## MESH for layer generation setting ##
if layer_compute:
DATA_PATH = PATH + PIECE_FOLDER
## load every split mesh with obj ##
OBJ_MESH_NAME = ["mesh_00.obj", "mesh_01.obj", "mesh_02.obj"]
for j, OBJ_MESH in enumerate(OBJ_MESH_NAME):
#######################################
mesh = Mesh.from_obj(os.path.join(DATA_PATH, OBJ_MESH))
print("MESH Vertices : %d , Faces : %d " % (len(list(mesh.vertices())), len(list(mesh.faces()))))
## seam information load from gh ##
SEAM_NAME = "_seam_pts_list_data_0" + str(j) + ".json"
boundary_pts_list_data = utils.load_from_Json(DATA_PATH, SEAM_NAME)
boundary = boundary_crv.Boundary(mesh, boundary_pts_list_data)
boundary.get_boundaries()
boundary_vertex_keys_list = boundary.boundary_vertex_keys_list
boundary_num = len(boundary_vertex_keys_list)
print("boundary num :", boundary_num)
########################
## mesh data organize ##
# vkeys = list(MESH.vertices())
# vs, fs = MESH.to_vertices_and_faces()
# vertices = [Point(v_coords[0], v_coords[1], v_coords[2]) for v_coords in vs]
#####################################
## momal_geodesics from every seam ##
dis_list = distance_calculation.get_distances_list_from_every_boundary(mesh, boundary_vertex_keys_list)
logger.info("number of seam :" + str(len(dis_list)))
for i, dis in enumerate(dis_list):
## first step ####################################################################################################################
## skeleton setting for hole shape ##
if node_skeleton:
OBJ_NODE_00 = "node.obj"
OBJ_NODE = OBJ_NODE_00
NODE_DATA_PATH = PATH + PIECE_FOLDER
######################################
## load mesh from obj ##
nodeMESH = Mesh.from_obj(os.path.join(NODE_DATA_PATH, OBJ_NODE))
print("MESH Vertices : %d , Faces : %d " %
(len(list(nodeMESH.vertices())), len(list(nodeMESH.faces()))))
## load seam vertex keys list ##
boundary_pts_list_data = utils.load_from_Json(NODE_DATA_PATH,
"_seam_pts_list_data.json")
boundary = boundary_crv.Boundary(nodeMESH, boundary_pts_list_data)
boundary.get_boundaries()
boundary_vertex_keys_list = boundary.boundary_vertex_keys_list
vkeys = list(nodeMESH.vertices())
vs, fs = nodeMESH.to_vertices_and_faces()
vertices = [
Point(v_coords[0], v_coords[1], v_coords[2]) for v_coords in vs
]
#####################
## momal_geodesics ##
#####################
dis_list = distance_calculation.get_distances_list_from_every_boundary(
nodeMESH, boundary_vertex_keys_list)
DATA_PATH = PATH + PIECE_FOLDER
OBJ_MESH_NAME = [
"mesh_00.obj", "mesh_01.obj", "mesh_02.obj", "mesh_03.obj",
"mesh_04.obj"
]
for j, OBJ_MESH in enumerate(OBJ_MESH_NAME):
#######################################
MESH = Mesh.from_obj(os.path.join(DATA_PATH, OBJ_MESH))
print("MESH Vertices : %d , Faces : %d " %
(len(list(MESH.vertices())), len(list(MESH.faces()))))
## seam information load from gh ##
SEAM_NAME = "_seam_pts_list_data_0" + str(j) + ".json"
boundary_pts_list_data = utils.load_from_Json(DATA_PATH, SEAM_NAME)
boundary = boundary_crv.Boundary(MESH, boundary_pts_list_data)
boundary.get_boundaries()
boundary_vertex_keys_list = boundary.boundary_vertex_keys_list
boundary_num = len(boundary_vertex_keys_list)
print("boundary num :", boundary_num)
########################
## mesh data organize ##
# vkeys = list(MESH.vertices())
# vs, fs = MESH.to_vertices_and_faces()
# vertices = [Point(v_coords[0], v_coords[1], v_coords[2]) for v_coords in vs]
#####################################
## momal_geodesics from every seam ##
dis_list = distance_calculation.get_distances_list_from_every_boundary(
MESH, boundary_vertex_keys_list)
logger.info("number of seam :" + str(len(dis_list)))