def execute(self, app):
blocks = []
for bid in app.editor.getSelectedBlocks():
if len(app.gcode.toPath(bid)) < 1: continue
eblock = Block("closed " + app.gcode[bid].name())
for path in app.gcode.toPath(bid):
if not path.isClosed():
path.append(Segment(Segment.LINE, path[-1].B, path[0].A))
eblock = app.gcode.fromPath(path, eblock)
#blocks.append(eblock)
app.gcode[bid] = eblock
#active=-1 #add to end
#app.gcode.insBlocks(active, blocks, "Path closed") #<<< insert blocks over active block in the editor
app.refresh() #<<< refresh editor
app.setStatus(_("Generated: Closepath")) #<<< feed back result
def execute(self, app):
blocks = []
for bid in app.editor.getSelectedBlocks():
if len(app.gcode.toPath(bid)) < 1: continue
eblock = Block("closed "+app.gcode[bid].name())
for path in app.gcode.toPath(bid):
if not path.isClosed():
path.append(Segment(Segment.LINE, path[-1].B, path[0].A))
eblock = app.gcode.fromPath(path,eblock)
#blocks.append(eblock)
app.gcode[bid] = eblock
#active=-1 #add to end
#app.gcode.insBlocks(active, blocks, "Path closed") #<<< insert blocks over active block in the editor
app.refresh() #<<< refresh editor
app.setStatus(_("Generated: Closepath")) #<<< feed back result
def pocket(selectedblocks, RecursiveDepth,ProfileDir,CutDir,AdditionalCut,Overcuts, CustomRecursiveDepth,
ignoreIslands,
allowG1, diameter, stepover, name,gcode,app):
undoinfo = []
msg = ""
newblocks = []
allblocks = gcode.blocks
islandslist = []
outpathslist= []
ignoreIslandschoicedict = {
"Regard all islands except tabs":0,
"Ignore all islands":1,
"Regard only selected islands":2,
}
ignoreIslandschoice = ignoreIslandschoicedict.get(ignoreIslands,0)
for bid,block in enumerate(allblocks):#all blocks
if block.operationTest('island')and not block.operationTest('tab'):
if ignoreIslandschoice==0:
for islandPath in gcode.toPath(bid):
islandslist.append(islandPath)
for bid in reversed(selectedblocks):#selected blocks
if allblocks[bid].name() in ("Header", "Footer"): continue
newpath = []
block = allblocks[bid]
if block.operationTest('island')and not block.operationTest('tab') and ignoreIslandschoice==2:
for islandPath in gcode.toPath(bid):
islandslist.append(islandPath)
for path in gcode.toPath(bid):
if not path.isClosed():
m = "Path: '%s' is OPEN"%(path.name)
if m not in msg:
if msg: msg += "\n"
msg += m
path.close()
# Remove tiny segments
path.removeZeroLength(abs(diameter)/100.)
# Convert very small arcs to lines
path.convert2Lines(abs(diameter)/10.)
if not block.operationTest('island'):
outpathslist.append(path)
MyPocket = PocketIsland(outpathslist,RecursiveDepth,ProfileDir,CutDir,AdditionalCut,
Overcuts,CustomRecursiveDepth,
ignoreIslands,
allowG1,diameter,stepover,0,app,islandslist)
newpathList = MyPocket.getfullpath()
#concatenate newpath in a single list and split2contours
if allowG1 :
MyFullPath = Path("Pocket")
for path in newpathList :
for seg in path:
MyFullPath.append(seg)
newpathList = MyFullPath.split2contours()
if newpathList:
# remember length to shift all new blocks
# the are inserted before
before = len(newblocks)
undoinfo.extend(gcode.importPath(bid+1, newpathList,
newblocks, True, False))
new = len(newblocks)-before
for i in range(before):
newblocks[i] += new
allblocks[bid].enable = False
gcode.addUndo(undoinfo)
# return new blocks inside the blocks list
del selectedblocks[:]
selectedblocks.extend(newblocks)
return msg
def pocket(blocks, allowG1, diameter, stepover, name,gcode,items):
undoinfo = []
msg = ""
newblocks = []
islandslist = []
for bid,block in enumerate(gcode.blocks):
if block.operationTest('island'):
for islandPath in gcode.toPath(bid):
islandslist.append(islandPath)
for bid in reversed(blocks):
if gcode.blocks[bid].name() in ("Header", "Footer"): continue
newpath = []
for path in gcode.toPath(bid):
if not path.isClosed():
m = "Path: '%s' is OPEN"%(path.name)
if m not in msg:
if msg: msg += "\n"
msg += m
path.close()
# Remove tiny segments
path.removeZeroLength(abs(diameter)/100.)
# Convert very small arcs to lines
path.convert2Lines(abs(diameter)/10.)
path.directionSet(1) #turn path to CW (conventional when milling inside)
D = path.direction()
if D==0: D=1
remove = ["cut","reverse","climb","conventional","cw","ccw","pocket"]
if name is None:
path.name = Block.operationName(path.name, "pocket,conventional,cw", remove)
else:
path.name = Block.operationName(path.name, name, remove)
MyPocket = PocketIsland([path],allowG1,diameter,stepover,0,islandslist)
newpathList = MyPocket.getfullpath()
#concatenate newpath in a single list and split2contours
if allowG1 :
MyFullPath = Path("Pocket")
for path in newpathList :
for seg in path:
MyFullPath.append(seg)
newpathList = MyFullPath.split2contours()
if newpathList:
# remember length to shift all new blocks
# the are inserted before
before = len(newblocks)
undoinfo.extend(gcode.importPath(bid+1, newpathList,
newblocks, True, False))
new = len(newblocks)-before
for i in range(before):
newblocks[i] += new
gcode.blocks[bid].enable = False
gcode.addUndo(undoinfo)
# return new blocks inside the blocks list
del blocks[:]
blocks.extend(newblocks)
return msg