Download - eCoMove

D550.58 (D5.8)
Setup, manual and
experiences with the traffic management and
control applications
double vel[0..n-1]: velocity series [km/h]
double acc[0..n-1]: acceleration series [m/s2]
double inc[0..n-1]: inclination series [% height:distance]
int veh: passenger car: 1, medium truck: 2, heavy truck: 3, bus: 4
int check: check code (reproduce supplied code on application side)
OUTPUT:
double emi[0..3]: emissions in grams (CO2: 0, NOx: 1, PM10: 2)
Macro
How to run CO2eCoMove_P.m
A complete set of routines and files to run CO2eCoMove_P.p is found in the archive
‘eCoMove p-files 4 DynaSmart.zip’, which is delivered with the Matlab Routine (see
Figure 25 for the list of files). The recipe to install and run the routines is simple and
straightforward.
 Unzip the archive in a local folder.
 Start Matlab and go to the previously mentioned local folder or include it in
your Matlab path.
 Start the emission addition routine CO2eCoMove_P.p by issuing the
command d = co2ecomove_p;
 Doing this without any input arguments will execute the routine with all
defaults.
 In the archive a sample DynaSmart output file for testing
'DynaSmartOutputDataFull.csv' is included and this is then used.
 Depending on the speed of your PC, CO2eCoMove_P will take between 3 and
6 minutes (or longer if you have a very slow PC) to process the csv-file and
besides the output struct d may yield 3 output files, i.e.
o DynasmartOutputDataFull_PlusEmissions.mat
o DynasmartOutputDataFull_PlusEmissions.xlsx
o DynasmartOutputDataFull_PlusEmissions.csv
 In principle these contain the same information albeit in different formats.
 For eCoMove the most important information is the total emission of CO2 per
link per time period, which in the xlsx-file can be found in column O.
 Next, that information can be extracted as a 2D matrix, with time and link
number along the vertical resp. horizontal axes, very easily with the routine
get2dpar.p by issuing the command d2 = get2dpar(d);
 The routine can optionally store the 2D matrix contained in struct d2 as a matfile, e.g. ‘DynasmartOutputDataFull_CO2_E_Link_Total_(g)_2D.mat’,
 Also it can make a 2D colour plot of the CO2 emissions per link per time
period as a function of time.
 For more details, see session clipping in section 3. Session Example.
26/06/2013
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Version 1.0 (final)