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Download - Reyburn CyberTuner
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102 102 To calculate a theoretical partial ladder to compare to the “real” one, start with the inharmonicity constant (Ic) derived from scale data: To calculate a theoretical partial ladder to compare to the “real” one, start with the inharmonicity constant (Ic) derived from scale data: Partial Ladder Series Partial Ladder Series 16th partial 15th partial 14th partial 13th partial 12th partial 11th partial 10th partial 9th partial 8th partial 7th partial 6th partial 5th partial 4th partial 3rd partial 2nd partial 1st partial 16th partial 15th partial 14th partial 13th partial 12th partial 11th partial 10th partial 9th partial 8th partial 7th partial 6th partial 5th partial 4th partial 3rd partial 2nd partial 1st partial Ic *255 Four octaves Ic *224 - 11.8113 Three octaves + major seventh Ic *195 - 31.1741 Three octaves + minor seventh Ic *168 + 39.6006 Three octaves + sixth Ic *143 + 1.955 Three octaves + fifth Ic *120 + 49.8404 Three octaves + major fourth Ic * 99 - 13.686 Three octaves + major third Ic * 80 + 3.9012 Three octaves + major second Ic * 63 Three octaves Ic * 48 - 31.1741 Two octaves + seventh Ic * 35 + 1.955 Two octaves + fifth Ic * 24 - 13.686 Two octaves + major third Ic * 15 Two octaves Ic * 8 + 1.955Octave + fifth Ic * 3 One octave 0 Fundamental Ic *255 Four octaves Ic *224 - 11.8113 Three octaves + major seventh Ic *195 - 31.1741 Three octaves + minor seventh Ic *168 + 39.6006 Three octaves + sixth Ic *143 + 1.955 Three octaves + fifth Ic *120 + 49.8404 Three octaves + major fourth Ic * 99 - 13.686 Three octaves + major third Ic * 80 + 3.9012 Three octaves + major second Ic * 63 Three octaves Ic * 48 - 31.1741 Two octaves + seventh Ic * 35 + 1.955 Two octaves + fifth Ic * 24 - 13.686 Two octaves + major third Ic * 15 Two octaves Ic * 8 + 1.955Octave + fifth Ic * 3 One octave 0 Fundamental from Steve Fairchild’s class notes handout, July 1990, Dallas PTG convention. from Steve Fairchild’s class notes handout, July 1990, Dallas PTG convention. AGC AGC stands for Automatic Gain Control. When AGC is enabled, notes played at low volumes are automatically boosted and therefore more apt to trigger recording. RCT has its own software AGC which works just fine on computers that don’t have hardware AGC. On older Mac PowerBooks, hardware AGC is enabled in Ch2 and CE at all times. AGC is optional in PAZ and should be turned off only to allow for unusual situations such as noisy environments, or to give you more control over sampling volume. RCT 1.1 and earlier did not make use of any hardware AGC. AGC AGC stands for Automatic Gain Control. When AGC is enabled, notes played at low volumes are automatically boosted and therefore more apt to trigger recording. RCT has its own software AGC which works just fine on computers that don’t have hardware AGC. On older Mac PowerBooks, hardware AGC is enabled in Ch2 and CE at all times. AGC is optional in PAZ and should be turned off only to allow for unusual situations such as noisy environments, or to give you more control over sampling volume. RCT 1.1 and earlier did not make use of any hardware AGC. Printing and saving with PAZ To print a PAZ reading, select Print... under the File menu. Currently, RCT does not save PAZ readings with the normal Save... command under the File menu. Instead, you can save a picture of a PAZ reading by creating and saving a picture of your Computer’s screen on your hard drive. Printing and saving with PAZ To print a PAZ reading, select Print... under the File menu. Currently, RCT does not save PAZ readings with the normal Save... command under the File menu. Instead, you can save a picture of a PAZ reading by creating and saving a picture of your Computer’s screen on your hard drive. Macintosh Press the key combination Command-shift-3. The Mac will make a Ka-Click sound (like a camera shutter) as it takes the picture. A “screen shot” of whatever is currently displayed on your computer’s screen will be saved to your hard drive (at the root level) and named “Picture 1” or a higher number if necessary. You can view these screen shots in Simple Text or most graphic applications (where you can edit them too.) In the Finder, you may wish to re-name this PAZ screen shot (e.g., “Steiger ser# 12345”) and move it to another folder. Macintosh Press the key combination Command-shift-3. The Mac will make a Ka-Click sound (like a camera shutter) as it takes the picture. A “screen shot” of whatever is currently displayed on your computer’s screen will be saved to your hard drive (at the root level) and named “Picture 1” or a higher number if necessary. You can view these screen shots in Simple Text or most graphic applications (where you can edit them too.) In the Finder, you may wish to re-name this PAZ screen shot (e.g., “Steiger ser# 12345”) and move it to another folder. Windows Save a PAZ screen by pressing the Print Screen key. On laptops it may be named “PrtSc” or “PrntScrn”. This key is usually located near the F12 key. Next, and before doing anything else, open a paint program such as Microsoft Paint and press Ctrl-V. After pasting the screenshot into MS-Paint, you can edit, save, and print the picture. Windows Save a PAZ screen by pressing the Print Screen key. On laptops it may be named “PrtSc” or “PrntScrn”. This key is usually located near the F12 key. Next, and before doing anything else, open a paint program such as Microsoft Paint and press Ctrl-V. After pasting the screenshot into MS-Paint, you can edit, save, and print the picture.
