SOLVER_TYPE = constants.PAMCRASH
ENTITY_TYPES = ['SHELL', 'MEMBRANE', 'SOLID']
# ==============================================================================
# Update this dictionary to load check automatically
checkOptions = {
'name': 'Check materials with a checking list (ABA/PAM/NAS) - SKODA: 23C',
'exec_action': ('exe', os.path.realpath(__file__)),
'fix_action': ('fix', os.path.realpath(__file__)),
'deck': CheckItem.SOLVER_TYPE,
'requested_types': CheckItem.ENTITY_TYPES,
'info': 'Checks materials'
}
checkDescription = base.CheckDescription(**checkOptions)
# Add parameters
checkDescription.add_str_param('Number of segments', '5')
checkDescription.add_str_param('Segment of material name', '5')
checkDescription.add_str_param('Type of loadcase', 'SK3165_+23')
checkDescription.add_str_param('Solver', 'PAMCRASH')
checkDescription.add_str_param(
'Matching list',
'/data/fem/+software/SKODA_INCLUDE/white_list_bumpers_SK316')
checkDescription.add_str_param('Delimiter for part name', '__')
# ==============================================================================
if __name__ == '__main__' and DEBUG:
continue
for ent in ents:
success = ent.set_entity_values(4, field)
if success == 0:
print ('The name was fixed' + issue.suggest_name)
issue.is_fixed = True
# ==============================================================================
# Update this dictionary in order to load this check automatically!
checkOptions = {'name': 'Check TIEDs for SKODA (PAM)',
'exec_action': ('exe', os.path.realpath(__file__)),
'fix_action': ('fix', os.path.realpath(__file__)),
'deck': CheckItem.SOLVER_TYPE,
'requested_types': CheckItem.ENTITY_TYPES,
'info': 'Checks TIEDs'}
checkDescription = base.CheckDescription(**checkOptions) # load check into ANSA
# Add parameter
checkDescription.add_str_param('Include prefix', 'FEN')
# ==============================================================================
if __name__ == '__main__' and DEBUG:
testParams = {
'Include prefix': 'FEN'}
check_base_items.debugModeTestFunction(CheckItem, testParams)
# ==============================================================================