else:
extractStats = True
ave = []
if kpitype == "Slice":
d = pvutils.createSlice(metrichash, dataReader, readerDisplay,
individualImages)
elif kpitype == "Clip":
d = pvutils.createClip(metrichash, dataReader, readerDisplay,
individualImages)
elif kpitype == "Probe":
d = pvutils.createProbe(metrichash, dataReader)
elif kpitype == "Line":
d, ave = pvutils.createLine(metrichash, kpi, dataReader, outputDir)
elif kpitype == "StreamLines":
d = pvutils.createStreamTracer(metrichash, dataReader, readerDisplay,
individualImages)
elif kpitype == "Volume":
d = pvutils.createVolume(metrichash, dataReader)
elif kpitype == "Basic":
d = pvutils.createBasic(metrichash, dataReader, readerDisplay,
individualImages)
if kpifield == "None":
extractStats = False
if extractStats:
#pvutils.extractStatsOld(d, kpi, kpifield, kpiComp, kpitype, fp_csv_metrics, ave)
pvutils.extractStats(d, kpi, kpifield, kpiComp, kpitype,
fp_csv_metrics)
if individualImages:
if kpiimage != "None" and kpiimage != "" and kpiimage != "plot":
if kpiimage != "None" and kpiimage != "plot":
pvutils.adjustCamera(kpiimage, renderView1, metrichash)
print(kpi)
ave = []
if kpitype == "Slice":
d = pvutils.createSlice(metrichash, dataReader, readerDisplay)
elif kpitype == "Clip":
d = pvutils.createClip(metrichash, dataReader, readerDisplay)
elif kpitype == "Probe":
d = pvutils.createProbe(metrichash, dataReader)
elif kpitype == "Line":
d = pvutils.createLine(metrichash, dataReader, outputDir, caseNumber)
elif kpitype == "StreamLines":
d = pvutils.createStreamTracer(metrichash, dataReader, readerDisplay)
elif kpitype == "Volume":
d = pvutils.createVolume(metrichash, dataReader)
elif kpitype == "Basic":
d = pvutils.createBasic(metrichash, dataReader, readerDisplay)
if extractStats:
pvutils.extractStats(d, kpi, kpifield, kpiComp, kpitype,
fp_csv_metrics)
if kpiimage != "None" and kpiimage != "plot":
if not (os.path.exists(outputDir)):
os.makedirs(outputDir)
if caseNumber:
metrichash['imageName'] = metrichash['imageName'].format(
int(caseNumber))