from classes.conditionCreator import ConditionCreator
from classes.processCreator import ProcessCreator
from classes.classMemberCreator import ClassMemberCreator
from classes.variableCreator import VariableCreator
from applicationGenerator import ApplicationGenerator
# Read the application name and generate Camel, Caps and Low
appCamel = sys.argv[1]
# Fetch the applications directory
debugApp = ApplicationGenerator(appCamel)
# Add KratosVariables
debugApp.AddVariables([
VariableCreator(name='1DVariable', vtype='double'),
VariableCreator(name='3DVariable', vtype='int', is3D=True),
])
# Add test element
debugApp.AddElements([
ElementCreator('CustomTestElement').AddDofs(['DOF_1', 'DOF_2']).AddFlags(
['FLAG_1', 'FLAG_2']).AddClassMemberVariables([
ClassMemberCreator(name='Variable1',
vtype='double *',
default='nullptr'),
ClassMemberCreator(name='Variable2', vtype='int', default='0'),
ClassMemberCreator(name='Variable3',
vtype='std::string &',
default='0'),
# ClassMemberCreator(name='Warnvar1', vtype='std::string &',)
if len(sys.argv) != 2:
print("Error: Invalid usage.\nPlease call this script with your application name (in camelCase) like this: ")
print("python createApplication.py MyNewApplication")
exit()
# Read the application name and generate Camel, Caps and Low
appNameCamel = sys.argv[1]
# Fetch the applications directory
debugApp = ApplicationGenerator(appNameCamel)
# Add KratosVariables
debugApp.AddVariables([
VariableCreator(name='DOF_1', vtype='double'),
VariableCreator(name='DOF_2', vtype='double'),
VariableCreator(name='ScalarVariable', vtype='double'),
VariableCreator(name='VectorVariable', vtype='double', is3D=True),
])
# Add test element
debugApp.AddElements([
ElementCreator('CustomTestElement')
.AddDofs(['DOF_1', 'DOF_2'])
.AddFlags(['FLAG_1', 'FLAG_2'])
.AddClassMemberVariables([
ClassMemberCreator(name='VariableA', vtype='double *', default='nullptr'),
ClassMemberCreator(name='VariableB', vtype='int', default='0'),
ClassMemberCreator(name='VariableC', vtype='std::string', default='"Usefull String"'),
])
from classes.conditionCreator import ConditionCreator
from classes.processCreator import ProcessCreator
from classes.classMemberCreator import ClassMemberCreator
from classes.variableCreator import VariableCreator
from applicationGenerator import ApplicationGenerator
# Read the application name and generate Camel, Caps and Low
appCamel = "MyLaplacian"
# Fetch the applications directory
debugApp = ApplicationGenerator(appCamel)
# Add KratosVariables
debugApp.AddVariables([
VariableCreator(name='MY_SCALAR', vtype='double'),
VariableCreator(name='MY_VECTOR', vtype='int', is3D=True),
])
# Add test element
debugApp.AddElements([
ElementCreator('MyLaplacianElement')
.AddDofs(['TEMPERATURE'])
.AddDofs(['MY_SCALAR'])
.AddFlags([])
.AddClassMemberVariables([])
])
# debugApp.AddConditions([
# ConditionCreator('MyFaceCondition')
# .AddDofs(['TEMPERATURE'])
from applicationGenerator import ApplicationGenerator
if len(sys.argv) != 2:
print("Error: Invalid usage.\nPlease call this script with your application name (in camelCase) like this: ")
print("python laplacian_application_example.py MyNewApplication")
exit()
# Read the application name and generate Camel, Caps and Low
appNameCamel = sys.argv[1]
# Fetch the applications directory
debugApp = ApplicationGenerator(appNameCamel)
# Add KratosVariables
debugApp.AddVariables([
VariableCreator(name='MY_SCALAR', vtype='double'),
])
# Add test element
debugApp.AddElements([
ElementCreator('LaplacianElement')
.AddDofs(['TEMPERATURE'])
.AddFlags([])
.AddClassMemberVariables([])
])
debugApp.AddConditions([
ConditionCreator('PointSourceCondition')
.AddDofs(['TEMPERATURE'])
.AddFlags([])
])