def tightgrid(input, output, space, gridsize, panelsize, tabwidth, tabheight, vcuts,
mousebites, radius, sourcearea, vcutcurves, htabs, vtabs, rotation, slotwidth):
"""
Create a regular panel placed in a frame by milling a slot around the
boards' perimeters.
"""
try:
panel = Panel()
rows, cols = gridsize
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
w, h = panelsize
if 2 * radius > 1.1 * slotwidth:
raise RuntimeError("The slot is too narrow for given radius (it has to be at least 10% larger")
psize, cuts = panel.makeTightGrid(input, rows, cols, wxPointMM(50, 50),
verSpace=fromMm(space), horSpace=fromMm(space),
slotWidth=fromMm(slotwidth), width=fromMm(w), height=fromMm(h),
sourceArea=sourcearea, tolerance=fromMm(5),
verTabWidth=fromMm(tabwidth), horTabWidth=fromMm(tabheight),
verTabCount=htabs, horTabCount=vtabs, rotation=fromDegrees(rotation))
if vcuts:
panel.makeVCuts(cuts, vcutcurves)
if mousebites[0]:
drill, spacing, offset = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing), fromMm(offset))
panel.addMillFillets(fromMm(radius))
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def separate(input, output, source, debug):
"""
Separate a single board out of a multi-board design. The separated board is
placed in the middle of the sheet.
You can specify the board via bounding box or annotation. See documentation
for further details on usage.
"""
try:
from kikit import panelize_ui_impl as ki
from kikit.panelize import Panel
from pcbnew import LoadBoard, wxPointMM
preset = ki.obtainPreset([],
validate=False,
source=source,
debug=debug)
board = LoadBoard(input)
sourceArea = ki.readSourceArea(preset["source"], board)
panel = Panel()
panel.inheritDesignSettings(input)
panel.inheritProperties(input)
destination = wxPointMM(150, 100)
panel.appendBoard(input, destination, sourceArea)
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
if isinstance(preset, dict) and preset["debug"]["trace"]:
traceback.print_exc(file=sys.stderr)
sys.exit(1)
def grid(input, output, space, gridsize, panelsize, tabwidth, tabheight, vcuts,
mousebites, radius, sourcearea):
"""
Create a regular panel placed in a frame.
If you do not specify the panelsize, no frame is created
"""
panel = Panel()
rows, cols = gridsize
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
if panelsize[0]:
w, h = panelsize
frame = True
oht, ovt = fromMm(space), fromMm(space)
else:
frame = False
oht, ovt = 0, 0
psize, cuts = panel.makeGrid(input, rows, cols, wxPointMM(50, 50),
sourceArea=sourcearea, tolerance=fromMm(5), radius=fromMm(radius),
verSpace=fromMm(space), horSpace=fromMm(space),
verTabWidth=fromMm(tabwidth), horTabWidth=fromMm(tabheight),
outerHorTabThickness=oht, outerVerTabThickness=ovt)
if vcuts:
panel.makeVCuts(cuts)
if mousebites[0]:
drill, spacing = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing))
if frame:
panel.makeFrame(psize, fromMm(w), fromMm(h), fromMm(space), radius=fromMm(radius))
panel.save(output)
def tightgrid(input, output, space, gridsize, panelsize, tabwidth, tabheight, vcuts,
mousebites, radius, sourcearea, vcutcurves, htabs, vtabs, rotation, slotwidth,
tolerance, renamenet, renameref, tabsfrom, copperfill, fiducials, tooling):
"""
Create a regular panel placed in a frame by milling a slot around the
boards' perimeters.
"""
# Hide the import in the function to make KiKit start faster
from kikit.panelize import Panel, fromMm, wxPointMM, wxRectMM, fromDegrees
import sys
try:
panel = Panel()
panel.inheritDesignSettings(input)
panel.inheritProperties(input)
rows, cols = gridsize
if rows == -1 or cols == -1:
raise RuntimeError("Gridsize is mandatory. Please specify the --gridsize option.")
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
w, h = panelsize
validateSpaceRadius(space, radius)
if 2 * radius > 1.1 * slotwidth:
raise RuntimeError("The slot is too narrow for given radius (it has to be at least 10% larger")
tolerance = fromMm(tolerance)
psize, cuts = panel.makeTightGrid(input, rows, cols, wxPointMM(50, 50),
verSpace=fromMm(space), horSpace=fromMm(space),
slotWidth=fromMm(slotwidth), width=fromMm(w), height=fromMm(h),
sourceArea=sourcearea, tolerance=tolerance,
verTabWidth=fromMm(tabwidth), horTabWidth=fromMm(tabheight),
verTabCount=htabs, horTabCount=vtabs, rotation=fromDegrees(rotation),
netRenamePattern=renamenet, refRenamePattern=renameref)
tabs = []
for layer, width in tabsfrom:
tab, cut = panel.layerToTabs(layer, fromMm(width))
cuts += cut
tabs += tab
panel.appendSubstrate(tabs)
panel.addMillFillets(fromMm(radius))
if vcuts:
panel.makeVCuts(cuts, vcutcurves)
if fiducials[0] is not None:
hOffset, vOffset, copperDia, openingDia = tuple(map(fromMm, fiducials))
panel.addFiducials(hOffset, vOffset, copperDia, openingDia)
if tooling[0] is not None:
hOffset, vOffset, dia = tuple(map(fromMm, tooling))
panel.addTooling(hOffset, vOffset, dia)
if mousebites[0]:
drill, spacing, offset = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing), fromMm(offset))
if copperfill:
panel.copperFillNonBoardAreas()
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def grid(input, output, space, gridsize, panelsize, tabwidth, tabheight, vcuts,
mousebites, radius, sourcearea, vcutcurves, htabs, vtabs, rotation,
tolerance, renamenet, renameref, tabsfrom, framecutv, framecuth):
"""
Create a regular panel placed in a frame.
If you do not specify the panelsize, no frame is created
"""
try:
panel = Panel()
rows, cols = gridsize
if rows == -1 or cols == -1:
raise RuntimeError("Gridsize is mandatory. Please specify the --gridsize option.")
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
if panelsize[0]:
w, h = panelsize
frame = True
oht, ovt = fromMm(space), fromMm(space)
else:
frame = False
oht, ovt = 0, 0
validateSpaceRadius(space, radius)
tolerance = fromMm(tolerance)
psize, cuts = panel.makeGrid(input, rows, cols, wxPointMM(50, 50),
sourceArea=sourcearea, tolerance=tolerance,
verSpace=fromMm(space), horSpace=fromMm(space),
verTabWidth=fromMm(tabwidth), horTabWidth=fromMm(tabheight),
outerHorTabThickness=oht, outerVerTabThickness=ovt,
horTabCount=htabs, verTabCount=vtabs, rotation=fromDegrees(rotation),
netRenamePattern=renamenet, refRenamePattern=renameref)
tabs = []
for layer, width in tabsfrom:
tab, cut = panel.layerToTabs(layer, fromMm(width))
cuts += cut
tabs += tab
panel.appendSubstrate(tabs)
if vcuts:
panel.makeVCuts(cuts, vcutcurves)
if frame:
(_, frame_cuts_v, frame_cuts_h) = panel.makeFrame(psize, fromMm(w), fromMm(h), fromMm(space))
if framecutv:
cuts += frame_cuts_v
if framecuth:
cuts += frame_cuts_h
if mousebites[0]:
drill, spacing, offset = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing), fromMm(offset))
panel.addMillFillets(fromMm(radius))
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def grid(input, output, space, gridsize, panelsize, tabwidth, tabheight, vcuts,
mousebites, radius, sourcearea, vcutcurves, htabs, vtabs, rotation,
tolerance, renamenet, renameref):
"""
Create a regular panel placed in a frame.
If you do not specify the panelsize, no frame is created
"""
try:
panel = Panel()
rows, cols = gridsize
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
if panelsize[0]:
w, h = panelsize
frame = True
oht, ovt = fromMm(space), fromMm(space)
else:
frame = False
oht, ovt = 0, 0
tolerance = fromMm(tolerance)
psize, cuts = panel.makeGrid(input,
rows,
cols,
wxPointMM(50, 50),
sourceArea=sourcearea,
tolerance=tolerance,
verSpace=fromMm(space),
horSpace=fromMm(space),
verTabWidth=fromMm(tabwidth),
horTabWidth=fromMm(tabheight),
outerHorTabThickness=oht,
outerVerTabThickness=ovt,
horTabCount=htabs,
verTabCount=vtabs,
rotation=fromDegrees(rotation),
netRenamePattern=renamenet,
refRenamePattern=renameref)
panel.addMillFillets(fromMm(radius))
if vcuts:
panel.makeVCuts(cuts, vcutcurves)
if mousebites[0]:
drill, spacing, offset = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing),
fromMm(offset))
if frame:
panel.makeFrame(psize, fromMm(w), fromMm(h), fromMm(space))
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def extractBoard(input, output, sourcearea):
"""
Extract a single board out of a file
The extracted board is placed in the middle of the sheet
"""
panel = Panel()
destination = wxPointMM(150, 100)
area = wxRectMM(*sourcearea)
panel.appendBoard(input, destination, area, tolerance=fromMm(2))
panel.save(output)
def extractBoard(input, output, sourcearea):
"""
Extract a single board out of a file
The extracted board is placed in the middle of the sheet
"""
try:
panel = Panel()
destination = wxPointMM(150, 100)
area = wxRectMM(*sourcearea)
panel.appendBoard(input, destination, area, tolerance=fromMm(2))
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def tightgrid(input, output, space, gridsize, panelsize, tabwidth, tabheight, vcuts,
mousebites, radius, sourcearea, vcutcurves, htabs, vtabs, rotation, slotwidth,
tolerance, renamenet, renameref, tabsfrom):
"""
Create a regular panel placed in a frame by milling a slot around the
boards' perimeters.
"""
try:
panel = Panel()
rows, cols = gridsize
if rows == -1 or cols == -1:
raise RuntimeError("Gridsize is mandatory. Please specify the --gridsize option.")
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
w, h = panelsize
validateSpaceRadius(space, radius)
if 2 * radius > 1.1 * slotwidth:
raise RuntimeError("The slot is too narrow for given radius (it has to be at least 10% larger")
tolerance = fromMm(tolerance)
psize, cuts = panel.makeTightGrid(input, rows, cols, wxPointMM(50, 50),
verSpace=fromMm(space), horSpace=fromMm(space),
slotWidth=fromMm(slotwidth), width=fromMm(w), height=fromMm(h),
sourceArea=sourcearea, tolerance=tolerance,
verTabWidth=fromMm(tabwidth), horTabWidth=fromMm(tabheight),
verTabCount=htabs, horTabCount=vtabs, rotation=fromDegrees(rotation),
netRenamePattern=renamenet, refRenamePattern=renameref)
tabs = []
for layer, width in tabsfrom:
tab, cut = panel.layerToTabs(layer, fromMm(width))
cuts += cut
tabs += tab
panel.appendSubstrate(tabs)
panel.addMillFillets(fromMm(radius))
if vcuts:
panel.makeVCuts(cuts, vcutcurves)
if mousebites[0]:
drill, spacing, offset = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing), fromMm(offset))
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def extractBoard(input, output, sourcearea):
"""
Extract a single board out of a file
The extracted board is placed in the middle of the sheet
"""
# Hide the import in the function to make KiKit start faster
from kikit.panelize import Panel, fromMm, wxPointMM, wxRectMM, fromDegrees
try:
panel = Panel()
destination = wxPointMM(150, 100)
area = wxRectMM(*sourcearea)
panel.appendBoard(input, destination, area, tolerance=fromMm(2))
panel.save(output)
except Exception as e:
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def separate(input, output, source, page, debug, keepannotations):
"""
Separate a single board out of a multi-board design. The separated board is
placed in the middle of the sheet.
You can specify the board via bounding box or annotation. See documentation
for further details on usage.
"""
try:
from kikit import panelize_ui_impl as ki
from kikit.panelize import Panel
from pcbnewTransition.transition import isV6, pcbnew
from pcbnew import LoadBoard, wxPointMM
from kikit.common import fakeKiCADGui
app = fakeKiCADGui()
preset = ki.obtainPreset([], validate=False, source=source, page=page, debug=debug)
if preset["debug"]["deterministic"] and isV6():
pcbnew.KIID.SeedGenerator(42)
board = LoadBoard(input)
sourceArea = ki.readSourceArea(preset["source"], board)
panel = Panel(output)
panel.inheritDesignSettings(board)
panel.inheritProperties(board)
panel.inheritTitleBlock(board)
destination = wxPointMM(150, 100)
panel.appendBoard(input, destination, sourceArea,
interpretAnnotations=(not keepannotations))
ki.setStackup(preset["source"], panel)
ki.positionPanel(preset["page"], panel)
ki.setPageSize(preset["page"], panel, board)
panel.save(reconstructArcs=True)
except Exception as e:
import sys
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
if isinstance(preset, dict) and preset["debug"]["trace"]:
traceback.print_exc(file=sys.stderr)
sys.exit(1)
def panelize(input, output, preset, layout, source, tabs, cuts, framing,
tooling, fiducials, text, post, debug, dump):
"""
Panelize boards
"""
try:
# Hide the import in the function to make KiKit start faster
from kikit import panelize_ui_impl as ki
from kikit.panelize import Panel
from pcbnew import LoadBoard, wxPointMM
import json
import commentjson
import sys
from itertools import chain
preset = ki.obtainPreset(preset,
layout=layout,
source=source,
tabs=tabs,
cuts=cuts,
framing=framing,
tooling=tooling,
fiducials=fiducials,
text=text,
post=post,
debug=debug)
board = LoadBoard(input)
panel = Panel()
panel.inheritDesignSettings(input)
panel.inheritProperties(input)
sourceArea = ki.readSourceArea(preset["source"], board)
substrates = ki.buildLayout(preset["layout"], panel, input, sourceArea)
framingSubstrates = ki.dummyFramingSubstrate(
substrates, ki.frameOffset(preset["framing"]))
panel.buildPartitionLineFromBB(framingSubstrates)
tabCuts = ki.buildTabs(preset["tabs"], panel, substrates,
framingSubstrates)
backboneCuts = ki.buildBackBone(preset["layout"], panel, substrates,
ki.frameOffset(preset["framing"]))
frameCuts = ki.buildFraming(preset["framing"], panel)
ki.buildTooling(preset["tooling"], panel)
ki.buildFiducials(preset["fiducials"], panel)
ki.buildText(preset["text"], panel)
ki.buildPostprocessing(preset["post"], panel)
ki.makeTabCuts(preset["cuts"], panel, tabCuts)
ki.makeOtherCuts(preset["cuts"], panel, chain(backboneCuts, frameCuts))
ki.runUserScript(preset["post"], panel)
ki.buildDebugAnnotation(preset["debug"], panel)
panel.save(output)
if (dump):
with open(dump, "w") as f:
f.write(ki.dumpPreset(preset))
except Exception as e:
import sys
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
if isinstance(preset, dict) and preset["debug"]["trace"]:
traceback.print_exc(file=sys.stderr)
sys.exit(1)
def grid(input, output, space, hspace, vspace, gridsize, panelsize, tabwidth,
tabheight, vcuts, mousebites, radius, sourcearea, vcutcurves, htabs,
vtabs, rotation, tolerance, renamenet, renameref, tabsfrom, framecutv,
framecuth, copperfill, railstb, railslr, tooling, fiducials,
alternation):
"""
Create a regular panel placed in a frame.
If you do not specify the panelsize, no frame is created
"""
# Hide the import in the function to make KiKit start faster
from kikit.panelize import Panel, fromMm, wxPointMM, wxRectMM, fromDegrees
import sys
try:
panel = Panel()
#panel.inheritDesignSettings(input)
#panel.inheritProperties(input)
rows, cols = gridsize
if rows == -1 or cols == -1:
raise RuntimeError(
"Gridsize is mandatory. Please specify the --gridsize option.")
if hspace is None:
hspace = space
if vspace is None:
vspace = space
if sourcearea[0]:
sourcearea = wxRectMM(*sourcearea)
else:
sourcearea = None
if panelsize[0]:
w, h = panelsize
frame = True
oht, ovt = fromMm(hspace), fromMm(vspace)
else:
frame = False
oht, ovt = 0, 0
if railstb:
frame = False
railstb = fromMm(railstb)
ovt = fromMm(vspace)
if railslr:
frame = False
railslr = fromMm(railslr)
oht = fromMm(hspace)
placementClass = getPlacementClass(alternation)
validateSpaceRadius(vspace, radius)
validateSpaceRadius(hspace, radius)
tolerance = fromMm(tolerance)
psize, cuts = panel.makeGrid(input,
rows,
cols,
wxPointMM(50, 50),
sourceArea=sourcearea,
tolerance=tolerance,
verSpace=fromMm(vspace),
horSpace=fromMm(hspace),
verTabWidth=fromMm(tabwidth),
horTabWidth=fromMm(tabheight),
outerHorTabThickness=oht,
outerVerTabThickness=ovt,
horTabCount=htabs,
verTabCount=vtabs,
rotation=fromDegrees(rotation),
netRenamePattern=renamenet,
refRenamePattern=renameref,
forceOuterCutsV=railstb or frame,
forceOuterCutsH=railslr or frame,
placementClass=placementClass)
tabs = []
for layer, width in tabsfrom:
tab, cut = panel.layerToTabs(layer, fromMm(width))
cuts += cut
tabs += tab
panel.appendSubstrate(tabs)
if vcuts:
panel.makeVCuts(cuts, vcutcurves)
if frame:
(_, frame_cuts_v,
frame_cuts_h) = panel.makeFrame(psize, fromMm(w), fromMm(h),
fromMm(space))
if framecutv:
cuts += frame_cuts_v
if framecuth:
cuts += frame_cuts_h
if railslr:
panel.makeRailsLr(railslr)
if railstb:
panel.makeRailsTb(railstb)
if fiducials[0] is not None:
hOffset, vOffset, copperDia, openingDia = tuple(
map(fromMm, fiducials))
panel.addFiducials(hOffset, vOffset, copperDia, openingDia)
if tooling[0] is not None:
hOffset, vOffset, dia = tuple(map(fromMm, tooling))
panel.addTooling(hOffset, vOffset, dia)
if mousebites[0]:
drill, spacing, offset = mousebites
panel.makeMouseBites(cuts, fromMm(drill), fromMm(spacing),
fromMm(offset))
panel.addMillFillets(fromMm(radius))
if copperfill:
panel.copperFillNonBoardAreas()
panel.save(output)
except Exception as e:
raise
sys.stderr.write("An error occurred: " + str(e) + "\n")
sys.stderr.write("No output files produced\n")
sys.exit(1)
def doPanelization(input, output, preset, plugins=[]):
"""
The panelization logic is separated into a separate function so we can
handle errors based on the context; e.g., CLI vs GUI
"""
from kikit import panelize_ui_impl as ki
from kikit.panelize import Panel
from pcbnewTransition.transition import isV6, pcbnew
from pcbnew import LoadBoard
from itertools import chain
if preset["debug"]["deterministic"] and isV6():
pcbnew.KIID.SeedGenerator(42)
if preset["debug"]["drawtabfail"]:
import kikit.substrate
kikit.substrate.TABFAIL_VISUAL = True
board = LoadBoard(input)
panel = Panel(output)
useHookPlugins = ki.loadHookPlugins(plugins, board, preset)
useHookPlugins(lambda x: x.prePanelSetup(panel))
# Register extra footprints for annotations
for tabFootprint in preset["tabs"]["tabfootprints"]:
panel.annotationReader.registerTab(tabFootprint.lib, tabFootprint.footprint)
panel.inheritDesignSettings(board)
panel.inheritProperties(board)
panel.inheritTitleBlock(board)
useHookPlugins(lambda x: x.afterPanelSetup(panel))
sourceArea = ki.readSourceArea(preset["source"], board)
substrates, framingSubstrates, backboneCuts = \
ki.buildLayout(preset, panel, input, sourceArea)
useHookPlugins(lambda x: x.afterLayout(panel, substrates))
tabCuts = ki.buildTabs(preset, panel, substrates,
framingSubstrates, ki.frameOffset(preset["framing"]))
useHookPlugins(lambda x: x.afterTabs(panel, tabCuts, backboneCuts))
frameCuts = ki.buildFraming(preset, panel)
useHookPlugins(lambda x: x.afterFraming(panel, frameCuts))
ki.buildTooling(preset, panel)
ki.buildFiducials(preset, panel)
ki.buildText(preset["text"], panel)
ki.buildPostprocessing(preset["post"], panel)
ki.makeTabCuts(preset, panel, tabCuts)
ki.makeOtherCuts(preset, panel, chain(backboneCuts, frameCuts))
useHookPlugins(lambda x: x.afterCuts(panel))
ki.buildCopperfill(preset["copperfill"], panel)
ki.setStackup(preset["source"], panel)
ki.positionPanel(preset["page"], panel)
ki.setPageSize(preset["page"], panel, board)
ki.runUserScript(preset["post"], panel)
useHookPlugins(lambda x: x.finish(panel))
ki.buildDebugAnnotation(preset["debug"], panel)
panel.save(reconstructArcs=preset["post"]["reconstructarcs"],
refillAllZones=preset["post"]["refillzones"])