def merge_data_filenames(filelist, outputfile):
print "The following input files were found:\n"
for f in filelist:
print "\t - %s" % f
data = OrderedDict()
attrs = OrderedDict()
for f in filelist:
data[f], attrs[f] = hdf5.load(f)
hdf5.save(outputfile, *merge_data(data, attrs))
msg.info("Done")
msg.list_dataset(data)
check.key_exists(match, data, filename)
if keys:
msg.info("Using only: " + keys)
update_data(data, [k.strip() for k in keys.split(',')], args.match)
return data
if __name__ == '__main__':
msg.box("HDF5 MANIPULATOR: COMBINE")
args = parser()
data1 = get_data(args.input1, args.match, args.keys1)
data2 = get_data(args.input2, args.match, args.keys2)
check.different_keys(data1, data2, args.match)
data = merge_data(data1, data2, args.match,
args.print_warnings, args.show_progress)
print "\nThe following datasets will be saved in %s:\n" % args.output
msg.list_dataset(data)
hdf5.save(args.output, data)
msg.info("Done")
start=dt.datetime.now()#start is the precise moment where we begin the rayshooting
#rayShooting()#execute rayShooting with datas in Donnees
raysMatrix,raysIndex=rayShooting()
duration=dt.datetime.now()-start
print("ray shooting done")
print("{} rays between {} and {} rad".format(nbRay,-angleMax,angleMax))
print("Execution time: {}".format(duration))
raysData=np.array([])
if caracteristic:
raysData=rc.RaysData(raysMatrix,raysIndex,fV)
sb.run(["powercfg","/X","standby-timeout-ac","15"])#restablish the
#standby parameter
#the number is the time (in minutes) you want your computer goes on stanby
#when he is plugged
if plotting or savePlot:
rayPlotting.plot(raysMatrix,distance,height,fmt,nbPoint,lineColor,lineWidth,name,savePlot,plotting)
if hdf5Saving==True:
hdf5.save(raysMatrix,raysIndex,raysData, path, name)
#sb.run("pause",shell=True)
for key in data_list[f]:
data[key] = np.append(data[key], data_list[f][key], axis=0)
return data
if __name__ == '__main__':
print("HDF5 MANIPULATOR: MERGE")
args = parser()
filelist = get_filelist([f.strip() for f in args.input_files.split(',')])
if not filelist:
msg.error("No files matching --input were found.")
sys.exit(1)
print "The following input files were found:\n"
for f in filelist:
print "\t - %s" % f
data = OrderedDict()
for f in filelist:
data[f] = hdf5.load(f)
hdf5.save(args.output, merge_data(data))
msg.info("Done")
