 Gx 22 1 Gx 22 3 Gx 22 4 Gx 23 2 Gx I 45 22 6 Gx 22 8 Gx 23 5 Gx I 47 ? 22 9 Gx I 46 Gx I1 5 7 4 Gx 22 5 OC 23 3 Gx 23 4 Gx 23 8 Gx 24 1 23 6 Gx 23 7 Gx 24 2 OC 97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 33 . 2 33 . 7 34 . 0 34 . 0 34 . 1 34 . 2 34 . 3 34 . 3 34 . 3 34 . 4 34 . 6 34 . 6 34 . 6 34 . 7 34 . 8 34 . 9 35 . 0 35 . 1 35 . 1 35 . 3 35 . 5 35 . 5 35 . 6 35 . 8 35 . 8 35 . 8 36 . 0 36 . 1 36 . 1 36 . 5 36 . 5 36 . 7 36 . 7 36 . 9 36 . 9 36 . 9 37 . 2 37 . 3 37 . 4 37 . 4 37 . 5 37 . 7 37 . 7 37 . 8 37 . 8 38 . 0 38 . 2 38 . 2 38 . 3 38 . 5 38 . 5 38 . 5 38 . 5 38 . 6 38 . 6 38 . 9 39 . 0 39 . 0 39 . 0 39 . 1 39 . 1 39 . 1 39 . 2 39 . 3 39 . 3 39 . 3 39 . 3 39 . 4 39 . 4 39 . 4 39 . 4 39 . 5 39 . 6 39 . 6 39 . 6 39 . 6 39 . 6 39 . 6 39 . 7 39 . 7 39 . 7 39 . 7 39 . 8 39 . 9 40 . 0 40 . 1 40 . 4 40 . 4 40 . 4 40 . 5 40 . 6 40 . 6 40 . 6 40 . 6 40 . 7 40 . 8 41 . 0 41 . 0 41 . 1 41 . 2 41 . 2 41 . 4 41 . 5 41 . 5 41 . 8 42 . 2 42 . 2 42 . 3 42 . 4 42 . 4 42 . 6 42 . 7 42 . 7 42 . 7 42 . 7 42 . 7 42 . 8 42 . 8 42 . 8 42 . 9 43 . 0 43 . 0 43 . 1 43 . 4 43 . 4 43 . 4 43 . 4 43 . 4 43 . 5 43 . 5 43 . 6 +4 8 +3 0 - 09 - 09 - 12 - 02 - 31 - 27 - 02 +1 2 - 08 - 55 - 30 - 10 - 08 - 08 - 02 - 02 - 09 - 23 - 02 - 02 +0 9 - 13 - 73 - 25 - 10 +2 3 +2 3 +0 2 - 10 - 22 +0 1 +2 3 - 29 +2 3 +0 1 - 22 - 19 - 19 - 22 +1 0 +0 2 - 17 - 15 +0 8 +2 9 +0 2 +2 9 +2 9 +0 3 - 15 - 24 - 15 - 24 +0 7 +4 8 - 09 - 09 - 14 - 18 - 14 +0 5 +0 0 +0 3 +0 3 +0 0 +0 0 +0 2 +0 6 +0 6 +0 2 - 14 +6 1 - 09 +0 3 +0 2 +0 6 +0 0 +0 3 +0 3 - 14 +0 3 +0 6 - 14 - 56 +4 1 +0 2 +0 6 - 73 +4 0 - 13 - 73 +0 6 - 00 - 56 +0 3 - 73 - 15 +1 6 +1 6 - 21 +2 5 - 10 +3 6 +0 0 - 23 +0 0 - 23 +2 9 - 01 +4 0 +0 0 +4 1 - 23 +2 9 +3 2 +2 3 - 23 - 13 +2 3 +2 7 - 22 +6 1 +3 0 +1 4 - 50 - 73 +0 2 - 00 - 73 30 43 42 42 39 11 47 48 05 17 21 47 01 46 24 19 08 08 34 22 50 51 08 37 11 22 07 57 58 45 06 36 51 59 29 59 56 36 56 56 34 21 40 53 26 38 28 44 30 26 09 23 20 26 17 02 20 00 01 10 38 10 58 51 20 02 54 53 48 43 48 26 41 04 12 07 53 37 51 31 26 10 17 50 18 10 41 44 42 24 44 52 24 45 19 13 26 22 26 28 16 03 30 02 21 51 32 54 38 38 32 52 51 16 34 40 34 30 33 45 29 15 15 47 35 20 11 26 56 07 27 s r s D r m s s m u F r c r s F m m x r r m u r r c s s r r s r r s r v s v F s r u d r d s r s r r r m m m c s s s v s r x d s s s r r s v m u r s v r s d s r r d r m d r s r m r r s r d u c F r m r d s s v r m d r r v s s r s r d r r r x r z c s r r c r r s r Ca s 12 . 9 An d Ce t 3. 7 Ce t Ce t Ce t 0. 6 Sc l 2. 4 Sc l 4. 2 Ce t 0. 4 Ps c 1. 4 Ce t Ph e Sc l 1. 5 Ce t Ce t 4. 3 Ce t Ce t 0. 4 Ce t 0. 5 Ce t Ce t Ce t Ce t 0. 6 Ps c 3. 4 Ce t Tu c Sc l 3. 4 Ce t 1. 4 An d 3. 2 An d Ps c Ce t 1. 6 Ce t Ce t An d 3. 0 Sc l An d 0. 9 Ce t 3. 5 Ce t 2. 6 Ce t Ce t 2. 6 Ce t Ps c 1. 3 Ce t Ce t Ce t Ps c 2. 6 An d Ps c 2. 3 An d An d Ps c Ce t 0. 7 Ce t 1. 3 Ce t 0. 6 Ce t 2. 1 Ps c 1. 0 Ca s 11 . 5 Ce t 1. 5 Ce t 0. 6 Ce t 2. 0 Ce t Ce t Ps c Ce t 2. 3 Ps c 1. 7 Ps c 1. 9 Ce t Ce t Ps c 1. 3 Ps c 1. 7 Ps c 0. 6 Ce t 1. 2 Ce t Ca s 4. Ce t 1. 3 Ps c Ps c 2. 0 Ps c Ce t 2. 2 Ps c Ps c Ce t Ps c Ps c 0. 8 Ce t Ph e An d 17 . 4 Ps c Ps c 0. 2 Tu c An d Ce t 5. 4 Tu c Ps c Ce t 1. 3 Ph e 1. 2 Ps c Tu c Ce t 0. 6 Ps c Ps c Ce t 1. 8 An d 2. 1 Ce t 3. 3 An d Ce t 0. 5 Ce t Ce t Ce t An d 2. 1 Ce t 2. 1 An d 7. 6 Ce t An d 17 8 . Ce t An d An d An d Ce t Ce t An d An d Ce t 2. 5 Ca s 12 . An d Ps c Ph e 1. 9 Tu c Ps c Ce t 1. 8 Tu c 9. 3 vF , vL , iR , gs m b M *1 1 15 . p vF , vS , R, gb M *1 4 , *1 2 sp 11 . 5 pF , pL , lE 90 d e g , vg l b M pF , pS , R, * nr nf ; = 15 1 14 . p eF , vS , R 15 . p vF , S, R, lb M 12 . 1 vB , S, lE 90 d e g , sm b M *1 1 11 . 1 pF , pS , R 15 . p vF , S, R, lb M 15 . p F, E pf , di f vS , np 15 7 vF , pS , R, gl b M , 3 st f ee F , S, R, 2 st p in li n e 13 . p pF , S, R 10 . 4 pB , L, E, be t 2 cB st vS , nf 15 7 15 . p vF , vS , R, lb M 15 . p vF vS , R, lb M ee F , pS , R, v di f f i c 13 . p vF , pS , iR 15 . p eF , eS , R, ne a r l y be t 2 st ; = IC 15 5 7 16 . p eF , vS , 2 vF st cl o s e ; nr 16 1 14 . p vF , pS , lE 15 . p eF , S, lE , *1 1 np 12 . p eF , S, vl E , r, *8 nr E 16 0 d e g , * n, pe r h a p s sp i r 12 . 8 vF , vS 12 . 4 vF , vS , st e l l , *8 , 17 d e g , 4' eF , st e l l a r , 16 0 sp 16 . p eF 13 . 2 F, L, st in ce n t r e , f of 2 14 . p eF , S, E 30 d e g , *1 0 nf 3' 15 . p F, S, R 13 . p F, pL , D or bi N , *6 nf 4' 14 . p eF , S, vl E , am B st vF , 0' . 5 ss f 16 9 15 . p vF , S, R, vg b M , *1 1 sp 80 " eF , S, E, *1 3 cl o s e sp vF , pL , lE , 2 pB st sf ; = 17 5 12 . 1 pB , pL , E, gb M , R 13 . p eF , S, E 17 5 d e g 15 . p vF , S, di f , *9 . 5 nf eF ; = 16 4 ? 14 . p eF , eS , R, B* np F, vS , R, di f 14 . p vF , pL , iR , * np in v 15 . p eF , eS , ir r , vF * at t 12 . 6 vF , S, iR , vg b M 14 . p pF , vS , R, gb M 15 . p eF , eS 15 . p F, S, R, lb M 15 . p eF , vS , R, di f 14 . p E 10 5 d e g , * n 14 . p F, S, R S, R, ps b M 14 . p vF , S, lE , se v st nr sp 9. 2 pB , vL , iR , vg m b M , r 12 . p pB , pL , iE 0d e g eF , st e l l a r , 0' . 6 sf 19 1 12 . 6 F, S, mE 0d e g , bM ; = IC 39 14 . p vF , vS , R, bM pB , pl , E ns , gb M ; = 17 8 eF 14 . p F, pS , pm E , bM 12 . 3 F, L, p of 2, *1 5 cl o s e sp 12 . 1 pB , S, R, vg b M 14 . p F, pS , R, ps m b M 15 . p eF , s of 19 6 12 . 8 F, S, vg b M F, S, R, gb M 15 . p F, S, R, gb M , r 15 . p F, S, R, gb M N = 13 . 5 13 . p F, S, mE 15 0 d e g , bM 8. 8 Cl , pL , R, st 11 . . . 1 5 F 15 . p F, vS , *8 p 27 s , 45 " s 14 . p pB , S, vg b M ne b * 15 . p vF , cL , E, vg l b M 15 . p eF , vS , ib M 15 . p F, R, *9 sp 8' vF , S, di f 14 . p F, pS , R, vg b M , f of 2 15 . p F, S, R, gb M , r vF , S, lE , st e l l a r vF , S, R, p of 2 8. 0 vB , vL , mE 16 5 d e g , vg v m b M ; = M1 1 0 15 . p pF 15 . p vF , vS , R, gb M 11 . p F, iR , vg b M , 1s t of se v e r a l vF , vL , mE 0d e g 10 . 9 B, pS , R, ps b M , r, *1 1 p 2' 11 . p vF , R, 2n d of se v e r a l vF , vS , R, vF N 15 . p F, pS , R, di f F, S, R, am st , f of 2 eF , S, mb M N 12 . p i tr a i n of st an d ne b 15 . p S, ir r , v di f 15 . p F, S, be t 2 S st eF , st e l l , 21 3 nr 13 . 3 eF , vS , lE 12 . 2 pF , pS , gv l b M , r F, S, lE 90 d e g , gl b M 15 . p eF , vS , R, gb M 14 . p eF , S, R, be t 2 st eF , eS , mE 60 d e g 15 . p F, S, R, *1 1 sp 1' 15 . p eF , eS , R, bM N vF , S, mb M 13 . p F, pL , lb M 8. 2 ! vv B , L, R, ps m b M N ; = M3 2 14 . p vF , pS , R; = IC 44 3. 5 !! ! ee B , eL , vm E (A n d r o m e d a ) ; = M3 1 14 . p eF , S, R, bM N su s p ne b 14 . p eF , S, R, *1 3 s 20 " 15 . p eF , S, R, fa i n t e r of 2 14 . p eF , S, R, bM N eF , eS , R, st e l l a r 14 . p vF , S, R, sm a l l e r of 2 15 . p pB , S, R, bM vF , vm E 0d e g , gb M 7. 0 Cl , L, lC , st 9. . . 1 0 14 . p F, vS , R, lb M 13 . p F, pS , il E , bM eF , pL , R, gv l b M vF , R; = 24 2 ? 14 . p vF , pL 14 . p vF , pS , lE , lb M 12 . p vF , S, bi N I 48 I157 5 188 I 49 I157 6 I157 8 239 I157 7 240 248 249 I157 9 244 243 256 245 I158 1 I 50 I158 0 I158 2 I 51 261 246 247 I158 3 250 I158 5 I158 4 254 253 265 251 255 I158 6 252 267 257 259 258 264 I 52 269 260 262 I158 7 263 266 268 I 53 270 271 273 I 54 274 I158 8 275 290 272 277 I 56 I158 9 I 55 276 278 294 I159 1 279 280 289 281 282 288 292 I159 0 283 I159 2 I159 7 284 286 287 291 285 I159 4 I159 5 299 293 I159 9 I159 3 I159 6 I159 8 303 I 57 300 306 297 298 I160 0 I 58 295 296 I160 1 I160 2 305 304 I 60 330 301 312 302 308 307 309 323 I 59 310 314 319 328 I160 3 I 61 322 321 311 317 I160 5 339 313 315 316 325 327 OC Gx Gx Gx Gx Nb Nb Gx Gx Gx C+ N Gx Gx Gx Gx Nb Pl Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx C+ N Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx OC OC Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx C+ N Gx Gb Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx C+N Gx Gx Gx Gx Gx Gx Gx C+ N D*? Gx Gx Gx Gx Gx Gx As t Gx Gx OC Gx Gx * * Gx Gx Gx Nb * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 43 . 6 43 . 6 44 . 44 . 0 44 . 2 44 . 5 44 . 6 44 . 6 45 . 1 45 . 4 45 . 4 45 . 6 45 . 8 45 . 9 45 . 9 46 . 1 46 . 1 46 . 2 46 . 3 46 . 3 46 . 4 46 . 5 47 . 0 47 . 1 47 . 2 47 . 3 47 . 3 47 . 4 47 . 5 47 . 6 47 . 6 47 . 8 47 . 8 47 . 9 48 . 0 48 . 0 48 . 1 48 . 1 48 . 2 48 . 3 48 . 4 48 . 5 48 . 6 48 . 8 48 . 8 48 . 9 49 . 8 50 . 2 50 . 5 50 . 7 50 . 8 50 . 8 50 . 8 51 . 0 51 . 0 51 . 1 51 . 3 51 . 4 51 . 5 51 . 5 51 . 5 51 . 7 52 . 1 52 . 1 52 . 1 52 . 1 52 . 3 52 . 5 52 . 7 52 . 8 52 . 8 52 . 8 52 . 8 53 . 1 53 . 3 53 . 5 53 . 5 53 . 6 53 . 6 53 . 6 53 . 6 53 . 7 53 . 7 53 . 8 54 . 0 54 . 3 54 . 5 54 . 7 54 . 7 54 . 7 54 . 8 54 . 8 54 . 9 54 . 9 55 . 0 55 . 0 55 . 0 55 . 1 55 . 2 55 . 4 55 . 6 55 . 9 56 . 0 56 . 1 56 . 1 56 . 2 56 . 3 56 . 3 56 . 4 56 . 4 56 . 6 56 . 7 56 . 7 56 . 7 56 . 9 56 . 9 57 . 0 57 . 0 57 . 0 57 . 1 57 . 2 57 . 4 57 . 6 57 . 6 57 . 6 57 . 7 57 . 8 57 . 8 57 . 8 57 . 9 57 . 9 - 07 - 04 +85 +01 - 25 - 25 - 03 - 08 +06 - 73 - 73 - 26 - 15 +29 - 73 - 01 - 25 - 09 +29 - 24 - 13 - 73 - 11 - 20 +23 +07 +23 +27 - 31 - 25 - 73 +19 - 11 +22 +27 - 73 +08 - 02 +27 - 38 +04 - 73 +27 +31 - 23 - 13 +32 - 05 +10 - 08 - 01 - 06 - 02 - 07 - 23 - 07 - 73 +35 - 08 - 12 - 34 +07 - 22 +47 - 73 - 22 - 02 +24 - 31 +56 +30 - 26 - 72 +56 - 13 +05 - 58 - 13 - 13 +32 - 08 - 13 - 47 - 45 - 72 - 07 - 23 +32 +21 +05 - 16 +11 - 37 - 72 - 07 - 07 - 23 - 13 +31 +31 - 24 - 09 +12 +24 - 13 - 72 - 10 - 52 - 10 - 01 - 01 - 09 - 52 +61 - 01 - 31 - 43 - 52 - 45 +07 - 43 - 05 +30 +43 - 48 - 74 +30 +30 +30 - 05 - 05 53 09 20 51 06 04 47 08 08 23 05 34 36 56 30 44 54 30 55 18 26 07 53 46 05 55 03 49 25 17 29 34 28 22 38 17 19 47 38 14 06 32 42 57 34 06 16 12 37 39 53 53 17 03 33 04 09 50 35 51 28 43 41 33 21 41 12 20 12 37 37 35 50 35 11 46 07 09 06 29 45 10 39 11 10 14 29 30 31 46 40 50 41 13 21 21 31 41 31 40 09 59 06 07 23 29 40 47 39 47 46 55 59 04 46 58 50 55 25 31 44 02 16 47 54 29 21 21 21 08 08 d d s v m m D d r r r m s r r s d m d m m r s s d r d u s s r r s v s r s v r c u r s s m r s s d r s s F s d s r r r v d m r s r c s r s s r s r x r u c r r r r r c c r r m d u u r u s r F r m m r r d m A r m s F c F A r s c s A c c c c u c v r r c s u s u r s Cet Cet Cep Cet Scl Scl Cet Cet Psc Tuc Tuc Scl Cet And Tuc Cet Scl Cet And Cet Cet Tuc Cet Cet And Psc And And Scl Scl Tuc Psc Cet And And Tuc Psc Cet And Scl Psc Tuc And And Cet Cet Psc Cet Psc Cet Cet Cet Cet Cet Cet Cet Tuc And Cet Cet Scl Psc Cet Cas Tuc Cet Cet And Scl Cas Psc Scl Tuc Cas Cet Psc Tuc Cet Cet Psc Cet Cet Phe Phe Tuc Cet Cet Psc Psc Psc Cet Psc Scl Tuc Cet Cet Cet Cet Psc Psc Cet Cet Psc And Cet Tuc Cet Phe Cet Cet Cet Cet Phe Cas Cet Scl Phe Phe Phe Psc Phe Cet Psc And Phe Tuc Psc Psc Psc Cet Cet 14. 1.9 0.6 0.6 8.1 15. p 14. p 15. p 0.8 1. 3 1. 4 15. 13 . 3 14. 12. 13 . p 0.6 14. p 1.2 1.0 15. p 13. p 3. 8 20.0 8. p 8.9 p p p 15. p 1.8 2.1 25.1 3.1 15. p 11.8 7. 1 12 . p 14. p 11.8 1.8 13. p 2.1 3. 2 14. p 15. p 0. 9 1.2 3.2 1.7 15. 12. 14 . 15. 15. 14 . 13. 13. 2. 5 2.6 13 . p 13 . p 13. p 1.7 13. p 1. 5 12 . 5 12. p 1. 0 1.4 0.8 p p p p p p p p 13. p 1.3 0.5 2.2 1.3 1. 8 3.7 35. 13.8 1.1 1.4 14. p 14. p 10.9 14 . 14. 12. 7. 14 . 8.1 p p p p p 14. p 15. p 15 . 14. 15 . 14 . p p p p 1.2 1.2 0.8 11 . p 14 . p 15. p 2.5 1.3 15. p 15. p 1.1 20.0 16. p 9. p 12. p 0.7 0.6 13. 15. 15. 13. 15 . p p p p p 0.7 14. p 0.6 2. 14 . p 15. p 9.6 1.8 3.1 1.3 10. 1.2 1.1 2. 8 1.3 1.5 1. 3 14 . p 11.8 15. p 14. p 15 . p 1.6 2.2 3. 6 3. 2 3. 6 1. 9 11.9 12 . 13 . 12 . 16 . 13 . p p p p p pF , S ( v a r b r i g h t n e s s ? ) eF , S , R, *1 0 s C l , vL , R , 1 5 0 - 2 0 0 st 10 . . . 1 8 ee F , pS , R , e d i f f i c vF , v S , c E 1 3 5 d e g , be t 2 s t vF , v S , v m E p F , pS , E 2 0 d e g , b M N , * 8 f 2 0 s pB , S , R, gb M s t e l l N vF , S , R, * nr s F, S , E o r b i N , v g l b M F, p L , vl E , r eF , e S , c E 1 5 d e g , g b M v F , S, iR , r , *1 0 s 5 ' F, v S , R, gb M , *1 0 p F, S , R , g b M , * 9 nf 40 " F , p S , iF , e r eF , e S , E 45 d e g , g b M F, = ne b * 1 3 vF , v s t e l l eF , e S , E 45 d e g , s b M * pB , S , bM , r F, p L , R, gb M * 1 3 v F , L, 4 st in d i f ne b F , e L , vm E 1 7 2 d e g F, v S , R, st e l l N eF , v S , R , a m 3 s t F, v S , R, st e l l N eF , L , di f , r vB , p S , l E , sm b M , * 8 n f 5 ' !! v v B , v v L , v m E 54 d e g , gb M F, pS, R vF , S , R, lb M , * in v , 2 v S st f F, p S , R, gb M F, v S , R, gb M , r pB , S , R, pm b M , r , * * p Cl , F , pL , s t v S pL , l E , g b M , r F , S , E 1 3 5 d e g , lb M eF , S , vF st c l o s e F , S , R , vs v m b M * 1 3 vF , v S , R , g v l b M vF , S , R e F , pS , l E eF , v S , R , v d i f f i c eF , e S , a l m R e F , vS , l E 3 0 d e g pB , p S , l E , ps b M , r , * 8 s f 4' vF , p S , i l E , r ee F , pS , R , ot h e r s s u s p p F , vS , i R , pg b M p F , S, lE , p s b M , *8 f 5s vF , v S ne b o r S C l , 2 ' , bM pB , p S , s m b M , n p of 2 vF , v S , c E 1 5 5 d e g v F , S, R, s f o f 2 eF Cl , L , lC F, p S , *1 1 n p vF , S , lb M eF , e S , R , l i k e D n e b F, v S , di f , *1 3 c l o s e eF , p S , E 26 5 d e g , * 8 nf is a cl o s e cB , p L , R , 2 s t 1 0 n r v F , pL , R , v g l b M , r vF , v S , c E 9 5 d e g , b M ; = 27 6 v F , S, iR , b M , s t e l l a r eF , S , R, *1 5 f 3 0 " vB , L , pm E , gb M , *1 1 n p F, v L , di f , S t r i p l e * o n n p e d g e F , S , R , lb M g l o b . c l . , B, L , l E , st 1 2 . . . 1 6 C l , F, ee L , R, s t 1 2 . . . 1 8 Cl , v L , s t s c ; 28 1 f eF , S , R, 1s t o f 4 eF , S , be t * 1 2 an d * 1 3 eF , e S , c E 1 6 5 d e g , cb M e F , S, R, 2 n d of 4 eF , S , R, 4t h o f 4 e F , S, R; R A 1 m a g gr e a t e r ? v F , vS , l E , al m s t e l l a r eF , S , R, 3r d o f 4 eF , e S , c E 1 3 0 d e g , st e l l N eF , S , mE 10 d e g , s t e l l N p B , vS , R , g v l b R , r vF, S vF , v S , c E 1 0 0 d e g eF , s e m i - s t e l l a r F, S , E p f , gb M ne b * 1 1 ; * 9 p 1 0 s , 4 ' . 5 n eF , v S F, v S , R, vl b M , F * c l o s e pB , v L , v m i E , v g p m b M F, v S eF pF vF , v S , c E 9 5 d e g F, v S , R, r F, S , R , * 1 0 " n, 2 9 6 nf F , l E , *1 0 n f 2' vF , v S , l E 1 0 5 d e g vF , S , nr 30 9 Cl , S , sc st p F , S, R, s v l b M F, v S , R, SN g l o b . c l . , vB , S , lE , s t 1 3 . . . 1 5 e F , S, iR , g b M , * 8 p 3 0 s F, S , R , * 1 2 f e F , vS vF , e S , 1 ' s f 3 0 7 p F , S, E pB , p L , * 1 2 - 13 n pF , S , R, bM , p o f 2 pF , e L ! ( n f ga m m a C a s ) st e l l a r eF , v S , R , p B * f 2' eF , v S , R , l b M v F , lE , v g b M , f o f 2 eF , e S , c E 1 1 5 d e g , cb M pF , v S , R , v l b M v F , vS , R , l b M , 3 s t p eF , v S pF , v S , R , g b M e e F , p S , lE , D * c l o s e f vF , e S , R F, L , R , v g b M v F , eS , 1 ' n p 31 5 p B , pL , R , g b M , * 9 nf 3' v F , eS , s t e l l a r , 1' f 31 5 v F , vS F, S, E D* 32 9 I1 6 0 4 31 8 32 6 I1 6 0 6 32 4 33 1 I 62 32 0 33 2 33 3 33 4 33 6 I1 6 0 7 34 6 33 5 I 64 I1 6 0 8 I 63 I1 6 1 1 33 7 I1 6 0 9 I1 6 1 2 I 67 I 68 I 66 33 8 34 0 34 1 34 2 34 3 34 8 I 65 I 70 I 71 34 5 34 7 I 69 I 72 34 4 I1 6 1 0 34 9 35 0 35 1 35 2 36 1 35 3 36 0 35 5 36 2 35 4 35 6 37 1 35 7 37 6 36 5 I1 6 1 5 I1 6 1 7 35 9 36 8 36 4 I1 6 1 3 36 7 I 73 I1 6 1 6 36 9 I1 6 1 4 35 8 39 5 I1 6 2 4 I 74 I1 6 1 8 36 3 I1 6 2 6 37 8 37 7 36 6 I1 6 2 1 37 0 37 2 37 3 37 4 37 5 I1 6 2 0 I 75 37 9 38 0 38 2 38 3 38 4 38 5 40 6 I1 6 1 9 38 6 38 7 39 1 I1 6 2 2 I1 6 2 3 I1 6 2 5 38 8 41 1 39 6 39 0 41 6 I 76 I1 6 2 7 38 1 40 5 41 9 I1 6 3 0 39 2 39 4 38 9 39 7 39 3 I 77 39 8 I 78 I 79 I1 6 2 8 I1 6 3 1 42 2 I 80 39 9 40 0 40 1 I 82 40 2 40 3 I 81 I1 6 4 4 98 Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx C+ N Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gb Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx As t Gx Gx Gx Gx ** * OC ** * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx OC D* Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 58 . 0 58 . 0 58 . 1 58 . 4 58 . 4 58 . 6 58 . 6 58 . 7 58 . 8 58 . 8 58 . 8 58 . 8 58 . 8 58 . 9 59 . 1 59 . 3 59 . 4 59 . 4 59 . 5 59 . 7 59 . 8 59 . 8 00 . 0 00 . 3 00 . 4 00 . 5 00 . 6 00 . 6 00 . 8 00 . 8 00 . 8 00 . 9 00 . 9 01 . 1 01 . 3 01 . 4 01 . 4 01 . 4 01 . 5 01 . 6 01 . 7 01 . 9 02 . 0 02 . 1 02 . 1 02 . 2 02 . 6 02 . 9 03 . 2 03 . 2 03 . 3 03 . 3 03 . 3 03 . 4 03 . 9 04 . 1 04 . 1 04 . 3 04 . 4 04 . 4 04 . 6 04 . 8 04 . 9 04 . 9 04 . 9 05 . 1 05 . 1 05 . 2 05 . 3 05 . 3 05 . 9 06 . 0 06 . 1 06 . 1 06 . 2 06 . 3 06 . 4 06 . 4 06 . 6 06 . 7 07 . 0 07 . 1 07 . 1 07 . 1 07 . 2 07 . 3 07 . 3 07 . 4 07 . 4 07 . 4 07 . 4 07 . 4 07 . 4 07 . 5 07 . 5 07 . 5 07 . 5 07 . 7 07 . 7 07 . 8 07 . 9 08 . 0 08 . 1 08 . 1 08 . 2 08 . 2 08 . 3 08 . 3 08 . 3 08 . 3 08 . 4 08 . 4 08 . 5 08 . 5 08 . 6 08 . 7 08 . 8 08 . 8 08 . 8 08 . 8 08 . 8 08 . 9 08 . 9 09 . 0 09 . 0 09 . 1 09 . 1 09 . 2 09 . 2 09 . 2 09 . 2 - 05 - 16 +3 0 +2 6 - 12 - 40 - 02 +1 1 - 20 +0 7 - 16 - 35 - 18 +0 0 - 72 - 18 +2 7 - 34 +6 0 - 72 - 07 - 40 - 72 - 06 - 06 +3 0 +3 0 - 06 - 09 - 06 - 23 - 53 +4 7 +0 0 - 06 - 06 - 06 +3 1 - 06 - 23 - 15 - 06 - 06 - 01 - 04 - 71 - 01 - 65 - 06 - 70 +2 2 - 07 - 72 - 06 - 72 - 35 - 51 - 51 - 00 - 43 - 00 +0 2 - 12 +0 4 - 27 - 17 +3 3 +6 2 - 72 - 72 +0 4 +3 2 - 16 - 73 - 30 - 20 +6 2 - 46 +3 2 +3 2 +3 2 +3 2 +3 2 +1 3 +1 0 +3 2 +3 2 +3 2 +3 2 +3 2 +3 2 - 69 +3 3 +3 2 +3 2 +0 0 - 17 - 17 - 46 +3 2 - 71 +0 4 +3 2 - 72 - 04 - 46 +6 1 - 46 - 72 - 46 +3 3 +3 3 +3 9 +3 3 +3 9 - 15 +3 2 - 15 - 15 - 28 - 46 - 71 - 15 +3 2 +3 2 +3 2 - 16 +3 2 +3 2 - 01 - 73 04 15 25 52 11 30 43 49 50 06 29 08 46 36 11 14 03 20 49 21 35 20 23 55 57 48 39 53 11 47 14 15 41 03 47 54 49 03 46 16 34 49 49 55 15 33 56 37 20 51 20 00 05 20 49 07 08 02 45 16 51 07 09 46 26 45 13 02 00 02 05 25 34 17 11 03 14 43 25 26 18 46 21 58 51 31 29 24 25 18 19 53 04 22 23 56 30 28 54 19 46 32 27 21 32 06 35 40 53 45 07 08 42 06 40 25 30 51 57 35 29 46 24 37 44 46 00 49 45 41 12 s d r s d r F u r r r r r u s c u c s d s c d d d u r r r r r c s d d r r z d c m r r r s s r c r s s r s s D v c c r r r s F z c c d r D d z u r d r F s d r r r r s u u s s s s s s s z v r r d d c v D A r s m c s r s c r r r r r x r x v c c D x r r r x r s D d Ce t Ce t Ps c Ps c Ce t Ph e Ce t Ps c Ce t Ps c Ce t Sc l Ce t Ce t Tu c Ce t Ps c Sc l Ca s Tu c Ce t Ph e Tu c Ce t Ce t Ps c Ps c Ce t Ce t Ce t Ce t Ph e An d Ce t Ce t Ce t Ce t Ps c Ce t Ce t Ce t Ce t Ce t Ce t Ce t Tu c Ce t Tu c Ce t Tu c Ps c Ce t Tu c Ce t Tu c Sc l Ph e Ph e Ce t Ph e Ce t Ce t Ce t Ps c Sc l Ce t Ps c Ca s Tu c Tu c Ps c Ps c Ce t Tu c Sc l Ce t Ca s Ph e Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Tu c Ps c Ps c Ps c Ce t Ce t Ce t Ph e Ps c Tu c Ps c Ps c Tu c Ce t Ph e Ca s Ph e Tu c Ph e Ps c Ps c An d Ps c An d Ce t Ps c Ce t Ce t Sc l Ph e Tu c Ce t Ps c Ps c Ps c Ce t Ps c Ps c Ce t Tu c 1. 9 1. 5 1. 0 1. 1 14 . 1. 2 1. 3 1. 7 10 . 2. 8 1. 4 1. 1 1. 1 4. 3 0. 9 1. 2 2. 7 1. 5 3. 3 12 . 9 0. 9 8. 2. 6 1. 2 1. 5 12 . 0 1. 7 1. 3 1. 2 3. 1. 3 1. 2 1. 6 1. 8 1. 6 0. 4 2. 3 1. 1 1. 5 3. 8 0. 9 2. 1 0. 8 1. 1 0. 7 2. 5 6. 2. 6 1. 7 0. 7 1. 4 1. 3 2. 1 13 . p F, E pF , vS , *7 . 5 np , F* nr sp (= 33 3 ? ) 15 . p vF , vS , R, bM 13 . 2 F, lE , *9 - 10 sf eF , pS , ne a r l y be t *7 p an d *9 nf (? ) , F, S, st e l l a r eF , vS , R, lb M , *1 2 nf 3' 15 . p vF , pL , di f 15 . p vF , pS , E 16 0 d e g , *1 0 n 15 . p vF , S, R, se v st nr S 16 . p no de s c r i p t i o n vF , S, R, gl b M , 2 st 11 s 12 . p vF , vS , R, sb M 14 . p vF , pS , R, lb M 10 . 3 B, L, vi F , mb M D* , r vF , pS , E, bM 16 . p F, S, R, gm b M pB , pS , R; 2 st nf , 2 np pF , eL ! co n n wi t h np on e vF , bM 11 . 6 pF , L, E, gl b M , *1 0 f 21 s vF , vS , R eF , vS vF , su s p e c t e d vF , su s p e c t e d 15 . p vF , vS , ir r 14 . p vF , vS , iF , bM 14 . p vF , S, E 13 . p F, pL , R, lb M , r 14 . p vF , vS eF , vS , iR , sb M N (* ? ) eF , S, R 13 . p eF , pL , mE , B st f & s vF , vS , lb M vF , su s p e c t e d 13 . p vF , vS , gb M 14 . p vF , vS 15 . p F, iF , lb M ne b ; *7 sf 2' eF , vS , iR , sb M N (* ? ) 14 . p pF , pS , R, *1 0 np 13 . p vF , vS 15 . p eF 14 . p eF , pS , np of 2 13 . p pF , S, iE , *8 f 97 s 11 . 8 vv F , pL , vl E , vg b M 14 . p eF , pS , R, sf of 2 eF , vm E 14 5 d e g , vl b M 15 . p eF , vS 6. 6 gl o b . cl . , vB , vL , vC , vm b M st 13 - 14 14 . p vF , vS , R, vS * in v , *1 4 cl o s e p 13 . p vF , S, iR Cl , F, L, R, pC , st 14 . . . 1 6 11 . 8 F, S, iR , sb M , *1 4 nf 20 " on l y a D* , po s 27 0 d e g , di s t 10 " F, S, R, gl b M eF , S, cE 14 0 d e g , cb M eF , S, cE 13 0 d e g , cb M 15 . p eF , vS eF , vS , *7 - 8 sp 3' 14 . p vF , vS 9. 3 F, ee L eF , pS , E 17 5 d e g , bn , 3 st 12 np 15 . p vF , pL , di f eF , pS , 3 st in li n e nr vF , vS , R, gb M vF , S, E 12 0 d e g , vl b M , *1 5 nr Cl , vl R i gr o u p of ab o u t 10 st , no ne b vF , S, R 15 . p vF , S, st e l l a r 16 . p vF , S 15 . p eF , eS , R vF , cS , R 14 . p vF , S, R, gb M vF , vS , mE , sb M N Cl , S eF , eS , mE 0d e g , cb M vF , *1 3 s 15 " , di f st e l l a r , mb M , r vF , vS 14 . p F, S, be t 2 st 15 16 . p vF , vS 14 . p F, pS , di f 15 . p vF , vS , di f , vl b M 12 . 6 pF , S, R, bM 12 . 5 pF , S, R, sb M 14 . p vF , S, R, sp of D ne b 11 . 9 pF , pL , R, gb M , nf of D ne b 13 . 0 pF , pS , sp of 2 12 . 9 pF , pS , R, nf of 2 12 . p F, vL , vg l b M , bN wi t h eE wi s p s 16 5 d e g 15 . p F, S, R, gb M F N , be t 2 st 13 14 . 1 cF , S, R vF , S, R 14 . p F, S, r vF , S, R, sp of 2 B, cS , lE , nf of 2 eF , vS , R, su s p 14 . 3 vF , S, R cB , S, R, st e l l a r eF , S, lE vF , vS , st e l l a r 11 . 0 F, pS , R, gb M 15 . p F, vS , R, lb M cF , S, eE 13 5 d e g , vm b M 9. p Cl , pC eS , st e l l a r , = *7 10 . 0 pB , pL , R, gb M eF , eS , E 60 d e g , su s p 14 . p F, vS , R, mb M , be t 2 st 15 . p F, S, 50 " nf 39 2 15 . p eF , eS , R, * nr 15 . p eF , S, R, vF * p 13 . p F, vS , vl E , gb M , 4 S st nr vF , S, ir r , bM 15 . p vF , vS , st e l l a r F, S, lb M , r R, S, bM N = 14 m cB , pS , R, 3 st 8 nr eF , S, R, su s p on l y 3 eF st , cl o s e , in SM C vF , S, R, gb M 14 . p vF , S, R eF , vS , 40 3 f eF , st e l l a r , 40 3 f F, S, gb M eF , vS , R, 40 3 s 3' 13 . p vF , pS , cE , *1 1 s 85 " eF , S, lE , * 1' sf f PN , st e l l I164 1 404 Gx I162 9 Gx 409 Gx 413 Gx I163 3 Gx 415 Gx 412 I 83 G x 407 Gx 418 Gx I163 2 408 Gx 410 Gx I163 7 Gx 417 Gx I163 4 I163 5 414 Gx 423 Gx 424 Gx I 84 G x I163 6 432 Gx I 85 I163 9 Gx I164 9 Gx I164 0 Gx I165 5 OC 420 Gx 421 434 Gx I164 3 Gx I163 8 Gx I165 0 Gx I164 2 427 Gx I164 5 I166 0 I166 2 OC I164 6 Gx 426 Gx 428 Gx 440 Gx 425 Gx 429 Gx 430 Gx I164 7 Gx 438 Gx I 86 G x I165 1 I164 8 439 Gx 435 Gx 441 Gx I165 7 Gx I166 3 431 Gx I 87 G x I166 4 ? 437 Gx 454 Gx 456 Nb I 88 442 Gx 4 6 0 C+ N 445 Gx 446 Gx 458 I165 2 Gx 443 Gx I165 3 Gx I165 4 Gx 433 OC 448 Gx 450 Gx 465 OC 436 OC 447 Gx I165 6 I165 8 444 Gx 455 Gx 449 Gx I 89 G x I165 9 Gx 451 Gx I166 1 452 Gx 453 *** I 90 G x 466 Gx 461 Gx I166 7 I166 5 459 Gx 462 Gx I166 6 I 91 I166 8 Gx 463 Gx 464 Gx I 93 G x I167 4 457 OC 467 Gx I167 0 I 95 469 Gx 484 Gx I167 1 470 Gx 468 Gx 471 Gx 473 Gx I 92 G x 475 Gx I 97 474 Gx I 94 I166 9 Gx 476 Gx 478 Gx 482 Gx I 96 472 Gx I167 2 Gx I167 3 480 481 Gx I 98 G x 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 09 . 3 09 . 4 09 . 4 09 . 5 09 . 5 09 . 9 10 . 2 10 . 3 10 . 5 10 . 6 10 . 6 10 . 7 10 . 9 11 . 0 11 . 0 11 . 1 11 . 1 11 . 1 11 . 3 11 . 4 11 . 5 11 . 5 11 . 6 11 . 8 11 . 8 11 . 8 11 . 8 11 . 9 11 . 9 12 . 1 12 . 1 12 . 2 12 . 2 12 . 3 12 . 3 12 . 4 12 . 5 12 . 5 12 . 6 12 . 6 12 . 7 12 . 9 12 . 9 12 . 9 13 . 0 13 . 0 13 . 1 13 . 2 13 . 4 13 . 5 13 . 5 13 . 7 13 . 8 14 . 0 14 . 0 14 . 1 14 . 1 14 . 2 14 . 3 14.3 14 . 4 14 . 4 14 . 4 14 . 5 14 . 6 14 . 8 14 . 9 14 . 9 14 . 9 15 . 0 15 . 1 15 . 1 15 . 2 15 . 3 15 . 3 15 . 5 15 . 5 15 . 6 15 . 6 15 . 6 15 . 8 15 . 9 16 . 0 16 . 1 16 . 1 16 . 1 16 . 2 16 . 2 16 . 3 16 . 3 16 . 5 17 . 2 17 . 3 17 . 6 17 . 7 18 . 0 18 . 1 18 . 5 18 . 7 18 . 8 18 . 9 19 . 0 19 . 0 19 . 0 19 . 1 19 . 2 19 . 2 19 . 3 19 . 4 19 . 6 19 . 6 19 . 7 19 . 8 19 . 9 19 . 9 19 . 9 20 . 0 20 . 0 20 . 1 20 . 1 20 . 1 20 . 2 20 . 2 20 . 3 20 . 3 20 . 5 20 . 7 20 . 8 20 . 9 21 . 0 21 . 0 - 71 +35 +02 - 35 - 02 - 45 - 35 - 20 +01 +33 - 30 +17 +33 +33 - 30 - 18 +17 +17 +33 - 29 - 38 +01 +33 - 61 - 00 - 00 - 55 - 00 - 71 +32 +32 - 58 - 00 +33 - 50 +15 - 32 +15 - 71 - 73 +15 - 00 +00 - 58 +38 - 00 - 00 +38 - 37 - 16 +02 +33 - 31 +02 - 31 - 32 - 32 +33 +00 - 69 +05 - 55 - 73 +00 - 01 - 72 +01 +04 - 71 +31 +33 +33 +30 +60 - 01 - 00 - 73 +58 +33 +33 +31 +31 +05 +33 +04 +30 +33 +33 +31 +33 - 07 - 58 - 33 - 17 +34 +17 +04 +32 +02 +33 +16 +34 - 17 - 50 +58 +03 - 16 - 12 +14 - 58 - 17 +03 +32 +14 +16 +32 +14 +14 +03 +32 +33 +16 - 22 - 40 +29 +32 +29 +33 - 09 - 09 - 12 46 43 34 48 50 56 29 01 41 07 13 41 06 09 26 10 39 39 06 13 05 39 21 32 28 39 51 37 20 06 09 15 24 21 24 45 03 44 45 27 41 17 59 17 48 20 15 53 56 14 06 13 45 04 47 39 39 44 46 48 56 24 17 48 01 18 56 11 33 58 23 23 12 08 37 52 20 49 04 05 05 05 11 05 18 21 04 05 02 05 58 55 50 07 42 33 14 28 33 11 19 58 04 39 20 18 51 34 53 31 06 25 47 47 33 46 51 51 25 42 12 01 22 57 40 43 42 01 52 12 37 x s z c r c r r m s s d A s c r d d r r c z d c d s c x x r r s x m c d r d d x m r s s r r r z r x d d s r r c c r x x r c s d s r r r D u r s u s r s D s v x x r r v v u r x r A m c c d d r r d d z r r m d s s d d r c d s r r s m r d s d z r r r d r u d F r m Tuc And Cet Scl Cet Phe Scl Cet Cet Psc Scl Psc Psc Psc Scl Cet Psc Psc Psc Scl Scl Cet Psc Tuc Cet Cet Phe Cet Tuc Psc Psc Tuc Cet Psc Phe Psc Scl Psc Tuc Tuc Psc Cet Cet Tuc And Cet Cet And Scl Cet Cet Psc Scl Cet Scl Scl Scl And Cet Tu c Psc Phe Tuc Cet Cet Tuc Cet Psc Tuc Psc Psc Psc Psc Cas Cet Cet Tuc Cas Psc Psc Psc Psc Psc Psc Psc Psc Psc Psc Psc Psc Cet Tuc Scl Cet And Psc Psc Psc Cet Psc Psc And Cet Phe Cas Psc Cet Cet Psc Tuc Cet Psc Psc Psc Psc Psc Psc Psc Psc Psc Psc Psc Cet Phe Psc Psc Psc Psc Cet Cet Cet 4.4 1. 5 3.0 0.5 2.0 2. 3 2.6 1.8 2.1 1. 5 0.8 1.6 1.9 0.4 1.5 0.5 4.1 1. 0 2.1 1.9 15. 1.2 1.4 1.1 1.6 3. 3. 2 6. 2.6 0.7 2.3 1.6 0.5 2. 1 1.2 1.2 13. 2. 4 2.2 3.0 2. 2 0.7 7.9 1.8 0.6 eF , e S , R ; = 4 2 2 10.1 pB , c L , R , g b M , b e t a A n d sf 1 6 . p F, v S , R, st e l l e F , S, R, v S * nr 16 . p e F , pS , v l E vF , S , R, vF * f vF , S , R, gl b M vF , e S , R , s b M N ( n e b ? ) 1 5 . p F, S , d i f , l b M 1 4 . p vF , v S , s p o f 2 13 . p F , p L , R, v g l b M , p of 2 vF , v S , d i f , * 1 5 v c l o s e vF , v S , 4 1 0 f 8 s 1 3 . p pB , p L , n f o f 2 eF , S , R, su s p 1 5 . p eF , e S , R F, S , R , g b M , r F, S , R , g b M , r 1 4 . p vF , S , iR , m b M , 4 1 0 np 14 . p e F , S, E, g l b M , f o f 2 vF , S , R, gl b M 1 5 . p pB , S , iF , b M F, v S , gb M N F , S , R , gb M , *1 2 f eF , c l o s e to * 8 1 4 . p vS , R , st e l l eF , c S , E 14 0 d e g , c b M 1 5 . p vS , R , bM N Cl , C , eF , v S 1 3 . p F, p S , R, bM e F , vS 1 3 . p B, S , R , p s b M 1 5 . p F, S , R , g b M 1 5 . p F, v S , R, gb M N , r cF , S , mE 55 d e g , c b M F, S , R , l b M N 1 5 . p 3 vS st w i t h n e b y ( ? ) F, S , R , d i f eF , v S , R , s t e l l N o r F* in M vF , e S ; v S C l ? 1 5 . p vF , p S , d i f 1 4 . p vF , v S , R 11.4 F, L , R , b M , e r F, vS, R 1 3 . p vF , v S , R , l b M , * 1 1 at t 14 . p v F , vS 13 . p F , v S , R, v s b M * 1 5 . p vF , S , R, di f f i c p F , S, R, g l b M F, s b M *1 3 w i t h n e b , c h i e f l y nn f F, v S , R, N, r 13 . p p B , S, R, g b M 1 5 . p eF , S , E 1 4 . p pF , S , R, gb M eF , S , vm E eF , m E 35 0 d e g ; = I C 1 6 5 7 1 4 . p F, S , v s b M 1 5 . p F, p S , R, di f 2 F s t i n v in e e F ne b 14 . p p F , vS , R , F * np vF , S , R, bM p F , pL , i R , r, 1 s t of se v pF , S , R, vl b M 1 5 . p vF , S , R, B* s f F, p L , iR , g b M , r , 2 n d o f s e v 15 . p v F , vS 1 5 . p F, v S , st e l l a r ; = I C 8 9 pr o b Cl , e S , c l o s e , no n e b 1 4 . p F, S , E n s , *1 2 v c l o s e 14 . p F , S , R , *1 5 p 8 s on pa r a l l e l 13.5 F, v S , R, gb M N , r 1 4 . p F, S , l E , gb l M , r Cl , S , lC 13 . p p B , vS , l E 12 . 1 vF, L ma n y st , n o ne b , pe r h a p s Cl 8. 8 Cl , S , iF , p C 14.0 F, p L , bM , * 1 1 nf ne b , S* c l o s e s f , * 9 s f 3 ' ; = 44 7 vF , p S , E , N , r ; = 4 4 4 1 4 . p vF , m E 13 5 d e g , l b M ; = I C 1 6 5 8 1 4 . p F, v S , al m s t e l l 14.3 vF , v S , R , v l b M , vF st i n v F, S , i F , N = 1 3 m ; 4 6 2 f ; = 4 4 6 ? 1 5 . p F, S , R , N , r 1 5 . p vF , v S , R , v l b M ; = I C 16 6 1 eF , S , R; = 45 1 1 4 . p vF , E , *9 np , S * nf , v n r v F , vS , R , v F st in v 1 4 . p B, v S , sb M N v F , pS , R , g b M pB , R , gl b M eF , p S , R F, v S , R, li k e 2 or 3 F s t in ne b 1 5 . p eF eF , v S , s t e l l a r F, p S , di f , *1 3 a t t F, S , r , N = 1 4 m 1 6 . p eF , v S , R , v F N 1 5 . p eF , v S , R , l b M S 1 4 . p vF , p S , l E , *8 f 14 s , 1 ' n eF , e S , b M , 2 s p i r w i s p s 6. 4 Cl , B , L, pR i , st 7 , 8 , 1 0 11 . 9 p B , pL , R , g b M vF , p S , l E , 2 s t nr nf F, v S , di f , vl b M 15 . p e F , S, R vB , S , lE , p s m b M eF , v S , R , * 7 n f 47 s 11.9 pB , L , iR 15 . p v F , eS , s t e l l a r 14 . p n e b *1 2 13 . p e F , S 1 5 . p ee F ( d i f f e r e n t fr o m 46 8 ? ) eF , S st e l l a r = 13 . 5 m 11.1 pB , S , sm b M , f of 2 ne b * 1 3 1 6 . p vF , S , di f 1 5 . p eF , v S , s t e l l a r 1 5 . p eF , e S , R , s b M N eF , l E pB , p S , v m b M N = 1 2 m 1 4 . p eF , v S , * 9 - 1 0 p 1 4 s , v d i f f 1 4 . p pB , S , R, gb M N , r F, R , s t e l l N e F , vS , R ( n e b ? ) ; = 4 8 1 ? 1 4 . p vF , v S , R , F * n p 1 5 . p vF , v S , i F , bM I1 6 7 5 I1 6 7 6 I1 6 7 8 I1 6 7 7 47 7 47 9 48 5 49 1 I1 6 8 1 48 7 48 8 48 9 I1 6 7 9 I1 6 8 0 48 3 48 6 49 0 49 2 49 3 I1 6 8 2 49 7 I 99 I1 6 8 3 50 0 50 2 49 5 50 5 I 10 0 I1 6 8 4 49 4 I1 6 8 5 49 9 I1 6 8 6 49 6 49 8 50 1 50 9 I1 6 8 7 I1 6 8 8 50 3 50 4 51 1 50 6 50 7 50 8 51 0 51 3 I1 6 8 9 I1 6 9 0 52 6 51 2 52 7 I1 6 9 3 51 4 51 6 I 10 1 51 8 I 10 2 51 9 I1 6 9 1 51 5 52 0 52 1 53 4 I 10 3 I 10 4 I1 6 9 2 51 7 53 0 I 10 5 I 10 6 I 10 8 52 2 52 4 52 5 I1 6 9 4 I1 6 9 6 I1 7 0 8 I1 6 9 5 54 4 54 6 I1 6 9 7 I 10 7 I 10 9 52 3 53 2 53 9 53 8 I1 6 9 8 I1 6 9 9 52 8 53 3 53 5 54 9 I1 7 0 0 52 9 54 1 54 3 I1 7 0 1 I 11 0 I1 7 0 2 54 5 54 7 54 8 I 11 1 I 11 2 53 1 53 7 I 11 4 53 6 I 11 3 I1 7 0 3 54 2 55 7 55 0 I1 7 0 5 I 11 6 56 7 I 11 5 I1 7 0 4 54 0 56 3 55 4 55 5 55 6 I1 7 0 6 55 8 56 0 I 11 7 55 1 I 11 8 99 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 21 . 0 21 . 0 21 . 0 21 . 2 21 . 3 21 . 3 21 . 4 21 . 4 21 . 4 21 . 8 21 . 8 21 . 8 21 . 8 21 . 9 22 . 0 22 . 1 22 . 1 22 . 2 22 . 2 22 . 2 22 . 4 22 . 5 22 . 6 22 . 7 22 . 8 22 . 9 22 . 9 22 . 9 22 . 9 23 . 0 23 . 0 23 . 2 23 . 2 23 . 3 23 . 3 23 . 4 23 . 4 23 . 4 23 . 4 23 . 5 23 . 5 23 . 5 23 . 6 23 . 7 23 . 7 23 . 7 23 . 8 23 . 8 23 . 8 23 . 9 24 . 0 24 . 0 24 . 0 24 . 1 24 . 1 24 . 1 24 . 3 24 . 4 24 . 5 24 . 5 24 . 6 24 . 6 24 . 6 24 . 6 24 . 6 24 . 6 24 . 6 24 . 7 24 . 7 24 . 7 24 . 7 24 . 7 24 . 8 24 . 8 24 . 8 24 . 8 24 . 9 24 . 9 25 . 0 25 . 1 25 . 1 25 . 1 25 . 2 25 . 2 25 . 3 25 . 3 25 . 3 25 . 4 25 . 4 25 . 4 25 . 5 25 . 5 25 . 5 25 . 5 25 . 5 25 . 7 25 . 7 25 . 8 25 . 8 25 . 9 25 . 9 26 . 0 26 . 0 26 . 0 26 . 0 26 . 0 26 . 3 26 . 3 26 . 3 26 . 4 26 . 4 26 . 4 26 . 5 26 . 5 26 . 7 26 . 7 26 . 8 26 . 9 26 . 9 26 . 9 27 . 1 27 . 1 27 . 2 27 . 2 27 . 2 27 . 2 27 . 3 27 . 4 27 . 4 27 . 6 27 . 6 +3 4 +3 0 +0 5 +3 3 +4 0 +0 3 +0 7 - 34 +0 0 - 16 +0 5 +0 9 +3 3 +3 3 +3 3 +0 5 +0 5 +0 5 +0 0 +3 3 - 00 - 12 +3 4 +0 5 +0 9 +3 3 +0 9 - 04 +3 3 +3 3 +3 3 +3 3 +3 3 +3 3 +3 3 +3 3 +0 9 +3 3 +3 3 +3 3 +3 3 +1 1 +3 3 +3 3 +3 3 +3 3 +3 3 +3 3 +3 3 - 35 +3 3 - 35 - 01 +1 2 +0 9 +0 9 +0 9 +0 9 - 01 +3 3 +3 3 +0 3 +0 1 - 38 +0 2 - 01 +3 3 +3 3 - 01 +0 2 - 01 - 12 +1 0 +0 9 +0 9 +0 1 - 01 - 71 +0 8 - 38 - 38 +0 0 +1 4 +0 2 +3 4 +0 9 - 18 - 01 +1 4 +1 4 +3 3 +0 1 - 01 - 38 +1 4 +3 4 - 01 - 01 +1 8 +3 3 +1 6 - 01 - 01 - 01 +3 3 +1 1 +3 4 +3 4 +0 9 +3 4 +1 9 - 01 +3 4 - 01 +0 2 - 03 - 04 - 10 +1 9 +1 4 - 20 - 18 - 22 - 22 - 22 +1 4 - 01 - 01 - 01 +3 7 - 05 16 16 34 14 29 52 01 03 05 21 15 12 28 18 32 24 22 25 57 13 53 57 27 24 03 28 28 39 23 11 11 28 26 33 30 27 26 17 04 21 13 17 14 15 17 26 49 04 10 03 55 06 39 55 33 56 20 54 38 23 29 48 44 07 02 27 15 27 35 05 35 38 00 32 42 36 37 11 44 05 03 27 53 04 02 16 09 33 51 57 41 46 25 16 52 44 23 18 11 30 36 20 21 14 29 27 45 05 56 43 12 38 41 38 01 30 59 15 13 43 02 38 43 45 42 47 58 55 52 11 00 u z z m r r s s x r s r m m r r r r s d s m u r r s r d d r m s x r r r s m d r r r r s s r r m z r r r x s s u s u v d r s s r u x z r A z x m s s r z v d d r r x u u s s s s d d r s s c d r s s u d u s s v d u r r u s d v r F s d d r v d c r r r D v v s x r d An d Ps c Ps c Ps c An d Ps c Ps c Sc l Ce t Ce t Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ce t Ps c Ce t Ce t An d Ps c Ps c Ps c Ps c Ce t Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c Ps c An d Ps c Ps c Sc l An d Sc l Ce t Ps c Ps c Ps c Ps c Ps c Ce t Ps c Ps c Ps c Ce t Sc l Ce t Ce t Ps c Ps c Ce t Ce t Ce t Ce t Ps c Ps c Ps c Ce t Ce t Hy i Ps c Sc l Sc l Ce t Ps c Ce t An d Ps c Ce t Ce t Ps c Ps c An d Ce t Ce t Sc l Ps c An d Ce t Ce t Ps c Ps c Ps c Ce t Ce t Ce t Ps c Ps c An d An d Ps c An d Ps c Ce t An d Ce t Ce t Ce t Ce t Ce t Ps c Ps c Ce t Ce t Ce t Ce t Ce t Ps c Ce t Ce t Ce t An d Ce t 0. 8 0. 9 1. 9 1. 5 5. 2 0. 5 0. 6 3. 8 2. 4 0. 5 1. 7 1. 5 14 . 16 . 15 . 15 . 14 . 15 . 14 . 13 . 15 . 14 . 10 . 3 13 . 15 . 15 . 14 . 15 . 15 . 15 . 12 . 5 p p p p p p p p p p 14 . 15 . 14 . 15 . 14 . 13 . 2 15 . p p p p p p p p p p p p p 1. 9 2. 0 14 . p 13 . p 12 . 0 1. 7 0. 4 14 . 16 . 15 . 15 . 16 . p p p p p 15 . p 14 . p 15 . p 4. 3 1. 6 11 . 2 12 . 8 0. 7 13 . p 15 . p 15 . p 14 . p 3. 5 1. 6 1. 6 1. 9 1. 0 11 . 9 14 . 15 . 14 . 16 . 4. 8 3. 4 14 . p 11 . 2 13 . p 1. 4 15 . p 1. 9 0. 8 2. 8 3. 2 p p p p 16 . 13 . 14 . 16 . p p p p 15 . 14 . 10 . 6 14 . 15 . p p p p 1. 4 1. 2 1. 3 3. 1 2. 8 1. 8 1. 3 3. 7 1. 3 2. 0 2. 7 0. 7 1. 6 15 . 15 . 15 . 14 . 14 . 14 . 15 . p p p p p p p 13 . p 13 . p 15 . p 13 . p 12 . 0 13 . 3 15 . p 1. 5 3. 0 1. 7 1. 5 14 . p 14 . p 12 . 3 0. 9 14 . p 15 . p 1. 6 3. 7 16 . p 13 . p 2. 3 1. 7 15 . p 15 . p 14 . p 0. 6 14 . p 14 . 2 1. 4 14 . p 15 . p 15 . p 1. 4 0. 7 2. 3 12 . 9 13 . p F, S F, vS , st e l l N F, vS , R, st e l l F, pS , R, bM N vF , pS , vl E , vg l b M eF , S, R cF , pL , R, *8 sp 3' . 5 B, S, vl E , bM , vS * nr F, S, R, gb M , r eF , vS , R pB , L, R, sv m b M , *8 f 10 ' pB , S, E F, S, iF , vl b M , di f F, vS , bM N vF , vS eF , eS , st e l l , 5' n of 48 8 vF , vS , R, 8' nf 48 8 eF , vS , R vF , L, mE 60 d e g , lb M F, vS , R, st e l l eF , pS , R, vl b M , r vF , S, lb M F, S, E ns , gb M , r vF , vS , mb M , *1 1 nf 1' cB , S, R, bM N vF , S, 1s t of 3 vF , vS , st e l l a r F, vS , R, N = 12 . 5 m F, S, R, di f vF , pL , E, 3 F st s F, S, R, vl b M , di f pB , pL , R, 3r d of 3; = IC 16 8 6 pB , pS , lE pf , gb M N ; = 49 9 vF , vS , 2n d of 3 ee F , np 49 9 vF , S vF , S, E F, vS , R, bM N F, vS , R, bM N eF , eS , D* 4' sp vF , S eF , vS , S* in v , S* at t vF , vS , sp 50 7 ; = 50 4 ? vF , pL , R, bM , s of 2 vF , S, n of 2 vF , vS , lE F, S, st e l l a r F, vS , R, gb M N , *1 4 cl o s e F, vS , R, st e l l F, S, E, p of 2 vF , vS F, S, lE , bM , f of 2 eF , vS , po s s i b l y F* F, L, lE , vg l b M , ** f eF , S, v di f f i c , 52 4 f 41 s vF , pL , E, di f F, vS , R eF , S, di f ee F , vS , R, v di f f i c pF , vS , R, di f pF , vS , R, np of 2 F, cL , E 13 7 d e g F, pL , R, gb M ee F , S, R, vg b M , 1s t of 4 F, vS , R st e l l a r 13 m F, vS , R, gb M , r pF , R, st e l l a r , sf of 2 eF , S, mE , F* sf ; = IC 10 6 F, eS , R, lb M vF , S, di f , lb M ; = 53 0 F, pL , E ns eF , pL , iF ; Cl + ne b ? vB , pL , mb M , 4 S st nr vF , vS , *1 1 - 12 p 5s vF , S, mb M eF , eS , 53 0 np vF , vS , R, *9 sf 4' eF , pS , R, *1 0 at t p ee F , S, R, vg b M , 2n d of 4 ee F , S, R, vg b M , 3r d of 4 F, vS , R, gb M vF , vS , R, * cl o s e p pB , vS , R Dn e b , vF , vS , po s 90 d e g , di s t 30 " vF , pL , E 30 d e g , bM vF , vS , R eF , S, mE , F* n pB , S, iF , bM N vF , vS , R, gb M F, pL , R, lb M pB , pL , R, gb M vF , vS , 1s t of 3 ee F , S, R, vg b M , 4t h of 4 pB , S, R, gb M N pB , vS , sb M , p of 2 F, S, R, bM eF , eS F, S, di f , N 13 m vF ee F , pS , lE , v di f f i c , be t 2 st ns st e l l a r , p of Dn e b st e l l a r , f of Dn e b eF , eS *1 3 wi t h ne b F, S, di f , E pf F, S, R st e l l a r ; = 52 3 ? eF , vS , R pB , pL , gb M , f of 2 vF , 3' nf of *5 eF , S, di f eF , di f f i c eF , S, R, *1 0 nf ; = IC 17 0 3 F, S, E 90 d e g , bM , r ne b *1 2 , FD * nf 2' F, S, R, lb M eF , vS , R vF , *6 3' . 5 np p pB , pS , di f , iF , gv l b M vF , vS , R, sb M N vF , pS , lE , bM N , se v F st nr eF , vS , E, 1s t of 3, *1 1 f eF , S, iR , 2n d of 3 eF , vS , R, 3r d of 3 F, S, di f , vl b M eF , S, E, *1 0 p; = IC 11 7 vF , vS , iE , p of 2 pF , S, di f , 56 0 sf vF , S, E, vg l b M , *1 3 nr vF , vS , R, lb M 552 553 564 Gx 568 Gx I 119 Gx I170 9 Gx 561 Gx 565 Gx I 120 Gx I 122 562 Gx I 121 Gx 572 Gx I 123 Gx I170 7 576 Gx 566 Gx 570 Gx 574 Gx 569 Gx I 124 * I 125 Gx 559 OC 6 0 2 C+ N 583 Gx I 126 Gx I 127 Gx 571 Gx 578 Gx 577 Gx 580 575 Gx I171 0 573 Gx I171 1 Gx 584 Gx I 128 Gx I171 2 I 130 586 Gx I 129 Gx 579 Gx 585 Gx 582 Gx 597 Gx 593 Gx 587 Gx I171 7 589 Gx 588 Kt I171 3 Gx 599 Gx I 141 Gx 596 Gx I171 4 594 Gx I 138 Gx 600 Gx 581 OC 592 Kt I 131 Nb I 135 Nb I 136 Nb 601 I 132 Nb I 133 Nb I 134 * 591 Gx 595 Kt I171 6 * 590 Gx I 137 Nb I171 5 Gx I 139 * I 140 * 598 Gx 617 Gx I 142 Nb 612 Gx I 143 Nb 607 610 611 613 Gx 603 *** 604 Kt 619 Gx 606 Gx 623 Gx 605 Gx 615 Gx 625 Gx 643 Gb 626 Gx 608 Gx 630 Gx 624 Gx 614 Gx 616 D* 622 Gx 618 633 Gx 621 Gx 628 Gx 631 Gx 620 Gx 627 609 OC 632 Gx 646 Gx I171 9 Gx I 144 Gx 634 Gx 635 I171 8 641 Gx 648 Gx I 145 Gx I 146 Gx 639 Gx 644 Gx 642 Gx 636 Gx 640 Gx 638 Gx 647 Gx 649 Gx I 147 Gx 645 Gx 629 I172 0 Gx 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 27 . 8 27 . 8 27 . 8 27 . 9 27 . 9 27 . 9 28 . 2 28 . 2 28 . 2 28 . 2 28 . 4 28 . 4 28 . 6 28 . 8 28 . 8 28 . 9 29 . 0 29 . 0 29 . 0 29 . 1 29 . 2 29 . 3 29 . 5 29 . 6 29 . 7 29 . 8 29 . 8 29 . 9 30 . 5 30 . 7 30 . 7 30 . 8 30 . 8 30 . 9 30 . 9 31 . 3 31 . 3 31 . 4 31 . 5 31 . 6 31 . 6 31 . 7 31 . 7 31 . 9 32 . 2 32 . 3 32 . 5 32 . 5 32 . 6 32 . 7 32 . 7 32 . 8 32 . 8 32 . 9 32 . 9 33 . 0 33 . 0 33 . 1 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 3 33 . 3 33 . 3 33 . 4 33 . 5 33 . 5 33 . 5 33 . 6 33 . 6 33 . 6 33 . 7 33 . 7 33 . 9 33 . 9 33 . 9 34 . 0 34 . 1 34 . 3 34 . 3 34 . 3 34 . 3 34 . 4 34 . 5 34 . 8 34 . 9 35 . 0 35 . 1 35 . 1 35 . 1 35 . 1 35 . 2 35 . 4 35 . 6 35 . 7 35 . 8 36 . 0 36 . 0 36 . 3 36 . 4 36 . 7 36 . 7 36 . 8 37 . 0 37 . 1 37 . 2 37 . 3 37 . 4 37 . 6 37 . 7 38 . 2 38 . 3 38 . 4 38 . 7 38 . 7 38 . 7 38 . 7 38 . 9 38 . 9 39 . 0 39 . 1 39 . 3 39 . 6 39 . 8 40 . 0 40 . 0 40 . 2 40 . 3 40 . 4 +33 +33 - 01 - 35 - 02 - 35 +34 - 01 - 01 - 14 +48 +02 - 39 +02 +33 - 51 +32 - 00 - 35 +11 - 01 - 13 +63 - 73 - 18 - 01 - 06 +32 - 22 - 01 - 02 +21 +21 +41 +17 - 06 - 12 - 06 - 15 - 06 - 12 +33 - 00 +33 - 33 - 12 +35 - 67 - 12 +30 +35 - 12 - 14 - 07 - 13 - 16 - 00 - 07 +60 +30 +30 +30 +30 - 12 +30 +30 +30 +35 +30 - 12 +44 +30 +12 +30 +30 +30 - 09 +30 - 36 +30 - 07 - 20 - 20 - 29 +30 +30 - 36 +21 - 36 +41 - 07 - 41 - 75 - 39 +33 - 39 - 10 +33 +33 +00 +33 - 37 +35 +15 +05 +42 +33 +64 +05 - 64 - 33 - 13 +35 - 19 +33 - 42 - 17 +00 - 17 - 29 - 42 - 29 - 07 - 09 +07 - 09 - 09 - 14 +05 +72 - 28 28 28 53 43 03 43 19 18 55 50 23 31 18 27 36 36 21 57 35 09 56 18 18 33 19 59 59 31 40 59 00 26 26 16 11 52 38 52 35 54 41 38 55 30 29 21 22 32 02 40 20 11 49 02 30 32 42 19 42 39 45 28 30 12 57 53 53 41 42 19 56 31 34 28 29 39 47 45 30 47 25 09 08 25 11 48 28 26 29 16 20 26 33 08 41 21 00 42 46 40 24 18 32 47 51 20 35 33 53 55 55 19 23 56 21 31 50 44 50 55 35 54 31 23 14 13 14 52 44 53 55 r r s r v c r s v d s u r m d c r s r r x m s r r x v r s r D r x r u s m x d s m r r r r r r d r r m r m s d r u s s r x x x r x x x r r F r x u x x s r x s x D r r s A r r r r r s s A r r r r r r s D r r s r r D s r s c m r r d r r m c r r r s r r r r m r r c Psc Psc Cet Scl Cet Scl And Cet Cet Cet And Cet Scl Cet Psc Phe Psc Cet Scl Psc Cet Cet Cas Hyi Cet Cet Cet Psc Cet Cet Cet Psc Psc And Psc Cet Cet Cet Cet Cet Cet Tri Cet Tri Scl Cet Tri Hyi Cet Tri Tri Cet Cet Cet Cet Cet Cet Cet Cas Tri Tri Tri Tri Cet Tri Tri Tri And Tri Cet And Tri Psc Tri Tri Tri Cet Tri Scl Tri Cet Cet Cet Scl Tri Tri Scl Psc Scl And Cet Phe Hyi Scl Tri Scl Cet Tri Tri Cet Tri Scl Tri Psc Psc And Tri Cas Psc Hyi Scl Cet Tri Cet Tri Phe Cet Cet Cet Scl Phe Scl Cet Cet Psc Cet Cet Cet Psc Cas Scl 1.8 12.5 1.6 2.7 1. 6 14. p 15 . p 1.5 1.2 15. p 14. p 0.4 15. p 1.2 2.5 14 . p 14. p 14. p 0.4 4. 15. p 9. 5 15. p 16. p 2.1 4.8 15. p 10.9 14. p 14 . p 2.7 3.8 0.8 1.6 1.0 13 . p 15. p 10.4 14. p 13.2 14. 13. 14. 13. p p p p 14 . p 13 . p 14 . p 2.2 1.0 3.5 13. p 13 . p 14. p 10.9 1.4 3.5 6. 14. p 15. p 12.4 7.4 14. p 14 . p 0.8 62. 14. p 5. 7 15. p 13.2 5.8 10.0 14. p 4.0 3. 0 14. p 11.5 12 . p 13 . p 14. p 14 . p 14 . p 2. 0 10.2 3. 2.1 0.6 0.6 1.4 14 . p 14. p 9. 2 15. p 14. p 11.0 13. p 15. p 14 . p 14 . p 15. p 15 . p 2.3 0.8 1.3 14 . 11.3 15. 14. 14 . 15 . 14. 14. p p p p p p p v S , st e l l a r , p o f 2 ; R A ? vS , s t e l l a r , f of 2 ; R A ? vF , v S , i F , f o f 2 v F , S, R F, E pf , d i f , 5 6 4 n eF , p S , R , v d i f f i c ; = 5 6 8 eF , p L , R S, E (biN ? ) F, S , d i f pB , S , bM eF , p S , R , D * n r s F, S , R , g b M e F , S, at t t o S* , B * n r F, S , R , s b M eF , d i f , * 1 3 . 3 cl o s e F, S , R , b M , a m s t 1 1 v F , S, R vF , p L , R , m b M N vS , D * po s 2 2 5 d e g in v eF , v S , R vF , v S , d i f vF , v S , R , l b M Cl , B , pL , p R i B, S , R , p s b M * , r eF , S , R eF , s t e l l a r , 5 5 7 f F, p S , di f , *1 1 . 5 c l o s e vF , p S , * 1 3 - 14 sp B, L , p m E , g p m b M F pF , p S , R ; = 5 7 7 e F , pL , i R ; = IC 17 1 0 F, p L , di f , *1 3 . 5 a t t ; = 57 5 v F , vS , R , g b M F, p L , E 2 6 0 d e g , g b M vB , p L , R , m b M , p o f 2 ; = I C 1 7 1 2 F, R , S , N no d e s c r ; = 58 4 vF , S , di f vF , v S , R F, p L , R, di f vF , p L , g b M vF , S , R, bM vF , p L , p m E , * 1 2 p F, S , R , b M v S C l , lE , n e b u l o u s vvF, S, S Cl? eF , e S , m E 2 5 d e g , s t e l l N v F , S, R, g b M N , * 1 0 s p 2 ' F, p of 2 *1 3 , ne b s ? F, S, iF, er pB , S , R, N 11 . 5 ex c e n t r pB , R , bM , R , * 6 f 1 2 ' ee F , S, l E , v d i f , * 8 n F, p S , E, gl b M no d e s c r i p t i o n ee F C l , pL , B , R , Ri , s t 1 0 . . . 1 1 ; = M1 0 3 F, p L , f o f 2 vF , c l o s e to * 1 3 . 5 vF eF , d i f f i c , *1 0 n p 3 ' v F , vS , R , 4 ' sf 59 9 vF , D * (1 3 , 13 ) c l o s e vF , S , vl b s o u t h , d i f vF , s u s p , *9 n 3' eF , p S , R , l b M , B * s f vF , S , R, in v i n M3 3 eF , r , ne b ? F , v S , rr ? vF , p L , d i f F, S , R , N , r vF , v d i f , v l b M vF , d i f ! eB , e L , R, v g b M N ; = M3 3 eF , S , lE vF , s t e l l a r , o r * 1 3 in v F, v S , R, *1 2 p vF , S , di f , *1 3 f 0 ' . 6 * 1 1 , * 1 4 cl o s e s eF , v S , R , v g b M , *1 0 p 2 ' eF , v S (F * ? ) , 3 0 " n f 6 1 0 vB , v L , v m E 11 8 d e g , s b M , * 1 0 nf only an eF*? B , v S , R, v v l b M e e F , v S , R, p of 2 eF , p S , R , v l b M , r? F, S , R , f o f 2 vF , v S , R , b M pB , p L , i l E , g b M , r , * 8 n p 10 ' B, L, mE, gpmb M v F , pS , R , v g l b M pF , S , R, bM vF , p s b M , st e l l a r pF , S , R, bM e F , S, am v S s t p F , ps b M , s t e l l a r ne b D * , * 8 n p e F , pL , d i f none x i s t e n t pB , S , R, gb M , ** n p vF , e S , R , b M N gl o b . c l . , F, vL , R , vg , p s m b M , r r ; = M 7 4 vF , S , gb M eF , v S , R , l b M none x i s t e n t Cl , S , pR i , st 14 . . . pB , S , R, ps b M vF , i R , v g l b M vF , S , R, cF , * n r n f eF , e S , s t e l l a r e F , eS , s e v F st in v e F , vS , R F, p S , pR , * 1 3 . 5 at t F , S , R , gp m b M , p o f 2 v F , vS , v l E , s b M N F, S , d i f F, v S , R, lb M ; = 64 8 v F , vS , p o f 2 F, S , v l E , g l b M , f o f 2 v F , pS , R , g b M , * f n r , f o f 2 pB , v S , R , m b M , r eF , S , lE 17 0 d e g , l b M N , *1 0 s 4 ' vF , p S , R e F , pS , l E 1 6 0 d e g , b M N , * 8 f 1 6 s e F , S, E 0d e g , b M D* ? F, v S , R, vF * c l o s e F, p L , mE iF , 3 s t + n e b eF , e S , R , B , * p 65 2 I1 7 2 1 25 7 3 65 5 65 8 65 0 65 1 65 3 65 6 I 14 8 I 14 9 63 7 66 0 I 15 0 I1 7 2 2 I1 7 2 3 I1 7 2 4 65 7 66 4 I 15 1 65 4 I 15 2 65 9 66 1 66 2 I 15 3 66 5 66 7 I1 7 2 5 I 15 4 I1 7 2 6 I 15 6 I 15 7 I 15 8 66 3 66 6 66 8 I 16 0 I 15 9 67 1 66 9 67 0 I 15 5 I1 7 2 7 I1 7 2 8 68 5 69 0 67 2 I1 7 2 9 67 3 69 2 I 16 1 I 16 2 67 5 67 6 68 2 68 6 67 7 I 16 4 67 4 68 1 I 16 3 I1 7 3 4 67 8 69 6 68 3 69 8 67 9 68 0 68 9 I1 7 3 0 68 4 I 16 5 I1 7 3 1 I1 7 3 9 69 3 I 16 8 68 7 69 9 I 16 9 69 1 I1 7 3 3 68 8 I1 7 3 2 I1 7 3 5 I1 7 3 6 69 4 70 1 I 16 7 I1 7 3 8 69 5 70 7 69 7 70 2 I1 7 4 0 I1 7 3 7 70 6 I1 7 4 1 I 17 0 70 0 71 1 I 16 6 72 5 70 4 70 3 70 5 70 8 70 9 71 6 I1 7 4 3 71 0 72 0 I1 7 4 5 71 2 71 5 71 8 I1 7 4 2 71 4 I1 7 4 4 71 9 72 7 72 4 72 3 71 7 72 9 74 5 I1 7 4 6 75 4 75 6 72 1 72 2 100 Gx Gx Gx Gx Gx Pl Pl Gx Gx Gx OC Gx Gx Gx Gx Gx OC Gx OC OC Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 40 . 7 41 . 4 42 . 42 . 0 42 . 2 42 . 3 42 . 3 42 . 4 42 . 4 42 . 4 42 . 4 42 . 9 43 . 0 43 . 0 43 . 0 43 . 2 43 . 2 43 . 7 43 . 8 44 . 0 44 . 1 44 . 1 44 . 2 44 . 2 44 . 5 44 . 6 44 . 8 45 . 1 45 . 2 45 . 3 45 . 3 45 . 5 45 . 7 45 . 9 46 . 0 46 . 0 46 . 3 46 . 4 46 . 5 46 . 9 47 . 2 47 . 4 47 . 5 47 . 5 47 . 7 47 . 8 47 . 8 47 . 9 47 . 9 48 . 4 48 . 7 48 . 7 48 . 9 49 . 0 49 . 0 49 . 0 49 . 0 49 . 1 49 . 1 49 . 2 49 . 2 49 . 3 49 . 3 49 . 4 49 . 4 49 . 6 49 . 6 49 . 7 49 . 8 49 . 9 50 . 0 50 . 2 50 . 2 50 . 2 50 . 4 50 . 5 50 . 5 50 . 6 50 . 6 50 . 6 50 . 7 50 . 7 50 . 8 50 . 8 50 . 9 50 . 9 51 . 0 51 . 1 51 . 1 51 . 1 51 . 2 51 . 2 51 . 3 51 . 3 51 . 3 51 . 7 51 . 8 51 . 9 52 . 0 52 . 2 52 . 5 52 . 5 52 . 6 52 . 7 52 . 8 52 . 8 52 . 8 52 . 9 52 . 9 52 . 9 53 . 0 53 . 0 53 . 0 53 . 2 53 . 2 53 . 2 53 . 2 53 . 6 53 . 6 53 . 7 53 . 7 53 . 8 53 . 9 54 . 0 54 . 0 54 . 2 54 . 3 54 . 4 54 . 5 54 . 8 54 . 8 +0 7 +0 8 - 89 - 13 +1 2 +5 1 +5 1 +3 5 +2 6 +1 3 - 16 +6 4 +1 3 +0 4 - 34 +0 8 - 34 +5 5 +0 4 +1 3 +6 1 +1 3 +6 0 +2 8 +3 7 +1 2 +1 0 - 22 +2 1 +1 0 +0 4 +1 0 +1 2 - 06 +6 1 +3 4 +3 6 - 13 - 08 +1 3 +3 5 +2 7 +5 9 +2 7 - 33 - 52 - 16 +2 7 - 26 +1 1 - 48 +1 0 +1 0 +1 3 +0 5 - 14 - 23 +1 3 - 03 +2 2 - 10 +2 0 - 32 +2 2 - 34 +1 1 - 34 +3 5 +2 1 - 27 +2 1 +2 7 +2 7 +2 7 - 34 +0 6 - 08 +3 6 - 12 - 12 +2 1 +3 3 +3 5 +3 5 +3 3 +1 8 +2 2 - 09 +2 1 - 09 +2 2 - 08 +2 2 - 04 - 29 +3 6 +0 6 - 16 - 08 +3 6 +1 7 +6 1 - 16 +3 6 +3 6 +3 6 +3 6 +3 6 +1 2 +1 2 +3 6 - 13 - 16 +3 6 - 12 +0 4 +2 2 +3 6 +1 9 +1 9 - 35 - 23 - 23 +3 6 - 35 - 56 +0 4 - 56 - 16 +3 9 +2 0 59 30 20 04 35 34 35 39 09 39 18 00 38 12 11 53 15 53 14 12 53 02 42 42 41 38 26 56 47 39 37 33 52 56 15 23 27 15 39 06 33 53 47 20 36 47 43 26 53 32 39 22 31 02 54 59 48 02 55 20 26 42 45 00 55 41 50 47 58 28 58 39 38 12 03 09 32 21 03 41 46 06 16 55 06 18 00 42 55 47 35 30 21 03 57 15 18 47 32 04 30 50 31 06 09 08 10 13 32 43 02 44 40 48 50 12 43 12 50 49 52 52 46 13 49 41 48 46 43 23 41 r u c r s s d r r d m s s u c v c r s d s d s s s d r r d u z u d d s r s m m r s s d s c s r s c s c d u r s r r r D r s t c s r r r s s r m s x v d s d r r d s d r u d u s s v v s r s s d d s m d r r s r r s r s r A v r s d r D s m r u r r r r r A c v c r s r Ps c Ps c Oc t Ce t Ps c Pe r Pe r An d Ps c Ps c Ce t Ca s Ps c Ps c Sc l Ps c Sc l Ca s Ps c Ps c Ca s Ps c Ca s Tr i An d Ps c Ps c Ce t Ps c Ps c Ps c Ps c Ps c Ce t Ca s Tr i An d Ce t Ce t Ar i Tr i Tr i Ca s Tr i Fo r Er i Ce t Tr i Fo r Ar i Ph e Ps c Ps c Ar i Ps c Ce t Fo r Ar i Ce t Ar i Ce t Ar i Fo r Ar i Fo r Ar i Fo r An d Ar i Fo r Ar i Tr i Tr i Tr i Fo r Ps c Ce t An d Ce t Ce t Ar i Tr i Tr i An d Tr i Ar i Ar i Ce t Ar i Ce t Ar i Ce t Ar i Ce t Fo r An d Ps c Ce t Ce t An d Ar i Ca s Ce t An d An d An d An d An d Ar i Ar i An d Ce t Ce t An d Ce t Ps c Ar i An d Ar i Ar i Fo r Fo r Ce t An d Fo r Er i Ps c Er i Ce t An d Ar i 1. 2 3. 6 3. 2 4. 8 14 . 14 . 13 . 5 14 . 14 . 12 . 12 . 14 . 13 . 1. 0 4. 9. 1 1. 0 1. 8 3. 5 1. 6 14 . 8. 2 10 . 8 15 . 1. 8 14 . 5. 6. 5 5. 2. 2 1. 0 7. 9 13 . 14 . 3 13 . 1. 3 1. 8 16 . 2. 3 0. 8 0. 6 3. 4 2. 5 6. 2 1. 4 4. 1 6. 6 1. 9 2. 4 2. 4 1. 9 4. 3 2. 8 1. 8 1. 5 5. 0 15 . 15 . 15 . 7. 1 13 . 14 . 14 . 16 . 14 . 13 . 12 . 1 11 . 6 12 . 14 . 10 . 8 13 . 15 . 15 . 11 . 13 . 13 . 14 . 11 . 8 14 . 13 . 15 . 2. 3 2. 9 0. 6 3. 9 12 . 4 13 . 15 . 15 . 13 . 1. 7 2. 7 14 . 13 . 14 . 3. 5 12 . 1. 7 13 . 15 . 1. 4 0. 8 2. 5 3. 0 1. 2 0. 7 15 . 14 . 12 . 2 4. 7 1. 5 14 . 14 . 13 . 14 . 2. 2 0. 7 13 . 14 . 5. 1. 5 3. 3 15 . 14 . 11 . 7 14 . 14 . 15 . 14 . 15 . 15 . 2. 1 4. 4 14 . 10 . 2 14 . 2. 8 0. 7 1. 4 11 . 7 15 . 14 . 15 . 14 . 13 . 14 . 1. 5 1. 9 0. 7 2. 0 15 . 13 . 4 14 . p ee F , pS , R, v di f f i c p pB , pS , E pf , gb M , r F, S, R, gl b M , Po l a r i s s i m a Au s t r a l i s p eF , eS , gb M N p pF , pS , mE , mb M p vB , p of Dn e b ; = M7 6 p vB , f of Dn e b ; = M7 6 p vF , pL , mE , lb M , se v st in v p F, vS , R, r? ee F , pS , v di f f i c , 66 0 sf p F, pS , E pf , lb M Cl , pS , B & vF st pB , pL , E, bM , r p F, S, R, di f , *1 0 . 5 ne a r , 66 4 f F, S, cE 45 d e g F, pL , E 20 0 d e g , gl b M F, S, cE 17 5 d e g Cl , pR i , st 12 p vF , S, R eF , pS , np of 2 Cl , iF , Ri , on e *6 - 7, st 11 . . . 1 4 eF , S, R, vF * cl o s e , sf of 2 Cl , lR i , st B p F, S, R, bM , r F, S, R, mb M eF , pS , R, sp of 2 p F, S, lE , bM , r eF , S, R, *1 0 np 10 0 " F, S, pR , di f p F, vS , lb M , *1 1 . 5 sp p F, vS , gb M , *1 3 . 5 cl o s e p pB , S, R, mb M N = *1 2 ee F , S, R, D* p, nf of 2 vF , vS , R, mb M Cl , B, L, eR i , st pL p vF * in eF , eS ne b y p pF , pS , R, gb M p F, st e l l a r , 13 m p pB , S, R, mb M p eF , pS , R, be t D* & * p pF , pL , mE , gb M F, S, lE vF , eL , di f F, L, st in v , 67 2 nf F, S, E 16 0 d e g , mb M p F, vL , R, vg v l b M p vF , vS , R, lb M F, pL , mE 80 d e g pB , eS , al m st e l l , rr ? p pF , pL , E, lb M , *1 1 nf 3' B, S, R, gb M ee F , vS , R p ee F , S, lE p vF , S, R, lb M , sp of 2 p vF , E 16 1 d e g , sb M *9 p cF , S, R, gv l b M p vF , vS , R, gb M , er , 2 st nr p ee F , S, R, nf of 2 pF , S, R, be t 2 st (S Cl ? ) pB , vm E , *1 4 f 8s ; = 69 7 ? pF , cL , R, gl b M , S* p 90 " p F, pS , R, bM vF , pS , lE 10 0 d e g , bM p pB , S, iR , mb M , p of 2 F, S, R p eF , 2 st 14 p 90 " eF , S F, st e l l a r p pB , S, iR , mb M , f of 2 p vF , pL , R, gb M p F, S, R, gb M p F, vl E , *1 3 f 10 0 " ; = IC 16 5 eF , S, lE , vF * cl o s e f; = 68 4 F, E np s f , bM , pr o b sp i r cF , cS , R, mb M p pF , S, E 90 d e g , vg l b M , *1 0 nf vF , st e l l a r , *1 0 f 4' (7 0 7 f 1m a g ) p vF , st e l l a r p eF , pS , E 10 5 d e g , bn p , cu r v e d F, S, E pf , bM , r p F, cL , vg l b M F, vS , pR , r p vF , vS , r? p vF , pS , mb M ; eF st in v ? vF , vS , R p F, pS , E 21 0 d e g , gl b M p F, S, R, be t 2 st 15 F, pL , E, vg v l b M , r eF , *1 0 . 5 n 4' eF , vS , 70 1 p p vS , st e l l a r p vF , F* in ce n t r e p F, cL , E, mb M p eF , vl E 0d e g , *1 3 s 90 " pB , eS , lE , li k e D* eF , 3 or 4 vF st in ne b p F, S, bM , *1 3 n 1' p eF , eS ; = 69 0 ? F, vS , R, st e l l a r p eF , vS , R, sp 70 3 p vF * in vF , vS ne b y S Cl , ne b u l o u s ? p vF , vS , R p vF , vS , R, 2n d of 4 p vF , vS , R, 1s t of 4 p vF , vS , R, 3r d of 4 p F, pL , bM , 4t h of 4 p vF , pS , be t 2 st , gr o u p sp eF , S, R, B* f vF , pS , lb M , di f ; = 71 6 ? p vF , pS , 2 st s cB , pL , lE , ps m b M eF , eS p vF , R, am pB st eF , S, gb M N pB , S, iR , ps m b M p F, S, lE pf , gl b M p F, vS , R, 2 st 13 p an d np p F, S, R, gl b M p eF , R, vF * f F, S, R, bM vF , pL , R, gb M , S* ss p ; = 72 3 p pF , vS , R, vg b M p vF , pS , *1 5 sf 1' ee F , S, R pB , S, R, gb M F, S, pR , gb M vF , S, R, bM p F, vS , R, bM N eF , pL p vF , vS , R, be t a Ar i n 734 Gx 731 Gx I 172 Nb 713 Gx 7 2 8 ** * I 171 Gx 730 * 726 Gx 749 Gx 758 Gx I 173 Gx I174 8 Gx 747 I174 9 Gx I 174 Gx I 175 Nb 733 Gx 741 Gx 748 Gx 755 Gx 757 I175 0 Gx I175 1 732 Gx 742 Gx 735 Gx 736 Gx 737 796 C+N 738 Gx 740 Gx I 176 Gx I175 4 Gx I175 8 739 Gx I175 6 762 Gx I 177 I175 7 764 D* I175 5 Gx I175 2 I175 3 763 750 Gx I176 0 751 Gx I174 7 Pl 753 Gx 752 OC 759 Gx 760 D* 761 Gx 782 Gx I176 2 Gx 746 Gx I175 9 Gx 744 OC 775 Gx 743 OC 766 Gx 768 Gx 765 Gx I176 3 767 Gx I 178 I176 1 Gx 773 Gx 802 Gx 770 Gx 772 Gx 774 Gx 769 Gx I 183 Gx 779 Gx 795 Gx I 182 Gx 776 Gx I 184 Gx I 180 Gx I 181 Gx I176 7 781 Gx I 185 Gx 777 Gx I 179 778 Gx I 186 Gx I176 4 Gx 780 Gx I176 5 I176 8 Gx I176 9 787 Gx 783 Gx 788 Gx I176 6 784 Gx 786 Gx 790 Gx 813 Gx 791 Gx 785 Gx I 187 I 189 Gx I 188 I 190 Gx I177 0 792 Gx 799 Gx 800 Gx I177 1 789 Gx 794 Gx I 191 I 192 Gx I177 2 Gx I 193 793 814 Gx 815 Gx I 194 Gx 771 797 Gx 798 Gx 806 Gx 801 Gx I 195 Gx 803 Gx 804 Gx I 196 Gx 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 54 . 8 54 . 9 54 . 9 55 . 1 55 . 1 55 . 2 55 . 3 55 . 6 55 . 6 56 . 0 56 . 0 56 . 1 56 . 2 56 . 2 56 . 3 56 . 3 56 . 4 56 . 4 56 . 4 56 . 4 56 . 4 56 . 4 56 . 4 56 . 5 56 . 5 56 . 6 56 . 7 56 . 7 56 . 7 56 . 9 56 . 9 56 . 9 56 . 9 56 . 9 57 . 0 57 . 0 57 . 1 57 . 1 57 . 1 57 . 2 57 . 2 57 . 3 57 . 3 57 . 4 57 . 5 57 . 5 57 . 6 57 . 6 57 . 7 57 . 8 57 . 8 57 . 8 57 . 8 57 . 8 57 . 8 57 . 9 57 . 9 58 . 4 58 . 5 58 . 7 58 . 7 58 . 7 58 . 8 58 . 8 58 . 9 58 . 9 58 . 9 59 . 0 59 . 1 59 . 2 59 . 3 59 . 4 59 . 5 59 . 6 59 . 7 59 . 8 59 . 8 59 . 9 59 . 9 00 . 0 00 . 0 00 . 0 00 . 1 00 . 1 00 . 2 00 . 2 00 . 3 00 . 4 00 . 4 00 . 5 00 . 6 00 . 8 00 . 9 01 . 0 01 . 1 01 . 1 01 . 2 01 . 3 01 . 5 01 . 5 01 . 6 01 . 7 01 . 8 01 . 9 01 . 9 02 . 0 02 . 1 02 . 2 02 . 3 02 . 3 02 . 3 02 . 3 02 . 5 02 . 5 02 . 5 02 . 5 02 . 6 02 . 7 02 . 9 02 . 9 02 . 9 03 . 1 03 . 4 03 . 4 03 . 4 03 . 6 03 . 7 03 . 7 03 . 8 03 . 9 03 . 9 - 17 - 09 +00 - 09 +04 +35 +05 - 10 - 29 - 03 +01 +17 - 09 +06 +03 +01 +33 +05 - 04 - 09 - 08 +04 +05 +36 +05 +34 +33 +33 - 74 +33 +33 - 02 +04 - 16 +33 - 00 - 05 - 00 - 00 - 16 +14 +28 +28 - 08 +33 - 32 +33 +63 +35 +37 +36 +33 +33 - 57 - 33 +44 - 32 +55 - 26 +60 +08 +00 +24 - 27 - 09 +36 +00 - 11 - 67 +18 +19 +14 +30 - 05 - 05 - 55 +07 +23 - 06 +23 +23 - 11 +12 - 01 +31 +38 +31 - 01 +24 +28 +31 - 25 - 31 - 09 +31 - 06 +31 +28 +15 - 05 - 68 +08 +31 +26 +23 +27 +23 +09 +15 - 00 - 00 +09 +32 +18 +18 +16 +07 +11 +32 - 14 - 14 +02 +72 +38 +32 - 09 +38 +14 +16 +30 +14 03 01 49 05 12 17 37 49 57 06 17 39 28 45 46 20 04 38 28 04 55 05 38 48 38 11 03 03 13 03 01 01 02 32 14 28 26 09 29 02 34 37 36 59 13 00 12 20 55 41 20 21 23 46 14 56 59 29 18 11 20 31 53 47 35 37 34 31 52 57 01 01 54 22 58 49 25 38 50 37 40 07 38 31 26 02 17 33 34 13 51 02 55 00 52 49 47 50 38 23 26 29 49 28 33 02 32 59 42 06 08 58 04 22 22 01 44 05 00 38 42 36 25 07 04 56 15 42 02 49 43 r s x r r u r r r r v u r u u x r s v v r u x r s s s D r r s u u d r d r d d F u d d r s d s s s s s r s s c s c s r s r r r d r d z r c s s r r m s c u r m z z d r m s D r z u r x c d r s s x s r r c r r d m d m d r r r d r r x u m d r A A u s r r r r u s r a Cet Cet Cet Cet Psc Tri Psc Cet For Cet Cet Ari Cet Psc Psc Cet Tri Psc Cet Cet Cet Psc Psc And Psc Tri Tri Tri Hyi Tri Tri Cet Psc Cet Tri Cet Cet Cet Cet Cet Ari Tri Tri Cet Tri For Tri Cas And And And Tri Tri Eri For And For Per For Cas Psc Cet Ari For Cet And Cet Cet Hyi Ari Ari Ari Tri Cet Cet Eri Psc Ari Cet Ari Ari Cet Ari Cet Tri And Tri Cet Ari Tri Tri For For Cet Tri Cet Tri Tri Ari Cet Hyi Psc Tri Tri Ari Tri Ari Psc Ari Cet Cet Psc Tri Ari Ari Ari Psc Ari Tri Cet Cet Cet Cas And Tri Cet And Ari Ari Tri Ari 1. 7 0.1 2.5 1.2 1.2 1.2 1.7 0.2 3. 2 2.9 4. 0 1.1 0.2 2.0 2. 0 1. 7 2.4 1.1 1.6 1. 6 1.3 0.2 2.9 50. 2.1 1. 6 2. 1 1.7 1. 9 1.8 11. 5. 0.7 1. 3 7.1 1.0 4. 1 1. 5 2.0 1.0 0.5 3. 0 1.7 1.9 1. 8 1. 8 6.2 1.3 0.7 0.3 1.1 0.6 1.7 1.5 3.3 vF , v S , R , b M N , * 1 1 p 11 s 13 . p e F , st e l l a r pB , S , R, bM 1 5 . p eF , p S , E 90 d e g , g l b M N , *1 4 n p su s p e c t e d ne b 1 4 . p pB , p S , c E , * n f v F , ve r y st e l l a r 1 4 . p vF , p L , i R , *9 3' f 1 4 . p pB , S , E, bM v F , vS F, p S , R, lb M 1 5 . p vF e F , pS , l E 1 8 0 d e g 1 5 . p F, S , E n s , bi N , r 1 5 . p ne b * 1 3 vF , d i f , d i f f i c vF , 2 ' p 7 3 6 11 . 3 p F , S, R, p of 2 , p o s 10 2 d e g pF , * 9 np v F , pS , v l E F , S , g b M N ; = 75 5 ? 1 5 . p vF , v S , p R , N pB , p S , R , * 9 n p ; = 74 1 15 . p v F * in vF , v S , R ne b y 1 5 . p vF , v S , R , s b M , f o f 2 1 4 . p ee F , st e l l a r 12 . 2 p B , R, bM o n l y a fa i n t s t a r e F , vS , R , * n p 2 5 " 15 . p n e b , 7 5 " nf 73 6 15 . p F , L , c E 1 5 . p pB , S 1 5 . p F, S , g b M F, e S , sb M * 1 1 15 . p c F , vS , R , i n tr i a n g l e o f s t vF , E n p s f , *1 3 c l o s e sf 13 . p v F , S, lE , v g l b M F, v S , R, di f eF , v S , R eF , v S , i R , gb M 1 5 . p F, S , d i f F, v S , *1 4 . 5 a t t F, v S , di f , 14 . 5 cl o s e v F , pL , E 6 5 d e g , g b M N 12 . 2 c B , pL , R , D w i t h 7 5 1 at 2 5 " , p o s 17 3 d e g eF , p S , R , (d e c l 1 d e g f a r t h e r s? ) 12.5 pF , e S , R , b M , Dn e b wi t h 75 0 1 4 . p PN , st e l l 12.4 pB , p L , R , g m b M 5. 7 Cl , v v L , R i , s t L & sc 1 4 . p Cl , v S , R v F , R, 76 1 n f 15 . p p F , cL , 4 F st n r 13 . p p B , pL , l E , *1 2 a t t ee F , pS , R , *7 nf 13 . p v F , pS , l E , se v s t nr pB , v S , R , b M , *1 0 c l o s e sp 7. 9 Cl , p L , p R i , i F , st 11 . . . 1 3 14 . p p F , S, R, g l b M C l , no t R i , D* ( h 1 0 9 8 ) 14 . p v F , S, R, * 1 1 at 2' , p o s 7 5 d e g 1 4 . p eF , p S , R , * 8 f 3 0 s 1 4 . p vF , v S ee F , S, R , * 8 s s f 1 4 . p eF , p S , E 16 0 d e g pF , N = 1 3 m 1 5 . p vF , v S , R , g b M N 1 4 . p cF , p L , E 0d e g , gl b M ee F , vS , R , *1 3 p 1 0 0 " 14 . p v F , S, R, s p 7 7 2 10.3 B, c L , R, gb M , r 14 . p v F , st e l l a r 13 . p v F , vS , i R , bM , F * at t 1 5 . p F, v S , R, lb M 11 . 0 c B , L, mE 1 6 2 d e g , mb M p F , S, R, 2 st 1 1 n r 1 5 . p F, p L , bi N 1 3 . p F, p L 1 4 . p eF , v S 1 5 . p vF , e S , R , s t e l l a r , sf 7 7 6 1 6 . p eF , e S , s t e l l a r eF , p S , b e t 2 s t 10 . 5 , 2 st n 1 4 . p eF , s t e l l a r 1 6 . p eF , v S , d i f 12 . p p B , pL , R , g l b M pB , S , lE , * 9 . 5 n f 14 . p e F , vS , R , l b M 1 5 . p F, d o u b l e , d i s t 1 5 " 1 4 . p F, v S , R, lb M 14 . p v F , vS , E , 3 s t p S* a t t p; = 78 3 ee F , pS , R , 3 s t 9 s f , v di f f i c eF , e S , m E 8 0 d e g 13 . p v F , S 13 . p e F , S, iR , v F st at t ; = IC 17 6 5 12 . 3 p F , pS , R , b M no d e s c r ; = 78 5 11.8 vF , L , E ( d o u b l e ? ) 1 4 . p eF , v S 1 3 . p cF , c S , R , b M pF , S , R, gb M 1 5 . p vF , S , *1 4 f 3 ' 14 . p e F , eS , v F * at t ; = IC 17 6 6 ee F , R 1 5 . p vF , v S , R , * 1 3 . 5 cl o s e ee F , vS , R 1 5 . p F, v S , R, mb M F, v S , R, st e l l 14 . p e F , S, R, * 1 1 75 d e g 1 4 . p ee F , pS , R , n o f 2 1 4 . p ee F , S, R , s o f 2 F, v S , R, st e l l 14 . p v F , S, lE 14 . p v F , cS , s t e l l a r ; = IC 19 1 pB , p L , l E ; = 7 9 4 1 5 . p F, L , R , l b M 1 5 . p F, S , s l b M , *8 . 5 16 6 " n eF , p S , l E , B* sf , F * f vvF, bet 2 st, sf 789 16 . p e F , S, R, g b M 1 6 . p eF , v S , R , g b M 1 5 . p vF , v S , R , * 9 . 5 f 1 5 s 4. 0 su s p e c t e d ne b * (5 0 C a s ) 1 3 . p vF , S , iR , s b M , * n r 14 . p e F , vS 14 . p e e F , S , R , v d i f f i c , p B * n 13 . p e F , pS , i R , D* c l o s e f 1 4 . p ee F , S, R , F * s 12.4 vF , S , iR , g l b M , *1 0 p 3 s . 5 1 4 . p ee F , vS , R , lb M pF , p S , R , 3 s t n r I1 7 7 4 Gx 80 8 Gx I1 7 7 3 Gx I 19 7 Gx 80 5 Gx 80 9 Gx 81 1 Gx 80 7 Gx I1 7 7 6 Gx 81 0 Gx I1 7 7 5 Gx I 19 8 Gx I1 7 7 7 Gx I 19 9 Gx I1 7 7 8 I1 7 7 9 Gx 82 2 Gx 81 2 Gx 82 4 Gx I1 7 8 1 Gx I1 7 8 0 Gx 82 3 Gx I 20 1 I1 7 8 2 Gx I 20 0 I 20 4 I 20 5 Gx I 20 2 Gx I 20 3 I 20 6 I 20 7 81 6 Gx 81 7 82 0 Gx 82 1 Gx I 20 8 Gx 81 9 Gx 82 5 Gx 81 8 Gx 82 9 Gx 82 7 Gx 85 2 Gx 83 0 Gx I 20 9 Gx 83 3 Gx 82 6 Gx 83 5 Gx I 21 0 83 1 Gx 83 8 Gx 83 9 Gx 84 2 Gx 83 2 Gx I1 7 8 3 Gx 82 8 Gx 84 0 Gx 84 4 Gx 84 9 Gx 84 8 Gx 83 7 Gx 83 6 Gx 83 4 Gx 84 3 ** * I 21 1 Gx 85 0 Gx 85 1 Gx 84 1 Gx 85 4 Gx 85 3 Gx 84 6 Gx 84 7 Gx 84 5 Gx 85 8 Gx 85 7 Gx 86 2 Gx 85 6 Gx I 21 2 Gx 85 9 85 5 Gx I 21 3 Gx I 21 4 Gx I 21 5 Gx 86 3 Gx 86 6 88 5 86 0 Gx 87 2 Gx 86 4 Gx 86 1 Gx I 21 6 Gx I1 7 8 8 Gx 86 7 86 8 Gx I1 7 8 6 Gx 86 5 Gx 87 4 I 21 7 I1 7 8 4 Gx I1 7 8 7 I1 7 8 5 87 3 Gx 87 9 Gx 87 5 Gx I 21 8 Gx 87 0 Gx 87 1 Gx 88 8 Gx I1 7 9 0 I1 7 9 1 Gx 87 8 Gx 87 6 Gx 87 7 Gx 28 5 " I1 7 8 9 88 0 Gx I 21 9 88 1 Gx 86 9 OC 88 3 Gx I1 7 9 2 Gx 88 9 Gx I 22 0 88 7 Gx 88 2 Gx 89 3 Gx 89 2 Gx 89 7 Gx I1 7 9 4 Nb 89 4 89 5 Gx I1 7 9 3 Gx 101 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 03 . 9 04 . 0 04 . 0 04 . 1 04 . 4 04 . 4 04 . 7 04 . 8 05 . 2 05 . 3 05 . 3 06 . 1 06 . 1 06 . 3 06 . 3 06 . 5 06 . 6 06 . 8 06 . 8 06 . 9 07 . 0 07 . 3 07 . 3 07 . 3 07 . 4 07 . 4 07 . 4 07 . 5 07 . 5 07 . 5 07 . 7 08 . 0 08 . 4 08 . 4 08 . 4 08 . 4 08 . 5 08 . 5 08 . 7 08 . 7 08 . 8 08 . 9 09 . 0 09 . 0 09 . 3 09 . 4 09 . 4 09 . 4 09 . 5 09 . 6 09 . 7 09 . 8 10 . 1 10 . 1 10 . 2 10 . 2 10 . 2 10 . 2 10 . 3 10 . 4 10 . 5 11 . 0 11 . 1 11 . 1 11 . 2 11 . 2 11 . 3 11 . 6 11 . 8 12 . 2 12 . 2 12 . 3 12 . 5 12 . 6 13 . 0 13 . 6 13 . 6 13 . 9 14 . 0 14 . 0 14 . 0 14 . 2 14 . 6 14 . 6 14 . 6 15 . 1 15 . 4 15 . 5 15 . 8 15 . 8 15 . 8 15 . 9 16 . 0 16 . 0 16 . 1 16 . 1 16 . 2 16 . 2 16 . 2 16 . 4 16 . 6 16 . 8 17 . 1 17 . 1 17 . 2 17 . 2 17 . 5 17 . 6 17 . 7 17 . 8 17 . 9 18 . 0 +1 5 - 23 +3 0 +0 2 +2 8 - 08 - 10 +2 8 +0 6 +1 3 +1 3 +0 9 +1 5 +0 9 +0 9 +0 3 - 41 +4 4 - 36 - 00 +1 4 - 25 +0 9 - 25 +3 1 - 01 - 02 +0 9 +0 9 - 07 - 06 +2 9 +1 7 +1 4 +1 1 +0 6 +2 9 +0 6 +3 8 - 07 +0 7 - 56 - 07 - 07 - 10 +3 0 - 10 - 09 +0 6 - 10 - 10 - 07 +3 5 - 32 +3 9 +0 7 +0 6 - 22 - 10 - 22 - 22 +3 7 +3 2 +0 3 - 01 +0 3 +3 7 - 35 - 09 +4 4 +4 4 +3 7 - 22 - 31 - 42 - 00 +1 6 - 00 +2 7 +1 6 +0 5 - 06 - 00 - 00 - 00 +3 0 - 17 +0 6 +3 5 - 02 - 31 +0 1 - 00 +0 5 +2 8 - 23 - 11 +3 2 - 11 +3 2 - 11 - 08 +0 1 +0 1 +1 4 +1 4 - 59 +1 2 +1 2 - 23 +1 4 +1 4 18 19 49 47 48 43 06 59 06 14 31 17 12 13 13 41 09 34 28 31 44 27 06 27 10 23 06 10 07 02 59 15 12 20 00 23 14 19 47 47 58 44 46 04 08 44 08 40 06 09 11 45 32 56 12 50 03 19 19 26 04 40 06 52 30 47 30 51 18 34 34 29 27 57 04 44 36 44 53 28 11 47 46 46 46 47 48 00 55 01 12 03 44 09 36 11 56 39 57 39 20 58 14 18 33 33 52 30 29 22 31 33 u v u u r r r r u r m v z u d z r s r z m r d c d d u u d d d r D r s m r r s v r r r h s r s d r s s v r s s s r r s r r r r v r s s r r r D r s r r r z F r z u m s F F r r s r z s F r z r D d s d d r r r m r s c d u r v s Ar i Ce t Tr i Ps c Tr i Ce t Ce t Tr i Ps c Ar i Ar i Ps c Ar i Ps c Ps c Ce t Ph e An d Fo r Ce t Ar i Fo r Ce t Fo r Tr i Ce t Ce t Ce t Ce t Ce t Ce t Tr i Ar i Ar i Ar i Ce t Tr i Ce t An d Ce t Ce t Er i Ce t Ce t Ce t Tr i Ce t Ce t Ce t Ce t Ce t Ce t Tr i Fo r An d Ce t Ce t Ce t Ce t Ce t Ce t An d Tr i Ce t Ce t Ce t An d Fo r Ce t An d An d An d Ce t Fo r Ph e Ce t Ar i Ce t Tr i Ar i Ce t Ce t Ce t Ce t Ce t Tr i Ce t Ce t Tr i Ce t Fo r Ce t Ce t Ce t Tr i Ce t Ce t Tr i Ce t Tr i Ce t Ce t Ce t Ce t Ar i Ar i Ho r Ar i Ar i Ce t Ar i Ar i 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 18 . 2 18 . 4 18 . 6 18 . 7 19 . 0 19 . 0 19 . 0 19 . 1 19 . 2 19 . 6 19 . 7 20 . 0 20 . 7 21 . 1 21 . 5 21 . 6 21 . 6 21 . 6 +3 2 - 04 - 06 - 06 +5 7 - 06 +3 4 - 41 - 12 - 16 +1 5 - 41 - 23 - 33 +1 5 - 05 - 05 +3 2 24 11 55 35 09 45 29 45 47 04 49 23 07 42 46 30 31 34 d F d s s r u r d r r r r r x r s u Tr i Ce t Ce t Ce t Pe r Ce t Tr i Ph e Ce t Ce t Ar i Ph e Ce t Fo r Ar i Ce t Ce t Tr i 2. 1 1. 6 1. 4 1. 0 2. 3 0. 6 1. 4 1. 6 3. 2 0. 6 2. 2 1. 1 1. 6 3. 5 1. 5 3. 2 1. 4 0. 8 1. 9 1. 4 1. 7 1. 8 2. 0 3. 2 2. 5 1. 9 2. 5 1. 5 2. 0 1. 6 0. 9 1. 0 1. 4 4. 6 2. 5 1. 6 0. 7 1. 3 1. 3 1. 2 2. 1 2. 3 2. 9 30 . 1. 7 15 . p vF , di f vF , pS , vl E 15 . p vF , vS , gb M , r 14 . p pB , S, E 22 5 d e g gb M 14 . p eF , eS , R, 2 st 14 p 14 . p vF , S, R 14 . p eF , eS , R (n e b ? ) , *1 0 s 1' 14 . p vF , vS , iR , be t 2 st n & sp 14 . p F, pL , iR , di f 15 . p vF , vS , R, bM 15 . p F, S, di f , *1 3 . 5 nr pB , pS , R, bM 16 . p F, eS , R, st e l l 15 . p F, S, R, bM F, S, R, gb M N 15 . p F, S, R, *1 4 nr cF , vS , R, sb M , r 13 . p eF , pL , E 45 d e g , bM F, S, R, vs v m b M *1 3 15 . p F, vS , R, N 15 . p F, S, di f , se v st 9- 10 nr 14 . p vF , vF D* in v vF , S, di f vF , D* in ne b ; = 82 3 pB , pL , R, bM no de s c r i p t i o n 15 . p pB , vS , ir r R 15 . p vF , vS , di f vF , vS , R, *1 0 sf pF , S, ir r R pF , S, ir r R 15 . p vF , vS , iF 14 . p eF , vS , R, 2 st nr 13 . p F, vS , R, bM 10 . 8 pB , vS , vl E , sv m b M , *1 0 np 1' 13 . p vF , pL , di f 14 . p pF , vS , R, *1 3 n 14 . p F, S, mE 13 . p pB , cL , lE , mb M F, S, *1 1 s, 1s t of 3 14 . p vF , S, E, bM , am st pF , pS , R, gl b M , r 14 . p pF , vS , R, 2n d of 3 13 . p pB , S, di f 12 . 7 F, S, R, 1s t of 4 15 . p eF , S, R, lb M 12 . 2 F, S, R, 2n d of 4 no de s c r i p t i o n 15 . p vF , pS 12 . 8 vF , vS , R, 3r d of 4 13 . 0 vF , pS , R, 4t h of 4 vF , vS , R, ps b M , 3r d of 3 F, vS , *9 - 10 sp 13 . p pF , vS , mE ns , F* p 13 . p pB , S, iR , D* f 15 s 15 . p eF , vS 15 . p F, S eF , vS , R (n e b ? ) 13 . 1 ee F , pL , v di f f i c , * nf 15 . p eF , pS , mE 0d e g , *1 0 n 1' 14 . p eF , S, R, gb M N 13 . p vF , S, lE gl o b . cl . , F, S, R F, pS , R, bM , 85 1 sf 14 . p eF , eS , iF 15 . p eF , pS , R, v di f f i c 13 . p pB , vS , mb M N = *1 3 - 14 cF , pS , lE 0d e g , gb M 13 . p F, S, E 13 . p eF , vS , R, gb M vF , pL , R; = 84 6 14 . p vF , iF , st e l l a r 13 . p eF , pL , R 13 . p cB , S, E, ps m b M F, vS , sv m b M 14 . p eF , S, lE , F* cl o s e f 16 . p F, vS , R, st e l l a r pF , pS , R, lb M ; = 85 6 13 . p F, S, lE 90 d e g , bM 15 . p F, S, gb M , *1 3 . 5 cl o s e 14 . p pB , S, gb M , r 15 . p pB , E pf 14 . p vF , R, bM , st e l l a r pF , pS , R, lb M ; = 86 3 vF , pS , R, lb M ; = 86 3 15 . p *1 3 in F ne b 14 . p vF , pS , mE 0d e g , gv l b M , se v 11 . 0 eF , cL , R, gb M , *1 2 sf at t 15 . p vF , S, D* at t sp 16 . p vF , eS , R, lb M 12 . 4 pF , pS , R, 2 st nf eF , vS , R, bM ; = 87 5 15 . p eF , pS , R 15 . p vF , vS , R, N 14 . p eF , eS , iR no ne b y ; = D* ? F, pL , E ns 13 . 2 F, L, E pf , gb M eF , vm E , be t 2 st pf , *8 nf F, S, R, st e l l 13 . p F, pL , R, vg l b M eF , pS , iR , bM 14 . p vF , vS 15 . p vF , S, di f , *1 3 . 5 cl o s e , 87 5 16 . p eF , st e l l a r , 2 vF st sp , s of 13 . 5 vF , vS , E, *1 0 sf 5' eF , S, R, 2 or 3 vF st nr F, S, di f 15 . p S, R, li k e ne b *1 1 15 . p eF , vS , R eF , S, R, 10 7 " sp 87 7 11 . 8 pF , pL , lE , pg b M , *1 2 sf 1' , 4. p 13 . p 15 . p 13 . p 15 . p 3. 6 1. 8 11 . 8 15 . p F st in v sf 87 1 *9 16 6 d e g F, S, iF , ? eF , vS , R, sb M N pB , S, st e l l a r F, pS , E, bM , 2 or 3 st nr ! Cl , vv L , vR i , st 7. . . 1 4 pF , pS , vl E , bM , D* nr F, S, pR , gb M , r vF , vS , R, bM , *7 sf vF , di f , vl b M F, S, iR , pg b M eF , R, gb M , *1 6 nr pF , pS , R, lb M , *8 f 4' eF , eS , E? , ne b ? pB , S, R, ps b M , *1 0 f 35 " F, vS , di f , r vF , E, bM , Dn e b wi t h 89 5 , co n n F, vL , iR , gb M , Dn e b wi t h 89 4 , F, S, E 20 0 d e g , gl b M co n n , 899 Gx 890 Gx I 223 Gx 884 OC 902 Gx 891 Gx 905 Gx I 221 Gx I 222 Gx I179 6 Gx 907 Gx 908 Gx 898 Gx 886 900 Gx 901 903 Gx 904 Gx I 224 Gx 896 Nb 922 Gx 906 Gx 909 Gx 910 Gx I179 7 Gx 915 Gx 916 Gx 911 Gx 912 Gx 913 Gx 918 Gx 914 Gx 917 926 Gx 919 Gx I179 8 939 Gx I 225 Gx I179 5 Nb 921 Gx 927 Gx 944 Gx I 228 Gx 924 Gx 925 Gx 929 Gx I 229 923 Gx 934 Gx 936 Gx 928 Gx I 226 Gx 920 Gx 930 Gx 932 Gx I 227 Gx 935 Gx I180 1 931 Gx 938 Gx 941 Gx 947 Gx 945 Gx I180 0 OC I179 9 Gx I180 2 948 Gx 951 Gx I 230 954 Gx 933 Gx 942 Gx 943 Gx 950 Gx I180 3 940 Gx I180 4 I181 0 Gx 937 Gx I181 2 Gx I180 6 I 231 Gx I180 7 Gx 963 Gx I180 8 Gx 955 Gx I181 1 Gx 946 Gx 958 Gx 949 Gx I181 3 Gx 964 Gx I181 4 Gx 953 Gx 961 I 232 Gx 952 979 Gx 960 Gx I 233 Gx I180 9 Gx I 234 Gx 966 Gx I181 6 Gx 967 Gx 959 Gx 956 OC 965 Gx I 1 8 0 5 C+ N 962 Gx I 235 Gx 981 Gx I 236 977 Gx 975 Gx I 237 Gx 957 OC 986 Gx 989 Gx I181 7 976 Gx 968 Gx 969 Gx I181 8 970 Gx 971 Gx 972 Gx 973 Gx I181 5 Gx 974 Gx 985 Gx 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 21 . 9 22 . 0 22 . 0 22 . 4 22 . 4 22 . 6 22 . 6 22 . 7 22 . 7 22 . 8 23 . 0 23 . 1 23 . 3 23 . 5 23 . 5 23 . 6 23 . 8 24 . 0 24 . 7 24 . 8 25 . 1 25 . 2 25 . 4 25 . 4 25 . 5 25 . 7 25 . 7 25 . 8 25 . 8 25 . 8 25 . 9 26 . 1 26 . 1 26 . 1 26 . 2 26 . 3 26 . 4 26 . 5 26 . 5 26 . 6 26 . 6 26 . 7 26 . 7 26 . 8 27 . 3 27 . 3 27 . 4 27 . 6 27 . 6 27 . 6 27 . 7 27 . 7 27 . 8 27 . 9 27 . 9 28 . 0 28 . 2 28 . 2 28 . 3 28 . 5 28 . 5 28 . 5 28 . 6 28 . 6 28 . 7 28 . 7 28 . 8 28 . 8 28 . 8 28 . 9 29 . 2 29 . 2 29 . 2 29 . 2 29 . 3 29 . 4 29 . 4 29 . 4 29 . 5 29 . 5 29 . 6 30 . 0 30 . 4 30 . 5 30 . 5 30 . 6 30 . 6 30 . 7 30 . 7 30 . 8 30 . 8 31 . 1 31 . 1 31 . 2 31 . 2 31 . 2 31 . 3 31 . 5 31 . 6 31 . 6 31 . 6 31 . 7 31 . 8 31 . 9 32 . 2 32 . 3 32 . 4 32 . 5 32 . 7 32 . 8 32 . 8 32 . 9 32 . 9 33 . 0 33 . 2 33 . 5 33 . 6 33 . 6 33 . 8 33 . 8 34 . 0 34 . 1 34 . 1 34 . 1 34 . 2 34 . 2 34 . 2 34 . 3 34 . 3 34 . 4 34 . 6 - 20 +33 - 20 +57 - 16 +42 - 08 +28 +11 - 41 - 20 - 21 +41 +63 +26 +26 +27 +27 - 12 +61 - 24 +42 +42 +41 +20 +27 +27 +41 +41 +41 +18 +42 +32 - 00 +27 +13 - 44 +01 +62 - 15 +12 - 14 - 14 +20 +33 - 12 - 23 +41 - 00 - 01 +27 +28 +45 +20 +20 +28 +19 +19 +31 +20 - 01 - 19 - 10 +31 +45 +23 - 10 - 22 - 10 - 41 +45 - 10 - 10 - 11 +23 +31 +23 - 43 +42 - 42 +22 +01 +22 - 04 - 04 - 01 - 34 +42 - 02 +37 - 34 - 36 - 36 +29 - 06 +01 +34 - 44 - 09 +02 +22 - 00 - 19 - 36 - 17 +35 +44 - 18 +61 +28 +20 - 10 - 00 - 10 +09 +01 +57 - 39 - 16 +11 +20 +34 +32 - 11 +33 +32 +29 +32 +32 +32 - 08 48 16 45 07 40 21 43 16 38 22 43 14 57 47 31 34 22 21 34 54 47 06 03 50 24 14 15 59 47 48 30 09 14 20 13 27 26 09 04 50 09 30 31 30 35 05 49 59 14 09 14 11 58 20 19 10 36 35 19 17 09 04 32 24 58 07 31 20 50 25 56 50 50 01 09 39 10 04 16 49 57 10 57 14 14 07 16 15 57 08 13 01 02 36 54 15 45 31 17 49 55 08 53 40 13 30 39 39 27 05 39 57 08 44 37 08 32 02 30 12 59 30 58 02 00 59 19 31 26 59 47 s s c s r s r u m c s s s r r r r r m s s s r s u r r r r r s r r s r d r u x r s r m r s r d r r s r u r r u u r d r r s s s x u d s r d v r s v r d r d c r c d u z F m s c r s s c r c r r u r r r z u z r c r s s r s r v r d r r m s s r d s r r d r r s r u r s Cet Tri Cet Per Cet And Cet Tri Ari Phe Cet Cet And Cas Ari Ari Ari Ari Cet Cas For And And And Ari Ari Ari And And And Ari And Tri Cet Ari Ari Eri Cet Cas Cet Ari Cet Cet Ari Tri Cet Cet And Cet Cet Ari Tri And Ari Ari Tri Ari Ari Tri Ari Cet Cet Cet Tri And Ari Cet Cet Cet Eri And Cet Cet Cet Ari Tri Ari Eri And Eri Ari Cet Ari Cet Cet Cet For And Cet Tri For For For Tri Cet Cet Tri Eri Cet Cet Ari Cet Cet For Cet Tri And Cet Cas Ari Ari Cet Cet Cet Cet Cet Per For Cet Ari Ari Tri Tri Cet Tri Tri Ari Tri Tri Tri Cet 1.9 2. 9 1.4 30. 13.5 2.2 0.6 1.5 1.9 5.5 2.1 0.5 27. 1.9 2.0 2.3 1.2 3. 4 2. 5 1.8 20. 1. 4 0.8 9. 8 5. 2 2.3 1. 9 2.3 2. 8 2. 6 2.5 1.3 1.4 1.4 2.1 1.1 0.6 3. 0 1.9 2.8 2.8 1.6 2.1 1.7 1.2 1.9 2. 2 8. 60. 0.5 0.5 11. 3.7 1. 7 3.6 2.0 1. 3 1 3 . p pB , S , gb M , r, D* p 12 . p B , S , R , bM , 3 F st s p vF , S , di f , vF st e l l N 4. p ! Cl , v L , vR i , ru b y * M 14 . p e F , vS , R 10 . 0 ! B, v L , vm E 2 2 d e g e F , eS , R , * ? 1 4 . p F, p L , R 1 4 . p F, S , i r r , N , e x c e n t r vF , v S , R 1 3 . p F, S , E 9 0 d e g , g b M 10.2 cB , v L , E 1 4 . p eF , v S , l E Cl , L , lC , s c , st 9 . . . 1 3 1 5 . p vF , v S , s t e l l a r eF , v S ; = 90 0 ? eF , e S , R 1 5 . p vF , v S , R , l b M 1 4 . p F, S , i r r R, l b M e F , pL , i F 12.2 cF , p L , R , g p m b M 1 4 . p eF , i E 1 4 . p vF , v S , v S * in v 1 5 . p vF , p S , s t e l l a r 1 5 . p F, v S , iF , d i f 15 . p e F , vS , s t e l l a r 15 . p e F 14 . p e F , vS , R , b M 1 5 . p F, v S , R, bM e F , vS , l b M 13 . p p F , L, R, * 1 0 sf 3' 14 . p e F , pL , d i f v F , S, R, 4 st n r ( v S Cl ? ) 14 . p v F , pS 15 . p e F vF , v S , s b M *1 5 vvF, S, R, gvlb M 1 5 . p F, S , R , v l b M , *1 4 n f 2' pa t c h o f n e b y 14 . p e F , S, R, g b M 15 . p F , S , b M 14 . p e F , S, mE 0 d e g , sb M ; = IC 22 8 1 4 . p vS , R , gb M 1 4 . p eF , v S , i R 10 . 0 c F , cL , E , v g b M , 2 st 13 n p 15 . p e F , S, E 17 0 d e g , * 8 . 5 n 4 ' ne b , 10 m 1 4 . p vF , S , R, gs b M 1 4 . p vF , e S , P N ? 10 . 1 v B , vL , R , m b M N , p of 2 14 . p e F , vS , s t e l l a r 1 6 . p pF , S , R, bM , 2 F s t n 1 5 . p eF , e S , R , 1 o r 2 e F st n r 13 . p e F , S, iR , v g b M , 93 2 s f 1' 14 . p F , S , l E , 3 st i n v 1 5 . p F, p S , R, lb M 1 4 . p pB , p S , R , * f 6s F, S , g l b M , di f 1 4 . p F, p L , iR 1 4 . p pB , S , R, lb M , *1 1 s f 12 . 4 v F , cL , R , f o f 2 12 . p p B , E, gb M 1 2 . p vF , L , iR , g l b M eF , S ; eS Cl ? 1 5 . p vF , S , lb M , *1 3 p 0 ' . 5 *1 1 n p 1' 1 4 . p vF , S , R 1 5 . p eF , S , E 0 d e g , D * ? eF , S , *9 . 4 np 9' v F , pL , l E , gb M , *8 s f 3 ' 15 . p e F , eS , R , B * nf 1 4 . p vF , R , Dn e b wi t h 94 3 , F N u c l vF , R , Dn e b wi t h 94 2 , F N u c l 14 . p e F , S, gb M st e l l N 1 3 . p F, S , R , b M no d e s c r vF , R , st e l l N 1 5 . p vF * s l i g h t l y n e b u l o u s vF , b M F, v S , R, bM N 1 5 . p F, v S , R, st e l l a r 1 6 . p F, v S , R, lb M eF , S , R, gb M , r; = IC 1 8 0 8 1 4 . p F, v S , R, gb M , r 12 . 0 p B , S, E, p s b M ee F , S, R , 2 s t p , n p of 2 (s i c ) 14 . p F , S , R , gl b M 12.2 pF , i l E , b M 11.9 cB , L , E, vg b M eF , e S , R , F * n , 2 s t np , s f o f 2 ( s i c ) p B , pS , m E 2 1 5 d e g pB , p S , m E ; = 9 6 4 1 4 . p pF , S , R, mb M e F , pS , E 2 3 0 d e g , *1 0 a t t 1 4 . p vF , S , R, (= I C 2 3 1 ? ) vF , v S , R , b M F , S , R , be t 2 s t i n p a r 14 . p e F , vS , R , n e b ? , *9 s p 1 5 . p pF , S , R, lb M , vF * s 1 ' 1 5 . p pB , p L , E 13 5 d e g , g b M 1 5 . p F, S , d i f , r 1 4 . p eF , R , *9 . 5 sp 1' vF , S , R, 2 st nr p 14 . p F , S , i R , g b M 13 . p e F , pL , l E , lb M 9 . p C l , pR i , st 9. . . 1 5 14 . p v F , S, gb M 6. 5 Cl , c o , e L n e b y e x t e n d s f 1 4 . p eF , S , gb M N 14.7 F, S , d i f 1 4 . p eF , S , gb M F, S , d i f , v l b M 1 3 . p eF , p S , R , v l b M , am sc s t 14 . p v F , cE 1 5 . p F, S , R , * 9 . 5 p 7 . 6 C l , pL , p R i , s t 1 3 . . . 1 5 11.0 pB , L , pm E , sb M , bi N 15 . p F , v S , R, b M N F, p L , E p f , d i f 12 . 4 v F , vS , 4 F st n r 14 . p p F , pS , R , b M 13 . p S , R , p s b M , 1s t o f 5 vF , e S , R , p r o b n e b * 15 . p v F , vS , R , 2 n d o f 5 v F , vS , R , 3 r d o f 5 11.3 pB , c L , l E , gm b M , 3 st s 13 . p e e F , S , m E , pB * n r sp 1 4 . p F, S , R , g b M N 14 . p v F , R, bM , 4 t h o f 5 13 . 5 v F , vS , R , b M N 98 4 97 8 98 3 I 23 8 98 2 98 8 98 0 99 1 I1 8 1 9 I1 8 2 2 I1 8 2 0 10 2 5 99 0 I1 8 2 1 I 23 9 10 3 1 99 3 99 4 98 7 99 2 99 7 99 8 10 0 6 10 1 0 10 0 4 10 1 1 10 0 7 10 1 3 10 1 4 10 1 7 10 0 8 I 24 1 10 1 8 10 3 7 10 1 5 10 3 4 10 0 9 10 1 6 10 1 9 99 5 10 2 2 I 24 2 I 24 3 I1 8 2 3 99 6 10 2 0 99 9 10 2 1 10 0 0 10 0 2 I 24 5 I1 8 2 5 I 24 0 I1 8 2 6 I1 8 3 0 10 0 1 10 2 4 10 0 3 10 1 2 10 2 6 10 3 2 I 24 4 10 0 5 10 2 8 10 2 9 10 3 5 10 4 9 I1 8 2 7 10 3 0 10 3 3 10 3 8 I 24 7 10 4 1 10 2 3 10 4 2 10 4 5 I1 8 2 8 10 3 6 10 4 7 I 24 6 10 4 8 10 4 3 I1 8 2 9 I 25 0 10 4 4 10 5 1 10 5 2 I 24 9 10 4 6 I 25 1 I1 8 2 4 I 24 8 I1 8 3 3 I 25 2 10 5 5 I1 8 3 2 10 3 9 10 6 5 I 25 3 I 25 4 10 4 0 10 5 4 10 6 3 10 6 4 10 5 0 10 5 9 10 2 7 10 6 8 10 6 9 I1 8 3 4 10 5 6 10 5 7 10 7 1 10 5 3 10 6 0 10 6 1 10 7 0 I1 8 3 6 10 5 8 10 7 2 I1 8 3 7 10 6 2 10 7 3 10 7 4 10 7 5 10 7 6 10 7 9 10 6 6 10 6 7 10 9 6 I1 8 3 5 102 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx D* OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 34 . 7 34 . 8 35 . 0 35 . 3 35 . 4 35 . 4 35 . 5 35 . 5 35 . 7 35 . 7 35 . 8 36 . 3 36 . 4 36 . 4 36 . 5 36 . 6 36 . 7 36 . 7 36 . 8 37 . 2 37 . 2 37 . 2 37 . 4 37 . 5 37 . 6 37 . 6 37 . 8 37 . 8 37 . 8 37 . 8 37 . 9 37 . 9 38 . 0 38 . 0 38 . 1 38 . 2 38 . 3 38 . 3 38 . 4 38 . 5 38 . 5 38 . 5 38 . 5 38 . 6 38 . 7 38 . 7 38 . 8 38 . 8 38 . 9 38 . 9 38 . 9 38 . 9 39 . 1 39 . 1 39 . 1 39 . 2 39 . 2 39 . 3 39 . 3 39 . 3 39 . 4 39 . 4 39 . 5 39 . 5 39 . 5 39 . 5 39 . 7 39 . 7 39 . 9 40 . 1 40 . 1 40 . 1 40 . 3 40 . 4 40 . 4 40 . 4 40 . 4 40 . 5 40 . 5 40 . 5 40 . 6 40 . 7 40 . 7 40 . 9 41 . 1 41 . 1 41 . 1 41 . 1 41 . 2 41 . 2 41 . 3 41 . 4 41 . 6 41 . 7 41 . 8 41 . 9 42 . 0 42 . 1 42 . 1 42 . 1 42 . 2 42 . 2 42 . 2 42 . 2 42 . 5 42 . 6 42 . 7 42 . 7 42 . 8 42 . 8 42 . 9 43 . 0 43 . 0 43 . 2 43 . 2 43 . 2 43 . 3 43 . 3 43 . 5 43 . 5 43 . 5 43 . 7 43 . 7 43 . 7 43 . 7 43 . 7 43 . 7 43 . 8 43 . 8 43 . 8 43 . 8 +2 3 +3 2 +3 1 +1 2 +4 0 - 09 +4 0 - 07 +0 4 - 08 +0 6 - 54 +1 1 +1 3 +3 8 - 54 +0 2 +0 2 +3 3 +2 1 +0 7 +0 7 - 11 - 11 +0 1 - 11 +0 2 - 11 - 09 - 11 +0 2 +0 2 - 09 - 01 - 01 - 15 +0 2 +0 2 +0 1 +4 1 - 06 - 06 - 06 +3 2 +4 1 +0 2 +4 1 +0 2 +4 1 +3 4 - 14 +0 9 +4 1 - 27 - 27 +4 1 +1 0 +4 0 +3 0 +0 6 +0 1 +0 2 +4 1 +1 0 +1 0 - 08 - 34 +0 1 +1 8 - 08 +0 1 - 11 - 05 +3 9 - 08 - 11 +1 9 +1 9 - 08 +0 2 - 08 +0 1 +1 9 - 13 +0 8 - 06 - 08 - 06 +0 8 - 14 +6 1 +1 7 - 28 - 14 +0 0 +1 9 +4 2 - 15 - 15 - 15 +4 1 +1 8 - 05 - 09 +3 4 +1 8 +6 1 - 00 - 08 +0 3 +2 8 +3 2 - 08 +4 1 +3 2 +3 2 +0 4 +0 3 +3 7 +0 0 +0 0 +3 2 +0 1 - 16 - 16 - 14 - 29 +3 2 +3 2 - 59 +1 4 26 52 31 49 57 21 54 09 03 34 03 52 39 46 58 52 03 03 19 06 18 26 02 02 57 01 08 31 32 01 04 20 34 51 19 49 18 08 55 32 40 55 55 04 39 13 40 12 27 37 18 06 44 27 27 40 51 52 09 32 06 43 29 50 47 08 17 33 01 48 30 44 28 04 26 18 18 18 09 29 33 20 19 19 44 56 15 56 43 58 37 48 10 51 26 02 47 06 03 05 30 12 34 22 46 01 33 01 18 07 33 29 46 30 24 27 58 06 21 18 07 30 23 18 11 45 00 27 31 55 53 r r r u r s r s z d z c r z s c u F r D r r F r r r r r r r r u r r s r r s s r s m m u r r r r r r m u d c s r s s s r s m r r r s r u r r r m r s s r u s s D s r d m s t s t v m x u c d s m s r m m r r v r r D s s r d r r r r r r r m s s x r s r r r s r s c d Ar i Tr i Tr i Ar i An d Ce t An d Ce t Ce t Ce t Ce t Ho r Ar i Ar i An d Ho r Ce t Ce t Tr i Ar i Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ce t An d Ce t Ce t Ce t Tr i An d Ce t An d Ce t An d Tr i Ce t Ce t Pe r Fo r Fo r Pe r Ar i Pe r Ar i Ce t Ce t Ce t Pe r Ar i Ar i Ce t Fo r Ce t Ar i Ce t Ce t Ce t Ce t Pe r Ce t Ce t Ar i Ar i Ce t Ce t Ce t Ce t Ar i Ce t Ce t Ce t Ce t Ce t Ce t Ce t Ca s Ar i Fo r Ce t Ce t Ar i Pe r Ce t Ce t Ce t Pe r Ar i Ce t Ce t Pe r Ar i Ca s Ce t Ce t Ce t Ar i Tr i Ce t Pe r Tr i Tr i Ce t Ce t Pe r Ce t Ce t Tr i Ce t Ce t Ce t Ce t Fo r Tr i Tr i Ho r Ar i 1. 8 4. 7 2. 7 1. 2 4. 6 2. 2 1. 1 1. 2 3. 5 2. 8 1. 2 2. 5 0. 9 0. 9 2. 3 0. 7 1. 4 1. 7 1. 8 4. 7 5. 4 2. 9 3. 6 0. 6 2. 2 1. 2 1. 2 8. 7 4. 7 1. 6 2. 0 1. 5 1. 3 0. 8 0. 6 1. 9 2. 9 1. 9 0. 4 1. 3 1. 6 7. 6 0. 4 35 . 0. 3 0. 5 1. 6 20 . 6. 9 3. 0 1. 7 4. 9 3. 1 1. 3 2. 3 14 . p vF , eS , R, bM 14 . p pB , R, 5t h of 5 eF , vS , R, bM 14 . p vF , vS , R, mb M 14 . p F, S, nf of 2 11 . p ne b *7 . 5 13 . p vF , pS , sp of 2 12 . p vF , cL , iF , vl b M 15 . p F, vS , R *1 3 . 5 sl i g h t l y ne b s 15 . p F, vS , R, bM N eF , S, R, p of 2 14 . p F, S, R, ps b M 15 . p pF , S, gb M , di f 11 . 2 vF sp i r a l , F st e l l a r N F, S, R, gb M , *1 1 s 2' 15 . p eF , vS ee F , pS , R, vF * ; = 99 3 13 . p F, S, vl E , bM , r, 2 st 14 np 13 . p pF , pS , mE , * s 14 . p F, S 15 . p vF ee F , pS , R, lb M ; = 10 1 0 14 . p eF , S, R 14 . p pF , vS , R, vm b M , *1 1 p 2s 15 . p eF , S, R, lb M 15 . p eF , st e l l a r 14 . p ee F , vS , R, be t 2 di s t D st eF , eS , iR , p of 2 14 . p ee F , vS , R, v di f f i c 15 . p vF , eS , st e l l a r 14 . p vF , pS , R, st e l l N 15 . p eF , vS , E 18 0 d e g , f of 2 14 . p ee F , vS , mE , v di f f i c 12 . p vF , S 14 . p vF , vS , lE , lb M , 2 st 11 - 12 p 20 s 15 . p ee F , pS , R, *9 sf 13 . p F, S, R, ps b M 15 . p vF , S, lE 15 . p vF , vS 11 . 4 cB , pL , R, mb M , *1 1 nf 2' 15 . p eF , eS , vF * cl o s e 15 . p vF , vS , R, bM 15 . p F, S, iF , di f 14 . p vF , vS 15 . p eF , vS 14 . p eF 15 . p eF , S 15 . p vv F , pS , di f 14 . p vF , vS , iR , bM N 14 . p pB , S, R, lb M 15 . p F, S, R, gb M N vF , pS pB , cS , R, *8 nr p; = IC 18 3 0 12 . 8 vF , S, su s p , eF * 1' . 5 sp 14 . p vF , vS 14 . p pF , S, lE , bM , *1 1 nf 1' 11 . 5 pF , L, E 90 d e g +/ - , mb M , r 13 . p F, pS , iR , bM , st in v 14 . p pF , S, R, ps b M 13 . p pB , S, vl E , bM , 3 st tr a p 15 . p vF , vS , di f 14 . p vF , vS 15 . p eF 14 . p F, S, mE 13 . p pF , L, mE , r, *1 7 at t sf pB , S, R, st e l l a r 14 . p F, S, fa n - sh a p e , *1 3 . 5 cl o s e s 14 . p vF , iE 14 . p eF , pL , iE 19 0 d e g , sb M N 14 . p eF , pS , R, lb M 14 . p pB , S, R 14 . p pF , pS , iR , bM 9. 5 vB , vL , vm E , vv m b M 10 . 9 ee F , L, R, np of 2 13 . p F, S, R, bM 13 . p F, S, iF , gb M N 13 . p F, S, R, lb M 15 . p ee F , pS , R, v di f f i c ee f , vF , R, 2 eF st nr 14 . p ee F , pS , R, sf of 2 15 . p ee F , S, R, v di f f i c vF , vS , di f , r 15 . p vF , pS , iF 13 . 2 vF , vS , p of 2, *1 0 p eF , lE np s f , * at t np ; = IC 24 9 10 . 6 B, pL , R, mb M *1 2 pB , vS , R, di f , 10 5 1 f eF , vS , f of 2 15 . p F, S, lb M Cl , st F, pe r h a p s F ne b y p ex t e n d s 14 . p vF ee F , S, R, 3 D st nf F, S, bM 10 . 6 pF , cL , iE 80 d e g , bM , *1 1 n 1' 15 . p F, iF or lE ns , bM N 5. 2 Cl , B, vL , lC , sc st 9; = M3 4 14 . p ee F , pS , * nr s, *7 . 5 p; = IC 25 4 14 . p pB , iF , bM 14 . p vF , eS , R, 10 6 5 cl o s e F, S, bM ; = 10 5 3 ? 14 . p vF , vS , lE vF , pS , iR , r? 14 . p eF , S, R 13 . p F, S, *1 8 in v n no n e x i s t e n t 6. 7 Cl , L, sc st , on e 10 m 8. 8 vB , pL , iR , sb M r r N ; = M7 7 14 . p ee F , pS , R, *8 . 5 nr f F, pS , pR , gl b M 13 . p F, S, R, ps b M 15 . p vF , do u b l e 15 . p eF , vS , E 0d e g , be t 2 st 14 . p vF , vS , lE , 3 or 4 st in li n e nr 13 . p F, pL , R, lb M , *7 . 5 f 46 s , 3' s 15 . p vF , S, R, bM 13 . p pF , S, iR , gb M 15 . p F, S, R, vl b M 11 . 5 pF , cL , R, gl b M 14 . p eF , vS , R, se v vF st in v F, vS , R, gb M , r; = 10 7 2 15 . p ee F 11 . 0 vF , L, lb M , er 14 . p eF , vS , R 15 . p vF , vS , bM N 13 . p vF , pS , R, B* f 22 s 11 . 4 B, pL , pm E , sb M 15 . p vF , pL , R, lb M , s of 2 15 . p eF , S, n of 2 F, pS , R, gl b M F, S, R, di f to it I184 0 Gx I183 1 10 7 8 Gx I183 8 Gx I183 9 Gx 1098 Gx I184 5 1080 Gx 1081 Gx 1099 Gx 10 9 1 I184 2 Gx I184 3 Gx 11 0 0 Gx I184 1 Gx 1082 Gx 1092 Gx 1083 Gx I184 4 Gx 10 8 4 Gx 1077 Gx 10 9 7 Gx 1085 Gx 1087 Gx 10 8 9 Gx 10 9 0 Gx 10 8 8 Gx 1102 Gx I 255 Gx 1094 Gx 1095 Gx I184 6 Gx 10 8 6 Gx I184 7 Gx 1103 Gx I185 3 Gx 1093 Gx I184 9 11 0 1 Gx 11 1 9 1104 Gx 1108 Gx I185 0 I185 9 Gx I185 6 Gx I185 2 Gx 1109 Gx I 261 I185 8 Gx 11 1 4 Gx 11 2 0 Gx 1107 Gx 1110 Gx I185 4 Gx I185 5 I186 0 Gx 1111 Gx I185 7 Gx I 256 Gx I 258 Gx I 257 1112 11 1 8 Gx I 259 11 1 3 11 1 5 Gx 11 0 6 Gx 1116 Gx I 263 11 2 1 Gx 11 3 5 Gx 11 3 6 Gx I 264 I 260 Gx I 1 8 4 8 C+ N 11 1 7 Gx 1124 Gx I 262 Gx 1125 Gx I185 1 ? I186 2 Gx 1105 Gx 1126 Gx 11 2 8 1133 Gx 11 2 2 Gx 1123 11 2 7 Gx 11 3 2 Gx 1139 Gx I186 4 I186 1 1134 Gx I 267 Gx 11 3 7 Gx 11 3 0 Gx 11 2 9 Gx 11 3 1 Gx 11 4 0 Gx 1145 Gx I 265 Gx I186 3 Gx I186 6 Gx I 266 Gx 11 4 3 Gx 11 4 1 11 4 2 11 4 4 Gx 1147 I 268 Gx I 269 Gx I186 5 Gx I 270 Gx I186 7 Gx I 271 Gx I 272 Gx I186 8 1138 Gx 1181 1148 Gx 1150 Gx 11 5 1 Gx 11 8 0 I 273 Gx 1158 Gx 11 4 9 Gx 11 4 6 1152 Gx I187 0 Gx 1153 Gx 1154 Gx 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 43 . 8 44 . 1 44 . 2 44 . 7 44 . 8 44.9 44 . 9 45.2 45.2 45.3 45 . 4 45 . 4 45 . 4 45 . 6 45 . 6 45.7 45.7 45.8 45 . 8 46 . 0 46.1 46 . 3 46.4 46.4 46 . 4 46 . 6 47 . 0 47.1 47 . 1 47.5 47.6 47 . 7 47 . 9 47 . 9 48.0 48 . 0 48.2 48 . 2 48 . 3 48 . 3 48.6 48.6 48 . 7 48 . 8 48 . 9 49 . 0 49.1 49 . 1 49 . 1 49 . 2 49 . 2 49.3 49.3 49 . 3 49 . 3 49 . 6 49.7 49 . 7 49 . 8 49 . 8 49 . 9 50.0 50 . 0 50 . 1 50 . 2 50 . 5 50 . 6 50.6 50 . 6 50 . 8 50 . 8 50 . 9 50 . 9 51 . 1 51 . 2 51 . 3 51.6 51 . 7 51.8 51.8 52 . 0 52.4 52.4 52 . 6 52.7 52 . 8 52.8 52 . 9 52 . 9 52.9 53 . 2 53 . 3 53.6 53 . 8 54 . 0 54 . 4 54 . 5 54 . 6 54 . 6 54.6 54 . 7 54 . 9 54 . 9 55 . 0 55 . 1 55 . 2 55 . 2 55 . 2 55.3 55 . 4 55 . 4 55 . 4 55 . 7 55 . 9 56 . 0 56 . 1 56 . 1 56.5 57.0 57.1 57.1 57 . 1 57 . 1 57 . 1 57.3 57 . 4 57 . 5 57.6 57 . 9 58.1 58.1 - 15 +63 - 09 +19 +15 - 17 - 27 - 04 - 15 - 17 - 17 +11 +02 - 17 +18 - 08 - 17 - 15 +03 - 07 +4 0 - 30 +0 3 - 00 - 15 - 00 +16 - 22 +16 - 00 +0 4 +13 +41 +14 - 13 - 13 +3 4 +09 +04 - 18 - 00 - 07 +13 - 31 - 00 +13 +1 3 - 14 - 31 - 17 - 14 +0 8 - 07 +19 +13 - 31 +1 3 +14 +46 +41 +46 +1 3 - 12 +41 +13 +13 +41 +1 3 - 00 - 01 - 54 - 55 - 00 +46 +60 +13 - 25 +42 - 16 +5 8 - 33 - 15 - 01 +06 - 08 +42 +4 2 +13 - 01 - 14 - 34 +25 +1 3 +12 +02 +41 +41 +41 - 10 - 18 +41 +08 - 15 +42 - 00 +00 +00 - 00 - 09 - 14 - 14 +08 - 14 +09 - 12 - 14 +09 +4 3 - 15 - 07 - 15 - 15 - 15 +02 - 14 - 00 +46 - 07 - 02 +0 3 - 10 42 36 26 27 15 38 57 43 35 43 33 28 53 41 56 13 32 20 15 35 05 17 37 30 04 15 11 14 16 17 38 15 15 30 57 59 25 22 34 01 16 58 14 11 46 13 15 28 17 00 27 06 51 18 22 11 08 37 59 03 59 13 09 04 18 15 41 19 07 44 56 04 10 57 26 11 42 50 38 19 20 42 18 03 47 12 13 15 16 31 12 29 00 50 57 37 35 34 02 38 40 47 38 14 10 28 28 11 07 06 04 49 12 18 00 11 21 03 02 42 03 00 00 47 23 18 27 47 21 22 21 m d r m u D d v r D D z u D z r r A m s r s s s A s r r m s r u r z r m r d r D s r d m v u r F c r r r t v d c r u u u d r r d r r r r d r c v d u s r r u r x c r r r r r r r r r d d s v r r r r s r z z m m s F F s r m m u m u m m d r D r r r D u r r r r t r r Cet Cas Cet Ari Ari Er i For Ce t Er i Er i Eri Ari Cet Eri Ari Er i Er i Er i Cet Eri Pe r For Ce t Ce t Eri Cet Ari Er i Ari Ce t Ce t Ari Per Ari Er i Eri Tr i Cet Cet Eri Ce t Er i Ari For Cet Ari Ar i Eri For Eri Eri Ce t Er i Ari Ari For Ar i Ari Per Per Per Ar i Eri Per Ari Ari Per Ar i Cet Eri Hor Hor Cet Per Cas Ari Fo r Per Er i Ca s For Er i Er i Cet Er i Per Pe r Ari Eri Er i For Ari Ar i Ari Cet Per Per Per Eri Er i Per Cet Eri Per Cet Cet Cet Cet Er i Eri Eri Cet Eri Cet Eri Eri Cet Pe r Er i Er i Er i Eri Eri Cet Er i Cet Per Er i Eri Ce t Er i 0.6 0.6 1.1 1.4 1.7 0.7 2.9 9.3 1.7 3.5 3.8 0.6 1.4 1.1 0.8 1.3 1.2 1.3 1.3 1.7 2.7 1.9 1.0 2.5 1.7 0.8 1.7 1.8 60. 2.3 3.2 2.5 2.2 1.4 0.4 0.3 1.1 0.9 0.6 1.0 1.6 1.2 2.2 0.8 0.9 1.8 2.9 1 5 . p vF , v S , m b M , 1 0 8 1 n f vF , e e L p eF , e S , R ; = 1 0 6 4 ? p F, v S , R, sb M * 1 4 p vF , S , R, di f p F , vS , R , b M N , 1 s t o f 3 ee F , S, R , D * np v F , p S , iR 13. p eF, pS, R 1 3 . p F , pS , l E , bM N , 2n d o f 3 vF , v S , R , s b M N 1 6 . p F, v S , R, gl b M 1 4 . p F, p L , E p f , d i f 1 3 . p F, v S , lE , b M N , 3 r d of 3 1 5 . p F, v S , R, gv l b M 15. p eeF, pS, lE 1 4 . p v F , v S , R, sb M N , b o f 2 1 4 . p e e F , p S , m E , sp of 2 1 5 . p F, p F , E p f , d i f 10.6 vB , p L , E , g p m b M 16. p vF, pL, E 9. 3 vB , L , vm E 1 5 1 d e g , vb M N 1 4 . p F , S, R, l b M , b e t 2 s t 11.0 p B , c L , lE , m b M 1 4 . p ee F , S, R , n f o f 2 11.9 vF , p L , i R , bM 1 5 . p vF , S , iF 14. p eF, vS, R 1 6 . p vF , v S , R , * 1 2 f 5s 14. p vF, S, R, 2 S st p 14. p eF, pS, R 1 5 . p F, S , g l b M 1 3 . p vF , p S , D * n r 1 6 . p F, S , i F , r 1 3 . p e e F , S , E, *1 5 i n v , * 1 1 f 1 4 . p eF , v S , 1 1 0 3 f 2s , 2' n 14. p eF, vS F, v S , R, st e l l 1 5 . p vF , e S , R , b M , *1 3 p F, e S , R ( F * ? ) 1 5 . p v F , v S , r, *1 4 s eF, pS, R F, S , d i f 1 4 . p pF , p S , R , 2 n d of 3 F, S , E 2 0 0 d e g , gb M N 1 5 . p F, p S , R, gb M 15. p vF F, p L ; = 1 1 2 0 vF , p S , R , 1 s t of 3 1 3 . p pF , p L , p m E , g l b M 1 4 . p vF , S , R, bM 1 4 . p F , vS , R eF, pL, E 348d e g F, v S , R, bM N F, p L , D n s , b i N pF , p S , l E , 3r d o f 3 F , vS , s t e l l a r 1 5 . p F, S , R , g l b M 1 4 . p cF , l E , S , 1 s t of 3 1 6 . p vF , v l b M , *9 . 5 f 2' eF , p S , R , v d i f f i c , 2 n d of 3 F , pS 1 4 . p eF , v S , E pf vF , d o u b l e , di s t 17 " vF 1 5 . p vF 1 3 . p vF , v S , v F * at t s 15. p vF vF , v S , R , N = 14 m 1 3 . p F, m E F, R , g b M F, R , g b M vF , e S , R , s t e l l a r 1 5 . p ee F , pS , 2 F s t n r , 3r d o f 3 6. 5 Cl , s t F, ex t e n d s 8 m a g f , in F ne b y 1 5 . p cl o s e t o a S * 1 5 . p e F , e S , iR , g b M , * 9 n f 1' 1 5 . p ee F , pS , R , be t 2 s t , v d i f f i c 1 3 . p v F , S , l E , gb M * 6 . 2 , ne b a t t s p , 5' l ee F , vS , l E , v di f f i c , * 7 s f 15. p vF, vS, R 1 5 . p e e F , S , R, 11 3 2 f eF , S , lE , 2 F st c l o s e p 1 5 . p v F , v S , lE 45 d e g , 2 st n p , nf 1 3 . p vF , p S , R , * n r n c F , S , i R , vg b M , r ; = 1 1 2 2 ? 1 5 . p vF 1 4 . p eF , p L , g b M , * 8 f 15. p vF, S, R, gbMN eF , S , R F, p S , R, vg b M 1 3 . p F , S, iR , r vF , p S , d i f , 1 1 3 4 n p 1 3 . p vF , p S , R , l b M 1 3 . p eF , e S 1 4 . p cF , p S , i R , vg l b M , D o r F * sp 1 5 . p eF , e S 12.5 pB , S , R, st e l l a r 1 3 . p F , pL , p m E , 2 S st f 1 6 . p ee F , eS , R 1 6 . p F, v S , R, gb M N 1 4 . p vF , e S , a l m st e l l 1 5 . p eF , e S , R 13.5 eF , S , R, p of 2 vF , S , p o f Dn e b ; p r o b = 11 4 3 pF , S , R, f of Dn e b ; p r o b = 1 1 4 4 13.3 eF , S , R, f of 2 eF, vS, E 0deg , *9.5 f 6' 1 5 . p vF , v S , i r r R, lb M 1 5 . p eF , v S , d i f 1 5 . p F, v S , R, gb M , r 1 4 . p pB , v S , R 1 5 . p F, S , p R , gb M 1 5 . p vF , S , R 1 5 . p vF , S , iF F, v S , R, st e l l 1 4 . p v F , v S , R, gb M , 2 S s t tr i a n g l e e F , v S , R, bM N 1 5 . p e F , p S , R, v di f f i c , np o f 2 15. p vF, S, R, sbMN eF , S , R ( n e b ? ) , nr 11 5 0 eF , v S , R , b M N 1 4 . p F, p S , lE 23 5 d e g , b M 15. p eF, S, R, sbMN 1 5 . p vF , v S , R , b M , S* p 30 " Cl , v S , v F + n e b 1 5 . p e e F , S , R, v di f f i c , sf o f 2 , * s vF , R , vg b M , v di f f i c 1 3 . p F , vS , i l E , s b M , e r 14. p eF, S, lbM, sp of 2 15. 16. 15. 14. I1 8 6 9 Gx 11 5 5 Gx 11 5 7 Gx 11 6 5 Gx I 27 6 Gx 11 6 2 Gx 11 5 6 Gx I 27 7 Gx I 27 4 11 6 3 Gx 11 6 6 Gx 11 5 9 Gx 11 6 8 Gx I 27 5 11 6 0 Gx 11 6 1 Gx I 27 9 Gx I 27 8 Gx 11 7 2 Gx 11 6 7 Gx 11 6 4 Gx 12 0 5 11 7 0 11 7 9 Gx 11 8 7 Gx 11 8 5 Gx I1 8 7 7 Gx I 28 0 As t 11 8 9 Gx 11 9 5 Gx 11 8 2 Gx 11 9 0 Gx 11 9 6 Gx 11 6 9 Gx 11 9 1 Gx 11 9 9 Gx 11 8 8 11 9 2 Gx I1 8 7 8 11 9 4 Gx 12 0 0 Gx I1 8 7 3 I 28 3 Gx I1 8 7 5 Gx I1 8 7 9 11 7 1 Gx 12 0 1 Gx I 28 5 Gx 11 7 3 11 7 5 Gx 11 7 6 I 28 1 I1 8 7 6 Gx 11 7 7 Gx 11 7 8 12 0 4 Gx I1 8 7 2 OC 11 8 3 I 28 6 12 0 2 Gx I 28 7 12 0 3 Gx I 28 2 11 7 4 11 8 6 Gx 11 9 3 OC 12 0 9 Gx 12 0 6 Gx 11 9 7 11 9 8 Gx 12 0 8 Gx 12 1 7 Gx I 28 4 Gx I1 8 7 1 ? I1 8 7 4 Gx 12 4 4 Gx I1 8 8 0 Gx I1 8 8 5 Gx 12 1 0 Gx 12 1 1 Gx 12 1 4 Gx 12 4 6 Gx 12 1 5 Gx 12 1 6 Gx I 29 1 Gx I 28 8 OC I1 8 8 2 Gx I1 8 8 6 Gx I1 8 9 6 12 2 1 Gx 12 0 7 Gx 12 2 8 Gx 12 2 9 Gx 12 2 3 12 3 0 Gx 12 1 8 Gx I1 8 9 2 Gx 12 1 9 Gx 12 1 2 Gx 12 2 5 12 2 2 Gx 12 1 3 Gx I1 8 8 1 Gx 12 3 1 12 3 4 Gx I1 8 9 5 Gx I 29 0 Gx I1 8 8 3 Gx I1 8 8 4 12 3 2 Gx I1 8 9 0 Gx 12 4 9 Gx I1 8 8 7 I1 8 9 1 I 28 9 Pl I 29 2 Gx I1 8 9 3 I1 8 9 8 Gx 12 5 2 I1 8 9 4 Gx 12 3 7 D* I1 8 9 7 Gx 12 3 8 Gx I 29 3 Gx I 29 4 12 3 9 Gx I 29 5 I 29 9 I1 8 8 8 I1 8 8 9 12 2 6 Gx 103 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 58 . 1 58 . 2 58 . 2 58 . 7 58 . 7 58 . 9 59 . 7 59 . 8 00 . 1 00 . 3 00 . 6 00 . 7 00 . 8 00 . 9 01 . 2 01 . 2 01 . 2 01 . 5 01 . 6 01 . 7 01 . 9 02 . 4 02 . 5 02 . 6 02 . 6 03 . 0 03 . 2 03 . 3 03 . 4 03 . 4 03 . 5 03 . 5 03 . 5 03 . 6 03 . 6 03 . 6 03 . 7 03 . 7 03 . 7 03 . 8 03 . 8 03 . 8 03 . 9 03 . 9 03 . 9 04 . 0 04 . 1 04 . 1 04 . 2 04 . 5 04 . 5 04 . 5 04 . 5 04 . 6 04 . 6 04 . 6 04 . 6 04 . 7 04 . 8 04 . 9 05 . 0 05 . 2 05 . 2 05 . 5 05 . 5 05 . 8 06 . 0 06 . 1 06 . 2 06 . 2 06 . 2 06 . 2 06 . 2 06 . 4 06 . 4 06 . 5 06 . 5 06 . 7 06 . 8 06 . 9 06 . 9 07 . 0 07 . 1 07 . 3 07 . 4 07 . 5 07 . 8 08 . 0 08 . 0 08 . 1 08 . 2 08 . 2 08 . 2 08 . 3 08 . 3 08 . 4 08 . 4 08 . 5 08 . 6 08 . 8 08 . 9 09 . 2 09 . 2 09 . 6 09 . 6 09 . 6 09 . 7 09 . 7 09 . 7 09 . 8 10 . 0 10 . 1 10 . 2 10 . 2 10 . 3 10 . 3 10 . 3 10 . 3 10 . 5 10 . 5 10 . 7 10 . 8 10 . 9 10 . 9 10 . 9 11 . 0 11 . 0 11 . 0 11 . 0 11 . 0 11 . 1 +0 5 - 10 - 15 - 32 - 15 - 12 +2 5 +0 2 +4 4 - 17 +1 1 +4 3 +1 1 +4 4 +4 4 +4 4 +1 6 +3 7 - 14 +3 5 +4 2 - 09 +2 7 - 18 - 22 - 09 - 50 +4 2 - 15 - 12 - 09 - 15 - 12 +4 6 - 15 - 15 - 15 - 15 - 52 - 01 - 11 +0 9 - 00 - 39 - 52 +4 3 - 26 - 12 +4 1 +4 2 +4 1 +4 2 - 27 +4 2 +4 1 - 12 +4 2 +4 1 - 06 - 06 - 12 - 14 +4 1 +4 2 +4 2 +4 4 - 15 - 08 +4 4 +4 1 - 09 - 39 +4 2 +6 0 +3 6 - 66 - 09 - 32 - 25 - 00 - 09 - 66 - 09 - 09 - 12 +4 2 +0 3 - 04 - 54 - 04 +3 8 - 22 - 22 - 04 - 23 +0 4 - 23 +0 2 +4 0 - 04 - 02 +3 8 +3 8 - 15 - 07 - 25 +4 0 +4 0 +4 0 - 20 +1 9 - 53 +4 0 +1 9 +6 1 +4 0 +1 9 - 22 - 58 +1 9 - 08 - 10 - 10 +4 1 +4 0 - 02 +4 0 - 13 +4 1 +4 0 +3 5 50 20 07 07 41 24 14 46 13 09 51 10 47 21 58 55 13 47 50 12 36 40 04 54 52 08 31 21 37 02 40 39 05 23 40 37 30 40 06 05 59 31 12 26 06 24 04 01 22 20 23 21 26 22 18 20 49 22 29 29 05 22 51 49 50 23 37 50 04 52 32 01 23 41 00 47 43 52 42 47 32 56 35 36 37 22 09 24 14 15 23 55 58 09 00 07 03 09 51 06 58 39 38 35 51 15 59 54 59 35 13 21 45 36 19 46 37 24 08 36 40 49 45 07 38 31 37 07 08 37 24 z r r v m r s v d v r r r d s s z u s s r D r s s r c x r r r r r s r s D r d r r d m c d s s m r s r x s r r r x r d r d r d D s s s F r r r r s x m c m c r r r c r r m x u m d r r r s D r s c r r D s r u r r c u u d s m s d d s v d c r z F m r m d r d d d d r Ce t Er i Er i Fo r Er i Er i Ar i Ce t Pe r Er i Ar i Pe r Ar i Pe r Pe r Pe r Ar i Pe r Er i Pe r Pe r Er i Ar i Er i Er i Er i Ho r Pe r Er i Er i Er i Er i Er i Pe r Er i Er i Er i Er i Ho r Ce t Er i Ce t Ce t Fo r Ho r Pe r Fo r Er i Pe r Pe r Pe r Pe r Fo r Pe r Pe r Er i Pe r Pe r Er i Er i Er i Er i Pe r Pe r Pe r Pe r Er i Er i Pe r Pe r Er i Fo r Pe r Ca s Pe r Ho r Er i Fo r Fo r Ce t Er i Ho r Er i Er i Er i Pe r Ce t Er i Ho r Er i Pe r Er i Er i Er i Er i Ce t Er i Ce t Pe r Er i Er i Pe r Pe r Er i Er i Fo r Pe r Pe r Pe r Er i Ar i Ho r Pe r Ar i Ca s Pe r Ar i Er i Ho r Ar i Er i Er i Er i Pe r Pe r Er i Pe r Er i Pe r Pe r Pe r 3. 1 2. 0 3. 1 1. 6 3. 4 1. 6 3. 1 2. 3 2. 2 3. 1 4. 6 5. 0 3. 0 4. 4 2. 2 0. 4 1. 8 3. 2 4. 4 1. 0 2. 5 0. 7 3. 3 2. 2. 6 4. 9 4. 0. 9 2. 0 1. 0 1. 5 1. 5 0. 8 1. 0 0. 3 1. 9 1. 3 1. 9 1. 3 3. 0 1. 8 1. 2 1. 1 7. 8 0. 2 5. 2 0. 6 1. 2 3. 2 0. 5 0. 2 16 . p F, eS , li k e ne b D* 14 . p eF , S, lb M , nf of 2 eF , pS , E 0d e g , sb M N vF , pL , E, vl b M 14 . p pB , S, mb M 13 . p F, R, gl b M , st e l l a r 11 . 7 pB , cL , pm E 0d e g , be t 2 st pB , pS , R, N = 12 . 5 ee F , pS , R, v di f f i c vF , pS , mE 75 d e g 15 . p eF , S 14 . p vF , S, R, vl b M 15 . p eF ee F , pS , R, be t 2 st 13 . p F, E 13 . p F, pS , lE , sb M 15 . p vF , vS , R, di f 15 . p vF , *1 0 p 95 " , F* 12 " sp 12 . 0 pF , pL , R, ps b M 12 . 3 vF , pL , R, sp m b M 14 . p eF , vS eF , pS , E 25 d e g , *9 . 5 3' sp ; = 11 8 2 eL , di f 12 . p eF , pS , gb M , *1 2 f 1' 11 . p pF , cL , pm E , gb M *1 6 , r 15 . p eF , pS , E 15 d e g eF , vS , E 17 0 d e g , pr o b ne b eF , pS , R 14 . p eF , vS , R, p 12 0 9 14 . p eF , eS , *1 2 sf , 11 9 6 sf eF , pS , E 12 0 d e g , *1 0 sp 2' . 5 15 . p eF , vS , R, p 12 0 9 14 . p vF , sp of 2 11 . 7 pF , pS , iF , sb M 15 . p eF , vS , R, p 12 0 9 11 . 5 cB , pS , iR , sm b M eF , vS , R, p 12 0 9 15 . p eF , vS , R, p 12 0 9 ee F , eS , cE 5d e g , pr o b ne b 14 . p F, S, R, gl b M 13 . p pF , cL , iR , bM , nf of 2 F, S, E 20 0 d e g 15 . p pB , eS , R eF , pS , R, FD * sf in li n e ee F , eS , mE 13 5 d e g , st e l l N 13 . p vF , pL , iF 10 . 6 cB , pS , vl E , r, S* nr 15 . p F, vS , di f , 12 0 0 p eF , vS , st e l l a r Nu c l 12 . 8 F, cL , E *1 3 in vF ne b ee F , vS , * cl o s e n, 11 7 5 nr ; = 11 7 7 14 . 4 ee F , S, R, F* nr sf 15 . p vF , S, R, nf 11 7 5 ; = IC 28 1 *1 3 in vF ne b (? ) 15 . p eF , E 45 d e g , r, se v st in v Cl *1 3 in v in ne b vF eF , S, 2 st 4' nf F, vS , R, st e l l a r 15 . p vF , S, R, bM N (n e b ? ) eF , S, R, be t 2 st nr pF , pS , lE , pB * cl o s e p; pr o b = 11 8 6 13 . p F* wi t h ne b ap p e n d a g e s 13 . p F, cL , er 11 . 4 B, S, cE , ps b M eF , vS , vl E 0d e g pF , pS , cE , se v vF st nr 14 . p ne b *1 1 14 . p pB , S, lE 80 d e g +/ - , lb M pF , S, R, ps b M 13 . p ee F , pL , lE , D* np , be t 2 st *9 . 3 ne b s , ch i e f l y f 14 . p F, vS , vl b M , di f F, S, pm E , gb M 15 . p eF , S, *9 f 8s vF , vS , mE 14 0 d e g , gb M 13 . p eF , vS , iR , gb M N 13 . p pB , vS , R, mb M N = *9 - 10 14 . p F, pS , iR , 12 0 8 p pF , S, R, gl b M 14 . p eF , vS , R 15 . p eF , S, st e l l a r , 3r d of 3 14 . p F, S, R, bM vF , vS , R, 2 st nf ; S Cl ? 15 . p F, pL , E 21 0 d e g 15 . p vF , S, vm b M , *1 3 s 1' . 2 ee F , eS , cE 10 d e g , st e l l N 15 . p eF , vS , E 17 0 d e g , * s 13 . p cF , vS , R, ps b in np p en d 14 . p eF , eS , R, gb M , p of 2 14 . p eF , eS , R, gb M , f of 2 eF , S, R, gb M N , p of 2 15 . p *1 2 in eF ne b 12 . 8 pF , pS , R vF , L, nr 12 3 0 13 . p F, pL , R eF , S, R, Al g o l nr eF , vS , R, f of 2 14 . p vF * in pF , S, R ne b 15 . p eF , lE , * cl o s e n, di f f i c 16 . p vF , pS , v di f (= 12 1 3 ? ) eF , pL , E (n e b ? ) 15 . p eF , S, iR , * or st in v ee F , pS , 2 st cl o s e p 15 . p ee F , S, R 16 . p S, R, vg b M S, E np s f , di f f i c , *1 2 cl o s e f 9. 9 pB , cL , R, gb M , r 15 . p pB , pL , iF , N, r 12 . p B, L, vm E 80 d e g , vg b M *1 2 cl o s e sf vF , S, bM , di f 12 . p pB , pL , R, be t 2 vF st eF , pS , R, * s, be t 2 st ef , vS , di f f i c ne b li n e at 60 d e g , su s p Cl of 18 or 20 st 16 . p F, S, vl b M , di f vF , S, E 17 0 d e g ; D* ? 14 . p eF , vS , nr 12 3 8 14 . p vF , pS , R, 12 4 7 nf 15 . p eF , S, R vF , pS , ir r R 15 . p eF , st e l l a r (R A 30 s gr e a t e r ? ) eF , pS , R vF , vS , R, lb M vF , S F, R, vg b M 14 . p F, vS , R, bM I 296 Gx 12 2 7 Gx 12 2 4 Gx 12 4 1 Gx 12 4 2 Gx I 298 Gx 1243 Gx 12 3 6 Gx 1220 OC I189 9 1247 Gx 12 6 1 Gb 12 3 3 Gx I 303 1235 *** 1248 Gx I 302 Gx 12 4 0 * I 306 I190 3 I 297 D* 1255 Gx I 307 Gx 12 5 6 Gx 12 5 8 Gx 1251 D* 12 5 3 Gx I 300 Gx 1254 Gx 1245 OC I 301 Gx I 304 Gx I190 4 Gx I 305 Gx I190 8 Gx 1250 Gx 1262 Gx 12 6 3 Gx 1266 Gx I190 0 Gx I 309 Gx I190 1 I190 6 Gx I190 2 Gx I 308 Gx 1257 Gx 1184 Gx I 310 Gx I 311 Gx I191 2 12 5 9 Gx 12 8 8 Gx 1269 12 9 1 Gx I190 9 Gx 1260 Gx 12 8 4 Gx 1285 Gx 1286 Gx 12 6 4 Gx 12 8 0 Gx I191 0 I 312 Gx 12 9 2 Gx 12 6 5 Gx 1313 Gx 12 8 7 Gx 1267 Gx 12 6 8 Gx I 314 Gx I 1 9 0 5 ** * 12 8 9 Gx 1296 Gx 1270 Gx I 317 Gx I 315 Gx 1271 Gx 1297 Gx 1272 Gx 1273 Gx 12 9 0 I191 4 Gx I191 3 Gx 12 7 4 Gx 13 0 0 Gx I191 5 12 7 5 Gx 1277 Gx 1276 Gx 12 7 8 Gx 13 0 2 Gx I190 7 Gx 12 7 9 Gx 1281 Gx 1295 12 9 9 Gx 1311 Gx 1282 Gx 1298 Gx 12 8 3 Gx I191 6 13 0 1 Gx 13 0 3 Gx I 318 Gx I191 1 1304 Gx 13 0 6 Gx 13 1 0 Gx I 313 Gx 13 0 5 Gx I 316 Gx 1293 Gx 12 9 4 Gx 1309 Gx 1307 I191 7 13 0 8 Gx 13 1 4 Gx 13 1 6 Gx 13 1 7 Gx 1318 13 1 5 Gx I 319 Gx 1312 D* 13 1 9 Gx 13 2 6 Gx I192 0 13 2 5 Gx I 321 Gx 1327 I192 1 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 11 . 1 11 . 2 11 . 3 11 . 3 11 . 3 11 . 3 11.4 11 . 6 11.7 11 . 8 12.2 12 . 3 12 . 5 12 . 7 12.8 12.8 12 . 8 12 . 9 13 . 0 13 . 1 13 . 3 13.5 13 . 8 13 . 9 13 . 9 14.1 14 . 1 14 . 3 14.4 14.7 14 . 8 15 . 0 15 . 0 15 . 1 15 . 1 15.4 15.7 15 . 8 16.0 16 . 0 16 . 1 16 . 1 16 . 1 16 . 2 16 . 3 16.4 16.6 16 . 7 16 . 8 16 . 8 17 . 0 17 . 2 17.3 17 . 3 17 . 3 17.5 17 . 6 17.8 17.8 17 . 9 18 . 0 18 . 0 18 . 1 18 . 2 18 . 3 18.3 18 . 6 18.7 18 . 8 18 . 8 18 . 8 18 . 9 18.9 19.0 19 . 0 19 . 1 19.2 19.2 19.3 19.4 19 . 4 19 . 4 19 . 6 19 . 7 19 . 7 19 . 7 19 . 8 19.8 19.9 19 . 9 19 . 9 19 . 9 20 . 1 20.1 20.1 20 . 1 20.1 20.2 20.2 20 . 3 20 . 3 20 . 5 20 . 7 20 . 8 20 . 8 21.0 21 . 0 21 . 0 21 . 0 21 . 4 21 . 4 21.6 21 . 7 22.1 22.2 22 . 2 22 . 5 22 . 6 22 . 7 22 . 8 22.8 23 . 1 23 . 4 23.7 23 . 9 23 . 9 24 . 2 24 . 4 24 . 5 24.7 24 . 7 +40 +35 +41 - 08 - 08 +01 - 08 +10 +5 3 - 25 - 10 - 55 +39 - 11 +3 8 - 05 +04 +30 - 11 - 50 +42 - 25 - 00 - 21 - 21 +0 1 - 02 +42 +0 2 +4 7 +42 +37 - 30 +37 - 54 +4 1 - 15 - 15 - 02 +37 +40 +37 - 34 +37 +41 +4 1 +8 0 +41 +40 - 50 +41 - 32 - 41 - 41 - 33 +4 1 - 10 - 07 - 07 +41 - 00 - 21 +41 - 27 +41 - 66 - 02 +4 1 +41 - 01 +41 - 01 - 13 +4 1 - 12 +04 +4 1 - 19 +4 1 +4 1 - 13 - 49 - 32 +41 - 19 - 50 +41 +4 1 +4 1 +41 - 26 +41 +41 +4 1 - 14 - 06 - 52 +4 1 - 02 +41 - 49 - 18 - 07 - 14 +35 - 04 - 25 - 37 +41 - 02 +41 +4 1 +41 - 15 - 04 - 53 - 02 - 04 - 37 - 37 - 37 - 21 +41 +0 1 - 21 - 36 - 52 - 21 - 15 - 25 - 50 37 20 22 55 54 19 57 49 20 19 29 13 19 42 56 13 42 34 43 36 06 44 13 58 45 28 49 25 42 15 13 54 43 51 49 21 52 06 24 08 48 07 22 11 11 31 48 20 01 39 21 35 06 08 41 24 18 20 39 26 10 26 45 37 52 30 45 28 29 58 22 59 04 28 45 02 21 06 29 32 59 36 28 33 25 42 31 34 33 33 04 33 28 38 00 17 10 22 06 24 03 45 25 34 18 35 31 08 54 19 56 24 22 24 33 12 45 11 12 06 07 23 24 11 32 28 43 33 00 40 42 u r s s s v h r s d s s s d r s v r d d x s u r r F s x r s x u c m c s r r r m v d c z x r s v u d r s c s c s r r r r r d v s s s r s s u x r r s m z s s s s D c c s s d s s r s s x r s D r r s s s d r r m d r c s v s x s s s r d r r s s r s x F s s d s m r d Per Per Per Eri Eri Cet Er i Ari Pe r For Er i Hor Per Eri Pe r Er i Cet Ari Eri Hor Per Fo r Cet Eri Eri Ce t Eri Per Ce t Pe r Per Per For Per Hor Pe r Er i Eri Er i Per Per Per For Per Per Pe r Ce p Per Per Hor Per For Er i Eri For Pe r Eri Er i Er i Per Cet Eri Per For Per Re t Eri Pe r Per Eri Per Eri Er i Pe r Eri Cet Pe r Er i Pe r Pe r Eri Hor For Per Eri Hor Per Pe r Pe r Per For Per Per Pe r Er i Eri Ho r Pe r Er i Per Hor Eri Eri Eri Per Er i For For Per Eri Per Pe r Per Er i Er i Hor Eri Eri For For Fo r Eri Per Ta u Eri For Hor Eri Eri Fo r Hor 2.8 1.7 3.0 1.3 0.4 16. 15. 16. 13. 14. p p p p p 2. 14. p 15. p 12. p 3.6 6.9 2.1 13. p 8. 4 13.2 1.3 2.1 14. p 4.1 1.9 11.1 15. p 14. p 13. p 4.8 12. p 10 . 1.3 1.8 1.0 1.6 2.7 0.6 1.0 15. p 8.4 15. p 15. p 14. 14. 15. 14. 15. p p p p p 1.5 16. p 14. p 13. p 3.0 1.6 1.9 16. p 2.3 15. p 12.1 10.5 1.3 1.7 8. 5 14. 14. 14. 15. 15. 14. p p p p p p 1.5 3.2 2.1 8.5 13. p 15. p 9. p 1.4 1.2 2.1 15. p 15. p 14. p 2.3 2.5 1.4 14. 14. 12.9 14. 15. 16. 13. 15. 12.9 3.8 1.7 0.6 6.5 15. p 10.4 2.6 0.8 11.6 13.5 1.7 4.4 12.6 11. p 1.1 0.8 0.7 p p p p p p p 13.5 14. p 1.7 1.5 1.3 14. p 14. p 16. p 0.8 13. p 15. p 14. p 14. p 1.4 2.3 1.6 1.9 15. p 1.1 1.8 2.3 15. p 13.1 11.6 7.1 3.2 15. p 15. p 8. 9 11.0 1.8 13. p 1.3 4.0 14. p 10.5 4.6 0.4 11.6 15. p eF , p S , i r r R, F D* p vF , v S eF , v S , R F, p L , R, vg l b M , *9 n vF , S F, p L , 2 B p o i n t s i n v F , vS , R eF , v S , R C l , v S , st vF ee F , S, R , 2 F st s p i n l i n e F , pL , E 8 0 d e g gl o b . c l . , B, L, R , r r F, v S , R, di f f eF , e S , s t e l l a r vF, S, lE c F , S , l E , bM , * 9 n 5 ' pF , p S , R , v S N eF , v S ; v S s t ? eF , S , R, di f f i c 2 F neb, E ee F , pS , R , v d i f f i c , F* sp F , pL , F * c l o s e p pB , v S , r F, S , E , a l m s t e l l , *8 n p eF , p S , v l E , 1 2 ' n o f 12 5 6 F *1 2 w i t h n e b f , 9 0 " l eF , S , R, *9 s p , np of 2 F , vS , s t e l l a r C l , p L , Ri , C , i R , s t 1 2 . . . 1 5 eF , p S , R , s f o f 2 vF , * 7 6 " sf , n p of 2 eF , v S , m E 8 0 d e g , s t e l l N vF , * 4 9 " nf vF , v S , s p i r b r a n c h vF, vS, R e F , p S , iR , s b M N vF , S , lE , s b M v F , p S , *1 3 s p 2 ' F, S , p R , gb M N ee F , pS , R , be t 2 s t F, v S , R, gb M N vF , v S , v m E 60 d e g , gb M F, v S , R, sb M * 1 4 eF , p S , i R , r? s t e l l a r ne b F , pL , m E vF , p S , R , 1 2 5 9 a n d 12 6 0 ne a r eF , p S , i R , be t 2 s t , vF * v c l o s e S, E ns vF , S , R, vl b M vF , L , R, vg l b M , cE ns vB, R, gmbM ; = 1291 gl o b . c l . , vB , p L , R, m b M , e r vF , v S , c E 4 5 d e g , s t e l l N vF, S, R eF , v S , 2 st s pF, S e F , e S , R, 4 B s t s vF , S , vl b M vF , v S , R , g b M , r 2 eF , e S , ne b s u s p ee F , pS , R , ne a r l y b e t 2 st F, p S , lE , v g b M , S D * nr vF , v S , m b M pB, L, E, vgbM , r vF , v S , i R F , vS , R , s t e l l eF , S , lE , c o m *1 3 i n vF , S n e b Cl , S , vF ; n e b ? vF , S , R, 4 st f; = IC 3 1 4 eF, vS, R vF, S, R vF , p L , R vF , S , di f , vl b M vF, vS F , pS F , S, R vF, vS eF , e S sp i r a l ? vF , v S , m E 1 5 5 d e g , cb M vF , v S cB , v L , v m E , p s v m b M E ns F, S v F , v S , np 12 7 8 vF, vS pB , p S , R , b M S, R , p s v m b M , * 9 np 1' vF , S , vm b M vF , v S v F , S , * 1 1 p 1' e F , v S , gb M N , * 1 0 f 3 ' vF , S , vl E , gb M , er F , pL , m E 3 7 d e g , gb M vF, S, lbMN F , pS , R , * 1 3 s p vF , S , vl b M F, S , R , 2 s t s p vF , m E 13 5 d e g vF , s e v s t i n v F, S , d i f , l b M ne b , no t w e l l s e e n eF, vS vF , v S , g b M , * 1 0 . 5 f 4 ' gl o b . c l . , vF , p L , R, v g v l b M ee F , vS , R , cl o s e D * n r s pB , p S , R , * 1 6 at t ee F , pS , R v F , R , b M , np o f 2 vF , R , bM , s f o f 2 c B , c L , iR , g b M , * 8 s p 4' e F , v S , R, *9 . 5 nf E ns eF , S , iF , a m 3 o r 4 s t *1 0 w i t h e F , c L , E n e b s vB , c L , v l E , v s v m b M N pB , p S , p s b M F; = 1317 pB , S , R, gb M st e l l a r , = 13 m F F, S , R , b M , p of 2 PN ? pS , v s v m b M N st e l l a r F, m E 2 3 9 d e g , co m , *9 . 5 at t pB , v S , R e F , v S , 3 v F st cl o s e ( n o ne b ) st e l l a r f I1 9 2 2 13 2 0 I1 9 2 3 13 2 1 13 2 2 13 2 3 13 2 4 I1 9 2 4 I1 9 2 6 I1 9 2 7 I1 9 2 5 I1 9 2 9 13 2 8 I1 9 3 3 13 2 9 I 32 2 I1 9 3 2 I 32 0 I1 9 1 9 I1 9 1 8 I1 9 3 5 13 3 2 I1 9 3 6 13 3 1 I 32 4 13 3 6 I1 9 3 7 I1 9 3 8 I1 9 2 8 I1 9 4 0 I1 9 3 9 13 4 1 I1 9 4 2 13 3 7 13 3 9 13 4 0 13 4 4 I1 9 3 0 I1 9 3 1 13 3 8 13 3 0 13 3 3 I1 9 4 5 13 4 5 I1 9 4 6 I 32 3 13 4 7 I1 9 4 4 13 3 4 13 4 6 13 3 5 13 5 1 I1 9 4 7 13 5 6 I 32 6 I 32 5 I1 9 4 8 I1 9 4 9 13 5 0 I 32 7 I1 9 5 0 I1 9 5 1 I 32 8 13 4 9 I1 9 3 4 I1 9 5 5 13 5 2 13 4 2 I1 9 5 4 13 5 3 I 32 9 I 33 0 I1 9 4 1 I1 9 5 7 13 5 4 I 33 1 I1 9 6 0 I 33 2 I1 9 5 8 13 5 7 I1 9 5 9 I1 9 6 5 13 6 0 13 5 5 I1 9 5 2 13 6 5 I1 9 6 1 I1 9 6 4 13 5 8 I1 9 5 3 13 4 8 13 5 9 13 6 2 13 6 6 I 33 3 13 6 9 I1 9 6 6 13 6 1 13 6 7 I1 9 6 8 13 6 3 13 6 4 13 6 8 13 7 1 13 7 3 13 7 0 13 7 5 13 7 4 I 33 5 I1 9 6 3 I1 9 5 6 I1 9 6 2 13 7 8 I1 9 7 1 13 7 9 I1 9 6 9 I1 9 7 2 I1 9 7 3 13 8 0 I1 9 7 0 13 8 1 13 7 7 I1 9 7 4 I1 9 7 9 13 9 2 13 8 6 13 7 2 13 8 7 I1 9 8 0 13 7 6 13 8 2 104 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 24 . 7 24 . 8 24 . 8 24 . 9 25 . 0 25 . 0 25 . 0 25 . 0 25 . 2 25 . 2 25 . 3 25 . 5 25 . 6 25 . 7 25 . 9 25 . 9 25 . 9 26 . 0 26 . 0 26 . 2 26 . 2 26 . 3 26 . 4 26 . 5 26 . 5 26 . 6 26 . 8 27 . 2 27 . 5 27 . 7 27 . 8 28 . 0 28 . 0 28 . 1 28 . 1 28 . 3 28 . 3 28 . 8 28 . 8 29 . 0 29 . 3 29 . 3 29 . 3 29 . 4 29 . 4 29 . 5 29 . 7 29 . 7 30 . 1 30 . 1 30 . 4 30 . 5 30 . 6 30 . 7 30 . 7 30 . 8 30 . 9 31 . 0 31 . 1 31 . 1 31 . 1 31 . 1 31 . 2 31 . 4 31 . 4 31 . 4 31 . 5 31 . 6 31 . 6 32 . 1 32 . 1 32 . 2 32 . 2 32 . 2 32 . 4 32 . 4 32 . 6 32 . 7 32 . 8 33 . 2 33 . 2 33 . 2 33 . 3 33 . 4 33 . 4 33 . 6 33 . 6 33 . 6 33 . 7 33 . 7 33 . 8 33 . 8 33 . 8 33 . 9 34 . 0 34 . 1 34 . 1 34 . 2 34 . 7 34 . 7 34 . 8 35 . 0 35 . 0 35 . 0 35 . 1 35 . 2 35 . 2 35 . 3 35 . 5 35 . 5 35 . 6 35 . 6 35 . 9 36 . 0 36 . 1 36 . 2 36 . 4 36 . 4 36 . 5 36 . 5 36 . 6 36 . 7 36 . 7 36 . 7 36 . 8 36 . 9 37 . 0 37 . 0 37 . 0 37 . 1 37 . 1 - 50 - 03 - 50 - 03 - 02 - 02 - 05 - 51 - 51 - 51 - 51 - 51 - 04 - 52 - 17 +0 3 - 51 +4 0 - 32 +0 4 - 50 - 21 - 51 - 21 - 21 - 35 - 48 - 53 - 21 - 52 - 51 - 37 - 52 - 08 - 32 - 30 - 31 +0 4 +0 1 - 12 +4 1 +3 1 - 52 - 17 - 52 +4 1 - 22 - 48 +4 1 - 05 +4 1 - 34 - 50 - 50 - 14 - 07 - 47 - 47 - 33 - 14 - 50 - 53 - 14 +0 4 +4 2 - 57 - 19 +3 7 - 51 - 20 +0 0 +0 0 +2 4 - 52 - 15 +0 0 - 57 +0 1 - 51 - 13 - 50 - 56 - 25 - 05 - 23 - 36 - 48 - 53 - 05 - 21 +5 1 - 19 - 20 - 31 - 05 - 36 - 51 - 06 - 24 - 50 - 09 - 09 - 15 - 24 - 35 - 20 - 35 - 35 - 34 - 34 +0 5 - 21 - 35 - 52 - 35 - 45 - 52 - 51 - 34 - 43 - 35 - 20 - 49 - 57 - 36 - 36 - 15 - 35 - 57 - 05 - 35 44 01 34 00 54 49 45 41 41 43 15 15 08 47 37 40 20 47 54 32 01 20 19 21 21 44 42 01 34 08 04 09 40 23 17 54 04 24 43 10 22 25 38 48 37 52 16 00 50 33 35 52 19 17 26 03 58 59 38 43 26 08 40 22 48 13 16 20 55 49 16 21 26 27 13 17 12 23 27 40 25 33 51 00 43 08 57 10 05 29 26 29 17 12 07 17 19 15 56 38 50 50 38 56 11 22 16 14 27 27 05 17 12 38 27 11 01 59 59 57 18 54 34 56 16 00 53 31 58 03 12 d s d r r r r d d d d d r s r z d x c z c s d s c r d d c d d s d s s D s d m r r s d s d d r d r r r s d r m d d d s m c d m r u d r s s s z u d d r z c z d t c c s s c s d d s s r s r s d r d r r d r r r s r r s s c c u c r d s d d d s c s r d d r s r s c s c Ho r Er i Ho r Er i Er i Er i Er i Ho r Ho r Ho r Ho r Ho r Er i Ho r Er i Ta u Ho r Pe r Fo r Ta u Ho r Er i Ho r Er i Er i Fo r Ho r Ho r Er i Ho r Ho r Fo r Ho r Er i Fo r Fo r Fo r Ta u Ta u Er i Pe r Pe r Ho r Er i Ho r Pe r Er i Ho r Pe r Er i Pe r Fo r Ho r Ho r Er i Er i Ho r Ho r Fo r Er i Ho r Ho r Er i Ta u Pe r Re t Er i Pe r Ho r Er i Ta u Ta u Ta u Ho r Er i Ta u Re t Ta u Ho r Er i Ho r Re t Fo r Er i Er i Fo r Ho r Re t Er i Er i Pe r Er i Er i Fo r Er i Fo r Ho r Er i Fo r Ho r Er i Er i Er i Fo r Fo r Er i Fo r Fo r Fo r Fo r Ta u Er i Fo r Ho r Fo r Ho r Ho r Ho r Fo r Ho r Fo r Er i Ho r Re t Er i Er i Er i Fo r Re t Er i Fo r 1. 9 2. 5 2. 0 1. 3 4. 6 1. 1 0. 9 1. 5 1. 6 6. 8 2. 3 3. 9 0. 8 9. 1. 4 1. 8 0. 4 4. 3 0. 6 1. 3 0. 5 1. 3 14 . 3. 6 3. 4 1. 0 1. 2 2. 4 2. 5 1. 3 6. 5 1. 8 2. 4 9. 8 2. 8 2. 8 1. 9 2. 7 5. 4 1. 9 1. 8 3. 0 3. 0 1. 4 2. 3 2. 0 4. 9 3. 3 2. 9 3. 5 2. 4 1. 2 2. 0 2. 1 st e l l a r 14 . p F, S, R, bM st e l l a r 14 . p F, S, E pf , D or bi N 15 . p vF , vS , R, bM eF , eS , *1 3 sp 25 " +/ 14 . p vF , pS , pm E E, st e l l a r E, st e l l vF E np s f , st e l l E np s f vF , eS , R, bM N 13 . p lE sp n f 14 . p F, pS , R, gl b M 15 . p vF , pL , vl b M , di f f i c E ns eF , pS , R, vF * cl o s e p eF , pS , lE , se v st n 15 . p F, S, gl b M , di f st e l l , E, sp i r ? 10 . 3 vB , S, E 11 4 d e g , sm b M N st e l l , E np s f 14 . p vF , vS ; = IC 32 4 F, pS , di f , bM ; = 13 3 1 vF , S, vl E , gb M vF , vS , R, bM pe r h a p s D* vF , vS , mE 20 d e g , cb M bM E pf 13 . p F, S, mE 14 0 d e g , *1 2 sf st e l l , E ns 11 . 7 eF , vL , mE ns 13 . p cB , pS , R, ps b M , D* p no n e x i s t e n t ; = 13 4 4 10 . 3 cB , pL , iR , vg b M F, S, R, gb M , *8 p 3s , s 1' . 6 14 . p vF , di f 13 . p vF , S, iR , lb M , r 15 . p vF st in vF , S ne b F, L, *1 0 nf st e l l 13 . 7 vF , S, R, ps l b M st e l l eF , pS , R, p of 2 13 . p eF , pS , E 13 0 d e g , sb M N eF , eS , lE 20 d e g 15 . p eF , pL , lb M 15 . p eF , eS , R, bM , *1 3 p 15 . p vF * in vF , eS ne b 13 . p pB , pS , R, ps b M st e l l vF , pL , iR , gb M , * nr 15 . p vF , pL , E ns vF , S, R, vl b M ee F , S, R cF , vS , sp i r , cb M 10 . 5 B, L, mE , vm b M R N 15 . p eF , vS , di f , v di f f i c E np s f E sp n f 14 . p vF , eS , R 15 . p ee F , S, R, be t 2 st 16 . p eF , pS , lb M , *1 2 di s t 34 " eF , vS , R 15 . p eF , ps l b M , di f f , *8 sf 6. 7 Cl , vL , ab 60 st 12 . p F, pL , R, sp i r 11 . 4 pB , cL , iE , mb M 15 . p F, vS , R, lb M 15 . p F, vS , R, lb M vF , S, vm E 0d e g (p r o b ne b ) E sp n f 14 . p vF , S, lE , gl b M 15 . p *1 3 in ne b eF , eS , R 15 . p F, vS , R, sb M st e l l 13 . p pF , pL , R, lb M , *9 nf E np s f eF , vS , R, cb M *8 in B, L ne b , E ns 13 . 1 pF , S cF , S, vm E 14 0 d e g , * 1' sf 9. 5 !! vB , vL , mE , rN eF , vS , cE 20 d e g E pf 12 . 1 vF , S, be t 2 st 12 . p vF , cL , sp i r or an n u l a r Cl , lR i , st L 12 . 2 F, L, R, vg l b M 14 . p vF , S, R 13 . p vF , S, iF , lb M eF , *8 . 8 nf 4' F st e l l eF , eS , gb M N vF ; = 13 7 1 st e l l vF , S, R, *7 sp 3' . 5 , sp of 2 vF , S, vl E , nf of 2 15 . p vF , vS , R, lb M 11 . p pB , pL , vl E , ps b M eF , vS , p of 3 14 . p vF , S, R, be t 2 st 14 B, S, lE , pm b M , 3r d of 3 12 . p vB , pL , lE , gm b M , 2n d of 3 pF , pS , eE pf pB , S, eE 90 d e g ; = IC 33 5 16 . p F, S, E 20 0 d e g , 2 vF Nu c l e i eF , S, mE 17 5 d e g , gb M F E pf 12 . p gl o b . cl . , B, pL , R, gp m b M eF , vS , cE 50 d e g , cb M E E 11 . p vB , L, R, ps b M eF , vS , eE 75 d e g 12 . p F 14 . p F, S, R, gb M E np s f ee F , eS , vm E 20 d e g vF , pS , R 12 . p F vF , vS , R, gl b M 12 . p gl o b . cl . , vB , pL , R, gm b M eF , cS , vm E 25 d e g 13 . p eF , pL , iR , bM , r F I 337 I197 8 Gx 13 8 9 Gx I197 6 1385 Gx 1383 Gx I 338 Gx I196 7 Gx I198 2 Gx 13 4 3 Gx 13 9 0 Gx 13 9 6 I 339 * I 336 13 8 8 Gx 13 9 1 13 9 5 Gx 13 9 9 Gx 1393 Gx I194 3 Gx 14 1 1 Gx 13 9 8 Gx 14 0 4 Gx 1394 Gx I197 5 1384 Gx 1403 Gx 14 0 1 Gx 14 0 2 Gx 1406 Gx 1408 14 0 0 Gx I 340 Gx 13 9 7 Gx I198 4 I 343 Gx 14 0 5 Gx 14 0 7 Gx I198 7 Gx 14 1 3 Gx I198 1 Gx 1412 1419 Gx I198 6 I197 7 Gx I198 3 Gx 14 1 5 Gx 1416 Gx 1409 Gx 14 1 0 Gx I 341 I 345 Gx 14 1 4 14 2 2 Gx I 344 Gx I 346 Gx I198 9 Gx 14 1 7 Gx 14 3 3 Gx 1425 Gx 14 1 8 Gx 14 2 7 Gx 14 2 8 Gx 14 2 1 Gx I 347 Gx 1423 Gx 1420 *** 14 2 6 Gx I198 8 14 2 4 Gx 14 3 0 14 3 6 Gx 14 3 7 Gx 1429 * 14 3 4 14 4 8 Gx 14 5 7 Gx 14 6 6 Gb I 3 4 8 C+ N 14 3 1 Gx I198 5 I 350 Gx I199 1 14 3 9 Gx 1445 Gx I199 7 Gx 14 4 0 Gx 14 4 2 Gx I199 6 I199 2 I 334 Gx 1438 Gx 1452 Gx 14 5 5 Gx 14 5 0 Gx 14 4 1 Gx 14 4 3 * 14 3 2 Nb 1447 Gx I199 4 14 5 4 14 4 6 Gx 14 4 9 Gx 14 3 5 Nb 14 5 1 Gx 14 6 0 Gx 1463 Gx I 349 Nb 14 5 3 Gx I 342 Gx 1458 14 5 9 Gx I199 3 Gx 1473 Gx I 351 Pl I199 0 I 352 I199 9 14 5 6 14 6 1 Gx I200 0 Gx 1444 OC 1462 Gx I199 5 I200 1 1464 Gx I199 8 Gx I200 4 14 6 7 Gx I201 0 Gx I205 1 Gx 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 37 . 1 37 . 1 37 . 2 37 . 2 37.5 37.6 37 . 6 37 . 7 37 . 7 37 . 8 37 . 9 38 . 1 38 . 1 38 . 2 38 . 3 38 . 5 38 . 5 38 . 5 38.6 38 . 7 38 . 8 38 . 9 38 . 9 39.1 39 . 1 39.2 39.3 39 . 4 39 . 4 39.4 39.4 39 . 5 39 . 5 39 . 6 39 . 9 40 . 1 40 . 2 40 . 2 40 . 2 40 . 3 40 . 5 40.6 40.6 40 . 6 40 . 8 40 . 9 41 . 0 41.0 41.2 41 . 2 41 . 2 41 . 2 41 . 5 41 . 5 41 . 5 41 . 7 41 . 9 42 . 0 42 . 0 42.2 42 . 3 42 . 3 42 . 4 42 . 5 42 . 5 42.6 42.7 42 . 8 42 . 8 43 . 2 43 . 4 43 . 6 43 . 6 44.0 44 . 4 44 . 5 44 . 5 44 . 5 44 . 5 44 . 6 44 . 6 44 . 7 44 . 7 44 . 8 44.9 44 . 9 45 . 0 45 . 0 45 . 0 45 . 1 45 . 2 45.4 45.4 45 . 4 45 . 6 45 . 7 45 . 7 45 . 8 45.8 45 . 8 45 . 9 46 . 0 46 . 0 46 . 1 46 . 1 46 . 1 46.2 46 . 3 46 . 4 46 . 8 47.0 47 . 0 47 . 1 47.4 47 . 5 47 . 5 47 . 6 47 . 7 48 . 2 48 . 5 49 . 1 49.4 50.3 50 . 3 50 . 9 51.4 51 . 5 51 . 8 51 . 9 52 . 0 52 . 0 - 06 - 50 - 35 - 47 - 24 - 18 +03 +03 - 57 +72 - 19 - 35 - 18 +23 - 15 - 18 - 23 - 35 - 18 - 44 - 44 - 26 - 35 - 18 - 15 +1 5 - 22 - 22 - 18 - 31 - 35 - 18 - 13 - 04 - 47 - 18 - 15 - 18 - 55 - 15 - 26 - 26 - 37 - 45 +17 - 22 - 22 - 22 - 01 - 01 +21 - 18 - 21 - 21 - 04 - 18 - 50 - 04 - 47 - 29 - 04 - 35 - 35 - 13 - 04 - 06 - 05 - 22 - 39 - 04 - 18 - 35 - 35 - 04 - 09 - 44 - 44 - 71 +32 +02 +32 - 11 - 51 - 21 - 09 - 59 - 18 - 18 - 57 - 51 +76 - 23 - 18 - 18 - 09 - 04 - 04 +24 - 08 - 51 - 20 - 04 - 04 +23 - 04 - 36 - 59 +23 - 03 +68 - 18 - 25 - 33 - 68 +35 +24 - 08 - 56 +22 - 16 - 48 +5 2 +0 6 +25 - 48 - 15 +01 - 49 - 08 - 59 - 83 43 09 45 26 30 20 08 17 47 34 00 40 23 28 53 21 02 27 26 06 05 20 35 17 30 50 23 44 31 19 31 41 07 40 05 27 30 35 03 35 52 13 31 22 45 34 34 43 17 17 57 19 41 41 39 16 57 42 13 54 44 25 10 29 17 22 51 07 53 44 14 51 52 43 41 39 38 41 17 51 10 49 33 55 50 08 16 16 20 01 38 01 38 38 13 06 01 22 59 40 41 04 08 47 04 41 48 56 58 06 15 31 43 12 03 37 44 57 34 24 52 40 59 35 38 25 11 25 51 56 50 d c s d s r z m c s r r x d r D s s s c s s s s d r r s r s r s m r d c r s c r c r r d u c s s s v d m D s x c c s s s s s s s m r F s d s r c s r r s D s s r d m d s r c s c d d s v s c r s F s r d r m s s s r r s s s D r c r s d d d r s c s r d d r z d r c c Eri Hor Eri Hor Fo r Er i Tau Tau Ret Cas Eri Eri Eri Tau Eri Eri Eri For Er i Hor Hor For For Er i Eri Ta u Er i Eri Eri Fo r Fo r Eri Eri Eri Hor Eri Eri Eri Ret Eri For Fo r Er i Hor Tau Eri Eri Er i Ta u Tau Tau Eri Eri Eri Eri Eri Hor Eri Hor Fo r Eri For For Eri Eri Er i Er i Eri Eri Eri Eri Eri Eri Er i Eri Hor Hor Hyi Per Tau Per Eri Hor Eri Er i Ret Eri Eri Ret Hor Cam Er i Er i Eri Eri Eri Eri Tau Er i Hor Eri Eri Eri Tau Eri Eri Re t Tau Eri Cam Er i For For Hy i Per Tau Eri Ret Tau Eri Hor Pe r Ta u Tau Hor Er i Tau Hor Eri Ret Men 1.2 2.1 3.0 0.8 1.4 2.8 3.2 3.2 1.8 2.1 2.8 6.6 2.5 1.5 2.8 3.9 1.9 1.4 1.8 2.5 1.5 1.9 1.7 4.0 3.6 1.5 1.3 0.4 2.1 1.9 1.2 2.8 6.8 5.4 1.5 2.8 1.8 3.6 0.7 2.1 2.1 2.9 8.1 2.3 10. 0.8 2.3 1.3 2.3 6.0 2.6 1.7 2.6 1.5 30. 0.4 1.1 30. 0.7 2.1 17.8 2.5 0.1 3.3 3.8 4. 1.2 2.6 ee F , pL , 3 s t n r E ns 13. p F eF , e S , R 11.2 p B , p S , R, gp m b M 14. p pF, S, R, psmb M 1 5 . p vF , S , di f , vF * c l o s e 1 4 . p vF , S , R, *1 3 n r cF , e S , R 12.3 F, v S , iR , g b M , D * v n r 1 5 . p vF , p S , E 26 0 d e g F eF , e S , s t e l l N vF , e e L , v d i f vF , v S , R , l b M eF , S , R, gb M N 1 1 . p B, p S , E, ps m b M 9. 9 gl o b . c l . , vB , p L , ps b M , r r 1 4 . p F , S, R, g l b M pB , S , R; = 14 1 1 1 2 . p B, p S , R, sm b M 9. 7 cB , c L , R , v m b M 10.3 vB , p L , R , p s m b M 14. p vF, vS, E 170d e g , sbMN eF , v S , v di f f i c , n r 1 4 0 5 15. p neb *13 1 4 . p v F , e S , ne b * 1 3 . p vF , v S , R 1 5 . p eF , v S , R 1 3 . p F , cL , v m E , v g l b M , * 7 n p F 11.1 cB , p S , R , p s m b M 1 5 . p F, p S , E p f , * 1 4 at en d 1 4 . p vF , v S , l E ee F , eS , m E 15 0 d e g eF , v S , l E 9 0 d e g , d i f 1 6 . p eF , p L , m E 1 5 0 d e g , gl b M , F s t i n v 9. 8 vB , L , R, sv m b M N eF , v S , R eF , v S , R , l b M eF , e S , l E , * c l o s e nf ; = 1 4 1 2 F , S, E, g b M , * sf 2 ' p F , p S , R, ps b M eF , e S , c E 1 3 5 d e g 1 5 . p F, S , R , d i f , * 1 3 . 5 nr vF , p S , R 1 2 . p pB , S , lE , p g l b M , * sf 14. p eF, S, R, *8.6 n 2' 15. p eF, stel l a r or lE ma k e s D n e b w i t h 1 4 0 9 , po s 0 d e g vF , e e L , v d i f 1 5 . p eF , v S , i R , gb M eF , p S , m E 0 d e g , b M N 1 3 . p eF , p S , E 80 d e g ee F , pL , R , 14 1 7 f eF , p L , E 80 d e g , d i f st e l l 12.0 pF , p L , l E , lb M , * s f 10.0 vB , L , pm E , vs v m b M * 1 0 1 2 . p F , pL , i R , gb M 1 5 . p vF , S , E, *1 1 s f 1' 1 2 . p pF , S , R, ps m b M F 11.4 F, c L , mE 0d e g , r 1 3 . p eF , v S , R , s t e l l a r 1 5 . p e e F , S , R, v di f f i c F , vS , * 1 3 p 11.4 pF , S , lE , b M eF , p L , R , 2 s t n r f , 2 s t np 1 5 . p vF , * 1 0 - 1 1 n p eF , S , E 2 0 d e g , sb M N gl o b . c l . , vB , p m E , p g b M ; = 1 4 3 7 1 2 . p F, v L , R, gl b M eF, vS, E 0deg , gbMN , f of 2 eF , S , R, *8 . 5 f 25 s , n 3' 1 1 . p pB , L , vm E 2 2 2 d e g ; = 14 5 7 pF , p L , e E 4 2 d e g , v g p m b M ; = 1 4 4 8 11.4 pF , p S , i R , gl b M , * 7 f 7. 3 pB , v L , v g b M 1 5 . p eF , p L , i R *8 i n F , e L ne b 1 4 . p F, S , R , v d i f st e l l , E s p n f 1 2 . p F, p S , gp m b M v F , S , R , * 9 np 2' eF , v S , R , c b M , s t e l l N 1 3 . p pB , p S , R , s m b M * 1 3 pB , v S , b M ; = 1 4 4 0 ee F , eS , e E 95 d e g st e l l 1 2 . p pB , S , *1 3 i n v sf e F , m E , N, *1 0 f 1 ' 1 3 . p F , R, lb M , ha z y * vF , S , lE 30 d e g , s b M N ; = 1 4 5 2 eF , p S , R (D , d i s t 0 ' . 4 ? ) 12.9 vF , S , iE , * 1 2 f vF , n f 14 4 1 e F , v L , di f ( M a i a , i n Pl e i a d e s ) vF, S, R, neb? *7- 8 f 3' E ns vF , e S , R , ( * ? ) , *9 . 5 sp 3' 1 4 . p eF , f 1 4 4 1 13.5 vF , v S , v l E vF , v L , d i f (M e r o p e ) 13.3 vF , v S , l E F, S , R , * a t t c F , S , R , g l b M , am 7 B st eF , v S , p o s 16 5 d e g , d i s t 3 6 " fr o m Me r o p e 11.6 pB , S , R, *1 7 i n M 9. p pB , v S , * 1 2 cl o s e n none x i s t e n t 1 4 . p eF , p S , g b M eF , L , cE , * 7 . 5 a t t , v d i f f i c c F , p L , R, gv l b M 1 2 . p pl a n = *1 0 , *9 p 14 s , 2 ' s vL , m E pf , 1 5 ' l F, v S , R, bM ee F , vS , c E 14 0 d e g D* 1 0 - 1 2 , co m p ne b u l o u s a t 13 0 d e g , 9 " 11.7 pB , S , lE , m b M N cB , L , eE 80 d e g , v m b M 6 . 6 C l of ab 3 0 s t 1 2 . . . 1 4 15. p vF, S, vlE *6 i n e F , ee L n e b eF , v S , R , 3 s t n r pF, S, R, 2 st nr 1 6 . p F, S , R , b M N eF , S 1 5 . p eF , v S , R , * 9 s 4 ' eF , S , E 7 0 d e g ! vF , v S , st e l l N e l l i p t ri n g 14 7 6 Gx 14 6 8 Gx 14 7 0 Gx I2 0 1 1 14 8 3 Gx I2 0 1 2 14 7 1 I 35 4 14 9 0 Gx 14 6 5 Gx I2 0 0 9 Gx 14 7 2 Gx I 35 5 14 7 7 Gx 14 7 5 14 7 8 Gx I2 0 0 6 Gx 14 7 4 Gx 14 8 4 Gx 14 7 9 14 8 1 Gx I2 0 0 2 Gx 14 8 0 14 8 2 Gx I 35 3 Nb I2 0 0 7 Gx I2 0 0 8 I2 0 1 4 Gx 14 8 7 Gx 14 8 6 Gx I2 0 0 3 Pl 15 0 3 Gx I2 0 1 3 I2 0 1 7 Gx 14 9 3 Gx 15 2 0 OC 14 8 9 Gx I2 0 0 5 Gx 14 9 4 Gx I2 0 1 8 Gx I2 0 1 5 14 8 8 Gx 14 9 2 Gx 15 0 0 Gx 14 9 5 Gx I2 0 2 2 I2 0 2 0 I2 0 2 1 15 1 1 Gx I2 0 2 3 I2 0 2 4 Gx 15 0 6 Gx I2 0 2 5 Gx 14 6 9 Gx 14 9 8 14 9 9 Nb I2 0 2 8 Gx I2 0 2 9 Gx I2 0 1 6 Gx I2 0 1 9 Gx 14 9 7 Gx 15 0 4 Gx 15 0 5 Gx 14 9 1 Nb 15 1 0 Gx I 35 8 Gx I 35 7 Gx 15 1 2 Gx I2 0 2 6 15 0 9 Gx 15 1 5 Gx 14 9 6 OC 15 0 7 Gx I2 0 3 0 14 8 5 Gx 15 2 6 Gx 15 0 8 Gx I2 0 3 1 15 2 2 Gx 15 2 3 As t I2 0 3 4 Gx I2 0 2 7 Gx 15 1 8 Gx 15 0 1 Pl I2 0 3 2 Gx 15 2 9 Gx I2 0 3 3 Gx I2 0 5 4 15 0 2 OC I 35 6 Gx 15 1 6 Gx 15 1 9 Gx 15 2 1 Gx I2 0 3 7 Gx 15 2 7 Gx 15 3 4 Gx I2 0 3 8 Gx I2 0 3 5 Gx I2 0 3 9 Gx 15 1 4 Pl 15 1 7 Gx 15 3 3 Gx 15 1 3 OC I2 0 3 6 15 2 4 15 2 5 15 3 6 Gx I2 0 4 3 Gx I2 0 4 4 I2 0 4 6 I2 0 4 2 15 3 1 Gx 15 3 2 Gx I2 0 4 9 Gx I2 0 4 1 Gx 15 4 3 Gx I 36 0 Nb I2 0 4 0 Gx 15 5 7 15 3 7 Gx I2 0 5 0 Gx 15 3 5 Pl I2 0 4 8 ? 15 4 6 Gx I2 0 4 5 15 3 8 Gx I2 0 4 7 I2 0 5 2 15 4 0 Gx 15 2 8 OC 15 4 9 Gx 105 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 52 . 1 52 . 2 52 . 2 52 . 5 52 . 7 52 . 8 53 . 1 53 . 3 53 . 5 53 . 6 53 . 6 53 . 7 53 . 8 54 . 0 54 . 1 54 . 1 54 . 1 54 . 2 54 . 2 54 . 4 54 . 4 54 . 4 54 . 5 54 . 7 55 . 0 55 . 4 55 . 4 55 . 4 55 . 8 56 . 3 56 . 4 56 . 5 56 . 7 56 . 7 57 . 5 57 . 5 57 . 6 57 . 6 57 . 7 57 . 9 58 . 0 58 . 1 58 . 1 58 . 2 58 . 4 58 . 7 59 . 0 59 . 4 59 . 5 59 . 7 00 . 1 00 . 4 00 . 4 00 . 5 00 . 5 00 . 7 01 . 3 01 . 3 01 . 9 02 . 0 02 . 1 02 . 5 02 . 7 03 . 4 03 . 5 03 . 7 03 . 8 03 . 9 03 . 9 04 . 0 04 . 1 04 . 4 04 . 5 04 . 9 05 . 1 05 . 2 05 . 8 05 . 9 06 . 1 06 . 2 06 . 6 06 . 7 06 . 8 07 . 0 07 . 1 07 . 2 07 . 2 07 . 2 07 . 7 07 . 8 08 . 1 08 . 1 08 . 3 08 . 3 08 . 4 08 . 8 08 . 9 09 . 0 09 . 0 09 . 2 09 . 3 09 . 9 10 . 0 10 . 0 10 . 3 10 . 3 11 . 0 11 . 2 11 . 2 11 . 4 11 . 7 12 . 0 12 . 1 12 . 1 12 . 6 12 . 8 13 . 0 13 . 0 13 . 3 13 . 7 13 . 9 14 . 2 14 . 3 14 . 6 14 . 6 14 . 7 14 . 9 15 . 0 15 . 2 15 . 4 15 . 7 - 44 - 06 - 09 - 57 - 47 - 58 - 15 +2 3 - 66 +3 2 - 48 - 08 +2 0 - 08 - 08 - 08 - 35 - 10 - 37 - 10 - 20 +1 0 - 10 - 20 +2 5 - 28 - 28 - 56 - 42 - 21 +3 3 - 66 - 17 - 59 - 46 - 76 - 19 +3 6 - 48 - 52 - 40 +1 8 - 35 - 52 - 44 - 59 - 54 - 52 - 67 - 52 - 53 - 52 - 53 +6 8 - 12 +3 6 - 52 - 52 +2 0 +0 5 +2 3 - 09 - 09 +5 1 - 43 +1 9 +2 2 - 43 - 11 - 11 - 54 +5 2 - 02 - 19 +7 1 - 65 +2 5 - 05 - 52 - 54 - 57 +3 7 - 21 +6 0 - 55 - 62 - 53 - 78 +6 2 +6 9 - 08 - 17 - 21 - 58 - 47 - 62 - 56 - 45 - 56 +3 0 +0 8 - 56 +4 9 - 39 - 08 - 08 - 56 - 53 - 54 - 54 - 47 - 32 - 32 - 58 - 32 - 57 +2 5 - 32 - 70 - 31 - 53 - 12 - 33 - 56 - 13 - 13 - 13 - 54 - 28 +5 1 - 55 32 21 01 29 29 38 24 25 02 28 59 35 00 35 07 34 59 25 00 12 25 43 16 30 29 10 10 45 22 49 52 02 06 24 12 50 14 48 54 47 27 34 27 19 28 02 03 40 38 41 22 34 04 35 01 37 42 48 13 38 08 19 18 19 25 53 09 21 11 12 06 37 11 14 00 50 24 37 40 06 58 07 11 55 20 54 41 15 20 49 53 12 03 45 53 47 00 31 01 47 39 07 31 42 48 48 29 41 31 40 16 51 52 33 49 44 38 33 25 39 29 44 07 04 10 12 11 20 29 14 36 c r r d v d r d r r c r d r r r s r r r r u d s s c c c s r s r d c s A r z s c d r r r c d d d s d c r c s r s c c z u r r r s s u u s d r s s s d s r r d r D c u s s c r c d s s r s s c s r c s c s r s s d r r s c d d d s s c c s s c r s c s x s d r d d c s s Ho r 1. 7 Er i Er i Re t Ho r Re t Er i Ta u Re t Pe r Ho r 1. 9 Er i Ta u Er i Er i Er i Er i 2. 3 Er i Er i Er i Er i Ta u 1. 4 Er i Er i 1. 5 Ta u 18 0 . Er i 1. 8 Er i Re t 1. 4 Er i 2. 0 Er i Pe r 0. 1 Re t Er i Re t 1. 3 Ho r 2. 6 Me n Er i Pe r Ho r 2. 6 Do r 1. 2 Ho r Ta u Er i Do r Ho r 2. 9 Re t Re t Do r Hy i 3. 3 Do r Re t 1. 1 Do r Re t 1. 1 Ca m 2. 3 Er i Pe r 14 5 . Do r 1. 1 Do r 1. 3 Ta u Ta u 1. 1 Ta u Er i Er i Pe r 3. Ho r 1. 0 Ta u 1. 4 Ta u 1. 3 Ho r 4. 0 Er i Er i Do r 5. 4 Pe r 6. Er i 3. 4 Er i Ca m 2. 4 Re t Ta u Er i Do r Do r Re t 1. 2 Pe r 1. 2 Er i 3. 0 Ca m 0. 9 Do r 1. 5 Re t Do r 1. 3 Me n Ca m 8. Ca m 5. 2 Er i Er i 2. 0 Er i 2. 9 Re t 1. 5 Ho r 3. 4 Re t Do r 1. 7 Ho r Do r 1. 3 Ta u 1. 9 Ta u Do r 2. 9 Pe r 9. Ho r Er i Er i Re t 2. 0 Do r 1. 3 Do r Do r Ho r Er i 1. 3 Er i 5. 6 Re t 1. 1 Er i 1. 5 Re t 3. 9 Ta u 18 0 . Er i 1. 6 Hy i Er i Do r 1. 4 Er i 0. 7 Er i Do r 3. 2 Er i Er i Er i Do r Er i 1. 2 Pe r 24 . Do r 3. 7 cF , S, E 90 d e g , gb M 15 . p vF , vS , R, bM 15 . p eF , S, E 0d e g ee F , vS , R cF , pL , R, vg l b M ee F , eS , cE ns vF , vS , E 45 d e g ; = 14 6 4 ? vF , ee L , v di f pB , S, vl E , pm b M 15 . p pF , pS , R, pB * nr p eF , S vF , eS , st e l l N, 1s t of 3 vF , S, R, di f eF , vS , 2n d of 3 eF , eS , R, *1 4 np 4' eF , vS , 3r d of 3 12 . p pB , S, R, * nr nf , D* sp 14 . p vF , S, R vF , L, E, vg v l b M eF , S, E, p of 2 15 . p eF , S, R, 2 B st f, p of 2 15 . p F, E ns , di f , *1 4 n eF , S, iR , f of 2, *1 0 f 30 s 14 . p F, S, vl E , 2 st 10 nr , f of 2 vF , ee L , v di f eF , S, R, F* at t nf eF , vS , eF * v cl o s e nf ; = IC 20 0 7 ee F , vS , R 12 . p pB , pL , R, gb M , 2 st tr i a n g l e 15 . p eF , vS , R 13 . p pB , eS , lE ns , *1 3 n 4" , *1 2 sp 18 " eF , pS , R, *1 0 np cB , cL , mE 17 0 d e g , cb M , su s p eF , vS , R 12 . p F, cL , R, vg l b M Cl , pL , lR i , st 9- 10 14 . p eF , pS , E 19 0 d e g 16 . p F, vS , R, st e l l 12 . p F, L, R, vg v l b M , 3 st n eF , vS , R eF , S, R, bM , su s p 15 . p *1 2 in v in ne b vF , vS , R F, vS , R, pm b M , *8 np eF , S, lE 90 d e g , vg v l b M ee F , eS , mE 5d e g , cb M eF , vS , R eF , vS , R 12 . p pB , pS , mE 12 1 d e g .5 , gb M eF , vS , R eF , vS , cE 35 d e g ee e F , S, R, be t 2 st 12 & 13 eF , vS , cE 13 5 d e g 15 . p vF , vS , R, B* nr Cl , S, C vF , vL , E ns , di f cF , vS , R eF , vS , R 16 . p eF , vS , *1 5 s 30 " 15 . p F, S, R, st e l l , r 14 . p eF , vS , iR , mb M 15 . p eF , S, R, gb M 15 . p eF , S, R, gb M vB , S, iF , bM , r, * in v 13 . 0 F, pL , R, vg m b M 15 . p vS , di f , lb M 14 . p F, S, R, N = 13 . 5 10 . 6 eF ri n g , B, cL , R, bM vF , vS , st e l l 15 . p vF , vS , lE , F* nr p 11 . 0 B, L, vm E 10 d e g , bM 10 . p Cl , se g m e n t of a ri n g 12 . 2 vF , pL , mE , vl b M , er cF , vS , eE 13 5 d e g , su s p 14 . p eF , pS , R eF , vS , R, gl b M 15 . p vF , vS , R, bM , r eF , vS , di f , lb M , *1 1 nf 3' eF , vS , R, vl b M on l y 3 vF st (n o t a ne b ) ee F , vS , cE 11 5 d e g 16 . p F, vS , R, vl b M 11 . 8 B, L, pm E , gb M , *8 sp 13 . p PN , pB , pS , vl E , 1' di a m eF , vS , R vF , S, R, gb M eF , vS , cE 13 0 d e g ee F , eS , vF * 1' nf , su s p 5. 7 Cl , pR i , cC , iF 11 . p pF , pL , bM , *8 . 5 4' n 15 . p ee F , S, E, ps m b M , er 13 . p vF , S, lE , vS * in v 11 . 4 pB , R, bM eF , vS , eE 90 d e g , cb M 12 . p pB , pS , E 77 d e g , vs m b M R N F, S, R, vS * 3/ 4 d e g sf eF , vS , eE 14 5 d e g 12 . p F, vS , R eF , vS , R 10 . p *9 in ne b 3' di a m 14 . p vF , vS , R, r, *9 - 10 sf 10 . 9 vB , vL , R, sm b M , 2 st 10 nf 8. 4 Cl , L, vR i , pC , st vL ee F , pS , R, v di f f i c , *9 f eF , pS , R, gb M , Dn e b wi t h 15 2 5 eF , pS , R, gb M , at 34 0 d e g , 0' . 5 fr o m 13 . p vF , R, pL , vl b M eF , vS , eE 5d e g , vm b M eF , vS , R vF , vS , R *9 in ne b 1' di a m 12 . 1 pB , pL , R, bM , np of 2 11 . p B, vL , vm E 32 d e g , ps m b M eF , vS , R eF , vS , R, *1 0 cl o s e s 10 . 6 B, pL , E, sm b M N = *1 1 vF , ee L , v di f vF , vS , R, rr ? , 15 3 1 - 32 s Cl , vl C , ab 20 sc st 12 . p vB , pS , lE , ps v m b M F, vS , cE 60 d e g 10 . p PN , vB , S, R, pS , vs b M , r ee F , eS , B* f, v di f f i c 11 . 6 pB , lE , gb M E N , ** p eF , eS , al m st e l l , nr 15 3 8 15 . p eF , vS , R, gb M eF , eS , di f f i c , nr 15 3 8 vF , vS , mE vF , vS , E, gv l b M , r 6. 4 Cl , B, vR i , cC 9. 9 B, pS , R 15 2 4 I205 3 1553 I205 6 I 362 1541 15 4 2 15 4 7 15 5 9 15 5 6 I205 5 I205 8 I206 0 I 363 15 3 9 I 359 I 361 I 364 I 365 1558 15 5 0 15 5 1 I 366 15 6 6 1552 I205 9 I 367 15 4 5 15 4 8 1567 I206 5 15 6 2 1554 I205 7 1574 1570 15 7 1 15 7 2 I 368 15 5 5 15 6 3 15 6 4 I206 3 15 6 1 1530 1565 I 369 I206 4 I206 6 1578 I206 1 I 370 15 6 8 I207 0 1581 I206 9 1576 I207 1 1575 15 7 7 I206 8 I207 3 I207 2 15 8 5 1596 16 0 2 1584 I207 6 1580 1583 1595 I207 9 15 9 8 I208 1 I208 2 16 2 9 1591 1592 I 372 1579 I 371 15 8 6 1587 I 373 I208 3 1569 15 8 8 15 8 9 1594 I206 7 I207 5 I 375 I 376 1590 1597 I 377 I207 4 I208 5 I 378 15 9 9 I208 6 16 0 0 16 0 3 1617 I 380 1601 15 9 3 1604 1608 I 379 I207 8 1582 1607 1606 I207 7 I208 4 I208 0 I 374 1609 I208 9 1616 15 6 0 I206 2 16 1 1 16 1 2 1613 1614 1610 16 2 3 1573 1605 1615 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb OC Gx Gx Gx Gx Gx Gx Gx Gx OC OC Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx ? Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 15 . 8 16.2 16 . 5 16 . 7 17.0 17 . 2 17 . 2 17 . 6 17 . 7 17 . 8 17 . 9 17 . 9 18 . 9 19 . 0 19 . 0 19 . 0 19 . 1 19 . 2 19.3 19 . 6 19 . 6 19 . 6 20 . 0 20.3 20 . 4 20 . 6 20 . 9 21 . 0 21.1 21 . 5 21 . 7 21.8 21 . 9 22.0 22.1 22 . 2 22 . 6 22 . 7 22 . 9 22 . 9 22 . 9 22 . 9 23 . 0 23.4 23.4 23 . 5 23 . 5 23 . 5 23.8 24 . 0 24 . 1 24 . 4 24 . 6 24.7 25 . 9 26.2 26 . 2 26.3 26 . 3 26 . 6 26 . 6 26 . 9 27 . 5 27.6 27 . 9 28.1 28 . 1 28.2 28.3 28.4 28 . 5 28 . 6 29 . 0 29 . 1 29 . 3 29.4 29.6 30.1 30.2 30 . 2 30 . 7 30.7 30 . 7 30 . 7 30.8 30 . 8 30 . 8 30.8 30 . 8 31 . 0 31 . 1 31 . 1 31.2 31.2 31 . 3 31 . 3 31 . 4 31 . 5 31 . 6 31 . 6 31 . 7 31 . 7 31.7 31 . 7 31.8 31 . 9 31.9 31.9 31 . 9 31 . 9 32.0 32.0 32.1 32 . 1 32 . 1 32 . 3 32 . 5 32.6 32 . 6 32.7 32 . 8 32 . 8 33 . 0 33 . 1 33.3 34.0 34.1 34 . 9 35.0 35.0 36.0 - 49 - 55 - 60 - 12 +0 0 +04 - 17 - 62 - 50 - 48 - 55 - 56 +03 +26 +28 +58 +03 +03 - 45 +02 +01 +02 - 54 - 00 - 31 - 14 +50 +36 - 48 - 55 - 15 +1 9 +04 - 56 - 43 - 43 - 40 - 12 +19 - 15 - 15 - 15 - 15 +7 5 - 15 - 11 - 15 - 54 - 51 +21 - 09 - 00 - 57 - 54 - 48 - 03 - 53 - 10 - 10 - 42 - 53 - 48 - 42 - 55 - 55 - 17 - 48 - 05 - 17 - 47 - 53 - 47 - 53 - 53 - 71 - 26 - 26 - 05 +3 5 - 00 - 00 +0 0 - 04 - 53 +6 4 +00 +00 - 05 +35 - 05 - 12 - 12 +0 7 - 11 - 12 +07 - 54 - 12 - 04 - 53 - 05 - 05 - 54 - 12 - 05 +00 - 05 +0 0 - 07 - 04 +4 3 - 04 - 05 +00 - 48 - 05 +16 - 04 - 75 - 43 +71 +71 - 04 - 04 - 04 - 08 - 04 - 13 +7 3 +4 5 +1 9 22 47 13 13 50 48 53 47 10 55 56 37 03 51 12 18 10 20 02 26 25 21 56 40 44 47 15 56 15 56 45 32 03 58 38 38 36 37 32 44 44 44 51 18 45 47 41 45 35 05 23 45 59 56 12 37 08 07 07 06 11 22 09 02 03 32 13 11 37 49 44 47 37 50 50 44 58 01 16 33 19 40 52 59 51 39 51 48 27 48 58 27 37 17 27 42 25 18 35 38 05 06 36 56 06 34 22 35 15 41 51 27 02 34 17 45 38 22 33 43 53 54 17 10 15 35 42 31 15 15 57 d s s m r r D s D d c c d r s s z m v r r d s r c m s r c c r s z s c r r m r D r F r s r m d d r d m r c r d r d D D c c d r s v r d r r c c c c s r r D n s d r s m c s s s r d v d m s r d x c d s d s r s m s A r r m d s r v x d d z r d r s t r r r s r r s s s Dor Do r Ret Eri Ta u Tau Eri Ret Dor Dor Dor Ret Tau Tau Tau Cam Tau Tau Ho r Tau Tau Tau Dor Er i Eri Eri Per Per Ca e Dor Eri Ta u Tau Re t Ca e Cae Cae Eri Tau Eri Eri Eri Eri Ca m Er i Eri Eri Dor Do r Tau Eri Eri Dor Do r Cae Er i Dor Er i Eri Cae Dor Cae Cae Do r Dor Er i Cae Er i Er i Ca e Dor Cae Dor Dor Hyi Er i Er i Er i Pe r Eri Eri Ta u Eri Dor Ca m Tau Tau Er i Per Eri Eri Eri Ta u Er i Eri Tau Dor Eri Eri Dor Eri Eri Do r Eri Er i Tau Er i Ta u Eri Eri Pe r Er i Er i Tau Cae Eri Tau Er i Men Ca e Cam Cam Eri Eri Er i Er i Er i Eri Ca m Pe r Ta u 4.1 1.9 0.3 9.5 12. 14. 15. 15. 3.3 10.5 p p p p 2.7 1.3 15. p 15. 6. 0.6 11.7 15. p 14. p 14. p 7.6 1.4 0.3 18. 9. 4 14. p 15. p 6. 2 1.2 1.2 2.0 15. p 10.5 0.8 14. p 4.9 0.5 1.2 15. 12. 15. 15. p p p p 14. p 15. p 1.7 15. p 13. p 13. p 1.3 1.4 3.9 11.0 14. p 15. p 1.5 1.3 1.6 1.5 12.8 13. p 12 . 2.0 1.0 1.1 2.9 1.8 3.1 14. p 13. p 15. p 11.2 14. p 14. p 14. p 2.0 0.8 1.3 14. p 15. p 15. p 2.4 1.1 15. p 2.5 4.7 0.6 1.0 11.1 15. p 10.4 15. p 13.8 0.9 14. p 15. p 15. p 37 . 7. p 15. p 16. p 15. p 9.8 8.8 1.3 11.5 12. 15. 15. 15. 12.9 2.2 5. 1.6 14. p 10.7 15. p p p p p eF , S , cE 14 0 d e g , s u s p v B , p S , R, gm b M , a m 3 s t ; a Dn e b F, p L , R, bM pB , v S , b M vF, S vF , S , E pF , p S , i R , Cl vB , v L , m E , vg p m b M , *1 4 a t t n cF , S , E 1 6 5 d e g , v g l b M F, S , c E n s , s u s p cB , c L , e E 1 0 d e g F, S , b M eF , * 9 nf 3' vF , v S , g b M ee F , pL , R F, L (n e b Cl ? ) vF , v S , R , s b M pB , S , iF , s b M pF, S, E, gbM vF , S , R, *1 3 n r F, v S , R, pr o b a b l y = 1 5 5 0 eF , 3 ' sf of 1 5 5 0 B, v L , VG , s v m b M , 1 5 s d in R A c F , p S , lE , v g b M , *1 1 s p ee F , pL , R pB , p L , d i f Cl , p R i , l C , s t L Cl , v L , l R i , l C , st 10 . . . 1 2 F , S, R, b M vF , v S , v m E 45 d e g , pm b M vF , e S , R , g l b M !!! var, S, R, Nn = *13 pB , p S , R , g b M , r p B , S , R , p g b M , 2 S s t sf F , S, R, g b M ; = 15 7 1 vF , S , R, gb M , ** n f pF , S , R, *1 3 n f 1' eS , R , bM !! ! v F , S , v a r i a b l e eF , v S , R , l b M , D w i t h 1 5 6 4 eF , v S , R , l b M , D w i t h 1 5 6 3 eF , v S , n r 1 5 6 1 - 6 5 vF , v S , l E 1 7 0 d e g , gl b M , * 8 p 6 s pB, L e F , p S , lE F, S , R , s t e l l a r su s p , n f 1 5 6 5 ee F , vS , R pF, S, R, bM F, c S , R, su s p eF , S , di f eF , v S , R , n e a r l y b e t 2 s t vF , v S , c b M F , S, E, g l b M ee F , S, R , s u s p e F , b M , be t 2 s t ee F , vS , c E 80 d e g v F , p S , R, *9 . 5 s 2' ; = 1 5 7 7 vF , p L , R , l b M , * n r s eF , p L , R , 1 5 8 5 f vF , v S , e E 6 0 d e g , s t e l l N cF , S , R, su s p pF , S , R, gb M , *1 2 2 8 8 d e g B , pL , m E 1 5 d e g , sm b M , p of 2 eF , p L , l E , f o f 2 F , eS , R , s b M N vF , v S , c E 1 3 0 d e g , su s p v F , v S , R, r F , vS , R , s b M N vF, S, R, bM eF , v S , E 13 0 d e g F, S , R , b M eF , v S , R , b e t 2 F s t cF , S , R vF , p L , R , g l b M p F , p S , R, gb M only F st F , vS , R , l b M p B , v L , iR , m b M , * 8 3 5 0 d e g , 2 ' st e l l a r , e S (n e b ? ) vF , i F , v l b M , b e t * * & * 1 4 F , pS , R , r , p o f Dn e b F, v S , R, mb M eF , v S , R p B , S , l E , BN M , *9 . 5 n 1' F, v S , R, r, f of D n e b F, p L , lE 13 2 d e g , * 4 2 d e g , 8 0 " vF, pS vF , R , *1 5 i n v n, * 1 7 cl o s e n p eF , p L , v l b M vF , d i f , l b M F, i F F , S, *1 2 n f e F , v S , R, gb M F, i F vF , S , st in v ; S Cl ? eF , v S , e E 1 1 0 d e g * st r o n g l y n e b s vF , v S , R , v l b M ee F , vS , R pB , p L , R , g m b M vF , v S B , L, mE 1 0 6 d e g , vg , v s m b M N 5 " vF , b M vF, vS vF ; = 1 6 0 8 e F , S , R , b e t * & D* p F , c S , *1 2 2 ' n ; = I C 20 7 7 vF , S , R, di f eF , p S C l , v L , pR i , lC , s t L F , S, R, l b M eF F, v S , gb M N ; = 16 0 8 F, S , R , s u s p eF , v S , 1 5 9 4 p ab o u t 9 0 s , 3' s F, S , R , m b M v F , e S , *1 7 4 5 " n ee F , vS , R , F* 1' f , s u s p F , S, E, v g l b M vF , L , E, *9 . 3 sp eF ; = 1 5 6 0 eF , S , E 9 0 d e g +/ vF , v S , R , g m b M F , vS , R , m b M pF, S, R, lbM e F , v S , R, bM N eF , v S , R , g b M N vF, S, *9.5 f C l , v F , pS , C , s t eS v F , v S , R, lb M , vS * i n v 16 1 8 16 4 1 16 1 9 16 2 1 16 2 0 16 2 2 16 2 5 16 2 6 16 3 0 16 2 7 16 2 8 16 5 1 16 3 2 I 38 2 16 4 4 16 4 9 16 5 2 16 3 1 I 38 3 I 38 4 I 38 5 I2 1 0 3 16 3 3 16 3 4 I 38 6 I2 0 8 7 16 3 5 16 2 4 16 3 6 16 3 9 16 3 7 16 3 8 I 38 7 I 38 8 I 38 9 I 39 0 16 4 0 16 7 3 16 4 2 16 6 9 16 4 3 16 7 6 I2 0 8 8 16 4 5 16 5 8 16 6 0 16 4 6 I 38 1 16 4 8 I2 0 9 0 18 4 1 16 5 0 16 7 2 16 5 3 16 5 4 16 5 6 16 4 7 16 6 8 16 5 5 16 5 7 I 39 2 16 5 9 I2 0 9 1 I2 0 9 2 16 6 1 16 9 3 16 9 5 I2 0 9 3 I 39 3 16 9 6 16 6 5 16 8 8 I2 0 9 4 16 6 2 16 6 6 16 6 3 16 6 7 16 8 0 16 9 7 I2 0 9 5 I 39 4 17 0 2 16 9 8 I2 1 0 5 I 39 5 I2 0 9 6 17 0 4 16 7 0 16 7 9 16 7 1 I2 0 9 7 17 1 1 I2 0 9 8 16 7 7 I2 0 9 9 16 6 4 I2 1 0 0 16 8 7 17 1 2 I2 1 0 1 16 7 8 16 8 1 I2 1 0 2 I2 1 1 1 17 1 4 17 1 5 17 1 8 17 2 2 17 2 7 16 8 2 16 8 3 16 7 4 16 7 5 16 8 4 17 0 6 16 8 5 16 8 6 17 0 3 17 3 2 17 3 6 17 3 4 17 3 1 16 8 9 17 3 3 17 3 5 17 4 3 17 0 5 17 5 1 16 9 0 17 3 7 17 4 5 Gx OC Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gb Gb Gx Gx Gx Gx Nb Gx C+ N Gx ** * Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx OC Gx Gx Gx Gx As t D* Gx OC OC D* Gx OC Gx Gx OC Gx OC Gx Gx OC Gx ? OC Nb Nb ** * OC Gx Gx OC Gx Gx Gx OC D* Gx C+ N Gx Gx Gx Gx Nb Nb Nb OC C+ N C+ N Gx Gx Gx Gx Gx Gx Gx OC Nb OC C+ N OC C+ N C+ N Gx Gb Gx C+ N C+ N 106 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 36 . 1 36 . 1 36 . 2 36 . 3 36 . 6 36 . 6 37 . 1 37 . 2 37 . 3 37 . 5 37 . 5 37 . 5 37 . 9 37 . 9 38 . 0 38 . 1 38 . 1 38 . 4 39 . 0 39 . 3 39 . 5 39 . 8 40 . 0 40 . 0 40 . 0 40 . 0 40 . 1 40 . 4 40 . 7 40 . 9 41 . 5 41 . 6 41 . 7 42 . 0 42 . 0 42 . 1 42 . 2 42 . 4 42 . 9 43 . 0 43 . 6 43 . 7 43 . 7 44 . 0 44 . 0 44 . 2 44 . 3 44 . 4 44 . 5 44 . 7 45 . 45 . 1 45 . 7 45 . 8 45 . 8 45 . 8 46 . 0 46 . 1 46 . 2 46 . 2 46 . 4 46 . 5 46 . 6 46 . 8 47 . 2 47 . 5 47 . 6 47 . 6 47 . 9 48 . 0 48 . 2 48 . 4 48 . 4 48 . 5 48 . 5 48 . 6 48 . 6 48 . 6 48 . 6 48 . 7 48 . 9 49 . 3 49 . 4 49 . 4 49 . 6 49 . 6 49 . 7 49 . 9 50 . 0 50 . 3 50 . 3 50 . 5 50 . 7 50 . 8 50 . 8 51 . 1 51 . 2 51 . 3 51 . 3 51 . 6 51 . 7 51 . 7 51 . 9 51 . 9 52 . 1 52 . 1 52 . 2 52 . 2 52 . 2 52 . 3 52 . 3 52 . 4 52 . 4 52 . 5 52 . 5 52 . 6 52 . 8 52 . 8 52 . 9 53 . 1 53 . 3 53 . 4 53 . 6 53 . 9 53 . 9 54 . 0 54 . 2 54 . 2 54 . 3 54 . 3 54 . 3 - 03 - 65 - 04 - 04 - 00 - 03 - 03 - 05 - 18 - 04 - 04 - 70 - 09 - 09 - 66 - 68 - 68 - 20 +0 9 - 07 - 07 - 76 +0 7 +0 7 - 09 +2 5 - 00 +5 0 - 08 - 17 - 02 - 01 - 07 - 07 - 07 - 07 - 20 - 69 +0 0 - 65 - 05 - 68 +2 7 - 05 - 41 - 41 - 08 +7 5 - 08 - 34 - 84 - 15 - 59 - 02 - 02 - 05 +1 9 - 44 +2 0 - 02 +0 3 - 04 - 04 - 04 - 02 - 69 - 69 - 02 - 15 - 68 - 05 - 59 - 05 +1 0 - 06 +1 3 - 06 - 47 - 68 - 05 - 06 - 69 - 69 - 69 +0 0 - 04 - 69 - 02 - 31 - 00 - 05 - 70 - 05 - 04 - 04 +4 3 - 04 - 33 - 69 - 06 - 02 - 05 - 04 - 69 - 66 - 66 - 67 - 69 - 69 - 03 - 03 +2 3 +2 3 - 03 - 62 - 02 - 15 - 59 - 68 - 68 - 68 - 66 - 06 - 66 - 67 - 69 - 53 - 69 +0 1 - 69 - 69 09 46 50 58 09 11 18 00 54 51 42 35 31 31 12 49 40 40 54 50 06 50 21 20 27 44 33 27 36 00 51 49 05 18 18 13 26 51 37 48 17 50 16 26 27 29 33 39 29 00 00 51 15 25 06 08 04 43 56 04 30 47 41 57 03 21 24 43 32 16 25 48 22 56 34 10 19 49 32 08 17 51 10 12 15 59 45 44 59 46 05 00 26 52 54 42 50 56 28 15 38 49 58 24 56 55 04 24 21 06 01 54 54 06 59 57 22 45 40 04 47 56 20 41 07 12 22 49 38 12 12 s r r r s s s r r r r r r m r r r r d d d c r r d s s s r D s s v m m m s r s r r r d r r r r s r d r r s s s r s r D r u s x x r r r F m r r s d s s r s c r m x r r x D F r r t r d r m r m s F r r m r r m x r r r r r r r r r r c r r v r r r r r r r r s r s r r Er i Do r Er i Er i Er i Er i Er i Er i Er i Er i Er i Me n Er i Er i Do r Do r Do r Er i Ta u Er i Er i Me n Ta u Ta u Er i Ta u Er i Pe r Er i Er i Er i Er i Er i Er i Er i Er i Er i Me n Ta u Do r Er i Do r Ta u Er i Ca e Ca e Er i Ca m Er i Ca e Me n Er i Do r Er i Er i Er i Ta u Ca e Ta u Er i Or i Er i Er i Er i Or i Do r Do r Or i Er i Do r Er i Do r Er i Or i Er i Or i Er i Pi c Do r Er i Er i Me n Do r Do r Or i Er i Do r Or i Ca e Or i Er i Me n Er i Er i Er i Au r Er i Ca e Do r Er i Or i Er i Er i Do r Do r Do r Do r Do r Do r Or i Or i Ta u Ta u Or i Do r Or i Er i Do r Do r Do r Do r Do r Er i Do r Do r Do r Pi c Me n Or i Do r Do r 2. 8 12 . 6 3. 0 3. 9 2. 7 14 . p 14 . p 12 . 3 12 . 4 13 . p 14 . p 2. 0 13 . p 13 . p 13 . p 14 . p 1. 7 14 . p 15 . p 4. 1. 7 5. 14 . p 10 . 4 14 . p 3. 3 2. 5 1. 5 0. 4 0. 4 0. 7 2. 8 10 . 9 12 . 1 15 . p 15 . p 15 . p 11 . 7 2. 0 14 . p 14 . p 14 . p 3. 4 14 . p 14 . p 16 . p 4. 8 2. 0 1. 0 12 . 14 . 11 . 13 . 14 . 14 . 6. 4 45 . 1. 5 1. 7 p p p p p p 15 . p 15 . p 12 . 5 14 . p 0. 3 15 . p 2. 4 14 . p 12 . p 20 . 1. 3 6. 4 14 . p 1. 5 1. 3 12 . 1 1. 3 15 . p 14 . p 3. 2 2. 0 0. 6 18 . 1. 5 1. 1 10 . 14 . 15 . 15 . 7. 6 14 . 14 . 13 . 15 . p p p p p p p p 14 . p 13 . p 1. 4 14 . p 14 . p 3. 2 1. 8 12 . 3 1. 3 14 . p F, S, iF , lb M , 2 st sf Cl , pL , pR i , pm C , st 11 . . . 1 6 ee F , S, R; no n e x i s t e n t ? eF , S, R, lb M vF , pL , mE 14 0 d e g , B* * nf vF , S, *2 0 p 5s , 16 1 8 p vF , E 14 1 d e g , sb M , F* at t np , *6 p 48 s eF , vS , R, *8 np eF , eS , R eF , pL , R, 2 st sf , s of 2 vF , pS , mE ns , n of 2 pF , L, vl E , vg l b M eF , vS , R pB , pL , R, SN F, S, R, gb M F, pS , R, gb M ; = 16 5 2 ? vF , S, R, gl b M vF , S vF , S, di f , *1 1 . 5 f F, eS , R, *1 1 n vF , vS , R, di f cF , vS , eE 80 d e g , st e l l N eF , S, R, *8 sp , p of Dn e b eF , vS , f of Dn e b vF , vS , vl b M ee F , in ho l e of eL ne b y F, S, R, bM , *1 1 nf 12 s F, cL , iF , 6 or 7 st + ne b vF , pS , R, vg b M , r, * nf 1' on l y 3 st 12 . 5 fo r m i n g eq u i l a t e r a l tr i a n g l e cB , L, R, vg b M F, pL , lE eF , pL , v di f , di f f i c vF , v di f , S* in v F, S, R, st e l l a r vF , vS , R vF , pS , E 40 d e g , gb M vF , S, at t to *1 0 F, R, co m e t a r y , tr i a n g l e wi t h 2 st 18 f eF , S, R F, vS , iR , bM vF , pL , iR , r ee L , 3d e g lo n g vF , pS , R (1 6 4 3 np ) F, pS , pm E , gl b M vF , S, lE , gl b M F, vS , iR , bM , *7 np F, S, bM , *1 2 np ee F , pS , v di f f i c , 16 4 6 sp vF , pS , R, 3 st sp pF , L, iR , vs b M , r vF , pS , E 0d e g , bM N B, L, sm b M N F, cS , R, lb M F, S, R, lb M , r? p of 2 L, st e l l N in F ne b E np s f Cl , vL , st L, sc eF , R, at t to *1 4 ha z y * fa i n t e r bu t la r g e r th a n 16 5 4 pB , S, R, N = 12 . 5 pF , pS , iE 90 d e g +/ - , bM F, st e l l N S, sp i r a l , st e l l N vF , vS , bM F, S, R F, S, R vF , st e l l F, vS , iF , lb M vF , E, vl b M eF , pL , R, lb M pB , pL , iR , pg m b M sp i r a l , F st e l l N Cl of L & S sc st vF , pS , R Cl , lR i , st L & S pF , pS , R, r? vF , S, R, r or st in v gl o b . cl . , pB , L, R, rr F, S, E sp n f , sp i r a l ? vF , di f (v S Cl ? ) Cl , vF , S pB , pS , R, gl b M PN , st e l l a r eF , vS , R, F* cl o s e f S, E, sp i r a l , st e l l N F, pS , lE , r vF , vS vB , L, iR , 4 st in v pF , pS , R F, E np s f , sp i r a l , lb M gl o b . cl . , B, S, iR , rr r , st 14 F, sp i r a l , lb M pF , pL , lE S, mb M N Cl , lR i , lC , pL vF , S, lE st e l l vF , S, R, vg l b M Cl , pB , S F, E np s f , bM , pr o b sp i r vF , S vF , S, R, vl b M vF , lb M , pr o b sp i r PN , st e l l a r vB , S, E or bi N , bM , sp of 2 vF , S, R, sb M , 2 st nr , nf of 2 F, pS , R, vg l b M Cl , pF , S, R, 2n d of 3 Cl , pB , pS , pm E , st 12 vF , vS , 16 8 4 f 12 s +/ - , *9 s 4' . 5 vF , R 1s t of 2 F ne b in sa m e fi e l d 2n d of 2 F ne b in sa m e fi e l d pF , pS , R, bM , *9 , 22 5 d e g +/ F, pS , R, vg l b M F eF , vS , mE 30 d e g F, L, R, vg l b M , ** at t S, R, cl o s e ** in M B, R, r pB , L, R, gm b M Cl , pL , lR i , lC , st 10 . . . 1 5 pB , pS , lE ; = 16 6 7 ? eF , pS , R, gb M pF , pS , R, 2 st at t B, pL , R, gb M , r, 2n d of 4 pF , S, R, pm b M eF , pL , iR vF , vS , am vS st , L* sp vF , S, 1s t of 4 F, S, 3r d of 4 17 4 8 1754 16 9 1 17 4 9 17 5 6 I211 4 1747 17 5 5 1694 16 9 2 17 0 1 1766 1777 1764 17 6 7 17 6 1 17 6 0 I210 4 I210 6 17 6 8 17 7 2 17 6 3 1775 1700 16 9 9 1770 I211 5 I211 7 1710 I210 8 I 391 I211 6 1782 17 6 9 17 7 4 1789 I 396 I 398 1773 I210 7 17 1 6 17 6 5 17 7 6 17 8 5 1709 1707 17 1 3 17 7 1 17 8 3 1791 I210 9 I211 0 1786 17 8 7 17 1 7 1721 17 2 0 17 2 5 1723 1728 1793 17 9 5 17 1 9 1730 I211 3 17 2 6 17 4 4 1729 1801 I211 2 17 5 9 1804 I 397 17 4 1 1738 1739 17 4 2 I 399 1740 18 0 6 1809 1752 18 0 5 18 1 5 1753 17 0 8 17 5 7 18 1 3 17 9 6 15 4 4 18 1 0 17 2 4 18 2 3 17 4 6 1762 I 400 18 1 4 18 1 6 18 2 0 1750 1825 1828 18 1 8 18 3 3 I 401 1758 1830 18 2 9 1837 18 2 2 17 9 2 18 3 5 1779 1834 1836 17 8 4 1803 18 2 6 18 3 8 1839 1831 1845 I 402 17 8 0 18 0 0 18 4 0 1788 1824 18 4 7 I211 8 1842 C+ N Gb Gx OC OC C+N OC Gx Gx Gx OC OC OC C+ N C+ N C+ N Gx Gx OC C+ N Nb OC Gx Gx C+N Nb Nb Gx Gx Gx Nb C+N C+ N OC OC Gx Gx C+N ? Gx Gx OC Gx Gx Gx Gb Nb Gb OC * Gx Gx Gx Gx Gx OC Gb Gx Gx Gx Gx Gx Gx OC Gx Gx OC Gx Gx Gx * Gx Gx Gb Gx Gx OC OC Gx OC Gx Gx OC OC OC OC Gx C+ N C+ N OC OC OC OC OC C+ N OC OC C+ N C+N OC Gx Gb Gx *** OC Gx Gx OC OC C+N OC OC Gx Gx OC Nb Gx OC Nb OC 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 54 . 4 54.4 54 . 6 54 . 6 54 . 6 54 . 6 54.9 55 . 0 55.2 55 . 4 55 . 8 55.8 55.8 56.2 56 . 3 56 . 4 56 . 5 56 . 5 56 . 6 56 . 7 56 . 7 56 . 8 56.8 56.9 57 . 0 57.0 57 . 1 57 . 2 57.3 57 . 3 57 . 4 57 . 4 57.6 57 . 7 57 . 8 57.8 58 . 0 58 . 2 58.3 58 . 3 58 . 4 58 . 4 58 . 4 58 . 6 58.8 58.9 58 . 9 58 . 9 58 . 9 59.0 59 . 0 59 . 0 59.1 59 . 1 59 . 2 59.2 59 . 3 59 . 3 59.4 59.4 59.4 59 . 5 59 . 6 59.6 59 . 6 59 . 7 00 . 0 00.1 00.5 00 . 5 00 . 8 00.9 01 . 1 01 . 6 01.7 01.7 01 . 7 01 . 8 01.9 01 . 9 02.0 02.1 02 . 2 02 . 3 02.4 02 . 6 02 . 6 02 . 6 02 . 7 03 . 03 . 1 03 . 5 03 . 5 03 . 6 03.6 03 . 7 03 . 8 03 . 8 03 . 8 03.9 04.1 04.1 04 . 2 04 . 3 04 . 3 04.4 04.5 04 . 7 04.7 05 . 0 05 . 2 05 . 2 05.3 05.3 05.3 05 . 4 05.4 05 . 4 05 . 9 05.9 06.1 06.3 06 . 3 06 . 4 06 . 4 06 . 4 06.9 06.9 06 . 9 06 . 9 07.1 - 69 - 70 +03 - 68 - 69 - 69 - 67 - 68 - 04 - 20 - 29 - 70 - 74 - 67 - 69 - 66 - 66 - 15 - 28 - 68 - 69 - 66 - 70 - 04 - 04 - 68 - 66 - 68 - 15 - 15 +78 - 66 - 69 - 66 - 67 - 71 +68 - 07 - 66 +08 - 20 - 62 - 66 - 68 - 00 +0 8 - 00 - 63 - 66 - 70 - 00 - 00 - 67 - 65 - 00 - 11 - 07 - 11 - 10 - 11 - 69 - 69 - 00 - 15 - 15 - 07 - 26 - 03 - 69 +04 - 38 - 69 +40 - 04 - 18 - 18 - 03 - 04 - 03 - 67 - 69 - 08 - 66 - 70 - 03 +52 - 04 - 70 - 61 +86 - 66 +49 - 70 +23 +0 1 - 15 - 67 - 67 - 67 +2 3 - 68 - 69 - 66 - 70 - 10 +2 3 - 69 - 68 - 70 - 66 - 37 - 69 - 09 - 69 - 68 - 11 - 49 - 66 - 68 - 68 - 64 - 70 - 09 - 19 - 31 - 71 - 03 - 59 - 68 - 07 - 67 12 27 15 12 15 12 11 11 39 34 53 14 17 41 24 30 32 47 30 15 34 24 26 52 45 25 24 27 18 17 11 25 23 28 15 54 19 47 21 15 24 02 26 52 29 14 30 18 00 10 19 19 45 44 15 08 52 08 59 08 33 48 16 50 50 45 01 21 38 23 43 05 26 16 11 12 18 18 18 59 34 14 06 37 21 53 44 19 08 13 22 30 21 49 34 46 17 17 17 39 55 23 24 43 05 46 20 03 42 12 59 24 09 13 37 52 34 13 27 37 55 28 08 29 57 49 21 43 59 13 16 r r r r r x r s r c r r r r r r r v c r r s r s s r x x D m s x r r r r s v r x r r r r r r r v r r d d s r A r s D s D r r r s m s s r r z r r d s r r F s r r r s r r r r r r s r r o r s r d r r r s r r s r d r r r r r s s s r r s c r r r r r d r s r s r r s r Dor Me n Ori Dor Dor Dor Do r Dor 2. Er i Lep 1.3 Cae Me n Me n Do r Dor Dor Dor Lep 2.2 Cae 2.0 Dor Dor Dor 25. Me n Er i 2.9 Eri 1.1 Do r Dor Dor Le p Lep 1.2 Cam 1.7 Dor Do r Dor Dor Me n Cam 3.0 Eri 1.5 Do r Ori Lep Dor Dor Dor Or i Or i Ori Dor Dor Me n Ori Ori Do r 1.2 Dor Ori Er i Eri 1.8 Eri Er i 3.7 Er i Do r Dor Ori Le p 3.0 Lep 2.3 Eri 1.4 Lep 6.8 Or i Do r Ori Cae Do r Aur Eri 1.7 Le p Le p Ori Eri Or i Dor Do r Er i 2.6 Dor Men Or i Cam Eri Men Dor 2.0 Cep Dor Aur Men Tau 42. Or i Lep Dor Dor Dor Ta u Do r Do r Dor 3. Men Eri Ta u Do r Dor Me n Dor Col 4.0 Dor 1.2 Er i 2.6 Do r Do r Lep 4.2 Pi c 1.1 Dor Dor Do r Do r Me n Eri Lep Col 1.6 Men Or i 8. Do r Dor E r i 18 0 . Do r pB , v S , R , 4 t h of 4 F , S, R, * 1 3 at t , 13 5 d e g 1 3 . p F, S , * 1 1 in v vF , R , p o f 2 vF , S , R PN , st e l l a r ; = 1 7 4 8 C l , p S , lR i , st vS 9. 9 vB , p L , R , g b M , f o f 2 1 5 . p v F , v S , R, sb M eF , v S , R 1 4 . p F, S , v l E , g l b M , *1 0 7 5 " sf cF, S, gbM eF, E, ** 9 att, f vF, S, R no d e s c r ( i n L M C ) Cl , L , mC , * * 9m vF , S , 3 v S st in v F, E , g b M ee F , pL , D * 24 s f F, S , R , g b M pB , p S , i R , rr vB , v L , v i m E e F , p L , iR 11.0 cB, S, mbM* 1 5 . p ee F , pS , R , be t 2 s t , n o f 17 0 0 9. p Cl + neb, pL, pRi, st 11.. . 1 8 PN , st e l l a r PN , st e l l a r 1 4 . p v F , v S , R, bM N , *1 3 i n v 1 4 . p vF , p S , R , m b M , * 9 . 5 s f 1 ' . 3 12.7 F, S , R PN , st e l l a r g l o b . cl . , p B , S, R , p m b M , rr B, L , i R , vs m b M * * 1 0 1 0 . p B, S , R , s m b M , ** + n e b v F , p S , R, vg l b M 1 3 . p F, S , R , b M N , F D * s f eF , p L , E 5d e g , di f p F , p L , iR , 2 o r 3 B st n r Cl , v F , v S , R 1 4 . p pF , p L , R , g l b M cF , S , R, gl b M vF , S , R, gb M no d e s c r , in L M C 1 5 . p v F , v S , np 17 1 3 S , R, rr r ; = IC 21 0 7 1 4 . p F, S , R , b M vF , m E , g l b M , * 7 - 8 n p 1 1 . p cB , L , R, vg p m b M , r eF, S, R vF * , ne b s ? vF * , ne b s ? 10.1 v B , p S , lE , v s v m b M * 9 Cl , v L , p R i np 1 7 1 9 ( F * ? ) 13. p vF, vS, R 1 3 . p pF , p L , l b M , 1 7 2 6 n r 1 3 . p eF , v S , R 1 2 . p F , be t 2 s t 9 - 1 0 n & s, 3 r d * f 13. p vF, vS, R F , S, R, g l b M F, p L , lE 1 4 . p pF , S , iR , p s l b M 1 3 . p F , pS , l E , be t 2 F s t 1 3 . p no d e s c r 12.1 F, R , * 1 3 , s 11.2 F, v L , vm E , vg v l b M 13. p vF, pL, 2 B st vnr F , pL , R , v g l b M , p o f 2 1 5 . p vF , p S , d i f vF , p L , v g l b M F , S, R, b M F, S 13.4 vF , v S , v S e x c e n t p t i n v ; = I C 3 3 9 13. p vF, S, E 45de g 1 4 . p e F , v S , lE , i n f i e l d wi t h 17 3 8 vF , v S , 3 s . 6 f 1 7 4 0 14.5 vF , v S , s f o f 1 7 4 1 1 5 . p e F , v S , *1 2 s p 1 1 . p pB , L , gb M pF, S, R, gbM, 2nd of 2 1 3 . p F , pL , p m E , 2 o r 3 s t 1 1 n f 1 0 . p B, v S , vs m b M , s t + n e b F, v S , R, vl b M , a m s t 15. p eeF, pS, R, sf 1740 Cl , v L , p R i , l C , st L & S vL d i f ne b i n z i g z a g s ? ? vF , S , R, r 1 3 . p pF , p S , p m E , v g l b M 1 4 . p vF , v S cF , S , R, lb M , gl o b . c l . f 1 0 . p Cl , v S , s t + n e b ? Cl , p F , L , i F , st 1 2 . . . 1 5 6. p Cl , P 13. p vF, vS eF , e S 9. p vF , R , s o f 2 i n Cl 9. p vF , R , 2n d n e b in C l 9. p Cl , p L , R i , C, iF C l , s t L , v c sc n o de s c r , i n LM C F , S, R, 1 s t of 3 9. 8 gl o b . c l . , vB , p L , R, v m C , r r vF , p L , 1 s t of se v vF , v S , R , v S N C l , p C , st L an d S F , pS , R , 2 n d o f 3 8. p F, p L , R, r C l , L , R i , st s c vF , S , p o f 2 10.2 vB , v L , m E 3 1 4 d e g , gl b M , r r 9. 8 cB , S , R, gm b M , 3 r d of 3 13. p pB, S, R, gpmb M p l a n ? B, e S , lE st + neb, 1st of sev 11.8 pB , p L , v l E , v g b M , a m st F , S, R, v g l b M , *1 1 s f ; n e b ? vF , S , f o f 2 Cl , L , vl C s t + n e b , p B , i F , 2n d o f s e v 1 1 . p B , L, R, g l b M , r C l , v l C M , s t 9, 11 . . . 1 6 eF , p L , i R , di f 1 5 . p eF , e S , g b M 12.6 pB , p m E , g p m b M , * 1 3 f F, R , b M , r B , cL , R , b M ** * ; * 1 0 in v i n t h e n e b y v F , p L , vm E 1 6 2 d e g B, S , l E , ** i n M F, e L , iF , 1 7 7 9 i n v s vvF, R, p of 2 18 4 4 OC 5 I2 1 1 9 5 18 4 8 C+ N 5 18 4 6 Gb 5 17 9 7 Gx 5 17 9 9 Gx 5 18 0 8 Gx 5 17 8 1 5 17 9 4 Gx 5 17 7 8 OC 5 18 5 0 OC 5 18 1 1 Gx 5 18 1 2 Gx 5 18 5 2 C+ N 5 18 5 4 OC 5 18 4 9 OC 5 18 5 5 - 5 18 5 6 OC 5 18 5 8 C+ N 5 18 2 7 Gx 5 18 6 1 OC 5 18 0 2 - 5 18 6 0 OC 5 18 0 7 OC 5 17 9 0 - 5 18 5 9 OC 5 18 6 3 OC 5 17 9 8 - 5 18 1 9 Gx 5 18 2 1 Gx 5 18 1 7 OC 5 18 3 2 Gx 5 18 6 2 OC 5 18 6 5 OC 5 18 5 3 Gx 5 18 6 4 OC 5 18 7 8 OC 5 18 7 0 OC 5 18 7 2 C+ N 5 18 7 4 C+ N 5 18 7 6 C+ N 5 18 7 7 C+ N 5 18 8 1 C+ N 5 I 40 4 Gx 5 18 6 6 OC 5 18 6 7 OC 5 18 8 0 C+ N 5 18 7 1 C+ N 5 18 7 3 C+ N 5 18 6 9 C+ N 5 18 9 0 OC 5 18 4 3 Gx 5 18 5 1 Gb 5 18 6 8 Gb 5 18 8 5 OC 5 18 8 2 OC 5 I 40 3 5 18 9 4 OC 5 18 8 7 OC 5 18 8 4 - 5 I 40 5 Nb 5 18 9 8 Gb 5 18 9 5 Nb 5 18 9 2 Gx 5 19 0 3 OC 5 18 9 7 OC 5 19 1 6 OC 5 19 1 4 C+ N 5 I 40 7 5 18 9 9 Nb 5 19 0 1 OC 5 I 40 6 OC 5 I 40 8 5 19 0 2 OC 5 19 1 0 OC 5 19 0 5 OC 5 I2 1 2 0 Pl 5 19 1 3 OC 5 19 0 0 OC 5 19 1 7 Gb 5 I2 1 2 2 Gx 5 19 1 8 C+ N 5 19 1 1 - 5 19 2 1 Nb 5 19 1 5 - 5 I 40 9 Gx 5 19 2 2 OC 5 19 5 6 Gx 5 I2 1 2 1 Gx 5 18 7 9 Gx 5 19 1 9 C+ N 5 18 5 7 OC 5 I 41 1 Gx 5 19 2 6 OC 5 19 2 0 Nb 5 19 2 8 OC 5 19 2 3 C+ N 5 18 9 1 - 5 I 41 5 5 19 3 8 OC 5 19 3 9 OC 5 19 2 9 C+ N 5 18 7 5 Gx 5 18 8 6 Gx 5 19 2 5 C+ N 5 19 3 4 C+ N 5 19 3 5 C+ N 5 19 4 4 OC 5 I 41 2 Gx 5 di s t 36 " I 41 4 Gx 5 I2 1 2 3 5 I2 1 2 4 5 I2 1 2 6 5 I2 1 2 7 5 I 41 3 Gx 5 19 3 6 C+ N 5 19 3 3 OC 5 19 3 7 C+ N 5 19 3 2 OC 5 80 " 18 8 8 Gx 5 18 8 9 Gx 5 19 4 0 OC 5 20 1 2 Gx 5 I 41 0 C+ N 5 18 9 3 OC 5 19 4 3 C+ N 5 I2 1 2 8 Nb 5 I2 1 3 4 5 19 4 1 Nb 5 107 07 . 2 07 . 2 07 . 3 07 . 6 07 . 7 07 . 7 07 . 7 07 . 9 07 . 9 08 . 1 08 . 5 08 . 7 08 . 9 09 . 0 09 . 1 09 . 2 09 . 4 09 . 4 09 . 7 10 . 1 10 . 1 10 . 2 10 . 4 10 . 7 11 . 3 11 . 4 11 . 4 11 . 6 11 . 7 11 . 7 12 . 1 12 . 1 12 . 2 12 . 2 12 . 3 12 . 5 12 . 6 13 . 0 13 . 0 13 . 2 13 . 2 13 . 2 13 . 2 13 . 3 13 . 5 13 . 5 13 . 6 13 . 7 13 . 7 13 . 8 13 . 9 14 . 1 14 . 1 14 . 5 15 . 0 15 . 2 15 . 3 15 . 7 15 . 8 15 . 9 16 . 2 16 . 7 16 . 9 17 . 1 17 . 2 17 . 4 17 . 5 17 . 6 17 . 7 17 . 8 17 . 8 17 . 8 17 . 9 18 . 1 18 . 1 18 . 2 18 . 2 18 . 4 19 . 0 19 . 0 19 . 0 19 . 1 19 . 2 19 . 3 19 . 6 19 . 6 19 . 7 19 . 7 19 . 7 19 . 8 20 . 0 20 . 2 20 . 3 20 . 5 20 . 6 20 . 8 21 . 0 21 . 3 21 . 3 21 . 4 21 . 4 21 . 6 21 . 8 21 . 8 21 . 8 21 . 8 21 . 9 21 . 9 21 . 9 - 67 - 20 - 71 - 67 - 08 - 07 - 37 - 18 - 18 +3 7 - 68 - 29 - 29 - 67 - 68 - 66 - 68 - 69 - 68 - 36 - 70 +2 4 - 68 +1 6 +5 2 - 65 - 68 +4 7 +0 5 - 15 +1 6 - 15 - 66 - 68 - 57 - 67 - 70 - 69 - 69 - 69 - 69 - 69 - 69 +0 9 - 65 - 66 - 69 - 67 - 67 - 67 - 72 - 10 - 40 - 63 - 68 - 66 +3 9 - 69 - 66 - 66 +3 4 - 69 - 67 - 64 - 69 - 67 - 69 - 71 - 15 - 67 - 68 +3 9 - 25 - 66 - 69 - 67 +3 7 - 69 - 63 - 69 - 37 - 69 - 66 - 69 - 66 +0 3 - 69 - 77 - 25 - 32 - 66 +3 9 - 25 - 69 - 66 - 69 - 65 - 35 - 15 - 69 - 69 - 67 +0 6 - 23 - 65 - 67 - 67 - 72 +0 3 19 21 11 28 02 58 31 10 10 03 46 17 16 47 51 18 51 08 54 58 46 06 46 32 04 13 47 40 12 07 42 41 08 47 24 38 28 08 20 23 23 23 21 45 28 17 23 28 20 23 04 38 03 57 58 07 58 27 18 10 16 36 19 57 18 26 22 14 31 53 26 53 05 37 13 15 36 33 02 00 05 39 46 48 48 18 29 45 04 09 55 21 20 30 48 29 30 44 33 55 56 56 41 49 48 56 58 30 29 r F r r r r s D D s s r r r r r r r r t r r r s r r r r r r s s r r c r r r r r r r r z s r r r r r r t s r r r d r r r s r r r r r r r d r r x d r s r s r r r c r r r r m r r c s r s m r r r r r d r r d s c r r r r u Do r Le p Me n Do r Er i Er i Co l Le p Le p Au r Do r Co l Co l Do r Do r Do r Do r Do r Do r Co l Me n Ta u Do r Ta u Au r Do r Do r Au r Or i Le p Ta u Le p Do r Do r Do r Do r Me n Do r Do r Do r Do r Do r Do r Or i Do r Do r Do r Do r Do r Do r Me n Or i Co l Do r Do r Do r Au r Do r Do r Do r Au r Do r Do r Do r Do r Do r Do r Me n Le p Do r Do r Au r Le p Do r Do r Do r Au r Do r Do r Do r Co l Do r Do r Do r Do r Or i Do r Me n Le p Co l Do r Au r Le p Do r Do r Do r Do r Co l Le p Me n Me n Do r Or i Le p Do r Do r Do r Me n Or i 21 . 9 21 . 9 21 . 9 21 . 9 21 . 9 22 . 0 22 . 1 22 . 2 22 . 3 22 . 4 +0 3 +0 3 +0 3 - 67 - 67 +0 3 - 67 - 66 - 67 - 66 20 30 30 57 58 29 59 09 55 09 m d d x x u r D r D Or i Or i Or i Do r Do r Or i Do r Do r Do r Do r 22 . 5 22 . 5 22 . 6 22 . 6 22 . 6 22 . 7 22 . 7 22 . 8 23 . 0 23 . 1 - 11 - 11 - 67 - 79 +3 3 +3 3 - 70 - 68 - 75 - 66 30 29 12 51 31 24 10 03 27 23 s s r c s s r x d r Le p Le p Do r Me n Au r Au r Me n Do r Me n Do r 7. 2 7. 3. 11 . p 15 . p 15 . p 9. 9 14 . p 7. 7 9. 3 15 . p 14 . p 10 . p 10 . p 3. 4 17 . 16 . 2. 8 7. 0 13 . p 14 . p 7. 7 11 . 4 2. 0 5. 1. 8 11 . 0 16 . p 9. 8 7. 3 30 . 11 . p 12 . p 1. 0. 8 2. 0 0. 6 15 . p 2. 1 2. 2 13 . p 6. 0. 5 7. 0 15 . p 15 . p 2. 6 pF , pL , R, gb M , f of 2 ee F , pS , v di f f i c , 2 st 12 . 5 nr Cl , vl C , st 9. . . pB , cL , R, vg l b M , r ee F , S, R, vF * np vF , vS , vl E B, L, E, ps b M eF , vS , st e l l a r ; = 17 9 4 vF , eS , gb M Cl , pC , lR i , iF , st L gl o b . cl . ! vB , L, lE , vm C M , rr cF , S, lE , p of 2 F, S, R, gl b M , f of 2 F, pL , R, vg l b M gl o b . cl . , cB , S, R, gb M , 2n d of 3 vF , S, lE , gl b M Cl , vB , L, R, st 12 ; = 18 5 4 ? B, pL , R, gb M , 12 s di a m RA B, L, iE , bi N , Cl + ne b vF , vm E , lo n g ra y , *1 1 in v eF , pL , R, gv l b M Cl , st c sc F, pL , R, vg b M Cl , pR i , st L & S Cl , gr o u p of 8 or 9 st 10 F, S, R, vg b M , *7 nf 6' vB , vS , R, r or st e l l a r S, Cl or Cl + ne b vF , S, R vF , vS , lE Cl , L, Ri , lC , st 11 . . . 1 4 pB , iR , mb M , c* nf 1' pF , L, iR , vg b M , r vF , pL , R, vg l b M F, S, mE 45 d e g , vg v l b M , *1 1 nf F, pS , iR , bM , r or st e l l a r vF , lE , gv l b M , R B, S, R, gl b M pB , R, gb M , 1s t of gr o u p ne b an d Cl , bi N pB , iR , bi N , 2n d in gr o u p vF , 3r d of gr o u p in Cl vF , ** p vF , vS , st e l l a r , *1 3 cl o s e vB , L, R, vg m b M , r eF , pL , R 4t h of gr o u p in Cl Cl , lR i , 2n d of se v Cl , 3r d of se v Cl , L, pR i , st sc vF , S, R, gl b M F, S, R, lb M gl o b . cl . ! vB , vL , R, vs v v b M , rr r pB , pL , R, vg l b M pB , vS , R, bM pF , R, vg v l b M , r eF , eS , R F, pL , R, sb M , r, st in v vF , vS , R, * p 25 " eF , pL *6 . 7 wi t h pB , vL ne b F, pS , R pF , pL , R, gv l b M cF , pL , E 90 d e g +/ - , vg l b M vB , S, R, gm b M eF , S, R B, S, R, vg v m b M , r F, L, iE F, lE ns F, pS , R, vg l b M , 3 st 10 p Cl , bM , lR i , st 7. . . eF , ne b or eS ne b Cl vF , pS , E, *8 . 5 so u t h 5' gl o b . cl . , pB , pL , R, pm b M , rr Cl , L, pR i , iR , st 11 . . . 1 6 F, S, R, r eF no de s c r , in LM C F, pL , lE , vg v l b M , *7 np vF , L, R, vg l b M pB , eS , R, 3 st nf no de s c r , in LM C F, R, gb M , am st vF , pS , lE , r eF , pL pB , R, bi N ? no de s c r , in LM C vF , ha z y * in v in ne b ee f , S, R, v di f f i c , *7 p 14 s , 3' . 6 s vF , L, R, vg v l b M , *1 2 p Cl , eF , L, iR , mC , rr Cl , pR i , pC , st 7. . . vF , vS , R, 2 ot h e r s in fi e l d pB , pL , iR , r, in di f n pB , pL , R, vg b M pF , pL , R, gb M vF , pS , R Cl , L, sc , ** ta k e n vF , vS , R, di f pB , pS , R, gl b M , D wi t h 19 3 9 , po s 33 9 d e g F, S, R, gl b M , D wi t h 19 3 8 F, p of gr o u p eF , S, R vF , pL , E 24 0 d e g , *9 p 11 s , 0' . 9 s Cl , vl R i , lC , st 10 2n d ne b of gr o u p pF , S, R, 3r d of gr o u p ; = IC 21 2 6 pB , pL , R, bM vF , vS , st e l l a r , IC 41 3 at po s 11 5 d e g , 1. 6 14 . p 0. 4 15 . p eF , vS , vS , PN PN 14 . p eF , !, eF , vF , pB , 1. 2 3. 0 0. 8 1. 5 40 . 11 . *9 sf 2' R, mb M , S* cl o s e n R, mb M , S* cl o s e n , st e l l a r ; = 19 3 5 st e l l a r ; = 19 3 6 vS , st e l l a r pB , S, R, 4t h of gr o u p ; = IC 21 2 7 R, st e l l a r , D wi t h 19 3 2 pL , fo l l o w s a gr o u p S, R, sm b M , D wi t h 19 3 3 , po s 26 0 d e g 12 . 0 pB , pL , R, r 14 . p ma k e s a cl o s e Dn e b pB , vS , R, bM , 2 st vF , S, lE , bM , 2 st di f , ma n y st in v 7. 5 Cl , L, Ri , lC 12 . p pF , pS , iR , vg l b M , Cl , fe w st an d ne b cF , vS vS , ne b + st wi t h 18 8 8 9 & 10 f 9 nf *1 5 at 19 1 d e g (i n LM C ) , 60 " , I 416 I212 5 19 0 4 1950 1942 1906 1946 19 4 9 1896 1945 19 5 3 19 4 8 1958 19 5 9 18 8 3 19 0 9 1930 19 5 1 1908 19 5 5 19 6 2 1965 19 6 7 1969 19 7 0 19 7 1 19 7 2 19 4 7 1966 19 6 8 1987 20 0 0 1983 1984 1986 I 418 1924 19 7 4 1907 I 417 1994 19 7 8 1912 19 2 7 19 9 1 2001 20 0 5 20 0 2 19 9 7 2004 2010 2018 2003 20 0 9 I 419 20 0 6 I212 9 19 3 1 2016 20 1 9 I213 0 2015 20 1 1 2014 I 421 I 420 I 422 I213 1 1995 I213 2 1954 19 5 7 2020 20 2 5 I214 2 I213 5 I213 6 I214 0 1963 19 9 8 19 6 4 2021 I 423 2028 20 3 1 I 424 19 7 9 I213 7 I213 8 19 8 9 2036 19 5 2 1992 20 3 3 20 3 8 20 3 7 20 0 7 19 7 3 20 0 8 20 2 7 1981 2048 20 3 2 20 3 5 2046 I213 9 19 7 5 19 7 6 1980 20 2 9 20 3 0 1977 19 9 3 19 8 2 20 4 7 2034 20 4 2 20 4 4 1960 2040 1990 2043 2051 20 4 1 1999 20 5 0 20 5 6 20 5 8 I 427 I 428 20 5 7 Gx Gb OC OC OC Nb Nb Gb C+ N OC OC OC Gx OC C+ N C+ N C+N OC OC C+ N OC OC Gx Nb C+ N Gb OC C+N C+N OC Pl Gx C+ N OC Nb OC Gb OC C+N OC OC OC OC OC Nb OC OC OC C+ N OC Gb Gx C+N C+ N C+N D* Gx Gx Gx Nb OC Gx Gx OC Gx Gx Gx C+N Nb OC OC Gx Gx Gx OC Nb Gx C+ N OC C+ N Gx Nb Gx C+ N OC Nb C+ N C+ N OC ** * Nb Nb Nb C+ N C+ N Nb Gx Nb OC C+N C+ N C+ N OC C+N Nb OC OC Nb C+ N OC OC OC 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 23 . 9 24 . 4 24 . 5 24.5 24.7 24.8 25.1 25 . 1 25.4 25.4 25 . 4 25 . 5 25.5 25 . 8 25 . 9 25 . 9 25.9 25 . 9 26.0 26 . 1 26 . 5 26.5 26 . 5 26.5 26 . 5 26 . 7 26 . 7 26 . 8 26.8 27 . 2 27.2 27 . 4 27.5 27.5 27.5 27 . 5 27.9 27 . 9 28.0 28 . 1 28.2 28 . 6 28.7 28 . 7 29 . 0 29.1 30 . 0 30 . 2 30 . 5 30.6 30.6 30.6 30.7 30 . 8 31 . 0 31 . 2 31 . 3 31 . 4 31.5 31 . 7 31 . 8 31.9 32 . 1 32.2 32 . 2 32 . 3 32 . 3 32 . 3 32.5 32 . 5 32.8 32 . 9 33.1 33 . 1 33 . 1 33 . 2 33 . 2 33 . 2 33.3 33 . 3 33 . 4 33.4 33 . 4 33.7 33 . 7 33 . 7 33 . 8 34 . 3 34 . 3 34 . 4 34.4 34 . 5 34.5 34 . 5 34 . 5 34 . 7 35 . 0 35 . 1 35 . 1 35 . 1 35.2 35.2 35 . 3 35 . 3 35.3 35 . 3 35 . 4 35 . 4 35.4 35 . 4 35 . 4 35.5 35 . 5 35 . 6 35 . 6 35.7 35 . 8 35 . 9 36.1 36.1 36.2 36.2 36.2 36 . 4 36.5 36 . 5 36 . 5 36 . 6 36 . 6 36 . 6 36 . 7 - 17 - 26 - 24 - 69 - 63 - 15 - 66 - 68 +2 0 - 66 - 68 - 66 - 69 - 69 +46 - 08 - 46 - 66 - 02 - 67 - 68 - 68 - 69 - 69 - 68 - 69 - 69 - 63 - 68 - 67 - 70 - 71 - 68 - 69 - 69 - 12 - 05 - 67 +3 5 +34 - 69 - 66 +3 5 - 08 - 67 - 68 - 69 - 66 - 63 - 67 - 70 - 71 - 66 - 69 +30 - 66 - 23 +34 - 69 - 70 - 23 - 69 - 67 - 67 - 08 - 04 - 17 - 17 - 48 - 13 - 14 - 14 - 67 - 71 - 78 - 36 - 36 - 75 - 36 - 48 - 21 - 67 - 00 - 69 - 70 - 00 - 23 - 23 - 23 - 30 - 70 +22 - 30 - 69 - 70 - 69 - 50 - 04 - 50 - 66 - 04 - 69 - 67 - 67 - 70 - 17 - 04 - 05 - 05 - 67 - 66 - 04 - 17 - 05 - 70 - 66 - 68 - 69 +3 4 - 67 - 01 - 70 - 71 - 66 - 06 - 69 - 70 - 70 - 06 - 06 - 70 16 59 33 57 56 58 25 29 10 21 48 15 50 56 33 08 44 36 32 29 47 47 04 49 47 51 49 46 49 26 46 55 57 06 58 42 19 24 19 26 07 14 50 23 26 44 44 52 12 17 49 04 27 09 09 57 04 15 56 10 09 13 31 40 05 30 13 13 42 55 04 07 42 44 00 24 24 22 25 41 57 26 37 56 59 19 19 20 33 48 04 01 56 44 33 45 56 44 59 55 26 46 34 34 14 56 41 27 54 33 01 52 49 16 11 56 54 11 08 33 12 05 00 58 42 22 40 08 40 31 15 c d s r r D r r r r r r r r s r r r r r r r r r r r r s s r r r r r r s r r s s r s s r r r r r r s r s r r d r d s r r c r r r d d d d A m s A r r d c c x t A s r s r r d r d m c r s r r r r r s r r s s r r r F s s s r r s r s r r r r s r s r r r s r r r d d r Lep Lep Lep Me n Do r Le p Do r Dor Ta u Do r Dor Dor Do r Men Aur Ori Pi c Dor Or i Dor Dor Do r Dor Do r Dor Dor Dor Dor Do r Dor Me n Men Do r Do r Me n Lep Or i Dor Au r Aur Do r Dor Au r Ori Dor Do r Dor Dor Dor Do r Me n Me n Do r Dor Aur Dor Lep Aur Me n Men Lep Do r Dor Do r Ori Ori Lep Lep Pi c Lep Le p Lep Do r Men Men Col Col Men Co l Pic Lep Do r Ori Me n Men Ori Lep Lep Lep Col Me n Tau Co l Dor Men Dor Pic Ori Pic Dor Or i Do r Dor Dor Me n Lep Ori Ori Or i Dor Dor Or i Lep Ori Men Do r Dor Dor Au r Do r Or i Me n Me n Dor Or i Dor Men Men Ori Ori Men 1.7 8.7 8. 0 3. 12. p 10. p 9. p 8. p 8. p 8. p 3.0 13 . 10.8 9. p 12. p 8. p 0.2 7. 13. 2.7 21 . 11. 11. 13. 9. 8.2 p p p p 9. 9 6.4 9.8 25 . 3. 11.3 11. p 2.2 9. p 8. p 1.3 4.1 14. p 13. p 2.5 2.5 3.5 6.2 10.8 6. 13. p 1.0 1.8 14. p 6. 8. 4 15. p 5. 25 . 18 . 10. 66. 14 . 4.6 4. 20 . 20. 14. p 9. 12 . 6.0 50 . 10. p 16 . 12. p F, S , g b M ee F , vS , R , v d i f f i c gl o b . c l . , pL , e R i , e C , rr r ; = M7 9 t h e 1 s t of a gr o u p o f 7 ! e F , s t e l l , *1 4 + n e b eF, pS, E 0deg , glbM pF, R, gbM, r pB , S , R, ps b M C l , v L , Ri , v l C , s t 9 . . . 1 2 e e e F , vv L , ir r d i f pB , S , R, gl b M Cl , c L , R i , st 13 F , pL , i R , vg b M , 2 n d of g r o u p ! F, v L , vg b M , 3 r d of gr o u p ! Cl , v F , p R i , p C , iF eL , s t r o n g l y s u s p ( 2 d e g in d e c l ) p F , S , R , b M , 4 B st p B, l E , sb M * * 1 0 & 1 1 v d i f f u s e d ne b s u s p Cl , R i , 2 n d of se v vF , p L , R , 1 s t of 4 ! F , S, 2n d o f 4! no d e s c r , in L M C F , S, 4t h o f gr of 7 4t h o f 4 5t h o f gr of 7 6t h o f gr of 7 ! D , a v S ne b n p pB , L , R, gl b M , * 9 n p p B , R , p s l b M , 3 r d of 4, i n p L , ir r C l Cl , R i , 3 r d of se v F , L, iR , 3 s t p F, p L , R, vl b M C l , v L , pR i , iF C l , p l a c e o f ** B , pL , R , g b M pl a n = *9 . 2 (g a s e o u s s p ) v F , p L , iR , s t n r Cl , L , ir r C l , p R i , p C , R, st 9 . . . 1 2 vL , d i f , * 6 in v C l , e S , st 11 . . . 1 6 vB , v L , l E , vg p m b M C l , B , v L , vR i , iF , s t L & S ; = M 3 8 di f f u s e d n e b u l o s i t y Cl , 4 t h o f s e v Cl, st 13m no d e s c r i p t i o n , i n L M C vB , S , R, ** + n e b in v L C l eF , c S , R g l o b . cl . , B , p L , p R i , C , s t 1 2 F , cL , R , v g l b M p B , p L , R, pg l b M , *1 0 p i n v B , S, st e l l a r , r pF , p S , R , g l b M , in Cl pB , L , mE Cl , e L , v R i , v B v S N M ee F , pS , R , *7 ss f vB , L , R, B* * * in M F , vL , i R , gb M B, p L , gb M eF , p L , R , * 7 . 5 n f C l , v L , Ri , v l C vB , S , R, ps m b M C l , p L , pC , i F , st 9 . . . 1 5 vF , L vF , s p p * 9 ( n o t v e r i f i e d ) pB , v S , R , s b M pB , v S , R e e F , R , bM , d i f f i c , p o f 2 vF , S vF, S, R, smbM eF , p S , R , b M N , * 1 5 in v F , vL , v l E , v g l b M vB , v S , l E , gm b M , r eF , v S , l E 2 5 d e g , l b M ee F , eS , e E , v di f f i c eF , p S , e E ; = I C 21 3 5 eF , v S ; e S C l ? Cl, st 8... 1 1 vF , R , gb M , st s, f of 2 F, L , R , v s v m b M * 1 2 , 3 s t i n v v F , S , R , i n pL C l vF , L , ov a l ri n g vF gl o b . c l . , B, pL , R , gb M , rr vF , L , br i g h t e s t f vF , v S , s t e l l a r ; = I C 21 3 7 eF , v S , R , * 8 f 1 0 s , 19 7 9 nr eF , S , 2 s t in v 0 ' . 5 a p a r t , * 7 p vF , S , R, lb M , st n r v F , p L , R, gb M vB , v L , E 13 5 d e g +/ - , v g l b M , r; = M1 eeF, vS Cl , i n LM C pB , S , R, gb M , *9 n p 5 ' Cl , i n LM C eF , p L , R *8 - 9 in v i n ne b ( 1 9 7 7 ) eF , p L , R , v l b M Cl , v L , R i , st 9. . . 1 1 C l , v B , lR i , st L, s c vF, L, pmE B, L , E , 2 n d o f 3 B, L , R , b M , 3 r d of 3 v F , R , g b M , 1 s t of 7 Cl , v v S ( 1 2 " ) , lo o k s n e b s B* * in v i n ne b ( 1 9 7 7 ) !! ! t h e t a 1 O r i an d t h e g r e a t n e b ; = M 4 2 v F , v v L , 4 4 O r i in v pB , p L , R , g b M , i n c L C l pB , L , iR , g b M , 1 s t of 3 ! ! , 4 2 O r i an d n e b eF , v S , s t e l l a r ! vB , v L , R wi t h ta i l , m b M *8 - 9; = M4 3 F, S , l E , 2n d o f 7 C l , v L , Ri Cl , v L , R i , st 12 . . . 1 5 Cl , i n LM C C l , B , v L , vR i , lC , s t 9. . . 1 1 s c ; = M3 6 F , L, iR , g l b M , r !!!, eL, E, epsi l o n Ori inv p S , E g r o u p of F st i n v in F ne b y pB, S, R, gbM B, S , R , v g l b M * 1 0 - 1 1 i n v in n e b Cl + ne b , mC , i F , s t v S pB , R , bM , p o f 2 , * 9 be t vB , p L , R , g b M , 4 t h of 7 L, p r o b c o n n w i t h G r e a t N e b L, p r o b c o n n w i t h G r e a t N e b pF , S , R, gb M , 3r d o f 7 20 5 9 I 42 6 20 5 5 I 42 5 20 5 2 20 5 3 20 6 5 19 8 8 20 6 6 20 6 0 19 8 5 I2 1 4 6 20 7 2 19 9 6 20 7 5 I 42 9 20 6 9 I 43 0 20 7 0 20 7 4 I2 1 4 8 20 1 7 20 7 7 20 7 8 20 7 9 20 8 0 20 8 3 20 8 4 20 6 2 20 8 1 20 8 5 I 43 1 20 8 6 I2 1 4 5 I 43 3 20 8 8 20 9 1 I 43 2 21 4 4 I 43 4 20 9 2 20 9 3 20 2 3 21 0 3 20 8 2 20 2 4 21 0 0 19 6 1 20 2 2 20 9 4 20 9 6 21 0 2 I2 1 3 3 I2 1 4 1 20 9 8 20 9 5 I 43 5 20 2 6 21 0 7 20 4 9 21 0 8 20 6 1 20 3 9 20 9 7 21 0 5 20 8 7 20 1 3 21 0 9 21 1 1 20 4 5 20 5 4 21 1 3 21 1 4 20 7 3 20 6 4 21 0 1 20 6 7 20 6 8 20 6 3 20 7 6 21 1 6 I2 1 4 3 20 9 0 21 0 4 20 7 1 21 1 8 21 1 7 20 8 9 I2 1 4 7 21 2 1 21 2 2 21 3 4 I2 1 4 4 21 2 0 21 0 6 21 2 5 21 2 7 21 1 5 I2 1 5 0 21 3 3 I 43 7 21 2 3 21 3 0 21 1 0 20 9 9 I2 1 5 1 21 3 6 I 43 8 21 3 5 21 3 7 I 43 6 21 1 2 21 4 0 21 3 8 21 4 5 21 3 2 I2 1 6 0 21 6 1 21 5 0 21 4 7 21 5 1 I2 1 4 9 I 43 9 I2 1 6 1 21 5 7 21 1 9 21 5 3 21 5 4 21 5 6 21 2 4 21 5 9 OC Nb C+ N Nb OC OC * OC C+ N Nb OC OC C+ N Nb Nb C+ N C+ N C+ N C+ N C+ N C+ N C+ N C+ N OC C+ N C+ N Nb C+ N Nb Gx OC OC Nb Gx Nb OC C+ N Nb C+ N Gx Nb OC Gx Pl OC OC OC ? C+ N OC Nb OC Gx Gb OC OC Gx C+ N OC As t C+ N OC Gx Nb Gx Nb Nb Gx OC Gx Gx Gx Nb OC OC Gx Gb C+ N OC Gb Gx OC OC Gx Gx Gb OC OC Gx OC Gx OC Gx OC OC OC OC OC OC As t Gx Gb Gx C+ N OC Pl 108 OC Gx OC Gb OC Gx OC 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 36 . 7 36 . 8 37 . 0 37 . 1 37 . 3 37 . 3 37 . 3 37 . 5 37 . 5 37 . 6 37 . 7 37 . 8 38 . 1 38 . 2 38 . 2 38 . 3 38 . 5 38 . 5 38 . 6 38 . 9 39 . 2 39 . 4 39 . 6 39 . 6 39 . 6 39 . 7 39 . 9 39 . 9 40 . 0 40 . 1 40 . 2 40 . 3 40 . 4 40 . 4 40 . 5 40 . 8 40 . 9 40 . 9 41 . 0 41 . 0 41 . 5 41 . 5 41 . 6 41 . 6 41 . 8 41 . 9 42 . 0 42 . 1 42 . 1 42 . 1 42 . 2 42 . 2 42 . 2 42 . 3 42 . 5 42 . 7 43 . 0 43 . 1 43 . 2 43 . 4 43 . 8 43 . 9 44 . 1 44 . 1 44 . 2 44 . 3 44 . 4 44 . 4 44 . 7 45 . 0 45 . 2 45 . 5 45 . 8 45 . 9 46 . 3 46 . 4 46 . 5 46 . 7 46 . 8 46 . 8 46 . 9 46 . 9 47 . 0 47 . 1 47 . 2 47 . 2 47 . 3 47 . 8 47 . 8 48 . 0 48 . 7 50 . 1 50 . 2 50 . 6 50 . 7 50 . 7 51 . 1 51 . 3 51 . 3 51 . 4 51 . 6 51 . 7 52 . 1 52 . 2 52 . 4 52 . 6 52 . 8 53 . 0 53 . 1 53 . 2 53 . 7 53 . 9 54 . 0 54 . 5 54 . 5 55 . 2 55 . 5 55 . 6 55 . 9 56 . 0 56 . 3 56 . 3 56 . 6 57 . 2 57 . 3 57 . 4 57 . 5 57 . 5 57 . 6 57 . 9 57 . 9 - 70 - 00 - 69 +3 2 - 69 - 67 - 70 +2 1 - 70 - 69 +3 2 - 74 - 70 +2 5 - 70 - 07 - 69 - 07 - 69 - 69 - 75 - 17 - 69 - 69 - 69 - 69 - 69 - 69 - 66 - 69 - 69 - 01 - 69 - 69 - 11 - 69 - 69 - 01 - 82 - 02 - 69 - 68 - 02 - 71 - 64 - 01 - 69 +6 9 +0 9 - 68 - 68 - 69 +6 9 - 51 - 68 - 67 - 02 +2 0 - 70 - 30 - 69 - 33 +0 8 - 62 - 66 - 55 +5 5 - 68 - 70 +1 2 - 10 - 69 - 68 - 21 +0 0 - 52 +0 0 +0 0 +0 8 - 16 - 68 - 18 - 34 - 51 +0 0 - 69 - 67 - 17 - 30 - 71 - 70 - 71 +2 3 - 63 - 21 - 69 - 69 - 50 - 38 - 71 - 12 - 65 - 67 - 07 +3 2 - 17 - 69 - 17 - 67 - 69 +3 8 +0 0 - 68 - 65 - 70 - 59 - 76 - 74 - 69 - 68 - 69 +4 6 +3 2 - 75 - 69 +1 1 - 66 - 67 - 68 - 20 - 68 06 15 24 26 45 24 13 14 10 10 00 46 14 49 40 03 05 05 05 29 31 51 40 45 47 39 45 45 53 24 39 27 39 40 38 28 26 29 07 24 13 55 14 20 18 51 14 23 05 21 28 29 23 02 16 19 19 07 37 06 12 57 38 47 25 32 48 32 57 53 05 45 03 59 00 05 06 03 48 46 32 44 14 33 18 09 28 36 30 28 04 07 52 41 35 29 22 35 19 11 34 19 20 27 33 47 30 53 26 29 38 24 36 50 55 55 55 21 34 12 01 07 02 08 11 57 24 15 27 04 38 r s r d r r r r r r A x r r r d r s s d d r d d d d r r r r r s r x m r r s c s r r s r s d s s s r r r x d r r s r r r r r r r r c r r r d D r r r s A s s r r r c s c s r r r d s r r d r r r r c c r d r r F s c r c r r d s r r r A c r r r r s d d r r r r r r r Me n Or i Do r Au r Do r Do r Me n Ta u Me n Do r Au r Me n Me n Ta u Me n Or i Do r Or i Do r Do r Me n Le p Do r Do r Do r Do r Do r Do r Do r Do r Do r Or i Do r Do r Le p Do r Do r Or i Me n Or i Do r Do r Or i Me n Do r Or i Do r Ca m Or i Do r Do r Do r Ca m Pi c Do r Do r Or i Ta u Me n Co l Do r Co l Or i Do r Do r Pi c Au r Do r Me n Ta u Or i Do r Do r Le p Or i Pi c Or i Or i Or i Le p Do r Le p Co l Pi c Or i Do r Do r Le p Co l Me n Me n Me n Ta u Do r Le p Do r Do r Pi c Co l Me n Le p Do r Do r Or i Au r Le p Do r Le p Do r Do r Au r Or i Do r Do r Me n Pi c Me n Me n Do r Do r Do r Au r Au r Me n Do r Or i Do r Do r Do r Le p Do r 5. 11 . p 11 . 40 . 8. 2 15 . 5. 0. 4 14 . p 8. 1. 6 60 . 10 . 1. 6 30 . 2. 4. 3 0. 3 13 . p 9. 6 11 . 1 12 . p 5. 11 . p 14 . p 1. 1 13 . p 12 . 1. 9 8. 8. 8. 14 . p 2. 5 4. 5 2. 0 4. 12 . p 14 . p 1. 8 11 . 2 11 . p 13 . p 1. 2 2. 3 24 . 2. 1 14 . p 5. 6 10 . p 3. 2 11 . 9. p 1. 9 0. 1 11 . p 10 . p 13 . p vF , 5t h of 7 vF , 5' di a m Cl , vL , Ri , st 10 . . . 1 5 F, vv L eF , vv S , vg l b M F, pL , lE , gb M B, R, 6t h of 7 !! ! , va r i a b l e (? ) vF , vS , E, 7t h of 7 ne b , no de s c r i p , in LM C cF , S, R, ps b M Cl , vF , be t 2 st vF , S Cl , L, lC , lR i B, R, bM , rr , f of 2 vF , vS , R (i n v in f on e ? ) F, L, E ne b ba n d 10 ' l, np *5 !! ! vB , vL , lo o p e d pB , pL , mE , 5 st in v vF , vS , bM Cl of L st F, R, p of Dn e b ne b , np of gr of 7 ne b , sp of gr of 7 B, R, f of Dn e b ne b , nf of gr of 7 ne b , sf of gr of 7 vF , pS , E, gl b M , 2 st 10 s Cl , vF , mC , st + ne b vF , R, *1 0 vn r ne b *8 . 6 B, pS , R, lb M , *1 0 p PN , st e l l a r F, S, di f , gb M vF , S, R vF , S, mE , gl b M ; D? ne b , lE , *8 . 4 in v F, pS , iR , bM ne b , 60 ' l, so u t h fr o m ze t a Or i vF , pL , R, rr vF , S, R B* in M of L, lE ne b pB , L, pm E , gb M *1 3 pF , L, R, gl b M ! ir r , B, vv L , bl a c k sp in c l gl o b . cl . , B, pL , ir r R, rr cF , pL , iF , mb M , er , * in v ; (d e c l ? ) PN , pB , vS , vl E vF , S, R ne b , no de s c r i p , in LM C ne b , no de s c r i p , in LM C vF , pL , *1 3 sf 0' . 7 F, vS , R, bM gl o b . cl . , B, S, rr Cl , F, cS , ir r ne b , *8 . 5 Cl , lR i , lC , st pL pB , pS , R, gb M vF , S, R, bM eF , pL , lE Cl , L, lC , st 13 Cl , vL , lR i , lC vF , pS , iR , ps l b M *1 6 F, pS , R, gb M eF , pS , R, vl b M Cl , vl R i , st 11 F, pS , R, vg l b M vF , S, R, gb M *8 - 9 wi t h F ne b on l y 3 S st an d no ne b Cl , F, S, iF , vl C , rr eF , pL , iR eF , vS , R, gb M eF , vS , *9 - 10 np 4' eF , pS , R, 3 st 10 sp F, pL , M7 8 s B, L, wi s p , gm b N , 3 st in v , r; = M7 8 Cl , po o r , S sc st vF , pS , iE , bM F, S, R, *1 1 p eF , pS , vm E 45 d e g , 3 st sf B, pL , iR , gb M , st e l l N, cE 10 d e g pB , pS , R, gl b M D* (1 0 & 14 m ) wi t h vF , L ch e v gl o b . cl . , vB , vS , vs m b M , rr F, pL , iR , vl b M , rr r vF , eS , st e l l a r ee F , pS , R, F* np vF , cL , vg b M Cl , pB , iF , gv m C M , st 15 gl o b . cl . , B, pL , R, gm b M , r pF , eS , *1 2 nn p 2' , *1 2 s 1' cF , pL , R, vg l b M vF , S, vl E , gb M vF , pS , R, gb M pB , vS , R, gm b M ee F , vS , 3 st 10 sp ee F , S, vm E , v di f f i c , 3 st s F, pL , R, gp m b M vF , vS , R, di f pB , vS , R, gb M F, pS , R, gl b M eF , cS , lE , ps l b M , er Cl , Ri , pC M , st L & S; = M3 7 eF , pS , nr IC 43 8 gl o b . cl . , pB , R, gm b M , rr , st 14 . . . 1 6 ee F , pS , E ns , 2 st p F, pS , R, r, am st vF , S, R, f of 2 eF Cl , pL , lR i , pC , st S pF , pS , iR , bM eF , S, R F, lE , r Cl , vl C , st L & S vF , vS , st e l l N F, pL , R, gp m b M F, vS , R, vs m b M , st e l l a r eF , S, R, bM F, pS , R, bM PN , st e l l a r ee L , eE 15 0 d e g +/ eF , vS , bM , su s p gl o b . cl . , vB , S, R, vg v m b M , rr F, vS , R, bM ee F , lE , *1 6 at t F, pL , R, vg l b M pB , S, R, gb M , 1s t of 3 F, S, E, r pF , S, R, gb M , *1 5 at t nf I215 2 Gx 2160 OC 21 7 3 Gb 2155 Gb 21 7 1 Gx 21 3 1 Gx 2148 Gx 21 6 4 OC 21 6 6 OC 21 7 2 OC I215 3 Gx 21 6 2 Gb 2190 Gb I215 5 2152 Gx 21 2 9 OC 21 7 7 OC 2139 Gx I215 4 Gx 2176 OC 2142 2181 OC I 441 Gx 2178 Gx 2126 OC 2143 2141 OC 21 4 9 Nb 2187 Gx 21 2 8 Gx 2199 Gx 22 0 3 OC I215 6 OC I215 7 OC I215 8 Gx 2197 OC 2193 Gb 21 6 7 I216 4 Gx 21 5 8 OC 21 7 0 Nb 21 6 3 21 7 9 Gx 21 6 9 OC 2191 Gx 2209 Gb 2168 OC 2182 Nb 2180 21 7 4 Nb 21 7 5 OC I215 9 Nb 21 8 8 Gx 22 0 5 Gx 2213 Gb 2183 Nb 2184 OC 2165 21 8 5 Nb 2210 Gb 2186 OC 21 9 6 Gx 21 8 9 2214 OC I216 2 Nb 22 0 0 Gx 22 0 1 Gx 2194 OC 21 9 8 21 9 5 Nb 21 9 2 OC 2204 OC 22 0 6 Gx 22 0 7 Gx I216 3 Gx 2202 I 443 Nb 22 1 1 Gx 22 1 2 Gx 2146 Gx I 440 Gx 2221 Gx 22 2 2 Gx 2231 Gb I 444 Nb 2215 OC 2228 Gx 22 2 9 Gx 22 3 0 Gx 2216 Gx 22 1 7 Gx 2233 Gx I216 5 Pl 22 2 0 As t 2235 Gx 2208 Gx 2241 OC 2219 2223 Gx 2218 22 2 7 Gx 22 4 9 Gb 2225 OC 2232 OC 2226 I216 6 Gx 22 2 4 22 3 4 22 3 6 OC 22 4 3 OC 22 3 7 Nb 2257 Gb 2238 C+N 22 3 9 OC I 446 Nb I 447 I216 9 Nb I216 7 22 4 4 OC 2246 Nb 2245 Nb I 448 Nb 22 5 0 OC 22 4 0 22 4 7 Nb I216 8 OC 2242 Pl 22 5 5 Gx I217 0 22 4 8 22 5 1 OC 5 5 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 57 . 9 58.0 58 . 1 58.4 58 . 6 58 . 7 58.7 58 . 7 59 . 3 59 . 9 00 . 1 00 . 5 00.8 00 . 8 00.9 01 . 0 01 . 0 01.1 01 . 1 01.4 01.9 02.6 02 . 7 02.8 03.0 03.0 03.1 03 . 5 03.9 04 . 7 04.7 04 . 7 04 . 8 05 . 0 05 . 3 05.9 06.2 06 . 9 06 . 9 07 . 5 07 . 5 07 . 8 08 . 0 08 . 4 08.4 08.7 08.9 09.5 09.6 09 . 7 09 . 8 09 . 9 10 . 1 10 . 6 10.7 10.8 10.9 11.1 11 . 1 11.5 12.2 12 . 2 12 . 3 12.8 12 . 9 13 . 4 13 . 4 13.8 13 . 9 14 . 4 15 . 2 15.7 16 . 0 16 . 4 16 . 5 16.9 16 . 9 18 . 4 18 . 5 18.7 18 . 9 20.2 20 . 3 20.4 20 . 4 21.0 21.2 21 . 3 21 . 4 21.6 21 . 7 21.7 21 . 7 21 . 8 22.3 22.5 22.7 23.4 24.6 24.7 25 . 9 25 . 9 26.6 26.6 26.7 27 . 0 27 . 6 29 . 3 29 . 7 29 . 8 30 . 3 30.4 30.6 31 . 0 31 . 0 31 . 2 31 . 2 31 . 3 32 . 4 32.4 32.7 32 . 7 32 . 8 32 . 9 33 . 2 33 . 8 34.0 34 . 0 34 . 1 34 . 6 34 . 7 - 23 - 68 - 72 - 65 - 70 - 26 - 59 - 68 - 67 - 68 - 33 - 63 - 74 - 34 - 50 +23 - 67 - 23 - 23 - 66 - 10 - 65 - 12 - 63 +4 9 +0 5 +1 0 - 09 - 69 +57 - 73 - 75 +24 +24 - 27 - 67 - 65 - 06 - 75 +24 - 06 +18 - 21 +13 - 52 - 73 +2 4 - 06 +0 4 +20 +20 +20 - 34 - 62 - 71 - 06 - 03 +5 1 - 06 - 69 +0 5 - 21 +01 - 68 +17 - 43 - 43 +1 2 +01 +17 +39 - 18 - 26 - 21 - 21 +0 5 +22 - 18 - 18 +7 8 +80 - 57 - 57 - 67 +23 - 07 - 64 - 64 - 65 - 22 - 27 - 65 - 12 - 44 - 64 +5 1 - 68 - 04 - 22 +1 9 - 21 - 68 - 09 - 04 - 09 +59 +12 +16 +06 - 31 +05 - 64 +0 5 +04 +10 +10 +09 +10 +04 +0 5 +1 0 +07 - 05 +35 +10 +44 +4 4 - 34 +44 +26 +08 11 17 59 28 41 38 07 31 56 38 55 45 43 01 44 18 43 40 40 51 36 15 30 46 54 43 26 44 34 39 24 26 09 00 51 05 05 12 22 06 24 40 45 57 31 51 20 20 43 30 19 24 06 32 33 13 31 41 13 08 27 48 08 16 59 39 41 48 00 39 51 39 46 22 23 59 47 34 33 21 04 35 32 32 16 17 27 58 00 05 14 03 59 46 57 55 57 41 50 20 59 48 39 45 39 05 38 41 50 17 03 19 01 57 27 02 54 27 52 07 10 19 02 12 20 41 46 47 42 19 22 c r r r r r r r r r c r r d c s r s c r r r m c s r s s r r r r x s c r r r c s s D s s c r s s r s s x s c r s F r s s s s r r s r r s r s s s s s c r s r r s u c c r s s r r r r s r s A r r r r s r s r F s r s r r s s d s D s s x s d s r s s s r s x A r d r s Lep Do r Men Do r Men Lep Pi c Dor Dor Dor Col Dor Me n Col Pi c Gem Dor Le p Lep Do r Mo n Do r Lep Pi c Au r Or i Or i Mon Do r Cam Me n Men Gem Gem Col Do r Do r Mon Men Gem Mon Ori Lep Ori Ca r Me n Ge m Mo n Or i Ori Ori Ori Col Pic Me n Mo n Or i Au r Mon Do r Or i Lep Ori Do r Ori Pup Pup Or i Ori Ori Aur CM a CMa CMa CMa Or i Gem CMa CMa Ca m Cam Pi c Pic Do r Gem Mo n Do r Dor Dor CM a CMa Do r CMa Pup Do r Au r Do r Mo n CM a Ge m CMa Dor Mo n Mo n Mo n Lyn Gem Gem Mon CMa Mon Do r Mo n Mon Mon Mon Mon Mon Mon Mo n Mo n Mon Mon Aur Mon Aur Au r Col Aur Gem Mon 1.9 10. p 2.5 1.3 7. 6.7 2.2 3.3 11.7 1.1 1.0 6. 14. p 10 . 3. 10. p 9.4 13. p 7. 1.6 1.3 5. 2. 1.5 7. 1.9 28 . 3. 40. 18. 3.7 1.4 8. 4 8. 6 12.5 5. 9 5.1 6. 8 11.8 1. 3. 1.7 4. 2.8 10.2 8.7 11.2 11. p 15. 10 . 8.5 6. 13 . 2.3 4.3 11. p 8.6 13. p 10.7 50. 6.0 2.1 1.5 1.1 8. 11 . 14. p 14. p 10.5 14. p 8.4 4.8 14. p 10.4 0.1 13. p 14. p 3.3 11.4 2.3 14. p 30 . 3.9 2.9 13. p 7. 5. 8. 5 9. 4 3.4 13.5 16. 5. 25. 24. 4. 8 5. 15. 8. 9. p 4. 14. p 10. 7. 3 pB , p S , R , s e v B st f p F , p S , R, gb M pF , p L , R , g m b M F , pL , R , v g l b M eF , L , R, gl b M vF , p S , R , g b M eF, S, R, *12 vnr gl o b . c l . , vB , R , m C M , r r F, S , R , g b M F, c L , R, lb M eF , v S , s u s p F, p L , R, vg l b M v F , p L , R, gl b M eF , v S , R , s u s p e e F , R , *1 5 a t t C l , p L , 40 or 5 0 s t 8 . . . 1 5 F, v S , iR , l b M , r F , S; = IC 21 5 4 pF , p S , R , * n f , 2 s t np ; = 2 1 3 9 eeF, pL, R, gbM * ( 3 M o n ) i n v i n p L , F, n e b vF, S, R eF , v S , d i f f i c , v F * cl o s e eF, vS, R C l , n o t Ri , * 7 n Cl, L, pRi, vlC, st 10 F , pS , d i f F, * 1 2 in v p B , p S , R, gb M , Dn e b (c o m p v F , R, g l b M ) vF , v S , v l E F , vS , R , b M F Cl Cl , n e b s ? Cl , S vF , p S , l E , br u s h , * a t t nf v F , p S , R, gb M F , iF , g l b M , 2 o r 3 s t in v ne b u l o u s * 7 , a m 3 s t eF , e e S , R , st e l l N Cl , p S , m C , vR i , ir r t r i a n g l e st e S *9 i n v F , pL n e b , E 17 0 d e g eF , E , di f , *1 1 a t t s F, p S , be t 2 s t , gl b M Cl , S , lR i , pm C , ** ( A D S 4 7 2 8 ) p B , v S , E, vs b M , * 9 p 5 s v F , c L , R, gv l b M C l , v L , cR i , pC , s t 9 . . . 1 6 ; = M 3 5 p B * * , L * n e b , E 9 0 d e g +/ C l , p R i , l C , st L an d S eF , b e t 3 vF s t *8 i n n e b vF , v L , d i f pF , p L , v m E , g v l b M pF , S , R, bM v F , S , R , g l b M , ** * p e F , S , l E , *1 1 - 1 2 sp Cl, L, vlC C l , p L , po o r , s t 1 1 *1 1 a n d 4 S st in v F , L n e b v B , p L , R, mb M , r C l , p L , pR i , pC , s t L a n d S pF , p S , v l E , p m b M , s t nr 2 cl u s t e r s n r 2 s t 9 - 1 0 & 1 0 - 1 1 B , pS , l E , gb M , rr r vF , p L , R , * 1 0 in v p eF , p S , R , v l b M eF , S , R, ps l b M C l , L , R i , gv m C M Cl , b e t 2 st 9 - 10 & 10 - 1 1 F, S , 2 S st i n v , * 1 0 n 3 1 " Cl , c L , C , i F , st v S Cl, L, pRi, lC F, p S , vl E , ps l b M pB , p L , m E 8 7 d e g , p s l b M R N , b i N , r i n g s u r r eF , p S , 2 2 0 7 p 7s * * c h i e f o f Cl F, n a r r o w , c u r v e d vF , p S , E 45 d e g , b M N eF , v S , R , i n f i e l d wi t h 22 1 1 pB, 2' l, lE vF , S v F , l E , vg b M , p of 2 vF , l E , v g v l b M , f o f 2 F , pL , R , g v l b M , * * f ne b , *9 . 5 in v C l , c L , pR i , pC , s t 1 1 . . . 1 5 F , S, R, g l b M eF , v S , R , 1 s t of 3 eF , S , lE , 2 n d of 3 v F , p L , R, vg l b M vB , S , R, ps m b M , r e F , S , 3 r d of 3 PN , st e l l a r Cl , B , P, st 8 . . . vF, S, R, *12 nr p F , p S , lE v F , p L , R, gl b M C l , P , v l C , s t 6 , 11 . . . 1 2 F , pL , R , v g l b M , 2 s t i n v F Cl eF , R , ** p 2 7 0 d e g , 90 " pB , p L , R , v g b M , ** p Cl, P, lCM, st 12.. . 1 5 B * (1 0 M o n ) + C l S , v d i f f i c , *1 0 c l o s e s ne b ; F* p 1' , D * f 3 ' Cl , p C , w i t h n e b ? Cl , e L , p R i , l C , st L & S Cl , p R i , p C , s t 1 0 , 12 . . . 1 5 F Cl , s t 9 . . . 1 1 pB , v v L , d i f , p a r t o f eL ne b s ri n g ar 2 2 3 9 F , cL , R , v g l b M , r , 1 7 s d S * in ne b y , p a r t o f e L ne b s ri n g ar 22 3 9 *8 i n L , P , B C l ne b * 1 0 ; = I C 2 1 6 7 vF , e e L , d i f ; = I C 2 1 6 7 F, L , d i f , s e v st 9 - 10 i n v *9 . 5 in F , L n e b Cl , b e a u t i f u l , st s c ( 1 2 Mo n ) e e F , L , ir r R , e d i f f i c p L , c o m , m b N sf al m * , *7 - 8 nf ne b y , np *5 Cl , p R i , l C , i F , st 8, 1 2 . . . 1 4 Cl , p L , P , v l C , s t 7 , 10 . . . 1 5 ne b * in e F , eL ne b y , n f 2 2 4 5 Cl , S , F n e b y eeF, vS, R, F* nf eF , S , lE , v l b M eF , S , r, *1 3 s p p 0 ' . 8 sm a l l c l u s t e r Cl , v L , E , R i , lC 22 5 2 OC 22 5 4 OC I 44 2 Gx I 44 5 Gx 22 6 0 22 6 2 OC 22 6 3 Gx 22 5 9 OC 22 6 1 Nb 22 6 7 Gx 22 6 4 C+ N 22 6 5 22 5 3 OC 22 7 2 Gx 22 7 1 Gx 22 6 6 OC 22 6 9 OC 22 7 0 22 9 7 Gx I2 1 7 1 Gx 22 8 0 Gx I 44 9 Gx 22 8 3 Gx 22 8 2 Nb I2 1 7 2 22 8 7 OC 22 5 6 Gx 22 7 4 Gx 22 7 5 Gx 22 9 5 Gx 22 8 6 OC 22 9 2 Gx 22 9 3 Gx 22 5 8 Gx 22 7 7 22 7 8 22 7 9 22 9 6 Gx 23 0 5 Gx I 45 2 Gx 23 0 7 Gx 22 9 8 Gb 22 8 4 I 45 3 * 22 8 1 OC 22 8 5 22 7 3 Gx 22 8 8 Gx 22 8 9 Gx I2 1 7 3 22 9 0 Gx 22 9 1 Gx 22 9 9 I 45 4 22 9 4 Gx 23 0 1 OC 23 0 2 OC I 45 0 Gx I 45 1 Gx 23 1 0 Gx 23 0 6 23 0 4 OC 23 0 3 Gx 23 0 9 OC 23 1 1 OC 23 1 3 Nb 23 0 8 Gx 23 1 2 23 1 7 23 1 8 OC 23 1 6 Nb I2 1 7 5 I 45 6 Gx 23 1 9 23 1 5 Gx 23 2 8 Gx 23 2 5 Gx 23 4 8 23 2 3 OC 23 2 4 OC 23 2 7 Nb I2 1 7 7 Nb 23 2 0 Gx 23 2 1 Gx 23 2 2 Gx 23 3 5 OC 23 3 1 OC I2 1 7 6 Gx I2 1 7 8 Gx 23 3 8 As t 23 3 9 Gx 23 4 3 OC 23 4 5 OC 23 2 6 Gx 23 3 3 Gx I 46 6 Nb I2 1 7 4 Gx 23 2 9 Gx 23 4 1 Gx 23 4 2 Gx 23 4 6 Pl I 45 7 Gx 23 3 0 Gx 23 3 2 Gx 23 3 4 23 4 9 23 3 7 Gx 23 1 4 Gx I 45 8 Gx I 45 9 I 46 0 Gx I 46 1 Gx I 46 3 Gx 23 4 0 Gx I 46 2 I 46 4 Gx I2 1 8 0 Gx I 46 5 Gx 23 4 4 Gx 23 5 0 Gx I2 1 8 1 Gx 23 5 1 23 5 2 22 6 8 Gx I2 1 8 2 23 5 4 OC 23 5 3 OC I2 1 7 9 Gx 23 4 7 Gx 23 6 9 Gx 23 5 8 - 109 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 35 . 0 36 . 0 36 . 5 37 . 3 38 . 1 38 . 4 38 . 4 38 . 6 39 . 2 40 . 8 41 . 1 41 . 5 42 . 4 42 . 7 42 . 8 43 . 2 43 . 9 43 . 9 44 . 4 44 . 4 44 . 8 45 . 7 45 . 9 46 . 9 46 . 9 47 . 0 47 . 2 47 . 2 47 . 2 47 . 3 47 . 6 47 . 6 47 . 7 47 . 8 47 . 8 48 . 3 48 . 4 48 . 6 48 . 6 48 . 6 48 . 8 49 . 0 49 . 1 49 . 1 49 . 3 49 . 4 50 . 1 50 . 7 50 . 7 50 . 8 51 . 0 51 . 0 51 . 1 51 . 1 51 . 2 51 . 8 51 . 9 52 . 2 52 . 9 54 . 0 54 . 6 55 . 0 56 . 2 56 . 2 57 . 8 58 . 0 58 . 6 58 . 8 58 . 8 59 . 5 59 . 7 59 . 7 00 . 3 01 . 1 02 . 5 02 . 5 02 . 7 03 . 1 03 . 2 04 . 2 04 . 3 05 . 1 05 . 6 05 . 9 05 . 9 06 . 6 07 . 2 07 . 5 07 . 6 07 . 7 08 . 3 08 . 3 08 . 3 08 . 4 08 . 4 08 . 6 09 . 1 09 . 2 09 . 3 09 . 4 09 . 4 09 . 4 09 . 5 09 . 5 09 . 9 10 . 0 10 . 2 10 . 5 10 . 5 10 . 6 10 . 7 10 . 7 10 . 9 11 . 0 11 . 0 11 . 0 11 . 3 11 . 5 12 . 5 13 . 2 13 . 2 13 . 5 13 . 6 14 . 14 . 2 14 . 3 14 . 6 15 . 5 16 . 1 16 . 6 16 . 8 +0 5 +0 7 +8 2 +6 7 - 01 +0 1 - 24 +1 0 +0 8 - 32 +0 9 +1 1 +6 6 - 27 - 23 +2 6 +0 4 +0 3 - 63 - 17 - 27 +7 1 - 18 +0 1 +0 1 - 20 +7 4 +3 3 +3 3 - 26 - 03 - 26 - 26 +7 4 +3 3 +3 3 +3 3 - 16 - 64 - 16 - 64 - 36 +3 3 - 17 +4 1 +3 3 +6 0 +3 3 +3 3 +3 3 +3 3 +3 3 - 07 +1 2 +3 3 +0 0 - 07 +7 4 +7 4 - 40 - 07 +1 8 +4 5 - 07 - 04 - 07 +4 5 +1 0 - 07 - 13 - 07 +3 5 - 30 +0 3 +5 0 - 42 - 28 - 67 - 08 +0 1 - 11 - 10 +5 0 +5 0 +5 0 - 10 +2 7 +3 2 +3 2 - 05 +1 8 - 10 - 13 +5 0 +3 5 - 04 +7 5 +4 8 +2 0 +2 0 - 00 +5 0 +5 0 +5 0 +5 0 - 08 +4 4 +7 5 +5 0 +5 0 +5 0 +5 0 +5 0 +5 0 +5 0 +5 0 +2 6 +5 0 +4 7 +1 2 +1 9 - 10 - 24 +8 4 +1 8 - 25 - 10 +6 4 +6 4 - 62 - 17 23 40 58 51 28 11 49 53 44 29 53 56 20 27 28 58 34 26 43 56 38 21 14 19 20 44 14 34 36 44 10 45 45 29 26 24 24 55 16 54 20 00 13 02 04 21 51 26 27 26 26 32 00 54 32 28 04 26 29 52 11 01 30 12 35 57 13 16 46 42 46 17 10 04 36 03 42 23 20 03 18 42 36 46 31 05 21 28 31 37 47 39 10 44 11 19 21 37 35 38 48 09 12 11 12 37 27 20 06 11 13 05 08 10 11 09 23 15 10 15 00 29 06 23 57 44 18 56 43 21 03 s s u u r s r s s r s r A s r s s r c c s v r s d s s r r r s r r s r r r r c c c s r F s r s A A x s s r D s s s v v s r s r s s F r r r F s d c r r r s r s s r s r r r s s m z F s s s r r s v s s s s m r r r r s s u d m m z r d m u m s r u F r s d s s s s s r Mo n 20 . Mo n 4. Ca m 1. 4 Ca m 1. 2 Mo n Mo n 4. CM a Mo n 5. Mo n 2. CM a Mo n 60 . Ge m Ca m CM a 2. 1 CM a Ge m 7. Mo n 4. Mo n Pi c 1. 6 CM a 1. 8 CM a 5. 6 Ca m 2. 0 CM a Mo n 3. Mo n CM a 38 . Ca m 2. 6 Ge m Ge m CM a Mo n 15 . CM a CM a Ca m 2. 6 Ge m Ge m Ge m CM a Vo l 2. 0 CM a Vo l 1. 6 Pu p 6. 8 Ge m CM a Au r 15 . Ge m Ly n 3. 5 Ge m Ge m Ge m Ge m 1. 5 Ge m 1. 3 Mo n Ge m Ge m 1. 1 Mo n 12 . Mo n 3. Ca m 1. 3 Ca m 1. 6 Pu p 5. 0 Mo n Ge m 5. Au r Mo n 3. Mo n 7. Mo n Ly n Mo n Mo n CM a Mo n 4. Ge m CM a 2. 3 Mo n Ly n Pu p CM a 2. 3 Vo l Mo n 16 . Mo n 8. CM a Mo n 12 0 . Ly n Ly n Ly n Mo n 12 . Ge m 18 . Ge m 0. 4 Ge m Mo n Ge m 2. 8 Mo n 7. CM a 12 . Ly n Ge m Mo n 1. Ca m 1. 2 Ly n 1. 6 Ge m 1. 1 Ge m 1. 6 Mo n 0. 9 Ly n 0. 3 Ly n Ly n Ly n Mo n Ly n 2. 6 Ca m 2. 1 Ly n 1. 0 Ly n Ly n 0. 4 Ly n 0. 6 Ly n Ly n Ly n Ly n 0. 6 Ge m 1. 2 Ly n 0. 8 Ly n 2. 0 CM i Ge m 1. 0 Mo n CM a Ca m 3. 4 Ge m CM a 20 . Mo n 20 . Ca m 1. 0 Ca m 2. 0 Ca r 4. 6 CM a 8. p Cl , vL , pR i , lC , st S 9. 7 Cl , S, pC , iF , st 11 . . . 1 3 14 . p F, S, R, mb M 14 . p eF , S, R, B* sf Cl , vL , P, vl C , st L & S 11 . p Cl , vC , iR , bM , st eS 13 . p pF , lE , be t 2 vS st , ps l b M 11 . p Cl , cR i , eC , iF , st eS B, vm E 33 0 d e g , N co m = *1 1 14 . p tw o ne b cl o s e to g e t h e r 3. 9 eL ne b , 3d e g di a m , de n s e s t 12 ' sp 15 Mo n Cl , P, 30 or 40 st 12 . . . 1 3 vF , st eS 11 . 9 pF , pS , vl E , bM , r 14 . p pF , S, R, gb M , am st 10 . p Cl , pS , eC , Ri , st 11 . . . 1 5 10 . 0 Cl , vm C , no t Ri , st vS Cl , lC , no t Ri vF , S, R, vg l b M F, 3 st 10 ar o u n d 12 . p pF , pL , lE , gb M pF , S, R, bM , be t 2 D st 13 . p 3 or 4 S st + ne b *1 0 in F, R ne b y ne b * 4. 5 Cl , vL , B, lC , st 8. . . ; = M4 1 14 . p F, R, *9 . 5 3' sf 13 . p F, S, bM 14 . p eF , vS 14 . p eF , S, R, be t st , Dn e b f 7. 5 Cl , L, C, ab 10 0 st 9. . . 1 5 14 . p eF , R, gb M , D wi t h 22 9 3 , am st 13 . p pB , R, gb M , D wi t h 22 9 2 , am st 13 . p F, 2 st 10 - 11 f Cl , vS , lR i vF , vS ; = 22 7 4 ? vF , vS , st e l l a r Nu c l ; = 22 7 5 ? 13 . p vF , vS , R; = IC 45 2 vF , vS , R, 2 st tr i a n g l e *1 3 . 5 in S ne b y ; = 22 9 6 vF , pS , vl E 90 d e g 9. 4 gl o b . cl . , B, pL , iR , gb M , rr F, r 2 or 3 st cl o s e ? 5. 4 Cl , pR i , vl C , st pL eF , eS , r? 12 . p F, S, iR , r? 14 . p eF , vS 15 . p cF , S, R eF , ne b * , 22 8 8 cl o s e , *1 2 nn p 1' ; = 22 9 1 15 . p F, S, gb M 16 . p eF , vS ; = IC 21 7 3 Cl of 30 or 40 st ee F , S, e di f f i c , on e or 2 st in v 15 . p ee F 6. 0 Cl , Ri , L, iF , st L & S 8. 9 Cl , L, P, lC vF , S vF , S 12 . p pB , pL , vm E 45 d e g , ps l b M Cl , P, vl C 10 . p Cl , pL , Ri , mC , st vS 14 . p eF , vS , R, se v st nr 11 . p Cl , pL , pR i , mC , st 13 10 . p Cl , lC , no t Ri F, vS , R 14 . p eF , vS , vF * in v Cl , P cl o s e Dn e b wi t h 23 1 6 Cl , L, sc st 8. . . 9 pF , S, R, r, S st in v eF , pL , r, ne b s ? vF , pS , R, B st nf an d np Cl of v sc st 8, 9. . . 14 . p eF vF , S, vl E , bM , am st 11 . 2 pB , pL , lE , gb M Cl , P, lC , 30 st +/ 5. 9 ! Cl , vL , Ri , pC , E, st 12 . . . 1 6 ; = M5 0 8. 4 Cl , L, Ri , cC , st 12 . . . 1 6 pB * * in v in S, vF , ne b pB , eL , iR , v di f 14 . p pB , S, iR , gb M , *8 at 12 0 d e g 15 . p vF , 12 ' n of 23 2 0 14 . p vF , vS , lE 7. 2 Cl , L, lC 9. p Cl , L, vl C , S Cl in v 15 . p vF , vS , R, st e l l 16 . p vF , vS , R, bM N Cl , vl C 11 . 6 pB , pL , R, gl b M 6. 7 Cl , cL , P, lC 7. 7 Cl , pL , pR i , gb M , st 10 . . . 1 4 14 . p vF , pL , iR , ps m b M , st p 14 . p vF , S, R, bM *1 1 . 5 in vF ne b eF , S, bM 14 . p vF , vS , st e l l a r 14 . p vF , vS 13 . p pF , S, lE , vl b M *1 0 at t wi t h S, vF , ne b 16 . p eF , sp 23 3 2 14 . p vF , vS , v st e l l a r 14 . p F, S, R, ps b M vF , be t 2 st 12 Cl , cL , P, cC 13 . p eF , S, E 11 . 9 vF , S, R 14 . p F, bM eF 16 . p vF (n o t se e n at Bi r r ) 16 . p vF , 3 F st f 15 . p eF 14 . p pF , S, R, gl b M , r vF (n o t se e n at Bi r r ) 15 . p F 15 . p F, S, iF , di f 15 . p F 12 . 1 pB , pS , R, lb M 14 . p eF , eS , iR 15 . p F, S, R, st e l l Cl , lC , ** ta k e n Cl , pR i , pC 11 . 5 pF , pL , lE vF , vS , di f , *1 2 at t 6. 5 Cl , cR i , lC 7. 1 Cl , L, lC , on e vB * 12 . 6 *1 3 in vF , vS ne b (= 23 4 7 ? ) 12 . 5 vF , S, R, lb M 13 . p pB , pL , iE , gl b M Cl , P, lC 23 5 5 OC I218 3 2356 I 468 Nb 23 5 7 Gx 23 6 0 OC 23 6 1 D* ? 2359 Nb 23 6 2 C+ N 23 8 1 Gx 23 6 7 OC 23 6 4 OC 23 6 8 OC 2397 Gx 2365 Gx I218 6 I218 7 I218 8 I218 5 Gx I 470 2380 Gx 23 8 2 2374 OC 23 8 3 OC 23 7 7 Gx 2370 Gx I218 9 23 8 4 OC 23 7 1 Pl 23 7 2 Pl 2373 Gx 23 7 6 Gx 2276 Gx 23 3 6 Gx 23 7 5 Gx 23 9 5 OC 2378 2379 Gx I220 2 Gx 2396 OC I220 0 Gx 2385 Gx I219 5 23 8 6 ** * 23 9 4 23 6 3 Gx 23 8 8 Gx 2366 Gx 2387 Gx 2390 * 23 8 9 Gx 23 9 1 2392 Pl 2401 OC I218 4 Gx 2399 *** I219 0 2393 Gx 2400 *** I 467 Gx 2417 Gx 2398 Gx I219 1 Gx 2402 Gx 2409 2406 Gx 24 0 7 Gx 2300 Gx 2405 Gx 24 1 3 2414 OC I219 2 I219 3 I219 4 Gx I219 6 Gx I219 8 Gx I219 7 Gx 2412 2411 Gx 2434 Gx I219 9 I 455 Gx 2410 Gx 2416 Gx I220 1 Gx 2421 OC 24 4 3 24 4 2 Gx 2418 Gx 2427 Gx 24 2 2 OC 2403 Gx 24 1 5 Gx 2404 Kt 24 2 3 OC 24 1 9 Gb dis t 24 2 5 OC 24 2 0 OC 2428 24 3 0 24 0 8 As t I220 3 Gx 24 2 4 Gx 2439 OC 24 3 2 OC I220 4 Gx 2437 OC 2438 Pl 24 4 0 Pl I 473 24 3 3 Gx 24 2 6 Gx I 471 Gx 24 2 9 Gx I 472 Gx 2435 Gx 2447 OC 24 4 8 2466 Gx 24 3 1 Gx 2451 OC I220 6 24 3 6 * I 474 2444 Gx 24 4 5 Gx I220 5 Gx I 475 Gx 24 4 9 Gx I 476 Gx 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 16 . 9 16 . 9 17.1 17 . 5 17 . 6 17 . 8 18 . 4 18.6 18 . 8 20 . 0 20 . 1 20 . 8 21 . 0 21.3 22.5 22 . 7 22 . 7 22 . 7 23 . 2 23 . 5 23.9 23 . 9 24.0 24 . 8 24 . 9 25.0 25 . 0 25 . 1 25 . 6 25 . 6 26.5 26 . 6 27. 27 . 1 27 . 1 27 . 1 27.4 27.4 27 . 9 28.1 28 . 3 28.4 28 . 4 28 . 6 28 . 6 28 . 7 28 . 8 28.9 29.0 29.0 29 . 1 29 . 2 29.2 29.4 29 . 4 29.9 29 . 9 30.0 30.0 30 . 0 30.1 30.3 30 . 3 30.8 31.6 31.9 31 . 9 32. 32.2 33 . 3 33.3 33 . 3 33 . 3 33 . 7 34 . 1 34 . 1 34 . 3 34.4 34.6 34.9 34 . 9 35 . 35.0 35.7 36 . 2 36.3 36 . 3 36 . 4 36.5 36.5 36 . 6 36.9 36 . 9 37.1 37 . 1 38 . 1 +13 - 20 +1 3 - 13 +23 - 15 - 13 - 13 - 24 - 63 - 21 - 07 - 10 - 69 +2 2 +21 +21 +21 +32 +46 - 27 - 27 - 13 - 20 - 09 +2 3 +08 - 21 +29 +29 +3 3 +23 +8 5 +80 +33 +13 +3 3 +3 3 - 67 - 11 - 62 +3 3 - 51 +33 +07 +69 +33 +6 9 +3 6 +3 3 +33 +33 +2 0 - 13 +72 - 00 +37 +3 4 - 00 +79 - 62 +2 4 +24 +0 9 - 17 +1 8 +18 +8 5 +2 5 - 13 - 15 +31 +31 +31 +31 +23 +31 +0 8 +1 8 - 69 +31 +85 +3 2 +1 1 +33 - 20 - 69 - 69 +1 7 - 47 - 14 +6 5 +35 +6 5 - 13 +38 47 25 58 09 22 37 13 12 57 04 56 34 23 00 04 32 29 30 30 05 31 32 16 56 40 47 55 02 29 30 48 04 45 11 49 35 50 49 34 44 22 50 15 46 02 04 49 13 52 50 51 49 55 58 08 13 31 01 13 52 15 29 18 39 11 18 21 43 55 06 27 22 27 19 24 58 24 33 17 17 13 33 50 37 07 37 32 32 54 38 30 36 15 42 52 53 s d r s s s F s s c s F s s r d d d m d r D s s s r d s s d r r s s r s r s c s c r d r r A r s r r s r s s v F d r F s v r m r r r r s r r s d d m u z m r r s d u r r u s r s r s s s s A s s Gem CMa Ge m CMa Gem CMa CMa CM a CMa Car CMa Mon Mon Vo l Ge m Gem Gem Gem Gem Lyn CM a CMa CM a CMa Mon Ge m CMi CMa Gem Gem Ge m Gem Ce p Cam Gem Gem Ge m Ge m Vol Pu p Car Ge m Car Gem CMi Cam Gem Ca m Au r Ge m Gem Gem Ge m Pu p Cam CM i Aur Ge m CM i Cam Ca r Ge m Gem CM i Pu p Ge m Gem Ce p Ge m Pup Pu p Gem Gem Gem Gem Gem Gem CM i Ge m Vo l Gem Cep Ge m CM i Gem Pu p Vol Vol Ge m Pu p Pup Ca m Lyn Ca m Pup Lyn 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 38 . 3 38 . 5 39.2 39 . 4 40 . 5 40 . 6 40 . 7 40.8 40 . 9 41 . 2 41.8 41.8 41 . 9 42 . 4 43 . 0 43 . 2 43 . 6 43 . 7 43 . 8 44.2 44.6 44 . 6 45.2 45 . 3 45.4 45 . 8 46 . 1 46 . 1 46.9 46 . 9 46 . 9 47 . 2 47 . 3 47 . 3 - 14 +21 - 16 - 16 +71 +34 +39 - 31 - 19 +34 - 14 - 14 - 18 +09 +09 +52 +49 +52 +49 +3 1 - 23 - 24 - 71 +53 - 37 - 34 +52 +26 +3 9 +39 +26 +30 +26 +26 52 34 31 21 39 13 14 39 05 13 49 44 13 15 19 49 39 21 36 38 52 41 24 04 58 22 04 29 02 01 53 31 55 57 s s r r A u s s s u s s s d r r u r u r s r v r s d r d s s z m r z Pup Gem Pu p Pup Cam Gem Lyn Pu p Pup Gem Pu p Pu p Pup CMi CMi Lyn Lyn Lyn Lyn Ge m Pu p Pup Vo l Lyn Pu p Pup Lyn Gem Ly n Lyn Gem Gem Gem Gem 9. 20. 4.5 13. 8. 8. 1.6 4. 5. 2.2 0.5 19 . 6. 1.8 3. 0.9 2.6 6.9 12. 1.1 2.1 10 . 1.1 7.6 2.1 0.7 2. 1.3 3.5 2.2 0.7 3.1 4. 1.0 1.5 0.5 2.5 1.2 1.3 10 . 6.0 5.6 30. 17 . 8 1.0 19. 4.1 1 0 . p Cl , p S , p R i , m C , st 15 . . . 1 6 wi s p 2' n s , 3 s t n, su s p Cl, lC v F ne b y , p e r h a p s 2 o r 3 s t in v 1 4 . p eF , L , mE , b M , F st in v 7. 2 Cl , v L , R i , pC , s t 9 . . . 1 2 vv F , vS ; p a r t o f 23 5 9 ! ! , v F , vv L , vi F 4 . 1 C l , p L , Ri (3 0 C M a ) vF , v S , R , a m s t 7. 9 Cl , S , P, lC Cl , p C , s t p L , bi f i d 1 2 . p Cl , S , pR i , st 15 1 3 . p p B , c L , cE 11 7 d e g , l b M 1 4 . p v F , p S , R, ps b M F, S , R , g b M , r F, S , R , d i f , * 1 1 . 5 vn r F, S , d i f , F N 1 5 . p F, S , R eF , e S , s t e l l a r 1 3 . p p F , p S , R, vs m b M , am st pF , S , R, bM ; = 2 3 8 0 8 . 0 C l , v L , pR i , lC , s t L 8. 4 Cl , p S , p m C , s t 1 2 1 5 . p eF , v S * i n v , * 1 1 s 14. p eF, vS, E PN s t e l l 7. 4 Cl , l C , b i f i d , ** 1 3 . p B, S , R , b M N , p o f D n e b pB , S , R, bM N , f of Dn e b 14. p eF, vS 1 4 . p eF , v S 11.4 F , 60 " , lb M 10.5 pB , p L , R , 2 s t 1 1 n r 1 4 . p eF , v S , 2 3 7 9 f 17 s , 1 ' s 8. 0 Cl , p R i , C 2 v F c l o s e st i n e F n e b , 2 3 7 9 f 2 s , 1 ' s 13.5 vF, vS eF , e S , R 7 . p C l , v L , vl C eF , e S , e E 6 5 d e g , b e t 2 st , s u s p 1 5 . p v F , v S , R, bM cB , S , R, bM , s u s p st e l l a r Cl , L , P, vl C , st L ne b * or v F v S , 2 3 6 6 s f 1 4 . p vF , S , R, bM 10.9 v F , p L , mb M , vS * i n v , c u r v e d t a i l s 15. p pB, S, stel l a r vF 12.8 vF , S , R, ps b M eF 1 0 . p B , S, R, * 9 M , * 8 nf 10 0 " 1 3 . p C l , S , c R i , c C , st v S vF , S , st e l l , r 1 s t o f 2 F ne b ( v S c l u s t e r s ? ) F, p S , di f 1 5 . p e F , p S , lE , d i f , r ? 2 n d o f 2 F ne b ( v S c l u s t e r s ? ) 1 2 . p vF , p S , s s F of 23 3 6 vF, L, R, gbM, r 1 5 . p v F , e S , bM , D n e b ? 1 5 . p F, v S , R, st e l l 15. p eF, S, R, lbM, * inv C l , S bu t B , st 8. . . 1 0 1 5 . p e F , e S , vS N ? 1 5 . p eF , e S , v S N ? 11.0 p B , p L , lE , b M 14. p vF, S, iR Cl , v L , P , v l C 7 . 9 C l , P , l C , st 9 . . . F, v S , R, *1 4 n e a r l y i n c o n t cl o s e p * 1 0 (= IC 2 1 9 2 ? ) 1 5 . p F, S , R , g b M , r 1 4 . p F, S , p R , gb M , r, 3 st 2 ' p 1 5 . p F, S , R , g b M , r 1 4 . p vv F v F , * 8 f 5 9 s , 1 ' . 5 s , *1 3 s 1 0 " 1 4 . p * 1 4 s l i g h t l y ne b s 11.2 p B , S , R , p m b M , 3 st 11 n F, S 1 4 . p vF , e S , s f 2 3 0 0 1 4 . p e F , v S , se v v F s t in v , 1' lo n g , g b M , r 14. p eF, S 1 5 . p F, v S , R, gb M , r 8.3 Cl, L, cRi, st 11.. . 1 3 pL , v F , R , D w i t h 4 2 , D* in v M 1 1 . p Cl , v F , R , D w i t h 4 3 , D* in v M 1 3 . p v F , e S , bM 11.6 e F , L , p m E , g m b M , 2 s t in v 4. 4 Cl , B , vL , p R i , s t L a n d S; = M4 7 8 . 4 ! ! cB , e L , vm E , vg m b M N 12.4 pB , c S , R , v g v l b M , r , al m P N vF, vS 6. 7 Cl , v L , R i , pC , s t v S 10.4 pB , p L , l E 9 0 d e g , v g b M , *7 - 8 26 7 d e g , 4 ' 3. 10. 8. 3 1.2 4.0 10 . 8. 1.1 27 . 1.1 0.5 14. 12.6 6.9 10. 15. 6.1 10. 11. 0.8 1.9 22 . 14. 14. 14. 14. 13. 6.2 p p p p p p p p p p 1.5 45 . 2.3 2.1 0.5 14. p 2.8 12.9 13.0 15. 15. 14. 15. p p p p Cl , P , S, st v S Cl , c L , R i , C, st 1 1 . . . 1 8 C l , v L , vl C Cl , v L , v l C Cl , v l C F, S , R , g b M , r vF , p S , m E , lb M , r? C l , B , p R i , p L , lC , st 9 , 1 2 . . . 1 4 Cl , p L , p C , E 0 d e g , s t L a n d S F, v S , R, eF N , r ! , Cl , v B , vR i , vL , i n v P N ; = M4 6 P N , p B , p S , vl E , r, 3s . 7 5 d PN , cB , n o t v we l l de f ne b * 1 4 , 2 4 3 3 n f eF , * 1 5 , 9 0 " s p cF , R , vg b M , r , * 8 p eF , p S , R , n p o f 2 pF , p S , v m E , * 1 2 at t ee F , pS , R , sf of 2 F , S, lb M C l , L , p R i , l C , st 8 . . . 1 3 ; = M 9 3 Cl o f 1 8 o r 20 st 1 1 . . . 1 3 vF, S, R, lbM eF , v S , R , b M C l , v v L , v l C , o n e *4 . 5 PN , st e l l , 9. 5 m vF , v S , R , b M pB , v S , d i f vF, mbM vF , m b M , S * at t s F, v S , ne b D * vF , v S , d i f eF , e S , R , b M , r vS , v F , l b M , d i f f i c 24 5 2 Pl 24 5 0 Gx 24 5 3 OC 24 4 6 Gx 24 5 5 OC I2 2 0 7 Gx 24 5 4 Gx 24 5 9 I 47 7 Gx 24 4 1 Gx 24 7 7 OC I2 2 0 8 24 6 7 C+ N I 47 8 Gx 24 5 6 Gx 24 7 0 Gx I 47 9 Gx 24 5 7 Gx 24 7 8 24 8 2 OC 24 7 9 OC I 48 0 24 5 8 Gx 24 8 3 OC 25 0 2 Gx I 46 9 Gx 24 6 1 Gx 24 8 9 OC I2 2 0 9 Gx 24 6 2 Gx 24 7 6 Gx 24 8 5 Gx I2 2 2 0 Nb 24 6 0 Gx 24 6 3 Gx I2 2 1 0 Gx 24 6 4 Gx 24 8 0 Gx 24 8 1 Gx 24 6 5 I2 2 1 1 Gx 24 7 4 Gx 24 8 6 Gx 24 6 8 Gx 24 7 5 Gx 24 6 9 Gx 24 7 1 * 24 8 7 Gx 25 1 6 OC 24 7 3 24 7 2 ? 24 9 1 Gx 24 8 4 Gx 24 7 2 Gx 24 9 6 Gx 25 0 1 Gx 24 9 9 Gx I 48 1 Gx I2 2 1 2 Gx I2 2 1 3 Gx 24 9 0 Gx 24 9 4 Gx I 48 7 24 9 2 Gx I2 2 1 6 24 9 8 Gx I2 2 1 5 OC 25 0 4 Gx I 48 2 Gx I 48 3 I 48 4 Gx I2 2 1 4 Gx 25 0 6 OC I 48 5 Gx I 48 6 Gx 24 9 3 Gx 24 9 5 Gx 25 0 3 Gx 25 0 9 OC I 48 8 I2 2 1 7 Gx 25 0 7 Gx I 48 9 I2 2 1 8 Gx 24 8 8 Gx 25 0 0 Gx 25 0 8 Gx 25 1 0 Gx 24 9 7 Gx 25 1 1 Gx 25 1 3 Gx 25 2 0 I2 2 1 9 Gx 25 1 4 Gx 25 1 7 Gx 25 1 2 Gx I 49 0 Gx 25 1 5 I 49 1 Gx 25 0 5 Gx I2 2 2 1 I2 2 2 2 25 2 7 OC 25 2 5 Gx I 49 2 Gx I2 2 2 3 I2 2 2 4 25 2 2 Gx I2 2 2 6 Gx I 49 4 Gx I2 2 2 5 25 2 6 Gx 25 3 3 OC I2 2 2 8 Gx 25 1 8 Gx I2 2 2 7 25 2 8 Gx I 49 3 25 2 9 Gx 25 3 0 25 1 9 25 3 1 25 2 4 Gx I 49 5 Gx 25 2 1 Gx I 49 8 Gx I 49 6 Gx I2 2 2 9 I 49 7 Gx 25 3 2 Gx 25 3 9 OC 110 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 47 . 4 47 . 5 47 . 8 48 . 7 49 . 0 49 . 8 50 . 5 52 . 0 52 . 1 52 . 2 52 . 3 52 . 5 52 . 6 53 . 7 54 . 1 54 . 3 54 . 4 54 . 7 54 . 7 54 . 9 55 . 1 55 . 3 55 . 4 55 . 9 55 . 9 56 . 56 . 0 56 . 2 56 . 2 56 . 7 56 . 7 56 . 7 56 . 8 56 . 9 57 . 1 57 . 1 57 . 2 57 . 2 57 . 3 57 . 7 57 . 7 57 . 9 57 . 9 58 . 0 58 . 0 58 . 1 58 . 3 58 . 3 58 . 3 58 . 4 - 27 +2 7 - 27 +5 4 - 21 +3 3 +1 6 +0 9 +2 3 +7 3 - 38 +2 7 - 26 +2 6 +5 5 +0 4 +2 7 +5 5 - 15 - 24 - 17 +2 6 +5 6 - 27 - 52 +8 5 +5 6 - 30 +6 0 +5 6 +3 9 +0 7 - 59 +6 0 +5 6 +5 6 +5 6 +2 3 +2 3 +5 6 +3 2 +5 2 +2 5 +5 6 +5 2 +5 6 +5 6 +2 5 - 60 +5 6 20 00 14 36 18 57 22 33 28 02 33 30 23 29 29 27 00 32 25 18 43 47 43 56 18 10 41 04 18 39 56 29 07 21 40 40 41 47 46 45 34 51 09 22 51 41 45 08 52 41 s r s r s u r D z s s d s z r s z r r s s d r s c v r s s r r r x s r z m r r r u s r s s s r s s r Pu p Ge m Pu p Ly n Pu p Ge m Ge m CM i Ge m Ca m Pu p Ge m Pu p Ge m Ly n CM i Ge m Ly n Pu p Pu p Pu p Ge m Ly n Pu p Ca r Ce p Ly n Pu p Ca m Ly n Ly n CM i Ca r Ca m Ly n Ly n Ly n Ge m Ge m Ly n Ge m Ly n Ge m Ly n Ly n Ly n Ly n Ge m Ca r Ly n 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 58 . 4 58 . 5 58 . 6 58 . 6 58 . 6 58 . 8 59 . 0 59 . 0 59 . 0 59 . 2 59 . 2 59 . 2 59 . 4 59 . 5 59 . 6 59 . 6 59 . 8 59 . 8 59 . 9 59 . 9 59 . 9 00 . 2 00 . 3 00 . 3 00 . 4 00 . 6 00 . 6 00 . 7 00 . 8 00 . 8 01 . 6 01 . 6 01 . 6 01 . 8 01 . 9 02 . 0 02 . 2 02 . 3 02 . 3 02 . 5 02 . 5 02 . 6 02 . 8 02 . 8 03 . 1 03 . 3 03 . 4 03 . 8 04 . 0 05 . 1 05 . 2 05 . 3 05 . 6 05 . 7 05 . 8 05 . 8 06 . 1 06 . 2 06 . 4 06 . 4 06 . 9 07 . 0 07 . 1 07 . 3 07 . 3 07 . 4 07 . 4 07 . 8 07 . 9 08 . 0 08 . 0 08 . 1 08 . 3 08 . 8 09 . 4 09 . 7 09 . 7 10 . 1 10 . 2 10 . 7 +0 7 +3 7 +5 6 +0 8 - 14 +0 7 +2 4 +3 2 +2 7 +2 7 - 00 - 00 +2 7 +0 5 +2 4 +2 4 +0 5 +2 5 +2 5 +2 6 +3 3 - 10 +2 6 +2 6 +3 9 +3 9 +2 2 - 19 +2 5 +2 7 +1 5 +2 6 +2 4 +5 6 +5 0 +0 8 +0 9 +5 6 +0 9 +0 9 - 28 +2 7 +1 5 - 12 +2 3 +2 5 +2 0 +2 6 +5 3 +3 7 +3 7 - 28 - 11 +2 6 +3 7 +3 7 +1 7 +1 2 +0 1 +3 5 +0 8 - 29 +0 8 +5 1 +3 6 +3 9 +2 5 +1 7 +1 7 +5 1 +1 7 +3 9 +0 9 +5 7 +0 5 +2 5 +2 5 +2 4 +3 3 - 12 59 47 42 02 22 30 09 37 28 05 38 40 02 36 58 55 37 21 55 40 18 47 42 37 50 50 24 04 54 30 43 00 26 34 44 34 29 57 24 25 11 27 49 19 24 48 11 32 34 27 29 10 26 10 28 28 43 32 02 56 01 54 02 09 02 13 06 50 49 07 49 10 00 46 16 52 53 53 57 50 r s r r r r u m m r r x r d r x r m d z u s u u s v r s d u s D z r s r r r r r A u s s s z d z r d d s s v d d r v u d r s m r d r d r d d d r z s u m d m s s CM i Ly n Ly n CM i Pu p CM i Ge m Ge m Ge m Ge m Mo n Mo n Ge m CM i Ge m Ge m CM i Ge m Ge m Ge m Ly n Mo n Ge m Ge m Ly n Ly n Cn c Pu p Cn c Cn c Cn c Cn c Cn c Ly n Ly n CM i CM i Ly n CM i Cn c Pu p Cn c Cn c Pu p Cn c Cn c Cn c Cn c Ly n Ly n Ly n Pu p Pu p Cn c Ly n Ly n Cn c Cn c CM i Ly n Cn c Pu p Cn c Ly n Ly n Ly n Cn c Cn c Cn c Ly n Cn c Ly n Cn c Ly n CM i Cn c Cn c Cn c Ly n Pu p 0. 3 5. 8. 2. 0 2. 2 27 . 16 . 2. 2 13 . 15 . 8. 3 14 . 10 . 15 . 14 . 15 . 12 . 2 5. 8 7. 15 . 14 . 14 . 15 . 15 . 12 . 7. 7. 3 10 . 10 . 2. 1 2. 3 7. 6 8. 1. 1 2. 9 0. 4 0. 8 0. 6 15 . 7. 9 13 . 8 14 . 13 . 13 . 11 . 7 15 . 15 . 15 . 15 . 13 . 1. 3 0. 8 1. 1 14 . 14 . 14 . 15 . 14 . 13 . 2. 8 30 . 14 . 3. 8 1. 6 1. 1 0. 5 0. 7 15 . 15 . 15 . 15 . 14 . 15 . 15 . 15 . 15 . 15 . 14 . p PN , F, S, lE , am 60 st p eF , vS , S* in v Cl , S, pR i , pC p F, am 4 st p Cl , cL , pR i , lC , st 12 p vF , vS , di f , *1 5 vn r p vF , eS , R, bM on l y a co u p l e of F st p F, pL , R, di f vF , pS !, Cl , B, Ri , L, lC , st 12 F, S, R, di f p pB , vL , R, er , *8 M p vF , vS , di f p vF , R, vg b M p eF , S, lE , be t 2 st p pF , vS , R p F, pL , R, 24 5 6 sp cl u s t e r Cl , L, cR i , vl C p Cl , pL , pR i , pC , st S vF , pL , E ns , di f vF , *1 2 cl o s e Cl , L, lC pF , S, R, vg p m b M F, S, E, sf 23 0 0 p *1 3 sl i g h t l y ne b u l o u s Cl , pL , cR i , pC , st 11 . . . 1 3 vF , S, lb M p vF , vS , vl b M p vS * in eF , S ne b p ne b *1 2 !! L, E, sp i r a l , * in v F, S, R, S* in ce n t r e p eF , R p eF , st e l l , *1 3 np p pS Cl , st eF , ne b u l o u s p vF , E np sf , cl o s e np 24 8 1 p F, S, lE , bM , er *, ne b u l o u s ? p pB , S, R, FN , r p F, pS , E? , bM vS * ? L* nf p vF , S, ps b M p F, R, bM p ma k e s a Dn e b wi t h 24 7 4 p F, vS , R, *9 sf *1 3 , sl i g h t l y ne b u l o u s p vF , S, gb M Cl , vB , vL , pR i , st 7. . . 1 3 1 of 10 ne b , in li n e wi t h 24 6 3 , p p p p p p p p p p p 14 . p 14 . p 0. 6 0. 8 7. 1. 4 1. 0 2. 5 0. 4 14 . p 15 . p 15 . 14 . 7. 6 15 . 15 . 13 . p p p p p 8. 15 . p 9. p 0. 6 2. 5 14 . p 14 . p 2. 9 1. 5 1. 4 0. 8 1. 7 16 . 14 . 11 . 6 14 . 14 . 14 . 15 . 13 . p p 14 . 14 . 12 . 3 14 . 16 . p p p p p p p p p 15 . p 14 . p 22 . 2. 9 1. 3 6. 5 11 . 6 14 . p 1. 4 1. 4 4. 0. 4 14 . p 14 . p 7. 6 15 . p 14 . p 13 . p 14 . p 1. 5 1. 4 0. 3 0. 5 2. 2 22 . 13 . 15 . 14 . 15 . 15 . p p p p p 15 . p 12 . 4 6. 5 69 ; = on l y a fe w st 14 , v di f f i c , *1 0 p vF , vS , R, bM , r? 1 of 10 ne b , in li n e wi t h 24 6 3 , 24 6 9 vF , pS , R, lb M , *1 1 3s p cF , S, vl E 90 d e g , gl b M , am st eF , pS , iR vF , vS , di f F, pL , vl b M , di f F, S, R, lb M N vF , S, R, *1 3 1' f, p of 2 F, S, lE ; = IC 48 7 ee F , vS , E 11 0 d e g ; = 24 9 4 vF , S, R, bM , f of 2 vF , eS , sb M vF , vS , R, bM N Cl , vS , 30 " vF , S, R vF , S, di f , di f f i c F, S, bM , F* nf F, vS , R, bM pB , S, R, gb M N Cl , pL , vR i , C, st 11 . . . 2 0 vF , vS , R, sb M F, S, di f , gb M cB , S, R, sb M fo l l o w s 24 9 3 2' or 3' , eF , vS eF , S, gl b M Cl , B, pR i , lC , st S vF , S, di f , *1 3 sp F, pS , R, di f , r pB , pL , iR , vg b M , er , * at 23 2 d e g , 80 " vF , vS , sb M F, S, R, *1 4 vn r vF , vS , R, gl b M F, L, R, vg b M , r, am st F, vS , vl E , 2 st p no de s c r i p t i o n eF , vS eF , 25 1 3 nf F, S, R, ps m b M , r Cl , B, pR i , pC ; = 25 2 7 F, pS , E 13 5 d e g , gb M , r eF , pS , ir r R , di f F, vS , R, be t 3 st 13 - 14 vF , S, iR eF , eS , S* f vF , co m e t i c vF , eS , R eF , vS vF , vS , R, di f f i c F, S, R, di f , r Cl , vL , pR i , lC , st 10 . . . 1 5 cF , pL , R, vg v l b M , am st pB , vg b M , E ns , *1 3 . 5 sf F, S, R, di f vF , vS , R, vl b M , di f f i c vF , vS , E, ps b M F, S vF , pS , bM F, pS , gb M , r vF , S, mE Cl , pL , Ri , C, st 9, 13 . . . 1 4 eF , S, r 1s t of 2 ne b , F, L, R, gb M F, vS , gb M N , r, *1 3 . 5 vn r F, S, R, bM pB , E ns eF (s u s p e c t e d ) eF , lE , vS * n F, L, R, gb M , 42 s f 25 1 8 vF vF , S vF , vS , R, gv l b M pF , pL , R, ps b M , *9 np 3' F, pS , R pF , S, E pf , lb M F, S, R, lb M N , r F, S, R, lb M pB , pL , R, vg l b M , r, 2 st nf Cl , vL , Ri , lC , st 11 . . . 1 3 25 4 7 OC I223 0 Gx I223 1 Gx 2535 Gx 25 3 6 Gx 25 4 2 25 3 8 Gx 2546 OC I 500 Gx 2540 Gx 25 3 4 Gx I223 2 2543 Gx 2537 Gx I223 5 I223 6 25 4 8 OC I223 4 I223 3 Gx I223 7 I223 8 I223 9 Gx 2545 Gx 25 4 1 Gx I224 0 25 2 3 Gx I224 1 I224 2 I224 3 I224 4 I224 5 I224 6 I224 7 I224 8 Gx I225 0 I225 3 Gx I224 9 I225 1 I225 2 I225 4 Gx I225 5 I225 6 Gx 2559 Gx I225 7 I225 8 I225 9 I226 2 ? I226 0 I226 1 25 5 3 Gx I226 3 I226 6 ? I226 4 I226 5 25 5 4 Gx 2555 Gx 25 6 8 OC I226 7 Gx I227 0 ? I226 8 Gx I227 2 ? I226 9 Gx I227 3 ? I 2 2 7 4 ** * I227 5 ? I227 1 Gx I227 6 ? I227 7 ? 25 6 4 Gx 25 6 7 OC I227 8 ? I227 9 ? 25 6 6 Gx clo s e I228 0 ? I 501 Gx I231 1 Gx 25 7 1 OC I228 1 ? 25 4 9 Gx I228 4 ? I228 5 I228 6 I228 7 I228 9 ? 25 5 6 Gx 2557 Gx 2552 Gx I228 2 I228 3 I228 8 Gx I229 0 ? I229 1 ? 25 5 8 Gx I229 2 I229 4 I229 5 I229 6 25 6 1 Gx I229 3 Gx 25 6 5 Gx 25 6 0 Gx I229 7 I229 8 I229 9 I230 0 I230 1 I230 2 I230 3 25 6 2 Gx 25 6 3 Gx I230 4 I230 5 I230 6 I230 7 25 7 4 Gx I230 9 Gx I231 0 I230 8 Gx I231 2 I231 3 25 7 9 C+ N I231 4 I231 5 I231 6 2572 Gx 25 7 8 Gx I231 7 I232 7 Gx 25 6 9 Gx 2570 Gx 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 10 . 7 10 . 9 11 . 0 11.2 11 . 3 11 . 3 11 . 4 12.4 12 . 6 12.8 12 . 9 12 . 9 13.0 13.2 13 . 6 13 . 6 13 . 8 13 . 9 14 . 0 14 . 1 14 . 1 14 . 1 14.2 14 . 7 14 . 8 15 . 0 15 . 1 15 . 2 15 . 3 15 . 4 15 . 5 16 . 0 16 . 1 16 . 1 16 . 5 16 . 5 16 . 6 16 . 7 16 . 7 16 . 7 16 . 7 16 . 8 17.1 17 . 2 17 . 3 17 . 3 17 . 4 17 . 5 17 . 6 17 . 7 17 . 7 17 . 7 17 . 8 17 . 8 17 . 9 18.0 18 . 0 18 . 0 18 . 0 18 . 1 18 . 1 18 . 2 18 . 2 18 . 2 18 . 2 18 . 4 18 . 5 18 . 5 18 . 6 18 . 6 18 . 6 18 . 6 18 . 7 - 49 +25 +05 +2 5 +25 - 12 +03 - 37 - 16 +2 6 +55 +36 +3 6 +4 6 +24 +24 - 05 +35 +45 +24 +24 +23 +2 1 +49 +24 +73 +24 +24 +23 +24 +24 +23 +24 +23 +23 +21 +24 +23 +24 +24 +23 +24 - 27 +23 +23 +23 +18 +24 +23 +20 +23 +18 +23 +24 +23 +0 0 - 37 +24 +19 +24 +18 +23 +18 +18 +18 +24 +18 +18 - 21 - 30 +18 +18 - 25 16 41 05 12 11 56 37 38 03 21 40 15 15 00 05 03 48 30 44 41 40 52 21 04 28 35 08 08 58 33 32 51 12 08 38 25 30 57 42 47 27 11 28 39 35 34 27 40 31 54 35 25 43 12 28 44 06 44 06 48 44 03 24 40 25 31 29 39 49 38 28 34 29 s z u s s r r s m r s x s s d d s d s d d m s s d s d d d d d d d m d z d d d z d m t d d d x d d r d x d d s r r u x z x z x x x z x x r s x x s Vel Cnc CMi Cn c Cnc Pup CMi Pu p Pup Cn c Lyn Lyn Ly n Ly n Cnc Cnc Hya Lyn Lyn Cnc Cnc Cnc Cn c Lyn Cnc Cam Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Pu p Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Hy a Pup Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Pup Pup Cnc Cnc Pup 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 18 . 7 18 . 8 18 . 8 18 . 9 18 . 9 19 . 0 19 . 0 19 . 1 19 . 1 19 . 1 19 . 1 19 . 2 19.2 19.3 19 . 3 19 . 3 19 . 3 19 . 3 19 . 3 19 . 4 19 . 4 19 . 4 19 . 4 19 . 5 19 . 6 19 . 6 19 . 8 19 . 9 20 . 1 20 . 1 20 . 2 20 . 2 20 . 2 20 . 3 20 . 3 20 . 4 20 . 6 20 . 6 20 . 7 20 . 7 20 . 7 20 . 8 20 . 8 20 . 8 20 . 9 20 . 9 20 . 9 21 . 1 21 . 1 21 . 2 21 . 3 21.4 21 . 4 21 . 4 21 . 4 21 . 5 21.5 +18 +24 - 25 - 29 +18 +57 +18 +18 +18 +19 +18 +20 +2 1 +5 0 +24 +24 +23 +19 +18 +20 +19 +18 +18 +18 +04 +21 +22 +20 +18 +18 +19 +18 +18 +19 +19 +21 +21 +19 +19 +19 +19 - 08 +18 +18 +19 +18 +18 - 36 +18 +18 +19 +1 9 - 13 +18 +03 +20 +2 0 27 32 22 44 55 48 36 55 57 24 32 55 27 01 48 47 46 19 30 30 34 59 25 54 39 23 02 59 23 24 20 25 26 21 25 08 04 26 27 07 26 57 23 28 21 31 31 11 46 55 46 08 19 51 10 52 55 x z c s x s x d d d x r s s d d m x x r d d d d r m s s d d d d d d d s s d d d d r z d m d d s d d d r s d u r r Cnc Cnc Pup Pup Cnc Lyn Cnc Cnc Cnc Cnc Cnc Cnc Cn c Ly n Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Hya Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Cnc Hya Cnc Cnc Cnc Cnc Cnc Pup Cnc Cnc Cnc Cn c Pup Cnc Hya Cnc Cn c 20. 2.0 3.0 0.9 41 . 0.7 1.7 2.5 1.7 54. 4.7 1.0 2.2 6.6 3.0 0.4 0.6 5.6 3.4 2.3 10. 3.1 2.2 13. 4.2 1.4 3.2 0.3 0.8 1.9 1.7 1.4 2.3 0.3 10. 2.4 1.5 4. 7 Cl , B , L, lC , s t 7. . . 1 6 1 6 . p F, v S , di f 1 5 . p F, v S , R, di f , *1 4 a t t 12.6 eF, vS, R 14.1 vF , v S , R ne b u l o u s * 5 1 4 . p vF , v S , R , m b M 6 . 3 C l , B , L , l C , i E , st 9. . . 1 2 1 5 . p vF , d i f , v F * a t t 1 4 . p v F , p L , iR , b M , r 1 4 . p pF , p L , R , p s b M , *8 16 4 d e g F, p S , R, gb M N ; = 2 5 4 3 1 3 . p F , pL , i R , vg b M , D * n r ; = IC 2 2 3 2 11.7 g l o b . cl . , p B , pL , R , rr r , st 20 pB , S , E 1 3 5 d e g , d i f pB , E 0 d e g , d i f 5 . 8 C l , v L , pR i , pm C , st 9. . . 1 3 ; = M4 8 pF , v S , d i f , v F N 13.0 pB , L , E n p sf ; 2 5 3 7 n p vF , p S , p di f pF , S , di f 1 5 . p pB , S , R, st e l l N 12.4 F , S, lE 4 5 d e g , * 8 n p 4' 11.8 F, L , E , v g b M vF , S , E 1 5 5 d e g , d i f 12.0 pB , p L , l E , lb M , * n r pB , S , di f pF , S , di f F, S , d i f , b i N vF , S , E 0 d e g vF , S , iF pB , S , di f , bf pF , E 1 3 5 d e g , bi N 1 5 . p pB , p L , E 90 d e g , N n F, S , d i f 1 5 . p F, v S , R, st e l l F, v S , iF , a t t * s p pF , p S , d i f pF , S , R 1 5 . p F, S , R , s t e l l , * 1 3 . 5 vn r vF , p L , N 1 5 . p B, p S , E 2 0 5 d e g F , pL , g m b M , am 60 s t F, S , l b M pF , S , mE 0d e g , bi N vF , S , di f , di f f i c pB , S , B* nf pF , S , R, di f vF , m E 45 d e g , B* 1 ' f 1 5 . p vF , S , gl b M vF , S , E 0 d e g , v l b M pB , v S , m E , B* at t pB , S , st e l l N pF , v S , R , d i f 1 4 . p F, S , R , m b M , r 1 3 . p v F , c S , iF , 3 S st i n v ? vF , p L , F * i n v 1 5 . p pB , m E 13 7 d e g pB , S , * v n r n p 1 5 . p pF , S , R, gl b M vF , v S , g b M , * at t 1 6 . p pF , S , E 2 5 d e g pF , S , bM pB n e b * , 2 s p i r b r a n c h e s pB , S , gb M 1 5 . p pB , S , bM iF , c o n n w i t h I C 22 7 8 , 8 0 pF , v S , i F vF , S , R, gb M , am m a n y s t 7. 4 Cl , p L , p R i , l C , iR , s t 1 1 . . . 1 4 iF , c o n n w i t h I C 22 7 6 , 8 0 F, S , d i f 1 5 . p vF , c L , e r , vS ne b o r ne b * 1 1 wi t h *1 2 pF , i F , c o n n w i t h I C 2 2 7 6 , 78 1 5 . p F, R , l b M pB , v S , R , l b M , 6 ' n o f 2 5 6 6 7. 0 Cl , v L , c R i , l C , st 9. . . * at t 5 1 d e g , s p i r b r 11.1 pB , S , mE 0d e g , ps m b M F, S , d i f , s t e l l N, * vn r s f pF , S , cu r v e d N , co n n wi t h IC 22 8 1 pB , v S , E 50 d e g vF , p S , l b M , d i f pF , S , iF 1 5 . p vF , v S 1 5 . p e F , e S , R, lb M 12.2 e F , c L , lE 45 d e g pF , L , di f , * s f pF , p S , R , * 9 f 4 s . 6 , 3 5 " s 1 5 . p F, S , E 9 0 d e g , b M , di f pF , p S , d i f , o t h e r s nr vF , S , mE 12 5 d e g , g b M 1 4 . p vF , S , R, sb M , st e l l a r pF , v S , E 13 5 d e g , b M pF , v S , i F F, v S , E 9 0 d e g , vF st e l l N , B * sf pF , v S , i F , vl b M 1 4 . p vF , S , R, 2 st tr i a n g l e 1 5 . p F, p S , di f 1 4 . p F, b i N 1 5 . p F, p L pB , S , ot h e r s n r pF , S , iF , N s , * cl o s e n f F, v M E 60 d e g F, p S , iF , a r m s n a n d p vF , S , mE , e x c N, * sf F, v S , R, vl b M F, v S , mE 0d e g 12.9 vF , c S , R 12.3 cF , S , R, bM B, v S , ne b * vF , S , N F, v S , R, bM pB , p S , d i f , E 0d e g 1 4 . p eF , p S , r r , *7 . 5 nf 5' 1 6 . p vF , p S , E 16 5 d e g pB , p S , m E 4 0 d e g , c u r v e d m b M 1 6 . p pB , v S , i F , bM vF , S , E 4 5 d e g , di f , vl b M vF , v S , v F s t e l l N 7. 5 D* i n p S n e b , a m 70 st F, S , s p i r , vl b M F, v S , R, di f , N pB , S , R, ex c s t e l l N 1 5 . p e F , v S , iF , * 1 3 at t 12.4 F, v l E , g b M , r , a m 5 0 st F, v S , di f , vF st e l l N 1 4 . p F, S , d i f 1 5 . p vF , c E , 3 vS s t f 1 5 . p e e F , L , R, n of 2 I2 3 1 8 25 8 0 OC I2 3 1 9 I2 3 2 0 25 4 4 Gx I2 3 2 1 I2 3 2 2 I2 3 2 3 I 50 2 Gx I2 3 2 4 I2 3 2 5 I 50 3 Gx I2 3 2 6 I2 3 2 8 I2 3 2 9 Gx I2 3 3 0 I 50 4 Gx I2 3 3 1 25 7 7 Gx I2 3 3 2 25 7 5 Gx 25 7 6 Gx I2 3 3 3 I2 3 3 4 I2 3 3 5 25 8 3 Gx 25 8 4 Gx 25 8 8 OC I 50 5 Gx I2 3 3 6 I2 3 3 7 25 8 5 Gx I 50 6 Gx 25 8 7 OC I2 3 4 2 I2 3 3 8 Gx I2 3 3 9 Gx I2 3 4 0 Gx I2 3 4 1 Gx I2 3 4 3 I2 3 4 4 I2 3 4 5 I2 3 4 6 I2 3 4 7 I2 3 6 7 Gx I2 3 4 9 25 8 6 ** * I2 3 4 8 Gx 25 8 1 Gx 25 8 9 I2 3 5 0 25 5 0 Gx I2 3 5 1 Gx I2 3 5 3 I2 3 5 2 I2 3 5 4 25 5 1 Gx I2 3 5 5 I2 3 5 6 25 9 0 Gx I2 3 5 7 I2 3 5 8 I2 3 6 0 25 8 2 Gx I2 3 5 9 Gx 26 0 1 Gx I 50 7 ? I2 3 6 1 Gx I2 3 6 2 I2 3 6 3 Gx I2 3 6 4 I2 3 6 8 I2 3 6 5 I2 3 6 6 Gx I2 3 6 9 I2 3 7 5 I2 3 7 0 I2 3 7 7 I2 3 7 9 I2 3 7 1 I2 3 7 2 25 9 3 Gx I2 3 7 3 Gx 25 9 2 Gx 25 9 4 Gx 25 9 6 Gx 25 9 5 Gx I2 3 7 4 I 50 8 Gx I2 3 7 6 I2 3 8 1 I2 3 7 8 Gx I2 3 8 0 Gx I2 3 8 2 Gx 26 0 9 OC I2 3 8 3 Gx 25 9 7 Gx 25 9 8 Gx I 50 9 Gx I 51 0 Gx 25 9 9 Gx I 51 3 Gx 26 0 4 Gx 26 1 0 Pl 26 1 3 Gx 26 1 2 Gx 26 0 7 Gx I2 3 8 4 Gx 26 1 5 Gx 26 0 0 Gx I2 3 8 6 I2 3 8 5 Gx 26 0 2 Gx 26 0 8 Gx 26 0 5 I 51 4 Gx 26 0 3 Gx 26 1 1 Gx I 51 5 Gx 26 1 6 Gx 26 2 6 Nb 26 0 6 Gx 26 1 7 Gx I 51 6 Gx 26 1 8 Gx I 51 7 Gx I 51 8 OC 26 2 7 OC 25 9 1 Gx 26 4 0 Gx 26 2 0 Gx 111 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 21 . 5 21 . 6 21 . 6 21 . 6 21 . 7 21 . 7 21 . 7 21 . 7 22 . 0 22 . 0 22 . 1 22 . 2 22 . 2 22 . 3 22 . 4 22 . 4 22 . 6 22 . 6 22 . 7 22 . 7 22 . 8 22 . 9 23 . 0 23 . 0 23 . 1 23 . 2 23 . 2 23 . 2 23 . 3 23 . 3 23 . 3 23 . 4 23 . 4 23 . 5 23 . 5 23 . 6 23 . 6 23 . 6 23 . 7 23 . 9 23 . 9 24 . 1 24 . 2 24 . 2 24 . 2 24 . 3 24 . 4 24 . 4 24 . 5 24 . 5 24 . 5 24 . 6 24 . 6 24 . 6 24 . 7 24 . 7 24 . 8 24 . 9 25 . 0 25 . 1 25 . 1 25 . 1 25 . 2 25 . 3 25 . 3 25 . 5 25 . 6 25 . 7 25 . 7 25 . 8 25 . 9 26 . 0 26 . 3 26 . 3 26 . 3 26 . 3 26 . 4 26 . 4 26 . 4 26 . 6 26 . 7 26 . 8 26 . 9 27 . 1 27 . 3 27 . 4 27 . 7 28 . 3 28 . 4 28 . 4 28 . 4 28 . 5 28 . 6 28 . 7 29 . 5 29 . 6 30 . 0 30 . 0 32 . 0 32 . 1 32 . 2 33 . 0 33 . 3 33 . 4 33 . 4 33 . 8 33 . 9 34 . 5 34 . 6 34 . 8 34 . 8 35 . 1 35 . 2 35 . 3 35 . 4 35 . 4 35 . 5 35 . 5 35 . 5 35 . 6 35 . 6 35 . 7 35 . 7 35 . 8 36 . 2 36 . 3 37 . 1 37 . 3 37 . 4 37 . 4 37 . 5 +1 8 - 30 +1 8 +1 8 +7 3 +1 8 +1 8 +1 8 +0 8 +1 9 +1 8 +0 3 +1 9 +1 9 +1 9 +1 8 +0 4 +1 9 +2 2 +1 9 +2 4 +2 5 +1 9 +1 8 +1 9 - 05 - 05 - 32 +0 4 +1 8 +1 8 - 04 +0 4 - 29 +1 8 +2 1 +2 1 +1 8 +2 1 +1 9 +1 8 +1 9 +1 9 +1 8 - 18 +1 9 - 04 +2 0 +1 8 - 08 +1 9 +7 4 +1 8 +1 8 +1 9 +1 8 +7 3 +2 0 +1 9 - 00 +1 9 +1 9 +1 9 +2 0 +2 0 - 68 - 00 +2 7 +1 9 +1 9 +1 9 +1 9 +2 7 +2 7 +2 0 - 13 +1 9 - 13 - 13 +1 9 +1 9 +1 7 +2 0 +2 5 +2 5 +1 7 +2 1 +3 0 +2 5 +3 0 +1 9 +3 0 +3 0 +2 2 - 61 +3 0 +2 1 +2 1 +2 4 - 02 +2 2 - 12 +2 9 - 16 - 22 - 13 +2 6 +3 2 - 02 +5 2 +2 5 +3 7 +5 2 +2 8 +5 2 - 02 +5 2 +2 5 - 01 - 01 - 40 +5 2 - 04 - 01 +0 0 - 02 +0 0 - 29 +7 8 - 55 +2 4 37 19 29 40 59 28 29 37 45 12 55 15 01 37 24 51 15 41 33 55 17 44 05 37 25 01 00 59 22 32 32 56 18 30 35 20 20 44 26 01 39 57 42 46 46 00 56 32 35 46 33 01 36 39 36 40 25 28 30 36 31 30 27 20 20 07 27 53 57 27 46 53 52 50 14 18 38 18 18 48 53 22 22 58 52 17 29 26 07 24 47 26 25 04 06 41 30 29 00 10 34 21 33 09 58 09 59 26 32 44 49 17 50 28 51 03 47 02 54 51 40 48 03 52 42 04 41 57 02 07 57 d s d d s d d d k d d u d d u d u d s d s r d d d s r s u d d r m s d v v m v d d d d d c d F m r r d s u d d d s d d r d d d s u v x u d v d d d u d d d d d d d r u r r r s d z d d v m m A z u s v u s m r s s s r m r r d m r s r z r r u s s r r z D z x s s c r Cn c Pu p Cn c Cn c Ca m Cn c Cn c Cn c Cn c Cn c Cn c Hy a Cn c Cn c Cn c Cn c Hy a Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Hy a Hy a Pu p Hy a Cn c Cn c Hy a Hy a Pu p Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Pu p Cn c Hy a Cn c Cn c Hy a Cn c Ca m Cn c Cn c Cn c Cn c Ca m Cn c Cn c Hy a Cn c Cn c Cn c Cn c Cn c Vo l Hy a Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Pu p Cn c Pu p Pu p Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Ca r Cn c Cn c Cn c Cn c Hy a Cn c Hy a Cn c Hy a Py x Hy a Cn c Cn c Hy a UM a Cn c Ly n UM a Cn c UM a Hy a UM a Cn c Hy a Hy a Ve l UM a Hy a Hy a Hy a Hy a Hy a Py x Ca m Ca r Cn c 8. 1. 1 0. 4 1. 1 2. 2 1. 1 2. 1 2. 5 0. 7 2. 1. 4 0. 4 9. 0. 6 1. 2 0. 8 1. 6 2. 3 0. 6 1. 2 1. 1 1. 9 1. 3 1. 1 2. 0 1. 7 1. 4 1. 4 3. 1 0. 9 0. 4 0. 4 1. 4 1. 3 1. 9 1. 1 2. 4 0. 6 0. 6 7. 2 3. 2 0. 4 0. 6 2. 5 1. 2 1. 3 5. 11 . 3. 2 2. 5 F, vS , N 10 . p Cl , cL , pR i , pC , R, st 12 F, S, R F, vS , N 12 . p ee F , pS , R, se v B st ar o u n d pB , vS , R F, S, di f pF , S, R 15 . p F, vS , di f pF , S, mE 15 5 d e g , se v N vF , pL , iF , F* at t f 14 . p vF , S, lE vF , mE 90 d e g , di f , se v N pB , pS , mE 65 d e g 15 . p pF , pS , mE 11 0 d e g , st e l l N B, vS , st e l l , 2 sp i r br a n c h e s 14 . p vF , pS , R, 4 st f vF , pL , R, di f 13 . p F, S, iF , r pB , vS , R, st e l l N, F* at t s 14 . p eF , pL , iR , se v F st in v 15 . p eF , eS , st e l l a r F, S, R, N pF , S, R F, pS , vl b M , di f , bi N 13 . 5 vF , S, R, sb M N , 1s t of 4 14 . p vF , S, R, 2n d of 4 12 . p Cl , F, S, R, gb M , st 15 15 . p eF , S, R, lb M vF , vS , R F, vS , R 14 . p vF , S, R, 3r d of 4 15 . p ee F , eS , R, v di f f i c 9. p Cl , pm C M , iF , st 9. . . 1 3 pB , S, R, *1 2 at t 11 2 d e g F, vS , bM N F, S, R, bM N 15 . p pF , pS , di f , bM N F, S, R, bM N F, pS , lb M , di f pF , pS , R, lb M F, S, E 90 d e g , at t B* sp vF , S, R, bM , 2n d vn r sf vF , S, iF , di f pB , S pF , L, lb M , di f 15 . p eF , pS , R, 4t h of 4 (n e b ? ) 16 . p F, pS , mE 45 d e g , bM 14 . p vF , vS , R, vF * in v , F* at t pF , pS , lE ; no n e x i s t e n t ? vF , S, gb M N , B* s 13 . p ee F , pS , cE 14 . p pF , pS , iF , F st e l l N, 25 8 1 f pB , S, R, sp i r br F, S, lb M , S ne b f vF , vS , di f , vF N 12 . 0 vF , S, F* in ce n t r e pB , S, R, st e l l N F, vS , mE , lb M 14 . p F* in v in vF , vS , lE ne b pF , S, R, di f , st e l l N F, S, E 13 5 d e g , FN , vS ne b f F, S, di f , vF N ex c 14 . p vF , pS , R, gl b M , * p 75 " ; = IC 23 5 9 14 . p F, vS , E 16 0 d e g , st e l l N ex c nf F, pS , R, gb M ee F , pS , vl E , be t 2 st 15 . p F, pS , lE ns , gb M , r pF , pL , di f , be t 4 B st pF , pL , di f pF , S, R, bM pF , vS , bM N E 17 0 d e g pB , vS , R, st e l l 15 . p pB , vS , R, bM N pB , S, R, st e l l N F, vS , E 90 d e g , 1s t of 3 pB , vS , iF , N eF , vS , 2n d of 3 vF , vS , 3r d of 3 pB , S, lE 90 d e g F, S, lE 13 5 d e g , B* sf 15 . p eF , vS 15 . p F, S, di f , ex c N 13 . p pF , S, R, vs b M * 15 . p eF 14 . p vF , S, lE 14 . p vF , pL , iF , R, D* sp 2' pF , S, R, di f , *1 1 . 5 cl o s e 15 . p F, L, R F, vS , R, *1 4 cl o s e pF , S, R bM , di f F, S, R, gl b M , r 15 . p F, S, R, lb M , r 15 . p F, S, R, r, *1 2 . 5 cl o s e Cl , pS , lR i , lC 16 . p F, vS , R, bM N 15 . p eF , vS 13 . 7 F, S vF , pL , di f , lb M 15 . p F, vS , R, di f 13 . p vF , S, st e l l a r 14 . p F, S, di f , r 13 . p vF , pL , R, lb M , r, D* nr 14 . p F, S, at t to *1 3 , *7 nf 10 . 4 cB , L, vm E 11 0 d e g 13 . p F, S, E, ps b M , be t 2 st 15 . p eF 16 . p F, S, R, st e l l 13 . p F, pS , lE , lb M , F* in v r 15 . p no de s c r i p t i o n eF , L, e di f 15 . p F, S, R, di f , r 15 . p eF , S, R, * 95 d e g 12 . 1 F, vl E , mb M , r F, S, lb M 15 . p vF , E ns 15 . p eF , vS 15 . p vF , S, pm E , gb M 16 . p vF , vS , di f , 26 1 6 nf 12 . 6 vF , S, R, * nr nf *9 in v in pB , pL , R ne b 15 . p cF , S, R, * 31 0 d e g 15 . p eF , vS , 2 vF st in v 16 . p vF , vS , di f , 26 1 6 p 14 . p eF , pL , iF 15 . p vF , S, iF vF (v S Cl ? ) 8. p Cl , cL , pR i , pC , st 11 . . . 1 3 13 . p F, S, E, lb M pB , S, R, 3 or 4 vS st p nr 15 . p F, S, E 26 1 9 Gx 26 2 1 Gx 26 2 4 Gx 26 2 2 Gx 26 2 3 Gx 2625 Gx 26 3 5 OC I238 7 Gx 2645 I238 8 Gx 26 3 2 OC I239 1 OC 26 2 8 Gx I 519 Gx 26 4 2 Gx I 511 Gx 2637 Gx I239 5 OC 26 4 4 Gx 2643 Gx I239 0 Gx 26 6 0 OC 26 3 8 Gx 2647 Gx 2659 OC 2648 Gx 26 1 4 Gx 26 5 2 pla c e ? 2658 OC 2639 Gx 26 5 1 Gx 26 4 9 Gx I239 2 Gx 26 6 9 OC 26 6 3 Gx 26 3 0 Gx 2657 Gx 2670 OC 2662 Gx I 499 Gx 26 6 1 Gx 26 6 5 Gx 2671 OC I240 3 I239 6 D* I239 7 ? I239 8 Gx I 521 I239 3 Gx 2631 Gx I239 4 Gx 26 2 9 Gx 26 6 4 26 5 6 Gx I239 9 Gx I238 9 Gx I240 0 Gx 2633 Gx 26 4 1 Gx I240 1 Gx I240 2 Gx I240 4 Gx I240 6 Gx I240 7 Gx 26 7 4 26 6 7 Gx I240 8 * 26 3 4 Gx 2636 Gx I240 9 Gx I241 0 Gx I241 1 Gx I240 5 Gx 2654 Gx 2672 Gx 26 6 8 Gx 2673 Gx I241 2 D* I241 3 D* I241 4 Gx 2650 Gx 26 6 6 26 7 7 Gx I 2 4 1 5 ** * 2678 26 4 6 Gx 26 8 2 OC I241 6 D* I241 7 Gx I241 8 Gx 26 7 6 Gx 26 7 9 Gx 26 8 0 Gx I242 0 Gx 26 7 5 Gx I241 9 * 2683 Gx 2690 Gx I 523 Gx 26 8 1 Gx 27 1 4 Gx I 520 Gx 26 9 6 I242 1 Gx I242 2 Gx 26 9 5 Gx I 522 Gx 26 8 4 Gx 2691 Gx I242 3 Gx 26 8 6 Gx 26 8 7 Gx 26 9 7 Gx 26 8 9 Gx 26 8 8 Gx 26 5 3 As t 26 5 5 Gx 26 8 5 Gx 26 9 8 Gx 27 0 0 I242 5 * 2699 Gx 2702 * 2703 D* 27 0 5 * 27 0 8 Gx 2707 * 27 0 6 Gx 2709 Gx I242 4 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 37 . 6 37 . 7 38 . 1 38 . 3 38 . 4 38.4 38 . 5 38 . 6 38.9 40 . 0 40 . 1 40 . 2 40 . 5 40 . 6 40 . 7 40 . 8 41.1 41 . 1 41 . 5 41.7 41 . 8 42 . 2 42 . 4 42.6 42.6 42.7 42 . 8 43 . 3 +28 +25 +19 +24 +25 +1 9 - 34 +30 - 46 +19 +19 - 53 +23 +02 - 04 +73 +1 9 - 48 +04 +1 9 +19 - 47 +37 +1 9 - 44 +1 4 +72 - 03 43 00 44 55 45 42 46 47 13 38 59 04 33 36 07 29 42 12 59 43 42 09 13 40 57 17 59 37 r r r r s s s u r z s s r z s v r s r r z s r r s s s D Cnc Cnc Cnc Cnc Cnc Cn c Pyx Cnc Ve l Cnc Cnc Vel Cnc Hya Hya Cam Cn c Vel Hya Cn c Cnc Vel Lyn Cn c Ve l Cn c UMa Hya 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 43.4 43.6 44 . 0 44 . 1 44 . 5 44 . 9 45 . 1 45 . 4 45.4 45.5 45.7 46 . 46 . 0 46 . 0 46.2 46 . 2 46 . 7 46 . 7 46 . 7 46 . 8 46 . 8 47.1 47 . 1 47 . 2 47 . 2 47 . 8 47 . 8 48 . 0 48 . 0 48.1 48 . 1 48 . 1 48 . 1 48 . 1 48 . 1 48 . 1 48 . 2 48 . 3 48 . 3 48 . 4 48.4 48 . 4 48 . 5 48 . 5 48 . 7 49.2 49.3 49 . 4 49.4 49 . 4 49 . 5 49 . 8 50.0 50 . 0 50 . 0 50 . 0 50.2 50 . 4 50 . 4 50 . 5 51 . 2 51 . 4 51 . 5 51 . 5 51 . 5 51 . 5 51 . 9 52 . 2 52.7 52.7 53 . 2 53 . 5 53 . 5 53 . 7 54 . 4 54 . 4 54 . 4 54 . 5 54 . 5 54 . 8 54.8 54 . 8 54 . 9 55 . 0 55 . 1 55 . 2 55 . 3 55 . 6 55 . 6 55 . 6 55 . 6 55 . 7 55 . 8 55.9 55.9 55.9 56 . 0 56 . 1 56.2 56 . 3 56.3 56 . 8 - 32 +5 0 +11 +34 +18 - 52 - 33 +73 +0 9 - 48 - 15 +85 +12 - 19 - 41 - 15 +17 +17 +17 +02 +28 +7 3 +28 +72 +12 +53 +18 +73 +38 +7 4 +72 +37 +31 +29 +17 +17 - 14 +19 +19 +73 +7 3 +18 +19 +19 +37 +6 0 +1 9 +36 +1 9 +18 +18 +18 +7 0 +47 +19 +18 +1 1 +73 +11 +18 +18 +17 +47 +30 +30 +03 +53 +18 +3 3 - 02 +09 +51 - 59 +73 - 04 +32 +20 - 03 +57 +49 +3 9 +20 +49 +49 - 03 +49 +49 +78 +78 +58 - 03 - 05 - 03 - 03 - 03 - 03 - 03 - 03 - 03 - 02 - 03 +39 39 12 47 43 17 58 48 02 40 47 08 43 38 17 53 21 39 40 45 33 11 00 16 59 36 52 54 32 06 06 54 45 49 30 42 37 17 01 02 58 40 20 01 03 14 13 04 41 04 33 45 48 18 03 00 39 20 28 49 34 48 57 33 52 52 05 36 06 25 37 09 19 13 29 59 41 14 05 10 08 32 14 08 09 00 09 06 25 13 44 11 06 24 09 03 17 00 22 04 35 16 23 s s r s x s v r r s r m r r s d x x x d u m u s r s x s m s r u m z x x r r x s s x x x m s s r s x x x s r r x r s s x x x s r r z r x s r u s t s r v m r u r s u r r r r r r s s s r F r F F F s F r r x Py x UM a Cnc Lyn Cnc Vel Pyx UMa Cn c Ve l Hy a Cam Cnc Hya Ve l Hya Cnc Cnc Cnc Hya Cnc UM a Cnc UMa Cnc UMa Cnc Cam Lyn Ca m UMa Lyn Cnc Cnc Cnc Cnc Hya Cnc Cnc Cam Ca m Cnc Cnc Cnc Lyn UM a Cn c Lyn Cn c Cnc Cnc Cnc UM a UMa Cnc Cnc Cn c Cam Cnc Cnc Cnc Cnc UMa Cnc Cnc Hya UMa Cnc Ly n Hy a Cnc UMa Car Cam Hya Cnc Cnc Hya UMa UMa Ly n Cnc UMa UMa Hya UMa UMa Cam Cam UMa Hya Hya Hya Hy a Hy a Hy a Hya Hya Hy a Hya Hy a Lyn 0.6 0.4 3. 1.2 95. 50. 2.3 1.7 8. 4. 3. 3.6 2.8 12 . 2.0 1.9 12. 9. 1.9 4. 1.4 0.8 1.7 2.6 1.5 1.7 0.6 2.6 1.3 0.4 2.2 0.5 0.4 4.3 2.6 1.4 1.9 1.7 30. 1.5 9.3 1.4 3.8 2.3 2.6 0.4 1.0 1.6 1.1 5.1 5.2 1.8 3.0 13. 15. 14. 15. 13.8 p p p p 11.2 15. p 16. 3. 1 2. 5 14. 15. 13. p p p p 4.6 13. p 16. 8. 8 13. 15. 8.6 13. 14. p p p p p F, p S , R, bM , r vF , S , R eF F, S , R vF , v S , R , b M , r eF, vS Cl , p m C , i r r t r i a n g l e , s t 1 3 . . . F, p S , E n s , g b M Cl, S, st L and S eF , S , di f ( F N ? ) ; * 1 0 n 9 0 " Pr a e s e p e ; = M4 4 Cl , c o , i n c l * 3 . 7 ( o V e l ) eF , S vF , v S , R , d i f f i c , * 1 4 c l o s e vF , p L , g b M , 2 B st s, o n e f vF , S , cE , 2 s t s f eeF, vS Cl, co vF , p L , i r r ov a l , s e v S p o i n t s e F ne b * iF , g b M , * 1 0 s f 1 ' . 5 , *1 2 n f 1 ' Cl , p S , m C , iR , g b M , s t 1 3 . . . 1 5 vF , v S , i F neb* C l , L , R i , pm E , st 1 1 . . . 1 4 F , S, vl E 1 3 5 d e g , p s b M eF , p S , R F, p S , E 5 0 d e g , gb M , st e l l N , * 9 s p 50 " ; 9 . p C l , p S , lR i , lC , i F , st 1 2 - 1 3 11.8 c B , S , E 1 3 0 d e g , ps m b M 1 5 . p eF , S , E 1 3 . p F, L , R , r pB , p S , E 18 0 d e g , v l b M 6.1 Cl, L, P, lC, st 10.. . 1 3 pF , p S , l E 1 6 . p 1s t o f 2 v F , v S , vn r 2 6 2 9 1 4 . p v F , v S , iR , F * a t t f 7 . 8 C l , p L , P, lC , s t 13 . . . 1 5 . p v F , v S , R, bM , * 1 5 n r 1 4 . p pF , S , mb M , * n f 1 4 . p eF , c L , R , l b M 1 3 . p F, S , R , g b M N 12. p Cl, pRi, lCM, st 12.. . 1 3 vF , e S , l E vF , v S F, v S , R pB , S , R, bM ne b * 1 3 1 5 . p F, S , R , N , r 1 4 . p 2 n d o f 2 v F , vS , v n r 26 2 9 1 5 . p F, S , R , g b M 1 3 . p vF , S , st e l l a r Cl , s t 9. . . 1 0 13.3 eF , p s b M vF , p L , E 19 0 d e g , b s 13.4 vF , S , lb M 1 5 . p F, S , s t e l l 11.9 F , S, lE 1 5 . p vF , S , st e l l a r 1 5 . p F, S , R , N , r 1 5 . p F, S , R , g b M N , r 1 5 . p F, S , R , s b M N B, p S , E 1 6 5 d e g pB , p S , m E 8 0 d e g eF , S ; no n e x i s t e n t ? 1 5 . p eF ; = I C 2 4 1 0 pF , v S , R 1 3 . p F, S , l E 14. p vF, S, 2 st 11- 12 f pB , p L , b M , *1 5 p pB , S , E 9 0 d e g , st e l l N vF , S , E 2 3 5 d e g 1 5 . p F, S , R , g b M 11.8 p F , S , F * i n M, F* c l o s e s p 11.6 p B , p L , iR , m b M 1 5 . p vF , v S , R , r 12.9 v F , v S , cl o s e f 26 7 2 pB , S , R, N, * 1 4 np pF , v S , F N pF , v S , R , v l b M 1 4 . p p B , p L , iF , e r Cl , l C 1 5 . p eF , v S , r r ( v S Cl ) F, v S , E 6 5 d e g , FN Cl, vlC, P 12.0 vF , S , 2 F s t 2 ' . 5 s f 6. 9 ! Cl , v B , vL , e R i , l C , s t 1 0 . . . 1 5 ; pB , S , R B, S , R , s t e l l N vF , p L , R , 2 n d vn r s f 1 4 . p ee F , pS , R , 4 p B st nf 1 4 . p pF , p S , R , b M , D wi t h 26 8 0 1 4 . p vF , v S , R , b M , D wi t h 26 7 9 1 5 . p F, S , g b M N 1 4 . p vF , R , *1 5 p 1 2 s F, p S , E 0 d e g , d i f 9 . 7 v B , v L , vm E 3 9 d e g , g m b M 14. p pF, S, E 1 5 . p F, S , R , d i f 10.3 vB , v L , v g , vs m b M * 1 0 eF , S , R, ps l b M 1 3 . p pB , p L , b M , * n r eF , v S , s t e l l a r vF , p S , d i f , d i f f i c 1 6 . p pF , S , R, di f , *1 4 c l o s e 1 3 . p pF , c S , R 1 4 . p pF , p S , R , b M ( 2 eF st i n v ? ) 1 3 . p F, p L , R, gb M , 4 S s t nr 1 4 . p p F , v S , mb M 1 5 . p F, S , R , d i f 1 6 . p vF , v S , D or * cl o s e f 1 7 . p vS 1 3 . p vF , v S , R vv F , S 1 6 . p vv F , S vF , v S , F * c l o s e n, 26 5 5 s 10.1 vB , c L , l E 9 0 d e g , g s v m b M 11.1 pF , R , F* in c e n t r e 1 3 . p vF , p S , R , * 9 n p 4' eF , v S , 1 ' n o f 2 6 9 9 eF , n e b ? 13. p vF, S, R, *15 np v F , v S , 4' nf 2 6 9 9 e F , l E , do u b t f u l vF , v S , 3 st 1 4 f , n f 1 4 . p pF , p S , E , 2 s t n r eF, S 1 4 . p vF , p S , m E , * n r f 1 5 . p v F , p S , lE , n n f 27 0 8 vF , S , lb M ; = 2 7 0 4 = M6 7 27 0 4 Gx 26 9 2 Gx 26 9 3 Gx 26 9 4 Gx 27 1 7 Gx 27 1 1 Gx 27 1 3 Gx 27 1 6 Gx I 52 4 I2 4 2 6 Gx 27 2 2 Gx 27 1 8 Gx 27 2 1 Gx 27 0 1 Gx 27 2 0 Gx 27 1 2 Gx 27 1 0 Gx 27 2 3 Gx 27 1 9 Gx 27 3 6 Gx 27 2 4 Gx I2 4 2 7 Gx 27 2 5 Gx 27 2 7 I 52 5 Gx 27 2 9 Gx 27 2 8 Gx 27 3 1 Gx 27 3 3 27 3 0 Gx 27 3 5 Gx I 52 6 Gx 27 3 4 Gx I2 4 2 8 Gx I2 4 2 9 Gx 27 3 7 Gx 27 3 8 Gx I 51 2 Gx 27 4 1 I2 4 3 0 Gx I2 4 3 1 Gx 27 4 5 Gx I2 4 3 2 Gx 27 4 4 Gx 27 2 6 Gx 27 4 3 Gx 27 5 4 Gx 27 4 7 Gx 27 4 9 Gx 27 5 8 Gx I2 4 3 6 D* 27 5 1 Gx 27 5 7 D* I2 4 3 3 Gx I2 4 3 7 Gx 27 5 0 Gx 27 5 2 Gx 27 3 9 Gx 27 4 6 Gx 27 4 0 Gx 27 6 3 Gx I2 4 3 5 Gx I2 4 4 8 Pl 27 5 3 Gx I2 4 3 4 Gx 27 6 1 Gx 27 4 2 Gx 27 6 5 Gx 27 7 2 Gx 27 5 5 Gx 27 1 5 Gx 27 6 4 Gx 27 5 9 Gx I2 4 3 9 Gx 27 6 6 Gx 27 5 6 Gx 27 8 8 Gx I 52 8 Gx 27 7 0 Gx 27 7 3 Gx I 52 7 Gx 27 6 2 Gx I2 4 4 1 27 6 7 Gx I2 4 4 2 27 7 5 Gx 27 6 9 Gx 27 7 1 Gx 27 7 4 Gx 27 7 7 Gx 27 8 1 Gx I2 4 4 3 Gx 27 6 8 Gx 28 0 8 Gb 13 . . . 1 5 27 7 6 Gx 27 7 8 Gx 27 7 9 Gx 27 8 4 Gx 27 9 2 Pl 27 8 0 Gx I2 4 4 4 Gx I2 4 4 5 Gx 27 3 2 Gx I2 4 4 6 Gx I2 4 4 7 27 8 3 Gx 27 4 8 Gx 28 3 6 Gx 27 8 6 28 2 2 Gx I2 4 3 8 OC 27 8 2 Gx 27 8 9 Gx 27 9 0 Gx 27 9 1 Gx 27 8 5 Gx I2 4 4 9 I 53 0 Gx I2 4 4 0 28 4 2 Gx 27 6 0 I2 4 5 0 I2 4 5 1 Gx I2 4 5 3 Gx I2 4 5 2 Gx 27 9 4 Gx 28 1 8 OC I2 4 5 4 Gx 27 9 5 Gx 28 1 1 Gx 112 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 56 . 9 57 . 0 57 . 0 57 . 0 57 . 0 57 . 3 57 . 3 57 . 6 58 . 2 58 . 5 58 . 8 58 . 9 58 . 9 59 . 1 59 . 2 59 . 5 59 . 8 00 . 2 00 . 3 00 . 4 01 . 0 01 . 0 01 . 1 01 . 1 01 . 3 01 . 5 01 . 8 02 . 1 02 . 1 02 . 3 02 . 6 02 . 6 03 . 0 03 . 2 03 . 8 03 . 9 03 . 9 04 . 04 . 3 04 . 5 04 . 5 04 . 6 04 . 6 04 . 7 04 . 9 05 . 0 05 . 0 05 . 3 05 . 4 05 . 4 05 . 4 05 . 5 05 . 5 05 . 5 05 . 5 05 . 7 05 . 7 06 . 0 06 . 0 06 . 1 06 . 8 06 . 8 07 . 1 07 . 2 07 . 2 07 . 5 07 . 6 07 . 6 07 . 7 07 . 9 08 . 1 08 . 3 08 . 6 08 . 6 08 . 8 09 . 0 09 . 0 09 . 4 09 . 6 09 . 6 09 . 6 09 . 8 10 . 0 10 . 1 10 . 1 10 . 3 10 . 4 10 . 5 10 . 6 10 . 7 11 . 5 11 . 5 11 . 6 12 . 0 +3 9 +5 2 +5 1 +5 1 - 24 +1 7 +0 2 +0 3 - 19 +0 2 - 03 +0 6 - 04 +5 3 +1 1 +4 4 +5 5 +0 3 +3 5 - 45 +3 5 +3 7 +1 1 - 03 - 01 +0 3 +1 1 +0 8 - 03 +1 6 +2 5 +1 0 +1 6 +3 0 +2 9 +2 1 +2 1 +8 5 +1 8 +2 7 +1 4 +1 8 +0 5 +1 8 +5 9 +2 5 - 19 +1 8 +1 8 - 19 - 19 +1 8 - 19 +2 2 - 19 +2 5 +1 8 +5 1 +3 5 +5 1 - 15 +2 6 - 69 +2 5 +3 7 +1 8 +6 0 +0 3 - 23 +4 1 +7 8 +2 1 +3 7 +3 2 +2 9 +5 3 - 67 +1 5 +3 3 +0 7 +3 7 +5 0 +2 2 +5 0 +2 2 +0 7 +5 0 +5 0 +1 8 +0 7 - 14 +2 8 +6 0 - 64 22 04 21 20 40 17 55 05 11 54 43 18 46 46 10 55 41 11 44 54 46 52 05 23 52 43 04 18 44 50 56 50 50 35 18 54 58 30 16 57 36 15 31 28 56 00 05 26 19 03 10 15 02 37 12 26 20 45 22 44 30 16 57 20 12 26 29 23 37 43 05 27 37 35 52 51 56 48 07 11 35 26 52 25 51 02 27 24 42 12 49 49 02 52 r s s v r r s s d m v s s s r s r s s r r z r r u r r r r r s m r u m r r s r u u r z s s r r r s r F r F m c s s r r r s u s r u r s s r r s s r z r s v u s r u r d r d s r r r s s m s s Ly n UM a UM a UM a Py x Cn c Hy a Hy a Hy a Hy a Hy a Hy a Hy a UM a Cn c Ly n UM a Hy a Ly n Ve l Ly n Ly n Cn c Hy a Hy a Hy a Cn c Cn c Hy a Cn c Cn c Cn c Cn c Cn c Cn c Cn c Cn c Ca m Cn c Cn c Cn c Cn c Hy a Cn c UM a Cn c Hy a Cn c Cn c Hy a Hy a Cn c Hy a Cn c Hy a Cn c Cn c UM a Ly n UM a Hy a Cn c Ca r Cn c Ly n Cn c UM a Hy a Py x Ly n Ca m Cn c Ly n Cn c Cn c UM a Ca r Cn c Ly n Cn c Ly n UM a Cn c UM a Cn c Cn c UM a UM a Cn c Cn c Hy a Cn c UM a Ca r 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 12 . 2 12 . 3 12 . 3 12 . 3 12 . 4 12 . 7 12 . 8 13 . 2 13 . 4 13 . 5 13 . 5 13 . 6 13 . 7 13 . 7 14 . 0 14 . 0 14 . 0 14 . 1 15 . 0 15 . 0 15 . 0 15 . 2 15 . 2 15 . 3 15 . 5 15 . 6 15 . 7 15 . 7 15 . 7 15 . 8 15 . 9 16 . 0 16 . 0 16 . 0 16 . 1 16 . 2 +4 4 +3 5 +3 5 - 24 - 42 +3 4 +3 0 +3 1 +7 9 +2 8 +2 8 +2 9 +7 6 - 69 +1 2 - 69 +7 3 +4 0 +2 9 +1 9 +1 7 +4 0 +3 0 +1 1 +7 3 - 63 +7 6 +2 5 +2 3 +2 0 +2 3 +1 7 - 36 +1 7 +1 7 - 16 57 01 03 10 26 55 14 48 11 58 45 59 29 20 09 38 26 07 44 43 36 55 00 53 28 04 23 27 29 56 27 36 37 49 38 19 s s r s s s m u s u d r s v r s x s r r r r d u d t r d z z z r s u r s Ly n Ly n Ly n Hy a Ve l Ly n Cn c Cn c Ca m Cn c Cn c Cn c Ca m Ca r Cn c Ca r Ca m Ly n Cn c Cn c Cn c Ly n Cn c Cn c Ca m Ca r Ca m Cn c Cn c Cn c Cn c Cn c Py x Cn c Cn c Hy a 3. 9 1. 8 14 . 14 . 11 . 7 14 . 3 14 . 14 . 11 . 7 12 . 4 0. 3 15 . 2. 5 2. 6 2. 1 13 . 13 . 12 . 4 14 . 12 . 0 14 . 15 . 14 . 1. 5 2. 2 0. 3 2. 9 1. 3 1. 3 15 . 16 . 14 . 1. 0 1. 2 0. 7 1. 9 0. 4 3. 6 1. 1 0. 6 1. 8 1. 5 2. 0 15 . 14 . 15 . 14 . 13 . 14 . 15 . 15 . 15 . 15 . 14 . 12 . 14 . 14 . 15 . 15 . 13 . 4 13 . 14 . 15 . 12 . 0 14 . 15 . 0. 8 2. 4 2. 3 2. 0 2. 3 1. 0 0. 1 1. 9 3. 1 2. 3 5. 0 1. 7 1. 9 1. 7 3. 7 1. 9 15 . 12 . 15 . 15 . 14 . 15 . 12 . 1 15 . 12 . 15 . 14 . 15 . 11 . 7 13 . 15 . 14 . 11 . 4 12 . 7 14 . 15 . 14 . 13 . 15 . 12 . 14 . 15 . 15 . 14 . 4. 5 1. 0 3. 9 0. 6 6. 3 13 . 8 2. 9 1. 5 10 . 3 14 . 14 . 15 . 14 . 11 . 5 15 . 10 . 0 6. 3 p vF , vS ; = IC 24 2 4 ? p vF , S, R, ps b M pB , lE , ps m b M vF , vS , 1' s of 26 9 3 p pF , S, R, vg p m b M p vF , S, R pB , iR , mb M F, S, R, mb M vF , vS , R, vF N? p F, vS , R, st e l l vF , vS , st e l l a r p F, pL , E, am 3 st p cF , pL , R, vg b M pB , fa n - sh a p e d , *1 1 at t p F, S, R, bM pB , L, E, vg b M *1 8 p vF , S p F, S, R p vF , S, E 11 0 d e g , 2 vF st in v ! ee F , vL , vv m E 19 d e g p eF , S, st e l l a r p F, vS , R, bM p F, pL , p of 2 vF , L, R, bM p F, S, E ns p vF , vS , R p vF , pL , lE , f of 2 p F, vS , R eF , R p vF , L, R p S* in v in vF , vS ne b , E pf p F, S, R eF , vS , R p F, pS , E pf , gl b M p F, vS , R, bM N p vF , vS , D wi t h 27 3 8 p pB , S, iF , D wi t h 27 3 7 p F, S, R, gb M vF , p of 2 p F, S, R, gb M , r p F, S, R, N, r p eF , vS , st e l l , f of 2 p F, vS , R, di f vF , S, R, r, D* nr p cF , pS , iR , er p eF , S, R, vl b M eF , S, R, 1s t of 3 p vF , vS , st e l l a r pF , S, R, bM N = *1 5 p eF , S, E 0d e g , 3r d of 3 eF , S, st e l l , su s p p eF , eS , st e l l a r eF , 2n d of 3; on l y a D* , di s t 12 " p F, lE pf , di f F, vS , R, 10 ' s of 27 5 4 , 57 , 58 p vF , cL , R, bM N , 2 c st p p pF , pL , vm E , gb M p vF , S, R, np 27 4 0 p eF , S, R, vg l b M , *1 2 nn p 50 " p vF , pS , R vF , pS , bM , S* 30 " n p F, S, R, gb M , r p PN , st e l l p vF , vS , *1 4 np 40 " p F, pS , lb M , r p vF , S cB , cL , E 90 d e g , er p vF , pL , E, gb M , er p eF , lE , lb M p vF , S, iF , lb M , r pB , L, E cF , vS , R, er , be t 2 pB st p vF , cS , R p F, S, di f , r p vF , vS , iF , bM p pB , pS , E, vg b M vF , vS , mE 10 5 d e g p pB , vS , R, N = 13 m p F, L, mE 15 0 d e g , r, 2 st n p vF , S, lE p ee F , pL , R, e di f f i c p vv F , S, R, 1s t of 4 F, S, R, gl b M , D? p vF , sb M *1 5 , 2n d of 4 vF , vS , R, vl b M cB , cL , R, vg v s m b M , r p pF , S, E, ps l b M , 3r d of 4 p vF , S, lE , 4t h of 4 p vF , S, R, am 5 S st p F, S B, S, vl E , ps m b M p F, S, R, gb M N cB , cL , lE , ps b M L B N ! gl o b . cl . , vL , eR i , vg e C M , 45 s 5. 1 0. 2 1. 0 0. 9 1. 0 2. 3 1. 7 11 . 6 13 . 15 . 10 . 1 14 . 14 . 15 . 15 . 11 . 9 15 . 3. 1 14 . p 11 . 7 2. 1 12 . p 3. 8 11 . 5 14 . 14 . 15 . 15 . 2. 1 9. 1. 2 2. 7 p p p p p p p p p p p 14 . p 16 . 15 . 16 . 14 . 8. 2 14 . 14 . 11 . 3 p p p p p p pB , L, R, vg b M , r pB , S, R, ps m b M eF , vS , 92 " nf 27 7 8 B, L, mE 64 d e g , gm b M ! PN , pB = *9 , vS , R, am st vF , S, R, S D* p F, vS , R, st e l l F, S, R, di f , r pB , S, E 45 d e g , *1 3 nf F, S, E 13 0 d e g , bM N , r F, S, R, gb M N vF , vS , R, 2 pB st sp pB , pL , E, vg l b M F, pS , R, gl b M vF , vS , mb M pF , vS , R, gl b M Cl , 5 or 6 st 13 . . . wi t h i n 1' . 5 cB , R, mb M B N pF , S, R, gb M vF , S, R, lb M F, R eF , pS , iE , se v eF st in v vF , vS , lb M pB , S, E pf vF , st e l l (1 3 m ) , ne b ? F, vS , be t 2 st vF , S, R, ne a r l y be t *8 & *9 F, S, gb M , r F, S, R, gb M N F, S, R, gb M , r F, S, R, gb M N eF , vS , sp of 2 ! gl o b . cl . , pB , pL , R, vg l b M , F, vS , gb M N eF , vS , nf of 2 pB , pS , E, ps m b M d, st in L Cl 2815 Gx 27 9 7 Gx 2796 Gx 28 0 1 Gx 28 0 2 Gx 28 0 3 Gx 27 9 3 Gx 28 0 4 Gx 28 2 1 Gx I245 5 28 0 6 Gx 28 0 7 Gx 2809 Gx I245 7 Gx 28 1 7 Gx 2798 Gx 27 9 9 Gx I245 6 28 1 2 Gx 28 1 3 Gx 2835 Gx I 531 Gx 28 1 9 Gx 28 3 7 Gx I 529 Gx 28 0 0 Gx 28 4 5 Gx 2824 Gx I 532 ? I245 9 28 2 7 Gx 2787 Gx 28 2 3 Gx 2849 OC I246 0 ? 28 2 5 Gx 28 2 6 Gx 28 2 8 Gx 2829 Gx 2830 Gx 28 3 1 Gx 28 3 2 Gx 28 3 3 Gx 2846 I246 1 Gx 2834 Gx 2847 Gx 2848 Gx 28 0 5 Gx 2843 Gx I 533 28 3 9 Gx 28 5 1 Gx 28 3 8 Gx 28 4 0 Gx 28 5 0 Gx 2816 28 1 4 Gx I 534 Gx 28 6 7 Pl 28 5 5 Gx I245 8 Gx 28 2 0 Gx 28 4 4 Gx 28 4 1 Gx 28 6 6 28 1 0 Gx I 535 Gx 2858 Gx I246 2 I246 3 Gx I246 9 Gx 28 5 2 Gx 28 5 3 Gx 2887 Gx 28 6 8 I246 4 Gx 28 6 5 Gx 28 6 1 Gx 2863 Gx 28 6 9 I246 5 I246 6 Gx 28 5 4 Gx 28 5 6 Gx 2864 Gx 2859 Gx 28 5 7 Gx I 536 Gx 28 6 0 Gx 28 6 2 Gx I246 7 I246 8 I247 0 28 7 6 Gx 28 8 3 Gx I247 1 Gx 2879 *** I 537 Gx 28 7 1 28 7 2 Gx 2874 Gx 28 7 5 Gx 28 7 7 Gx 28 7 8 Gx 28 7 3 Gx 2881 Gx 2915 Gx 28 8 8 Gx 28 8 4 Gx 28 8 2 Gx 28 8 6 ** * I247 2 Gx 28 9 0 Gx 28 9 1 Gx I248 4 28 9 9 Pl I248 2 Gx 28 8 9 Gx I247 4 I248 5 I 538 Gx I247 3 Gx I248 1 Gx I248 8 OC 2870 Gx I247 5 Nb I247 6 Gx I247 7 I247 8 Nb I247 9 Nb 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 16.3 16 . 4 16.7 16 . 7 16 . 7 16 . 7 16 . 8 16 . 8 16 . 8 16 . 8 17 . 0 17 . 0 17.1 17 . 1 17 . 3 17.4 17 . 5 17 . 5 17 . 6 17 . 7 17.9 17 . 9 18 . 2 18 . 4 18 . 5 18 . 6 18 . 6 19.0 19 . 0 19 . 1 19 . 2 19.3 19 . 3 19.3 19 . 3 19 . 4 19 . 4 19 . 5 19.5 19.7 19 . 7 19 . 8 19 . 9 19.9 19 . 9 20.0 20.1 20.2 20 . 3 20.4 20 . 4 20 . 6 20 . 6 20 . 7 20 . 8 21 . 0 21.1 21 . 2 21 . 2 21 . 4 21 . 5 21 . 6 21 . 8 21 . 8 22 . 0 22 . 0 22 . 1 22 . 2 22.9 22 . 9 23 . 0 23 . 0 23 . 2 23 . 3 23.3 23 . 4 23 . 4 23 . 5 23 . 6 23.6 23 . 6 23 . 6 23 . 7 24 . 0 24 . 2 24.2 24.3 24 . 5 24 . 6 24 . 9 24 . 9 24 . 9 25 . 0 25 . 0 25 . 2 25 . 2 25 . 2 25.4 25 . 4 25 . 7 25 . 7 25.8 25 . 8 25 . 8 25 . 8 25 . 9 25.9 26.2 26 . 3 26 . 4 26 . 5 26 . 5 26 . 5 26 . 6 26 . 8 26 . 8 27 . 0 27 . 0 27 . 2 27 . 2 27 . 2 27 . 4 27 . 4 27 . 4 27 . 6 27.8 27 . 9 27 . 9 27 . 9 27 . 9 28 . 1 - 23 +17 +3 0 +19 +18 +18 +34 +20 - 26 +20 +20 +20 +2 0 +20 - 04 +4 2 +42 +34 +19 +19 - 22 - 00 +16 - 16 +73 +52 - 38 +2 6 - 16 +34 +33 +6 9 +34 - 40 +33 +33 +33 +33 +3 3 +3 3 +33 +33 +33 - 14 +37 +3 3 - 16 - 16 +64 +1 8 - 04 +33 - 16 +39 +35 - 04 +6 0 +64 +03 - 58 - 11 +64 +64 +40 +50 - 51 +71 - 01 +0 3 +22 +22 - 32 +40 +40 - 63 - 10 +22 - 23 +02 - 10 - 10 +24 +24 +49 +49 +0 5 +3 4 +49 +25 +41 +26 +38 +38 +03 - 06 - 34 - 06 - 11 - 12 +11 +11 +1 1 +11 +02 +02 +11 - 11 - 76 - 28 - 11 +07 - 21 +21 - 14 - 24 - 42 - 56 - 12 - 11 +23 - 39 +23 +30 +03 - 56 +5 7 +29 +29 +29 +30 +30 38 44 55 56 58 58 26 12 49 07 03 02 04 05 44 00 00 47 55 54 21 17 13 30 46 31 00 16 46 53 52 12 00 31 51 44 37 53 40 44 44 44 56 41 10 43 31 32 06 57 00 40 28 19 23 55 27 15 09 19 55 14 16 09 58 05 50 03 09 41 37 27 10 12 49 25 35 10 08 24 26 27 31 13 15 57 31 21 07 04 46 20 20 23 43 05 50 40 23 27 26 26 26 13 05 27 59 38 02 33 56 46 23 32 49 51 06 06 38 02 17 01 26 56 59 23 48 59 42 01 00 s r r r r r s r r d r r r m r s s d r r s u r h s r r s x d r s s r x s s r r A A A r D u r h s s r d r r r r r r s u s s s s s s r s z r d z c s s t D m s r r D d z r r r s s u r r d d d r v m F m D s s h r r r r s s s r F z r r d s m s d d m u u s s x v d x x Hy a Cnc Cn c Cnc Cnc Cnc Lyn Cnc Pyx Cnc Cnc Cnc Cn c Cnc Hya Ly n Lyn Lyn Cnc Cnc Hy a Hya Cnc Hya Cam UMa Vel Cn c Hya Lyn Lyn UM a Lyn Ve l Lyn Lyn Lyn Lyn Ly n Ly n Lyn Lyn Lyn Hy a Lyn Ly n Hy a Hy a UMa Cn c Hya Lyn Hya Lyn Lyn Hya UM a UMa Hya Car Hya UMa UMa Lyn UMa Vel UMa Hya Hy a Leo Leo Pyx Lyn Lyn Ca r Hya Leo Hya Hya Hy a Hya Leo Leo UMa UMa Hy a LM i UMa Leo Lyn Leo LMi LMi Hya Hya Pyx Hya Hy a Hya Leo Leo Le o Leo Hya Hya Leo Hy a Ch a Pyx Hya Leo Hya Leo Hya Pyx Vel Vel Hya Hya Leo Ant Leo Leo Hya Vel UM a Leo Leo Leo Leo Leo 3.5 1.3 1.2 2.8 1.9 6.3 1.8 0.3 3.7 13. 14. 14. 15. 14. 14. 14. 14. 14. p p p p p p p p p 15. 15. 14. 14. 13. 12.3 14. p p p p p 15. 15. 11. 15. 14. 14. 13. 14. p p p p p p p p p 1.3 14. p 3.4 1.0 15. p 10.8 16. p 1.1 1.8 16. p 15. p 15. p 1.3 0.8 3.3 15. p 13.6 11.5 15. p 2.7 15. p 15. p 15. p 12.1 11.3 0.4 2.7 6.3 15. 15. 14. 15. p p p p 1.4 1.9 0.2 2.7 0.4 4.3 1.9 8.1 13.8 15. p 10. p 11.6 15. p 12.8 12.9 9. 3 2.0 13. p 16. p 14. p 16. p 5.1 1.2 2.0 0.6 2.0 4.8 2.4 1.2 14. p 14. p 15. p 11.4 14. p 13. p 15. 14. 14. 15. 10.7 14. 15. 15. 14. p p p p p p p p 14. p 0.7 14. p 1.0 14. p 2.1 2.5 0.5 13. 14. 15. 14. 15. 15. 14. 12.6 12.5 13. 13. 1.5 0.8 2.6 p p p p p p p p p 15. p 15. p 14. p 2.0 2.0 2.0 0.5 1.6 0.9 15. 2.6 0.5 1.7 0.1 0.3 13. p 11.8 15. 14. 7. 14. p p p p F , S, lE , g b M eF , s e v s t n r eF, S, R, lbM eF , p L vF , S , R, r, n p o f 2 vF , S , R, r, s f o f 2 vF , S , R, D* p 5s , n 5' vF , S , R eF , * 1 1 a t t F, R , g b M N , r vF , s t e l l a r , p 28 0 9 vF , v S , 2 8 0 9 f 7s , n 2' vF, S, R F, S , R , d i f vF , p S , R pB, S, stel l a r F, c L , vm E , f 2 7 9 8 F, S , d i f , r eF F F , *1 0 i n v f, b e t 2 s t 9 F, v S , E p f , l b M pB , v S , R eF , R , bM , * f 8s . 5 pF , p L , E vF , S , lE , * a t t , * in v vF , S , R, *1 2 a t t s f C l , S , s t F , vC pB , p L , E pf , b M eF , v S , d i f f i c vF , v S , R , 1 s t of 3 B , pL , l E 9 0 d e g , mb M , r, vS * s f in v vF , S , R e F , c L , R, vg l b M , rr F, v S , E p f , s t e l l N F, p S , lE , b M vF , v S , R , 2 8 2 5 n 7 ' vF , v S , R , 2 n d of 3 e F , v S , R, nf 2 8 2 6 F , S, lE , b M , 1 s t of 3 F, v S , R, 2n d o f 3 cB , c L , E , 3 r d of 3 F, p S , R, 3r d o f 3 i n li n e v S Cl (n e b ? ) , * 1 0 sf 4' F, v S , vl b M vF, S, R, bM v F , S , i n v in 2 8 4 8 , n p v F , c L , E 4 5 d e g , gl b M , * 1 1 nf 3' vF , L , R, mb M S * an d n e b eF , S , di f vF , S , R eF , p S , m E , f 2 8 4 8 vF , v S , R cF , S , R, *1 0 n p 2' vF , v S , R , m b M F , pm E F, S , i F , 1s t o f 2 vF , S , di f !! P N = *8 , v S , R , * 1 5 , 5 9 d e g , 1 3 " pB , p L , R , g m b M N eF , S , di f c l o s e to 28 2 0 F, S , E , 2 n d o f 2 cF , c S vB , L , vm E 1 5 1 d e g , vs m b M = * 1 0 Cl , l C F, c S , bM F, v S , R vF, S, mbM vF , S , di f , r F, S , R , g b M , r pF , c S , m E , *1 0 s p n r vF , c S , R , * 1 0 p 2' , 1 s t of 2 vF , S , vg b M , 2 n d of 2 F , S, R, p m b M , B * nr eF , S , R, 10 s p 28 6 9 pF , S , R, gb M , r B, S , R , g b M pF , S , iR , * 1 4 f c F , S , E , b e t 2 st 1 2 , 16 eF , p S , E 17 0 d e g , g b M , b e t 2 F st ; = 2 8 6 3 F, S , d i f vF , v S , d i f , * 1 3 . 5 a t t cF , c S , v l E , p g l b M cF , c S , l E , bM v F , p L , lE v B , p L , R, sm b M vF , p L , 4 st p F, S , R , l b M vF , v S , R , g b M F, S , E , b M F, v S , R, gb M N vS , R , sb M * 1 5 F, p S , iF , E 1 3 5 d e g , r F, S , s e v vF s t i n v vF , S , vg l b M , r r r , s t 15 vF , 2 o r 3 s t i n ne b ; = 2 8 7 6 ? v F , v S , R, lb M ne b * 1 4 eF , 2 8 7 2 s f 1' pF , p S , R , b M v F , p L , mE eF , n f 28 7 4 vF , S , vl E vF , S , vl E vF , v S , R , n o f E n e b e F , p S , 2 s t 9. 5 & 1 0 . 5 s f p F , p L , R, gb M cF , S , R, gm b M F, S , r ? F, p L , E ee F , pL F, S , R , d i f eF , S , R, bM N F, S , R , b M pB , S , R, *7 n f , D* p F, p L , R, gm b M , a m 8 0 st F, v S , *1 0 p 7 s , 0 ' . 8 n pF , p S , v l E , v g l b M , r *1 3 i n vS ne b , IC 5 3 8 f eF , v S , R , s t i n ne b , su s p *1 3 i n vF ne b ; = 28 8 5 ? F, p S , R, gl b M F, S , E 1 5 0 d e g , gb M , r Cl , c o cF, S, E, vglb M F, v S , R, lb M F, S , R , b M F, S , g b M , r F, S , R , N F, S , R , v l b M I2 4 8 0 I 53 9 28 9 4 I2 4 8 3 28 8 0 28 8 5 28 9 7 28 9 8 29 0 4 I 54 0 I2 4 8 7 28 9 3 28 9 6 29 0 0 I2 4 8 6 29 1 0 I 54 1 29 0 2 I 54 3 I 54 2 I2 4 8 9 29 0 7 29 0 3 29 0 5 29 0 6 28 9 5 29 0 1 28 9 2 I2 4 9 0 I2 4 9 2 29 1 2 29 2 5 29 1 1 29 1 3 29 1 4 29 2 0 29 1 7 29 2 1 29 1 9 I 54 6 29 1 6 29 2 4 I2 4 9 1 29 3 2 29 1 8 I 54 4 29 2 3 I 54 5 I2 4 9 4 I 54 7 I2 4 9 3 29 3 5 29 2 2 29 2 7 29 2 8 29 2 9 29 2 6 29 3 0 29 3 1 29 4 5 29 3 6 29 3 7 29 3 3 29 3 4 29 7 3 29 3 9 29 4 0 I2 4 9 5 29 3 8 I 54 8 29 4 1 29 4 7 29 4 3 I2 5 0 4 I2 4 9 6 I2 5 0 1 29 4 8 29 4 2 29 4 6 29 4 4 29 5 2 29 5 6 29 5 1 29 4 9 29 7 2 29 5 3 29 5 4 I 55 0 29 5 8 29 6 0 I 54 9 I 55 3 29 6 2 I 55 1 I2 4 9 7 29 7 5 29 5 5 I 55 2 I2 4 9 8 I2 4 9 9 29 6 9 I 55 4 I 55 5 29 6 7 29 6 6 I2 5 0 0 29 8 2 29 5 0 29 7 4 29 6 4 29 7 9 29 6 5 29 6 8 29 8 0 I2 5 0 2 I2 5 0 3 29 7 8 29 0 8 29 7 0 29 8 4 29 7 1 29 8 3 I 55 6 29 7 7 29 0 9 29 9 5 I 55 7 29 8 6 I2 5 0 7 I 55 9 29 8 1 113 Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 28 . 2 29 . 1 29 . 4 29 . 5 29 . 6 29 . 6 29 . 8 29 . 8 30 . 2 30 . 2 30 . 2 30 . 3 30 . 3 30 . 3 30 . 3 30 . 4 30 . 5 30 . 9 30 . 9 31 . 2 31 . 2 31 . 6 32 . 2 32 . 2 32 . 2 32 . 4 32 . 4 32 . 9 33 . 1 33 . 2 33 . 7 33 . 7 33 . 8 34 . 0 34 . 0 34 . 3 34 . 5 34 . 7 34 . 8 34 . 9 35 . 0 35 . 2 35 . 2 35 . 3 35 . 8 35 . 9 36 . 0 36 . 1 36 . 1 36 . 2 36 . 3 36 . 7 36 . 8 37 . 2 37 . 3 37 . 4 37 . 5 37 . 5 37 . 6 37 . 6 37 . 7 37 . 7 38 . 0 38 . 0 38 . 0 38 . 1 38 . 1 38 . 2 38 . 3 38 . 3 38 . 4 38 . 4 38 . 6 38 . 6 38 . 7 38 . 8 38 . 9 39 . 1 39 . 1 39 . 3 39 . 3 39 . 3 39 . 7 40 . 0 40 . 3 40 . 4 40 . 5 40 . 5 40 . 6 40 . 6 40 . 7 40 . 7 40 . 9 40 . 9 41 . 1 41 . 2 41 . 3 41 . 3 41 . 3 41 . 4 41 . 8 41 . 8 41 . 9 42 . 1 42 . 2 42 . 3 42 . 4 42 . 6 42 . 6 42 . 9 43 . 1 43 . 2 43 . 2 43 . 2 43 . 2 43 . 2 43 . 3 43 . 5 43 . 5 43 . 6 43 . 7 43 . 7 43 . 7 43 . 8 44 . 0 44 . 1 44 . 1 44 . 3 44 . 6 44 . 7 45 . 0 +2 9 - 02 +0 7 +3 1 +6 2 +2 2 +0 2 +0 2 - 30 +0 7 +2 0 +2 9 +2 3 +0 4 +2 6 - 52 - 04 - 14 - 14 - 13 - 05 - 16 +2 1 +2 1 +0 8 +5 7 +3 1 +6 7 +2 9 - 37 +1 0 - 53 +1 0 +0 9 +1 0 - 20 - 02 - 20 +1 0 - 16 +2 1 - 16 +3 4 - 46 +3 1 +2 4 +1 6 +2 4 - 12 - 12 +3 7 - 21 +3 7 +2 3 +1 6 +2 3 +3 2 +2 3 +2 3 - 22 +0 2 +0 2 +1 7 +1 7 - 30 +0 9 +0 9 +2 8 +7 6 +0 9 +1 7 - 12 +1 7 - 69 +3 4 - 60 +0 6 +3 4 +1 7 +3 2 - 10 - 19 - 00 +1 6 - 50 +1 4 +1 4 - 06 +1 1 +0 3 +0 3 - 05 +0 5 +0 6 +3 4 - 16 +3 5 +1 0 +2 8 +2 7 - 08 +1 2 +1 2 +0 0 +0 4 +3 6 - 44 +5 8 - 03 +3 1 - 10 +3 6 +3 1 - 09 +3 3 +3 3 - 09 +7 9 +3 1 +1 1 +3 6 - 20 +1 1 +7 4 +6 5 - 54 +1 0 - 21 - 31 +0 9 +3 1 43 33 43 00 30 57 12 03 23 54 06 32 39 08 39 54 15 44 44 10 53 44 30 31 27 29 07 37 55 54 09 26 09 28 07 51 30 57 17 23 42 24 44 57 42 54 45 57 26 25 23 08 41 35 58 09 50 12 14 02 44 44 01 01 08 31 36 03 19 26 03 26 02 05 43 05 57 00 01 19 09 06 14 47 20 50 55 56 53 34 59 26 10 56 42 39 53 38 06 54 37 26 17 20 40 20 12 51 42 51 23 14 56 37 08 11 45 41 59 04 10 29 04 52 59 47 59 17 47 37 06 x u r z s r r r r u v s r r u s d s t m d s s u s r r s x d r s s r s r r r s m s s u r r m r m d m m s r r r r r r r r s s r r r s s m r z r r r d z s r s r s r r r r s r r m r r d x s u d r s u z d r d u s r x r s s s r r s s d d s r s r r s u s r r m s c m r Le o Hy a Le o Le o UM a Le o Hy a Hy a An t Le o Le o Le o Le o Hy a Le o Ve l Hy a Hy a Hy a Hy a Hy a Hy a Le o Le o Le o UM a Le o UM a Le o An t Le o Ve l Le o Le o Le o Hy a Hy a Hy a Le o Hy a Le o Hy a LM i Ve l Le o Le o Le o Le o Hy a Hy a LM i Hy a LM i Le o Le o Le o Le o Le o Le o Hy a Hy a Hy a Le o Le o An t Le o Le o Le o Dr a Le o Le o Hy a Le o Ca r LM i Ca r Le o LM i Le o Le o Hy a Hy a Hy a Le o Ve l Le o Le o Hy a Le o Hy a Hy a Hy a Hy a Le o LM i Hy a LM i Le o Le o Le o Se x Le o Le o Se x Se x LM i Ve l UM a Se x Le o Se x LM i Le o Se x LM i LM i Se x Dr a Le o Le o LM i Hy a Le o Dr a UM a Ve l Le o Hy a An t Le o Le o 0. 2 1. 2 2. 6 1. 4 2. 0 1. 4 1. 1 5. 1. 3 1. 2 1. 0 1. 9 12 . 6 13 . 3 1. 6 1. 7 0. 3 12 . 4. 3 1. 2 1. 9 0. 6 2. 6 1. 6 1. 1 0. 7 0. 4 1. 2 0. 5 3. 5 1. 7 1. 0 2. 7 1. 3 0. 7 0. 4 2. 2 1. 3 4. 0. 6 3. 3 0. 9 1. 8 1. 1 1. 3 3. 0 3. 2 3. 4 3. 0 2. 2 1. 8 1. 2 1. 0 2. 6 0. 9 1. 7 0. 5 2. 5 1. 7 0. 8 F, vS , lE pf , gb M , r 14 . p pB , S, R, gb M , r 13 . p vF , E, er , 2 or 3 st in v 16 . p F, S, R, lb M 11 . 6 B, cS , R, mb M , am st eF , vS , E 90 d e g eF , S 15 . p vF , vS , lE 13 . p F, S, lE , ps b M 15 . p F, S, di f F, L, mE 16 0 d e g 13 . p vF , S, R, vs b M *1 2 15 . p F, vS , R, *1 7 at t 14 . p ee F , pL , R 15 . p vF , cS , di f 7. 2 Cl , cL , pR i , pC , st 10 . . . 1 4 ee F , pS , R, *1 0 s 13 . p vF , vS , st e l l a r ; = IC 54 3 13 . p vF , pL , E, di f 15 . p F, vS , E pf , lb M pF , R 13 . p pF , S, lE , mb sf 8. 9 cB , vL , E, gm b M , r, sp of 2 10 . p vF , cL , R, ps b M , r, nf of 2 13 . p F, pS , lE , gb M 14 . p vF , vS , R, vg b M , D* 7' s no de s c r i p t i o n 14 . p pF , pS , R, lb M F, S, gb M cF , vS , R, B* 1' np , su s p eF , 29 1 1 sp 8. p Cl , pR i , pC , D* ta k e n 11 . 6 F, pL , R, gb M , p of 2 14 . p vF , pL , iR 13 . 1 vF , S, R, bM N , f of 2 eF , S, R, p of 2 14 . p pF , S, mb M 13 . p vF , pS , lE , vg l b M , f of 2 14 . p F, pS 14 . p F, vS , iF , 29 2 4 f 12 . 0 F, S, vl E 13 . p pB , S, R 15 . p F, S, R, gb M , r Cl , eL , vR i , st L an d S 13 . p vF , cS , R, sb M N 15 . p vF , di f , di f f i c 15 . p vF 15 . p F, E pf , F* f pB , pL , R, 2 st nr f 13 . p pB , S, R, lb M 15 . p F, vS , st e l l 12 . p pB , pS , vl E , gm b M 14 . p vF , S, iR , lb M , r 14 . p F, pL , R, lb M 15 . p vF , S, R, bM 14 . p eF , vS , lE , vl b M , 1s t of 3 14 . p vF 14 . p eF , S, 2n d of 3 15 . p eF , vS , 3r d of 3 14 . p F, S, R, gl b M , 2 or 3 S st nr 13 . 1 vF , iR 13 . 6 F, S, li k e a ne b * 15 . p F, vS , lE , sp of 2 15 . p eF , nf of 2 eF , pS , *8 f 14 . p vF , S, vl E , bM , tr i a n g l e st nf 15 . p vF , S, 5' n of 29 3 9 15 . p F, cS , R, gb M N 14 . p eF , S, iF , D* f 3' 15 . p F, vS , ib M , 29 3 9 np 15 . p eF , vS , lE , p of 2 eF , pL , iR , gb M 14 . p F, S, iR , bM , f of 2 eF , vS , eE 17 0 d e g , lb M , su s p 15 . p F, vS , R, r 11 . p PN , st e l l 14 . p vF , pL , vg b M 13 . p F, pL , vl E 0d e g , vg l b M 15 . p vF , S, E 15 . p F, vS , lb M eF , pS , iR , sb M , *9 . 5 f 30 s vF , vS , R, *9 . 5 sf 4' 15 . p pF , S, E 15 . p vF , do u b l e ? 9. 9 Cl , S, lR i , pC , st 13 ee F , su s p e c t e d 13 . p vF , S, R, n of 2 14 . p F, eS , st e l l a r 14 . p vF , pS , R, vl b M 13 . p vF , R, gb M vF , S, iF , bM vF , vS , R, di f 11 . 7 F, vS , vl E , ps b M 14 . p F, vS , R, N = 13 m vF , vS , R, r ee F , S, R, gb M 12 . 7 cF , pS , iR , gl b M , r 14 . p F, vS , st e l l N = 14 m 15 . p F, S, E ns , r; bi N ? F, vS , di f , v di f f i c 13 . p vF , pS , iR , vg l b M ee F , eS , al m st e l l 14 . p pB , vS , R, bM 11 . 6 pF , pL , R, vg l b M 14 . p vF * in vF , lE ne b , F* p 30 " vF , pS , R, mb M Cl , P, E, st 10 . . . 1 1 11 . 0 B, pS , R, vg v m b M N 10 . 8 B, cS , iR , bM , *9 sp 43 " 11 . 3 B, vL , lE , vg b M , sp of 3 14 . p pF , pS , vl E , ps b M 14 . p eF , vS , R, bM , r 11 . 8 pB , pL , lE , vg l b M , 2n d of 3 13 . p vF , pS , lE 0d e g , vg l b M F, S, R, gb M , di f f i c vF , vS , di f , v di f f i c 14 . p eF , S, R, 29 8 0 n 10 ' 14 . p eF , vS 14 . p F, nf of 3 14 . p eF , vS , R, bM ; = IC 55 6 15 . p eF , pS , iR , vl b M 11 . 7 F, pS , R, bM , r, st e l l a r 14 . p F, vS , R, N = 14 m 13 . p cB , pL , iF 14 . p eF , S, ps b M Cl , P, lC 15 . p F, vS , R, vl b M 10 . 9 pB , pS , iR , mb M vF , S, R, *1 2 . 5 nr nf , *9 np 15 . p F, pS , R, di f 15 . p vF I 558 Gx 29 5 9 Gx I250 5 2999 I250 6 29 6 1 Gx 29 8 9 Gx 2987 Gx 29 9 7 Gx 29 9 2 Gx 29 9 3 Gx I 560 Gx I 561 Gx I 562 Gx 29 9 0 Gx 30 0 1 Gx I 563 Gx I 564 Gx 29 9 6 Gx 29 8 8 Gx 2991 Gx I250 9 * I250 8 Gx 29 9 4 Gx 29 7 6 Gx 30 0 7 Gx I251 0 Gx 2963 Gx I 565 Gx 29 5 7 Gx 30 0 3 Gx 29 9 8 Gx 30 2 9 Gx 3033 OC 3002 Gx 30 0 0 D* 30 1 7 Gx 30 0 4 D* 30 0 5 Gx 3014 Gx 3006 Gx 3036 OC 30 1 5 Gx I251 1 Gx I251 2 Gx 3025 Gx 30 0 8 Gx 3011 Gx 3016 Gx 30 1 8 Gx 30 1 2 Gx 30 2 2 Gx 30 2 3 Gx 30 2 8 Gx 3019 Gx I 566 Gx I251 3 Gx I251 4 Gx 3013 Gx 30 2 0 Gx 30 0 9 Gx 30 3 0 Gx 30 5 9 Gx 29 8 5 Gx 30 2 4 Gx I 567 3010 Gx 3026 Gx 30 2 1 Gx I 568 Gx 3038 Gx 30 3 7 Gx I 569 Gx 30 3 5 Gx I 570 Gx 3032 Gx 3039 Gx I 571 Gx I 572 Gx I251 7 30 4 0 Gx 3041 Gx 30 4 5 Gx 30 4 6 * 30 4 2 Gx 30 5 8 Gx I C 57 3 I 573 Gx 30 4 4 Gx 30 5 1 Gx 30 5 0 I 574 Gx 30 5 2 Gx 30 5 4 Gx 3056 Gx 30 4 7 Gx I 575 Gx I251 5 Gx 30 4 9 Gx I251 6 Gx 30 4 8 Gx I 576 Gx I252 2 Gx I252 3 Gx 3055 Gx 3031 Gx 30 5 3 Gx 30 6 4 Gx 30 2 7 Gx 30 3 4 Gx I251 8 Gx I251 9 Gx I 577 Gx 3043 Gx 30 6 1 Gx I 578 Gx 30 6 0 Gx I252 0 Gx 3062 Gx I 579 I252 6 Gx I252 1 Gx I252 4 Gx 30 7 2 Gx 30 7 6 Gx 30 6 9 Gx 3070 Gx I 580 Gx I 581 Gx 30 6 7 Gx 30 7 8 Gx 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 45 . 0 45 . 1 45 . 1 45.2 45 . 2 45 . 4 45 . 4 45.6 45 . 6 45 . 7 45 . 8 45 . 9 46 . 0 46 . 1 46 . 3 46 . 3 46 . 3 46 . 4 46 . 5 46 . 8 46.8 46 . 9 47 . 1 47 . 2 47 . 3 47 . 6 47 . 7 47.8 47 . 8 47 . 9 48 . 6 48 . 7 48 . 7 48.8 49.0 49 . 1 49 . 1 49 . 2 49 . 2 49.2 49.3 49.3 49 . 4 49 . 4 49 . 4 49.5 49 . 6 49.7 49.7 49 . 7 49 . 8 49 . 8 49 . 9 49 . 9 50.0 50 . 0 50 . 0 50 . 0 50.1 50 . 1 50 . 2 50 . 2 50 . 2 50 . 4 50 . 5 50 . 5 50.6 50.9 51 . 0 51 . 1 51.3 51 . 4 51 . 5 51 . 8 51 . 8 52.1 52.5 52 . 5 52 . 5 52 . 7 53 . 0 53.1 53 . 2 53 . 3 53 . 4 53 . 5 +29 +68 +27 - 50 +27 +68 - 18 +0 4 - 31 - 14 - 14 - 00 +03 - 03 +05 - 30 +03 +03 - 21 +22 +2 2 +05 +33 +22 +67 - 06 - 32 +7 2 +15 +72 +33 +44 - 08 - 56 +4 4 +44 - 02 +44 +44 - 04 +4 4 - 62 +01 - 32 - 32 - 21 +44 +3 2 +1 2 +00 +34 - 05 +00 - 19 +1 2 - 00 - 32 - 32 +3 3 +12 +44 - 12 - 73 +72 +12 +12 +4 4 +2 8 +33 +15 - 32 - 27 +10 - 06 +15 +2 9 +0 2 +15 +15 - 33 +19 +1 6 - 18 - 27 +00 - 12 27 36 16 26 15 36 23 56 11 20 22 16 08 58 43 26 03 04 36 01 01 43 30 06 55 26 50 58 51 58 25 05 03 25 03 08 50 07 08 44 01 41 08 51 51 45 05 13 42 37 42 09 37 10 44 14 53 53 34 49 18 14 55 17 46 49 20 33 33 44 45 02 55 49 46 14 09 46 50 44 26 41 39 19 42 30 m s d r d v s r s s s u m v s s v v r r r x z r s r c s u r s s r s r r r r r r r A r c c r r s r r r r s r r z c c r s r r s s s d r s s u s r m r z s s m m d r s r r r r Leo UMa Leo Ve l Leo UMa Hya Se x Ant Hya Hya Sex Sex Sex Sex Ant Sex Sex Hya Leo Le o Sex LMi Leo UMa Sex Ant Dr a Leo Dra LMi UMa Sex Ve l UM a UMa Sex UMa UMa Se x UM a Ca r Sex Ant Ant Hy a UMa Le o Le o Sex LMi Sex Sex Hya Le o Sex Ant Ant LM i Leo UMa Hya Car UMa Leo Leo UM a Le o LMi Leo An t Hya Leo Sex Leo Le o Se x Leo Leo Ant Leo Le o Hya Ant Sex Hya 0.9 1.5 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 53 . 6 53 . 7 53 . 8 54 . 3 54 . 4 54 . 5 54 . 5 54.5 54 . 6 54 . 6 54 . 6 54 . 8 54 . 8 55 . 0 55 . 1 55 . 2 55 . 2 55.3 55.6 55 . 6 55 . 6 55 . 7 55 . 8 56 . 0 56 . 0 56 . 1 56.2 56 . 2 56 . 3 56 . 4 56 . 4 56.6 56 . 6 57 . 1 57 . 3 57 . 5 57 . 6 57 . 7 57 . 9 58.0 58 . 0 58 . 2 58 . 4 58 . 4 - 12 +01 - 27 - 10 - 06 - 18 - 25 - 28 - 01 - 06 +37 +09 +37 +16 +11 - 33 - 33 +0 4 +6 9 +16 - 06 +72 +69 +37 +34 +10 +5 9 +75 +10 +16 +27 +0 1 - 14 - 32 +34 +33 - 19 - 18 +10 +1 0 +10 +15 +32 - 26 31 35 17 22 58 38 42 18 18 51 24 16 41 28 02 08 13 16 04 26 22 12 41 09 02 30 18 52 29 51 14 26 09 15 01 37 21 11 27 22 27 56 22 56 m s r r m s s s r a u r z r z s c s s r r s s z z u s s u r u r d c m s r r r r m u s s Hya Sex Ant Sex Sex Hya Hya An t Sex Sex LMi Leo LMi Leo Leo Ant Ant Se x UM a Leo Sex UMa UMa LMi LMi Leo UM a Dra Leo Leo Leo Se x Hya Ant LMi LMi Hya Hya Leo Le o Leo Leo Leo Hya 1.2 4.8 0.9 1.4 8.1 4.1 1.6 1.5 0.4 1.5 1.3 3.1 1.1 1.9 4.9 1.5 1.4 1.7 5.9 3.0 5. 3.1 3.1 1.2 3.1 3.0 3.0 3.2 3.2 4.3 2.2 2.2 1.7 1.5 2.6 0.2 2.5 1.3 0.3 0.4 3.7 0.5 2.1 3.9 2.0 1.1 2.8 1.6 2.2 25 . 7 4.7 11.2 0.7 2.0 2.0 1.3 0.7 1.9 0.5 0.7 0.6 1.1 2.5 1.9 1 5 . p F, R , b M 1 4 . p F, p L , R, vg l b M , st n F, S , R , v l b M C l , S , l R i , i F , st 1 2 . . . 1 5 F, S , R , g l b M , r cF , S , lE , n f 2 9 5 9 1 3 . p F, R , g b M , D * f 1 4 . p e F , S , i F , se v v F st in v 1 1 . p ! vF , v L , vg v s b M N 4 " , 19 s . 5 d 11.9 cF , S , R, bM , s t e l l a r , p of 2 12.6 cF , S , R, bM , s t e l l a r , f of 2 1 5 . p F, S , d i f , * 1 0 ne a r 1 5 . p pF , d i f vF , p L , E ns , g b M 12.8 F, p S , lE 90 d e g 1 3 . p F, S , R , * 1 2 a t t 32 0 d e g pB , S , di f , gb M pB , p L , E pf 1 4 . p vF , S , *9 f 1' 1 4 . p eF , p 2 9 9 1 1 4 . p F , vS , b M , sp o f 2 eF , n e b ? 1 6 . p F, v S , R, di f , r 1 4 . p F, S , R , b M , n f o f 2 10.2 B, v L , mE 15 2 d e g , s t in v 1 5 . p eF , S , iR , l b M , r eF , v S , c E 1 4 0 d e g , bM , s u s p 1 4 . p v F , v S , R, bM 1 5 . p F, S , d i f 1 5 . p eF , * 1 3 n r 11.7 ! cB , L , v m E 9 0 d e g 1 3 . p pF , p L , E 51 d e g , b M N , r pF , p S , R 8 . 8 C l , p L , pR i , iF , s t 1 1 . . . 1 2 16. p eeF, vS vF , S , iR , r 1 4 . p eF , v S , * 1 1 np 3' eF , s u s p e c t e d 1 6 . p vF , p S , E nn p s s f 14. p eF, pL, p of 2 15. p vF, S, stel l a r C l , c L , lC 1 4 . p F, v S , al m s t e l l a r pB , p S , e E , *7 np , n p of 2 ee F , pS , m E , b e t 2 s t , s f o f 2 ; 1 5 . p e F , v S , R, *9 s 1 5 . p pF , S , E, *1 3 - 1 4 p 1 ' 14. p eeF, eS, stel l a r 13. p vF, S, R, p of 2 1 4 . p vF , v S , b M 1 5 . p vF , p L , R , c o m 1 4 . p F, R , v g l b M , f of 2 1 3 . p pF , p L , i R , lb M , di f F, S , R , l b M 1 5 . p e F , f of 2 1 5 . p vF , v S , R , b M ee F , eS , R , D* nr s f , sp of 2 ; ee F , eS , 3 F s t n r f , nf of 2 1 5 . p p F , p S , R, bM , 3 0 2 1 f 1 3 . p eF , p S , l E 0 d e g , r 1 4 . p pF , R , bM , r , p o f 2 1 5 . p eF , v S , R , b M 1 2 . p F, L , i R , gl b M , S * i n v 10.5 vB , c L , R , p s m b M , * in v f 1 4 . p eF , p L , E , r vF , s u s p e c t e d , 2' f r o m 3 0 2 4 1 4 . p F , ps b M , r r , f o f 2 13. p eeF, pS, lE, v diff i c 1 3 . p pB , p S , v l E , m b M , * 1 0 , 1 4 0 d e g 1 5 . p F, p L , E p f , g b M 13. p pB, pS, R 1 4 . p F, p S , R, lb M 1 5 . p vF , d i f , v l b M 1 3 . p pF , p L , R , s e v vF s t i n v 1 6 . p pF , S , R, gb M 11.9 F , S, sb M * 1 2 , b e t 2 B st 14. p vF, S, iR 1 5 . p pB , S , R, N = 1 2 . 5 1 5 . p F, S , R , g b M ee F , S, R , s u s p 1 4 . p vF , v S , b M , r 11.5 g l o b . cl . , F , L , R, vg l b M , rr , 1 4 . p vF , p S , R , l b M , s p o f 2 pF , R , sp of 2 1 4 . p pB , S , vl E , gb M 1 5 . p eF , p L , D or b i N , p o s 21 0 d e g , = I C 25 1 1 = IC 2514 2 B st s p dist 20"; 1 5 . p eF , v S , R , v S * cl o s e 12.0 vF , v L , v m E 12 2 d e g 1 4 . p pF , S , R, gb M , nf o f 2 vF , p S , v l E , g b M N 1 5 . p pB , S , R, mb M , * 12 s 1 3 . p F, p L , R, gl b M , n f o f 2 1 2 . p pB , L , ir r o b l o n g 1 3 . p p B , S , R , v g m b M , * 1 1 at t 2 0 4 d e g 1 4 . p vF , S , R F, S , R , g b M 1 5 . p F, c S , E n s , r , b i N ? 1 3 . p vF , v S , F * v n r 1 5 . p F, S , R , g b M 1 5 . p eF 1 5 . p vF , v S , R 1 3 . p vF , c L , R , * 8 n , su s p vF , v S , c E 2 0 d e g , s u s p 12.1 F , pL , v l E , v g b M , rr , * 7 f 9 2 s 6 . 9 ! e B , eL , E 1 5 6 d e g , gs v m b M B N ; = M8 1 1 3 . p vF , S , vl E , gb M 1 4 . p eF , v S , E 45 d e g 1 2 . p vF , v L , l E , r 8. 4 vB , v L , v m E (r a y ) ; = M 8 2 1 6 . p F, S , R , l b M 1 6 . p F, v S , R, di f 1 4 . p F, v S , iF , F * n 1 4 . p c F , p S , lE , v g b M , *1 0 n 7 ' 1 4 . p vF , p L , r 1 5 . p F, v S , R, lb M 1 4 . p vF , c S , v l E , e r 1 4 . p F, v S , R, gb M N , r 1 5 . p v F , v S , al m s t e l l a r pF , p S , R vF , S , R, *7 . 5 nf 1 5 . p F, S , d i f 1 5 . p F, v S , R, st e l l 1 3 . p vF , p S , l E , gl b M 1 4 . p eF , S , R 1 5 . p vF , v S ; = IC 5 8 0 1 3 . p p B , p S , R, gm b M N , am 3 st 1 5 . p pF , v S , i F 1 5 . p pB , S , di f , N = 1 3 i n v 11.7 pB , p L , E 10 6 d e g , g b M , * 9 , 7 4 d e g , 4 ' 11.1 pB , S , R, mb M = I2 5 2 5 30 6 8 30 7 1 30 8 2 30 7 5 30 8 4 I 58 2 I 58 3 I 58 4 I2 5 2 8 30 8 7 30 8 1 I2 5 2 9 30 8 5 30 8 9 30 7 4 I 58 5 30 8 0 30 8 3 I 58 6 I2 5 3 1 30 9 5 I2 5 2 7 I2 5 3 2 30 8 6 30 9 1 I2 5 3 3 30 9 0 30 9 6 31 0 0 31 0 3 31 0 5 30 7 3 30 9 2 30 9 3 30 8 8 30 9 4 I2 5 3 0 I2 5 3 4 30 6 3 31 0 1 30 6 5 30 7 9 30 6 6 I 58 8 30 9 8 31 0 8 30 9 9 31 1 4 I 58 7 31 0 9 30 7 7 31 0 7 I2 5 3 6 31 4 9 31 0 4 31 0 6 I2 5 3 7 I2 5 3 8 31 1 2 31 1 0 30 9 7 I2 5 3 9 31 1 3 I 58 9 I2 5 3 5 31 0 2 31 1 5 31 2 0 30 5 7 31 3 6 I2 5 4 1 31 2 8 I 59 0 31 1 1 31 1 7 31 2 7 31 2 2 31 1 6 31 1 9 31 2 5 I2 5 4 5 31 2 4 31 2 1 I2 5 4 0 31 2 3 31 3 2 I2 5 4 6 31 3 3 31 1 8 I 59 1 I 59 2 I2 5 4 2 I2 5 4 8 31 2 6 31 3 0 I 59 3 31 2 9 I2 5 4 3 I2 5 4 4 I 59 4 31 3 1 I2 5 5 4 31 3 8 31 3 7 31 4 1 I2 5 5 3 31 3 4 31 4 0 31 9 5 I 59 5 31 3 9 31 4 2 31 4 3 I2 5 4 7 31 4 5 I 59 7 I2 5 4 9 I2 5 5 0 I 59 6 I2 5 5 1 I2 5 5 2 31 3 5 31 4 6 I2 5 5 5 31 5 7 I2 5 5 6 31 5 6 31 5 3 31 5 4 I 59 8 114 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 58 . 4 58 . 5 58 . 9 58 . 9 59 . 0 59 . 0 59 . 0 59 . 1 59 . 1 59 . 1 59 . 2 59 . 5 59 . 5 59 . 6 59 . 6 59 . 7 59 . 7 59 . 9 59 . 9 59 . 9 59 . 9 00 . 1 00 . 1 00 . 1 00 . 2 00 . 2 00 . 5 00 . 6 00 . 7 00 . 7 00 . 7 00 . 8 00 . 9 00 . 9 01 . 0 01 . 1 01 . 5 01 . 5 01 . 5 01 . 6 01 . 7 01 . 9 02 . 0 02 . 2 02 . 2 02 . 3 02 . 6 02 . 7 02 . 7 03 . 0 03 . 1 03 . 3 03 . 3 03 . 5 03 . 8 03 . 9 03 . 9 03 . 9 03 . 9 04 . 0 04 . 1 04 . 3 04 . 3 04 . 4 04 . 4 04 . 5 04 . 6 05 . 2 05 . 4 05 . 6 05 . 8 05 . 8 05 . 9 05 . 9 06 . 2 06 . 2 06 . 3 06 . 5 06 . 6 06 . 6 06 . 6 06 . 6 06 . 7 06 . 8 06 . 9 07 . 0 07 . 0 07 . 1 07 . 2 07 . 3 07 . 5 07 . 9 07 . 9 07 . 9 08 . 2 08 . 2 08 . 3 08 . 4 08 . 4 08 . 4 08 . 6 08 . 7 08 . 9 09 . 1 09 . 2 09 . 3 09 . 3 09 . 5 09 . 5 09 . 5 09 . 7 10 . 1 10 . 1 10 . 1 10 . 1 10 . 2 10 . 2 10 . 2 10 . 4 10 . 6 10 . 7 10 . 8 10 . 9 11 . 2 11 . 7 11 . 8 12 . 6 12 . 7 12 . 9 13 . 1 13 . 1 +3 7 +2 8 +3 1 - 30 +1 4 - 27 +1 7 +1 7 +1 0 - 27 - 34 - 22 - 22 - 19 - 28 +3 5 +1 3 +1 3 - 02 - 06 - 29 - 31 +3 8 - 34 - 02 - 19 - 31 - 02 - 19 - 31 - 31 - 54 +5 5 - 03 - 02 +2 2 +1 5 +3 7 - 34 +7 2 - 02 +7 2 +5 5 +7 2 +0 3 +2 4 - 31 +3 2 - 60 - 02 - 26 +6 8 +1 3 - 33 - 80 +4 0 +3 1 - 27 - 34 - 20 - 06 +6 0 - 31 - 28 - 05 +3 8 +6 0 - 07 - 34 +8 0 - 67 - 17 - 16 +0 0 +4 7 +0 2 - 16 - 06 +3 1 +1 4 - 29 - 33 - 19 +1 4 +3 1 +0 0 - 40 - 33 - 11 +3 3 +1 2 - 02 +3 4 - 35 +3 1 +0 9 - 02 +1 8 +3 7 +3 3 - 00 +1 8 - 67 - 11 - 29 - 16 - 62 +1 2 - 16 - 80 +1 1 - 11 - 08 - 12 +3 6 - 12 - 06 +3 6 +2 7 +1 0 +2 4 - 34 +4 5 - 20 - 31 - 31 - 34 +0 3 +1 2 +1 7 +4 3 06 53 37 20 25 08 49 50 22 08 13 50 50 29 20 24 02 03 52 55 37 33 10 14 58 38 15 57 39 40 40 46 37 00 57 24 47 12 07 08 59 10 41 07 03 43 41 42 07 24 09 44 38 57 25 45 11 34 48 46 28 08 22 27 41 03 07 43 13 17 23 27 07 38 16 54 07 32 06 19 56 51 13 23 28 04 26 15 57 02 16 30 10 14 52 59 32 25 50 21 40 15 02 58 04 38 37 20 37 52 00 47 29 35 31 26 54 28 57 02 25 51 58 52 39 38 44 08 40 03 14 z r r r r r u u m c s s c r s s n r r m c s z c r s c r r s D s s r r r r z c r r s s s u s r r s F s s d c c s r s c r r r c s d m r s r s s m r u r r r r r r s d s r m r s d r r s u d c r r u r z z u r c r t r s r s s z r r s d s d d u m u c r r c A c s s r d LM i Le o Le o An t Le o An t Le o Le o Le o An t An t Hy a Hy a Hy a An t LM i Le o Le o Se x Se x An t An t LM i An t Se x Hy a An t Se x Hy a An t An t Ve l UM a Se x Se x Le o Le o LM i An t UM a Se x UM a UM a UM a Se x Le o An t LM i Ca r Se x Hy a UM a Le o An t Ch a LM i LM i An t An t Hy a Se x UM a An t An t Se x LM i UM a Se x An t Dr a Ca r Hy a Hy a Se x UM a Se x Hy a Se x LM i Le o An t An t Hy a Le o LM i Se x Ve l An t Hy a LM i Le o Se x LM i An t LM i Le o Se x Le o LM i LM i Se x Le o Ca r Hy a An t Hy a Ca r Le o Hy a Ch a Le o Hy a Se x Hy a LM i Hy a Se x LM i LM i Le o Le o An t UM a Hy a An t An t An t Se x Le o Le o UM a 1. 1 1. 0 0. 3 2. 0 1. 9 2. 2 2. 3 1. 9 2. 5 0. 2 0. 4 6. 3 3. 2 16 . 15 . 15 . 14 . 14 . 14 . 15 . 15 . 15 . p p p p p p p p p 13 . p 12 . p 14 . 13 . 15 . 15 . 14 . 14 . 15 . p p p p p p p 13 . p 15 . p 1. 8 2. 2 1. 7 2. 8 2. 1. 5 14 . p 13 . p 14 . p 15 . p 13 . p 9. 7 13 . 14 . 15 . 15 . 13 . 15 . p p p p p p 2. 8 2. 0 7. 6 1. 2 1. 1 2. 6 35 . 14 . 5 4. 6 1. 9 2. 1 3. 2 2. 7 1. 6 15 . 12 . 0 10 . 6 12 . 9 15 . 12 . 0 13 . 15 . 4. 2 p p p p 10 . p 9. 9 13 . p 13 . p 14 . p 12 . 2 13 . p 1. 7 3. 2 0. 7 8. 3 2. 5 2. 5 1. 2 1. 1 1. 5 3. 2 14 . p 14 . p 14 . p 9. 2 14 . 11 . 0 14 . 14 . 14 . 14 . 14 . 14 . p p p p p p p 15 . p 15 . p 13 . p 0. 8 12 . p 14 . p 15 . p 0. 8 8. p 1. 4 1. 0 14 . p 14 . p 14 . p 2. 4 0. 8 1. 1 13 . p 14 . p 14 . p 16 . 15 . 15 . 14 . p p p p 2. 7 15 . p 6. 8 0. 2 13 . p 1. 4 0. 6 14 . p 0. 9 15 . 15 . 14 . 14 . p p p p 3. 3 12 . p 1. 1 0. 8 1. 3 1. 8 15 . p 15 . p 15 . p 14 . p 13 . p 2. 4 2. 1 2. 1 2. 3 13 . p 13 . p 14 . p F, S, R, gb M ee F , eS , st e l l a r (? ) ne b *1 3 vF , S, R, D* at t vv F , *1 4 at t , *1 1 f vF , S, R, *1 3 at t sf pB , S, iF , gb m F, vS , gb M eF , S, R, di f , 30 7 0 p ee F , eS , R, v di f f i c , eF D* s; = 30 8 4 pB , S, R, pm b M , be t 2 st vF , cS , lb M , tr i a n g l e S st np ; = IC 25 2 9 ee F , eS , eF * at t ; = 30 8 1 vF , S, mE 90 d e g pF , pS , R, vS st in v vF , pL , iR , vg v l b M *1 3 in eF , S ne b vF eF , S, E F, vS , mo t t l e d ee F , pS , cE , 4 st n, nf , D* np F, L, E, vg v l b M F, vS , R, N cB , S, st e l l N eF , S, iR pB , pS , iR , bM , p of 2 cB , S, R vF , vS eF , R, lb M , f of 2 pB , pS , R, gp m b M eF , pL , R; = 31 0 0 Cl , C, lE , st 13 . . . 1 6 vF , S, vg l b M eF , S eF , vS vF , S F, bM , *9 0' . 5 sf F, vS , st e l l cB , S, R F, pS , R eF pF , vS , R, bM , *1 1 nr vB , L, mE 13 5 d e g vF , vS , vg l b M F, S, R, mo t t l e d pB , S, E 85 d e g , ps b M N F, S, R, gl b M eF , S Cl , eL , lC , B, st 9. . . 1 4 F, pL , R cF , vL , vm E 82 d e g , lb M cB , cL , mb M , R wi t h ra y pF , pL , iR , *8 , 14 8 d e g , 11 2 " F, S, E 50 d e g , cb M F, S, lE , vl b M , *1 5 in v eF , pL , E, vF * in v F, S, R, sb M ee F , L, cE vF , vS , R, cb M eF , eS , R; ne b ? F, vS , iR , r ne b * ? 2' np 31 0 2 cF , vS , cE 30 d e g , vm b M eF , L, tr i a n g l e 2 st 8m vF , vS , bi N ? pB , pS , E 11 0 d e g , gb M , r vF , vS , R, bM , *1 1 , 14 2 d e g vB , L, vm E 46 d e g , vg s m b M E N F, pS , R, gb M eF , pL , vl b M , 2 S st s pB , pS , R, gb M , *1 3 n F, eE 5d e g , vm b M eF , pL , mE 17 0 d e g , lb M F, di f ; ne b D* ? pB , S, R, sm b M *1 2 vF , vS , R, S* in v eF , pL , mE 45 d e g F, S, lE , er ne b *1 3 vF cF , S, R, vg b M eF , eS , cE 25 d e g , 2 st F, pL , R, lb M , D* s pF , pL , gl b M , *9 . 5 np F, vS , R, gb M N ne b , no de s c r i p t i o n !! PN , vB , vL , lE *9 M, 4s d vF , vS , R, be t 2 st eF , vS , R S gr o u p of vF st in vF ne b pF , S, R F, S, R, di f F, pS , gl b M eF , vS , R, bM , di f F, S, lE , N = *1 5 eF , S, ps b M , *5 sf F, S, R, gb M eF , cS , vl E , r F, S, R, N, r F, S, di f F, S, R, gb M , r pB , pS , pm E , gb M cF , S, cE 10 d e g , N, sp i r eF , vS , R, 1s t of 2 vF , S, lE eF , S, R, 2n d of 2 PN , st e l l a r vF , di s c eF , pS , R, sb M N , 1s t of 2 ! PN , pB , S, lE , 13 s d, 3 S st nr F, vS , R, lb M eF , vS , R, 2n d of 2 F, R F, S F, S, R, di f F, pL , mE , vg s l b M , la m b d a Hy a np F, vS , R F, S, R, gv l b M F, cS , R, di f F, S, di f F, vS , R, st e l l cB , S, R, bM F, S, R, gb M eF , S, R, gb M eF , vS , eE 45 d e g , cb M ; = 31 5 7 vF , pS , E, *8 - 9 sp eF , S, st e l l N F, cS , R, ps b M , *9 - 10 sf 2' eF , pL , vl E , r, st in v F, S, R, lb M vF , vS , R, bM , al m st e l l I 5 9 9 G x 1 0 13 . 3 3148 Gx 1 0 1 3 . 4 31 5 0 G x 1 0 13 . 4 3151 Gx 1 0 1 3 . 5 3162 Gx 1 0 1 3 . 5 3165 Gx 1 0 1 3 . 5 3152 Gx 1 0 1 3 . 6 31 5 8 G x 1 0 13 . 8 3166 Gx 1 0 1 3 . 8 31 5 9 G x 1 0 13 . 9 3160 Gx 1 0 1 3 . 9 3161 Gx 1 0 1 4 . 0 31 6 3 G x 1 0 14 . 1 3169 Gx 1 0 1 4 . 2 3 3197 Gx 1 0 1 4 . 4 3173 Gx 1 0 1 4 . 5 31 6 7 - 1 0 14 . 6 31 7 5 G x 1 0 14 . 7 I255 8 G x 1 0 14 . 7 I255 9 G x 1 0 14 . 8 3164 Gx 1 0 1 5 . 2 31 7 6 - 1 0 15 . 3 31 4 4 G x 1 0 15 . 5 31 7 1 G x 1 0 15 . 6 31 7 0 - 1 0 16 . 1 31 7 8 G x 1 0 16 . 1 I255 7 G x 1 0 16 . 1 I256 0 G x 1 0 16 . 3 3168 Gx 1 0 1 6 . 4 31 7 7 G x 1 0 16 . 6 31 4 7 G x 1 0 16 . 9 3199 Nb 1 0 1 7 . 1 I 6 0 0 G x 1 0 17 . 2 3155 Gx 1 0 1 7 . 6 31 8 5 G x 1 0 17 . 6 3186 Gx 1 0 1 7 . 6 3201 Gb 1 0 1 7 . 6 31 8 7 G x 1 0 17 . 8 3211 Pl 1 0 1 7 . 8 31 7 9 G x 1 0 18 . 0 31 8 0 - 1 0 18 . 1 31 9 0 G x 1 0 18 . 1 31 8 1 - 1 0 18 . 2 31 8 9 G x 1 0 18 . 2 I 6 0 1 G x 1 0 18 . 2 31 8 4 G x 1 0 18 . 3 I 6 0 2 G x 1 0 18 . 3 31 9 3 G x 1 0 18 . 4 32 0 0 G x 1 0 18 . 6 3196 Gx 1 0 1 8 . 8 I256 2 G x 1 0 18 . 8 I256 3 G x 1 0 18 . 9 3192 Gx 1 0 1 9 . 0 31 9 1 G x 1 0 19 . 1 I256 1 G x 1 0 19 . 1 I 6 0 3 G x 1 0 19 . 4 31 8 2 G x 1 0 19 . 5 3203 Gx 1 0 1 9 . 6 3188 Gx 1 0 1 9 . 7 32 0 8 G x 1 0 19 . 7 31 9 8 G x 1 0 19 . 9 32 0 4 G x 1 0 20 . 2 32 0 2 G x 1 0 20 . 5 32 0 9 G x 1 0 20 . 6 31 7 4 - 1 0 20 . 8 32 0 5 G x 1 0 20 . 8 32 0 7 G x 1 0 21 . 0 32 1 3 G x 1 0 21 . 3 I256 5 G x 1 0 21 . 3 3217 - 10 21.4 I256 4 1 0 21 . 4 3223 Gx 1 0 2 1 . 6 3224 Gx 1 0 2 1 . 6 I257 0 G x 1 0 21 . 6 I257 1 G x 1 0 21 . 6 32 1 6 G x 1 0 21 . 7 31 8 3 G x 1 0 21 . 8 32 0 6 G x 1 0 21 . 8 3228 OC 1 0 2 1 . 8 32 3 3 G x 1 0 22 . 0 I256 7 G x 1 0 22 . 0 32 2 1 G x 1 0 22 . 3 I 6 0 5 G x 1 0 22 . 4 I256 6 G x 1 0 22 . 4 I256 8 1 0 22 . 5 3222 Gx 1 0 2 2 . 6 3219 Gx 1 0 2 2 . 7 I256 9 1 0 22 . 9 31 9 4 - 1 0 23 . 0 32 1 4 G x 1 0 23 . 1 32 2 6 G x 1 0 23 . 4 32 2 9 D * 1 0 23 . 4 32 2 7 G x 1 0 23 . 5 I 6 0 6 G x 1 0 23 . 5 I257 3 G x 1 0 23 . 5 32 2 0 G x 1 0 23 . 7 32 3 0 G x 1 0 23 . 7 I 604 1 0 23 . 8 I 6 0 7 G x 1 0 24 . 2 32 3 2 G x 1 0 24 . 3 32 4 1 G x 1 0 24 . 3 I 6 0 8 G x 1 0 24 . 3 32 4 0 G x 1 0 24 . 5 3242 Pl 1 0 2 4 . 8 3234 10 24.9 3235 Gx 1 0 2 4 . 9 I257 2 G x 1 0 25 . 0 3225 Gx 1 0 2 5 . 1 32 3 9 G x 1 0 25 . 1 I257 5 1 0 25 . 4 32 4 4 G x 1 0 25 . 5 I 6 0 9 G x 1 0 25 . 5 32 3 7 G x 1 0 25 . 8 3247 C+N 10 25.9 I257 6 1 0 26 . 0 32 4 9 G x 1 0 26 . 3 3243 Gx 1 0 2 6 . 4 3218 - 10 26.5 3250 Gx 1 0 2 6 . 5 3255 OC 1 0 2 6 . 5 I 6 1 0 G x 1 0 26 . 5 I 6 1 1 G x 1 0 26 . 5 32 3 1 - 1 0 26 . 7 32 3 8 G x 1 0 26 . 7 3246 Gx 1 0 2 6 . 7 3236 Gx 1 0 2 6 . 8 I 6 1 4 G x 1 0 26 . 9 I 6 1 2 G x 1 0 27 . 1 I 6 1 3 G x 1 0 27 . 1 3210 Gx 1 0 2 7 . 2 - 05 +5 0 +38 +3 8 +2 2 +0 3 +3 8 +38 +0 3 +38 +3 8 +3 8 +38 +0 3 38 28 41 37 44 23 50 46 26 39 52 39 39 28 m r r s s s v s s s r v s s Sex UM a LMi LM i Le o Se x LM i LMi Se x LMi LM i LM i LMi Se x +7 7 - 27 +29 - 28 - 34 - 34 +5 6 - 19 +74 - 20 +46 - 15 +38 - 33 +6 0 +21 +73 - 57 - 03 +7 4 +21 +0 6 - 46 +21 - 62 +41 +41 +21 +41 +21 +07 +41 +07 +21 - 17 +2 7 +16 - 32 +4 6 +46 +34 - 05 +58 - 26 +5 7 - 25 +45 +27 +43 +25 +75 +42 +42 +19 +27 +1 0 +36 - 34 - 34 - 33 - 34 +23 +74 +56 - 51 - 22 +24 +21 +01 +36 +36 +1 9 +3 8 +24 +74 +57 +19 +00 +19 +10 - 35 +57 +12 +57 +16 +28 - 32 - 06 - 21 - 18 +2 7 +2 8 +28 +5 8 +17 - 32 - 39 - 02 +39 - 57 - 32 - 34 - 02 +7 4 - 39 - 60 +20 +20 +66 +57 +0 3 +6 1 - 03 +11 +11 +7 9 49 41 36 52 20 04 41 01 13 39 36 47 05 34 14 07 24 55 30 21 41 57 25 52 40 06 25 50 24 50 02 25 03 54 59 40 08 36 27 28 40 39 12 42 25 51 33 49 01 29 09 57 58 39 56 53 27 16 42 37 16 54 10 56 43 16 39 34 12 36 38 53 34 36 47 02 54 04 52 58 27 02 33 02 45 01 29 02 47 38 01 01 06 09 10 39 50 13 39 56 55 58 38 39 57 40 14 14 48 14 52 16 27 03 01 51 r r r s c c r r s F r r m c r s s s t r s r s s s r r s r u m s v s s r m c A s u m s s s s s r s r r r r s v r d s r c c r s s s r m s u m d s r d r s s A s m c s r d u r s m r s D r u s s d v u r s d r r r s s v x r s s r m m m a Dr a An t LMi Ant Ant Ant UM a Hya Dra Hya UMa Hya LMi Ant UM a Leo Dra Ca r Sex Dr a Leo Le o Ve l Leo Ca r UMa UMa Leo UMa Leo Leo UMa Leo Leo Hya Le o Leo Ant UM a UMa LMi Sex UMa Hy a UM a Hya UMa Leo UMa Leo Dra UMa UMa Leo LMi Le o LMi An t An t Ant Ant Leo Dra UMa Ve l Hya Leo Leo Sex LMi LMi Le o LM i Leo Dra UMa Leo Sex Leo Leo Ant UMa Leo UMa Leo LMi Ant Sex Hya Hy a Le o LM i LMi UM a Leo Ant Ant Sex UMa Ca r Ant Ant Se x Dr a An t Ca r Leo Leo UMa UMa Se x UM a Sex Leo Leo Dr a 1.0 1.0 3.1 1.6 1.0 2.3 5.2 1.3 1.0 1.4 4.8 4.8 1.6 1.8 1.4 0.3 4.1 1.7 4.0 22 . 2.3 2.3 18 . 2 3.3 0.2 4.6 4.5 0.6 6.9 1.1 2.8 4.8 0.6 1.6 0.8 1.1 0.4 2.3 3.0 1.1 1.9 8.3 1.4 1.2 4.1 1.3 4.3 2.5 3.0 18 . 0.7 3.3 0.7 0.7 1.3 1.0 2.8 5.6 0.4 1.5 1.6 1.5 1.5 0.7 20 . 8 1.0 2.3 5.2 1.9 1.6 7. 3.2 2. 2.1 1.6 2.3 0.7 0.3 0.3 14. 16. 15. 15. 11.6 15. p p p p pF , *7 vF , vF, pF, p vF, eF, 11.8 cB , 10.6 B, 13.4 vF , 15. p vF, vF, 13.1 F, 10.5 B, S , vl b M in ph o t o s p h e r e 2' or S vS c L , R, vg l b M , r, S* m E 0 d e g , 1 s t of 3 v S , iR , e F * cl o s e s p cS, R, psbM , r pS , R , p s m b M , 2 n d of vS, stel l a r v S , lE vS S, R, gbM pL , v l E , p g m b M , * 1 1 , 3' d inv 3 78de g , 80", 3 r d of 14. p vF, vS (pla c e ? ? ) 14. p eF, S, R, 2 B st f F, S ; v S C l of vF s t ? 11.3 cB , L , mE 51 d e g , v g l b M cF , v S , c E 1 0 d e g , c b M eF , S , lE 10 d e g , c b M 14. p eF, S, R, vglb M eF , p S , i R ; ne b ? 1 4 . p vF , S , R, *1 3 a t t f eF , S , R, gb M F, S , R 1 3 . p pB , p L , g p m b M 1 5 . p vF , v S , R eF , p S , a m 4 s t 1 4 . p F , ps b M , s t e l l a r , *7 - 8 np 5' 12.3 cF , S , R, ps b M 10.7 vB , L , R, vg v s v m b M ! v B , vL , f a l c a t e , D * i n v F, p S , R, gb M 14. p vF, S, R 12.2 pF , p L , g m b M 1 5 . p p F , v S , gb M , se v F s t n r 6 . 8 g l o b . cl . , v L , iR , l C M , s t 13 . . . 1 6 13.1 vF , E 1 2 . p p l a n = * 1 0 , R , a m 15 0 s t 1 4 . p S, R , b M N , i n l i n e w i t h 2 s t vF , E , co n n e c t e d wi t h 31 8 4 11.0 B, p S , E, ps b M N vF , E , co n n e c t e d wi t h 31 8 4 1 2 . p vv F , mE , p a r a l l e l t o 3 1 9 0 1 5 . p vF , v S , d i f , s b M 9. 8 pB , v L , R , v g b M pB , S , E n s 10.9 B, S , v l E , p s l b M , * 9 . 5 3 5 4 d e g , 80 " 1 2 . p pB , E 1 6 0 d e g , bM N 15. p eeF, pS, lE 1 5 . p F, S , g b M , d i f eF , v S , e E 1 1 0 d e g , eF * s eF, vS; = 3191 1 4 . p F, S , R , b M 1 5 . p F, S , E 2 0 0 d e g , gb M 1 4 . p F, v S , R, N = 1 3 . 5 1 3 . p cB , c L , i R , vg b M 1 3 . p p B , S , c E , gb M 15. p vF, pL, r 1 4 . p eF , p L , i R , gb M 10.4 pB , v L , m E 4 5 d e g , v g b M 1 5 . p eF , p L , g b M 1 4 . p cF , S , R, vg b M , 1 s t of 3 1 4 . p F, S , R , h a s a * cF , S , st e l l a r , S * f n r ; = 31 4 4 ? 1 4 . p cF , S , R, vg b M , 2 n d of 3 1 4 . p cF , S , R, st e l l a r , 3 r d o f 3 1 4 . p vF , v S , R , r F, v S , R, st e l l v F di s c F, S , R , g b M s t e l l N 1 2 . p p B , v L , vl E , ps l b M N ; = IC 25 7 1 v F , p S , R, vg m b M eF , e S , m E 1 5 0 d e g , 3 st sf vF , c S , R , m b M , * 9 f 9 s ; = 3 2 2 3 1 5 . p vF , p S , R , b M 1 3 . p F, p L , E, lb M 1 2 . p pB , c L , E , v g l b M 6 . 0 C l , 9 L an d a f e w S s t 1 4 . p eF , p L , i F , st e l l N 1 6 . p F, v S , R, r 1 4 . p eF , m E , r a y 1 4 . p f, S , R , g b M 1 5 . p F, S , R , g b M , r F, S , R , N , r 12.8 F , lb M , rr ; b i N ? 15. p eF, S, R, lbM R, v S , R, st e l l vF , v S ; = 31 5 5 ? 1 5 . p cB , v S , R , s b M , 5 ' p 3 2 2 0 11.4 pB , c L , R , D w i t h 3 2 2 7 , p o s 1 5 9 d e g , 13 8 " F 10.8 pB , c L , R , D w i t h 3 2 2 6 1 5 . p vF , v S , R , d i f eF , v S , e E 0 d e g 1 4 . p pF , c L , E 92 d e g , * 9 f 9 ' . 5 1 4 . p pF , p S , s b M *1 4 , *9 - 10 s 19 " ee F , vS , v m E ( s e v e F s t i n li n e ? ) 1 5 . p ee F , pS , R , v d i f f i c , * s p 1 5 . p eF , * 1 1 p 15 0 " , l s , p of 2 12.7 F, p m E , g l b M , * 1 1 n p 1 5 . p F, S , R 1 4 . p eF , S , R, * nr 9 . p ! P N , v B , lE 1 4 7 d e g , 45 " d , b l u e p B , p S , R, ps b M 1 4 . p F , S, f of 2 1 6 . p pF , S , iF 1 3 . p c F , p L , lE , v g b M 1 2 . p vF , * 9 in v n r M eF , v S , R vF , * 1 1 n 90 " 1 4 . p F, p L , R 1 4 . p vF , v S , R , p g b M 7 . 6 s t in v i n n e b F, S , R eF , p L , R , v g v l b M 1 4 . p v F , S , l E , be t 2 s t c B , c L , er (p l a c e ? ? ) 11.0 p B , p L , R, vg p s b M , * 1 3 , 4 5 d e g 11.0 C l , p S , vC , s t 1 5 ee F , pS , c E , e di f f i c ; = IC 6 1 1 eF , S , lE Cl , c L , P , l C , st 1 0 . . . 1 2 1 4 . p F, S , R , p s l b M 1 3 . p e F , S , R , 2 s t t r i a n g l e , * 6 , 3 0 0 d e g , 8' 1 5 . p e F , v S , ps b M , 2 st 1 1 - 1 2 f 1 5 . p vF , d i f 1 5 . p F, v S , di f , vl b M 1 5 . p F, v S , R s t e l l a r , 1 s t of 3 in li n e , 1 ' a p a r t 32 4 5 Gx I 61 5 Gx I2 5 7 8 Gx I2 5 8 1 OC 32 4 8 Gx 32 5 6 Gx I2 5 7 7 Gx 32 1 2 Gx I2 5 8 0 Gx I2 5 7 4 Gx 32 5 3 Gx 32 5 7 Gx 32 5 8 Gx 32 1 5 Gx 32 6 1 Gx 32 6 0 Gx 32 6 2 Gx I2 5 8 2 Gx 32 5 1 Gx 32 5 4 Gx 32 6 3 Gx I2 5 7 9 32 6 7 Gx I2 5 8 4 Gx 32 6 8 Gx 32 6 9 Gx I2 5 8 5 Gx 32 7 1 Gx 32 7 3 Gx 32 7 5 Gx I2 5 8 6 Gx I2 5 8 7 Gx 32 6 5 Gx 32 7 6 Gx I2 5 8 3 Gx 32 7 0 Gx 32 7 8 Gx I2 5 8 8 Gx 32 8 1 Gx I2 5 8 9 32 7 2 Gx 32 7 4 Gx 32 8 2 Gx 32 6 4 Gx 32 5 9 Gx 32 8 0 Gx 32 9 5 Gx 32 9 6 Gx I 61 6 Gx I 61 7 Gx I 61 8 32 7 7 Gx 32 8 3 32 6 6 Gx I 62 1 Gx I 61 9 I 62 0 Gx 32 8 5 Gx 32 8 9 Gx I2 5 9 6 Gx 32 5 2 Gx 32 7 9 Gx I 62 2 Gx 32 8 7 Gx 32 9 0 Gx I2 5 9 2 Gx 33 6 6 Gx 32 9 7 I 62 3 Gx 32 9 2 Gx 32 9 3 C+ N 33 0 2 Gx 32 8 4 * 32 9 1 Gx I2 5 9 4 Gx 32 8 6 Gx 32 9 4 Gx 33 0 5 Gx 33 0 7 Gx I 62 4 Gx I2 5 9 0 Gx I2 5 9 3 32 8 8 Gx 32 9 9 Gx 33 0 8 Gx I 62 5 33 0 0 Gx 33 0 9 Gx I2 5 9 1 Gx 33 1 1 Gx 33 0 1 Gx 37 6 0 33 0 1 33 1 2 Gx I 62 6 Gx I 62 9 Gx 33 0 3 Gx 32 9 8 Gx 33 0 6 Gx 33 1 4 Gx 33 1 5 33 1 8 Gx 33 2 4 C+ N I 62 7 Gx 33 1 7 Gx I2 5 9 9 33 1 3 Gx 33 0 4 Gx 33 1 6 Gx I 62 8 Gx I2 5 9 5 I2 5 9 7 Gx I 63 0 Gx 33 3 0 OC 33 1 0 Gx 33 2 1 Gx 33 2 2 33 3 1 Gx I 63 1 33 1 9 Gx I 63 2 Gx 33 2 5 Gx I 63 3 Gx 33 2 6 Gx 33 2 0 Gx 33 3 5 Gx 33 2 3 Gx 33 2 8 I2 5 9 8 Gx 33 3 3 Gx 33 2 7 Gx 115 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 27 . 3 27 . 3 27 . 4 27 . 4 27 . 8 27 . 8 28 . 0 28 . 1 28 . 3 28 . 4 28 . 5 28 . 8 28 . 9 29 . 0 29 . 0 29 . 1 29 . 2 29 . 2 29 . 3 29 . 3 29 . 3 29 . 3 29 . 8 29 . 9 30 . 0 30 . 0 30 . 4 30 . 5 30 . 5 30 . 9 31 . 0 31 . 0 31 . 1 31 . 1 31 . 2 31 . 5 31 . 6 31 . 8 31 . 9 32 . 1 32 . 2 32 . 3 32 . 3 32 . 4 32 . 6 32 . 6 32 . 7 32 . 7 32 . 8 32 . 8 32 . 8 32 . 9 32 . 9 33 . 3 33 . 3 33 . 5 33 . 5 33 . 6 34 . 2 34 . 2 34 . 4 34 . 6 34 . 6 34 . 8 35 . 1 35 . 1 35 . 2 35 . 4 35 . 4 35 . 6 35 . 8 35 . 8 36 . 0 36 . 1 36 . 1 36 . 3 36 . 3 36 . 3 36 . 3 36 . 3 36 . 3 36 . 3 36 . 4 36 . 4 36 . 4 36 . 5 36 . 6 36 . 6 36 . 6 36 . 7 36 . 9 36 . 9 +2 8 +1 1 - 33 - 57 +2 2 - 43 +3 2 +7 9 - 31 +6 8 +1 2 - 35 - 35 +7 9 - 44 - 35 - 44 - 30 +2 6 +2 9 - 44 +2 6 - 35 - 34 - 35 - 35 - 35 - 35 - 35 - 36 - 28 - 34 +2 8 - 39 +2 6 +2 4 - 39 - 30 - 34 - 24 +2 8 +2 7 - 22 +5 6 +6 5 - 12 - 12 - 12 +1 5 - 12 - 12 +2 8 - 46 +6 4 +0 2 +1 2 +1 1 - 27 - 35 - 73 +7 3 +1 1 +1 1 +2 1 - 17 - 43 - 43 - 12 +0 3 - 06 - 58 - 32 +5 8 +3 7 - 24 +5 8 +3 7 - 27 - 27 - 08 +2 6 - 12 +5 8 +1 2 - 27 - 23 +1 4 - 27 +3 5 - 27 +2 1 +2 1 30 05 53 38 50 54 46 47 31 25 42 40 36 46 39 36 10 21 05 30 08 07 19 55 20 13 22 22 37 44 43 34 48 57 03 51 57 23 51 03 27 40 18 05 03 39 38 43 52 38 44 31 05 45 40 33 53 27 20 14 46 12 11 39 16 42 41 42 33 11 14 22 32 15 19 37 20 10 32 21 58 43 33 42 26 55 10 31 02 32 53 53 s u c s r s m r c s s s s r s s v c r s v x s c s s c s s s c c s r m r r c s d r s r s s r D r u m d s r s z d z s s c s r u s s c r r u r s r r h c r s s s v u d s s s d s s u s s D LM i Le o An t Ca r Le o Ve l LM i Dr a An t UM a Le o An t An t Dr a Ve l An t Ve l An t Le o LM i Ve l Le o An t An t An t An t An t An t An t An t Hy a An t LM i An t Le o Le o An t An t An t Hy a LM i Le o Hy a UM a UM a Hy a Hy a Hy a Le o Hy a Hy a LM i Ve l UM a Se x Le o Le o Hy a An t Ca r Dr a Le o Le o Le o Hy a Ve l Ve l Hy a Se x Se x Ca r An t UM a LM i Hy a UM a LM i Hy a Hy a Se x Le o Hy a UM a Le o Hy a Hy a Le o Hy a LM i Hy a Le o Le o 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 37 . 0 37 . 0 37 . 0 37 . 1 37 . 2 37 . 2 37 . 2 37 . 3 37 . 3 37 . 3 37 . 3 37 . 4 37 . 4 37 . 5 37 . 6 37 . 6 37 . 6 37 . 6 37 . 8 38 . 5 38 . 6 38 . 7 38 . 8 38 . 8 39 . 0 39 . 0 39 . 2 39 . 2 39 . 3 39 . 4 39 . 5 39 . 6 39 . 6 39 . 7 39 . 7 39 . 7 39 . 9 40 . 0 - 27 - 07 - 27 +1 8 +5 0 +1 2 - 27 - 27 - 41 - 58 - 03 - 27 - 58 - 25 +3 7 - 27 +0 5 - 11 - 27 - 07 - 54 +5 3 - 11 - 11 - 23 - 07 +4 1 - 00 - 00 - 00 +0 5 +4 7 - 23 +2 5 +0 9 +2 6 - 36 +2 4 34 01 34 08 06 39 41 46 38 38 22 29 37 19 27 36 35 07 05 10 09 30 39 39 49 03 41 25 13 24 06 24 56 19 13 44 03 05 s m c s r s s A s s m m d r s s u d c m s s t D D d s u r u r s r r D z v r Hy a Se x Hy a Le o UM a Le o Hy a Hy a Ve l Ca r Se x Hy a Ca r Hy a LM i Hy a Se x Se x Hy a Se x Ve l UM a Hy a Hy a Hy a Se x UM a Se x Se x Se x Se x UM a Hy a LM i Le o LM i An t LM i 3. 2 1. 4 1. 4 8. 3. 5 0. 5 2. 1 12 . 3 1. 4 1. 1 1. 8 4. 1 1. 3 1. 2 1. 5 5. 1 3. 6 2. 4 1. 5 2. 0 3. 1 2. 7 2. 3 2. 3 2. 8 1. 6 2. 4 1. 2 0. 3 1. 5 3. 3 2. 2 3. 4 2. 3 1. 1 0. 1 2. 0 1. 7 2. 5 2. 2 1. 4 2. 1 2. 9 2. 2 1. 4 1. 9 1. 1 40 . 1. 0 2. 2 3. 3 1. 0 3. 3 1. 1 1. 2 2. 1 2. 0 2. 1 1. 9 1. 5 2. 5 3. 6 3. 6 3. 0 3. 0 1. 5 2. 0 2. 6 16 . 0. 4 0. 6 1. 7 1. 2 1. 0 3. 0 7. 3. 6 2. 7 6. 8 1. 0 0. 6 2. 2 10 . 8 vB , pL , E 0d e g , sm b M E N 15 . p vF , S, R eF , vS , eE 13 5 d e g 4. 3 Cl , ar o u n d *5 . 4 m 14 . p pB , S, R, ps b M 11 . 3 cB , S, R, gm b M 15 . p F, cS , r, *1 2 nr 14 . p vF , S, 2n d of 3 cB , S, bM 10 . 6 vF , vL , iF 14 . p vF , pS , R vF , vS , R, ps b M , 1s t of 4 11 . 7 cF , S, R, ps l b M , 2n d of 4 14 . p vF , S, 3r d of 3 12 . p F, S, R, am st vv F , vS , R, ps l b M , 3r d of 4 eF , S, R bM , in d i s t i n c t (c o r n e r of pl a t e ) 14 . p vF , pL , 3 B st sp ; = IC 25 7 9 11 . 5 cB , L, mE 45 d e g , ps m b M N F, S, mE 28 0 d e g , ps b M pB , pL , E 26 0 d e g , bM ; = 32 5 1 ? 13 . p eF , vS , R, 1s t of 4 cB , bM 11 . 8 F, S, R, 2n d of 4 13 . p F, S, R, bM , 3r d of 4 cB , bM ; = 32 7 1 11 . 7 pF , S, E, pm b M , 4t h of 4 13 . p vF , vS , R, ps l b M , 4t h of 4 12 . p F, L, vl E , ps l b M pF , vS , R, 4 st nr sp cB , bM 14 . p pF , S, R, ps b M , * sf F, S, *8 p 15 . p F, vS , R, st e l l 14 . p cF , vS , E, gl b M F, S, R, D* nf ee F , pL , R, D* nr sf 11 . 7 eF , pL , E, gl b M ee F , eS , v di f f i c , *1 3 sf , *9 p 1' F, vS , iR , 32 7 7 nf 12 . 8 F, pL , R, gl b M , D* f 14 . p eF * in eF , vS ne b , be t 2 st 13 . p eF , be t 2 S st 13 . p F, S, R, gb M 16 . p F, bi N eF , pL , bM , D or st in v ; = 32 8 0 eF , pS , R, bM 15 . p F, pS , R 16 . p vF , vS , R, bM F, S, E pf , lb M 11 . 7 cB , cS , R, pg m b M pF , S, R, gb M 14 . p cF , vS , R, ps m b M * 15 . p F, S, R ee F , S, R, 3 F st f 15 . p vF , vS 13 . p pB , S, lE , gb M , 1s t of 9 eF , vS , R eF , pS , bM 14 . p eF , pS , mE , r 14 . p F, mE 14 . p vF , pS , E, * 9s 13 . p F, pL , D* p 24 s , s 4' 14 . p eF , S, lE 0d e g , gb M , B* n 6' F, pL , cE 15 d e g , sp i r ? ; = 33 6 6 F, E, gb M , *6 - 7 vn r eF , S, iR 15 . p F, S, R 14 . p vF , vS , lE 4. 7 Cl , B, Ri , pL 14 . p eF , S, R eF , vS 14 . p *1 3 in v in vF ne b eF , pS , R, be t 2 wi d e D st 14 . p vF , pS , R, ps l b M 11 . 7 cB , L, mE 13 5 d e g , gl b M 14 . p vF , S, R, 2n d of 9 16 . p ee F , 3r d of 9 F, vS , R 15 . p F, S, R, gb M , *1 2 cl o s e eF , cS ; *? 15 . p eF , cS , R, vg l b M 13 . p eF , cL , R, vg b M , r 12 . 2 F, S, R, 4t h of 9 eF , pL , E 11 0 d e g , di f 13 . p cF , cS , R, pm b M , r, am B st 11 . 9 B, L, R, p of Dn e b , 5t h of 9 14 . p F, cS , E 20 0 d e g 11 . 6 B, L, R, f of Dn e b , 6t h of 9 11 . 4 cB , S, lE 53 d e g , ps b M , r B, pS , mb M N = *1 3 , *1 1 p 4s , s 17 5 " ; 12 . p cF , E, gb M , 7t h of 9; = IC 62 9 14 . p F, S, R, r vF , vS st in v , Cl ? ; = 33 1 2 15 . p vF , vS , vl E , gl b M , r 15 . p vF , pS , iE 14 . p F, S, R 14 . p 8t h of 9 ne b vF , pL , iR , gv l b M , * 1' np ; = 33 1 4 12 . p cF , pL , pm E , lb M 6. 7 pB , vv L , iF , D* in v 14 . p F, S, r 14 . p ne b * , 5' n of 33 1 6 *8 . 5 in ne b , 33 2 4 f 6s , 6' s 13 . p eF , pS , iR , gb M N , *1 5 s 3" 14 . p vF , cS , ps b M , er 15 . p F, S, R, bM , 9t h of 9 15 . p vF , vS , iF cB , eS , R, al m st e l l pB , pS , D* nr p 13 . p F, eS , st e l l a r , *9 . 5 sp 1' . 5 7. 4 Cl , P, st 9. . . 10 . 9 cB , pL , R, vg , vs m b M N 15 " eF , pS , mE 16 0 d e g , * np en d F, iF , * p; = 33 2 1 14 . p vF , S, vl E 0d e g vF , vS , di f 11 . 3 cF , L, iE , mb , s of M 15 . p F, S, R, gb M 14 . p F, vS , vS * in v 14 . p vF , vS , R, SN 14 . p vF , eS , st e l l a r 13 . p F, pS , mE , *1 0 nf 14 . p vF , S, iR , gb M 14 . p vF , vS , R, lb M vS Cl , no t ne b s 15 . p F, S, R, N, r eF , vS , mE , *1 5 at t 14 . p vF , S, R, gb M , vS * at t = 3336 3332 I 634 33 3 4 I 635 3337 I 636 33 3 8 3339 33 4 0 34 3 6 I 637 3341 3342 33 4 7 33 5 4 I260 2 33 4 4 33 5 5 33 4 5 33 5 8 3346 33 4 9 3372 I 638 33 5 1 33 5 6 33 5 2 3360 33 5 0 33 5 7 33 6 1 3329 33 6 2 33 6 3 33 5 3 I 639 33 4 3 3365 3359 33 6 7 33 7 8 33 6 9 I260 0 33 6 8 I 640 3371 33 7 5 33 7 0 I260 1 3348 33 7 3 33 8 3 33 7 6 33 7 7 33 7 9 I 641 33 7 4 3390 34 5 0 I 642 3380 33 8 5 33 8 6 33 8 7 33 8 4 33 8 8 3393 33 8 1 I260 3 3364 33 8 2 3389 3391 33 9 9 I 643 I260 4 3405 33 9 5 I260 5 33 9 6 3402 34 2 0 34 0 9 I 645 34 0 4 34 1 1 I260 6 I260 7 I260 8 I260 9 34 0 1 3394 I 647 I 650 3400 34 2 1 34 1 2 34 2 9 I 649 33 9 2 34 1 7 I 648 I 651 I 652 3422 34 2 3 34 3 1 34 1 3 34 1 4 34 1 8 34 1 9 34 2 5 34 2 7 34 2 8 33 9 8 I 644 34 2 6 I 646 3415 3416 34 0 6 3424 3410 34 3 4 34 3 3 3446 3408 3430 I 653 I261 0 Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx * Gx Gx OC Gx D* Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx ? 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 40.3 40.4 40 . 9 41 . 4 41 . 7 41.8 41 . 9 42 . 1 42.2 42 . 3 42 . 4 42 . 4 42.6 42.7 42 . 8 43 . 1 43 . 2 43 . 5 43 . 5 43 . 6 43 . 6 43.7 43 . 8 43.8 43 . 8 44 . 0 44 . 2 44 . 3 44.3 44 . 4 44 . 4 44 . 4 44.7 44 . 8 45 . 3 45 . 4 45 . 9 46 . 1 46.3 46.6 46 . 6 46 . 6 46 . 7 46 . 7 46 . 8 46 . 8 47.0 47 . 0 47 . 1 47 . 1 47.2 47 . 2 47 . 3 47 . 4 47 . 7 47 . 8 47 . 8 47 . 9 48.1 48 . 1 48 . 1 48.2 48 . 2 48 . 2 48 . 2 48 . 3 48 . 3 48.3 48 . 4 48 . 4 48.5 48 . 5 48.5 48.9 49 . 4 49 . 4 49 . 4 49.7 49 . 8 49 . 8 49 . 9 50.0 50 . 1 50 . 2 50 . 2 50 . 3 50 . 3 50 . 3 50 . 3 50 . 3 50 . 3 50 . 4 50.6 50 . 6 50 . 7 50.8 50 . 8 50 . 9 50 . 9 50 . 9 51 . 0 51 . 0 51 . 0 51 . 0 51 . 0 51.1 51 . 2 51 . 2 51 . 3 51 . 3 51 . 3 51 . 3 51 . 4 51 . 4 51 . 4 51 . 5 51 . 5 51 . 6 51 . 6 51.7 51.7 51 . 8 51.8 51.9 52 . 0 52 . 1 52.1 52.2 52.2 52 . 2 52 . 2 - 27 +0 9 +05 +37 +15 +0 4 +04 +13 - 00 - 00 +07 +15 +0 5 +0 9 - 36 - 36 - 64 +24 - 23 +11 - 36 +1 4 +06 - 59 +15 +11 +06 +22 - 11 +30 +14 - 11 +7 6 +06 +22 +55 +16 +73 +0 1 +6 3 +13 - 40 - 25 +72 +11 +34 +1 3 - 09 +17 +72 +7 2 +13 - 24 +06 +13 +12 +34 +43 - 31 - 20 +18 +2 8 +04 +05 +05 +12 +08 - 25 +34 +32 +7 2 +36 +1 2 +1 4 +16 +12 +32 +1 6 +32 +32 +32 - 12 - 17 - 17 - 06 - 12 - 12 +37 +38 +32 - 12 +05 +6 5 - 12 - 13 +2 8 - 12 +13 +09 +01 +65 +08 +12 - 02 - 12 - 12 +05 - 17 +32 +27 +28 +13 +08 +08 +09 +55 +55 +18 +55 +4 3 +4 3 +51 +3 2 +5 1 +03 +10 - 45 +5 8 +3 2 - 00 +33 46 11 59 18 39 59 20 45 22 23 56 20 02 26 22 22 24 55 12 59 23 52 45 52 53 42 45 22 36 43 05 37 49 36 04 58 56 21 49 13 45 01 15 19 49 45 48 57 16 18 50 40 27 03 59 35 40 10 32 51 11 36 55 00 00 38 36 10 42 56 25 44 32 13 13 13 47 14 59 58 59 40 15 03 03 07 51 57 00 46 06 48 43 52 27 28 27 25 15 11 46 29 17 08 38 24 50 01 46 59 07 57 34 18 17 23 23 28 28 43 46 02 54 01 48 09 09 26 57 33 04 r r u r u r u s A A r z r r s s s s r r s s r s z s r r D r s D s r r s m s s s s r r m s d r r s z s r r r s s d r s s u s r r r s r r s x s r s r r z v r s x s r r r d s r z m x x r r d d s r s r m r r m v d r s r s s u s r r r v x r x s r r s r r s A s s u x Hy a Le o Sex 1.3 LMi Leo 1.3 Se x Sex 1.1 Leo 5.5 Se x Sex Leo Leo Se x Le o Ant 4.4 Ant Car 50. 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Leo Leo 7.4 Leo Leo Se x LMi Leo 1.9 Sex Dr a 2.1 Leo Leo UMa 1.5 Leo 0.7 Dra 1.6 Se x 4.7 UM a 6.8 Leo 2.3 Ant Hya UMa 0.4 Leo 7.1 LMi Le o Sex Leo 3.1 UMa UM a 2.2 Leo Hya Sex Leo 4.4 Leo 4.5 LMi UMa Hy a 4.0 Hya 2.7 Leo 1.6 LM i 1.9 Sex Sex Sex Leo 5.9 Leo Hy a LMi 2.4 LMi UM a 1.9 LMi Le o 2.7 Le o Leo Leo LMi 1.4 Le o LMi 1.9 LMi LMi 2.8 Hy a Hya Hya Sex Hya 2.6 Hya LMi LMi 0.7 LMi Hya Sex UM a Hya Hya LM i 1.4 Hya Leo 3.6 Leo Sex 0.6 UMa Leo Leo 0.8 Sex 0.8 Hya Hy a Sex 3.9 Crt LMi 2.4 LMi 3.6 LMi 1.2 Leo 1.1 Leo Leo Leo UMa 1.3 UMa Leo UMa UM a 2.4 UM a UMa LM i 3.0 UM a Leo Leo 3.5 Ve l UM a 1.0 LM i 3.9 Leo 2.3 LMi 13. 13. 15. 14. 15. 15. 15. 10.8 p p p p p p p 13. p 15. p 15. p 13. p 14. p 1. 9 10.0 13. p 12. p 15. p 15. p 9. 7 13. p 14. p 15. p 15. p 13. 13. 14. 12.7 15. 15. 13. 10.5 11.5 p p p p p p 15. p 16. p 9. 2 13. p 12. p 15. p 11.2 13. p 14. p 10.2 9. 3 14. 12.2 14. 14. 14. 13. 15. 15. 10.0 p p p p p p p 13. p 13. p 14. p 11.8 13. p 14. p 15. p 14. p 12.1 12.2 14. p 15. p 14. 13. 15. 15. p p p p 13. p 14. p 14. p 10.6 15. 15. 15. 15. 15. 11.2 14. 13. 10.8 14. 13. 14. 14. 14. p p p p p p p p p p p p 14. p 13. 15. 13. 13. 15. 13. 12. p p p p p p p 14. p 11.5 14. p v F , p L , lE , g l b M vF, S, lE 130d e g vF , S , r cF , v S , R , b M F, S , R , g b M e F , v S , al m s t e l l a r vF , v S , r F, c L , E, vg b M , * 7 p 1 0 s eF, stel l a r F, S , R eS F, v S , in li n e w 3 s t vF, vS eF, eS pF , S , mE 0d e g +/ - , v s v m b M , 1 s t o f 3 F, S , v l E , p s b M , 2n d o f 3 Cl , c o , i n c l t h e t a C a r cB , L , gb M , * i n v , 2 s t f ne b , no d e s c r i p t i o n ee F ( i f a n y t h i n g ) cF , v S , v l E , v S * at t , 3r d o f 3 c F , v L , R, vg v l b M , e r eF , v S ! g r e a t ne b , et a C a r F, v S , R B, L , R , p g m b M N ; = M 9 5 vF , p S , R , b M , *9 s 15 0 " +/ pB , S , R, bM N vF, R, pair with 3361 eF , v S , 2 st 9 - 10 s F, S , m b M mE 1 6 0 d e g , br i g h t e r t h a n 3 3 6 0 p B , S , l E , ps m b M vF , p S , R , l b M , r F, p S , iR , l b M , r F, c S , R, pg b M , * s 90 " eF , S , mE ns , * 1 0 n f 5 ' pF , S , R, gb M eF, L, eE 159d e g , vgvl b M p B , L , E 0 d e g , gl b M pB , c L , i R , vg l b M , r , 1s t o f 3 cF , S , R, gl b M eF , v S , R eF , S , v d i f vB , v L , l E , vs v m b M , r; = M9 6 vF , p S , E , D ? e F , R , 2 n d of 3 F, S , R , g m b M cB , p L , v l E , g b M , r eF , p S , s e v eF st i n v B , S, il E , ps b M , * 1 1 28 2 d e g , 2 1 s F, R , 3 r d of 3 F, p L , iR , g l b M vF , S vB , c L , l E , sv m b M B N vB , c L , R , p s b M , r; = M1 0 5 vS , p S , d i f vF , c S , i R F , S, pm E 0 d e g vF , L , R, vg l b M , r vF , p S , l E , 2 s t f p B , p S , R, sb M vF , S , R, s of 2 vF , S , lE , b M , n of 2 eF , e S vB , L , R, ps m b M , 2n d o f 3 F, R F , S, R, p s b M , 2 s t 1 0 f pF , c L , i R , vg l b M , 1 s t o f 3 vF , p L , b i N or D pf , b f v F , L , R , v g b M , r, D * s f F, S , i R ; S Cl ? F , L, E pf , v g l b M , 3 r d of 3 F , S, R, b e t 2 s t , n r F, v S pF , S , E n s , l b M F, c S , di f F , eS , a l m st e l l , cl o s e t o S * cB , p S , i l E , 1 s t of 2 eF , S , 0' . 3 ss p 3 3 9 5 pB , p S , i l E , 2 n d of 2 F, R eF , v S , R , p g b M N , * 8 . 5 s 6' eF , S , E 2 0 0 d e g , 2 vF s t i n v F, S , R pB , v L , E pf ; = I C 2 6 0 9 ? F, S , R , l b M F, S , E n s , di f vF , v S , v l b M , d i f f i c F, v S , R, *1 4 a t t vf , S , bM ; = 3 4 0 4 eF ( n o t v e r i f i e d ) c F , S , l E , vg b M eF , v S , d i f , 3 4 1 1 p pF , v S , R pF, S, R, bM F, R B, S , l E 1 3 5 d e g + / - , sm b M N pF , R F, S , l b M , * 1 0 . 5 sp vF , S , ps b M , s t n r eF , v S , a l m st e l l eF , v S , v F * in v , di f f i c pB , p S , g b M , r F, v S , R, bM F , R, on l y su s p F, v L , R, vg b M , r r eF , S , E 1 3 0 d e g , g b M F, S B, p L , R, mb M cF , S , R, bM F, v S , R, al m s t e l l , S * v n r eF , e S , R ne b , no d e s c r vF , S , lE , g l b M vF , S , E, er ee F , pS , l E , B * s f , sp o f 2 pF , S , R, D* n ee F , pS , R , nf of 2 p B , S , v l E , s t e l l , 3 S st nr e F (F * ? ) , n o f 3 4 1 5 pB , R , pg b M p F , p L , lE , s p o f 3 F , pS , d i f , 2 ' s f 34 0 6 F, p S , R, vg l b M vF , v L , R , v g b M C l , p L , P, lC , i F , s t 9 . . . 1 3 v F , c S , R, 2 pB st s p B , L , i E , gb M , 2n d o f 3 F, S , R , d i f vF , S , lb M , * 2 5 " p 34 0 7 Gx 10 52 . 3 34 3 8 Gx 10 52 . 4 34 3 9 Gx 10 52 . 4 34 3 2 Gx 10 52 . 5 34 4 1 Gx 10 52 . 5 34 3 7 Gx 10 52 . 6 I2 6 1 1 * 10 52 . 7 34 4 9 Gx 10 52 . 9 34 4 3 Gx 10 53 . 0 34 4 4 Gx 10 53 . 0 34 4 2 Gx 10 53 . 1 34 4 7 Gx 10 53 . 4 I2 6 1 2 Gx 10 53 . 6 34 5 3 Gx 10 53 . 7 34 0 3 Gx 10 53 . 9 34 4 0 Gx 10 53 . 9 I 65 4 10 53 . 9 34 5 2 Gx 10 54 . 1 34 5 6 Gx 10 54 . 1 33 9 7 - 10 54 . 2 I2 6 1 3 10 54 . 3 34 5 1 Gx 10 54 . 4 I 65 5 Nb 10 54 . 4 34 5 4 Gx 10 54 . 5 34 5 5 Gx 10 54 . 5 34 4 5 Gx 10 54 . 6 34 4 8 Gx 10 54 . 7 34 5 7 Gx 10 54 . 7 34 5 9 Gx 10 54 . 7 34 6 4 Gx 10 54 . 7 34 3 5 Gx 10 54 . 8 34 6 0 10 54 . 8 34 6 1 Gx 10 54 . 9 34 6 3 Gx 10 55 . 1 I 65 6 OC 10 55 . 1 34 6 2 Gx 10 55 . 3 34 5 8 Gx 10 56 . 0 34 6 6 Gx 10 56 . 3 34 6 7 Gx 10 56 . 7 34 6 9 Gx 10 56 . 9 34 7 2 - 10 57 . 3 34 6 8 Gx 10 57 . 4 I 65 7 10 57 . 9 34 7 3 Gx 10 58 . 0 34 7 4 Gx 10 58 . 1 34 7 6 Gx 10 58 . 1 I 65 9 10 58 . 1 34 7 7 Gx 10 58 . 2 34 7 5 Gx 10 58 . 3 I 65 8 Gx 10 58 . 3 I 66 0 Gx 10 58 . 5 34 8 2 Gx 10 58 . 6 34 7 0 Gx 10 58 . 7 34 7 9 Gx 10 58 . 9 34 8 0 - 10 58 . 9 I 66 1 Gx 10 58 . 9 34 8 3 Gx 10 59 . 0 34 7 1 Gx 10 59 . 1 34 6 5 Gx 10 59 . 3 I 66 2 Gx 10 59 . 4 34 7 8 Gx 10 59 . 5 34 8 1 Gx 10 59 . 5 34 9 6 OC 10 59 . 8 34 9 0 Gx 10 59 . 9 34 8 5 Gx 11 00 . 0 34 8 9 Gx 11 00 . 3 I2 6 2 1 Pl 11 00 . 3 34 8 6 Gx 11 00 . 4 I 66 5 11 00 . 5 34 9 1 Gx 11 00 . 6 I 66 3 Gx 11 00 . 6 34 8 7 Gx 11 00 . 7 I 66 4 Gx 11 00 . 7 34 9 2 Gx 11 00 . 9 34 9 4 - 11 01 . 2 34 9 5 Gx 11 01 . 3 35 0 3 Nb 11 01 . 3 I 66 6 Gx 11 01 . 3 34 8 8 Gx 11 01 . 4 34 9 7 - 11 01 . 4 34 9 3 Gx 11 01 . 5 I2 6 1 4 11 01 . 6 35 0 0 Gx 11 01 . 7 34 9 8 ** * 11 01 . 9 I2 6 1 5 11 02 . 0 I2 6 1 8 11 02 . 0 35 0 2 Gx 11 02 . 1 I2 6 1 6 Gx 11 02 . 2 I2 6 1 7 Gx 11 02 . 2 I2 6 1 9 Gx 11 02 . 2 I2 6 2 0 Gx 11 02 . 3 35 0 5 - 11 02 . 7 35 2 3 Gx 11 02 . 8 35 0 1 Gx 11 02 . 9 35 0 8 Gx 11 02 . 9 34 8 4 - 11 03 . 0 34 9 9 Gx 11 03 . 2 35 0 4 Gx 11 03 . 2 35 0 6 Gx 11 03 . 2 35 1 1 Gx 11 03 . 4 35 0 7 Gx 11 03 . 5 I2 6 2 2 11 03 . 5 35 1 0 Gx 11 03 . 7 35 1 3 Gx 11 03 . 8 I2 6 2 3 11 03 . 8 35 1 4 Gx 11 03 . 9 35 1 2 Gx 11 04 . 0 35 1 9 - 11 04 . 0 35 1 8 Gx 11 04 . 3 35 0 9 Gx 11 04 . 4 35 1 5 Gx 11 04 . 6 35 2 0 As t 11 05 . 5 35 1 7 Gx 11 05 . 6 35 2 1 Gx 11 05 . 8 35 2 5 - 11 06 . 4 35 3 2 OC 11 06 . 4 35 2 4 Gx 11 06 . 5 I 66 7 Gx 11 06 . 5 35 2 2 Gx 11 06 . 6 I 66 8 Gx 11 06 . 6 35 1 6 Gx 11 06 . 8 35 3 1 11 06 . 9 35 2 6 Gx 11 07 . 0 35 3 3 Gx 11 07 . 2 35 2 7 Gx 11 07 . 3 35 2 8 Gx 11 07 . 3 35 2 9 Gx 11 07 . 3 I 66 9 Gx 11 07 . 3 I2 6 2 4 Gx 11 07 . 3 I2 6 2 5 Gx 11 07 . 3 I 67 0 Gx 11 07 . 4 116 +6 1 +1 0 +0 8 +3 6 +0 7 +2 2 +1 0 - 32 +1 7 +1 0 +3 3 +1 6 +3 2 - 21 +7 3 +5 7 - 11 - 11 - 16 +7 7 +3 2 +2 7 - 00 +1 7 +1 7 +5 6 +5 4 +1 7 - 17 - 21 +6 1 +1 7 +1 7 - 26 +1 7 +0 7 +5 7 +0 9 +0 9 - 14 - 19 +4 0 - 04 +1 7 +1 7 +0 9 - 06 +0 9 +2 4 +0 8 +0 1 - 46 +5 9 - 14 +0 9 +0 1 - 28 +6 1 +7 5 +0 1 +4 6 - 07 - 60 +0 9 +1 4 +1 3 - 65 +2 8 - 13 +1 2 +1 0 +1 7 +1 0 +1 0 +0 3 +0 3 - 59 +1 0 +5 7 - 19 +2 7 +3 8 +7 5 +1 4 +3 7 +2 7 - 14 +3 8 +3 8 +3 7 +3 8 - 15 +7 5 +1 7 - 16 +7 5 +5 6 +2 7 +1 1 - 23 +1 8 - 16 +2 8 - 23 - 20 - 18 +2 8 - 61 - 06 +0 4 +2 8 - 17 +5 6 - 00 - 19 - 58 +1 1 +1 5 +2 0 +1 5 +7 2 +0 7 +0 7 - 37 +2 8 - 19 - 19 +0 6 - 19 - 19 +0 6 23 34 34 37 14 56 07 56 34 13 55 46 46 47 41 07 44 24 02 17 58 14 22 21 17 59 19 37 04 04 18 36 39 07 36 42 07 45 46 18 38 57 54 07 05 17 16 13 14 15 23 35 31 58 21 40 28 32 12 36 07 31 20 22 50 54 15 58 52 10 27 35 33 30 43 38 51 29 41 28 44 48 13 23 56 46 08 46 39 57 30 29 08 59 18 49 13 58 05 05 08 14 53 15 06 49 02 22 28 50 14 56 31 02 27 40 24 05 04 02 34 10 10 10 32 28 33 18 28 33 43 s r r s r s x s s v s s x r s s d r s r x r x s s s s r r s r A r r x r s s r r r r d r r r d r r m z c s r r z r s r z s r s r s s s s d r z r m r r s s z s r r d A r d d r m m z u r r s r r s s s s s d s s d r s r r s s F s s r s r z r m s D r v r c c u c c u UM a Le o Le o LM i Le o Le o Le o An t Le o Le o LM i Le o LM i Hy a Dr a UM a Cr t Cr t Cr t Dr a LM i LM i Le o Le o Le o UM a UM a Le o Cr t Hy a UM a Le o Le o Hy a Le o Le o UM a Le o Le o Cr t Cr t UM a Le o Le o Le o Le o Le o Le o Le o Le o Le o Ve l UM a Cr t Le o Le o Hy a UM a Dr a Le o UM a Cr t Ca r Le o Le o Le o Ca r LM i Cr t Le o Le o Le o Le o Le o Le o Le o Ca r Le o UM a Cr t LM i UM a Dr a Le o UM a LM i Cr t UM a UM a UM a UM a Cr t Dr a Le o Cr t Dr a UM a LM i Le o Cr t Le o Cr t LM i Cr t Cr t Cr t LM i Ca r Le o Le o LM i Cr t UM a Le o Cr t Ca r Le o Le o Le o Le o UM a Le o Le o Ce n UM a Cr t Cr t Le o Cr t Cr t Le o 1. 7 6. 2 2. 6 15 . 14 . 15 . 11 . 3 14 . 13 . 2. 6 2. 5 1. 2 0. 7 3. 8 13 . 14 . 3. 1 2. 3 13 . 14 . 2. 1 15 . 13 . 13 . 13 . 13 . 1. 2. 2 2. 8 1. 6 5. 4 2. 8 14 . 13 . 12 . 4 11 . 7 13 . 14 . 13 . 14 . 14 . 1. 7 1. 3 13 . 13 . 15 . 14 . 14 . 14 . 15 . 15 . 15 . 0. 3 2. 0 1. 7 2. 0 2. 8 9. 2. 5 3. 7 0. 1 6. 9 1. 0 4. 6 3. 2. 0 15 . 14 . 15 . 16 . 14 . 13 . 16 . 13 . 13 . 14 . 16 . 13 . 14 . 8. 2 15 . 13 . 10 . 3 10 . 3 14 . 16 . 14 . 15 . 14 . 13 . 15 . 14 . 15 . 15 . 0. 2 0. 8 1. 1 14 . 15 . 15 . 16 . 15 . 3. 7 14 . 13 . 14 . 1. 0 2. 7 1. 3 5. 4 3. 5 14 . 11 . 1 13 . 12 . 11 . 3. 8 2. 8 12 . 9 12 . 1. 7 13 . 12 . 4 2. 3 1. 1 14 . 15 . 1. 2 9. 5 14 . 8. 9 55 . 0. 6 2. 3 3. 0 13 . 15 . 14 . 15 . 11 . 6 13 . 2. 6 15 . 3. 0 1. 5 1. 6 3. 0 1. 5 1. 3 14 . 15 . p vF , vS , R, vS * nr p vF , eS , al m st e l l p ee F , vS , al m st e l l pB , pL , vm E 40 d e g , ** cl o s e sp p pB p pB , pL , lE 12 0 d e g , gb M eF p F, S, R, *6 - 7 sf p ee F , vS , R eF , vS , pm E p F, vS , R, mb M , r? p eF , vL , vg v l b M , B ** sp F, S, R, di f F, S, R, bM p pF , L, iE , vg b M p vF , S, lE vF , S, di f f i c p eF , R, n of S* p eF , at t to *1 2 f cB , vS , iF ; = 33 2 9 ? B, pL , E 20 0 d e g , gm b M di f N; = 34 3 0 p F, pL , vl E , vl b M eF , iF p pF , lE , np of 2 p pF , S, E, gb M , r, sf of 2 cB , pL , iR , vg l b M , *1 0 nf 2' B, pL , mE 67 d e g , gb M p 2 or 3 S st an d ne b p vF , S, E, gb M p eF , pL , E 12 5 d e g p cF , pS , lE , vg b M pB , R, no * nr ; = 34 5 7 F ne b 5' nf 34 6 0 p F, S, R, gl b M vS , Cl , ne b ? p vF , vS , vl E , ps b M p vB , vS , R, st e l l a r p vF , *9 90 d e g , p of 2 p vF , R, vs m b M *1 2 , f of 2 p ee F , S eF , S, R, gb M p F, eS , R, bM F, pS , lE ns p vF , E, be t 2 st p vF , pS , R, s of 34 7 3 p eF , vS , al m st e l l F, S, R, bM p ee F , eS , st e l l p vF , R, gb M , *1 3 1' n (2 ' s? ) p F, vS , R, st e l l a r p vF , S, r eF , S, R, gb M p vF , S, R, vg b M p eF , pS , E 90 d e g , gb M N S, st e l l a r p eF , vS , R, di f f i c p pF , S, R, bM , am st p vF , S, R, bM p eF , pL , R, vg l b M , ** nf p vF , SN , di f f i c p eF , S, R p eF , vS , rr , pr o b vF Cl , *9 5' sf Cl , pL , pR i , lC , st 13 p vF , S p F, L, R, gl b M , r vB , pL , lE 80 d e g +/ - , sm b M N PN , st e l l , 10 . 5 m cB , cL , R, gm b M F, vS , R, bM p eF , cS , R, bM N p eF , vS , R, 2 st s, 1s t of 4 p ee F , pS , R, v di f f i c p eF , vS , R, lb M , 34 9 2 f p pF , S, *9 . 5 p 20 s , 1' s vS , 34 9 5 6' s p vF , pL , mE 3 S st 10 in vF ne b p eF , vS , iF , 4t h of 4 p eF or cB , vl E , pS , *1 3 s at t vF , vS , iR , gl b M ; = 35 2 8 ? p vF , R, bM , * sp vF , vS , R p vF & eF , Dn e b , v ne a r eF , pL F, vS , R, lb M vS ne b ? p eF , pL , iR , gl b M p F, S, R, gb M , r p F, S, R, FN p F, vS , R st e l l p F, S, R, N, r pF , S, R, gl b M , *1 4 nr p F, pL , lb M (p l a c e do u b t f u l ) p vF , mE ns , gb M , 3' lo n g p F, S, bM , * 0' . 5 nf ve r y do u b t f u l ob j e c t p vF , vS , st e l l a r B, L, E, mb M N , rr , p of 2 p vF , cS , R, vg v l b M p vF , vL , mE p cF , pL , R, sb M S *, *9 at t 25 d e g ee F , eS , li k e D* F, L, cE , *7 , 31 0 d e g , 8' p vF , vL , mE vF , vS p vF , pL , R, vg v l b M F, pS , R, pg b M , f of 2 Cl , pR i , pC eF , eS , lE p eF , S, lE ? p vF , S, R, se v eF st in v eF , vS , iR , gb M , se v vF st in v p eF , S, R, vg b M cB , cL , mE 14 0 d e g +/ - , vs m b M N F, pS , gb M N !! , Cl , eL , R, lC , st 8. . . 1 2 p F, S, lE , ps b M , 2 st np in li n e p vF , vS , R, vl b M p pF , vS , lE p vF , vS , R, bM pB , vS , iR , ps m b M * E 50 d e g , *1 1 at sp en d ; = 35 2 6 p eF , vm E 50 d e g +/ ee F , vS * at t p eF , S, *1 0 p 60 " F, S, R, ps l b M , p of 2 eF , S, R, vl b M , f of 2 p pB , vS , R, sb M cB , pS , R, n of 2; = 35 2 8 ee F , vS , R, s of 2; = 35 2 9 p F, pS , R, bM I 671 Gx I 672 Gx 35 3 5 Gx 3537 Gx 3530 Gx 35 3 4 Gx 35 3 6 Gx 3541 Gx I262 6 Gx 3539 Gx 35 4 0 Gx I 673 35 5 1 Gx 35 5 5 Gx 35 4 6 Gx I263 1 3547 Gx 35 6 5 3566 I262 7 Gx 35 4 2 Gx 3557 Gx 3545 Gx 35 4 8 35 7 2 C+ N 35 5 0 Gx 35 5 2 Gx 35 5 3 Gx 3564 Gx 3554 Gx 35 5 9 Gx 35 6 0 * I 675 35 4 3 Gx 3568 Gx 3549 Gx 35 5 8 Gx I 674 Gx 3561 Gx 3567 Gx 35 7 3 Gx 35 6 3 Gx 35 3 8 35 4 4 Gx 35 5 6 Gx 3571 Gx I262 8 Gx 3576 Nb 35 7 9 Nb 3569 Gx 35 7 0 Gx 3581 Nb 35 7 4 Gx 35 8 2 Nb 35 8 4 Nb 35 8 6 Nb I262 9 I 676 Gx I263 0 3578 3562 Gx 3590 OC 35 7 5 I263 2 I263 3 3580 Gx 3585 Gx I263 4 Gx I263 5 I263 6 35 7 7 Gx I263 7 Gx I 677 Gx I263 8 Gx I263 9 35 8 8 Gx 35 9 1 Gx I 678 Gx I264 0 35 8 3 Gx I264 1 I264 2 35 9 2 Gx I264 3 I264 4 I264 5 Gx 35 9 3 Gx 35 9 7 Gx I264 6 I264 7 I264 8 Gx 35 8 7 Pl M97 I264 9 Gx I265 0 I265 1 I265 2 I265 3 35 9 6 Gx 3603 C+N I265 4 I265 5 I265 6 35 8 9 Gx 3598 Gx I265 7 I265 8 * 35 9 5 Gx 35 9 9 Gx 36 0 1 Gx I265 9 * I266 0 I266 1 Gx I266 2 * I266 8 Gx I266 3 * I266 4 * I266 5 I266 6 Gx I266 7 36 0 0 Gx 36 0 2 Gx I266 9 I267 0 35 9 4 Gx 3620 Gx I267 1 I267 2 I267 3 36 0 6 Gx I267 4 Gx 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 07 . 6 08 . 0 08 . 5 08.6 08.7 08 . 7 08 . 8 08.8 09 . 0 09.1 09 . 3 09 . 5 09 . 6 09 . 7 09 . 8 09 . 8 09.9 09 . 9 09.9 09 . 9 10 . 0 10.0 10.2 10 . 4 10 . 4 10 . 6 10 . 6 10 . 6 10.6 10.7 10 . 7 10 . 7 10 . 7 10 . 8 10.8 10.9 10 . 9 11 . 1 11.2 11.3 11 . 3 11 . 4 11 . 5 11 . 5 11 . 5 11.5 11 . 6 11.8 11 . 9 12.1 12 . 1 12.1 12 . 2 12 . 3 12 . 4 12 . 6 12 . 6 12 . 7 12 . 7 12.8 12.9 12.9 13 . 1 13 . 1 13 . 2 13.3 13.3 13 . 5 13 . 5 13 . 6 13 . 8 13 . 8 13 . 9 13 . 9 13 . 9 14 . 0 14 . 1 14 . 1 14 . 1 14 . 2 14 . 2 14 . 2 14 . 4 14 . 5 14 . 5 14 . 5 14 . 6 14 . 6 14 . 6 14 . 7 14 . 7 14 . 8 +00 - 12 +04 - 10 +5 7 +26 +28 - 10 +26 +2 8 +36 - 00 +21 +21 - 13 - 76 +1 0 - 20 - 20 - 23 +36 - 37 +3 6 +36 - 60 +28 +28 +28 - 37 +2 8 +12 +11 +03 +61 - 37 +5 3 +28 +43 +2 8 +0 5 - 36 +26 +75 - 18 +55 - 18 +12 - 61 - 61 +3 5 +27 - 61 +27 - 61 - 61 - 61 +12 +09 +12 - 15 +7 2 - 60 +22 +11 +11 +0 3 - 26 +10 +11 +11 +48 +09 +12 +10 +09 +20 - 14 +06 +11 +48 +09 +10 +17 +10 +10 +11 +12 - 23 +12 +12 +10 +55 47 29 50 26 14 36 29 56 55 40 01 05 43 44 23 37 43 02 02 44 57 32 58 02 14 46 42 42 33 40 01 11 41 22 27 23 33 38 43 50 51 58 34 17 40 17 08 23 14 27 35 18 37 16 12 21 06 04 19 57 53 47 40 40 36 40 45 30 28 27 16 36 19 34 39 24 04 35 00 19 24 16 16 08 46 54 49 43 32 09 14 01 u m r r r r r r z r r d r r r d s r r s r s r r s s r r s r s r d r v s s u s r r s r c s s z d d r s r v r r r d u d r r s r d d r s m d d s u u u d r r m d s d d s d d z s r d d z s Leo Crt Leo Cr t UM a Leo UMa Cr t Leo UM a UMa Leo Leo Leo Crt Cha Le o Crt Cr t Crt UMa Ce n UM a UMa Car UMa UMa UMa Ce n UM a Leo Leo Leo UMa Ce n UM a UMa UMa UM a Le o Cen Leo Dra Crt UMa Cr t Leo Ca r Car UM a Leo Ca r Leo Car Car Car Leo Leo Leo Cr t Dr a Ca r Leo Leo Leo Le o Hy a Leo Leo Leo UMa Leo Leo Leo Leo Leo Crt Leo Leo UMa Leo Leo Leo Leo Leo Leo Leo Crt Leo Leo Leo UMa 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 14 . 8 14 . 9 14 . 9 14 . 9 14 . 9 15 . 1 15.1 15 . 1 15 . 1 15 . 1 15 . 2 15.2 15 . 2 15 . 2 15 . 4 15 . 4 15 . 5 15 . 5 15 . 5 15 . 5 15 . 5 15 . 5 15 . 6 15 . 6 15 . 7 15 . 7 15 . 7 15 . 8 15 . 8 15 . 9 16 . 0 16 . 1 16.1 16 . 1 16 . 1 16 . 1 16 . 2 16 . 2 +11 +13 +12 +12 +10 +14 - 61 +12 +12 +12 +60 +1 7 +13 +13 +47 +18 +05 +12 +12 +13 +12 - 14 +12 +12 +11 +13 +12 +41 +17 +13 +11 +55 - 76 +13 +10 +10 - 33 +11 08 51 15 27 33 47 15 30 10 23 42 16 42 00 27 07 07 53 26 37 46 11 36 34 43 47 07 36 25 26 47 42 13 08 10 10 49 03 m d d d d s s d d d s r d x s s r x d z x m x x d m d s r d d r c d d d r u Leo Leo Leo Leo Leo Leo Ca r Leo Leo Leo UMa Le o Leo Leo UMa Leo Leo Leo Leo Leo Leo Crt Leo Leo Leo Leo Leo UMa Leo Leo Leo UMa Ch a Leo Leo Leo Hya Leo 1.6 0.5 15. 15. 14. 14. 14. 15. 15. 15. 16. 15. 14. p p p p p p p p p p p 15. p 15. p 14. p 2.2 12.8 2.7 12.0 15. p 10.4 15. p 4.0 20. 1.4 2.1 1.5 6. 6 14. 15. 15. 12.2 15. 14. p p p p p 15. p 2.4 3.2 1.3 1.8 1.1 12. 15. 14. 15. 14. p p p p p 1.4 15. p 8.3 3.3 10.1 13. p 15. p 20 . 1.3 14. p 15. p 0.5 2.2 13. p 4. 13. p 8.2 2.9 0.4 14. p 10.0 15. p 1.7 0.9 1.6 1.1 15. 14. 14. 15. 0.2 15. p 14. p 15. p 2.8 12. p 2.0 15. p 5.8 16. p 11.0 13. p 3.2 0.6 4.2 12 . 1.7 1.7 2.8 1.0 0.7 4.3 2.8 1.4 p p p p 16. p 11.2 vF , p S , R vF , v S cF , v S , R , b M , r v F , S , v F s t in v vF, S, R, pgbM vF , * 9 np 3' F, S , R , b M nebu l o u s * F, v S , di f , di f f i c eF vF , R , ps b M , * 7 p 7 ' vF , v S , E pf , r ee F , vS , R , sp of 2 vF , R , nf of 2 ne b * 12 , * 1 2 2 ' n f *9 i n L n e b F , S, lE , v l b M vF , v S , R , g b M N , 1s t o f 2 e e F , e S , R , g b M , 2 n d of 2 eF , L , R, st e l l N vF , S , ir r R , l b M , r B , S, R, p g m b M , 1s t o f 3 v F , v S , ir r R , l b M , r eF , S , *8 , p ; = 3 5 4 0 ? Cl , p R i , l C F (v a r ? ) , S, R , b M , *9 f 1' , 1 s t o f eF , v S , 2 n d of 4 eF , v S , f o r m s D n e b w i t h 3 5 5 2 p F , S , R , b M , 2 n d of 3 v F , p S , R, bM , 3 r d o f 4 eF , p S , l E , r F, S , R , g b M pB , p L , E ns , b i N ? eF , v S , E 0d e g +/ - , r v F , p L , R, * in v , 3 B s t n r , 3 r d of c B , c L , cE 16 0 d e g pF , S pF , R , bM , D * s f v F , p L , 4t h o f 4 eF, R, sbM, r eF , S , R, gl b M , 3 s t 1 1 f pF , p L , * 8 2 ' n vF , p L , * 1 7 nr vF , L , mE 95 d e g , b M ; = 3 5 7 1 cB , v L , v m E 79 d e g , pb M , r; = M1 0 8 p F , p L , iF , b M pF , p S , R , b M , sp i r F , lE , 1 s t of 6 F, l E , sb M , 2n d o f 6 F , vS , s t e l l vF , v S , R , b M * 1 2 w i t h f a n - sh a p e d n e b a t t , 3 r d of eF B, b M * , 4 t h of 6 F, L , E 0 d e g , bM , 5 t h o f 6 eF , S , E 1 6 0 d e g + / - , 6t h o f 6 F, S , R , b M vF , p S , l E , be t 2 d i s t s t F, v S , R, sp i r d o u b t f u l o b j e c t , p r o b a b l y a ne b p F , p S , lE , g b M , * 1 5 , 2 2 d e g , 7 0 " Cl, pRi, C, E pB , p L , R , * 1 1 p F, S , R , b M F, c S , iF vF, *14 f B , pL , E , v s m b M N , 2 B s t t r i a n g l e cB , c S , R , g b M F, S , s t e l l N F, S , b M eF , v S , p of 2 pB , c S , R , b M F, p L , gb M cB , p S , E 10 0 d e g , b M F, S , R , b M , s p i r vF , c S , 4 s f d e l t a Le o ( & 8' s) vF , S , iR , l b M F, S , r , N = 1 3 . 5 F, S , i F pB , p L , R , v g m b M F, S , i F vF , v S , R , b M , sp i r eF , S , pm E 6 0 d e g cF , S , R, bM F, S , R pF , S , R, bM B, c L , E 9 0 d e g +/ - , p s m b M vF , p S , R , b M vF , v S , i F eF , p L , i F cF , c S , R , b M !! , P N , v B , v L , R, vv g , vs b M , 1 5 0 " 1 5 . p pB , S , R, bM , s p i r F, S , b M , iF F, S , R , b M vF , S , R, bM , s p i r vF , S , R 1 2 . p pF , L , R, gl b M 9 . 1 g l o b . cl . an d n e b , s t 15 . . . 1 8 vF , S , E 1 2 0 d e g eF , S , iF vF , S , iF , E 1 2 0 d e g 1 5 . p vF , L , E, vg b M , i n t r i a n g l e o f L s t 1 3 . p F , vS , s t e l l , * n F, p L , di f , be t 2 s t vF , c S , R , b M 1 3 . p vF , v S , v l E , s t e l l a r , cB * n 11.9 B, p S , R, pg m b M 1 4 . p vF , p S , a l m st e l l F, v S , R, bM , s p i r vF , S 1 5 . p F, p S , E 1 0 0 d e g , b M F, v S , R, bM 1 4 . p eF , S pB , v S , R , s b M * F, v S , lE 80 d e g , b M vF , p L , i F , N, 2 st 13 a t t 1 5 . p cB , c S , E 20 d e g , b M F, v S , R, bM , s p i r 1 2 . p pF , S , lE 0d e g +/ - , v g b M 1 5 . p ee F , vS , a l m s t e l l F, S , E 5 0 d e g , b M F, v S , R, bM , s p i r 1 5 . p vF , v S , s t e l l a r F , pS , p m E , g b M F, v S , R, bM F, v S , R, bM F, p L , iF , N , * 1 1 f 1' eF , S , R, gb M 1 5 . p F, p S , R, bM , s p i r 4 3 6 d; = I2 6 7 5 36 0 4 I2 6 7 6 I2 6 7 7 I2 6 7 8 I2 6 7 9 I2 6 8 0 I 67 9 I2 6 8 1 Gx I2 6 8 2 36 0 5 Gx 36 0 7 Gx I2 6 8 3 36 0 8 Gx I2 6 8 4 Gx I2 6 8 5 I2 6 8 6 I2 6 8 7 I2 6 8 8 I2 6 8 9 I2 6 9 0 I2 6 9 1 36 1 1 Gx I2 6 9 2 I2 6 9 3 I2 6 9 4 Gx 36 0 9 Gx 36 1 7 Gx I2 6 9 5 I2 6 9 6 I2 6 9 7 I2 6 9 8 I2 6 9 9 I2 7 0 0 I2 7 1 4 OC 36 1 5 Gx I 68 0 Gx I2 7 0 1 I2 7 0 2 I2 7 0 3 Gx I2 7 0 4 Gx I2 7 0 5 36 1 2 Gx 36 1 6 36 1 4 Gx 36 2 1 Gx 36 1 0 Gx 36 1 8 Gx I2 7 0 6 I2 7 0 7 36 1 3 Gx I 68 1 I2 7 0 8 Gx I2 7 0 9 36 2 4 Gx I2 7 1 0 I2 7 1 1 36 2 3 Gx I2 7 1 2 I2 7 1 3 I2 7 1 5 I2 7 1 6 I2 7 1 7 36 1 9 Gx I2 7 1 8 I2 7 1 9 I2 7 2 0 I2 7 2 1 I2 7 2 2 I2 7 2 3 I2 7 2 4 I2 7 2 5 I2 7 2 6 * I2 7 2 7 36 2 6 Gx I2 7 2 8 * I2 7 2 9 I2 7 3 0 36 2 2 Gx 36 2 7 Gx I2 7 3 1 * I2 7 3 2 36 2 8 Gx 36 3 0 Gx 36 3 8 Gx 36 3 3 Gx 36 3 6 Gx I2 7 3 3 D* I2 7 3 4 36 2 5 Gx 36 2 9 Gx 36 3 2 36 3 4 Gx 0' . 4 36 3 5 Gx 36 3 7 Gx I2 7 3 6 36 3 1 Gx I2 7 3 5 Gx 36 4 0 Gx I2 7 3 7 36 4 1 Gx I 68 2 I2 7 3 9 I2 7 3 8 Gx I2 7 4 0 I2 7 4 1 I2 7 4 2 36 4 3 Gx I 68 3 Gx I2 7 4 3 36 3 9 Gx 36 4 4 Gx I2 7 4 5 Gx 36 4 5 Gx 36 4 7 Gx I 68 4 I2 7 4 6 36 4 6 Gx I2 7 4 4 Gx I2 7 4 7 I2 7 4 8 I2 7 4 9 Gx I2 7 5 0 I2 7 5 2 Nb I2 7 5 3 I2 7 5 4 Nb I2 7 5 5 * I2 7 5 6 I2 7 5 7 Gx I2 7 5 8 Gx 117 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 16 . 2 16 . 3 16 . 3 16 . 3 16 . 4 16 . 4 16 . 4 16 . 6 16 . 6 16 . 6 16 . 8 16 . 9 16 . 9 17 . 0 17 . 0 17 . 0 17 . 1 17 . 2 17 . 3 17 . 3 17 . 4 17 . 4 17 . 5 17 . 6 17 . 6 17 . 6 17 . 8 17 . 8 17 . 8 17 . 8 17 . 9 17 . 9 17 . 9 17 . 9 17 . 9 18 . 0 18 . 0 18 . 0 18 . 0 18 . 1 18 . 1 18 . 1 18 . 2 18 . 2 18 . 3 18 . 3 18 . 4 18 . 5 18 . 5 18 . 5 18 . 6 18 . 6 18 . 6 18 . 7 18 . 8 18 . 8 18 . 8 18 . 9 18 . 9 19 . 2 19 . 2 19 . 3 19 . 3 19 . 4 19 . 4 19 . 5 19 . 6 19 . 7 19 . 7 19 . 8 19 . 8 20 . 0 20 . 0 20 . 0 20 . 1 20 . 1 20 . 1 20 . 1 20 . 2 20 . 2 20 . 2 20 . 2 20 . 3 20 . 3 20 . 3 20 . 4 20 . 4 20 . 4 20 . 4 20 . 5 20 . 5 20 . 5 20 . 6 +1 2 +0 4 +0 9 +1 2 +1 1 +1 2 +0 9 - 13 +1 1 +0 9 +1 8 +1 8 +1 2 +1 8 +1 3 +1 0 +1 2 +1 0 +1 3 +1 2 +1 2 +1 2 +0 4 +1 0 +1 3 +1 3 +2 6 - 26 +1 3 +1 2 +1 3 +1 1 +1 1 +1 2 - 62 +2 3 - 01 +1 1 +0 9 +1 7 +1 2 +1 1 +2 6 +1 4 +4 5 - 32 +5 8 +2 3 +1 2 +0 9 +5 8 - 12 +1 2 +1 2 +0 7 +1 3 +1 3 +1 3 +0 9 +1 2 +1 1 +1 1 +1 2 +5 7 +1 2 +1 2 +1 2 +1 2 +1 3 +1 2 +1 0 +1 3 +1 3 +1 2 +1 8 +1 3 +1 3 +1 2 +6 7 +1 2 +1 3 +1 2 +1 3 +0 2 - 08 +0 3 - 10 +1 3 +1 2 +5 7 +2 6 +1 8 - 09 15 31 50 13 57 01 49 58 12 25 01 03 06 09 06 06 57 10 29 58 59 02 33 46 33 23 38 07 44 45 24 53 55 03 42 24 56 07 25 39 28 54 38 44 45 49 47 29 33 29 00 09 43 34 32 34 44 05 38 10 57 42 03 46 01 04 05 09 58 02 43 26 25 02 21 25 25 22 15 59 34 24 36 58 06 35 17 52 27 47 58 09 01 d r d d d d d d z d s s d s z d d d d d d d s d d z r r d d d d d d s r m d d x z d r r s s s r d d s d z d r d d s d d d d d s d d d d d d d d x d s x d d r s x d s s r s s x d s s r r Le o Le o Le o Le o Le o Le o Le o Cr t Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Hy a Le o Le o Le o Le o Le o Le o Ca r Le o Le o Le o Le o Le o Le o Le o Le o Le o UM a Hy a UM a Le o Le o Le o UM a Cr t Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o UM a Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o UM a Le o Le o Le o Le o Le o Cr t Le o Cr t Le o Le o UM a Le o Le o Cr t 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 20 . 6 20 . 7 20 . 9 21 . 0 21 . 0 21 . 1 21 . 1 21 . 2 21 . 2 21 . 2 21 . 3 21 . 3 21 . 3 21 . 3 21 . 4 21 . 4 21 . 4 21 . 5 21 . 5 21 . 5 21 . 6 21 . 6 21 . 6 21 . 6 21 . 7 21 . 7 21 . 7 21 . 7 21 . 7 21 . 9 22 . 0 22 . 0 22 . 0 22 . 0 22 . 0 22 . 0 22 . 0 - 09 - 10 +1 2 +5 3 +3 4 +0 3 +1 4 +0 3 +2 0 +1 1 +3 4 +0 8 +0 9 +1 0 +0 3 +0 2 +0 8 +1 8 +0 2 +1 3 +0 2 +0 2 +0 2 +1 1 +2 0 +3 4 +0 8 +0 8 +0 8 +0 9 +1 4 +0 9 +1 4 +1 3 +0 9 +0 8 +0 7 01 16 25 10 21 14 18 12 13 55 22 45 09 27 01 45 42 28 49 26 59 54 50 44 10 22 48 48 35 40 08 53 09 48 58 24 49 r s d s u s d s d d v d d d s x d r r z r r x d s m d d z d x d x x d z z Cr t Cr t Le o UM a UM a Le o Le o Le o Le o Le o UM a Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o UM a Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o 15 . p 1. 7 3. 7 13 . p 10 . 0 3. 0 11 . 0 15 . p 2. 4 12 . 2 15 . p 14 . p 13 . p 12 . 0. 6 8. p 14 . p 15 . p 15 . p 15 . p 4. 6 10 . 0 3. 2 12 . p 10 . p 10 . 8 14 . p 3. 6 12 . p 15 . p 14 . p 10 . 0 3. 1 9. 3 13 . p 3. 1 10 . 9 8. 7 13 . p 9. 0 14 . 8 2. 3 1. 4 1. 1 2. 2 2. 2 9. 5 13 . 15 . 14 . 13 . p p p p 14 . p 13 . p 15 . p 1. 7 4. 6 1. 2 4. 1 1. 1 0. 6 1. 1 3. 9 0. 4 0. 3 0. 5 F, pB , F, F, F, F, cF , F, cB , pF , F, vB , F, B, F, F, F, vF , vF , F, vF , F, pF , F, vF , pB , pF , F, F, F, F, F, F, vF , Cl , cF , F, F, vF , vF , F, eF , pL , eF , F, cB , vB , vF , F, F, vB , vF , pB , eF , eF B, F, B, F, cF , vF , vF , vF , cB , F, vF , cF , eF , F, F, cF , vF , vF , F, B, vF , vF , F, pB , B, F, vF , pB , pB , eF , vF , F, vF , F, F, cF , pB , eF , 16 . p eF , 13 . p F, vF , 10 . 4 pB , 15 . p pB , 10 . 3 B, F, 14 . p F, eF , F, F, vF , vF , F, 15 . p eF , ne b F, 14 . p pF , 15 . p vF , 15 . p pB , 15 . p pB , 15 . p eF F, F, 11 . 2 cF , 15 . p F, vF , F, 16 . p F, vF , F, cF , F, F, vF , 15 . p F, 15 . p F, vS , R S, lE , mb M ; = 36 1 1 ? S, iF , *1 1 sf 0' . 5 vS , R, bM , in L, E ne b y vS , E 11 0 d e g , bM S, R, bM , sp i r , *1 3 sp 20 " S, iF , N, *1 1 np S, R, sb M vS S, E, bM S, R, sp of 3 L, R, vm b M , 2n d of 3 pL , iF , N pL , R, ps b M , 3r d of 3 pS , R, bM vS , R, sb M *1 4 S, iF , at t *1 4 sf vS , R, bM , sp i r S, E 30 d e g , bM S, E 40 d e g S, iF , di f f i c S, R, mb M cS , iR , ps m b M , *1 0 np 3' vS S, R, bM S, E 90 d e g , bM S, bM S, R, gb M S, R, bM vS , R, bM S, iF , N, be t 2 st pS , iF , bi N eS , R, bM vS , iF , N pC vS , sm b M , st e l l a r , p of 2 S, R, gb M vS , iF S, E S S, E 70 d e g , bM eS , R, bM , di f f i c di f , *1 0 - 11 nf 2' pL ; no n e x i s t e n t ? pL , lE 90 d e g +/ - , gl b M , r vL , E 16 0 d e g , am 4 st pS , lE 90 d e g +/ - , vs v m b M S N S, f of 2 vS , E 60 d e g , bM vS , R, bM , sp i r , *1 3 sf cL , mE 30 5 d e g , sm b M N S, iF , di f f i c vS , R, bM pL , iF , *1 3 n vS , R, bM vS , R, bM vL , mE 16 5 d e g +/ - , gb M B N ; = M6 5 vS , R, bM vS , R, bM S, iF S, iF vS , R, bM , di f f i c cL , R, vg m b M vS , iF S, iF , N vS , R, bM pS , di f S, iF vS , E 20 0 d e g , di f f i c vF , R, bM , *1 3 p 20 " S, iF , di f f i c vS , iF , di f f i c vS , iF , N, di f f i c S, vl E , sb M S, iF , N, di f f i c S, iF , di f f i c eS , E 90 d e g , bM S, R, gb M vL , mE 15 0 d e g , mb M , 2 st np ; = M6 6 S, R, bM , sp i r S, R, bM vL , vm E 10 2 d e g S, R, sm b M N vS , 2 st 10 f S, R, 2 st nr vS , R, lb M , *7 f, p of 2 cS , iF , N, *1 4 n S, iF , N S, lE 13 5 d e g +/ L, R, vg v l b M * in v ; = 36 2 6 ? eS , R, bM N , D wi t h 36 3 5 , 85 d e g , di s t eS , R, bM N , D wi t h 36 3 4 vS , R, ps b M , *7 p, f of 2 S, iF , N L, R, sv m b M r N cS , E pF , N, r pL , R, ps b M cS , R, bM vS , al m st e l l , 36 4 0 2' n eS , R, vF * cl o s e np vS , an n u l a r ? S, R, gb M N S, di f , di f f i c pS , iF , se v N S, iF vS ob j e c t 13 . 5 m vS , R, bM , sp i r S, R, vl b M , 15 ' f 36 2 6 vS ; = IC 68 4 Sp , E 70 d e g , bM , *1 2 at t sf S, E, bM ne b * S, ** sp 0' . 5 ; = 36 4 4 vS , R, bM cL , lE , gb M , sp of 2 S, gb M , r vS , iF , 2 st p vS , iF S, di f (D * ? ) vS , iF S, R, bM vS , R, bM S, iF , N, di f f i c vS , R, bM vS , E 12 0 d e g , bM S, iF , N cS , R, bM , di f f i c I 685 I275 1 3649 I275 9 I276 0 36 4 2 I276 1 I276 2 I276 3 36 5 1 I276 5 I276 6 I276 7 I276 8 I276 9 I277 0 36 5 3 I277 1 I277 2 36 4 8 36 5 0 36 5 2 I277 3 I277 4 I277 5 I277 6 I277 7 I277 8 I277 9 I278 0 I278 1 3655 I278 2 I278 3 I 686 I278 4 I278 5 I278 6 I278 7 I278 8 I278 9 36 5 6 36 6 0 I 689 I279 0 I279 1 36 6 1 I 688 I279 2 36 5 9 3662 I279 3 3657 36 5 8 3663 3654 I279 4 I279 5 I279 6 36 6 7 I 687 I 690 3664 3666 I279 7 I279 8 I279 9 I280 0 I280 1 I280 2 I280 3 36 6 5 36 7 0 I280 4 36 7 2 I280 5 3673 I280 6 I280 7 3669 36 6 8 I280 8 3676 I280 9 3680 3671 I281 0 I281 1 I 692 I281 2 3675 I281 3 I281 4 36 7 8 36 7 9 36 8 5 36 7 7 I281 5 I281 6 I281 7 36 7 4 I282 0 36 8 1 I281 8 I281 9 I282 1 I282 2 I 691 I282 3 I 693 I282 5 I276 4 I282 4 I282 6 36 8 4 I282 7 I282 8 I282 9 I283 0 I283 1 I283 2 I283 3 3683 I283 4 I283 5 I283 6 36 8 2 36 8 6 I283 7 I288 4 36 8 8 G x 1 1 22 . 1 G x 1 1 22 . 1 Gx 1 1 2 2 . 2 1 1 22 . 2 1 1 22 . 2 G x 1 1 22 . 3 N b 1 1 22 . 3 G x 1 1 22 . 3 1 1 22 . 3 G x 1 1 22 . 4 N b 1 1 22 . 4 1 1 22 . 4 1 1 22 . 4 1 1 22 . 4 N b 1 1 22 . 4 1 1 22 . 4 G x 1 1 22 . 5 1 1 22 . 5 1 1 22 . 5 G x 1 1 22 . 6 G x 1 1 22 . 6 G x 1 1 22 . 6 1 1 22 . 6 1 1 22 . 6 1 1 22 . 7 1 1 22 . 7 G x 1 1 22 . 7 1 1 22 . 7 1 1 22 . 8 1 1 22 . 8 1 1 22 . 8 Gx 1 1 2 2 . 9 G x 1 1 22 . 9 1 1 22 . 9 G x 1 1 23 . 1 1 1 23 . 2 1 1 23 . 3 1 1 23 . 3 G x 1 1 23 . 3 1 1 23 . 4 D * 1 1 23 . 5 G x 1 1 23 . 6 G x 1 1 23 . 6 1 1 23 . 6 1 1 23 . 6 1 1 23 . 6 G x 1 1 23 . 7 1 1 23 . 7 1 1 23 . 7 G x 1 1 23 . 8 Gx 1 1 2 3 . 8 1 1 23 . 8 Gx 1 1 2 3 . 9 G x 1 1 24 . 0 Gx 1 1 2 4 . 0 Gx 1 1 2 4 . 1 1 1 24 . 1 1 1 24 . 1 1 1 24 . 1 G x 1 1 24 . 3 G x 1 1 24 . 3 1 1 24 . 3 Gx 1 1 2 4 . 4 Gx 1 1 2 4 . 4 1 1 24 . 4 1 1 24 . 4 N b 1 1 24 . 4 1 1 24 . 5 1 1 24 . 5 1 1 24 . 5 1 1 24 . 6 G x 1 1 24 . 7 G x 1 1 24 . 7 G x 1 1 24 . 9 G x 1 1 25 . 0 * 1 1 25 . 0 Gx 1 1 2 5 . 2 1 1 25 . 3 1 1 25 . 3 Gx 1 1 2 5 . 4 G x 1 1 25 . 5 1 1 25 . 5 - 11 25.6 1 1 25 . 6 OC 1 1 2 5 . 7 Gx 1 1 2 5 . 8 N b 1 1 25 . 8 1 1 25 . 8 G x 1 1 25 . 9 1 1 25 . 9 Gx 1 1 2 6 . 1 1 1 26 . 1 1 1 26 . 1 G x 1 1 26 . 2 G x 1 1 26 . 2 - 1 1 26 . 2 G x 1 1 26 . 3 1 1 26 . 3 1 1 26 . 3 1 1 26 . 3 G x 1 1 26 . 4 1 1 26 . 4 G x 1 1 26 . 5 1 1 26 . 5 G x 1 1 26 . 5 1 1 26 . 6 G x 1 1 26 . 6 G x 1 1 26 . 7 G x 1 1 26 . 7 G x 1 1 26 . 8 1 1 27 . 0 G x 1 1 27 . 1 1 1 27 . 1 G x 1 1 27 . 1 G x 1 1 27 . 2 1 1 27 . 2 G x 1 1 27 . 2 G x 1 1 27 . 2 G x 1 1 27 . 4 1 1 27 . 4 1 1 27 . 4 1 1 27 . 4 Gx 1 1 2 7 . 5 1 1 27 . 5 1 1 27 . 5 1 1 27 . 6 G x 1 1 27 . 7 G x 1 1 27 . 7 1 1 27 . 7 1 1 27 . 7 G x 1 1 27 . 8 +17 +34 +2 0 +24 +12 +59 +14 +12 +13 +24 +14 +12 +13 +12 +14 +09 +24 +12 +13 +39 +20 +37 +13 +12 +12 +13 +12 +12 +13 +10 +12 +1 6 +13 +08 +05 +13 +13 +13 +13 +12 +14 +53 - 08 - 13 +09 +12 - 13 - 09 +11 +17 - 01 +09 +5 2 +38 - 12 +6 9 +12 +12 +09 - 13 +47 - 08 +0 3 +1 1 +11 +12 +13 +12 +10 +12 +09 +38 +23 +13 - 09 +14 - 26 +09 +11 +5 7 +63 +09 - 10 +08 - 43 +6 0 +14 +09 +09 +11 +4 3 +11 +09 +27 - 05 +04 +46 +12 +10 +09 +57 +10 +16 +12 +13 +13 +11 +59 +12 - 05 +08 - 28 +14 +13 +17 +11 +08 +10 +07 +08 +13 +13 +5 6 +13 +12 +09 +66 +17 +10 - 79 - 09 45 23 13 19 40 05 11 44 04 18 13 54 05 32 12 13 16 31 36 53 42 46 34 31 31 20 02 31 21 09 21 35 27 53 39 07 23 23 39 42 11 51 40 50 33 54 48 48 24 49 06 27 55 34 17 26 48 08 21 49 51 21 20 21 42 25 51 12 11 13 51 46 57 13 48 01 44 39 32 43 27 08 37 32 15 29 40 10 59 32 35 15 40 53 35 08 58 48 38 09 03 14 52 55 51 58 26 09 50 00 27 59 05 14 02 31 43 18 48 59 59 36 53 34 09 05 35 13 19 44 10 x z s d d s x z d r x d d d x d r d d r s s d d d d z d d d d s u d z d d d u d x s s x d d r d d s s d s s r r d d d r m d s s d d x d d d d s r m s x s d d s r d r d s r x d u d s d d r r r s d d d s d s d z d u s z m d c d z s d m z z d d d s d d d s s d d r Leo UMa Le o Leo Leo UMa Leo Leo Leo Leo Leo Leo Leo Leo Leo Leo Leo Leo Leo UMa Leo UMa Leo Leo Leo Leo Leo Leo Leo Leo Leo Le o Leo Leo Leo Leo Leo Leo Leo Leo Leo UMa Crt Crt Leo Leo Crt Crt Leo Leo Le o Leo UM a UMa Cr t UM a Leo Leo Leo Crt UMa Crt Le o Le o Leo Leo Leo Leo Leo Leo Leo UMa Leo Leo Crt Leo Hy a Leo Leo UM a UMa Leo Cr t Leo Ce n UM a Leo Leo Leo Leo UM a Leo Leo Leo Leo Leo UMa Leo Leo Leo UMa Leo Leo Leo Leo Leo Leo UMa Leo Leo Leo Hya Leo Leo Leo Leo Leo Leo Leo Leo Leo Leo UM a Leo Leo Leo Dra Leo Leo Cha Crt 1.6 5.8 0.1 0.1 0.1 1.9 2.4 1.6 1.1 1.0 1.7 2.8 2.1 1.6 1.8 2.1 0.7 2.0 4.2 0.4 3.2 0.8 4.1 3.5 2.3 12 . 1. 0.8 5.9 2.0 2.0 2.5 1.7 0.7 0.6 1.7 3.2 1.0 2.0 2.0 3.3 ee F , pS , R , * n f 1 6 . p F, S , R , 2 s t 1 5 in v 1 5 . p v F , p S , R, gb M , nf o f 2 cF , s t e l l , * 1 3 np p 2 ' . 5 vF , S , R, bM 11.1 pB , p L , R , v g b M F, S , R , b M , d i f f i c 1 5 . p cF , p S , m E 1 5 0 d e g , bM , * 1 2 p cF , p S , E 95 d e g , l o n g N 1 4 . p cF , v S , R , b M , np o f 2 vF , v S , i F , N vF , S , iF vF , v S , i F vF , v S , i F , N F, c S , R, bM F, S , i F 1 5 . p vF , v S , s f o f 2 vF , v S , i F , N, di f f i c vF , e S , i F , N 1 3 . p pB , S , pm E , bM N = c l o s e * * ? 1 5 . p eF , S , R, be t 2 s t 1 3 . p pF , c L , l E , vg b M vF , S , vi F , di f f i c vF , v S , i F , N, di f f i c vF , v S , i F , N, di f f i c pF , p S , R , b M , sp i r 1 5 . p pF , v S , R , b M vF , v S , i F , N, di f f i c cF , e S , R F, v S , R, bM , * 1 5 n 15 " F, v S , iF , f a i n t e r o n e 2 ' n f 11.6 p B , p S , iR , b M , r 1 5 . p cF , c S , R , b M F, v S , R, bM , s p i r 1 5 . p eF , v S , R , v d i f f i c pB , e S , R , b M , *1 3 p 2 0 " pF , S , R, bM cF , S , E 1 1 0 d e g , b M 1 5 . p cF , S , R, bM vF , S , R pB , S , R, bM 1 3 . p pB , S , R, vg b M , * 1 2 p 1 3 . p F, p L , iR , v g b M eF , v S , r , d i f ; = 3 6 6 1 vF , S , iF vF , v S , i F , di f f i c 1 4 . p F, S , R , s t e l l a r , p of 2 ; = I C 6 8 9 eF , v S , R F, S , R 1 3 . p cF , S , lE , r 1 4 . p v F , S , a t t to * 1 3 vF , S , iF , d i f f i c 1 2 . p c F , v S , R, st e l l a r 1 3 . p F, S , R , s v m b M N = * 1 4 1 3 . p e F , f a n sh a p e d , * cl o s e 1 3 . p F , S, lE 1 5 d e g + / F, e S , R, bM F, v S , R vF , S , iF 1 3 . p pF , p L , i R , vl b M 1 5 . p eF , e S , R , s t e l l N, F* f pB , S , R, N = 1 2 m 13. p pF, biN 1 2 . p F , E 9 0 d e g +/ - , * 6 f 3 4 s , 5' n F, v S , R, bM vF , S , iF , N , d i f f i c F, S , i F , N vF , S , R, bM F, S , R , b M , s p i r vF , v S , i F , N, v di f f i c F, v S , E 7 0 d e g 10.8 cB , c L , i R , pg m b M 1 4 . p vF , v S , R 1 5 . p pB , c S , E 10 d e g , e x c N 1 1 . p pB , L , E 0 d e g + / - , gb M vF , S , R, bM , d i f f i c 1 2 . p F , vL , g v l b M , * 7 s 6 ' vF , S , iF ; a n n u l a r ? F, S , i F , *1 4 a t t p 1 3 . p v F , p L , pm E 1 3 5 d e g + / - , e r 1 3 . p F, p S , iR , g b M , * 9 n p vF , v S , R , b M , sp i r e F , v S , R, 2 st 10 n f , sf F, S , R , b M ; s p i r ? 7 . 6 C l , c L , pR i , lC , s t 1 0 . . . 1 4 1 5 . p v F , v S , 2 v S st in v pF , p S , R , b M , *1 4 s f F, S , i F , *1 4 f 3 0 " 1 4 . p F, v S , R, *1 2 s f 2' F, S , E 1 0 d e g 1 1 . p v B , c L , vm E 0 d e g + / - , vs m b M N , ma n y F, v S , R, bM , s p i r pF , v S , R , b M , *1 4 n f 30 " 1 4 . p vF , S , R, ps b M , * 1 2 nf 1 5 . p eF , c L , R , r ( v n e a r v B * ) eF , v S 1 4 . p eF , S , R, vs b M *, 2 st 1 1 n f F, e S , R, bM cF , v S , R , b M , sp i r F, v S , iF , N 1 3 . p pF , i F pF , v S , * 1 6 at t n 11.7 B, p S , R, bM F, v S , R, bM 1 6 . p cF , S , E 6 0 d e g , bM F, S 1 5 . p F, p L , E 1 1 0 d e g , b M , *1 4 s 1 4 . p pF , p S , R , 2 s t n r 1 5 . p pF , S , E 2 0 d e g , bi N ? 1 5 . p F, p S , R, gb M , r F, S , i F , N, * 1 5 at t s f pB , p S , R , * 1 0 nr n f , *7 f pF , S , R, bM 1 5 . p pF , c S , N 11.7 pB , p L , E , v g b M F, e S , *1 4 s f 1 5 . p pF , c S , E 65 d e g , b M 2 s t p 1 5 . p cF , v S , R , b M , sp i r , * 1 2 s 1 5 . p F, S , R , b M F, v S , R pF , S , R, bM vF , S , iF , d i f f i c , * 1 4 a t t ( ? ) np 13. p cB, pL, E vF , S , iF , d i f f i c , o t h e r ne b a t t f cF , v S , R , b M , *1 4 f F, v S , ne b * 1 5 n 1' 1 3 . p cB , S , iR , s p m b M N 11.4 pB , L , vl E , vg b M , r cF , v S , R , b M , sp i r ee F , eS , c E 14 5 d e g , s u s p 1 5 . p eF , e S , l E 0 d e g , g b M st p I2 8 3 8 I2 8 3 9 I2 8 4 0 I2 8 4 1 I2 8 4 2 36 8 7 36 9 9 I 69 5 I2 8 4 3 I2 8 4 4 I2 8 4 5 I2 8 4 6 I2 8 4 7 36 8 9 36 9 1 36 9 3 I2 8 4 8 I2 8 4 9 I2 8 5 0 I2 8 5 2 I2 8 5 6 I2 8 5 1 I2 8 5 3 I2 8 5 4 36 9 2 I2 8 5 5 36 9 0 I 69 4 I2 8 5 7 I 69 6 I 69 7 I2 8 5 8 36 9 7 I2 8 5 9 I2 8 6 0 I2 8 6 2 36 9 6 36 9 4 I2 8 6 3 36 9 8 I 69 8 I2 8 6 1 I2 8 6 4 I2 8 6 5 I2 8 6 6 I2 8 6 7 I2 8 7 2 I 69 9 I2 8 6 8 I2 8 6 9 I2 8 7 0 36 9 5 I 70 0 I2 8 7 1 37 0 1 37 1 1 37 0 0 I2 8 7 3 I2 8 7 4 37 0 3 I2 8 7 5 I2 8 7 6 I2 8 7 7 I2 8 7 8 37 0 6 I2 8 7 9 I2 8 8 0 I2 8 8 1 37 0 4 37 0 5 37 0 7 37 0 2 I2 8 8 2 I2 8 8 3 I2 8 8 5 I2 8 8 6 I2 8 8 7 I2 8 8 8 I2 8 8 9 37 0 8 37 0 9 I 70 1 I2 8 9 0 I2 8 9 1 I2 8 9 2 I 70 2 I2 8 9 3 37 1 0 I2 8 9 4 I2 8 9 5 37 1 2 I2 8 9 6 I2 8 9 7 I2 8 9 8 I2 8 9 9 37 1 5 37 1 7 I2 9 0 0 I2 9 0 1 37 1 3 I2 9 0 2 37 1 6 I2 9 0 3 I2 9 0 4 37 1 4 I 70 3 I2 9 0 5 I2 9 0 6 I2 9 0 7 I2 9 0 8 I2 9 0 9 I2 9 1 3 I 70 4 I2 9 1 0 I2 9 1 1 I2 9 1 2 37 1 9 I2 9 1 4 I2 9 1 5 I2 9 1 6 I2 9 1 7 37 2 0 37 2 3 I2 9 1 8 37 1 8 I2 9 1 9 I2 9 2 0 I2 9 2 1 I 70 5 I2 9 2 2 I2 9 2 3 118 Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * * Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx OC - Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 27 . 8 27 . 8 27 . 8 27 . 8 27 . 8 28 . 0 28 . 0 28 . 0 28 . 0 28 . 0 28 . 0 28 . 0 28 . 1 28 . 2 28 . 2 28 . 2 28 . 2 28 . 2 28 . 2 28 . 2 28 . 2 28 . 3 28 . 3 28 . 3 28 . 4 28 . 4 28 . 5 28 . 5 28 . 5 28 . 6 28 . 6 28 . 6 28 . 7 28 . 7 28 . 7 28 . 7 28 . 8 28 . 9 28 . 9 29 . 0 29 . 0 29 . 0 29 . 0 29 . 0 29 . 0 29 . 0 29 . 0 29 . 1 29 . 1 29 . 1 29 . 1 29 . 2 29 . 3 29 . 3 29 . 4 29 . 4 29 . 5 29 . 5 29 . 5 29 . 6 29 . 6 29 . 6 29 . 6 29 . 6 29 . 7 29 . 7 29 . 9 29 . 9 30 . 0 30 . 1 30 . 1 30 . 2 30 . 2 30 . 3 30 . 4 30 . 4 30 . 5 30 . 6 30 . 6 30 . 7 30 . 7 30 . 8 30 . 8 30 . 8 30 . 8 30 . 9 30 . 9 31 . 0 31 . 0 31 . 0 31 . 1 31 . 2 31 . 3 31 . 3 31 . 3 31 . 5 31 . 5 31 . 5 31 . 5 31 . 6 31 . 6 31 . 7 31 . 7 31 . 7 31 . 8 31 . 8 31 . 8 31 . 8 31 . 8 31 . 8 31 . 8 31 . 8 31 . 9 31 . 9 32 . 1 32 . 1 32 . 2 32 . 2 32 . 3 32 . 3 32 . 3 32 . 4 32 . 4 32 . 4 32 . 6 32 . 6 32 . 8 32 . 8 32 . 9 32 . 9 32 . 9 +1 4 +1 0 +1 3 +1 2 +0 9 +2 9 - 59 - 11 +1 3 +1 1 +1 2 +1 1 +1 3 +2 5 +1 6 - 13 +1 3 +0 9 +0 9 +0 9 - 12 +1 1 +0 9 +0 8 +0 9 +0 9 +5 8 +5 8 +0 9 +0 9 - 01 +1 3 +2 0 +0 9 +1 4 +1 0 - 11 +3 5 +0 9 +3 5 +0 9 +3 8 +1 2 +0 9 +0 9 +0 9 - 62 +0 8 +0 9 +0 9 +1 1 +3 5 +2 0 +0 8 +2 4 - 11 +3 5 +1 3 +1 0 - 08 +1 2 +0 9 +1 2 +0 9 - 36 +0 9 +1 3 +1 2 - 11 +0 9 - 11 - 08 +1 1 +1 0 +0 9 +1 1 +0 9 +0 9 - 13 - 03 - 03 +2 0 +1 3 +1 2 +1 0 - 04 +1 3 +2 2 +1 3 +0 9 +2 8 +1 2 +1 1 +1 3 +1 0 - 14 - 30 +1 3 +1 2 +2 8 +1 4 +0 3 +1 2 +1 3 +2 8 - 11 +0 9 +1 3 +0 9 +1 2 +1 1 - 30 - 11 - 09 +1 2 +1 1 +0 0 +1 3 +1 4 +1 1 +1 0 +0 0 - 09 +1 3 +5 3 +1 4 +1 2 +1 0 +5 0 +1 2 +1 3 01 49 26 36 39 31 57 43 11 27 32 09 56 40 55 10 02 06 04 48 53 24 08 58 24 41 33 34 06 05 37 40 48 07 02 08 15 24 06 40 06 51 22 07 03 05 57 59 06 01 52 35 33 36 05 04 31 12 38 37 59 01 51 58 25 01 12 31 30 17 32 52 59 55 46 34 23 55 05 13 15 28 11 41 35 56 23 46 13 59 34 21 33 20 38 12 19 10 42 09 13 30 38 11 22 36 06 08 54 56 28 25 33 45 59 43 49 30 29 41 57 48 58 15 04 11 34 18 14 55 10 d d d d d s s d z d d m d s s r d d d d m d u d s d s v d u z d r d d d r s d r u m d x x d s u x d u r m m r r r m x r d d z d s d d d r s r r d d d d z d d r r v d d d d z r z d r d d d d r s d d r d r d d r d d d d d d m d m d d s z d d d s r d s d d d m d d Le o Le o Le o Le o Le o UM a Ce n Cr t Le o Le o Le o Le o Le o Le o Le o Cr t Le o Le o Le o Le o Cr t Le o Le o Le o Le o Le o UM a UM a Le o Le o Le o Le o Le o Le o Le o Le o Cr t UM a Le o UM a Le o UM a Le o Le o Le o Le o Ce n Le o Le o Le o Le o UM a Le o Le o Le o Cr t UM a Le o Le o Cr t Le o Le o Le o Le o Ce n Le o Le o Le o Cr t Le o Cr t Cr t Le o Le o Le o Le o Le o Le o Cr t Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o Le o UM a Le o Le o Le o Le o Cr t Hy a Le o Le o Le o Le o Le o Le o Le o UM a Cr t Le o Le o Le o Le o Le o Hy a Cr t Cr t Le o Le o Le o Le o Le o Le o Le o Le o Cr t Le o UM a Le o Le o Le o UM a Le o Le o 2. 0 1. 1 13 . p 15 . p 0. 8 15 . p 1. 6 1. 3 12 . 3 14 . p 13 . p 0. 7 14 . p 1. 0 15 . p 3. 3 13 . p 2. 4 1. 2 12 . p 1. 0 14 . p 15 . p 14 . p 1. 0 13 . p 1. 0 0. 2 14 . p 14 . p 12 . 1. 3 15 . p 1. 4 0. 8 0. 7 0. 6 18 . 15 . 15 . 15 . 14 . 15 . 15 . 15 . p p p p p p p p 16 . p 2. 9 12 . p 5. 0 14 . p 11 . p 15 . p 15 . p 0. 7 16 . p 14 . p 16 . p 15 . p 5. 8 13 . p 12 . p 14 . p 14 . p 14 . p 0. 4 14 . p 0. 3 15 . p 2. 0 14 . p 15 . p 1. 1 13 . 3 14 . p 8. 7 10 . 5 0. 3 15 . p F, S vF , S, iF vF , S, iF , N F, vS , R, bM , di f f i c vF , S, iF pB , pS , R, lb M , r B, pL , iR , pg p m b M eF , S, v di f f i c F, cS , R, bM , di f f i c , *8 . 7 f 2' F, S, iF F, vS , iF , N pB , vS , R, bM , *1 2 f vF , vS , iF , di f f i c pB , pL , lE , bM F, pS , lE , r cF , S, E, gb M vF , S, iF pF , vS , R, bM pB , S, E 12 0 d e g , bM , *1 3 sf F, vS , R, bM , sp i r ; ne b * ? vF , vS , cE 30 d e g , cb M , su s p F, S pB , pS , E 16 0 d e g , bM F, vS , R, bM , sp i r F, mE , r F, vS , iF , N pB , pS , vl E 80 d e g +/ - , pg b M , S st sf nr vS , fo r m s Dn e b wi t h 36 9 0 F, pL , mE 16 0 d e g , bM vF , pS , R, vl b M F, S, R, gb M F, S, R, bM eF , vS , E 90 d e g cF , vS , R, bM vF , S, iF , N F, S, iF eF , eS , R, bM N cF , S, R, mb M pF , vS , E 11 0 d e g , bM eF , vS F, vS , R, bM F, S, R, di f F, vS , iF vF , S, di f vS , vF , iF cF , S, iF , v di f f i c , *1 4 np vL , mE , bM F, vS , lE ns vF , S, iF , N; = IC 69 8 vF , S, R, bM , sp i r F, pL , di f , di f f i c eF , pS , 36 9 4 4' s pS , R, lb M F, cS , E 85 d e g pF , pL , lE eF , vS , *9 s 4' eF , 36 9 4 p pF , cS , E 5d e g , bM F, pS , iF ; Cl ? eF , vS , gb M N F, vS , R, bM , *9 sp vF , S, di f F, S, R, lb M pF , vS , iF , N pB , cS , R, ps m b M vF , S, di f pF , vS , R, bM F, vS vF , pS , *9 - 10 2' ss f pF , pL , R, vs m b M , r vF , S, *1 5 (n e b ? ) 2s f eF , eS , R, gl b M vF , S, R, bM , di f f i c F, vS , R, bM F, vS , R, bM , sp i r F, vS , R, bM , sp i r , *1 2 sf F, pS , E, cu r v e d , *1 0 nf 1' pF , vS , E 13 0 d e g eF , vS , cE 16 5 d e g , bM , su s p vF , S, R, gb M eF , eS eF , vS , R, 2 pB st sf vF , S, iF , N F, S, iF , N, di f f i c F, vS , iF F, vS , R, N = 13 . 5 F, eS , E 34 5 d e g F, S, *7 - 8 nf 5' vF , cS , R, bM F, vS , R, bM F, vS , R, sm b M pB , vS , an n u l a r ? cF , vS , R, bM , *1 4 p vF , S, iF , *1 4 nf F, S, E 35 0 d e g ; st ? pF , S, R, vg v l b M pB , S, mE , *1 3 at t vF , S, R, bM F, S, iF , N F, cS , R, sb M N F, S, R, bM , di f f i c vF , vS F, vS , iF , N FN in vF , di f ne b F, S, R, ps b M ee F , S, R, p of 2 vF , S, R, bM , *1 4 nf F, vS , R, bM vF , S, iF , N vF , S, iF , *1 3 sp vF , S, R, vl b M B, pS , R, sf 37 1 7 eF , vS (c l o s e D? ) , f of 2 vF , vS , sb M *1 3 vF , cS , iF , ot h e r nf F, S, R, bM , di f f i c vF , np of 2 F, S, R, bM F, cS , R, bM F, S, R, bM vF , pS , iF vF , sf of 2 F, S, R vF , S, E 10 0 d e g , bM pB , vL , R, vg l b M pF , cS , R, bM F, vS , iF , N cF , S, R, bM , sp i r ee F , vS , R pB , vS , R, bM vF , cS , iF , N, di f f i c , *1 0 sf I292 4 1 1 32 . 9 I 7 0 6 G x 1 1 33 . 1 I292 6 1 1 33 . 1 I292 7 1 1 33 . 1 37 2 8 G x 1 1 33 . 2 I292 5 1 1 33 . 2 37 2 6 G x 1 1 33 . 3 I292 8 G x 1 1 33 . 5 I292 9 1 1 33 . 5 I 7 0 7 G x 1 1 33 . 6 3725 Gx 1 1 3 3 . 7 37 2 7 G x 1 1 33 . 7 I293 0 G x 1 1 33 . 7 37 2 9 G x 1 1 33 . 8 I293 1 1 1 33 . 8 I 7 0 8 G x 1 1 33 . 9 I293 2 1 1 33 . 9 37 3 1 G x 1 1 34 . 2 37 3 2 G x 1 1 34 . 2 I 7 0 9 G x 1 1 34 . 2 I293 3 G x 1 1 34 . 2 I293 4 G x 1 1 34 . 3 3721 Gx 1 1 3 4 . 4 I 7 1 0 G x 1 1 34 . 4 3722 Gx 1 1 3 4 . 5 37 2 4 G x 1 1 34 . 5 37 3 0 G x 1 1 34 . 7 37 3 4 G x 1 1 34 . 7 I 7 1 1 G x 1 1 34 . 7 I 7 1 2 G x 1 1 34 . 8 I 713 1 1 34 . 8 I293 5 1 1 34 . 8 I293 6 1 1 34 . 9 37 3 3 G x 1 1 35 . 0 I293 7 1 1 35 . 1 3742 Gx 1 1 3 5 . 4 37 3 6 G x 1 1 35 . 6 3737 Gx 1 1 3 5 . 6 3739 Gx 1 1 3 5 . 6 I293 8 G x 1 1 35 . 6 I293 9 1 1 35 . 6 37 3 8 G x 1 1 35 . 8 37 4 3 G x 1 1 35 . 8 37 4 4 G x 1 1 35 . 8 3749 Gx 1 1 3 5 . 8 3735 Gx 1 1 3 6 . 0 37 4 1 G x 1 1 36 . 0 I294 0 D * 1 1 36 . 0 37 6 6 O C 1 1 36 . 1 3777 Gx 1 1 3 6 . 1 37 4 0 G x 1 1 36 . 2 I294 1 G x 1 1 36 . 2 I294 2 1 1 36 . 2 37 5 8 G x 1 1 36 . 4 3763 Gx 1 1 3 6 . 4 I 714 1 1 36 . 5 3755 Gx 1 1 3 6 . 6 I 2 9 4 4 C+ N 1 1 36 . 6 I294 3 G x 1 1 36 . 7 37 5 6 G x 1 1 36 . 8 37 6 1 G x 1 1 36 . 8 37 5 9 G x 1 1 36 . 9 37 6 4 G x 1 1 36 . 9 I 715 1 1 36 . 9 37 5 7 G x 1 1 37 . 1 37 6 5 G x 1 1 37 . 1 I294 5 G x 1 1 37 . 1 37 6 8 G x 1 1 37 . 2 37 6 7 G x 1 1 37 . 3 3747 - 11 37.5 3762 Gx 1 1 3 7 . 5 I294 6 G x 1 1 37 . 5 I294 7 G x 1 1 37 . 5 37 5 2 1 1 37 . 6 37 4 5 G x 1 1 37 . 7 37 4 6 G x 1 1 37 . 7 37 6 9 G x 1 1 37 . 7 37 4 8 G x 1 1 37 . 8 37 7 2 G x 1 1 37 . 8 3750 Gx 1 1 3 7 . 9 3751 Gx 1 1 3 7 . 9 3753 Gx 1 1 3 7 . 9 37 5 4 G x 1 1 37 . 9 3770 Gx 1 1 3 8 . 0 37 8 9 G x 1 1 38 . 1 37 7 3 G x 1 1 38 . 2 37 7 5 G x 1 1 38 . 3 37 7 6 G x 1 1 38 . 3 37 7 1 G x 1 1 38 . 4 3778 Gx 1 1 3 8 . 4 3774 Gx 1 1 3 8 . 6 I294 8 N b 1 1 38 . 8 37 7 9 1 1 38 . 9 37 8 1 G x 1 1 39 . 0 3783 Gx 1 1 3 9 . 0 I 7 1 6 G x 1 1 39 . 1 3782 Gx 1 1 3 9 . 3 3780 Gx 1 1 3 9 . 4 37 8 4 G x 1 1 39 . 4 37 9 3 G x 1 1 39 . 4 I 717 ? 1 1 39 . 4 37 8 5 G x 1 1 39 . 5 37 9 4 G x 1 1 39 . 6 37 8 6 G x 1 1 39 . 7 37 8 7 G x 1 1 39 . 7 37 8 8 G x 1 1 39 . 7 3790 Gx 1 1 3 9 . 8 3791 Gx 1 1 3 9 . 8 37 9 2 - 1 1 39 . 8 I 7 1 8 G x 1 1 39 . 9 37 9 5 G x 1 1 40 . 1 37 9 7 G x 1 1 40 . 1 37 9 8 G x 1 1 40 . 2 37 9 9 G x 1 1 40 . 2 38 0 0 G x 1 1 40 . 2 38 0 1 G x 1 1 40 . 3 3802 Gx 1 1 4 0 . 3 3803 Gx 1 1 4 0 . 3 I 7 1 9 G x 1 1 40 . 3 37 9 6 G x 1 1 40 . 6 38 0 8 G x 1 1 40 . 7 38 0 5 G x 1 1 40 . 8 38 0 6 G x 1 1 40 . 8 38 0 7 G x 1 1 40 . 8 38 0 4 G x 1 1 40 . 9 I294 9 1 1 40 . 9 38 1 0 G x 1 1 41 . 0 3812 Gx 1 1 4 1 . 1 3809 Gx 1 1 4 1 . 3 38 1 1 G x 1 1 41 . 3 38 1 3 G x 1 1 41 . 3 +09 - 13 +12 +13 +24 +34 +47 +34 +12 +21 +6 1 - 13 +10 +53 +12 +49 +10 +12 - 09 +49 +34 +13 - 09 +25 - 09 - 09 - 09 - 14 +48 +49 +16 +10 +13 +54 +10 - 37 +73 +5 4 +2 5 +13 +10 +54 +21 +23 - 37 +7 0 +45 +21 - 61 - 12 +59 +10 +11 +21 - 09 - 09 +3 6 - 63 +54 +54 +23 +54 +17 - 08 +58 +24 +12 +17 +16 +7 4 +6 1 +32 +31 +75 +22 +22 +47 +22 +22 +2 1 +2 1 +2 1 +21 +5 9 - 09 +12 - 10 - 03 - 09 - 50 - 08 - 63 - 10 +26 - 37 - 00 +4 6 +5 6 +26 +31 - 10 +26 +55 +31 +20 +31 +1 7 - 09 +05 +08 +58 +31 +24 +15 +15 +17 +1 7 +1 7 +09 +60 +22 +20 +17 +17 +56 - 46 +11 +2 4 +5 9 +47 +36 01 22 26 05 27 16 02 18 08 22 53 52 05 08 28 03 33 32 51 02 18 20 35 51 39 41 37 06 57 04 51 15 01 51 06 56 28 57 04 41 42 31 44 00 59 32 18 46 37 34 59 03 49 36 50 51 25 02 51 18 00 49 54 22 26 07 55 51 53 59 46 14 22 17 01 00 54 02 42 58 56 59 59 37 36 07 37 20 20 43 59 32 37 22 45 13 31 16 20 52 39 19 11 55 29 56 43 23 00 52 37 54 43 20 21 44 46 49 00 18 27 22 48 47 12 29 28 51 54 42 33 d m d d r d s u d u s r z s d u d r s z u m r z r r r r z v d d d s d r r s r z d s r r r s r x s r r m d r r d s s v s r s r d r r u r r r r z m d s s s s r s s s s r F s r r r c r x D r s u s s r r x r r s r s r r r u s h r s s s s r s r s r r u s d s r r s s Leo Crt Leo Leo Leo UMa UMa UMa Leo Leo UM a Crt Leo UMa Leo UMa Leo Leo Crt UMa UMa Leo Cr t Leo Cr t Crt Crt Crt UMa UMa Leo Leo Leo UMa Leo Ce n Dra UM a Le o Leo Leo UMa Leo Leo Ce n Dr a UMa Leo Cen Cr t UMa Leo Leo Leo Cr t Crt UM a Cen UMa UMa Leo UMa Leo Crt UMa Leo Leo Leo Leo Dr a UM a UMa UMa Dra Leo Leo UMa Leo Leo Le o Le o Le o Leo UM a Crt Leo Crt Vir Crt Ce n Cr t Cen Crt Leo Ce n Vir UM a UM a Leo UMa Crt Leo UMa UMa Leo UMa Le o Cr t Vir Vir UMa UMa Leo Leo Leo Leo Le o Le o Vir UMa Leo Leo Leo Leo UMa Cen Leo Le o UM a UMa UMa 1.2 6.0 1.2 0.6 1.4 3.1 1.7 1.3 1.4 0.6 1.6 4.8 1.3 2.6 4.2 12. 0.8 3.2 75. 0.4 4.4 1.5 1.2 0.6 0.4 1.3 3.2 0.8 0.9 0.4 2.0 0.4 1.6 1.4 60. 1.9 1.7 1.7 3.1 2.4 2.2 1.2 2.4 0.2 0.9 2.1 3.2 1.4 1.7 0.7 1.5 2.4 4.3 2.4 2.3 vF , S , iF , N , * 1 1 n f 1 5 . p eF , v S , l b M pF , v S , R , s t e l l N, sp i r vF , v S , i F 1 4 . p F, S , R , b M F, S , R , g b M , b i N 10.4 pB , v L , l E 0 d e g , v s m b M * 1 5 , * 1 1 n 1 5 . p F, c S , R, gb M N F, p S , di f 1 4 . p pF , p S , b M 14. p cF, S, R, gvlb M , r eF , e S , R , g b M N , *1 1 s f 1 ' 1 6 . p F, c S , E 6 0 d e g , bM 11.4 pB , p L , l E 0 d e g + / - , gb M , *1 2 n r F, c S , N; ne b * ( ? ) 1 5 m np 20 " 1 4 . p eF , S , R, 1s t o f 4 pB , S , R, bM 1 4 . p vF , v S , R 1 3 . p F, S , R , p s b M , *1 4 s p 22 5 d e g 1 5 . p ee F , S, R , 2 n d of 4 1 5 . p F, c S , E n s , g b M N 1 5 . p F, S , i F , *1 4 n f 0' . 5 1 5 . p e F , e S , R, gb M 1 6 . p F, v S , R, lb M 1 6 . p e F , v S , R, sb M N , 1 s t of 2 1 5 . p eF , v S , R , s b M N , 2n d o f 2 eF , S , lE 14 0 d e g , g l b n M 1 4 . p eF , S , R, gb M 1 5 . p ee F , pS , R , F, * cl o s e s p eF , S , R, pB , * n f eF , s u s p , 3' n n f fr o m *6 cF , c S , E 13 0 d e g , b M F, S , R , b M 1 2 . p eF , S , iR , * 6 s f F, S , R , b M p F , p L , vl E , gl b M 1 5 . p vF , v S , R 14. p vF, stel l a r 1 5 . p v F , b e t 2 s t 12 1 5 . p cF , p S cF , S , R, bM 11.7 pB , p L , b M 1 5 . p F, S , R , * 9 1' sf 1 5 . p eF , S , R, lb M F , cS , l E , gv l b M 12. p pB, L, mE 130d e g , mbM 1 4 . p vF , S , R, vg b M eF , s u s p ( n o t s e e n a t Bi r r ) 5. 3 Cl , p L , p R i , p C , st 8. . . 1 3 1 4 . p e F , p S , iR , g b M , S * o r ne b f 1 5 . p vF , v S , R , v g b M 1 5 . p F, p L R , b M , s p i r cF , c S , R , b M 1 5 . p pB , S , R, bM , * 8 . 5 3 ' f 1 3 . p F , di f , sp 7 st ; = I C 7 1 4 ? vF , p S , l E 1 7 0 d e g , gb M N 1 3 . p e F , p L , pm E , gb M 4. 5 *3 . 4 in e L n e b 14.8 pF , S 11.5 pF , L , lE 1 5 . p vF , S , R, bM 1 4 . p F, S , i R , *1 1 n r 1 5 . p F, S , R F, p S , R 1 3 . p vF , R , st e l l a r , v S * 1 d s f 1 5 . p vF , S , R 1 5 . p pF , p S 1 3 . p vF , e S , s t e l l a r 1 4 . p vF , S , bM e F , S , p l a c e do u b t f u l 1 3 . p F , vl E , gb M 1 5 . p F, S , R , g v l b M 1 5 . p F, c S , R, gb M , r pB , p L pB , p S , R 1 5 . p pB , p S , R 1 2 . p pB , S , pm E pB , p S , R 1 4 . p vF , S , E, r p B , R , c b M , 1 s t of 3 in l i n e 1 5 . p F , L, E 45 d e g 1 5 . p p B , p L , 2n d o f 3 i n l i n e vF , R , 3r d o f 3 i n l i n e 13. p pF, S, R, gbM, r 1 6 . p eF , v S , E 0d e g , gb M 1 3 . p cF , c S , R , p s b M 1 5 . p pB , b M N eF , v S vF , e S , R , * 1 0 p 15 s e F , S , R , a m 50 S st 1 5 . p e F , v S , E 7 5 d e g , *9 np 3 ' ee L ee F 1 5 . p vF , v S , R , b M 1 3 . p c B , R , s b M N * , * 9 sf 1 5 . p vF , S , lb M 1 3 . p F , S, at t t o *1 5 , an o t h e r * in v 12. p pF, L, vlE, vgbM , r 1 5 . p vF , v S , R , g m b M 1 5 . p vS , f 3 7 8 8 eF , p S , E pf , d i f 1 5 . p vF , e S , R , b M 1 5 . p cF , p S , v S * vn r 1 3 . p pB , p L , E 57 d e g , g b M , p of 2 1 4 . p vF , v S , R , * 1 5 p 1 3 . p cB , p L , p m E 17 7 d e g , p g b M 1 4 . p c F , v S , pm E , sb M , 2 S s t f , 1s t o f 3 1 4 . p v F , v S , R, gb M , *8 s 6' vF , d i f 1 5 . p vF , S 1 4 . p vF , S , mE 1 5 . p vS , f 3 7 8 8 1 4 . p F, c S , lE , s t e l l a r , r 1 4 . p cF , R , p o f 2 1 3 . p F, p S , E, pg l b M , r, f of 2 12.1 pF , p L , R , b M , r, 2 n d of 3 13.6 v F , p S , r, 2 vB st p , 3 r d of 3 vF, S, R 1 4 . p F, p L , lE 45 d e g , b M 1 3 . p F, c S , R, mb M 11.9 vF , v S 1 4 . p cB , c S , R , b M , r 1 4 . p F, p L , *9 - 10 s 5' 1 5 . p vF , S , R ( v F * ? ) 1 3 . p pB , E no d e s c r 10.8 B, L , v l E 1 4 . p c F , v S , R, 1s t o f 3, *6 s f 3 ' 13. p pB, S, R, glbM 1 3 . p F, S , v l E , g l b M 11.7 cB , p L , p m E 83 d e g , bM 38 1 4 I2 9 5 0 38 1 5 38 1 6 38 1 7 38 1 8 38 1 9 38 2 0 38 2 1 38 2 2 38 2 3 I 72 0 38 2 5 38 2 6 I 72 1 38 2 7 I 72 2 38 2 4 38 2 8 39 0 1 I 72 3 38 3 0 38 3 1 I 72 4 I2 9 5 1 38 2 9 38 3 2 38 3 3 38 3 6 I 72 5 38 3 4 38 4 8 I 72 6 38 3 7 38 3 9 38 4 0 38 4 3 38 4 1 38 4 2 38 4 4 38 3 5 38 4 5 38 3 8 38 4 7 38 4 9 38 5 1 38 5 5 I2 9 5 2 38 5 2 38 5 3 38 5 6 I2 9 5 3 38 4 6 38 5 4 I 72 7 38 6 0 38 5 7 38 6 1 38 5 8 38 5 9 38 6 5 I 72 8 38 6 2 38 6 3 I2 9 5 5 38 6 4 I 72 9 I2 9 5 4 I2 9 5 6 38 6 6 38 6 7 38 6 8 38 7 6 38 5 0 I 73 0 I2 9 5 7 38 7 3 I2 9 5 8 38 6 9 38 7 2 38 7 4 38 7 5 38 7 0 I 73 1 I 73 2 I 73 3 38 7 7 38 8 2 I2 9 5 9 38 7 1 38 7 8 38 8 4 I 73 4 38 8 0 I2 9 6 0 38 8 1 38 8 3 38 8 5 38 7 9 38 8 6 38 8 7 38 8 8 I2 9 6 1 38 8 9 38 9 1 38 9 2 I 73 5 I 73 6 I 73 7 38 9 3 38 9 4 38 9 6 I 73 8 38 9 7 38 9 5 39 0 3 39 0 5 I2 9 6 2 38 9 8 38 9 9 39 0 0 39 0 4 39 0 2 38 9 0 39 1 1 I2 9 6 3 39 0 7 39 0 9 39 0 6 I2 9 6 4 39 0 8 119 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 41 . 5 41 . 6 41 . 7 41 . 8 41 . 9 42 . 0 42 . 1 42 . 1 42 . 2 42 . 2 42 . 2 42 . 3 42 . 4 42 . 4 42 . 5 42 . 6 42 . 6 42 . 8 42 . 9 43 . 0 43 . 0 43 . 2 43 . 2 43 . 4 43 . 4 43 . 5 43 . 5 43 . 5 43 . 5 43 . 5 43 . 6 43 . 7 43 . 8 43 . 9 43 . 9 43 . 9 43 . 9 44 . 0 44 . 0 44 . 0 44 . 1 44 . 1 44 . 2 44 . 2 44 . 2 44 . 3 44 . 3 44 . 3 44 . 4 44 . 4 44 . 4 44 . 4 44 . 5 44 . 5 44 . 5 44 . 6 44 . 8 44 . 8 44 . 9 44 . 9 44 . 9 44 . 9 45 . 1 45 . 1 45 . 1 45 . 2 45 . 2 45 . 2 45 . 2 45 . 3 45 . 4 45 . 4 45 . 4 45 . 6 45 . 6 45 . 6 45 . 7 45 . 7 45 . 8 45 . 8 45 . 8 45 . 8 45 . 9 46 . 0 46 . 0 46 . 0 46 . 1 46 . 1 46 . 1 46 . 2 46 . 2 46 . 2 46 . 2 46 . 3 46 . 3 46 . 5 46 . 8 46 . 8 46 . 9 47 . 1 47 . 1 47 . 6 47 . 8 47 . 9 48 . 0 48 . 0 48 . 2 48 . 4 48 . 5 48 . 6 48 . 8 48 . 9 48 . 9 49 . 0 49 . 1 49 . 1 49 . 1 49 . 1 49 . 2 49 . 2 49 . 2 49 . 2 49 . 3 49 . 4 49 . 4 49 . 4 49 . 5 49 . 6 49 . 7 49 . 8 49 . 9 +2 4 +3 7 +2 4 +2 0 +1 0 - 06 +1 0 +1 0 +2 0 +1 0 - 13 +0 8 +1 0 +2 6 - 08 +1 8 +0 9 +5 2 +1 6 +7 7 - 08 +2 6 - 12 +0 9 +1 9 +5 2 +2 2 +1 0 - 16 - 01 +1 9 +1 0 +3 3 +1 9 +1 0 +2 0 +0 7 +1 9 +1 9 +2 0 +6 0 +2 0 +5 7 +3 3 +0 3 +1 9 +3 3 +3 3 +1 0 +1 6 +3 3 +3 3 +5 5 - 09 +1 0 +1 9 +1 9 +2 0 - 09 +1 9 - 09 - 01 +1 9 +0 8 +1 9 +1 9 +3 3 +2 6 +2 6 - 09 +1 9 +1 9 +0 9 +5 5 +0 3 +3 3 +1 9 +3 3 +1 0 +1 3 +0 8 +1 9 +5 0 +4 9 +2 0 - 08 +4 7 - 56 +3 3 +3 3 +3 3 +2 0 - 08 +3 3 +3 4 +3 3 +2 0 - 27 +6 9 +1 9 - 16 +5 5 +3 1 +5 6 +3 0 - 10 +1 0 +1 2 +1 2 +4 8 +5 9 +4 8 - 04 +3 5 +5 9 - 37 - 09 - 12 +5 6 +2 6 +2 7 - 29 +2 6 +7 4 +2 4 - 05 - 01 - 48 +4 8 +1 2 +1 2 49 58 49 07 19 09 22 24 20 17 51 46 17 30 22 51 04 47 30 24 19 35 52 02 44 43 44 10 48 40 05 16 18 54 48 05 56 59 57 02 07 00 57 21 10 59 20 20 18 34 20 20 40 22 46 49 33 00 16 28 14 36 36 29 36 24 19 46 46 20 24 27 11 53 13 18 47 09 50 46 33 46 12 34 26 10 30 22 06 05 12 25 17 10 59 07 42 55 24 51 51 58 21 02 23 58 13 43 43 43 25 41 41 01 26 30 44 19 05 28 01 17 07 20 57 07 04 15 26 02 11 r z r r r s r r r r r m r r m r d s r r d r r d u s r r r z v r d r r r r r s r s r s D r r D d r r D d s r u r r r m r s u s r u r z u u r r r D s m d r m r s r r s d h d s A u D r r m r z r r s r r s s z A r s d m m s s s d s s r s d s r s s s r r m r A s d r Le o UM a Le o Le o Le o Vi r Le o Le o Le o Vi r Cr t Vi r Vi r Le o Cr t Le o Vi r UM a Le o Ca m Cr t Le o Cr t Vi r Le o UM a Le o Vi r Cr t Vi r Le o Vi r UM a Le o Le o Le o Vi r Le o Le o Le o UM a Le o UM a UM a Vi r Le o UM a UM a Vi r Le o UM a UM a UM a Cr t Le o Le o Le o Le o Cr t Le o Cr t Vi r Le o Vi r Le o Le o UM a Le o Le o Cr t Le o Le o Vi r UM a Vi r UM a Le o UM a Le o Le o Vi r Le o UM a UM a Le o Cr t UM a Ce n UM a UM a UM a Le o Cr t UM a UM a UM a Le o Hy a Dr a Le o Cr t UM a UM a UM a UM a Cr t Vi r Le o Le o UM a UM a UM a Vi r UM a UM a Ce n Cr t Cr t UM a Le o Le o Hy a Le o Dr a Le o Vi r Vi r Ce n UM a Le o Le o 2. 1 1. 0 1. 1 1. 6 15 . 15 . 14 . 13 . 14 . 11 . 8 15 . 15 . 14 . 13 . 14 . 15 . 14 . 14 . 15 . 13 . p p p p p p p p p p p p p p p 15 . p 15 . p 14 . p 14 . p 14 . p 1. 4 1. 2 15 . 15 . 14 . 14 . 13 . 15 . p p p p p p 1. 9 15 . p 1. 2 2. 0 1. 7 14 . 13 . 14 . 14 . 15 . 13 . 15 . 13 . 15 . 13 . p p p p p p p p p p 15 . p 13 . p 1. 2 15 . p 1. 6 15 . 14 . 15 . 14 . 13 . 15 . 13 . 15 . 12 . 6 14 . 14 . 15 . 15 . 15 . 15 . 14 . 14 . 15 . 13 . 14 . 15 . 1. 9 2. 3 1. 3 1. 6 1. 3 1. 3 1. 3 2. 3 0. 6 0. 5 2. 2 p p p p p p p p p p p p p p p p p p p p 14 . p 16 . p 13 . p 11 . 7 1. 3 15 . p 13 . p 0. 4 15 . p 5. 4 12 . p 1. 1 p p p p p p p p p p p p 2. 8 15 . 15 . 15 . 14 . 16 . 15 . 16 . 15 . 14 . 13 . 13 . 14 . 11 . 0 13 . 15 . 16 . 13 . 12 . 0. 4 0. 6 4. 4 2. 4 1. 7 15 . 15 . 11 . 13 . 14 . p p p p p 2. 1 1. 4 14 . p 14 . p 0. 8 1. 7 3. 3 1. 8 p p p p p 1. 8 4. 4 10 . 8 3. 5 2. 2 1. 8 11 . 4 11 . 0 14 . 14 . 15 . 14 . 14 . 1. 1 1. 9 p p p p p 14 . p vS , ne b s * , p 38 1 5 F, cS , lE pf , gb M , r cF , S, 3r d of 3 F, S, bM F, 1s t of 4 F, pS , R, ps b M vF , 2n d of 4 eF , vS , 38 1 9 s vF , cS , R, bM , be t 2 st pF , pS , 3r d of 4 F, cS , lE , ps l b M F, S, R pF , pS , 4t h of 4 pF , S, R, ps b M , st e l l a r pF , pL , E pf F, S, lb M eF , vS , *1 0 nf 2' vF , cS , pm E vF , S, di f pF , pL , r; pl a c e do u b t f u l pB , S, N = 12 . 5 , r eF F, vS , R, bM F, lE 45 d e g , S, bM *1 4 in ne b vF , vS vF , pL , 2 su s p e c t e d ne b nr eF , pS F, S, F* cl o s e n F, vS , lE ns , *1 1 n 1' vF , vS , sl b M N *1 3 eF , vS vF , pL , R cF , S, R, 1s t of 5 vF , S, R, lb M F, S, lE F, E sp nf , *1 1 p cF , S, R, 2n d of 5 F, S, R, vg l b M , 3r d of 5 vF , pS , lE pB , E, gb M , ** 8 sf 5' vF , pS , 4t h of 5 pB , cS , E, ps b M *1 2 F, S, R, ps b M F, S, F* 2' ss p eF , vS , R, 5t h of 5 eF , vS pF , S, di f , vl b M eF , vS ; = 38 4 8 ? S, R, bM vF , R, bM F, cS , di f , vl b M F, pL , R, vg b M eF , vS , lE 70 d e g , bM N vF , eS , R, 38 3 9 p vF , vS , r vF , vS , mb M F, S, R, bM eF , eS , R, gb M , *9 . 5 p 3s eF , vS , R, lb M , r? F, pL , di f vF , S, R vF , vS , R, *1 7 n vF , 2' l, mE 70 d e g , gl b M eF , cl o s e to 38 6 2 eF , vS , R F, pS , R F, S, R, gb M , st e l l pF , cS , lb M sf 38 6 5 , no t so L F, S, ir r R , mb M , s of 2 vF , vS , R, mb M , n of 2 vF , r eF , pL , lE F, vS , R, gb M , R F, S, R, *1 4 nr f vF , pS , lE , 38 7 5 sf F, S, di f F, S, iR , ps b M B, S, R, sm b M * vF , vS , su s p e c t e d vF , vS , r cF , cS , R, ps b M vF , vS , R vF , v di f F, vS , R, gb M , r B, L, mE 37 d e g vF , lE , 2 st in v vF , S, R, r eF , R, gb M , 1s t of 4 vF , R, 2n d of 4 cF , S, iR , gb M , r, *7 sp 6' F, S, di f vF , R, gb M , 3r d of 4 F, S, di f , vl b M vF , R, gb M , 4t h of 4 vF , cL cF , vS , vl E , bM , vF * sf F, pL , mE 10 5 d e g +/ F pB , L, iR , vg p m b M pB , S, lE , pg b M F, S, R, lb M vF , vS , 5' nf 38 8 8 pB , S, bM pB , pL , R, gb M , r eF , S, iF vF , eS , R vF , eS , R, N = 14 B, pL , R, mb M B, pL , iR , pg m b M , p of 2 F, vS F, S, R, N = 14 m F, S, R, bM pF , pL , vl E , gb M , f of 2 pB , cS , vl E , lb M vF , L, di f eF , cL , iR , 2 st n, f B, pL , lE , sv m b M pB , R, sm b M ; = 39 1 2 ? B, pL , vl E 0d e g +/ - , bM N pB , S, R, mb M F, pS , lE , vg l b M vF , S, R, bM vF , S, p of 2 v di f f i c , *1 2 np p 20 " eF , S, ps b M Cl , vL , lC , st 9. . . 1 4 eF , pL ee F , eF * 3s f, 3' s F, vS , R, mb M 31 7 2 G x 1 1 50 . 39 1 0 G x 1 1 50 . 0 39 1 2 G x 1 1 50 . 1 3920 Gx 1 1 5 0 . 1 3918 Pl 1 1 5 0 . 3 I 739 1 1 50 . 4 I296 6 N b 1 1 50 . 4 I 7 4 1 G x 1 1 50 . 5 39 1 3 G x 1 1 50 . 6 39 1 4 G x 1 1 50 . 6 39 1 5 - 1 1 50 . 6 39 1 9 G x 1 1 50 . 6 I 7 4 0 G x 1 1 50 . 6 39 1 6 G x 1 1 50 . 8 39 1 7 G x 1 1 50 . 8 I296 7 G x 1 1 50 . 8 3960 OC 1 1 5 0 . 9 39 2 3 G x 1 1 51 . 0 I 7 4 2 G x 1 1 51 . 0 3921 Gx 1 1 5 1 . 1 39 2 2 G x 1 1 51 . 2 39 3 1 G x 1 1 51 . 2 39 2 5 G x 1 1 51 . 3 39 4 2 G x 1 1 51 . 4 3926 Gx 1 1 5 1 . 5 3927 - 11 51.6 39 2 9 G x 1 1 51 . 7 39 2 8 G x 1 1 51 . 8 39 3 0 G x 1 1 51 . 8 39 3 3 G x 1 1 52 . 0 39 3 4 G x 1 1 52 . 2 3936 Gx 1 1 5 2 . 3 3935 Gx 1 1 5 2 . 4 39 3 2 G x 1 1 52 . 5 39 2 4 G x 1 1 52 . 6 I296 8 G x 1 1 52 . 6 I296 9 G x 1 1 52 . 6 39 3 7 G x 1 1 52 . 7 39 4 0 G x 1 1 52 . 7 3938 Gx 1 1 5 2 . 8 3941 Gx 1 1 5 2 . 9 39 4 3 G x 1 1 52 . 9 39 4 4 G x 1 1 53 . 1 39 3 9 - 1 1 53 . 2 39 4 5 G x 1 1 53 . 2 I 2 9 7 0 ** * 1 1 53 . 2 39 4 6 G x 1 1 53 . 4 39 4 7 G x 1 1 53 . 4 39 4 8 G x 1 1 53 . 4 I 743 1 1 53 . 4 I297 1 G x 1 1 53 . 5 39 4 9 G x 1 1 53 . 7 39 5 0 G x 1 1 53 . 7 39 5 1 G x 1 1 53 . 7 39 5 2 G x 1 1 53 . 7 39 5 4 G x 1 1 53 . 7 I297 2 G x 1 1 53 . 7 39 5 3 G x 1 1 53 . 8 I297 3 G x 1 1 53 . 8 I297 4 G x 1 1 53 . 9 39 5 5 G x 1 1 54 . 0 3956 Gx 1 1 5 4 . 0 3957 Gx 1 1 5 4 . 0 I296 5 G x 1 1 54 . 0 I 7 4 4 G x 1 1 54 . 1 I297 5 1 1 54 . 2 n I 7 4 5 G x 1 1 54 . 3 I297 6 1 1 54 . 5 3958 Gx 1 1 5 4 . 6 3959 Gx 1 1 5 4 . 6 3962 Gx 1 1 5 4 . 7 39 6 4 G x 1 1 54 . 8 39 6 1 G x 1 1 55 . 0 39 6 3 G x 1 1 55 . 0 39 6 5 - 1 1 55 . 1 3969 Gx 1 1 5 5 . 1 39 6 7 G x 1 1 55 . 2 I297 7 G x 1 1 55 . 2 3970 Gx 1 1 5 5 . 3 39 6 8 G x 1 1 55 . 5 39 7 1 G x 1 1 55 . 6 39 7 3 G x 1 1 55 . 6 I 7 4 6 G x 1 1 55 . 6 39 6 6 G x 1 1 55 . 7 39 7 4 G x 1 1 55 . 7 39 7 2 G x 1 1 55 . 8 39 7 5 G x 1 1 55 . 9 39 7 6 G x 1 1 56 . 0 39 7 7 G x 1 1 56 . 1 39 7 9 G x 1 1 56 . 1 39 8 0 G x 1 1 56 . 1 3981 Gx 1 1 5 6 . 1 3978 Gx 1 1 5 6 . 2 39 8 3 G x 1 1 56 . 4 I297 8 G x 1 1 56 . 4 39 8 2 G x 1 1 56 . 5 39 8 5 G x 1 1 56 . 7 39 8 6 G x 1 1 56 . 7 I297 9 1 1 56 . 9 I 747 1 1 57 . 1 39 8 7 G x 1 1 57 . 3 39 8 8 G x 1 1 57 . 4 39 8 9 G x 1 1 57 . 4 3991 Gx 1 1 5 7 . 5 I 7 4 8 G x 1 1 57 . 5 I298 0 G x 1 1 57 . 5 39 9 0 G x 1 1 57 . 6 39 9 2 G x 1 1 57 . 6 3993 Gx 1 1 5 7 . 6 3994 Gx 1 1 5 7 . 6 39 9 5 G x 1 1 57 . 7 39 8 4 G x 1 1 57 . 8 39 9 6 G x 1 1 57 . 8 3997 Gx 1 1 5 7 . 8 I298 1 1 1 57 . 8 I298 2 1 1 57 . 8 3998 Gx 1 1 5 7 . 9 40 0 0 G x 1 1 58 . 0 40 0 2 G x 1 1 58 . 0 40 0 3 G x 1 1 58 . 0 40 0 1 G x 1 1 58 . 1 40 0 4 G x 1 1 58 . 1 40 0 5 G x 1 1 58 . 2 40 0 6 G x 1 1 58 . 2 40 0 7 1 1 58 . 2 40 0 8 G x 1 1 58 . 3 I298 3 * 1 1 58 . 3 39 9 9 G x 1 1 58 . 4 40 0 9 G x 1 1 58 . 4 40 1 1 G x 1 1 58 . 4 +89 +21 +26 +2 4 - 57 +23 - 64 - 04 +55 +06 - 05 +20 +55 +55 +51 +30 - 55 - 28 +20 +5 5 +50 +52 +21 - 11 +2 2 +2 8 +21 +48 +38 +16 +16 - 26 +3 2 +48 +50 +20 - 03 +20 +21 +4 4 +3 6 +20 +26 +75 +60 - 23 +21 +20 +20 - 13 +30 +47 +47 +23 - 04 +20 - 03 +52 +33 - 05 - 23 - 20 - 19 - 19 +23 - 05 07 22 29 57 11 49 54 49 21 35 08 01 21 09 50 52 42 48 48 05 11 00 55 24 03 09 01 41 01 49 52 54 25 28 01 36 52 39 01 07 59 30 14 07 41 07 03 45 59 16 41 52 56 24 00 54 59 20 21 09 10 34 34 34 12 47 s r s r s d s m s r r r t s s m s s u s r s r r r r r s s r r s r r s m F r r s s r r r s x r s m d z s r r s r m s u v s s s c z d UMi Leo Leo Le o Ce n Leo Mus Vir UMa Vir Vir Leo UMa UMa UMa UMa Ce n Hya Leo UM a UMa UMa Leo Crt Le o Le o Leo UMa UMa Leo Leo Hy a UM a UMa UMa Leo Vir Leo Leo UM a UM a Leo Leo Dra UMa Crt Leo Leo Leo Crt UMa UMa UMa Leo Vir Leo Vir UMa UMa Vir Crt Cr t Cr t Crt Leo Vir 0.7 +00 - 02 +5 8 - 07 - 13 +28 +69 +58 - 10 - 18 - 07 - 37 - 12 +11 +30 +12 +25 +32 - 12 +55 +60 +06 +55 - 02 +55 - 19 +6 0 +23 +32 +55 +48 +32 +33 - 08 +25 +27 +25 +3 2 +07 - 73 +55 +53 +2 5 +3 2 +32 +29 +14 +2 5 +33 +27 +5 5 +25 +23 +23 +47 +27 +25 - 02 +25 +28 - 02 +25 +25 +25 08 43 22 44 58 16 20 30 52 56 50 42 02 58 00 01 53 12 00 19 32 45 24 42 23 54 31 53 01 08 20 01 09 18 12 53 14 20 28 41 28 23 15 17 18 03 19 16 11 49 27 09 13 08 20 53 08 05 08 12 05 09 13 07 s d s r s r r s r r r c r s r r u r r s s s s r u s s r u s s s d d s r r s m c s s s s s r r s d d s r r r r s r r A s F r r r Vir Vir UM a Cr t Cr t Leo Dra UMa Crt Cr t Crt Cen Cr t Leo UMa Leo Leo UMa Crt UMa UMa Vir UMa Vir UMa Cr t UM a Leo UMa UMa UMa UMa UMa Vir Leo Leo Leo UM a Vir Mus UMa UMa Le o UM a UMa UMa Leo Le o UMa Leo UM a Leo Leo Leo UMa Leo Leo Vir Leo Leo Vir Leo Leo Leo 0.7 1.7 0.2 3. 0.5 2.6 2.7 1.8 4.9 0.3 7. 2.9 1.3 2.2 1.4 1.8 3.8 4.0 1.9 0.4 5.4 3.8 13.6 14. 13. 14. 8. p p p p 15. p 13. p 14. p 14. 13. 15. 12. 15. 8.3 10.1 15. 13. 14. 15. 15. 14. 14. p p p p p 14. 13. 12. 14. 15. 13. 14. 15. 15. 14. p p p p p p p p p p 14. 14. 10.4 11. 14. 14. p p p p p p p p p p p p 5.5 10.6 1.6 0.5 15. p 14. p 15. p 3.0 1.5 0.9 6.6 1.5 2.8 3.2 3.5 3.5 2.5 16. 11.0 15. 14. 13. 14. 14. 10.1 14. p p p p p p p 11.9 13. p 13. p 16. p 1.6 2.9 2.8 2.0 3.0 1.3 4.0 0.8 3.9 1.7 1.8 3.9 1.8 1.1 2.5 1.2 3.1 2.5 1.4 0.3 2.0 1.7 7.6 1.9 1.1 2.8 1.8 3.1 2.2 2.5 vF , R , gb M , *1 1 s 2 ' , Po l a r i s s i m a B o r e a l i s S, R , m b M , * 1 0 - 11 n 50 " F, p L , R, pg b M neb, f of 2 P N , ! , S, R, b l u e , = * 7 , d = 1 s .5 vF , S , R, *1 0 . 5 f pL , b M pB , S , R, sb M N = 12 m F, E F, v S , R, lb M , *1 3 n p 80 " eF , e S , b e t 2 s t F, S , R ee F , pL , i R , 3 9 1 6 s ; = 3 9 1 3 eF , R , gb M F, L , v m E , v g b M pB , v S , s t e l l N C l , p L , pR i , gp m b M , s t 13 B, p L , lE , g m b M , r, vS * s p in v ee F , pS , R , pB * s p pF, S, R, pspm b M vF , v S eF , S vF , v S eF , p S , E 16 0 d e g , g v l b M e F , e S , vl E , er , s t n r pF, pS Cl , S , st F, v C pF , S , R, ps p m b M eF , c L , i F , gl b M , * 7 ( G r b 1 8 3 0 ) f pF , l E eF , R v F , c L , vm E 5 9 d e g p F , S , l E , ps b M vF , v d i f f i c , 3 9 2 8 n p pB , S , iF , b M eF , v S , 3 9 3 7 f 12 s eF , p S , R , B * f 5 5 s , np of 2 vF , c S , R ; = I C 2 9 6 8 vF , c S , R B , vL , R , b M p B N , e r v B , p L , R, sm b M *9 pF , p S , E , * 8 p 2 4 s pF , p S , R , p s b M eF , v S , R (p l a c e do u b t f u l ) B, p L , R, gm b M , r , * 1 2 s p pB , S , R, 39 5 5 f vF , v l b M , di f F, p S , iE , l b M , * * p vF , s t e l l a r F, S , d i f F, S , R , p s b M cB , p L , p m E , v g b M eF , 2 ' . 6 n o f 3 9 4 9 vF , c S , v l E cF , c S , l E 9 0 d e g +/ - , b M , r eF , R vF , p S , R , 2 B st n , n p , sf o f 2 cB , L , E 0 d e g + / - , vs b M L r N F, c S , di f ee F , vS , l E cF , S , E 1 7 0 d e g + / - , lb s c F , p L , pm E 5 7 d e g F , S, E, r B, S , v m E , r a y ; = 3 9 5 7 eF , v S , v di f f i c ee F , vS , l E , 3 B st in l i n e n , c i r c l e o f s t 1 4 . p F, v S , st e l l a r , N = 14 vF , v S , R , v F * nr n f 1 3 . p p F , p S , pm E , vg b M 1 4 . p v F , S , b e t 2 vF st 10.6 c B , p L , iR , g m b M , tr i a n g l e 2 s t 1 5 . p vF , S , E, *1 0 n f at t 1 4 . p eF , v S 1 2 . p pF , c L , R , v g , sb M eF , e S , R , b M N , * 9 . 5 n p 4 ' 1 4 . p e F , v S , gb M N , * 8 . 5 n e a r l y n 1 5 . p vF , S , F* cl o s e p eF , v S , * 7 s p 1 4 . p F , S, R, p s b M , p o f 2 1 3 . p pB , L , iR , b M , *1 0 , 65 d e g , 3 ' 1 4 . p pF , v S , R , b M 1 5 . p eF , e S , * 1 0 1' sf ( r e q u i r e s v e r i f i c a t i o n ) 1 4 . p F, p S , R 1 4 . p F, p L , lE , b M , *1 2 p 1 4 . p vF , S , R, bM , f o f 2 1 3 . p pB , E 1 5 . p vF , v S , 3 9 7 8 f 17 s 1 2 . p B, p L , cE 30 d e g , v s m b M N 1 3 . p F, S 1 4 . p pF , * 1 1 - 1 2 n f 1 5 . p eF , p L , E , D * n r 1 2 . p v F , p L , iF 1 5 . p c F , S , l E , bM , * 8 , 9 0 d e g , 6 ' 1 5 . p cF , c S , R , p s b M 1 5 . p vF , S , v d i f 1 2 . p B, p L , R, g, s b M di s c 1 3 . p vF , c S , a n o t h e r s u s p e c t e d 1 4 . p pF , S , pm E 9 0 d e g +/ - , * 1 1 nr F, S , R , l b M , r F, v S , R, st e l l a r 1 4 . p F, m E 1 4 . p vF , S , R, bM * , p o f 2 1 5 . p eF , v S , R 13.2 F , S, lE , 1 s t o f 3 1 5 . p F, v S , R, sb M N = 13 ee F , eS , R , cb M 12.6 pF , S , lE , p s l b M 9. 8 cB , v L , p m E , s b M B r N ; = M 1 0 9 1 5 . p v F , p S , E, 3 st nr 12.7 p B , v S , 2n d o f 3 12.6 F, p L , iR , b M , 3r d o f 3 1 5 . p eF , S , R, bM 1 4 . p vF , p L , R , 2 s t f 1 4 . p p F , v S , E 2 5 d e g , be t 2 s t F, S , R , g v l b M vF , s t e l l , * 1 0 nr 10.6 c B , p S , R, vg , s m b M 1 5 . p vF , v S , l E , *8 2' f , 4 0 0 5 i s s f 1 4 . p vF , v S , R , n o f 2 1 5 . p vF , v S , R , s o f 2 1 5 . p S, R , 7 ' n p 40 1 0 1 4 . p F, v S , R, *1 2 n e a r 1 4 . p pF , v S , m b M , * 7 n p 2 ' 1 4 . p F, S , R , b M , * 1 1 nf ; = I C 2 9 8 3 eF , v S ; = 40 0 5 12.0 pB , p S , E , p s b M , * i n v n eF 1 5 . p vF , S vF , e S 1 5 . p vF , v S , * 1 2 np 40 1 6 40 1 2 40 1 3 40 2 4 40 1 0 40 1 4 I 74 9 40 1 5 40 1 7 40 1 8 40 1 9 40 2 0 I 75 0 I 75 1 40 2 1 40 2 2 40 2 3 I2 9 8 4 40 2 5 I 75 3 I2 9 8 5 I 75 2 40 2 6 I 75 4 40 2 7 I2 9 8 6 40 2 8 40 2 9 40 3 0 40 3 1 40 3 5 40 3 2 40 3 3 I 75 5 40 3 6 40 3 7 40 3 4 40 3 8 40 3 9 40 5 2 40 4 0 40 4 1 40 4 2 40 4 3 40 4 4 40 4 5 40 4 6 40 4 7 40 4 8 40 5 0 40 4 9 I 75 6 40 5 1 40 5 3 40 5 4 I 75 7 I2 9 8 7 40 5 5 I2 9 8 8 40 5 8 40 5 9 40 5 6 40 6 8 40 6 0 40 6 1 40 6 2 40 6 3 40 6 4 40 6 5 40 6 6 40 6 7 40 6 9 40 7 0 40 7 1 I 75 8 40 7 2 40 7 3 40 7 4 40 7 6 40 8 1 40 7 5 40 7 7 I2 9 8 9 I2 9 9 0 40 7 8 40 7 9 40 8 0 I2 9 9 1 I 75 9 I2 9 9 2 I2 9 9 3 40 5 7 40 8 2 40 8 3 40 8 4 40 8 5 40 8 6 40 9 0 I2 9 9 4 40 8 7 40 8 8 40 8 9 40 9 1 I2 9 9 5 I2 9 9 7 40 9 2 40 9 3 40 9 4 I 76 0 I2 9 9 6 I2 9 9 8 I2 9 9 9 40 9 5 40 9 6 I 76 1 40 9 7 40 9 8 40 9 9 I3 0 0 0 41 0 0 41 0 1 I3 0 0 1 41 0 2 41 0 4 41 0 3 41 0 5 41 0 7 41 0 6 41 0 8 41 0 9 41 1 0 120 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 58 . 4 58 . 5 58 . 5 58 . 5 58 . 6 58 . 6 58 . 6 58 . 7 58 . 7 58 . 7 58 . 9 58 . 9 58 . 9 58 . 9 59 . 0 59 . 0 59 . 1 59 . 1 59 . 2 59 . 2 59 . 2 59 . 3 59 . 4 59 . 4 59 . 5 59 . 8 59 . 9 00 . 1 00 . 4 00 . 5 00 . 5 00 . 6 00 . 6 01 . 2 01 . 4 01 . 4 01 . 5 01 . 9 01 . 9 01 . 9 02 . 2 02 . 2 02 . 4 02 . 4 02 . 5 02 . 7 02 . 8 02 . 9 02 . 9 02 . 9 03 . 0 03 . 0 03 . 2 03 . 2 03 . 2 03 . 4 03 . 4 03 . 7 03 . 7 03 . 8 03 . 9 04 . 0 04 . 0 04 . 1 04 . 1 04 . 1 04 . 1 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 3 04 . 5 04 . 6 04 . 6 04 . 6 04 . 7 04 . 7 04 . 7 04 . 7 04 . 8 04 . 8 05 . 0 05 . 1 05 . 2 05 . 2 05 . 2 05 . 3 05 . 3 05 . 3 05 . 3 05 . 4 05 . 5 05 . 5 05 . 5 05 . 6 05 . 6 05 . 6 05 . 7 05 . 8 05 . 8 05 . 9 05 . 9 05 . 9 05 . 9 05 . 9 05 . 9 05 . 9 06 . 0 06 . 0 06 . 0 06 . 1 06 . 1 06 . 1 06 . 1 06 . 2 06 . 2 06 . 2 06 . 4 06 . 6 06 . 7 06 . 7 06 . 7 06 . 8 06 . 8 06 . 9 07 . 1 +2 7 +1 0 +4 3 - 18 +4 7 +1 6 +4 2 +2 5 +2 7 +2 5 +1 4 +3 0 +4 2 +4 2 +2 5 +2 5 +2 5 +3 0 +3 7 - 00 +3 0 +4 2 +5 0 - 01 - 19 +3 0 +1 6 +0 8 - 01 +3 1 - 15 +2 0 - 17 +1 4 +6 1 +1 3 +6 9 - 18 - 18 - 63 +1 7 +6 2 +2 0 +0 4 - 00 +0 1 +0 1 +4 8 +1 8 - 16 +1 8 +0 4 +4 4 +1 9 +5 7 +5 2 +3 8 +2 1 +0 3 +0 3 +2 1 +2 0 +5 2 +2 0 +2 0 +3 1 +0 1 +1 8 +2 0 +2 0 +1 0 +2 0 +2 0 - 67 +6 2 +2 0 +0 1 +2 0 +2 0 +6 4 +0 2 +0 1 +0 1 +1 1 +1 0 - 02 +2 7 +1 0 +2 0 +3 0 +3 2 +2 0 +1 0 +1 0 +2 1 +5 0 +2 0 +2 0 +1 2 - 26 +5 0 +2 0 +2 0 - 27 +2 0 +2 0 +2 0 - 14 - 29 - 30 +2 0 +3 1 +2 0 +4 7 - 12 +3 6 +2 0 +2 0 - 29 +4 9 +2 5 +3 3 +5 2 +2 8 - 61 - 29 +1 0 - 29 +6 7 +4 3 +1 8 31 02 57 21 16 11 44 03 26 20 13 25 43 34 06 14 00 42 48 30 44 33 58 38 16 52 14 12 06 57 57 04 51 06 54 24 19 52 53 12 50 08 09 21 11 59 45 38 01 22 46 50 32 44 54 39 49 04 24 34 19 19 35 21 13 54 52 27 13 22 51 20 26 18 30 13 54 20 12 26 05 48 47 02 36 23 00 37 15 21 52 19 41 37 14 21 15 19 41 33 33 34 34 56 17 30 33 32 18 00 45 21 35 29 40 52 37 39 41 35 34 31 43 10 15 46 36 46 10 00 32 s r s s s r s r s r r s s v r r r d s u d z s u s m r r s r v s s v s s r s s s r s r r r s r s r s r u s r r x v r d r r r s r s s r s s r s r r s s r s r r s r r u m r s r d d d d r r r r s r r z r s r r s d r r s c m d z r s m r r r d s r m s s s s D s s s r Le o Vi r UM a Cr v UM a Co m UM a Co m Co m Co m Co m UM a UM a UM a Co m Co m Co m UM a UM a Vi r UM a UM a UM a Vi r Cr v UM a Co m Vi r Vi r UM a Cr v Co m Cr v Co m UM a Co m Dr a Cr v Cr v Cr u Co m UM a Co m Vi r Vi r Vi r Vi r UM a Co m Cr v Co m Vi r UM a Co m UM a UM a UM a Co m Vi r Vi r Co m Co m UM a Co m Co m UM a Vi r Co m Co m Co m Vi r Co m Co m Mu s UM a Co m Vi r Co m Co m UM a Vi r Vi r Vi r Vi r Vi r Vi r Co m Vi r Co m UM a UM a Co m Vi r Vi r Co m UM a Co m Co m Vi r Hy a UM a Co m Co m Hy a Co m Co m Co m Cr v Hy a Hy a Co m UM a Co m UM a Cr v UM a Co m Co m Hy a UM a Co m UM a UM a Co m Cr u Hy a Vi r Hy a Dr a CV n Co m 1. 5 5. 2 2. 3 4. 2 2. 5 1. 8 2. 1 2. 9 1. 5 15 . 14 . 12 . 13 . 13 . 13 . 12 . 2 14 . 13 . 14 . p p p p p p p p p 13 . p 11 . 8 15 . p 14 . p 14 . p 3. 3 0. 6 15 . p 14 . p 5. 1 0. 9 3. 0 0. 6 15 . 12 . 14 . 11 . 1 15 . 4. 3 1. 4 2. 1 2. 5 2. 7 4. 5 2. 7 2. 6 3. 2 8. p p p p 14 . p 12 . p 14 . p 13 . p 13 . p 10 . 6 13 . p 2. 8 10 . 7 13 . p 9. p 15 . p 11 . 1 2. 8 14 . p 14 . p 11 . 8 1. 5 3. 1 2. 1 5. 0 13 . 14 . 12 . 14 . 15 . 10 . 3 14 . 15 . 13 . p p p p p p p p 14 . p 3. 2 1. 5 4. 3 4. 5 1. 5 1. 5 13 . 15 . 14 . 11 . 2 15 . 11 . 5 14 . 14 . 13 . p p p p p p p 14 . p 1. 3 2. 0 2. 5 1. 8 1. 1 0. 6 2. 4 2. 8 5. 8 3. 1 4. 2 1. 6 0. 8 6. 5 0. 6 5. 2 0. 7 3. 2 3. 0 7. 2. 4 1. 9 1. 9 0. 8 13 . 15 . 13 . 15 . 14 . 14 . 14 . 14 . 14 . 15 . 14 . 14 . 14 . 15 . 15 . 15 . 12 . 3 15 . 15 . 16 . 13 . 10 . 5 15 . 15 . 13 . p p p p p p p p p p p p p p p p p p p p p p p 14 . p 15 . p 12 . p 14 . p 16 . 14 . 10 . 6 15 . 14 . 14 . p p p p p 12 . 14 . 15 . 12 . 14 . 7. 12 . p p p p p p p 11 . 4 13 . p 15 . p 14 . p vF vF , S, lE B, cL , mE 62 d e g , vs v m b M *1 0 F, vS , iF , bM F, pL , mE , vg l b M pB , pS , R, ps b M pB , L, R, lb M F, vS , E, mb M F, L, E, gb f M mE np sf , 2 st s eF , *9 sf 5' pB , pL , E 20 d e g , bi N pB , L, lE 35 d e g , bM pF , pL , lE 45 d e g , mb M F, S, vl E pF , vS , st e l l a r pF , pL , di f F, cS , R, vl b M eF , pL , R pB , vS , R, vm b M , *1 1 nf pF , S, di f vF , S, iR , *1 3 nf 1' . 5 vB , cL , mE 17 6 d e g , vs v m b M B N F, S, R, sb M gl o b . cl . , pF , pL , R, rr , st 16 F, vS , R, N, r vF , vS , vl E , r vF , vS , lE , st e l l a r N cB , L, vl E , ps m b M , B st nr eF , vS , *1 7 vn r so u t h eF , pL , *9 45 d e g +/ pF , pL , R, gb M , *1 2 nf pB , S, lE , bM ee F , S, E, be t 2 st vB , vL , E eF , pL , R, r eF , S, iF , gv l b M pB , cL , R, vg b M pF , pL Cl , pR i , lC eF , pS , R, 3 st nr B, cL , R, g, ps v m b M r N vF , vS ; = 40 3 2 ? pF , S, R, ps b M , ** f 30 s cF , cS , R, bM pF , L, R, sb M , * sf F, pS , tr i a n g l e 2 F st ; = 40 4 5 ? pB , pS , R vF , vS , R, ps b M F, cL , iR , lb M eF , pS , R, gl b M vF , pL B, vL , E, vg v s m b M *1 1 F, vS , vl E , al m st e l l eF , S su s p , cl o s e to *1 2 F, S, N, di f pB (d e c l ve r y do u b t f u l ) eF , r, *1 1 . 5 sf 2' . 7 vF , pS , R, bM pB (d e c l ve r y do u b t f u l ) eF , vS pF , S, st e l l a r eF vF , S, R, p of Dn e b , po s 80 d e g pB , vL , mE 97 d e g , vg b M eF , vS , B pt s in v B, E, gb M pF , R, f of Dn e b pB F, pS , R, gb M vF , vS F, vS vF , vS , R, bM * , am st ee F , pS , R, be t 2 di s t a n t st eF , sf 40 6 1 , 40 6 2 , 40 6 5 F, pS , R, pg b M , np of 2 eF , vS vF , vS F, S, mE , D* nr F, S, R cF , cS , vl E , bM , sf of 2 vF , S, bM or 2 or 3 eF st in v eF , R, po s s PN F, vS , R, gl b M F, L, R, *1 0 n 1' cF , pS , E, gb M eF , S, E 10 d e g , be t 40 8 2 an d 83 pB , pL , E pf F, S, R, gb M N , r F, S, N, di f , r pB (d e c l ve r y do u b t f u l ) vF , vS , lE , lb M eF , vS F, S B, pL , pm E 78 d e g , vs b M F, pS , R vF , vS , *1 5 f 1' ; = IC 29 9 7 eF , R, bM pB , S, R, bM B, cL , E 55 d e g , lb M vF , S, R, p of 2 vF , S, R, f of 2 vF , L, cE 12 0 d e g , *8 f eF , *1 2 sf 2' ; = 40 9 0 ? F, pS , R, *1 1 np eF , vS eF , L, pm E , vg b M , 2 st 11 nr F, S, R, bM , E 15 0 d e g ? F, vS , E 20 d e g , * sp vF , ot h e r s ne a r vF , vS , N vF , vS pB , vL , mE 32 d e g ne b *1 4 eF , vS , R, st e l l a r , *1 0 sp 2' eF , eS , R, bM eF , eS F, in d i s t i n c t (d e f e c t ? ) pB , vL , vm E 16 1 d e g , vg v l b M eF , vS , R, vg b M F, S, R, gb M B, pS , R, bM B N , *1 2 sp , vn r pB , pS , lE , bM Cl , pL , pC , iR , st 10 . . . 1 4 pF , pS , R, ps b M , r, p of 2 pB , S, lE , *1 0 - 11 np pF , pS , R, pg b M , f of 2 B, S, R, gb M vF , 41 1 1 nn f 6' F, S 41 1 1 4112 I300 2 I300 3 41 1 3 41 1 4 41 1 5 41 2 2 I300 4 I300 5 I300 6 I300 7 4116 41 1 7 41 1 8 4119 41 2 1 I301 0 I300 8 I300 9 41 2 5 I 762 41 2 3 41 2 4 I 763 I301 1 41 2 7 41 2 0 4128 I301 2 I301 3 I301 4 41 3 3 4126 4131 4129 41 3 0 41 3 2 I301 5 41 3 4 41 3 5 4136 4137 I301 6 I301 7 I301 9 41 3 8 4142 I301 8 4139 4143 I302 0 4140 4141 I302 2 41 4 4 4145 I302 1 4147 4148 I302 3 I 764 41 4 6 I302 4 4149 I302 5 4151 I 765 I302 7 I302 8 4150 41 5 2 I302 6 4154 41 5 9 41 5 3 41 5 5 41 5 6 I302 9 I 766 41 5 7 I 767 I303 0 I303 1 I303 2 I303 3 41 5 8 4161 41 6 0 41 6 2 I 768 I303 4 41 6 4 41 6 3 41 6 5 41 6 6 41 6 7 4169 4172 I303 5 I303 6 4168 41 7 0 41 7 1 4173 41 7 4 I303 7 4175 I 769 I303 9 I303 8 41 7 6 I304 0 I304 1 41 7 7 41 7 8 I304 2 I304 3 I304 4 41 7 9 I 770 I304 5 41 8 0 I304 6 41 8 3 I304 7 4181 4182 41 8 5 4187 I304 8 G x 1 2 07 . 1 Gx 1 2 0 7 . 1 G x 1 2 07 . 1 1 2 07 . 1 - 1 2 07 . 2 G x 1 2 07 . 2 - 1 2 07 . 2 G x 1 2 07 . 2 G x 1 2 07 . 2 G x 1 2 07 . 2 1 2 07 . 4 G x 1 2 07 . 4 Gx 1 2 0 7 . 6 G x 1 2 07 . 8 G x 1 2 07 . 9 - 12 07.9 G x 1 2 07 . 9 G x 1 2 07 . 9 G x 1 2 08 . 0 ? 1 2 08 . 0 G x 1 2 08 . 1 G x 1 2 08 . 1 G x 1 2 08 . 2 G x 1 2 08 . 2 G x 1 2 08 . 2 G x 1 2 08 . 2 G x 1 2 08 . 4 G x 1 2 08 . 5 Gx 1 2 0 8 . 5 G x 1 2 08 . 5 G x 1 2 08 . 5 G x 1 2 08 . 5 G x 1 2 08 . 6 Gx 1 2 0 8 . 7 Gx 1 2 0 8 . 7 Gx 1 2 0 8 . 9 - 1 2 08 . 9 G x 1 2 09 . 0 G x 1 2 09 . 0 G x 1 2 09 . 2 G x 1 2 09 . 2 Gx 1 2 0 9 . 3 Gx 1 2 0 9 . 3 G x 1 2 09 . 4 1 2 09 . 4 G x 1 2 09 . 4 G x 1 2 09 . 5 Gx 1 2 0 9 . 5 ? 1 2 09 . 5 - 12 09.6 Gx 1 2 0 9 . 6 1 2 09 . 6 - 12 09.7 Gx 1 2 0 9 . 7 G x 1 2 09 . 9 G x 1 2 10 . 0 Gx 1 2 1 0 . 0 G x 1 2 10 . 0 Gb 1 2 1 0 . 1 Gx 1 2 1 0 . 1 1 2 10 . 1 G x 1 2 10 . 2 G x 1 2 10 . 3 G x 1 2 10 . 3 Gx 1 2 1 0 . 4 G x 1 2 10 . 4 Gx 1 2 1 0 . 5 D * 1 2 10 . 5 ? 1 2 10 . 5 1 2 10 . 5 Gx 1 2 1 0 . 6 G x 1 2 10 . 6 * 1 2 10 . 6 * 12 10.7 G x 1 2 10 . 7 - 1 2 10 . 8 G x 1 2 10 . 8 G x 1 2 10 . 8 G x 1 2 10 . 8 G x 1 2 10 . 9 G x 1 2 11 . 1 G x 1 2 11 . 1 1 2 11 . 1 1 2 11 . 1 G x 1 2 11 . 1 G x 1 2 11 . 1 G x 1 2 11 . 2 Gx 1 2 1 1 . 4 - 1 2 11 . 6 G x 1 2 11 . 9 G x 1 2 11 . 9 1 2 11 . 9 G x 1 2 12 . 1 G x 1 2 12 . 2 G x 1 2 12 . 2 G x 1 2 12 . 2 - 1 2 12 . 2 Gx 1 2 1 2 . 2 Gx 1 2 1 2 . 2 1 2 12 . 2 G x 1 2 12 . 2 Gx 1 2 1 2 . 3 G x 1 2 12 . 3 G x 1 2 12 . 3 Gx 1 2 1 2 . 3 G x 1 2 12 . 4 G x 1 2 12 . 4 Gx 1 2 1 2 . 5 G x 1 2 12 . 5 G x 1 2 12 . 5 G x 1 2 12 . 6 G x 1 2 12 . 7 G x 1 2 12 . 7 1 2 12 . 7 G x 1 2 12 . 8 G x 1 2 12 . 8 1 2 12 . 8 1 2 12 . 8 G x 1 2 12 . 8 G x 1 2 12 . 9 1 2 13 . 0 ? 1 2 13 . 0 G x 1 2 13 . 1 G x 1 2 13 . 1 G x 1 2 13 . 3 1 2 13 . 3 Gx 1 2 1 3 . 4 - 12 13.4 G x 1 2 13 . 4 Gx 1 2 1 3 . 4 D * 1 2 13 . 4 +43 - 40 +33 +32 +34 - 14 +14 +33 +13 - 30 +12 +31 +0 2 +43 +43 +0 9 +65 - 30 +13 +12 +65 +25 +02 +10 +25 +10 +76 +69 +6 8 +11 +10 +38 +74 +1 6 +2 9 - 09 - 04 +29 - 31 +29 +44 +2 9 +4 4 +11 +13 +14 +43 +5 3 +14 +0 1 +4 2 +14 +0 1 +5 8 +38 +46 +3 9 +13 +1 8 +3 5 +14 - 29 +26 +12 +5 8 +10 +3 9 +16 +14 +11 +3 0 +16 - 29 +5 8 +76 +18 +19 +39 +13 - 12 +50 +12 +14 +13 +14 +13 +20 +5 7 +43 +24 +12 +14 +13 +36 +13 +17 +36 +2 9 +5 6 +13 +12 +1 3 +29 +29 +2 9 +29 +09 +2 9 +12 +12 +11 - 09 +11 +12 - 14 +10 +10 +10 +13 +01 - 04 +12 +07 +12 +43 +12 +5 0 +0 4 +28 +5 0 +13 04 11 22 51 00 11 25 00 14 01 59 21 42 08 07 33 07 20 33 39 11 45 53 23 49 22 48 33 46 10 01 49 56 09 18 02 00 14 31 11 00 56 06 25 36 00 41 06 04 49 32 13 48 51 43 27 53 01 33 52 21 44 26 18 19 11 24 08 11 45 24 02 56 21 09 22 03 28 19 40 29 05 08 18 16 35 11 44 45 07 08 11 12 10 15 46 31 10 11 15 28 12 12 12 11 08 59 09 07 18 20 08 04 44 00 52 52 00 59 18 33 47 02 55 42 58 46 03 31 44 04 s r m d r s r r m c d z s s s r s c m x s m s s m t s s s z m u r r s s r s c r s s s z d x s s x r s d r r m s s u s s d s s u r m s x x d s s x r r r r s u m s m d d z u s r r s u d r s s r r s r x u s D u s s z s s m z r m d r s x d v s d x s u s d r r r r x CVn Ce n CVn Com CVn Crv Com Com Vir Hya Vir Com Vi r CVn CVn Vi r Dra Hya Com Vir Dra Com Vir Vir Com Vir Cam Dra Dr a Vir Vir CVn Dra Co m Co m Vi r Vir Com Hya Com CVn Co m CV n Vir Com Com CVn UM a Com Vi r CV n Com Vi r UM a CVn UMa CV n Vir Co m CV n Com Hya Com Vir UM a Vir CV n Com Com Vir Co m Com Hya UM a Dra Com Com CVn Com Crv UMa Vir Com Vir Com Com Com UM a CVn Com Vir Com Vir CVn Vir Com CVn Co m UM a Vir Vir Vi r Com Com Co m Com Vir Co m Vir Vir Vir Vir Vir Vir Crv Vir Vir Vir Com Vir Vir Vir Vir Vir CVn Vir CV n Vi r Com CV n Vir 4.8 0.5 2.3 0.9 2.2 3.8 2.8 0.9 0.6 1.9 0.8 5.1 0.6 4.5 4.6 0.8 3.8 2.3 1.9 2.8 0.8 1.1 1.6 2.6 1.1 3.0 1.0 4.1 1.2 2.9 2.3 2.9 0.2 5.9 5.8 1.8 4.0 1.8 4.8 1.6 1.2 0.4 5.9 2.5 2.3 1.5 1.5 1.2 6.9 0.6 1.2 2.0 2.5 1.6 1.9 1.5 2.1 1.8 2.8 5.1 4.8 0.8 2.0 2.5 1.0 0.6 5.0 2.1 4.2 1.8 1.2 5.0 10.8 vB , p S , m E 1 5 1 d e g F , S, vl E , gl b M , 3 B st n r 1 5 . p F, c S , R, gb M , r F, S , d i f , N , r eF ; n o n e x i s t e n t ? 1 3 . p cF , S , iR , g b M eF , s u s p e c t e d 1 5 . p eF , v S , R , m b M 1 6 . p R, b M , ma g 1 5 F, S , e E 1 6 0 d e g , s t e l l N R, b M , ma g 1 5 1 5 . p vF , v S , d i f f i c 11.9 v F , E (h o o k s h a p e ) , s p of 2 1 4 . p vF , v S 1 6 . p eF , v S , 1 ' s o f 4 1 1 7 lE; none x i s t e n t ? 1 4 . p F, v S , lE , r eF , c S , R , 2 s t 1 0 s f 8' 1 5 . p R, b M , ma g 1 3 . 5 pB , c S 9. 8 pB , p L , c E , mb M 1 5 . p pB , S , R, N = 1 2 m 11.2 cF , v L , E 90 d e g + / - , bM N 1 2 . p pB , p L , m E 1 1 8 d e g , bM , r ; = I C 30 1 1 1 5 . p F, v S , N = 1 3 m 1 2 . p pF , p S , E 11 0 d e g ; = 4 1 2 4 1 3 . p F, p L , vl E , gl b M 1 4 . p eF , v S , E 1 3 . p c B , l E , bM 1 5 . p R, P N ? , m a g 1 5 1 5 . p bM , m a g 1 5 1 4 . p pB , c S , R , g b M , r 1 3 . p pB , c L , R , g m b M 1 4 . p v F , S , R , p s l b M , b e t 2 vS st 14. p cF, S, R, 1st of 3 12.6 F , pL , p m E 95 d e g + / - , vg l b M pE , l b M , * 1 3 p 5' 1 5 . p cF , S , iR , 2 n d of 3 pB , m E 45 d e g , *1 0 . 5 s f 1 ' 1 4 . p pF , p L , l E , 3r d o f 3 1 5 . p vF , p S , R , 2 F st i n v 1 2 . p F , vL , v g m b M 1 5 . p v F , p S , R, l fa i n t e r th a n 41 3 5 1 6 . p S, R , b M R, b M , di f , ma g 1 4 . 5 R, b M , di f , ma g 1 4 . 5 1 2 . p B, p L , lE , v g b M , * n p 1 4 . p v F , S , i F , vg l b M , er R, l b M , m a g 13 . 5 F , S, di f f i c , p of D n e b 1 2 . p c B , R , v g , vs b M N R, b M , ma g 1 4 F , S, di f f i c , f of D n e b 1 4 . p v F , p S , lE , g b M , r 1 4 . p pB , p S , g b M 1 2 . p pF , c L , v m E 10 9 d e g , v g b M 11.0 B , vL , v g l b M 1 5 . p R, b M , v d i f , m a g 1 4 . 5 10.3 g l o b . cl . , v B , pL , R , gb M , rr r 1 5 . p F , S, *1 2 s f R, b M , di f , ma g 1 5 1 2 . p eF , p L , E ns , l b M 1 4 . p vF , p S 1 5 . p R, b M , ma g 1 3 . 5 1 4 . p F , S, E 1 5 . p S, E , b M 10.4 v B , S , R , v s m b M B N , p of 2 vF , s u s p 6 ' n o f 41 5 2 bM , m a g 1 4 bM , m a g 1 5 11.7 B , S, R, p g m b M 12.0 pB , p L , R , p g m b M , r vF , v S , m E 4 0 d e g , b e t 2 st vF, S, E 90de g +/1 4 . p eF , p S , R , t r i a n g l e 2 st B, p L , E, bM 1 4 . p eF , v S 13.0 pF , S , E, vg b M , f o f 2 1 5 . p E 35 d e g , ma g 1 3 . 5 1 4 . p pB , E n s , sb M N = 14 m 1 2 . p pF , c L , v m E 60 d e g + / - ( d o u b l e ? ) 1 5 . p F, v S , st e l l , N = 1 4 m R, b M , ma g 1 4 vF , w i s p a t 35 d e g 1 5 . p R, b M , ma g 1 3 . 5 1 5 . p bM , w i s p s ns 0 ' . 5 , m a g 1 3 . 5 1 3 . p F, p S , lE , b M , pB * s f 1 3 . p F , S, R ne b * 1 3 11.5 B, L , i E , bM 1 5 . p vF , p S , R , g b M vF , E , bM 1 5 . p vF , 2 ' - 3' s of 41 6 5 1 3 . p vF , p L , v l E , r 13.6 eF , * 1 0 n p , 41 6 8 f; = IC 30 3 5 1 4 . p vF , S F, p L , R, vg b M , * * s; = 41 6 3 ? 1 3 . p F , S, 1s t o f 4 1 4 . p F , S, lE , g b M F, c S ; = 4 1 6 5 1 5 . p vF , s p i r 11.3 p B , p L , iF , p s b M , r, * in v 1 3 . p eF , v n r 4 1 6 9 , 4 1 7 3 - 5 1 4 . p eF , v n r 4 1 6 9 , 4 1 7 3 - 5 1 3 . p F , S, 2n d o f 4 1 4 . p F, S , 3 r d of 4 1 5 . p R, P N ? , m a g 1 6 1 4 . p F , eS , 4 t h of 4 1 3 . p vF , p S , v l b M 1 5 . p S, R , b M 1 6 . p R, b M , PN ?, m a g 16 eF , v S , R , s l b M , *1 0 1 6 . p R, P N ? , m a g 1 6 S, E 1 3 . p vF , p L , R , v g b M 11.4 vF , v L , E 45 d e g + / - , *7 f; = IC 3 0 4 2 pF , c L ; = 41 7 8 cS , E n s , ma g 1 5 F, s t e l l 10.9 pB , p S , p m E 13 5 d e g + / - , bM N vF , v S , R , * 1 3 . 5 n 1 ' pF , c S , N s = 1 0 . 5 m 1 3 . p pF , S , lE 0d e g +/ - , r 1 5 . p vF , p S , s p i r 1 3 . p vF , c L , m E 1 7 0 d e g + / R, b M , ma g 1 4 . 5 14. p eF, S, stel l a r v S (v S C l ? ) 1 3 . p cF , L , R, gb M 14. p pB, S, lE F, S ; * 1 3 ? I3 0 4 9 41 8 4 41 9 0 I3 0 5 0 41 8 9 41 9 2 41 9 1 41 9 3 I3 0 5 1 I3 0 5 2 I3 0 5 3 41 8 6 41 8 8 41 9 4 41 9 5 41 9 8 I3 0 5 4 41 9 6 I3 0 5 5 41 9 7 I3 0 5 6 42 0 1 41 9 9 42 0 0 42 0 5 I3 0 5 8 I3 0 5 9 I3 0 5 7 I3 0 6 0 42 0 3 I3 0 6 1 I3 0 6 2 I3 0 6 3 42 0 4 I 77 1 I 77 2 I3 0 6 4 I3 0 6 5 I3 0 6 7 42 0 6 42 1 0 I3 0 6 6 42 0 8 I3 0 6 8 I3 0 6 9 I3 0 7 0 42 0 7 42 0 9 I3 0 7 1 42 1 1 42 1 4 I3 0 7 2 I3 0 7 3 42 1 2 42 1 3 I3 0 7 4 42 1 7 42 1 8 I3 0 7 5 42 1 5 42 1 6 42 2 1 I3 0 7 6 I3 0 7 7 I3 0 7 8 I3 0 7 9 42 2 0 I3 0 8 0 I3 0 8 1 I3 0 8 2 I3 0 8 4 42 1 9 42 2 2 42 2 6 I3 0 8 3 I3 0 8 5 I3 0 8 9 42 2 3 42 2 7 I3 0 8 6 I3 0 8 7 I3 0 8 8 I3 0 9 0 42 2 4 42 2 8 I3 0 9 1 I3 0 9 2 42 2 5 42 2 9 42 3 6 I3 0 9 3 42 3 1 42 3 2 42 3 8 I3 0 9 4 I3 0 9 5 I3 0 9 6 I3 0 9 7 42 3 3 I3 0 9 9 42 3 4 42 3 5 42 3 7 I3 0 9 8 I3 1 0 0 42 3 0 42 3 9 I3 1 0 1 42 4 0 42 4 1 42 5 0 I3 1 0 2 42 4 2 42 4 4 I3 1 0 3 42 4 3 42 4 5 I3 1 0 5 I3 1 1 0 42 4 8 I3 1 0 6 I3 1 0 7 I3 1 0 8 I3 1 0 9 I3 1 1 1 I3 1 1 2 I3 1 1 4 42 4 6 42 4 7 42 4 9 I3 1 1 3 121 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx * Gx ? Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Nb Gx Gx Nb Gx Gx Gx Gx ? * Gx Gx ? D* * D* Gx D* Gx Gx Gx Nb Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx ? Gx Gx Gx 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 13 . 5 13 . 6 13 . 7 13 . 7 13 . 8 13 . 8 13 . 9 13 . 9 13 . 9 13 . 9 14 . 0 14 . 1 14 . 2 14 . 2 14 . 2 14 . 3 14 . 3 14 . 4 14 . 4 14 . 6 14 . 6 14 . 7 14 . 8 14 . 8 14 . 9 14 . 9 14 . 9 15 . 0 15 . 0 15 . 1 15 . 1 15 . 1 15 . 1 15 . 2 15 . 2 15 . 2 15 . 2 15 . 2 15 . 2 15 . 3 15 . 3 15 . 3 15 . 4 15 . 4 15 . 4 15 . 4 15 . 5 15 . 5 15 . 5 15 . 6 15 . 6 15 . 6 15 . 6 15 . 7 15 . 7 15 . 7 15 . 8 15 . 8 15 . 8 15 . 9 15 . 9 16 . 0 16 . 1 16 . 1 16 . 1 16 . 1 16 . 2 16 . 2 16 . 2 16 . 2 16 . 3 16 . 4 16 . 4 16 . 4 16 . 4 16 . 4 16 . 4 16 . 5 16 . 5 16 . 5 16 . 5 16 . 5 16 . 5 16 . 6 16 . 6 16 . 6 16 . 6 16 . 7 16 . 7 16 . 7 16 . 7 16 . 8 16 . 8 16 . 9 16 . 9 16 . 9 16 . 9 17 . 0 17 . 1 17 . 1 17 . 2 17 . 2 17 . 2 17 . 2 17 . 2 17 . 3 17 . 3 17 . 3 17 . 4 17 . 4 17 . 4 17 . 4 17 . 5 17 . 5 17 . 5 17 . 6 17 . 6 17 . 6 17 . 7 17 . 8 17 . 8 17 . 8 17 . 8 17 . 8 17 . 8 17 . 8 17 . 9 18 . 0 18 . 0 18 . 0 18 . 0 +1 4 - 62 +3 6 +1 3 +1 3 +1 4 +0 7 +1 3 +1 3 +1 2 +1 4 +1 4 - 12 +5 4 +5 9 +5 6 +1 3 +2 8 +1 2 +0 5 +1 3 - 11 +5 9 +1 2 +6 3 +1 4 +1 3 - 44 +1 2 +3 3 +1 4 +1 3 +1 2 +2 0 +1 3 +2 3 +1 3 +1 4 +2 3 +1 3 +6 5 +1 3 +1 3 +1 1 +1 0 +1 3 +0 9 +2 8 +0 9 +2 8 +3 6 +0 9 +1 3 +1 3 +2 3 +1 0 +4 7 +4 8 +2 3 +0 6 +1 3 +6 6 +0 9 +1 4 +1 2 +1 1 +4 7 +1 4 +1 2 +2 3 +2 3 - 43 +1 3 +4 7 +1 2 +0 9 +2 3 +0 6 +3 3 +0 9 +1 3 +0 9 +0 9 +0 7 +3 6 +1 3 +1 0 - 12 +3 3 +6 9 +1 4 +4 7 +4 7 +6 3 +1 3 +2 3 +1 4 +0 9 +0 7 +1 2 +0 3 +0 7 +1 5 +0 7 +1 2 - 55 +1 6 +1 1 - 09 +0 6 +7 0 +0 6 +4 5 +3 7 +0 9 - 11 +2 9 +1 2 +3 7 +4 7 +0 9 +1 0 +1 3 +1 3 +0 8 +2 6 +0 9 +0 7 +0 7 +0 5 +0 7 29 42 38 26 26 54 12 10 10 40 12 44 33 32 37 01 31 25 04 48 47 34 54 11 48 04 28 29 31 12 02 35 00 39 11 57 01 26 57 02 59 28 54 30 10 02 35 31 33 11 20 33 36 54 59 41 06 08 35 24 09 14 05 24 39 31 53 13 40 51 54 20 19 02 35 28 49 42 31 01 17 28 26 28 20 59 03 18 34 28 17 27 26 25 37 56 31 24 37 27 41 11 19 12 15 08 32 56 56 41 48 41 37 49 22 19 36 23 23 25 37 50 21 08 26 01 08 11 16 36 11 u r s t s s r s x d d s r s r r d s d s x r r r r d v d m s s m u s z z t x z s s u D d d x s r x s s x u s r s s s m s s s x x d z s x d d m s s s x x m r s x x x x s r x d r r s x s s s u m x z s u s s s x d s r z r s s x s s x r s u d s d u d d z v x s s r x Co m Cr u CV n Co m Co m Co m Vi r Vi r Vi r Vi r Co m Co m Cr v UM a UM a UM a Co m Co m Vi r Vi r Co m Vi r UM a Vi r Dr a Co m Co m Ce n Vi r Co m Co m Co m Vi r Co m Vi r Co m Vi r Co m Co m Vi r Dr a Co m Co m Vi r Vi r Vi r Vi r Co m Vi r Co m CV n Vi r Co m Co m Co m Vi r CV n CV n Co m Vi r Vi r Dr a Vi r Co m Vi r Vi r CV n Co m Vi r Co m Co m Ce n Co m CV n Vi r Vi r Co m Vi r CV n Vi r Vi r Vi r Vi r Vi r CV n Co m Vi r Cr v CV n Dr a Co m CV n CV n Dr a Co m Co m Co m Vi r Vi r Vi r Vi r Vi r Co m Vi r Vi r Ce n Co m Vi r Vi r Vi r Dr a Vi r CV n CV n Vi r Vi r Co m Vi r CV n CV n Vi r Vi r Co m Vi r Vi r Co m Vi r Vi r Vi r Vi r Vi r 1. 1 1. 7 2. 0 2. 5 9. 5 2. 3 1. 4 2. 5 1. 6 3. 5 1. 7 0. 3 3. 6 2. 3 1. 0 1. 0 4. 2 5. 3 0. 5 5. 2 2. 2 1. 0 1. 8 1. 4 7. 9 1. 0 3. 0 2. 3 5. 5 1. 2 0. 7 1. 9 8. 3 2. 3 0. 2 4. 1 0. 3 0. 4 4. 5 3. 3 1. 3 0. 4 1. 8 2. 4 18 . 6 1. 4 1. 5 1. 9 0. 6 0. 5 1. 2. 3 2. 1 1. 3 4. 3 2. 3 6. 2. 5 2. 7 4. 8 16 . 2 3. 3 1. 8 3. 0 1. 5 1. 3 2. 5 0. 7 16 . p R, PN ?, ma g 16 Cl , mC , st eS 13 . p cF , pS , R, vg l b M , r 13 . p pB , cL , gb M ; = 41 8 9 11 . 7 F, L, lE , vg l b M , r; = IC 30 5 0 10 . 1 B, vL , vm E 15 2 d e g , vs v m b M ; = M9 8 14 . p cF , R, bM , ne a r S* 12 . 4 vF , pL , E, vg b M ; = IC 30 5 1 pB , pS ; = 41 9 3 R, PN ?, ma g 16 . 5 R, bM , PN ?, ma g 16 14 . p pF , S, R, sp M9 8 14 . p eF , pS 12 . 4 pB , vS , vs b M *1 2 15 . p eF 14 . p pF , pS , lE , gb M R, PN ?, ma g 16 . 5 14 . p pB , S, R, vs m b M * bM , ma g 15 13 . p pF , pm E , vg b M pL , vm E 50 d e g 14 . p eF , eS , R, bM N 15 . p vF , S 14 . p cF , lE , lb M 14 . p pB , pS , R, *1 2 f, ln R, PN ?, ma g 16 vF , sp i r , do u b t f u l cF , S, R (d e f e c t ? ) 15 . p vF , S, lE 0d e g ; *1 4 ? 10 . 7 vB , S, R, ps m b M 13 . 6 F, pL , sp i r 15 . p F, S 15 . p bM , ma g 14 . 5 13 . p vF , cL , iR , vg b M 15 . p vF , S, R, * 3' so u t h 15 . p vF , vS , st e l l 13 . p cF , cL , E 5d e g ; = 42 0 6 R, PN ?, ma g 14 15 . p vF , vS , st e l l 12 . 1 F, vm E 13 . p pF , pS , R, vg b M 15 . p pL , E 16 0 d e g , sp i r no n e x i s t e n t bM , ma g 16 bM , ma g 15 . 5 vF , vS 13 . p pF , pS , lE , *1 4 np F, pS eF , eS 14 . p vF , eS , mb M 9. 7 cB , cL , iE , bi N eF , eS , ? 16 . p bM , ma g 16 11 . 2 B, L, E 10 7 d e g , g, sb M , r 14 . p cF , vS , R 14 . p cF , pL , E 17 0 d e g 12 . p pF , L, mE 45 d e g , ** n, p of 2 13 . p vF , vS 15 . p F, vS , R, st e l l 13 . p B, pS , E, sb M *1 1 10 . 0 vB , vL , vm E 17 d e g , sb M N 14 . p pB , S, R, ps b M vF , vS bM , ma g 15 bM , ma g 14 15 . p bM , ma g 14 12 . p cB , pL , pm E 13 4 d e g , ps b M bM , ma g 14 bM , ma g 15 vF , vS , di f , *5 n 6' 16 . p F, vS , R, di f 12 . p pF , pL , pm E , vg l b M 14 . p vF , pS , R 14 . p F, S, lE , f of 2 bM , ma g 15 cF , vS , = *1 3 16 . p vF , S, vl b M , di f pF , pL , R, r; = 42 4 1 ? 14 . p F, vS , vl E , ps b M , sp of 2 eF , vS F, S, eE 30 d e g , ne b ? vF , vS , = *1 4 vF , vS 11 . 8 pB , pS , lE , gb M , r vF , L, R, gb M ; = 42 1 4 ? bM , ma g 14 bM , ma g 15 . 5 14 . p F, eS , R, * 17 0 d e g , 60 " 14 . p cF , vS , lE , ps b M , nf of 2 9. 7 vF , eL , mE 16 0 d e g +/ - , vg b M bM , ma g 14 15 . p vF , vS , n of Dn e b 15 . p vF , vS , s of Dn e b 14 . p vF , pS , iR , vg l b M 14 . p F, S, bM 16 . p pF , S, vl E pf , bM , *5 p 35 s , 1' s bM , ma g 14 . 5 15 . p vF , S, lb M 11 . 9 pF , R, vs b M S N 15 . p vF , pL , lE 0d e g 12 . 9 pB , L, R, gb M 11 . 6 pB , pL , pm E , bM , p of 2 11 . 7 pB , pL , lE , vg b M , r pF , pS , E 45 d e g ; = 42 3 5 bM , wi s p s 45 d e g ?, ma g 14 . 5 9. p Cl , F, pL , iF , st 13 . . . 1 5 13 . p F, pL , R 15 . p bM , ma g 15 14 . p pB , S, *1 2 sp 0' . 5 12 . 0 vF , L, vg b M , *7 s; = IC 31 0 2 13 . p pB , S, R, pg b M pF , pS , *? ; = 42 4 1 11 . 0 vF , cL , iR , vg b M , r 10 . 2 pB , vL , eE 43 d e g , vg b M vF , vS , st e l l pB , eS , pB * cl o s e p 11 . 4 cB , pL , vl E , sm b M , r 15 . p vF , pS , E 40 d e g vF , S, di f 12 . 6 vF , S, pm E , ps b M vF , vS , E 95 d e g 14 . p F, vS , lE , mb M R, bM , ma g 14 bM , ma g 14 15 . p eF , S? F, S, iF , N cF , vS , st e l l 12 . 7 eF 15 . p F, S, R, bM , 6' n of 42 4 6 15 . p F cF , pL , E; = 42 4 6 I311 5 Gx I311 6 42 5 1 Gx I 773 Gx I311 7 ? I311 9 Gx 4202 Gx I311 8 Gx I312 2 Gx 42 5 3 Gx I312 0 I312 1 I312 3 * I312 5 42 5 2 Gx I312 4 * I312 7 Gx I312 6 4256 Gx I312 8 I312 9 * 42 5 4 Gx M99 I 774 I310 4 Gx I313 0 ? I313 1 Gx I313 2 I 775 Gx I313 3 ? I313 4 Gx I313 5 I314 1 Gx 42 5 5 Gx 42 5 8 Gx I 776 Gx I313 6 Gx I313 7 I313 8 I313 9 * I314 0 42 5 7 Gx I314 2 Nb I314 3 Gx I314 4 I314 5 I314 6 I314 7 I314 8 Gx I314 9 Gx 4259 Gx 42 6 0 Gx 42 6 1 Gx I 777 Gx I 778 42 6 2 Gx I315 0 ? I315 1 4264 Gx 42 7 1 Gx I315 2 Gx I315 3 Gx I315 4 4263 Gx 4265 Gx 42 6 6 Gx I315 6 Gx I315 7 Gx 4267 Gx 4268 Gx 4269 Gx 42 7 0 Gx 42 7 2 Gx 42 7 4 Gx I 779 I315 5 Gx I315 8 * 42 7 3 Gx 42 7 5 Gx I 780 Gx I315 9 I316 6 I316 0 * I316 1 D* I316 2 D* I316 3 D* I316 5 Gx 42 7 7 Gx 42 7 8 Gx I 781 Nb I316 4 42 7 6 Gx 42 8 4 Gx I316 7 Gx 42 8 3 Gx 42 9 1 Gx I316 8 Gx I317 1 Gx 42 7 9 Gx 42 8 0 42 8 1 Gx 4282 Gx I316 9 I317 0 Gx I317 2 I317 4 Gx I317 5 Gx I318 0 I317 3 Gx I317 6 4288 Gx I317 7 I317 8 I317 9 42 8 5 Gx 4286 Gx I318 1 I318 4 Gx 42 8 7 Gx 42 9 0 Gx I 3 1 8 2 ** * I318 3 * I318 5 I318 6 Gx I318 7 Gx I318 8 Gx I318 9 I319 3 Gx 4289 Gx I319 0 * I319 1 ? 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 18 . 0 18 . 0 18 . 1 18 . 1 18 . 1 18 . 1 18.2 18 . 2 18 . 3 18 . 4 18 . 4 18 . 4 18 . 4 18 . 4 18 . 5 18 . 5 18 . 5 18 . 6 18.7 18 . 7 18 . 7 18 . 8 +06 +25 +28 +06 +09 +24 - 01 +09 +25 +29 +13 +13 +08 +24 +05 +09 +11 +13 +6 5 +11 +09 +14 39 05 10 08 04 41 04 30 13 49 42 14 04 22 34 35 51 48 54 43 36 25 s d s v x z F u u s d d x d s x m d s d x s Vir Com Com Vir Vir Com Vi r Vir Com Com Com Vir Vir Com Vir Vir Vir Com Dr a Vir Vir Com 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 18 . 8 18 . 8 18 . 8 18 . 8 18 . 8 18 . 9 18 . 9 18 . 9 18 . 9 18 . 9 19 . 0 19 . 0 19 . 0 19 . 0 19 . 0 19 . 0 19 . 0 19 . 0 19 . 1 19 . 1 19 . 1 19 . 2 19 . 2 19 . 2 19 . 3 19 . 3 19 . 3 19.4 19 . 4 19 . 4 19 . 4 19 . 4 19 . 5 19 . 5 19 . 5 19.6 19 . 6 19 . 6 19 . 6 19 . 6 19.7 19.7 19 . 7 19 . 7 19 . 7 19.8 19.8 19.8 19 . 8 19 . 8 19 . 8 19 . 8 19 . 8 19 . 8 19 . 9 19 . 9 19 . 9 19 . 9 19 . 9 20 . 0 20 . 0 20 . 0 20 . 0 20 . 0 20 . 1 20 . 1 20 . 1 20 . 1 20 . 2 20 . 2 20 . 2 20 . 3 20 . 3 20 . 3 20 . 3 20 . 4 20 . 4 20 . 4 20.4 20 . 4 20 . 4 20 . 4 20 . 4 20 . 4 20 . 4 20 . 5 20 . 5 20.6 20 . 6 20 . 6 20 . 6 20 . 7 20.7 20 . 7 20 . 7 20 . 8 20 . 8 20 . 8 20 . 8 20 . 9 20 . 9 20 . 9 20 . 9 20 . 9 20 . 9 21.0 21 . 0 21 . 1 - 06 - 79 +08 +07 +07 +12 +07 +08 +27 +24 +04 +47 +08 +06 +12 +12 +09 +27 +05 +13 +27 +25 +24 +25 +12 +07 +12 +0 5 +06 +05 +28 +56 +14 +07 +09 +0 5 +56 - 26 +05 +25 - 12 - 12 +05 +09 +12 +1 2 +0 5 +0 6 +05 +30 +29 +29 +06 +09 +05 +27 +25 +11 +60 +09 +09 +09 +09 +27 +05 +29 +14 +24 +07 +58 +09 +29 +75 +27 +25 - 11 - 11 +05 +0 5 +26 +09 +27 +10 +09 +60 +11 +25 +4 6 +14 +26 +26 - 11 +2 9 +29 +24 +05 +58 +12 +06 +25 +24 +11 +11 +25 +27 +0 3 +09 +07 46 44 14 51 52 55 39 58 30 11 48 18 51 11 27 25 08 08 44 59 18 18 18 43 01 52 18 23 06 49 18 00 53 48 24 51 45 09 23 35 15 15 32 09 25 48 17 01 28 20 37 53 00 18 21 37 46 39 42 06 00 00 15 58 21 17 58 57 42 06 32 19 22 55 32 40 41 23 35 36 25 49 14 50 42 20 31 17 07 10 10 39 21 21 55 39 06 44 41 26 40 10 01 26 54 43 34 42 d c x m x s x z d z r s s v d d x d s x z d d d d m m s s s u d s x d s r c z d D D s m z s s s s z s d v x s s u d d x x x x u s s x d r r z s s z m r r s r d m d z z d z d s d d d r s x z r s x x d m z m d m s x x Vir Cha Vir Vir Vir Vir Vir Vir Com Com Vir CVn Vir Vir Vir Vir Vir Com Vir Com Com Com Com Com Vir Vir Vir Vi r Vir Vir Com UMa Com Vir Vir Vi r UMa Hya Vir Com Cr v Cr v Vir Vir Vir Vi r Vi r Vi r Vir Com Com Com Vir Vir Vir Com Com Vir UMa Vir Vir Vir Vir Com Vir Com Com Com Vir UMa Vir Com Dra Com Com Vir Vir Vir Vi r Com Vir Com Vir Vir UMa Vir Com CV n Com Com Com Vir Co m Com Com Vir UMa Vir Vir Com Com Vir Vir Com Com Vi r Vir Vir 1.7 4.2 1.8 1.6 1.5 1.1 1.5 0.6 4.6 5.4 13.1 vF , p L , E vF , c S , R , b M 1 2 . p vB , S , E, vs v m b M N , * 6 - 7 f 9 0 s F, v S , di f , 2 v F st in v eF , S , E 3 0 d e g 1 5 . p pF , c S , R , b M 1 4 . p F , ir r , co m e t a r y , F* 1' n f 1 5 . p vF , c S , l E , di f 1 5 . p pF , p L , E 15 0 d e g , p L N 1 4 . p vF , v S , R R, b M , ma g 1 4 . 5 eF , l E , m a g 15 ne b , or * F, S , R , b M 1 5 . p F, E cF , S , = *1 3 1 6 . p R, b M , ma g 1 6 R, b M , ma g 1 5 1 2 . p p B , L , c E 3 8 d e g , bM B N lE , D ? , m a g 14 . 5 vF , e S , = * 1 4 9. 8 !! B , L , R , gb M , r, 3- br a n c h e d 4.7 0.6 15. p 1.4 13.3 15. p 18.2 2.1 1.2 1.2 16. p 13. p 8. 3 14. p 15. p 16. p 0.8 0.5 1.1 2.6 3.9 1.3 15. p 16. p 13.6 11.8 10.3 14. p 2.2 11.5 1.1 12.9 13. p 2.0 15. p 2.1 0.6 3.5 1.6 1.5 2.2 6.9 14. 14. 15. 15. 15. 10.9 12.7 14. 12.2 14. 10.4 p p p p p p p 1.1 2.3 1.0 1.3 11.9 13. p 14. p 2.0 0.9 3.6 1. 15. p 13.5 10.2 1.4 2.2 0.3 3.1 0.4 14. 14. 15. 12.0 12. 16. 15. 14. p p p p p p p 11.3 14. p 15. p 16. p 15. p 16. p 2.3 13. p 1.9 14. p 15. p 2.5 16. p 15. p 12. p 0.4 0.4 15. p 16. p 15. p 0.8 3.9 16. p 14. p spir a l ; F, v S , R, gb M ee F , cS , o r vS Cl , * 1 2 s p 0 ' . 5 eF , p S , m E 1 4 0 d e g , ? vF , S vF , S , st e l l ; = I C 3 1 3 1 vF , S , st e l l , N eF , S , di f vF , v S , E 0d e g vF , S , iF F, S , R , b M S, p m b M vB , v L , v m E 0d e g , s b M B N ; = M 1 0 6 F, p L , R F pL , E 4 5 d e g R, b M , ma g 1 5 . 5 eF , v S vF , p S , i F , di f vF , p S , R , * 1 8 s 2' R, b M , ma g 1 4 . 5 vF , S , R vF , S , R, bM F, S , R , b M eF , S , iF vF , v S , s t e l l vF , S vF , v S F , pS , R pB , E , ps b M pB , p S , R , g b M vF eF , p S , r , b e t 2 st B, S , R , r vF , S R, b M , ma g 1 3 . 5 F , pS , R , g b M pB , p L , i F pB , S , R, 4 st sf , * 8 np vF , S , 42 7 3 f F, S , R , b M v F , p L , iF ; = 4 2 6 5 vF, pS, R pF vF , v S R, b M , ma g 1 4 p B , v S , R, vs m b M p F , S , 2 n d of 6 ne b p F , S , R , * 9 f 1 s .7 , n 8 5 " pB , S , R cF , S , iR , g m b M vB , v L , E 90 d e g , m b M N F cF , S , sb M ; vF st i n v ? eF , c S , ? ? pB , L , E, gb M F, S , v l E , g b M , * 1 5 nr pB , S , R, N = 1 2 . 5 m R, m b M , m a g 15 ee F , S, p of 2 eF , c S eF , v S , * ? , co n n w f o n e eF , v S , * ? , co n n w p o n e ne b o r *? F, c S , iF , l b M vF , e S vB , p L , R , m b M , r , 1 s t o f 3 vF , S , di f eF , S , iF ; D * ? pF , p L cF , l E , p of 2 vF , v S , l E 6 5 d e g , b M B, S , R , b M , 2 n d of 3 pB , v S , R , l b M , 3 s t f F, c S , E 4 5 d e g , bM pB , S , R, bM ee F , vS , R eF , v S , R B, v L , R, pg b M pF vF , v S , R , b M F, S , R , b M vF , S , iF eF , v S , * 1 3 at t s p R, b M , ma g 1 3 vF , p L , R , * 7 . 5 s , f o f 2 R, b M , ma g 1 3 vF , v S , R , b M v F , p S , R, vg b M , r L, v m E 45 d e g , 2' . 5 l F, v S , iF , N F, v S , iF , N ee F , pS , R v F , 3 r d of 3; = IC 3 1 8 1 pF , p L , l E 1 5 0 d e g ; = 42 8 6 pF , c S , E 40 d e g , b M pF pB , L , R, gm b M vF , S , bi N vF , c S , s t ? F, v S , R, bM pB , S , R, bM vl E , bM , m a g 1 4 . 5 R, b M , ma g 1 3 . 5 F, v S , R, bM F, S , i F ; D* ? vF, S, *8.5 12s f eF , e S vF , v S , R = I3 1 9 2 42 9 3 42 9 5 I3 1 9 4 42 9 2 42 9 4 I3 1 9 5 I3 1 9 7 42 9 6 42 9 7 42 9 8 I3 1 9 6 I3 1 9 8 43 0 1 I 78 2 I 78 3 I3 2 0 0 42 9 9 43 0 0 43 0 2 43 1 9 I3 1 9 9 I3 2 0 1 I3 2 0 2 I3 2 0 3 I3 2 0 4 I3 2 0 5 I3 2 0 6 43 0 3 43 0 8 I3 2 0 7 I3 2 0 8 I3 2 1 0 43 0 5 43 0 6 43 0 7 I3 2 0 9 I3 2 1 1 I3 2 1 2 I3 2 1 3 I3 2 1 5 43 0 4 43 0 9 I3 2 1 4 I3 2 1 6 I3 2 1 7 I3 2 1 8 I3 2 1 9 I3 2 2 1 I3 2 2 2 43 1 0 43 1 1 43 3 1 I3 2 2 0 43 1 2 I3 2 2 3 43 1 3 43 1 4 43 1 7 I 78 4 I3 2 2 4 I3 2 2 5 I3 2 2 6 I3 2 2 7 43 1 5 43 1 8 43 4 5 I3 2 2 8 I3 2 2 9 I3 2 3 0 I3 2 3 1 43 1 6 43 3 2 I3 2 3 2 43 2 1 43 2 3 I3 2 3 3 I3 2 3 4 43 2 2 43 3 5 I 78 5 I3 2 3 5 I3 2 3 6 I3 2 3 7 43 2 0 43 2 4 43 3 8 I3 2 3 8 I3 2 3 9 I3 2 4 1 43 2 5 43 2 6 43 2 7 I 78 6 I3 2 4 0 I3 2 4 2 I3 2 4 3 I3 2 4 4 43 2 8 43 3 0 I3 2 4 5 I3 2 4 6 I3 2 4 7 I3 2 4 8 I3 2 4 9 I3 2 5 0 I3 2 5 1 43 2 9 43 3 3 43 3 4 I3 2 5 2 43 4 6 43 6 3 I3 2 5 4 43 3 6 43 3 9 43 4 0 43 4 2 43 4 4 I3 2 5 5 43 4 3 I3 2 5 3 I3 2 5 6 I3 2 5 7 I3 2 5 8 I3 2 5 9 I3 2 6 2 I3 2 6 3 43 3 7 43 4 7 43 4 8 122 12 21 . 1 Gx 12 21 . 2 Gx 12 21 . 2 12 21 . 2 Gx 12 21 . 3 Gx 12 21 . 3 12 21 . 3 12 21 . 4 Gx 12 21 . 5 Gx 12 21 . 5 Gx 12 21 . 5 12 21 . 5 12 21 . 5 Gx 12 21 . 6 Gx 12 21 . 6 Gx 12 21 . 6 12 21 . 6 Gx 12 21 . 7 Gx 12 21 . 7 Gx 12 21 . 7 Gx 12 21 . 7 Gx 12 21 . 7 12 21 . 7 12 21 . 7 Gx 12 21 . 7 12 21 . 8 12 21 . 8 12 21 . 8 Gx 12 21 . 9 Gx 12 21 . 9 12 21 . 9 12 22 . 0 Gx 12 22 . 0 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 1 Gx 12 22 . 2 Gx 12 22 . 2 12 22 . 2 12 22 . 2 12 22 . 2 Gx 12 22 . 2 12 22 . 3 12 22 . 3 Gx 12 22 . 3 Gx 12 22 . 4 Gx 12 22 . 4 Gx 12 22 . 4 12 22 . 4 Gx 12 22 . 5 * 12 22 . 5 Gx 12 22 . 6 Gx 12 22 . 6 * 12 22 . 6 12 22 . 6 12 22 . 6 12 22 . 6 12 22 . 6 12 22 . 6 - 12 22 . 7 Gx 12 22 . 7 * 12 22 . 7 12 22 . 7 12 22 . 7 12 22 . 7 12 22 . 7 Gx 12 22 . 8 Gx 12 22 . 8 12 22 . 8 Gx 12 22 . 9 - 12 22 . 9 12 22 . 9 12 22 . 9 Gx 12 23 . 0 Gx 12 23 . 0 Gx 12 23 . 0 12 23 . 0 12 23 . 0 12 23 . 0 Gx 12 23 . 1 Gx 12 23 . 1 Gx 12 23 . 1 Gx 12 23 . 1 Gx 12 23 . 1 12 23 . 1 Gx 12 23 . 2 Gx 12 23 . 2 - 12 23 . 2 Gx 12 23 . 2 12 23 . 2 12 23 . 2 Gx 12 23 . 2 Gx 12 23 . 2 Gx 12 23 . 3 Gx 12 23 . 3 ? 12 23 . 3 12 23 . 3 Gx 12 23 . 3 12 23 . 3 12 23 . 3 12 23 . 3 12 23 . 3 Gx 12 23 . 4 Gx 12 23 . 4 Gx 12 23 . 4 OC 12 23 . 4 Gx 12 23 . 5 Gx 12 23 . 5 12 23 . 5 Gx 12 23 . 6 Gx 12 23 . 6 Gx 12 23 . 6 Gx 12 23 . 6 Gx 12 23 . 6 Gx 12 23 . 6 Gx 12 23 . 7 Gx 12 23 . 7 Gx 12 23 . 7 ? 12 23 . 7 Gx 12 23 . 7 Gx 12 23 . 8 OC 12 23 . 8 Gx 12 23 . 8 OC 12 23 . 9 - 12 23 . 9 Gx 12 23 . 9 +1 1 +1 8 +2 8 +2 5 +0 4 +1 1 +2 5 +2 5 +0 6 +0 6 +1 4 +1 1 +2 6 +0 4 +0 5 +1 5 +2 6 +1 1 +0 5 +1 4 +7 5 +1 0 +2 5 +2 7 +2 5 +2 4 +2 6 +2 6 +0 4 +3 0 +2 4 +1 1 +2 8 +1 2 +1 2 +0 9 +1 1 +0 8 +2 8 +2 3 +2 6 - 33 +0 7 +2 7 +2 5 +2 6 +0 6 +2 5 +2 5 +2 8 +2 9 +2 9 +7 6 +1 0 +1 5 +0 9 +1 1 +2 9 +3 1 - 04 +1 2 +0 6 +2 6 +2 4 +0 9 +0 8 +7 5 +2 4 +0 6 +2 7 +2 4 +0 9 +6 5 +2 4 +1 5 +1 5 +1 2 +2 8 +1 5 +5 8 - 13 +1 3 +1 0 +2 8 +1 0 +0 5 +2 8 +1 4 +1 1 +2 6 +1 0 +0 6 +1 5 - 13 +1 0 +2 6 +2 7 +1 4 +1 5 +1 1 +0 9 +1 3 +2 8 +2 5 +2 5 +2 5 +2 5 - 12 +0 6 +0 7 +2 8 +4 7 +7 4 +1 9 +1 9 +0 6 +1 6 +0 7 +1 7 +0 9 +0 6 - 34 +0 7 +0 7 +1 2 +0 7 +2 7 +2 8 - 58 - 03 - 03 44 23 09 08 36 31 48 27 40 40 36 44 22 47 45 45 46 30 23 36 19 36 43 03 53 15 20 22 28 03 21 57 26 44 47 02 45 59 11 52 03 29 09 14 17 23 55 57 17 50 12 12 11 35 32 29 48 53 03 39 09 41 04 05 19 12 20 20 41 45 49 21 51 26 49 54 34 07 54 27 14 32 05 30 33 15 55 25 43 54 38 04 47 13 20 15 45 23 48 23 07 03 53 33 27 38 39 34 02 28 37 00 57 27 27 05 43 03 32 37 57 38 03 16 28 11 24 12 08 14 27 d s v d s s d d r r s d d s m s d s r s s u d d u d d d s s d d z s s s z u z z u s s d d d m d d u s u s d s x s s r D d d d d r s r d d d d r s d s r d d s s m d d d r s r m z d r s r m d d z v s r x d u d d d d s s s x s s x r s s t s z s s s x s s x m s r s Vi r Co m Co m Co m Vi r Vi r Co m Co m Vi r Vi r Co m Vi r Co m Vi r Vi r Co m Co m Vi r Vi r Co m Dr a Vi r Co m Co m Co m Co m Co m Co m Vi r Co m Co m Vi r Co m Vi r Vi r Vi r Vi r Vi r Co m Co m Co m Hy a Vi r Co m Co m Co m Vi r Co m Co m Co m Co m Co m Dr a Vi r Co m Vi r Vi r Co m Co m Vi r Vi r Vi r Co m Co m Vi r Vi r Dr a Co m Vi r Co m Co m Vi r Dr a Co m Co m Co m Vi r Co m Co m UM a Cr v Co m Vi r Co m Vi r Vi r Co m Co m Vi r Co m Vi r Vi r Co m Cr v Vi r Co m Co m Co m Co m Vi r Vi r Vi r Co m Co m Co m Co m Co m Cr v Vi r Vi r Co m CV n Dr a Co m Co m Vi r Co m Vi r Co m Vi r Vi r Ce n Vi r Vi r Vi r Vi r Co m Co m Cr u Vi r Vi r 6. 0 2. 1 3. 1 3. 2 1. 4 0. 6 1. 5 1. 7 5. 2 3. 1 1. 1 1. 5 6. 0 1. 0 2. 2 1. 6 3. 7 1. 1 2. 0 2. 4 2. 0 0. 6 1. 1 2. 6 2. 3 2. 0 4. 7 3. 9 4. 8 0. 9 2. 3 6. 9 1. 3 2. 2 0. 8 2. 5 0. 6 1. 7 1. 0 0. 7 1. 5 2. 4 1. 2 1. 1 2. 4 3. 5 1. 5 2. 3 4. 1 1. 1 1. 9 2. 8 3. 3 1. 4 1. 9 1. 8 0. 6 4. 3. 5 lb M , PN ?, ma g 15 11 . p F, vL , E, lb M , r vF , S F, vS , R, bM 14 . p F, S, R, vg l b M , *9 np 72 " 12 . 1 F, L, mE 13 5 d e g +/ - , bi N , p of 2 vF , S, iF F, vS , R, bM 14 . p vF , vS 14 . p eF , eS 11 . 4 F, L, E, vg b M , p of 2 bM , ma g 14 eF , S, iF 15 . p F, E, 10 ' nf 42 9 2 15 . p eF , S, R 13 . 6 eF , S, R vF , S, iF , N 12 . 5 F, L, lE , vg b M , f of 2 14 . p F, lE , vg b M 11 . 6 L, vm E 17 7 d e g , f of 2 12 . p pB , pS , vl E , sb M 15 . p R, bM , ma g 14 vF , S, R, bM eF , S, iF 16 . p pF , S, E 15 0 d e g F, S, E cF , S, iF , N cF , S, iF , N 9. 7 vB , vL , vs b M * , bi N ; = M6 1 14 . p vF , S, vF st in v , np 43 1 4 F, S, E 10 0 d e g F, pL , vm E 70 d e g 15 . p F, S, R, bM , sp i r 12 . 6 vF , R 14 . p vF , pL , R, 43 0 5 sp 13 . p pF , L, mE , 3 kn o t s 15 . p pL , E 14 0 d e g , sb M *, sp i r 15 . p eF , S 16 . p F, S, R, gl b M 16 . p pF , S, R, bM , *1 2 at t np 16 . p vF , pS , E 95 d e g , bM 12 . 0 vF , vL , R, vg v l b M , r 14 . p F, S, *1 1 f 12 s vF , vS , R, bM F, vS , R, bM cF , S, R, bM , sp i r 16 . p vF , pL , bi N ? eF , vS , R, bM , sp i r eF , S, iF , v di f f i c 16 . p F, cS , di f 13 . p F, cL , lE , n of 2 13 . p F, s of 2 15 . p eF , E 0d e g +/ R, bM , ma g 14 . 5 11 . 8 pB , cL , E, gb M vF , pS , am 3 vF st 13 . p vF , L, E 13 5 d e g +/ - , r 10 . 5 cB , L, E 15 0 d e g +/ - , sb M , * np F, S vF , pL , mE , pB * s R, bM , ma g 14 . 5 F, S; st ? vF , vS , bM *, sp i r F, S, iF vF , vS 14 . p eF , *8 n 5' F, pL , gb M F, vS , E 15 0 d e g , bM eF , cS , di f , ? F, vS , iF pF , S, iF , bM 14 . p vF , S, mE , 2 kn o t s 13 . p pF , S, vl E , vg b M F, eS , ne b * 9. 4 !! pF , vL , R, vg , ps b M r N , 2- br sp i r ; 2n d of 2, vF , n of M1 0 0 ; = 43 2 2 ? R, bM , ma g 15 F, S, R, bM 13 . 9 1s t of 2, vF , n of M1 0 0 14 . p pB , S, E, gb M 15 . p F, vS , R, st e l l lE , bM , ma g 15 R, bM , ma g 14 F, cS , iF , eF N , at t *1 4 sp 15 . p F, vS , sp of 2 13 . p pB , R or lE , bM 15 . p vF , lE , co m ; = IC 32 4 7 15 . p R, bM , 14 m 16 . p E, lb M , ma g 15 F, vS , R, bM 15 . p vF , vS , iR , nf of 2 14 . p vF , S, R, bM , 1s t of 3 vF , s of 43 2 8 15 . p vF , eS , R, st e l l R, bM , ma g 15 vF , S, iF 16 . p F, S, iF , di f R, bM , ma g 14 13 . 5 F, S, R, r 14 . p vF , L, mE vF , pL , bM ; de f e c t ? eF , pL , vm E 14 5 d e g , ? 16 . p pF , pS , E 17 0 d e g , bM ee F , S, R, bM ee F , S, iF ee F , S, R, bM ee F , S, R, bM 14 . p vF , vS , R, bM N 14 . p F, pS , R, bM , 2n d of 3 14 . p pF , S, R, * vn r F, S, iF ; Cl ? 12 . p vF , S, mE 10 0 d e g +/ - , vs m b M B N 15 . p eF , pL , iF B, S, R, PN ; = 43 3 6 13 . p vF , pL , iR , bi N ? 11 . 4 B, pL , R, bM , 3r d of 3 11 . 0 pB , S, R, ps b M 14 . p eF , vS , R; = IC 32 5 6 13 . p vF , pS , R, vg l b M , tr i a n g l e 2 st 15 . p R, bM , ma g 13 12 . 1 pF , S, E; D? 12 . p eF , vL , mE 20 d e g , lb M 12 . 6 *1 2 in S ne b (= 43 4 1 or 42 ? ) eF 14 . p cF , cS , R, ex c N s 13 . 6 F, cS , R, bM F, S, iF , Cl ? 15 . p pF , S, R, bM , sp i r , 2n d sp at t 8. 9 Cl , pR i , lC , st 12 . . . 1 4 no de s c r i p t i o n 13 . p F, pL , E 70 d e g +/ - , vl b M = M1 0 0 I326 0 G x 1 2 23 . 9 I326 1 1 2 23 . 9 I326 4 1 2 23 . 9 43 4 1 G x 1 2 24 . 0 43 5 0 G x 1 2 24 . 0 43 5 1 G x 1 2 24 . 0 43 5 3 G x 1 2 24 . 0 4357 Gx 1 2 2 4 . 0 4358 Gx 1 2 2 4 . 0 43 6 4 G x 1 2 24 . 0 I326 5 ? 1 2 24 . 0 I326 6 1 2 24 . 0 43 5 2 G x 1 2 24 . 1 43 5 4 - 1 2 24 . 1 I326 7 G x 1 2 24 . 1 I326 8 G x 1 2 24 . 1 I326 9 1 2 24 . 1 I327 0 1 2 24 . 1 43 5 5 - 1 2 24 . 2 43 5 9 G x 1 2 24 . 2 43 6 2 G x 1 2 24 . 2 I327 1 G x 1 2 24 . 2 I327 2 1 2 24 . 2 I327 6 1 2 24 . 2 4356 Gx 1 2 2 4 . 3 4360 Gx 1 2 2 4 . 3 I327 3 1 2 24 . 3 I327 4 G x 1 2 24 . 3 I327 5 1 2 24 . 3 I327 7 1 2 24 . 3 I327 8 1 2 24 . 3 I327 9 * 1 2 24 . 4 I328 0 G x 1 2 24 . 4 4349 OC 1 2 2 4 . 5 4361 Pl 1 2 2 4 . 5 43 6 5 G x 1 2 24 . 5 4386 Gx 1 2 2 4 . 5 I328 1 ? 1 2 24 . 5 I328 2 1 2 24 . 5 I328 3 1 2 24 . 5 43 6 7 - 1 2 24 . 6 43 6 9 G x 1 2 24 . 6 I328 4 1 2 24 . 6 I328 5 1 2 24 . 6 I328 6 1 2 24 . 6 I328 7 1 2 24 . 6 4368 - 12 24.7 I328 8 1 2 24 . 7 I329 2 G x 1 2 24 . 8 I329 4 1 2 24 . 8 I329 5 1 2 24 . 8 43 7 0 G x 1 2 24 . 9 43 7 1 G x 1 2 24 . 9 I329 1 1 2 24 . 9 I329 3 1 2 24 . 9 4366 ? 12 25.0 4375 Gx 1 2 2 5 . 0 I328 9 G x 1 2 25 . 0 I329 6 G x 1 2 25 . 0 I329 7 1 2 25 . 0 I329 8 1 2 25 . 0 I330 0 G x 1 2 25 . 0 43 7 4 G x 1 2 25 . 1 43 8 1 - 1 2 25 . 1 I329 9 1 2 25 . 1 43 7 7 G x 1 2 25 . 2 43 7 9 G x 1 2 25 . 2 43 8 4 G x 1 2 25 . 2 43 9 2 G x 1 2 25 . 2 I329 0 G x 1 2 25 . 2 I330 1 1 2 25 . 2 I330 2 1 2 25 . 2 I330 3 G x 1 2 25 . 2 I330 4 1 2 25 . 2 I330 5 G x 1 2 25 . 2 I330 6 1 2 25 . 2 43 7 3 G x 1 2 25 . 3 43 7 6 G x 1 2 25 . 3 43 7 8 G x 1 2 25 . 3 43 9 1 G x 1 2 25 . 3 I330 8 G x 1 2 25 . 3 43 8 0 G x 1 2 25 . 4 43 8 2 G x 1 2 25 . 4 4383 Gx 1 2 2 5 . 4 I330 7 * 1 2 25 . 4 I330 9 G x 1 2 25 . 4 I 7 8 7 G x 1 2 25 . 5 I331 0 * 1 2 25 . 5 I331 1 G x 1 2 25 . 5 I331 2 1 2 25 . 5 I331 3 1 2 25 . 5 I331 4 1 2 25 . 5 43 8 9 G x 1 2 25 . 6 I331 6 1 2 25 . 6 I331 7 1 2 25 . 6 43 8 5 G x 1 2 25 . 7 43 8 7 G x 1 2 25 . 7 I331 5 1 2 25 . 7 4372 Gb 1 2 2 5 . 8 4388 Gx 1 2 2 5 . 8 43 9 0 G x 1 2 25 . 8 4393 Gx 1 2 2 5 . 8 43 9 5 G x 1 2 25 . 8 I331 8 * 1 2 25 . 8 I331 9 1 2 25 . 8 I332 0 1 2 25 . 8 I332 1 1 2 25 . 8 I332 3 G x 1 2 25 . 8 I332 4 1 2 25 . 8 I332 5 1 2 25 . 8 43 9 4 G x 1 2 25 . 9 4399 - 12 25.9 44 0 0 - 1 2 25 . 9 44 0 1 - 1 2 25 . 9 I332 2 G x 1 2 25 . 9 I332 6 1 2 25 . 9 I332 8 G x 1 2 25 . 9 I332 9 1 2 25 . 9 I333 0 G x 1 2 25 . 9 43 9 6 G x 1 2 26 . 0 43 9 7 ** * 1 2 26 . 0 I332 7 G x 1 2 26 . 0 I333 1 G x 1 2 26 . 0 43 9 8 * 1 2 26 . 1 44 0 2 G x 1 2 26 . 1 44 0 5 G x 1 2 26 . 1 I 788 1 2 26 . 1 I333 2 1 2 26 . 1 44 0 6 G x 1 2 26 . 2 44 0 8 G x 1 2 26 . 2 I333 3 * 1 2 26 . 2 +07 +11 +25 +07 +16 +12 +07 +4 8 +5 8 +58 +07 +07 +11 +12 +07 +06 +27 +27 - 01 +31 +58 +07 +23 +25 +0 8 +0 9 +08 +09 +10 +25 +27 +12 +13 - 61 - 18 +07 +7 5 +07 +25 +27 +12 +39 +10 +24 +23 +24 +1 0 +24 +18 +25 +28 +07 +11 +12 +17 +0 7 +2 8 - 26 +24 +26 +17 +25 +12 +48 +27 +14 +15 +54 +45 - 39 +14 +25 +12 +25 +11 +27 - 39 +04 +04 +64 +26 +10 +18 +1 6 +14 +28 +16 +15 +12 +23 +15 +23 +45 +26 +25 +00 +12 +12 - 72 +1 2 +10 +2 7 +33 +09 +10 +10 +26 +27 +26 +23 +18 +3 3 +33 +33 +07 +23 +10 +27 +30 +15 +18 +14 +11 +10 +13 +16 +16 +25 +12 +27 +13 07 28 34 07 42 12 47 46 24 24 48 47 13 12 03 36 26 35 00 31 22 57 18 49 33 17 32 17 25 34 25 51 14 54 48 19 32 49 40 13 11 23 49 52 45 36 36 57 11 36 42 27 42 00 26 27 33 02 23 46 02 57 53 50 23 46 36 30 52 47 09 53 43 25 50 24 45 56 55 56 42 01 11 28 09 23 06 40 15 35 50 35 41 10 21 34 49 18 40 40 27 33 33 46 23 27 05 33 44 54 13 34 34 31 33 46 03 34 51 40 19 52 48 42 07 11 12 17 57 53 08 s d d r s s s s r r x x s r s s d d r s r u d d r s x u d d d x m s s s s x d d r s d d d d r d z d d s s d d A s m z d d u s r d s s s r c d d v d u d s r s s u s s s x u m x u d d d s d d s s d s s s s s x x x d t d d s r r r v d m d v s r z m r s s x d s r x Vir Vir Com Vir Com Vir Vir CV n UM a UMa Vir Vir Vir Vir Vir Vir Com Com Vir Com UMa Vir Com Com Vi r Vi r Vir Vir Vir Com Com Vir Vir Cr u Cr v Vir Dr a Vir Com Com Vir CVn Vir Com Com Com Vi r Com Com Com Com Vir Vir Vir Com Vi r Co m Hya Com Com Com Com Vir CVn Com Com Com UMa CVn Cen Com Com Vir Com Vir Com Cen Vir Vir Dra Com Vir Com Co m Com Com Com Com Vir Com Com Com CVn Com Com Vir Vir Vir Mu s Vi r Vir Co m CVn Vir Vir Vir Com Com Com Com Com CV n CVn CVn Vir Com Vir Com Com Com Com Com Vir Vir Vir Com Com Com Vir Com Vir 1.9 3.2 2.0 1.3 3.8 13.3 14. 11.1 12.7 14. 14. 14. 14. p p p p p 1.9 12.7 1.1 0.7 13.5 14. p 3.5 1.1 13. p 15. p 15. p 1.7 14. p 13. p 1.4 14. p 0.7 16 . 1.8 6.2 3.0 2.5 15. 7.4 10. 11. 12. p p p p 12. p 15. p 1.6 3.9 14. p 10.8 1.6 0.8 14. p 14. p 16. p 1.1 5.0 15. p 9. 3 1.8 2.1 1.5 11.8 11.7 13. p 14. p 1.6 1.4 1.1 15. p 3.2 3.3 1.4 1.5 3.7 7.1 2.2 11.1 14. 12. 14. 15. 12. 9. 2 13. 1.4 1.0 16. p 15. p 2.1 15. p 2.7 12. p 2.3 1.9 12.4 12.0 p p p p p p 18 . 6 5.1 1.8 3.3 12.9 7.8 11.1 13. p 13. p 10.2 3.1 13. p 3.9 10.9 2.5 0.6 15. p 1.4 3.5 13. p 0.2 15. p 15. p 4.1 2.0 11.7 13. p 7.4 9. 2 15. p F, c S , R, bM pS , F * M, sp i r , d o u b t f u l vF , S , R, bM eF , v S , R ; = I C 3 2 6 0 cB , v S , m E , vs b M F, p L , iR , b M no d e s c r i p t i o n ; = I C 3 2 6 6 F , pS , g b M ; = 4 3 8 1 ? c F , c S , lE cF , c S , R pF , S , N; *? cF , S , bi N , st ? ; = 4 3 5 3 cF , c S , l E ee F , pL , v d i f f i c ; = 4 3 5 1 ? pF , c S , R pB , * ? eF , S , iF vF , v S , i F eF , S , R cF , p m E 9 0 d e g , v l b M vF , c S , R , r eF , p S , d i f , ? ? vF , S , iF , * 1 3 at t n vF , v S , R , b M v F ; = IC 3 2 7 3 F , F s t in v , *9 . 5 np cF , p L , E 48 d e g , * 1 0 . 5 i n v ; = 4 3 5 6 eF , v S , ? R, b M , ma g 1 4 . 5 eF , c S , d i f vF , S , iF , N pF , S ; 2 s t ? S, R , b M , ma g 1 5 . 5 C l , v B , vL , l C , st 1 2 . . . 1 4 vB, L, R, vsmb M N , r cB , p L , v l E , g l , sm b M p B , c L , lE , p s m b M pB , p S , N , s t e l l eF , v S , R , b M vF , S , R, bM , s p i r vF , S , R cB , S , R, mb M N , r vS , R , bM , m a g 14 vF , v S , R , b M , in d i f ne b E 2 5 d e g S, p R eF , c S , i F , in di f n e b y vF, vS vF , v S , R , b M F, v S , R, bM eF , c S , d i f cF , S , R, bM pF , p S , l E , bM B, p S , R, gb M R, b M , ma g 1 4 F, e S , R, PN e F ; e v i d e n t l y n o t 43 7 0 F , S, R, b M , * n f 90 " eF , v S , R , v d i f f i c , * 7 n f , * 8 n p cF , n e b * 1 3 , * 1 3 sp vF , p L , R , b M , sp i r S, E 15 0 d e g , b M pF , p S , E 80 d e g , b M vB , p L , R , p s b M , r; = M8 4 F, S ; = 4 3 5 7 ? vF , v S , R , b M , sp i r B, S , R , s m b M pS , R , ps b M N cF , S , iR cF , S , R, vg b M pF , v S , R , * a t t , 4 3 7 3 f vF , v S , R eF , v S , i F vF , v S eF , S , R vl E , bM , m a g 1 5 vF , v S , i F , N pB , S , R, pg v m b M F, S B, S , * 8 - 9 s f 3 ' cF , S , R, sb M , ** * sp F, c S , E 7 0 d e g , bM vF , p L , R , l b M vB , p L , R , b M , * np ; = M 8 5 e S , s t e l l a r o r n e b * 1 1 - 12 R, b M , ma g 1 5 F, p S , R, bM , s p i r eF , p S , R , B * n , 44 0 5 f vF , S , di f , sb M vF , c S , m E 1 3 5 d e g eF , S , R, bM , v d i f f i c F, v S , R, PN , IC 3 3 1 0 s s p vF , S , R, bM pB , p L , i E , vg l b M eF , v S , b M ; ne b ? eF , S , E vF , v S , a l m st e l l pF , v S , R , * 1 3 90 " n p , n p o f 2 E, b M , ma g 1 5 g l o b . cl . , p F , L, R , s t 1 2 . . . 1 6 vF, E, sf of 2 vF , p L , R ; = I C 3 3 1 9 - 2 0 v F , v L , iF , B * p ; = I C 33 2 3 , I C 3 3 2 9 eF , v L , n p o f D n e b pB , S ; = * 1 0 . 5 pF , p S ; = 43 9 0 pF , p S , i F , FN ; = 4 3 9 0 vF , v S , R ; D * ? cF , v S , R , b M , ne b * at t cF , v S , R , b M , sp i r F, S pB , l E , b M v F , f o r m s t r a p e z i u m w i t h 4 3 9 5 , 44 0 0 , vF vF , v L , p s l b M , sf o f D n e b cF , p S , m E 1 3 0 d e g F, S , i F vF , v S , b M vF , S , iF , a t t 43 9 3 F, c S , E p f , g b M vF , p L , m E vF , S , 43 9 4 sp bM , m a g 1 5 eF , c S , E 78 d e g , b M F, p S , 43 9 0 p 1 4 s , 14 ' s F, L , m E 9 0 d e g pF , S , R, vs b M , r ; = I C 7 8 8 ? pB , p L , R , 4 4 0 5 s o u t h ; = 44 0 5 ? vF , v S , i F , N vB , L , R, gb M N , r ; = M 8 6 F, S , r vF , v S ; * 1 4 ? 4401 I3 3 3 4 44 0 3 44 0 7 I 78 9 I3 3 3 5 I3 3 3 6 44 0 4 44 1 4 I3 3 3 7 I3 3 3 8 I3 3 4 1 44 0 9 44 1 0 44 1 1 44 1 3 I 79 0 I3 3 3 9 I3 3 4 0 I3 3 4 2 I3 3 4 4 I3 3 4 5 44 1 2 44 1 5 I3 3 4 3 I3 3 4 8 I3 3 4 6 I3 3 4 7 I3 3 4 9 I3 3 5 1 I3 3 5 3 44 1 6 44 1 7 I3 3 5 0 I3 3 5 2 I3 3 5 5 I3 3 5 6 I3 3 5 7 I3 3 6 0 44 1 8 44 1 9 I3 3 5 4 I3 3 5 8 I3 3 5 9 I3 3 6 2 44 2 0 44 2 1 I 79 1 I3 3 6 1 I3 3 6 3 44 2 3 I 79 2 I3 3 6 4 I3 3 6 5 44 2 4 44 2 5 44 2 6 44 2 7 I3 3 6 7 44 2 2 44 4 1 I3 3 6 6 I3 3 6 8 I3 3 6 9 I3 3 7 1 44 2 9 44 3 0 I3 3 7 2 44 2 8 44 3 1 44 3 4 I3 3 7 3 I3 3 7 4 44 3 2 44 3 3 I3 3 7 0 44 3 5 44 3 6 I3 3 7 5 44 3 8 44 5 6 I3 3 7 6 44 4 0 I3 3 7 7 I 79 3 44 4 2 44 4 3 I 79 4 I3 3 7 8 I3 3 7 9 I3 3 8 0 44 4 6 44 4 8 44 4 9 I3 3 8 2 I3 3 8 3 I3 3 8 4 I3 3 8 5 44 4 5 44 4 7 I3 3 8 1 I3 3 8 7 44 3 9 I3 3 8 6 I3 3 8 8 I3 3 8 9 I3 3 9 1 44 5 0 I 79 5 I3 3 9 0 44 4 4 44 5 1 44 5 2 44 5 3 44 5 5 I3 3 9 2 I3 3 9 3 I3 3 9 5 I3 3 9 6 44 5 4 44 6 0 I3 3 9 4 I3 3 9 7 44 8 4 I3 3 9 9 44 5 7 44 5 8 44 5 9 44 6 1 I3 3 9 8 I3 4 0 0 I3 4 0 1 123 12 26 . 2 Gx 12 26 . 3 - 12 26 . 3 Gx 12 26 . 3 12 26 . 3 Gx 12 26 . 3 Gx 12 26 . 4 Gx 12 26 . 4 12 26 . 4 12 26 . 4 12 26 . 4 - 12 26 . 5 Gx 12 26 . 5 Gx 12 26 . 5 Gx 12 26 . 5 Gx 12 26 . 5 12 26 . 5 Gx 12 26 . 5 12 26 . 5 Gx 12 26 . 5 12 26 . 5 Gx 12 26 . 6 Gx 12 26 . 6 ? 12 26 . 6 12 26 . 6 12 26 . 7 12 26 . 7 Gx 12 26 . 7 12 26 . 7 12 26 . 7 Gx 12 26 . 8 Gx 12 26 . 8 * 12 26 . 8 ? 12 26 . 8 Gx 12 26 . 8 Gx 12 26 . 8 Gx 12 26 . 8 12 26 . 8 Gx 12 26 . 9 Gx 12 26 . 9 * 12 26 . 9 Gx 12 26 . 9 12 26 . 9 12 26 . 9 Gx 12 27 . 0 Gx 12 27 . 0 Gx 12 27 . 0 12 27 . 0 Gx 12 27 . 0 Gx 12 27 . 1 Gx 12 27 . 1 12 27 . 1 Gx 12 27 . 1 Gx 12 27 . 2 Gx 12 27 . 2 D* 12 27 . 2 D* 12 27 . 2 Gx 12 27 . 2 Gx 12 27 . 3 Gx 12 27 . 3 ? 12 27 . 3 12 27 . 3 12 27 . 3 Gx 12 27 . 3 Gx 12 27 . 4 Gx 12 27 . 4 12 27 . 4 Gx 12 27 . 5 Gx 12 27 . 5 Gx 12 27 . 5 12 27 . 5 Gx 12 27 . 5 Gx 12 27 . 6 Gx 12 27 . 6 Gx 12 27 . 6 Gx 12 27 . 7 Gx 12 27 . 7 12 27 . 7 Gx 12 27 . 8 Gx 12 27 . 8 Gx 12 27 . 8 Gx 12 27 . 9 12 27 . 9 12 28 . 0 Gx 12 28 . 1 * 12 28 . 1 Gx 12 28 . 1 12 28 . 1 12 28 . 1 12 28 . 1 Gx 12 28 . 2 Gx 12 28 . 2 Gx 12 28 . 2 Gx 12 28 . 2 Gx 12 28 . 2 12 28 . 2 12 28 . 2 Gx 12 28 . 3 Gx 12 28 . 3 Gx 12 28 . 3 12 28 . 3 OC 12 28 . 4 12 28 . 4 Gx 12 28 . 4 12 28 . 4 Gx 12 28 . 4 Gx 12 28 . 5 Gx 12 28 . 5 12 28 . 5 Gx 12 28 . 6 Gx 12 28 . 7 Gx 12 28 . 7 Gx 12 28 . 7 Gx 12 28 . 7 Gx 12 28 . 7 Gx 12 28 . 7 12 28 . 7 12 28 . 7 Gx 12 28 . 8 Gx 12 28 . 8 Gx 12 28 . 8 12 28 . 8 Gx 12 28 . 9 12 28 . 9 Gx 12 29 . 0 Gx 12 29 . 0 Gx 12 29 . 0 Gx 12 29 . 0 * 12 29 . 0 ? 12 29 . 0 12 29 . 0 +2 8 - 07 +1 2 +0 7 +2 6 +2 6 - 07 +3 1 +2 5 +2 5 +2 7 +0 2 +0 9 +0 8 +1 2 +0 9 +0 8 +1 6 +2 7 +1 3 +2 4 +0 3 +0 8 +0 8 +2 5 +1 1 +1 0 +1 2 +2 7 +2 7 +0 7 +0 9 +0 9 +0 8 +1 3 +1 1 +0 9 +2 6 - 00 +1 5 +1 2 +1 1 +2 3 +2 6 +0 2 +1 5 +2 2 +1 0 +1 2 +0 5 +1 6 +2 5 +1 5 +0 9 +1 2 +2 7 +2 7 +2 6 - 05 +6 4 +0 9 +1 6 +1 6 +1 0 +1 1 +0 6 +2 5 - 08 +1 2 +0 8 +2 5 +0 9 +0 6 - 08 - 39 +1 3 +1 2 +2 7 +1 3 - 30 +2 6 +1 2 +2 4 +0 9 +0 9 +1 3 +1 2 +1 7 +1 7 +2 6 +1 3 +2 8 +4 4 +1 3 +1 0 +2 5 +2 5 +0 9 +1 3 +1 1 +2 8 - 60 +1 3 +1 2 +2 7 +1 8 +1 7 +2 3 +2 4 - 43 +0 9 +1 1 +0 6 +2 2 +1 5 +1 2 +2 5 +2 5 - 01 +4 4 +2 6 +2 5 - 11 +2 5 +0 3 +1 3 +1 3 +1 3 +1 3 +0 9 +2 6 28 41 39 27 08 49 41 13 19 53 45 30 01 52 37 01 52 50 08 34 22 58 25 53 37 21 53 27 36 55 56 35 27 45 11 34 45 03 51 03 06 39 30 41 30 28 38 38 33 52 20 34 54 25 44 51 51 57 49 48 25 25 02 52 07 15 17 10 18 09 27 59 14 17 20 05 19 22 01 07 59 18 56 26 48 08 06 18 18 40 55 37 06 33 17 05 26 26 54 47 00 06 11 49 51 24 05 18 49 16 16 45 30 49 00 55 02 03 56 52 47 44 39 42 34 15 59 11 34 24 28 d r r x d z r s d d d r s s s m x m d m d s s x d d d z d d r s x x v t z d r s x u d d s s u d z s u d s s s r r z r s x d d u s s d s s s d z r s s s s d s r u s d x s r v d d d r s s u m d d s r v d s d z d u s z d t s s v s v v d d s s m d r d s s s s x x d Co m Vi r Vi r Vi r Co m Co m Vi r Co m Co m Co m Co m Vi r Vi r Vi r Vi r Vi r Vi r Co m Co m Co m Co m Vi r Vi r Vi r Co m Vi r Vi r Vi r Co m Co m Vi r Vi r Vi r Vi r Vi r Vi r Vi r Co m Vi r Co m Vi r Vi r Co m Co m Vi r Co m Co m Vi r Vi r Vi r Co m Co m Co m Vi r Vi r Co m Co m Co m Vi r Dr a Vi r Co m Co m Vi r Vi r Vi r Co m Vi r Vi r Vi r Co m Vi r Vi r Vi r Ce n Vi r Vi r Co m Vi r Hy a Co m Vi r Co m Vi r Vi r Vi r Vi r Co m Co m Co m Co m Co m CV n Co m Vi r Co m Co m Vi r Co m Vi r Co m Cr u Vi r Vi r Co m Co m Co m Co m Co m Ce n Vi r Vi r Vi r Co m Co m Vi r Co m Co m Vi r CV n Co m Co m Vi r Co m Vi r Vi r Co m Vi r Co m Vi r Co m 3. 6 1. 3 2. 2 2. 5 0. 5 0. 7 0. 5 1. 5 1. 5 3. 6 1. 3 1. 4 3. 4 1. 2 2. 2 2. 7 1. 2 2. 3 1. 8 1. 9 3. 7 3. 4 4. 7 1. 9 5. 5 2. 7 1. 9 2. 0 1. 6 2. 3 2. 8 3. 0 1. 9 9. 3 1. 8 2. 0 4. 6 1. 7 4. 0 5. 1 1. 0 0. 7 2. 8 1. 5 4. 1. 1 4. 8 1. 6 1. 5 2. 4 0. 6 2. 8 2. 4 1. 4 2. 2 4. 4 0. 4 3. 0 1. 9 3. 8 3. 7 vF , pS , R, bM 14 . p vF , vS , E f of 2 ne b ; = 44 1 3 ? 15 . p F, vS , R, N = 14 m , vF * cl o s e eF , vS , R, bM ; ne b ? 15 . p pB , vS , R, bM 14 . p vF , vS , E 10 . 3 vB , L, E, g, vs m b M * eF , vS , R, bM , sp i r F, vS , R, bM , sp i r vF , cS , di f vF , pS , r; = 44 2 0 ? 14 . p pF , vL , R, gb M 12 . 8 vF , L, 2' . 5 ; = IC 33 3 9 13 . p cF , S, gb M , 2 st n, np 15 . p vF , vS , f 44 1 0 *1 1 wi t h ne b nf ; = 44 1 1 15 . p vS , E 20 0 d e g vF , vS , R, sp i r , sb M * 15 . p R, bM , ma g 14 . 5 eF , S, iF 13 . p F, pL , R, gb M , r 14 . p eF , pS eF , vS , ?? eF , vS , iF eS , R, bM , ma g 15 . 5 R, bM , ma g 15 15 . p vS , R, lb M , ma g 15 eF , S, iF eF , S, iF 13 . p vF , L, R, *7 sp 5' 11 . 2 F, pL , E, lb p *1 0 . 5 wi t h ne b sp F, pS , E eF , pS , E 16 8 d e g 15 . p R, bM , ma g 16 15 . p R, bM , ma g 15 eF , vS , iF 14 . p F or vF , S or cL , R or mE , * nr 11 . 1 B, pm E 13 5 d e g +/ - , sb M eF , S, ? 15 . p vF , S F, S, iF , N, *1 4 np F, vS , bM , sp i r 13 . p F, pL , lE , r; = 44 0 9 ? 11 . 6 pB , pL , pg b M , B* np 14 . p BN = 12 m R, bM , ma g 15 . 5 15 . p E, bM , ma g 15 14 . p vF , vS , E 15 . p F, S, gb M vF , vS , R, bM 14 . p pL , vm E 24 0 d e g 11 . 6 F, pL , iR , bM 11 . 9 pF , S, R, bM Cl , F, S vF ; 2 or 3 F st in ne b ? 16 . p F, vS , R, at t 2n d np 14 . p F, vS , R, ps b M , 2 S st nr 14 . p pB , S, iR , bM vF , vS vS , vl E , PN vF , bM , ma g 14 15 . p F, pL , vm E 22 5 d e g 10 . 2 B, L, cE , ps b M , *1 0 nf 12 . p cF , L, R, gb M vF , vS , bM , sp i r 13 . p vF , pL 12 . 8 vF , vS , cE , gb M 13 . p pF , vS F, cS , iF 16 . p R, bM , ma g 15 . 5 15 . p 2 st in eF ne b 13 . p pF , pL , lE 11 . 1 pB , pL , R, *8 . 5 p 4' 10 . 9 vB , cL , R, np of 2 13 . 1 cF , S, gb M F, vS , R, at t *1 4 sp 10 . 1 B, cL , vl E , r, sf of 2 15 . p ee F , vS , *1 3 at t 14 . p pB , S, R, bM 11 . 8 B, pS , R, bM , r pF , vS , R, bM eF , S, mE , 3 ot h e r s in fi e l d ; = 44 4 5 10 . 5 vB , pL , R, sm b M F, S F, S, E pF , bM 1s t of 2 ne b , 1' a p a r t , ma g 15 . 5 2n d of 2 ne b , 1' a p a r t , ma g 15 . 5 F, vS , bM , sp i r 15 . p ee F , pS , R 11 . 1 B, L, E 90 d e g , sb M 9. 4 vB , cL , mE , D or bi f i d , rr r , *9 f 5' 16 . p F, pS , mE 15 0 d e g 15 . p R, bM , ma g 15 eF , vS , iF eF , pS , R, bM , di f 12 . 8 vF , pL , mE ; = IC 79 3 15 . p ee F , pS , R eF , vS , st e l l vF , S, vi F 8. 4 Cl , S, st 11 . . . 1 2 vF , cS , E 90 d e g 15 . p vS , R, lb M , ma g 15 vF , S, iF 14 . p cS , vl E , sb M F * ; sp i r ? 10 . 1 B, L, R, gv m b M *, r, B* sp 15 . p pB , S, st e l l a r , 13 m vF , vS , R, bM eF , L, R, vg b M 12 . 5 pB , pS , R, bM , *1 3 s 12 . 4 pB , S, vm E F, pS , bM , r 13 . p F, L, E, gb M , 2 B st nf B, L, mE 22 5 d e g , mb M S, E 12 5 d e g , bM , ma g 14 vF , vS , R, bM vF , vS , R, bM , ot h e r s n 12 . 1 F, L, R, gb M , er 12 . p B, pL , E 12 3 d e g , ps b M 16 . p F, S, bM , sp i r F, S, v iF 14 . p pF , S, R, gb M vF , vS , R, bM 10 . 8 cB , pS , R, sm b M N 12 . 1 pB , S, R, bM , p of 2 10 . 4 pB , pL , iR , bM , r, *8 sf 2' 11 . 2 pF , S, R, bM , f of 2 cF , vS cB , cS , = *1 0 vF , vS , R I340 2 I340 3 I340 5 I340 7 I340 6 I341 0 I340 4 I341 1 4462 I340 8 I341 2 44 6 4 44 6 5 I 796 I340 9 I341 3 I341 4 I341 5 44 6 6 4467 4468 44 6 9 44 7 0 I341 6 I342 1 44 7 1 I341 7 I341 8 I341 9 I342 0 I342 2 I342 4 44 7 2 44 7 3 44 7 5 44 8 1 I342 3 44 7 4 I342 5 4463 44 7 6 4477 I342 6 I342 7 I342 8 I342 9 44 8 2 I343 0 44 7 8 44 7 9 44 8 0 I343 1 I343 2 I343 3 4485 I343 4 I343 6 4490 I343 5 44 8 3 44 8 6 44 8 9 I343 7 4488 44 9 1 44 9 2 I343 8 I343 9 4487 I344 0 4493 I344 1 I344 4 44 9 5 I344 2 I344 3 I344 5 I344 6 4494 45 0 0 I344 7 I344 8 I344 9 I345 0 I345 1 44 9 7 I345 2 I345 3 4496 I345 4 44 9 8 4510 I345 5 I345 6 I345 8 45 2 9 I346 0 45 1 3 I 797 I345 7 I345 9 45 0 1 I346 1 I346 2 I346 4 44 9 9 4502 45 0 3 I346 3 45 0 6 45 1 1 I346 5 I346 6 I346 9 4504 4505 I346 7 I346 8 I347 1 I347 2 I347 3 4508 I347 0 4514 I 798 4512 I347 4 I347 7 I347 5 I347 6 I347 8 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 ? 12 12 Gx 1 2 * 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 1 2 Gx 1 2 Gx 12 Gx 12 Gx 12 OC 12 Gx 12 * 12 Gx 12 12 * 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 ? 12 Gx 12 Gx 12 OC 1 2 Gx 12 Gx 1 2 * 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 * 12 Gx 12 12 Gx 1 2 Gx 12 Gx 12 Gx 1 2 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 1 2 Gx 12 Gx 12 12 12 Gx 1 2 12 Gx 1 2 Gx 12 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 1 2 Gx 12 * 12 12 D* 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 1 2 Gx 12 Gx 12 Gx 1 2 ? 12 12 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 * 12 Gx 12 Gx 1 2 Gx 12 D* 12 Gx 12 Gx 12 12 12 12 Gx 1 2 - 12 12 Gx 12 Gx 12 12 Gx 12 - 12 Gx 12 Gx 1 2 Gx 12 Gx 1 2 Gx 12 * 12 Gx 12 Gx 12 Gx 12 29 . 0 29 . 0 29 . 0 29 . 0 29 . 1 29 . 1 29 . 2 29 . 2 29.3 29 . 3 29 . 3 29 . 4 29 . 4 29 . 4 29 . 4 29 . 4 29 . 4 29 . 4 29 . 5 29.5 29.5 29 . 5 29 . 6 29 . 6 29 . 6 29 . 7 29 . 7 29 . 7 29 . 7 29 . 7 29 . 7 29 . 7 29 . 8 29 . 8 29 . 8 29 . 8 29 . 8 29 . 9 29 . 9 30.0 30 . 0 30.0 30 . 0 30 . 1 30 . 1 30 . 1 30 . 2 30 . 2 30 . 3 30 . 3 30 . 4 30 . 4 30 . 4 30 . 4 30.5 30 . 5 30 . 5 30.6 30 . 6 30 . 7 30 . 8 30 . 8 30 . 8 30.9 31 . 0 31 . 0 31 . 0 31 . 0 31.1 31 . 1 31.2 31 . 2 31 . 2 31 . 3 31 . 3 31 . 3 31 . 3 31 . 3 31.4 31 . 4 31 . 4 31 . 4 31 . 4 31 . 4 31 . 4 31 . 5 31 . 5 31 . 5 31.6 31 . 6 31 . 7 31.7 31 . 7 31 . 7 31 . 7 31 . 8 31 . 8 31 . 9 31 . 9 31 . 9 31 . 9 32 . 0 32 . 0 32 . 0 32 . 0 32 . 1 32.1 32 . 1 32 . 1 32 . 2 32 . 2 32 . 2 32 . 2 32 . 2 32.3 32.3 32 . 3 32 . 3 32 . 3 32 . 3 32 . 3 32.4 32 . 4 32.5 32 . 5 32.6 32 . 6 32 . 6 32 . 7 32 . 7 32 . 7 +28 +24 +37 +27 +27 +19 +07 +24 - 23 +11 +09 +08 +08 +16 +14 +11 +06 +26 +07 +0 8 +1 4 +08 +07 +10 +26 +07 +07 +11 +15 +13 +14 +24 +08 +13 +27 +64 +13 +14 +10 - 64 +12 +1 3 +13 +10 +23 +23 +10 +09 +12 +13 +04 +11 +14 +17 +4 1 +18 +19 +4 1 +15 +09 +12 +16 +11 +0 8 +11 +08 +08 +25 - 08 +12 +0 0 +28 +27 +29 +14 +12 +12 +11 +2 5 +57 +10 +17 +25 +26 +28 +11 +11 +14 +0 3 +27 +16 +6 4 +25 +28 +28 +20 +27 +66 +15 +12 +12 +14 +11 +15 +26 - 39 +1 6 +11 +12 +13 +56 +12 +11 +25 - 07 +0 3 +11 +10 +16 +24 +18 +0 5 +11 +2 9 +15 +6 3 +02 +26 +12 +14 +14 51 38 44 47 38 00 09 35 10 53 59 10 02 24 46 26 46 46 42 00 03 45 49 47 14 55 52 24 02 27 42 24 00 26 15 03 40 04 36 48 21 38 36 46 40 33 47 04 20 35 15 35 10 18 42 48 39 38 07 01 24 45 20 22 29 05 05 34 03 02 37 51 33 09 07 19 44 29 47 58 40 12 55 48 51 37 37 51 56 30 51 15 47 21 09 30 23 20 07 39 10 25 53 18 00 58 42 11 19 25 29 04 48 48 34 59 47 14 01 44 14 50 15 44 24 54 40 03 46 03 12 u z d u m z x d s x z s r u m v v d s v s s s m x h x v d x d d s s s r x s u s s s x x d d r u s s s x m d s z m s u s s s z s s s x d s d r m d r v m d z s s x d x x m s x s s u s r x d d r d r u v u s m d x r r s x s r d d d s r d x m d u r x r z r v x s s v Com Com CVn Com Com Com Vir Com Cr v Vir Vir Vir Vir Com Com Vir Vir Com Vir Vi r Co m Vir Vir Vir Com Vir Vir Vir Com Com Com Com Vir Com Com Dra Com Com Vir Mu s Vir Co m Com Vir Com Com Vir Vir Vir Com Vir Vir Com Com CV n Com Com CV n Com Vir Vir Com Vir Vi r Vir Vir Vir Com Vi r Vir Vi r Com Com Com Com Vir Vir Vir Co m UMa Vir Com Com Com Com Vir Vir Com Vi r Com Com Dr a Com Com Com Com Com Dra Com Vir Vir Com Vir Com Com Cen Co m Vir Vir Com UMa Vir Vir Com Vi r Vi r Vir Vir Com Com Com Vi r Vir Co m Com Dr a Vir Com Vir Com Com 1.0 1.2 0.5 3.7 1.1 1.4 0.6 1.6 1.7 1.4 0.7 1.5 3.9 1.5 0.1 0.2 1.5 8.9 4.5 2.1 2.3 1.9 5. 1.9 4.0 1.2 2.0 1.8 2.6 0.6 2.4 0.4 5.9 1.2 1.8 7.2 2.2 3.6 1.9 2.0 4.1 0.4 1.5 0.2 4.8 1.9 0.5 2.3 1.2 3.9 1.3 3.2 1.2 1.6 1.2 6.9 0.6 3.5 1.6 4.0 0.7 1.1 2.2 2.6 2.2 1.3 1 6 . p vF , 1 6 . p cF , F, 1 5 . p cF , 1 6 . p cF , 1 6 . p bM , cB , eF , 12. p pB, B, 1 5 . p eF , 12.7 F, 1 5 . p vF , 1 4 . p F, 1 7 . p bM , vF , cF , F, 1 5 . p vF , 14.5 vF, 13.0 F, 1 2 . p pF , 1 3 . p F, 1 5 . p S, Cl , 1 5 . p vF , eF , vF , vF , vF , bM , eF , 8. 4 vB , 10.2 pB 1 5 . p eF , 1 5 . p pF , vF , 11.8 pF , 1 5 . p bM , 7.2 Cl, 12.3 F, 10.4 pB, vF , 1 4 . p F, F, vF , 1 4 . p eF , 1 5 . p eF , 11.2 pB , 12.5 pB , 12.4 pF , vS , 1 5 . p B, bM , 12.0 B, 1 5 . p bM , 1 5 . p bM , 9.8 vB, 1 6 . p S, 1 3 . p pB , 8. 6 vB , 1 3 . p pF , 1 5 . p bM , 13. p vF, 12.5 F, 12.5 pF , cF , vF , 11. p F, eF , 15. p vF, 1 5 . p F, vF , 1 4 . p pF , F, 1 6 . p bM , F, 1 5 . p bM , 9.9 vB, 1 3 . p B, F, vF , eF , vF , 1 5 . p F, 12.6 vF pF , 1 5 . p F, 12. p F, 1 6 . p F, 1 3 . p vF , 14. p Cl, eF , vF , F, 1 5 . p eF , F, 1 4 . p F, 1 4 . p F, S, 1 5 . p vF , 9. 5 B, 1 5 . p vF , vF , eF , vF , 15. p vF, 11.1 pB , vF , 1 4 . p cF , 1 4 . p pF , bM , bM , eF , 12. p pB, vF, cS , bM , 1 6 . p F, eF , 1 5 . p S, vS, bM , 14. p eF, 1 5 . p vF , 14. p pB, pF , vF , 13.3 vF , 12.7 pF , vF , c L , E 10 d e g , * np , c o n n ? S , pR , b M S, R, vlbM c S , E 15 0 d e g , b M ; s p i r ? S , bM , s p i r mag 15.5 cS, R, mbM S , iF , n e b y s f pS, E 130d e g , sbM s t e l l ; *9 . 5 ? cS v S , R, pg b M v dif S, E ns, r mag 15 vS, R, bM cS, mbM v S , bM , s p i r ; ne b * ? pS, iR v S , lE cL p L , m E , bM , r p L , iR , b M ; = IC 34 1 7 mE 250d e g F , cS , R , b M vS vS, ?* wisp R , ma g 1 6 S , R, ?? mag 15 pS, iF L , R, mb M , r; = M4 9 pL, R v S , R , * 1 3 at t vS R, r mag 14 P, vlC S , R , b M , 1 s t of 3 cL vS v S , ex c N f S, R, bM S , iF , N p L ; = IC 3 4 2 7 cS, dif S , R, ps b M , 2 n d of 3 pL pS, E, bs R S, R mag 14.5 pS , i R , np o f 2 mag 15 mag 14 v L , mE 13 0 d e g , r , sf of m E 1 3 5 d e g , sb M pS, R, bM v L , R , m b M , 3 r d of 3 ; = cS, R, gbM mag 15 v S , lE L, R p L , v g l b M , 2 st nr ; = I C S , FN ; = 4 4 9 2 c S , i F , se v N vL , e r pS, lE 30de g v S , iR S , b M , sp i r v S , b M , sp i r cS, R, pslb M v S , R, lb M mag 15.5 eS, R mag 14 p L , R, vs m b M N c S , E, pg b M , * 9 f 5 0 " eS, R vlE v S , b M , sp i r v S , s p i r , ? ( 4 4 9 4 sp ) S , b M , sp i r o r p F ; = IC 34 5 2 p S , E 10 0 d e g ; = 4 4 9 7 S , E 1 6 0 d e g , lb M cL , b i N or D n e b S , i F , di f , at t * 1 1 n pL, E; biN? v S , st F, m C S , iF pS, iF S , b M , sp i r L S, iF R (v S C l ? ) S, R, gbM R, lbM pS, dif v L , vm E ; = M 8 8 vS eS, R v S , b M , sp i r L , R, vg l b M S S , R, gb M c S , E 40 d e g p m E 9 0 d e g + / - , gb M , *9 v S , i R , vg b M mag 16 mag 15 S, E 50de g c L , iE , g v l b M , e r c L , r, f of 2; = 44 9 6 ? v m E 2 5 5 d e g , sb M * mag 13.5 vS, R S , iF R, lbM R , s b M *1 3 mag 13.5 v S , R, bM eS, R S, R, psbM E s p n f , di f , *1 7 n p , B* v F , b M , sp i r pS, R, dif pL, lbM vS, bM 2 M87 3438 p 8s sf I3 4 7 9 I3 4 8 0 44 3 7 45 1 7 45 1 7 Gx 45 2 1 Gx I3 4 8 1 Gx I3 5 6 8 Pl 45 1 5 Gx I3 4 8 2 45 0 9 Gx 45 1 6 Gx I3 4 8 4 Gx I3 4 8 8 Gx 45 1 8 Gx I3 4 8 3 Gx I3 4 8 5 * I3 4 8 6 I3 4 8 7 I3 4 8 9 Gx I3 4 9 0 Gx I3 4 9 1 Gx I3 4 9 2 Gx I3 4 9 4 Gx I3 4 9 3 * 45 1 9 Gx I3 4 9 5 Gx I3 4 9 6 Gx I3 4 9 7 I3 4 9 8 * 45 2 2 Gx I 79 9 I3 4 9 9 Gx I3 5 0 2 Gx 45 2 0 Gx 45 2 3 Gx 45 2 4 Gx 45 2 5 Gx 45 3 0 I 80 1 Gx I3 5 0 0 Gx I3 5 0 1 Gx I3 5 0 3 I 80 0 Gx 45 2 6 Gx 45 2 7 Gx 45 2 8 Gx 45 3 4 Gx I3 5 0 4 ? I3 5 0 5 Gx I3 5 0 7 I3 5 0 8 Gx I3 5 0 6 I3 5 1 1 ? I3 5 1 2 ? I3 5 1 3 ? 45 3 1 Gx 45 3 2 Gx 45 3 5 Gx I3 5 0 9 Gx I3 5 1 0 Gx I3 5 1 4 D* I3 5 1 5 I3 5 1 6 Gx 45 3 3 Gx 45 3 6 Gx I3 5 1 7 Gx I3 5 1 8 Gx I3 5 1 9 ? I3 5 2 0 Gx 45 3 9 Gx 45 4 5 Gx I3 5 2 1 Gx 45 3 8 Gx I3 5 2 3 I3 5 2 4 D* I3 5 2 6 I3 5 2 7 D* 45 4 0 Gx 45 4 2 Gx 45 4 7 Gx 45 4 9 Gx I3 5 2 2 Gx I3 5 2 5 I3 5 2 9 I3 5 3 0 Gx I3 5 2 8 Gx I3 5 3 1 Gx I3 5 3 2 I3 5 3 3 Gx 45 3 7 Gx 45 4 1 Gx I3 5 3 4 I3 5 3 5 I3 5 3 6 Gx I3 5 3 8 * I3 5 3 9 45 4 3 Gx 45 4 8 Gx I3 5 3 7 D* I3 5 4 0 Gx I3 5 4 1 45 4 6 Gx 45 5 0 Gx 45 0 7 Gx 45 4 4 Gx 45 5 1 Gx 45 6 2 Gx 45 5 2 Gx 45 5 4 45 5 5 Gx I3 5 4 3 Gx I3 5 4 5 I3 5 4 6 Gx 45 5 6 Gx 45 5 8 Gx I 80 2 Nb I3 5 4 2 I3 5 4 4 D* I3 5 4 7 D* I3 5 4 9 * 45 6 3 Gx 45 6 6 Gx 45 7 2 Gx I3 5 4 8 I3 5 5 0 I3 5 5 1 I3 5 5 2 I3 5 5 3 ? I3 5 5 4 I3 5 5 5 124 12 32 . 7 12 32 . 7 12 32 . 8 +2 5 24 d +2 6 50 d +0 0 07 A Co m Co m Vi r 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 +0 0 +6 3 +1 1 +8 2 +1 6 +2 7 +3 2 +1 4 +1 7 +2 6 +0 7 +1 1 +0 9 +1 2 +0 9 +1 2 +1 0 +2 7 +1 2 +2 7 +0 9 +0 8 +2 6 +2 6 +2 5 +2 6 +0 9 - 07 +1 0 +2 6 - 07 +1 5 - 12 +3 0 +4 1 +5 2 +1 3 +1 3 +3 7 +1 5 +0 7 +0 2 +1 1 +3 5 +0 6 +1 5 +2 5 +2 6 +1 2 +2 7 +2 7 +2 7 +1 3 +0 6 +0 8 +1 2 +1 1 +2 6 +2 7 +2 7 +0 2 +0 2 +0 9 +0 9 +1 5 +1 3 +1 8 +6 3 +0 7 +0 3 +1 4 +1 4 +2 5 +2 6 +1 5 +5 0 +5 8 +5 8 +1 5 +1 0 +2 5 +1 7 +1 5 +2 6 +2 5 +2 5 +5 0 - 00 +1 5 +2 5 +2 6 +2 6 +2 3 +0 6 +1 4 +0 7 +1 2 +2 3 - 03 +1 2 - 39 +0 3 +1 2 +2 5 +1 2 +1 1 +2 6 +2 6 +2 6 +2 6 +2 6 +2 7 +7 4 +1 1 +1 4 +2 6 +2 6 +2 6 +5 4 +7 4 +1 0 +2 7 +2 7 +2 8 +2 6 +2 7 +2 8 Vi r Dr a Vi r Ca m Co m Co m CV n Co m Co m Co m Vi r Vi r Vi r Vi r Vi r Vi r Vi r Co m Vi r Co m Vi r Vi r Co m Co m Co m Co m Vi r Vi r Vi r Co m Vi r Co m Cr v Co m CV n CV n Co m Co m CV n Co m Vi r Vi r Vi r CV n Vi r Co m Co m Co m Vi r Co m Co m Co m Vi r Vi r Vi r Vi r Vi r Co m Co m Co m Vi r Vi r Vi r Vi r Co m Co m Co m Dr a Vi r Vi r Co m Co m Co m Co m Co m CV n UM a UM a Co m Vi r Co m Co m Co m Co m Co m Co m CV n Vi r Co m Co m Co m Co m Co m Vi r Co m Vi r Vi r Co m Vi r Vi r Ce n Vi r Vi r Co m Vi r Vi r Co m Co m Co m Co m Co m Co m Dr a Vi r Co m Co m Co m Co m UM a Dr a Vi r Co m Co m Co m Co m Co m Co m 32 . 8 32 . 8 32 . 9 32 . 9 33 . 0 33 . 0 33 . 1 33 . 1 33 . 1 33 . 1 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 2 33 . 4 33 . 5 33 . 5 33 . 5 33 . 5 33 . 5 33 . 7 33 . 7 33 . 7 33 . 7 33 . 8 33 . 8 33 . 8 33 . 8 33 . 8 33 . 8 33 . 8 33 . 8 33 . 8 33 . 9 34 . 0 34 . 1 34 . 1 34 . 1 34 . 1 34 . 1 34 . 1 34 . 1 34 . 2 34 . 2 34 . 2 34 . 2 34 . 3 34 . 3 34 . 3 34 . 3 34 . 3 34 . 3 34 . 3 34 . 3 34 . 4 34 . 5 34 . 5 34 . 5 34 . 5 34 . 5 34 . 6 34 . 6 34 . 6 34 . 7 34 . 7 34 . 7 34 . 7 34 . 7 34 . 8 34 . 8 34 . 8 34 . 8 34 . 8 34 . 8 34 . 8 34 . 8 34 . 9 34 . 9 35 . 0 35 . 0 35 . 2 35 . 2 35 . 2 35 . 2 35 . 2 35 . 2 35 . 3 35 . 4 35 . 4 35 . 4 35 . 4 35 . 4 35 . 5 35 . 5 35 . 6 35 . 6 35 . 6 35 . 6 35 . 7 35 . 7 35 . 7 35 . 7 35 . 7 35 . 7 35 . 8 35 . 8 35 . 8 35 . 8 35 . 8 35 . 8 35 . 8 35 . 9 35 . 9 35 . 9 35 . 9 35 . 9 35 . 9 35 . 9 35 . 9 35 . 9 35 . 9 07 57 24 33 15 50 06 34 24 21 51 21 13 52 24 14 55 06 51 35 23 39 47 44 29 44 10 24 59 37 23 10 01 17 21 15 58 19 47 21 42 39 19 31 53 57 22 40 44 21 22 20 05 28 12 04 04 42 52 27 20 11 09 37 34 30 12 31 09 20 01 14 41 09 33 50 56 56 13 10 42 48 34 38 53 46 50 13 00 44 32 14 59 07 30 39 45 58 48 13 55 02 16 51 33 11 31 17 31 13 54 01 15 40 18 20 24 59 13 15 57 56 58 00 12 56 00 s r s s s d s s m x r s x d d m z x s x x s x x d x s x s x s s r s r u z m d v s s s s x m d x d x x x s s s z u x d x s s u u x z s s x r d x d x s r r r v d d z v x d z r s d d x x d r s x m d s s s s s s s r s v x x s r x d x x x r s r d d d d x d d vF , vS , iF vF , S, E 90 d e g , bM F, eE 75 d e g , *1 0 nf , pl a c e 10 . 2 0. 7 0. 1 1. 6 1. 1 1. 9 0. 6 0. 5 0. 6 0. 6 3. 1 3. 7 1. 6 2. 6 2. 9 1. 2 0. 6 1. 7 7. 2 6. 3 1. 8 3. 0 0. 8 3. 0 2. 9 6. 8 1. 1 2. 0 7. 4 1. 5 1. 3 3. 5 2. 8 2. 0 1. 5 0. 7 1. 8 5. 4 0. 4 3. 5 3. 5 2. 3 2. 1 2. 0 2. 5 4. 2 1. 7 1. 1 1. 5 1. 1. 5 th a t of *; = 10 . 5 cB , vL , vm E 89 d e g , pB * in co n t 13 . p pB , S, pm E , pg b M , *1 0 p 12 s 14 . 0 bM , ma g 13 12 . p PN or ne b *9 . 5 ; *1 3 p 15 " 13 . p F, vS , bM * vF , S, bM , sp i r 14 . p vF , S, R, lb M 14 . p F, pS , R, r 15 . p S, R, bM F, S, R, bM 15 . p F, S, R, bM 15 . 0 bM , ma g 14 eF , S; ? F, S, R, di f vF , vS 15 . p bM , ma g 13 16 . p vF , S, vm E 24 0 d e g F, S, iF 15 . p sb M , pr o b sp i r a l vF , vS , ne b * , *1 5 np eF , vS 11 . 7 F, pL , R, bM , r vF , cS , iF , di f f i c vF , cS , iF , *1 5 np vF , vS , R, bM vF , S, iF 13 . p eF , pL , lE , vl b M eF , eS , R (e F * at t p? ) ; = 45 2 0 13 . 3 cS , E (w i s p s ) 13 0 d e g , bM eF , S, iF vF , S, 2 vS st in v 14 . p Cl + ne b , cl o s e to a ** 14 . p vF , iF , bM 13 . p F, pL , iR , bM ne b u l o u s * 4 ma g ?? ? (8 CV n ) 15 . p ee F , S, R, * cl o s e n 15 . p S, E 90 d e g , sb M * 15 . p F, S, R, bM N eF , vS , bM N F, S, R, gb M 9. 6 vB , vL , mE 12 0 d e g +/ - , ps m b M , be t 2 st 7m 10 . 4 pB , L, pm E 69 d e g , mb M 11 . 7 pF , cS , R, bM , *9 f 30 s 12 . p cF , L, lE , vg l b M , r eF , vS , nr *1 0 15 . p F, S, E vF , vS , iF cF , S, bM , sp i r vF , R vF , S, iF , N vF , S, iF , N vF , S, iF , N 13 . p F, pL , R, vg b M 11 . 9 pB , pL , pm E , vg b M , r 9. 8 pF , vL , r, sp i r a l ne b 15 . p bM , ma g 14 15 . p eF , bM , ma g 15 , *1 0 nf vF , vS , bM , sp i r F, S, iF vF , S, iF , N 15 . p F, 45 3 6 sf 10 . 4 B, vL , mE 11 0 d e g , sb M , er 15 . p eF , pS , mE 28 d e g ; ? 15 . p cS , mE 21 0 d e g , bM vF , vS , R 15 . p vF , R 12 . 0 pB , pm E 13 . p F, L, iR , vg b M , S* nf pF , cS , E 45 d e g , bM 15 . p eF , vS , ne a r l y R vF , R cF , S; *1 2 . 5 ? F, vS , R, bM F, vS , R, bM * 12 . p F, pS , bM , r 15 . p eF , pL , R 15 . p vF , pS , E, vg b M , *9 f 2' , p of 2 15 . p eF , pS , E, f of 2 vF , S, mE 90 d e g vF , R F, vS , R, bM 15 . p F, vS , R bM , ma g 14 vF , vS , bM , sp i r vF , vS , bM , sp i r 16 . p pF , vS , R, bM 16 . p ee F , S, R, ne a r l y be t 2 st 14 . p F, S, R, gb M vF , cS , R F, vS , R, bM vF , S, iF eF , S, iF eF , S, R, bM , *1 3 sp 14 . p pF , cS , R, bM 10 . 2 B, L, lE , lb M ; = M9 1 vF , S, ? 15 . p vS , R, se v co n d e n s eF , S, R 10 . 3 vB , cL , pm E 78 d e g , vs m b M N 11 . 6 pB , S, vl E , sp of 2 13 . p pB , S, R, ps m b M *1 6 14 . p vF , S, R, be t 2 st 11 . 9 pB , S, R, bM , nf of 2 14 . p S, sp 45 6 5 9. 8 pB , pS , R, gm b M ; = M8 9 vF 14 . p B, pS , iR , vs m b M *1 2 vF , S, lE 15 0 d e g pB , S, R, bM ; = 45 5 5 F, S, lE 15 0 d e g 14 . p F, pL 15 . p vF , nf of 2 (o r 3? ) ; = IC 35 5 6 vF , S, st e l l a r bM , ma g 14 . 5 cF , vS ; *1 2 . 5 ? vF , vS , iF vF , vS , bM , sp i r 15 . p F, vS , R, mb M 14 . p pF , S, iR , gb M 15 . p eF , S vF , eS , R N in v in 45 5 9 N in v in 45 5 9 N in v in 45 5 9 vF , vS , R, bM N in v in 45 5 9 (2 s p, 1' . 8 s) N in v in 45 5 9 (1 s .5 p, 2' . 0 n) 45 5 9 I355 6 4553 4557 45 6 0 45 6 1 I355 7 I355 9 I356 0 I356 1 I356 3 I356 9 I355 8 I356 2 I356 4 I356 5 45 6 5 I356 6 I357 0 I357 1 4564 I356 7 4567 I357 2 I357 3 I357 4 I357 5 I357 9 I358 2 45 6 8 I357 6 I357 7 I357 8 I358 0 I358 1 I358 3 I358 5 45 6 9 I358 4 I358 7 45 7 0 45 7 1 I358 6 I358 8 I359 0 I359 2 I359 4 I358 9 I359 1 I359 3 I359 5 I359 6 45 8 9 I359 7 I359 8 45 7 7 4578 45 7 6 I360 0 45 7 3 4574 4579 I359 9 45 8 0 I360 1 4575 4583 45 8 5 I360 2 45 8 1 45 8 2 I360 3 45 8 4 I360 5 I360 4 I360 6 45 8 6 I360 7 I360 9 4587 I360 8 45 8 8 I361 0 I361 4 I361 5 I361 1 I361 2 I361 3 I361 6 I361 8 4591 45 9 2 I361 9 I362 0 I361 7 I362 3 45 9 0 M68 I362 1 I362 2 I362 6 I362 7 I 803 I362 4 45 9 3 I362 5 I362 8 I362 9 I363 0 I363 1 4595 45 9 6 45 9 4 46 0 5 I363 2 45 9 7 I363 3 I363 4 I363 5 I363 6 45 9 8 I363 7 I363 8 46 0 0 I364 0 I364 1 I364 2 4599 I364 5 I364 6 46 0 2 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx * * Gx Gx Gx D* Gx Gx Gx Gx Gx * Gx Gx Gx Gx ? Gx * Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx PD Gx Gx Gx Gx Gx * Gx Gx ? Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 36 . 0 36 . 0 36.1 36.1 36 . 1 36 . 1 36 . 1 36 . 1 36 . 1 36 . 1 36 . 1 36 . 1 36 . 2 36 . 2 36 . 2 36 . 2 36 . 3 36 . 3 36 . 3 36 . 3 36.4 36 . 4 36.5 36 . 5 36 . 5 36 . 5 36 . 5 36 . 5 36 . 5 36 . 6 36 . 6 36 . 6 36 . 6 36 . 6 36 . 6 36 . 7 36 . 7 36 . 8 36 . 8 36 . 8 36 . 9 36 . 9 36 . 9 36 . 9 36 . 9 36 . 9 36 . 9 37 . 0 37 . 0 37 . 0 37 . 1 37 . 3 37 . 4 37 . 4 37 . 4 37 . 5 37.5 37 . 6 37 . 6 37 . 7 37.7 37.7 37 . 7 37 . 8 37 . 8 37.9 38.0 38 . 1 38 . 1 38 . 2 38 . 2 38 . 2 38 . 3 38 . 3 38 . 4 38 . 4 38 . 5 38 . 5 38 . 5 38.6 38 . 6 38 . 8 38 . 8 39 . 0 39 . 0 39 . 1 39 . 1 39 . 1 39 . 2 39 . 2 39.3 39 . 3 39 . 3 39 . 3 39 . 4 39 . 4 39 . 5 +27 +26 - 39 +2 6 +07 +19 +16 +26 +27 +26 +27 +19 +11 +09 +27 +26 +25 +11 +24 +26 +1 1 +13 +1 1 +11 +11 +12 +13 +26 +26 +11 +06 +11 +11 +18 +24 +13 +26 +13 +12 +27 +07 +14 +12 +14 +27 +27 +26 +06 +06 +27 +23 +26 +74 +23 +28 +06 +0 9 +04 +27 - 43 - 35 +1 1 +26 +05 +15 - 40 +3 3 +28 +10 +01 +00 +15 +13 +19 +11 +12 +04 +10 +14 +0 2 +10 +06 +26 +26 +18 +13 +14 +13 +14 +26 +0 6 - 00 +24 +27 +07 +27 - 26 58 58 27 57 41 20 38 59 05 54 56 19 51 55 56 45 59 09 05 05 26 36 15 37 46 24 45 06 12 14 37 54 06 17 24 15 50 10 14 33 15 13 32 13 17 53 07 56 56 46 47 31 12 52 12 04 33 22 08 37 30 49 42 22 12 32 28 57 05 28 11 32 07 31 43 36 19 22 22 40 29 46 52 18 11 22 43 44 44 41 01 32 08 55 58 07 45 s x v r r s m x x x d t d z d x s x d x s z s x d d d x v s s x u d m s v s x u s s m x d u x d d m d x s d v r s s v r r s v s x s r r z r F d s d d d s x z r u r d d u x d d x v r s d v s v s Com Com Ce n Co m Vir Com Com Com Com Com Com Com Vir Vir Com Com Com Vir Com Com Vi r Com Vi r Vir Vir Vir Com Com Com Vir Vir Vir Vir Com Com Vir Com Vir Vir Com Vir Com Vir Com Com Com Com Vir Vir Com Com Com Dra Com Com Vir Vi r Vir Com Cen Ce n Vi r Com Vir Com Ce n CV n Com Vir Vir Vir Com Vir Com Vir Vir Vir Vir Com Vi r Vir Vir Com Com Com Com Com Com Com Com Vi r Vir Com Com Vir Com Hya 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 39 . 5 39 . 5 39 . 5 39 . 5 39 . 6 39 . 6 39 . 7 39 . 7 39 . 7 39 . 8 39 . 8 39 . 8 39.9 39 . 9 40 . 0 40 . 0 40 . 0 40 . 2 40 . 2 40 . 2 40 . 2 40 . 2 40 . 3 40 . 3 40 . 3 40 . 4 40 . 4 40 . 4 40 . 4 40.5 40 . 5 40 . 5 40 . 6 +15 +15 +25 +27 +16 +11 - 05 +10 +26 +13 +25 +12 +1 5 +10 - 11 +61 +26 - 05 +09 +09 +12 +22 +08 +14 +10 +03 +26 +26 +26 +0 1 +26 +26 - 05 29 25 41 30 36 59 21 58 15 31 26 59 18 11 37 37 41 48 53 50 53 04 23 43 31 08 31 31 44 11 32 31 08 d d z d m d s d d d d x s s s s d s z d u d r z m r d d d r v v s Com Com Com Com Com Vir Vir Vir Com Com Com Vir Co m Vir Vir UMa Com Vir Vir Vir Vir Com Vir Com Vir Vir Com Com Com Vi r Com Com Vir 10.5 9. 9 2.1 15. p 1.5 0.7 1.3 13. p 15. p 13. p 16. p 16.2 3.1 9. 6 3.0 11.1 15. p 11.3 0.5 4.6 3.0 10.8 14. p 1.0 15. p 0.4 2.2 1.4 9.5 15. p 14. p 1.5 4.1 3.8 0.6 16. p 10.9 11.3 15. p 1.3 15. p 0.4 15. p 3.0 12. p 9. 5 1.7 3.6 1.4 0.6 11.4 13.5 5.4 9.8 2.4 13. p 2.2 13. 14. 14. 15. 13. 1.5 14. p 4.4 11.6 3.5 15. 14. 15. 15. p p p p p p p p p 1.3 15. p 4.6 14. p 12. p 1.1 15. p 12.0 0.7 4.0 1.8 3.9 8.9 5.5 3.6 1.2 0.6 0.7 1.3 3.6 8. 2 vB , v L , m E 1 5 0 d e g , gb M , 3 st f F, S , R , b M F , vl E , gl b M nebu l o u s * cB , p L , R , g b M pB , p L , v l E , l b M , r ; = I C 3 5 6 9 bM , m a g 1 5 . 5 vF , v S , R , b M vF , v S , R , b M cF , v S , R , b M * N in v i n 4 5 5 9 cS , s p i r , 2 br , F * M , F* in v ; = 45 6 1 D; F , R , d i s t 1 2 " n & s E 22 0 d e g N in v i n 4 5 5 9 vF , S , E 1 4 8 d e g ; s t ? B, e L , eE 13 5 d e g , v s b M N = *1 0 - 1 1 co m , R wi t h ta i l 1' at 1 1 0 d e g eF , S , iF , * 1 3 np eF , S , iF , o t h e r s n r p B , S , l E , ps b M F, v S , R, bM v F , L , n p o f Dn e b (4 5 6 8 a t 1 6 0 d e g + / - ) eF , v S , ? ? F, v S , R vF , v S ; * 1 4 ? vF , v S , R eF , S , iF , o t h e r s n r F, v S , co m , bM , o t h e r s n r vF , L , sf of D n e b F, p S , di f vF , p S , d i f , * 1 3 in v n f S, E 12 5 d e g F, v S , R pB , S , E 5 0 d e g , bM vm E , *1 3 a t t s f , 2 s t 12 nr cF , S , ne b * pL , b M N ; = M 9 0 vF , v S ; * 1 4 ? vF , S , lE 12 0 d e g , * 1 5 n f cB , p S , m E 0 d e g + / - , sb M r N vF , L , E, vg b M , * 9 n f nr ; = I C 3 5 8 8 vF , c S , d i f cF , p L , l b M vF , S , vi F pF , S , lE 14 0 d e g eF , v S , i F vF , S , R, st e l l F, p S , nr *1 4 pF , S , iF , N eF , S , iF vF , S , iF , n r D * cB , L , lE , p g m b M eF , S , R pF , v S , s b M *, *1 5 n f 10 0 " vF , v S ; = 45 4 3 ? p F , p S , R, sb M N , * n p F, * 7 s f F, v S , ne b * vF , S , *1 0 n 3 0 " v F , L , l E , vg l b M B , L, iR , v m b M , r; = M5 8 cF , S , R, bM pB , L , vg b M bM , m a g 1 5 F , S, pm E , 2 st p c F , S , l E , bM vF , e S F, e S , R, lb M F, S , b M , st e l l N *1 2 i n F n e b eF , b M , m a g 15 vF , S , R vF , v S , R F, v S , R, lb M F, v l E pB , L , E, ps b M F, e S , R B, v S , R; PN ? F , pS , m b M vS , R , wi s p s p f , 1' ea c h vF , e S eF , S , vi F eF , p S , g b M , s p i r S, E 18 5 d e g , b M pF , c S , E 13 0 d e g B, v S , R; PN ? F, e S , R, lb M bM , m a g 1 4 F, v S , R, bM vF, cS F, L , E 9 0 d e g + / - , vg b M vF , c S , E 16 0 d e g , b M F, S , i F , bM , s e v n e b st nr vF , S cF , S , R, bM gl o b . c l . , L, eR i , vC , i R , r r r , s t 1 2 ; = bM , vF , 1 6 . p vF , F, 1 5 . p eF , F, 1 2 . p pB , vF , eF , S, vF , 1 4 . p bM , 13. p pF, 10.5 B, 8. 3 !, 1 1 . p B, eF , 1 2 . p F, 1 5 . p vS , vF , 1 5 . p F, eF , 1 4 . p eF , 1 6 . p vF , 1 5 . p B, 1 3 . p F, vF , F, vF , 13. p vF, F, F, 1 2 . p F, mag 14 S, R S , bM , s p i r S, iF, N S, v diff i c S, E 180d e g cL, E, sbMN = * R S, R m E 2 4 5 d e g , lb M v S , l E ; D* ? mag 13 p L , R, gb M p S , R, gm b M , r , 3 s t f v B , vL , e E 9 2 d e g , vs m b M N ; L , v m E 11 8 d e g , g l b M cS, iF v L , bM PN , lbM R , di f v S , R, bM v S , E 0d e g , bM L , R, vl b M vS, R, dif S, R, lbM S, R, 2 st 8 f R n e b 30 " n p IC 36 4 1 S , b M , sp i r c S , i F , di f vS v S , R, bM S, E 65de g , bM L, E, vglb M = M1 0 4 I3 6 4 4 46 0 4 I3 6 4 3 I3 6 5 0 46 0 1 I3 6 4 9 I3 6 5 1 46 0 3 I3 6 3 9 I3 6 4 7 I3 6 4 8 46 0 6 I3 6 5 2 46 1 7 46 0 7 46 0 8 I3 6 5 3 I3 6 5 4 I3 6 5 5 I3 6 5 6 I 80 4 I 80 5 I3 6 5 7 I3 6 5 8 46 1 0 46 1 3 46 1 4 46 1 1 46 1 2 46 1 5 46 1 8 I3 6 5 9 I3 6 6 7 I3 6 6 8 I3 6 6 0 I3 6 6 1 I3 6 6 2 I3 6 6 9 46 1 9 I3 6 6 3 I3 6 6 4 46 4 8 I3 6 6 5 I3 6 7 1 46 2 5 I 80 8 I3 6 6 6 I3 6 7 0 I3 6 7 5 46 2 0 46 2 1 46 2 7 I3 6 8 0 I3 6 8 1 46 3 1 I 80 9 I 81 0 I3 6 7 2 I3 6 7 3 I3 6 7 4 I3 6 8 7 46 2 3 I 80 6 I3 6 7 6 I3 6 7 7 I3 6 7 8 I3 6 7 9 46 0 9 46 1 6 46 2 4 I 80 7 I3 6 8 2 I3 6 8 3 46 2 6 46 2 8 I3 6 8 4 46 3 0 46 3 2 I3 6 8 5 46 2 2 46 2 9 46 3 3 46 3 5 I3 6 8 6 I3 6 8 8 I3 6 8 9 46 3 4 46 4 4 46 3 6 46 3 8 I3 6 9 0 I3 6 9 1 46 3 7 46 3 9 46 4 6 I3 6 9 2 I3 6 9 3 I3 6 9 7 46 4 0 I3 6 9 4 I3 6 9 5 46 4 1 I3 6 9 6 46 4 2 46 4 3 46 5 2 I3 6 9 8 I3 6 9 9 I3 7 0 0 I3 7 0 3 46 4 7 I3 7 0 1 I3 7 0 2 I3 7 0 7 46 5 5 46 4 9 46 5 1 I3 7 0 4 I3 7 0 5 I3 7 0 6 46 5 3 I3 7 0 8 46 5 4 46 5 6 I3 7 0 9 I3 7 1 0 I3 7 1 3 46 4 5 46 5 7 I3 7 1 1 46 5 0 125 12 - 12 12 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 ? 12 ? 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 12 Gx 12 12 12 Gx 12 - 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 12 12 12 Gx 12 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 OC 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 * 12 12 12 12 OC 12 Gx 12 - 12 Gx 12 12 12 Gx 12 Gx 12 12 Gx 12 Gx 12 12 Gx 12 D* 12 Gx 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 12 Gx 12 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 * 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 40 . 6 40 . 7 40 . 7 40 . 7 40 . 8 40 . 8 40 . 8 40 . 9 40 . 9 40 . 9 40 . 9 41 . 0 41 . 0 41 . 1 41 . 2 41 . 2 41 . 2 41 . 2 41 . 2 41 . 2 41 . 3 41 . 3 41 . 3 41 . 3 41 . 4 41 . 4 41 . 4 41 . 5 41 . 5 41 . 5 41 . 5 41 . 5 41 . 5 41 . 5 41 . 6 41 . 6 41 . 6 41 . 6 41 . 7 41 . 7 41 . 7 41 . 8 41 . 8 41 . 8 41 . 9 41 . 9 41 . 9 41 . 9 41 . 9 42 . 0 42 . 0 42 . 0 42 . 0 42 . 0 42 . 1 42 . 1 42 . 1 42 . 1 42 . 1 42 . 1 42 . 1 42 . 2 42 . 2 42 . 2 42 . 2 42 . 2 42 . 2 42 . 3 42 . 3 42 . 3 42 . 3 42 . 3 42 . 3 42 . 4 42 . 4 42 . 4 42 . 5 42 . 5 42 . 5 42 . 6 42 . 6 42 . 6 42 . 6 42 . 6 42 . 6 42 . 6 42 . 7 42 . 7 42 . 8 42 . 8 42 . 8 42 . 8 42 . 9 42 . 9 42 . 9 42 . 9 43 . 0 43 . 0 43 . 1 43 . 1 43 . 1 43 . 2 43 . 2 43 . 3 43 . 3 43 . 3 43 . 3 43 . 3 43 . 3 43 . 4 43 . 5 43 . 5 43 . 5 43 . 5 43 . 6 43 . 7 43 . 7 43 . 7 43 . 7 43 . 8 43 . 9 43 . 9 44 . 0 44 . 0 44 . 0 44 . 1 44 . 1 44 . 2 44 . 2 44 . 2 44 . 3 +2 6 - 05 +1 2 +2 6 - 40 +2 1 +2 6 - 40 - 36 +1 0 +1 2 +1 1 +1 1 +5 0 +1 1 +1 0 +1 1 +2 2 +2 0 +2 2 - 05 +1 3 +2 1 +1 4 +0 7 +2 6 +2 6 +1 3 +0 7 +2 6 +4 1 +2 2 +4 1 +4 1 +2 1 +2 2 +2 3 +4 1 +3 5 +1 2 +1 9 +7 4 +1 1 +2 3 +4 1 +1 9 +0 7 +1 1 +4 1 +1 2 +1 1 +3 2 +3 9 +3 9 +3 2 +1 1 +1 2 +1 1 +2 1 +2 2 +3 8 +0 7 - 17 +1 3 +2 0 +2 0 +2 2 - 62 - 40 +0 3 - 17 +2 0 +2 0 - 07 - 06 +1 1 +0 3 - 00 +0 6 - 40 - 01 +1 4 +1 9 +1 0 +1 4 +2 0 +1 4 +5 5 +0 2 +1 1 +1 0 +2 2 +1 1 +1 3 +5 4 +2 1 +1 0 +3 9 +1 2 +1 1 +2 2 +1 1 +1 9 - 00 +0 1 +5 8 +1 1 +1 9 +1 9 +3 7 +1 1 +1 1 +1 0 +3 7 +4 1 +1 1 +1 6 +1 0 +1 9 +0 9 - 00 +1 3 +1 3 +3 2 +0 9 +1 2 +4 1 - 41 +3 2 +1 1 - 40 30 09 24 30 54 06 44 59 45 28 59 55 11 26 53 09 24 35 40 36 01 44 41 42 43 05 02 44 19 04 09 56 09 08 06 30 25 08 04 14 57 25 30 31 16 57 51 45 17 57 39 34 06 05 32 45 36 45 08 31 30 41 20 33 53 53 49 58 39 04 22 52 52 02 57 43 58 05 52 45 21 21 57 34 22 51 18 09 41 26 22 47 26 15 51 00 40 50 18 13 45 03 56 39 59 58 13 00 16 59 35 02 53 59 02 33 24 47 20 14 34 08 08 10 04 08 10 45 12 10 44 d r d m v d v s c x x s u s s s x d d d x x d z r r r r s r s d d d d d m d s d d s u m s x d d t s s s d d s u u x d d s s m x d d d s s r m d d r r d s s d s F s s m x d s s s s u d s s s u d m r m d r d s s r m d d d s d z d r s s u d x s x s s z x m s v d s Co m Vi r Vi r Co m Ce n Co m Co m Ce n Ce n Vi r Vi r Vi r Vi r CV n Vi r Vi r Vi r Co m Co m Co m Vi r Co m Co m Co m Vi r Co m Co m Co m Vi r Co m CV n Co m CV n CV n Co m Co m Co m CV n CV n Vi r Co m Dr a Vi r Co m CV n Co m Vi r Vi r CV n Vi r Vi r CV n CV n CV n CV n Vi r Vi r Vi r Co m Co m CV n Vi r Cr v Co m Co m Co m Co m Cr u Ce n Vi r Cr v Co m Co m Vi r Vi r Vi r Vi r Vi r Vi r Ce n Vi r Co m Co m Vi r Co m Co m Co m UM a Vi r Vi r Vi r Co m Vi r Vi r UM a Co m Vi r CV n Vi r Vi r Co m Vi r Co m Vi r Vi r UM a Vi r Co m Co m CV n Vi r Vi r Vi r CV n CV n Vi r Co m Vi r Co m Vi r Vi r Vi r Vi r CV n Vi r Vi r CV n Ce n CV n Vi r Ce n 0. 8 2. 2 1. 3 3. 8 1. 4 2. 8 1. 0 3. 1 3. 2 3. 2 15 . p 12 . p 11 . 9 15 . p 14 . p 12 . 9 11 . 1 15 . p 15 . p 4. 4 15 . 14 . 15 . 13 . 14 . 10 . 8 0. 6 15 . p 1. 5 14 . p 2. 2 1. 0 0. 5 2. 4 13 . p 15 . p 15 . p 12 . 3 2. 0 2. 0 5. 1 2. 7 13 . p 13 . p 9. 8 12 . 3 15 . 1 1. 1 1. 7 9. 3 15 . p 15 . p 3. 5 2. 6 0. 6 13 . p 13 . p 15 . p 5. 1. 6 6. 9 0. 3 15 . p 2. 2 p p p p p 14 . p 14 . p 1. 7 3. 2 13 . p 12 . p 2. 1 2. 1 2. 0 1. 5 13 . 2 13 . p 16 . p 2. 4 1. 8 6. 2 2. 8 1. 3 12 . 4 14 . 0 9. 6 11 . 3 15 . p 1. 5 2. 9 0. 7 1. 0 15 . p 11 . 5 14 . p 15 . p 0. 7 17 . p 15 . p 15 . p 0. 7 15 . p 2. 0 3. 4 0. 5 14 . p 10 . 6 15 . p 15 . p 3. 0 11 . 4 15 . p 7. 2 3. 8 1. 3 15 . p 8. 8 10 . 7 15 . p 2. 6 12 . 3 4. 7 13 . 8 10 . 5 10 . 4 15 . p 0. 6 2. 2 1. 2 15 . p 13 . p vF , S, iF no de s c r i p t i o n F, vl E eF , vS , bM , sp i r eF , L, R, ps l b M , p of 2 F, vS , iF , N pF , cS , R, sp i r F, L, R, vg b M , r pF , pS , *1 2 . 5 ss p F, cS , mE 13 5 d e g eF , S; ?? vF , pS , E, 2 or 3 vS st in v S, R, mb M pF , S, iR , er F, mE , 3' or 4' f 46 0 6 pB , pL , R, ps b M , r, *1 2 np 1' bM , ma g 13 F, S, iF , N vF , vS , iF , *1 6 in v , ot h e r ne b nr F, S, iF , N vF , vS , R vF , pL , R, 2 st n & nf ; = 46 1 1 vF , vS , N; ne b * ? F, S, E 24 0 d e g F, vL ; = 44 7 0 ? vF , S, lE , 1s t of 3 F, S, R, *1 2 np , 2n d of 3 eF , S, lE , be t 2 vF st ; = IC 80 5 pB , S, R, ps m b M F, pL , E, 3r d of 3 B, L, E, mb M , cu r v e d br a n c h n cF , S, E 50 d e g cB , pL , E 55 d e g , bM pF , pS , iF , N F, vS , iF , N cF , S, iF , N F, S, R, bM , sp i r F, pS , iF , N F, pS , R, lb M , *8 - 9 f F, S, R, di f vF , vS , iF , N pB , cS , R, gb M , ** p F, S, R, di f cF , cS , lE 23 0 d e g , bM pF , S, R S ne b s Cl eF , vS , ? vS , R, bM pB , pL , iF , N; = 46 2 5 vF , S, R, vg b M B, pL , lE , vs v m b M , 2 st p; = M5 9 F, S, R, np of 2 F, S, iF , N cF , vS , E 13 5 d e g , bM , *1 3 sp !, vB , vL , eE 70 d e g +/ - , bM N , *1 2 at t n eF , pS , R, M5 9 s eF , pS , mE vF , vS , R, st e l l ; IC 80 9 n F, vS , iF , N pF , S, ex c N, *1 1 sp vF , cL , di f , se v N cF , pL , E, ps l b M , r eF , eS , R, *1 2 cl o s e vF , vS ; *1 3 ? F, vS , iF , N vF , vS , iF , N F, S, iF , N Cl , pL , pC , cE , st 10 eF , vS , R, * at t nf , p of 2 B, E; = 46 3 6 ? pF , vS , R, gb M F, vS , iF , N F, vS , iF , N vF , cS , lE , gl b M cF , S, E, gb M vF , vS , R cF , S, R, lb M pB , L, E 45 d e g +/ vF , pL pF , S, R, ps l b M , f of 2 pB , pL , E, lb M ; bi N ? ee F , pS , F* cl o s e p, 46 3 4 s; = IC 36 8 8 vF , L, vg l b M F, S, R cF , pS ; = 46 3 3 F, vS , iF , N vF , L, mE 13 5 d e g +/ - , vg b M vF , S, R, gb M B, L, iR , vg v m b M , r F, R, gb M B, vS , R F, S, iF , N cB , S, li k e a *1 0 ; ma k e s a Dn e b wi t h 46 3 8 ? pB , S, E, r, *1 2 sf 1' F, S, 4 vS st sp pF , S, bM , sp i r F, vS , R, lb M vF , S, N; ne b * ? eF , pL , lE , * nr p bM , ma g 13 . 5 vF , vS , iF , N eF , pL , R, F* nr f vF , vS , iF , N vF , cS , E cB , pS , lE , mb M pF , pL , gb M , 2 B st 6' np S, R, mb M F, S, iF , N, 3 st n, np F, S, di f F, vS , iF , N, 2 st 11 sf pF , pL , lE 11 5 d e g +/ - , np of Dn e b F, vS , R, di f B, vS , R pF , vS , bM * vF , vS , st e l l a r , *1 5 f vB , pL , R, f of Dn e b ; = M6 0 cB , L, E 90 d e g , gb M , r F, pL , mE 22 5 d e g eF , S, iF vF , cS , di f vF , pL pB , cL , E; = 46 5 4 F, vL , pm E (D ? ) , 3 st nr ; = IC 37 0 8 !, pB , L, vm E 34 d e g , sp of 2 vF , cS , di f vF , cS , R, di f F, pS , di f , *1 3 sf 1' pB , S, ps b M !, pF , L, E 90 d e g +/ - , nf of 2 vF , vS , R, di f vF , R, bM , r I371 2 I371 4 I371 5 I371 7 46 5 9 46 6 0 46 6 2 I372 3 4658 I372 6 46 6 3 46 6 9 I 811 I371 6 I371 8 I371 9 I372 0 I372 1 I 812 I372 2 I372 4 I372 5 I372 9 46 6 4 4665 46 6 6 I372 7 I372 8 I373 0 4661 I 813 I373 1 I373 2 I373 4 46 6 7 46 7 0 I373 3 I373 5 I373 6 I373 7 I373 8 46 6 8 I373 9 I374 0 I374 2 46 7 3 46 7 5 I 814 I374 1 I374 5 I374 6 I374 7 I375 1 I374 3 I374 4 46 7 1 I374 8 I374 9 I375 8 I375 0 I375 7 4674 46 7 6 I375 2 I375 3 I375 5 I375 4 46 7 2 I375 6 I375 9 I 815 I376 0 I376 1 I 818 I376 2 I376 5 4678 46 8 6 I 816 I376 8 I376 3 I376 9 46 8 0 I 817 I376 6 I377 1 I377 4 4677 I376 4 I376 7 I377 8 46 8 5 46 9 3 I377 2 I378 0 I 819 I 820 I377 3 I377 6 46 8 2 46 8 4 I377 0 I377 5 I377 9 I378 2 4687 I 821 I377 7 I378 1 I378 3 4679 46 8 1 46 9 5 I379 1 I378 6 46 8 3 I378 7 46 8 8 4689 I 822 I 823 46 9 0 46 9 2 I378 4 I378 5 I378 8 I378 9 I379 5 46 9 1 46 9 4 I379 0 ? 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 1 2 Gx 12 Gx 12 Gx 12 12 12 Gx 12 12 Gx 12 12 12 * 12 Gx 12 12 Gx 12 12 Gx 1 2 Gx 12 Gx 12 12 Gx 12 Gx 1 2 Gx 12 12 12 12 - 12 Gx 12 12 Gx 12 Gx 12 12 12 Gx 12 ? 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 12 Gx 12 * 12 12 Gx 12 12 12 Gx 12 12 12 Gx 1 2 Gx 12 12 12 12 Gx 12 Gx 12 Gx 12 12 Gx 12 12 12 Gx 12 12 12 - 12 Gx 12 Gx 12 12 12 12 Gx 12 Gx 12 12 12 Gx 12 Gx 1 2 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 12 Gx 12 12 Gx 12 Gx 12 12 12 Gx 12 12 Gx 1 2 Gx 12 12 12 Gx 12 Gx 1 2 Gx 12 Gx 12 12 12 Gx 12 12 Gx 12 Gx 1 2 Gx 12 ? 12 Gx 12 Gx 12 12 12 Gx 12 12 Gx 12 Gx 12 Gx 12 * 12 44 . 3 44 . 4 44 . 4 44 . 4 44 . 5 44 . 5 44 . 5 44 . 5 44.6 44 . 7 44 . 8 44 . 8 44 . 8 44 . 8 44 . 8 44 . 8 44 . 8 44 . 8 44 . 9 44 . 9 44 . 9 44 . 9 44 . 9 45 . 1 45.1 45 . 1 45 . 1 45 . 1 45 . 1 45.2 45 . 2 45 . 2 45 . 2 45 . 2 45 . 3 45 . 3 45 . 3 45 . 3 45 . 3 45 . 3 45 . 4 45 . 5 45 . 5 45 . 5 45 . 5 45 . 6 45 . 6 45 . 6 45 . 6 45 . 6 45 . 6 45 . 6 45 . 6 45 . 7 45 . 7 45 . 8 45 . 8 45 . 9 45 . 9 46 . 0 46 . 0 46.1 46 . 1 46 . 1 46 . 1 46 . 1 46 . 2 46 . 3 46 . 3 46 . 3 46 . 4 46 . 4 46 . 5 46 . 6 46 . 6 46 . 6 46.7 46 . 7 46 . 7 46 . 7 46 . 8 46 . 8 46 . 9 46 . 9 46 . 9 46 . 9 46 . 9 47.0 47 . 0 47 . 0 47 . 0 47 . 1 47 . 1 47 . 1 47 . 1 47 . 2 47 . 2 47 . 2 47 . 2 47 . 3 47 . 3 47 . 3 47 . 3 47 . 3 47 . 3 47.4 47 . 4 47 . 4 47 . 4 47 . 4 47.5 47 . 5 47 . 5 47 . 5 47 . 6 47 . 7 47 . 7 47 . 8 47.8 47 . 8 47 . 8 47 . 9 47 . 9 47 . 9 47 . 9 48 . 1 48 . 1 48 . 1 48 . 2 48 . 2 48 . 2 +10 +10 +19 +39 +13 +11 +37 +40 - 10 +40 - 10 +54 - 10 +08 +12 +08 +12 +18 - 04 +11 +10 +18 +39 +03 +0 3 - 00 +10 +20 +21 - 40 +23 +12 +10 +23 +11 +27 +06 +13 +21 +21 +19 - 00 +13 +20 +13 +27 +54 - 08 +19 +19 +37 +37 +37 +11 +19 - 07 +19 +19 +40 +19 +38 - 08 +30 +19 +19 +19 +08 - 41 +11 +20 +11 +11 +20 +29 +22 +38 - 04 +54 +09 +40 +21 +40 - 11 +09 +19 +39 +36 - 41 +09 +10 +40 +19 +71 +36 +40 +30 +30 +10 +22 - 10 - 02 +09 +11 +12 +40 +3 5 +29 +09 +22 +40 - 39 - 43 +54 +54 +39 - 41 +40 +04 +1 3 +30 +27 - 01 +27 +19 +19 +18 +20 +40 - 03 +10 +11 22 11 51 30 31 11 07 44 05 42 12 53 12 06 21 06 04 45 26 47 17 45 20 03 03 28 54 58 11 49 03 25 18 02 26 08 58 42 31 58 14 32 00 49 20 04 44 06 12 10 49 58 49 06 30 04 26 32 47 06 31 39 44 01 07 09 21 43 53 47 53 52 17 44 15 34 35 33 51 36 59 28 37 52 07 10 17 35 51 10 37 28 12 34 14 44 43 13 29 04 43 12 44 10 23 21 48 09 34 34 34 20 23 27 03 32 37 20 46 05 12 38 13 23 17 52 12 43 20 59 07 x m d m s s s v s u s s x d v d v d d x z x m A s s u d v c u d d d r s d m m d d s x z v s s d d m z d z x d r d d z d d s s d d d u v m d m x d v d d r s u d d d r m d d u s x d z r r m d d x u d s s d d z d s v d d m s r s d d s d s s m x r s d d m d m s s x Vir Vir Com CVn Com Vir CVn CVn Vi r CVn Vir UMa Vir Vir Vir Vir Vir Com Vir Vir Vir Com CVn Vir Vi r Vir Vir Com Com Ce n Com Vir Vir Com Vir Com Vir Com Com Com Com Vir Vir Com Com Com UMa Vir Com Com CVn CVn CVn Vir Com Vir Com Com CVn Com CVn Vi r Com Com Com Com Vir Cen Vir Com Vir Vir Com Com Com CVn Vi r UMa Vir CVn Com CVn Vir Vir Com CVn CVn Ce n Vir Vir CVn Com Dra CVn CVn Com Com Vir Com Vir Vir Vir Vir Vir CVn CV n Com Vir Com CVn Ce n Cen UMa UMa CVn Cen CVn Vir Co m Com Com Vir Com Com Com Com Com CVn Vir Vir Vir 0.8 0.6 1.8 2.8 2.5 0.4 2.2 1.7 1.4 1.7 3.0 2.8 0.2 4.2 4.5 1.6 0.4 1.1 1.1 1.8 0.4 0.5 1.4 1.9 1.2 1.6 0.3 1.9 2.8 1.4 1.9 0.3 0.4 1.3 2.3 1.0 0.3 1.1 2.9 0.6 2.1 2.8 2.9 1.2 1.4 0.6 2.3 1.3 2.1 3.3 4.0 0.4 1.4 0.5 0.5 3.2 3.6 vF , p S , E 42 d e g ; ? 1 6 . p S, R vF , v S , i F , N 1 6 . p F, c S , E 1 5 0 d e g , b M , *1 5 n p 1 3 . p F, c S , R, bM , r 11.0 vB , S , vs v m b M N 1 4 . p pF , p L , R , g b M , r pF , v S , R , b M 13. p vF, L, E, *16 att, *9 p 1 6 . p F, c S , E 1 4 5 d e g , b M 1 4 . p vF , S , *1 3 - 1 4 f ; = I C 81 1 1 5 . p F, E ; r ? ne b s *1 3 , sf 4 6 5 8 ; = 4 6 6 3 vF , v S , s p o f 2 F, p S , E 9 0 d e g eF , v S , ? ? , nf of 2 eF , S , di f bM , m a g 1 3 . 5 pB , S , R, N = 1 3 m vF , v S , = * 1 3 1 6 . p S, R pF , c S , E , b M ; = IC 37 2 1 1 6 . p F, v S , iF , N , n e b s t n p pB , 2 S s t i n M , S* p; = 46 6 5 1 2 . p B , pL , i R , mb M , *1 0 s p 10.8 B, v L , mE 45 d e g + / - , ps b M 1 6 . p F, S , R , l b M vF , v S , i F , N 14.6 pB , v S , R , b M , in d i f ne b F , pL , R , g b M 1 4 . p F, p S , iR , b M bM , m a g 1 4 . 5 vS , R *1 5 i n di f n e b ; I C 8 1 3 f 0' . 5 B, S , R , p s b M ; no n e x i s t e n t ? 12.7 pF , c S , R , b M , r, p of 2 eF , S , = *1 4 1 5 . p F, S , R 1 6 . p pF , v S , E 15 5 d e g , b M F, v S , iF , N ne b * 1 5 13.1 vF , S , iF cF , c S , b i N 1 6 . p pF , c S , E 0d e g , bM pL , m E 22 5 d e g , b M 1 4 . p F, v S , R, sb M * 1 0 , f o f 2 1 5 . p cF , S , lE pB , v S , R , r ne b * 1 6 1 5 . p pF , v S , R , b M 1 6 . p F, S , i F , N F, v S , iF , N 1 6 . p F, v S , iF , N , n e b * 1 5 p vF , S F, v S , iF , N 1 4 . p pF , S , R, ps m b M vF , v S , i F , N vF , e S , b M , sp i r 1 5 . p pF , S , ne b * eF , e S , i F , N pF , S , iF , * 1 3 in v 1 5 . p v F , c S , R, gl b M 1 4 . p vF , p m E ; b i N ? vF , v S , i F , ne b * 1 4 np 1 ' , *1 0 n p 1 ' . 5 eF , S , E, *1 4 c o n n p F, v S , iF , N 1 5 . p F, S eF , S , R, vg b M 1 5 . p bM , m a g 1 5 vF , v S , i F , N, *1 5 s f 20 " 1 5 . p F, v S , *1 4 i n v bM , m a g 1 4 ; = I C 81 5 vF , v S , R , b M , *1 2 s p vS , R , bM , * 1 2 nf 2 ' . 5 vF , S , iF , i n g r of ne b vF , S , iF , N eF, eS, R (neb ? ) , * 2s f 1 4 . p pF , v S , v m E , v s m b M 1 5 . p ee F , vS , R , D* nf , n p of 2 vF , S , iF , N F, S , i F F, v S , iF , N 1 3 . p eF , S , 1 o r 2 s t in v 1 5 . p ee F , vS , R , sf of 2 vF , v S , R , b M vF , S , di f 1 6 . p F, c S , iF , N 12.7 e F , l E , vg b M vF , c S ; = IC 8 1 6 vF , b M , m a g 16 1 6 . p pF , S , R, bM 1 4 . p F, S , R , s b M * , rr 1 4 . p vF , p l E 1 6 . p pF , c S , i F , N F, v S , bM , s p i r vF , v S , n p & c o n n w i t h I C 8 2 0 Dn e b wi t h IC 8 1 9 an d b r i g h t e r ; = 4 6 7 6 1 4 . p vF , S , bM F, S , i F 1 3 . p cF , L , E 4 5 d e g +/ - , g v l b M 1 3 . p B, p L , pm E 2 5 d e g cF , c S , E 30 d e g ; ? vF , b M , m a g 16 1 5 . p bM , m a g 1 5 F, v S , R, bM 1 4 . p v F , v S , R, ps b M R, p L , gl b M , 2 st s s f F, S vF , p S , i F , 2 s t n a n d p 1 4 . p pF , S , iF , N 13. p eeF, pL, R pF , S , R, gb M 1 5 . p eF , p S , v l E , m b M N ee F , S, c E vF , S , iF , p d i f 12.9 eF , p S , R , v g b M , S* sp F, v S , iF , N 1 3 . p eF , p L , * 9 - 1 0 p 1 0 s 10.9 p B , v L , E, vg l b M , r 1 6 . p F, e S , bM su s p , 2 ' s o f 4 6 9 2 1 4 . p vF , S 1 4 . p F, c S , R, bM ; = I C 8 2 3 F, v S , E 7 0 d e g , bM vF , v S , i F , N 1 7 . p F, S , R , * 7 sp 2' F, c S , bM , s p i r , *1 3 s p 0 ' . 5 1 6 . p F, S , i F , N 11.2 pB , p L , E 90 d e g + / - , mb M 1 2 . p pF , S , vl E eF , v S , ? ? I3 7 9 3 I3 7 9 2 46 9 8 47 0 7 I3 7 9 4 I3 7 9 6 I3 8 0 0 46 9 7 I3 7 9 7 I3 7 9 8 I3 8 0 2 I3 8 0 5 46 9 6 47 0 4 I3 8 0 4 47 1 1 I3 8 0 6 46 9 9 47 0 2 I3 7 9 9 I3 8 0 1 I3 8 0 8 47 0 0 I3 8 0 3 I3 8 0 9 I3 8 1 0 47 0 1 47 0 3 47 0 5 I3 8 1 1 I3 8 0 7 I3 8 1 4 47 1 0 47 1 2 I3 8 1 5 I3 8 1 6 47 0 8 I 82 4 I3 8 1 7 I3 8 2 0 I3 8 2 3 47 1 5 I3 8 1 8 47 0 6 I3 8 1 2 47 1 3 I3 8 1 3 I3 8 2 1 47 0 9 47 1 9 47 3 2 47 5 0 47 2 1 47 1 4 I 82 5 I3 8 1 9 47 2 5 I3 8 2 2 I3 8 2 8 47 1 6 47 1 8 47 2 8 I3 8 2 4 47 1 7 I3 8 2 5 47 2 0 I3 8 2 6 I3 8 2 7 I3 8 3 2 47 2 4 47 3 6 47 3 7 47 4 1 I3 8 3 0 I3 8 3 5 47 2 7 47 3 1 47 3 5 47 2 3 47 3 3 47 3 8 I3 8 3 6 47 3 4 47 4 9 I 83 0 47 4 5 I 82 6 I3 8 3 1 47 2 2 47 2 6 47 4 0 I3 8 3 3 I3 8 3 4 I3 8 3 7 47 3 9 I3 8 4 2 I3 8 4 3 47 2 9 47 4 2 47 4 7 I3 8 3 9 I3 8 4 0 I3 8 4 1 47 4 6 47 3 0 I 82 7 I3 8 3 8 I3 8 4 4 47 4 8 I3 8 2 9 I3 8 4 5 47 4 3 47 5 2 47 5 4 I 82 8 47 4 4 47 5 3 I 82 9 I3 8 4 7 I3 8 4 9 47 5 8 I 83 1 I3 8 4 6 I3 8 4 8 I3 8 5 0 47 5 7 47 5 1 47 5 6 47 6 2 47 5 9 47 6 0 126 12 48 . 2 ? 12 48 . 3 Gx 12 48 . 4 Gx 12 48 . 4 12 48 . 4 12 48 . 5 12 48 . 5 Gx 12 48 . 6 ? 12 48 . 6 12 48 . 7 12 48 . 7 12 48 . 7 Gx 12 48 . 8 Gx 12 48 . 8 Gx 12 48 . 8 Gx 12 48 . 9 Gx 12 48 . 9 Gx 12 49 . 0 Gx 12 49 . 0 Gx 12 49 . 0 ? 12 49 . 0 Gx 12 49 . 0 Gx 12 49 . 1 12 49 . 1 12 49 . 1 12 49 . 1 Gx 12 49 . 2 Gx 12 49 . 3 Gx 12 49 . 4 12 49 . 4 12 49 . 5 12 49 . 5 Gx 12 49 . 6 Gx 12 49 . 6 12 49 . 6 Gx 12 49 . 6 Gx 12 49 . 7 Gx 12 49 . 7 12 49 . 7 12 49 . 7 12 49 . 7 Gx 12 49 . 8 12 49 . 8 Gx 12 49 . 9 Gx 12 49 . 9 Gx 12 50 . 0 Gx 12 50 . 0 12 50 . 0 Gx 12 50 . 1 Gx 12 50 . 1 Gx 12 50 . 1 Gx 12 50 . 1 Gx 12 50 . 2 Gx 12 50 . 3 12 50 . 3 12 50 . 3 Gx 12 50 . 4 Gx 12 50 . 4 D* 12 50 . 4 Gx 12 50 . 5 Gx 12 50 . 5 Gx 12 50 . 5 12 50 . 5 Gx 12 50 . 6 12 50 . 6 Gx 12 50 . 7 Gx 12 50 . 7 Gx 12 50 . 8 12 50 . 8 Gx 12 50 . 9 Gx 12 50 . 9 Gx 12 50 . 9 Gx 12 50 . 9 12 50 . 9 12 50 . 9 Gx 12 51 . 0 Gx 12 51 . 0 Gx 12 51 . 0 Gx 12 51 . 1 Gx 12 51 . 1 Gx 12 51 . 1 12 51 . 1 Gx 12 51 . 2 Gx 12 51 . 2 Gx 12 51 . 2 Gx 12 51 . 3 Gx 12 51 . 3 Gx 12 51 . 3 Gx 12 51 . 5 Gx 12 51 . 5 Gx 12 51 . 5 Gx 12 51 . 5 Gx 12 51 . 5 12 51 . 5 Gx 12 51 . 6 12 51 . 6 12 51 . 7 Gx 12 51 . 8 Gx 12 51 . 8 Gx 12 51 . 8 12 51 . 8 12 51 . 8 12 51 . 8 Gx 12 51 . 9 Gx 12 52 . 0 Gx 12 52 . 0 12 52 . 0 12 52 . 1 Gx 12 52 . 2 Gx 12 52 . 2 12 52 . 2 Gx 12 52 . 3 * 12 52 . 3 Gx 12 52 . 3 12 52 . 3 Gx 12 52 . 4 Gx 12 52 . 4 Gx 12 52 . 4 12 52 . 6 12 52 . 6 Gx 12 52 . 7 Gx 12 52 . 7 12 52 . 7 12 52 . 7 Gx 12 52 . 7 Gx 12 52 . 8 Gx 12 52 . 9 Gx 12 52 . 9 Gx 12 52 . 9 Gx 12 53 . 1 Gx 12 53 . 1 +1 9 +1 1 +0 8 +5 1 +1 9 +2 0 +3 6 - 05 +1 1 +0 9 +3 8 +3 8 - 41 +4 1 +3 5 +3 5 +1 4 - 08 +2 7 - 14 +1 0 +4 0 - 11 +1 0 +3 6 +4 0 +0 3 - 09 - 05 +2 1 - 04 +2 0 +1 5 +2 5 +1 9 +3 7 - 11 - 04 +2 2 +3 7 +4 0 +2 7 +2 1 - 41 - 06 +0 5 - 25 +2 0 - 41 +3 3 +5 2 +7 2 +2 7 - 13 - 05 - 14 +2 5 - 14 +3 7 - 09 - 05 +2 7 - 14 - 09 - 14 - 04 - 09 - 14 +3 9 - 14 +4 1 +3 4 +4 7 +1 9 +4 0 - 14 - 06 +2 8 - 13 +1 0 +2 8 +4 0 +0 4 +7 1 +5 3 +2 7 +3 1 - 14 - 13 - 14 - 14 - 13 - 14 +1 9 - 08 +4 0 +3 9 - 41 - 10 +2 5 +2 0 +2 1 +2 2 +1 2 - 41 +1 6 - 14 +3 9 - 13 - 29 +3 8 - 41 +1 3 +1 1 - 08 - 41 - 01 - 15 +2 2 +4 0 +1 5 +2 6 +1 3 +2 1 +4 0 - 10 - 42 - 15 +1 1 - 09 - 10 09 05 29 10 10 02 35 48 36 14 15 15 19 55 20 21 54 40 11 23 57 36 25 38 29 39 23 07 12 28 24 03 10 28 16 15 06 34 50 07 53 49 45 17 42 19 55 58 23 09 52 52 20 18 23 23 30 19 57 26 17 26 26 26 30 07 00 29 49 20 07 09 40 50 12 20 24 56 15 55 48 11 52 38 41 26 04 34 19 13 13 19 13 43 25 22 00 08 27 47 25 44 21 05 09 17 28 49 24 50 37 24 29 19 08 04 12 31 04 46 51 29 39 25 06 19 40 25 14 11 30 d x s s d d d s x d d d s s v r v s r m x m s d d d s s s d d d s s d m s m d d d s d s m s c d s s r s r r d d s m x r s v d r d r m m d s s r r d d s s s r s s d s s m v m m r r D m m d s d d c s s d d d s c u d d r c d s r s d s s m d d s x d d m s r s s r s Co m Vi r Vi r CV n Co m Co m CV n Vi r Vi r Vi r CV n CV n Ce n CV n CV n CV n Co m Vi r Co m Cr v Vi r CV n Vi r Vi r CV n CV n Vi r Vi r Vi r Co m Vi r Co m Co m Co m Co m CV n Vi r Vi r Co m CV n CV n Co m Co m Ce n Vi r Vi r Hy a Co m Ce n CV n UM a Dr a Co m Cr v Vi r Cr v Co m Cr v CV n Vi r Vi r Co m Cr v Vi r Cr v Vi r Vi r Cr v CV n Cr v CV n CV n CV n Co m CV n Cr v Vi r Co m Cr v Vi r Co m CV n Vi r Dr a UM a Co m Co m Cr v Cr v Cr v Cr v Cr v Cr v Co m Vi r CV n CV n Ce n Vi r Co m Co m Co m Co m Vi r Ce n Co m Cr v CV n Cr v Hy a CV n Ce n Co m Vi r Vi r Ce n Vi r Cr v Co m CV n Co m Co m Co m Co m CV n Vi r Ce n Cr v Vi r Vi r Vi r 4. 3 2. 3 6. 0 3. 5 1. 2 1. 6 1. 7 3. 5 2. 5 0. 6 3. 0 3. 0 2. 8 3. 0 5. 1 2. 6 0. 5 1. 6 0. 5 2. 0 2. 2 0. 8 2. 8 1. 5 2. 7 1. 8 2. 3 11 . 0 1. 1 2. 1 1. 1 0. 6 0. 8 1. 5 11 . 0 1. 6 6. 5 0. 7 2. 3 2. 3 1. 2 1. 9 0. 8 0. 7 0. 6 1. 4 1. 8 0. 7 1. 7 1. 3 2. 3 3. 6 2. 5 1. 2 1. 0 2. 3 4. 7 5. 4 0. 4 3. 2 0. 9 1. 8 2. 0 8. 7 1. 8 vF , vS , iF , N vF , S 10 . 7 cB , pL , iR , bM , r 14 . p S, st e l l a r F, sp i r , sb M * vF , eS , R, bM , D* 13 np F, S, iF , N 9. 3 vB , L, lE 45 d e g +/ - , sm b M N F, pS , vm E , lb M F, S F, vS , R bM gr of eF ne b an d st 10 . 7 pB , L, R, gb M , r 15 . p cF , S, R, gb M pF , pL , E 40 d e g , bM ; = 47 1 1 14 . p F, S, E, gl b M , er ; = IC 38 0 4 vS , R, bM , ma g 13 . 5 9. 6 vB , R, vm b M r N , r 15 . p pF , S, vi F 14 . p vF , pL , vm E 21 0 d e g , 1s t of 7 cB , pS , st e l l 15 . p pF , S, iF , N, *1 4 f 0' . 5 12 . p F, L, mE 40 d e g , vl b M , B* p eF , pL , ? pF , S, iF , N cF , cS , iF , N 12 . 4 F, S 15 . p eF , cS , pm E 14 . p cF , pL , lE F, eS , iF , N ee F , L, mE , *7 sf vF , vS , E 11 0 d e g 11 . 0 cB , pL , vm E 28 d e g , sb M N 13 . 0 vF , pL vF , vS , R 15 . p pF , vS , R 14 . p eF , S 15 . p pB , pL , E pf , bi N ne b *1 5 vF , vS , iF , N vF , vS , iF , N 15 . p F, S, R vF , S, iF , *1 4 p 12 . 7 vF , vS , R, ps b M 15 . p ee F , eS , cE 15 d e g 11 . 8 pB , L, vl E , gl b M eF , S, E, *8 nf vF , vS , iF , N pB , cS , R, gb M 14 . p vF , st e l l a r 15 . p F, S, vs m b M 12 . p pB , L, R, vg , vs b M 15 . p vF , vS ; r? 14 . p F, pS , R, gb M ee F , pS , R, ne a r l y be t 2 st eF , vS , 2n d of 7 9. 2 vB , vL , E, vg , vs v m b M e B N 15 . p eF , vS , 3r d of 7 F, vS , iF ; ne b * ? 15 . p np pa r t of Dn e b , sm b M 15 . p eF , vS , be t 2 st eF , eS eF , vS , 4t h of 7 15 . p sf 47 1 6 & fa i n t e r ee F , vS , *1 4 ? , 5t h of 7 15 . p eF , S, bM 15 . p vF , vS , mb M 14 . p F, vS , R, *1 1 s 0' . 6 ; 6t h of 7 F, S, iF , p di f 15 . p F, vS , R, st e l l a r , np of 2 8. 2 vB , L, iR , vs v m b M B N , r; = M9 4 15 . p eF , vS , pm E 14 . p vF , S, R, ps b M vF , eS , bM , sp i r vF , vS , iF , N 13 . p F, pL , R, lb M , sf of 2 11 . p vF , pL , E 15 . p vF , vl b M 15 . p 2n d of 2, vF , vS , f 47 1 4 ; no n e x i s t e n t ? 13 . p cF , pL , lE , r, *1 2 p 15 . p vF , E 30 d e g , vl b M vF , vS , iF , N 14 . p vF , vS , R 14 . p vF , cL , E 13 5 d e g +/ 14 . p vF , vS , lE , st e l l a r eF , *6 n 15 . p F, pS , R, gb M 14 . p F, vS , R, bM , 7t h of 7 13 . p vF , vS , f 47 1 4 , wi t h *1 1 4s f; = IC 38 3 3 14 . p vF , 4' n of Dn e b ; = IC 38 3 4 pF , pS , R, mb M ; = 47 2 6 13 . p vF , S, iF , bM 14 . p vF , lb M , *1 3 p 0' . 8 eF , vS , bM , sp i r 14 . p F, pL , lE , pg l b M vF , cS , di f ; ne b * np 0' . 5 F, vS , mE 16 0 d e g , am 3 st ne b , 1s t of 3, p & a li t t l e s of 47 4 4 11 . 1 pB , vS , vb M N = *1 1 , *1 0 sf 12 . 4 F, pL , lE vF , S, bM , sp i r vF , S, iF , * in v sp vF , vS , iF , ? 13 . p pB , mE , r 2n d of 3 15 . p vF , S, E pf , di f vF , S, lb M , *1 3 s 0' . 8 vF , S, iF , N F, vS , iR , gb M B, S, lE , *9 sf vF , S, iF , N F, R, gb M vF , S, E, r 10 . 6 B, pL , R, ps b M , p of 2 F, vS , R, N = 13 . 5 m F, L, E, gb M , 3r d of 3 9. 9 cB , L, vl E , vg l b M 15 . p ne b *1 3 vF . v S , iF , ne b *1 5 sp vF , vS , iF , N, *1 4 nf 14 . p vF , pL , E? 15 . p F, S, R, bM B, pS , N = *9 . 2 vF , vS , E 12 0 d e g 15 . p pF , vS , iF , N 15 . p vF B, pS , R, vg , vs m b M 13 . p vF , pS , r 10 . 2 pB , vm E 31 d e g , 3 B st s, f of 2 15 . p pL , do u b l e , *1 0 2' sp 13 . p pB , R 47 6 1 Gx 47 6 6 Gx I385 1 I385 2 Gx 47 6 4 Gx 47 6 5 Gx 47 7 4 Gx I385 3 I385 4 47 6 8 * 47 6 9 D* 4763 Gx 47 7 1 Gx I385 5 47 7 0 Gx 47 7 2 Gx 47 8 5 Gx 4755 OC 4773 Gx 47 7 5 Gx 47 7 9 Gx I 832 Gx I385 6 I386 2 Gx 4767 Gx I385 7 I385 8 I386 1 I386 3 4777 Gx 47 7 6 47 7 8 4780 Gx 4787 Gx I386 0 47 8 8 Gx I386 4 I386 5 4789 Gx I386 6 OC I386 7 I386 8 47 8 1 Gx I385 9 OC I386 9 I387 0 I387 1 4786 Gx I387 2 I387 3 I387 8 I387 9 Gx 4782 Gx 47 8 3 Gx 4784 Gx 47 9 3 Gx 48 0 0 Gx 48 0 1 Gx I387 4 I387 5 I388 5 I388 7 I388 8 Gx 47 9 1 Gx 4809 Gx oth e r 48 1 0 Gx I387 6 I387 7 I388 0 I388 1 Gx I389 0 4790 Gx 47 9 7 I388 2 I388 9 4795 Gx 47 9 8 Gx I388 4 I388 6 I389 1 47 9 2 Gx 47 9 6 Gx I389 2 I389 3 47 9 4 Gx I389 5 4799 Gx I388 3 I389 7 48 0 5 Gx 48 1 4 Gx I389 8 4807 Gx I389 4 I390 2 I390 3 4803 Gx I389 9 I390 0 Gx 48 0 2 Gx 48 0 8 Gx I390 6 48 0 4 I390 1 * I390 4 Gx I 836 Gx I390 9 I390 5 I391 0 I391 2 4806 Gx 48 1 6 Gx 48 1 7 I391 1 I390 7 4834 Gx I391 4 4819 Gx 48 2 1 Gx I 834 I391 3 Gx I391 6 Gx 4813 Gx 48 2 4 Gx I389 6 Gx 48 2 6 Gx 48 2 7 Gx 48 2 8 Gx I 833 I390 8 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 53 . 1 53 . 1 53 . 1 53 . 1 53 . 2 53 . 2 53 . 2 53 . 2 53 . 2 53 . 3 53 . 3 53.4 53 . 4 53 . 4 53 . 5 53 . 5 53 . 5 53.6 53.6 53 . 8 53 . 8 53 . 8 53 . 8 53 . 8 53.9 53 . 9 53 . 9 53 . 9 53 . 9 54.0 54 . 1 54 . 1 54.1 54.1 54 . 1 54 . 2 54 . 2 54 . 2 54.3 54 . 3 54 . 3 54 . 3 54 . 4 54 . 4 54 . 4 54 . 4 54 . 4 54.5 54 . 5 54 . 5 54 . 5 54 . 5 54.6 54 . 6 54.6 54 . 6 54 . 6 54 . 6 54 . 6 54 . 6 54 . 7 54 . 7 54 . 7 54 . 8 54.8 - 09 - 10 +21 +35 - 09 +04 +36 +38 +40 - 09 - 09 - 17 +01 +36 - 09 +02 - 48 - 60 - 08 - 06 +09 +26 +20 +36 - 39 +19 +20 +38 +38 - 08 - 09 - 09 - 08 +2 7 +19 +27 +18 +18 +2 7 +22 +18 +19 - 10 - 09 +18 +22 +18 - 06 +18 +18 +40 +38 - 12 - 12 - 10 +28 +46 +53 +18 +22 +37 +40 +39 +08 +0 2 11 23 55 47 11 28 49 50 51 32 32 00 16 47 31 10 46 20 38 37 44 27 06 06 43 36 47 17 29 47 13 12 37 04 18 19 57 52 04 22 56 00 32 06 58 23 56 52 58 53 04 38 34 33 37 56 32 06 57 02 09 18 34 03 39 r s d u r s s d d F F s s d r s r s s s s v d u s d d d d s r r s r d r d d s x d d s x d d d s d d d m s s s s s r d d d d m r s Vir Vir Com CVn Vir Vir CVn CVn CVn Vir Vir Cr v Vir CVn Vir Vir Cen Cr u Vi r Vir Vir Com Com CVn Ce n Com Com CVn CVn Vi r Vir Vir Vi r Co m Com Com Com Com Co m Com Com Com Vir Vir Com Com Com Vi r Com Com CVn CVn Cr v Crv Vi r Com CVn UMa Com Com CVn CVn CVn Vir Vi r 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 54 . 8 54 . 8 54 . 8 54 . 8 54 . 8 54 . 8 54.9 54 . 9 54 . 9 54 . 9 55.0 55 . 0 55 . 0 55 . 0 55 . 0 55 . 1 55 . 1 55 . 1 55 . 1 55 . 2 55 . 2 55.3 55 . 3 55 . 3 55 . 4 55 . 4 55 . 4 55.5 55 . 5 55 . 6 55 . 6 55.7 55 . 7 55 . 7 55 . 8 55 . 8 55 . 8 55 . 9 55 . 9 55 . 9 56 . 0 56 . 0 56 . 1 56 . 1 56 . 1 56.2 56 . 2 56 . 2 56 . 2 56 . 3 56.4 56 . 4 56.5 56 . 5 56 . 5 56 . 5 56 . 5 56.6 56 . 6 56 . 6 56 . 7 56 . 7 56 . 7 56 . 7 56 . 7 +02 +19 +19 +22 +19 +37 - 10 +27 +22 +36 +0 8 +27 +19 +19 +36 - 12 +08 +39 +38 - 12 +39 +0 2 - 08 +39 +27 +58 +37 +2 7 +19 +36 +40 +0 8 +20 +27 - 12 +04 +40 - 13 +21 +36 +63 +40 +19 +39 +39 - 29 +27 +28 +35 +18 +5 2 +36 +2 6 +26 +26 +27 +38 - 06 +27 - 50 +21 +27 +28 - 06 - 07 38 01 18 30 11 11 15 21 34 01 04 25 41 01 03 30 04 13 34 37 12 54 09 40 57 21 35 31 04 00 24 14 38 15 03 18 28 02 56 18 37 23 51 43 55 30 45 00 38 47 18 22 59 57 20 17 37 48 31 19 41 11 01 44 35 s d d d s d s r d d s s d d d v r d d s d r d d r s d s d d d r d v s s d r x m u d d d d r s r d d r d s s D m u r r s s s r d d Vir Com Com Com Com CVn Vi r Com Com CVn Vi r Com Com Com CVn Crv Vir CVn CVn Crv CVn Vi r Vir CVn Com UMa CVn Co m Com CVn CVn Vi r Com Com Crv Vir CVn Crv Com CVn Dra CVn Com CVn CVn Hy a Com Com CVn Com CV n CVn Co m Com Com Com CVn Vi r Com Cen Com Com Com Vir Vir 1.6 1.4 1.4 0.6 1.7 4.0 3.3 10 . 2.0 2.2 2.3 1.0 2.6 2.3 2.1 1.7 3.5 2.0 0.6 1.5 1.7 1.8 2.9 1.8 0.9 1.9 0.8 3.9 1.8 1.7 1.3 1.1 2.3 3.2 1.2 0.7 2.7 0.5 1.4 1.6 1.2 0.7 0.6 1.1 2.2 9.3 1.7 1 4 . p eF , 1 5 . p vF vF , 1 6 . p F, 1 6 . p eF , 1 3 . p F, 14.4 eF , eF , vF , vF , vF , 13. p vF, 1 3 . p F, pF , 1 4 . p vF , 1 3 . p pF , vF , 4.2 Cl, 15. p vF, 1 2 . p F, 1 3 . p vF , F, vF , 1 6 . p vF , 13. p B, eF , F, F, F, 15. p vF, F, vF , 14. p vF, 15. p vF, vF , 1 5 . p vF , vF , vF , 12.0 F, vF , vF , vF , 1 2 . p cB , vF ; vF , vF , vF , 13. p pB, vF , vF , vF , 1 6 . p F, 11.7 pF, 11.8 pF , 15. p eF, 11.7 pB , 1 2 . p pB , 1 5 . p eF , vF , vF , F, vF , 1 6 . p F, 1 5 . p eF , 14. p F, eS, 1' f Dneb 4759 v S , i F , ?, *1 2 s p S , E 6 0 d e g , bM eS, sf Dneb 4759 c S , R, gb M cS, R, bM S, p dif pL, dif, diff i c , *15 f v S , p 47 7 0 on p a r a l l e l v S , p 47 7 0 on p a r a l l e l S, lbM p L , mE , * 9 p 9 0 d e g eS, R, bM vS pS, R, mbM S , R, gl b M v L , st vB ( k a p p a Cr u ) S c L , R, vg l b M , r pL, R, r S, R, bM, D* nf S , iF , * 1 5 in v p p S , d i f , * 1 5 at t pS , l E , mb M v S , R , b M , 2 eF st n r v S , R, bM , n e b * 1 4 & * 1 3 s p e S ; ne b * ? S , i F , *1 4 a t t S S , R , v l b M , p of Dn e b S , R, vl b M , f o f D n e b f 47 7 3 an d 4 7 7 7 v S , 47 8 9 f vS, R, bM S v S , i F , *1 4 s 3 0 " ; m a n y o t h e r n e b a b o u t vS, R, bM R, *9 a t t 1' n S , iF , N ; C l ? S , iF , N vS, iF, N vL, mE e F Cl ? vS, iF, N S , iF , p d i f vS, R, bM p S , mb M , r vS, iF, N vS, iF, N v S , b M , sp i r S, R, bM p S , R, mb M , p of Dn e b pS, R, mbM, f of Dneb eS p S , l E , *8 nf 1 ' c S , R , p s b M , *1 4 p S , lE v S , i F , *1 5 s f 2 0 " S , iF , N , * 1 4 p S, R, neb* vS, iF, N S, lE 60de g , N v S , l E , vl b M Dn e b wi t h 48 1 0 , E pe r p e n d i c u l a r t o ea c h 1 5 . p F, D n e b w i t h 4 8 0 9 vF , v S , R , b M pF , c L , E 20 d e g , b M vF , S , vi F 1 3 . p vF , v S , R , b M vF , S , iF , N 1 3 . p p F , p S , iR F, S , R , l b M ; n o n e x i s t e n t ? vF , v S , i F , N vF , S , iF , d i f f i c 1 3 . p p B , p L , R, bM , r 13.1 pF , p S , g b M F, S , R , b M , * 14 s vF , S , iF , N vF , S , iF , d i f f i c vS , R , 7' nn p o f 47 9 4 1 3 . p eF , e S , a l m st e l l , c l o s e f 47 9 5 F, S , i F vF , S , iF , N 1 4 . p vF , S , 2 o r 3 s t ne a r F, c S , iF , N , * 1 5 n f c o n n 1 4 . p c F , S , v S * at t eF , v S , m E 5 d e g F, v S , E 4 0 d e g , bM vF 1 3 . p B, p S , vl E , vg b M eF , v S , v di f f i c , a t t eF * 1 4 . p F , pS , R , b M vF , v S , i F , N pF , v S , n e b * vF , v S , i F , N 1 5 . p e F , e S , R, lb M vF , S pB , S , bM N 1 2 . p vF , S , *1 0 a t t 1 2 . p pB , c L , E 13 5 d e g +/ vF , S , iF , N S, a t t to pB * ; = 48 0 2 ? eF , v S , E 95 d e g 1 5 . p F, S , b M , sp i r 1 5 . p ee F , vS , v d i f f i c , b e t 2 st vF , v S , R , b M vF , S , iF vF , v S , R , b M ; ne b D * ? F, v S , iF , N 1 4 . p F , cS , R , g v l b M 1 5 . p vF , p L vF , n o N; no n e x i s t e n t ? vF , p S , d i f , d i f f i c eF , S , iF , N , * 1 3 s f 1 ' 1 5 . p v F , S , i R , bM eF , v S , i F , N 1 4 . p v F , p L , iF 1 5 . p vF , v S , 4 8 1 9 n p pF , p S , s b M 1 5 . p F, S , R 1 6 . p pF , S , bM , s p i r ? 1 5 . p F , S, R, b M vF , v S 1 3 . p bM , m a g 1 4 8. 5 ! vB , v L , vm E 1 2 0 d e g + / - , bM S B N ; 13.0 F, c L 1 5 . p F, S , R vF , S , R eF , e S , c E 1 6 0 d e g ; F tr a i l ? = M64 I3 9 1 5 48 1 8 I3 9 1 9 I3 9 2 0 48 1 1 48 1 2 48 3 7 I 83 5 I3 9 1 7 I3 9 1 8 48 2 0 48 2 2 I3 9 2 1 I3 9 2 2 I3 9 2 3 48 2 5 48 5 7 48 2 9 I3 9 2 5 I3 9 2 8 48 2 3 48 3 0 48 3 9 I3 9 2 4 I3 9 3 0 48 3 6 48 4 0 48 4 1 I 83 7 I3 9 2 6 48 3 1 48 4 2 I3 9 2 9 48 3 2 48 3 8 48 4 6 I3 9 3 3 48 1 5 48 4 3 48 4 5 I3 9 3 1 48 3 5 48 4 4 48 4 8 I3 9 3 2 48 4 9 I 83 8 I3 9 2 7 I3 9 3 5 I3 9 4 1 48 5 1 I3 9 3 4 I3 9 3 6 I3 9 4 0 I3 9 4 2 48 5 0 I 83 9 I3 9 3 7 I3 9 3 8 48 4 7 I3 9 3 9 I3 9 4 5 48 5 3 I3 9 4 3 I 84 0 I3 9 4 4 48 5 4 I3 9 4 6 I3 9 4 7 I3 9 4 9 I3 9 5 2 I3 9 5 6 48 5 8 48 5 9 48 6 1 I3 9 4 8 48 6 0 48 6 8 I3 9 5 0 I3 9 5 5 I3 9 5 7 I3 9 5 9 I3 9 6 0 I3 9 6 1 48 6 4 I3 9 5 1 I3 9 5 3 I3 9 5 4 I3 9 5 8 I3 9 6 3 I3 9 6 4 I3 9 6 7 I3 9 7 0 I3 9 7 5 48 5 5 48 5 6 48 6 5 48 6 7 48 7 0 I3 9 6 2 I3 9 6 6 I3 9 7 2 I3 9 7 7 I3 9 8 0 I3 9 8 2 I3 9 8 3 48 6 2 48 6 9 I3 9 6 5 I3 9 6 8 I3 9 7 9 I3 9 8 1 I3 9 8 7 48 6 6 48 7 1 I3 9 6 9 I3 9 7 1 I3 9 7 3 I3 9 7 6 I3 9 8 8 I3 9 8 9 I3 9 9 2 I3 9 9 3 I3 9 9 6 48 3 3 48 6 3 48 7 2 48 7 3 48 7 4 48 7 5 I3 9 7 8 127 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 12 12 12 12 Gx 12 Gx 12 Gx 12 12 12 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 12 OC 12 Gx 12 Gx 12 12 Gx 12 * 12 Gx 12 12 Gx 12 Gx 12 Gx 12 12 12 Gx 12 12 12 12 12 Gx 12 Gx 12 12 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 Gx 12 12 Gx 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 12 12 12 Gx 12 * 12 Gx 12 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 Gx 12 12 12 12 12 12 Gx 12 Gx 12 12 Gx 12 12 12 12 Gx 12 Gx 12 12 12 Gx 12 Gx 12 12 12 12 12 12 Gb 12 Gx 12 Gx 12 Gx 12 Gx 12 Gx 12 12 56 . 7 56 . 8 56 . 8 56 . 8 56 . 9 56 . 9 56 . 9 56 . 9 56 . 9 56 . 9 57 . 0 57 . 0 57 . 0 57 . 0 57 . 0 57 . 2 57 . 2 57 . 3 57 . 3 57 . 3 57 . 4 57 . 4 57 . 4 57 . 4 57 . 4 57 . 5 57 . 5 57 . 5 57 . 5 57 . 5 57 . 6 57 . 6 57 . 7 57 . 8 57 . 9 57 . 9 57 . 9 58 . 0 58 . 0 58 . 0 58 . 0 58 . 1 58 . 1 58 . 1 58 . 1 58 . 2 58 . 2 58 . 2 58 . 2 58 . 2 58 . 3 58 . 3 58 . 3 58 . 3 58 . 3 58 . 4 58 . 4 58 . 4 58 . 4 58 . 5 58 . 5 58 . 5 58 . 6 58 . 6 58 . 7 58 . 7 58 . 8 58 . 8 58 . 9 58 . 9 58 . 9 58 . 9 59 . 0 59 . 0 59 . 0 59 . 0 59 . 1 59 . 1 59 . 1 59 . 1 59 . 1 59 . 1 59 . 1 59 . 1 59 . 2 59 . 2 59 . 2 59 . 2 59 . 2 59 . 2 59 . 2 59 . 2 59 . 2 59 . 2 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 3 59 . 4 59 . 4 59 . 4 59 . 4 59 . 4 59 . 4 59 . 4 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 5 59 . 6 59 . 6 59 . 6 59 . 6 59 . 6 59 . 6 59 . 6 +2 0 - 08 +3 8 +3 9 - 41 - 41 +4 8 +2 6 +2 2 +2 2 - 13 - 10 +3 8 +3 8 +3 7 - 13 +7 0 - 13 +3 6 +4 0 - 13 - 19 +2 7 +1 8 +3 8 - 12 +2 7 +2 8 +2 6 +2 2 - 27 +2 7 +2 0 - 39 - 13 +3 6 +3 6 - 64 - 03 +0 1 +1 9 - 46 - 13 +2 8 +1 9 +2 6 +2 6 - 22 +2 6 +3 9 +2 8 +1 8 +1 9 +3 5 +3 6 +2 7 +2 8 +1 8 +1 8 - 13 +1 8 +3 9 +2 7 +2 8 +1 0 +2 3 +2 7 +2 7 +2 7 +2 7 +3 8 +3 7 +2 8 +2 6 +3 4 +2 4 +2 8 +3 7 +1 8 +2 8 +2 7 +2 7 +2 7 +3 4 +2 7 +1 8 +2 3 +1 9 +2 4 +2 7 +2 7 +3 6 +4 0 +3 8 - 13 - 15 +2 8 +2 7 +3 7 +2 3 +3 5 +3 7 +3 6 +3 9 +4 0 +3 9 - 14 +2 7 +1 8 +2 7 +3 6 +3 7 +3 8 +1 4 +2 7 +1 9 +2 2 +2 7 +2 7 +3 7 +3 6 +3 6 +4 0 +4 0 - 70 - 14 +2 7 +2 7 +2 7 +2 7 +1 9 07 31 32 58 48 49 18 29 22 22 42 45 38 29 57 40 12 44 25 26 44 42 30 47 46 45 37 29 30 49 18 29 24 44 03 22 39 57 37 35 37 15 04 15 35 24 24 53 23 46 09 50 03 50 06 58 09 49 45 08 45 56 36 07 37 47 40 49 47 50 52 24 07 49 52 04 07 19 44 00 46 47 51 52 59 46 05 16 02 47 51 07 24 53 13 02 05 58 00 40 52 17 48 09 05 15 07 55 51 58 20 14 44 10 57 39 51 53 51 15 47 46 36 28 53 01 57 59 58 54 38 d s d d r r s v x x r r d d d s r r d d F r s d d r s s x d r s d A r r d s r s d s A s d s x c x d r d d d d s x d d r d d s x u d s s v v d d s s s d s s d v x v v t s d d d d v x m d m r s s s r d m d d d d d r s d x d d d s s d d v v d d d d d s r s v s s d Co m Vi r CV n CV n Ce n Ce n CV n Co m Co m Co m Vi r Vi r CV n CV n CV n Vi r Dr a Vi r CV n CV n Vi r Vi r Co m Co m CV n Vi r Co m Co m Co m Co m Hy a Co m Co m Ce n Vi r CV n CV n Mu s Vi r Vi r Co m Ce n Vi r Co m Co m Co m Co m Hy a Co m CV n Co m Co m Co m CV n CV n Co m Co m Co m Co m Vi r Co m CV n Co m Co m Vi r Co m Co m Co m Co m Co m CV n CV n Co m Co m CV n Co m Co m CV n Co m Co m Co m Co m Co m CV n Co m Co m Co m Co m Co m Co m Co m CV n CV n CV n Vi r Vi r Co m Co m CV n Co m CV n CV n CV n CV n CV n CV n Vi r Co m Co m Co m CV n CV n CV n Vi r Co m Co m Co m Co m Co m CV n CV n CV n CV n CV n Mu s Vi r Co m Co m Co m Co m Co m 4. 5 1. 4 0. 6 2. 0 4. 2 0. 6 1. 9 0. 6 3. 5. 0 3. 4 1. 8 2. 2 1. 4 1. 6 1. 2 1. 0 1. 0 1. 3 0. 4 1. 7 4. 1 1. 0 1. 7 0. 6 0. 4 4. 2 0. 6 0. 7 0. 4 0. 5 4. 6 1. 4 1. 1 0. 4 1. 1 6. 5 0. 5 13 . 5 1. 0 0. 8 2. 7 F, vS , sp i r , *1 4 in v s 12 . p pB , L, pm E 0d e g , gb M F, vS , bM , sp i r F, vS , iF , N eF , cS , R, gb M , p of 2 eF , S, R, gb M , f of 2 14 . p ne b ? F, S, R eF , vS , iF , N pF , vS , bM , sp i r ; = IC 39 1 7 15 . p vS , sp of 48 2 5 14 . p F, st in v F, vS , bM , sp i r vF , vS , iF pF , eS , E, bM 12 . 1 pB , iF , bM 14 . p eF , vS , iR , vl b M vS , sf 48 2 5 pF , vS , E 60 d e g , bM vF , pL , di f , *1 3 at t vS , sp of 48 2 5 13 . p F, L, st in v , *8 5' sf 14 . p F, pL , R eF , S, R F, vS , N; ne b * ? 13 . p vF , L, di f 15 . p vF , vS 11 . 5 pF , pL , R, vS * at t 15 . p F, S, R vF , vS , iF , N 14 . p F, S, R, gb M 15 . p vF , vS , 48 3 9 sp vF , vS , bM , sp i r pF , vS , R, sb M *1 7 , *1 0 70 d e g 13 . p vF , pS , R, 3 S st sp 14 . p eF F, vS , iF , N 8. 6 Cl , pL , pR i , iF , st 10 . . . 1 8 14 . p cF , E, er , * sf 30 " 12 . p pF , pL , pm E , vg b M , * nf 30 d e g cF , S, iF , N 12 . p F, pL , mE , vg b M F, S 14 . p pF , S, lE vF , eS , R bM 15 . p pB , R, bM ; = IC 39 3 5 14 . p vF , 1' . 5 nf 48 4 9 vF , vS , *1 0 np , *7 s 10 ' pB , S, R, N, r, IC 83 8 f; = 48 4 9 F, vS , iF , N 15 . p F, vS , r; = IC 83 9 ? F, S, iF ne b *1 3 , *1 2 . 5 f 1' cF , vS , R, bM eF , eS , iF , N 16 . p F, S, R st e l l a r , 13 m vF , vS , iF , N eF , vS , R, bM , *1 3 sp F, S ne b * , *9 p 40 s on pa r a l l e l vF , eS , bM , sp i r F, vS , iF , N 13 . 1 F, S, R, ps l b M pF , vS , iF 15 . p F, S, R, lb M , r F, vS , iF , N 15 . p vF , pL , co m 13 . 9 F, pS , bM vF , S F, pS , E F, cS , iF , N F, vS , R, bM 16 . p F, vS , p of Dn e b 15 . p F, vS , R 12 . 2 vF , pL , vm E 30 d e g +/ - , be t 2 st vF , vS , iF , N 13 . 5 pF , S, R, f of Dn e b 13 . p pB , S, R, mb M F, vS , R, bM vF , S, N 14 ma g 16 . p cF , vS , R, bM F, pS , R, lb M vF , pS , di f f i c 13 . p pF , pL , lE 30 d e g , bM ; = 48 6 1 13 . 6 F, S, p of 2 F, vS , iF , N; ne b D* ? vF , S, R, bM , di f F, vS , R, bM vF , vS , iF , N vF , vS , R, bM eF , vS 15 . p pF , vS , iF , N F, vS , E 12 0 d e g , *1 5 at t p 15 . p pF , vS , E 40 d e g , bM 14 . p F, S, st in v 10 . 4 B, R, ps m b M , *1 3 np 13 . 3 vF , vS , *7 - 8 f 13 s 16 . p vF , vS , st e l l a r , f 48 6 4 pF , lE , be t 2 st vF ne b * 15 . p F, S, iF , N vF , vS , R, bM vF , S, iF , N eF , vS , iF F, vS , R, bM , be t 2 st 13 F, S, iF , N 15 . p eF , S, R 13 . 5 cF , S, R, *7 n F, vS , iF , N eF , vS , *1 4 nr F, eS , R, bM eF , vS , iF , N, di f f i c pF , vS , R, bM 11 . 0 B, pL , mE 90 d e g , sb M N , S* in v 15 . p vF , vS , st e l l N eF , S, iF vF , vS , iF , N F, vS , R, N 13 ma g *1 4 in v in vF ne b vF , S, iF vF , vS , iF , N F, vS , iF , N F, vS , iF , N F, vS , sb M * 7. 4 gl o b . cl . , B, L, R, g, vs b M , st 12 15 . p eF , S, mE 45 d e g , sb M N 13 . 7 pF , pS , R 14 . 2 vF , vS 11 . 9 F, 48 6 9 an d 48 7 2 p 16 . p vF , vS , st e l l a r eF , S, iF I399 0 I399 1 I399 5 I399 7 I400 0 I400 1 4876 I398 4 I398 5 I400 2 I400 3 I400 4 I 841 I399 4 I399 8 I400 6 4883 49 0 1 I400 9 I401 0 4881 4882 48 8 4 4886 48 9 2 I400 5 I401 3 I401 5 I401 6 I401 8 I402 0 48 5 2 4889 48 9 3 I400 7 I400 8 I401 1 I401 2 I402 2 I402 4 4880 I401 4 I402 1 I402 7 I402 9 4878 48 9 4 48 9 5 4898 I401 7 I401 9 I402 8 I403 1 I403 4 I403 5 I403 7 4877 I402 3 I402 6 I403 2 I403 6 I403 8 4879 48 8 5 48 9 6 I399 9 I402 5 I403 0 I403 3 4887 48 9 0 49 0 0 I 842 I404 0 I404 8 4906 49 1 4 49 1 6 I403 9 I404 1 I404 2 I404 3 I404 6 I404 9 I405 0 I405 2 I405 6 48 9 1 49 0 7 4912 4913 I404 4 I404 5 I406 0 4897 48 9 9 49 0 8 4911 4917 I405 1 49 0 2 49 0 4 I404 7 I405 3 I405 4 I405 5 I406 1 I406 2 4888 I405 7 I406 3 I406 4 I405 8 I406 5 49 1 9 I405 9 I406 7 I406 8 49 0 3 4910 49 2 1 49 2 2 I406 9 I407 2 I407 3 4905 49 1 5 4923 I398 6 I 843 I407 7 Gx 12 Gx 12 12 12 12 12 Gx 1 2 12 12 12 12 12 12 12 Gx 12 12 Gx 1 2 Gx 12 12 12 Gx 1 3 13 - 13 Gx 1 3 Gx 13 13 13 13 13 13 13 OC 13 Gx 1 3 Gx 13 13 13 Gx 13 Gx 13 13 13 Gx 1 3 13 Gx 13 13 13 Gx 1 3 Gx 13 Gx 13 Gx 1 3 13 13 Gx 13 13 13 13 13 Gx 1 3 13 Gx 13 Gx 13 13 13 Gx 1 3 Gx 13 Gx 13 Gx 13 13 Gx 13 Gx 13 Gx 1 3 Gx 13 Gx 13 Gx 13 Gx 13 13 Gx 1 3 Gx 13 Gx 13 13 Gx 13 Gx 13 Gx 13 13 Gx 13 13 13 Gx 13 * 13 Gx 13 - 13 - 13 Gx 13 Gx 13 Gx 13 Gx 1 3 Gx 13 Gx 13 Gx 1 3 Gx 1 3 Gx 13 Gx 13 Gx 13 Gx 13 13 13 13 13 13 - 13 13 13 13 13 Gx 13 Gx 13 13 13 13 Gx 13 - 13 Gx 13 Gx 13 13 13 13 Gx 1 3 Gx 13 Gx 1 3 Gx 13 Gx 13 13 59 . 6 59 . 6 59 . 6 59 . 6 59 . 6 59 . 6 59.7 59 . 7 59 . 7 59 . 7 59 . 7 59 . 7 59 . 8 59 . 8 59 . 8 59 . 8 59.9 59 . 9 59 . 9 59 . 9 00.0 00.0 00 . 0 00.0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 1 00.1 00 . 1 00 . 1 00 . 1 00 . 1 00 . 1 00 . 1 00 . 1 00.2 00 . 2 00 . 2 00 . 2 00 . 2 00.3 00 . 3 00 . 3 00.3 00 . 3 00 . 3 00 . 3 00 . 3 00 . 3 00 . 3 00 . 3 00.4 00 . 4 00 . 4 00 . 4 00 . 4 00 . 4 00.5 00 . 5 00 . 5 00 . 5 00 . 5 00 . 5 00 . 5 00.6 00 . 6 00 . 6 00 . 6 00 . 6 00 . 6 00.7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 7 00 . 8 00 . 8 00.8 00.8 00 . 8 00 . 8 00 . 8 00.9 00 . 9 00 . 9 00.9 00.9 00 . 9 01 . 0 01 . 0 01 . 0 01 . 0 01 . 0 01 . 0 01 . 0 01 . 0 01.1 01 . 1 01 . 1 01 . 1 01 . 2 01 . 2 01 . 3 01 . 3 01 . 3 01 . 3 01 . 4 01.4 01 . 4 01 . 4 01 . 4 01 . 4 01 . 4 01.5 01 . 5 01.5 01 . 5 01 . 6 01 . 6 +28 +28 +38 +36 +39 +38 +2 7 +19 +19 +36 +38 +38 +21 +22 +27 +37 +2 8 +47 +36 +37 +2 8 +2 7 +27 +2 7 +26 +22 +37 +37 +37 +40 +38 - 59 +2 7 +37 +19 +22 +28 +28 +38 +40 +1 2 +22 +28 +37 +38 - 06 +27 +28 +2 7 +22 +23 +36 +39 +37 +40 +39 - 15 +19 +28 +28 +36 +37 - 06 - 06 +28 - 14 +19 +27 +27 - 14 - 04 +02 +29 +28 +39 +2 7 +37 +37 +21 +28 +27 +37 +36 +36 +36 +39 +39 - 13 +28 +3 7 +3 7 +27 +28 +40 - 13 - 13 +28 +2 7 +4 7 +28 - 14 - 00 +19 +22 +22 +22 +39 +39 - 06 +23 +39 +39 +19 +39 +27 +19 +39 +39 - 30 +0 1 +27 +29 +36 +37 +39 - 30 - 04 +2 7 - 32 +29 +37 54 56 53 42 35 52 55 38 35 46 49 49 49 43 58 01 02 12 40 53 15 59 59 59 54 38 12 12 12 29 36 36 58 11 58 21 00 05 29 31 29 30 02 08 46 05 58 12 57 33 43 15 09 03 18 00 17 06 03 52 55 02 03 50 21 18 06 57 58 40 34 30 01 03 50 55 19 22 41 00 58 06 41 21 40 40 45 26 09 23 21 55 05 35 27 57 02 47 14 00 31 02 41 56 54 54 35 52 04 09 15 50 30 44 48 16 56 54 56 40 53 19 05 21 55 52 33 51 17 08 23 v x d d d d s d d d d d D d v d v r d d s A r s s d d x x d d s s r d d v v d d s d v d d r s s s d d u d d d d s d v x d d r r s x d x x s r s x v d v s r d v v u d u d d u A s r r x s m A s s s r s s s z d d d d d r d d d d m s d d d r r s s d d d r s s c x d Com Com CVn CVn CVn CVn Co m Com Com CVn CVn CVn Com Com Com CVn Co m CVn CVn CVn Co m Co m Com Co m Com Com CVn CVn CVn CVn CVn Cen Co m CVn Com Com Com Com CVn CVn Vi r Com Com CVn CVn Vi r Com Com Co m Com Com CVn CVn CVn CVn CVn Vi r Com Com Com CVn CVn Vi r Vir Com Vir Com Com Com Vi r Vir Vir Com Com CVn Co m CVn CVn Com Com Com CVn CVn CVn CVn CVn CVn Vir Com CV n CV n Com Com CVn Vi r Vir Com Co m CV n Com Vir Vir Com Com Com Com CVn CVn Vi r Com CVn CVn Com CVn Com Com CVn CVn Cen Vi r Com Com CVn CVn CVn Ce n Vir Co m Cen Com CVn 1.3 0.4 1.0 0.8 1.6 11. 3.0 3.3 0.3 2.3 1.2 2.7 1.3 1.6 2.3 1.1 3.6 0.7 1.0 1.2 1.1 1.4 0.7 0.7 2.8 2.7 1.1 1.3 1.3 3.0 2.3 0.7 1.4 2.7 2.1 1.7 1.3 2.0 F, S , R , N , r 1 5 . p F, S , R , F N , r F, S , i F , N vF , S , iF vF , v S , i F ; ne b * ? pF , v S , R , b M 1 5 . p v F , v S , no Nu c l eF , S , iF cF , e S , R , b M pF , S , iF , N pF , v S , i F , N pF , v S , i F , N vF eF , v S , i F ; eF * i n v ? 14.7 eF , p S vF , S , iF 14.3 vF, S, stel l a r 1 5 . p pF , S , R, gb M vF , v S , R , b M F, v S , iF , N 13.5 F , S, lE , * 9 sp vF, S, othe r s near ch i e f o n e of m u l t n e b ; = 48 8 9 ? 13.9 F , S, R, 4 8 8 9 f 4s 1 5 . p vF vF , v S , i F , N vF , v S , i F , N n pa r t of Dn e b , e F , S, i F , N; = 48 9 3 s pa r t of Dn e b , e F , S, i F , N; = 48 9 3 vF , S , iF , N eF , p L , d i f 9. p Cl , L , pR i , iR , s t 1 0 11.4 p B , p m E , b M , *7 n 1 5 . p vF , * 2 0 s p , *1 7 n f ; = IC 40 1 5 vF , v S , R , b M vF , v S , i F , N 15.0 eF , v S , N 15 m 14.8 *1 4 i n vF ne b eF , e S , i F , N vF , v S , i F , N 1 2 . p c F , p L , R, vg l b M , r vF , v S , i F , N 14.9 *1 4 i n vF ne b F, S , i F , N, 4 8 9 3 n p vF , v S , i F , N 14. p vF, vS, p of 2 1 6 . p pF , S , R 12.8 vF , S , R 1 5 . p v F , S , c l o s e to 48 9 4 vF , v S , E 80 d e g , b M F, v S , iF , * 1 4 at t n f , * 11 s p 1 5 . p F, c S , iF , N vF , S , R, bM cF , S , iF , N vF , S , vi F , di f f i c F, v S , iF , N 1 3 . p p B , p L , mb M vF , v S , i F ; ? 14.7 *1 4 i n vF ne b 1 5 . p F, S , R , g b M vF , v S , i F , N F, v S , iF , N 15. p vF, vS, f of 2 1 5 . p vF , S , E 13.7 vF , v S , R , m b M eF , s u s p vF , v S , i F , N eF , v S , R , * 1 5 in v eF , p S , R 14. p vF, 4902 nf 1 4 . p cF , S , iR , b M 11.5 cB , c E , * 1 0 at t 1 3 5 d e g + / 1 5 . p pF vF , S , R, gb M vF , v S , i F , N 14.2 v F , v S , *1 5 p 1 2 . p pB , c S , R , s m b M , *1 7 n p ne b , nf 4 9 1 4 ( ? ) cF , v S , n e b * vF , p S 14.3 F, S , b M 1 6 . p vF , S , iF F, v S , R, bM 1 5 . p pB , v S , s b M * vF , S , iF , N ; D * ? vF , v S , i F , N 1 6 . p F, v S , ex c N F ne b * 13.4 eF , v S , * 1 3 at t n e b n of a n d in li n e wi t h 49 1 4 (? ) none x i s t e n t ? eF , S , lb M 13.9 pF , S , bM 1 5 . p vF , c S , i F , N 13. p F 1 2 . p pF , e L 1 5 . p vF , v S 12.8 1 s t o f 4 , F , pL , * 1 1 2' n p 15. p eF, S, E, bM 13.4 pF , S , R, bM , 4 9 0 8 n p 11.2 pB , p L , i R , st nr 12.1 pB , p S , R , b M 1 6 . p cF , S , E 1 1 0 d e g , b M eF , e S , R , b M ; ot h e r s nr ? vF , e S , R , b M , *1 0 f 0 ' . 5 eF , v S , i F , N; ? vF , S , iF vF , c S , i F , N p F , c S , E, ps b M , * * np ; = 4 8 7 9 ? vF , v S , R F, S , i F , N pF , S , R, bM ; s p i r ? cF , v S , R , b M 1 5 . p vF , v S , s b M * 1 5 . p vF , v S , 2 n d of 4 F, v S , iF , N vF , v S , i F , N vF , v S , i F , N 1 5 . p vF , c S , R , * a t t , p of 2 e F , v L , rr 12.1 F, p L , 3r d o f 4 1 4 . p pB , S , R, lb M , *1 1 - 1 2 f vF , v S , p R , eF N eF , S , iF , d i f f i c F, v S , iF , N 1 5 . p v F , v S , R, sl b M , f o f 2 11.9 pB , S , R, bM 13.6 v F , 4 t h of 4 ee F , pS , R , *1 0 n f 1 5 . p F, b M N F, S , R , b M I4 0 8 2 I4 0 8 3 I4 0 8 5 I4 0 6 6 I4 0 7 0 I4 0 7 8 I4 0 8 4 I4 0 8 6 49 1 8 I4 0 7 4 I4 0 7 5 I4 0 7 6 I4 0 8 8 I4 0 9 0 49 2 0 49 2 6 I4 0 7 9 I4 0 8 1 49 0 9 49 2 7 I4 0 7 1 I4 0 8 0 I4 0 8 7 I4 0 9 4 I4 1 0 0 49 2 5 I4 0 8 9 I4 0 9 3 I4 0 9 7 I4 0 9 8 49 2 4 49 5 4 I4 0 9 1 I4 0 9 2 I4 1 0 1 I4 0 9 5 I4 0 9 6 I4 1 0 2 I4 1 0 4 I4 1 0 5 I4 0 9 9 I4 1 0 3 I4 1 0 8 49 3 2 I4 1 0 6 49 2 9 I4 1 0 7 I4 1 1 2 I4 1 1 4 I4 1 1 5 I4 1 1 7 I4 1 1 1 I4 1 1 8 49 2 8 49 3 1 49 3 8 I4 1 0 9 I4 1 1 0 I4 1 2 0 I4 1 1 3 I4 1 2 3 I4 1 1 6 49 3 4 49 3 5 I 84 4 I4 1 1 9 I4 1 2 7 I4 1 2 1 I4 1 2 2 I4 1 3 1 I4 1 2 4 I4 1 2 5 I4 1 2 6 I4 1 3 2 I4 1 3 5 I4 1 2 8 I4 1 2 9 49 4 3 49 4 4 I4 1 3 0 I4 1 3 3 I4 1 4 2 I4 1 4 3 I4 1 4 5 49 3 3 I4 1 4 4 I4 1 3 7 I4 1 3 8 I4 1 4 9 I4 1 5 1 I4 1 5 2 49 3 0 I4 1 3 9 I4 1 4 0 I4 1 4 1 49 3 9 49 4 1 49 4 9 49 7 2 I4 1 4 6 I4 1 4 7 I4 1 4 8 I4 1 5 0 I4 1 5 5 49 3 6 49 4 2 I4 1 5 7 I4 1 3 4 I4 1 3 6 I4 1 5 3 I4 1 5 8 I4 1 5 4 I4 1 6 1 49 3 7 I4 1 5 9 I4 1 6 0 49 4 0 49 4 8 49 5 2 I4 1 5 6 I4 1 6 5 49 5 1 49 5 6 I4 1 6 2 I4 1 6 3 49 5 7 I4 1 6 4 I4 1 6 8 I4 1 6 9 I 84 5 I 84 6 128 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx - Gx Gx ? - Gx Gx Gx ? Gx Gx Gx OC Gx 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 01 . 6 01 . 6 01 . 6 01 . 7 01 . 7 01 . 7 01 . 7 01 . 7 01 . 8 01 . 8 01 . 8 01 . 8 01 . 8 01 . 8 01 . 9 01 . 9 01 . 9 01 . 9 02 . 0 02 . 0 02 . 0 02 . 0 02 . 0 02 . 0 02 . 0 02 . 1 02 . 1 02 . 1 02 . 1 02 . 1 02 . 2 02 . 2 02 . 2 02 . 2 02 . 2 02 . 3 02 . 3 02 . 3 02 . 3 02 . 3 02 . 4 02 . 4 02 . 5 02 . 6 02 . 6 02 . 7 02 . 7 02 . 7 02 . 7 02 . 8 02 . 8 02 . 9 02 . 9 03 . 0 03 . 0 03 . 0 03 . 0 03 . 0 03 . 0 03 . 1 03 . 1 03 . 2 03 . 3 03 . 3 03 . 3 03 . 3 03 . 3 03 . 4 03 . 4 03 . 4 03 . 5 03 . 6 03 . 6 03 . 6 03 . 6 03 . 7 03 . 7 03 . 8 03 . 8 03 . 8 03 . 8 03 . 8 03 . 8 03 . 8 03 . 9 03 . 9 04 . 0 04 . 0 04 . 0 04 . 0 04 . 0 04 . 1 04 . 1 04 . 1 04 . 1 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 2 04 . 3 04 . 3 04 . 3 04 . 4 04 . 4 04 . 4 04 . 4 04 . 5 04 . 6 04 . 7 04 . 8 04 . 8 04 . 9 04 . 9 05 . 0 05 . 0 05 . 0 05 . 1 05 . 1 05 . 1 05 . 1 05 . 2 05 . 2 05 . 2 05 . 2 05 . 3 05 . 3 +3 7 +3 8 +3 9 +1 9 +1 9 +3 6 +3 6 +3 6 - 04 +1 9 +1 9 +2 3 +2 9 +3 6 - 11 +2 7 +1 9 +2 2 - 42 +2 8 - 07 +1 9 +2 0 +3 7 +4 0 - 07 +1 9 +2 9 +3 6 +3 7 - 14 +7 5 +1 9 +1 9 +3 9 +1 9 +2 4 +3 6 +3 8 +3 8 +2 4 +3 8 +3 8 +5 0 +2 8 +2 8 +2 2 +3 7 +4 0 +3 7 +4 0 +2 8 +3 8 - 08 +2 8 +5 1 +1 9 +1 9 +3 7 +2 0 +3 8 +1 9 +2 8 +1 4 - 30 +1 9 +3 8 +1 9 +2 0 +3 8 +2 2 +1 8 +1 9 +3 8 +4 0 +2 0 +1 8 +2 8 +2 8 +1 9 +2 7 +3 8 +4 0 +3 8 - 11 +3 6 +2 2 +2 0 +2 2 +3 6 +3 8 - 41 +1 9 +2 0 +1 9 - 10 - 05 +2 9 +7 5 +1 9 +2 0 +1 9 +2 1 +4 0 - 30 - 07 +3 8 - 11 - 05 +1 9 +3 6 +2 3 +3 9 - 47 +2 2 +2 2 - 47 - 07 +2 9 - 06 +3 9 - 06 +3 5 +2 0 +2 0 +2 7 +2 0 +4 0 +3 8 +1 2 +2 3 20 09 42 16 18 38 58 38 30 00 58 23 03 50 22 37 15 46 46 00 35 15 00 48 25 42 30 00 36 59 58 24 54 11 56 06 01 09 35 16 05 02 29 27 07 03 00 13 06 13 32 04 18 05 02 20 00 14 05 28 19 05 01 23 31 14 04 17 11 57 51 48 19 23 15 13 53 05 11 16 59 12 12 17 29 57 44 40 16 51 12 25 18 06 13 20 33 02 18 17 15 15 59 01 32 39 40 27 58 03 29 34 59 13 15 54 16 57 08 16 55 30 11 33 46 34 33 13 46 07 06 d d d d d u d u r d d d x d r s d d r s m d d d u r d d d d s r d d d d d d d d d m d r x s d d d d d x d s s r d d d d d d r r c d m d z d d d d d u d d r s d x d d d s u d d m d d t d d d s s r r d d d d d s s d d x d d d d r d d r s s x d s r d d s x d d d z CV n CV n CV n Co m Co m CV n CV n CV n Vi r Co m Co m Co m Co m CV n Vi r Co m Co m Co m Ce n Co m Vi r Co m Co m CV n CV n Vi r Co m Co m CV n CV n Vi r Dr a Co m Co m CV n Co m Co m CV n CV n CV n Co m CV n CV n CV n Co m Co m Co m CV n CV n CV n CV n Co m CV n Vi r Co m CV n Co m Co m CV n Co m CV n Co m Co m Co m Ce n Co m CV n Co m Co m CV n Co m Co m Co m CV n CV n Co m Co m Co m Co m Co m Co m CV n CV n CV n Vi r CV n Co m Co m Co m CV n CV n Ce n Co m Co m Co m Vi r Vi r Co m UM i Co m Co m Co m Co m CV n Ce n Vi r CV n Vi r Vi r Co m CV n Co m CV n Ce n Co m Co m Ce n Vi r Co m Vi r CV n Vi r CV n Co m Co m Co m Co m CV n CV n Vi r Co m 1. 0 16 . p 1. 0 16 . p 15 . p 1. 4 14 . p 12 . 9 0. 5 15 . p 15 . p 1. 5 0. 7 15 . p 14 . p 14 . p 14 . p 0. 7 15 . p 1. 5 14 . p 15 . p 15 . p 16 . p 1. 3 2. 0 13 . p 13 . 5 15 . p 15 . p 14 . p 1. 3 0. 4 15 . p 15 . p 1. 0 16 . p 1. 9 15 . p 13 . p 15 . p 2. 5 1. 1 13 . p 16 . p 0. 4 15 . p 3. 6 5. 8 3. 7 1. 9 1. 8 11 . p 11 . 1 11 . 3 14 . p 1. 8 1. 6 14 . p 14 . p 3. 3 12 . p 13 . p 1. 3 12 . 9 15 . p F, S, iF F, vS , iF , ne b * vF , vS , R, bM vF , vS , iF F, S, iF , N pF , vS , iF , N pF , vS , R, bM F, pS , iF , N, *1 5 n eF , eS , R, bM N , 49 1 5 sp 4' F, S, iF , N F, vS , bM , sp i r F, vS , iF , N, Cl ? ; *1 5 np eF , su s p ; *1 1 or 12 f 1' . 4 vF , S, iF , N vF pB , S, R, gl b M vF , vS , at t to IC 40 8 0 F, vS , R, bM eF , 3 or 4 st 11 - 12 f vF ee F , eS , cE 10 d e g F, vS , *1 4 p 0' . 3 , *1 5 sf vF , vS , bM ; sp i r ? F, vS , iF , N pF , cS , iF , 3 wi n g s cF , S eF , S, iF , N, be t 2 st 14 su s p , cl o s e p *8 pF , vS , iF , N F, vS , R, bM cF , L, vl E 45 d e g +/ vF , S, R, vg b M vF , vS , iF , N vF , S, iF , N vF , vS , iF , N F, S, iF , N F, S, iF , N F, vS , R, sb M * F, S, iF , N vF , vS , iF , ne b * vF , vS , iF , N F, vS , iF , N F, vS , iF , N cF , S, R, vg l b M eF , pS , di f F, S, *1 6 cl o s e p eF , cL , di f F, S, iF , N, di f f i c vF , S, vi F , N F, pL , iF , N vF , S, iF , ne b * eF F, vS , R, bM F, pS , vl E , gl b M F, S eF , R, ps b M vF , S, iF eF , vS , R, *1 3 p cF , vS , iF , N vF , vS , iF , N F, S, fa n , Ns F, S, R F, S, lE vF , vS , R, 3 st f vF , vS , lb M eF , S, E 30 d e g ; ? F, vS , iF , ne b * vF , vS , iF N cF , S, bM , sp i r , *1 5 p 20 " F, cS , iF , N vF , vS , E 11 0 d e g , bM F, S, iF , N eF , vS , iF , N F, vS , R, bM vF , cS , iF , N F, S, bM , sp i r vF , S, iF vF , vS F, S, R, bM , *9 nf 1' cF , S, R vF , vS , mb M vF , vS , iF , N F, S, iF vF , S, iF pB , pL , iR F, cS , iF cF , vS , iF , N F, vS , iF , N, *1 6 in v np ; D* ? pF , vS , iF , N, *9 p 2' , *1 5 sf vF , cS , iF F, vS , iF , N vF , R, tr i a n g l e 2 st 8, 9, f F, S, iF , N, 2 st nf vF , vS , R; ? F, S, iF , N pB , L, R, gm b M pF , L, E, gb M B N , r eF , S vF , S, iR , bM F, vS , R, bM vF , S, di f eF , vS , R vF , vS , R vF , S, iF , di f pB , S, R, bM , * f 6s vF , S eF , pL , iF ; bi N ? vF , S, mb M ee F , cS F, S, R, bM F, S, iF , N pF , S, R F, vS , iF , N ee F , S, R, p of 2 F, vS , iF , N vF , S, iF , di f F, S, R, f of 2 ee F , pS , lE , 49 5 8 f F, S, R, ps b M *1 1 ee F , cS , mE 14 0 d e g F, cS , p di f F, pL , lE , r pB , cS , R, sm b M vF , S, iF , N, *1 4 sp F, vS , bM ; sp i r ? F, S, R vF , S, ne b Cl ? ; *1 4 n F, vS , R, bM , *1 3 sp vF , S, iF , N ee F , S, R, F* nr p; de c l un c e r t a i n vF , R, lb M , di f f i c I397 4 Gx 49 4 5 Gx 49 4 6 Gx 4947 Gx 49 6 4 Gx I416 6 Gx I417 1 Gx 49 5 0 Gx 49 7 3 I416 7 I417 4 I417 0 I417 2 49 5 9 Gx 49 6 7 Gx I417 8 Gx 49 5 8 Gx 49 6 0 Gx 49 6 1 Gx 49 6 3 Gx I417 5 I417 9 I418 2 Gx 49 6 2 4974 I418 4 I419 0 Gx I 847 I418 6 I418 7 I418 8 I418 9 Gx 4953 Gx 4955 Gx I418 1 I419 2 ? I419 3 Gx I419 4 4977 Gx I417 3 I418 3 I418 5 49 6 6 Gx I417 6 I417 7 Gx I419 5 4971 Gx I418 0 Gx 4969 Gx I 848 Gx 49 6 8 Gx 4965 Gx 4970 Gx I419 9 4979 Gx I 849 Gx I 852 Gx I419 6 Gx I419 8 Gx 49 7 8 Gx I 850 Gx I420 1 Gx 4975 Gx 49 8 7 Gx 49 8 5 Gx I419 7 Gx 4998 Gx I420 3 49 8 3 Gx 49 8 6 Gx I420 2 Gx I420 4 Gx I 851 Gx 4976 Gx 5003 Gx I 853 Gx I420 5 49 8 1 Gx 49 8 2 As t I419 1 Pl 49 8 4 Gx 49 9 2 Gx 49 8 0 Gx 49 9 1 Gx 50 0 7 Gx 49 8 9 Gx 49 9 0 Gx I420 6 I420 7 4996 Gx 49 9 9 Gx 50 0 1 Gx I420 0 Gx I420 8 49 9 3 Gx 4995 Gx 49 8 8 Gx 4994 Gx 5000 Gx I 854 Gx 49 9 7 Gx I420 9 Gx I 855 50 0 2 Gx I 856 5009 Gx I421 0 Nb 50 0 5 Gx I421 1 * 50 0 4 Gx 50 0 8 50 1 4 Gx 50 1 2 Gx 50 0 6 Gx 50 1 6 Gx 50 2 1 Gx I421 2 I421 3 Gx 50 1 3 Gx 5023 Gx 5034 Gx 50 1 5 Gx 50 1 0 Gx 50 2 0 Gx 50 2 9 Gx 5019 Gx 5025 Gx 5011 Gx 5017 Gx 50 2 4 Gb M53 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 05 . 3 05 . 4 05 . 4 05.4 05 . 4 05 . 4 05 . 4 05 . 5 05 . 5 05 . 5 05 . 5 05 . 6 05 . 6 05 . 7 05 . 7 05 . 7 05 . 8 05 . 8 05 . 8 05 . 8 05 . 8 05 . 8 05 . 8 05 . 9 05.9 05 . 9 05 . 9 06 . 0 06 . 0 06 . 0 06 . 0 06 . 0 06.1 06.1 06 . 1 06 . 1 06 . 1 06 . 1 06.2 06 . 2 06 . 2 06 . 2 06 . 3 06 . 3 06 . 3 06 . 3 06.9 06 . 9 07.0 07 . 0 07 . 1 07.2 07.5 07 . 5 07.6 07 . 6 07 . 6 07 . 6 07 . 7 07 . 8 07 . 8 07 . 8 08.0 08 . 0 08 . 1 08 . 1 08.2 08 . 3 08 . 4 08 . 4 08 . 4 08 . 4 08 . 5 08.6 08.6 08 . 6 08 . 7 08 . 8 08 . 8 08 . 8 09 . 0 09 . 0 09 . 2 09 . 3 09 . 3 09 . 4 09 . 4 09 . 4 09 . 5 09.6 09 . 6 09 . 6 09 . 6 09 . 6 09 . 7 09.7 09 . 8 09.8 09.8 09 . 8 10 . 0 10 . 4 10 . 6 10 . 7 10 . 7 10.8 10 . 8 10 . 9 10 . 9 11 . 1 11 . 3 11 . 5 11 . 6 11 . 8 12 . 1 12 . 1 12 . 1 12 . 1 12 . 2 12.2 12.2 12 . 4 12 . 5 12 . 6 12 . 6 12.8 12.8 12.9 12.9 12 . 9 - 35 - 49 - 43 - 35 +56 +31 +36 - 43 +53 +21 +36 +21 +22 +33 +53 +36 - 08 +27 +27 +41 +20 +37 +37 +29 +5 3 +38 +37 +53 +36 +36 +36 +35 - 37 - 29 +21 +37 +39 +38 +5 5 - 11 +21 +21 +29 - 11 - 13 +37 +2 8 - 23 +1 3 +16 - 23 - 28 - 24 +35 +2 4 - 00 +60 - 24 +24 +18 - 00 +35 - 05 +51 +41 - 23 +5 0 +40 +28 +35 +24 +39 +21 - 49 +4 3 +52 +52 - 06 - 10 - 67 - 15 +11 - 28 +02 +62 - 05 - 05 +39 +37 +0 0 +01 +53 - 51 +37 - 23 - 07 - 43 - 23 +2 8 +24 - 16 - 07 - 04 +36 +20 +5 0 +29 +37 +37 +29 +25 +36 +22 - 19 +24 +46 - 06 +35 +03 +4 4 +7 0 - 04 - 15 +12 +47 +0 4 +3 1 - 43 - 16 +18 20 28 36 20 18 27 07 31 41 55 24 08 51 11 34 00 01 33 44 43 22 12 36 04 40 50 37 41 59 18 20 58 34 45 30 36 26 52 39 34 30 47 04 33 35 02 32 55 39 02 41 14 02 51 49 56 09 01 49 25 51 50 01 56 41 48 40 26 19 12 42 27 02 30 44 46 52 47 35 39 31 38 38 21 10 25 16 01 49 53 40 29 58 15 24 50 06 23 54 35 30 10 29 37 32 05 42 03 11 38 23 17 55 14 06 12 59 40 12 02 39 19 47 36 04 44 48 06 46 10 c s r s r u u r D d d d d r r u s r s r d d s r D d m x d d d v r r d x z d r d d d s d m d s c r m r s r d r u u c u r v m v r r c r d r r u u m s A v d s F s s r s r r r r d d r s r c d r s r c s m r v d r d r x s x s r s s r s r F s r s r s r r r r r s s s Cen Cen Cen Ce n UMa CVn CVn Cen UMa Com CVn Com Com CVn UMa CVn Vir Com Com CVn Com CVn CVn Com UM a CVn CVn UMa CVn CVn CVn CVn Ce n Hy a Com CVn CVn CVn UM a Vir Com Com Com Vir Vir CVn Co m Hya Vi r Com Hya Hy a Hy a CVn Co m Vir UMa Hya Com Com Vir CVn Vi r CVn CVn Hya CV n CVn Com CVn Com CVn Com Ce n CV n UMa UMa Vir Vir Mus Vir Vir Hya Vir UMa Vir Vir CVn CVn Vi r Vir UMa Cen CVn Hya Vi r Cen Hy a Co m Com Vir Vir Vir CVn Com CV n Com CVn CVn Com Com CVn Com Vir Com CVn Vir CVn Vir CV n UM i Vir Vir Vir CVn Vi r CV n Ce n Vi r Com 2.1 20.0 2.8 1.0 1.0 1.2 4.1 1.7 6.7 5.0 1.6 1.2 0.8 1.3 1.5 0.8 2.6 1.2 1.1 2.0 1.1 0.8 0.4 0.5 1.7 1.8 1.5 1.0 4.3 1.3 2.8 0.1 2.8 2.2 2.6 1.4 2.5 1.9 0.6 1.6 1. 5.4 1.9 1.7 2.9 1.9 2.6 6.5 1.9 2.0 1.7 12.6 ee F , pS , l E ; = 49 4 7 9. p B, v L , vm E 3 9 d e g B, p S , R, gp m b M , p o f 2 1 2 . p F , pL , R , v g l b M 1 3 . p eF , S , lE 1 5 . p F, S , d i f 1 6 . p F, c S , E 6 0 d e g , bM eF , S , R, ps l b M , f o f 2 vF , S vF , v S , i F , N vF , S , iF , N F, v S , iF , N F, S , R , b M 1 5 . p eF , S , R 1 5 . p vF , S , E, * at t 1 6 . p vF , c S , R , b M , di f 10.5 vB , p S , E , b M B N F, S , R , N = * 1 6 13.5 F, S , i F 1 4 . p F, v S , R, st e l l , vS * s vF , S , R F, v S , iF , N , * 1 4 p 1 3 . p cF , v L , i F , N eF , v S vF, S; = IC 847 pF , S , iF , N 1 3 . p vF , c S , i F , di f f i c vF , S , R, be t 2 s t ; = 49 7 4 F, S , i F , N F, S , i F , N, D * s vF , S , iF , c F n e b p 1' pF , p S , E 60 d e g , b M v F , p S , am 3 S s t 1 5 . p F , cS , R , g b M cF , v S , R , b M vF , S , iF , v d i f f i c 1 6 . p pF , S , iF , N , e F * a t t np F, S , i F , N 14. p cF, S ne b * 1 3 , s p of 2 F, v S , iF , N vF , S , iF , a t t *1 5 n 1 4 . p vF , v S , v l E , v g l b M , ** s p pF , p S , b M , nf of 2 1 5 . p vF , v S , R , s u s p vF , S , iF 1 5 . p F , vS , l E , ** n r n ee F , eS , R , 1s t o f 3 1 5 . p e e F , S , R, v di f f i c 1 5 . p eF , v S , d i f f i c 1 4 . p F, p L , R, gl b M 1 4 . p v F , v L , cE , v g b M 1 4 . p v F , p L , iF F, S , i F , N 1 5 . p e F , p L , lE ; = I C 4 1 9 8 ? 1 4 . p F, p L , R, gb M 1 5 . p vF , p S , R , B * p ee F , eS , R , *1 1 p 4 ' ; 2n d o f 3 ; = 4 9 7 0 1 5 . p F, c S , R, 49 7 9 nr 1 4 . p F, v S , R, sb M , st e l l a r vF , S , R 1 5 . p F, S , i F , N v F , v S , R, ps b M 1 4 . p vF , v S , s t e l l a r 1 5 . p vF , v S , R , l b M ee F , eS , R , 3r d o f 3 , *8 f 37 s 15. p vF eF , S , di f 1 5 . p vF 1 4 . p vF , S , R, st e l l a r 1 5 . p F, c S , E, gb M 1 6 . p F, c S ; sp i r ? 1 5 . p vF 10.2 B , pL , R , g m b M 1 5 . p v F , p S , lb M ee F , pS , R vF , p L , R (= I C 8 5 3 ? ) 1 2 . p B, p L , R, *1 0 1 ' sf vF , S 1 2 . p PN , st e l l a r 1 2 . p B, p L , R, ps m b M 1 4 . p vF , S , lE , 2 S st s 1 5 . p eF , c S , R 1 5 . p vF , v S 1 4 . p vF , v S 1 4 . p pB , S , R, *4 s f 1 5 . p vF , v S pF , S , iF , N vF , c S , i F 14. p pB, S, R, bM 1 3 . p cF , p L , R , l b M , e r 1 4 . p pF , S , iR , g b M F, b M , ma g 1 4 . 5 F, c S , bM , s p i r 1 4 . p vF , v S 11.0 p B , p L , R, vg p m b M , * 8 n p vF , S , E, r p F , c S , R, sl b M , a m s t ; = 49 9 3 1 4 . p c F , p S , lE 1 5 . p pF , v S , R , v l b M 1 3 . p no d e s c r i p t i o n , * 6 . 5 2 ' p eF , c S , c E 1 0 0 d e g F, S , * 1 3 . 5 sp 1 4 . p vF , p L , E , * 1 3 at t n F, E , l b M 1 5 . p v F , R , b e t 2 vS st eF , S , di f 9. 8 vB , v L , v m E 66 d e g , vs b M N cF , S , E 3 1 5 d e g , b M 1 4 . p vF , v S , v l E pF , p L , R 1 3 . p pF , S , E, ps b M 1 3 . p pF , c L , E 17 d e g , b i N , * 9 f 1 4 . p F* c l o s e p 1 4 . p pB , S 1 4 . p pF , c S , R , * 1 2 nf 9 0 " eF , c S , c E 2 0 d e g 1 4 . p F, L , v m E ns , g v l b M 1 5 . p vF , v S 1 2 . p p F , L , m E 2 0 d e g , vl b M 14. p vF, vS, R 1 3 . p eF , e S , c E 5 5 d e g 1 4 . p vF , R , bM , * 1 0 np 5 ' 1 3 . p cF , c L , v l E , l b M 1 4 . p F, v S , R, gb M 1 4 . p e F , v S , R, er 1 4 . p v F , S , l E , *1 3 n 1 3 . p p B , c S , R, am 4 st 13. p vF, R, bM 7. 7 !, g l o b . c l . , B, v C , iR , v v m b M , s t 1 2 ; = 50 1 8 50 2 7 50 3 2 50 3 3 50 2 2 50 4 0 50 2 8 I 85 7 50 3 0 50 3 1 50 2 6 50 4 1 50 3 6 50 3 5 50 3 9 I 85 8 50 3 7 I 85 9 50 3 8 I 86 0 I 86 1 50 4 4 50 4 2 50 5 2 50 4 6 50 4 7 50 5 0 50 5 5 50 4 9 50 4 8 50 5 6 I 86 2 I4 2 1 5 50 5 1 50 5 3 50 5 7 50 4 3 50 5 8 50 4 5 50 5 4 50 5 9 I4 2 1 6 I 87 5 I4 2 1 8 I 86 3 I 86 4 I 86 6 I 86 7 I4 2 1 7 50 6 0 I 86 8 I 86 9 I 87 0 50 6 5 I 86 5 I4 2 1 4 I 87 1 I4 2 2 0 50 6 1 I 87 2 I 87 3 50 6 2 50 6 3 50 6 6 50 6 7 50 7 4 I 87 6 I4 2 1 9 I4 2 2 1 50 6 9 50 7 1 50 6 8 I4 2 2 3 50 6 4 50 8 3 I 87 4 I 87 7 I 87 8 50 7 2 I 88 0 I4 2 2 4 50 7 0 50 7 5 50 8 1 50 7 3 50 7 6 50 8 0 50 7 7 I4 2 2 2 50 7 9 50 8 9 50 9 3 I 87 9 50 7 8 50 9 2 I 88 1 I4 2 2 5 50 9 6 50 9 8 I 88 2 50 8 4 50 8 5 50 8 8 50 8 7 51 0 3 I4 2 2 6 50 9 5 I 88 3 50 9 4 50 8 2 50 9 7 51 0 9 I4 2 2 7 50 9 0 51 0 0 50 8 6 50 9 1 50 9 9 51 0 4 51 0 7 51 1 3 I4 2 2 8 51 0 6 51 0 1 51 0 5 51 1 2 51 0 2 I4 2 3 0 51 1 0 I 88 5 I4 2 2 9 129 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 . 0 13 . 4 13 . 4 13 . 4 13 . 5 13 . 6 13 . 8 13 . 8 13 . 9 14 . 1 14 . 2 14 . 6 14 . 7 14 . 8 14 . 9 14 . 9 15 . 0 15 . 0 15 . 1 15 . 1 15 . 1 15 . 4 15 . 5 15 . 6 15 . 8 15 . 8 15 . 8 15 . 8 16 . 0 16 . 1 16 . 2 16 . 2 16 . 2 16 . 3 16 . 4 16 . 5 16 . 7 16 . 8 17 . 0 17 . 0 17 . 0 17 . 0 17 . 1 17 . 1 17 . 2 17 . 2 17 . 2 17 . 2 17 . 2 17 . 3 17 . 4 17 . 5 17 . 5 17 . 6 17 . 6 17 . 7 17 . 9 17 . 9 18 . 1 18 . 2 18 . 3 18 . 4 18 . 4 18 . 4 18 . 4 18 . 4 18 . 5 18 . 5 18 . 5 18 . 7 18 . 7 18 . 9 18 . 9 19 . 0 19 . 0 19 . 0 19 . 0 19 . 0 19 . 1 19 . 1 19 . 1 19 . 2 19 . 2 19 . 2 19 . 4 19 . 4 19 . 4 19 . 5 19 . 5 19 . 6 19 . 6 19 . 6 19 . 7 19 . 8 19 . 9 20 . 0 20 . 0 20 . 2 20 . 2 20 . 2 20 . 3 20 . 3 20 . 3 20 . 4 20 . 5 20 . 5 20 . 6 20 . 6 20 . 7 20 . 9 20 . 9 20 . 9 20 . 9 21 . 1 21 . 1 21 . 2 21 . 2 21 . 3 21 . 4 21 . 4 21 . 4 21 . 6 21 . 7 21 . 8 21 . 8 21 . 9 22 . 0 22 . 1 22 . 5 22 . 6 22 . 6 - 19 +0 6 +2 7 +3 6 - 19 +5 1 - 13 +1 7 - 16 - 16 - 42 +3 0 - 04 - 16 - 04 +1 7 - 16 +1 7 - 15 +2 4 +3 4 - 16 - 23 +2 9 - 16 - 16 +0 2 +4 2 - 16 - 28 +3 0 +2 0 +2 5 - 28 +1 7 +3 1 - 60 +1 2 - 63 - 16 +0 7 - 10 +5 7 - 02 - 17 +2 0 +2 0 +2 0 - 13 +0 6 +2 0 +2 0 +2 0 +3 1 - 05 - 32 +0 4 - 13 - 26 +0 6 +0 4 - 35 - 35 - 10 - 10 +3 1 +0 4 - 31 - 14 - 10 +0 7 - 21 +0 7 - 47 +3 9 - 27 +0 6 +0 6 - 12 +0 6 - 02 - 12 +0 7 +2 8 - 14 - 12 +0 8 - 12 - 28 - 12 +3 0 +4 0 - 27 - 27 +2 3 +1 5 +3 1 +3 3 +3 3 +1 5 - 21 - 24 - 12 - 20 +4 3 +3 2 - 02 +3 4 - 14 - 43 - 12 +5 7 +3 2 - 43 +0 8 - 43 - 43 - 13 +0 0 +3 8 +5 7 +2 5 +0 8 - 27 - 13 +3 8 - 36 +2 6 - 13 +2 1 - 02 31 04 48 36 33 16 03 05 30 06 58 42 11 30 10 13 35 13 56 36 19 23 59 39 20 31 52 02 24 23 56 02 24 17 42 01 04 33 25 38 50 46 32 16 16 42 42 39 09 02 36 41 36 04 50 06 24 36 50 21 28 26 20 14 08 28 29 38 36 12 56 02 47 55 36 38 05 07 32 07 31 29 49 30 52 45 25 39 26 42 15 23 26 24 00 51 58 05 09 54 50 26 34 37 04 00 17 08 05 42 29 39 11 44 58 46 44 04 20 32 42 31 29 26 13 44 38 44 05 19 24 s r r s s r s d s r s r r s r u s z r m u s s r s s r s s r r k u c s r r r r s r m s u c u u u m r z d d r d c u m s d z r r r F s m c m r r s z s r c d d r d m r r r s r r s d s s r c s r u u r s z s s s s r d r v r v r s z s r r s r r s r z r s s s s u r m d Vi r Vi r Co m CV n Vi r CV n Vi r Co m Vi r Vi r Ce n Co m Vi r Vi r Vi r Co m Vi r Co m Vi r Co m CV n Vi r Hy a Co m Vi r Vi r Vi r CV n Vi r Hy a Co m Co m Co m Hy a Co m Co m Ce n Vi r Ce n Vi r Vi r Vi r UM a Vi r Vi r Co m Co m Co m Vi r Vi r Co m Co m Co m Co m Vi r Ce n Vi r Vi r Hy a Vi r Vi r Ce n Ce n Vi r Vi r CV n Vi r Ce n Vi r Vi r Vi r Vi r Vi r Ce n CV n Hy a Vi r Vi r Vi r Vi r Vi r Vi r Vi r Co m Vi r Vi r Vi r Vi r Hy a Vi r Co m CV n Hy a Hy a Co m Co m CV n CV n CV n Co m Vi r Hy a Vi r Vi r CV n CV n Vi r CV n Vi r Ce n Vi r UM a CV n Ce n Vi r Ce n Ce n Vi r Vi r CV n UM a Co m Vi r Hy a Vi r CV n Ce n Co m Vi r Co m Vi r 2. 6 10 . 5 2. 5 1. 7 1. 9 2. 3 10 . 8 15 . 13 . 10 . 1 13 . 15 . 14 . 14 . 14 . 13 . 14 . 1. 6 14 . 1. 7 2. 5 15 . 13 . 15 . 14 . 15 . 16 . 11 . 0 13 . 14 . 15 . 13 . 14 . 8. 6 12 . 9 15 . 13 . 15 . 15 . 0. 5 1. 1 2. 6 4. 2 1. 2 3. 0 12 . 3 2. 1 0. 3 1. 8 1. 4 10 . 5 9. 8 14 . 14 . 5. 0 1. 8 1. 9 1. 4 2. 4 1. 1 1. 1 1. 5 0. 6 11 . 15 . 13 . 13 . 14 . 16 . 16 . 15 . 15 . 14 . 15 . 14 . 2. 4 2. 1 0. 7 2. 6 15 . 14 . 12 . 15 . 14 . 1. 0 0. 6 1. 0 1. 1 6. 9 2. 8 14 . 0 15 . 13 . 15 . 11 . 15 . 13 . 15 . 1. 2 14 . 0. 8 3. 5 2. 0 1. 7 2. 1 1. 3 3. 2 1. 7 1. 1 0. 9 4. 8 3. 4 2. 7 2. 3 15 . 15 . 15 . 14 . 13 . 13 . 14 . 11 . 5 12 . 14 . 15 . 12 . 14 . 15 . 15 . 15 . 15 . 15 . 12 . 12 . 13 . 11 . 0 13 . 15 . 1. 7 14 . 3. 1 1. 9 2. 6 14 . 16 . 13 . 15 . 2. 2 1. 9 14 . 14 . 15 . 15 . 5. 5 2. 6 3. 9 9. 3 1. 1 12 . 13 . 12 . 9. 7 15 . 0. 8 15 . cB , S, R, mb M p B N p vF , S, R, pg b M p vF , pL , iR vB , pL , E 16 7 d e g , sm b M v B N , * np p vF , pL , E 30 d e g , gb M , f 50 1 8 , F* cl o s e p F, S, iR , vg m b M p vF , S, *1 1 - 12 p pF , vS , R, gv l b M p vF , S p vF , st e l l a r p pB , pL , R, gb M , *7 nf p F, S, R eF , vS , R, gb M , 1s t of 2 p F, S, R, bM N eF , eS , E 45 d e g , 2n d of 2 p F, vS , R, st e l l a r , N = 12 m p cF , pS , vl E , bM p pF , R, N = 14 m p pB , E 90 d e g , st e l l a r p F, vS , R, N = 12 m p F, vS , R, sb M pB , pL , R, bM p F, L, R, vg v l b M , *9 p p vF p F, vS , R, st e l l a r Nu c l p vF p F, vS , st e l l vB , L, pm E 12 0 d e g +/ - , vs m b M B N ; = M6 3 cF , S p pF , R, sp of 2 p cF , cS , R, sp of 2 p pB , eS , R, N = 12 m p F, S, E 21 0 d e g ne b , nf of 2 Cl , vF , pL , iR , vg b M , st 15 p cF , cS , R, nf of 2 Cl , P, E, sc st 11 p vv F Cl , vL , vR i , st 11 p F, pS , iR p eF , S, lE p vF , cL , cE 40 d e g p eF , S, R, st e l l a r p eF , eS , cE 17 0 d e g ; su s p F, S, iF , bi N p vF , pS , R, bM S N p vF , S, R, lb M p vF , R, lb M p eF , eS , R p F, S, lE p vF , R, lb M vF , S, R, lb M vF , S, R, lb M p vF , cS F, vS , R, st e l l a r pB , pS , R, *9 sf p pB , pS , E pf , di f p eF , eS , cE 13 0 d e g p vB , S, R, vs m b M , *1 0 f ee F , pS , R, lb M p F, vS , R, bM N = 13 . 5 m eF , vS , E, r eF , vS , R, * nr p vF , vS vF , vS eF , vS p F, pL , di f ee F , pL , R, *9 sp p cF , S, mE 16 5 d e g , cb M eF , vS ; = 50 6 6 ? p eF , eS , st e l l p F, L, iR , bM p eF , S, r p B, S, R, ps l b M p pF , pL , R vF , S, R, di f ee F , pS , pB * f 13 s ee F , pL , v di f f i c p F, S, *1 4 nf ee F , pS , E ns , pB * s, 5t h of 5 p eF , S, cE 11 0 d e g , su s p p ee F , eS , vF * nr , 50 7 2 nr p vF , eS , st e l l p pF , S, iR , *7 - 8 np p vF , pL , pm E 13 5 d e g +/ p vF , cS , R, 1s t of 3 p F, S, *7 nf pB , S, vl E , sb M , 2n d of 3 ee F , eS , R p cF , pS , vl E , 3r d of 3 p pF , pL , gb M p vF , S, R, lb M eF , pL , iR , di f p pB , pS , cE , ps b M , *7 - 8 f p pB , pL , iR , *1 7 s p F, vS , R, st e l l a r p F, cS , R p vF , cS , R, bM , sp of 2 p vF , S, be t 2 st , nf of 2 p pF , vS , R, st e l l a r p cB , cS , vl E 90 d e g +/ - , bf p F, L, R, vg l b M p pB , pS , R, bM cF , vS , iF p pB , cS , E F, vS , st e l l N p vF , iR , *1 1 sp F, pS , iR , bM p cF , vS , R, gb M vF , S, R, 1s t of 4 eF , eS , R, st e l l , ne a r l y be t 2 st p cF , S, cE p F, S, gb M , r p pB , pL , R, 3r d of 4 p vF , vS , lb M eF , vS , R, 2n d of 4 cF , S, vl E , 4t h of 4 eF , eS , R p F, S, lE p vF , S, cE 0d e g +/ p cF , S, E (p e r h a p s = 51 0 9 ) p F, S, r vF , vS ; de c l ve r y do u b t f u l p cB , pS , lE , ps b M * p eF , pS , lE p F, L, iR , vg l b M vB , pS , R, sv m b M p F, S, R, N eF , pS , R, in li n e wi t h 2 pB st p vF , pS , R eF , eS , R, su s p p 51 1 1 5115 51 1 6 51 4 4 I 884 5117 I423 4 5108 5123 I423 1 I423 2 5118 I423 6 51 2 7 51 1 9 51 2 5 I 886 I423 5 5114 51 3 1 I423 3 I423 8 5122 51 2 9 I 887 5130 51 3 2 I423 9 I423 7 I424 0 I424 2 51 2 1 51 2 4 51 3 6 51 3 7 I424 1 5126 51 3 3 5141 51 4 2 5143 I424 4 51 4 5 51 3 4 51 2 8 51 3 5 I 888 I424 3 5120 5149 I424 5 I424 6 5140 51 4 7 I425 0 51 5 4 5146 5148 51 5 1 I 889 I424 7 51 3 9 I424 8 51 6 3 I425 6 51 6 4 I424 9 5138 I425 7 5157 I425 1 I425 2 I425 3 5150 51 5 8 I425 4 5152 I425 8 5153 I425 5 5169 51 5 9 5160 51 6 6 51 7 3 I 890 51 6 5 5167 I426 3 51 5 6 5162 I426 6 51 6 1 52 0 1 I426 8 51 7 1 51 7 2 51 7 4 51 7 5 51 7 6 51 7 7 51 7 8 51 7 9 51 8 0 I426 9 I427 1 I425 9 I426 0 51 5 5 51 8 1 52 0 4 5170 51 8 7 5194 5205 I426 1 5185 51 8 6 5195 I 891 51 8 3 51 8 4 51 9 8 I426 2 I426 4 I427 7 I426 5 I427 8 5190 5199 I426 7 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 22 . 8 22.9 22 . 9 22 . 9 22 . 9 23.0 23 . 1 23.2 23.2 23 . 2 23 . 4 23.5 23 . 6 23 . 8 23 . 9 23 . 9 23 . 9 23 . 9 24.0 24 . 0 24 . 0 24 . 0 24.1 24 . 1 24 . 2 24.3 24 . 4 24 . 4 24 . 5 24 . 5 24 . 7 24 . 8 24 . 8 24 . 8 24 . 8 24 . 8 24.9 24 . 9 24.9 25 . 0 25.0 25 . 0 25 . 2 25 . 3 25 . 5 25 . 7 25 . 8 25 . 9 26.1 26.1 26 . 1 26 . 1 26.3 26 . 3 26 . 3 26 . 4 26.5 26.6 26 . 6 26 . 6 26 . 7 26 . 8 26 . 8 26 . 9 27 . 0 27 . 2 27 . 2 27.3 27 . 3 27.4 27 . 4 27 . 5 27 . 5 27.6 27 . 7 27 . 8 27.9 27 . 9 28.0 28 . 0 28.2 28 . 3 28.3 28 . 3 28 . 4 28 . 4 28 . 6 28.6 28 . 6 28 . 7 29.1 29 . 1 29 . 2 29 . 2 29 . 2 29 . 3 29 . 3 29 . 3 29 . 3 29 . 3 29 . 3 29 . 4 29 . 4 29 . 4 29 . 4 29 . 4 29 . 5 29 . 5 29 . 6 29 . 6 29 . 6 29.8 29 . 9 29.9 29.9 29 . 9 30.0 30 . 0 30.0 30 . 0 30 . 1 30 . 2 30 . 2 30 . 3 30 . 3 30 . 3 30 . 4 30 . 4 30.6 30.6 30 . 6 - 12 +1 3 +26 +70 - 12 +2 8 +27 - 32 +4 3 - 26 - 26 +0 6 +06 +31 - 12 +09 - 04 - 12 - 32 +30 - 30 +30 - 10 +13 - 12 - 10 +14 +30 - 21 +30 +31 - 37 - 30 +13 +14 +26 - 30 - 04 +3 6 +36 +3 6 +26 +43 - 21 - 43 - 29 +13 - 27 - 63 +3 5 - 26 - 26 - 33 +02 +26 +36 - 12 +0 2 +16 +11 - 30 - 47 - 29 +52 +31 +55 - 27 - 59 +46 +3 2 - 29 - 27 - 27 - 29 +17 - 27 - 29 +28 - 29 - 27 +4 6 +02 +0 5 +32 +46 - 16 +11 +1 2 +46 - 48 +1 1 +37 - 33 +53 +37 +11 +17 +11 +11 +11 +11 +11 +11 +16 +37 +37 - 30 - 28 - 63 +13 +58 - 17 +31 +4 7 +6 2 - 28 +1 3 +12 +4 7 +00 - 01 - 01 +46 - 28 - 27 +47 - 25 +47 +1 8 +3 4 - 26 58 57 59 31 44 19 07 20 04 18 07 23 14 34 17 42 24 45 21 59 19 56 39 59 28 13 05 57 08 59 01 41 19 44 04 44 20 02 23 24 26 27 15 08 01 50 45 38 25 56 40 40 53 06 29 00 19 19 52 52 22 29 54 45 03 29 56 01 52 01 28 19 52 34 46 14 37 23 37 22 40 59 59 01 36 05 23 42 56 55 16 37 10 04 40 44 03 00 00 47 48 37 45 49 39 26 08 17 25 18 25 58 07 12 31 02 25 10 16 18 44 41 40 17 56 19 46 15 08 49 16 r r s s d s m r r c c r d s r r d d r r d d r r d r r d c d d s r r r m r r s s r z s s s s d d o r d d m s z r r v r z m s d r d s m s d r d c c s r d r d r m s r r r s d r r v s r d s r d r s r r r r r r r m m d d r r s s r s s d r r s m r r s d c d d v r r m Vir Vi r Com UMi Vir CV n Com Ce n CV n Hya Hya Vi r Vir CVn Vir Vir Vir Vir Ce n CVn Cen CVn Vi r Vir Vir Vi r Vir CVn Vir CVn CVn Cen Cen Vir Vir Com Ce n Vir CV n CVn CV n Com CVn Vir Cen Hya Vir Hya Ce n CV n Hya Hya Ce n Vir Com CVn Vi r Vi r Com Vir Cen Cen Hya UMa CVn UMa Hya Ce n CVn CV n Hya Hya Hya Hy a Com Hya Hy a CVn Hy a Hya CV n Vir Vi r CVn CVn Vir Vir Vi r CVn Cen Vi r CVn Cen UMa CVn Vir Com Vir Vir Vir Vir Vir Vir Com CVn CVn Hya Hya Cen Vir UMa Vi r CVn CV n UM a Hya Vi r Vir CV n Vir Vir Vir CVn Hya Hya CVn Hya CVn Co m CV n Hya 2.2 1.4 2.3 0.6 13. 15. 14. 13. p p p p 14. 15. 15. 13. p p p p 1.6 1.1 14. p 2.6 14. p 14. p 13. p 14. p 14. p 14. p 13. p 14. p 14. p 2.1 2.3 0.5 1.7 1.1 2.3 2.8 18.2 2.4 12. 13. 14. 15. 15. 14. 15. 12.8 13.3 15. 16. 13. 12. 7. 0 13. p p p p p p p p p p p p 3. 13. p 14. p 0.5 1.8 13. 11.8 15. 15. 14. p p p p 1.1 1.2 36.3 15. p 15. p 15. p 3. 7 15. p 1.2 0.4 8. 15. p 14. p 7.6 14. p 1.5 1.4 1.4 13. p 14. p 14. p 0.3 2.4 1.3 14. 15. 14. 15. p p p p 14. p 13. p 14. p 14. p 2.0 2.1 5.4 3.3 0.3 0.7 4.8 8.1 11 . 0 3.4 5.4 0.3 2.1 13. p 15. p 12. p 14. p 14. 11.9 13. 13. 15. 15. 15. 15. 14. 15. 15. p 14. 11.3 12. 14. 8.4 13. p 14. 15. 9.6 15. 13. 13. 13. p p p p p p p p p p p p p p p p p p 1.8 1.2 13. p 15. p 15. p cF , c S , i R , gl b M e e F , S , R, * nf , D * f 2 4 s pF , p S , p m E , g l b M , r PN ? , c B , S, R , g , s l b M vF , p S , R v F , L , t r i a n g l e 2 st 11 n p F, c S , R, N, r eeF, p of 2 pF, S, R, gmbM pL , v m E bM , m a g 1 4 vF, S, R, gbM ee F , pS , m E , v di f f i c pB , p L , R , g m b M , ** p pB , S , lE pF , S , R, gb M vF , v S , b M N , v di f f i c eF , v S , R F , lE , p s b M , f o f 2 F, p S , lE , N = *1 5 ee F , pS , R , 4 s t sf F, v S , di f , 51 3 1 np vF, S, R pB , v S , R , g m b M , ** f vF , v S , n e a r l y be t 2 s t v F , v S , gb M vF , r F, c S , di f vF , S , lb M , r F, v S , di f F, S , R , N cB , S , R, ps m b M , r vF , S , vl E eF , v S , R , p s b M ee F , pL , v d i f f i c F, S , i F , *1 2 . 5 a t t vF, vS vF , v S , i r r R , b M c F , c S , R, vs m b M * , * 1 2 s p , sp of 2 F, c S , R, vs m b M * , n f of 2 vF F, S , R , g b M pB , v S , v l E , g l b M F, p S , lE , v g b M !! , v B , v L , vm E 1 2 2 d e g , bi f i d pB , S , E ee F , pS , R bM , m a g 1 4 Cl , e R i , m C , s t 1 2 . . . 1 6 c F , p S , E, bM , s p of 2 ne b 0 ' . 3 p I C 4 2 4 6 ne b 0 ' . 3 f I C 4 2 4 5 vF, S, R, glbM pB , p L , v l E , v s m b M * 1 2 F, S , d i f vF , p L , R , n f o f 2 v F , v S , st e l l a r eF, S vF , S , R, *8 n f 4 ' F, v S , R, N = 1 4 m S, E , m a g 14 !! ! , gl o b . c l . , om e g a C e n F, s p i r , * 1 3 i n M cF , s t e l l a r vF , S , R cF , S , iR vF , b M , m a g 13 , n r B * C l , R i , lC , s t 1 1 eF , S , R, di f F , pS , v l E , b M , p of 2 vF , b M , m a g 14 , 5 1 5 0 s f bM , m a g 1 3 . 5 bM ; s p i r ? c F , S , R , p s l b M , * f 2' vF , R bM , d i f , m a g 1 4 . 5 vF, S, R, p of Dneb F, S , g b M N pF, S, f of Dneb bM , m a g 1 3 . 5 vF, pS, R eF , S , lE p F (v F D * w i t h F * cl o s e ? ) pF , p L , l E , lb M , f o f 2 F, v S , R, st e l l a r vF , s b M * 1 3 . 5 , r F, v S , R, *1 3 s f v F , s e v vF st c l o s e eF , p L , m E , mb M pB , c S , i E , gl b M , r v F , p L , lE , F * n r nf F, S , R , N pF , L , vm E , pg b M , r r pF , c S , R , v g l b M F, S , R , N pB , L F, p L , R, gb M vF , p L , D wi t h 51 7 5 vF , p L , D wi t h 51 7 4 no d e s c r i p t i o n no d e s c r i p t i o n vF vF , * i n c e n t r e vF , S , R, am 3 st , * 7 nf F, S , N F, S , R , g b M , r bM , m a g 1 4 bM , m a g 1 4 . 5 Cl , v R i vF , S , R pB , c L , i R , gm b M , r cF, L, mE 129d e g , pgbM vF , v S , R , g l b M ! ! ! , g r e a t sp i r a l ne b M 5 1 v F , p S , R, be t 2 v F s t bM , m a g 1 4 vF, S, iR no d e s c r i p t i o n B , pS , l E , vg b M , i n v in M 5 1 F, S , R , N = 1 3 m F, c S , lE , g b M , p o f 2 pF , p L , i R , bM , f o f 2 pF , p S , R , m b M bM , w i s p s ex t e n d 0' . 1 bM , m a g 1 4 . 5 eF , S , vm E , nf M5 1 bM , m a g 1 4 eF , v S , R , b M , f M5 1 cF, S, R, bM, *** f v F , v S , lE wi s p , 0 ' . 7 l o n g 51 8 2 51 9 1 I4 2 7 0 51 9 2 51 6 8 I4 2 7 2 51 8 8 I4 2 8 2 51 9 6 I4 2 7 3 I4 2 7 4 51 9 7 I4 2 8 4 52 0 0 I4 2 7 5 I 89 2 I 89 3 I4 2 8 5 51 9 3 52 0 2 52 1 6 I 89 4 52 0 3 52 0 7 52 1 8 I4 2 7 6 I4 2 8 3 I 89 5 52 0 8 I4 2 7 9 I4 2 8 0 52 1 2 I4 2 8 1 52 0 9 I4 2 8 7 52 1 4 52 1 0 52 1 1 52 2 5 51 8 9 52 0 6 I4 2 8 6 I 89 7 52 1 7 52 2 9 I 89 6 I 89 8 52 2 3 52 2 8 I4 2 8 8 52 1 3 52 3 8 I 90 0 52 2 1 52 2 2 I 89 9 I4 2 8 9 52 1 5 52 2 6 52 3 3 52 2 4 52 2 7 I4 2 9 0 I4 2 9 7 52 6 2 I4 3 0 0 52 3 0 I4 3 0 1 I4 3 0 2 I 90 1 52 3 1 I4 2 9 2 52 2 0 52 4 0 52 3 2 52 5 0 I 90 2 I4 2 9 3 I4 3 0 4 I4 3 0 5 52 3 5 52 4 3 I4 3 0 6 52 3 9 I4 2 9 4 I4 2 9 5 I4 3 0 7 52 4 1 I4 2 9 6 I4 2 9 8 I4 2 9 9 I4 3 0 8 52 3 6 M8 3 I4 2 9 1 52 4 2 52 5 5 I4 3 0 3 52 3 4 52 4 5 52 4 6 52 4 8 52 5 1 52 3 7 52 4 9 52 4 7 52 5 2 52 5 6 I 90 3 I4 3 1 3 I4 3 1 4 52 4 4 52 9 5 I 90 4 52 1 9 I4 3 0 9 I4 3 1 0 52 5 9 I 90 7 52 5 4 52 5 3 52 5 7 52 5 8 52 6 3 I4 3 1 5 52 6 5 I 90 5 I 90 6 I4 3 1 1 52 6 1 I4 3 1 6 130 Gx Gx Gx Gx OC Gx Gx Pl Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 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n UM a Vi r Ce n Vi r Vi r CV n Hy a CV n Bo o Bo o Ce n Vi r Hy a 0. 8 4. 13 . 15 . 14 . 15 . 9. 1 p p p p 13 . p 15 . p 15 . p 1. 3 1. 2 14 . p 15 . p 1. 8 13 . 15 . 14 . 15 . 14 . 14 . 12 . 3 3. 0 1. 0 2. 1 p p p p p p 15 . p 14 . p 1. 6 15 . p 2. 6 1. 0 3. 3 1. 0 1. 8 0. 6 2. 0 1. 7 0. 3 0. 3 1. 9 2. 3 1. 1 0. 2 2. 2 0. 8 1. 3 1. 3 2. 2 1. 8 1. 3 0. 3 1. 7 0. 4 0. 5 1. 4 11 . 2 0. 4 1. 2 6. 5 5. 4 1. 4 0. 3 1. 1 2. 3 3. 2 4. 0 1. 9 1. 8 1. 6 0. 8 0. 8 2. 2 14 . 15 . 14 . 14 . 14 . 14 . 10 . p p p p p p p 15 . 14 . 14 . 15 . 15 . 14 . 14 . 15 . 15 . 13 . p p p p p p p p p p 14 . 14 . 15 . 15 . 15 . p p p p p 15 . p 15 . p 15 . p 15 . 15 . 16 . 13 . 15 . 16 . 16 . 14 . p p p p p p p p 14 . 13 . 14 . 15 . p p p p 15 . 14 . 15 . 14 . 15 . 14 . p p p p p p 15 . p 15 . p 10 . 6 14 . p 12 . 7 7. 6 vF , pL , vl E , *7 nf 10 ' eF , *9 f 57 s bM , ma g 14 vF Cl , vF , S, vR i , st 15 bM , D( ? ) , ma g 14 F, pL , vl E , vg l b M eF , S, R, di f vF bM , ma g 13 PN , st e l l a r vF eF , vS , R *1 2 in F ne b bM , ma g 12 . 5 pB , iF , bM , r F, vS , di f eF , vS , lE pB , S, R, g, ps b M vF pB , S, vl E pF , vS , R, lb M vF , cS , R, gb M , r F, S, cE , *1 1 at t np pB , pL , R, gb M bM , wi s p s 0' . 2 ea c h si d e F, S, R, *1 4 at t vF , pL R , sb M , D? F, vS , R, ps b M , p of 2 bM ; wi s p s 0' . 3 l? eF , pS , R, * nf , vF * n eF bM , ma g 13 . 5 F, vS , R, st e l l a r , f of 2 F, S, R, gb M ; an o t h e r vn r ? vF , S, R, lb M F, S, R, ps b M N pB , S, R, ps m b M cF , pS , iR , lb M !, B, pL , cE , bM cu r v e d ax i s , 4 st in v F, pL , R, vg b M bM , ma g 14 vF , s of 52 1 7 vF , S, R, bM eF , L, mE , v di f f i c vF , vS , di f , lb M vF , vS , di f F, cS , R, *1 0 p, p of 2 vF , vS , R, f of 2 bM , ma g 14 vF , S, lE cF , pL , R, vl b M F, S, R, gb M vF , S, vl E , 1s t of 3 cF , S, R, bM , 2n d of 3 F, vS , R, sb M N bM , ma g 14 eF , eS , * s an d * p eF , pS , 52 2 1 sp F, S, R, vS * nr vF , S, *9 nf in v ? vF , S, R an n u l a r , F, pL , st e l l N F, S, R, di f eF , S F, vS , di f F, L, E, vg b M , 3r d of 3 F, S, di f , N vF , cS , di f pF , eS , R F, S, bM bM , ma g 13 . 5 vF , S, R, *1 0 f vF , pL , R, lb M F, vS pB , S, R, vg b M ee F , S, mE , v di f f i c bM , ma g 13 pB , pS , R, gb M , r pB , cS , lE ns , bM N vF , pS , vl E , *9 sp cF , pL , E 65 d e g , bi N ? F, vS , gb M , *1 3 nr vF , pL , R, er bM , ma g 14 S, lE , ma g 14 F, S, E pf , *1 1 p 6s pF , eS , vF * cl o s e pF , pS , R bM ; sp i r a l ? ee F , eS , F* at t F, S, di f , vl b M !! vB , vL , E 55 d e g , es b M N , 3- br sp i r ; = pS , R, bM eF , eL 15 . p vF , vS 15 . p bM , ma g 13 . 5 ee F , S, lE vF , vS 15 . p vF , vS 10 . 2 B, L, E 15 0 d e g , ps b M r N 14 . p vF , S, vl E F, pL , cE , vg l b M 14 . p vF , S, R, bM 10 . 5 !! cF , vL , vg , ps m b M L N , 2- br a n c h e d 14 . p vF , S, R, bM 14 . p eF , vS , R, gb M pB , lE ns , gb M N = 13 m F, vS , R, st e l l F, vS , N, st e l l vF , S, R, vg l b M , *1 3 at t 15 . p vF , vS , R 15 . p F, vS , di f vF , S, R, * n, nr ; = 52 4 4 bM , ma g 14 vF , bM , wi s p s 0' . 3 l 15 . p vF , S, iR eF , pS , R 13 . p pB , L, pm E , gl b M 10 . 6 B, pL , E 45 d e g +/ - , ps m b M 14 . p vF , S, R, bM , p of Dn e b 14 . p F, S, iR , f of Dn e b 14 . p cF , S, mE 0d e g +/ - , *9 sp wi s p 1' . 3 l 15 . p F, cS , vl E , er 15 . p F, vS , R, lb M , st e l l a r 16 . p eF , S, bM vF ; sp i r a l ? 15 . p vF , R, am pB st bM , ma g 14 . 5 sp i r a l 5260 Gx 1 3 4 0 . 4 I431 2 G x 1 3 40 . 5 5267 Gx 1 3 4 0 . 6 I 9 0 9 G x 1 3 40 . 8 5283 Gx 1 3 4 1 . 1 I 9 1 0 G x 1 3 41 . 1 I 9 0 8 G x 1 3 41 . 2 I 9 1 1 G x 1 3 41 . 4 I 9 1 2 G x 1 3 41 . 4 I 9 1 3 G x 1 3 41 . 5 52 6 4 G x 1 3 41 . 6 52 7 1 G x 1 3 41 . 6 52 7 8 G x 1 3 41 . 6 52 7 9 G x 1 3 41 . 7 I 9 1 4 G x 1 3 41 . 7 I431 7 1 3 41 . 8 52 6 8 * ? 1 3 42 . 1 52 7 3 G x 1 3 42 . 1 5272 Gb 1 3 4 2 . 2 M3 5270 Gx 1 3 4 2 . 3 52 7 4 G x 1 3 42 . 3 52 7 5 G x 1 3 42 . 3 52 7 6 G x 1 3 42 . 4 52 7 7 G x 1 3 42 . 6 I 9 1 6 G x 1 3 42 . 6 I 917 1 3 42 . 7 52 8 0 G x 1 3 42 . 8 I 918 1 3 42 . 8 I 919 1 3 42 . 9 5266 Gx 1 3 4 3 . 0 I 921 1 3 43 . 2 52 8 2 G x 1 3 43 . 3 I 9 2 2 N b 1 3 43 . 3 I 923 1 3 43 . 3 I431 8 G x 1 3 43 . 3 I 925 1 3 43 . 4 I431 9 G x 1 3 43 . 4 I 915 1 3 43 . 5 I 926 1 3 43 . 5 I 9 2 8 N b 1 3 43 . 7 I 929 1 3 43 . 7 I432 2 G x 1 3 43 . 7 I 930 1 3 43 . 8 I 9 3 1 N b 1 3 43 . 8 I 932 1 3 43 . 8 I 934 1 3 44 . 0 I 935 1 3 44 . 0 I 936 1 3 44 . 0 I432 0 G x 1 3 44 . 1 I432 1 G x 1 3 44 . 4 52 8 5 G x 1 3 44 . 5 I 937 1 3 44 . 5 I 938 1 3 44 . 6 5269 - 13 44.8 5287 Gx 1 3 4 4 . 9 5289 Gx 1 3 4 5 . 1 I432 3 1 3 45 . 1 52 9 4 G x 1 3 45 . 2 5290 Gx 1 3 4 5 . 3 I 9 3 3 G x 1 3 45 . 3 I432 4 G x 1 3 45 . 4 53 2 3 G x 1 3 45 . 5 I 9 2 0 G x 1 3 45 . 5 I 924 1 3 45 . 6 I 927 1 3 45 . 9 5314 Gx 1 3 4 6 . 2 5296 Gx 1 3 4 6 . 3 52 8 6 G b 1 3 46 . 4 52 9 7 G x 1 3 46 . 4 53 0 1 G x 1 3 46 . 4 52 8 1 O C 1 3 46 . 6 5284 - 13 46.6 5293 Gx 1 3 4 6 . 9 53 0 8 G x 1 3 47 . 0 I433 0 G x 1 3 47 . 2 5291 Gx 1 3 4 7 . 4 I 9 4 2 G x 1 3 47 . 6 I432 5 G x 1 3 47 . 6 5292 Gx 1 3 4 7 . 7 I 9 3 9 G x 1 3 47 . 7 53 0 3 G x 1 3 47 . 8 53 0 5 G x 1 3 47 . 9 I 9 4 0 G x 1 3 47 . 9 I 9 4 5 G x 1 3 48 . 0 5298 Gx 1 3 4 8 . 2 53 0 0 G x 1 3 48 . 3 I432 6 G x 1 3 48 . 4 I 9 4 1 G x 1 3 48 . 5 52 8 8 O C 1 3 48 . 7 I432 7 G x 1 3 48 . 7 5302 Gx 1 3 4 8 . 8 53 1 1 G x 1 3 49 . 0 53 0 6 G x 1 3 49 . 1 53 4 0 G x 1 3 49 . 1 I432 8 1 3 49 . 1 I432 9 G x 1 3 49 . 1 5322 Gx 1 3 4 9 . 3 I433 1 1 3 49 . 4 5313 Gx 1 3 4 9 . 7 I433 5 1 3 49 . 7 5310 * 13 49.8 53 1 2 G x 1 3 49 . 8 I433 4 P l 1 3 49 . 8 I433 2 G x 1 3 49 . 9 5304 Gx 1 3 5 0 . 0 5309 - 13 50.0 53 4 4 G x 1 3 50 . 0 I 9 5 4 G x 1 3 50 . 0 53 2 0 G x 1 3 50 . 3 5299 Ast 13 50.4 53 1 8 G x 1 3 50 . 5 53 1 9 G x 1 3 50 . 5 I 9 4 3 G x 1 3 50 . 5 53 2 1 G x 1 3 50 . 7 I433 6 G x 1 3 50 . 7 5326 Gx 1 3 5 0 . 8 53 2 5 G x 1 3 51 . 0 53 0 7 P l 1 3 51 . 1 5317 - 13 51.2 5342 Gx 1 3 5 1 . 4 I 9 4 4 G x 1 3 51 . 5 I 9 5 1 G x 1 3 51 . 7 53 2 4 G x 1 3 52 . 1 53 2 7 G x 1 3 52 . 1 53 3 2 G x 1 3 52 . 1 53 3 6 G x 1 3 52 . 1 I 9 4 6 G x 1 3 52 . 1 53 2 9 G x 1 3 52 . 2 I 9 4 9 G x 1 3 52 . 2 I433 7 G x 1 3 52 . 2 - 23 - 51 +3 8 +24 +6 7 +23 - 04 +23 +23 +23 - 29 +30 +55 +55 +23 +27 - 13 +35 +2 8 51 04 46 29 40 17 19 15 15 10 55 07 40 40 12 06 52 39 23 s c r z s m m m m u s r s s m d F s s Hy a Cen CV n Boo Dr a Boo Vir Boo Boo Boo Hya CVn UMa UMa Boo Boo Vir CVn CV n +0 4 +29 +29 +35 +29 +24 +55 +29 +55 +55 - 48 +55 +30 +55 +55 - 28 +55 - 29 - 17 +55 +55 +55 +25 +55 +55 +55 +55 +55 +55 - 27 - 30 +02 +55 +55 - 62 +2 9 +4 1 - 28 +55 +4 1 +23 - 30 +76 - 12 - 12 - 12 +7 0 +4 3 - 51 +43 +46 - 62 - 59 +1 6 +60 - 28 - 30 +56 - 29 - 30 +03 +38 +37 +03 +72 - 30 +03 - 29 +24 - 64 - 30 - 30 +40 - 07 +72 - 29 - 30 +6 0 +25 +3 9 +33 +0 0 +33 +29 +25 - 30 - 15 +73 +71 +41 - 59 +33 +33 +03 +33 +39 +3 9 +38 - 51 +0 5 +5 9 +14 +51 - 06 - 02 +16 +43 +14 +02 +22 +14 14 50 49 38 57 28 38 51 36 35 11 40 04 36 37 57 36 48 20 39 37 39 23 41 37 38 37 36 37 15 08 05 39 37 55 48 30 39 17 43 13 13 51 34 27 28 21 51 22 52 06 54 11 16 58 20 25 36 26 57 24 18 50 27 03 27 57 37 00 41 13 31 00 12 39 57 18 12 09 59 40 04 38 40 11 35 45 58 10 22 56 43 43 11 39 42 34 17 12 00 53 05 00 03 12 59 15 06 20 31 16 r r r s r m d r d d s d r x d m d c d d x d z d x d d d d m m r d d r r s d r s u m r m d d r s s s s s r s s c s m m s m s r z m s s m z s c s r r r d s s d s d F r x m s r r v s A r r m r u s r s r r u u s r r r u r u z Vi r CVn CVn CVn CVn Boo UMa CVn UMa UMa Ce n UMa CVn UMa UMa Hya UMa Hya Vir UMa UMa UMa Boo UMa UMa UMa UMa UMa UMa Hya Cen Vir UMa UMa Ce n CV n CV n Hya UMa CV n Boo Cen UMi Vir Vir Vir UM i CV n Cen CVn CVn Cen Ce n Bo o UMa Hya Ce n UMa Hya Ce n Vir CVn CVn Vir UMi Ce n Vir Hya Boo Cir Cen Ce n CVn Vir UMi Hya Cen UM a Boo CV n CVn Vi r CVn CVn Boo Ce n Vi r UMi UMi CVn Ce n CVn CVn Vir CVn CVn CV n CVn Cen Vi r UM a Boo UMa Vir Vir Boo CVn Boo Vir Boo Boo 1.9 1.6 1.3 0.5 0.8 0.4 0.6 1.0 1.8 1.4 1.3 0.6 3.1 16 . 2 1.1 0.5 13. p eF, pL, 3 st f in a line ee F , bM p F , S, R, g b M , S * n p p no d e s c r p F , S, st e l l p F, S , b M , r p eF , p S , * 1 3 . 5 c l o s e p eF , e S , R , l b M p eF , e S , R , l b M p vF , v S , R , d i f p vF , p L , R , v l b M p vF , v S , R , g v l b M p pF , R , vS ne b 4 0 " f , * n p F, v S , f o f 2 p vF , v S , R , d i f F, S , R , N , r a ne b u l a 11.6 cB , p L , R , g , p s m b M 6 . 4 ! ! , g l o b . c l . , eB , v L , v s m b M , 14. 15. 14. 15. 15. 16. 16. 16. 13. 15. 14. 14. 15. 14. 15. 15. 15. 15. 15. p p p p p p 15. p 3.2 12. p 15. p 0.1 0.8 15. p 1.6 0.1 15. p 0.1 0.6 0.5 1.9 14. p 15. p 15. p 16. p 14. p 0.4 15. 13. 15. 15. 14. 15. p p p p p p 1.2 9.1 5.6 4.4 5. 14. 15. 7. 6 12. 13. 5. 9 p p 3.7 1.3 0.4 1.9 3.5 1.4 1.4 0.3 0.8 1.6 1.0 1.1 0.5 1.4 3.9 0.6 4. 1.1 1.7 p p 14. p 11.3 15. 16. 14. 15. 13. 14. 15. 16. 14. 12. 15. 15. 12. p p p p p p p p p p p p p 12.2 13. p 14. p 15. p 3.2 5.5 11.5 10.0 1.9 13. p 15. p 0.1 0.8 1.0 15. p 15. p 15. p 1.3 3.5 30 . 0.6 1.6 2.5 0.2 1.7 1.4 2.4 1.0 1.2 13. p 13. 15. 15. 15. 15. 13. 15. 12. p p p p p p p p 14. 15. 14. 12. 14. 14. 13. 14. 14. 15. 15. p p p p p p p p p p p st 1 1 . . . ; e F , S , b e t 2 st vF , v S , R , b M F, S , R , g m b M F, S eF , S , R, bM N = 13m S F, v S , R, bM vF , v S cB , R , bM B , pL , v l E , v g l b M , 3 st n r vS , R , bM F, S , R , g b M * 1 4 vS , R , bM vS bM , m a g 1 4 vS cL , E , bM , m a g 13 . 5 eF , v S , d i f f i c vS , R , bM F, v S , R, gb M vS , R , bM F, S , R , N , r F, v S , R, gb M F, v S , R, gb M vS , R F, v S , R F, v S , R, gb M F, v S , R bM , m a g 1 3 . 5 bM , m a g 1 5 eF , v S , R , g v l b M vS vS Cl, P, L, iF, st 12 F , S, ir r , r? v F , v S , lE 90 d e g + / - , sb M cS , w i s p , mE eF , 2 s t a t t o r i n v c B , p L , E 9 0 d e g +/ - , b M N vF , v S , R , N = 13 m , st e l l a r bM , m a g 1 3 . 5 vF , p S , l E 0 d e g + / F, v S , R, bM N , r F, S , d i f , 8 6 V i r n f F, S , d i f , 8 6 V i r n f v F , e S , st e l l a r , e F * v cl o s e R , bM , i s s p 52 9 7 gl o b . c l . , vB , p L , R, r r r , s t 1 5 cB , L , pm E 1 4 2 d e g , gb M cF , L , vm E Cl , B , S, pC , i R , s t 1 0 . . . 1 2 Cl, L, vRi, st 7... 1 6 eF, vL, r B, p L , mE 57 d e g , p s b M B E N pL , E , ma g 1 3 . 5 v F , R , v l b M , ** p eF , p S , R R, P N ? , m a g 1 4 pF, S, R, 2 st nr pB , v S , b M pF , c S , l E , F* * in v eF , S , R vF , v S , d i f ee F , S, R , 2 s t n f F , S, R, g b M vF , v L , l E , vg b M R, P N ? , m a g 1 4 F, e S , gb M , r Cl , S , C, iR , s t 14 bM , m a g 1 2 . 5 F , S, R, g b M cF , c S , R , s b M , p o f 2 vF , v S , R , r eF , S , R R, l b M , m a g 14 F, c S , bM v B , p L , iR , p s m b M pF , S , R, di f p B , p S , vl E , gl b M , f of 2 vF , s t e l l , n e b ( ? ) ; * 1 3 n n f 2' . 5 *12 in F neb vF , R , st e l l a r , 1 s t of 4 F, v S , R, N F, S , R , g b M e F , p S , lE , v F * at 1 6 0 d e g , di s t 0' . 7 v F , p S , R, be t * a n d D* vF , S , R ee F , S, R , B * f cF , p L , R , g b M C l , v L , vR i F, S , R , p s b M , 2n d o f 4 vF , R , n o f 53 1 8 , 3 r d of 4 pF , i F , l b M , F * c l o s e eF , p L , R , s v m b M *, 4t h o f 4 eF , p L , d i f , l b M , r cF, S, vlE, sbM ee F , pS , R , v d i f f i c , 2 B s t n r PN , or v F , eS , D n e b v F , v L , R, vg b M eF, vS vS , p S , m E , 3 s t f ee F , pS , R , 2 s t nr sp cF , L , iR , b M F, p S , R, 2 st p vF , S , R cF , p L , R , p s b M eF , v S , R , * c l o s e f F, v S , R, ps b M pF ee F , pL , R , v d i f f i c , 3r d o f 4 = 53 3 1 53 8 5 I 94 8 I 95 0 53 3 7 53 4 1 I 94 7 I4 3 3 8 53 2 8 53 3 4 53 3 0 53 3 5 53 4 6 53 4 9 53 4 7 53 5 0 53 3 8 53 5 1 53 5 3 53 5 4 I4 3 3 9 53 5 2 I4 3 4 0 I4 3 4 1 I 95 2 53 3 9 53 5 5 53 1 5 53 1 6 53 4 3 53 5 8 53 7 0 53 4 8 53 4 5 I4 3 4 2 53 3 3 53 6 8 54 5 2 53 6 1 53 7 2 I 95 6 53 6 2 53 5 6 I 95 3 I4 3 4 3 I4 3 4 4 I4 3 4 5 53 7 6 53 7 9 53 6 0 53 7 1 I 95 5 I4 3 4 6 I4 3 4 8 I 95 8 I 96 1 I4 3 4 9 53 5 7 I 95 9 I 96 0 53 6 3 53 8 9 I 95 7 53 6 4 53 7 7 53 6 6 53 6 9 53 7 5 53 7 8 53 8 0 53 9 1 54 1 5 53 8 3 I4 3 5 3 53 7 3 I4 3 5 0 53 9 0 I 96 2 54 1 2 I 96 3 53 7 4 I4 3 4 7 53 6 7 I 96 4 I 96 5 53 6 5 54 1 3 I4 3 5 1 53 8 4 I4 3 5 5 53 8 2 53 8 6 54 0 2 I 96 6 53 8 7 I 96 7 I4 3 5 2 53 9 4 53 9 5 I4 3 5 4 I4 3 5 6 53 8 8 53 9 6 53 9 2 53 9 9 54 0 1 53 5 9 54 0 3 54 0 6 53 9 3 53 8 1 54 0 0 I 96 8 54 1 0 54 2 2 I4 3 5 7 54 2 5 54 3 0 54 0 7 54 0 4 54 0 5 53 9 7 53 9 8 54 0 9 54 2 1 I 96 9 54 1 1 54 1 4 54 3 9 54 1 6 54 1 7 131 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 52 . 4 52 . 4 52 . 4 52 . 4 52 . 5 52 . 6 52 . 7 52 . 7 52 . 9 52 . 9 53 . 0 53 . 0 53 . 2 53 . 2 53 . 3 53 . 4 53 . 5 53 . 5 53 . 5 53 . 5 53 . 5 53 . 6 53 . 6 53 . 6 53 . 7 53 . 8 53 . 8 53 . 9 53 . 9 54 . 0 54 . 1 54 . 1 54 . 2 54 . 3 54 . 4 54 . 5 54 . 5 54 . 5 54 . 7 54 . 7 54 . 7 54 . 9 55 . 0 55 . 0 55 . 0 55 . 2 55 . 2 55 . 3 55 . 6 55 . 7 55 . 7 55 . 7 55 . 7 55 . 7 55 . 8 55 . 8 55 . 8 56 . 0 56 . 0 56 . 0 56 . 1 56 . 1 56 . 1 56 . 2 56 . 3 56 . 4 56 . 8 56 . 8 56 . 8 56 . 9 57 . 0 57 . 0 57 . 1 57 . 1 57 . 2 57 . 2 57 . 3 57 . 3 57 . 4 57 . 4 57 . 5 57 . 6 57 . 7 57 . 7 57 . 8 57 . 9 57 . 9 57 . 9 58 . 1 58 . 1 58 . 2 58 . 2 58 . 2 58 . 2 58 . 4 58 . 4 58 . 4 58 . 6 58 . 6 58 . 6 58 . 7 58 . 9 59 . 0 59 . 4 59 . 5 59 . 7 59 . 8 59 . 9 00 . 3 00 . 5 00 . 6 00 . 6 00 . 6 00 . 7 00 . 7 00 . 7 00 . 8 00 . 8 00 . 9 01 . 1 01 . 1 01 . 2 01 . 4 01 . 7 01 . 7 01 . 8 01 . 9 02 . 0 02 . 0 02 . 1 02 . 1 +0 2 +7 6 +1 4 +1 4 +3 9 +3 7 +0 0 - 01 - 28 - 01 - 28 +0 2 +3 9 +3 7 +3 3 +4 0 +0 5 +3 7 +4 0 +4 0 +3 7 +3 6 +3 7 +3 7 +0 3 - 07 +4 0 - 66 - 61 - 07 +4 0 +6 0 +0 5 - 01 +2 5 - 48 +5 4 +7 8 +3 8 +5 8 +2 0 +4 1 +0 5 - 30 +2 5 +2 5 +2 5 +5 9 +5 9 +0 4 +4 0 - 30 +2 5 +2 5 +0 5 +2 5 +2 5 - 30 +1 3 +1 7 +0 5 +5 9 - 30 +0 5 +4 7 - 00 - 05 +2 9 +3 7 +3 7 +4 6 +7 0 +4 1 +3 7 +0 5 - 25 +4 0 +1 2 +7 3 +1 7 +0 6 - 40 - 39 +1 7 +1 7 - 43 +6 4 - 29 +0 6 +2 8 +0 6 +0 6 +5 9 +0 5 +0 6 +1 4 - 34 +3 7 +3 7 - 12 +3 7 - 14 +2 9 - 03 +3 4 +3 6 - 70 +3 8 +3 8 - 28 - 59 - 02 - 02 +4 1 +5 5 +3 1 +4 8 +5 9 +3 9 +0 0 +0 7 - 33 - 33 +0 9 +3 3 - 04 +0 8 +0 9 +4 6 +0 9 +0 8 06 11 05 29 42 50 48 08 29 07 28 50 35 54 29 22 13 55 17 18 32 09 23 32 22 56 21 31 52 34 17 41 14 25 07 31 20 13 27 41 43 19 20 21 06 02 04 30 45 59 28 16 09 11 02 50 09 20 30 31 15 44 14 01 14 14 29 10 48 37 17 46 51 46 16 15 26 03 36 25 06 01 59 31 31 57 56 19 32 25 16 21 49 24 04 27 31 27 25 35 30 09 07 12 47 15 24 11 55 50 34 51 57 00 10 54 27 20 09 05 43 57 04 30 50 11 57 57 19 27 03 r r u u r r u x s s s r r r s s r s s s d r m d u s r s s r r r s r m t s s r r z s s d m d d s s s s d d z x z d s u m s s d s s r r s s s r r s d r c r d r m s d s m m s r s r m r r r u s m c s s d d r r d r r A s s r s r d r s u r s r F r r s r r d r r r r r Vi r UM i Bo o Bo o CV n CV n Vi r Vi r Hy a Vi r Hy a Vi r CV n CV n CV n CV n Vi r CV n CV n CV n CV n CV n CV n CV n Vi r Vi r CV n Ci r Ce n Vi r CV n UM a Vi r Vi r Bo o Ce n UM a UM i CV n UM a Bo o CV n Vi r Ce n Bo o Bo o Bo o UM a UM a Vi r CV n Ce n Bo o Bo o Vi r Bo o Bo o Ce n Bo o Bo o Vi r UM a Ce n Vi r CV n Vi r Vi r CV n CV n CV n CV n UM i CV n CV n Vi r Hy a CV n Bo o UM i Bo o Vi r Ce n Ce n Bo o Bo o Ce n Dr a Hy a Vi r CV n Vi r Vi r UM a Vi r Vi r Bo o Ce n CV n CV n Vi r CV n Vi r CV n Vi r CV n CV n Ci r CV n CV n Hy a Ce n Vi r Vi r CV n UM a CV n UM a UM a CV n Vi r Bo o Ce n Ce n Bo o CV n Vi r Bo o Bo o CV n Bo o Bo o 1. 2 1. 4 1. 7 1. 7 4. 4 1. 9 3. 2 3. 1 2. 8 2. 3 0. 7 1. 4 2. 1 0. 1 14 . 3. 6 0. 8 1. 9 1. 1 2. 3 2. 4 3. 2 0. 7 2. 1 2. 2 2. 0 4. 4 1. 8 0. 8 4. 2 4. 1 7. 1 4. 6 3. 5 2. 7 2. 1 3. 5 1. 9 0. 7 1. 9 4. 0. 3 0. 8 3. 1 5. 6 0. 4 1. 6 1. 8 0. 7 1. 9 1. 9 3. 1 3. 2 2. 1 14 . 3. 9 1. 2 2. 4 2. 9 14 . p vF , S, E 0d e g , rr Cl , P, S p eF , S, R p F, eS , R, lb M p vF , S, iR , *7 p p lE , bM , sp 53 5 1 p pB , vS , R, sb M N = 12 m eF , vL , cE ns , F* nr ea c h en d ; = 53 3 4 11 . 8 pB , S, R, sl b M 12 . p cF , vL , R, lb M , r; = IC 43 3 8 15 . p ee F , S, R, v di f f i c , nf 53 2 8 14 . p F, iR 15 . p eF , pL , ir r R , gl b M , r? 15 . p bM , sp 53 5 1 12 . 6 pF , cL , R, lb M 11 . 4 cF , pL , bM , *7 p, 1s t of 4 14 . p vF , E pf , 4' f D* 12 . 1 cF , L, lE 90 d e g , vg b M 11 . 1 pB , S, R, 2n d of 4 11 . 5 pF , S, R, 3r d of 4 F, S, R, r 14 . p cF , S, R, lb M , * nf 90 " 14 . p F, S, R, gb M F, S, R, r, *1 2 nr 15 . p F, E pf , F* in v 12 . p vF , pS , R 14 . p vF , pS , 4t h of 4 13 . p PN , st e l l a r = 10 . 5 ma g 6. 0 Cl , pL , pC , st 11 14 . p vF , S, R, lb M 14 . p vF , vS , R, 2 vF st in v 14 . p F, S 14 . p vF , mE ns 14 . p F, S, R, bM 15 . p F, S, R, lb M , r vF , vS , R, *8 f 14 . p F, cS , R, st e l l a r , *1 6 nf 13 . p vF , pL , iR , vg v l b M 14 . p eF , cS , E 13 . p cF , S, E; ** in v ? 16 . p eF , vS , *1 4 n 13 . p pB , pL , E 14 . p F, pL , vm E 17 d e g , r vF , eS , gb M 16 . p F, S, R, N, r F, vS , N, st e l l cF , vS , R, N, st e l l 13 . p cB , pL , vl E , vg m b M 14 . p pB , pS , E, mb M 14 . p vF , vS , lE 10 . 8 pB , L, R, bM F N vF , vS , gb M F, S, R, gb M N 16 . p F, S, R, N ee F , pS , iR 15 . p vF , S, di f F, S, bM 14 . p pF , S, R, gl b M , be t 2 st 10 14 . p ee F , S, R 15 . p F, pL , lb M , di f 10 . 2 B, pL , R, ps b M , *8 nf 13 . p pB , pL , E, mb M N vF , S, gb M 10 . 4 cF , L, R, gb M 11 . 2 B, L, mE 42 d e g , sm b M N 14 . p S, R, *9 di s t 2' vF , vS , R 12 . p pB , pL , R, lb M 14 . p pB , lE , vg l b M 13 . p F, cS , R, sm b M 16 . p F, vS , * cl o s e 15 . p eF , vS , R, 2 F st nr 11 . 4 cB , cL , R, gb M eF , vF st & ne b ? , *8 . 4 nf 3' 15 . p vF , vS , st e l l ee F , eS , F* cl o s e s F, L, vg b M , *9 nf ; = 53 7 1 ? pF , vS , R, bM 14 . p pF , S, R, D* p 15 . p eF , vS , R 14 . p cF , pL , R, vg b M , *1 1 np *9 in ee F ne b !, vB , vL , vl , vs m b M ** 15 . p eF , eS , R 15 . p vF , vS , R, vS N 12 . p pB , cS , R, pg b M , am st 14 . p pF , pS , R, ps l b M , *7 p 37 s 12 . p S, lE 14 . p F, vS , st e l l 15 . p F, S, R, gl b M 14 . p vF , vS , r, st e l l a r 13 . p vF , vS , bi N , r, st e l l a r 14 . p vF , vS , R 15 . p F, S, R, gb M , r 15 . p vF ra y , 2' l 15 . p pF , vS , R, *1 4 nr se v eF st in ee F ne b , 2 st 8 n 13 . 0 cF , S, np of 2 11 . 6 cF , cL , E 15 d e g , lb M , sf of 2 eF , vS , eE 11 0 d e g F, vS , st e l l N = *1 5 F, S, R, vg b M vF , S, iR , sb M * vF , cS , R, gb M 14 . p eF , vS , pm E 90 d e g 14 . p cF , cS , E Cl , vL , lR i , lC , st 11 15 . p vF , pL , iF 13 . p F, pS , R, lb M 15 . p vF , S, R, gl b M Cl , Ri , vC , pL , st 11 . . . 1 2 14 . p vF , cS vF , vS , st e l l a r 14 . p pF , pS , bM 13 . p pB , S, pm E 45 d e g +/ - , vs v m b M N 15 . p F, S, R, gv l b M 14 . p eF , S, mE 29 0 d e g , B* 4' n 13 . p pB , S, iE , mb M 14 . p vF , vS , R, bM , in Cl *1 2 in ne b 14 . p vF , iF , bM vF , S, R, gb M 13 . p pB , pL , R, vg b M 14 . p eF , R, 54 1 6 f 26 s 14 . p F, ir r R , 2 vF st in v vF , vS , R, N = 14 m 14 . p vv F 14 . p S, F* in ce n t r e , *1 0 - 11 nf 14 . p vF , pL , cE , be t 2 st 13 . p eF , vS , E, r 14 . p cF , S, R, ps b M , * p 14 . 15 . 13 . 14 . 14 . 54 1 8 G x 1 4 02 . 2 54 4 3 G x 1 4 02 . 2 5433 Gx 1 4 0 2 . 5 5447 Kt 1 4 0 2 . 5 54 4 9 K t 1 4 02 . 5 54 5 0 K t 1 4 02 . 5 I 9 7 0 G x 1 4 02 . 5 54 2 3 G x 1 4 02 . 7 54 5 1 K t 1 4 02 . 7 54 4 8 G x 1 4 02 . 8 54 6 9 G x 1 4 02 . 8 54 2 4 G x 1 4 02 . 9 54 2 0 G x 1 4 03 . 0 54 3 1 G x 1 4 03 . 0 54 4 0 G x 1 4 03 . 0 54 5 3 K t 1 4 03 . 0 54 5 5 K t 1 4 03 . 0 54 4 1 G x 1 4 03 . 2 54 5 7 G x 1 4 03 . 2 54 5 8 - 1 4 03 . 2 5408 Pl 1 4 0 3 . 3 5434 Gx 1 4 0 3 . 3 5426 Gx 1 4 0 3 . 4 54 2 7 G x 1 4 03 . 4 54 2 8 * 1 4 03 . 4 54 2 9 * 1 4 03 . 4 54 4 4 G x 1 4 03 . 4 5445 Gx 1 4 0 3 . 5 I435 8 G x 1 4 03 . 5 5432 * 14 03.6 54 3 6 G x 1 4 03 . 6 5419 Gx 1 4 0 3 . 7 5437 Gx 1 4 0 3 . 7 54 3 8 G x 1 4 03 . 7 5461 Kt 1 4 0 3 . 7 5435 * 14 03.8 I 971 1 4 03 . 8 I436 5 G x 1 4 03 . 8 5462 Kt 1 4 0 3 . 9 I436 0 1 4 04 . 1 I436 1 G x 1 4 04 . 1 I436 9 1 4 04 . 1 I436 3 1 4 04 . 2 I437 0 1 4 04 . 2 I437 1 1 4 04 . 2 I436 4 G x 1 4 04 . 3 I 9 7 2 P l 1 4 04 . 4 54 7 1 K t 1 4 04 . 6 54 5 4 G x 1 4 04 . 7 54 7 3 G x 1 4 04 . 7 I436 8 1 4 04 . 7 54 4 2 G x 1 4 04 . 9 5456 Gx 1 4 0 4 . 9 I433 3 G x 1 4 05 . 5474 Gx 1 4 0 5 . 0 54 4 6 G x 1 4 05 . 1 54 7 5 G x 1 4 05 . 2 I436 6 G x 1 4 05 . 2 5459 14 05.3 I435 9 1 4 05 . 4 I436 2 G x 1 4 05 . 4 5466 Gb 1 4 0 5 . 5 5477 Gx 1 4 0 5 . 6 I436 7 G x 1 4 05 . 6 I437 2 1 4 05 . 7 I437 3 G x 1 4 05 . 7 5479 Gx 1 4 0 5 . 9 5463 Gx 1 4 0 6 . 1 54 6 5 G x 1 4 06 . 4 54 7 0 G x 1 4 06 . 4 54 8 0 G x 1 4 06 . 4 5467 * 14 06.5 I 973 * 1 4 06 . 5 54 6 8 G x 1 4 06 . 6 I 974 * 1 4 06 . 6 54 8 1 G x 1 4 06 . 7 5484 Gx 1 4 0 6 . 8 5472 Gx 1 4 0 6 . 9 5464 Gx 1 4 0 7 . 1 54 8 5 G x 1 4 07 . 2 I 975 1 4 07 . 2 5486 Gx 1 4 0 7 . 4 I437 4 G x 1 4 07 . 5 5460 OC 1 4 0 7 . 6 5488 Gx 1 4 0 8 . 0 I437 5 G x 1 4 08 . 1 5476 Gx 1 4 0 8 . 2 54 7 8 G x 1 4 08 . 2 54 8 2 G x 1 4 08 . 4 I 9 7 6 G x 1 4 08 . 7 I 9 7 7 G x 1 4 08 . 7 I 9 7 8 G x 1 4 09 . 0 I 979 1 4 09 . 3 55 0 3 G x 1 4 09 . 4 5502 - 14 09.6 5487 Gx 1 4 0 9 . 7 5547 Gx 1 4 0 9 . 8 54 9 0 G x 1 4 10 . 0 I 9 8 2 G x 1 4 10 . 0 I438 0 G x 1 4 10 . 0 I 9 8 3 G x 1 4 10 . 1 I 9 8 4 G x 1 4 10 . 1 5500 Gx 1 4 1 0 . 2 54 8 3 G x 1 4 10 . 4 54 9 7 G x 1 4 10 . 4 I 980 1 4 10 . 4 54 9 2 G x 1 4 10 . 5 I 9 8 1 G x 1 4 10 . 5 I 4 3 7 6 ** * 1 4 10 . 8 I440 4 1 4 10 . 8 54 9 1 G x 1 4 10 . 9 5499 Gx 1 4 1 0 . 9 54 9 8 G x 1 4 11 . 0 I438 1 1 4 11 . 0 I438 2 1 4 11 . 1 I 986 1 4 11 . 4 54 9 3 G x 1 4 11 . 5 I 9 8 5 G x 1 4 11 . 5 I 9 8 7 G x 1 4 11 . 5 54 9 6 G x 1 4 11 . 6 I438 4 G x 1 4 11 . 9 5489 Gx 1 4 1 2 . 0 I437 8 1 4 12 . 1 I437 9 1 4 12 . 1 I438 3 1 4 12 . 2 55 0 4 G x 1 4 12 . 3 55 0 9 G x 1 4 12 . 3 5520 Gx 1 4 1 2 . 3 5494 Gx 1 4 1 2 . 4 54 9 5 G x 1 4 12 . 4 55 0 1 G x 1 4 12 . 4 +07 +55 +3 2 +5 4 +54 +54 +14 +09 +54 +49 +09 +09 - 14 +09 +34 +54 +54 +34 +54 +54 - 41 +0 9 - 06 - 06 - 06 - 06 +35 +3 5 - 10 - 05 +09 - 33 +0 9 +09 +5 4 - 05 - 10 +09 +5 4 - 11 - 09 +33 - 09 +33 +33 - 10 - 17 +54 +14 +54 - 09 - 09 +1 1 - 84 +5 3 +09 +55 - 33 +1 3 - 45 - 41 +2 8 +5 4 - 39 - 10 +25 +6 5 +0 9 - 05 +06 +50 - 05 - 05 - 05 - 05 +50 +5 5 - 05 - 30 +55 +15 +5 5 - 27 - 48 - 33 - 33 - 06 - 01 +08 - 01 - 03 - 02 +14 +60 +6 0 +0 8 +7 8 +17 +17 +37 +17 +18 +4 8 - 43 +38 - 07 +19 - 04 - 30 +78 +06 +3 5 +25 +25 +25 +01 - 05 - 03 +19 - 01 +27 - 46 - 34 - 34 +15 +15 +24 +5 0 - 30 - 27 +01 42 49 31 17 19 14 33 21 22 10 20 26 37 23 46 18 12 41 21 16 23 27 04 02 02 02 08 02 09 57 35 59 31 37 19 54 08 31 22 24 46 19 38 21 18 00 15 24 23 54 57 43 53 16 40 37 45 46 08 16 49 32 28 12 53 14 41 22 32 02 43 29 29 27 31 43 02 28 01 00 21 06 01 19 18 19 05 42 56 09 00 58 51 25 26 05 36 33 42 33 44 22 33 19 53 21 37 10 49 38 22 54 42 29 30 20 03 14 11 09 07 05 16 17 51 50 39 22 39 07 16 r s s r A A u r A s r r d r s A r r s r s r s s F F s r m F r s r r r F D m r d m d d d d m s r r s d r r c s r s c D d c s s c d z r r h r s r F s F s s s s s d s c s A c r r r u k k d r r r r s v m v u r s r d s n x d r r r d d d s m m s u t d d d r r r s r r Boo UMa CV n UM a UMa UMa Boo Boo UMa UMa Boo Boo Vir Boo CVn UMa UMa CVn UMa UMa Ce n Bo o Vi r Vir Vir Vir CVn CV n Vir Vi r Boo Ce n Bo o Boo UM a Vi r Vir Boo UM a Vir Vir CVn Vir CVn CVn Vir Vir UMa Boo UMa Vir Vir Bo o Oct UM a Boo UMa Cen Bo o Cen Cen Bo o UM a Cen Vir Boo UM i Bo o Vir Vir UMa Vi r Vir Vir Vir Boo UM a Vi r Hy a UMa Boo UM a Hya Ce n Ce n Cen Vi r Vir Boo Vir Vir Vir Boo UMa UM a Bo o UM i Boo Boo Boo Boo Boo Bo o Cen Boo Vir Boo Vir Cen UMi Vir Bo o Boo Boo Boo Vir Vir Vir Boo Vir Boo Ce n Cen Cen Boo Boo Boo Bo o Ce n Hya Vir 2.8 1.7 1.2 4.2 3.3 26.9 2.9 2.5 2.7 1.2 0.8 0.6 0.6 0.7 2.6 1.7 4.5 2.2 1.8 1.7 11 . 0 1.7 1.8 0.8 1.8 2.5 1.7 1.4 1.0 2.6 1.7 1.6 25 . 3.0 1.5 0.6 0.8 2.6 1.5 0.5 5.5 1.9 3.1 1.8 0.6 2.0 0.5 1.2 4.4 1.1 1.4 2.2 1 4 . p vF , R , bM 1 3 . p pF , L , E 1 4 . p v F , c S , lE 0d e g , bM p B , S , R , g m b M , co n n wi t h M1 0 1 vF , p L , g v l b M , co n n wi t h M1 0 1 F, p S , iR , g l b M , co n n wi t h M1 0 1 1 5 . p pB , v S , R 1 4 . p vF , R , * i n ce n t r e vF , p L , i R , vl b M , c o n n w i t h M 1 0 1 1 2 . p pB , c L , v m E 90 d e g + / - , s m b M N 1 5 . p vF , p S , R 1 4 . p vF , R , * i n ce n t r e 1 3 . p F, p S , mE , c o m 1 5 . p vF 1 3 . p pF , c S , l E , bM , * 1 1 sp F, p L , lE , v l b M , co n n w M 1 0 1 pB , p S , R , p s b M , co n n w M 1 0 1 1 5 . p vF , S 7. 7 pB , v L , i R , g, vs m b M B S N ; = M1 0 1 vF , p L , R , v l b M , co n n w M 1 0 1 e F , E be t 2 v S s t 14. p vF, L 12.2 p F , c L , R, gm b M , s p o f 2 11.4 pF , c L , R , n f o f 2 1s t o f 2 n r 54 2 7 2n d o f 2, in l i n e w i t h 5 4 2 6 - 7 1 3 . p pB , p L , i v l E , v s m b M 1 4 . p F , *1 3 p 1 5 . p pL , m E 12 0 d e g ; s p i r n e b f (I C 9 7 1 ) vF 1 5 . p 1s t o f 3 v F in a li n e , 2 ' - 3 ' d i s t 1 2 . p p B , p L , R, gp m b M 15. p 2nd of 3 1 4 . p 3r d o f 3, nf * 8 . 6 B , pS , R , p s b M , co n n wi t h M1 0 1 v F , * 1 0 - 11 cl o s e f fi n e sp i r a l , p L , mb M 1 5 . p *1 3 i n vF , S n e b (p e r h a p s 5 4 3 8 ) p B , p L , iR , g b M , c o n n w i t h M 1 0 1 eF , e S , E 35 d e g 1 5 . p eF , v S , c E 1 5 0 d e g vF , S , R, di f eF , v S , c E 1 5 0 d e g F, S , i F , gb M , *1 4 n r F, S , R , v l b M 1 5 . p eF , v S , R 1 5 . p F, v S , R, r F, S , R , * 1 2 - 1 3 p 1 4 . p pF , S 11.4 pB , S , R, gb M F, S , R , b M 1 4 . p vF , v S , i R 1 4 . p F , pS eF , v S , e E 4 0 d e g , s u s p 10.9 pB, L, bM eF , e S 1 3 . p pB , S , pm E , bM vF , v S , c E 1 7 0 d e g F , S, lE , p B * s p eF , v S , E 17 0 d e g , b e t 2 F st vF , S , vE 17 5 d e g 9.1 Cl, L, vRi, vmC, st 11.. . 13.8 vF, pL ee F , pS , R , be t 2 s t eF , e S , E 75 d e g 1 5 . p F, S , R , N , r 1 5 . p e F , v S , R, ne a r l y be t 2 s t 14. p eF, S, lE 1 5 . p eF , v S , s p 5 4 6 8 1 4 . p F, m E , vg l b M 1 3 . p F, p S , vg b M , n p o f 2 e F , v S , sp 54 6 8 st e l l a r 1 3 . 5 m 1 2 . p F, L , R , v g b M , *9 s f 4 ' ne b o b j e c t 1 ' . 8 s f f of 5 4 6 5 1 3 . p F, v S , sm b M , s t e l l a r , sf of 2 1 6 . p v F , S , R , 4 ' fr o m 54 8 5 1 5 . p p F , v S , be t 2 v F s t 13. p pF, S, R, pslb M 11.5 cB , R , vg b M , f of 2 vF , v S , R 1 4 . p F , pL ee F , pS , R 5 . 6 C l , v L , vl C , st 8. . . F , R, *8 s nr ; = I C 4 3 7 5 eF , e S , e E 1 5 d e g , s t e l l N, * sp ; = 5 4 8 8 1 4 . p F , pS , i R 1 4 . p vF , v S 1 4 . p eF , S 1 4 . p eF , v S , R , e F , * at t s 1 5 . p vF , S , di f 1 5 . p vF , S , R, bM N ee F , pS , R , v d i f f i c 1 6 . p ee F , vS , R , v d i f f i c , 2 st n r e e F , p S , R , v d i f f i c , b e t 2 st 1 4 . p e F (p l a c e u n c e r t a i n ) 14. p eF, vS, E 0deg +/1 3 . p cF , c S , R , s b M F * * vS , R , N = 1 1 m 1 4 . p F, S , R , d i f eS , R , N = 1 1 m 1 4 . p pB , S , gb M 1 4 . p c F , c S , iR 1 2 . p pF , v L , R , v g b M 1 5 . p eF , S , R, lb M F, S , R , N = 1 3 m , r 1 4 . p pB , v S , E 1 5 . p F, S , g b M F, S , e E 4 0 d e g eF 1 4 . p pB , p S , R , g b M , r 1 4 . p F , S, R, g b M , r ? 1 5 . p F, S , R , l b M , r ? F, c S , R, bi N F, S , R , g b M , 5 4 9 8 n 1 1 ' F, S , N = 13 . 5 , r 11.5 pB , v S , R , p s m b M *, *1 8 i n v 1 5 . p eF , e S 1 5 . p eF , v S , s t e l l a r , v d i f f i c 1 3 . p pB , v L , E ns 1 5 . p F, S , R , b M N , r vF, S, R, bM vF , v S , E 15 0 d e g vF , v S , E 90 d e g 1' . 7 np 5 5 0 4 ( n o de s c r ) 1 4 . p vF , v l E , v l b M vF , S , R, st e l l a r N u c l 1 3 . p F , S, lE , s t e l l a r 13. p pB, L, R, gbM, rr 1 3 . p vF , S , R, bM , * 1 0 n f 1 5 . p vF , S , rr 55 0 8 55 0 5 55 1 5 55 1 2 55 1 7 55 1 1 55 0 6 55 1 3 55 0 7 55 1 0 55 1 4 55 1 8 55 2 6 55 1 9 55 2 4 I 98 8 I4 3 8 5 55 2 2 55 2 3 55 4 0 I 98 9 I4 3 8 6 I4 3 8 7 55 2 7 55 2 1 55 2 5 55 2 9 I 99 0 55 1 6 I4 3 9 2 I4 3 8 8 55 3 3 55 2 8 55 3 6 I4 3 9 1 55 4 1 I4 3 9 4 I 99 5 55 3 1 I4 3 8 9 55 3 2 55 4 4 I 99 6 I4 3 7 7 I4 3 9 0 55 4 5 I4 3 9 5 55 6 1 55 3 7 I4 3 9 6 55 3 5 55 3 8 55 3 9 55 3 4 I 99 1 55 4 2 I4 3 9 3 I4 3 9 7 55 4 3 55 4 8 55 4 6 I 99 3 I4 3 9 8 I 99 2 I 99 4 I1 0 0 5 I4 3 9 9 I4 4 0 3 55 5 0 55 5 3 55 5 7 55 3 0 55 4 9 55 5 1 55 5 2 55 5 5 55 5 9 55 5 4 55 6 7 55 6 8 55 7 0 56 0 7 I4 4 0 1 I4 4 0 5 55 7 2 55 7 1 I 99 9 55 5 8 I1 0 0 0 55 8 5 I 99 7 55 6 0 55 6 2 55 6 3 55 6 4 55 6 5 I 99 8 55 6 6 55 6 9 55 7 9 55 5 6 55 7 3 55 8 0 55 8 2 I1 0 0 1 I1 0 0 2 56 4 0 55 7 4 55 7 5 I1 0 0 3 I1 0 0 4 55 7 6 55 8 1 55 7 7 55 7 8 I4 4 0 2 I4 4 0 8 55 8 8 55 8 9 I4 4 0 9 55 8 3 55 9 0 55 8 6 55 8 7 56 0 2 I4 4 0 0 I4 4 1 0 55 8 4 I4 4 0 6 55 9 6 55 9 8 132 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 12 . 4 12 . 5 12 . 5 12 . 6 13 . 0 13 . 1 13 . 2 13 . 2 13 . 3 13 . 6 13 . 6 13 . 9 13 . 9 14 . 4 14 . 5 14 . 5 14 . 7 14 . 8 14 . 8 14 . 8 14 . 8 15 . 0 15 . 0 15 . 4 15 . 5 15 . 6 15 . 6 15 . 7 15 . 8 15 . 9 16 . 0 16 . 1 16 . 2 16 . 3 16 . 3 16 . 4 16 . 5 16 . 6 16 . 7 16 . 8 16 . 9 17 . 0 17 . 0 17 . 0 17 . 0 17 . 1 17 . 2 17 . 4 17 . 5 17 . 5 17 . 6 17 . 6 17 . 6 17 . 7 17 . 7 17 . 8 17 . 8 17 . 9 18 . 0 18 . 0 18 . 1 18 . 1 18 . 2 18 . 3 18 . 3 18 . 3 18 . 3 18 . 3 18 . 4 18 . 4 18 . 4 18 . 5 18 . 5 18 . 9 18 . 9 19 . 0 19 . 1 19 . 2 19 . 3 19 . 4 19 . 4 19 . 4 19 . 4 19 . 4 19 . 5 19 . 6 19 . 6 19 . 7 19 . 7 19 . 8 19 . 9 20 . 1 20 . 1 20 . 1 20 . 2 20 . 2 20 . 2 20 . 3 20 . 5 20 . 5 20 . 6 20 . 6 20 . 7 20 . 7 20 . 7 20 . 7 20 . 8 20 . 9 20 . 9 20 . 9 20 . 9 21 . 1 21 . 1 21 . 2 21 . 2 21 . 2 21 . 2 21 . 5 21 . 5 21 . 5 21 . 7 21 . 7 22 . 1 22 . 2 22 . 3 22 . 3 22 . 3 22 . 4 22 . 4 22 . 5 22 . 5 +2 4 +1 3 +3 9 +3 0 +3 5 +0 8 - 03 +2 0 - 03 - 17 +0 7 +2 0 +5 7 +0 7 +3 6 +0 3 - 42 +1 5 +2 5 +6 0 +0 3 - 43 - 44 +3 6 +0 4 +1 4 +3 6 +3 9 - 48 - 13 - 31 +3 5 +0 8 +3 9 - 31 +3 9 +3 9 +5 7 +1 0 - 40 +1 0 +3 6 +5 7 - 75 - 44 +3 6 +2 6 +5 8 +0 7 +2 8 +0 8 +0 7 +0 8 - 07 - 13 +0 7 - 31 +2 6 +0 7 +2 5 +0 7 +1 1 +2 8 +0 0 +1 1 +7 1 +2 6 +3 1 +1 2 +2 6 +3 6 - 43 +0 7 +0 5 +0 7 - 19 +2 4 +0 7 +3 5 +3 5 +0 7 +7 1 - 04 +2 6 +3 6 +3 5 +1 7 +0 7 +1 7 +5 6 - 04 +0 4 +1 0 +0 7 +0 7 +0 7 - 04 +0 3 +0 3 +3 5 - 29 +0 6 +3 5 +3 9 +0 5 +0 5 +8 0 +0 3 +0 6 +0 5 +1 7 +0 3 +2 3 +0 3 +0 6 - 46 +2 9 +3 5 +3 5 +3 1 +1 3 +3 5 +1 3 +1 3 +5 0 - 60 +1 7 - 00 - 44 +3 7 +4 0 39 18 18 51 42 37 13 26 09 59 40 51 46 26 24 11 18 09 19 00 07 58 00 11 24 17 13 47 07 07 46 21 17 30 41 35 42 48 53 33 48 34 39 39 59 35 51 44 03 48 11 29 11 25 53 33 21 25 39 08 34 16 51 53 11 36 23 39 52 17 30 24 22 26 02 08 48 01 08 05 26 35 31 16 08 09 52 02 51 44 27 00 15 03 01 00 28 56 59 11 15 54 13 42 08 11 06 14 12 27 39 16 29 26 12 18 59 07 15 35 13 11 10 55 31 35 23 23 09 07 19 r r r r r r s r s r r r r D r z d r s r u c c r r r s m r d m s r r m r d u r d s s d c c s u r r d r r r s m r c u r s r d m u u d u u r r s s r r r r r r r r r s m m r r u r u s m s r r r r d s s r s r A r d d r s r d d s r s r c u r r m r r r s r d m s s s r Bo o Bo o Bo o Bo o Bo o Bo o Vi r Bo o Vi r Vi r Bo o Bo o UM a Bo o Bo o Vi r Ce n Bo o Bo o UM a Vi r Ce n Ce n Bo o Vi r Bo o Bo o Bo o Ce n Vi r Ce n Bo o Bo o Bo o Ce n Bo o Bo o UM a Bo o Ce n Bo o Bo o UM a Ap s Ce n Bo o Bo o UM a Vi r Bo o Bo o Bo o Bo o Vi r Vi r Bo o Ce n Bo o Bo o Bo o Bo o Bo o Bo o Vi r Bo o UM i Bo o Bo o Bo o Bo o Bo o Lu p Vi r Vi r Vi r Vi r Bo o Vi r Bo o Bo o Bo o UM i Vi r Bo o Bo o Bo o Bo o Vi r Bo o UM a Vi r Vi r Bo o Vi r Vi r Vi r Vi r Vi r Vi r Bo o Hy a Vi r Bo o Bo o Vi r Vi r Ca m Vi r Vi r Vi r Bo o Vi r Bo o Vi r Vi r Lu p Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Ce n Bo o Vi r Lu p Bo o Bo o 2. 9 2. 0 15 . 14 . 13 . 15 . 15 . 15 . 13 . 14 . 13 . 14 . 14 . 15 . 14 . p p p p p p p p p p p p p 15 . p 15 . p 4. 5 1. 3 3. 1 1. 3 5. 9 0. 6 0. 8 3. 2 0. 5 14 . 13 . 15 . 14 . p p p p 16 . 14 . 14 . 13 . 15 . p p p p p 15 . 11 . 8 15 . 14 . 15 . 13 . p p p p p 1. 4 14 . p 14 . p 1. 9 1. 1 12 . 0 13 . p 2. 6 1. 7 1. 3 1. 5 1. 4 1. 4 2. 3 1. 1 1. 9 13 . 15 . 15 . 15 . p p p p 15 . 15 . 15 . 14 . 13 . 15 . p p p p p p 14 . p 15 . p 12 . 5 14 . p 0. 5 1. 6 1. 4 15 . p 15 . p 15 . p 1. 2 1. 4 15 . 15 . 14 . 15 . 11 . 1 12 . 14 . 15 . 15 . 15 . 15 . 15 . 15 . 15 . p p p p 1. 1 1. 0 0. 9 14 . 15 . 15 . 15 . p p p p 0. 8 14 . p 0. 8 5. 5 1. 0 3. 9 14 . 10 . 9 14 . 12 . 4 14 . 15 . 2. 4 4. 1 6. 5 1. 9 3. 1 10 . 5 15 . 14 . 12 . 15 . p p p p p p p p p p p p p p p p p 13 . p 1. 6 3. 2 15 . p 12 . 4 14 . p 3. 4 10 . 9 15 . p 13 . p 3. 4 1. 0 15 . p 0. 7 2. 9 0. 6 3. 3 0. 5 1. 5 14 . 15 . 14 . 13 . p p p p 14 . p 13 . p 16 . 12 . 11 . 15 . 14 . p p p p p eF , eS , R, lb M vF , pS , be t * an d D* vF , S, vl E vF , vS , R, sb M N , r? F, eS , R, bM N vF , S, *1 0 p pB , L, E 20 d e g +/ - , lb M pB , pL , iR cF , S, R, st e l l a r vF , S, R, gb M F, pS , R, lb M , *1 6 nf F, vS , R, gb M vF , S, E, r vF , pL , *1 0 p vF F, vS , R vS , R, lb M vF , vS , E F, pL , pm E 90 d e g , *1 0 np eF , vS , R, st e l l a r F, vS , R, bM F, vS , R F, vS , R ee F F, S, R, bM pF , pS , iR , bM cF , pL , vm E 11 0 d e g , vg v m b M vF , S, di f pF , S, R, ps b M , S* * nf eF , vS , mE 80 d e g , F* sf , su s p vF , vS , R, sb M pB , R, vs m b M , 2 or 3 st in v ee F , pS , R, 2 vF st nr cF , vS , R, sp of 2 vF , vS , R cF , S, R, gb M , nf of 2 eF , S, R ee F , S, lE , v di f f i c F, S, R, 55 3 2 f 10 s vF , vS , R, di f vF , vS , R, gb M , r F, pS , E 80 d e g , Dn e b or bi N wi t h ee F , S, mE , v di f f i c ee F , vS , mE 18 0 d e g , vm b M eF , vS , mE 5d e g , st e l l N E, lb M , Dn e b or bi N wi t h 55 4 4 F, S, R, N, st e l l eF , pS , R, F* cl o s e p ee F , S, lE F, S, di f eF , S, iR eF , S, E F, pL , iF , gb M pF , st in v , *1 2 np F, S vF , vS cF , S, eE 75 d e g F, cS , R, bM , r eF , vS cF , pS , R, vs v m b M * pB , cS , gb M vF , iF , di f f i c F, S, R, gb M , r F, pS , R, *1 0 . 5 nf pB , vS , R F, S, R, bM F, cS , R, N, r F, S, R, gb M , *1 4 n vF , cS , pm E vF , S, lE cB , S, R, vs b M * !, vF , pm E , es v m b M *1 2 vF , vS , R 3 st in ne b y vF , S vF , S, iR , gb M N vF , S, vl E , bM eF , S pF , R vF , S, v di f F, S, iR pF , cS , iR , bM , er vF , S, mE 20 0 d e g , nr IC 99 7 F, S, di f eF , vS , bM S Cl of F st in ne b ; = 55 7 9 ? F, vS , R, N = 14 m , st e l l a r eF , S, lE , np of 2 F, vS , R, N = 14 m , st e l l a r pF , L, iR , vg m b M , r pF , S, R, * n pF , cL , E, gb M vF , S, vF * 3s f eF , S, lE eF , S; pr o b a b l y = 55 6 3 eF , S, v di f f i c ; pr o b a b l y = 55 6 3 ee F , S, R, v di f f i c B, pL , R, ps b M , r, *1 2 f 1' . 5 eF , pL , R vF , cL , p of 2 eF , L, S* in v vF , S, lE pB , S, f of 2 pB , pS , R, bM F N , * sp eF , S, di f eF , vS , lb M eF , S, lE pF , pS , lE , p of 2 F, vS , or ne b * eF , vS , vS * at t , di f f i pF , sb M B, S, R, vs m b M , f of 2 vF * in vF , vS , R ne b y pF , pL , vm E 53 d e g vF , vS , lE , mb M N L, eE 12 5 d e g , po i n t e d en d s F, S, R, gb M vF , R, gb M vF , S, R, np of 2 F, S, R, *1 3 . 5 cl o s e vF , pS , R, pB * nr cF , S, R, bM *, sf of 2 eF , vS , R F, cS , vl E , *8 sf pF , pS , lE , mb M F, S, E vF , vS , R F, L, mE , di f , gl b M PN , st e l l a r , 10 ma g , E 80 d e g eF , S, R, st e l l a r F, vS , R, bM 55 4 5 5620 5591 5601 I100 6 I441 3 56 0 3 5594 I441 2 5608 I440 7 55 9 9 5600 I441 4 55 9 2 5609 56 1 3 56 1 4 55 9 5 56 1 1 56 1 5 5616 56 1 0 I441 5 I441 6 5597 I100 7 56 0 4 I441 7 I100 8 I441 1 56 0 5 I441 8 I442 0 5593 I441 9 I442 2 56 2 2 I100 9 I442 3 56 2 4 56 3 1 I442 5 56 2 5 I442 7 I443 1 56 1 8 56 2 3 I101 2 56 1 9 I101 0 I442 6 I442 8 I443 7 56 3 3 I442 4 I443 5 56 3 0 5671 I442 9 5606 5621 I101 3 I443 3 I443 4 I443 6 I101 1 I101 7 I101 9 I442 1 I447 0 56 2 9 56 3 2 I101 4 I101 5 I101 8 56 2 8 56 2 7 5635 I443 8 I443 9 56 3 9 I101 6 I102 0 I444 2 56 3 7 I444 0 I444 6 56 4 2 I102 1 56 4 1 I444 3 I443 0 56 4 6 56 3 4 sf I444 7 56 2 6 56 3 6 56 3 8 57 1 2 5617 5660 I102 7 I443 2 5654 I102 2 56 5 3 56 4 4 56 5 6 56 6 7 56 4 7 56 4 8 5649 5645 5657 5650 56 5 2 5655 5659 I102 6 56 5 1 I444 9 I102 4 I444 1 5673 I102 5 I444 4 5661 I444 5 5678 I445 0 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC - Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 22.5 22.6 22.9 23 . 0 23 . 0 23 . 1 23.2 23 . 2 23.3 23 . 6 23 . 7 23.8 23 . 8 23 . 9 23.9 24 . 1 24 . 1 24 . 2 24 . 2 24 . 2 24.2 24 . 3 24 . 4 24 . 4 24.5 24 . 6 24 . 7 24 . 9 25 . 0 25 . 0 25 . 1 25 . 3 25 . 6 25.8 25 . 8 26 . 0 26 . 2 26 . 3 26 . 3 26 . 6 26 . 6 26 . 7 27 . 0 27 . 0 27 . 1 27 . 2 27 . 2 27 . 2 27 . 3 27 . 3 27 . 3 27 . 4 27 . 4 27 . 5 27 . 5 27 . 5 27 . 6 27.7 27 . 7 27.8 27.8 27 . 8 27 . 8 27 . 9 27 . 9 28 . 1 28 . 1 28 . 1 28 . 1 28 . 1 28 . 3 28 . 3 28 . 3 28 . 3 28 . 3 28 . 4 28 . 5 28.5 28 . 6 28 . 7 28 . 8 28 . 8 28 . 8 28 . 8 28 . 9 29 . 0 29 . 0 29 . 2 29 . 2 29 . 3 29 . 3 29 . 4 29 . 5 29 . 6 +6 9 +1 3 +4 0 +23 +37 +40 +2 6 +26 +4 1 - 05 +06 +1 4 +28 - 28 +3 4 +34 +34 - 16 +33 +34 +3 6 +24 +16 +29 - 16 +04 - 03 +17 +28 - 35 - 13 +25 +25 - 54 +16 +30 +48 +12 +26 +51 +56 +27 +39 +26 +30 - 02 +33 +30 +04 +01 +16 +16 +41 +46 +04 +37 +41 +6 9 +16 - 59 +0 8 +25 +16 +16 +26 +01 +25 +25 - 37 +78 +25 - 00 +13 +15 +25 +17 +11 +2 7 +17 +17 +30 +04 +26 +28 +23 +17 +37 +30 +20 +28 +16 - 33 +35 - 05 34 43 18 47 32 22 15 16 46 59 34 38 19 41 50 54 52 43 01 52 26 36 38 37 46 32 13 02 20 01 10 31 22 49 38 28 33 21 15 36 35 12 57 51 57 16 14 59 48 02 50 12 29 09 49 29 16 38 53 38 15 50 12 13 29 00 52 56 35 54 50 12 47 25 51 55 22 25 21 02 24 50 02 57 11 20 28 01 40 49 11 37 26 59 r r r m m r r x s F r s m s r s s s r r r r d m s z r m d d s d m r d m r z u r s z r m u s r d s u m d d s m m s D m s r D d d m m u m d x r r s m u r r s m z r d u m r m m r u s d d r s UM i Bo o Bo o Boo Boo Boo Bo o Boo Bo o Vir Vir Bo o Boo Hya Bo o Boo Boo Lib Boo Boo Bo o Boo Boo Boo Li b Vir Vir Boo Boo Cen Lib Boo Boo Lu p Boo Boo Boo Boo Boo Boo UMa Boo Boo Boo Boo Vir Boo Boo Vir Vir Boo Boo Boo Boo Vir Boo Boo UM i Boo Ce n Bo o Boo Boo Boo Boo Vir Boo Boo Cen UMi Boo Vir Boo Boo Boo Boo Boo Bo o Boo Boo Boo Vir Boo Boo Boo Boo Boo Boo Boo Boo Boo Cen Boo Vir 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 29 . 6 29 . 7 29 . 7 29 . 7 29 . 7 29.8 29.8 29 . 8 29 . 8 29.9 30 . 0 30 . 2 30 . 4 30 . 4 30 . 4 30 . 6 30 . 6 30.6 30.7 30.7 30.8 30 . 9 31.0 31.1 31 . 2 31 . 3 31 . 3 31 . 4 31 . 4 31.5 31 . 5 31 . 7 31.9 31 . 9 32.1 32 . 1 +30 - 29 +03 +03 +78 - 60 +4 9 +53 - 39 +3 6 +03 +31 +11 +35 +59 +11 +14 +1 4 +0 7 +2 9 +0 6 +05 +1 3 +2 5 +31 - 00 +15 +03 - 43 +4 9 +07 - 43 +0 6 - 46 +5 7 +28 49 46 16 14 51 43 37 57 32 21 46 13 55 19 29 52 00 00 17 10 00 58 59 21 13 56 15 00 31 58 04 25 14 02 55 33 d r s s r s s D d r u s r s s r r D s r h r r r x r d u d s z s r d s u Boo Hya Vir Vir UMi Ce n Bo o Boo Cen Bo o Vir Boo Boo Boo Dra Boo Boo Bo o Vi r Bo o Vi r Vir Bo o Bo o Boo Vir Boo Vir Lup Bo o Vir Lup Vi r Lup Dr a Boo 1.0 0.2 15. 14. 15. 15. 16. 14. 15. p p p p p p p 2.7 13. p 1.4 0.5 1.7 14. p 12.7 15. p 13. p 1.1 2.7 2.0 16. 11.7 12. 13. 15. 15. 14. p p p p p 0.3 2.0 0.2 16. 12.1 15. 14. 15. p p p 1.8 13. p 0.7 15. p 0.2 15. 14. 15. 15. 14. 13. 15. 15. 15. 15. 15. 13. 1.1 2.2 0.7 1.3 1.8 p p p p p p p p p p p p p p 2.5 2.3 0.4 14. p 15. p 16. p 2.3 0.8 0.5 2.5 12.3 15. p 14. p 14. p 0.6 3. 15. p 7.7 0.8 0.4 1.1 0.4 15. 15. 15. 15. p p p p 14. p 2.8 0.6 2.3 13. 15. 14. 14. 14. 14. 16. 16. 14. p p p p p p p p p 1.2 2.7 15. 15. 14. 16. 15. 14. 15. 13. p p p p p p p p 4.9 15. p 9. 6 2.6 0.4 1.2 1.0 0.6 0.8 1.9 2.6 10 . 2.8 1.2 1.8 2.1 1.8 2.6 0.2 15. p 15. p 11.3 15. p 6.3 11.8 14. 15. 12.2 14. 13. 13. 15. 14. 14. 12.3 14. 15. 14. p p p p p p p p p p p 15. p 1.6 14. p 2.6 14. 15. 12. 14. 1.9 3.2 1.2 p p p p 12. p 15. p eF, vS eF, S, R, pB* nr sf v F , b e t 55 9 8 an d 5 6 0 3 F F, S , R cF , p S , R , g b M e F , v S , st e l l a r ; = I C 4 4 1 2 F, S , R , d i f ; = 5 5 9 4 F , pL , l E , vg l b M no d e s c r i p t i o n F, S , l E p B , p S , gb M pB , c S , g b M N , r F, S , E , g v l b M , r eeF eF , p S , d i f , 2 ' n o f 5 6 1 4 pB , S , R, sm b M F, p L , R, vg b M , p o f 2 F, S , R , b M cl o s e n o f 5 6 1 4 ( v F * ? ) v F , S , c E , vg b M , e r vF , S , pm E 0 d e g + / - , *9 f vF , v S , R , l b M F, S , R , N v F , L , v l E , v g l b M , f of 2 vF , v S , R , l b M , * 1 0 . 5 nr F, p S , R, vg b M * , r vF , v S , R , l b M pF F, S , e E 4 5 d e g vF , p L , R , v g b M pB , S , R, gb M N F, S , E 2 2 0 d e g , N C l , v l R i , v l C , s t 10 F, v S , R, lb M F, c S , r vF , p S , v l E , v g l b M vF , S , di f vF , S , R, di f eF , S , lE B, S , R , p s b M N F, S , R , d i f vF , S , R, gb M F, c S , di f , r F, c S , R g b M , r eF , S cF , S , R, vs m b M , r no d e s c r i p t i o n vF , S , R, vg b M F, S , d i f F, v S , R, lb M F, e S , R, lb M no d e s c r , *8 n f cB , p S , R , p g l b M eF , S , st e l l a r F, R , s b M *1 3 . 5 F, S , E 9 0 d e g + / - , gb M v F , p L , R, bM F, v S , R C l , S , p C , st L & S eeF, L, r eF , v S F, v S , R, mb M F, v S , R, lb M pB , S , R, gb M , r F, v S , R, N = 1 4 m pF , v S , s b M , s t e l l a r F, v S , R, st e l l a r , * 1 3 n r ee f , vS , R , F* f Cl , e F , S ; n e b ? pF , S , R, gb M ne b , *1 1 f 1 5 0 s F, p L , R, vg b M vF , i F eF , e S , v di f f i c pF , S , R, gb M N = 14 m vF , v S , R , * 9 s p F , S, E, s b M F, v S , R, di f F, S , R , m b M vF , R , *7 p, * 1 1 s vF , v S , R , f 5 6 1 9 F, s t e l l a r , vF * c l o s e F, S , R , N vF , S , R, vg b M bM , m a g 1 5 F, c S , R, di f cF , S , * i n v , * 1 2 n f F, S , i R pB , p S , l E , mb M , r? vS , v l E , l b M cF , c S , i n d i s t i n c t eF , E s p n f , 4 5 " l gl o b . c l . , vB , c L , R, g b M , F, S , R , g b M N , r eF , S , R eF , c L , R , n p o f 2 cB , p L , R , s f o f 2 vF , S , R, S Cl p Cl, L, pRi, pCM, st 8... p B , L , i R , vg b M ee F , pS , R , *1 3 s p 0 ' . 7 vF , v S , m E 8 5 d e g F , S, E? , * * i n v ? vF , E n s pF , p S , R , b M pB , p S , R , g m b M pF , p L , R , m b M , r pB , p S , E 0d e g F, S , R , v l b M vF , S , no Nu c l ; = 5 6 4 9 e F , v S , np of 2 c F , p L , iR , g b M F , S, ir r , se v v F st in v , r? vF, pS, R pB , p L , v l E , b M e e F , s f of 2 eF pB ne b , R vF , v S , R , d i f pB , v S , E ns pF , p S , R F , S, cE , * 1 5 n p eF , s b M vF , v S , * M, s p i r o r a n n u l a r v F , p S , iE F, c S , E 1 6 0 d e g B , L, lE 0 d e g , vg m b M F, c S , di f , *1 0 . 5 n f r r r st 19 , * 8 56 5 8 56 6 5 I1 0 2 3 I4 4 5 2 I1 0 2 8 I1 0 2 9 56 7 2 56 7 5 56 4 3 56 6 9 56 7 6 56 6 6 I4 4 5 4 56 6 8 56 6 4 I1 0 3 0 56 7 4 56 6 3 56 1 2 I4 4 5 6 56 7 7 I4 4 5 3 I4 4 5 5 I4 4 5 7 I4 4 5 9 I1 0 3 1 I4 4 5 1 I4 4 6 0 I1 0 3 2 56 8 2 I1 0 3 3 56 8 3 56 8 7 56 7 9 I4 4 6 1 I4 4 6 2 56 6 2 56 8 9 56 7 0 56 8 1 56 8 0 56 8 4 I4 4 6 3 I4 4 6 5 56 8 6 56 8 5 56 9 3 I4 4 7 1 56 9 7 I4 4 6 6 I4 4 6 7 56 9 6 57 0 0 56 9 8 I1 0 3 4 I4 4 5 8 56 9 5 I4 4 6 9 57 0 7 56 9 0 I1 0 4 6 I4 4 6 4 56 9 1 57 0 4 I4 4 7 3 I1 0 3 5 57 1 4 56 9 2 56 9 9 57 0 8 I1 0 3 6 57 2 0 I1 0 3 7 I4 4 6 8 I4 4 7 4 I4 4 7 5 57 0 3 I4 4 7 7 57 0 6 57 1 7 I4 4 7 9 57 0 2 57 0 9 57 2 1 57 2 3 57 2 2 57 2 4 57 0 1 I4 4 7 8 57 1 0 57 1 1 I1 0 3 8 56 8 8 56 9 4 I1 0 4 9 57 0 5 I4 4 8 0 I4 4 7 6 57 3 1 I4 4 8 1 I4 4 8 2 57 1 3 I4 4 7 2 57 3 0 I1 0 4 0 I4 4 8 3 57 2 7 I1 0 3 9 I4 4 4 8 I4 4 8 5 57 3 2 I1 0 4 1 I1 0 4 2 I1 0 4 3 I1 0 4 5 57 1 8 57 1 9 57 1 6 57 2 5 I1 0 4 4 I4 4 8 6 57 2 9 I4 4 8 7 57 2 8 57 3 5 I1 0 4 7 57 3 9 I4 4 9 2 57 3 3 I4 4 8 8 57 2 6 133 Gx 14 32 . 4 Gx 14 32 . 4 14 32 . 4 Gx 14 32 . 4 14 32 . 5 Gx 14 32 . 5 Gx 14 32 . 6 Gx 14 32 . 6 Gx 14 32 . 7 Gx 14 32 . 7 Gx 14 32 . 8 Gx 14 33 . 1 14 33 . 3 Gx 14 33 . 4 14 33 . 7 14 33 . 7 Gx 14 33 . 8 Gx 14 33 . 9 Gx 14 34 . 1 14 34 . 1 Gx 14 34 . 2 Gx 14 34 . 5 14 34 . 5 14 34 . 5 Gx 14 34 . 5 14 34 . 6 Gx 14 34 . 6 Gx 14 34 . 6 14 34 . 7 Gx 14 34 . 8 14 34 . 8 Gx 14 34 . 9 Gx 14 34 . 9 Gx 14 35 . 0 14 35 . 0 14 35 . 0 OC 14 35 . 2 Gx 14 35 . 5 Gx 14 35 . 7 Gx 14 35 . 7 Gx 14 35 . 8 Gx 14 35 . 8 Gx 14 35 . 8 14 35 . 9 Gx 14 36 . 0 Gx 14 36 . 2 Gx 14 36 . 2 14 36 . 4 Gx 14 36 . 6 14 36 . 7 Gx 14 36 . 8 Gx 14 37 . 0 Gx 14 37 . 1 Gx 14 37 . 2 Gx 14 37 . 2 14 37 . 2 Gx 14 37 . 3 Gx 14 37 . 3 Gx 14 37 . 5 Gx 14 37 . 7 Gx 14 37 . 8 Gx 14 37 . 8 Gx 14 37 . 9 - 14 37 . 9 Gx 14 37 . 9 Gx 14 38 . 1 Gx 14 38 . 2 Gx 14 38 . 3 - 14 38 . 3 Gx 14 38 . 3 Gx 14 38 . 3 Gx 14 38 . 4 Gx 14 38 . 4 Gx 14 38 . 4 14 38 . 4 Gx 14 38 . 4 - 14 38 . 5 Gx 14 38 . 5 Gx 14 38 . 6 Gx 14 38 . 6 Gx 14 38 . 7 Gx 14 38 . 8 Gx 14 38 . 8 Gx 14 38 . 9 Gx 14 38 . 9 Gx 14 39 . 0 Gx 14 39 . 1 Gx 14 39 . 2 Gx 14 39 . 2 Gx 14 39 . 3 Gx 14 39 . 4 Gx 14 39 . 4 Gx 14 39 . 5 Gb 14 39 . 6 14 39 . 6 Gx 14 39 . 8 Gx 14 39 . 8 14 39 . 9 Gx 14 40 . 0 14 40 . 1 Gx 14 40 . 1 Gx 14 40 . 2 Gx 14 40 . 2 14 40 . 3 Gx 14 40 . 3 Gx 14 40 . 3 Gx 14 40 . 5 Gx 14 40 . 5 Gx 14 40 . 5 14 40 . 5 Gx 14 40 . 6 14 40 . 6 14 40 . 6 14 40 . 7 14 40 . 7 Gx 14 40 . 8 Gx 14 40 . 9 Gx 14 41 . 1 Gx 14 41 . 1 Gx 14 41 . 5 Gx 14 41 . 9 Gx 14 42 . 0 14 42 . 0 Gx 14 42 . 4 Gx 14 42 . 4 Gx 14 42 . 4 Gx 14 42 . 5 14 42 . 6 Gx 14 42 . 8 14 42 . 8 14 42 . 9 +0 0 +0 8 - 35 +2 7 +4 1 +4 9 +3 1 +3 6 - 44 +0 9 +4 9 +1 0 +1 7 +0 4 - 14 +3 1 +0 5 - 16 - 78 +1 6 +2 5 - 27 - 14 +1 8 +3 0 +4 8 - 36 +3 0 +4 7 +4 8 +4 7 +4 8 +5 4 +0 5 +2 6 +2 6 - 56 +4 8 - 45 +0 8 - 00 +3 6 +1 6 +1 5 +3 6 +2 9 +4 8 +4 1 +4 1 +1 8 +1 8 +4 1 +4 8 +3 8 +1 4 - 39 +3 6 +1 8 +5 1 +0 2 +6 9 - 36 - 00 +4 0 +1 5 +0 9 +4 6 +0 3 +2 9 +4 0 +1 8 +5 0 +1 8 - 22 +2 3 +2 3 +2 9 +2 8 +3 0 +4 6 +2 8 +2 0 +3 0 +4 6 +4 6 +4 6 +4 6 +0 5 +1 5 +2 0 +2 0 +1 1 - 45 - 26 +6 2 - 00 +1 8 - 16 +4 2 +1 6 +1 8 - 00 - 44 +4 2 +0 9 +1 6 +3 3 +0 3 - 78 +2 8 +3 8 +0 3 +0 3 +0 3 +4 2 +0 3 - 00 - 17 +0 2 +0 9 +1 8 - 09 +1 8 - 17 +2 8 +1 9 +4 1 +3 7 - 00 +1 8 - 18 16 05 48 26 51 54 40 17 10 53 28 29 43 27 35 42 26 34 24 11 27 31 38 13 58 02 17 17 57 40 56 40 29 20 31 32 33 45 57 18 03 32 02 34 29 54 35 40 41 20 21 49 33 28 40 28 34 15 34 17 00 53 24 31 50 20 38 24 30 28 07 52 10 22 26 20 30 27 29 41 30 31 27 41 41 40 44 22 53 03 00 55 02 32 02 43 29 14 46 08 57 17 19 45 28 41 59 25 49 40 39 21 26 21 45 28 19 29 10 26 33 03 37 15 44 10 50 25 21 36 26 r s d z d v s r s s s r d s D d r r s d r c d d m d c m d s d v s r d d s s t r r r z d r r s x r d z r r r z d r u s s m c s r m m s s r r z r m c d z r z r r u r r r r r r s z r r z t s D s m d r d z s c D z u s z c d r d d d d r s s r m m s d s r m s d s d D Vi r Bo o Ce n Bo o Bo o Bo o Bo o Bo o Lu p Bo o Bo o Bo o Bo o Vi r Li b Bo o Vi r Li b Ap s Bo o Bo o Hy a Li b Bo o Bo o Bo o Ce n Bo o Bo o Bo o Bo o Bo o Bo o Vi r Bo o Bo o Ce n Bo o Lu p Bo o Vi r Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Ce n Bo o Bo o Bo o Vi r UM i Ce n Vi r Bo o Bo o Bo o Bo o Vi r Bo o Bo o Bo o Bo o Bo o Li b Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Bo o Vi r Bo o Bo o Bo o Bo o Lu p Hy a Dr a Vi r Bo o Li b Bo o Bo o Bo o Vi r Lu p Bo o Bo o Bo o Bo o Vi r Ap s Bo o Bo o Vi r Vi r Vi r Bo o Vi r Vi r Li b Vi r Bo o Bo o Li b Bo o Li b Bo o Bo o Bo o Bo o Vi r Bo o Li b 2. 1 3. 0 1. 0 4. 6 4. 1 3. 9 3. 3 2. 0 2. 0 0. 5 1. 9 0. 7 2. 0 0. 7 2. 6 12 . 3. 7 2. 0 1. 9 1. 6 2. 8 3. 5 0. 8 1. 6 2. 0 0. 5 0. 7 3. 0 0. 9 0. 8 2. 3 1. 5 4. 7 3. 9 3. 6 2. 8 0. 5 2. 8 1. 8 1. 6 2. 3 1. 0 3. 4 1. 9 1. 0 0. 7 3. 0 2. 8 0. 6 2. 2 1. 3 14 . p ne b , F, E 13 . p pB , pL , R, gb M , r ne b 15 . p F, S, R, gb M , r pB , S, R, F* cl o s e nf vF , S, lE , mb M 13 . 6 vF , vL , iR , lb M , ** p 14 . p F, pS , E, bM 11 . p pB , L, R, vg l b M , st in v 12 . p F, L, R, lb M , r 10 . 9 B, L, E 45 d e g +/ - , pg b M , r 13 . p vF , vS , R, st e l l a r F, eS , R, lb M 11 . 5 F, pS , vl E , *1 4 in v pF , S, E, gb M pF 13 . p cF , pS , R, gb M 15 . p eF , vS , R, gl b M 13 . p vF , E, gb M , r F, S, R, di f 15 . p vF , vS , R, r, 3 st 9, 10 np pB , eS , R, F* cl o s e eF , cS , cE 30 d e g F, vS , R, lb M 15 . p F, pL , E ns , gl b M , r ee F , S, R vF , vS , R, * n 0' . 5 F, S, di f , gl b M ee F , S, R 14 . 0 F, pS , E ee F , S, R 14 . 8 F, vS , lE 11 . 8 pF , S, iF , r, *1 0 f 14 . p vF , S, R, *1 2 at t F, vS , R, N, r F, S, R 5. 5 Cl , L, pR i , lC , st 9. . . 11 . 9 cB , pL , E 87 d e g , ps m b M vF , S, cE , be t 2 st 14 . p F, S 15 . p vF , vS 14 . p F, cS , R, bM , p of 2 15 . p F, vS , R vF , vS , lE 18 0 d e g 15 . p vF , S, R, f of 2 15 . p vF , vS , R, gb M N = 15 m 15 . p F, pL , *1 3 at t s no de s c r i p t i o n ; = 56 9 7 14 . p F, vS , R, bM , 4 B st p; = IC 44 7 1 F, vS , lE 15 . p F, vS , R, lb M 14 . p cF , cS , R, lb M , r 15 . p eF , S, r, *1 1 sp 4' 14 . p cF , cS , lE , in tr i a n g l e of st 16 . p vF , lb M eF , eS , E 10 0 d e g 14 . p pB , cS , R, bM , r 16 . p F, pL , eE 11 0 d e g 13 . p B, pS , R 13 . p vF , mE 13 8 d e g , F* at t sf , *7 p 4' 15 . p eF , S, R, D* f vF , S, R, N, wi s p at 45 d e g 13 . p pB , pS , lE , gb M F, cS , lE 0d e g +/ 15 . p vS , co m , 17 0 d e g 15 . p pF , vS , R, S, * nr 14 . p vF , pS , E pf , D* n, 1s t of 6 13 . p pB , vS , R, gb M eF , vS ; = 57 0 6 ? 14 . p F, pL , E 0d e g +/ - , gb M 16 . p pF , S 14 . p ee F , pS , R, be t 2 st 15 . p F, vS , R, st e l l a r F, pL , cE 16 0 d e g , cb M F, vS , R, N 15 . p F, vS , N, st e l l vF , vS , iR ; = 57 0 9 ? 15 . p F, vS , di f , *1 2 p 2s , 15 " n 15 . p vF , vS , R, vl b M 15 . p vF , S, R, D* nr , 2n d of 6 15 . p F, cS , N, di f 14 . p vF , vS 14 . p vF , S, iF , E pf 15 . p vF , S, R; fo r m s tr a p e z wi t h 57 2 2 - 4 15 . p vF , S, R 15 . p vF , S, R, ps b M 17 . p vF , S, R; F ne b co n n e c t i n g 57 2 1 - 4? 12 . p cB , pS , R, mb M , *1 1 p 15 s 15 . p bM , ma g 15 14 . p vF , S, vg b M , ** f, p of 2 15 . p eF , vS , ** at t , f of 2 15 . p F, vS , st e l l a r , *1 0 f 8s F, S, vg b M , am st 10 . 2 cB , cS , R, ps b M , r, *9 . 5 sp ee F , pS , R 14 . p eF , L, lE , eF di f ne b y ar o u n d 15 . p F, S, R, di f , * in M ne b , *7 nf 5' 14 . p vF , eS , lE eF , vS , R, di f 15 . p F, S, R 11 . 4 cB , pL , R, ps m b M , r L, eE 18 0 d e g , be t 2 st ns , do u b t f u l vF , cS , E 90 d e g +/ 15 . p eF , vS 15 . p E 20 0 d e g , lb M 14 . p eF , pL , R, di f 16 . p vF , vS , lb M !! F, vS , an n u l , * in M F, S, di f 14 . p vF , S, R, lb M pB , vS , R, N = 12 m vF , vS , R, bM , cl o s e D wi t h 57 1 8 vF , vS , R, bM ee F , pS , R, ne a r l y be t 2 st 14 . p vF , S, R, vg l b M , *8 - 9 nf 14 . p pF , S, lE , bM 13 . p vF , pL , R 14 . p vF , S, di s c , *1 5 s 95 " 15 . p F, vS , R, gb M 16 . p vF , vS , R, di f 13 . p F, pL , E, r F, eS , R, lb M 11 . 3 pF , pL , pm E 45 d e g +/ - , mb M , *1 0 s 14 . p vF , L, iR , lb M 16 . p vF , S, v, di f 13 . p pB , S, R, sm b M , r, * nr F, vS , R, N, st e l l 15 . p vF , S, mE vF , eS , R, lb M F, S, R, gb M , *1 0 . 5 np 3' I104 8 57 3 7 I448 9 5715 57 3 6 57 4 4 57 5 1 I449 6 57 3 8 I105 0 I105 1 I105 2 I449 5 I449 7 57 4 0 57 4 7 I449 3 I449 1 I449 4 I450 0 57 4 6 57 4 8 I449 8 57 3 4 57 4 3 57 4 5 57 5 2 I450 2 57 5 3 57 5 4 I449 0 5755 I105 3 57 4 2 I105 6 I105 7 5741 57 5 0 I105 4 I450 4 I450 3 I450 5 I450 6 5758 57 5 9 I105 5 I450 1 57 5 6 57 6 0 I448 4 I450 7 57 5 7 I450 8 I450 9 57 6 2 57 4 9 57 6 3 5761 I105 8 I106 5 57 6 7 I451 2 I105 9 I451 0 5765 I451 4 I106 9 I451 5 I106 1 5777 I106 2 57 7 2 I106 0 I107 4 57 6 8 I451 1 5771 5779 I106 3 I106 4 I451 3 57 7 3 57 6 9 I106 6 I106 7 5766 5788 5770 57 8 3 I106 8 5764 5774 5808 57 8 5 I107 0 I451 6 5775 5819 5784 I107 1 I107 2 I107 3 57 8 0 5778 I451 7 57 7 6 I107 5 I451 9 I107 6 I452 0 57 8 7 I108 3 5794 5804 5807 5782 5805 57 9 5 57 9 7 I107 8 5781 5789 I107 9 I107 7 5790 5798 I451 8 5832 I108 0 5792 58 2 0 Gx 14 Gx 14 14 OC 1 4 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 14 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 14 Gx 14 Gx 14 14 Gx 1 4 Gx 14 Gx 14 Gx 14 14 Gx 1 4 Gx 14 Gx 14 Gx 14 Gx 14 14 14 Gx 1 4 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 OC 14 Gx 14 Gx 1 4 Gx 14 Gx 14 Gx 14 14 Gx 14 14 Gx 1 4 14 14 14 14 Gx 1 4 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 14 Gx 1 4 Gx 1 4 14 14 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 1 4 Gx 1 4 Gx 1 4 Gx 14 Gx 14 OC 1 4 Gx 1 4 14 - 14 Gx 14 14 Gx 1 4 Gx 1 4 Gx 1 4 Gx 14 Gx 14 Gx 14 Gx 14 Gx 1 4 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 14 Gx 1 4 Gx 1 4 Gx 1 4 14 Gx 1 4 Gx 14 Gx 14 14 Gx 1 4 Gx 1 4 14 Gx 14 Gx 1 4 Gx 1 4 Gx 14 Gx 1 4 Gx 14 Gx 1 4 Gx 14 42 . 9 43 . 2 43 . 2 43.4 43 . 5 43 . 9 43 . 9 43 . 9 44 . 0 44 . 1 44 . 2 44 . 2 44 . 2 44 . 3 44 . 4 44 . 4 44 . 4 44 . 5 44 . 5 44 . 6 44 . 9 45 . 0 45 . 0 45 . 1 45 . 1 45 . 1 45 . 3 45 . 3 45 . 4 45 . 4 45 . 4 45.5 45 . 6 45 . 8 45 . 8 46 . 0 46.1 46 . 2 46 . 5 46 . 5 46 . 6 46 . 6 46 . 7 47.1 47 . 3 47 . 4 47 . 5 47 . 6 47 . 7 47 . 7 47 . 7 47 . 8 47 . 8 48 . 4 48 . 7 48 . 9 49 . 0 49.1 49 . 1 49 . 3 49 . 7 49 . 9 50 . 7 50 . 7 50.8 50 . 9 51 . 0 51 . 1 51 . 2 51.3 51 . 3 51 . 7 51 . 9 52 . 0 52 . 1 52 . 1 52.2 52.2 52 . 2 52 . 2 52 . 3 52 . 5 52 . 6 53 . 0 53 . 1 53.2 53.2 53.4 53 . 5 53 . 5 53.6 53.7 53.8 53 . 9 53 . 9 53 . 9 54.0 54.0 54.2 54 . 2 54 . 2 54 . 2 54 . 4 54.5 54 . 5 54 . 6 54 . 8 54 . 8 55 . 0 55 . 1 55 . 3 55 . 6 55.7 55.7 55.7 55.9 55.9 56 . 3 56 . 3 56 . 5 56.6 56.6 56 . 6 57 . 4 57.5 57.7 57 . 7 57.8 58 . 1 58.4 58 . 7 +04 +18 +18 - 57 +11 - 18 +53 +33 +01 +18 +19 +20 +23 +28 +01 +12 +12 - 13 +15 +37 +01 +21 +26 - 20 - 20 - 13 +38 +37 +38 +38 - 36 +3 8 +16 - 11 +50 +50 - 11 - 00 +01 +31 +16 +33 +33 +1 3 +13 - 13 - 22 - 14 +18 - 73 +18 - 19 +31 +31 +12 - 54 +12 - 20 +17 +63 +47 +27 - 00 - 20 +0 5 +27 +54 +37 +18 +5 8 +18 +40 - 07 +51 - 02 - 40 +2 9 +5 5 +04 +04 - 20 +29 +07 +03 +03 - 21 +5 2 +0 3 +52 +03 - 52 +0 3 +7 3 +52 +03 +16 +0 3 +7 3 +4 2 +04 +04 +04 +28 +1 8 +23 +02 +18 +37 +18 +33 +42 +68 +4 9 +4 9 +6 3 +1 1 +4 9 +49 +49 +09 - 17 +3 0 +09 - 19 +0 8 +2 9 - 43 +7 1 - 06 - 01 +53 53 53 31 33 13 29 25 23 37 01 01 37 33 32 41 09 07 44 30 29 57 55 17 52 54 56 43 18 43 47 10 46 57 48 25 22 54 13 16 42 06 24 24 40 28 44 25 51 31 18 27 05 47 48 28 31 29 22 02 16 23 42 52 44 07 37 23 36 45 58 41 36 13 17 32 30 51 54 41 40 44 48 56 18 20 22 03 57 05 04 41 35 01 09 29 23 33 08 33 45 51 48 57 38 38 58 06 25 02 43 30 24 44 39 55 53 43 23 42 21 15 13 22 13 17 58 08 41 42 05 53 s r d s r A r m r z z u z m s r x d m m s r m r r r r d r r d r m r u d r s u z m d d r r v m s r c m s z u r s r r u s r d z d r d d d d s m s m u s d r r d d d r r u v r r r s m s s D r z d s r r u m z r r z r u m v m s m r r r D r r r d r r d c r r c s m s s Vir Boo Boo Ci r Boo Lib Boo Boo Vir Boo Boo Boo Boo Boo Vir Boo Boo Lib Boo Boo Vir Boo Boo Lib Lib Lib Boo Boo Boo Boo Cen Bo o Boo Lib Boo Boo Li b Vir Vir Boo Boo Boo Boo Bo o Boo Lib Lib Lib Boo Aps Boo Lib Boo Boo Boo Lup Boo Li b Boo Dra Boo Boo Lib Lib Vi r Boo Boo Boo Boo Dr a Boo Boo Lib Boo Lib Cen Bo o Dr a Vir Vir Lib Boo Boo Vir Vir Li b Bo o Vi r Boo Vir Lu p Vi r UM i Boo Vir Boo Vi r UM i Bo o Vir Vir Vir Boo Bo o Boo Vir Boo Boo Boo Boo Boo UMi Bo o Bo o Dr a Bo o Bo o Boo Boo Boo Li b Bo o Boo Lib Bo o Bo o Lup UM i Lib Li b Boo 2.5 6. 0.3 1.1 0.6 3.1 1.0 0.3 7.9 0.4 0.5 2.0 2.9 1.2 0.8 2.6 0.9 2.0 2.5 0.8 2.1 1.0 8. 1.6 1.3 3.3 0.3 2.3 1.0 1.0 2.0 1.6 2.3 3.0 0.2 2. 3.2 4.3 1.2 0.5 1.3 0.6 1.2 0.4 1.2 0.7 2.0 1.4 4.0 0.4 7.2 2.5 1 4 . p pB , p L , E pf , r 1 4 . p vF , c S , R , v g l b M vF , e S , R , l b M 1 0 . p C l , L , p R i , C M , st 1 1 . . . 1 3 1 5 . p ee F , S, l E , v d i f f i c eF , v S , n e b ? 1 4 . p F, S , v l E , t r i a n g l e 2 st 10 - 1 1 1 5 . p F, S , R , N 1 4 . p F, S , b M 1 5 . p vF , S , R, di f 1 5 . p F, v S , st e l l a r 1 5 . p ne b * 1 2 1 6 . p vF , v S , R 1 5 . p F, S , R , N , r, *1 2 . 5 f 5 s 11.9 pB , L , iR , g b M , r 1 4 . p eF , S ; = I C 44 9 3 eF , S , R, di f , rM ; = 5 7 4 7 F, S , e E 0 d e g 1 5 . p vF , v S , R , d i f 1 5 . p F, S , R , g b M 10.6 B, L , v m E 17 0 d e g , b m B N 1 5 . p eF , v S 1 5 . p F, S , R , g b M 1 4 . p vF , S , lE , g l b M 1 3 . p F, S , m E , sm b M N 1 4 . p vF , S , E, ps l b M 1 4 . p F, 1 ' p 5 7 5 4 F, S , d i f r, * 1 4 vn r 1 5 . p F, b M , np 57 5 4 1 4 . p cF , c S , R , b M ov a l , a r o u n d 2 st 9 . 5 & 1 0 1 5 . p F , 2' nf 5 7 5 4 1 5 . p eF , v S , v di f , *4 p 28 s 1 4 . p F, p S , pm E , gb M N 1 4 . p ee F , L, R , 3 p B s t s f eF , p S , R , b e t 3 st 1 5 . p v F , v S , R, sb M N 11.6 pF , p S , v l E , r 1 5 . p vF , v S , s b M N = 14 m 1 5 . p F, S , R , N , r 1 5 . p F, v S , R F, S , R , N vF , v S , N 1 5 . p e F , p S , R, *9 f 22 s 1 5 . p eF , S , R F, p L , E n s 1 4 . p vF , S , in d i s t i n c t 1 3 . p pB , p L , p m E , g p m b M 1 4 . p vF , v S , c E 9 0 d e g , v g l b M eF , e E 14 0 d e g , s u s p 1 6 . p vF , e S , R 1 3 . p vF , S , iR , l b M 1 5 . p F, S , R , s b M * 1 4 1 5 . p F, c S , iF , r 1 4 . p vF , S , R, p of 2 9. p Cl , p L , p R i , l C , st 10 . . . 1 1 1 5 . p ee F , pS , v d i f f i c , f o f 2 14. p vF, S, R, glbM N 1 5 . p F, E ns , m b M N = 1 4 m 13.4 vF , p S , R 1 5 . p eF , p S , R , * n r vF , S , R 1 6 . p F, S , l b m , r vF , v S , i R , su s p 1 4 . p D n e b , bo t h eF F, S , R , N , *1 3 v n r pF , v S , R , n o s t nr F, S , R , g b M , r eF , e S , d i f f i c 1 4 . p v F , v S , lE 1 5 . p pF , i F , d i f f i c 1 4 . p pB , p L , l E , ps l b M , * 8 np 1 4 . p no d e s c r 1 5 . p ee F , S, R 1 3 . p F, R , b M F N , S* s cS , R , lb M , di f 14. p vF, S, R, pgbM 1 5 . p v F , p S , lE , l b M pF , s t e l l a r vF , v S , R , l b M F, S , v E 8 0 d e g 1 4 . p vF , S , R, pg b M 1 5 . p vF 1 4 . p F, v S , R F, v S , R, bM 1 4 . p e F , p S , R, gb M 1 5 . p e e F , S , R, v di f f i c , sf o f 2 1 3 . p c F , S , v l E , b M , bi N 1 3 . p pB , p S , i R , F* in v 1 5 . p F, p L , di f 1 3 . p C l , v F , vS , v C 12.2 p F , p L , R, np o f 2 v F , S , i R , be t 2 s t vF , p S , F * c l o s e f, np o f 2 1 5 . p vF , S , R, di f f i c vF , p S , R 11.4 F , pS , v m E 14 8 d e g , g v l b M 1 4 . p F , pL , t r i a n g l e 2 st 1 3 . p p B , S , R , s m b M , st e l l a r 1 4 . p vF , S , R, bM 1 5 . p vF , v S , R , v l b M , 2n d o f 3 1 5 . p vF , S , R, S* s , 3 r d of 3 1 4 . p vF , S , R, * nr sp 1 5 . p e e F , p S , R , p B * cl o s e f , d i f f i c 1 5 . p F, S , N d i f 1 4 . p vF , p L , v l b M , * 8 - 9 s p 1 5 . p ee F , pS , R , v d i f f i c 1 5 . p F, S , d i f , * 1 4 sp eF , p S , R , b M , * sp 1 5 . p F, v S , R, N, r 1 4 . p F, c S , R, ps l b M 1 6 . p ee F , S, R 1 4 . p p F , S , v s b M * 1 3 , 1 s t of 4 v F , v S , vs m b M , * 6 nr 15. p vF, vS, r e F , v S , E, * nr sf S 1 4 . p vF , p S , l E , pB * c l o s e to p en d 1 3 . p F, S , v s b M * 1 3 , 2 n d of 4 pF , v S , R , l b M 1 4 . p F , S, R, b M , *1 6 s p 1 4 . p e F , p S , iF F, v S , R, gb M vF , v S , R , g b M N 1 5 . p e F , v S , iF , l b M 1 3 . p F , S, R, v g b M , * n f eS , R ; al s o on e p L , eE 1 0 0 d e g 1 2 . p p B , c L , iR , b p , r 1 4 . p vF , v S , R , l b M 1 2 . p p B , p L , R, mb M , *8 - 9 np 1 ' 11.9 B, E 90 d e g + / - , sb M , B D * f 8 ' 57 9 1 58 1 8 58 2 1 I1 0 8 1 I1 0 8 2 57 8 6 57 9 3 57 9 6 58 3 6 58 1 7 I4 5 2 1 58 2 6 58 0 6 I4 4 9 9 58 0 1 58 0 2 58 1 1 58 1 5 58 2 8 58 0 9 58 0 3 58 1 2 58 1 3 I1 0 8 4 58 1 4 I4 5 2 8 58 3 0 58 2 7 58 0 0 58 2 5 58 1 6 I4 5 2 4 58 3 5 I4 5 2 5 58 1 0 I4 5 2 6 58 2 9 I1 0 8 5 I1 0 8 6 I1 0 9 0 I4 5 3 0 58 2 4 58 3 4 58 3 1 58 4 0 I4 5 3 1 I4 5 3 3 I4 5 3 2 58 3 7 58 4 2 58 2 2 I4 5 2 3 58 3 8 57 9 9 58 3 9 58 4 1 58 2 3 I4 5 2 7 58 5 3 58 4 5 58 6 2 58 4 7 I1 1 0 0 58 4 6 58 6 7 I1 0 9 8 I4 5 2 9 58 6 6 58 6 0 58 7 0 58 4 8 I1 0 8 7 I1 0 8 8 58 4 9 58 5 1 I1 0 9 9 58 5 2 58 5 0 58 5 6 I1 0 8 9 58 4 3 58 5 7 I1 0 9 2 58 5 9 I1 0 9 3 I1 0 9 4 58 5 4 58 5 5 58 7 4 I1 0 9 1 I4 5 3 4 I1 0 9 5 I1 0 9 6 I1 0 9 7 I4 5 3 5 58 5 8 58 8 1 58 7 5 58 6 1 58 7 6 58 6 4 58 7 9 58 6 5 58 6 8 58 6 9 58 7 1 58 4 4 58 6 3 I1 1 0 1 58 7 2 I1 1 0 2 I1 1 1 4 59 0 9 I4 5 2 2 I1 1 0 3 58 9 4 59 1 2 58 3 3 I1 1 1 0 58 8 6 58 7 3 58 7 7 I1 1 0 4 58 8 8 58 8 4 I4 5 3 6 58 8 9 I1 1 0 5 58 9 3 58 9 2 58 7 8 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx OC Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl ** * * Gx 134 Gx Gx Gx Gx Gx 14 14 14 14 14 14 14 14 14 14 14 14 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 58 . 8 58 . 8 58 . 9 58 . 9 58 . 9 59 . 0 59 . 4 59 . 4 59 . 5 59 . 6 59 . 6 59 . 8 00 . 0 00 . 3 00 . 4 00 . 5 00 . 5 00 . 5 00 . 6 00 . 9 01 . 0 01 . 0 01 . 2 01 . 3 01 . 4 01 . 4 01 . 7 01 . 8 02 . 0 02 . 0 02 . 1 02 . 1 02 . 3 02 . 4 02 . 6 02 . 6 02 . 7 02 . 7 03 . 4 03 . 7 03 . 8 04 . 0 04 . 0 04 . 1 04 . 3 04 . 4 04 . 4 04 . 5 04 . 7 04 . 8 05 . 2 05 . 2 05 . 4 05 . 5 05 . 5 05 . 6 05 . 7 05 . 7 05 . 8 06 . 0 06 . 0 06 . 3 06 . 3 06 . 4 06 . 4 06 . 4 06 . 4 06 . 5 06 . 6 06 . 6 06 . 7 06 . 7 06 . 7 06 . 9 06 . 9 06 . 9 07 . 0 07 . 1 07 . 3 07 . 4 07 . 5 07 . 5 07 . 5 07 . 6 07 . 7 07 . 7 07 . 8 07 . 9 07 . 9 08 . 2 08 . 2 08 . 5 08 . 5 08 . 5 08 . 7 08 . 8 09 . 1 09 . 2 09 . 3 09 . 5 09 . 6 09 . 8 09 . 9 09 . 9 09 . 9 10 . 1 10 . 7 10 . 8 10 . 9 11 . 0 11 . 1 11 . 3 11 . 5 11 . 5 11 . 6 11 . 7 11 . 7 11 . 8 12 . 1 12 . 7 12 . 8 12 . 8 12 . 8 13 . 1 13 . 2 13 . 2 13 . 3 13 . 3 13 . 6 13 . 7 13 . 8 - 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, sb M N 10 . 6 Cl , vF , 4' di a m ; 3 F st in ne b ? vF , vS , sb M , 1s t of 3 vF , vS , sb M , 2n d an d br i g h t e s t 15 . p vF , S, iR 14 . p eF , pS , E 10 d e g , D* in v 14 . p eF , pS , R, be t 2 di s t st 14 . p vF , S, E, gl b M vF , vS , sb M , 3r d of 3 11 . 2 cB , S, R, sv m b M 10 . 7 B, pS , R, ps m b M 14 . p eF , S, R, di f 14 . p vF , vS , R 15 . p eF , pS , di f , r 15 . p vF , S, R, B* nr f 14 . p pB , pL , R, bM Cl , pL , pR i , lC ee F , pS , lE , pB * cl o s e f F, pS , gb M N , st e l l a r 16 . p F, S, iF , gb M , r 15 . p vF , pS , R 16 . p vF , cS , di f 14 . p eF , vS , lE 23 0 d e g , be t 2 vF st vF , vS , N 15 . p vF , vL , ir r R , bM 15 . p pB , vS , lE ns F, iR , bM N eF , ne b ? 15 . p F, S, di f , *1 3 . 5 nf 9. 0 pB , S, st e l l , N ee F ? B, st e l l a r ; = 58 2 4 11 . 5 pB , S, mb M ee F , pS , lE , v di f f i c 16 . p F, vS , R, N 15 . p F, S, iF , *1 0 . 5 f vF , N, st e l l a r 14 . p vF , S, R, D* np 15 . p eF , vS , R, lb M 7. p Cl , vL , Ri , lC , st 9. . . 1 2 bM , ma g 14 10 . 8 pB , pS eF , S, R, bM 14 . p pF , pS F, S, E 7. 9 Cl , cL , Ri , lC M , st 13 . . . 1 4 cS , E 22 5 d e g , bM 15 . p pF , pS , R, mb M , r? 12 . 3 vF , R 15 . p eF , pS , R, v di f f i c 15 . p eF , S, iR 14 . p vF , pS , lE , be t 2 st 10 . 2 vB , pL , R, ps b M N , F* in v s, rr eF , vS , st e l l a r vF (o n l y a *1 3 ? ) bM , ma g 14 10 . 0 vB , cL , pm E 14 6 d e g , gb M 14 . p F, S, R, ps b M 15 . p eF , pS , lE , v di f f i c , * f 15 . p eF , S, cl o s e D* sf 7' vF , vS ee F , vS 15 . p *1 3 in vF ne b , 3 st p 1s , *8 f 10 s , 15 ' s 15 . p eF , vS , np of 2 ee F , pS , R, be t 2 F st 14 . p eF , vS , sf of 2 11 . 0 cF , S, lE , ps b M ne b *6 (? ? ) 15 . p eF , vS , R vF , S, lE , vl b M , r 13 . 1 cF , cS , E, p of Dn e b 15 . p vF , vS , R 12 . 4 pF , pS , E, f of Dn e b 15 . p pB , vS , R, lb M 15 . p pB , vS , R, bi N 11 . 8 pB , S, vl E , lb M , am st 15 . p eF , S, R, 2 st nf 14 . p vF , pL , R, in tr i a n g l e of 3 B st vF , S, di f pB , S, E ns , N ee F , S, lE 15 . p vF , S, di f 15 . p vF , vS , R, lb M F, S, di f , *1 4 sp 14 . p F, S, st e l l N, 58 6 1 sf pF , cS , R, vg b M (p l a c e ? ) 13 . p pB , pL , lE 12 . p F, L, E, r 14 . p F, S, R, mb M 13 . p pF , cS , il E , gb M , *1 4 f 11 . 5 cB , S, E, mb M R N , r 15 . p eF , 58 6 9 s 3' eF , 58 6 9 s 3' ; = 58 6 5 13 . p pF , S, E, ps b M eF , fo r m s tr a p e z wi t h 3 ne b p pB , pL , R, vg v l b M 14 . p *1 2 in eF ne b , S, R eF , vS , *1 3 f 1s .5 , *1 3 p 2s 14 . p vF , S, R, vm b M , *1 3 nf 0' . 5 15 . p ee F , vS , F* sf , v di f f i c vF ; on l y a *1 3 ? 14 . p vF , vS vF , vS , cb M , st in v vF , S 13 . p pF , pS , E 0d e g +/ 14 . p vF , vS F, cS , lE , gl b M , am st 15 . p ee F , S, mE 15 . p F, vS , R, bM 13 . p PN , st e l l a r = 9. 5 ma g vF , S, *1 2 at t n vF 14 . p cF , vS , R, bM , r on l y 2 F st (p o s 17 0 d e g , di s t 7" ) vF , L, R, F* at t np , F* nr sf 16 . p ee F , gl b M ee F , S, lE , F* np 14 . p F, S, R, r, 3 st nr 13 . p eF , L, gb M 11 . 5 pB , pL , pm E 0d e g , ps m b M , * in v 5895 5896 I110 6 I110 7 5902 I111 1 5887 5899 58 8 0 5885 5900 59 0 1 5883 5905 5906 5907 5891 5908 5882 I110 8 I110 9 58 9 7 I453 7 5890 I111 2 5898 I111 3 I453 9 59 0 3 5904 M5 59 1 4 5910 59 1 8 I454 0 59 1 1 59 1 3 5922 59 2 3 I453 8 59 1 7 59 1 9 5915 59 1 6 59 2 0 5921 59 2 4 I111 6 I454 2 I111 5 5926 I111 7 I454 3 5939 I111 8 I111 9 59 2 8 5929 59 3 0 I112 0 59 3 2 59 3 3 I454 6 I454 7 I454 8 59 2 5 I112 1 59 2 7 59 4 9 59 3 4 59 3 5 I112 3 I454 9 I454 4 59 3 1 I112 2 I113 9 5943 59 4 5 I454 1 5936 I112 4 5947 I114 3 59 3 7 59 4 0 59 4 1 59 5 0 59 4 2 59 4 4 I112 9 5948 I112 5 5963 5951 I455 1 5965 5953 59 5 4 I455 7 59 5 8 5952 I455 0 5969 59 5 6 I112 6 I455 2 I455 3 5955 I455 4 5961 59 5 7 5946 I455 6 59 7 1 5966 I455 8 I456 0 I112 7 I455 9 I456 2 I456 3 59 6 0 5938 5962 I456 4 I456 5 I456 6 59 7 6 I456 1 59 5 9 Gx Gx Gx Gx Gx 13.8 13.8 14 . 0 14 . 2 14.4 14 . 4 14.8 15.0 15 . 1 15.1 15.1 15 . 1 15.2 15.4 15.8 15.9 16.3 16.7 16.8 16 . 8 17 . 1 17 . 4 17 . 5 17.9 17 . 9 18.2 18 . 3 18 . 5 18 . 6 18.6 +4 1 +4 1 +04 +04 +5 0 +54 +0 1 +4 2 - 14 - 10 +4 2 +42 - 14 +5 5 +5 6 +5 6 - 11 +5 5 - 45 - 45 +05 - 21 +02 - 17 +07 - 24 +12 +32 - 24 +0 2 59 59 43 43 21 32 08 03 34 05 13 12 37 31 20 19 31 25 39 39 15 01 02 35 13 06 29 24 04 05 r r z z r d r s F s s r D s h s r s s d z s z r z s m m s s Bo o Bo o Ser Ser Bo o Boo Se r Bo o Lib Li b Bo o Boo Li b Dr a Dr a Dr a Li b Dr a Lu p Lup Ser Lib Ser Li b Ser Li b Ser CrB Lib Se r G x 1 5 18 . 7 Gx 1 5 1 9 . 3 G x 1 5 19 . 3 1 5 20 . 1 G x 1 5 20 . 4 G x 1 5 20 . 9 Gx 1 5 2 1 . 2 G x 1 5 21 . 2 G x 1 5 21 . 2 G x 1 5 21 . 4 G x 1 5 21 . 5 Gx 1 5 2 1 . 6 G x 1 5 21 . 6 G x 1 5 21 . 8 Gx 1 5 2 1 . 9 G x 1 5 21 . 9 G x 1 5 21 . 9 1 5 22 . 1 * 1 5 22 . 4 Gx 1 5 2 3 . 4 1 5 24 . 4 P l 1 5 24 . 6 Gx 1 5 2 4 . 8 G x 1 5 25 . 1 G x 1 5 25 . 7 G x 1 5 25 . 9 Gx 1 5 2 6 . 1 G x 1 5 26 . 1 1 5 26 . 2 G x 1 5 26 . 8 G x 1 5 27 . 0 G x 1 5 27 . 0 G x 1 5 27 . 3 1 5 27 . 4 O C 1 5 27 . 7 G x 1 5 27 . 8 G b 1 5 28 . 0 G x 1 5 28 . 0 G x 1 5 28 . 2 G x 1 5 28 . 3 1 5 28 . 9 G x 1 5 29 . 2 1 5 29 . 4 G x 1 5 29 . 5 G x 1 5 29 . 5 G x 1 5 29 . 6 Gx 1 5 2 9 . 8 G x 1 5 29 . 8 G x 1 5 29 . 9 Gx 1 5 3 0 . 0 1 5 30 . 0 Gx 1 5 3 0 . 7 G x 1 5 30 . 7 G x 1 5 30 . 8 G x 1 5 31 . 2 G x 1 5 31 . 5 G x 1 5 31 . 5 G x 1 5 31 . 6 G x 1 5 31 . 7 G x 1 5 32 . 0 - 15 32.9 G x 1 5 33 . 1 Gx 1 5 3 3 . 5 Gx 1 5 3 3 . 7 1 5 33 . 9 Gx 1 5 3 4 . 0 Gx 1 5 3 4 . 5 G x 1 5 34 . 6 G x 1 5 34 . 6 G x 1 5 34 . 7 Gx 1 5 3 4 . 8 1 5 34 . 8 Gx 1 5 3 4 . 9 G x 1 5 35 . 0 1 5 35 . 0 1 5 35 . 0 G x 1 5 35 . 0 Gx 1 5 3 5 . 1 1 5 35 . 1 Gx 1 5 3 5 . 2 G x 1 5 35 . 4 Gb 1 5 3 5 . 5 G x 1 5 35 . 5 G x 1 5 35 . 6 Gx 1 5 3 5 . 8 1 5 35 . 8 1 5 35 . 8 1 5 35 . 9 1 5 35 . 9 G x 1 5 36 . 0 G x 1 5 36 . 0 G x 1 5 36 . 2 Gx 1 5 3 6 . 4 Gx 1 5 3 6 . 5 1 5 36 . 6 G x 1 5 36 . 6 G x 1 5 36 . 7 G x 1 5 36 . 8 G x 1 5 36 . 9 G x 1 5 37 . 4 +41 +2 0 +45 +01 +03 - 02 +4 1 +41 - 23 - 07 +07 - 13 - 13 +07 +0 5 +31 +08 +33 - 04 +1 2 +15 +13 +6 8 +13 - 03 +18 +4 1 +41 +18 +48 +48 +28 +28 +28 - 54 +06 - 50 +64 +42 +42 +42 +32 - 50 +07 +07 +82 +4 2 +42 - 70 +1 2 +23 +4 2 +82 - 02 +07 +07 +40 +07 +07 +68 +0 3 - 01 +5 6 +1 5 +06 +5 6 +1 5 +15 +39 +28 +0 4 - 50 +5 6 +11 +05 +04 +23 +0 5 +23 +3 0 +12 - 50 +25 +56 +3 9 +25 +39 +23 +25 +43 +39 +05 - 66 +1 6 +43 +43 +43 +59 +25 - 16 52 55 54 47 32 35 40 43 39 22 44 06 10 42 04 14 26 10 28 42 27 29 45 26 39 05 40 41 52 37 37 51 48 51 31 49 40 46 55 56 53 50 35 35 35 36 47 55 35 59 38 43 28 49 28 20 26 18 19 15 59 38 35 00 01 42 12 12 44 40 57 39 28 45 00 42 29 04 28 51 03 40 19 29 47 21 51 29 21 29 50 40 52 37 31 25 33 23 25 37 r r r d r r h s c r r s s s s r m d F r d x r m m r s s d r r m z d s z s s r r d m d r m z r r c s D r v r r r r r r u r u s s x s s s z r r d r r x d s r d s s s m r r d d d d v m r c s d u v v m r Boo Se r Boo Ser Ser Ser Bo o Boo Lib Lib Ser Li b Lib Ser Se r CrB Ser Boo Lib Se r Ser Ser UM i Ser Ser Ser Bo o Boo Ser Boo Boo CrB CrB CrB Nor Ser Lup Dra Boo Boo Boo Boo Nor Ser Ser UMi Bo o Boo Aps Se r Ser Bo o UMi Ser Ser Ser Boo Ser Ser UMi Se r Ser Dr a Se r Ser Dr a Se r Ser Boo CrB Se r Nor Dr a Ser Ser Ser Ser Se r Ser Cr B Ser No r Ser Dra Bo o Ser Boo Ser Ser Boo Boo Ser Tr A Se r Boo Boo Boo Dra Ser Lib Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Pl Gx Gb Gx Gx Gx Gx Gx Gx Gx Gb 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15. 15. 15. 15. 15. 3.0 3.5 1.6 4.2 0.5 12 . 3 3.2 0.1 12.6 1.7 0.6 0.4 2.0 17 . 4 0.5 2.0 2.6 1.6 2.9 1.4 4.9 1.2 0.8 0.5 1.1 2.0 0.6 15. 12.0 2.4 0.5 0.2 2.0 1.5 1.8 1.2 1.7 3.5 3.5 5.4 2.0 1.3 2.0 0.8 3.0 7.1 0.4 1.5 0.7 2.8 2.8 1.0 2.0 1.0 0.3 p p p p p 15. p 11.8 15. p 11.7 15. p 12. 14. 10.4 14. 11.9 11. 15. 8. 6 16. 14. 15. 11.5 15. 15. 11.5 5.8 p p p p p p p p p p v F , S , E n s , ap p a r e n t l y c o n n w i t h 5 8 9 6 vF, vS, R vF , v S , R , g b M F, v S , R, gb M v F , v S , st e l l a r pB , S , R, 2 st nr p F , p S , gb M c B , p L , pm E , sm b M N eF , v S , R , b M , in f i e l d w i t h 5 8 8 3 F , cL , R , v g b M vF, S, vlE, gbM cl o s e n o f 5 9 0 0 , eF , S v F , p S , st e l l a r N p F , p S , iR a r a y , v m E , p a r to 5 9 0 7 a n d cl o s e p it c B , v L , vm E 1 5 5 d e g , vg , p s b M N v F , p S , lE , g b M , * 1 1 f pF, pS, R P N , v S , R , q u i t e sh a r p st e l l a r , g a s e o u s sp e c t r u m ee F , pS , R , * n f , v di f f i c gl o b . c l . , pF , L , v i R , v g b M , rr r eF , v S , R , b M vF, vS, E 235d e g ee F , pS , R F , S, R, g b M eF , * 1 2 n r F, S , R , v l b M cF , S , R, gp m b M ! ! , g l o b . c l . , vB , L , eC M , st 11 . . . 1 5 ; 1 5 . p F, v S , R, F st in v 15. p vF, S, er 1 4 . p cF , L , pm E , gl b M , * * s vF , p S , m E , B* nr 1 4 . p vF , v S , 2 S st in v 1 4 . p vF , p L , v l E , r 15. p eF, S 1 5 . p vF , p L , v l E , v g b M ee F , vL 1 4 . p eF , v S , p s b M 1 5 . p ee F , pS , l E , n p o f 2 1 2 . p B , S, R, g l b M , p o f 2 1 4 . p F, S , l E , gl b M , f o f 2 13.6 ee F , pS , l E , s f o f 2 10.8 c B , c L , iR , v s b M * 1 2 , a m s t 1 5 . p ne b * , v F , S, F * c l o s e s 1 5 . p ee F , S, R F, S , R , N , *1 2 s p on l y a D* , 1 2 . 5 & 1 3 . 5 , di s t 5" 1 5 . p F , vS , 2 s t n r F, v S , R, lb M eF , p S , v F * nr np 1 3 . p p B , p S , lE 1 5 . p pB , v S , R , S * n r 1 5 . p F, p S , R, *1 1 . 5 n f 1 4 . p pB , c S , R , p s b M , *7 n 1 3 . p v F , v S , sp of D n e b 1 3 . p pF , p S , R , n f o f Dn e b eF , e S , v F , * a t t 1 5 . p vF , p S , R , n p o f 2 1 5 . p ee F , vS , R , sf of 2 1 5 . p F, v S , R, *1 3 a t t 1 5 . p F, S , R , N , r vF , S , iF , r 8. p Cl , v L , v R i , l C , st 11 . . . 1 4 1 6 . p ee F , eS , s t e l l a r , v F * cl o s e 8. 3 gl o b . c l . , cB , L , R , vg b M , r r r , s t 1 5 1 3 . p F, S , l E 4 5 d e g +/ - , v g l b M 1 4 . p F, S , i r r , l E n s , 2 S st in v 1 5 . p *1 3 - 1 4 se e m s s l i g h t l y ne b s vF , e S , s t e l l a r 1 5 . p F, c S , E p f PN , st e l l a r 1 5 . p eF , p L , R 1 5 . p vF , p S , m b M , * 1 1 p 1 ' 1 6 . p ee F , S, l E , v d i f f i c 1 4 . p v F , p S , di f 1 4 . p pF , p L , g m b M , S * at t n p eF , v S , m E 1 5 0 d e g , su s p 12.4 F , pL , i R , vg b M , r pB , c S , E 25 0 d e g , N 15. p vF, S, dif pF , v S , R , * n r 1 3 . p pB , p S , R , v g b M , 3 s t f 1 4 . p eF , p S , R , F * p , 1s t o f 4 1 5 . p ee F , S, R , 2 n d of 4 1 5 . p vF , S , R, S* n p 1 5 . p ee F , S, R , 3 r d of 4 1 5 . p ee F , S, R , 4 t h of 4 1 4 . p vF , p S , i R , D* nf F * in vF n e b y , v F * c l o s e 1 4 . p F, p L , R, di f 1 2 . p p F , p S , iF 1 3 . p F , pS , E 1 5 0 d e g +/ ee F , L, R , v d i f ; = 59 6 4 1 3 . p c F , c L , lE 1 3 . p p B , c S , p o f Dn e b 1 4 . p pB , c S , f of D n e b 1 6 . p F, v S , N 1 3 . p pF , p L , i R , bM , r 1 5 . p e F , v S , al m s t e l l ; = IC 1 1 2 6 B, p S , lE 15. p eS, R, stel l a r 1 3 . p F, S , R , * 1 6 c l o s e f *1 3 , ne b u l o u s ? ; = 5 9 5 2 eF , p S , R 1 4 . p F, S , R , g b M 1 5 . p e F , v S , st e l l a r vF , v S , N , s t e l l 14. p pF, S, E pf 1 3 . p pB , p L , c o m , l b M 9 . 6 g l o b . cl . , c B , pL , R , vg l b M , r r r , s t 16 1 5 . p F, S , R , N 1 5 . p ee F , vS , R , lb M 14. p vF, S, R, gbM, 2 st 8 f vF , v S vF , v S ; 5 9 6 6 s f pF F, v S , R, N pB , S , R, mb M , F* o r n e b 1' n f 1 4 . p vF , v S , N 1 5 . p vF , S , ne b * F , S, am s t 11.4 p F , p L , il E , gb M pF , R , gb M 1 5 . p F, R , g b M pF , R , gb M 14.8 ee F , S, R 1 5 . p F, v S , R, N 1 4 . p vF , p S , v l E , b M N = I4 5 6 7 59 6 4 I1 1 3 0 59 8 1 I1 1 2 8 59 7 0 59 8 2 59 7 2 I1 1 3 1 59 7 4 59 8 5 59 6 8 59 8 7 59 7 5 I1 1 3 2 I4 5 6 8 59 7 3 59 7 7 I4 5 6 9 I1 1 3 3 I4 5 7 0 59 8 0 59 8 9 I4 5 4 5 I4 5 7 2 I4 5 7 4 I4 5 7 3 I4 5 7 5 59 7 8 I4 5 7 6 59 8 3 I4 5 7 7 I4 5 7 9 59 8 4 I4 5 8 0 I4 5 8 1 59 9 2 59 9 3 59 8 8 I1 1 3 4 59 9 1 I1 1 3 5 I4 5 8 2 59 8 6 I1 1 4 5 59 9 0 I4 5 8 3 60 1 1 59 9 4 59 9 6 59 9 7 I1 1 3 6 59 7 9 60 0 1 60 0 2 59 6 7 I1 1 3 8 I4 5 5 5 59 9 5 I1 1 4 6 I1 1 3 7 I4 5 7 1 I1 1 4 0 60 0 3 59 9 8 I1 1 4 2 I1 1 4 1 60 0 0 I1 1 4 7 60 0 4 I1 1 4 4 60 1 5 59 9 9 60 1 9 I1 1 5 4 60 0 8 60 1 3 60 0 6 60 2 4 I4 5 7 8 60 0 7 60 0 9 60 1 2 60 1 0 I4 5 8 6 I1 1 6 4 60 6 8 60 0 5 60 1 4 60 1 6 I1 1 5 2 I1 1 5 3 I1 1 4 8 60 1 7 60 2 0 60 1 8 60 2 1 60 4 8 60 2 2 60 2 3 I1 1 4 9 I1 1 5 0 I1 1 5 1 60 2 7 I1 1 8 7 I4 5 8 7 I4 5 8 4 I4 5 8 5 I1 1 5 5 I1 1 5 6 I1 1 5 7 I1 1 5 9 60 7 1 I1 1 6 0 I1 1 6 1 I1 1 6 2 60 2 6 60 2 8 I1 1 5 8 I1 1 6 3 60 3 0 60 2 9 I1 1 6 5 I1 1 6 6 60 3 8 60 3 2 60 3 4 60 3 5 60 2 5 I1 1 6 7 I1 1 6 8 135 15 37 . 5 Gx 15 37 . 6 Gx 15 37 . 8 Gx 15 37 . 9 15 37 . 9 Gx 15 38 . 5 Gx 15 38 . 7 Gx 15 38 . 8 Gx 15 38 . 9 Gx 15 39 . 0 Gx 15 39 . 6 Gx 15 39 . 9 Gx 15 39 . 9 Gx 15 40 . 0 Gx 15 40 . 0 Gx 15 40 . 1 Gx 15 40 . 2 Gx 15 40 . 4 Gx 15 40 . 8 Gx 15 41 . 2 Gx 15 41 . 3 Gx 15 41 . 4 Gx 15 41 . 5 Gx 15 41 . 5 Gx 15 41 . 9 Gx 15 42 . 0 Gx 15 42 . 2 15 42 . 3 Gx 15 42 . 4 Gx 15 42 . 6 Gx 15 42 . 7 15 42 . 7 15 42 . 8 Gx 15 42 . 9 Gx 15 43 . 2 Gx 15 44 . 0 Gx 15 44 . 4 Gx 15 44 . 5 Gx 15 44 . 6 Gx 15 44 . 9 Gx 15 45 . 3 Gx 15 45 . 6 Gx 15 45 . 7 Gb 15 46 . 1 15 46 . 2 Gx 15 46 . 4 Gx 15 46 . 4 Gx 15 46 . 6 Gx 15 46 . 8 Gx 15 46 . 9 Gx 15 47 . 4 Gx 15 47 . 6 Pl 15 47 . 7 Gx 15 47 . 7 Gx 15 47 . 7 Gx 15 48 . 1 Gx 15 48 . 2 Gx 15 48 . 3 Gx 15 48 . 4 Gx 15 48 . 5 15 48 . 9 Gx 15 48 . 9 15 49 . 1 Gx 15 49 . 3 - 15 49 . 4 15 49 . 4 15 49 . 6 Gx 15 49 . 9 Gx 15 50 . 1 Gx 15 50 . 3 Gx 15 51 . 3 Gx 15 51 . 4 OC 15 52 . 2 Gx 15 52 . 3 Gx 15 52 . 5 Gx 15 52 . 9 Gx 15 52 . 9 Gx 15 53 . 0 Gx 15 53 . 2 Gx 15 53 . 2 Gx 15 53 . 4 Gx 15 53 . 5 Gx 15 54 . 2 Gx 15 54 . 4 15 54 . 9 15 55 . 1 Gx 15 55 . 4 OC 15 55 . 8 Gx 15 55 . 8 Gx 15 55 . 9 Gx 15 56 . 7 15 56 . 8 15 56 . 9 Gx 15 57 . 2 Gx 15 57 . 2 Gx 15 57 . 5 Gx 15 57 . 5 Gx 15 57 . 6 Gx 15 57 . 8 Gx 15 57 . 8 15 58 . 0 15 58 . 3 Gx 15 58 . 5 Gx 15 59 . 2 Gx 15 59 . 3 Gx 15 59 . 9 Gx 16 00 . 2 Gx 16 00 . 3 Gx 16 00 . 6 Gx 16 00 . 6 Gx 16 01 . 0 16 01 . 0 Gx 16 01 . 1 16 01 . 1 Gx 16 01 . 3 Gx 16 01 . 3 Pl 16 01 . 4 Gx 16 01 . 4 Gx 16 01 . 5 Gx 16 01 . 5 Gx 16 01 . 8 Gx 16 02 . 0 16 02 . 1 Gx 16 02 . 1 Gx 16 02 . 6 Gx 16 03 . 0 Gx 16 03 . 4 Gx 16 03 . 4 OC 16 03 . 7 Gx 16 03 . 9 Gx 16 04 . 0 +4 3 +0 5 +1 7 +5 9 - 01 +1 2 +5 9 +1 7 +1 2 +3 1 +5 9 - 30 +5 8 +2 1 +2 0 +2 8 - 08 +1 7 +2 8 +1 5 +2 8 +1 5 +5 9 - 81 +2 8 +2 8 +2 3 +2 3 - 13 +2 3 +0 8 +2 3 +2 3 +1 4 +2 8 +2 8 +4 1 +4 1 +1 0 +1 6 +2 4 +1 7 +2 8 - 37 +7 2 +0 2 +2 3 +7 2 +1 7 +1 7 +0 8 - 01 - 61 +2 8 +2 8 - 75 +2 6 - 78 - 13 +6 9 +0 8 - 67 +1 9 +1 9 - 28 +1 8 +1 2 - 29 +6 9 +1 8 +4 3 +6 2 - 56 +6 4 +7 0 +2 1 +4 0 +1 2 +6 4 - 74 +1 1 +1 2 +1 4 +0 0 +0 6 +7 0 +7 9 - 57 +0 5 +2 6 +4 8 +4 8 +2 2 +0 6 +2 2 +1 5 +1 5 +7 0 +1 6 +1 6 +1 2 +1 5 +1 7 +2 0 +7 0 +2 5 - 66 - 66 +1 5 +1 9 +1 5 +1 5 +7 0 +1 5 +1 5 +1 7 - 34 +1 9 +0 1 +1 5 +1 7 +1 2 +1 5 +2 6 +3 7 +2 0 +1 7 +2 0 - 60 +1 4 +1 4 16 59 15 23 33 11 21 02 05 45 20 33 05 28 40 09 37 07 17 34 14 47 45 38 07 15 48 48 14 41 14 47 46 14 22 17 05 07 17 58 37 42 06 47 27 24 49 09 51 52 19 33 13 38 37 40 12 11 47 23 35 19 04 01 36 09 24 24 33 56 25 19 28 51 23 08 39 02 56 50 57 05 35 32 01 35 00 26 57 59 05 10 25 00 24 51 56 42 16 18 05 52 27 45 34 57 23 19 42 44 31 25 37 29 39 41 32 21 43 30 58 34 42 20 21 58 12 54 30 57 54 d s m s d s s r v s s s s r m z r r m u u s r c m z z d r z r d d s z z s r r m r m u s d r m r r r r z s r m s u c r m d c d r r d d t m r m s s r u r r r r c s r s r x d s s r r m d x r s s s s s s d d x s m z c c v x m d r d m x s s s m r r d z r s r s s m m Bo o Se r Se r Dr a Se r Se r Dr a Se r Se r Cr B Dr a Lu p Dr a Se r Se r Cr B Li b Se r Cr B Se r Cr B Se r Dr a Ap s Cr B Cr B Se r Se r Li b Se r Se r Se r Se r Se r Cr B Cr B Bo o Bo o Se r Se r Se r Se r Cr B Lu p UM i Se r Se r UM i Se r Se r Se r Se r Tr A Cr B Cr B Ap s Cr B Ap s Li b Dr a Se r Tr A Se r Se r Sc o Se r Se r Sc o Dr a Se r He r Dr a No r Dr a UM i Se r He r Se r Dr a Ap s Se r Se r Se r Se r Se r UM i UM i No r Se r Cr B He r He r Se r Se r Se r Se r Se r UM i Se r Se r Se r Se r Se r Se r UM i Cr B Tr A Tr A Se r He r Se r Se r UM i Se r He r He r Lu p He r Se r Se r He r Se r He r Cr B Cr B He r He r He r Tr A Se r Se r 4. 2 0. 6 2. 8 3. 0 2. 9 1. 0 0. 5 5. 5 2. 2 4. 7 1. 1 0. 5 1. 3 1. 0 2. 1 2. 0 0. 9 3. 0 1. 1 0. 4 0. 6 1. 4 9. 8 0. 8 0. 1 0. 2 2. 9 1. 0 1. 9 0. 9 1. 4 1. 9 0. 4 0. 6 5. 4 5. 1. 8 2. 1 1. 9 2. 3 1. 2 3. 1. 0 1. 7 1. 8 2. 1 2. 5 0. 8 1. 4 2. 2 0. 3 1. 7 2. 0 1. 3 0. 6 0. 6 0. 8 1. 7 2. 9 0. 2 1. 8 1. 2 12 . 0. 5 0. 5 pF , R, gb M 13 . p eF , vL , R, vg b M , r; = IC 45 5 1 ? 15 . p vF (a n o t h e r 2' sp ? ) , *8 . 7 f 13 . 0 F, mE pF , pS , R 11 . 4 pF , pL , R, rr 11 . 1 cB , S, R, ps b M , r 15 . p F, pS , ir r R pF , vS , R, st e l l a r , 59 7 0 np 14 . p vF , vS , R, bM 11 . 0 pB , cL , iE , r 13 . p vF , L, R, gb M , r 13 . p pF , cS 14 . p vF , vS , ir r R , se v vF st in v 14 . p no de s c r 15 . p F, S, R, N F, S, iR 15 . p eF , S, R, lb M 15 . p pB , D *1 3 in S ne b 15 . p pB , pL , iF 15 . p F, cS , R 13 . p F, pS , E 0d e g 13 . p vF , vS ee F , eS , mE 14 5 d e g , be t 2 vF st , su s p 15 . p pB , cS , gb M , di f , r 16 . p pF , S, R 16 . p F, vS , di f , r F, S, di f , r, *1 5 at t 14 . p eF , vS , sb M N , am st 15 . p F, vS , R, N, *1 4 np 15 . p eF , eS , R, vl b M F, S, R, gb M , r F, S, R, gb M , r 13 . p pB , S, E 13 5 d e g +/ - , bM 15 . p F, S, R 15 . p F, S, iF , *1 2 . 5 nr 14 . p vF , vS , R, bM , sp of 2 14 . p cF , vS , R, bM , nf of 2 15 . p ee F , pS , R, F* nr n 15 . p vF , vS , di f 14 . p pF , S, R, mb M 15 . p vF , vS , R 15 . p F, S, E pf , gb M , *1 2 . 5 f 6s .5 7. 1 !, gl o b . cl . , vB , L, R, vg b M , st 13 . . . 1 5 ee F , pS , R, 60 1 1 nr 13 . p vF , vS , R, gb M 15 . p F, vS , E, N, r 14 . p vF , S, E 90 d e g +/ - , vS * f 15 . p S, sp 59 9 6 13 . p pF , cS , R, r, be t 2 D st 15 . p eF , ee S , st e l l 15 . p F, eS , st e l l a r !, PN , pF , vS , R, r? am 15 0 st 14 . p vF , S, R 17 . p ne b 10 0 " s of 60 0 1 12 . p F, pL , R, vg b M 15 . p vF , S, iF , lb M , r vF , vS , eE 55 d e g , bM 14 . p eF , S, R, vS * p 14 . p vF , pS , R, 2 st nr , sp of 2 vF , S, R, *9 cl o s e np cF , cS , mE 15 5 d e g vF (S Cl ? ) , *9 . 5 cl o s e 14 . p F, vS , S* in v Cl , pL , pR i , st vS vF , di f vF , vS , R vF , S, R, sb M 15 . p ee F , S, R, nf of 2 13 . p vF , pL , lE , lb M 15 . p ee F , vS , R, * sf 11 . 2 B, mE 9. p Cl , L, pR i , st 12 . . . 1 4 15 . p ee F , S, R, v di f f i c 15 . p vF , pS , R 14 . p vF , R, pL , bM 14 . p eF , vS , iR , lb M 15 . p vF , S 15 . p pF , pS , R, bM , * cl o s e eF , eS , cE 14 0 d e g , be t 2 vF st 14 . p F, pL 15 . p F, vS , st e l l 13 . p F, be t 2 B st 13 . p pF , S, E 90 d e g +/ - , gb M , r eF , S, R, be t *8 f & cu r v e of st p; = 60 1 4 *1 3 wi t h ne b ? 13 . p vF , vS , lE 0d e g , r 10 . 7 Cl , pS , pR i , mC , st 16 14 . p pB , pL , E; = IC 45 8 6 15 . p vF , S, E 14 . p vF , S, R, sp of 2 pF , pS , R, bM , * nf , nf of 2 ne b *; = 60 2 0 14 . p !, vF , vS , R, di s c g, sm b M 12 . 6 eF , eS , iR , lb M ; = IC 11 4 8 ? 15 . p vF , S, lE , p of 2 14 . p eF , vS , lE , f of 2 14 . p F, R, bM 15 . p eF , eS 15 . p F, S, R, bM ee F , pS , R, am 4 st , v di f f i c 2 S st in F ne b y 13 . p vF , pL , di f 12 . 4 eF , vF * in v , 2 vF st nr 16 . p *1 3 wi t h ne b 15 . p eF , eS , T CB r sp eF , S, iF eF , S, iF vF , S, di f f i c 15 . p ee F , pS , lE , 2 st nr 16 . p vF , vS vF , eS , R 15 . p eF , vS vF , vS , R 15 . p F, vS , R, vS N 15 . p vF , vS , R, di f f i c (a n o t h e r su s p ) F, S, R, gp m b M , tr i a n g l e of st np 13 . 2 vF , pS , no Nu c l 13 . p ee F , pL , iR 15 . p F, R, vS N 14 . p pF , vS , R, bM 15 . p vF , vS vF , S, di f f i c 15 . p vF , vS , vF , * nf 14 . p vF , S, R, *1 0 sf 15 . p vF , pL , lE , vl b M , np of 2 15 . p ee F , vS , R, v di f f i c 14 . p vF , pL , lE , sf of 2 5. 1 Cl , B, vL , pR i , lC , st 7. . . F, vS , R 16 . p pF , vS , iF , D? , 3 F st n I116 9 60 3 3 60 3 6 60 3 7 6039 60 4 0 60 5 8 6079 I117 0 I120 0 6041 6042 6043 60 4 6 6051 I117 1 I117 2 I458 8 6044 60 4 5 60 4 7 60 5 2 I117 3 I117 5 I117 7 60 5 0 60 5 3 60 5 4 I117 4 I117 6 I117 9 I118 0 60 5 5 60 5 6 I117 8 6057 I118 1 I118 2 I118 3 6049 I118 4 I118 5 I118 6 I120 1 60 6 0 I118 8 I118 9 60 6 1 6062 I119 0 I119 1 I119 3 6094 I119 2 I119 4 I119 5 6064 I120 4 6063 6059 I458 9 6065 6031 60 6 6 60 6 9 6091 I119 6 I119 7 I459 0 I119 8 60 7 0 60 7 3 I119 9 6088 6076 60 7 7 6095 I459 4 60 7 4 6075 6090 I459 3 I459 2 6078 I459 1 6085 60 8 6 60 8 9 60 9 2 60 7 2 60 8 1 I120 2 6080 6067 60 8 3 60 8 4 6097 I120 5 I121 0 60 9 6 I120 3 I120 6 6111 I121 2 6082 6098 60 9 9 6102 I121 5 6103 I120 8 I121 6 I121 7 I459 6 I121 4 61 0 4 I121 1 I121 8 6093 14; 6100 61 0 5 61 0 7 61 2 3 61 0 8 61 1 0 61 0 9 I459 7 6112 I459 8 6114 Gx Gx Gx Gx * Gx Pl Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx ? Gx Gx * Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx * Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Nb Gx Gx Gx Gx Gx Pl Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gb = Gx Gx Gx Gx Gx Gx Gx Gx Gx 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 M 16 16 16 16 16 16 16 16 16 16 16 04 . 2 04 . 4 04 . 4 04 . 4 04.4 04 . 4 04 . 4 04.5 04 . 5 04 . 5 04.6 04.6 04.9 04 . 9 04.9 04 . 9 04 . 9 04 . 9 05.0 05 . 1 05 . 1 05 . 2 05 . 2 05 . 3 05 . 3 05 . 4 05 . 4 05 . 4 05 . 4 05 . 4 05 . 4 05 . 4 05 . 5 05 . 5 05 . 5 05.6 05 . 6 05 . 6 05 . 6 05.7 05 . 7 05 . 7 05 . 7 05 . 8 05 . 9 06 . 1 06 . 2 06 . 3 06.3 06 . 3 06 . 5 06 . 5 06.6 06 . 6 06 . 7 06 . 7 07.0 07 . 1 07.2 07.4 07 . 4 07.5 07.6 07 . 7 07 . 7 07.8 08 . 0 08 . 3 08 . 3 08 . 6 10 . 0 10 . 1 10 . 6 10.7 11.1 11 . 1 11.1 11 . 3 11 . 4 11.4 11.7 11 . 7 12 . 0 12.1 12 . 3 12.5 12 . 6 12 . 7 12 . 7 13 . 0 13 . 0 13 . 0 13.1 13.2 13 . 3 14 . 2 14.3 14 . 3 14 . 5 14 . 7 15 . 3 15 . 3 15.5 15 . 5 15.6 15.6 15 . 6 15.6 15 . 6 15.7 15 . 7 16 . 0 16 . 1 16 . 1 16 . 2 16 . 5 16 . 8 16 . 8 17.0 +13 - 02 +03 +03 +1 7 +17 +40 +6 9 +17 +69 +1 7 +1 7 +1 7 +19 +2 3 +17 +17 +23 +1 7 +17 +17 +20 +17 +18 +18 +17 +18 +17 +15 +17 +17 +18 +18 +17 +17 +1 8 +17 +17 +17 +0 8 +17 +17 +17 +69 +21 +17 +18 +18 +1 9 +18 +18 +17 +7 2 +17 +17 +17 +2 0 +69 +0 7 - 06 - 06 +1 3 - 54 +13 +38 +6 9 +10 +07 +28 +12 +00 +16 +10 +5 7 +2 6 +26 +6 1 +23 +14 +2 3 +5 2 +12 - 19 +1 4 - 27 +2 9 +29 +33 +27 - 36 +09 +09 +0 2 - 54 +14 +17 +3 5 +09 +62 +26 - 22 +11 +6 2 +64 - 34 +1 9 +19 +2 8 +68 +3 1 +36 +68 +69 - 22 +65 +35 +53 +68 - 22 45 08 52 48 42 45 41 38 43 42 43 42 47 21 56 59 52 56 52 45 43 32 25 08 19 46 08 47 02 58 45 07 10 58 36 10 35 48 46 06 47 43 22 37 30 27 11 15 47 14 16 43 30 46 46 12 33 56 58 25 23 52 04 56 55 55 47 32 29 20 43 42 02 28 52 56 16 40 15 57 27 04 28 12 56 22 29 02 58 14 52 52 10 13 10 45 06 31 33 34 20 18 44 14 15 27 27 09 25 57 32 22 41 38 58 42 01 13 59 u r r r A s s D x u s r r r s x x u v v s s v x x s A r u x x x s s v r v v v r x s v u s x v s r x x x r x v v r D r D F r s r r r u u m m s r u r r r r d r r s x s r d r s r r s r u r s r r r m u r d u D z r r r r u r z u d c u r u m s Ser 1.0 Ser Ser Ser He r Her 1.6 Her 0.4 Dr a Her 0.3 UMi 1.4 He r 1.6 He r He r Her Se r 1.9 Her Her Ser 2.1 He r 0.5 Her 1.3 Her 1.3 Her 1.0 Her 1.3 Her Her Her Her Her Ser 1.0 Her Her 0.6 Her Her 1.5 Her Her 1.4 He r Her 1.1 Her 0.6 Her 0.9 Se r Her 0.1 Her 0.8 Her 0.8 Dra 1.1 Her 2.2 Her 0.5 Her 0.6 Her 1.4 He r Her Her 0.5 Her 0.4 UM i Her 0.7 Her 0.5 Her 0.6 He r UMi Se r Op h Oph Se r No r 2. Ser CrB UM i Ser 1.1 Ser 2.8 CrB 0.3 Ser 0.6 Ser 3.6 Her Ser 1.3 Dr a Cr B CrB Dr a Her Her He r Dr a 1.9 Her 2.0 S c o 15 0 . He r Sco Cr B CrB 2.0 CrB CrB Sco 1.2 Her Her 1.7 Se r No r 13 . Her Her Cr B Her 0.6 Dra 1.6 CrB Sco Her 1.1 Dr a Dra Sc o He r Her Cr B Dra 1.3 Cr B CrB Dra 1.1 Dra Sco 1.9 Dra 1.1 CrB Dra 1.2 Dra 0.9 Sc o 8.9 14. 15. 14. 15. 17.0 17 . 0 17 . 2 17 . 2 17 . 3 17 . 6 17 . 7 17 . 8 17.9 18 . 2 18.3 +0 0 +34 +34 +61 +35 +35 +35 - 34 +3 5 - 31 +3 5 48 52 53 56 07 05 00 22 06 27 10 r r r r r r s d r d r Se r CrB CrB Dra CrB CrB CrB Sco Cr B Sco Cr B 1.3 p p p p 15. p 13. p 14. p 13.7 15. p 15. p 13.0 15. p 15. p 16. p 14.2 13.6 13.0 15. p 15. 14. 15. 16. p p p p 15. p 15. p 15. p 16. p 14.3 16. p 13.9 16. p 14. p 15. p 14. p 14. p 14.3 14. p 15. 8.5 15. 15. 14. 15. 15. 16. 15. 11.7 14. 15. 14. 15. 15. 14. 15. 15. 14. 11. p p p p p p p p p p p p p p p p p p 14. p 14. 15. 15. 15. 14. 14. 14. 14. 5.6 15. 15. 15. 15. 14. 15. p p p p p p p p p p p p p p 15. p 15. p 14. 14. 15. 14. 14. 15. 15. p p p p p p p 15. 14. 14. 15. 7.2 p p p p 14. 15. 14. 14. 15. 15. 15. p p p p p p p eF , v S , s t e l l a r vF n e b * vF , v S , R , s t e l l vF , S e e F , v S , R , s p o f 3 i n li n e vF , e S , F * c l o s e pF , v S , R , s t e l l a r vF, vS vF , v S , v S F N , 6 0 4 1 f pF , p S , l E , *1 2 n r ; = IC 12 0 4 ? F, S vF, vS e e F , p S , l E , `` 4 t h o f 1 0 ' ' eF , p L , p a r t l y ve r i f i e d F , S, R, g b M N , * 1 0 s f ; = I C 45 8 8 ne b * ? vF , S , st e l l a r N vF , v S , R , s t e l l , 5 0 5 1 p e e F , v S , R , v F * cl o s e p ee F , vS , R , v d i f f i c eF , R , pS , F * c l o s e n F, p L , iR ; = 6 0 6 4 ? pF , S , iF , g b M , r ne b o b j e c t , 60 5 5 f 2 ' vF , * 9 . 5 4 ' s ee F , S, R , v d i f f i c ee F , S, R , v d i f f i c ; = I C 1 1 8 0 ee F , pS , l E , F * s p ; = IC 11 7 9 pF , S , bM N = 1 2 m ee F , pS , i R , 2 st n r s ee F , pS , R ; = 6 0 5 4 ? F* w i t h n e b ? , 6 0 5 5 f ee F , pS , R , v d i f f i c ee F , v di f f i c ee F , pS , b e t 2 st eeF, eS, R ee F , S, R , ` ` 1 2 t h o f 1 2 ' ' vF , S , di f , lb M vF , v S , s t e l l a r , *1 1 s p 1 ' * 7 in ph o t o s p h e r e *1 3 w i t h n e b ? *1 3 w i t h S n e b F, S , d i f ee F , pS , i R , v di f f i c eF , E , sb M vF , S , di f ee F , pS , i R , b e t 2 s t ee F , S, R , 4 B st s eF, R, vlbM , r ee F , S, R , 6 0 6 1 n r ee F , S, l E F, S , r v F , v S , lE vF , S , iF , d i f eF , v S , d i f vF , S , di f v F , v S , r, pB * s f ; = 60 5 2 ? vF , S , st e l l N , * 1 1 f 3' F , pL , R , v l b M vF, S, R *1 3 , in e F n e b ? eeF, vS, R, sp of 2 C l , S , m C , st 1 1 . . . 1 4 ee F , vS , R , 2 p B st nr , n f of 2 vF * i n vF , v S , R ne b v F , v S , R, * n ee F , nr p * of 3 in li n e L, m E , * a t t n f F, S , g b M , d i f F, v S , R, N = 1 3 m F, L , p m E , v g b M , r vF , S , r ee F , S, E , * 9 . 5 f 9 s v F , v S , lE vF, S, E F, s b M e F , p S , R, in l i n e w i t h 2 st F, S , R , N , r eF , v S , R , b M F , vS , R , * o r s t in v ; rr ? vF, S, R PN , st e l l a r vL , E , in v n u 2 Sc o e F , v S , R, bM *5 . 6 in F ne b F, S F, v S , st e l l a r N vF , S , R, bM vF , s t e l l a r N pF , R , vg v l b M , r vF , S , R, bM ; = I C 1 2 0 2 eF , p S , R p B , p S , R, mb M , wi t h *1 2 . 5 2 0 " nf ( n e b s ? ) C l , v B , vL , v R i , l C , st 1 0 . . . eF , v S , d i f f i c ee F , pS , R , v d i f f i c neb *13 F, S , l E , * p vF , v S , l E , r vF , v S , R , b M no d e s c r eF , S , R v F , p S , lE , D * n r s ee F , pS , R , 3 s t n i n li n e eF, S, E, lbM; none x i s t e n t ? e F , v S , R, *8 f 41 s , n p o f 2 eF , v S , R , s f o f 2 vF, S, R vF , S , R, 1s t o f 3 vF, S, R, vglb M vF , * 7 10 5 " n ee F , pS , R , 2n d o f 3 ee F , S, R , v d i f f i c F, S , m E 4 0 d e g , mb M N , p r o b s p i r eF , S , R vF , S , iR pB , v S , R , b M vF , v S , l E ! ! gl o b . c l . , v B , L , v m b M ( v a r * ) , r r r , s t eeF, vS, eeF* clos e p F, S , R , g v l b M F, v S pF , v S , E , * n r eF , v S , R , l b M eF , v S , R , g b M F, S , R , g b M bM , m a g 1 4 1 5 . p v F , v S , R, bM ne b s t r e a k o f F s t , 1' n s 15. p eF, S, R, glbM I4 6 0 0 I1 2 0 9 61 0 6 61 1 6 60 8 7 61 2 5 61 3 5 61 2 8 61 1 3 61 2 7 61 1 7 I4 5 9 9 I1 2 0 7 61 3 0 61 1 9 61 2 0 I4 6 0 1 61 3 3 61 2 2 I4 5 9 5 61 3 6 61 4 0 61 2 6 61 4 3 61 1 8 61 2 9 61 3 1 I1 2 1 3 61 3 8 61 3 7 61 4 1 61 4 2 I4 6 0 2 61 2 1 61 3 2 I1 2 1 9 61 1 5 61 4 5 61 4 7 61 4 6 61 2 4 61 5 4 I4 6 0 3 I4 6 0 4 61 5 7 61 0 1 61 5 0 61 5 5 61 7 0 61 4 8 61 4 4 61 4 9 61 5 9 61 7 6 61 3 4 61 3 9 61 5 8 61 6 0 61 6 1 61 6 2 61 6 3 61 6 6 I1 2 2 0 61 8 2 61 7 4 61 7 3 61 7 5 I4 6 0 5 I4 6 0 7 61 8 0 61 7 7 61 7 9 61 6 8 61 5 3 61 8 4 61 8 7 61 8 9 I4 6 0 6 61 9 0 61 9 1 61 7 2 61 8 1 61 7 1 62 5 2 62 1 7 62 5 1 61 5 2 I4 6 0 9 61 8 5 I4 6 1 0 I4 6 1 1 I4 6 1 2 61 6 4 61 6 5 61 6 9 61 6 7 61 8 6 I1 2 2 1 61 5 6 I1 2 2 2 I1 2 2 3 61 9 8 61 7 8 62 0 2 61 9 5 61 9 4 I1 2 2 5 I4 6 1 3 61 9 6 61 9 7 I4 6 1 4 I4 6 1 5 I4 6 1 6 61 5 1 61 9 9 62 1 4 62 0 6 I1 2 2 7 62 0 1 61 9 2 62 0 3 61 8 8 I1 2 2 6 61 9 3 62 1 1 62 1 3 61 8 3 62 0 5 M1 3 I1 2 2 8 I4 6 1 7 136 Nb Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx ? Gx Gb Gx Gx OC Gx Gx Gx OC Gx Nb Nb Gx Gb Gx Gx Gx Gb Gx Gx Gx OC Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Nb Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gb Gx Gx Gx OC Gx Gx Pl Pl OC OC Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx ? Gx OC Gx Nb Gx OC Gx Gx Gx Gb 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 18 . 3 18 . 7 18 . 8 18 . 8 18 . 9 18 . 9 19 . 0 19 . 1 19 . 2 19 . 2 19 . 3 19 . 3 19 . 4 19 . 5 19 . 7 19 . 8 20 . 0 20 . 1 20 . 2 20 . 7 20 . 8 20 . 9 21 . 4 21 . 7 21 . 8 21 . 8 22 . 0 22 . 0 22 . 9 23 . 1 23 . 1 23 . 4 23 . 4 23 . 6 23 . 7 24 . 4 24 . 6 25 . 0 25 . 1 25 . 2 25 . 6 25 . 6 25 . 6 25 . 6 25 . 7 25 . 8 25 . 8 26 . 1 27 . 0 27 . 1 27 . 3 27 . 4 27 . 4 27 . 5 27 . 7 27 . 7 27 . 7 27 . 7 28 . 3 28 . 4 28 . 4 28 . 6 29 . 2 29 . 5 29 . 7 29 . 8 29 . 9 30 . 2 30 . 3 30 . 5 30 . 6 30 . 7 31 . 4 31 . 5 31 . 5 31 . 6 31 . 6 31 . 6 32 . 0 32 . 0 32 . 1 32 . 3 32 . 5 32 . 5 32 . 6 32 . 6 32 . 7 33 . 0 33 . 2 33 . 6 33 . 7 33 . 8 34 . 0 34 . 0 34 . 1 34 . 4 34 . 4 34 . 7 34 . 8 35 . 1 35 . 4 35 . 5 35 . 7 36 . 2 36 . 5 36 . 6 36 . 9 37 . 3 37 . 4 37 . 5 37 . 8 37 . 9 38 . 0 38 . 3 39 . 0 39 . 5 40 . 1 40 . 1 40 . 2 40 . 3 40 . 4 40 . 5 41 . 1 41 . 3 41 . 5 41 . 5 41 . 6 41 . 7 Gx 16 42 . 0 Gx 16 42 . 1 - 22 +1 5 +0 7 +3 5 - 57 +5 7 +6 4 +5 7 +1 4 +5 7 +3 7 - 42 - 29 +5 7 +3 7 +3 7 - 20 +5 6 +3 7 - 70 +5 5 +6 5 +3 6 +5 5 - 02 +3 7 +3 8 - 01 +4 0 +3 7 +4 0 +3 7 +1 2 - 26 +1 1 +1 9 - 51 +4 0 +4 0 +4 0 - 40 +4 9 - 24 - 23 +5 5 - 72 +4 0 +4 8 +5 9 +2 4 - 26 +1 9 +4 2 +5 9 - 49 - 38 +3 9 +4 0 +3 2 +3 2 +3 2 +3 9 +0 8 +5 5 +4 0 +4 0 +4 0 - 25 +2 4 +4 0 +3 5 +3 5 +2 0 - 40 +4 0 +5 7 +5 9 - 26 +5 8 +5 8 - 01 +1 9 - 13 +8 2 +7 8 +8 2 - 52 +2 2 +3 5 +3 9 +3 9 +3 9 - 48 - 48 - 44 - 49 +2 1 +4 6 - 60 +4 6 +4 9 +5 7 - 45 +6 1 +3 9 +3 6 +6 7 +3 5 +3 6 +3 6 +3 6 +3 6 +3 6 - 73 +3 6 +6 6 +5 8 +5 8 +2 3 - 43 +2 3 - 48 +4 6 - 48 +5 7 +5 7 - 69 +3 6 47 34 25 09 54 36 54 59 07 58 05 16 39 37 48 47 02 40 48 09 57 23 23 05 17 59 56 31 56 55 48 16 45 32 48 28 58 56 55 53 40 50 28 26 22 12 30 22 35 05 02 36 41 35 09 51 23 55 49 52 52 33 27 31 51 49 39 06 34 34 04 07 12 15 35 43 39 03 27 48 29 50 03 36 12 33 37 46 20 16 20 16 06 06 03 36 33 24 36 13 16 31 38 57 02 11 38 59 06 02 07 04 00 15 06 01 38 37 45 22 46 47 00 46 47 50 23 28 d x s r s r r u r r r d d r r s s r r c r s r s s r r d A s A r d s r u o r A r s s s s r s r r r r s r r r s s s s r r r s d r r s r s d r r r r s r r r d r r r s s r s r s m r d d d r r s s s u r v d r s r s r u x A A x s x r A r r x r s r s z s s r r s +6 5 34 u +3 6 41 x Sc o He r He r Cr B No r Dr a Dr a Dr a He r Dr a Cr B Sc o Sc o Dr a Cr B Cr B Sc o Dr a Cr B Tr A Dr a Dr a Cr B Dr a Se r Cr B Cr B Se r He r Cr B He r Cr B He r Sc o He r He r No r He r He r He r Sc o He r Op h Op h Dr a Ap s He r He r Dr a He r Sc o He r He r Dr a No r Sc o He r He r He r He r He r He r He r Dr a He r He r He r Sc o He r He r He r He r He r Sc o He r Dr a Dr a Sc o Dr a Dr a Op h He r Op h UM i UM i UM i No r He r He r He r He r He r No r No r No r No r He r He r Tr A He r He r Dr a Sc o Dr a He r He r Dr a He r He r He r He r He r He r Ap s He r Dr a Dr a Dr a He r Sc o He r Ar a He r Ar a Dr a Dr a Tr A He r Dr a He r 0. 3 2. 6 12 . 1. 4 0. 6 20 . 2. 5 6. 2 1. 2 4. 7 2. 2 26 . 3 1. 4 3. 29 . 2. 4 20 . 60 . 10 . 7 9. 3 7. 5. 5 2. 1 2. 4 2. 2 30 . 0. 4 2. 6 10 . 0 3. 1 30 . 0. 7 7. 8. 1. 8 1. 3 1. 9 4. 1. 8 1. 5 1. 7 8. 20 . 15 . 2. 0 16 . 6 1. 6 eF , eS , R pF , vS , R, bM , r 12 . 2 F, pL , lE , vg b M , r 15 . p vF , vS , R, gb M 5. 4 Cl , B, L, lC , st 7. . . 1 0 pF , pS , lE ; = 61 3 0 ? vF , vS , mE , 2 st nr 13 . p pF , pS , R, bM 15 . p vF , S, R 13 . p pF , vS , R 14 . p vF , S, R PN , 15 ma g no de s c r 14 . p pF , pL , R, B* nr p 15 . p vF , eS , R 14 . p vF , vS , R, D* nf 2 st 8 in eL , di f ne b , lE np s f ee F , S, cE , v di f f i c 15 . p vF , R, no N F, S, eE 55 d e g 15 . p ee F , S, R, v di f f i c 12 . p cF , pL , iR 14 . p F, vS , R, bM S N 14 . p pB , iR , vg v l b M 12 . p vF , cL , cE 45 d e g +/ - , r 14 . p eF , vS , R, lb M 14 . p vF , pL , iR , di f F, vS , R vF , vS , R, bM 14 . p F, S, iR , bM vF , pS , no Nu c l 15 . p eF , S, bM ee F , lE , e di f f i c , F* f 5. 9 Cl , 8 or 10 B st li n e , wi t h 5 st , rr r ; = M4 15 . p eF , vS , vl b M 15 . p F, S, E pF , lb M 11 . p Cl , eL , eR i 15 . p F, R, bM 16 . p eF , on e of 3 14 . p cF , vS , R, bM 5. 8 Cl , B, L, pR i , lC M , st 9. . . 1 1 14 . p vF , S, R, lb M , er eF , vL , di f , st in v rh o Op h in eL ne b 15 . p ee F , pS , R, v di f f i c 9. 3 gl o b . cl . , pF , L, iR , vg b M , rr , st 14 15 . p vF , vS , R 13 . p F, pS , iF , gb M ee F , vS , R, v di f f i c ; = 61 7 6 ? vF , S, wi t h st 9. 1 Cl , cL , mC , gb M , rr r 15 . p vF , pS , R, pB * nr s 15 . p vF , S, iR , lb M 15 . p eF , eS , v di f f i c 7. 2 Cl , cL , pR i , lC M , st 13 . . . 1 5 9. 2 B, pL , R, ps b M , rr 16 . p F, S, iF 15 . p cF , pL , R, gb M , r 15 . p vF , S, lb M 15 . p F, S, lb M 15 . p vF , S, lb M 12 . 0 pF , S, vl E , vg m b M ee F , pS , E 14 . p vF , vS , iR 15 . p vF 14 . p cF , vS , R, bM 15 . p vF , vS , R *7 in eF , vL ne b F, cS , di f 15 . p eF , vS , R, mb M 15 . p vF , pL , iE , rr , * nr 15 . p vF , S, bM N , 4' nf 61 7 7 14 . p ee F , mE , F* at p en d , v di f f i c 12 . p PN , st e l l a r 15 . p eF , vS , R, vl b M 15 . p vF , vS , lb M 13 . p vF , pS , lE ne b ; F* p 4s .5 , 0' . 5 n 13 . p vF , pS , R, F* nr pF , pL , E, 2 st p vF , eS , R, bM 11 . 9 pB , pL , vl E , pg m b M 8. 1 gl o b . cl . , L, vR i , vm C , R, rr r ; = M1 0 7 15 . p vF , vS , f of 2 11 . 2 B, cL , lE , sl b M 14 . p cF , S, bM , p of 2 8. p Cl , L, lC , st L 15 . p F, vS , R, gb M N 14 . p F, S, R, gb M , *1 1 np F, eS , R, gb M F, vS , iF F, eS , R, gb M eF (s t r o n g l y su s p ) , D* f nr F, cS , lE , vg l b M , D* p 7. p Cl , mu No r in v 6. 7 Cl , L, lC , iF 14 . p eF , vS , E 15 . p ee F , pS , E, p of 2 pF , pL , vl E , gb M ee F , pL , R, f of 2 ee F , pS , R, be t 2 di s t F st 15 . p vF , vS , R, 2 st f 7. 2 Cl , B, S, st pL ee F , pS , * f 15 . p vF , S, R, gb M , be t 2 st 14 . p vF , vS , sb M *1 2 15 . p ee F , vS , 2 or 3 F st in v , * p eF , di f ; = 61 9 6 ? 14 . p vF , vS , st e l l a r 15 . p eF , E, st e l l a r eF , st e l l a r 12 . 8 *1 3 in S ne b eF , S, di f , r; *1 2 sf 2' vF , vS *9 nr eF 14 . p eF , vS , R 14 . p pF , eS , R, st e l l , 3 vF st nr ; = IC 12 2 7 vF , S, R, st e l l a r N; = 62 0 6 15 . p eF , vS 9. p Cl , pL , pR i , iR , st 11 . . . 1 4 15 . p eF , vS ! F, vL , vi E , B* in v 15 . p eF , S, R, fo r m s ar c wi t h 4 st 5. 2 Cl , vL , lR i , lC , rr r , F ne b in v 14 . p vF , pS , R, sp of 2 15 . p eF , vS , R, nf of 2 vF , eS , R, gb M 5. 9 !! gl o b . cl . , eB , vR i , vg e C M , st 11 . . . ; = 14 . p vF , pS * n, 4 st in cu r v e S, E 29 d e g , bM s I122 4 G x 1 6 42 . 9 6207 Gx 1 6 4 3 . 1 6223 Gx 1 6 4 3 . 1 6212 Gx 1 6 4 3 . 3 62 3 2 G x 1 6 43 . 3 6226 Gx 1 6 4 3 . 5 62 0 0 O C 1 6 44 . 2 I461 9 G x 1 6 44 . 2 6210 Pl 1 6 4 4 . 5 var i a b l e ? ) 62 3 6 G x 1 6 44 . 5 I122 9 G x 1 6 45 . 0 I123 0 1 6 45 . 3 6245 Gx 1 6 4 5 . 5 62 1 9 G x 1 6 46 . 3 62 4 8 G x 1 6 46 . 4 62 0 4 O C 1 6 46 . 5 6237 Gx 1 6 4 6 . 5 I123 1 G x 1 6 46 . 9 I460 8 G x 1 6 46 . 9 62 2 9 G b 1 6 47 . 0 62 1 8 G b 1 6 47 . 2 10. . . ; = 62 2 0 G x 1 6 47 . 2 6238 Gx 1 6 4 7 . 2 62 2 8 G x 1 6 48 . 0 62 4 4 G x 1 6 48 . 1 62 2 4 G x 1 6 48 . 2 62 4 7 G x 1 6 48 . 2 62 2 5 G x 1 6 48 . 3 I123 3 1 6 48 . 4 I462 0 1 6 48 . 5 I123 2 1 6 49 . 1 6216 OC 1 6 4 9 . 4 62 0 8 O C 1 6 49 . 5 6246 Gx 1 6 4 9 . 9 62 3 3 G x 1 6 50 . 1 6239 Gx 1 6 5 0 . 1 62 4 1 G x 1 6 50 . 1 62 3 0 G x 1 6 50 . 6 62 2 2 O C 1 6 50 . 7 I462 1 G x 1 6 50 . 8 6215 Gx 1 6 5 1 . 1 I462 3 G x 1 6 51 . 2 I462 4 G x 1 6 51 . 5 62 2 7 - 1 6 51 . 6 62 6 0 G x 1 6 51 . 8 62 3 4 G x 1 6 51 . 9 I123 5 G x 1 6 52 . 1 I462 2 ? 1 6 52 . 1 6258 Gx 1 6 5 2 . 3 6243 Gx 1 6 5 2 . 4 6221 Gx 1 6 5 2 . 8 I123 4 1 6 52 . 9 I462 5 1 6 52 . 9 6240 Gx 1 6 5 3 . 0 6235 Gb 1 6 5 3 . 4 I462 6 * 1 6 53 . 4 62 6 2 - 1 6 53 . 6 62 3 1 C+ N 1 6 54 . 0 I462 7 1 6 54 . 1 62 5 5 G x 1 6 54 . 8 6209 Gx 1 6 5 5 . 1 I463 0 G x 1 6 55 . 1 62 4 2 O C 1 6 55 . 6 62 7 5 G x 1 6 55 . 6 62 5 7 G x 1 6 56 . 0 I462 9 1 6 56 . 2 I123 7 G x 1 6 56 . 3 6261 Gx 1 6 5 6 . 5 6263 Gx 1 6 5 6 . 7 I462 8 N b 1 6 57 . 0 62 5 4 G b 1 6 57 . 1 10. . . 1 5 ; = 62 6 4 G x 1 6 57 . 3 62 6 5 G x 1 6 57 . 5 6288 Gx 1 6 5 7 . 5 6249 OC 1 6 5 7 . 6 62 8 9 G x 1 6 57 . 8 I461 8 G x 1 6 57 . 9 62 5 0 O C 1 6 58 . 0 6269 Gx 1 6 5 8 . 0 6267 Gx 1 6 5 8 . 2 6285 Gx 1 6 5 8 . 4 I123 6 G x 1 6 58 . 5 I463 2 1 6 58 . 5 6286 Gx 1 6 5 8 . 6 62 7 0 G x 1 6 58 . 7 6271 Gx 1 6 5 8 . 8 62 7 2 G x 1 6 58 . 9 62 7 9 G x 1 6 59 . 0 I463 6 1 6 59 . 0 6253 OC 1 6 5 9 . 1 6274 Gx 1 6 5 9 . 4 62 8 3 G x 1 6 59 . 4 62 5 6 G b 1 6 59 . 5 62 7 6 G x 1 7 00 . 3 I123 8 1 7 00 . 6 6259 OC 1 7 0 0 . 7 62 7 7 G x 1 7 00 . 8 62 8 2 G x 1 7 00 . 8 I123 9 G x 1 7 00 . 8 6278 Gx 1 7 0 0 . 9 6290 Gx 1 7 0 0 . 9 62 9 1 G x 1 7 00 . 9 I124 0 1 7 01 . 0 6266 Gb 1 7 0 1 . 2 = M62 I463 8 1 7 01 . 2 I124 1 G x 1 7 01 . 4 I463 4 P l 1 7 01 . 6 6280 Gx 1 7 0 1 . 9 6268 OC 1 7 0 2 . 4 62 7 3 G b 1 7 02 . 6 M19 I463 9 1 7 02 . 9 6292 Gx 1 7 0 3 . 0 6295 Gx 1 7 0 3 . 1 6298 17 03.4 6331 Gx 1 7 0 3 . 5 6297 Gx 1 7 0 3 . 6 62 8 4 G b 1 7 04 . 5 62 8 1 C+ N 1 7 04 . 8 6299 Gx 1 7 0 5 . 0 6303 17 05.1 62 8 7 G b 1 7 05 . 2 I463 7 P l 1 7 05 . 2 6324 Gx 1 7 0 5 . 4 6306 Gx 1 7 0 7 . 6 63 0 7 G x 1 7 07 . 7 63 1 0 G x 1 7 08 . 0 +19 +3 6 +6 1 +3 9 +70 +6 1 - 47 +17 +2 3 15 50 34 48 38 58 29 46 49 m s s r r r s z s Her He r Dr a He r Dra Dr a Ara Her He r +70 +51 +51 +7 0 +09 +70 - 47 +7 0 +58 - 77 +47 - 01 48 17 13 48 02 22 01 23 27 29 32 57 s u d r r s s r u c s s Dra Dra Her Dr a Her Dra Ara Dr a Dra Aps Her Oph - 00 +6 2 +26 +62 +06 +62 +06 +63 +18 +46 - 44 - 53 +5 5 +23 +4 2 +45 +04 - 44 +08 - 58 +22 +17 - 41 +63 +04 +63 - 16 +6 0 +2 3 - 59 +56 +02 +0 2 - 22 +02 +56 - 41 - 07 +36 - 72 +26 - 39 +63 +39 - 16 +55 +2 8 +2 7 - 40 - 04 17 08 12 11 18 58 13 09 17 05 44 49 33 34 44 24 35 45 48 59 31 27 13 43 23 07 14 33 21 13 54 26 24 11 19 56 48 38 30 32 39 30 15 39 43 02 00 50 20 06 r r r r r r r d d d s s s r s r r r u s m z r r r z x r r s d x s s F r s d s r u s s r d v r r s s Oph Dr a Her Dra Her Dra Her Dra Her Her Sc o Ara Dr a Her He r Her Her Sco Her Ar a Her Her Sco Dra Oph Dra Oph Dr a He r Ar a Dra Oph Op h Op h Oph Dra Sco Oph Her Ap s Her Sco Dra Her Oph Dra He r He r Sco Oph +27 +27 +6 8 - 44 +68 - 77 - 45 +2 7 +2 2 +5 8 +20 +22 +5 8 +27 +2 7 +27 +47 +47 - 52 +2 9 +49 - 37 +23 +23 - 44 +23 +29 +23 +2 3 +5 9 +58 +61 - 30 52 51 27 47 31 00 48 52 59 59 02 55 58 38 59 56 14 11 43 57 56 07 07 05 40 03 50 01 01 00 58 03 07 r r r s r c s r r s v d s r r r r d s r r s r d s r r u r r r d s Her Her Dr a Sc o Dra Aps Ara He r He r Dr a Her Her Dr a Her He r Her Her Her Ar a He r Her Sco Her Her Sc o Her Her Her He r Dr a Dra Dra Op h +33 +63 - 21 +0 6 - 39 - 26 34 42 50 40 44 16 d u s r s s Her Dra Oph Op h Sc o Oph +22 +6 1 +6 0 +6 2 +7 8 +6 2 - 24 - 37 +6 2 +6 8 - 22 - 40 +7 5 +6 0 +60 +61 54 03 20 02 38 02 46 54 27 21 42 53 25 44 45 00 d r r d r r s s r D s s r s s s Her Dr a Dr a Dr a UM i Dr a Oph Sco Dr a Dr a Oph Sco UM i Dr a Dra Dra 0.7 3.0 3.4 12. 0.2 3.0 1.0 3.3 5. 2.4 1.2 4.5 14.5 4. 16. 1.7 2.8 1.1 2.0 0.6 15. 11.6 13. 15. 13. 14. 7. 4 15. 9. p vF , pB, p F, p eF p pF , p F, Cl p F, p PN 15. 14. 15. 14. 15. 13. 15. p p p p p p p 10. 7. 2 14.1 15. 12.3 15. 15. 10. 15. 12. 15. 16. p p p p p p p p p 3.2 14. p 15. p 11. p 2.2 5.0 15. p 10.2 2.6 3.5 14. p 1.3 9. 15. p 6. 4 15. p 15. p 2.1 15. p 15. p 90. 15.1 6. 1.9 8. 1.3 1.2 6. 6 15. 15. 15. 8.2 15. 5. 9 14. 14. 15. 1.5 14. 15. 15. 15. 15. 5. 10. 14. 13. 10 . 2.1 8.0 15. 15. 14. 14. 14. 15. 14 . 1 6.6 1.7 0.2 14. 11. 15. 10. 7. 2 6. 13.5 5.1 0.3 p p p p 1.2 1.6 2.1 15. p 14. p 9. 0 5. 4 15. p 9. 2 14. 13. 14. 14. 14. ee F , pS , i R , 3 F st s e e F , e S , e F * cl o s e , v d i f f i c vF , S vF , v S , R , b e t 2 st , n f o f 2 ee F , vS , l E , p B * nr n, n of 2 F, p S , iF eF , v S , l E , F s t in v , s o f 2 eF , v S , v E , be t 2 s t ( = 6 2 4 7 ? ) vF , R ee F , S, i R , B* sf C l , p S , pR i , pC , s t 1 2 . . . 1 5 Cl , L , Ri , l C M , s t 9 . . . 1 2 eF, S, R pF , S , R, gb M v F , E , b i N np s f eF , p S ee F , pS , R , v d i f f i c Cl , v L , v R i , l b M , s t 1 2 . . . 1 3 vF , v S pF, R, vglb M , *4 p 79s F, S , R , g b M vF , R Cl , e L , e R i (M i l k y W a y ) eF , p S , R , s e v st n r s f F, S , R vF , d i f , p S , * 8 n f 3 ' cF , S , iF , D e F , v S , R, B* & D* p v F , v S , iF , d i f g l o b . cl . , p B , cL , R , gl b M , r r vF , s e v s t i n n e b ? ne b , *1 0 c l o s e nf ; = 6 2 4 0 ? v F , p L , lE , d i f ; = I C 4 6 2 5 p B , c L , iR , r r r , s t 1 4 . . . 1 6 eF ee F , pS , R , v d i f f i c C l , B , c L , pR i , st 1 0 . . . 1 3 eF , e S , d i f , * 1 2 s 1 2 " eF , c L , E 90 d e g v F , p L , vg v l b M F, S , R , s t e l l N Cl , B , L, Ri , s t 8. . . 1 1 ee F , S, l E , v d i f f i c vF ( v S D* ? ) , F D* n f vF , v S , e E 7 5 d e g , s u s p eF , p L , l E , * n r p e F , e S , iF vF, vS, R F, e L , E p f , d i f ! gl o b . c l . , B , vL , R , g v m b M , r r r , st p eF , v S p eF , v S p e F , v S , R, sp o f 2 C l , p R i , v l C , i F , st L & S p eF , p L , m E , nf of 2 !! e F , eS , 2 - b r a n c h sp i r a l Cl , L , lR i , lC , s t 8 . . . 1 2 p F , S, R p v F , p L , R, lb M p e e F , S , R, v di f f i c , np o f 2 eF , p S , v l E , v F * cl o s e p eF ; n e b ? p eF, pS, R p eF , S , R p vF, R p vF p vF , p S , l E , co a r s e D * np vF , f a i n t e r th a n 62 7 9 p Cl, S, tria n g u l a r , st 13 p eF, vS p vF , c S , i R gl o b . c l . , vF , v L , iR , v g b M , rr r eF eF ! C l , B, v L , vR i , st 11 . . . p eF p vF , S , R p eF , e F st e l l N ; = 6 2 7 6 ? p vF, stel l a r p e F , p S , R, * cl o s e f p ee F , eS , R su s p ne b , 3' n f * 8 . 7 ! g l o b . cl . , v B , L, gm b M , r r r , s t 1 4 . . . 1 6 ; 14. p 15. p 5.6 60. pL, lE S, tr i a n g l e w i t h 2 s t 1 2 & 1 4 ( i n Mi l k y W a y ) R , v B , v S , R, di s c & bo r d e r ( N u c l 1 2 . p F, p L 1 5 . p ee F , pS , v d i f f i c , n p of 2 ee F , L, R , v d i f f i c , s f o f 2 vF, pL, R 1 5 . p F, S 1 3 . p ee F , pL , R , v d i f f i c 8. 2 Cl , p R i , e i C M , st 1 1 . . . 1 2 eF, S, E 1 4 . p ee F , L, R , p B * sp vF , v S , c E 8 5 d e g , b M 9. 4 gl o b . c l . , vB , L , R , di s c & F b o r d e r , r 6. 6 !! g l o b . c l . , vB , v L , i R , gm b M , r r r , s t 15. p 15. p 15. p 15. vS, R, stel l a r p L , E 4 5 d e g +/ - , v g m b M S, R, m b M p p p p p no d e s c r , *9 s f 2 ' . 5 eF , p S , R PN , st e l l a r pB, S, lE C l , B , p L , cR i , st 1 0 . . . gl o b . c l . , vB , L , R , vC M , rr r , st 16 ; = vF , v S , R eF, E, v diff i c , F st nr e F , S , m E , F* n r v F , e S , R, be t 2 s t , f of 2 eF, S p B , p S , R, be t 2 s t , p of 2 gl o b . c l . , B, L, R , C M , rr r , st 1 6 . . . Cl , L , pR i , lC , s t 9 . . . 1 1 vF, vS, R e F , p L , mE , n e a r l y b e t 2 s t gl o b . c l . , cB , L , R , gm p C M , r r r , s t 16 PN , st e l l a r vF, S, E, S* s v F , v S , lE vF , v S , l E , *1 3 n r n F, p L , lE I4 6 4 3 63 0 1 62 9 6 I1 2 4 2 63 1 7 63 1 9 I1 2 5 1 62 9 3 62 9 4 63 1 3 63 4 0 63 1 1 I1 2 4 3 I1 2 4 4 63 1 2 I4 6 3 1 I1 2 5 4 I1 2 4 8 I4 6 4 2 63 0 8 63 1 4 I1 2 4 5 63 1 5 63 2 0 63 2 3 63 0 2 I4 6 3 3 63 2 7 63 0 9 63 2 9 I1 2 4 6 I1 2 5 0 63 0 4 63 2 1 I4 6 4 5 I1 2 4 9 63 3 2 63 3 8 63 4 5 63 4 6 I4 6 3 5 63 3 0 I1 2 5 2 I4 6 4 9 I4 6 5 0 I4 6 4 8 63 3 6 I1 2 4 7 63 1 6 63 0 0 63 3 9 63 4 1 63 4 4 63 4 3 63 1 8 63 5 9 63 2 5 63 0 5 63 4 8 63 2 2 63 6 1 63 5 0 63 5 8 63 4 9 63 3 3 63 5 1 I1 2 5 3 63 4 7 63 3 4 63 3 5 63 2 6 63 4 2 63 5 3 I4 6 6 0 63 3 7 63 6 3 63 6 5 I1 2 5 5 63 7 0 I1 2 6 1 63 5 6 63 2 8 I1 2 5 6 I4 6 4 0 I4 6 4 6 63 5 5 I4 6 4 1 63 7 3 63 6 4 63 5 4 63 5 7 I4 6 4 4 I4 6 5 1 63 6 7 63 6 0 63 7 6 63 7 7 63 5 2 I4 6 4 7 63 9 5 I4 6 5 2 63 6 8 I1 2 5 7 I4 6 5 3 63 7 1 63 8 1 I1 2 5 8 I1 2 5 9 I1 2 6 0 63 7 2 63 6 6 63 8 2 63 8 5 63 8 7 63 9 0 63 8 6 63 9 1 63 6 9 63 7 5 64 1 2 63 9 4 63 9 3 63 7 8 63 7 9 64 1 4 63 9 9 63 6 2 63 7 4 63 8 4 63 8 9 I4 6 5 7 Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx ? Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Pl Gx Gx Pl Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx * Gb Gx Gx Gb Gx Gx OC Gx Gb Gx Gx OC Gx Gx Gx Gx Gb Gx Gx Nb Pl Gb Gx Pl Gx Gx Gx Gx Gb Gx Gx Gx Gx Gb Gx Gx Gx As t Nb Gx OC Gx Gx Gx Gb Gx Gx Gx Gx 137 Gx Gx Gx Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gb OC Gx Gx ? 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 08 . 5 08 . 6 08 . 7 08 . 7 09 . 3 09 . 6 10 . 1 10 . 2 10 . 3 10 . 4 10 . 4 10 . 6 10 . 6 10 . 6 10 . 8 11 . 0 11 . 5 11 . 8 11 . 8 12 . 0 12 . 6 12 . 6 12 . 8 12 . 9 13 . 3 13 . 7 13 . 8 14 . 0 14 . 1 14 . 3 14 . 3 14 . 4 14 . 5 14 . 5 14 . 6 14 . 9 15 . 0 15 . 3 15 . 3 15 . 3 15 . 7 15 . 8 15 . 8 15 . 8 15 . 9 16 . 0 16 . 3 16 . 4 16 . 6 17 . 0 17 . 1 17 . 1 17 . 2 17 . 3 17 . 8 17 . 9 18 . 0 18 . 1 18 . 4 18 . 5 18 . 6 18 . 7 19 . 0 19 . 1 19 . 2 19 . 2 19 . 8 19 . 9 20 . 5 20 . 5 20 . 8 21 . 2 21 . 2 21 . 6 22 . 3 22 . 7 22 . 7 23 . 1 23 . 3 23 . 5 23 . 6 23 . 7 23 . 8 23 . 9 23 . 9 24 . 0 24 . 2 24 . 3 24 . 5 24 . 6 24 . 6 24 . 6 24 . 7 25 . 2 25 . 4 25 . 4 25 . 4 25 . 5 26 . 0 26 . 4 26 . 4 27 . 1 27 . 1 27 . 1 27 . 2 27 . 3 27 . 3 27 . 4 27 . 4 27 . 5 27 . 7 27 . 8 28 . 0 28 . 4 28 . 5 28 . 9 28 . 9 29 . 3 29 . 3 29 . 6 30 . 1 30 . 3 30 . 6 30 . 6 30 . 6 31 . 8 31 . 9 32 . 3 32 . 4 32 . 7 32 . 7 +4 2 +4 2 +0 3 +0 4 +6 2 +6 2 +7 2 - 26 - 26 +4 8 +7 2 +4 1 +1 0 +3 6 +4 2 - 77 +7 2 +6 0 - 55 +2 3 +2 3 +3 8 +2 3 +4 0 +4 3 - 37 - 77 +4 3 - 12 +4 3 +2 0 +5 7 - 29 +2 0 +4 3 +3 5 +4 3 +5 7 +5 7 +5 7 - 77 +2 9 +5 7 +5 7 +5 7 +4 5 +4 3 - 12 - 28 - 62 +4 0 +4 3 +4 2 +4 1 - 39 +6 1 - 23 - 59 +4 1 - 42 +6 0 +4 1 +5 2 +3 6 - 18 +3 6 +1 8 +1 6 - 35 - 30 - 51 - 19 +1 5 +7 5 - 38 +4 1 +6 2 +1 2 +5 7 +7 1 - 17 - 64 +2 6 - 80 - 60 - 26 - 80 +5 9 +2 9 - 38 - 34 - 73 - 49 +3 7 - 30 +5 8 +5 8 - 48 - 80 +7 1 - 59 +1 1 - 07 - 60 +2 6 +6 0 +5 8 +5 8 +5 8 +2 6 - 05 +5 6 +5 7 +5 7 +6 0 +5 2 +5 8 - 23 +1 6 +7 5 +5 9 +5 9 +0 6 +1 6 +7 4 +5 9 - 67 - 32 +0 7 +1 6 - 17 20 20 54 02 53 59 24 35 34 19 18 39 47 17 17 36 24 00 24 23 16 02 13 16 46 06 32 38 55 41 14 25 28 18 07 31 39 25 21 19 29 23 23 23 20 52 48 47 08 49 51 08 27 03 27 47 46 09 39 57 37 41 37 03 31 02 40 40 43 08 45 35 42 51 29 08 11 41 00 17 49 59 28 04 00 21 09 01 24 32 10 56 57 46 00 50 50 25 12 06 44 33 06 53 30 01 31 33 29 28 05 52 33 34 06 44 52 46 12 42 32 39 17 17 23 38 03 36 04 24 31 x r s u r r u s r r s r x u r d v v s s s u s r r s c r s r d d s r z z r r r r c r d d d x r F s s s s r r s s s t r s s r r r s r d r s r s s r v s r r u r d s A u c c s c r r r s c s r r r r s c s c s d c r s v v d s s r r r r r r s r s r r r s r r s s s s x He r He r Op h Op h Dr a Dr a Dr a Op h Op h He r Dr a He r Op h He r He r Ap s Dr a Dr a Ar a He r He r He r He r He r He r Sc o Ap s He r Op h He r He r Dr a Op h He r He r He r He r Dr a Dr a Dr a Ap s He r Dr a Dr a Dr a He r He r Op h Op h Ar a He r He r He r He r Sc o Dr a Op h Ar a He r Sc o Dr a He r Dr a He r Op h He r He r He r Sc o Sc o Ar a Op h He r UM i Sc o He r Dr a Op h Dr a Dr a Op h Ar a He r Ap s Ar a Op h Ap s Dr a He r Sc o Sc o Ap s Ar a He r Op h Dr a Dr a Ar a Ap s Dr a Ar a Op h Op h Ar a He r Dr a Dr a Dr a Dr a He r Op h Dr a Dr a Dr a Dr a Dr a Dr a Op h He r Dr a Dr a Dr a Op h He r Dr a Dr a Ar a Sc o Op h He r Op h 1. 1 1. 0 1. 7 7. 9 3. 4 1. 2 1. 9 1. 5 0. 4 1. 3 1. 8 1. 7 0. 9 0. 8 3. 7 1. 1 6. 8 14 . 14 . 15 . 16 . 14 . 14 . 8. 2 p p p p p p 15 . p 11 . 0 15 . p 15 . p 15 . p 13 . 9 13 . 14 . 13 . 1 15 . 13 . 3 15 . 15 . 13 . p p p p p p 15 . p 11 . p 14 . p 8. 4 14 . 16 . 15 . 14 . 14 . 15 . 15 . p p p p p p p 3. 1 15 . p 14 . p 4. 9 5. 4 3. 4 11 . 2 9. 0 11 . p 13 . p 6. 5 4. 1. 2 4. 3 14 . p 12 . p 12 . 6 10 . 7 10 . 2. 4 9. 3 15 . 6. 0 14 . 14 . 15 . 15 . 7. 9 16 . p p p p p p 14 . p 40 . 0. 2 3. 0 12 . p 9. 9 1. 5 0. 8 1. 1 14 . 14 . 14 . 14 . p p p p 7. 2 8. 4 1. 7 1. 5 2. 6 5. 0 1. 6 14 . p 9. 6 14 . p 14 . p 50 . 2. 1 12 . 7. 1 1. 7 2. 6 1. 7 4. 0 6. 9 15 . p 14 . p 14 . p 8. 2 13 . p 13 . p 1. 6 1. 5 1. 2 1. 5 1. 9 8. 3 1. 1 2. 3 1. 3 10 . 7 3. 6. 0 3. 1 15 . p 14 . p 14 . 10 . 0 15 . 14 . 15 . 14 . 15 . 15 . 13 . 14 . 11 . 8 16 . 15 . 15 . 15 . 15 . 15 . 8. 3 9. 0 10 . 6 14 . p p p p p p p p p p p p p p p p F, *1 2 in v ; = 63 0 1 F, st e l l a r ; = IC 46 4 3 pB vS , R, vl b M ee F , S, R, F* nr , sp of 2 vF , vS , R, lb M , nf of 2 ee F , pS , R, sp of 2, 63 4 0 nr gl o b . cl . , vB , L, R, ps b M , rr r , st 16 on l y a D* 13 , 13 . 5 , di s t 8" ee F , vS , lE , be t 2 F st cF , pL , R, vg m b M pB , vS , R on l y 5 st 12 - 14 in li n e ns , 45 " lo n g vF , pS , R, be t 2 st eF , ir r R , di f , vS * in v eF , ee S , an n ? , su s p ee F , pS , R, nf of 2, v di f f i c ee F , pS , R, be t 2 st p & f PN , st e l l a r vF , S, R, sb M F, vS , R, bM eF , S, R, bM , F* cl o s e s eF , S eF , *1 3 p 0s .5 eF , vS , di f f i c pB , E pf , PN vF , cL , cb M ; sp i r ? eF , vS , di f f i c cl o s e Dn e b , 16 0 d e g , bo t h B, eS vF , vS , R, bM ne b *1 3 ? *1 0 n 1' pF , S, cE gl o b . cl . , B, cL , R, lb M , rr r , st 16 eF , iR , pS , vl b M eF , pS , *1 3 . 5 f 80 " ee F , pS , R, v di f f i c , 4 st s vF , ov a l , ib M F, S, R, vg l b M ee F , vS , R, 2n d of 3 ee F , S, R, 3r d of 3 vF , eS , cb M eF , S, R vF , pS , *1 2 . 5 v cl o s e eF , pS , v di f , *1 2 . 5 f 0' . 5 eF , st an d ne b Cl , vS , ne b , vF D* in v vF , vS , R, bM st e l l a r , *9 . 8 sp 0' . 7 ; D* 12 - 12 is 30 s p gl o b . cl . , cB , pS , R, gv m b M , rr r , st 16 F, vL , vl E , am st , 2 st in v vF , L, iR , sp of 2 gl o b . cl . , vB , vL , eC M , rr r , st S; = M9 2 F, S, R, *1 2 nf , nr vF , S, lE , nf of 2 Cl , pL , Ri , R, gb M , st 12 . . . 1 4 pB , S, R, bM N = *1 2 pF , L, R, rr vF , vS , R, gl b M eF , vS , iR , lb M Cl , vL , pR i , lC (p l a c e of * nf ) vF , pS , mE , ne a r l y be t 2 st pF , pS , gb M eF , S, R, D* nr np vF , eS , R, lb M , p of 2 gl o b . cl . , B, L, R, eC M , rr r , st 14 ; = M9 vF , vS , fa i n t e r th a n 63 4 9 F eF , iR , di f cF , vL , ic E , vg l b f , *8 in v di f ne b in pa t c h e s !! ! PN , pB , vS , R cB , pS , lE , er pB , pS , 3 S st in v , *1 0 nf 1' pL , E ns , *9 . 2 sp 30 " !! ! ri n g , eF , S, am st vF , S, R, gb M ee F , pL , iR , eF st in v , * sf vF , pS , R, fo r m s tr a p wi t h 3 st vF , vS , R, B* nr n ee F , pS , R gl o b . cl . , vB , cL , vg v m b M , rr r , st 20 eF pa i r of st on l y , on e ha z y F, S, gb M vF , eS , cb M F, pL , sp i r cF , L, R, gb M , rr r eF , vS , bM ee F , pL , v di f f i c pF , vS , R, bM *1 3 eF , S F, L, E, vg l b M , D* in v eF , vS , mE 13 5 d e g Cl , pC vF * in vF , vS , R ne b ne b in pa t c h e s (M i l k y Wa y ) ee F , eS , R, v di f f i c eF , eS , R, lb M Cl (n o t ne b ) , pF , L bM vF , pL , lE , D* n F, PN , 15 ma g F, S, E F, pL , lb M ee F , eS , bM , eF , * vn r , su s p vF , S, R, np of 2 vF , pL , E pB , pS , R, 1s t of 3 pB , pS , R, 2n d of 3 ee F , S, R, 3r d of 3 vF , pS , iF , sf of 2 F, L, vl b M pF , pS , R eF , S, R, B* s eF , S, R ee F , mE , v di f f i c vF , pS , R, be t 2 st eF , vS , R, ne a r l y be t 2 st !! ri n g , pB , S, R F, vS , R gl o b . cl . , cL , R, vg b M , rr eF , pS , R, n of 2 eF , pS , R, s of 2 v di f f i c u l t vF , pL ee F , pS , R, v di f f i c , be t 2 st eF , vS , R gl o b . cl . , cB , L, vg m b M , rr r , st 14 . . . 1 7 Cl , S, P, B* in v pB , S, vl E F, S, iF , er vF , *1 1 np 2' I126 2 Gx I126 3 Gx I126 4 Gx I465 9 I465 5 6383 C+N 64 1 0 * 63 8 0 Gb 6411 Gx 6419 Gx 64 2 0 Gx 64 2 4 Gx 6388 Gb 17. . . 64 2 2 Gx 6409 Gx 64 2 3 Gx I126 5 Gx 6434 Gx I465 4 Gx I465 8 6402 Gb 15; = I465 6 Gx 6396 OC 6418 Gx 64 0 6 64 0 1 Gb 64 6 1 Gx I126 7 Gx 64 0 8 Gx 6404 OC 6405 OC 64 3 5 Gx 6397 Gb 64 1 3 64 0 0 OC 64 3 6 Gx 64 1 7 Gx 64 5 6 Gx 63 9 8 Gx 6457 Gx 6403 Gx 63 9 2 Gx 64 6 3 Gx 6427 Gx 64 4 9 Gx 64 2 8 64 7 7 Gx 64 2 9 Gx 6433 Gx 64 7 0 Gx 64 7 1 Gx 64 7 2 Gx 6431 64 4 8 6415 64 1 6 OC 64 3 0 As t 6443 Gx 64 6 2 Gx 64 2 6 Gb 64 5 4 Gx 6407 Gx I466 3 Pl I126 6 6421 6464 Gx I466 6 Gx 6459 Gx 64 4 6 Gx 64 4 7 Gx I466 5 OC I466 7 64 2 5 OC 6442 Gx 64 7 4 I466 8 64 7 3 Gx I466 2 Gx I466 9 Gx 64 3 2 64 5 0 I127 0 * 64 5 2 Gx 6466 Gx 6439 Pl 6479 Gx 6478 Gx 6440 Gb I466 4 Gx 6437 6445 Pl 6458 Gx 6488 Gx 6503 Gx 64 4 4 OC 6460 Gx 6508 Gx 64 8 9 Gx 64 9 1 Gx 64 4 1 Gb 64 9 3 Gx 64 5 1 OC 64 6 7 Gx 64 6 8 Gx I126 8 6453 Gb 64 9 8 I466 1 Gx 6497 Gx 6505 Gx 64 8 4 Gx 64 8 2 Gx 64 8 5 Gx 64 5 5 I126 9 Gx 64 8 6 Gx 6487 Gx 6481 D* 64 6 5 64 6 9 OC 64 7 6 64 7 5 OC 6510 6538 Gx 64 9 0 Gx 6480 6511 64 9 5 Gx 6512 Gx 17 17 17 17 17 17 17 17 17 17 17 17 17 33 . 0 33 . 1 33 . 3 34 . 2 34 . 6 34.8 35 . 2 35 . 4 35.6 35.9 36 . 1 36 . 2 36.3 +43 +43 +43 - 17 - 60 - 32 +60 - 39 +6 0 +6 8 +68 +69 - 44 45 49 38 56 43 34 49 04 48 08 01 59 44 u u u d d s r s r r r r s Her Her Her Oph Ara Sc o Dra Sco Dr a Dr a Dra Dra Sc o 17 17 17 17 17 17 17 17 36 . 3 36.6 36 . 7 36 . 7 36.8 37 . 1 37 . 2 37.6 +68 +5 0 +68 +42 +7 2 - 74 - 59 - 03 02 46 09 05 05 23 35 15 r r r u r c d s Dra Dr a Dra Her Dr a Aps Ara Op h 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 37 . 7 38.1 38.1 38 . 3 38 . 6 38 . 7 38 . 7 38 . 8 39.6 40.1 40 . 1 40.7 40 . 7 40 . 8 41 . 2 41 . 7 42 . 4 42 . 7 42.8 43.2 43 . 5 43 . 5 43.6 43 . 7 43 . 9 43 . 9 44 . 0 44.0 44 . 1 44 . 1 44 . 2 44.3 44 . 3 44.4 44 . 4 44 . 6 44.6 44 . 7 44 . 9 44 . 9 45.0 45 . 5 45 . 6 45.8 45.8 45 . 8 45.9 46 . 1 46 . 3 46 . 3 46 . 3 46 . 9 46.9 46 . 9 46 . 9 47 . 0 47 . 1 47 . 2 47 . 4 47 . 5 47 . 8 48 . 0 48.2 48.3 48.3 48.6 48.9 49 . 0 49.1 49.2 49.2 49.3 49.4 49 . 5 49.6 49.9 50 . 0 50 . 1 50 . 2 50 . 4 50 . 7 50 . 7 50 . 7 50 . 7 50.9 51 . 0 51 . 0 51.2 51.3 51 . 7 51 . 8 51 . 8 52 . 0 52 . 1 52 . 6 52.7 52.8 52 . 9 52 . 9 53 . 8 53 . 9 54.0 54.2 54 . 5 54.6 54.7 54 . 8 54.8 - 63 - 35 +5 8 +18 - 23 +73 +59 +18 - 33 - 32 +62 - 53 +12 - 36 +60 +23 +67 - 61 +6 6 - 61 - 69 +67 +2 5 +56 +25 +67 +25 +3 6 +67 +67 +67 +2 5 +53 - 35 - 32 +18 +4 8 +61 +03 +55 - 60 - 44 - 46 - 33 +6 0 +55 +5 5 +35 +35 +05 +55 - 31 +2 0 +57 +57 +57 - 64 +61 - 24 +18 +62 +20 +5 1 - 16 +5 4 +5 1 - 20 - 63 - 35 - 20 +2 0 +6 2 +7 0 - 34 +2 0 +7 2 +60 +61 - 37 +61 - 30 +17 +17 +17 - 34 +59 - 74 +5 9 +6 5 +24 +23 +31 - 35 +21 +29 +2 9 +0 4 - 25 - 22 - 29 - 34 +6 0 +7 3 +18 - 30 +6 0 +18 +6 2 44 00 43 50 55 30 23 52 15 13 37 40 37 57 27 40 34 41 28 41 47 35 29 47 32 37 21 46 34 34 36 30 32 01 21 09 05 53 00 42 44 54 06 42 53 46 45 33 33 43 53 32 45 20 24 20 38 26 53 35 13 51 26 29 10 09 22 15 26 01 49 14 09 49 46 02 06 32 03 33 13 32 32 13 36 29 02 30 33 30 04 28 23 34 50 51 10 24 21 08 49 48 25 23 26 48 20 39 c s r r s r v r s s r s r s r r r A r A c r r r r r r r r r r r r r s r r r s s c s d r r m r r r s d s r r d r s x D r x r r s r s s c r s r r s s r r r r s v s s u D s r c r r r s r r v r r r D s r s D r r r D r r Ara Sc o Dr a Her Oph Dra Dra Her Sc o Sc o Dra Ar a Oph Sco Dra Her Dra Pav Dr a Pa v Aps Dra He r Dra Her Dra Her He r Dra Dra Dra He r Dra Sc o Sco Her He r Dra Oph Dra Pa v Sco Ara Sc o Dr a Dra Dr a Her Her Oph Dra Sco He r Dra Dra Dra Pav Dra Sgr Her Dra Her Dr a Sg r Dr a Dr a Sg r Pav Sc o Sg r He r Dr a Dr a Sco He r Dr a Dra Dra Sco Dra Sco Her Her Her Sc o Dra Aps Dr a Dr a Her Her Her Sco Her Her He r Op h Sgr Sgr Sgr Sco Dr a Dr a Her Sc o Dr a Her Dr a 1.5 1.7 1.4 80 . 3.9 8.7 2.1 1 5 . p eF , p S , R , 1 s t of 3 1 5 . p eF , p S . , R , 2n d o f 3 1 6 . p eF , p S , R , 3 r d of 3 pF , S , *8 f 21 s , 3 ' n eF , e S , m E 1 7 0 d e g 5 . 5 C l , s t 1 3 , *6 - 7 in M ee F , S, R , n e a r l y b e t 2 s t , s p o f 2 eF , p S , l E , *9 at t 13. p vS, gbM 15. p eeF, eS, R, v diff i c 1 5 . p ee F , eS , R , v d i f f i c 1 5 . p vF , p S , R 6 . 9 g l o b . cl . , v B , L, R , p g , ps v m b M , r r r , 15. 15. 15. 14. 13. p p p p p 1.7 11 . 7 2.2 3. 5.6 7.6 8.5 14. p 9. 5 15. p 1.7 5. 15 . 25 . 7 8. 14. p 11. p 4.2 15. p 5.7 9. 15. 14. 15. p p p p 14. p 1.5 15. p 14. p 14. p 14. 14. 15. 15. 15. 18. 3.2 1.4 1.9 0.2 0.6 41. 8. 2.2 0.1 1.9 5.4 1.7 0.6 6.2 12. 7.8 1.4 8. 2.7 2.3 3.5 p p p p p 5. 7 15. p 14. p 11.2 15. p 13. p 15. 16. 16. 15. 14. 4. 2 p p p p p 7. 2 14. p 15. p 11.4 15. 15. 14. 14. 14. 9.7 p p p p p 13. p 15. p 14. p 10.2 14. 14. 15. 14. 7. 4 p p p p 8. p 15. p 14. p 9.9 2.5 2.3 14. 15. 13. 11.3 14. p p p p 1.9 15. p 14. p 12. 80. 8. p 3. 3 14. p 14. p 14. p 15. p eF , p S , R , vF, S, R ee F , vS , R , ee F , S, l E v F , v S , R, eF , e S , R , F, P N , 1 5 ! g l o b . cl . near l y st bet 2 st * clos e f st e l l a r , * 8 s vmbM mag , B , v L , R, e R i , vgmb M , ee F , vS , e E 90 d e g , cb M C l , p L , lR i , lC eF, pS, R vF , e S , s t e l l a r pB , p L , R , * 1 2 f in v eF , p S , R , 5 s t n r ee F , pS , R , v d i f f i c F, S , i R , gb M Cl, F, L, pRi, lC, st 13.. . 1 5 C l , L , i R , lC , s t 7, 10 . . . ; = M 6 ee F , vS , R , vF D* n r f g l o b . cl . , B , v L , R i , st 13 vF , v S , s m b M Cl , p L , p R i , i R , st 9. . . 1 0 ee F , pS , l E , * * * n r pF , S , vl b M ee F , eS , R , v d i f f i c , be t 2 s t eF h a z y * on l y , p o f 2 F , vS , R , b M e F ha z y * o n l y , f of 2 cF , S , R, gl b M , * 1 3 sp ee F , S, R , v d i f f i c , 2 n d of 6 v F , v S , st e l l a r vF , p S , R vF , S , st e l l a r ee F , eS , R , v d i f f i c , * n r F, S , s t e l l a r vF, S, pmE, bM ee F , vS , R , v d i f f i c , 3r d o f 6 ee F , eS , R , * n r , 4 t h of 6 ee F , eS , R , v d i f f i c , 5t h o f 6 vF, vS, R vF , p S , R , l b M n e b s p o r t i o n of Mi l k y W a y Cl , v L , R i , lC vF , S , mE e F , p S , lE F, e S , R, PN ? vF , c L , E , v l b M vF , p S , R , l b M eF, S, R, 3 st nr PN , st e l l st e l l a r ( g a s e o u s sp e c t r u m ) C l , v L , pR i , st 8. . . 1 2 eeF, pS, R, s of 4 st eF * , sl i g h t l y n e b s e F , e S , R, r eF , v S , i R vF , S , R Cl , c o 2 st e l l n e b su s p Cl , p S , l R i , l C , st 10 . . . 1 2 p F , S , i R , gb M eF , p S , R , n o f 3 , 3 s t n r eF , * 3 ' n ee F , S, R , s o f 2 F, p S , lE eF , S ; eF st i n v ? on l y 4 st 12 - 1 3 vF , v S , B * f 2 ' ; no n e x i s t e n t ? ee F , S, R , v d i f f i c , 6 4 8 8 f ee F , S e F , v S , R, be t 2 s t PN , stel l a r = 13m e F , p S , R, 3 st n pB, S, vmE, spin d l e p B , p L , R, bM eF , v S , c E , cb M C l , F , e L , vS s t + n e b p B , p S , R, gb M , r, * 1 5 np e F , v S , st e l l a r pF, pS, E B o r p B , L , m E , *9 f 4' Cl , v L , v R i , s t 1 2 . . . 1 3 v F , p L , iR vF, S, 3 st nr ee F , pL , l E , b e t 2 s t pF , e S , v F * at t , np of 2 gl o b . c l . , vB , p L , R, v g m b M , rr r , F, e S , R, PN ? , F * v n r , s f of 2 Cl , p L , p R i , b i f i d , st 1 2 . . . vF , v S , l E vF , S , R ee F , pS , R , v d i f f i c c L , i R , pm b M , r pF , p S , R , F * v n r , s f of 2 eF , v S , R , c b M e F , p S , lE , * c l o s e n , np of 2 eeF, vS, R eF , v S , R , m b M ! vF , S , R , vs v m b M v S R N vF , v S , R Cl , r r , s t e S + n e b ee F , pL , R , 2 F s t ; *1 0 s p 4' vS * s l i g h t l y n e b s F , S, R, g b M vS, bM on l y 2 F D s t Cl , p R i ( i n Mi l k y W a y ) ne b o r ne b s pa r t of Mi l k y W a y Cl , v B , p R i , l C , st 7. . . 1 2 ; = M7 eeF, pS, lE, v diff i c e F , v S , lE , b e t 2 eF st vF , v S , s t e l l a r n e b o r n e b s p a r t o f M i l k y Wa y F , pL , b M F, S , R v F , R , 1 s t of 3 rr r , st 1 8 st I4 6 7 0 I4 6 7 1 65 1 6 64 9 9 65 2 1 65 0 0 65 0 4 65 3 4 65 0 1 64 9 4 65 3 6 65 1 5 I4 6 7 7 65 4 3 64 9 6 65 3 2 65 2 4 65 0 9 64 8 3 65 1 3 65 0 7 65 1 8 65 4 2 65 0 6 65 5 2 65 1 7 65 2 7 65 2 5 65 1 4 I4 6 7 2 65 2 6 64 9 2 I4 6 7 6 I4 6 7 5 I4 6 7 3 65 1 9 65 2 0 65 2 2 65 2 3 65 3 5 65 0 2 65 3 1 65 2 8 65 3 0 65 3 9 65 6 2 I1 2 7 2 I1 2 7 3 65 3 3 65 4 7 65 3 7 65 6 0 65 2 9 I1 2 7 1 65 4 9 65 4 8 65 5 0 65 4 0 65 6 6 65 4 6 65 4 4 65 5 5 65 4 1 I4 6 7 8 I4 6 8 8 I4 6 7 4 I4 6 8 1 I4 6 8 3 I4 6 9 1 65 9 8 65 5 1 65 5 4 65 6 4 I4 6 8 4 I4 6 9 3 65 5 3 I4 6 8 5 I1 2 7 4 65 9 2 65 5 6 65 5 9 I1 2 7 5 65 9 4 I1 2 7 7 65 5 8 65 6 1 I1 2 7 8 I4 6 9 0 I1 2 7 6 65 7 5 65 7 1 65 8 2 65 7 0 I1 2 7 9 65 9 7 I4 6 7 9 I1 2 8 1 65 7 6 65 6 5 65 7 4 66 0 1 65 6 3 65 7 2 65 7 7 I1 2 8 0 65 4 5 65 7 9 66 0 7 65 8 0 65 8 5 I4 6 9 7 65 8 1 66 0 8 66 0 9 65 6 8 66 2 1 66 2 2 I4 6 8 0 65 6 9 I4 6 8 6 65 6 7 65 8 6 I4 6 8 7 I4 6 8 9 I4 7 0 8 65 7 3 65 8 7 65 9 1 66 1 7 I1 2 8 2 65 9 3 Nb 17 17 Gx 17 D* 17 Gx 17 Gx 17 Gx 17 Gx 17 Gx 17 OC 17 Gx 17 Gx 17 Gx 17 Pl 17 Gb 17 Gx 17 Gx 17 Gx 17 Gx 17 Gx 17 OC 17 Gx 17 Gx 17 - 17 Gx 18 Gb 18 Gx 18 - 18 C+ N 18 18 Nb 18 Gx 18 Gx 18 18 Pl 18 - 18 OC 18 Gb 18 Nb 18 Gb 18 Gx 18 OC 18 Gb 18 OC 18 Gb 18 Gx 18 OC 18 OC 18 - 18 Gx 18 Pl 18 Gx 18 - 18 18 Gx 18 Gx 18 Gx 18 OC 18 Gx 18 OC 18 Gb 18 Gx 18 Gb 18 18 Gx 18 Gx 18 18 18 Gx 18 Gx 18 - 18 - 18 - 18 Nb 18 18 Gb 18 Nb 18 Nb 18 Gx 18 18 Nb 18 Nb 18 Gx 18 OC 18 Gb 18 - 18 18 18 Gb 18 Gx 18 Gx 18 Gx 18 Gx 18 18 Gx 18 Gx 18 ? 18 Gx 18 Pl 18 Gx 18 Gx 18 Pl 18 Pl 18 Gx 18 Gx 18 Gx 18 18 Gx 18 18 Gx 18 Gx 18 Gx 18 Gx 18 Gx 18 OC 18 Gx 18 Gx 18 Gx 18 Gb 18 Gx 18 Pl 18 Gx 18 Gx 18 Gx 18 Gx 18 - 18 Gx 18 Gx 18 Gx 18 ? 18 Gx 18 138 55 . 1 55 . 1 55 . 2 55 . 3 55 . 8 56 . 0 56 . 0 56 . 0 56 . 1 56 . 8 57 . 3 57 . 4 58 . 3 58 . 6 59 . 0 59 . 1 59 . 2 59 . 4 59 . 5 59 . 5 59 . 6 59 . 7 59 . 7 59 . 8 00 . 1 01 . 8 01 . 8 02 . 1 02 . 3 02 . 4 02 . 6 02 . 8 02 . 8 03 . 2 03 . 3 03 . 4 03 . 4 03 . 6 03 . 8 03 . 8 04 . 2 04 . 6 04 . 8 04 . 8 04 . 8 04 . 9 04 . 9 05 . 0 05 . 1 05 . 1 05 . 2 05 . 3 05 . 5 05 . 5 05 . 8 06 . 0 06 . 0 06 . 3 07 . 0 07 . 2 07 . 3 07 . 8 08 . 0 08 . 0 08 . 1 08 . 2 08 . 3 08 . 7 08 . 7 08 . 8 09 . 0 09 . 1 09 . 1 09 . 1 09 . 2 09 . 3 09 . 3 09 . 5 09 . 9 10 . 0 10 . 0 10 . 0 10 . 2 10 . 2 10 . 3 10 . 5 10 . 5 10 . 5 10 . 7 10 . 8 10 . 9 11 . 0 11 . 1 11 . 1 11 . 3 11 . 4 11 . 6 11 . 8 11 . 9 11 . 9 11 . 9 12 . 0 12 . 1 12 . 1 12 . 2 12 . 3 12 . 3 12 . 3 12 . 4 12 . 4 12 . 5 12 . 6 12 . 6 12 . 6 12 . 8 12 . 9 13 . 0 13 . 5 13 . 6 13 . 6 13 . 7 13 . 7 13 . 7 13 . 7 13 . 7 13 . 8 13 . 9 14 . 0 14 . 1 14 . 1 14 . 2 - 21 - 10 +6 2 +1 8 +6 2 +1 8 +3 3 +6 4 +1 8 - 19 +6 4 +5 0 +6 6 +6 6 - 44 +5 6 +4 5 +0 6 - 63 +2 4 - 17 +2 8 +6 1 - 24 +6 6 - 08 +1 9 +1 1 - 23 - 62 - 23 - 66 +1 1 - 09 - 27 - 29 - 27 - 30 - 24 - 00 - 65 - 22 - 30 - 24 - 07 +5 6 +2 5 +2 5 - 24 +2 5 - 19 +4 6 - 36 - 24 +1 8 +1 8 +1 8 - 27 +5 2 - 23 - 25 +1 7 - 43 - 23 +1 1 - 62 - 23 - 26 +1 1 +6 9 - 29 - 18 +1 7 - 23 +1 7 - 25 - 23 - 23 +6 1 - 27 - 24 - 23 +6 1 +3 1 - 31 - 16 +3 1 - 19 - 07 +3 1 +2 1 +4 9 +1 4 +3 6 +6 1 - 56 +3 6 +2 1 - 28 +1 4 +6 1 - 33 +0 6 +2 1 +2 5 - 63 +2 1 +6 1 +2 1 +3 9 +2 5 +2 5 +6 1 +6 1 - 21 +6 8 +6 8 - 64 - 31 - 57 - 19 +2 1 - 57 - 57 +6 1 - 22 +1 8 +2 1 +6 1 +2 1 +2 2 48 17 40 23 37 20 12 19 22 01 56 44 38 38 16 13 55 17 40 54 24 52 22 39 36 58 44 03 02 50 35 25 49 15 06 48 54 02 23 18 25 30 03 20 35 15 05 07 53 13 51 52 18 27 32 35 35 49 16 20 00 36 42 52 42 24 24 14 50 04 33 26 24 25 20 54 59 44 25 31 06 50 07 00 46 48 09 49 12 05 14 53 06 02 10 15 01 25 11 59 26 52 51 28 40 46 26 19 26 37 26 25 19 19 36 22 20 29 50 44 05 05 44 45 09 10 50 02 19 06 17 x d r r r s s r s s r r m s s r r s r r s r s r r s r r s d s r z d s r s s s s c s s s s r x x r r s s r D r D D s r s s s s d u c d d z r r r r s d s s s r D s s r x s r d d s r r r s d r c x r s s r s s r m A D r D r u r r r s s r c s c s r c c z r s r r x r Sg r Se r Dr a He r Dr a He r He r Dr a He r Sg r Dr a Dr a Dr a Dr a Sc o Dr a He r Op h Pa v He r Sg r He r Dr a Sg r Dr a Op h He r Op h Sg r Pa v Sg r Pa v Op h Op h Sg r Sg r Sg r Sg r Sg r Se r Pa v Sg r Sg r Sg r Se r Dr a He r He r Sg r He r Sg r He r Sg r Sg r He r He r He r Sg r Dr a Sg r Sg r He r Cr A Sg r Op h Pa v Sg r Sg r Op h Dr a Sg r Sg r He r Sg r He r Sg r Sg r Sg r Dr a Sg r Sg r Sg r Dr a He r Sg r Sg r He r Sg r Se r He r He r He r Op h He r Dr a Te l He r He r Sg r He r Dr a Sg r Op h He r He r Pa v He r Dr a He r He r He r He r Dr a Dr a Sg r Dr a Dr a Pa v Sg r Pa v Sg r He r Pa v Pa v Dr a Sg r He r He r Dr a He r He r 5. 2. 5 2. 5 2. 0 27 . 1. 0 5. 8 6. 9 2. 3 7. 1. 5 4. 3 29 . 40 . 0. 3 6. 5. 6 90 . 3. 6 1. 2 13 . 3. 7 15 . 6. 9 0. 2 1. 3 1. 13 . 8. 9 2. 1 13 . 1 1. 6 1. 5 3. 8. 1 10 . 9. 8. 10 . 3. 7 7. 1 1. 8 1. 9 0. 2 1. 4 0. 8 0. 1 0. 4 1. 6 13 . 2. 5 1. 7 5. 8 0. 5 0. 1 1. 5 0. 9 2. 3 st e l l a r , 12 . 5 ma g sp i r a l ? (e d g e of pl a t e ) 15 . p vF , vS , 2n d of 3 S D* in ne b 14 . p F, pL , 3r d of 3 13 . p vF , vS , sp of 2 13 . p F, vm E , sb M 15 . p ee F , pS , R 12 . 3 vF , vS , nf of 2 5. 5 Cl , B, vL , pR i , lC , st 10 . . . ; = M2 3 14 . p vF , pL , R 14 . p vF , vS , R, 2 B st nr 15 . p vF , S; 65 4 3 f 16 s .5 9. p PN , vB , pS , sb M v S N 9. 2 ne b + Cl , pL , mE , gv l b M 15 . p ee F , pS , R 14 . p pF , pS , lE 13 . p vF , pL , ir r R , lb M F, S, E, bM , be t 2 st 10 14 . p vF , vS , st e l l a r 10 . p Cl , pS , lR i , lC 15 . p 2 vF , cl o s e st in vF , vS ne b 14 . p eF , S, mE , 2 st sp Cl , Ri , eL , vl C 14 . p F, pS , iR 10 . 3 pB , pL , R, rr 15 . p ee F , vS , R Cl , P, st L 6. 3 !! ! vB , vL , tr i f i d , D* in v ; = M2 0 ee F , eS , vE 45 d e g , cb M F, L, cE pF , S, pm E 90 d e g , *1 2 at t f 16 . p eF , vS do u b t f u l , no t se e n a se c o n d ti m e PN , 13 ma g , *1 3 nf 33 " vF , np 65 2 2 8. p Cl , pS , Ri , lC , st 9. . . 1 3 8. 6 gl o b . cl . , B, pL , R, gv m b M , rr r , st 16 5. 8 !! ! vB , eL , ei F , wi t h L Cl ; = M8 10 . 6 pF , L, di a m 1' or 2' vF , vS , f * of D* in v 5. 9 Cl , pR i , lC , st 9. . . 1 2 ; = M2 1 9. 5 gl o b . cl . , pF , cS , R, gb M , rr r , st 16 4. 6 Cl , B, L, pR i , f M8 9. 6 no de s c r i p t i o n 14 . p F, pS , R, bM , be t 2 st S Cl vF , S Cl wi t h ne b ? *1 0 f 3' eL , ei F , st f 14 . p F, vS , E, mb M 13 . p PN , B, S, st e l l a r 14 . p ee F , pS , iR Cl in Mi l k y Wa y eF , vL , B* in v , pa r t of 65 2 3 15 . p vF , pL , iR , ne a r 65 4 8 13 . p cF , S, lE , r; = 65 5 0 13 . p vF , pS , R, se v F st in v , ne a r 65 4 9 15 . p pF , S, iE , er or Cl 15 . p eF , vS , R, *1 6 nr 8. 0 Cl , vL , vR i 8. 3 cF , pL , iR , r 12 . p F, L, R, vg l b M 6. 6 gl o b . cl . , B, R, eC , gb M , rr r , st 15 . . . 1 6 B, S, E 15 . p vF , pS , di f , *1 2 cl o s e f eF , vS , eE 80 d e g , cb M st e l l N S ne b or ne b * vF , ee L 15 . p F, S, iF , 1 or 2 F st in v 14 . p eF , pS , R vF , vS , R, rr Cl , pR i , vl C , st L & S eF , vS S ne b or ne b * eF , S, bM , se v eF st in v 8. 3 gl o b . cl . , F, L, lE , vg l b M , rr , st 20 *7 . 5 in L, di f ne b 3 st 8. 5 to 9m in pL ne b 15 . p vF , vS , R F, vL , cE , lb M , rr ; no ne b u l o s i t y ? vF , vL , lE , ** in v 2 st 8 & 8. 5 in pL ne b 15 . p vF , vS , R S Cl gl o b . cl . , pB , pL , R, gl b M , rr r , st 16 Cl , L, lC , st cL vF , vS , se v st su s p *9 . 5 in ne b , E sp n f ee F , vL , v di f f i c , D* cl o s e p 14 . p pB , S, R 15 . p eF , vS , st e l l 15 . p ee F , pS , R 13 . p pF , pL , R ee F , pS , R, v di f f i c 15 . p vF , vS , R, B* nr cF , S, R, vm b M ; su s p = IC 12 7 9 15 . p eF , vS 13 . p PN , st e l l a r 12 . 0 pB , S, R 15 . p eF , pS , R 14 . p PN , F, L, cE , ha z y bo r d e r 9. p PN , vB , vS , R, l ha z y 14 . p vF , S 15 . p *1 3 , ne b u l o u s ? ee F , ee S , R F, p of Dn e b 15 . p eF , pS , R, v di f f i c F, f of Dn e b 13 . p ee F , S, eE , be t se v B st 15 . p F, S, iF , r 15 . p eF , di f , be t 2 F st 15 . p vF , eS , R, vF * nr 15 . p vF , pS , lE , F* nr 9. p Cl , vL , lC 13 . 1 pF , pS , R, lb M , s of 2 13 . p pF , pS , R, lb M , n of 2 eF , vS , eE 85 d e g , cb M 8. 7 gl o b . cl . , cB , L, R, rr r , st 15 . . . bM , ma g 14 12 . p PN , st e l l , 11 ma g , in a Cl 14 . p eF , S, R bM ma g 14 bM , ma g 14 15 . p eF , eS , v di f f i c , 66 1 7 nr Cl , st vS 12 . 1 F, vS , R, st e l l ee F , vS , st e l l 15 . p ee F , pL , R, v di f f i c vF , 2 or 3 st su s p 15 . p vF , vS , R, lb M 6606 Gx 1 8 I469 2 Gx 18 I469 4 Gx 18 65 9 9 Gx 18 6600 - 18 6583 OC 1 8 I128 5 OC 18 6612 Gx 1 8 I128 6 Gx 18 65 7 8 Pl 18 I468 2 Gx 18 I470 1 Nb 18 66 0 2 Gx 18 65 8 9 18 65 9 0 C+ N 1 8 65 9 5 OC 18 66 0 5 OC 18 I470 0 18 66 1 0 - 18 I128 3 Nb 18 I469 5 18 65 9 6 OC 18 I128 4 Nb 18 66 1 6 Gx 18 6604 C+N 18 6603 OC 1 8 I469 9 Pl 18 65 8 4 Gb 18 66 1 5 Gx 18 66 1 1 C+ N 1 8 6619 Gx 1 8 I470 3 OC 18 6623 Gx 1 8 I470 6 18 66 4 3 Gx 18 66 1 3 OC 18 I470 7 18 I469 6 Gx 18 6618 C+N 18 I469 8 18 65 5 7 Gx 18 65 8 8 18 66 3 6 Gx 18 66 2 8 Gx 18 66 2 7 Gx 18 66 2 0 Pl 18 I470 2 Gx 18 66 2 5 OC 18 66 2 4 Gb 18 66 5 4 Gx 18 6651 Gx 1 8 I470 9 18 6626 Gb 1 8 14. . . 1 6 ; 6632 Gx 1 8 66 1 4 Gx 18 6650 Gx 1 8 66 4 8 - 18 66 2 9 Pl 18 64 3 8 Gx 18 I 4 7 1 5 C+ N 1 8 I473 3 18 66 3 1 OC 18 66 3 5 Gx 18 66 3 3 OC 18 I470 4 Gx 18 66 4 0 Gx 18 I471 1 18 I470 5 Gx 18 I471 0 Gx 18 6641 Gx 1 8 I128 8 Gx 18 66 4 6 Gx 18 I128 9 18 66 3 4 - 18 I471 3 Gx 18 66 3 9 OC 18 6667 Gx 1 8 6638 Gb 1 8 I471 4 Gx 18 I471 2 Gx 18 I128 7 Nb 18 66 3 7 Gb 18 66 4 7 OC 18 I472 5 OC 18 6642 Gb 1 8 I476 2 OC 18 6630 Gx 1 8 6644 Pl 1 8 66 4 5 OC 18 I471 6 18 66 5 7 Gx 18 6676 Gx 1 8 6678 - 18 I471 9 Gx 18 6668 18 I471 7 Gx 18 6649 OC 1 8 6663 Gx 1 8 66 7 0 Gx 18 I472 0 Gx 18 I476 3 18 6677 Gx 1 8 6679 Gx 1 8 6672 Gx 1 8 I471 8 Gx 18 6658 Gx 1 8 66 5 9 - 18 I129 1 Gx 18 I473 2 Pl 18 66 6 2 Gx 18 66 6 5 Gx 18 I472 1 Gx 18 I472 2 Gx 18 66 6 0 18 6661 Gx 1 8 66 5 5 - 18 6690 Gx 1 8 66 8 9 Gx 18 66 6 6 18 66 5 2 Gb 18 I472 3 Pl 18 6656 Gb 1 8 11. . . 1 5 ; 66 6 4 OC 18 I472 6 18 66 8 7 Gx 18 66 7 1 Gx 18 66 7 5 Gx 18 I472 7 Gx 18 I472 8 Gx 18 14.7 14 . 8 15 . 4 15 . 6 15.7 15.8 16 . 1 16.2 16 . 2 16 . 3 16 . 4 16 . 5 16 . 6 16 . 9 17 . 0 17 . 0 17 . 1 17 . 1 17 . 2 17 . 3 17 . 4 17 . 5 17 . 7 17 . 8 18.1 18.4 18 . 5 18 . 6 18 . 6 18 . 8 18.8 18 . 9 19.5 19 . 6 19 . 8 19 . 9 20 . 1 20 . 3 20.8 21 . 0 21 . 4 21 . 5 22 . 0 22 . 2 22 . 7 22 . 9 23 . 1 23 . 2 23 . 7 24 . 1 24.3 24 . 3 24.5 = 25.0 25 . 2 25.4 25 . 6 25 . 7 26 . 26 . 2 26 . 5 27 . 2 27 . 6 27 . 7 27 . 9 28 . 1 28 . 1 28 . 2 28 . 7 28.8 29 . 4 29 . 6 29 . 8 29 . 9 30 . 0 30 . 1 30.7 30.9 30 . 9 31 . 1 31 . 3 31 . 4 31 . 5 31 . 6 31.9 32 . 5 32.6 32.6 32 . 6 32 . 7 33 . 0 33.2 33.2 33 . 2 33.3 33 . 3 33.5 33.5 33 . 5 33 . 5 33 . 5 33.6 33.6 33.8 33 . 8 33.9 33 . 9 33 . 9 33 . 9 34 . 0 34 . 5 34 . 5 34 . 5 34 . 6 34.6 34 . 8 34.8 34 . 9 35 . 3 35 . 8 35 . 8 36.4 M 36 . 7 36 . 9 37 . 2 37 . 4 37 . 4 37 . 9 37 . 9 +4 3 - 58 - 58 +24 +2 5 - 22 +25 +3 6 +55 - 20 - 71 - 16 +25 - 19 - 19 - 19 - 14 - 19 +15 - 19 - 58 - 16 - 19 +22 - 12 - 18 - 45 - 52 +13 - 13 +2 3 - 13 +2 3 - 16 +74 - 17 - 16 - 64 - 16 - 63 - 76 - 63 +66 +23 +15 - 26 - 59 - 12 - 30 +73 +7 1 - 56 - 24 16 42 13 56 02 08 06 05 34 27 35 44 02 46 53 53 58 52 00 44 55 40 40 15 14 25 59 13 16 47 40 47 43 01 34 08 01 44 11 22 34 48 38 29 42 49 14 03 22 11 36 12 52 r c c r r s x r u s c s r D s s s x r d d s x r s s s s s s r x r d s s d c s d A D r r s s c s s s s d s Ly r Pav Pav Her He r Sg r Her Ly r Dra Sgr Pav Sgr Her Sgr Sgr Sgr Ser Sgr Her Sgr Pav Sgr Sgr Her Se r Sg r Tel Tel Oph Ser He r Ser He r Sgr Dra Sgr Sgr Pav Sg r Pav Oct Pav Dra Her Her Sgr Pav Sct Sgr Dra Dr a Tel Sg r +2 7 - 63 +6 8 +64 - 23 - 85 - 18 +64 - 12 +14 +06 - 71 +34 - 64 - 71 - 66 +2 2 +39 +39 +40 - 33 - 67 - 13 +6 7 - 25 - 66 - 71 - 10 - 32 - 17 - 19 - 23 +67 - 63 - 25 - 16 - 56 +34 +6 6 +6 7 - 56 +6 7 - 57 - 10 +4 0 +59 - 58 +67 +6 7 +6 7 +4 2 - 60 +2 2 +23 +49 - 22 +32 +30 - 58 - 57 +22 +2 2 - 05 +7 0 +70 +33 - 32 - 63 - 23 32 14 00 59 12 25 26 58 02 49 34 37 18 57 42 59 54 43 52 00 25 13 12 59 30 39 42 50 21 21 15 29 50 17 08 54 58 02 57 51 44 08 58 24 03 53 24 08 08 08 48 08 53 34 16 39 03 42 30 48 55 55 59 32 32 35 59 22 54 s r r r s s F d s s s c r d c s r u r d r c r s s c c s s s s s x A s s d r r r c D c s r r c d r r r c s r s s r r s c D s r s t D s x s He r Pav Dr a Dra Sgr Oct Sgr Dra Sct Her Oph Pav Lyr Pav Pav Pav He r Lyr Lyr Lyr Sgr Pav Sct Dr a Sg r Pav Pav Sct Sgr Sgr Sgr Sg r Dra Pa v Sg r Sgr Pav Lyr Dr a Dr a Tel Dr a Pav Sc t Ly r Dra Pav Dra Dr a Dr a Ly r Pav He r Her Dra Sgr Lyr Lyr Pav Pav Her He r Sct Dr a Dra Lyr Sgr Pav Sg r - 08 - 62 +59 +26 +40 - 62 - 62 13 51 37 24 04 42 32 s d r r r c c Sct Pav Dra Lyr Lyr Pav Pav 1.7 2.1 3. 1.5 0.2 2.5 60. 5. 4. 11. 10. 60 . 5. 0.2 7.9 1.2 35. 3.9 9. 2.4 46 . 1.5 0.1 1.6 5.9 3.0 1.8 11 . 2 3.1 0.3 2.6 30. 5. 1.3 27. 3.2 2.7 4.2 1.3 1.2 2.6 5.0 1.1 2.1 44. 7.1 32. 4.5 0.1 10. 1.3 1.5 6. 2.5 2.1 1.9 2.4 0.1 4.1 1.6 2.0 3.8 3.9 3.5 0.2 24 . 0 16. 1.4 2.0 14. p vF, S, R, gbM, vF* inv F, S , i F , su s p F, S , e E 2 0 d e g , lb M 1 3 . p pF , v S , R , g b M , S * a t t f F , vS , s t e l l ; = 66 0 2 1 0 . p C l , p R i , p C , cE , s t 1 3 . . . S Cl 15. p eeF, eS, R, v diff i c 1 5 . p eF , p S , R , 2 s t n r 1 3 . p PN , st e l l a r = 13 m a g vF , c S , c E 1 4 0 d e g , st e l l N eL , c o n n w i t h c l o u d IC 4 7 1 5 1 4 . p Cl , v S , s t F , 3 0 " , n e b u l o u s ? D* i n c e n t r e o f e F , pL n e b y D* i n c e n t r e o f p F , pL , R n e b y ; = 6 5 9 5 7. p F, p L , cE , * * in v ; = IC 47 0 0 6. p Cl , l R i , l C , s t 1 0 . . . 1 2 *9 . 4 in d e n s e n e b ; = 6 5 9 5 F, S , E , m b M , r *9 . 3 ne b u l o u s eF , v S , R , b M , se v s t nr ; s u s p Cl , l C *7 . 6 in n e b , 1 5 ' di a m 1 5 . p vF , e S , m E , 2 s t 9- 1 0 nr , o n e p 2s , 0' . 6 6.5 Cl, lRi, lC 1 1 . p ! , Cl , v R i , v m C , R , s t 15 (M i l k y Wa y ) 1 2 . p PN , st e l l a r 9. 2 gl o b . c l . , cB , c L , R, g m b M , r r r , s t 15 1 5 . p vF , v S 6. 0 Cl , a t le a s t 1 0 0 st L & S ; = M 1 6 1 4 . p F , S, E B, e L , Cl M1 6 i n v 14. p pF, S, R, bM *9 . 2 in S ne b , co n n wi t h M1 7 11.1 pB , p L , E 50 d e g , 2 st p 6. 9 Cl , P , vl C ; = M 1 8 *9 . 4 in S ne b , co n n wi t h M1 7 ne b , su s p 6 . 0 ! ! ! , B , eL , e i F , 2 h o o k e d ; = M 1 7 eF , v S , e E 4 5 d e g , s t e l l N vF , v S , R , g l b M se v v F st (n o n e b ) 1 4 . p ee F , pS , R , 3 s t nr 1 5 . p vF , S , lE , b M 13.2 vF , p L 1 5 . p PN , st e l l a r eF , e S , * in d i s c , r i n g s u s p 9. p Cl , l C , l R i , s t 1 1 . . . 1 2 8. 3 gl o b . c l . , vB , p L , R, r r r , s t 1 6 11.6 *1 2 - 1 3 in pB , p L ne b y 14. p eeF, pS, lE, v diff i c eF , v S , v E 0 d e g , s t e l l N ; su s p 6 . 9 ! , gl o b . c l . , v B , L , R , g e C M , rr r , st s 1 3 . p F , S, R, g b M vF , S , R, gv l b M , *9 p 15. p vF, vS, R S, p m E , * * in v 1 2 . p pl a n or g l o b . c l . , pB , e e S , R 1 3 . p pB , R , vg b M ee L c l o u d of s t a n d ne b vF , s t e l l a r 1 2 . p Cl , p L , p R i , s t 1 2 . . . 1 5 1 5 . p vF , S , R 4. 6 Cl , l C , s t L cB , b M 1 4 . p vF , S , R, vl b M eF , e S , e E 1 2 5 d e g , st e l l N eF , e S , R 1 2 . p vF , v S , R , b M 1 4 . p v F , v S , R, bM 1 4 . p v F, S, l E , 3 s t nr 1 3 . p F, S , i F ee F , pS , l E , 3 st n r ne b , wi t h o u t s t a r s vF Cl ( i n Mi l k y W a y ) 1 2 . p v F , p L , lE , v F D * nr 9 . 2 g l o b . cl . , B , S , R, rr vF vF , v S , R , b M *5 . 5 in L , E n e b 7. 7 gl o b . c l . , B, L, R , r r r , s t 1 4 . . . 1 6 ; = M6 9 8. p Cl , L , Ri , l C , st v S 4. 6 Cl , p C ; = M2 5 8 . 8 g l o b . cl . , p B , pL , i R , g p m b M r r r , s t 16 vF , e S , C l o r * w i t h n e b pF, S, R, gbM 12. p PN , stel l a r 9. p Cl , p L , v R i , p C , st 11 . . . 1 5 ee F , eS , l E 90 d e g , su s p 1 4 . p vF , v S , s b M 1 5 . p e e F , p S , l E , lb M , v d i f f i c p F , p S , R; no n e x i s t e n t ? eF , v S , 2 pa t c h e s , s u s p p B , p S , mE ; = 6 6 7 7 ? F, S , e E 9 5 d e g , st e l l N 8 . 9 C l , P , l C , pS , s t 9- 1 0 , 1 2 . . . 1 3 15. p eeF, pS, R, v diff i c 1 5 . p ee F , S, m E , v d i f f i c cF , S , eE 16 5 d e g , c b M vF , n e b * ? ; 6 6 7 7 n r 1 3 . p v F , v S , be t * v cl o s e & v F D * 1 3 . p e F , n e b D* 12 . 5 , d i s t 5 " 1 5 . p 2 c l o s e st , n o n e ne b s cB , S , E 1 2 5 d e g , B , s t e l l N 12.9 F , vS , l E Cl , P , lC 1 4 . p eF , v S , R , F , 2 s t 1 2 nf an d n p 1 3 . p PN , st e l l a r 1 5 . p F* i n v F , vS , l E ne b y 1 4 . p vF , v S 1 3 . p F, c L , E 1 5 0 d e g F, v S , 2- b r a n c h s p i r pB , p S , R , m b M , b e t 2 st ; = 6 6 6 1 11.9 F , vS , R , g b M pF , v S , E 1 3 . p p F , L , R , b e t 2 st 1 2 . p vF , p S , * 8 f , 7 ' di s t eF , S , R, v di f f i c 8. 9 B, S , l E , rr r , st 1 5 1 5 . p vF , v S , R 5 . 1 ! ! , g l o b . c l . , vB , v L , R , v R i , v m C , s t 7.8 Cl, eF , 1 5 . p eF , 1 4 . p vF , 1 3 . p vF , vF , eF , L, vS, pL, vS, E, eS, S, pRi, vlC R , e F * 0' . 5 nf R , b e t 2 st R, mbM 45 " R cE 17 0 d e g , s t e l l N 66 6 9 Gx I4 7 3 4 Gx I1 2 9 0 66 7 4 Gx I4 7 2 4 I4 7 3 6 Gx I4 7 3 1 Gx I4 7 3 0 Gx I4 7 5 6 OC 66 9 1 Gx I4 7 3 5 66 8 0 Gx 66 8 5 I4 7 3 7 I4 7 7 2 Gx 66 9 6 Gx I4 7 2 9 Gx 66 8 6 Gx I4 7 3 8 66 8 8 Gx I4 7 3 9 I4 7 4 3 66 8 2 66 9 3 * I4 7 4 1 66 9 2 Gx I1 2 9 3 I4 7 4 4 I4 7 6 8 OC I4 7 4 2 Gx 66 8 3 OC I4 7 4 5 Gx 66 9 5 Gx I4 7 4 8 I4 7 4 9 I4 7 4 0 Gx I4 7 5 0 66 8 1 Gb M7 0 67 0 1 Gx I4 7 5 1 I4 7 5 3 I4 7 5 2 I4 7 5 7 Gx I4 7 6 1 Gx I4 7 5 4 Gx 66 5 3 Gx I1 2 9 2 I4 7 5 5 66 7 3 Gx 66 9 4 OC 66 9 7 Gx I4 7 5 9 Gx I4 7 6 0 I4 7 7 6 Pl 67 1 4 I4 7 4 6 I4 7 4 7 67 0 0 Gx I4 7 5 8 67 0 2 Gx I4 7 6 4 67 0 3 Gx I4 7 6 5 Gx I4 7 6 6 I4 7 6 7 Gx I4 7 6 9 Gx I4 7 7 0 I4 7 7 7 66 9 8 I4 7 7 4 Gx I4 7 7 1 I4 7 7 5 Gx 66 8 4 Gx 67 1 1 Gx I4 7 9 1 I1 2 9 4 I4 7 7 8 Gx I4 7 8 0 I4 7 7 9 67 1 0 Gx 67 1 3 Gx 67 0 4 OC I4 7 8 2 Gx 67 0 5 OC I4 7 7 3 Gx 67 0 9 OC I4 7 8 3 I4 7 8 1 66 9 9 Gx I4 7 8 6 I4 7 8 4 I4 7 8 5 Gx 67 1 2 Gb I1 2 9 6 Gx 67 2 0 Pl 67 1 6 OC I1 2 9 5 Pl I4 7 8 8 67 1 5 Gb = M5 4 67 1 7 Gb I4 8 0 2 67 4 7 Gx 67 0 7 Gx 67 0 8 Gx I4 7 9 2 I4 7 8 7 Gx I4 7 8 9 Gx 67 3 2 Gx I4 7 9 6 Gx I4 7 9 7 Gx I4 7 9 0 67 0 6 Gx I4 7 9 3 67 2 4 67 3 1 I4 7 9 4 I4 7 9 5 I4 7 9 8 Gx I4 8 0 0 Gx I4 7 9 9 67 4 2 Pl 67 2 3 Gb I4 8 0 1 Gx 67 2 8 I4 8 0 3 67 5 0 Gx 67 2 1 Gx 67 3 5 OC 67 4 0 Gx 139 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 38 . 0 38 . 4 38 . 5 38 . 6 38 . 6 38 . 6 38 . 7 38 . 8 39 . 0 39 . 3 39 . 7 39 . 8 39 . 9 39 . 9 39 . 9 40 . 0 40 . 0 40 . 1 40 . 4 40 . 7 40 . 8 41 . 3 41 . 6 41 . 6 41 . 6 41 . 7 41 . 7 41 . 8 41 . 8 41 . 9 42 . 2 42 . 6 42 . 7 42 . 7 42 . 9 43 . 0 43 . 0 43 . 2 +2 2 - 57 - 24 +2 5 - 70 - 57 - 62 - 63 +0 5 +5 5 - 62 +2 2 +3 9 - 62 +4 0 +5 9 - 67 +4 0 - 61 +3 6 - 61 - 61 - 04 +3 6 - 63 +3 4 +5 6 - 63 - 05 - 63 - 06 - 64 +4 0 - 64 - 63 - 68 - 62 - 32 04 29 07 23 07 54 57 21 27 38 57 18 59 36 00 19 26 08 54 16 54 46 46 55 57 49 19 14 31 52 17 57 24 05 13 22 58 18 r c D s d c c c s s d r D d u r c r d r d d r r d r D d x c s c r d d c d s He r Pa v Sg r He r Pa v Pa v Pa v Pa v Se r Dr a Pa v He r Ly r Pa v Ly r Dr a Pa v Ly r Pa v Ly r Pa v Pa v Sc t Ly r Pa v Ly r Dr a Pa v Sc t Pa v Sc t Pa v Ly r Pa v Pa v Pa v Pa v Sg r 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 43 . 2 43 . 2 43 . 5 43 . 8 43 . 9 43 . 9 44 . 0 44 . 6 44 . 8 45 . 0 45 . 1 45 . 2 45 . 2 45 . 7 45 . 7 45 . 8 45 . 9 45 . 9 45 . 9 46 . 0 46 . 4 47 . 0 47 . 0 47 . 3 47 . 3 47 . 5 47 . 7 47 . 7 48 . 1 48 . 1 48 . 2 48 . 2 48 . 3 48 . 4 49 . 0 49 . 0 49 . 0 49 . 9 50 . 0 50 . 0 50 . 5 50 . 6 50 . 7 50 . 9 50 . 9 51 . 1 51 . 3 51 . 5 51 . 5 51 . 7 52 . 1 52 . 7 52 . 9 52 . 9 53 . 1 53 . 3 53 . 6 54 . 6 54 . 6 54 . 7 55 . 1 +6 0 - 62 - 62 - 64 - 57 - 52 - 61 - 73 - 27 - 63 - 62 - 09 +2 5 - 63 - 62 - 33 +6 6 - 72 - 72 +3 2 - 65 +4 5 - 63 +4 5 - 63 - 63 - 63 - 63 - 63 - 53 - 25 - 57 - 63 - 57 - 65 +4 7 +1 9 +4 0 - 61 - 59 - 63 +2 6 +3 3 - 05 - 55 - 06 - 69 +1 0 - 58 - 62 - 57 - 56 - 63 - 59 - 08 +3 3 +3 3 - 19 - 08 - 63 - 30 40 07 06 05 10 51 59 16 49 41 17 24 31 05 57 21 44 40 37 17 45 42 29 33 20 17 24 10 23 08 55 56 15 11 11 39 20 15 43 14 00 50 57 12 29 16 55 21 48 47 19 42 25 15 42 04 02 53 50 26 29 s d d d c c c c d d r s r c d s r d d r d s d s c d c c d d r c d c s s d d c d d s r s c s c s d d s d d c s u s s s d s Dr a Pa v Pa v Pa v Pa v Te l Pa v Pa v Sg r Pa v Pa v Sc t He r Pa v Pa v Sg r Dr a Pa v Pa v Ly r Pa v Ly r Pa v Ly r Pa v Pa v Pa v Pa v Pa v Te l Sg r Pa v Pa v Pa v Pa v Dr a He r Ly r Pa v Pa v Pa v Ly r Ly r Sc t Te l Sc t Pa v Aq l Pa v Pa v Pa v Te l Pa v Pa v Sc t Ly r Ly r Sg r Sc t Pa v Sg r 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 19 19 19 19 19 19 55 . 1 55 . 1 55 . 3 55 . 4 55 . 6 55 . 7 56 . 1 56 . 3 56 . 4 56 . 5 56 . 5 56 . 6 56 . 9 56 . 9 57 . 0 57 . 0 57 . 1 57 . 2 58 . 3 58 . 7 58 . 9 59 . 3 59 . 6 59 . 6 00 . 0 00 . 6 00 . 7 00 . 8 00 . 8 00 . 8 - 22 - 22 +7 2 - 53 - 53 - 56 - 68 - 68 +5 2 - 54 - 54 - 64 - 63 - 61 +1 0 +4 3 - 62 - 61 - 62 - 63 - 63 +4 8 - 36 - 64 - 08 - 62 +5 9 - 57 - 00 +2 8 42 42 47 49 43 25 41 34 22 13 18 56 10 23 22 04 05 36 07 08 55 28 38 40 57 04 10 47 28 45 s d r v v d c c r c s d c d r r d d c c d s s c r d r s F r Sg r Sg r Dr a Te l Te l Te l Pa v Pa v Dr a Te l Te l Pa v Pa v Pa v Aq l Ly r Pa v Pa v Pa v Pa v Pa v Dr a Sg r Pa v Aq l Pa v Dr a Pa v Aq l Ly r 1. 4 4. 2 1. 5 1. 5 1. 8 52 . 1. 7 12 . 1 5. p 14 . p 15 . p 1. 1 15 . p 16 . p 1. 4 15 . p 14 . p 14 . p 1. 3 11 . 2. 2 10 . p 14 . p 1. 1 7. 8 1. 8 1. 6 1. 7 1. 4 1. 8 15 . 1. 2 0. 1 2. 1 2. 6 3. 6 1. 3 2. 1 1. 1 1. 4 3. 7 1. 3 1. 5 2. 0 6. 1. 6 14 . 1. 6 13 . 1. 9 2. 9 7. 2 1. 3 2. 5 7. 1. 4 9. 1 8. 1 15 . p 1. 4 1. 4 14 . p 11 . 3 1. 5 1. 9 1. 7 0. 5 11 . 0 1. 7 1. 9 2 st 2 4 F st in v is ne b s st 14 . . . 1 7 ; = 13 . p pB , pS , mE , F* cl o s e f vF , vS , R, bM vF , vS , R, bM eF , vS , R, vF * sf 1' eF , eS , cE 50 d e g vF , bM , do u b t f u l eF , pS , R, st e l l N; ri n g ? vF , S, lE , gl b M st e l l a r , ga s e o u s sp e c t r u m , *9 . 6 sf vF , vS , eE 90 d e g , st e l l N pF , S, R, ps b M , r 8. 0 Cl , cL , pR i , pC , st 12 . . . 1 5 ; = M2 6 14 . p F, vS , st e l l eF , eS , R eF , vS , R, F* np 1' 12 . p PN , st e l l a r ee F , pS , v di f f i c , se v B st n eF , eS vF , eS , cE 75 d e g 14 . p eF , lE , di f , iR vF , S, R 12 . 2 pF , S, lE ee F , eS , bM 11 . 4 B, S, R, mb M vF , S, R, bM eF , eS , bM eF , eS , mE 25 d e g , cb M eF , vS , mE 17 0 d e g , cb M ee F , eS , bM vF , PN , lE su s p e c t e d Cl , cL , st vF eF , S, iF , mb M eF , eS , R, bM eF , eS , mE 15 d e g , su s p 10 . 5 vB , pL , R, vg , ps v m b M *7 p 14 . p vF , pS , R, lb M ne b ; *6 f 2' ee F , S, iR , v di f f i c , F* cl o s e nf cF , vS , cE 35 d e g eF , vS , lE 12 0 d e g ee F , eS , eF * p 0' . 3 12 . 8 vF , S, R, bM 14 . p vF , S, R, bM 9. 2 Cl , B, 60 st 13 ee F , eS , su s p 5. 8 !, Cl , vB , L, iR , Ri , *9 , st 11 . . . ; = M1 1 eF , di f 6. 7 Cl , pR i , lC , iF eF , vS 3 ee F st in ne b 13 . p pF , pS , lE 90 d e g , ps l b M ee F , eS , mE 0d e g cF , S, R, bM eF , vS , iF , st e l l N 8. 2 gl o b . cl . , pB , vL , ir r , vg l b M , rr r 15 . p eF , pS , iR , 4' np M5 7 9. 0 !! ! , ri n g , B, pL , cE (i n Ly r a ) ; = M5 7 6. 9 Cl , pR i , st 9. . . 1 3 15 . p pB , pL , gb M ee F , eS , eE 35 d e g 7. 7 gl o b . cl . , vB , L, R, g, sm b M , rr r , st 15 ; 3. 9 1. 6 2. 8 eF , pL vF , vS , lE 13 0 d e g Cl of ha l f do z e n st 12 . . . F, pS , iR , bM eF , eS , cE 17 0 d e g eF , eS , R vF , vS , eE 88 d e g , st e l l N ee F , eS , eE 0d e g , *9 s 2' Cl , C vF , pL , R, pB * s nr eF , vS , bM eF , S, cl o s e to a S* ee F , vS , R, v di f f i c , sp of eF , vS , cE 10 d e g , be t 2 F eF , eS ; 66 8 5 f 2s , 2' . 7 s ee F , pL , v di f f i c vF , S, R, st e l l N ee F , eS , R, v di f f i c , nf of ee F , eS , eF * sf 0' . 5 F, pS , R, bM ee F , eS , eF * in v vF , bM Cl , L, Ri , st 10 . . . 1 8 vF vF , vS , lE 20 d e g , st e l l N, vF , vS , ir r E , se v vF st in v 3 st 14 , of wh i c h th e f on e ee F , eS , R, eF * in v Cl , D, st sc cF , vS , R, bM , F* in v Cl , vR i , vl C (i n Mi l k y Wa y ) eF , vS , vF * p 0' . 4 vF , S, ir r E ns , vl b M eF , vS , R, F* sf 1' ee F , eS , 3 F st nr ee F , vS , R, lb M , 2 eF st nr ee F , eS , R, *1 1 np 0' . 5 gl o b . cl . , B, pL , R, gb M , 15 . p 7. 3 13 . p 12 . 0 15 . p F, S, rr , Cl + ne b ne b *1 3 , 15 " nf 67 1 7 ee F , v di f f i c , pB st sf F, S, vl E , gb M pF , S, R, gp m b M , la s t of gr o u p ee F , eS , mE 16 0 d e g , be t 2 st , su s p eF , di f eF , eS , R pB , vS , R, F* n 14 m , bM , ne a r ed g e of pl a t e 14 m , bM , ne a r ed g e of pl a t e cB , S, R, bM vF , vS , eE 12 0 d e g , st e l l N eF , vS , cE 13 0 d e g Cl vF F, S, R, bM ee F , eS , eE 40 d e g F, S, R, bM vF , S, st e l l N, ov a l ri n g , 2 wi s p s vF , S, R, st e l l N, ri n g , 2 wi s p s vF , st e l l a r gl o b . cl . , vL , vl E , vg b M , rr r , st 14 . . . 1 6 cF , S, R, bM Cl , vL , P ee F , eS , R vF , vS , R pF , cS , R, vm b M Cl , vL , P, st 12 . . . ee F , S I480 4 Gx 19 I480 8 Gx 19 I481 2 Nb 19 67 3 8 OC 19 67 4 3 ? 19 6718 Gx 1 9 I480 6 Gx 19 6745 Gx 1 9 6726 Nb 1 9 67 2 5 Gx 19 40d e g 6727 Nb 1 9 I481 6 19 6729 Nb 1 9 I480 5 19 6737 - 19 I480 7 Gx 19 67 4 1 Pl 19 I481 0 Gx 19 67 1 9 Gx 19 6722 Gx 1 9 6748 - 19 I480 9 19 I481 4 19 67 4 9 Gb 19 67 5 7 Gx 19 6762 Gx 1 9 6763 Gx 1 9 I481 1 19 I481 3 19 67 5 1 Pl 19 I481 8 Gx 19 67 3 3 Gx 19 I481 7 Gx 19 I481 5 19 6759 Gx 1 9 I481 9 Gx 19 6734 Gx 1 9 67 3 6 Gx 19 6730 Gx 1 9 6739 Gx 1 9 6755 OC 1 9 67 6 4 Gx 19 67 5 6 OC 19 I482 0 Gx 19 I482 1 Gx 19 67 4 4 Gx 19 67 6 6 - 19 67 4 6 Gx 19 67 5 2 Gb 19 67 8 6 Gx 19 67 6 5 Pl 19 6760 Gb 1 9 67 5 3 Gx 19 67 5 4 Gx 19 67 6 7 - 19 I482 3 19 I482 6 Gx 19 I482 9 Gx 19 I482 4 Gx 19 I482 7 Gx 19 I482 8 19 I483 0 Gx 19 6758 Gx 1 9 I483 2 Gx 19 67 7 2 Pl 19 I483 1 Gx 19 I482 2 19 67 7 3 - 19 67 6 1 Gx 19 I483 7 Gx 19 I483 5 19 I483 3 19 I483 9 Gx 19 I484 0 Gx 19 67 8 7 Gx 19 I483 6 Gx 19 6768 Gx 1 9 I483 4 19 I484 6 Pl 19 67 7 4 OC 19 6779 Gb 1 9 11. . . 1 4 ; 6783 Gx 1 9 6789 Gx 1 9 6775 Ast 19 I483 8 19 I482 5 19 I129 7 Pl 19 67 6 9 Gx 19 67 7 8 Pl 19 6781 Pl 1 9 I129 8 OC 19 6770 Gx 1 9 67 7 1 Gx 19 I484 4 Gx 19 I484 3 19 I484 2 Gx 19 I484 5 Gx 19 I485 0 19 6791 OC 1 9 I484 1 19 67 8 5 19 67 9 2 Gx 19 6796 Gx 1 9 I129 9 OC 19 I484 8 19 6780 Gx 1 9 6790 Pl 1 9 6793 OC 1 9 I484 7 19 67 8 2 Gx 19 67 9 8 Gx 19 I130 0 ? 19 67 7 6 Gx 19 I484 9 19 I485 1 Gx 19 6795 - 19 I485 2 Gx 19 I486 7 Gx 19 67 8 4 Gx 19 I130 1 Gx 19 67 7 7 19 67 8 8 19 68 0 0 OC 19 I485 4 19 I485 5 19 I485 6 Gx 19 6801 Gx 1 9 67 9 4 Gx 19 I486 3 19 01 . 1 01 . 1 01 . 1 01 . 4 01 . 4 01.5 01 . 5 01.6 01.7 01 . 8 - 61 - 45 - 37 +11 +29 - 66 - 57 +4 0 - 36 - 53 50 19 04 36 16 07 32 45 53 56 c c d s A c c r s A Pav CrA CrA Aql Lyr Pa v Pav Ly r Cr A Tel 01.8 01 . 8 01.9 02 . 0 02.2 02 . 3 02 . 6 03 . 0 03 . 1 03.7 03.8 04 . 0 05 . 0 05 . 1 05 . 1 05.6 05.6 05 . 8 05 . 8 05 . 9 06 . 0 06 . 2 06 . 2 06 . 7 06.9 07 . 1 07.2 07 . 5 07.6 07.8 07.8 08 . 3 08 . 7 09 . 2 09 . 5 09 . 8 09 . 9 10 . 4 10 . 9 10 . 9 11 . 1 11.2 11 . 4 11 . 4 11 . 6 12 . 2 12 . 3 12 . 6 13 . 2 13 . 3 13 . 6 13 . 8 13.9 14 . 1 14 . 6 14 . 7 14 . 9 15 . 0 15 . 3 15 . 3 15 . 5 15 . 6 15 . 6 15 . 9 16 . 3 16 . 3 16.5 16 . 5 16 . 5 16 . 6 16.6 = M5 16.6 16.7 16.8 16 . 8 17 . 3 17 . 4 18 . 4 18 . 4 18.4 18 . 5 18.7 18 . 7 19 . 0 19 . 3 19 . 5 20 . 4 20 . 4 20.7 20 . 8 20 . 9 21 . 0 21.5 22 . 6 22 . 8 22.9 23.2 23.2 23 . 5 24 . 0 24 . 0 24 . 1 25 . 4 25 . 4 25 . 5 26.1 26 . 4 26 . 5 26 . 6 26 . 6 26 . 8 26 . 9 27 . 2 27 . 4 27 . 5 27 . 5 27.7 27 . 9 28 . 3 - 36 - 13 - 36 - 63 - 18 - 56 - 00 - 56 - 68 - 64 +2 1 - 62 - 58 +01 +55 +6 3 +6 3 - 67 - 66 - 06 - 55 - 62 - 56 - 61 +5 0 - 59 - 65 - 65 - 68 - 61 +0 4 +50 +04 - 63 - 55 - 63 +46 - 61 - 59 +73 +30 +0 1 - 57 - 50 +37 - 64 - 57 - 56 - 62 - 60 - 62 - 59 - 56 - 56 - 02 - 62 - 72 +04 - 50 - 54 - 58 - 62 - 54 - 56 +60 - 60 - 40 - 64 - 09 - 16 +3 0 54 09 57 03 32 56 27 10 35 54 36 10 44 47 43 56 56 07 31 00 08 12 10 41 19 28 28 26 55 22 14 56 41 28 01 51 15 58 59 24 33 02 03 39 43 00 12 32 05 52 04 18 19 37 42 16 26 53 40 40 14 20 38 13 25 12 11 01 03 16 11 r d s d r c s c c c r d d s r r D d d s c c c d r c c c c c s s s c c s r c s r s s s s r d c c c c d c s c s c d r v s d d c c r c r d s r s Cr A Sgr Cr A Pav Sg r Pav Aql Tel Pav Pa v Vu l Pav Pav Aql Dra Dr a Dr a Pav Pav Aql Tel Pav Tel Pav Dr a Pav Pa v Pav Pa v Pa v Aq l Cyg Aql Pav Tel Pav Lyr Pav Pav Dra Lyr Aq l Pav Tel Lyr Pav Pav Tel Pav Pav Pav Pav Te l Tel Aql Pav Pav Aql Tel Tel Pav Pav Tel Tel Dra Pav Cr A Pav Aql Sgr Ly r +4 6 +6 4 - 00 - 61 - 72 - 39 - 60 - 01 +0 6 - 01 - 60 - 60 - 56 - 59 - 60 - 60 - 00 +3 7 - 72 - 01 +43 +6 1 +20 - 56 - 55 +0 1 +2 2 - 65 - 59 +53 +52 - 63 - 62 - 57 +0 3 - 60 +50 - 65 +49 - 71 - 54 +25 - 59 - 59 - 54 +5 4 - 38 - 36 01 00 55 37 45 37 31 36 33 37 31 33 02 18 39 23 08 51 13 06 08 09 45 47 47 31 11 31 55 38 39 52 54 40 31 20 07 37 45 30 57 08 18 18 55 22 53 12 r r F d d s s s s x s s c d s c d s d D r s x d s s r d s r x s d c r c u c v D D s d d c r r d Cy g Dr a Aq l Pav Pav CrA Pav Aql Aq l Aql Pa v Pav Tel Pav Pav Pav Aql Ly r Pav Aql Lyr Dr a Vul Pav Te l Aq l Vu l Pav Pav Cyg Cyg Pav Pav Pav Aq l Pav Cyg Pav Cyg Pav Tel Vul Pav Pav Tel Cy g Sgr Sgr 1.5 2.0 15. 1.5 2.1 2. ee F , eS , c E vF , c L , c E 4 5 d e g , l b M , s u s p *7 i n v in eL n e b 8. p Cl, P, lC Cl , p L , P , s t 1 1 . . . 1 2 v F , S , R , g l b M , *9 s p ee F , eS , e E 10 d e g , 2 st vn r , su s p 13. p vF, lE ns * 6 - 7 i n F, pL , n e b eF , e S , s t e l l N , wi t h st r a i g h t w i s p 1. 0.9 0.1 3.0 1.6 2.9 11. p 6.3 11.1 14. p 14. p 14. p 0.3 1.6 1.7 1.5 13. p 15. p 2.7 1.4 1.2 1.5 2.2 15 . 2.5 4. 1.4 1.8 15.5 1.4 20.4 0.6 6.6 2.5 2.2 7.5 13. p 11. p 9. p 5. 4 13. p 9.1 12. p 13. p 1.7 2.0 2.5 2.5 1.7 2.1 2.0 1.0 3.3 2.2 2.8 13. p 14. p 12. p 2.4 1.1 15. p 1.1 13. p 7.1 0.1 2.5 0.3 1.8 2.5 2.6 1.6 2.4 1.7 16 . 2.1 1.9 0.1 2.7 1.9 1.6 1.7 1.0 0.8 1.4 1.0 8.3 at * 8 in F, p L n e b PN , st e l l a r v a r * ( 1 1 . . . ) wi t h ne b ! ! eF , v S , e E 2 5 d e g , b M C l , p L , pR i , R, st 1 2 . . . 1 5 vF , v S , l E , PN ?, s u s p PN , st e l l a r eF , S , eE 14 0 d e g , l b M , s u s p vF , p L , R , v g v l b M p F , S , E , g l b M , 2 st 8 p p B , v S , bM eF , v S , l E 2 0 d e g ee F , cS , c E 10 0 d e g , s u s p Cl , L , lC , s t L & S pF , m E , 3 F st in v eF, mE; = 6763 e F , v S , cE , F * n r ee F , eS , R , al m s t e l l vF , S , R pB , S eF , e S , c E 9 0 d e g ee F , vg l b M , v d i f f i c u l t eF , v S , c E 0 d e g cF , v S , R , b M v F , S , R , v F D* cl o s e s p vF , S , eE 13 0 d e g v F , S , R , g l b M , p of 2 eF , S , R, gl b M , f o f 2 v F , S , R , p m b M , *7 - 8 nf c F , v S , cE , p s b M , 3 s t p C l , v L , vR i , pC , s t 1 2 . . . 1 4 pF , p L , m E , se v v F s t in v Cl , S , Ri , l C , st 1 1 . . . 1 2 ee F , eS vF , v S , e E 1 0 d e g cB , c L , R , v g , sv m b M , r PN , st e l l a r eF , c S , R , g l b M gl o b . c l . , B, vL , i R , r r r , s t 1 1 . . . 1 6 F, S , R , 2 s t n f F, S , E p B , p L , vg l b M pB , p L , R , g b M pF , p L , m E 6 3 d e g , v g l b M vF , S , R, st e l l a r , S * nr n vF , v S eF , e e S , R ee F , eS , m E 20 d e g eF , e S , D n e b F, c S , eE 17 0 d e g , s t e l l N vF , v S , c E 6 0 d e g eF , e S , R , l b M pB, S, R vF , v S , e E 1 4 5 d e g , st e l l N vF , L , R, vv l b M , r ! cF , v S , eE 1 5 0 d e g , 2- b r sp i r F, S , R Cl , P , lC vF , p S , i R F, c S , R, bM eF , e S , c E 0 d e g ee F , eS , R , bM F, n e b * cF , v S ee F , pS , 4 s t s f , e di f f i c F, c L , iF , 2 s t i n v vF, S, R, pslb M eF , v S , l E 1 4 0 d e g PN , st e l l a r Cl , v L , l C g l o b . cl . , B , L , iR , g v m C M , r r r , s t 15. p eF, diff i c 13. p eeF, pL, R, v diff i c C l , P , l C , st 1 0 . . . 1 1 cF , S , eE 45 d e g eF , e S , R st e l l a r ( g a s e o u s sp e c t r u m ) 11.8 vF , S , R, lb M , 1s t o f 3 1 3 . p S, E , i l l - de f i n e d d i s c 1 2 . p P N , F , L, R, v s b M d i s c , S * nf vS C l , 67 7 8 p 3 ' 12.0 e F , v S , 2n d o f 3 12.5 eF , S , 3r d o f 3 vF , v S eF , e S , c E 9 0 d e g 12.3 vF , v S , R cF , b M , * 1 1 sp 0' . 4 PN , st e l l a r 9.5 vF eF , S , R, cb M eS , s t e l l a r 1 3 . p F, E 26 d e g , g l b M , * 9 . 5 s f 1 4 . p v F , p S , mE ns S Cl of v F s t eF , e S , R 13. p vF, L, R, vglb M 1 0 . p P N , B , eS , s t e l l = 9 . 5 m a g Cl, P, lC vF , e S , R , * 8 . 9 s f 4 ' 1 3 . p cF , c S , R , l b M , * 9 s 1 4 . p F, v S , R, * vn r = 67 9 8 12.0 pB , S , R, pg b M vF , v S vF , v S , e E 1 5 d e g , v m b M , su s p C l , R i , be t 2 s t 9 cF , b M 1 4 . p S; 2 st 7 nf 3 ' ( = I C 13 0 1 ? ) ee e F , p S , am S st ee F , vS , R , 3 s t f; = IC 48 6 7 ? 2 st 8 or 9 ma g n r ( n o n e b ) pB , S , mE , p s l b M Cl , v L , p R i , v l C , s t 1 0 . . . vF , c S , R eF , v S , R , s u s p eF , e S , D n e b , s u s p 1 5 . p e F , p S , R, F* s nr eF , p S , R , v g v l b M cl o s e D * , ne b u l o u s ? I4 8 5 7 Gx 19 I4 8 5 8 Gx 19 67 9 7 - 19 I4 8 6 1 19 68 0 2 OC 19 I4 8 5 9 19 I1 3 0 2 Gx 19 I4 8 5 3 19 I4 8 6 5 19 68 0 3 Pl 19 I1 3 0 3 Gx 19 I4 8 6 0 Gx 19 68 0 4 Pl 19 I4 8 6 2 Gx 19 67 9 9 Gx 19 I4 8 6 8 19 68 0 7 Pl 19 I4 8 6 6 Gx 19 I4 8 7 3 19 I1 3 0 4 19 I4 8 7 1 Gx 19 I4 8 7 2 Gx 19 I4 8 6 9 Gx 19 I4 8 7 4 Gx 19 68 0 5 Gx 19 68 0 6 Gx 19 68 1 7 Gx 19 I4 8 7 0 Gx 19 I4 8 7 5 Gx 19 I4 8 7 6 Gx 19 I4 8 7 7 Gx 19 68 1 1 OC 19 I4 8 7 8 19 I1 3 0 5 19 I4 8 7 9 19 68 0 9 Gb 19 12 . . . 1 5 ; I4 8 6 4 Gx 19 68 1 3 Nb 19 I4 8 8 1 Gx 19 I4 8 8 2 Gx 19 I4 8 8 0 Gx 19 68 1 5 OC 19 68 1 9 OC 19 68 2 5 Gx 19 I1 3 0 6 ? 19 I4 8 8 3 Gx 19 68 1 4 Gx 19 I4 8 8 4 19 I1 3 0 7 ? 19 68 2 0 Nb 19 68 2 3 OC 19 I4 8 8 6 Gx 19 68 1 0 Gx 19 68 2 4 Gx 19 68 0 8 Gx 19 I4 8 8 5 Gx 19 68 1 6 19 30 " 68 1 8 Pl 19 68 2 1 Gx 19 68 2 6 Pl 19 68 2 2 Gx 19 I4 8 8 8 Gx 19 I4 8 9 5 Gx 19 I1 3 0 8 19 I4 8 8 9 Gx 19 I4 8 9 1 Gx 19 68 1 2 Gx 19 I4 8 9 0 Gx 19 I4 8 9 4 Gx 19 68 2 9 Gx 19 I4 8 9 8 19 68 3 1 Gx 19 68 3 2 - 19 I4 8 8 7 19 68 2 7 OC 19 I4 8 9 6 19 I4 8 9 7 Gx 19 I4 8 9 2 Gx 19 68 3 3 Pl 19 I4 9 0 0 19 68 2 8 - 19 I4 8 9 3 19 68 3 0 OC 19 68 3 4 OC 19 68 3 7 OC 19 68 3 8 Gb 19 I4 8 9 9 19 I4 9 0 1 Gx 19 I4 9 0 2 19 68 3 5 Gx 19 68 3 9 - 19 68 3 6 Gx 19 68 4 2 Pl 19 68 4 0 OC 19 68 4 3 OC 19 I4 9 0 5 19 I4 9 0 7 19 68 4 6 OC 19 I4 9 0 9 Gx 19 I4 9 0 6 Gx 19 I4 9 1 3 Gx 19 I4 9 0 8 19 68 4 7 - 19 I4 9 1 1 19 68 4 1 Gx 19 I4 9 1 0 19 I4 9 1 4 19 I4 9 0 3 19 I4 9 1 6 Gx 19 I4 9 0 4 19 I4 9 1 5 Gx 19 I4 9 1 7 Gx 19 68 5 6 - 19 I4 9 1 8 19 I4 9 2 2 19 68 5 3 Pl 19 I4 9 2 4 19 I4 9 2 0 20 I4 9 1 9 Gx 20 I4 9 2 6 20 68 5 2 Pl 20 68 6 9 Gx 20 I4 9 3 1 Gx 20 68 4 5 Gx 20 I4 9 2 3 Gx 20 I4 9 2 5 20 68 4 9 20 I4 9 2 7 Gx 20 68 5 7 Pl 20 140 28 . 6 28 . 6 28 . 9 29 . 2 30 . 6 30 . 8 30 . 9 30 . 9 30 . 9 31 . 3 31 . 5 31 . 5 31 . 6 31 . 7 32 . 3 33 . 5 34 . 6 34 . 6 34 . 9 35 . 5 35 . 7 35 . 7 36 . 0 36 . 4 36 . 8 37 . 2 37 . 4 37 . 6 37 . 7 37 . 7 37 . 9 38 . 2 38 . 8 39 . 3 39 . 7 40 . 0 = M5 5 40 . 1 40 . 4 40 . 4 40 . 4 40 . 5 40 . 9 41 . 3 41 . 7 41 . 7 42 . 0 42 . 7 42 . 7 42 . 8 43 . 1 43 . 1 43 . 1 43 . 6 43 . 7 43 . 9 43 . 9 44 . 0 - 58 - 58 - 25 - 57 +2 0 - 66 +3 5 - 71 - 46 +1 0 +3 5 - 67 +0 9 - 67 - 55 - 45 +0 5 - 61 - 46 +4 1 - 57 - 57 - 61 - 47 - 37 - 42 +6 2 - 65 - 52 - 52 - 51 +4 6 - 58 +2 0 - 52 - 30 46 46 40 34 16 19 47 04 42 03 53 22 13 19 54 54 41 09 08 02 31 31 02 16 33 19 22 49 04 51 59 34 13 13 22 58 c c r d s d s d d s v c s c c d s c d d c c c c c v r c c c c s d d d s Pa v Pa v Sg r Pa v Vu l Pa v Cy g Pa v Te l Aq l Cy g Pa v Aq l Pa v Te l Te l Aq l Pa v Te l Cy g Pa v Pa v Pa v Te l Sg r Sg r Dr a Pa v Te l Te l Te l Cy g Pa v Vu l Te l Sg r - 77 +2 7 - 55 - 55 - 56 +2 6 +4 0 +6 4 +3 7 - 55 - 10 - 58 +2 7 +2 3 +2 3 - 51 - 58 +5 6 - 70 - 60 - 28 33 18 51 12 25 51 11 05 39 33 19 07 30 17 18 48 40 07 39 39 33 c s c c c r s r x c s d x s s c s s s c D Oc t Vu l Te l Te l Te l Vu l Cy g Dr a Cy g Te l Aq l Pa v Vu l Vu l Vu l Te l Pa v Cy g Pa v Pa v Sg r 44 . 0 44 . 4 44 . 8 44 . 9 44 . 9 45 . 0 45 . 1 45 . 3 45 . 3 45 . 4 45 . 6 47 . 0 47 . 1 47 . 8 47 . 9 48 . 1 48 . 3 48 . 9 49 . 1 49 . 3 49 . 5 49 . 7 50 . 3 50 . 4 50 . 6 51 . 0 52 . 2 53 . 5 53 . 8 54 . 4 54 . 4 54 . 4 54 . 5 54 . 5 54 . 7 55 . 0 55 . 3 56 . 1 56 . 1 56 . 2 56 . 5 56 . 7 56 . 8 56 . 8 56 . 9 57 . 0 57 . 7 57 . 8 57 . 8 58 . 1 58 . 2 58 . 3 58 . 5 58 . 5 58 . 9 59 . 3 59 . 3 59 . 5 59 . 6 59 . 9 00 . 1 00 . 2 00 . 2 00 . 6 00 . 7 00 . 8 00 . 9 01 . 0 01 . 2 01 . 3 01 . 8 01 . 9 - 14 - 06 +5 0 - 14 - 54 - 14 - 14 - 54 - 54 - 55 - 56 - 51 +5 9 - 33 +5 9 +5 9 - 69 +2 1 - 58 - 51 - 70 +4 8 - 51 +0 7 - 72 +2 3 +2 9 +1 1 +1 8 - 70 - 58 - 56 - 12 +1 7 - 12 +2 9 +1 2 +1 2 - 61 - 52 +3 0 - 50 - 60 - 37 - 55 +2 9 - 51 - 31 - 56 - 50 - 70 - 50 - 70 - 52 - 52 +5 6 - 52 - 40 +2 2 - 41 - 53 - 55 - 38 +0 1 +6 6 - 38 - 47 - 52 - 52 - 40 - 53 +3 3 09 50 31 48 27 48 43 20 21 21 33 51 55 19 54 25 35 13 59 52 14 58 20 55 31 04 25 41 47 36 43 23 34 54 41 17 06 09 13 27 21 03 28 20 47 20 58 49 52 07 27 16 11 38 16 08 17 22 43 33 23 22 35 43 13 35 05 38 51 13 55 31 s s s s c m d s c c c c r d r r d r d c c s d r d s s A s d c d s r s s A A d d r c c c d r d c d d d c d c c r d d s d d c d s s c r c d d c r Sg r Aq l Cy g Sg r Te l Sg r Sg r Te l Te l Te l Te l Te l Dr a Sg r Dr a Dr a Pa v Vu l Pa v Te l Pa v Cy g < Te l Aq l Pa v Vu l Cy g Aq l Sg e Pa v Pa v Te l Sg r Sg e Sg r Vu l Aq l Aq l Pa v Te l Cy g Te l Pa v Sg r Te l Vu l Te l Sg r Pa v Te l Pa v Te l Pa v Te l Te l Cy g Te l Sg r Vu l Sg r Te l Te l Sg r Aq l Dr a Sg r Te l Te l Te l Sg r Te l Cy g 1. 8 1. 8 3. 8. 8 1. 0 13 . 3 0. 1 1. 5 1. 1 1. 1 1. 4 1. 5 11 . p 14 . 2 12 . p 14 . p 1. 6 3. 2 3. 2 2. 3 1. 4 1. 2 15 . p 1. 5 1. 3 1. 2 1. 1 13 . 6. 8 19 . 0 7. 0 1. 6 3. 1. 5 1. 2 1. 5 5. 1. 3 3. 2 40 . 12 . 1. 5 3. 8 2. 1 1. 7 2. 0 0. 3 1. 1 2. 3 10 . 2 1. 3 10 . 0 2. 6 2. 8 2. 1 1. 3 0. 9 eF , ** eF , eF , eF , Cl , 7. 3 Cl , 15 . p eF , ne b vF , 11 . 2 pF , eF , F, F, 7. 1 Cl , F, 12 . p cF , 11 . 9 pB , 13 . p pB , vF , eF , 10 . 14 . 10 . 9. p p p p 8. p 12 . p 15 . p 14 . p 1. 1 1. 6 0. 1 12 . 5. 7. 2 14 . p 7. 9 7. 8 8. 3 5. 0 2. 7 12 . 5 1. 2 0. 8 13 . p 14 . p 14 . p 2. 1 1. 7 1. 9 1. 5 1. 3 1. 4 1. 2 15 . 2 8. 1 1. 6 0. 5 1. 7 2. 6 1. 3 1. 3 vF , cS , R; = IC 48 5 8 ee F , eS , pr o b sp i r ; su s p ne b wi t h *9 at t f; no n e x i s t e n t ? vF , eS , cE 25 d e g , su s p Cl , L, vC , E 0d e g , st 14 . . . 1 8 eF , S, cb M , al m st e l l N vF , un d e f i n e d ee F , eS , lE 17 0 d e g F, pe r h st e l l N; *9 . 5 at t sf PN , st e l l a r vF , S, wi t h S Cl eF , S, R cB , S, iR , rr r eF , S, cb M , lE 0d e g eF , vS , R, lb M , 3 vS st nr eS , lE , ma g 9. 4 PN , st e l l a r cF , S, R, bM F, S, R, F* M F ne b y vF , S, eE 15 d e g vF , S, eE 5d e g ; = IC 48 7 1 F, S, R, bM , F* sp 1' F, S, R, F* M eF , R, vg b M eF , vS , *1 4 at t ee F , pS , lE vF , S, F* in v F, S, R, lb M F, S, R, lb M F, S, R, lb M Cl , L, pR i , lC , st 11 . . 1 4 eF , eS , mE 40 d e g vF , *9 . 5 at sf en d F, S, R, lb M gl o b . cl . , pB , L, R, vR i , vg b M , 13 . p vS , eE 70 d e g , vF * sp 1' in vF , S ne b vS , R eS , R vS , R vL , pR i , lC , st 10 . . . 1 5 vL , vR i , st 11 . . . 1 5 vS , v di f f i c , F* nr gr o u p of F st vS , mE 17 0 d e g pL , R, bM , r eS , cE 17 0 d e g vL , E ns , st in v S, R, bM cR i , E, st 11 . . . 1 2 S, R, mb M S, eE 17 0 d e g , st e l l N iF , bM E, bi N , *8 f eS , eE 85 d e g , st e l l N pS , R, vl b M , *1 4 at po s 20 d e g st , di s t PN , B, vS , R F, pL , R PN , B, pL , R, *1 1 M vF , vS , E, di f ; = IC 48 9 5 F, vS , R, lb M gr o u p of ne b , 25 ' di a m ; = 68 2 2 eF , eS , lE , gb M , 68 2 2 p 12 s bM , ma g 10 cB , S, R, bM ; = IC 48 8 9 pB , pS , pm E , gl b M ee F , eS , R, F* s 1' bM , ma g 15 eF , pS , R, pB * cl o s e s, p of 2 ee F , eS , e di f , se v F st nr eF , S, R, f of 2 Cl , vL , lC , st 7. . . cB , S, R, bM vF , E, di f , se v st in v ee F , eS , R, be t 2 eF st bM , ma g 16 eF , S, eE 10 d e g PN , st e l l a r bM , ma g 15 Cl , P, lC eF , vS , R, bM Cl , L, pR i , pC , st 11 . . . 1 2 Cl , P, lC , st 11 . . . 1 2 Cl , S, P Cl , vL , vR i , pm C , st 11 . . . 1 6 ; = M7 1 ee F , eS , vF * sp 1' cF , S, vl E 13 5 d e g ee F , eS , cE 0d e g ; su s p F, pL , mE Cl , vS , vC vF , pL , R, di f , *1 3 . 5 at t f F, pL , vl E Cl , P, lC Cl , S, P ee F , eS , mE 13 0 d e g , nr 2 eF st bM , ma g 16 eF , vS , 3 st in v bM , ma g 15 F, S, R, bM , 4 st ar o u n d ee F , pS , e di f f i c , 3 st 10 s 8' eF , eS , R, su s p ne b , r bM , ma g 16 vF , S, R, ps b M eF , eS , cE 13 0 d e g , am st ; su s p F, vS , R eF , vS , be t 2 F st F, S, R, F* M vF , S, R bM , ma g 15 bM , ma g 16 Cl , pS , pm C , iR , st 12 . . . 1 6 bM , ma g 16 vF , vS , R; su s p !! ! , vB , vL , bi N , iE (D u m b b e l l ) ; = M2 7 di f (d e f e c t ? ) vF , vL E , lb M ee F , eS , R, * f 1' ; su s p ee F , S, lE , v di f f i c , p of 2 F ne b , am st pB , pS , R ee F , pS , R, *8 f 20 s , f of 2 vF , S, vl E , gl b M bM , ma g 14 F, S, vM E 17 0 d e g pB , S, R, vS * np F, S, E 17 0 d e g F, am Mi l k y Wa y st I493 2 I493 0 68 4 4 6848 6858 I130 9 I492 1 68 5 0 I493 3 68 5 1 68 6 6 68 5 9 I493 5 I495 4 I495 5 68 6 3 I493 7 6854 I494 0 6871 I493 6 6865 I494 6 68 6 4 I493 8 I494 3 I494 8 I492 9 68 5 5 I491 2 I494 2 I494 1 I494 4 I493 4 I493 9 68 6 1 I494 9 I494 7 6874 68 7 3 I495 0 I495 2 68 6 0 68 6 2 I495 1 I495 7 6868 I131 0 I495 3 6870 I492 8 I131 1 6867 6884 68 7 9 68 8 1 I495 9 68 8 3 I494 5 I495 6 I496 1 68 8 2 I497 7 68 8 5 68 8 8 I496 3 I496 6 I496 5 6886 I496 9 6875 68 7 8 I497 5 I496 8 I497 3 I497 8 I497 9 68 9 1 I497 4 I496 0 I495 8 I497 6 I498 0 I496 2 I498 3 I498 4 6894 6895 I496 7 I499 6 6892 I131 2 68 7 2 I497 0 I497 1 68 8 7 I498 6 I498 7 I131 5 I496 4 I131 4 I497 2 6896 6876 68 9 0 I499 1 6877 I131 3 6889 6880 I498 9 69 1 1 I498 1 I499 4 I499 5 I499 7 I498 2 I498 5 6893 68 9 7 68 9 8 I499 0 69 0 0 6904 I498 8 I499 3 I131 8 I499 8 I501 8 69 0 1 6905 Gx Gx Gx Gx Gx Gx OC ** * Gx Nb As t Gx Gx OC Gx Gx Gb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx Gx Gx Gx Gx Gx C+ N Gx Pl Pl Pl OC Gx Gx Gx OC OC Nb Gx Gx Pl Gx Gx Gx Gx Gx Pl Gx Gx Gx Pl Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx - Gx Gx Gx Pl 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 02 . 3 02 . 4 02 . 8 02.8 03.1 03 . 1 03 . 3 03 . 5 03 . 5 03 . 6 03 . 7 03 . 9 04 . 6 04 . 8 04 . 9 05 . 1 05 . 3 05.7 05 . 7 05.9 05 . 9 06.0 06 . 0 06 . 1 06 . 2 06 . 5 06 . 5 06 . 7 06 . 8 06 . 8 06 . 8 07 . 0 07 . 1 07 . 2 07 . 2 07 . 3 07 . 3 07 . 5 07.8 08 . 3 08 . 4 08 . 6 08 . 8 08 . 9 09 . 5 09 . 6 09.9 10 . 0 10 . 1 10.2 10 . 2 10 . 3 10.4 10.4 10 . 5 10 . 8 11 . 0 11 . 3 11 . 3 11 . 5 11 . 5 11 . 7 11 . 9 12 . 0 12 . 0 12 . 1 12 . 3 12 . 5 12.7 12 . 9 13.2 13 . 9 14 . 0 14 . 6 14 . 6 14 . 6 14 . 7 15 . 2 15 . 3 15 . 4 15 . 5 15 . 5 15 . 5 15 . 9 16 . 1 16 . 3 16.4 16.4 16 . 4 16 . 5 16.8 16 . 8 16 . 9 16 . 9 17 . 0 17 . 2 17 . 2 17 . 3 17 . 4 17 . 4 17 . 7 17 . 7 18.0 18.3 18 . 3 18 . 4 18.6 18 . 7 18.9 19.5 19 . 5 19 . 6 19 . 7 19 . 7 20 . 0 20 . 2 20 . 4 20 . 7 20.8 21 . 0 21 . 2 21 . 5 21 . 6 21.8 21 . 8 22 . 0 22 . 2 22 . 2 22 . 2 22 . 3 22.4 - 52 - 54 - 65 - 56 +1 1 - 17 - 67 - 54 - 54 - 48 +44 +00 - 57 +29 +29 - 03 - 56 - 54 - 44 +3 5 - 61 - 09 - 44 - 21 - 60 - 48 - 43 - 71 - 56 - 77 - 52 - 53 - 54 - 69 - 60 - 48 - 48 - 53 +3 8 +21 - 56 - 55 - 61 - 56 - 61 - 55 - 48 +34 - 62 - 48 - 77 +41 - 54 +4 6 +16 +37 - 53 +35 - 71 - 45 - 53 +26 - 21 +26 +38 - 55 - 53 - 56 +1 9 - 53 - 46 - 44 - 52 - 64 - 58 - 54 - 53 +12 - 61 - 70 - 72 - 61 - 57 - 71 - 52 - 52 +3 0 +5 0 - 70 +37 +1 8 +18 - 70 - 70 - 70 - 52 - 55 - 52 +30 - 73 +25 - 70 +3 0 - 70 - 44 - 41 - 70 - 16 - 53 - 70 - 58 +66 - 70 - 53 - 52 +16 - 71 - 70 - 48 - 12 - 12 - 66 - 02 +2 5 - 69 - 67 +40 - 38 - 38 +06 +2 0 50 18 14 05 16 14 50 51 59 17 00 26 36 15 11 34 15 23 42 47 26 02 02 55 13 22 37 41 24 21 37 39 27 28 44 22 22 08 14 06 10 27 06 24 51 43 23 58 48 17 18 13 47 28 55 25 06 51 01 36 08 33 38 29 21 15 36 50 59 55 09 31 43 47 22 26 28 42 52 32 42 53 55 00 05 43 34 14 34 38 02 01 46 45 38 47 02 17 41 53 11 55 39 52 48 03 51 57 57 52 33 45 51 27 37 45 00 59 14 16 21 54 34 45 23 00 15 18 18 27 07 d d c c r c d v c s s F c s d F c s d s c r d s c c d c r c c c c d d s c c r r c c c c c c s d d s d s r s s s d s c c c s d s s c d c s c s s c d d d c s d c d d c d c d s r c s r x s s d s c c d c d c r s s c s c c s d r c c c s d d s r r d r r d d d c c r s Tel Tel Pav 1.6 Te l 2.5 Aq l Sgr 2.0 Pav Tel Tel 2.5 Tel 1.8 Cyg 7. Aql Pav 1.5 Vul 25. Vul Aql Tel 2.0 Te l 2.3 Sgr Cy g 20 . Pav 1.6 Aq l Sgr Sgr 6.0 Pav 1.9 Tel 2.2 Sgr Pav 1.3 Tel Oct 1.0 Tel 1.3 Tel 1.2 Tel 1.9 Pav Pav Tel 2.7 Tel 3.0 Tel 1.2 Cy g Sge Tel 1.3 Tel 1.3 Pav 1.6 Tel 1.9 Pav 2.8 Tel 1.0 Te l 2.7 Cyg Pav Te l 2.5 Oct Cyg 60. Te l Cy g 0.1 Sge 0.1 Cyg 0.1 Tel Cyg 15. Pav 1.0 Tel 1.9 Tel 1.4 Vul 18. Cap Vul 7. Cyg 20. Tel 2.0 Tel Pav 1.5 Sg e 0.1 Tel 1.0 Te l 2.5 Sgr 1.7 Tel 1.3 Pav Pav Tel Tel 1.3 Del 1.2 Pav Pav 1.0 Pav Pav Pav 1.6 Pav Tel 1.1 Tel Cy g 0.7 Cy g Pav 0.6 Cyg 6. Sg e Sge Pav 4.7 Pav 0.8 Pav Tel 4.1 Tel 2.0 Tel 1.4 Cyg Pav 1.3 Vul Pav 1.0 Cy g Pa v 2.4 Sgr 1.5 Sgr 2.5 Pa v 1.4 Cap 2.6 Te l 1.9 Pa v 2.1 Pav Dra Pav 0.7 Tel 2.0 Tel 1.7 Sge< 0.1 Pav Pav Te l 2.8 Cap Cap Pav Aql Vu l Pav Pav C y g 24 0 . Sgr 1.7 Sgr 1.7 Aql De l 1.7 13. p 7. 6 13. p 5.2 8. 6 11.1 12. p 12.2 13. p 13. p 13. p 14. p 8. p 8. 1 6. p 12. p 13. p 13.4 12. p 14. p 7. 3 11.6 13.9 12. p 13. p 12.5 12.7 15. p 12. p 13. p 15. p 14. p 14. p 15. p 12. p bM , m a g 1 5 cB , S , mE 45 d e g , s u s p eF , v S , R , p s b M , *1 1 n p c F , c L , R, vg l b M , 2 s t f C l , c L , E, pR i , st 1 3 . . . F, v S , R, r vF , S , R; cb M vF , S , R, bM eF , e S , 2 - br a n c h sp i r pF , S , vl E , ps b M Cl , L , vR i , cC vS C l , *1 0 p 1 s , s 1' 2 9 " vF , v S , m E 5 d e g , * 1' s p ; su s p D ne b * , i F , *1 1 c l o s e fi n e ne b * 1 2 Cl , S , vm C , st 19 eF , v S , e E 0 d e g , N ; s u s p F , S, vl E , gl b M F, S , E 1 0 0 d e g C l , s t L a n d S, ** i n v eF , v S , e E 2 0 d e g , 2 F s t n p F , S, E eF , S , R gl o b . c l . , B, pL , R , vm b M B N , rr ; ! vF , p S , an n u l , st e l l N , v F * sf ee F , pS , R , F* n, v di f f i c vF , p S , R , 2 s t f , * n p F, S , c E 1 5 d e g pF , S , R eF , v S , F * n p 1 ' ; s u s p F, v S , R F, S , R , l b M , v d i f bM , m a g 1 4 vF , v S , c E 1 5 d e g , l b M ; s u s p ee F , eS , c E 15 0 d e g , F * s 2 ' B, S , c E , gp m b M B, v S , cE ; = 6 8 6 1 bM , m a g 1 5 Cl, P, lC Cl , l C , s t 1 0 . . . 1 3 , ** i n v eF , v S , e E 3 5 d e g , l b M F, v S , cE 10 d e g F, p S , gb M F, S , l E , gl b M vF , v S , e E 1 7 0 d e g , vm b M bM , m a g 1 4 vB, S, R, pgvm b M F ne b y eF , e S , c E 6 0 d e g , b e t 2 eF s t c F , c S , E 9 0 d e g , gb M eF , v S , e E 2 5 d e g , e F * n 1' ; s u s p eF , w i t h i n c i r c l e o f s t e e F , L , pm E PN , stel l a r PN , st e l l a r = 10 m PN , st e l l a r ha z y st a r C l , p R i , * * in v F, S , E 5 d e g , cb M vF , p S , R F, p S , mE 90 d e g , d i f Cl , P , lC st e l l a r , c l o s e to * 1 3 Cl , v B , v L , Ri , l C , st 6 . . . 1 1 F, v L , vm E , ** a t t vF , v S , R F, v S , E 4 0 d e g bM , m a g 1 5 PN , stel l a r = 10m F, v S , R F , vS , R , v g m b M , * 7 s p 3' vF , p L , R , g l b M bM , m a g 1 5 vF , S , B* sf 3 ' ee F , vS , R bM , m a g 1 5 vF , S , R, di f PN , st e l l a r = 9. 5 m eF , e S , R , b M , * sp 1' eF , e S , b M eF , b M eF , e S , R , b M , * 3' np vF , S , lE 13 0 d e g , * 2 ' s F, S , e E 1 6 0 d e g , v m b M vF , c S , R , l b M , d i f vF , S , R, di f , 68 8 7 f ! ! , r i n g , F, S , v v l E Cl, pRi, lC vF , b M Cl , s t 8. . . 1 3 e F ne b * (e S C l ? ) ; = I C 13 1 2 ? eF , p L , d i f ; = 68 9 2 F, p S , lE , g l b M , *9 p 10 s . 5 , 1s t bM , n r 68 7 2 eF , v S pF , c L , p m E , g l b M ee F , S, c E 0 d e g , b e t 2 F s t F, v S , R, lb M *1 3 w i t h e F ne b ? F, S , c b M F, p L , pa r t l y r e s o l v e d eF , v S , e E 1 5 d e g C l (+ ne b ? ) , S, st v S p B , S , R , e S * s f , 2n d o f 4 pF , S , R, vg l b M vF , c S , R v F , v S , R, 3r d o f 4 F, v S , R, *1 3 c l o s e vF, L, lE F , S, R, r , v S * at t , 4t h o f 4 cS , m E 17 5 d e g , s p i r , F* M eF , L , lb M , pB * n r eF , e S , * nr bM , m a g 1 5 bM , m a g 1 4 PN , st e l l a r vF , b M vF , b M pF, S, R, sbM *12 vF , S F, S , i R eF , e S , c E 1 5 d e g , b M , s u s p vF , S , R Cl, S, vlC, st 10.. . 1 1 ha z y pa t c h , st ? ; su s p eF , v S , R , b M , su s p ga m m a C y g , s u r r b y L p a t c h e s o f F eF , p S , R , b e t 2 st 8. 5 s p , n f eF , p S , R , b e t 2 st 8. 5 s p , n f ; = eF ; = I C 5 0 0 0 , IC 1 3 1 6 ! ! , P N , B , p S , R, 4 S st nr = M75 of 4 neby I C 49 9 8 I1 3 1 6 I5 0 0 0 69 1 0 I1 3 1 7 69 1 6 I4 9 9 2 69 0 3 69 0 6 I5 0 0 6 69 1 3 I4 9 9 9 68 9 9 69 0 2 69 1 4 69 0 7 69 0 8 I5 0 0 3 I5 0 0 5 I5 0 0 4 I5 0 0 7 I1 3 1 9 I5 0 0 1 I1 3 2 0 I5 0 0 2 69 1 2 69 1 7 69 0 9 69 1 5 I1 3 2 1 69 2 1 I5 0 1 1 I5 0 1 3 I5 0 1 5 I5 0 1 2 69 2 2 I1 3 2 2 I1 3 2 3 I5 0 2 0 69 1 8 I5 0 1 9 I5 0 1 0 69 3 9 69 1 9 69 2 3 I5 0 1 7 I1 3 2 4 69 2 7 I5 0 0 9 I5 0 0 8 69 2 8 I1 3 2 5 69 3 0 I1 3 2 6 69 2 6 69 2 4 69 2 9 I5 0 2 1 69 3 1 69 3 3 69 3 4 69 2 5 69 4 0 69 3 8 69 4 6 69 4 9 I5 0 1 4 I5 0 1 6 I1 3 2 7 69 3 6 69 4 1 69 8 6 69 5 2 69 5 1 69 5 3 I5 0 2 3 69 3 5 69 4 4 69 3 7 69 4 5 I5 0 2 4 I5 0 2 9 I5 0 3 0 69 4 2 I5 0 2 2 I5 0 2 7 69 5 0 69 4 7 I1 3 2 8 69 3 2 I5 0 3 9 I5 0 4 6 I5 0 2 8 69 4 8 I5 0 4 1 I5 0 4 7 I1 3 2 9 I5 0 3 4 I5 0 3 3 69 2 0 69 5 6 69 5 4 I5 0 3 5 69 5 5 69 4 3 I5 0 3 6 69 5 7 I5 0 2 5 I5 0 3 1 I5 0 5 0 I5 0 3 2 I5 0 3 7 69 6 0 I1 3 3 0 I5 0 4 3 I5 0 3 8 69 5 9 69 6 1 I5 0 5 7 69 6 2 69 6 3 69 6 4 69 6 5 69 6 6 I5 0 4 9 I5 0 5 8 69 6 7 I5 0 6 1 I5 0 4 2 I5 0 6 7 I1 3 3 1 I5 0 6 2 Gx OC Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Nb Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx D* Gb Gx OC Gx Gx Gx Gb Gx Gx Gx Gx Gx Gx ? Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Nb Gx Gx Gx * Gx Gx Gx D* Gx * Gx ** * 141 Gx D* 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 22 . 4 22 . 4 23 . 1 23 . 3 23 . 5 23 . 5 23 . 6 23 . 6 23 . 7 23 . 9 23 . 9 24 . 4 24 . 5 24 . 7 25 . 1 25 . 2 25 . 2 25 . 3 25 . 4 25 . 6 26 . 0 26 . 3 26 . 4 26 . 7 26 . 9 27 . 4 27 . 7 27 . 8 28 . 2 28 . 5 28 . 6 28 . 6 28 . 6 29 . 5 29 . 9 30 . 1 30 . 5 30 . 6 30 . 8 30 . 8 31 . 0 31 . 4 31 . 6 31 . 7 32 . 1 32 . 2 32 . 6 32 . 6 32 . 7 32 . 8 32 . 8 33 . 0 33 . 0 33 . 1 33 . 2 33 . 4 33 . 5 33 . 6 33 . 6 34 . 2 34 . 3 34 . 6 34 . 8 34 . 8 35 . 1 35 . 3 35 . 6 35 . 7 35 . 9 36 . 3 36 . 6 37 . 0 37 . 2 37 . 7 38 . 1 38 . 4 38 . 4 38 . 8 38 . 9 40 . 1 40 . 3 40 . 6 40 . 8 41 . 1 41 . 1 41 . 2 41 . 3 42 . 0 42 . 1 43 . 2 43 . 2 43 . 4 43 . 5 43 . 6 43 . 6 43 . 7 43 . 7 43 . 8 43 . 9 44 . 0 44 . 1 44 . 3 44 . 4 44 . 5 44 . 7 44 . 9 45 . 0 45 . 3 45 . 3 45 . 4 45 . 6 45 . 7 46 . 3 46 . 7 46 . 9 47 . 1 47 . 2 47 . 2 47 . 3 47 . 3 47 . 4 47 . 4 47 . 4 47 . 4 47 . 4 47 . 6 47 . 6 47 . 8 47 . 8 47 . 9 48 . 2 +0 6 +0 6 +4 0 +0 0 +5 8 - 71 - 19 +0 6 +0 6 +3 8 - 26 - 50 - 43 +4 2 - 24 - 24 - 29 - 25 - 30 - 29 - 18 - 54 +0 2 - 54 - 18 +0 8 - 47 - 03 - 18 +2 5 - 36 - 36 - 31 - 56 - 02 - 15 - 15 - 33 - 47 - 36 - 65 +6 0 - 44 - 30 - 57 - 09 +0 9 - 72 - 72 +0 9 +0 9 +0 9 +0 9 - 02 - 25 - 02 - 54 - 11 +0 7 +0 7 - 31 +2 8 +2 2 +6 0 +6 4 - 73 - 72 +0 0 - 25 - 04 - 18 +6 6 +6 6 +6 5 - 67 - 52 +0 7 - 52 - 05 - 71 - 29 - 29 - 54 - 76 - 55 +1 6 - 32 - 19 - 73 - 29 - 29 - 65 - 53 - 29 - 29 +1 5 - 57 - 57 - 80 +1 2 +0 3 - 57 +0 2 - 68 - 57 +0 2 - 76 - 67 - 05 - 67 - 58 +3 0 - 14 - 56 - 65 +0 0 +0 0 +0 0 +0 0 +0 0 +0 0 +0 0 +0 0 - 38 +0 0 +0 0 +0 0 - 65 +4 4 - 09 - 08 32 26 47 40 22 34 19 27 27 32 01 26 39 29 49 48 52 50 52 42 31 47 55 48 38 06 02 05 18 43 02 02 42 45 11 13 11 29 28 05 55 38 13 50 35 04 55 10 42 56 53 52 54 01 30 02 31 23 23 24 59 18 15 09 48 28 55 01 17 38 38 06 06 46 11 06 00 09 01 06 50 51 19 27 29 38 29 38 37 51 51 39 21 42 42 35 02 19 00 31 13 08 35 45 37 34 59 32 39 32 26 43 02 59 01 27 23 19 19 29 18 30 22 25 29 25 20 05 22 59 22 x v s s r c r s m s c c s s s r d c d d m c u c s r s v m s c c d c r d F s c c d s r s c D v d c s x s x s r s d r r s s s r s r d d z D r D D s D d s s s r d x d s c d r c m c s c c c c c d c d c s s d r s d r c x m d d s m d d r r x s s s A F c x r x d d m F Aq l Aq l Cy g Aq l Cy g Pa v Ca p Aq l Aq l Cy g Ca p Te l Sg r Cy g Ca p Ca p Sg r Ca p Sg r Sg r Ca p Te l De l Te l Ca p De l Te l Aq l Ca p Vu l Mi c Mi c Mi c Pa v Aq l Ca p Ca p Mi c In d Mi c Pa v Ce p Mi c Mi c In d Ca p De l Pa v Pa v De l De l De l De l Aq l Ca p Aq l In d Ca p De l De l Mi c Vu l Vu l Ce p Ce p Pa v Pa v Aq l Ca p Aq l Ca p Ce p Ce p Ce p Pa v In d De l In d Aq r Pa v Mi c Mi c In d Oc t In d De l Mi c Ca p Pa v Mi c Mi c Pa v In d Mi c Mi c De l In d In d Oc t De l De l In d De l Pa v In d De l Oc t Pa v Aq r Pa v In d Cy g Aq r In d Pa v Aq r Aq r Aq r Aq r Aq r Aq r Aq r Aq r Mi c Aq r Aq r Aq r Pa v Cy g Aq r Aq r 1. 5 8. 0. 9 2. 0 1. 8 1. 6 7. 1. 9 1. 9 2. 2 13 . 3. 4 2. 3 0. 6 1. 3 1. 0 1. 6 1. 6 2. 3 1. 2 0. 6 1. 1 2. 2 2. 2 1. 4 1. 0 2. 0 8. 2. 5 1. 3 0. 6 1. 2 2. 2 1. 4 2. 1 0. 9 5. 9 4. 1 31 . 11 . 0 3. 8 2. 0 1. 7 3. 0 2. 6 1. 2 2. 0 0. 8 2. 0 2. 5 1. 9 1. 4 2. 5 3. 0 3. 0 1. 6 1. 8 2. 1 1. 1 4. 1 1. 3 1. 0 70 . 0. 8 3. 0 0. 7 1. 9 1. 2 1. 8 eF , ne b , su s p e c t e d ; = IC 50 0 0 pS , eF st in v 7. 4 Cl , pB , pS , P, pC , st 10 . . . 1 2 13 . 4 pl a n = *1 2 , di a m 10 " - 15 " 15 . p ee F , pS , F* cl o s e p, v di f f i c vF , S, eE 65 d e g , *9 nf 2' 13 . p Cl , E, bM *1 7 , *1 0 at t n 12 . 7 pF , pL , R 12 . p *1 4 in F, vS , R ne b 6. 6 Cl , P, lC , st L an d S; = M2 9 vF , pL , R, am st F, S, R, gl b M , am st 13 . p F, cS , R, bM vF , vL , iR , di f , 2 st at t p 11 . 3 cF , cL , vl E , vg l b M , r, 3 st p eF , vS , lE , 69 0 7 p vF , cS , R, 2 st sf in li n e pS , R, vg b M , F* cl o s e np eF , pS , lE , 2 st s ee F , cL , R 14 . p pF , vS , R, r bM , ma g 15 14 . p pF , S, R, gb M , r bM , ma g 13 14 . p vF , 2 st 14 - 15 np , *8 f 14 . p vF , S, at t to a S* 13 . p pB , pL , gb M , 2 st 10 nr pB , S, R 15 . p F, S, iF , r 15 . p F, S, E pB , vS , vm E eS , vm E ns ; = IC 50 1 1 pB , pS , R, ne a r l y be t 2 st pS , E 22 5 d e g , lb M 14 . p vF , pL , R F, vS , R vS , ne b * 13 . p pF , pS , iE vF , *1 2 at t sp vF , cS , R vF , vS , cE 20 d e g , mb M 7. 8 Cl , pL , eR i , pC M , st 11 . . . 1 6 eF , pS , R, vg v l b M 12 . 1 pF , cS , R, gb M , be t 2 st bM , ma g 14 . 5 ee F , S, R, *8 s 14 . 5 eF , lE vF , vS , bM eF , vS , lE 90 d e g , lb M 12 . 6 pB , pL , mE vF , S, se v F st in v ; = 69 2 8 13 . 1 F, mE ee F , S, mE , pF * s; = 69 3 0 12 . 4 vF , pL , E 17 6 d e g , p of 2 14 . p vF , pS , R, sb M N 13 . 5 vF , vS , sf of 2 vS , R di s c , ma g 14 14 . p eF , pS , E 12 0 d e g , gb M pB , vS , 69 3 4 f 8. 9 gl o b . cl . , B, L, R, rr r , st 16 . . . , *9 p 11 . 3 cB , L, mE 6d e g , ps l b M 6. 3 Cl , vB , vL , vR i , cC , st pL Cl , vL , P, vl C 8. 9 vF , vL , vg , vs b M , rr 15 . p eF , pS , iR F, S, bM , be t 2 F st ee F , eS , *1 1 sp 1' 15 . p vF , *8 1' f vF , vS , R, sl b M 13 . p eF , lE , lb M vF , vS , R, gl b M N pB , ov a l , di f , *1 5 cl o s e f; = 69 5 1 11 . 1 pB , pL , lE vS gr o u p of 4 st (n o ne b ) F, S, cE 13 0 d e g 13 . p pB , cL , R, gl b M , r, p of 2 13 . 3 pF , S, R vF , cS , R, sl b M , f of 2 13 . p pF , vS , R, mb M eF , S, mE 15 d e g ee F , eS , mE , F* sf , np of 2 ee F , vS , mE , v di f , sf of 2 13 . p pB , pL , R, ps l b M eF , S, R, cb M , su s p R, ma g 15 Cl , P, vl C vF , L, R, gb M 15 . p F, S, vF * cl o s e F, S, R, gb M , 5 st p 12 . 6 ee F , pS , vm E , sp of 2 eF , pS , mE , 2 vF st sf , sp of 2; = IC 50 3 9 vF , di f , *1 0 s 2' , su s p vF , pS , cE , lb M ee F , pS , mE , v di f f i c , nf of 2 ee F , pS , mE , v di f f i c , nf of 2; = IC 50 4 1 ee F , pL , R, be t 4 st , v di f f i c bM , ma g 14 . 5 vS , R, lb M , ma g 15 pB , cS , R, ps m b M 14 . p vF , S, st e l l , ** at t 13 . 2 F, S, vl E vS , R, lb M , ma g 15 15 . p eF , pL , R 12 . p pF , L, mE , vg l b M vS * F, pS , mE 12 5 d e g 15 . p vF , S, R vF , vS , cE 12 5 d e g , bM , su s p eF , eS , R, su s p 14 . p F, cS , di f , vS E N eF , eS , R, su s p F, pS , mE 17 0 d e g !! pB , cL , ei F , 52 Cy g in v 15 . p F, vS , di f F, S, E 21 0 d e g vF , vS , R, al m st e l l 14 . p vF 15 . p eF , vS cF , ne b * or eS ne b 12 . 0 cF , S, R, bM 14 . 1 ne b *1 3 12 . 7 F, vS , R, bM , *1 4 sf 0' . 5 vF , vS ; = 69 6 3 eF , vS ee F , pS , R eF , di s t i n c t fr o m 69 6 3 14 . p eF , vS , *1 0 50 " f eF , vS Cl ; ne b ? vF , vS , R, al m st e l l F 14 . p F, S, bM , r *1 3 . 5 wi t h eF st & ne b , *1 3 p 1' 6968 69 6 9 I502 6 69 5 8 I505 6 69 7 1 69 7 2 I504 4 I504 5 69 7 4 I506 8 I507 0 69 7 9 I505 9 I504 8 I506 5 I133 2 I506 3 6970 6973 I505 2 I133 4 I133 3 I504 0 I505 1 69 7 5 69 7 6 69 7 7 6978 I506 4 6980 I505 5 I133 5 6981 I505 3 I505 4 6989 I506 0 I133 6 6988 I507 6 6985 I134 0 69 9 2 69 9 6 69 9 7 6991 69 8 3 I133 7 I133 8 6995 I506 6 6982 69 8 4 I133 9 6987 7000 69 9 4 69 9 3 6990 I506 9 I134 1 I134 2 7023 7008 70 0 3 I507 4 70 0 1 I134 3 I134 4 I507 1 I134 5 7006 69 9 8 I134 6 I134 7 I134 8 I134 9 7011 I135 1 I135 2 I135 3 6999 70 0 5 I135 0 I135 4 I135 5 I507 2 I508 0 I507 8 I135 6 I508 1 I507 3 70 0 2 70 1 3 I508 3 7004 7009 I507 5 70 1 0 I508 2 70 0 7 I507 9 70 1 5 I135 7 70 2 4 70 2 6 7019 I135 8 70 1 2 70 2 7 7031 70 1 6 70 1 7 70 1 8 7014 70 2 5 70 2 8 I508 6 I135 9 I507 7 I508 4 I508 8 70 2 2 70 3 3 70 3 4 70 3 6 I136 3 7037 7035 I136 0 Gx Gx Gx Gx Gx Gx Nb Nb Nb Nb Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx * Gb Gx Gx Gx Gx Nb Nb Nb OC OC OC Gx Nb Gx Gx Gx Gx Nb OC Gx Gx C+N Pl Gx Gx Gx Gx Gb Gx Gx - Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx OC Gx Pl Gx Gx Pl OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx ? Gx Gx 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 48.4 48 . 4 48 . 5 48 . 6 49 . 0 49 . 4 50 . 0 50 . 6 50 . 7 50 . 8 50 . 8 50 . 8 51 . 0 51 . 3 51 . 6 51 . 8 51 . 9 52 . 0 52.1 52.1 52 . 1 52 . 2 52 . 3 52 . 3 52 . 3 52 . 4 52 . 4 52 . 5 52.6 52 . 6 52.8 52 . 9 53 . 1 53.5 53 . 6 53 . 7 54.1 54 . 6 55 . 1 55.8 55 . 9 56.0 56 . 2 56 . 4 56 . 4 56 . 5 56.6 56 . 8 56 . 9 57 . 0 57.1 57 . 1 57.4 57 . 9 57 . 9 58.0 58.8 59 . 0 59 . 5 59.9 00 . 0 00 . 4 00 . 4 00.5 00.6 00 . 8 00 . 9 01 . 2 01 . 2 01 . 3 01 . 3 01 . 4 01.5 01 . 6 01 . 7 01 . 7 01 . 7 01 . 8 01.9 01 . 9 01 . 9 01 . 9 02.0 02 . 0 02 . 0 02 . 0 02 . 0 02 . 0 02 . 5 02 . 6 02 . 9 03 . 0 03 . 3 03 . 6 03 . 6 03 . 8 03.9 04.2 04 . 5 04 . 7 04 . 7 05 . 5 05 . 5 05 . 7 05 . 9 06 . 0 06 . 3 06.4 06 . 5 06 . 8 07 . 1 07.3 07 . 4 07 . 5 07 . 6 07.9 07 . 9 08 . 3 08 . 5 08 . 7 09 . 0 09 . 2 09 . 4 09 . 5 09 . 6 09 . 7 10 . 2 10 . 6 10.7 10.8 10 . 8 - 08 +07 - 78 - 38 - 39 +06 +09 - 71 - 71 +31 +42 +44 +32 - 57 - 71 - 29 - 13 - 57 - 48 - 05 - 69 - 16 - 16 - 76 - 71 - 05 - 05 - 05 - 05 - 57 - 05 - 68 - 16 - 12 - 71 - 71 +4 5 - 71 - 18 +1 0 +47 - 11 +31 +31 +45 +44 +4 7 - 43 - 16 - 16 +3 1 - 73 - 51 - 51 - 17 - 48 +4 4 - 12 - 25 - 55 - 71 - 13 - 14 +6 8 +5 4 +17 - 63 - 00 - 15 - 13 - 72 - 13 +1 6 - 28 - 13 - 13 - 13 - 13 +4 7 - 13 - 13 - 13 - 28 - 12 - 13 - 13 - 13 - 72 +19 - 16 - 15 +19 - 72 - 49 +29 +11 - 49 - 11 - 71 - 12 - 12 - 52 - 56 +11 - 10 +41 +47 - 24 - 16 - 44 +42 +5 0 - 25 - 25 - 25 - 47 +16 +18 - 29 +12 - 73 - 63 - 22 - 49 +15 +15 +15 +46 +3 3 - 23 +05 20 45 04 00 11 00 54 57 58 52 31 21 09 41 48 51 43 05 48 53 12 17 15 40 47 46 46 44 43 14 49 27 20 32 08 01 17 38 04 32 25 05 04 43 28 38 25 58 35 30 13 09 51 52 57 37 20 38 41 34 48 58 30 10 33 48 08 11 24 22 39 24 11 01 52 19 21 16 19 12 23 16 04 53 51 45 10 59 13 49 48 12 41 01 54 46 07 22 51 20 21 33 15 25 43 30 51 25 12 49 14 50 30 30 28 11 20 29 46 27 39 17 53 18 07 09 27 51 43 08 04 r r c s d r s d d r s s r d d c m s s F s m d d d D r r s c F d d s c c r d m r s r s s A o r r d d s d v s c r s s r c d m d s s r d D d m c d s r d v d d r d d d c F m d d d z c d d c r s z r s d r x s x s d r s c d c s s r r r s r r c u d c c r r r r x r c x Aq r Del Oct 2.5 Mic 2.4 Mic Del Del 1.4 Pav Pav Cyg Cyg 80. Cyg 80. Cyg Ind Pav Mic 1.2 Aqr 0.8 Ind 1.9 In d 1.2 Aq r Pav 5.8 Cap 1.1 Cap Oct Pav Aqr Aqr Aqr Aq r 1.9 Ind 1.6 Aq r Pav Cap Aq r 5.9 Pav 1.9 Pav 1.8 Cy g Pav Cap 0.6 De l Cyg 9. Aq r Cyg 25. Cyg 60. Cyg Cyg 15. Cy g Mic Cap Cap Cy g 12 . Pav In d Ind 1.7 Cap 1.9 In d Cy g 1 2 0 . Aqr 3. Cap In d 1.1 Pav Aqr 0.5 Aqr Ce p 18 . Cy g 1.4 Del Pav Aqr Cap Aqr 0.6 Pav 3.5 Aqr De l 2.8 Mic Aqr Aqr 1.3 Aqr Aqr Cy g Aqr Aqr Aqr Mi c 0.9 Aqr Aqr 0.6 Aqr Aqr Pav Del Cap 4.0 Cap Del Pav 1.2 Ind Cyg 4.9 Equ In d Aq r 1.7 Pav Aqr Aqr Ind 1.9 Ind Equ 2.0 Aqr Cyg Cyg 0.4 Ca p 0.7 Cap Mic 3.2 Cyg 0.3 Cy g 5. Cap Cap Cap In d 1.9 Del Del Mic 2.0 Del 1.1 Pav Pav 1.6 Cap 1.8 Ind Peg Peg Peg Cyg Cy g Ca p 1.2 Equ 1 4 . p F , S, R, g b M , F * i n v 1 5 . p F, p L , E eF , v S , m E 7 0 d e g , l b M , s u s p 1 2 . p B, c S , R, pg m b M , 4 s t p F, c L , eE 15 0 d e g 1 5 . p vF , S , R 1 4 . p F, S , R eF , e S , R eF , e S , R ne b * , n e b y c E p f vF F, d i f vF , S , iE , s e v F st f nr vF , S , R, di f eF , v S vF , p S , R 1 5 . p F, v S , R 12.0 bM , m a g 1 3 12.7 p B , S , l E , gb M vF, S, r 1 2 . p F, L , e E 1 4 0 d e g , 4 ' l 1 5 . p F, S vF , v S , s b M cB , S , R, su s p eF , v S vF , S ; = 6 9 7 6 1 4 . p eF , i R 1 4 . p vF , S , iR 14. p vF bM , m a g 1 4 vF, S, r vF , b M , s u s p F, S , s t e l l a r 9 . 4 g l o b . cl . , p B , pL , R , gm C M , r r r ; = M7 2 cF , v S , b M , *1 1 n 2 ' cF , v S , b e t 2 F s t C l , c L , st pS eF , e S , b e t 2 F s t 1 5 . p vF , S , di f , F* f 15. p eF, pL, R vF , v L , l E n s , st i n v e F , v S , iR poss i b l y conn with 6995 !! , e F , e L , eE , e i F , b i f u r c a t e d Cl , P , lC 1 0 . p Cl , P , lC , s t L Cl, L, P, vlC eF , c S , R F, v S , R, gb M vF , v S , d i f F , eL , n e b & st in g r o u p s vF , v S , b M vF, S, E, p of 2 1 3 . p F, p L , vl E , vg b M , f of 2 F, S , g b M , r pF, S, vlE, gpmb M , B* p 1' F , ee L , di f n e b u l o s i t y 9 . p C l , e P , vl C , no ne b ; = M7 3 vF , v S , R , s b M N e e F , v S , v m E 0d e g , * 1 3 a t t , n eF , S , R 1 5 . p F, v S , R, lb M vF , v S , E pf , l b M 7 . p * 7 in eF , e L , n e b y 1 3 . p c B , L , E 4 5 d e g + / - , r, * * at t 1 4 . p vF , v S , l E , *1 5 c l o s e f R, P N , m a g 14 1 4 . p pB , S , E 0 d e g pB , v S , R , m b M 1 5 . p pB , p L , i F , sb M cB , S , eE 20 d e g , s t e l l N vF , S , R, vl b M 10.6 B , pL , R , g b M ee F , vS pB , v S , R , g b M pB , R F, v S , R, bM vF , v S , R , l b M Cl, no desc r i p t i o n F, v S , R, lb M pB vF , v S , R eeF, vS Cl , S , P 1 5 . p F, S , i F , lb M , r F, v S , R, bM F, v S , R, bM eF , e S , R 1 6 . p F, v S , R, st e l l N eE , n r 2n d * o f 3 ; s u s p F, R , s b M vF , v S , R , s t e l l N eF , S , R cF , c S , R , b M 1 2 . p pB , c S , R , p s b M , pB * n p 1 5 . p ee F , vS , v d i f f i c ; * 8 f 1 3 s eF, R, lbM, *11 f 8. p !!!, PN , vB, S, elli p t i c vF , S , cb M 1 4 . p eF , S , R, lb M ; = IC 50 8 2 eF , S ; = 7 0 1 0 1 3 . p pB , S , R, ps b M , a m s t F, S , E ; v S Cl or r i n g ? ( R A + / - ) 1 3 . p vF , p S , g l b M vF , v S , i F , vl b M Cl , P , lC , s t 1 0 . . . 1 3 . p pB , b i N , P N v F , v S , R, sb M N vF , v S F, p L , E, vg v l b M , * p 1 0 . p PN , st e l l a r = 8. 5 m 9 . 1 C l of tr i p l e st , l C 1 5 . p vF , e S , R , b M N , 1 s t of 3 1 5 . p eF , v S , R , b M N , 2 n d of 3 1 4 . p vF , v S , v l E , g l b M , 3 o f 3 12.3 p F , S , R , b M , 2 st 1 2 n 1 4 . p vF , v S , R , s t e l l vF , S , vl E ee F , pS , R , F* f 1 5 . p ee F , eS , s t e l l a r , e F * at t eF , e S , * 1 0 np 2' F, p S , eE 15 5 d e g , c b M eF , v S , d i f f i c ee F , S, R , B * * * sf 1 5 . p vF , S , R 1 5 . p vF , v S , R Cl , l C F, * 9 . 4 a t s e n d C l , p R i , i F , st 11 . . . 1 5 eF, S, iR F, d i f I5 0 8 9 70 3 0 Gx 70 3 9 OC 70 2 1 70 2 0 Gx I1 3 6 1 Gx I5 0 9 0 Gx I1 3 6 2 Gx 70 2 9 Gx I1 3 6 9 OC 70 4 4 OC 70 4 0 Gx I1 3 6 4 Gx I5 0 8 5 70 4 2 Gx I1 3 6 5 Gx 70 4 3 Gx I1 3 6 6 Gx 70 4 8 Pl I1 3 6 7 Gx I1 3 6 8 I5 0 8 7 Gx 70 4 5 D* 70 4 6 Gx I5 0 9 7 ** * I5 0 9 8 D* 70 5 0 70 3 8 Gx I1 3 7 0 Gx 70 3 2 Gx I5 0 9 2 Gx 70 4 1 Gx 70 4 7 Gx I5 0 9 5 I5 0 9 1 I5 0 9 4 Gx I5 0 9 6 Gx 70 5 2 Gx I5 0 9 3 70 4 9 Gx 70 5 5 70 5 1 Gx I1 3 7 1 Gx I1 3 7 2 I1 3 7 3 Gx 70 5 4 70 5 8 I1 3 7 4 Gx I1 3 7 5 Gx 70 5 3 Gx I5 1 0 4 Gx I5 1 0 0 Gx I5 0 9 9 I5 1 0 1 Gx 70 5 6 Gx I1 3 7 8 70 6 2 OC 70 6 7 OC 70 6 3 OC I5 1 0 5 Gx I1 3 7 6 70 5 7 Gx I1 3 7 7 Gx 70 6 0 Gx I1 3 7 9 Gx 70 6 6 Gx 70 7 6 Nb I5 1 0 2 70 7 1 70 6 8 Gx 70 6 5 Gx I1 3 8 2 I1 3 8 0 Gx 70 5 9 Gx 70 6 1 Gx I1 3 8 1 Gx I1 3 8 3 Gx I1 3 8 4 Gx 70 6 9 Gx I5 1 1 1 Gx I5 1 0 7 I5 1 0 6 Gx I1 3 8 5 Gx 70 6 4 Gx I5 1 0 3 Gx 70 8 2 OC 70 7 3 Gx 70 7 4 Gx I5 1 1 2 OC I1 3 8 6 Gx I1 3 8 7 Gx I5 1 1 3 OC 70 7 7 Gx I1 3 8 8 Gx 70 7 8 Gb vS ; = 70 8 0 Gx 70 7 0 Gx 70 8 6 OC I5 1 1 5 70 7 2 Gx I5 1 1 0 70 8 1 Gx 70 7 5 Gx 70 8 4 I1 3 8 9 70 9 2 OC 70 8 5 Gx 70 7 9 Gx I1 3 9 0 Gx I5 1 1 7 Pl I5 1 0 8 Gx 70 8 8 70 8 9 Gb M2 I5 1 0 9 I5 1 1 9 Gx 70 9 1 Gx I5 1 1 4 Gx 70 8 7 Gx 70 9 3 I1 3 9 1 Gx I1 3 9 2 Gx 70 8 3 Gx 70 9 0 Gx 70 9 4 Pl I5 1 1 6 I5 1 2 0 Gx I1 3 9 6 C+ N 71 0 0 Gx 71 0 1 ? 142 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 M1 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 11 . 0 11 . 2 11 . 2 11 . 3 11 . 4 11 . 5 11 . 6 11 . 8 11 . 9 12 . 1 12 . 9 13 . 2 13 . 3 13 . 4 13 . 8 13 . 9 14 . 1 14 . 1 14 . 2 14 . 2 14 . 3 14 . 3 14 . 8 14 . 9 15 . 0 15 . 0 15 . 1 15 . 2 15 . 2 15 . 4 16 . 2 16 . 5 16 . 5 17 . 3 17 . 7 17 . 8 18 . 4 18 . 6 18 . 8 19 . 0 19 . 4 19 . 8 20 . 3 20 . 3 20 . 6 20 . 7 21 . 0 21 . 0 21 . 0 21 . 1 21 . 5 21 . 7 21 . 9 21 . 9 22 . 2 23 . 0 23 . 2 24 . 2 24 . 4 24 . 4 24 . 7 25 . 0 25 . 4 25 . 9 26 . 0 26 . 2 26 . 3 26 . 3 26 . 5 26 . 6 26 . 7 26 . 9 27 . 1 27 . 4 27 . 4 27 . 6 27 . 7 27 . 8 28 . 1 28 . 2 28 . 3 28 . 6 28 . 9 29 . 0 29 . 2 29 . 4 29 . 5 29 . 5 29 . 5 29 . 6 29 . 6 29 . 7 29 . 9 29 . 9 30 . 0 - 03 - 20 +4 5 - 64 - 64 +0 5 - 02 +0 2 - 49 +4 7 +4 2 +0 8 +0 2 - 74 +1 3 +0 2 +1 3 +0 1 +4 6 +0 2 +0 2 - 73 +0 4 +0 2 +0 4 +0 4 +3 6 - 47 +0 2 - 68 - 64 - 48 - 00 - 59 - 70 - 66 - 63 +2 6 - 70 - 48 +5 7 - 08 - 04 - 05 +0 1 +3 9 +5 0 +0 1 +0 4 +2 3 +2 1 - 65 - 71 - 65 +1 8 +5 5 +4 6 +4 8 +3 6 - 40 - 05 - 42 +0 4 - 42 +0 3 +1 4 +6 2 - 73 +4 7 +1 2 - 07 +1 8 +0 2 - 60 - 49 - 01 - 01 - 01 - 01 +0 2 - 65 - 70 - 01 - 52 - 74 +4 7 - 11 +0 6 +0 6 - 21 - 01 +0 6 +0 2 - 00 +1 2 51 30 39 02 03 03 02 20 17 44 29 51 47 06 33 35 36 45 16 59 10 46 31 50 27 29 12 13 12 17 28 22 50 56 39 26 46 27 38 34 35 47 53 37 05 10 48 43 00 04 14 56 00 50 39 27 23 01 30 37 45 29 19 24 06 10 53 19 57 13 00 39 43 01 04 11 05 22 38 29 44 50 04 46 04 05 28 42 47 12 21 49 25 38 10 d r s c s u u z s s r r m d s m r z s z D c A s x x r s z c c s r d d c c s d s r r m d m r r z z r u c d c r d s s s s d r m r z r s d r r s d z s c m z m r m d c m s c s r r x c m x s m s Aq r Ca p Cy g Pa v Pa v Eq u Aq r Aq r In d Cy g Cy g Eq u Eq u Pa v Pe g Eq u Pe g Aq r Cy g Eq u Aq r Pa v Eq u Eq u Eq u Eq u Cy g In d Aq r Pa v Pa v In d Aq r Pa v Pa v Pa v Pa v Vu l Pa v In d Ce p Aq r Aq r Aq r Aq r Cy g Cy g Aq r Eq u Pe g Pe g Pa v Pa v Pa v Pe g Ce p Cy g Cy g Cy g Mi c Aq r Mi c Eq u Mi c Eq u Pe g Ce p Pa v Cy g Pe g Aq r Pe g Pe g Pa v In d Aq r Aq r Aq r Aq r Aq r Pa v Pa v Aq r In d Pa v Cy g Ca p Pe g Pe g Ca p Aq r Pe g Aq r Aq r Pe g 30 . 0 30 . 5 30 . 5 30 . 5 30 . 6 30 . 6 31 . 4 31 . 5 31 . 8 32 . 1 32 . 2 32 . 3 32 . 5 32 . 5 32 . 5 32 . 9 33 . 4 33 . 5 +2 6 - 43 +5 1 +1 1 - 43 - 59 +0 2 - 38 +1 7 - 18 +4 8 +0 6 - 44 - 01 +4 4 - 72 - 00 - 00 43 06 35 47 09 59 30 36 25 01 26 36 05 52 35 40 23 49 s s s d s d r r r d s r s z s c r s Vu l Gr u Cy g Pe g Gr u In d Aq r Gr u Pe g Ca p Cy g Pe g Gr u Aq r Cy g In d Aq r Aq r 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 33 . 9 34 . 0 34 . 1 34 . 1 34 . 6 34 . 8 35 . 1 35 . 6 35 . 7 36 . 5 36 . 9 37 . 1 38 . 8 39 . 1 39 . 5 39 . 6 - 74 +2 1 - 36 - 36 - 40 +4 6 - 00 +3 5 - 63 - 54 +1 2 - 70 - 64 +5 7 +0 8 +0 8 06 49 38 39 49 01 30 24 54 33 47 59 21 30 53 54 d u r c r r z u s s s d c s r D In d Pe g 1. 0 Gr u Gr u 2. 0 Gr u Cy g Aq r Cy g 1. 7 In d 4. 5 In d 7. 1 Pe g 1. 6 In d In d 2. 1 Ce p 17 0 . Pe g Pe g 25 . 4. 3 1. 1 1. 1 1. 4 4. 0. 3 2. 2 0. 2 1. 0 7. 6 12 . 15 . 14 . 16 . 11 . 8 6. 8 11 . 15 . 15 . p p p p 13 . 15 . 15 . 16 . 11 . 15 . p p p p p p p p p 1. 4 2. 0 14 . p 3. 0 12 . p 15 . p 1. 1 2. 9 3. 9 11 . 1 14 . p 1. 4 3. 0 2. 8 14 . p 2. 8 10 . 7 0. 8 14 . p 15 . p 0. 3 15 . p 1. 8 1. 7 16 . 15 . 14 . 14 . p p p p 1. 4 14 . p 7. 3. 8. 2. 5 8. 3 9. 7 7. 0 11 . 5 0. 6 14 . p 16 . p 15 . p 2. 15 . p 1. 4 3. 2 1. 5 0. 5 0. 6 0. 8 1. 3 0. 4 4. 1 1. 4 25 . 15 . p 13 . p 15 . 16 . 14 . 15 . 15 . p p p p p 15 . p 13 . p 7. 2 14 . p 2. 1 0. 4 15 . p 0. 8 0. 4 12 . 3 14 . p 15 . p 6. 4 2. 0 2. 1 9. 0. 8 32 . 2. 8 0. 1 1. 4 12 . 9 eF , vS , bM , F* 30 " sp vF , vS , iR , bM N Cl , vL , pR i , E, st 10 . . . pF , cS , R, ps b M , *7 - 8 p; = 70 2 0 pB , cS , lE , pg b M vF , vS , di f vF , S, R, sb M vF , vS , R, *1 4 nf B, cS , R, pg m b M S ne b Cl of st 13 m Cl , vF , pL , vR i , vC st 15 . . . 1 8 eF , vL , mE ns pB , pS , R, sb M vF , vS , R vF , S, R eF , pS , R (a n o t h e r p? ) vF , S, R F, S, iR , be t 2 st 11 & 13 pF , pL , di f , iR , vl b M vF , vS , R, F, * nr ee F , S, mE 22 5 d e g , v di f f i c vF , vS , *1 1 np 3' no t a ne b ; on l y 2 F cl o s e st eF , pL , R, lb M eF , st e l l , 3' sf 70 4 5 eF , 2' . 5 sf f 70 4 5 Cl , no de s c r i p t i o n pB , pL , lE , gb M vF , 2 F st in v vF , cS , R, gl b M pL , E, mb M B, cS , cE , ps m b M , *1 0 f eF , vS , bi N pf pL , E eF , vS , R vF , vS , R, * np 0' . 5 F, pL , eE 14 5 d e g , st e l l N F, S, vl E , r ee F , vS , R, su s p vB , pS , E, mb M Cl , F, pS , P vF , R, gb M , ** nr F, S, di f , gb M , r vF , vS , R, di f , *1 4 sf F, vS , R, sb M , 2 ot h e r s so u t h vF , vS , R, F* in v Cl , P, lC vF , vS , lb M F, S, 2 F st in v pB , S, vl E F, vS , E ns , di f , *1 4 nr F, S, cE 11 0 d e g vF , S, lE 10 d e g cF , S, * in ne b pF , S, R F, di f , F st in v Cl , pS , pR i , pC , st 13 . . . Cl , P, ne b ? Cl , P, st 10 . . . vF , vS , R, st n & s no de s c r eF , vS , R, p of 2 pB , S, R vF , pS , R, f of 2 vF , bM , st e l l a r ee F , cl o s e sf of M of 3 F st vF , er eF , eS , bM Cl , S, C, cE ; = 70 6 7 ? vF , cl o s e to a S* vF , sb M pF , pS , iF pB , S B, pL , lC , gp m b M ee F , vS , R F, vS , R, bM F, vS , R, st e l l a r vF , vS , R vF , S, R, st e l l F, S, iF eF , vS , cE 10 d e g F, S, R, bM pB , vS , R eF , pL , vm E 91 d e g , * s eF , vS , R Cl , L, cR i , lC , st 10 . . . 1 3 vF , vS , iR vF , S, E Cl , eF , eS F, bi N , or ne b D* pB , vS , iF Cl , eF , S; ne b s ? F eF , vS , 2 st nf !, gl o b . cl . , vB , vL , iR , vs m b M , 14 . p vF , S, vl E 12 . 3 F, cL , lE , gv l b M , p of 2 8. 4 Cl , cL , vR i , pC , st 11 . . . 1 6 ee F , vS , F* f 13 . 9 F, S, R, vg l b M , f of 2 vF , vl E 13 . p F, S, R, mb M , *1 4 s cF , cS , R, pg b M Cl , lC F, vS , R, gb M 4. 6 Cl , vL , vP , vl C , st 7. . . 1 0 ; = M3 9 15 . p eF , S, E 11 . 6 B, R, cS , ps b M 15 . p F, vS , R, bM 13 . p PN , st e l l a r eF , vS , cb M eF , eL , di f , E pf , n of M2 6. 5 !! , gl o b . cl . , B, vL , gp m b M , rr r , vF , bM 15 . p F, vS , di f , *1 5 at t , *1 3 n eF , pL , vg b M , *6 f 40 s eF , pS , R, 2 st f 30 s ; = 70 9 1 cF , S, R, gb M Cl , P, lC 16 . p vF , S, di f 13 . p pB , vm b M * 12 . p pF , cL , vl E , vg p m b M , r 11 . p pB , pL , vm E 12 7 d e g , g, ps l b M * in ee F ne b y , v di f f i c cF , S, R, st e l l N F, al m R 3. 5 ne b pa r t of Mi l k y Wa y 14 . p vF , r F, vS , R, st e l l ; = 71 0 0 ? rr r , st st eS ; = 7102 I512 2 I512 7 7103 I512 4 71 0 4 I512 6 70 9 5 I139 3 I139 4 7097 I511 8 7099 = 7105 70 9 6 71 2 9 I512 1 71 1 4 I139 5 71 1 1 I512 5 7109 71 1 0 71 1 2 I513 2 7107 71 0 8 7113 I513 3 7106 7116 7133 I512 8 I513 4 71 1 5 71 2 7 71 2 8 I139 7 I140 0 7120 I140 2 I512 3 71 2 1 7117 7122 7139 7142 I139 8 7118 I139 9 7119 7098 I140 1 71 3 2 I513 1 71 3 1 I512 9 71 2 4 71 3 7 71 3 0 I513 5 I513 6 7134 7143 71 3 8 7125 71 2 6 71 3 6 7135 7150 I513 0 I513 9 I140 3 7123 I140 5 I140 4 I140 6 I513 7 71 4 6 71 4 7 71 4 8 71 4 1 71 4 9 71 4 0 I140 7 71 4 4 I140 8 7145 I140 9 I514 1 I514 6 I513 8 7160 7152 I514 4 I514 5 I514 0 71 5 3 7156 7151 I514 2 71 5 4 I141 0 I141 1 7155 I514 3 71 5 9 7164 71 5 7 7161 71 5 8 I141 2 I141 4 I141 3 I141 5 I514 9 71 7 5 I141 6 I515 1 I515 0 71 6 3 I514 7 71 6 5 I514 8 71 6 2 I141 7 I515 3 71 6 7 7166 71 7 7 Gx 2 1 21 21 Gx 2 1 21 Gx 21 21 Gx 21 21 Gx 21 Gx 2 1 21 Gb 2 1 M30 - 21 Gx 21 C+ N 2 1 Gx 21 - 21 Gx 21 Gx 21 Gx 21 Gx 2 1 Gx 21 Gx 21 21 Gx 2 1 Gx 21 Gx 2 1 21 Gx 2 1 Gx 2 1 Nb 2 1 21 21 Gx 21 OC 21 OC 21 21 21 Gx 2 1 21 Gx 21 Gx 21 Gx 2 1 D* 2 1 Pl 2 1 OC 2 1 Gx 21 Gx 2 1 Gx 21 Gx 2 1 Gx 2 1 Gx 21 Gx 21 Gx 21 Gx 21 21 Gx 21 Gx 21 Gx 21 Gx 21 21 Ast 21 D* 2 1 Gx 21 Gx 2 1 Gx 21 D* 21 Gx 2 1 Ast 21 Gx 21 Gx 21 21 Gx 2 1 Gx 21 21 Gx 21 21 Gx 21 Gx 21 D* 21 Gx 21 Gx 21 Gx 21 Gx 21 Gx 21 Gx 21 Gx 2 1 21 Gx 21 C+ N 2 1 21 OC 2 1 Gx 2 1 21 21 Gx 21 Gx 21 Gx 2 1 Gx 2 1 Gx 21 Gx 21 21 Gx 21 Gx 2 1 21 Gx 21 Gx 2 1 Gx 21 D* 2 1 ** * 2 1 Gx 21 21 21 * 21 21 - 21 21 Gx 21 21 Gx 21 Gx 21 Gx 21 Pl 21 Gx 21 Gx 22 ? 22 Gx 22 Gx 2 2 Gx 22 39.7 39 . 8 39 . 8 39.9 39 . 9 40 . 1 40 . 1 40 . 2 40 . 2 40 . 2 40.3 40 . 3 40.4 +0 6 - 22 +06 - 22 - 22 - 22 - 05 - 42 - 22 +14 - 42 - 71 - 23 17 24 14 28 26 25 22 32 25 38 32 23 11 s d x r d r d c d m s d s Pe g Cap Peg Ca p Cap Cap Aqr Gru Cap Peg Gr u Ind Ca p 40.5 41 . 3 41 . 3 41 . 3 41 . 7 41 . 7 41 . 8 41 . 8 41.9 42 . 2 42 . 3 42 . 3 42.4 42 . 4 42.4 42 . 4 42.6 42.6 42.6 42 . 7 43 . 0 43 . 6 43 . 9 44 . 0 44 . 0 44 . 2 44.4 44 . 8 44 . 8 44 . 9 45.7 45.7 45.9 45.9 45 . 9 46.1 46 . 1 46.3 46.8 46 . 9 47 . 2 47 . 4 47 . 7 47 . 8 48 . 1 48 . 2 48 . 3 48 . 3 48 . 8 48.9 48.9 49 . 0 49.3 49 . 3 49 . 7 49.8 50.4 50 . 4 50 . 4 50 . 5 50.8 50 . 8 50 . 9 51 . 0 51 . 6 51 . 8 52 . 0 52 . 1 52 . 2 52 . 2 52 . 3 52 . 3 52 . 7 53 . 2 53.3 53 . 3 53 . 3 53 . 4 53 . 5 53.7 53.9 53 . 9 54 . 2 54 . 3 54 . 4 54.6 55.0 55 . 3 55 . 4 56 . 0 56 . 1 56.2 56 . 3 56 . 4 56.6 56 . 8 57.0 57 . 4 58 . 3 58 . 3 58 . 5 58 . 7 58 . 7 58 . 8 58 . 8 58 . 9 59 . 2 59 . 3 59 . 4 59 . 5 59 . 5 59 . 8 00 . 4 00 . 4 00 . 5 00.7 00 . 7 - 10 - 63 +66 - 63 +42 +04 - 06 - 52 - 34 - 34 +12 +66 - 44 - 06 +1 2 +66 - 52 +2 8 +6 6 - 39 +66 - 25 +54 +53 - 04 +52 - 06 +53 - 72 - 03 - 48 - 08 +6 3 +6 5 +09 - 48 +04 - 46 - 75 +01 +10 - 34 - 13 - 65 - 50 +22 - 34 - 34 - 33 - 12 +2 9 +12 - 60 - 60 - 11 - 34 +4 9 - 74 - 31 - 02 - 70 +02 - 09 +01 - 65 +03 +03 +03 - 55 +03 - 55 +03 - 48 - 13 - 47 - 07 - 59 +47 - 68 +6 2 - 29 +15 +15 - 67 - 29 +0 2 - 50 - 65 - 34 - 02 - 01 - 49 - 49 +13 +0 1 - 25 +0 2 - 11 - 17 +08 - 03 +01 - 27 +54 +01 +03 - 39 - 31 - 65 - 16 - 39 - 43 - 13 +17 - 24 - 43 +17 20 54 06 55 50 07 43 46 27 10 30 08 48 47 35 09 42 57 03 00 06 21 37 43 53 57 33 16 25 37 24 49 39 48 28 21 24 31 07 42 14 53 11 23 34 10 57 57 39 59 57 30 43 37 47 53 45 00 00 43 20 01 16 59 35 01 04 20 34 18 34 26 15 21 53 30 30 16 57 36 16 06 13 20 02 57 40 31 49 53 31 32 03 34 22 23 57 36 11 24 06 21 23 49 27 45 25 53 27 31 23 19 09 51 38 25 44 r s s c r z r c r r r d s r r d c r r d d r s s d d r d c r r F s s m r z s v v r s r d s s A s d D r r s s F s A c c d c u d z d r r F v r c z s m s d c s d s r d d c r s r c v d u s d r r r F F c d d F d r D z d s c r s s v x r s s Ca p Ind Cep Ind Cyg Peg Aqr Ind Ps A PsA Peg Cep Gr u Aqr Pe g Cep In d Cy g Ce p Gru Cep PsA Cyg Cyg Aqr Cyg Aq r Cyg Ind Aqr Gr u Ca p Ce p Ce p Peg Gr u Peg Gr u Oc t Aqr Peg PsA Cap Ind Ind Peg PsA PsA PsA Ca p Cy g Peg In d Ind Cap Ps A Cy g Ind PsA Aqr In d Aqr Cap Aqr Ind Peg Peg Peg Ind Peg Ind Peg Gru Cap Gr u Aqr Ind Cyg Ind Ce p Ps A Peg Peg Ind PsA Pe g In d Ind PsA Aqr Aqr In d Gru Peg Aq r PsA Pe g Cap Cap Peg Aqr Aqr PsA Cyg Aqr Peg Gru PsA Ind Aqr Gru Gru Aqr Peg Aqr Gr u Peg 1.9 13.1 15. p 15. p 1.6 0.8 2.5 11 . 0 2.7 8. 1.7 1.4 1.9 1.8 3. 3. 1.9 1.3 4. 0.8 1.1 4.4 2.2 1.6 2.7 1.5 1.3 3.2 2.3 2.8 2.4 2.2 3.5 1.0 3.5 0.6 2.5 1.8 12. 7. 1.9 1.7 1.4 1.3 0.9 1.9 1.6 1.8 1.4 2.0 2.8 1.4 2.4 3.3 15. p 12. p 7.5 F , pL , R ; = I C 5 1 2 7 eF , v S ; 7 1 0 3 - 0 4 , IC 13 9 3 nr eF , p L , s e v eF st & ne b ; = 71 0 2 v F , v S , R, gb M , 1s t o f 2 ee F , S, d i f f i c ; a n o t h e r s u s p 1 ' s vF , v S , i R , gb M N , 2 n d of 2 vF , v S , R , b e t 2 st 14 F, p L , R, vg l b M , *1 3 i n v ; = 7 0 9 7 eF , v S , R , d i f eF , S , R B , S, vl E , mb M vF , S , cE 35 d e g , * 1 0 sp 2' ! , gl o b . c l . , B , L, lE , g p m b M , s t 1 2 . . . 1 6 ; F , vS , E 1 3 0 d e g , sm b M N , * n p ; no n e x i s t e n t ? 1 3 . p vF , S , R, vS * * nf 1 2 . p !, c F , pL , g b M ** * PN , st e l l a r , 1 3 ma g ; = 7 0 9 6 ne b u l o u s v a r * ; P N ? 1 5 . p vF , v S , i F , lb M 1 5 . p eF , e S , R , b M F, e S , R, bM e F , v S , am st F, S , R , b M 1 5 . p ee F , S, R , p B * cl o s e p 1s t o f 2 s t 13 m i n v F ne b 1 3 . p v F , c L , R, vg l b M vF , S , R, st e l l 15. p vF, S, stel l 2n d o f 2 s t 13 m i n v F ne b e F , c S , lE , v g l b M 1 4 . p v F , p L , mE vF, pL ee F , vS , R , di f , st sp *9 . 5 in n e b ; 7 1 2 9 c l o s e 1 4 . p vF , p S , m E 9 0 d e g , c o m , 2 s t i n v Cl , S , P, lC 9. 7 Cl , S , pR i , ha s a r u b y * 9 . 5 F, v S , st e l l a r F, d i f , p a r t l y re s o l v e d 15. p vF, S, vlE F, p a r t l y re s , st 1 4 m cF , v S , c E 1 5 d e g , * 1 2 p 1' 1 4 . p vF , v S , R , v l b M F , S, R, g l b M , p o f 2 n e b u l o u s * 10 - 1 1 o r v S Cl v F , c S , R, r 9 . 3 C l , c L , cR i , pC , s t 1 1 . . . 1 4 1 5 . p vF , v S , b M F , S, R, g l b M , f o f 2 1 6 . p vF , v S , s t e l l a r 1 4 . p F , S, R, g b M pF, R, g, psmb M , am st pB , p S , r 1 4 . p vF , p L , l E , be t 2 s t 12.4 vF , v S , R 1 4 . p vF , S , vl E , vg b M no d e s c r 1 3 . p pB , L , pm E , vg b M 12.4 F, p S , R, vg l b M , r pB , S , R, gl b M ; = I C 5 1 3 5 12.3 vF , p L , R ; = 7 1 3 0 ee F , S, R o n l y 3 o r 4 v F s t (n o n e b ) v F ; D * ? (i n v in ne b ? ) 1 5 . p vF , v S , s t e l l 1 3 . p e F , p L , R, sp o f 2 1 3 . p pB , p S , l E , gb M , nf of 2 st e l l a r , n e b u l o s i t y do u b t f u l 11.7 p B , p L , R, vg b M , * 1 4 at t p n e b , n o de s c r i p t i o n vF , v S vF , S , lE eF , S , F, * at t , v d i f f i c p B , S , R , v g b M , *9 f 1 5 . p pB , v S , R , b M F, v S , R, sb M * 1 3 1 5 . p F, v S , R, st e l l a r eF , S , R, st e l l N , s p i r ? ; s u s p 1 5 . p F, R 1 5 . p F, S , l E vF , v S , R F, L , R , g p s m b M 1 4 . p vF , v S , R pF , c S , R , b M ; = 71 4 1 1 5 . p F, S , r 10.7 vB , p S , R , m b M N 1 5 . p F, v S , R, bM 11.2 B , S, R, i n t r i a n g l e of s t 1 3 eF , S , iF PN , st e l l , 15 ma g 7. 2 pB , v L , i F , *9 . 5 in M eF , e S , R , s u s p 6.1 Cl, P, vlC 14. p eeF, vS F, S , s e v F st cl o s e f no d e s c r eF , v S , m E 1 3 5 d e g 1 4 . p eF , S , E o r ha s e F * nr 13.0 F , pL , R , b M , r v F , p L , lE , v g b M , r eF , v S , R , b e t 2 st , s u s p B, p L , iR , g l b M , r pF , v S N 1 4 . p F, v S , R, vl b M 1 3 . p p B , S , l E , mb M ee F , pS , R 1 5 . p ee F , eS , R , vF * s f i n v eF, R, 4 vF st n 1 4 . p vF , v S , R , s b M N , B D * p 8 s C l , v S , st 19 , b e t 2 st 1 6 vF n e b * , * 9 . 5 n f 3' F, v S ; D s t e l l ne b ? vF , v S , R , 2 F st s F, S , s t e l l a r eF , * 9 . 5 s f 8' eF , S , R, *6 . 5 f 63 s on pa r Cl , v L , p R i , l C eF , t r a c e of n e b y 1 5 . p F, v S , R, gb M N , r pB , p L , a n n u l a r 13.4 F, p L , vl E , vg l b M eF , e S , R , F * f 2 ' 1 4 . p eF , b M *1 3 vF , L , lE , * a t t 1 3 . p cF , c L , c E , gl b M pB , p L , p a r t m o r e c o n d e n s e d eF , s t ? ; * 9 . 5 s f 1' . 4 1 3 . p F, p S , R, vg l b M , *1 0 f 11.8 cB, S, vlE, smbM N 11.2 pB , p S , R , b M N , r , * s p 71 7 1 71 8 6 71 7 0 71 8 1 71 8 2 71 7 2 71 7 3 I1 4 1 8 71 6 8 71 7 4 71 7 6 I5 1 5 5 71 8 0 71 8 3 71 7 8 I1 4 2 0 71 8 4 71 8 7 I5 1 5 9 71 6 9 71 9 7 I5 1 5 2 I1 4 1 9 I1 4 2 2 71 8 5 71 9 0 I1 4 2 1 I1 4 2 3 I1 4 2 4 I5 1 6 0 71 8 9 I1 4 2 7 I5 1 5 6 71 9 5 I1 4 2 5 I5 1 5 7 71 8 8 71 9 4 71 9 3 I1 4 2 6 I1 4 2 8 I5 1 5 4 71 7 9 72 0 9 71 9 8 72 0 6 I5 1 6 1 72 0 7 I5 1 6 3 71 9 6 I5 1 6 4 I5 1 6 6 72 1 1 72 1 0 I5 1 5 8 72 0 1 72 0 2 72 0 3 71 9 2 71 9 1 72 0 4 I1 4 2 9 72 1 2 72 0 0 I5 1 6 7 I1 4 3 1 72 1 7 I5 1 6 2 72 0 8 71 9 9 72 0 5 I1 4 3 0 72 1 5 I5 1 6 8 72 1 4 72 1 3 I5 1 7 2 I1 4 3 2 I5 1 6 5 72 1 8 72 2 3 I5 1 6 9 72 2 6 I1 4 3 4 I5 1 7 1 72 2 2 I5 1 8 0 72 2 1 72 2 0 72 2 7 72 2 4 I5 1 7 7 72 2 8 72 3 4 I1 4 3 3 72 3 1 I5 1 7 0 I5 1 7 8 72 1 6 72 3 5 I5 1 7 4 I5 1 7 5 72 1 9 72 2 5 I5 1 8 1 I1 4 3 5 I1 4 3 6 72 2 9 72 3 0 72 3 6 72 3 7 I5 1 7 3 72 3 9 I5 1 7 6 I5 1 9 1 I5 1 9 2 72 3 8 72 4 3 72 4 5 I1 4 4 1 72 4 0 I5 1 8 3 72 3 2 72 4 2 I1 4 3 7 I5 1 9 3 I5 1 9 5 72 3 3 72 4 1 I5 1 7 9 I5 1 8 2 143 Gx 22 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 * 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 * 22 Gx 22 Gx 22 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 - 22 22 Gx 22 22 Gx 22 OC 22 Gx 22 Gx 22 22 Gx 22 22 Gx 22 22 22 Gx 22 - 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 22 Gx 22 Gx 22 * 22 22 Gx 22 22 Gx 22 Gx 22 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 OC 22 OC 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 - 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 OC 22 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 - 22 OC 22 OC 22 Gx 22 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 22 01 . 0 01 . 0 01 . 4 01 . 8 01 . 9 02 . 0 02 . 0 02 . 0 02 . 1 02 . 1 02 . 1 02 . 1 02 . 3 02 . 4 02 . 5 02 . 6 02 . 7 02 . 7 02 . 7 02 . 8 02 . 9 02 . 9 03 . 0 03 . 0 03 . 1 03 . 1 03 . 1 03 . 2 03 . 2 03 . 2 03 . 3 03 . 3 03 . 3 03 . 4 03 . 4 03 . 4 03 . 5 03 . 5 03 . 6 03 . 9 04 . 4 04 . 6 04 . 8 05 . 2 05 . 3 05 . 6 05 . 6 05 . 7 05 . 8 06 . 0 06 . 0 06 . 1 06 . 2 06 . 3 06 . 4 06 . 5 06 . 7 06 . 7 06 . 8 06 . 9 06 . 9 06 . 9 07 . 0 07 . 2 07 . 5 07 . 7 07 . 9 08 . 1 08 . 4 08 . 5 08 . 5 08 . 5 08 . 6 08 . 8 09 . 1 09 . 3 09 . 9 10 . 1 10 . 1 10 . 2 10 . 2 10 . 2 10 . 5 10 . 5 10 . 9 11 . 0 11 . 1 11 . 3 11 . 5 11 . 5 11 . 6 11 . 6 11 . 8 12 . 1 12 . 2 12 . 4 12 . 5 12 . 5 12 . 6 12 . 6 12 . 7 12 . 7 13 . 1 13 . 2 13 . 4 13 . 5 13 . 9 14 . 0 14 . 3 14 . 7 14 . 8 14 . 8 14 . 9 14 . 9 15 . 0 15 . 2 15 . 3 15 . 3 15 . 3 15 . 3 15 . 4 15 . 4 15 . 7 15 . 7 15 . 7 15 . 7 15 . 7 15 . 8 15 . 8 16 . 1 16 . 1 - 13 +3 5 - 05 - 01 - 02 - 31 - 31 +0 4 - 51 - 31 - 31 +0 0 - 20 - 18 - 35 +1 9 - 20 - 32 +0 0 - 47 +4 1 - 51 - 09 +0 2 - 20 +1 1 - 09 +0 4 +1 1 +1 0 +0 0 +1 5 - 33 +1 2 +0 2 - 34 - 20 +1 2 +1 0 - 09 +0 2 - 66 - 64 +4 6 - 00 +1 6 +0 9 +1 6 +2 7 - 50 +2 7 +2 7 - 08 +2 7 - 67 - 31 - 31 - 31 - 64 - 64 - 31 +1 0 +1 0 - 50 - 08 - 13 +3 1 - 52 - 29 - 64 - 57 - 13 +0 0 - 27 - 27 - 47 +1 2 +0 3 - 64 - 16 +4 1 - 36 +5 5 +5 2 - 46 +0 2 +3 8 - 30 - 22 +3 8 +2 5 +1 1 +3 8 +5 6 - 12 +4 5 - 47 - 22 - 68 +5 7 - 38 - 38 - 64 - 26 - 46 - 22 - 10 - 29 - 17 +1 3 +1 3 - 69 - 05 - 66 +3 7 +3 7 +2 2 +4 9 +5 4 +3 7 +3 7 - 35 - 45 +3 7 +0 2 +3 7 +3 7 - 45 +1 9 - 36 - 65 16 06 27 58 12 52 58 21 45 59 59 30 33 56 49 45 49 48 21 42 03 17 55 37 28 12 57 18 13 56 34 07 50 39 37 56 20 37 49 55 38 07 03 30 39 47 34 45 05 07 03 04 07 06 31 16 12 10 19 38 03 06 14 00 08 30 22 43 06 42 25 34 30 51 49 10 49 41 35 40 00 05 25 50 05 05 55 37 58 42 50 48 41 58 46 19 13 57 40 17 10 08 51 09 02 06 11 25 04 51 50 22 05 51 18 16 30 53 20 18 17 50 51 18 03 15 18 51 14 50 27 s D D r r s s m s s s F s r r s s c x c r s d z r r m u u u r d s r z c r r r d z d v s r r d r d s d d r r c s m s s v s d r v F F s d r v s d r c s s z d c s r c s s c r u s r r r u r r m r c c c s c d s r s m m s r s s c r c x x r s s v s d s s u x x s s s d Aq r Pe g Aq r Aq r Aq r Ps A Ps A Pe g In d Ps A Ps A Aq r Aq r Aq r Ps A Pe g Aq r Ps A Aq r Gr u La c In d Aq r Pe g Aq r Pe g Aq r Pe g Pe g Pe g Aq r Pe g Ps A Pe g Pe g Ps A Aq r Pe g Pe g Aq r Pe g In d In d La c Aq r Pe g Pe g Pe g Pe g In d Pe g Pe g Aq r Pe g In d Ps A Ps A Ps A In d In d Ps A Pe g Pe g In d Aq r Aq r Pe g In d Ps A In d In d Aq r Aq r Ps A Ps A Gr u Pe g Pe g Tu c Aq r La c Ps A Ce p La c Gr u Aq r La c Ps A Aq r La c Pe g Pe g La c Ce p Aq r La c Gr u Aq r In d Ce p Gr u Gr u Tu c Ps A Gr u Aq r Aq r Ps A Aq r Pe g Pe g In d Aq r Tu c La c La c Pe g La c La c La c La c Ps A Gr u La c Aq r La c La c Gr u Pe g Gr u Tu c 2. 8 2. 2 1. 3 0. 8 2. 0 1. 3 1. 3 1. 8 1. 6 5. 8 1. 7 12 . 3 15 . 15 . 11 . 9 12 . 1 14 . 13 . 12 . 6 11 . 9 p p p p 12 . 5 14 . p 14 . p 12 . p 1. 0 4. 5 0. 3 1. 1 1. 0 1. 1 14 . p 12 . p 16 . 14 . 15 . 15 . 15 . 15 . 15 . 14 . p p p p p p p p 13 . p 15 . p 15 . p 2. 1 14 . p 14 . p 16 . p 1. 8 25 . 1. 9 1. 1 1. 7 1. 3 1. 9 2. 5 6. 7 15 . p 15 . p 11 . 5 14 . 13 . 13 . 12 . p p p p 14 . p 15 . p 1. 6 3. 7 10 . 2 14 . p 1. 3 4. 3 11 . p 15 . p 1. 3 1. 9 1. 9 1. 4 2. 5 2. 2 2. 8. 2. 8 1. 1 2. 2 1. 6 0. 4 1. 8 1. 4 1. 4 4. 0. 8 2. 4 2. 8 0. 9 0. 2 1. 8 1. 0 1. 0 1. 6 12 . 4 10 . 5 16 . p 12 . 1 13 . p 9. 6 9. p 15 . 15 . 12 . 15 . 15 . 14 . 15 . 15 . p p p p p p p p 15 . p 14 . p 7. 7 13 . 13 . 11 . 7 14 . 15 . 12 . 14 . 13 . 5 13 . 7 p p p p p p 4. 7 0. 8 0. 2 21 . 5. 0. 9 0. 8 6. 4 9. 2 13 . 8 3. 0 2. 6 1. 1 13 . p 12 . 0 15 . p 2. 2 3. 5 2. 3 14 . p 11 . 9 vF , cL , E 12 4 d e g , vg b M vF , am 5 or 6 st vF , pS , iR , bM N , D* p 36 s eF , vS , st e l l a r eF , vS , st e l l a r pB , pL , lE , gb M , 1s t of 4 cB , cS , R, sb M * , 2n d of 4 vF , S pB , S, R, ps b M cF , S, R, p of Dn e b , 3r d of 4 B, pL , R, f of Dn e b , 4t h of 4 eF , S, sm b M , *1 3 f 1' . 5 vF , S, R, lb M , p of 2 vF , pL , E 90 d e g , lb M eF , S, R, *8 s 2' ee F , pS , R, be t 2 F st pB , pL , mE 64 d e g , be t 3 st , er pF , pS , R, lb M eF , vS , st e l l , *1 1 . 5 nf f 1' . 5 eF , S, R, *8 np F, cS , cE , vg l b M , er F, cL , cE 15 0 d e g , cb M eF , sl b M vF , eS , lb M , be t 2 st 13 . 5 vF , pL , iR , vg l b M , f of 2 eF , vS , iR , lb M ne b *1 4 F, vS , R, gv l b M eF , vS , 1' f 71 9 0 F, vS , R F, S, lE vF , vS pF , pS , R ee F , R, v di f f i c F, lE pf , r, D? pB , pS , R, 3 st in li n e nf eF , pS , E, lb M vF , vS , R, lb M Cl , lR i , lC , st 9. . . 1 0 F, S, iF , lb M vF , S, R, *1 4 nr vF , bM cF , pS , vg b M Cl , L, cR i , pC , st 9. . . 1 2 eF , vS , st e l l a r F, S, lE , bM F, R, st e l l , r vF , S eF , 2 st 13 nr cB , S, R, am st eF , st e l l eF , st e l l N, or vS Cl eF , S, st e l l a r eF , R, bM , vF D* np ee F , eS , bM F, R, gb M , 1s t of 4 eF , S, st e l l a r , 2n d of 4 cF , R, st e l l a r , 3r d of 4 pB , S, R, pm b M vF , S, lE , vg b M pB , L, lE , gb M , 4t h of 4 ne b su s p cl o s e to *1 1 eF , vS , lE pF , S, R, sm b M vF , ne b ? eF , v di f f i c , F* np B, pL , gb M , er eF , eS , vE 95 d e g vF , vS , R, al m o s t PN vF , S, R, ps l b M , *1 1 p 3' pB , L, cE , gp s l b M F, S, vl b M , di f f i c vF , S, E ee F , vS , mE , 2 F st gl o b . cl . , pL , iR , rr vB , pS , R, gb M vF , vS , st e l l , *1 4 at t vF , vS , sb M *1 4 , *1 3 . 5 nr eF , eS pB , lE , r eF , pS , lE , r, am 3 st eF , eS , st e l l N, sp i r or ov a l pB , L, in cl u s t e r fi n e Cl , 6 br a n c h e s , st 12 - 15 m no de s c r vF , S vF , S, sb M F, S, R, gb M , r, 2 vS st nr eF , vS , vl E , gb M , *1 0 n 3' vF , vS , R, lb M , np of 2 F, S, R F, S, E ns , gl b M F, vS , R, lb M , sf of 2 Cl , S, P, lC F, S, E pf , bM eF , S, er no de s c r eF , vS , 72 2 0 p 63 s pF , S, R, gb M Cl , pC , ha s a ru b y *1 0 eF , eS , cE 15 0 d e g eF , eS , R, bM pB , S, R, 2 st nr pF , S, lE , bM no de s c r F, S eF , vS , R, vS N F, pL , R, vg l b M vF , S, R, bM vF , S, st e l l a r vF , S, st e l l a r eF , S, mE 75 d e g eF , vS vF , S, eE 30 d e g , * n on e of 6 ne b in c l 72 4 0 , 72 4 2 , & IC 51 9 5 an o t h e r of gr o u p of 6 pF , S, R, mb M , 4 st p Cl , L, P, lC , st vL Cl , C, st eS eF , S, S st e l l a r N eF , eS , * at t n, p of 2; = IC 14 4 1 pB , cS , F* at t sf pB , S, pm E , ps b M , p of 2 vF , S, lb M , f of 2 pB , vS , R, mb M an o t h e r of gr o u p of 6 eF , S, 0' . 5 s of 72 4 2 F, vS , R, *8 f, f of 2 pF , lE , *1 0 at t s vF , L, R, * nr s; B* sp eF , eS , bM I518 4 I518 9 7244 I143 8 I144 0 I144 2 I143 9 7248 I519 4 7246 I519 8 72 4 7 I518 5 72 5 0 I518 7 I518 8 I518 6 I519 0 I144 3 7253 I519 9 I519 7 I519 6 72 5 1 7261 7249 72 5 2 I520 4 I520 1 72 6 3 72 5 5 72 5 4 72 5 7 72 6 4 I144 4 I520 0 72 6 5 I521 0 I520 3 7256 7260 I521 1 I520 5 I520 2 7258 72 5 9 I520 9 72 6 2 I520 7 I521 2 7270 I521 4 72 7 1 I521 7 7266 72 7 3 72 7 5 I520 6 7274 7276 72 6 7 72 7 2 I520 8 7281 I521 6 I521 3 I144 5 72 6 8 7269 7282 72 7 7 7280 I521 5 72 7 9 72 8 6 I521 8 7296 I522 0 7288 7278 72 9 0 72 9 2 72 9 5 7291 72 8 3 7284 7285 I521 9 7287 I522 1 I144 6 72 8 9 72 9 3 I522 3 I522 2 I144 7 7301 I522 4 72 9 8 72 9 7 73 0 0 I523 9 7299 7304 I522 5 73 0 3 I522 6 72 9 4 7305 7302 I522 8 73 0 6 73 0 7 I523 1 I522 7 7311 73 0 9 73 0 8 I144 8 73 1 0 73 1 2 I522 9 I144 9 7315 7313 I523 0 73 1 4 73 1 6 73 1 7 73 1 8 73 1 9 Gx * Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 16 . 1 16 . 2 16.4 16 . 5 16 . 5 16 . 5 16 . 7 16.9 17 . 1 17.5 17 . 7 17 . 8 17 . 8 18 . 3 18 . 3 18 . 4 18 . 8 19 . 0 19 . 1 19.4 19 . 5 19 . 8 20 . 2 20 . 4 20.4 20.5 20 . 7 20 . 7 21 . 4 21 . 8 21 . 9 22 . 0 22 . 2 22 . 2 22 . 3 22 . 3 22 . 4 22 . 5 22 . 6 22.7 22.7 22 . 7 22 . 8 22 . 9 23.0 23 . 1 23 . 1 23 . 4 23 . 5 23 . 5 23.6 23 . 7 23 . 8 23 . 9 24.1 24 . 1 24 . 1 24 . 1 24.2 24.2 24 . 3 24 . 5 24 . 6 24.7 24 . 7 25 . 0 25 . 5 25 . 7 25.8 26.0 26 . 4 26.5 27 . 0 27 . 1 28 . 0 28 . 1 28.2 28 . 2 28.3 28.4 28 . 4 28 . 4 28 . 4 28.5 28 . 6 28.6 28.7 28 . 7 28.8 28 . 9 29 . 1 29 . 2 29 . 6 29 . 8 29 . 9 30 . 0 30.4 30 . 5 30 . 8 30 . 9 31 . 0 31 . 1 31.4 31.5 31 . 5 31 . 6 31 . 7 32 . 2 32.2 32.4 32 . 4 33 . 5 33 . 8 34 . 0 34 . 1 34.2 34 . 3 34 . 5 34 . 6 34 . 7 34 . 7 34 . 8 35 . 1 35.4 35.5 35 . 6 35 . 8 35 . 9 35 . 9 36 . 0 36 . 1 - 36 - 05 +1 6 - 21 - 16 +54 - 21 +4 0 - 15 - 15 - 15 - 23 - 65 +40 - 59 - 59 - 36 - 59 - 20 +2 9 - 37 - 60 - 65 - 15 +5 8 - 55 - 24 - 14 - 46 +36 - 15 - 21 - 04 +36 +05 - 65 +36 - 18 - 59 - 21 - 04 - 18 - 59 - 65 - 28 - 28 - 37 - 32 - 60 - 38 +3 2 - 27 +32 +50 - 04 +36 +32 - 66 +3 6 +3 6 - 33 +16 - 65 +5 7 - 18 - 60 - 17 - 31 - 13 +4 0 - 31 +1 6 - 65 - 35 +29 - 60 +5 2 - 59 - 02 - 60 +17 +30 +52 +1 6 +17 - 24 - 24 - 65 - 22 - 65 - 01 - 35 - 20 +07 - 65 - 05 - 17 - 46 - 14 - 37 - 14 - 38 - 37 +3 0 - 25 +30 - 24 - 25 +1 1 - 14 - 14 - 27 - 40 +23 - 64 +0 5 - 10 - 12 - 12 - 22 +05 - 61 - 08 +3 4 - 26 - 61 - 26 +20 +33 +33 +33 51 00 28 26 00 03 29 30 57 32 40 43 51 35 37 38 48 53 56 24 32 08 24 46 05 08 41 24 04 21 33 44 01 24 08 45 14 52 46 44 07 53 48 48 22 59 59 20 34 02 24 28 22 58 04 13 27 51 08 06 41 36 14 50 05 29 15 12 09 19 10 09 56 08 07 24 17 43 51 10 09 18 50 47 30 51 51 52 12 53 12 27 48 58 40 09 34 00 11 49 00 02 49 58 22 58 40 23 43 07 08 14 57 21 42 35 21 56 56 29 49 23 47 50 06 32 03 19 57 58 59 c F v c m s c s x r d r d r d c c c c r c c d r s c s d s v r D r r u d r c c r r d d c r v d r c c r d r s r r r c s r r r c s d d c c r r r s d r r c s d r c s s r r r r r d c d d r s u c D r c s r s c r r d r d r r s t r s m c r s r m r r d d r v d s s s s s Gru Aqr Pe g Aqr Aqr Lac Aqr La c Aqr Aq r Aqr Aqr Tuc Lac Tuc Tuc Gru Tuc Aqr Pe g Gru Tuc Tuc Aqr Ce p Gr u Aqr Aqr Gru Lac Aqr Aqr Aqr Lac Peg Tuc Lac Aqr Tuc Aq r Aq r Aqr Tuc Tuc Ps A PsA Gru PsA Tuc Gru Pe g PsA Peg Lac Aq r Lac Peg Tuc La c La c PsA Peg Tuc Ce p Aqr Tuc Aqr PsA Aq r La c PsA Pe g Tuc PsA Peg Tuc La c Tuc Aq r Tu c Peg Peg Lac Pe g Peg Aq r Aq r Tuc Aq r Tuc Aqr PsA Aqr Peg Tuc Aqr Aq r Gru Aqr Gru Aqr Gru Gr u Pe g PsA Peg Aqr PsA Pe g Aq r Aqr PsA Gru Peg Tuc Pe g Aqr Aqr Aqr Aqr Peg Tuc Aqr Pe g Ps A Tuc PsA Peg Peg Peg Peg 2.6 0.7 2.4 0.6 1.8 2.1 0.2 14.4 15. p 9. 1 14. p 15. p 13. p 13. p 1.5 1.5 1.6 1.7 14. p 1.6 1.3 6. 1.1 2.2 8.5 0.8 1.1 13. p 8.4 12.1 11. p 14. p 16. p 13. p 1.6 1.6 14. p 14. p 1.4 14. p 1.6 1.4 15. p 0.1 1.2 1.8 15. 13. 15. 15. 15. p p p p p 14. p 15. p 15. p 1.3 2.1 1.8 2.4 14. 15. 14. 13. p p p p 13. p 1.4 4. 10. p 14. p 0.9 1.8 2.1 14. p 13. p 15. 15. 13. 13. p p p p 0.7 12.8 1.1 1.7 16. p 14. p 1.4 1.5 2.2 1.6 14. p 12.9 13. p 1.9 1.9 4.2 0.4 1.5 2.1 1.0 14. 15. 12.1 13. 13. 13. 15. 13. 12.5 14. 14. 14. 14. p p p p p p p p p p p 14. p 4.6 1.3 1.0 1.9 1.7 10.9 14. p 13.6 13.1 13.1 pF , p S , l E , be t 2 s t n s ; = IC 51 7 9 eF * ; ne b s ? e F , e S , R, bM F, b i N F, S , s t e l l a r Cl o f n e b st a r s vF , S , vl b M v F , v S , mb M eF ( n o t f o u n d a g a i n ) v F , S , v l E , v g b M , *1 3 n eF , p L , R , b M , r pF , v S , R , l b M , B D * p 1 3 s eF , v S , b M vF , S , mE 16 5 d e g +/ vS , R , di s c , m a g 14 . 5 F, c S , R, cb M ee F , S, R , F * n r p vF , 2 - b r s p i r , *1 5 i n M pB , S , iF , m b M vF, pE eF , e S , c E 1 6 0 d e g bM , m a g 1 5 eF , e e S , e E 10 5 d e g , s t e l l N F, p S , R, gp m b M Cl, L, pRi, lC e e F , R , do u b t f u l o b j e c t F, S , R , e r vF , v m E no d e s c r F, S , R eF , L , mE 30 d e g , s b M N vF , v S , R , * 1 1 p 4' . 5 ; = 72 5 6 F, v S , lE vF , p S , m E F, S , i F , mb M , vF * c l o s e ee F , eS , R , F* np 1 ' F, v S , R, mb M ee F , vS , R , p o f 2 bM , m a g 1 5 3 F st in F neb e F , p S , iR eF , S , f o f 2 bM , m a g 1 6 ! eF , v S , st e l l N , s p i r v F , S , E , g l b M ; bi N ? eF , p L , R , v l b M F, e S , R, 2 st np eF , S , R, lb M bM , m a g 1 6 eF , e S , c E 4 0 d e g vF, S, E eF , p S , R , * 8 p vF , S , vl E PN , st e l l a r F , vS , R , a l m s t e l l a r F, v S , R, mb M eF , S , mE eF , v S , R , s t e l l N p F , v S , mb M v F , v S , mb M cB , p S , v l E , g l b M , B * * * sp vF , S , iR ee F , eS , e E 65 d e g , st e l l N C l , L , p R i , l C , st 1 0 . . . 1 6 vF , S , R, N bM , m a g 1 6 pF , v S , g b M N F, c S , vl E , p o f 2 e F , p S , R, gl b M e F , p L , di f , be t 3 s t F, c S , vl E , f o f 2 F , cS , R , g b M S * , 3 s t n, nf eF , v S , R , * 2 ' n f ; su s p vF , p S , R , v g v l b M vF , S , R, am s t F, p S , E 1 9 5 d e g C l , i R , lC , s t v S F, p S , E 1 0 5 d e g v F , e S , st e l l a r eeF, lE, vgvl b M , 3 st sf pB , S , pm E eF , S , ov a l , F * i n v Cl , P , lC , s t 1 2 . . . 1 3 e F , e S , R, sm b M vF , v S , R c F , c S , lE , r n e b * a t po s 6 0 d e g , d i s t 4 0 " , f r o m eF , e S , c E 1 5 d e g , s u s p e F , s l i g h t l y ne b s D* eF , b M , s u s p vF , s t e l l a r vF , S , R, gb M ! pF , v L , E or bi N F, v S , di f , r ! eF , p S , st e l l N , s u s p ee F , pS , R , *9 . 0 n 3 ' v F , p S , lE , l b M no d e s c r vF , p L , i R eF , S , R, p of 2 vF , p L , E 15 0 d e g , v g l b M vF , p S , R eF, S, R, f of 2 v F , p S , vl b M , n f 7 3 0 3 ( ? ) ee F , pS , R , be t 2 s t vF , S , R, gv l b M ee F , pL , R vF , v S , R eF, S, R, 4 F st arou n d F , pS , R , v s b M S N ; = I C 52 2 8 pB , p S , R , B * s ; = 7 3 0 2 vF , S , lE , * 1 1 p F, p L , pm E F, S , R , g b M N F, S , s t e l l N pF, S, R, psbM , r vF , p L , R , g l b M , r pB , v S , R ; = I C 1 4 4 8 vF , v S , d i f f i c vF , p S , R , b M N F, S bM , m a g 1 5 F, S , i F , bM , r v F , e S , R, bM eF, E eF , e S , c E 3 5 d e g , c b M cF , L , mE 0d e g , vl b M F, S , R , * 8 sp vF , v S eF , e S eF , e S 7284 73 2 0 73 2 1 I5 2 3 3 73 2 3 73 2 5 73 2 6 73 2 7 73 3 0 73 2 4 73 3 1 73 3 3 73 3 6 73 3 5 73 3 2 73 3 7 73 2 8 73 3 8 73 4 0 73 2 2 73 3 4 73 3 9 I5 2 3 2 I1 4 5 0 73 4 2 73 4 3 73 4 5 73 4 1 73 4 6 73 5 3 73 4 4 73 5 2 73 4 7 I5 2 3 4 73 5 4 73 2 9 73 4 8 73 5 0 I5 2 4 2 73 5 1 I5 2 3 5 I5 2 4 3 73 4 9 I5 2 3 6 I5 2 3 8 I5 2 4 1 I5 2 4 0 73 5 6 73 6 1 I5 2 3 7 73 5 7 I1 4 5 4 73 6 3 73 5 5 73 6 0 73 6 2 I5 2 4 4 73 6 6 73 6 9 73 6 4 73 6 7 I5 2 4 8 73 5 9 73 6 5 I5 2 4 5 I5 2 5 1 I5 2 5 3 73 7 0 73 6 8 73 5 8 73 7 2 I5 2 5 5 I1 4 5 2 73 7 4 I5 2 5 4 73 7 1 I1 4 5 1 73 7 3 73 7 5 I5 2 4 6 I1 4 5 3 I5 2 4 7 73 8 0 I5 2 4 9 I5 2 5 0 73 7 6 73 7 9 73 7 7 73 7 8 I5 2 5 2 73 8 3 73 8 4 I5 2 5 6 73 8 5 73 8 1 73 8 6 73 8 8 73 8 2 73 8 7 73 8 9 73 9 0 73 9 4 73 9 1 73 9 5 I5 2 5 8 73 9 3 73 9 2 I5 2 5 7 73 9 6 73 9 9 74 0 5 I5 2 5 9 73 9 7 73 9 8 74 0 2 74 0 1 74 0 3 74 0 7 74 0 9 I1 4 5 5 74 0 6 74 0 0 74 0 4 74 1 9 I5 2 6 0 I5 2 6 1 74 1 1 74 1 5 74 1 0 74 1 3 I5 2 6 2 74 1 4 Gx Gx Gx Gx D* D* * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Pl Gx Gx Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx C+ N Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 144 Gx Gx Gx Gx Gx Gx Gx * Gx Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 36 . 1 36 . 4 36 . 6 36 . 8 36 . 8 36 . 8 36 . 8 36 . 9 37 . 0 37 . 1 37 . 2 37 . 2 37 . 3 37 . 4 37 . 4 37 . 5 37 . 5 37 . 6 37 . 7 37 . 8 37 . 8 37 . 8 38 . 0 38 . 1 38 . 6 38 . 6 39 . 2 39 . 5 39 . 5 39 . 7 39 . 7 39 . 9 40 . 2 40 . 4 40 . 5 40 . 6 41 . 0 41 . 2 41 . 3 41 . 4 41 . 4 41 . 5 41 . 5 41 . 5 41 . 5 41 . 9 42 . 1 42 . 3 42 . 3 42 . 4 42 . 6 43 . 3 43 . 4 43 . 6 43 . 9 44 . 2 44 . 3 44 . 3 44 . 5 44 . 7 44 . 7 44 . 8 45 . 0 45 . 1 45 . 1 45 . 4 45 . 5 45 . 6 45 . 7 45 . 7 45 . 8 45 . 9 46 . 0 46 . 0 46 . 1 46 . 2 46 . 5 46 . 6 46 . 6 46 . 8 46 . 9 47 . 0 47 . 1 47 . 3 47 . 4 47 . 4 47 . 8 47 . 9 48 . 1 49 . 6 49 . 7 49 . 8 49 . 9 50 . 0 50 . 0 50 . 2 50 . 3 50 . 3 50 . 3 50 . 3 50 . 6 50 . 7 51 . 2 51 . 5 51 . 7 51 . 8 52 . 3 52 . 5 52 . 7 52 . 8 52 . 8 52 . 9 52 . 9 53 . 0 53 . 1 53 . 1 53 . 3 53 . 7 53 . 9 54 . 0 54 . 3 54 . 3 54 . 3 54 . 3 54 . 4 54 . 5 54 . 8 55 . 0 55 . 1 55 . 2 55 . 3 +3 3 +2 1 +2 5 +1 9 +3 4 +3 4 +3 4 +3 8 +1 9 +3 4 +3 4 +3 4 +3 4 +2 3 +3 4 +1 0 +3 4 +3 4 - 37 - 37 +2 3 - 68 +3 4 +3 5 +3 4 +3 5 - 22 +1 1 +1 1 - 04 +5 7 +1 1 - 65 +6 1 - 66 +1 1 +1 1 +2 3 - 04 - 66 +2 3 - 22 - 66 - 60 +0 2 - 44 +3 0 - 30 - 30 +3 0 +8 0 +3 4 - 37 +0 4 +0 8 - 64 +1 0 +3 4 - 00 +0 3 - 00 - 23 - 19 - 65 +1 1 +2 1 +1 1 - 39 - 65 +1 1 +3 6 +1 6 +1 0 +2 1 - 11 - 10 +0 3 +2 1 - 64 - 13 - 65 +5 8 - 64 - 65 +0 3 +4 0 - 22 - 11 - 68 +1 1 +1 1 - 68 +1 1 - 19 +1 1 +1 1 - 36 +1 1 +1 1 +1 1 +5 2 - 01 +3 7 +2 3 - 05 - 20 - 67 +0 1 - 09 +1 2 +3 6 +0 1 +0 1 +0 1 +0 1 +0 1 +3 2 +2 0 +0 1 - 06 - 45 - 39 +6 0 - 39 - 20 +2 0 +2 0 - 39 +1 3 - 33 +1 3 57 38 46 09 22 25 29 33 09 25 26 29 27 48 22 32 25 26 13 14 47 52 33 31 04 33 41 05 47 10 24 02 48 17 28 54 58 24 27 34 23 54 36 45 38 48 43 03 03 11 27 00 52 09 43 03 46 21 07 41 21 41 59 20 09 49 03 20 07 08 14 51 51 07 00 22 13 05 54 27 17 06 50 03 40 14 19 49 54 36 33 42 36 43 42 44 51 38 35 32 10 31 05 02 33 36 26 06 16 35 43 08 13 10 10 29 08 12 23 36 21 19 50 19 22 14 15 40 13 50 15 s r u r A A r r r s h r s s v r h r r c s d x r s r r r r r r r d s s s r u r d v d d d u s r s c r s s r r r c r r r r d D r d x u r v r r d d r d s m r r d m d s c c r r s r c s r c s r s r r s s r r r r m s s d r r r d r r r r F r r u r c r s c c r r s v d r Pe g Pe g Pe g Pe g Pe g Pe g Pe g La c Pe g Pe g Pe g Pe g Pe g Pe g Pe g Pe g Pe g Pe g Gr u Gr u Pe g In d Pe g Pe g Pe g Pe g Aq r Pe g Pe g Aq r Ce p Pe g Tu c Ce p Tu c Pe g Pe g Pe g Aq r Tu c Pe g Aq r Tu c Tu c Aq r Gr u Pe g Ps A Ps A Pe g Ce p Pe g Gr u Pe g Pe g Tu c Pe g Pe g Aq r Pe g Aq r Aq r Aq r Tu c Pe g Pe g Pe g Gr u Tu c Pe g La c Pe g Pe g Pe g Aq r Aq r Pe g Pe g Tu c Aq r Tu c Ce p Tu c Tu c Pe g La c Aq r Aq r In d Pe g Pe g In d Pe g Aq r Pe g Pe g Gr u Pe g Pe g Pe g La c Aq r La c Pe g Aq r Aq r In d Ps c Aq r Pe g La c Ps c Ps c Ps c Ps c Ps c Pe g Pe g Ps c Aq r Gr u Gr u Ce p Gr u Aq r Pe g Pe g Gr u Pe g Ps A Pe g 2. 2 1. 1 10 . 7 0. 1 1. 7 4. 2 1. 3 0. 2 3. 0 1. 2 0. 3 4. 2 1. 3 1. 0 0. 7 1. 0 3. 2 3. 5 4. 0 0. 6 1. 1 3. 3 1. 0 3. 2 2. 1 0. 4 0. 6 25 . 3. 7 3. 8 2. 2 1. 2 1. 0 1. 1 1. 6 2. 1 0. 7 1. 3 0. 4 2. 0 2. 0 1. 0 2. 5 2. 1. 5 1. 7 5. 5 12 . 7 F, vS 14 . p F, S, iR , vg v l b M 15 . p F, vS , di f , *1 2 . 5 v cl o s e 14 . p pF , pL , iR F, vS , 73 3 1 f eF , eS , 73 3 1 f eF , eS , np 73 3 1 13 . p pB , S, lE , bM 15 . p vF , vS , ne b * 9. 5 B, pL , pm E 16 3 d e g , sm b M 15 . p vF , vS , p 73 3 5 15 . p eF , vS 15 . p vF , vS 11 . 0 cB , S, mE 15 6 d e g , sm b M N , p of 2 eF , S, st e l l a r 14 . p eF , pS , lE 90 d e g , vg l b M 14 . p eF , eS , sf 73 3 5 15 . p vF , vS vF , S, vl E , gb M ee F ; = 73 2 2 12 . 1 F, pS , mE 89 d e g , vg l b M , f of 2 eF , ee S , bM vF , eS , st e l l a r 15 . p eF , vS 13 . 4 eF , vS , R, lb M , S* in v 15 . p eF , vS 13 . p pF , pS , E, lb M 15 . p eF , vS , st e l l a r 15 . p eF 14 . p pF , vS , R Cl , vL , pR i , vl C 14 . p eF , pL , E eF , ee S , cE 16 5 d e g , cb M 13 . p PN , B, S, R, pg v l b M 12 . p pB , pS , mE 90 d e g 15 . p vF , pL , iR vF 15 . p F, S, R, gb M , *1 3 nf 13 . p pF , pS , mE 18 0 d e g , bM , r ee F , bM F, cS , iF , di f eF , vS , E 17 5 d e g , bi N , bn eF , ee S , cE 60 d e g , bM F, vS , vl E 15 . p pB , cS , R, gb M , r 12 . p pF , pL , R, F* sf 15 . p eF , pS , R, gl b M , * at t 12 . 5 F, pL , vm E 0d e g , vg v l b M ee F , eS , eE , *8 np ; = 73 6 1 15 . p vF , vS , vF * in v 15 . p vF , S, *7 4' f 15 . p pF , pL , E, D* f ee F , S, R, D* f 40 s 14 . p eF , vS 15 . p vF , S, R, lb M eF , pS , eE 0d e g , st e l l N 15 . p eF , S, st e l l a r 15 . p pF , be t 2 F st 14 . p F, S, R, ps b M 15 . p vF , pS , lE su s p (1 3 . 5 ma g ) pF , vS , pm E , bM N 14 . p vF , eS , R, gb M N , *1 1 nf 4' eF , eS , R, F* np 0' . 5 eF 15 . p F, S, E ns , *1 3 . 5 nr eF , vS F, cS , lE , gl b M F, S, R, bM , st e l l N wi t h wi s p s 17 5 d e g 14 . p F, S, iR F, S, R, gb M vF , vS , qu i t e st e l l a r 15 . p vF , pL , R F, vS , R, r, *1 4 at t sf , 73 7 5 f 12 . 1 vF , pL , R, lb M 15 . p vF , S, di f , vS , ex c e n t N 15 . p F, vS , bM , st e l l a r 15 . p eF , vS , R eF , eS 15 . p pB , pL , R vF , vS , mE 12 5 d e g , mb M 7. 2 Cl , pL , pR i , lC , st 9. . . 1 3 eF , vS , eE 15 d e g , vl b M cB , S, R, F* f 0' . 5 15 . p eF , vS , R 14 . p eF , S, R, lb M 11 . 6 pB , S, vl E , vg m b M , *1 2 p 13 . p vF , pL F, S, R, cb M 13 . 9 vF , vS , R, 73 8 5 nf eF , 5' nf 73 8 3 vF , vS , cE 25 d e g , cb M 12 . 3 cF , S, R, gl b M , *1 1 np 15 . p eF , vS , R, gb M 12 . 5 cF , S, R, pg b M , f of 2 vF , *1 1 f 2' . 5 eF , vS , R, *1 2 at t np 14 . 0 eF , vS , R, 2 st 11 s 13 . 4 vF , R 15 . p eF , s of 73 8 9 Cl , vP 13 . p cF , cS , R, sb M *1 3 , * np 15 . p eF , vS , R, bM 14 . p F, vS , R, mb M , r 14 . p vF , pL , lE , vg b M , r 11 . 9 pB , pS , lE 12 0 d e g , mb M eF , ee S , st e l l N 14 . p pF , pS , R, gb M 14 . p eF , pL eF , S, R ne b ; D *9 . 5 f 2' 15 . p eF , vS 15 . p vF , pL 14 . p eF , vS eF , vS * sl i g h t l y ne b s ? (p r o b no t ) 14 . p eF , vS 15 . p eF 15 . p F, pS , R, 2 st 11 nr 15 . p F, S, lE pF , lE , gl b M , vS * in v vF , S, R 13 . p Cl , pR i , cC ee F , pS , R, *9 sp , v di f f i c ; = 74 0 4 ee F , pL , R, v di f f i c , *9 p 22 s 15 . p vF , vS 15 . p eF 10 . 4 cB , L, vm E 43 d e g , mb M 14 . 1 ee F , pS , R, v di f f i c , s of 2 ee F , pS , R, v di f f i c ee F , S, R, v di f f i c , n of 2 7423 I145 6 I145 7 7420 74 1 6 74 1 2 74 0 8 7429 7426 74 2 2 I526 8 74 1 8 I145 8 74 2 1 I526 4 I146 0 7427 I145 9 I526 5 I526 7 74 2 4 74 2 5 74 2 8 7430 7438 I526 9 74 1 7 7431 7435 I527 0 7432 7433 74 3 6 I527 1 74 3 7 I526 3 I526 6 7434 74 4 0 I527 4 I146 1 I146 2 I527 5 7439 I527 6 I146 3 74 4 2 7441 7445 I527 3 7446 I527 2 7449 74 4 3 74 4 4 7448 7447 7451 7455 I527 8 7450 74 5 7 74 5 2 7454 74 5 3 7458 74 5 9 7461 7460 7463 7464 I527 7 7465 7466 7456 7467 I528 1 I528 2 74 6 2 I146 5 7468 I527 9 I146 4 74 6 9 I528 3 I146 6 I528 0 74 7 1 7473 7474 7475 74 7 8 74 7 9 I146 7 74 7 0 7476 I146 8 I147 0 74 8 0 74 7 2 74 7 7 74 8 2 7481 74 8 3 74 8 5 7486 I146 9 I528 4 7487 I528 5 74 8 4 74 8 9 74 9 0 74 8 8 74 9 1 7492 74 9 3 I147 1 74 9 4 74 9 5 74 9 7 I147 2 I528 7 7496 74 9 8 I528 6 74 9 9 7501 75 0 0 75 0 4 75 0 3 OC 2 2 22 * 22 Gx 2 2 Gx 22 Gx 22 Gx 22 OC 2 2 Gx 2 2 Gx 22 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 2 2 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 2 2 - 22 Gx 22 Gx 22 Gx 2 2 Gx 2 2 Gx 22 Gx 2 2 Gx 2 2 Gx 22 Gx 22 Gx 22 Gx 22 Gx 22 Gx 2 2 Gx 22 Gx 22 Gx 22 22 22 22 Gx 22 D* 22 Gx 22 Gx 2 2 Gx 2 2 Gx 22 Gx 2 2 22 Gx 2 2 Gx 23 Gx 23 Gx 2 3 23 23 Gx 2 3 23 Gx 2 3 Gx 23 Gx 23 Gx 2 3 ** * 2 3 Gx 2 3 - 23 Gx 2 3 Gx 2 3 Gx 2 3 Gx 2 3 23 Gx 2 3 Gx 2 3 Gx 2 3 Gx 2 3 23 Gx 23 Gx 23 OC 23 Gx 2 3 Gx 23 23 Gx 23 Gx 23 23 Gx 23 - 23 Gx 2 3 Gx 2 3 Gx 2 3 Gx 23 Gx 23 Gx 23 Gx 23 Gx 2 3 Gx 23 Nb 23 Gx 23 23 23 Gx 23 - 23 Gx 23 Gx 23 Gx 2 3 23 Gx 23 Gx 2 3 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gb 2 3 * 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 2 3 Gx 23 23 Gx 23 Gx 2 3 Gx 23 * 23 Gx 23 55.3 55 . 3 55 . 4 55.6 55 . 7 55 . 8 55 . 9 55.9 56.1 56 . 2 56 . 2 56 . 6 56 . 8 56 . 9 56 . 9 57 . 1 57.2 57 . 2 57 . 2 57 . 2 57 . 3 57 . 3 57 . 3 57.5 57.6 57 . 7 57 . 8 57.8 57.9 57 . 9 58.0 58.0 58 . 0 58 . 0 58 . 2 58 . 2 58 . 3 58.4 58 . 5 58 . 5 58 . 6 58 . 6 58 . 6 58.7 58 . 7 59 . 3 59 . 4 59.5 59.5 59 . 5 59.6 59 . 6 59.7 00 . 1 00 . 1 00.1 00.4 00.4 00.6 00 . 6 00.9 01 . 0 01 . 1 01.1 01 . 4 01.5 01 . 7 01.7 01.8 01.9 01.9 01 . 9 02.0 02.0 02.1 02.3 02 . 4 02 . 7 02 . 8 02 . 9 03.0 03 . 0 03 . 2 03 . 3 03 . 3 03 . 7 03 . 8 03 . 9 03.9 04.0 04.1 04 . 9 04 . 9 04 . 9 05 . 2 05.2 05 . 2 05 . 2 05 . 3 05 . 7 05 . 7 05 . 7 05.8 05 . 9 06 . 1 06.2 06 . 5 06 . 8 06.9 06 . 9 07 . 1 07 . 4 07 . 4 07 . 9 08 . 1 08.4 08 . 6 08 . 7 08 . 9 09 . 0 09 . 1 09 . 2 09 . 4 09.8 09 . 8 09 . 8 10 . 4 10.5 10 . 6 10 . 6 10 . 7 +5 7 - 12 - 05 +2 9 - 05 - 42 - 63 +5 9 +3 6 +03 +36 - 37 - 07 - 37 - 36 +04 +0 8 - 36 - 36 - 43 - 41 - 10 - 01 +0 8 +5 4 - 36 - 65 +2 6 +2 6 - 35 +1 3 +2 6 +26 - 33 +14 - 69 - 65 - 01 +35 +18 +15 +08 +18 +2 9 +18 - 10 +15 - 07 +3 9 - 37 +3 9 - 65 +3 9 - 12 - 12 +1 5 - 10 +0 8 +0 7 - 08 - 12 +30 +06 +1 6 - 06 +0 1 +06 +1 5 +0 2 +1 5 +1 5 - 65 +1 5 +2 7 - 39 +1 5 +27 +21 - 40 +16 +1 6 - 69 - 09 +08 +08 - 02 - 65 - 22 +3 0 +2 0 +2 0 +02 +12 - 03 - 50 - 43 - 03 +60 +02 +03 +03 +03 - 19 +03 +34 +3 4 - 13 +19 +2 8 +22 - 36 +23 +32 +00 - 05 - 15 +00 - 12 - 24 +12 +18 +17 +00 - 43 - 24 - 68 +07 +0 7 +11 +14 +07 08 43 33 48 30 39 42 59 21 56 36 02 23 21 33 41 30 28 28 24 04 57 02 48 21 02 02 10 08 51 08 09 09 45 18 03 08 11 48 55 10 24 52 10 49 32 33 04 06 42 04 11 08 48 50 59 32 25 17 08 56 09 45 23 21 45 44 35 16 59 58 12 58 03 35 33 02 53 50 35 36 13 00 52 54 46 13 55 10 02 03 35 19 13 07 07 11 15 32 04 04 03 57 32 06 04 32 07 11 56 16 00 22 56 58 37 54 39 22 04 11 14 45 26 25 16 35 35 01 24 34 o d x r s s v s r r d s m s c v r s c s s r s r r s v r r c r r r s s c c r s u v d d D z F s r r s r d r s s s D D v d r s r s A r r r s s s d s r s r d u s x s c d s s d c r r r r r s m c r m s r D D r r r r r d v r v r r r r r s F m r s s m u s r d s s r r s Ce p Aqr Aqr Pe g Aqr Gru Tuc Ce p La c Psc Lac Gru Aqr Gru Gru Psc Pe g Gru Gru Gru Gru Aqr Psc Pe g Ca s PsA Tuc Pe g Pe g PsA Pe g Pe g Peg PsA Peg Ind Tuc Ps c And Peg Peg Peg Peg Pe g Peg Aqr Peg Aq r An d Gru An d Tuc An d Aqr Aqr Pe g Aq r Pe g Ps c Aqr Aq r Peg Psc Pe g Aqr Ps c Psc Pe g Ps c Pe g Pe g Tuc Pe g Pe g Gr u Pe g Peg Peg Gru Peg Pe g Ind Aqr Peg Peg Psc Tuc Aqr Pe g Pe g Pe g Psc Peg Psc Gru Gr u Psc Cep Psc Psc Psc Psc Aq r Psc Peg Pe g Aqr Peg Pe g Peg Scl Peg Peg Psc Aqr Aq r Psc Aqr Aqr Peg Peg Peg Psc Gr u Aqr Ind Psc Ps c Peg Peg Psc 6. 3.4 4.0 3.3 1.2 2.2 2.7 0.4 6.0 5.0 7.6 2.6 2.5 3.2 1.9 1.2 1.5 1.9 1.1 1.2 2.9 1.8 2.0 2.7 4.4 2.0 1.3 3.0 0.7 1.6 5.9 1.5 3.7 1.1 1.8 1.8 0.9 1.7 4.1 0.7 1.5 0.6 15. 1.3 1.9 6.2 0.7 2.1 5.0 0.9 1.1 3.5 1.4 0.8 0.9 1 5 . p v F , p L , iF , e r vF , v S eF , * 1 0 s f 1 ' 15. p vF, S 12.3 F, p L , pm E , vg b M 11.4 eF , v L , * 7 n f pB , p S , R , v g l b M C l , P , p C , st 9 . . . 1 1 1 3 . p v F , c S , R, st e l l a r , D * p 1 4 . p vF , p S , v l E B, S 11.4 cB , v L , v l E , v g l b M 1 4 . p vF , p L , d i f 12.0 cB , L , vl E , gp m b M , r r vF , S , vm E , sp of 2 14.4 pB , v S , m b M 1 5 . p F , S, *9 s f 4 ' 10.0 F, p S , co m , N = 1 2 m B, c L , R, be t 2 s t p f , n f o f 2 ; = I C 14 5 9 10.5 pB , S , R, mb M 1 1 . p F, c L , vl E , vg m b M 1 5 . p eF , v l E , * 1 0 p 4' 1 4 . p F, v S , R, bM 15. p eF, vS Cl, vL, E 1 3 . p vF , p S , R , n p o f 2 pB , c S , R , g p m b M 15. p eF, vS 1 5 . p e F , s of 7 4 3 6 vF , p S , m E , sf of 2 15. p eF, S, R 14. p eF, vS, p 7436 1 4 . p F, p S , F* at t p , gb M 1 3 . p pF , p S , m E 1 4 5 d e g , cb M 1 3 . p ee F , L, R , F * n r nf , v d i f f i c cF , S , R, * in ne b eF , v S , e E , st e l l N 1 5 . p v F , v S , R, st e l l a r 1 5 . p eF , S , iR 1 5 . p F, c S , R, gb M N ee F , vS , R vF , e S ; o n l y a *? pF , v S , d i f l o n g p a t c h of F ne b y 1 5 . p F, S , E 1 3 5 d e g , gb M , r, be t 2 F s t on l y a F D * , d i s t 2 0 " , i n a t r a p e z of s t 1 0 1 4 . p pF , R , be t 2 s t 1 6 , *1 3 n f 1 5 . p v F , p S , iR , * 1 0 p; ( d e c l ? ) 15. p eF, vS 11.5 vF , c L , l E , 4 s t p 1 5 . p e F , v S , R, r eF , v S , R 15. p vF, S, R, vS* in cent r e 1 4 . p F, v S , vl E , sm b M , e r , n o f 2 1 4 . p F, v S , vl E , sm b M , e r , s o f 2 11.7 p B , L , E 1 7 3 d e g , vg b M , * 1 1 f 2 ' . 5 n o n e x i s t e n t ; on l y a F * * * np p l a c e p F , p L , *1 0 - 1 1 s p 2' e F , p S , cE , * 1 0 nf 2 ' eF ( n o t v e r i f i e d ) 13. p vF, S 10.8 cB , c L , l E , gm b M , r , 2 S st n 1 5 . p ee F , pL , R , v d i f f i c 1 4 . p F , cS , l E , lb M , *1 1 p 1 ' B, v S , *1 1 c l o s e np 1 4 . p c F , c S , ps b M ee F , pL , R , * n r 1 4 . p v F , v S , al m s t e l l a r 14. p eF, pL, R 1 3 . p v F , S , l E , p of 2 1 4 . p v F , v S , E, sf 7 4 6 3 vF , S , R, al m o s t a * ; su s p 13. p vF, vS, f of 2 1 4 . p e F , e S , bM ; = I C 5 2 8 1 1 2 . p v F , L , m E 3 4 d e g , vg l b M 15. p eF, vS eF , s t e l l , * 1 3 sf f 2 ' . 5 1 5 . p F, c S , iF , v l b M 1 3 . p cF , p S , v m E 5d e g +/ - , * 1 1 np vF ; v S Cl ? 14. p eF, vS vF , v S , c E 4 0 d e g , s t e l l N F, r , D ? 11.9 vF , v S , v s m b M * 1 2 13.8 F, S , R , 7 4 6 9 p 2 s , 1 ' s pB , v S , i F eF , v S , e E 5 d e g , s t e l l N , be t 2 s t ; su s p eF , v S , l E 8 5 d e g , s b M , 3 s t 1 0 p 2 0 s 15. p vF, S, R 15. p eF, vS 15. p vF, S eF , E 11.0 pB , c L , m E 1 2 d e g , b e t 2 st 1 5 . p F, S , b i N eF , p L , R , g l b M , *1 1 n p F , S, R, t r i a n g l e wi t h 2 s t 7 1 5 . p vF , v S , i F , sb M vF , v S , s t e l l a r N n o r t h e d g e 1 5 . p vF , v S , v l E , v g b M F ne b * ; = 74 8 2 F, S , b M * 1 5 , * 1 7 a t t n; = 74 8 2 1 4 . p F, v S , st e l l a r v F , v S , R, gb M 1 4 . p vF , S , E, ps b M 1 4 . p vF , S , R, bM , * 1 0 p v F , v S , 2' f 74 8 5 F, S , R , F * f F, c S , R, N 15. p vF, S, R F, v S , R, *9 . 4 s 1' . 5 pB , S , R, lb M , *8 - 9 at t s 1 4 . p F, S , R 1 3 . p vF , v S , i R , lb M 1 5 . p vF , v S , s t e l l a r 1 4 . p vF , S , R, vl b M 11.5 e F , L , C l o f eF st vF , s t e l l a r 1 4 . p pB , S , R, bM 1 5 . p eF , v S , s t e l l a r 1 5 . p eF , S , lE , * 9 n f nr 1 3 . p vF , L , pm E 4 5 d e g , l b M 1 5 . p F, v S , bM , 2 s t f 1 5 . p F, v S , R, vl b M 11.1 p B , c L , lE , v g b M * 1 3 1 5 . p vF , S , iR ee F , eS , m E 13 0 d e g , 2 s t s , s u s p 13.8 vF , v S , s t e l l a r 13.8 eF 1 5 . p eF , v S , R vF , S , st e l l a r 13.8 vF , S , st e l l a r 75 0 2 I5 2 8 9 I1 4 7 3 75 0 5 75 1 0 I5 2 8 8 75 0 6 75 0 8 75 0 7 75 1 2 75 0 9 75 1 4 75 1 1 75 1 9 75 1 6 I1 4 7 4 75 1 5 I5 2 9 0 75 1 8 75 1 3 75 1 7 75 3 8 75 2 7 75 2 0 75 2 1 75 2 3 75 2 5 I5 2 9 1 75 2 2 75 2 4 I5 2 9 2 75 2 6 I1 4 7 5 75 2 9 75 2 8 75 3 0 75 3 5 75 3 6 75 3 2 75 3 3 75 3 9 75 3 4 75 4 0 75 3 7 75 4 3 75 5 1 75 4 1 I5 2 9 3 75 3 1 75 4 2 75 4 4 75 4 7 75 4 8 75 4 6 75 4 9 75 5 0 75 5 3 I1 4 7 6 75 4 5 I5 2 9 5 75 5 5 75 5 8 75 6 4 75 5 4 75 5 7 I5 2 9 6 75 5 6 75 5 9 75 6 0 75 6 1 75 6 2 75 6 3 I5 2 9 7 I5 2 9 8 75 5 2 75 6 7 I5 2 9 4 75 6 5 75 6 8 75 7 3 I5 2 9 9 75 6 6 I5 3 0 0 75 6 9 75 7 0 75 7 2 75 7 4 75 7 1 75 7 8 75 9 6 I1 4 7 7 75 7 5 75 7 6 75 7 7 75 8 0 75 7 9 75 8 6 75 8 1 75 8 8 75 8 3 76 0 4 I5 3 0 3 75 8 4 75 8 5 75 8 7 75 9 3 I5 3 0 5 I5 3 0 6 I1 4 7 8 I5 3 0 4 I5 3 0 7 75 9 4 75 8 2 75 8 9 75 9 1 75 9 2 75 9 5 75 9 7 75 9 8 I1 4 7 9 76 0 1 76 0 2 I5 3 0 1 75 9 0 76 0 0 76 0 5 76 0 3 76 0 7 I1 4 8 0 76 0 6 I5 3 0 9 D* 23 23 Gx 23 Gx 23 OC 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Nb 23 Gx 23 - 23 Gx 23 Gx 23 Gx 23 Gx 23 - 23 Gx 23 Gx 23 As t 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 OC 23 Gx 23 Gx 23 - 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 D* 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 * 23 Gx 23 Gx 23 23 23 Gx 23 - 23 Gx 23 Gx 23 - 23 23 Gx 23 Gx 23 Gx 23 * 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 - 23 Gx 23 Gx 23 Gx 23 D* 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 23 Gx 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 23 Gx 23 Gx 23 - 23 Gx 23 - 23 OC 23 Gx 23 23 145 10 . 8 10 . 9 11 . 1 11 . 2 11 . 5 11 . 7 11 . 8 11 . 9 12 . 1 12 . 3 12 . 4 12 . 4 12 . 5 12 . 7 12 . 8 12 . 8 12 . 9 12 . 9 13 . 1 13 . 2 13 . 3 13 . 5 13 . 6 13 . 7 13 . 7 13 . 7 13 . 7 13 . 7 13 . 8 13 . 8 13 . 8 13 . 9 14 . 0 14 . 1 14 . 3 14 . 3 14 . 3 14 . 3 14 . 4 14 . 4 14 . 4 14 . 5 14 . 5 14 . 6 14 . 6 14 . 6 14 . 7 14 . 7 14 . 8 14 . 8 15 . 0 15 . 0 15 . 1 15 . 2 15 . 3 15 . 3 15 . 3 15 . 3 15 . 5 15 . 5 15 . 6 15 . 6 15 . 6 15 . 7 15 . 7 15 . 7 15 . 9 15 . 9 16 . 0 16 . 0 16 . 0 16 . 0 16 . 0 16 . 1 16 . 2 16 . 2 16 . 2 16 . 3 16 . 3 16 . 3 16 . 3 16 . 6 16 . 6 16 . 8 16 . 8 16 . 8 16 . 8 17 . 2 17 . 2 17 . 2 17 . 2 17 . 3 17 . 4 17 . 4 17 . 6 17 . 7 17 . 7 17 . 8 17 . 8 17 . 9 17 . 9 17 . 9 18 . 0 18 . 0 18 . 0 18 . 0 18 . 0 18 . 1 18 . 2 18 . 2 18 . 2 18 . 3 18 . 4 18 . 4 18 . 4 18 . 4 18 . 5 18 . 5 18 . 5 18 . 7 18 . 8 18 . 8 18 . 8 18 . 9 18 . 9 18 . 9 19 . 0 19 . 0 19 . 0 19 . 1 19 . 2 - 21 - 32 +2 9 +1 3 +6 0 - 68 - 02 +1 2 - 28 +3 1 +1 4 +3 4 +1 3 +1 0 +2 0 +0 5 +1 2 - 23 +0 6 - 28 - 02 +6 1 +2 4 - 23 - 01 +1 4 +1 4 +0 9 - 22 - 01 +1 3 - 09 - 28 +0 8 +1 0 - 02 +1 3 +1 3 - 02 - 02 +2 3 - 02 +1 5 +0 4 +2 8 +1 5 +0 4 +2 5 - 43 +1 0 - 02 +1 8 +2 5 - 02 +1 9 +1 8 +1 9 +3 0 - 38 +2 5 +1 2 +1 8 +0 7 - 02 +0 6 +2 5 - 02 +1 3 +0 4 +0 4 +0 6 +1 3 +2 5 +2 5 - 42 +1 5 - 42 - 00 +2 4 - 22 +2 0 - 02 +2 0 +1 0 +1 3 +1 8 +2 4 +1 8 +1 8 - 06 - 06 +0 6 - 04 +0 7 +1 4 +0 9 +0 8 +0 4 +1 8 +0 7 +0 7 +0 0 +0 9 - 04 +0 9 +1 1 +1 0 +1 0 +1 0 - 10 +1 0 +1 0 - 42 +0 0 +0 6 - 04 +0 9 +1 8 +1 8 - 10 +0 9 +1 8 - 69 - 42 - 07 +0 7 +0 0 +1 1 +1 1 - 08 +0 7 46 33 38 37 34 06 10 58 32 08 37 53 43 47 14 47 41 28 19 22 07 31 54 48 44 00 01 13 54 45 41 12 25 58 13 45 35 26 42 01 40 39 56 30 19 55 32 08 36 39 12 58 16 18 02 57 01 33 32 07 35 55 17 23 41 06 20 17 30 31 41 11 01 33 35 52 35 03 29 10 51 21 49 55 29 29 00 59 41 55 56 39 44 22 00 25 15 40 45 24 26 16 25 39 41 21 16 15 18 18 13 13 22 16 34 25 54 41 44 25 14 42 34 14 35 25 15 21 19 29 59 r d u r s c r r s r r r r D r u r c s s r s r r r r s z r r z F d r r r r r s r r r r s r r s z s r r s r r s s r x r z r r v r r u r r r D s r z m s r c r r r d D z r r r r D s r m r s r s r r r r r r F r s s r m d u d m r s r r s r v r m s v d s s r s r x s d Aq r Sc l Pe g Pe g Ce p In d Ps c Pe g Sc l Pe g Pe g Pe g Pe g Pe g Pe g Ps c Pe g Aq r Ps c Sc l Ps c Ce p Pe g Aq r Ps c Pe g Pe g Pe g Aq r Ps c Pe g Aq r Sc l Pe g Pe g Ps c Pe g Pe g Ps c Ps c Pe g Ps c Pe g Ps c Pe g Pe g Ps c Pe g Gr u Pe g Ps c Pe g Pe g Ps c Pe g Pe g Pe g Pe g Gr u Pe g Pe g Pe g Ps c Ps c Ps c Pe g Ps c Pe g Ps c Ps c Ps c Pe g Pe g Pe g Gr u Pe g Gr u Ps c Pe g Aq r Pe g Ps c Pe g Pe g Pe g Pe g Pe g Pe g Pe g Aq r Aq r Ps c Aq r Ps c Pe g Pe g Pe g Ps c Pe g Ps c Ps c Ps c Pe g Aq r Pe g Pe g Pe g Pe g Pe g Aq r Pe g Pe g Gr u Ps c Ps c Aq r Pe g Pe g Pe g Aq r Pe g Pe g In d Gr u Aq r Ps c Ps c Pe g Pe g Aq r Ps c 2. 1 4. 1. 8 2. 6 1. 1 1. 8 1. 5 3. 2 10 . 1. 8 2. 3 3. 5 3. 5 1. 3 2. 9 1. 7 1. 0 2. 3 0. 6 3. 5 3. 2 1. 6 0. 6 1. 5 0. 9 2. 3 1. 4 0. 4 1. 7 0. 6 4. 6 1. 4 1. 3 0. 8 1. 5 0. 6 2. 7 2. 4 1. 7 5. 8 eF , vS , E 29 0 d e g ; F D* ? S Cl , st eF , in ne b 14 . p F, pS , gb M 15 . p ee F , eS , lE , be t a B & 2 F st 7. 9 Cl , pR i , pC , fa n - sh , st pB eF , eS , al m *, su s p 14 . p cF , vS , R, sb M *1 5 15 . p eF , bM * , *1 1 np 2' 10 . 4 pB , cS , R, ps v m b M , *1 0 np 14 . p F, S, R, vS * in ce n t r e 15 . p vF , S, R, be t 2 st 13 . p eF , pL , iR 15 . p ee F , S, R, v di f f i c , se v st nf vF , pL 14 . p F, vS , st e l l a r 15 . p F, R, pS , gb M 14 . p F, cS , R, vg l b M , r vF , S, st e l l N 14 . p vF , S, R 11 . 8 vF , pL , E, gb M 15 . p vF , vS , st e l l a r vF , L, 2 pB st in v 14 . p vF , vS , st e l l a r F, pS , be t 2 st ; no n e x i s t e n t ? 15 . p vF , pS , ps b M 15 . p ee F , E 15 . p eF , vS , vl E , gb M 16 . p F, vS , R, N, st e l l eF , vS , iR , *1 0 nf f 3' ; no n e x i s t e n t ? eF , vS 15 . p vF , S, sl b M eF , vS ne b * 14 . p vF F, S 15 . p eF , vS , al m st e l l a r 15 . p ee F , pS , R, v di f f i c , n of 2 15 . p ee F , pS , R, am 6 st , s of 2 15 . p vF , vS , lE 15 . p F, S, R 13 . p F, S, R, ps b M 14 . p eF , vS , lE 15 . p F, vS , st e l l a r 13 . 2 vF , cS , R, bM , sp of 2 14 . p vF , S, R, lb M ne b * 13 m 11 . 7 B, L, mE 97 d e g , mb M , nf of 2 16 . p F, S, li k e D* in ne b 11 . 3 pB , S, lE , pg b M 15 . p eF , eS , st e l l a r eF , vS 15 . p vF , S, iR 14 . p vF , vS , *1 6 p 11 s 14 . p eF , S, lE 14 . p pF , pS , R, *1 0 - 11 p 14 . p cF , S, R vF , vS , R S Cl ? F, S, vl E , vg v l b M , *1 0 at t 16 . p F, vS , R, N F, R, bM , pl a c e ve r y ro u g h 16 . p ee F , ne b * 13 m vF , eS , st e l l a r N eF , eS , al m st e l l , 75 5 6 f 15 . p vF , vS , p of 2 15 . p F, S, R, *1 5 at t 14 . p cF , pL , R, B* * f 14 . p F, cS , R, bM *1 6 , np of 2 F, vS , iR , sp of 2 eF , st e l l a r , nf of 2 11 . 5 cB , pS , iR , ps b M 14 . p pF , cS , R, sb M *1 6 , sf of 2 16 . p F, S, R, N 15 . p vF , vS , di f 10 . 7 B, S, mE 90 d e g +/ - , vs b M *1 3 15 . p ee F , vS , E pB , pS , R, *8 p; = 75 5 2 vF 14 . p eF , pL , iR , se v st in v 14 . p eF , S, iR , b np , *1 0 p 4' F, eS , *1 3 cl o s e s vF , pS , E, er , 3 F st in v 16 . p F, S, R, ne b *1 5 vF , S, R, 3 F st sf 14 . p eF , eS 15 . p ee F , al m st e l l a r pF , S, E, rr vF , cE , se v kn o t s or gr of ne b 14 . p vF , am vS st vF , pS , lE 0d e g , lb M N 15 . p F, S, r F, S, vl E 13 . 0 F, S, sm b M *1 3 . 5 in vF ne b 15 . p vF , pS , R, F* sp 15 . p eF , vS , st e l l a r 15 . p eF , vS , al m st e l l a r vF , mE , *1 2 - 13 cl o s e f; = 75 4 1 ? 15 . p eF , eS 15 . p vF , vS 15 . p eF , vS , bM vF , S, sb M (D * in M? ) 15 . p eF , vS , st e l l a r 11 . 7 pB , pS , iR , gb M 15 . p vF , vS , lE , gb M 14 . p F, S, R 15 . p pF , vS , 75 9 4 nr vF , S 15 . p vF , S, di f eF , S, R, 3 or 4 F st sp 16 . p vF , vS 16 . p pF , R, 3 st p; = IC 53 0 7 10 . 6 pB , L, pm E , gb M 15 . p eF , vS 14 . p pF , S, R, vg b M 14 . p eF , vS F, st e l l a r eF , vS , gb M 15 . p eF , eS , st e l l a r 14 . p pF , S, R, st e l l a r 15 . p pB , di f eF , eS , st e l l a r ee F , eS , vF , * f 1' , su s p 11 . 6 pB , pL , pm E , gb M , p of 2 13 . p cF , S, R, ps m b M vF , S, R, gl b M ; = 75 8 3 ? 14 . p F, vS , st e l l a r vF , S, R, *1 6 nf 0' . 5 (n e b s ? ) vS Cl , ne b s ? 10 . 8 pF , cL , pm E 0d e g +/ F, S, fa n - sh a p e d , * at t s 75 9 9 Gx 7608 Gx I530 8 Gx I148 1 Gx 76 0 9 Gx 76 1 6 Gx 7610 Gx 76 1 1 Gx I530 2 Gx 7612 Gx 7618 Gx 76 1 3 Gx 7615 Gx 76 1 4 76 2 0 Gx 76 1 7 Gx 7619 Gx 7621 Gx 7624 Gx 76 2 3 Gx 76 2 5 Gx I531 1 * 7626 Gx 76 3 5 Nb 76 2 8 Gx I148 2 Gx I531 0 I531 2 I531 4 Gx I531 5 Gx 76 2 9 Gx 7630 Gx 76 3 1 Gx 7622 ? 76 3 4 Gx I531 6 I531 3 Gx 7632 Gx 76 4 0 Gx 76 3 6 Gx I148 3 Gx 76 2 7 76 3 8 Gx 7641 Gx I148 4 I148 5 Gx 7639 Gx 7642 Gx 76 4 3 Gx 76 3 3 Gx I531 7 Gx 76 4 5 Gx 7648 Gx I148 6 Gx 76 4 6 Gx I531 8 Gx 76 4 7 Gx 7654 OC 76 4 9 Gx 76 6 7 Gx 76 4 4 Gx 76 5 1 Gx 76 5 6 Gx I148 7 I148 8 I531 9 76 5 3 Gx 76 5 0 Gx 76 5 2 Gx 76 6 0 Gx 7662 Pl Nuc l 7659 Gx I532 1 Gx 7637 Gx 76 5 8 Gx I148 9 Gx 76 6 4 Gx 76 5 5 Gx 7657 Gx 76 6 3 Gx 76 6 1 Gx 76 6 5 Gx 7668 76 6 9 7670 76 7 1 Gx 7666 I532 0 7672 Gx I532 2 I532 3 Gx 76 7 3 Gx 7674 Gx 76 7 5 Gx 76 7 7 Gx I532 4 Gx 76 7 8 Gx 7680 Gx 76 8 1 Gx I532 5 Gx 76 7 9 Gx I149 7 76 7 6 Gx I149 0 7682 Gx 7683 Gx I149 1 Gx I532 6 Gx 76 8 6 OC I532 7 7684 Gx I149 3 76 8 5 Gx I149 2 Gx I149 6 I149 4 I149 5 Gx 76 8 7 Gx 76 8 8 Gx I149 8 Gx I149 9 D* 76 9 1 Gx 7689 Gx 76 9 2 Gx 7690 Gx I532 8 Gx 76 9 3 Gx 76 9 5 I150 0 Gx I532 9 Gx 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 19 . 3 19.3 19 . 3 19 . 4 19 . 5 19 . 5 19.6 19 . 6 19 . 6 19.8 19.8 19 . 9 19.9 20 . 0 20 . 1 20 . 2 20.2 20.4 20.4 20 . 5 20 . 5 20 . 6 20.7 20 . 7 20 . 8 20 . 8 20 . 8 21 . 0 21 . 1 21 . 3 21 . 4 21.4 21 . 4 21.6 21 . 6 21 . 9 22 . 0 22.1 22 . 1 22 . 3 22 . 4 22 . 5 22 . 5 22.6 22 . 7 22 . 7 22.8 22.9 22 . 9 23 . 1 23 . 4 23 . 7 23.8 23 . 8 24 . 0 24 . 0 24 . 1 24.2 24 . 3 24 . 3 24 . 5 24 . 5 24 . 5 24 . 6 24 . 8 24 . 8 24 . 9 25 . 3 25 . 6 25 . 7 25.9 - 42 +0 8 - 42 +05 +09 +10 +1 0 +08 - 64 +0 8 +4 2 +00 +0 8 +00 +24 +08 +0 8 +0 8 +2 7 +08 +17 +17 +0 8 +61 +25 +01 - 22 +19 +19 +25 +01 +1 1 +08 - 62 +08 +21 - 42 - 42 +40 - 29 +11 +11 +11 +1 1 +11 +11 +1 1 +0 1 +11 - 67 +21 - 29 +0 9 +09 - 11 - 11 +16 +6 1 +14 - 00 +13 +13 - 19 +14 +15 +14 +15 - 57 - 57 +27 +4 2 15 20 16 54 29 09 10 04 34 33 51 24 24 13 13 10 12 20 19 24 14 16 13 12 53 44 09 19 17 22 23 24 13 07 52 13 29 30 51 18 18 54 18 53 23 21 21 26 59 39 09 23 39 39 52 53 47 35 38 07 58 58 05 38 20 00 16 48 54 01 33 s r t u s r s s c r r r s r s s s r s s s x s s r m d d m u r r s A s d c v s r m D r r d m r r r c z r s u r m r s s r r r r D d d r r r r s Gru Pe g Gru Psc Peg Peg Pe g Psc Tuc Pe g An d Psc Pe g Psc Peg Psc Pe g Pe g Pe g Peg Peg Peg Pe g Cas Peg Psc Aqr Peg Peg Peg Psc Pe g Peg Tu c Peg Peg Gru Gr u And Scl Peg Peg Peg Pe g Peg Peg Pe g Ps c Peg Ind Peg Scl Pe g Peg Aqr Aqr Peg Ca s Peg Psc Peg Peg Aqr Peg Peg Peg Peg Tuc Tuc Peg An d 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 26.0 26 . 3 26.5 26 . 5 26 . 5 26 . 6 26 . 7 26.7 26 . 7 27 . 2 27 . 2 27.2 27 . 2 27.2 27 . 3 27.4 27 . 4 27.5 27 . 5 27 . 6 27 . 7 27.9 28 . 0 28 . 1 28 . 3 28 . 5 28.5 28 . 6 28 . 7 28 . 8 28 . 8 28 . 9 29 . 0 29.1 29.1 29 . 4 29 . 5 30 . 2 30 . 3 30.5 30 . 5 30 . 6 30 . 7 30 . 7 30 . 8 30 . 8 30 . 9 31 . 2 32 . 0 32 . 0 32 . 6 32.7 32 . 8 32.9 33 . 2 33 . 3 33 . 3 33 . 3 33 . 3 +1 4 - 17 - 81 - 39 - 12 +25 - 68 - 57 - 04 - 65 - 09 - 00 - 00 - 00 +12 - 04 - 67 +1 2 - 67 - 67 +23 +0 8 +08 +23 - 67 +22 +3 2 +17 - 41 +03 +11 - 59 - 04 +0 3 +1 1 - 16 - 28 +49 - 13 +0 0 +14 +03 - 03 - 02 - 12 - 13 +03 +21 - 05 - 13 +15 - 54 - 05 - 51 - 45 - 01 - 02 +04 +21 12 58 55 14 31 04 02 49 56 16 24 11 11 11 28 11 45 23 45 49 35 47 46 32 49 25 24 16 19 31 59 43 08 32 26 18 48 08 35 04 27 54 02 57 44 30 32 24 00 27 50 05 36 41 02 17 43 34 14 r m c r m r A r r c r r r r s r d s d c s s s s c s r r s s D r d s r m m s d r d s m d d m r r m F r s r s s r r z u Pe g Aqr Oc t Gru Aqr Peg Ind Tu c Aqr Tuc Aqr Ps c Psc Ps c Peg Aq r Ind Pe g Tuc Tuc Peg Pe g Peg Peg Tuc Peg Pe g Peg Phe Psc Peg Tuc Aqr Ps c Pe g Aqr Scl And Aqr Ps c Peg Psc Psc Psc Aqr Aqr Psc Peg Aqr Aqr Peg Ph e Aqr Ph e Phe Psc Psc Psc Peg 4.4 4.9 0.9 1.5 3.0 1.5 1.3 11.4 15. 12. 14. 15. p p p p 15. p 12.6 14. p 14. p 1.2 16. p 1.3 1.0 2.9 14. p 13.8 11.1 15. p 13.4 12.4 12.1 1.1 1.9 1.8 2.5 15. 0.3 0.5 1.0 11.2 14. p 14. p 1.9 15. 15. 15. 15. 14. p p p p p 1.5 14. p 2.5 10.7 0.6 10.9 15. p 15. p 15. p 15. p 0.3 15. 15. 14. 15. p p p p 15. 14. 14. 13. p p p p 2.1 1.9 1.6 0.9 13 . 1.6 14. p 15. p 6.9 13.7 14. p 15. p 14. p 14. p 2.2 1.0 2.5 0.4 1.9 1.7 1.0 1.6 1.7 1.2 0.7 1.9 1.3 2.3 2.5 1.9 1.2 0.5 0.8 15. 2.1 0.8 1.0 1.4 2.8 2.8 2.5 1.8 14. p 9. p F, p L , pm E , gb M , f o f 2 v F , p S , lE , l b M ee F , S, c E , f 7 5 9 9 vF , v S , R vF , v S , g b M pF , d i f F , S, di f F, S , R , t r i a n g l e w i t h 2 st 1 9 n vF , v S , 2 st n r , su s p p B , v S , R, bM F , S, R, g b M vF eF, cS vF , n f of 2 F, S , v l E eF , v S c B , p S , R, ps b M e F , v S , st e l l a r vF, lE or iR, dif, vlbM F, v S , R, ps b M pB , c S , R , s m b M eF , s u s p , 2' . 5 nf f 7 6 2 5 c B , p S , R, ps b M vF , * 8 in v l e x c e n t r i c vF , S , R, bM pB , v S , R eF , e S , a l m st e l l , * 9 . 5 n 5 ' F, S , R , g b M , r F, S , R , g b M , r F, v S , li k e ne b D * 1 5 vF , v S , s t e l l a r F, S vF , v S c F , e S , am 5 st (d o u b t f u l ) F, S , F * * a t t vF , v S , R , N , s t e l l ee F , pL , R , *1 0 s p ; = 76 3 2 F , S, R, l b M cF , L , mE 16 4 d e g , v l b M , r eF , S , R, sb M F, S , l b M vF , S , mE , 2 s t n ; = 7 6 4 1 1s t o f 2 n e b , F , S v F , S , i R , di f , lb M vF , v S vF , v S , R , v S N 2nd of 2 neb, F, S v F , v S , bM F, p S , iR , d i f , l b M F, v S , E 9 0 d e g , ps b M F, S , R , g b M N , r vF , S , R, gl b M v F , p S , lE , b M ; = IC 14 8 6 vF , S vF , v S , E 26 0 d e g (neb ? ) , *9 n 3'.6 vF , v S , * 9 . 5 p 1s eF , c L ( ? ) , p a ro w o f st C l , L , R i , mC M , R, s t 9 . . . 1 3 ; = M 5 2 vF , p L , R vF vF , p S , l E eF , S , R vF , v S , R , b M N ee F , pS , i R , F * n f , *7 p 15 s an d 9 ' s eF , v S , E ns , v d i f f i c , 7 6 5 3 s eF , e S , * 9 . 5 f , 7 6 5 1 n r vF , p S , R , g b M ; = I C 1 4 8 8 pF , p S , R , g l b M , np of 2 eF , S , R, sf o f 2 F, v S , ps m b M , * 1 0 p ! ! ! P N or ri n g , vB , p S , R, b l u e , v a r i a b l e 1 5 . p v F , v S , R, ps b M 1 4 . p eF , v S , R , * 1 0 np 1 ' v F , p L , R, vl b M , * n r D, b o t h e F , S, R, 4 st p 1 4 . p F, v S , R, *9 s o u t h 1 3 . p vF , * s , 2 s t 1 1 - 12 p gr o u p o f s t (n o t a n e b ) , *1 0 p eF, R vF eF , c L , R , v g v l b M 1 3 . p eF , S , st e l l a r vF, near 7667 vF , n e a r 7 6 6 7 vF, near 7667 12.7 pB , S , R, vs m b M , *9 p vF bM , m a g 1 4 15. p vF, S, 5' s of 7671 bM , m a g 1 4 F, S , b M 12.7 F, S , R 1 4 . p F , cS , g b M , p o f 2 1 5 . p vF , S , R, gb M , f of 2 1 4 . p eF , v S , s t e l l F, S , b M 12.2 vF , p L , v l E , l b M , a m 4 s t 13. p vF, S, R, lbM, r 1 5 . p vF , S , iR , r , * * f 1 2 . p F, S , R , g b M , * s p 1 ' 12.7 pB , S , R, mb M N , s t e l l eF , s u s p e c t e d B, S , l E , vs v m b M *1 1 eF , p S , R , v F * cl o s e n 13.4 e F , * 1 4 p 1 3 s . 7 , ln 1 4 . p F , *1 3 n 1 5 . p F, S , R 1 4 . p ee F , S, m E , *8 p 5. 6 Cl , P , lC , s t 7 . . . 1 1 pF , p S , * 1 1 f 1 ' 1 5 . p F , vS , s t e l l F, v S , sb M , an o t h e r su s p 7s p , 1' n 1 5 . p eF , c L , R , g b M , * * nr 1 4 . p eF , S , R, sp o f 2 ee F , pS , R , nf of 2 F, R , l b M 1 3 . p F, S , l b M 1 5 . p vF , v S , * 1 1 f 1 s , n 8 5 " 1 5 . p F, v S , di f , *1 1 2 0 1 d e g , 80 " 1 4 . p ee F , pS , R , *9 . 5 p 3 6 s , 3' s pB , p L , i F 1 4 . p eF , p L , t r i a n g l e wi t h 2 s t 10 12. p pF, L, R, vgbM 1 5 . p ne b , *9 f 18 s , 7 3 " s 1 3 . p c B , S , l E , ps b M , * 8 f 1 2 . p vF , S , R, be t 2 s t 1 4 . p S ne b o r n e b * 1 4 eF , s t e l l (n r 7 6 9 4 ) 1 5 . p F, v S , E n s , l b M 1 6 . p vF , S , E 2 5 0 d e g 76 9 4 I5 3 3 0 I5 3 3 1 76 9 6 76 9 8 77 0 8 76 9 9 I5 3 3 2 77 0 0 77 0 1 I5 3 3 4 77 0 7 I1 5 0 1 76 9 7 77 0 3 I5 3 3 3 77 0 4 77 0 5 77 0 6 77 0 2 77 0 9 77 1 1 77 1 0 I5 3 3 5 77 1 2 77 1 4 I1 5 0 2 I5 3 3 6 77 1 5 I5 3 3 7 77 1 3 77 1 6 I5 3 3 8 77 1 7 77 1 9 77 1 8 I5 3 3 9 I5 3 4 1 77 2 0 I1 5 0 3 I5 3 4 0 I5 3 4 2 77 2 6 77 2 1 77 2 2 77 2 3 77 2 4 77 2 5 I5 3 4 4 I5 3 4 3 I5 3 4 5 77 2 7 77 2 8 77 2 9 I5 3 4 6 I1 5 0 4 77 3 0 I5 3 4 7 77 3 1 I1 5 0 5 77 3 2 77 3 5 77 3 6 77 3 3 77 3 4 77 3 7 77 4 0 77 3 9 77 4 1 77 3 8 77 4 2 77 4 3 77 4 5 I1 5 0 6 77 4 4 77 4 8 I5 3 4 8 77 4 6 77 4 7 I1 5 0 7 77 4 9 I1 5 0 8 I5 3 4 9 77 5 0 77 5 1 77 5 2 77 5 3 146 Gx 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 - 23 Gx 23 Gx 23 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 - 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 - 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx 23 Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 33 . 4 33 . 5 33 . 5 33 . 9 34 . 0 34 . 3 34 . 4 34 . 5 34 . 6 34 . 6 34 . 7 34 . 8 34 . 8 34 . 9 34 . 9 34 . 9 35 . 2 35 . 2 35 . 3 35 . 4 35 . 4 35 . 7 35 . 8 35 . 8 35 . 9 36 . 2 36 . 2 36 . 3 36 . 4 36 . 4 36 . 5 36 . 5 36 . 5 37 . 7 38 . 0 38 . 1 38 . 1 38 . 4 38 . 5 38 . 5 38 . 6 38 . 6 38 . 7 38 . 8 38 . 8 38 . 9 39 . 1 39 . 3 39 . 3 39 . 4 39 . 6 39 . 9 40 . 0 40 . 6 41 . 0 41 . 3 41 . 4 41 . 5 41 . 6 41 . 6 41 . 7 42 . 3 42 . 4 42 . 6 42 . 7 42 . 8 43 . 3 43 . 6 43 . 9 44 . 1 44 . 3 44 . 4 44 . 8 44 . 8 45 . 0 45 . 0 45 . 0 45 . 4 45 . 6 45 . 6 45 . 9 45 . 9 46 . 3 46 . 7 47 . 0 47 . 0 47 . 1 - 02 - 02 +2 1 +0 4 +2 4 +7 2 - 02 - 36 - 02 - 02 - 04 +4 4 - 03 - 65 +1 6 - 65 +0 4 +0 4 +0 4 - 56 - 16 +1 5 - 02 - 67 +2 3 +0 2 +7 5 +2 1 +0 2 +2 1 - 37 +0 0 +2 1 - 15 - 22 +2 5 - 68 +2 6 +2 7 +0 4 - 04 +2 7 +2 7 - 06 +1 5 - 12 - 12 - 04 - 04 - 22 - 22 - 12 +2 7 +2 9 +2 4 +0 4 - 20 +2 4 +0 3 - 03 +0 3 +2 6 - 19 - 65 - 65 +2 7 +2 7 +0 0 +2 6 +0 0 +1 0 +0 9 +2 5 +0 4 - 42 +6 9 - 42 - 01 +2 7 +0 1 - 29 +1 2 - 28 +0 3 +0 6 +2 9 +2 9 42 52 08 53 56 55 54 06 57 51 31 18 08 24 04 24 54 48 59 00 42 18 53 24 36 09 40 05 09 09 56 18 09 07 58 41 27 59 02 49 52 01 00 31 57 58 14 32 58 31 25 18 08 11 57 02 14 53 45 34 44 13 27 57 57 03 21 28 05 31 46 56 53 44 55 45 55 41 22 42 33 04 00 47 51 27 29 r d u r r r r s r r m r m A r c r r r s r r r c r s u d s v s s s r r r c x s u d v r s r s r F d m m s r r z u r z s D s r r c c r r r s s s s r m s r c r r u r v m s r s s Ps c Ps c Pe g Ps c Pe g Ce p Ps c Sc l Ps c Ps c Aq r An d Ps c Tu c Pe g Tu c Ps c Ps c Ps c Ph e Aq r Pe g Ps c Tu c Pe g Ps c Ce p Pe g Ps c Pe g Sc l Ps c Pe g Aq r Aq r Pe g Tu c Pe g Pe g Ps c Aq r Pe g Pe g Aq r Pe g Aq r Aq r Aq r Aq r Aq r Aq r Aq r Pe g Pe g Pe g Ps c Aq r Pe g Ps c Aq r Ps c Pe g Aq r Tu c Tu c Pe g Pe g Ps c Pe g Ps c Pe g Pe g Pe g Ps c Ph e Ce p Ph e Ps c Pe g Ps c Sc l Pe g Sc l Ps c Ps c Pe g Pe g 1. 1 6. 6 1. 5 1. 0 1. 5 1. 9 1. 3 2. 1 1. 3 2. 6 0. 9 4. 3 2. 3 1. 1 1. 2 1. 9 1. 0 0. 4 3. 4 3. 6 0. 6 0. 5 4. 2 1. 9 1. 7 2. 0 1. 4 1. 6 4. 0 2. 2 2. 0 3. 1 0. 6 2. 3 1. 9 1. 4 2. 0 0. 6 1. 8 0. 7 3. 4 14 . p eF , pL , st e l l a r vF , S, bM , ot h e r s nr 15 . p F, S, fa n , gb M 15 . p F, S, lE 14 . p vF , eS , R, bM S N Cl , L, P, lC , st 8, 10 . . . 1 5 eF , vS 10 . 6 ee F , vL , be t 2 st , D* p 45 s 14 . p vF , eS , st e l l a r 14 . p vF , S, R, mb M , *1 1 sp 14 . p ne b *1 0 . 5 (c l o s e D* ? ) 15 . p eF , S, R, *9 - 10 p vn r 14 . p vF , S, di f ee F , pL (c e r t a i n ) 15 . p vF , vS , gb M , *1 4 nf 1' cB , S, di f , su s p ; = 76 9 7 15 . p eF , *1 2 p, sp of 2 15 . p eF 14 . p vF , pS , *1 8 cl o s e s, nf of 2 12 . 2 B, cS , E, g, sb M , *8 - 9 p 13 . p pF , S, R, lb M 14 . p F, S, R, ps b M , st e l l a r 15 . p pF , vS , st e l l a r F, S, su s p 13 . p vF 13 . p pB , S, R, ps b M , *1 2 sp , *6 sf 15 . p vF , S, vF * cl o s e F, S, E ns , vl b M 15 . p eF , pL , R F, S, R, gb M N 12 . p pB , L, E, vg b M 12 . 2 F, pL , lE , gb M , *1 0 s 13 . 8 F, S, lE ns , gb M N 13 . p vF , S eF , vS , R 15 . p vF , S, R bM eF , eS , 77 2 0 nr 12 . 6 F, S, lE , bM , am st 14 . p F, S, R, gb M eF , *1 3 n 1' . 5 eF , eS , ot h e r s nr 15 . p ee F , pS , R, v di f f i c 11 . 8 pF , cL , E 12 d e g +/ - , vg b M 13 . p pB , pL , R, mb M 11 . 1 cB , cL , E, gm b M , r 13 . p eF , pL , iR 14 . p ee F vF , L, ot h e r s nr 14 . p eF , pS , *7 . 5 sf 19 s 14 . p vF , vS , R, 6' n of IC 53 4 3 10 . 7 pB , pL , iR , mb M 14 . p vF , vS , lE , *1 0 sp 14 . p vF , S, iE , F* in v s 16 . p F, cS , R, gv l b M 14 . p F, pL , E pf , gb M pB , pL , E; no n e x i s t e n t ? 16 . p vF , vS , R, sb M *1 5 14 . p F, S ee F , pS , R, 3 st f, di f f i c 15 . p vF , pL 15 . p vF , S, vl E , *1 3 nf , vn r 14 . p eF , eS , gb M , be t 2 st 12 eF , S, R, p of 2 eF , cS , R, f of 2 15 . p vF , S, mb M N 15 . p vF , S, lb M , st e l l a r s of 2, vn r 11 . 4 cF , cL , iR , D* 10 - 12 np 2' 14 . p vF , n of 2 11 . 5 cB , cS , gm b M , *1 2 f 72 " 11 . 2 pF , S, R, *1 4 sf eF 15 . p vF , gb M 13 . p cB , S, vl E , sv m b M *1 4 vL ne b y , su r r o u n d s *7 eF , eS , R; = 77 4 4 14 . p eF , pS , R, * nr s 14 . p vF , vS , iR 15 . p pB , iF , mb M 14 . p vF , S, R, gm b M , *1 2 f F, pL , E ns 15 . p vF , vS , vm E 20 0 d e g ; ne b D* ? 14 . p cF , pL , vl E 0d e g , lb M , *1 1 sf 14 . p F, S, R, gb M , er 14 . p F, S, lE , p 77 5 3 13 . p cF , cL , vl E , vg l b M , r I150 9 I535 0 I535 5 I535 1 I535 2 I535 7 I535 3 I535 4 I535 6 I535 8 I535 9 7755 I536 0 7756 77 5 7 7758 77 5 9 77 5 4 77 6 0 77 6 1 7762 G x 2 3 47 . 2 G x 2 3 47 . 2 G x 2 3 47 . 2 2 3 47 . 3 2 3 47 . 4 2 3 47 . 4 G x 2 3 47 . 5 2 3 47 . 5 G x 2 3 47 . 5 G x 2 3 47 . 7 G x 2 3 47 . 7 Gx 2 3 4 7 . 9 2 3 47 . 9 * 23 48.5 G x 2 3 48 . 8 Gx 2 3 4 8 . 9 G x 2 3 48 . 9 G x 2 3 49 . 2 G x 2 3 49 . 3 2 3 49 . 6 OC 2 3 4 9 . 8 - 15 - 27 +32 - 02 - 02 - 02 - 28 - 28 - 02 - 28 - 02 - 30 - 37 +0 4 +04 - 22 - 16 - 16 +30 - 13 +6 8 17 58 48 18 16 18 07 08 19 08 17 31 04 07 10 03 32 35 58 23 02 m m u d d d c d m c m s d A s r r r r D s Aqr Scl And Psc Psc Psc Scl Scl Psc Scl Psc Sc l Scl Ps c Psc Aq r Aqr Aqr Peg Aqr Ce p 7763 I151 0 7765 7764 77 6 6 77 6 7 77 6 8 I151 1 I151 2 77 6 9 77 7 0 77 7 1 I536 1 I536 2 77 7 2 77 7 4 I536 3 7773 7775 77 7 6 7777 7778 77 7 9 I151 3 7780 77 8 1 77 8 2 77 8 3 I151 4 77 8 4 77 8 5 7786 7787 I151 5 I536 4 I151 6 I151 7 77 8 8 77 8 9 I151 8 I151 9 I536 5 I536 6 7793 7791 I152 0 77 9 2 7790 77 9 4 77 9 5 I536 7 77 9 6 77 9 7 I152 1 I152 2 I152 3 I152 4 I536 8 7798 I152 5 7799 78 0 0 7807 I536 9 Gx Gx Gx Gx Gx Gx Gx - 16 +02 +2 7 - 40 +27 +27 +27 +27 +27 +20 +20 +20 - 13 - 28 +16 +11 - 28 +3 1 +2 8 - 13 +2 8 +0 7 +07 +11 +0 8 +07 +07 +00 - 13 +21 +05 +2 1 +0 0 - 00 - 29 - 00 - 00 +61 +56 +12 +12 - 37 +52 - 32 +1 0 - 14 +16 +6 1 +10 +60 +22 - 55 +03 - 07 +01 +06 - 04 +06 +2 0 +46 +3 1 +14 - 18 +32 37 07 10 44 07 05 10 05 03 09 06 07 23 22 15 28 38 16 46 23 17 52 52 20 07 51 58 23 35 45 55 35 33 59 04 55 17 24 44 28 28 01 47 35 45 02 29 13 42 00 26 27 38 09 43 52 09 52 45 54 17 49 51 41 r m r s r r s x d s s s m c r r d r r D r r s u s r s s m r s r r v d v z s s d d d x s r m r s r r d s r d z d v d s v r s c d Aq r Psc Pe g Ph e Peg Peg Peg Peg Peg Peg Peg Peg Aqr Scl Peg Peg Scl Pe g Pe g Aqr Pe g Ps c Psc Peg Ps c Psc Psc Psc Aqr Peg Psc Pe g Ps c Psc Scl Psc Psc Cas Cas Peg Peg Scl Cas Sc l Pe g Cet Peg Ca s Peg Cas Peg Phe Psc Cet Psc Psc Psc Psc Pe g And Pe g Peg Ce t And Gx Gx Gx Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx OC OC ? Gx D* Gx Gx OC Gx Gx Gx Gx Gx Gx Gx Gx Gx Gx 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 50.3 50 . 7 50.8 50.9 50 . 9 50 . 9 50 . 9 51 . 0 51 . 0 51 . 1 51 . 4 51 . 4 51 . 4 51 . 6 51 . 8 52 . 2 52 . 2 52.3 52.5 52 . 7 53.3 53.3 53 . 4 53 . 5 53.6 53 . 8 53 . 9 54 . 2 54 . 2 55 . 3 55 . 3 55.4 56.2 56 . 2 56 . 2 56 . 3 56 . 4 56 . 7 57 . 0 57 . 1 57 . 1 57 . 6 57 . 7 57.8 58.0 58 . 0 58 . 1 58.4 58 . 6 58 . 7 58 . 7 59 . 0 59 . 0 59 . 0 59 . 1 59 . 1 59 . 3 59 . 3 59.4 59 . 4 59.5 59 . 6 59.6 59 . 8 1.3 0.3 1.1 1.6 0.3 2.6 1.0 3.7 2.6 11 . 0.6 1.5 1.7 1.8 1.0 2.7 0.4 1.5 1 5 . p F, S , E n s , gb M 1 5 . p ee F , eS , R , *9 nr f 1 4 . p F, p L , E n s , g b M cF , v S , b M , *1 0 s f 5 " +/ pF , p S , g b M pB , R , mb M eF , S , R, *6 f ee F , S, R 1 5 . p pF , R , mb M eF , p S , b i N 20 " 1 5 . p F, p S , gb M , *9 . 5 p 2 ' 1 2 . p B , cL , R , p s m b M ee F , cS , R n e b , 5 ' sp 77 5 7 1 4 . p vF , c L , v l E , v g l b M , 2 st 13 n e F , v S , iR , s b M , D * 1 0 nf 50 s 1 4 . p vF , S , R, lb M , B* n 1 5 . p eF , v S 1 5 . p cB , v S , R , p s b M , *1 2 a t t 1 4 . p F, v S , R, gb M , *1 0 p 8 ' ; no n e x i s t e n t ? 1 0 . p C l , p R i , p C , st 11 . . . 1 5 15. 15. 12.3 15. 14. 14. 12.1 15. 12.3 14. 14. 14. 14. 1.6 1.0 1.2 2.4 1.9 0.8 2.3 14. 14. 14. 15. 15. 15. 13. 14. 15. 15. 11.6 14. 15. 1.2 1.6 9. 16. 15. 9. 6. 7 9.1 9.1 0.5 14. 15. 8.5 14. 17 . 2.3 12. 15. 15. 1.9 1.5 2.1 13. 2.6 1.0 13. e F , v S , R, F* f p F, S , R , b i N p v v F , 1 0 0 " n p 77 6 8 B , pL , R , g b M p vF , S , 85 " s o f 7 7 6 8 p vF , S , lE , * p 19 " ; = IC 15 1 1 p vF , S , E, * in v , * p v n r eF , s u s p c l o s e to * 1 2 . 5 ; = 77 6 7 *1 3 , ne b u l o u s ? pF , p S , R , m b M p vF , v S , i R , s o f 2 pB , p L , E 84 d e g , b M , n o f 2 p vF , v S , b M , st e l l a r ee F , pS , * 8 sf Cl o f s c s t 10 m p eF , S , R, in c e n t r e of 3 st vF , e S , R , 3 s t i n l i n e p p p F , c S , R, *1 3 n f nr p v F , p S , lE , g l b M eF , v S , l E , gb M ; no n e x i s t e n t ? p v F , v S , R, bM p c F , S , R , p s b M , st e l l a r , 1 s t o f 4 p pF , S , R, ps b M , s t e l l a r , 2n d o f 4 p F, v S , E p f , g b M p v F , v S , R, lb M , F* i n v p F, S , R , 3 r d o f 4 p pF , p L , l E , gl b M , 4 t h of 4 p F, S , l E p vF , S , ex c e n t N p vF , e S , l b M , r ? , p o f 2 pB , p S , i R , ps b M , r , * 8 p 4 ' . 5 p p F , p S , lE , v F s t in v , f o f 2 p vF, S, R ee F , pS , * 9 . 5 i n v , b e t 2 st vF , p S , R , * 8 s f vF , p S , R , B * s f , n f o f 2 p ee F , vS , R , 3 s t p p Cl , S , pR i , vC , s t 1 0 , 1 3 . . . Cl , v L , v R i , v m C , s t 1 1 . . . 1 8 vF , v S , R F, v S , lb M , st e l l a r pB , c S , v m E , * sf eL , m E (3 0 ' by 10 ' ) like a come t v F , v S ; F* ? p vF , p L , R p eF , e S , b M Cl, pRi, pC p vF , p S , i R Cl , v L , P , l C , st 7 , 1 0 . . . F, l E 1 2 0 d e g , gb M N , r p pB , c S , R , g m b M p eF , p S , i R , lb M vF , S , iF p F, S , E n s vF , * 4 3' f no d e s c r i p t i o n eF , v S , l b M , 3 ' p o r f f r o m o m e g a P s c p pF, S, R, sbM, *10 sp eF , p S v F , v S , *1 6 c l o s e p p F, p S , E 3 9 d e g e F , p S , iF F, S , R , N INDEX A APPENDIX A – SIDEREAL TIME.........................................................................................................84 APPENDIX B – TIME ZONES..............................................................................................................88 APPENDIX C - REFERENCE STARS.....................................................................................................92 APPENDIX E – CATALOG OF NGC2000 OBJECTS................................................................................95 AUTOGUIDE...................................................................................................................................... 12 AUTOGUIDE CONNECTION................................................................................................................57 I INDEX............................................................................................................................................ 147 INTRODUCTION.................................................................................................................................. 6 J JOYSTICK......................................................................................................................................... 12 JOYSTICK CONNECTION...................................................................................................................57 M MAIN PANEL..................................................................................................................................... 34 COMMANDS RECOGNIZED....................................................................................................................................................................... 35 GPS................................................................................................................................................................................................................. 44 LOAD/SAVE THE CONFIGURATIONS...................................................................................................................................................... 42 MICRO/MACRO CORRECTIONS................................................................................................................................................................ 41 PEC................................................................................................................................................................................................................. 45 POINTING OBJECT...................................................................................................................................................................................... 36 BRIGHT STAR LIST................................................................................................................................................................................. 38 BY KEYBOARD....................................................................................................................................................................................... 40 FORK MOUNT.......................................................................................................................................................................................... 36 GERMAN MOUNT................................................................................................................................................................................... 36 HOME........................................................................................................................................................................................................ 40 NGC/IC MESSIER..................................................................................................................................................................................... 39 PARKING.................................................................................................................................................................................................. 40 SOLAR SYSTEM...................................................................................................................................................................................... 39 USER CATALOG...................................................................................................................................................................................... 40 REFERENCE OBJECT.................................................................................................................................................................................. 36 TIMERS.......................................................................................................................................................................................................... 49 TRACKING SELECTION............................................................................................................................................................................. 43 ARBITRARY TRACKING ON BOTH AXES .............................................................................................................................................53 CONFIGURATION ...................................................................................................................................................................................... 51 EPHEMERIDES ........................................................................................................................................................................................... 52 SIDEREAL TRACKING IMPROVEMENT ................................................................................................................................................50 MOTORS............................................................................................................................................... CHOICE ........................................................................................................................................................................................................ 17 CONNECTION .............................................................................................................................................................................................. 18 O ON/OFF............................................................................................................................................ 16 ORGANIZATION OF PANELS AND ACTIVITIES...................................................................................21 P PALOMAR............................................................................................................................................. CONNECTORS................................................................................................................................................................................................ 8 DISPLAY....................................................................................................................................................................................................... 23 EDITING........................................................................................................................................................................................................ 24 AUTOREPEAT.......................................................................................................................................................................................... 25 COMMANDS ACCEPTED BY EDIT ..................................................................................................................................................... 25 FIRST INSTALLATION................................................................................................................................................................................ 26 BACKLASHES......................................................................................................................................................................................... 33 COMMANDS RECOGNIZED BY TUNEUP ..........................................................................................................................................30 DIRECTION OF ROTATION .................................................................................................................................................................. 31 MOUNTS RECOGNIZED BY WIZARD ................................................................................................................................................28 SLEWING SPEED ................................................................................................................................................................................... 32 TUNEUP .................................................................................................................................................................................................. 29 KEYBOARD.................................................................................................................................................................................................. 22 OVERVIEW..................................................................................................................................................................................................... 8 INTERACTIVE PHILOSOPHY ................................................................................................................................................................... 20 POWER SUPPLY................................................................................................................................ 14 PRECESSION EFFECTS......................................................................................................................85 PROPRIETARY REMOTE CONTROL.....................................................................................................81 PROPRIETARY SERIAL COMMANDS...................................................................................................60 CMF Read the set fractionation....................................................................................................................................................................... 67 DAC Set a voltage in one of two D/A converters............................................................................................................................................73 ECT Read the number of counts of encoders. ................................................................................................................................................69 EDE Enable or disable the reading of the encoders. .......................................................................................................................................74 EDR Read a real number from the EEPROM at the specified address ...........................................................................................................65 EDW Write a (64 bit) floating point number in the EEPROM........................................................................................................................64 EER Read a byte of the EEPROM at the specified address. ...........................................................................................................................64 EEW Write a byte in the EEPROM................................................................................................................................................................. 63 ELR Read a long word of the EEPROM at the specified address. ..................................................................................................................65 ELW Write a (16 bit) word in the EEPROM ..................................................................................................................................................64 ESF Set the sampling frequency of the encoders. ...........................................................................................................................................69 ETK Enable the tracking on an axis. .............................................................................................................................................................. 71 EWR Read a word of the EEPROM at the specified address. ........................................................................................................................65 EWW Write a (16 bit) word in the EEPROM ................................................................................................................................................63 FRC Set the fractionation.of the motors ......................................................................................................................................................... 67 GTL Read the inputs of the 4bit amplified port. .............................................................................................................................................73 GTL Read the joystick port. ........................................................................................................................................................................... 74 HST Return the temperature of the heatsink................................................................................................................................................... 61 ILP Read the port at 14 bit. ............................................................................................................................................................................ 66 IOP Read the opto-isolated inputs of the encoders. ........................................................................................................................................71 MEN Enabling motors. .................................................................................................................................................................................. 66 MMC Set the max current of the motors......................................................................................................................................................... 61 MPF Set the maximum frequency (MHz)....................................................................................................................................................... 68 OFF Turn off the PALOMAR......................................................................................................................................................................... 62 OLP Write the port at 16 bit. .......................................................................................................................................................................... 66 PCT Read the number of counts that motors have to run................................................................................................................................70 POS Run a slewing on both axes. ................................................................................................................................................................... 70 RES Reset the AMS........................................................................................................................................................................................ 68 REV Return the remote management program revision..................................................................................................................................61 RMC Return the current of the used motors....................................................................................................................................................62 RTC Read the internal clock. ......................................................................................................................................................................... 74 RTH Return the temperature threshold............................................................................................................................................................ 63 SEC Set the number of counts of the encoders................................................................................................................................................70 SEF Read the maximum sampling frequency of the encoders. .......................................................................................................................69 SID Set the identifier number. ........................................................................................................................................................................ 75 SME Read the activity of the motors. ............................................................................................................................................................. 67 SMF Read the maximum slewing frequency. .................................................................................................................................................68 SOC ON/OFF open collector output. ............................................................................................................................................................. 72 SRC set the internal clock. ............................................................................................................................................................................. 73 STO Write at 4bit wide on the TTL amplified port. .......................................................................................................................................72 THS Temperature threshold to start on the fan................................................................................................................................................62 TKS Check of tracking activity. ..................................................................................................................................................................... 71 TRK Set the tracking on both axes. ................................................................................................................................................................ 71 PROPRIETARY SERIAL PROTOCOL....................................................................................................58 R REMOTE CONTROL............................................................................................................................ 78 S SERIAL CABLE.................................................................................................................................. 12 SERIAL CONNECTION.......................................................................................................................54 PROGRAMMING CABLE............................................................................................................................................................................ 56 SIDEREAL TIME................................................................................................................................ 84 SIDEREAL TIME AND SOLAR TIME.....................................................................................................85 SOFTWARE UPDATE..........................................................................................................................76 SYSTEM MODELS................................................................................................................................ 7 BASE................................................................................................................................................................................................................ 7 GPS................................................................................................................................................................................................................... 7 SDK.................................................................................................................................................................................................................. 7 148 PALOMAR User Manual Rev. 1.3.4 – © DTA 2009-2010 All Rights Reserved