def initialise():
"""
:return:
"""
catia = CATIAApplication()
documents = catia.documents()
return catia, documents
def test_new_from():
catia = CATIAApplication()
documents = catia.documents()
document = documents.new_from(cat_part)
assert document.name is not os.path.basename(cat_part)
document.close()
with pytest.raises(FileNotFoundError):
documents.new_from('lala')
def test_activate_document():
catia = CATIAApplication()
documents = catia.documents()
documents.open(cat_part)
document_part = catia.document()
documents.open(cat_product)
document_product = catia.document()
assert document_part.name == os.path.basename(cat_part)
assert document_product.name == os.path.basename(cat_product)
document_part.activate()
document = catia.document()
assert document.name == os.path.basename(cat_part)
document_part.close()
document_product.close()
.. note::
Please see :class:`HybridShapeFactory` and method add_new_point_coord()
for caveats regarding large csv files.
Formatting of csv data should be:
<point_name>,<x coordinate>,<y coordinate>,<z coordinate>
"""
from pycatia import CATIAApplication
from pycatia import create_points
catia = CATIAApplication()
# disable display refreshing to try tp speed up point generation.
catia.refresh_display(False)
# hide catia window
catia.visible(False)
documents = catia.documents()
# create a new part.
documents.add('Part')
document = catia.document()
part = document.part()
# full path name to csv file.
file = r'tests\Sample_Point_CSV_File1_small.csv'
def test_no_such_file():
with pytest.raises(FileNotFoundError):
catia = CATIAApplication()
documents = catia.documents()
documents.open('lala')
"""
Example 1:
Access the CATIA COM object with a .CATPart open and get the center
of gravity for the part body 'PartBody'.
"""
from pycatia import CATIAApplication
from pycatia import CATIAMeasurable
from pycatia import create_measurable
from pycatia import create_spa_workbench
catia = CATIAApplication()
documents = catia.documents()
documents.open(r'tests\CF_catia_measurable_part.CATPart')
document = catia.document()
part = document.part()
spa_workbench = create_spa_workbench(document.document)
bodies = part.get_bodies()
body_names = part.get_bodies_names()
# body_names = ['PartBody', 'EmptyPartBody']
# gets first body in bodies list.
#! /usr/bin/python3.6
from pycatia import CATIAApplication
catia = CATIAApplication()
cat_part = r'tests/CF_catia_measurable_part.CATPart'
def test_application():
assert 'CATIAApplication' in catia.__repr__()
def test_refresh():
documents = catia.documents()
documents.open(cat_part)
document = catia.document()
catia.refresh_display(state=False)
assert catia.refresh_display() is False
catia.refresh_display(state=True)
assert catia.refresh_display() is True
document.close()
def test_visible():
documents = catia.documents()
documents.open(cat_part)