Connect neighbouring vertices unassigned folder

operators.fvo.connect_neighbouring_vertices_unassigned_folder(client, input_folder='/input_folder', input_vertices='vertices.laz', output_folder='/output_folder', max_line_distance=0.5, max_line_distance_corner=0.23, min_samples=3, worker_instance_type='x2large', manager_instance_type='small', extension_input_file='.laz', extension_output_file='.dxf', skip_existing_files=False)

Connect neighbouring vertices in a point cloud

connect_neighbouring_vertices_unassigned_folder(client,

input_folder=’/input_folder’,

input_vertices=’vertices.laz’,

output_folder=’/output_folder’,

max_line_distance=0.5,

max_line_distance_corner=0.23,

min_samples=3,

worker_instance_type=’x2large’,

manager_instance_type=”small”,

extension_input_folder=”.laz”,

extension_output_folder=”.dxf”,

skip_existing_files = False )

Parameters:

• input_vertices – Input vertices

• max_line_distance – Maximum distance between line and points to be considered as inlier

• max_line_distance_corner – Maximum distance between vertices and points to be considered as inlier

• min_samples – Minimum number of points to fit a line

• input_folder – Input folder with all 3D points

• output_folder – Output model

• worker_instance_type – cloud instance type of worker nodes

• manager_instance_type – cloud instance type of manager node

• extension_input_folder – File extension of files in folder for input_folder

• extension_output_folder – File extension of files in folder for output_folder

• skip_existing_files – skip files that already exist in the output folder