def main():
oparser = initOptions()
(opts, args) = oparser.parse_args()
fn = opts.macrosch
outfn = opts.schout
xcopies = opts.xclones
ycopies = opts.yclones
xsize = opts.xsize
ysize = opts.ysize
if (fn == None) or (outfn == None):
oparser.exit('File names must be specified, --help for help')
if xcopies + ycopies == 0:
oparser.exit('Specify more than zero copies in X and/or Y dimensions')
if (xcopies > 0) and (xsize == 0):
oparser.exit(
'Specify xsize of a clone in magic KiCad units, e.g. 8000; --help for help'
)
if (ycopies > 0) and (ysize == 0):
oparser.exit(
'Specify ysize of a clone in magic KiCad units, e.g. 2000; --help for help'
)
print 'Going to make %s copies along X axis with spacing of %s' % (xcopies,
xsize)
print 'Going to make %s copies along Y axis with spacing of %s' % (ycopies,
ysize)
fn = FileAccess(fn)
sch = SchFile(fn)
newitems = []
for item in sch.items:
clown = -1
for y in xrange(ycopies + 1):
if y == ycopies: continue
for x in xrange(xcopies + 1):
clown = clown + 1
ii = CloneItem(item).items[0]
newRefDes(item, ii, x, y + 1, xsize, ysize, clown)
newitems.append(ii)
sch.items = sch.items + newitems
print 'Saving result to ', outfn
output = FileAccess(outfn)
output.write(sch)
def main():
oparser = initOptions()
(opts, args) = oparser.parse_args()
fn = opts.macrosch
outfn = opts.schout
xcopies = opts.xclones
ycopies = opts.yclones
xsize = opts.xsize
ysize = opts.ysize
if (fn == None) or (outfn == None):
oparser.exit('File names must be specified, --help for help')
if xcopies + ycopies == 0:
oparser.exit('Specify more than zero copies in X and/or Y dimensions')
if (xcopies > 0) and (xsize == 0):
oparser.exit('Specify xsize of a clone in magic KiCad units, e.g. 8000; --help for help')
if (ycopies > 0) and (ysize == 0):
oparser.exit('Specify ysize of a clone in magic KiCad units, e.g. 2000; --help for help')
print 'Going to make %s copies along X axis with spacing of %s' % (xcopies,xsize)
print 'Going to make %s copies along Y axis with spacing of %s' % (ycopies,ysize)
fn = FileAccess(fn)
sch = SchFile(fn)
newitems = []
for item in sch.items:
clown = -1
for y in xrange(ycopies+1):
if y == ycopies: continue
for x in xrange(xcopies+1):
clown = clown + 1
ii = CloneItem(item).items[0]
newRefDes(item, ii, x, y + 1, xsize, ysize, clown)
newitems.append(ii)
sch.items = sch.items + newitems
print 'Saving result to ', outfn
output = FileAccess(outfn)
output.write(sch)
def main():
templateX = 20
oparser = initOptions()
(opts, args) = oparser.parse_args()
schfn = opts.macrosch
brdfn = opts.brdin
outfn = opts.brdout
if (schfn == None) or (brdfn == None) or (outfn == None):
oparser.exit('All three command-line arguments must be specified')
sch = SchFile(FileAccess(schfn))
brd = BrdFile(FileAccess(brdfn))
print 'hello.jpg'
# build a list of modules that are supposed to be placed in the template
originalModRefs = []
clonedModRefs = []
for schi in sch.items:
if schi.__class__ == Component:
originalModRefs.append(schi.refdes)
for suff in xrange(100):
clonedModRefs.append(subRefDes(schi.refdes, suff))
print 'originalModRefs=', len(originalModRefs)
print 'clonedModRefs=', len(clonedModRefs)
templateMods = []
relocateMods = []
tracks = []
for placed in brd.items:
if placed.__class__ == Module:
if placed.refdes in originalModRefs:
templateMods.append(placed)
elif placed.refdes in clonedModRefs:
relocateMods.append(placed)
elif placed.__class__ == Track:
track = placed
elif placed.__class__ == CZoneOutline:
if placed.layer == 25:
print 'Found zone that defines the tracks to clone'
zone = placed
print 'templateMods=', len(templateMods)
print 'relocateMods=', len(relocateMods)
print 'tracks=', len(tracks)
topleft = [10000, 10000]
bottomright = [-1, -1]
for c in zone.corners:
if c[0] < topleft[0]: topleft[0] = c[0]
if c[1] < topleft[1]: topleft[1] = c[1]
if c[0] > bottomright[0]: bottomright[0] = c[0]
if c[1] > bottomright[1]: bottomright[1] = c[1]
print 'Found clone zone: (%s,%s)-(%s,%s)' % tuple(topleft + bottomright)
templateX = (bottomright[0] - topleft[0])
print 'Using width %s as X offset for the clones' % templateX
nclones = 0
nclonesmax = 20
for relocate in relocateMods:
for template in templateMods:
for x in xrange(nclonesmax):
refdes = subRefDes(template.refdes, x)
if refdes == relocate.refdes:
#print 'refdes=', relocate.refdes
if (x + 1) > nclones: nclones = x + 1
move(relocate, template.xpos + (x + 1) * templateX,
template.ypos, template.orientation)
print 'nclones=', nclones
newpos = []
newdes = []
for po, de in zip(track.po, track.de):
newpos.append(po)
newdes.append(de)
if (po.xstart > topleft[0]) and (po.ystart > topleft[1]) and \
(po.xend < bottomright[0]) and (po.yend < bottomright[1]):
for x in xrange(nclones):
newdes.append(de.clone())
newpo = po.clone()
newpo.xstart = po.xstart + (x + 1) * templateX
newpo.xend = po.xend + (x + 1) * templateX
newpos.append(newpo)
track.po = newpos
track.de = newdes
print 'Saving output to ', outfn
output = FileAccess(outfn)
output.write(brd)
I had a schematic where my resistor parts had the values
in the footprint field (because I incorrectly defined the library part).
So this script replaces 'res' fields with the footprint fields.
'''
import os
import glob
import find_kipy
from kipy.fileobjs import SchFile
from kipy.utility import FileAccess
root = '.'
for fn in glob.glob(os.path.join(root, '*.sch')):
fn = FileAccess(fn)
sch = SchFile(fn)
changed = False
for item in sch.items:
if not isinstance(item, sch.Component):
continue
fields = item.fields
if fields[1][0] == 'RES':
fields[1] = fields[2]
fields[2] = None
changed = True
if changed:
fn.write(sch)
def main():
mySVG = svg(0, 0, width="100%", height="100%")
#~ proj = Project(projname)
#~ if proj.topschfname:
#~ try:
#~ sch = ParseSchematic(proj)
#~ if not proj.netfn.exists:
#~ print "Netlist file %s not found" % proj.netfn
#~ continue
#~ netlistf = kicadnet.NetInfo(proj.netfn)
#~ netlistf.checkparsed(sch.netinfo)
#~ except Exception:
#~ print traceback.format_exc()
fn = FileAccess(schpath)
sch = SchFile(fn)
#~ printContents(sch)
# iterate through items in sch, generate svg elements
dbg = True
for item in sch.items:
if isinstance(item, sch.NoConn):
if dbg: print "NoConn: ", item.posx, item.posy
radius = 50 # radius in mils - just an indicator
c = getCircle(item.posx,
item.posy,
radius,
linewidth=0,
fillcol='black')
mySVG.addElement(c)
if isinstance(item, sch.Connection):
if dbg: print "Connection: ", item.posx, item.posy
radius = 50 # radius in mils - just an indicator
c = getCircle(item.posx, item.posy, radius, linewidth=2)
mySVG.addElement(c)
if isinstance(item, sch.Wire):
# wiretype: Notes Line or Wire Line
if dbg:
print "Wire: ", item.startx, item.starty, item.endx, item.endy, item.wiretype
myStyle = StyleBuilder()
myStyle.setStrokeWidth(2)
myStyle.setStroke('black')
ci = numpy.array([item.startx, item.starty, item.endx, item.endy
]) * mils2inch
l = line("%fin" % (ci[0]), "%fin" % (ci[1]), "%fin" % (ci[2]),
"%fin" % (ci[3]))
l.set_style(myStyle.getStyle())
mySVG.addElement(l)
if isinstance(item, sch.Text):
# texttype: Label
if dbg:
print "Text: ", item.style, item.orientation, item.text, item.posx, item.posy, item.texttype, item.size
t = getText(item.text, item.posx, item.posy, item.size)
mySVG.addElement(t)
if isinstance(item, sch.Component):
if dbg:
print "Component: ", item.subpart, item.parttype, item.timestamp, item.altref, item.variant, item.transform, item.redundant_num, item.posx, item.posy, item.parsestate, item.refdes
rsize = 500 # square size in mils - just an indicator
r = getRect(item.posx, item.posy, rsize, rsize, linewidth=2)
mySVG.addElement(r)
for field in item.fields:
i_xpos = field[2]
i_ypos = field[3]
i_fontsize = field[4]
i_extranum = field[5]
if field[0] == item.refdes:
if dbg:
print ".. refdes", field[
0], i_xpos, i_ypos, i_fontsize, i_extranum
t = getText(field[0], i_xpos, i_ypos, i_fontsize)
mySVG.addElement(t)
elif field[0] == item.parttype:
if dbg:
print ".. parttype", field[
0], i_xpos, i_ypos, i_fontsize, i_extranum
t = getText(field[0], i_xpos, i_ypos, i_fontsize)
mySVG.addElement(t)
else:
if dbg:
print ".. pcbdes", field[
0], i_xpos, i_ypos, i_fontsize, i_extranum
t = getText(field[0], i_xpos, i_ypos, i_fontsize)
mySVG.addElement(t)
#~ t=text("pySVG", x=0,y=100)
#~ group=g()
#~ group.set_transform("rotate(-30)")
#~ t.set_stroke_width('1px')
#~ t.set_stroke('#00C')
#~ t.set_fill('none')
#~ t.set_font_size("36")
#~ group.addElement(t)
#~ mySVG.addElement(group)
#~ print mySVG.getXML()
mySVG.save(svgpath)