def footprint(conf):
tedit = format(int(time.time()), 'X')
sexp = ["module", conf['name'], ("layer", "F.Cu"), ("tedit", tedit)]
sexp += refs(conf)
sexp += fab(conf)
sexp += silk(conf)
sexp += ctyd(conf)
sexp += pads(conf)
return sexp_generate(sexp)
def footprint(conf):
tedit = format(int(time.time()), 'X')
sexp = ["module", conf['name'], ("layer", "F.Cu"), ("tedit", tedit)]
sexp += refs(conf)
sexp += fab(conf)
sexp += silk(conf)
sexp += ctyd(conf)
sexp += pads(conf)
return sexp_generate(sexp)
def dil(pins):
name = "DIL-254P-{:02d}".format(2 * pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += dil_pads(pins)
sexp += dil_fab(pins)
sexp += dil_silk(pins)
sexp += dil_ctyd(pins)
sexp += dil_refs(name)
return name, sexp_generate(sexp)
def dil(pins):
name = "DIL-254P-{:02d}".format(2*pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += dil_pads(pins)
sexp += dil_fab(pins)
sexp += dil_silk(pins)
sexp += dil_ctyd(pins)
sexp += dil_refs(name)
return name, sexp_generate(sexp)
def side_pth_fp(pins):
name = "S{:d}B-EH".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += side_pth_refs(name)
sexp += side_pth_silk(pins)
sexp += side_pth_fab(pins)
sexp += side_pth_ctyd(pins)
sexp += pth_pads(pins)
return name, sexp_generate(sexp)
def side_pth_fp(pins):
name = "S{:d}B-EH".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += side_pth_refs(name)
sexp += side_pth_silk(pins)
sexp += side_pth_fab(pins)
sexp += side_pth_ctyd(pins)
sexp += pth_pads(pins)
return name, sexp_generate(sexp)
def side_smd_fp(pins):
name = "SM{:02d}B-PASS".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += side_smd_refs(name)
sexp += side_smd_silk(pins)
sexp += side_smd_fab(pins)
sexp += side_smd_ctyd(pins)
sexp += side_smd_mount(pins)
sexp += side_smd_pads(pins)
return name, sexp_generate(sexp)
def side_smd_fp(pins):
name = "SM{:02d}B-PASS".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += side_smd_refs(name)
sexp += side_smd_silk(pins)
sexp += side_smd_fab(pins)
sexp += side_smd_ctyd(pins)
sexp += side_smd_mount(pins)
sexp += side_smd_pads(pins)
return name, sexp_generate(sexp)
def top_pth_fp(pins):
name = "B{:02d}B-PASK".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += top_pth_refs(name)
sexp += top_pth_silk(pins)
sexp += top_pth_fab(pins)
sexp += top_pth_ctyd(pins)
sexp += top_pth_mount(pins)
sexp += pth_pads(pins)
return name, sexp_generate(sexp)
def sil(pins):
name = "SIL-254P-{:02d}".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += sil_pads(pins)
sexp += fab(pins, 2.54)
sexp += sil_silk(pins)
sexp += ctyd(pins, 2.54)
sexp += refs(name, 2.54)
sexp += sil_model(pins)
return name, sexp_generate(sexp)
def top_pth_fp(pins):
name = "B{:02d}B-PASK".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += top_pth_refs(name)
sexp += top_pth_silk(pins)
sexp += top_pth_fab(pins)
sexp += top_pth_ctyd(pins)
sexp += top_pth_mount(pins)
sexp += pth_pads(pins)
return name, sexp_generate(sexp)
def kk(pins):
name = "MOLEX-KK-254P-{:02d}".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += sil_pads(pins)
sexp += kk_fab(pins)
sexp += kk_silk(pins)
sexp += ctyd(pins, 6.35)
sexp += refs(name, 6.35)
sexp += kk_model(pins)
return name, sexp_generate(sexp)
def top_smd_fp(pins):
name = "MOLEX-PICOBLADE-53398-{:02d}71".format(pins)
tedit = format(int(time.time()), 'X')
sexp = ["module", name, ("layer", "F.Cu"), ("tedit", tedit)]
sexp += top_smd_refs(name)
sexp += top_smd_silk(pins)
sexp += top_smd_fab(pins)
sexp += top_smd_ctyd(pins)
sexp += top_smd_mount(pins)
sexp += top_smd_pads(pins)
sexp += top_smd_model(pins)
return name, sexp_generate(sexp)
def main(inpath, outpath, xr, xp, yr, yp):
with open(inpath) as f:
insexp = sexp_parse(f.read())
outsexp = [
"kicad_pcb",
["version", 4],
["host", "panelise.py", datetime.datetime.utcnow().isoformat()],
]
simple_types = ("gr_arc", "gr_line", "gr_text", "segment", "via", "module")
for node in insexp:
if node[0] in ("page", "layers", "setup", "net", "net_class"):
outsexp.append(node)
elif node[0] in simple_types:
simples(node, outsexp, xr, xp, yr, yp)
elif node[0] == "zone":
zones(node, outsexp, xr, xp, yr, yp)
with open(outpath, "w") as f:
f.write(sexp_generate(outsexp))
def main(inpath, outpath, xr, xp, yr, yp):
with open(inpath) as f:
insexp = sexp_parse(f.read())
outsexp = [
"kicad_pcb",
["version", 4],
["host", "panelise.py",
datetime.datetime.utcnow().isoformat()],
]
simple_types = ("gr_arc", "gr_line", "gr_text", "segment", "via", "module")
for node in insexp:
if node[0] in ("page", "layers", "setup", "net", "net_class"):
outsexp.append(node)
elif node[0] in simple_types:
simples(node, outsexp, xr, xp, yr, yp)
elif node[0] == "zone":
zones(node, outsexp, xr, xp, yr, yp)
with open(outpath, "w") as f:
f.write(sexp_generate(outsexp))
def sfml(pins):
name = "SFML-1{:02d}-02-L-D".format(pins)
sexp = sfml_base(name, pins)
return name, sexp_generate(sexp)
def sfml(pins):
name = "SFML-1{:02d}-02-L-D".format(pins)
sexp = sfml_base(name, pins)
return name, sexp_generate(sexp)
def sfml_lc(pins):
name = "SFML-1{:02d}-02-L-D-LC".format(pins)
sexp = sfml_base(name, pins)
sexp += locking_clip(pins)
return name, sexp_generate(sexp)
def sfml_lc(pins):
name = "SFML-1{:02d}-02-L-D-LC".format(pins)
sexp = sfml_base(name, pins)
sexp += locking_clip(pins)
return name, sexp_generate(sexp)
