Model.hm_ce_tooclosetoedgecheck#
- Model.hm_ce_tooclosetoedgecheck(collection1, collection2, distance, feature_angle, edge_option, auto_fix)#
Checks if connectors are too close to an edge.
If all connectors are ok then the
HmQueryResultListthat is returned is empty.- Parameters:
collection1 (Collection) – The collection containing the connector entities to check.
collection2 (Collection) – The collection containing the component entities to check.
distance (double) – The minimum distance to the edge.
feature_angle (double) – The feature angle to consider.
edge_option (int) –
0 - Free edges
1 - Both edges
2 - Feature edges
auto_fix (int) –
0 - Do not auto fix bad connectors
1 - Auto fix bad connectors
- Returns:
hwReturnStatus- Status objectHmQueryResultList- Result list object containingHmQueryResultobjects with the following output data:connector (Entity) - Entity Type:
Connectorcomp_info (
HmQueryResultList)-Result list object containingHmQueryResultobjects with the following output data:component (Entity) - Entity Type:
Componentlocation (numpy.ndarray)
elem_info (
HmQueryResult)-Result object containing the output values:element (Entity) - Entity Type:
Elementdistance (double)
Example#
Check all connectors against components with IDs 2 and 3 , use a distance of 3.0#import hm import hm.entities as ent model = hm.Model() connector_collection = hm.Collection(model, ent.Connector) comp_collection = hm.Collection(model, ent.Component, [2, 3]) _, resultlist = model.hm_ce_tooclosetoedgecheck( collection1=connector_collection, collection2=comp_collection, distance=3.0, feature_angle=0.3, edge_option=0, auto_fix=0, ) for result in resultlist: print("Connector ID:", result.connector.id) for info in result.comp_info: print("Component ID:", info.component) print("Location:", info.location) for eleminfo in info.elem_info: print("Element ID:", eleminfo.element.id) print("Distance:", eleminfo.distance)