ABAQUS Python终止：Abaqus命令提示符索引器中脚本中止错误1

我得到错误IndexError: -1

我试图在命令提示符下运行Python脚本。当我在Abaqus CAE中运行它时，它是有效的。当我尝试使用不带GUI的命令提示符运行时，我得到了错误。在

我可以完成这项工作，但我的脚本也会打开输出数据库。在这一步出现错误。在

我试过在谷歌上搜索，但没有变得更聪明。这在Python中通常意味着什么？为什么我的脚本在abaqus中工作，但命令提示符只运行了一半？在

谢谢你！在from time import gmtime, strftime

import time, os

from abaqus import *

from part import *

from material import *

from section import *

from assembly import *

from step import *

from interaction import *

from load import *

from mesh import *

from job import *

from sketch import *

from visualization import *

from connectorBehavior import *

from odbAccess import *

mdb = openMdb(pathName='X:\MinPreload-VaryingBC')

modelName = 'minPreload'

cMdb = mdb.models[modelName]

date = strftime("%Y-%d-%b", gmtime())

logPath_bu = 'C:\Users\yyt\maxMin-%s.txt' %date

logObj_bu = open(logPath_bu, 'a')

TopOfThePage = 'JobName\tCFNM at Preload\tTime Finished\tPreload\n\n'

logObj_bu.write(TopOfThePage)

logObj_bu.close()

output = open('C:\yyt\Output-%s.txt' %date, 'a')

output.write('Job \t\t\t'+'PS723\t\t'+'PS721\t\t'+'PL\t\t'+'FRIC\n\n')

output.close()

jobName = ""

maxCf = 0.0

#Temperature

minTemp = -49

maxTemp = 101

temperature = [minTemp, maxTemp]

bcTemp = 'Temperature'

#Friction

friction = [0.1, 0.1, 0.2, 0.2, 0.3, 0,3, 0.4, 0,4, 0.5, 0.5]

interactionProperty = 'Contact Seal Coupler'

#PressureSwitcher

Pressure = True

internalPressure = 76

cMdb.loads['IP'].resume('Pressure')

internalPressBC = cMdb.loads['IP']

setInternalPressureBC = internalPressBC.setValues(magnitude=internalPressure)

externalPressure = 33

cMdb.loads['ExtP'].resume('Pressure')

externalPressBC = cMdb.loads['ExtP']

setExternalPressureBC = externalPressBC.setValues(magnitude=externalPressure)

# Preload

adjustedPreload = 0

PLipht = 10

PLiplt = 10

PLextpht = 10

PLextplt = 10

for temp in temperature:

output = open('C:\yyt\Output-%s.txt' %date, 'a')

output.write('\n')

output.close()

tempBC = cMdb.boundaryConditions[bcTemp]

setTemp = tempBC.setValues(magnitude=temp)

if temp == minTemp:

adjustedPreload = 0.10315

else:

adjustedPreload = -0.21288

for fric in friction:

tangProp = cMdb.interactionProperties[interactionProperty].tangentialBehavior

tangProp.setValues(table=((fric,),))

if Pressure:

cMdb.loads['IP'].resume('Pressure')

cMdb.loads['ExtP'].suppress('Pressure')

press = 'IP'

else:

cMdb.loads['ExtP'].resume('Pressure')

cMdb.loads['IP'].suppress('Pressure')

press = 'ExtP'

if temp == maxTemp and Pressure:

PLi = PLipht

elif temp == minTemp and Pressure:

PLi = PLiplt

elif temp == maxTemp and Pressure:

PLi = PLextpht

elif temp == minTemp and Pressure:

PLi = PLextplt

for PL in range (PLi, 100):

axPL = float(PL)/100

preloadBC = cMdb.boundaryConditions['axial_move']

setPreloadBC = preloadBC.setValuesInStep('Pre', u2=axPL)

clampBC = cMdb.boundaryConditions['clamp']

modifyBottomCoupler = clampBC.setValuesInStep('Temp', -adjustedPreload )

setPreloadBC = preloadBC.setValuesInStep('Temp', u2=(axPL+adjustedPreload))

#Create a job

fricInt = fric*10

jobName = date + '_%dC-0_%df-%s-0_%dPLl' %(temp, fricInt, press, PL)

mdb.Job(model=modelName, name=jobName)

#submit Job

mdb.jobs[jobName].submit(consistencyChecking=OFF)

#Wait for job to complete

status = str(mdb.jobs[jobName].messages[-1].type)

mdb.jobs[jobName].waitForCompletion()

#Collect data from job

lastStepName = 'Pressure'

odb = session.openOdb(name=jobName+'.odb')

region = odb.steps[lastStepName].historyRegions['NodeSet Z000002']

region2 = odb.steps[lastStepName].historyRegions['NodeSet Z000001']

CFNM1 = region.historyOutputs['CFNM ASSEMBLY_SLAVEBOT/ASSEMBLY_MASTERBOT'].data

CFNM2 = region2.historyOutputs['CFNM ASSEMBLY_SLAVESURFTOP/ASSEMBLY_MASTERTOP'].data

for i, var in enumerate(CFNM1):

if i == len(CFNM1) - 1:

maxCf1 = var[-1]

print str(maxCf1) + 'CFNM1 724/723'

for i, var in enumerate(CFNM2):

if i == len(CFNM2) - 1:

maxCf2 = var[-1]

print str(maxCf2) + 'CFNM2 722/721'

output = open('C:\yyt\Output-%s.txt' %date, 'a')

output.write(jobName+'\t\t'+str(maxCf1)+'\t\t'+str(maxCf2)+'\t\t'+'0.'+str(PL)+'\t\t'+str(fric)+'\n')

output.close()

if maxCf1 >= 10000 and maxCf2 >= 10000:

time_done = strftime("%H:%M:%S", gmtime())

logObj_bu = open(logPath_bu, 'a')

logObj_bu.write(jobName+'\t'+' CFNM1 = ' + str(maxCf1)+' CFNM2 = ' + str(maxCf2)+'\t' + time_done + '%d\n\n' %PL)

logObj_bu.close()

Pressure = not Pressure

if temp == maxTemp and Pressure:

PLipht = axPL-0.02

elif temp == minTemp and Pressure:

PLiplt = axPL-0.02

elif temp == maxTemp and Pressure:

PLextpht = axPL-0.02

elif temp == minTemp and Pressure:

PLextplt = axPL-0.02

break

我得到了什么

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