def main():
start_time = time.time()
# ==========================================================================
# Load mesh
# ==========================================================================
compas_mesh = Mesh.from_obj(os.path.join(DATA, MODEL))
# ==========================================================================
# Move to origin
# ==========================================================================
move_mesh_to_point(compas_mesh, Point(0, 0, 0))
# ==========================================================================
# Slicing
# options: 'default': Both for open and closed paths. But slow
# 'cgal': Very fast. Only for closed paths.
# Requires additional installation (compas_cgal).
# ==========================================================================
slicer = PlanarSlicer(compas_mesh, slicer_type="default", layer_height=1.5)
slicer.slice_model()
# ==========================================================================
# Generate brim
# ==========================================================================
generate_brim(slicer, layer_width=3.0, number_of_brim_paths=3)
# ==========================================================================
# Simplify the paths by removing points with a certain threshold
# change the threshold value to remove more or less points
# ==========================================================================
simplify_paths_rdp(slicer, threshold=0.3)
# ==========================================================================
# Smooth the seams between layers
# change the smooth_distance value to achieve smoother, or more abrupt seams
# ==========================================================================
seams_smooth(slicer, smooth_distance=10)
# ==========================================================================
# Prints out the info of the slicer
# ==========================================================================
slicer.printout_info()
# ==========================================================================
# Save slicer data to JSON
# ==========================================================================
save_to_json(slicer.to_data(), OUTPUT_DIR, 'slicer_data.json')
# ==========================================================================
# Initializes the PlanarPrintOrganizer and creates PrintPoints
# ==========================================================================
print_organizer = PlanarPrintOrganizer(slicer)
print_organizer.create_printpoints()
# ==========================================================================
# Set fabrication-related parameters
# ==========================================================================
set_extruder_toggle(print_organizer, slicer)
add_safety_printpoints(print_organizer, z_hop=10.0)
set_linear_velocity(print_organizer, "constant", v=25.0)
set_blend_radius(print_organizer, d_fillet=10.0)
# ==========================================================================
# Prints out the info of the PrintOrganizer
# ==========================================================================
slicer.printout_info()
print_organizer.printout_info()
# ==========================================================================
# Converts the PrintPoints to data and saves to JSON
# =========================================================================
printpoints_data = print_organizer.output_printpoints_dict()
utils.save_to_json(printpoints_data, OUTPUT_DIR, 'out_printpoints.json')
# ==========================================================================
# Initializes the compas_viewer and visualizes results
# ==========================================================================
"""
# Save slicer data to JSON # ========================================================================== save_to_json(slicer.to_data(), OUTPUT_DIR, 'slicer_data.json') # ========================================================================== # Initializes the PlanarPrintOrganizer and creates PrintPoints # ========================================================================== print_organizer = PlanarPrintOrganizer(slicer) print_organizer.create_printpoints() # ========================================================================== # Set fabrication-related parameters # ========================================================================== set_extruder_toggle(print_organizer, slicer) add_safety_printpoints(print_organizer, z_hop=10.0) set_linear_velocity(print_organizer, "constant", v=25.0) set_blend_radius(print_organizer, d_fillet=10.0) # ========================================================================== # Prints out the info of the PrintOrganizer # ========================================================================== print_organizer.printout_info() # ========================================================================== # Converts the PrintPoints to data and saves to JSON # ========================================================================= printpoints_data = print_organizer.output_printpoints_dict() utils.save_to_json(printpoints_data, OUTPUT_DIR, 'out_printpoints.json') # ========================================================================== # Initializes the compas_viewer and visualizes results
parameters = {
'avg_layer_height': 5.0 # controls number of curves that will be generated
}
preprocessor = CurvedSlicingPreprocessor(mesh, parameters, DATA_PATH)
preprocessor.create_compound_targets()
## --- slicing
slicer = CurvedSlicer(mesh, preprocessor, parameters)
slicer.slice_model() # compute_norm_of_gradient contours
simplify_paths_rdp(slicer, threshold=1.0)
slicer.printout_info()
utils.save_to_json(slicer.to_data(), OUTPUT_PATH, 'curved_slicer.json')
# ### --- Print organizer
print_organizer = CurvedPrintOrganizer(slicer, parameters, DATA_PATH)
print_organizer.create_printpoints()
set_extruder_toggle(print_organizer, slicer)
add_safety_printpoints(print_organizer, z_hop=10.0)
set_linear_velocity(print_organizer, "by_layer_height")
set_blend_radius(print_organizer, d_fillet=10.0)
### --- Save printpoints dictionary to json file
printpoints_data = print_organizer.output_printpoints_dict()
utils.save_to_json(printpoints_data, OUTPUT_PATH, 'out_printpoints.json')
end_time = time.time()
print("Total elapsed time", round(end_time - start_time, 2), "seconds")