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| #!/usr/bin/python3
| from trisurf import tsmgr
| from trisurf import trisurf
| from trisurf import statistics
| from trisurf import analyses
|
| print("Running trisurf version "+ tsmgr.getTrisurfVersion())
| Runs=[]
| Nshell=25
|
| #--------- F = 0 ------------
| #kapa_list=[10,20,30,40,50]
| #p=[5,10,15,20,25]
|
| #N=5*Nshell**2+2
| #Nc_list=[int(N*pp/100) for pp in p]
|
| #for kapa in kapa_list:
| # for Nc in Nc_list:
| # run=trisurf.Runner(tape='tape_Nc'+str(Nc)+'_k'+str(kapa))
| # run.setMaindir(("N", "k", "V", "_Nc", "_c","_w"), ("nshell","xk0","constvolswitch","number_of_vertices_with_c0","c0", "w"))
| # run.setSubdir("run0")
| # Runs.append(run)
|
| #----------------------------
| #--------- F = 0 ------------
| kapa_list=[15,16,17,18,19,20,21,22]
| #p=[5,7.5,10,12.5]
| p=[8,8.5,9,9.5,10.5,11,11.5,12]
|
| N=5*Nshell**2+2
| Nc_list=[int(N*pp/100) for pp in p]
| #print(Nc_list)
|
| #spremenil sem, ker nimam vseh podatkov!!!
| kapa_list=[15,16,18,19,20,21,21,22]
| Nc_list=[156,234,312,390]
|
| for kapa in kapa_list:
| for Nc in Nc_list:
| #print('tape_Nc'+str(Nc)+'_k'+str(kapa))
| run=trisurf.Runner(tape='tape_Nc'+str(Nc)+'_k'+str(kapa))
| run.setMaindir(("N", "k", "V", "_Nc", "_c","_w"), ("nshell","xk0","constvolswitch","number_of_vertices_with_c0","c0", "w"))
| run.setSubdir("run0")
| Runs.append(run)
|
|
| #Here is how we wrap functions
| def plotvolume(run, **kwargs):
| from trisurf import analyses
| analyses.plotColumnFromPostProcess(run,column='Volume',**kwargs)
|
| def plotbondrate(run, **kwargs):
| from trisurf import analyses
| analyses.plotColumnFromPostProcess(run,column='VertexMoveSucessRate',filename='statistics.csv',**kwargs)
|
|
| #start manager with configured runs
| tsmgr.start(Runs, analyses={'demo':analyses.demo,'runningavg':analyses.plotrunningavginteractive, 'plothbar':analyses.plotColumnFromPostProcess, 'plotvol':plotvolume, 'plotbondrate':plotbondrate})
|
| #here is how we combine statistics of multiple runs
| #statistics.combine([Runs[1],Runs[2]])
|
|
