Kicad DXF to module import

Applications such as CST you can design a Patch antenna or rf interface. Unfortunatly Kicad has limited import facility for DXF or Gerbers. I am looking for someone to write a script to import DXF files to Kicad_module such as using the dxfgrab as input

An example of a

import logging

import argparse

import math

parser.add_argument('--kicad_mod', type=[url removed, login to view]('w'),help='Save Kicad footprint to this file')

if args.kicad_mod is not None:

text_effects = SExpression('font', [

SExpression('size', [1, 1]),

SExpression('thickness', .15)])

module = SExpression('module', [

'PCBAntenna',

SExpression('layer', ['[url removed, login to view]']),

SExpression('fp_text', [

identifier('reference'),

'REF**'], [

('at', [0, .5]),

('effects', text_effects),

('layer', '[url removed, login to view]')]),

SExpression('fp_text', [

identifier('value'),

'PCBAntenna'], [

('at', [0, -.5]),

('effects', text_effects),

('layer', '[url removed, login to view]')])])

[url removed, login to view](SExpression('fp_line', [], [

('start', coil[ii]), ('end', coil[ii + 1]), ('layer', '[url removed, login to view]'),

('width', trace_width)]) for ii in range(len(coil) - 1))

pad_offset = (pad_size - trace_width) / 2

if [url removed, login to view] == 'square':

pads = [

(1, (coil[0][0] - pad_offset * [url removed, login to view],

coil[0][1] + pad_offset),

'rect'),

(2, (coil[-1][0] - pad_offset * [url removed, login to view],

coil[-1][1] - pad_offset),

'rect')]

else:

pads = [

(1, (coil[0][0] + pad_offset * [url removed, login to view],

coil[0][1] - pad_offset),

'rect'),

(2, (coil[-1][0] - pad_offset * [url removed, login to view],

coil[-1][1]),

'circle')]

pad_locations = [

(coil[0][0] + pad_offset * [url removed, login to view], coil[0][1] - pad_offset),

(coil[-1][0] - pad_offset * [url removed, login to view], coil[-1][1] + pad_offset)]

for number, location, shape in pads:

[url removed, login to view](SExpression('pad', [

number,

identifier('smd'),

identifier(shape)], [

('at', location),

('size', [pad_size, pad_size]),

('layers', '[url removed, login to view]')]))

descr = 'PCB inductor {}m x {}m {} turns {}m pitch'.format(

si_prefix_format(side1*2e-3), si_prefix_format(side2*2e-3),

[url removed, login to view], si_prefix_format(pitch*1e-3))

if [url removed, login to view]:

descr += ' inductance {}H Q={:.1e} at {}Hz'.format(

si_prefix_format(L), Q, si_prefix_format([url removed, login to view]))

descr += ' generated with [url removed, login to view]'

[url removed, login to view](SExpression('descr', descr))

module.write_to_stream(args.kicad_mod)

[url removed, login to view]()

print('\nFootprint written to ' + [url removed, login to view])

Python

Proje NO: #14278919

Proje hakkında