def test_definition():
with CATIADocHandler(cat_part) as handler:
part_product = handler.document.product()
assert 'No defintion declared.' == part_product.definition
part_product.definition = 'new definition'
assert 'new definition' == part_product.definition
def test_part_number():
with CATIADocHandler(cat_part) as handler:
part_product = handler.document.product()
assert 'CF_catia_measurable_part' == part_product.part_number
part_product.part_number = 'new_part_number'
assert 'new_part_number' == part_product.part_number
def test_revision():
with CATIADocHandler(cat_part) as handler:
part_product = handler.document.product()
assert 'A' == part_product.revision
part_product.revision = 'B'
assert 'B' == part_product.revision
def test_get_bodies_names():
with CATIADocHandler(cat_part) as handler:
document = handler.document
part = document.part()
body_names = part.get_bodies_names()
assert body_names[0] == 'PartBody'
assert body_names[1] == 'AnotherPartBody'
def test_search_for_items():
with CATIADocHandler(cat_part) as handler:
document = handler.document
# search for all points
selection_items = document.search_for_items(document,
['Point', 'Line'])
assert len(selection_items) == 16
def test_orientation():
with CATIADocHandler(cat_drawing) as handler:
catia = handler.catia
drawing = DrawingRoot(catia)
sheets = drawing.sheets
sheet_1 = sheets[0]
assert sheet_1.orientation == 'catPaperLandscape'
sheet_1.orientation = 0
assert sheet_1.orientation == 'catPaperPortrait'
def test_get_axes_names():
with CATIADocHandler(cat_part) as handler:
document = handler.document
part = document.part()
axes_names = part.get_axes_names()
assert axes_names[0] == 'Axis System.3'
assert axes_names[1] == 'Axis System.4'
def test_in_work_object():
with CATIADocHandler(cat_part) as handler:
part = handler.document.part()
planes_hybrid_body = part.get_hybrid_body_by_name('Planes')
part.in_work_object = planes_hybrid_body
assert part.in_work_object.name == 'Planes'
def test_create_geometrical_set():
with CATIADocHandler(cat_part_measurable) as caa:
document = caa.document
part = document.part()
hybrid_bodies = part.hybrid_bodies
geometrical_set = hybrid_bodies.add()
geometrical_set.name = 'lala'
assert geometrical_set.name == 'lala'
def test_scale():
with CATIADocHandler(cat_drawing) as handler:
catia = handler.catia
drawing = DrawingRoot(catia)
sheets = drawing.sheets
sheet_1 = sheets[0]
assert sheet_1.scale == 1.0
sheet_1.scale = 2.0
assert sheet_1.scale == 2.0
def test_open_document():
# This assertion has been removed as my version of CATIA keeps an open link to ABQMaterialPropertiesCatalog.CATfct
# once the document is closed. I don't know if this is a CATIA bug or `feature` to keep the linked item loaded.
# assert documents.documents.Count == 0
with CATIADocHandler(cat_part) as handler:
document = handler.document
assert document.name in cat_part
assert f'Document() name: {document.name}' == document.__repr__()
def test_view_scale():
with CATIADocHandler(cat_drawing) as handler:
sheets = DrawingRoot(handler.catia).sheets
sheet_1 = sheets[0]
views = sheet_1.views
view = views.get_view_by_name('Isometric view')
assert view.scale == 1.0
view.scale = 2.0
assert view.scale == 2.0
def test_relations_create_horizontal_design_table():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
relations = part.relations
design_table = relations.create_horizontal_design_table('new-design-table', 'this is a comment', True,
design_table_1)
assert design_table.name == 'new-design-table'
def test_create_real():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
new_list = parameters.create_real('new_real', 5.4)
assert new_list.name == rf'{part.name}\new_real'
assert new_list.value == 5.4
def test_all_parameters():
with CATIADocHandler(cat_part_measurable) as caa:
document = caa.document
part = document.part()
parameters = part.parameters
all_parms = parameters.all_parameters()
assert all_parms[
0].name == r'cat_part_measurable\PartBody\Pad.1\FirstLimit\Length'
def test_create_int():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
new_int_parm = parameters.create_integer('new_int', 30)
assert new_int_parm.name == rf'{part.name}\new_int'
assert new_int_parm.value == 30
def test_create_boolean():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
new_boolean_parm = parameters.create_boolean('new_boolean', True)
assert new_boolean_parm.name == rf'{part.name}\new_boolean'
assert new_boolean_parm.value is True
def test_create_string():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
new_string = parameters.create_string('new_string', "this is a string")
assert new_string.name == rf'{part.name}\new_string'
assert new_string.value == "this is a string"
def test_full_name():
with CATIADocHandler(cat_product) as caa:
document = caa.document
product = document.product()
products = product.get_products()
for product in products:
if product.is_catpart():
part = Part(product.product)
assert part.full_name == str(cat_part_measurable)
def test_create_parameters_set():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
root_parameter_set = parameters.root_parameter_set
parameters.create_set_of_parameters(root_parameter_set)
parameter_sets = root_parameter_set.parameter_sets.items()
assert parameter_sets[0].__repr__(
) == 'ParameterSet(name="Parameters.1")'
def test_relations_get_item_names():
with CATIADocHandler(cat_part_measurable) as caa:
document = caa.document
part = document.part()
relations = part.relations
item_names = relations.get_item_names()
ref_names = ['formula_1', 'formula_2', 'formula_3', 'formula_5']
assert item_names == ref_names
def test_get_name_to_use_in_relation():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
new_string = parameters.create_string('new_string', "this is a string")
name_to_use = parameters.get_name_to_use_in_relation(new_string)
assert name_to_use == 'new_string'
def test_create_dimension():
with CATIADocHandler(new_document='Part') as caa:
document = caa.document
part = document.part()
parameters = part.parameters
new_dimension_parm = parameters.create_dimension(
'new_dimension', "length", 30.1)
assert new_dimension_parm.name == rf'{part.name}\new_dimension'
assert new_dimension_parm.value == 30.1
def test_get_hybrid_bodies_names():
with CATIADocHandler(cat_part) as handler:
document = handler.document
part = document.part()
hybrid_bodies_names = part.get_hybrid_bodies_names()
assert hybrid_bodies_names == [
'Arcs', 'Axis_Systems', 'Cylinders', 'Lines', 'Points', 'Planes',
'Sketches', 'Splines', 'Surfaces'
]
def test_nomenclature():
with CATIADocHandler(cat_part_measurable) as caa:
part_product = caa.document.product()
assert 'pycatia part for testing' == part_product.nomenclature
new_nomenclature = 'New Test Part'
part_product.nomenclature = new_nomenclature
assert new_nomenclature == part_product.nomenclature
def test_find_object_by_name():
with CATIADocHandler(cat_part_measurable) as caa:
document = caa.document
part = document.part()
body = part.find_object_by_name('PartBody')
assert body.name == 'PartBody'
with pytest.raises('CATIAApplicationException'):
part.find_object_by_name('lala')
pass
def test_activation():
with CATIADocHandler(cat_part) as handler:
part = handler.document.part()
item = part.find_object_by_name('Point.1')
assert not part.is_inactive(item)
part.deactivate(item)
assert part.is_inactive(item)
def test_activation():
with CATIADocHandler(cat_part_measurable) as caa:
part = caa.document.part()
item = part.find_object_by_name('Point.1')
assert not part.is_inactive(item)
part.deactivate(item)
assert part.is_inactive(item)
def test_nomenclature():
with CATIADocHandler(cat_part) as handler:
part_product = handler.document.product()
assert 'Test Part' == part_product.nomenclature
new_nomenclature = 'New Test Part'
part_product.nomenclature = new_nomenclature
assert new_nomenclature == part_product.nomenclature
def test_relations_remove():
with CATIADocHandler(cat_part_measurable) as caa:
document = caa.document
part = document.part()
relations = part.relations
relation = relations.item(1)
assert relation.name == 'formula_1'
relations.remove(1)
relation = relations.item(1)
assert relation.name != 'formula_1'
