for stepNum in xrange(len(stepKeys)):
stepKey = stepKeys[stepNum]
for fieldKey in fields.keys():
for frameNum in range(len(odb.steps[stepKeys[stepNum]].frames)):
path = ("reports/{0}_instance-{1}_step-{2}_frame-{3}_var-{4}.frpt"
.format(
simName,
instance,
stepNum,
frameNum,
fieldKey,))
abqpostproc.write_field_report(odb = odb,
path = path,
label = fieldKey,
argiope_class = fields[fieldKey]["argiope"]["class"],
variable = fields[fieldKey]["abq"],
instance = instance,
output_position = NODAL,
step = stepNum,
frame = frameNum)
"""
nf = NumberFormat(numDigits=9, precision=0, format=SCIENTIFIC)
session.fieldReportOptions.setValues(
printTotal=OFF,
printMinMax=OFF,
numberFormat=nf)
for instance in instances:
leaf = dgo.LeafFromPartInstance(partInstanceName = instance)
from abaqusConstants import *
import visualization
import xyPlot
import displayGroupOdbToolset as dgo
import __main__
from argiope.abq.abqpostproc import write_xy_report, write_field_report
path = 'indentation_demo.odb'
o1 = session.openOdb(name = path)
session.viewports['Viewport: 1'].setValues(displayedObject=o1)
odb = session.odbs[path]
# XY DATA
write_xy_report(odb, "history.rpt", tags = (
'Contact pressure: CPRESS ASSEMBLY_I_SAMPLE_SURFACE/ASSEMBLY_I_INDENTER_SURFACE_FACES PI: I_SAMPLE Node 1',
'Contact pressure: CPRESS ASSEMBLY_I_SAMPLE_SURFACE/ASSEMBLY_I_INDENTER_SURFACE_FACES PI: I_SAMPLE Node 4'),
columns = ("CPRESS_n1", "CPRESS_n4"),
steps = ('LOADING1', 'LOADING2'))
variable = (('S', INTEGRATION_POINT, ((COMPONENT,
'S11'), (COMPONENT, 'S22'), (COMPONENT, 'S33'), (COMPONENT, 'S12'), )), )
write_field_report(odb,
path = "S.rpt",
variable = variable,
instance = 'I_SAMPLE',
output_position = NODAL,
step = -1 ,
frame = -1)