Loading scripts/sas-temper +6 −6 Original line number Diff line number Diff line Loading @@ -47,20 +47,20 @@ models_usm = np.empty(sasTemperConf.models, "object") # seed the random number generator np.random.seed(int(tm.time()) + int(os.getpid())) # add a little feedback to the user print('model started:', end='', flush=True) # this loop creates the set of models for i in range(0,sasTemperConf.models): # add a little feedback to the user feedbk = "model %d started" %(i+1) print(str(feedbk), end='', flush=True) results[i], models[i], models_usm[i] = engine.sa_control(sasTemperConf,modelConf,experimentalData) #output the results of the single fitting output.outputSingleRes(sasTemperConf, experimentalData, models[i], i, results[i]) # add a little feedback to the user if ((i+1) % 10==0): print('#', end='', flush=True) # and output the analysis of the set of models found, # but only if you are generating more than 3 models. Loading Loading
scripts/sas-temper +6 −6 Original line number Diff line number Diff line Loading @@ -47,20 +47,20 @@ models_usm = np.empty(sasTemperConf.models, "object") # seed the random number generator np.random.seed(int(tm.time()) + int(os.getpid())) # add a little feedback to the user print('model started:', end='', flush=True) # this loop creates the set of models for i in range(0,sasTemperConf.models): # add a little feedback to the user feedbk = "model %d started" %(i+1) print(str(feedbk), end='', flush=True) results[i], models[i], models_usm[i] = engine.sa_control(sasTemperConf,modelConf,experimentalData) #output the results of the single fitting output.outputSingleRes(sasTemperConf, experimentalData, models[i], i, results[i]) # add a little feedback to the user if ((i+1) % 10==0): print('#', end='', flush=True) # and output the analysis of the set of models found, # but only if you are generating more than 3 models. Loading