from wood_nano import get_connection_zones as wood_nano_get_connection_zones
from wood_nano import cut_type2 as wood_nano_cut_type2
from wood_nano import point3 as wood_nano_point3
from wood_nano.conversions_python import to_int2
from wood_nano.conversions_python import to_int1
from wood_nano.conversions_python import to_double1
from wood_nano.conversions_python import from_cut_type2
from compas_wood.conversions_compas import to_point2
from compas_wood.conversions_compas import to_vector2
from compas_wood.conversions_compas import from_point3
from compas_wood.binding import wood_globals
from math import floor
[docs]
def get_connection_zones(
input_polyline_pairs,
input_insertion_vectors=[],
input_joint_types=[],
input_three_valence_element_indices_and_instruction=[],
input_adjacency=[],
input_joint_parameters_and_types=[],
input_search_type=0,
input_scale=[1, 1, 1],
input_output_type=3,
input_joint_volume_parameters=[0, 0, 0],
input_custom_joints=[],
input_custom_joints_types=[],
remove_duplicate_polylines=False,
):
"""
Get connection zones for the given input parameters.
Parameters
----------
input_polyline_pairs : list[list[compas.geometry.Polyline]]
List of polylines that represents the timber elements.
input_insertion_vectors : list[compas.geometry.Vector], optional
List of insertion vectors.
input_joint_types : list[int], optional
List of joint types.
input_three_valence_element_indices_and_instruction : list[int], optional
List of three valence element indices and instruction.
input_adjacency : list[int], optional
List of adjacency.
input_joint_parameters_and_types : list[float], optional
List of joint parameters and types.
input_search_type : int, optional
Search type.
input_scale : list[float], optional
Scale.
input_output_type : int, optional
Output type.
input_joint_volume_parameters : list[float], optional
Joint volume parameters.
input_face_to_face_side_to_side_joints_all_treated_as_rotated : bool, optional
Face to face side to side joints all treated as rotated.
input_custom_joints : list[compas.geometry.Point], optional
Custom joints.
input_custom_joints_types : list[int], optional
Custom joints types.
remove_duplicate_polylines : bool, optional
Remove duplicate polylines.
Returns
-------
list[list[compas.geometry.Polyline]]
List of polylines that represents the timber elements.
list[wood_nano.CutType2]
List of cut types.
"""
joint_parameters = wood_globals.joints_parameters_and_types
for i in range(0, len(input_joint_parameters_and_types), 3):
insertion_id = floor(input_joint_parameters_and_types[i + 2] / 10)
joint_parameters[insertion_id * 3 + 0] = input_joint_parameters_and_types[i + 0]
joint_parameters[insertion_id * 3 + 1] = input_joint_parameters_and_types[i + 1]
joint_parameters[insertion_id * 3 + 2] = input_joint_parameters_and_types[i + 2]
w_output_plines = wood_nano_point3()
w_output_types = wood_nano_cut_type2()
wood_nano_get_connection_zones(
to_point2(input_polyline_pairs),
to_vector2(input_insertion_vectors),
to_int2(input_joint_types),
to_int2(input_three_valence_element_indices_and_instruction),
to_int1(input_adjacency),
to_double1(joint_parameters),
int(input_search_type),
to_double1(input_scale),
int(input_output_type),
w_output_plines,
w_output_types,
to_double1(input_joint_volume_parameters),
)
polylines_lists = from_point3(w_output_plines)
output_types = list(w_output_types)
new_polyline_lists = []
if remove_duplicate_polylines:
for polylines in polylines_lists:
new_polylines = []
for polyline in polylines:
if polyline not in new_polylines:
new_polylines.append(polyline)
if len(new_polylines) == 2:
new_polyline_lists.append(list(new_polylines))
new_polylines.clear()
return polylines_lists, output_types, new_polyline_lists