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GUI for the performance analysis of pedelecs

Comparison(varargin) COMPARISON M-file for Comparison.fig
DriveCycle(varargin) DRIVECYCLE M-file for DriveCycle.fig
Models_Creation(varargin) MODELS_CREATION M-file for Models_Creation.fig
Performance_Parameters(vararg... PERFORMANCE_PARAMETERS M-file for Performance_Parameters.fig
Performance_Plots(varargin) PERFORMANCE_PLOTS M-file for Performance_Plots.fig
CreateKSImodels(models) model.X is the vector where ksi is calculated
CreateLSSVMeta(tradata,Z) CreateLSSVMeta(data,Z)
CreateLSSVMmodel(tradata) CreateLSSVMmodel(data,Z,)
Fslicesplot_torques(models,av... vslicesplot_forces
N2S(x) N2S converts error values for the traction force into slope % errors for
RMSEcalcul(model,testdata) RMSEcalcul(model)
RMSEcalculETA(model,testdata,... RMSEcalcul(model)
RMSEcalculKSI(ksimodel,testda...
Readdata(xlsfile,modes) Readdata(xlsfile,Z,vmax,Tmax,modes)
Readdatamode(xlsfile,sheet) Readdatamode(xlsfile)
Readdatamode2(xlsfile,sheet) Readdatamode(xlsfile)
ReqCycTorque(probdata)
Tslicesplot_SA(model1,model2,... vslicesplot_forces
Tslicesplot_forces(model1,mod... vslicesplot_forces
Tslicesplot_ksi(models,avail,... vslicesplot_ksi(ksimodel,avail,what,v,Z,tit)
Tslicesplot_ksi2(ksimodel,ava... vslicesplot_ksi(ksimodel,avail,what,v,Z,tit)
constantwatt(model,Z,P,ds) constantwatt(model,Z,P) selects the values from the model in the operation points
constantwattSA(model,Z,P,ds,m... constantwattSA(model,Z,P) selects the slope ability values from the model in the operation points
constantwattksi(modelZA,model... constantwatt(model,Z,P) selects the values from the model in the operation points
constantwattksi(modelZA,model... constantwatt(model,Z,P) selects the values from the model in the operation points
contourplot_SA(model,Z,mtot,v... PLOT_FORCES3D
contourplot_forces(ksimodel,m... contourplot_forces
contourplot_forces(model,Z,vm... PLOT_FORCES3D
contourplot_torques(model,Z,v... PLOT_FORCES3D
lookfor1(x,y,z)
lookfor2(x,y,z,MA)
lookfor2a(x,y,MA)
lookfor3(x,y,z,MA)
lookfora(x,y)
makeCTmodels2(probdata)
meshtest(model,Z,vmax,Tmax,Pm... PLOT_FORCES
plot_SA3D(model,Z,mtot,vmax,T... PLOT_SA3D
plot_SA3D_more(model1,model2,... PLOT_SA3D
plot_eta3D(model,Z,vmax,Tmax,... PLOT_eta3D
plot_forces3D(model,Z,vmax,Tm... PLOT_FORCES3D
plot_forces3D_1color(model,Z,... PLOT_FORCES3D
plot_forces3D_more(model1,mod... PLOT_FORCES3D
plot_ksi3D(ksimodel,avail,wha... PLOT_ksi3D
plot_torques3D(model,Z,vmax,F... PLOT_FORCES3D
plot_torques3D_more(models,av... PLOT_FORCES3D
plot_torques3D_more(models,av... PLOT_FORCES3D
search_save_models(dir) looks for models (modelZA, modelMAe, modelMAn, modelMAp, modelETA,
search_save_models(dir) looks for models (modelZA, modelMAe, modelMAn, modelMAp, modelETA,
select_model(PP,mode,avail) select_model
select_model2(PP,mode,avail) select_model
vslicesplot_SA(model1,model2,... vslicesplot_SA
vslicesplot_forces(model1,mod... vslicesplot_forces
vslicesplot_ksi(ksimodel,avai... vslicesplot_ksi(ksimodel,avail,what,v,Z,tit)
vslicesplot_torques(models,av... vslicesplot_forces
cycle(cycle1,deltat,name) creates a drive cycle object (class 'cycle') starting from
cycleforces(cycle1,frontarea,... CYCLESFORCES
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GUI for the performance analysis of pedelecs

by Jan Cappelle

29 Nov 2007 (Updated 29 Nov 2007)

Modeling the behaviour of electric bicycles

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Description

When measurement data for bicycle speed, pedal torque and traction force are available for a given PEDal ELectric Cycle (=pedelec or E-PAC: electrically power-assisted bicycle) this graphical user interface analyses the performance of this pedelec.

The GUI is to be used together with the LS-SVM toolbox. This toolbox can be downloaded for free from http://www.esat.kuleuven.ac.be/sista/lssvmlab/
The pedelec toolbox is equipped with all the function files and required manipulations for the visualisation and interpretation of the measurement data. These both toolboxes should be stored in the `matlabroot/toolbox' path in order to let the GUI work properly.
The GUI is set-up around 5 programfiles or m-files, preferably executed in the given order:
Models_Creation.m for the creation of the LS-SVM models, Performance_Plots.m for the creation of the performance plots, DriveCycle.m for the creation and analysis of a user defined drive cycle, Performance_Parameters.m for the calculation of the performance parameters and Comparison.m for the comparison of the performance of different pedelecs

MATLAB release

MATLAB 7.1.0 (R14SP3)

Other requirements

LS-SVM toolbox

Tags for This File
Everyone's Tags	electric bicycle(2), example(2), gui, gui tools, lssvm, pedelec, performance
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Comments and Ratings (1)
19 May 2008	Zhang De-xiang	Very, very good

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Tag Activity for this File
Tag	Applied By	Date/Time
gui tools	Jan Cappelle	22 Oct 2008 09:37:08
example	Jan Cappelle	22 Oct 2008 09:37:08
gui	Jan Cappelle	22 Oct 2008 09:37:08
pedelec	Jan Cappelle	22 Oct 2008 09:37:08
performance	Jan Cappelle	22 Oct 2008 09:37:08
electric bicycle	Jan Cappelle	22 Oct 2008 09:37:08
lssvm	Jan Cappelle	22 Oct 2008 09:37:08
electric bicycle	NIA	19 May 2009 10:51:49
example	Nanjing	22 Apr 2011 02:35:10

Highlights from GUI for the performance analysis of pedelecs

GUI for the performance analysis of pedelecs

Highlights from
GUI for the performance analysis of pedelecs