def create_pattern(self, domain, export_only=False, export_path=None):
# cleanup selection (pick only acceptable curves)
self.selected_lines, self.selected_fillgrids = \
self.cleanup_selection(self._selection,
for_model=self.is_model_pat)
line_tuples = []
for det_line in self.selected_lines:
geom_curve = det_line.GeometryCurve
if type(geom_curve) in accpeted_curves:
tes_points = [tp for tp in geom_curve.Tessellate()]
for xyz1, xyz2 in pyutils.pairwise(tes_points, step=1):
line_tuples.append(self.make_pattern_line(xyz1, xyz2))
elif isinstance(geom_curve, DB.Line):
line_tuples.append(
self.make_pattern_line(geom_curve.GetEndPoint(0),
geom_curve.GetEndPoint(1)))
call_params = 'Name:{} Model:{} FilledRegion:{} Domain:{}\n' \
'Lines:{}\n'\
'FillGrids:{}'\
.format(self.pat_name,
self.is_model_pat,
self.create_filledregion,
domain,
line_tuples,
self.selected_fillgrids)
logger.debug(call_params)
if not self.is_model_pat:
pat_scale = 1.0 / revit.activeview.Scale
else:
pat_scale = 1.0
if export_only:
patmaker.export_pattern(
export_path,
self.pat_name,
line_tuples,
domain,
fillgrids=self.selected_fillgrids,
scale=pat_scale * self.export_scale,
model_pattern=self.is_model_pat,
allow_expansion=self.highestres_cb.IsChecked)
forms.alert('Pattern {} exported.'.format(self.pat_name))
else:
patmaker.make_pattern(self.pat_name,
line_tuples,
domain,
fillgrids=self.selected_fillgrids,
scale=pat_scale,
model_pattern=self.is_model_pat,
allow_expansion=self.highestres_cb.IsChecked,
create_filledregion=self.create_filledregion)
forms.alert('Pattern {} created/updated.'.format(self.pat_name))
def create_pattern(self, domain, export_only=False, export_path=None):
# cleanup selection (pick only acceptable curves)
self.selected_geom_curves, self.selected_fillgrids = \
self.cleanup_selection(self._selection,
for_model=self.is_model_pat)
line_tuples = []
for geom_curve in self.selected_geom_curves:
if isinstance(geom_curve, acceptable_curves):
tes_points = [tp for tp in geom_curve.Tessellate()]
for xyz1, xyz2 in pyutils.pairwise(tes_points, step=1):
line_tuples.append(self.make_pattern_line(xyz1, xyz2))
elif isinstance(geom_curve, DB.Line):
line_tuples.append(
self.make_pattern_line(geom_curve.GetEndPoint(0),
geom_curve.GetEndPoint(1)))
call_params = 'Name:{} Model:{} FilledRegion:{} Domain:{}\n' \
'Lines:{}\n'\
'FillGrids:{}'\
.format(self.pat_name,
self.is_model_pat,
self.create_filledregion,
domain,
line_tuples,
self.selected_fillgrids)
logger.debug(call_params)
if export_only:
patmaker.export_pattern(
export_path,
self.pat_name,
line_tuples,
domain,
fillgrids=self.selected_fillgrids,
scale=self.pat_scale * self.export_scale,
model_pattern=self.is_model_pat,
allow_expansion=self.highestres_cb.IsChecked)
forms.alert('Pattern {} exported.'.format(self.pat_name))
else:
patmaker.make_pattern(self.pat_name,
line_tuples,
domain,
fillgrids=self.selected_fillgrids,
scale=self.pat_scale,
rotation=math.radians(self.pat_rotation),
flip_u=self.flip_horiz,
flip_v=self.flip_vert,
model_pattern=self.is_model_pat,
allow_expansion=self.highestres_cb.IsChecked,
create_filledregion=self.create_filledregion)
forms.alert('Pattern {} created/updated.'.format(self.pat_name))