OrcaSlicer/scripts/generate_presets_vendors.py

# helps manage the static list of vendor names in src/slic3r/GUI/CreatePresetsDialog.cpp

import json
from pathlib import Path
from typing import Dict, List


scripts_dir = Path(__file__).resolve().parent
print(f'Scripts dir: {scripts_dir}')
root_dir = scripts_dir.parent
profiles_dir = root_dir / 'resources' / 'profiles'

printers: Dict[str, List[str]] = {}

# generates the printer vendor list
print(f'Looking in {profiles_dir.resolve()}')
for entry in profiles_dir.glob('*.json'):
    if entry.is_file():
        entry_info = json.loads(entry.read_text())
        vendor_name = entry_info.get('name', None)
        if vendor_name:
            models = [machine.get('name', None) for machine in entry_info.get('machine_model_list', []) if machine.get('name', None)]
            printers[vendor_name] = models

vendor_names = [f'"{vendor_name}",' for vendor_name in sorted(printers.keys(), key=str.casefold)]
vend_col_width = len(max(vendor_names, key=len))
vendors_formatted = '    {' + '\n     '.join(' '.join(f"{vendor_name:{vend_col_width}}" for vendor_name in vendor_names[i:i+5]) for i in range(0, len(vendor_names), 5)).rstrip()[:-1] + '}'
print(vendors_formatted)

# generates the printer model map
models_formatted = '    {'
models_indent = len(models_formatted) + vend_col_width + 2
for vendor_name in sorted(printers.keys(), key=str.casefold):
    vendor_formatted = f'"{vendor_name}",'
    models_formatted += f'{{{vendor_formatted:{vend_col_width}}{{'

    model_names = printers[vendor_name]
    model_names_formatted = [f'"{model_name}",' for model_name in model_names]
    model_col_width = len(max(model_names_formatted, key=len))
    model_names_str = ('\n' + ' ' * models_indent).join(' '.join(f"{model_name:{model_col_width}}" for model_name in model_names_formatted[i:i+5]) for i in range(0, len(model_names), 5)).rstrip()[:-1] + '}'

    models_formatted += model_names_str
    
    models_formatted += '},\n     '

models_formatted = models_formatted.rstrip()[:-1]
print(models_formatted)


# Generate Filament Vendors
filament_vendors = [
    '3Dgenius',
    '3DJake',
    '3DXTECH',
    '3D BEST-Q',
    '3D Hero',
    '3D-Fuel',
    'Aceaddity',
    'AddNorth',
    'Amazon Basics',
    'AMOLEN',
    'Ankermake',
    'Anycubic',
    'Atomic',
    'AzureFilm',
    'BASF',
    'Bblife',
    'BCN3D',
    'Beyond Plastic',
    'California Filament',
    'Capricorn',
    'CC3D',
    'colorFabb',
    'Comgrow',
    'Cookiecad',
    'Creality',
    'Das Filament',
    'DO3D',
    'DOW',
    'DSM',
    'Duramic',
    'ELEGOO',
    'Eryone',
    'Essentium',
    'eSUN',
    'Extrudr',
    'Fiberforce',
    'Fiberlogy',
    'FilaCube',
    'Filamentive',
    'Fillamentum',
    'FLASHFORGE',
    'Formfortura',
    'Francofil',
    'GEEETECH',
    'Giantarm',
    'Gizmo Dorks',
    'GreenGate3D',
    'HATCHBOX',
    'Hello3D',
    'IC3D',
    'IEMAI',
    'IIID Max',
    'INLAND',
    'iProspect',
    'iSANMATE',
    'Justmaker',
    'Keene Village Plastics',
    'Kexcelled',
    'MakerBot',
    'MatterHackers',
    'MIKA3D',
    'NinjaTek',
    'Nobufil',
    'Novamaker',
    'OVERTURE',
    'OVVNYXE',
    'Polymaker',
    'Priline',
    'Printed Solid',
    'Protopasta',
    'Prusament',
    'Push Plastic',
    'R3D',
    'Re-pet3D',
    'Recreus',
    'Regen',
    'Sain SMART',
    'SliceWorx',
    'Snapmaker',
    'SnoLabs',
    'Spectrum',
    'SUNLU',
    'TTYT3D',
    'UltiMaker',
    'Valment',
    'Verbatim',
    'VO3D',
    'Voxelab',
    'YOOPAI',
    'Yousu',
    'Ziro',
    'Zyltech',
    ]

filament_vendors_formatted = [f'"{vendor_name}",' for vendor_name in filament_vendors]
fil_col_width = len(max(filament_vendors_formatted, key=len))
filaments_formatted = '    {'
filament_indent = len(filaments_formatted)
filaments_formatted += ('\n' + ' ' * filament_indent).join(' '.join(f'{vendor_name:{fil_col_width}}' for vendor_name in filament_vendors_formatted[i:i+5]) for i in range(0, len(filament_vendors), 5)).rstrip()[:-1] + '};'
print(filaments_formatted)