def _graph(arguments):
if not (arguments.show or arguments.save):
parser.error("You must choose --save or --show, otherwise whadya-want-from-me???")
if not arguments.index:
dataD = extractMetaData()
dataL = dataD.keys()
dataL.sort()
for dataA in dataL:
print '%s: %s'%(dataA, dataD[dataA])
chc = str( raw_input('\nEnter id (RET to exit): ') )
if len(chc)==0:
print 'exiting ... '
exit(0)
chc = int(chc)
print '\nYou chose %d: %s'%(chc, dataD[chc])
arguments.index = chc
xaxisD = {'cores': 'cores', 'tpc': 'threads_per_core', 'threads': 'total_threads', 'ppt': 'px_per_thread'}
if arguments.xaxis not in xaxisD.keys():
parser.error("--axis=XXX, XXX must be one of cores, tpc, threads, ppt")
print 'You selected index = %s'%arguments.index
try:
data = extractCols(arguments.index)
except NoSuchNodeError, e:
print e
exit(0)
def runTiming(arguments):
execData = {'blocks':arguments.blocksL,
'threads':arguments.threadsL}
print("Doing timing run, execData: "+str(execData)[0:64])+'...'
fractal_data.init()
for mode in arguments.modesL:
print "Mode "+str(mode)+":"
index=None
try:
index = fractal_data.cudaCollect(arguments.pos,arguments.zoom,arguments.dim,execData,mode=mode)
except Exception, e:
print e
raise
if arguments.show and index:
data = fractal_data.extractCols(index)
plot_data.makePlot(data,"results/", ylog=True, show=True, save=False)
