def loadModelFiles(self, filelist, showWarning = False):
while len(filelist) > len(self.objectList):
self.objectList.append(previewObject())
for idx in xrange(len(filelist), len(self.objectList)):
self.objectList[idx].mesh = None
self.objectList[idx].filename = None
for idx in xrange(0, len(filelist)):
obj = self.objectList[idx]
if obj.filename != filelist[idx]:
obj.fileTime = None
self.gcodeFileTime = None
self.logFileTime = None
obj.filename = filelist[idx]
self.gcodeFilename = sliceRun.getExportFilename(filelist[0])
#Do the STL file loading in a background thread so we don't block the UI.
if self.loadThread != None and self.loadThread.isAlive():
self.loadThread.join()
self.loadThread = threading.Thread(target=self.doFileLoadThread)
self.loadThread.daemon = True
self.loadThread.start()
if showWarning:
if profile.getProfileSettingFloat('model_scale') != 1.0 or profile.getProfileSettingFloat('model_rotate_base') != 0 or profile.getProfileSetting('flip_x') != 'False' or profile.getProfileSetting('flip_y') != 'False' or profile.getProfileSetting('flip_z') != 'False' or profile.getProfileSetting('swap_xz') != 'False' or profile.getProfileSetting('swap_yz') != 'False':
self.warningPopup.Show(True)
self.warningPopup.timer.Start(5000)
def calcLayerSkip(setting):
bottomThickness = profile.getProfileSettingFloat('bottom_thickness')
layerThickness = profile.getProfileSettingFloat('layer_height')
if bottomThickness < layerThickness:
return 0
return int(
math.ceil((bottomThickness - layerThickness) / layerThickness +
0.0001) - 1)
def _doAutoPlace(self, allowedSizeY):
extraSizeMin = self.headSizeMin
extraSizeMax = self.headSizeMax
if profile.getProfileSettingFloat('skirt_line_count') > 0:
skirtSize = profile.getProfileSettingFloat('skirt_line_count') * profile.calculateEdgeWidth() + profile.getProfileSettingFloat('skirt_gap')
extraSizeMin = extraSizeMin + util3d.Vector3(skirtSize, skirtSize, 0)
extraSizeMax = extraSizeMax + util3d.Vector3(skirtSize, skirtSize, 0)
if profile.getProfileSetting('support') != 'None':
extraSizeMin = extraSizeMin + util3d.Vector3(3.0, 0, 0)
extraSizeMax = extraSizeMax + util3d.Vector3(3.0, 0, 0)
if self.printMode == 1:
extraSizeMin = util3d.Vector3(6.0, 6.0, 0)
extraSizeMax = util3d.Vector3(6.0, 6.0, 0)
if extraSizeMin.x > extraSizeMax.x:
posX = self.machineSize.x
dirX = -1
else:
posX = 0
dirX = 1
posY = 0
dirY = 1
minX = self.machineSize.x
minY = self.machineSize.y
maxX = 0
maxY = 0
for item in self.list:
item.centerX = posX + item.getMaximum().x * item.scale * dirX
item.centerY = posY + item.getMaximum().y * item.scale * dirY
if item.centerY + item.getSize().y >= allowedSizeY:
if dirX < 0:
posX = minX - extraSizeMax.x - 1
else:
posX = maxX + extraSizeMin.x + 1
posY = 0
item.centerX = posX + item.getMaximum().x * item.scale * dirX
item.centerY = posY + item.getMaximum().y * item.scale * dirY
posY += item.getSize().y * item.scale * dirY + extraSizeMin.y + 1
minX = min(minX, item.centerX - item.getSize().x * item.scale / 2)
minY = min(minY, item.centerY - item.getSize().y * item.scale / 2)
maxX = max(maxX, item.centerX + item.getSize().x * item.scale / 2)
maxY = max(maxY, item.centerY + item.getSize().y * item.scale / 2)
for item in self.list:
if dirX < 0:
item.centerX -= minX / 2
else:
item.centerX += (self.machineSize.x - maxX) / 2
item.centerY += (self.machineSize.y - maxY) / 2
if minX < 0 or maxX > self.machineSize.x:
return ((maxX - minX) + (maxY - minY)) * 100
return (maxX - minX) + (maxY - minY)
def __init__(self, mainWindow, parent, filelist):
wx.Panel.__init__(self, parent, -1)
self.mainWindow = mainWindow
self.filelist = filelist
self.abort = False
box = wx.StaticBox(self, -1, filelist[0])
self.sizer = wx.StaticBoxSizer(box, wx.HORIZONTAL)
mainSizer = wx.BoxSizer(wx.VERTICAL)
mainSizer.Add(self.sizer, 0, flag=wx.EXPAND)
self.statusText = wx.StaticText(self, -1, "Starting...")
self.progressGauge = wx.Gauge(self, -1)
self.progressGauge.SetRange(10000 * len(filelist))
self.abortButton = wx.Button(self, -1, "X", style=wx.BU_EXACTFIT)
self.sizer.Add(self.statusText, 2, flag=wx.ALIGN_CENTER)
self.sizer.Add(self.progressGauge, 2)
self.sizer.Add(self.abortButton, 0)
self.Bind(wx.EVT_BUTTON, self.OnAbort, self.abortButton)
self.SetSizer(mainSizer)
self.prevStep = 'start'
self.totalDoneFactor = 0.0
self.startTime = time.time()
if profile.getPreference('save_profile') == 'True':
profile.saveGlobalProfile(
self.filelist[0][:self.filelist[0].rfind('.')] +
"_profile.ini")
cmdList = []
for filename in self.filelist:
idx = self.filelist.index(filename)
#print filename, idx
if idx > 0:
profile.setTempOverride('fan_enabled', 'False')
profile.setTempOverride('skirt_line_count', '0')
profile.setTempOverride(
'machine_center_x',
profile.getProfileSettingFloat('machine_center_x') -
profile.getPreferenceFloat('extruder_offset_x%d' % (idx)))
profile.setTempOverride(
'machine_center_y',
profile.getProfileSettingFloat('machine_center_y') -
profile.getPreferenceFloat('extruder_offset_y%d' % (idx)))
profile.setTempOverride('alternative_center', self.filelist[0])
if len(self.filelist) > 1:
profile.setTempOverride('add_start_end_gcode', 'False')
profile.setTempOverride('gcode_extension', 'multi_extrude_tmp')
cmdList.append(sliceRun.getSliceCommand(filename))
profile.resetTempOverride()
self.thread = WorkerThread(self, filelist, cmdList)
def OnOpenSVG(self, e):
dlg = wx.FileDialog(self,
"Open SVG file",
os.path.split(
profile.getPreference('lastFile'))[0],
style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST)
dlg.SetWildcard("SVG files (*.svg)|*.svg;*.SVG")
if dlg.ShowModal() == wx.ID_OK:
self.filename = dlg.GetPath()
self.svg = svg.SVG(self.filename)
self.svg.center(
complex(profile.getProfileSettingFloat('machine_center_x'),
profile.getProfileSettingFloat('machine_center_y')))
self.preview.Refresh()
dlg.Destroy()
def OnPaint(self,e):
dc = wx.PaintDC(self)
if not hasOpenGLlibs:
dc.Clear()
dc.DrawText("No PyOpenGL installation found.\nNo preview window available.", 10, 10)
return
self.SetCurrent(self.context)
opengl.InitGL(self, self.view3D, self.zoom)
if self.view3D:
glTranslate(0,0,-self.zoom)
glRotate(-self.pitch, 1,0,0)
glRotate(self.yaw, 0,0,1)
if self.viewMode == "GCode" or self.viewMode == "Mixed":
if self.parent.gcode != None and len(self.parent.gcode.layerList) > self.parent.layerSpin.GetValue() and len(self.parent.gcode.layerList[self.parent.layerSpin.GetValue()]) > 0:
glTranslate(0,0,-self.parent.gcode.layerList[self.parent.layerSpin.GetValue()][0].list[-1].z)
else:
if self.parent.objectsMaxV != None:
glTranslate(0,0,-(self.parent.objectsMaxV[2]-self.parent.objectsMinV[2]) * profile.getProfileSettingFloat('model_scale') / 2)
else:
glScale(1.0/self.zoom, 1.0/self.zoom, 1.0)
glTranslate(self.offsetX, self.offsetY, 0.0)
self.viewport = glGetIntegerv(GL_VIEWPORT);
self.modelMatrix = glGetDoublev(GL_MODELVIEW_MATRIX);
self.projMatrix = glGetDoublev(GL_PROJECTION_MATRIX);
glTranslate(-self.parent.machineCenter.x, -self.parent.machineCenter.y, 0)
self.OnDraw()
self.SwapBuffers()
def StoreData(self):
profile.putPreference('machine_width', self.machineWidth.GetValue())
profile.putPreference('machine_depth', self.machineDepth.GetValue())
profile.putPreference('machine_height', self.machineHeight.GetValue())
profile.putProfileSetting('nozzle_size', self.nozzleSize.GetValue())
profile.putProfileSetting('machine_center_x', profile.getPreferenceFloat('machine_width') / 2)
profile.putProfileSetting('machine_center_y', profile.getPreferenceFloat('machine_depth') / 2)
profile.putProfileSetting('wall_thickness', float(profile.getProfileSettingFloat('nozzle_size')) * 2)
profile.putPreference('has_heated_bed', str(self.heatedBed.GetValue()))
def OnMouseMotion(self,e):
if self.parent.objectsMaxV != None:
size = (self.parent.objectsMaxV - self.parent.objectsMinV)
sizeXY = math.sqrt((size[0] * size[0]) + (size[1] * size[1]))
p0 = numpy.array(gluUnProject(e.GetX(), self.viewport[1] + self.viewport[3] - e.GetY(), 0, self.modelMatrix, self.projMatrix, self.viewport))
p1 = numpy.array(gluUnProject(e.GetX(), self.viewport[1] + self.viewport[3] - e.GetY(), 1, self.modelMatrix, self.projMatrix, self.viewport))
cursorZ0 = p0 - (p1 - p0) * (p0[2] / (p1[2] - p0[2]))
cursorXY = math.sqrt((cursorZ0[0] * cursorZ0[0]) + (cursorZ0[1] * cursorZ0[1]))
if cursorXY >= sizeXY * 0.7 and cursorXY <= sizeXY * 0.7 + 3:
self.SetCursor(wx.StockCursor(wx.CURSOR_SIZING))
else:
self.SetCursor(wx.StockCursor(wx.CURSOR_DEFAULT))
if e.Dragging() and e.LeftIsDown():
if self.dragType == '':
#Define the drag type depending on the cursor position.
if cursorXY >= sizeXY * 0.7 and cursorXY <= sizeXY * 0.7 + 3:
self.dragType = 'modelRotate'
self.dragStart = math.atan2(cursorZ0[0], cursorZ0[1])
else:
self.dragType = 'viewRotate'
if self.dragType == 'viewRotate':
if self.view3D:
self.yaw += e.GetX() - self.oldX
self.pitch -= e.GetY() - self.oldY
if self.pitch > 170:
self.pitch = 170
if self.pitch < 10:
self.pitch = 10
else:
self.offsetX += float(e.GetX() - self.oldX) * self.zoom / self.GetSize().GetHeight() * 2
self.offsetY -= float(e.GetY() - self.oldY) * self.zoom / self.GetSize().GetHeight() * 2
elif self.dragType == 'modelRotate':
angle = math.atan2(cursorZ0[0], cursorZ0[1])
diff = self.dragStart - angle
self.tempRotate = diff * 180 / math.pi
#Workaround for buggy ATI cards.
size = self.GetSizeTuple()
self.SetSize((size[0]+1, size[1]))
self.SetSize((size[0], size[1]))
self.Refresh()
else:
if self.tempRotate != 0:
profile.putProfileSetting('model_rotate_base', profile.getProfileSettingFloat('model_rotate_base') + self.tempRotate)
self.parent.updateModelTransform()
self.tempRotate = 0
self.dragType = ''
if e.Dragging() and e.RightIsDown():
self.zoom += e.GetY() - self.oldY
if self.zoom < 1:
self.zoom = 1
self.Refresh()
self.oldX = e.GetX()
self.oldY = e.GetY()
def updateProfileToControls(self):
self.scale.SetValue(profile.getProfileSetting('model_scale'))
self.rotate.SetValue(profile.getProfileSettingFloat('model_rotate_base'))
self.mirrorX.SetValue(profile.getProfileSetting('flip_x') == 'True')
self.mirrorY.SetValue(profile.getProfileSetting('flip_y') == 'True')
self.mirrorZ.SetValue(profile.getProfileSetting('flip_z') == 'True')
self.swapXZ.SetValue(profile.getProfileSetting('swap_xz') == 'True')
self.swapYZ.SetValue(profile.getProfileSetting('swap_yz') == 'True')
self.updateModelTransform()
def validate(self):
try:
nozzleSize = profile.getProfileSettingFloat('nozzle_size')
layerHeight = profile.getProfileSettingFloat('layer_height')
printSpeed = profile.getProfileSettingFloat('print_speed')
printVolumePerMM = layerHeight * nozzleSize
printVolumePerSecond = printVolumePerMM * printSpeed
#Using 10mm3 per second with a 0.4mm nozzle (normal max according to Joergen Geerds)
maxPrintVolumePerSecond = 10 / (math.pi*(0.2*0.2)) * (math.pi*(nozzleSize/2*nozzleSize/2))
if printVolumePerSecond > maxPrintVolumePerSecond:
return WARNING, 'You are trying to print more then %.1fmm^3 of filament per second. This might cause filament slipping. (You are printing at %0.1fmm^3 per second)' % (maxPrintVolumePerSecond, printVolumePerSecond)
return SUCCESS, ''
except ValueError:
#We already have an error by the int/float validator in this case.
return SUCCESS, ''
def __init__(self, mainWindow, parent, filelist):
wx.Panel.__init__(self, parent, -1)
self.mainWindow = mainWindow
self.filelist = filelist
self.abort = False
box = wx.StaticBox(self, -1, filelist[0])
self.sizer = wx.StaticBoxSizer(box, wx.HORIZONTAL)
mainSizer = wx.BoxSizer(wx.VERTICAL)
mainSizer.Add(self.sizer, 0, flag=wx.EXPAND)
self.statusText = wx.StaticText(self, -1, "Starting...")
self.progressGauge = wx.Gauge(self, -1)
self.progressGauge.SetRange(10000 * len(filelist))
self.abortButton = wx.Button(self, -1, "X", style=wx.BU_EXACTFIT)
self.sizer.Add(self.statusText, 2, flag=wx.ALIGN_CENTER )
self.sizer.Add(self.progressGauge, 2)
self.sizer.Add(self.abortButton, 0)
self.Bind(wx.EVT_BUTTON, self.OnAbort, self.abortButton)
self.SetSizer(mainSizer)
self.prevStep = 'start'
self.totalDoneFactor = 0.0
self.startTime = time.time()
if profile.getPreference('save_profile') == 'True':
profile.saveGlobalProfile(self.filelist[0][: self.filelist[0].rfind('.')] + "_profile.ini")
cmdList = []
for filename in self.filelist:
idx = self.filelist.index(filename)
#print filename, idx
if idx > 0:
profile.setTempOverride('fan_enabled', 'False')
profile.setTempOverride('skirt_line_count', '0')
profile.setTempOverride('machine_center_x', profile.getProfileSettingFloat('machine_center_x') - profile.getPreferenceFloat('extruder_offset_x%d' % (idx)))
profile.setTempOverride('machine_center_y', profile.getProfileSettingFloat('machine_center_y') - profile.getPreferenceFloat('extruder_offset_y%d' % (idx)))
profile.setTempOverride('alternative_center', self.filelist[0])
if len(self.filelist) > 1:
profile.setTempOverride('add_start_end_gcode', 'False')
profile.setTempOverride('gcode_extension', 'multi_extrude_tmp')
cmdList.append(sliceRun.getSliceCommand(filename))
profile.resetTempOverride()
self.thread = WorkerThread(self, filelist, cmdList)
def OnOpenSVG(self, e):
dlg = wx.FileDialog(
self,
"Open SVG file",
os.path.split(profile.getPreference("lastFile"))[0],
style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST,
)
dlg.SetWildcard("SVG files (*.svg)|*.svg;*.SVG")
if dlg.ShowModal() == wx.ID_OK:
self.filename = dlg.GetPath()
self.svg = svg.SVG(self.filename)
self.svg.center(
complex(
profile.getProfileSettingFloat("machine_center_x"),
profile.getProfileSettingFloat("machine_center_y"),
)
)
self.preview.Refresh()
dlg.Destroy()
def updateProfileToControls(self):
self.scale.SetValue(profile.getProfileSetting('model_scale'))
self.rotate.SetValue(
profile.getProfileSettingFloat('model_rotate_base'))
self.mirrorX.SetValue(profile.getProfileSetting('flip_x') == 'True')
self.mirrorY.SetValue(profile.getProfileSetting('flip_y') == 'True')
self.mirrorZ.SetValue(profile.getProfileSetting('flip_z') == 'True')
self.swapXZ.SetValue(profile.getProfileSetting('swap_xz') == 'True')
self.swapYZ.SetValue(profile.getProfileSetting('swap_yz') == 'True')
self.updateModelTransform()
self.glCanvas.updateProfileToControls()
def validate(self):
try:
wallThickness = profile.getProfileSettingFloat('wall_thickness')
nozzleSize = profile.getProfileSettingFloat('nozzle_size')
if wallThickness <= nozzleSize * 0.5:
return ERROR, 'Trying to print walls thinner then the half of your nozzle size, this will not produce anything usable'
if wallThickness <= nozzleSize * 0.85:
return WARNING, 'Trying to print walls thinner then the 0.8 * nozzle size. Small chance that this will produce usable results'
if wallThickness < nozzleSize:
return SUCCESS, ''
lineCount = int(wallThickness / nozzleSize)
lineWidth = wallThickness / lineCount
lineWidthAlt = wallThickness / (lineCount + 1)
if lineWidth >= nozzleSize * 1.5 and lineWidthAlt <= nozzleSize * 0.85:
return WARNING, 'Current selected wall thickness results in a line thickness of ' + str(lineWidthAlt) + 'mm which is not recommended with your nozzle of ' + str(nozzleSize) + 'mm'
return SUCCESS, ''
except ValueError:
#We already have an error by the int/float validator in this case.
return SUCCESS, ''
def getExtraHeadSize(self):
extraSizeMin = self.headSizeMin
extraSizeMax = self.headSizeMax
if profile.getProfileSettingFloat('skirt_line_count') > 0:
skirtSize = profile.getProfileSettingFloat('skirt_line_count') * profile.calculateEdgeWidth() + profile.getProfileSettingFloat('skirt_gap')
extraSizeMin = extraSizeMin + numpy.array([skirtSize, skirtSize, 0])
extraSizeMax = extraSizeMax + numpy.array([skirtSize, skirtSize, 0])
if profile.getProfileSetting('enable_raft') != 'False':
raftSize = profile.getProfileSettingFloat('raft_margin') * 2
extraSizeMin = extraSizeMin + numpy.array([raftSize, raftSize, 0])
extraSizeMax = extraSizeMax + numpy.array([raftSize, raftSize, 0])
if profile.getProfileSetting('support') != 'None':
extraSizeMin = extraSizeMin + numpy.array([3.0, 0, 0])
extraSizeMax = extraSizeMax + numpy.array([3.0, 0, 0])
if self.printMode == 1:
extraSizeMin = numpy.array([6.0, 6.0, 0])
extraSizeMax = numpy.array([6.0, 6.0, 0])
return extraSizeMin, extraSizeMax
def getExtraHeadSize(self):
extraSizeMin = self.headSizeMin
extraSizeMax = self.headSizeMax
if profile.getProfileSettingFloat('skirt_line_count') > 0:
skirtSize = profile.getProfileSettingFloat('skirt_line_count') * profile.calculateEdgeWidth() + profile.getProfileSettingFloat('skirt_gap')
extraSizeMin = extraSizeMin + numpy.array([skirtSize, skirtSize, 0])
extraSizeMax = extraSizeMax + numpy.array([skirtSize, skirtSize, 0])
if profile.getProfileSetting('enable_raft') != 'False':
raftSize = profile.getProfileSettingFloat('raft_margin') * 2
extraSizeMin = extraSizeMin + numpy.array([raftSize, raftSize, 0])
extraSizeMax = extraSizeMax + numpy.array([raftSize, raftSize, 0])
if profile.getProfileSetting('support') != 'None':
extraSizeMin = extraSizeMin + numpy.array([3.0, 0, 0])
extraSizeMax = extraSizeMax + numpy.array([3.0, 0, 0])
if self.printMode == 1:
extraSizeMin = numpy.array([6.0, 6.0, 0])
extraSizeMax = numpy.array([6.0, 6.0, 0])
return extraSizeMin, extraSizeMax
def doFileLoadThread(self):
for obj in self.objectList:
if obj.filename != None and os.path.isfile(
obj.filename) and obj.fileTime != os.stat(
obj.filename).st_mtime:
obj.ileTime = os.stat(obj.filename).st_mtime
mesh = meshLoader.loadMesh(obj.filename)
obj.dirty = False
obj.mesh = mesh
self.updateModelTransform()
scale = profile.getProfileSettingFloat('model_scale')
size = (self.objectsMaxV - self.objectsMinV) * scale
if size[0] > self.machineSize.x or size[
1] > self.machineSize.y or size[2] > self.machineSize.z:
self.OnScaleMax(None)
self.glCanvas.zoom = numpy.max(size) * 2.5
self.errorList = []
wx.CallAfter(self.updateToolbar)
wx.CallAfter(self.glCanvas.Refresh)
if os.path.isfile(
self.gcodeFilename) and self.gcodeFileTime != os.stat(
self.gcodeFilename).st_mtime:
self.gcodeFileTime = os.stat(self.gcodeFilename).st_mtime
gcode = gcodeInterpreter.gcode()
gcode.progressCallback = self.loadProgress
gcode.load(self.gcodeFilename)
self.gcodeDirty = False
self.gcode = gcode
self.gcodeDirty = True
errorList = []
for line in open(self.gcodeFilename, "rt"):
res = re.search(
';Model error\(([a-z ]*)\): \(([0-9\.\-e]*), ([0-9\.\-e]*), ([0-9\.\-e]*)\) \(([0-9\.\-e]*), ([0-9\.\-e]*), ([0-9\.\-e]*)\)',
line)
if res != None:
v1 = util3d.Vector3(float(res.group(2)),
float(res.group(3)),
float(res.group(4)))
v2 = util3d.Vector3(float(res.group(5)),
float(res.group(6)),
float(res.group(7)))
errorList.append([v1, v2])
self.errorList = errorList
wx.CallAfter(self.updateToolbar)
wx.CallAfter(self.glCanvas.Refresh)
elif not os.path.isfile(self.gcodeFilename):
self.gcode = None
def StoreData(self):
profile.putPreference('machine_width', self.machineWidth.GetValue())
profile.putPreference('machine_depth', self.machineDepth.GetValue())
profile.putPreference('machine_height', self.machineHeight.GetValue())
profile.putProfileSetting('nozzle_size', self.nozzleSize.GetValue())
profile.putProfileSetting(
'machine_center_x',
profile.getPreferenceFloat('machine_width') / 2)
profile.putProfileSetting(
'machine_center_y',
profile.getPreferenceFloat('machine_depth') / 2)
profile.putProfileSetting(
'wall_thickness',
float(profile.getProfileSettingFloat('nozzle_size')) * 2)
profile.putPreference('has_heated_bed', str(self.heatedBed.GetValue()))
def drawModel(self, obj):
multiX = 1 #int(profile.getProfileSetting('model_multiply_x'))
multiY = 1 #int(profile.getProfileSetting('model_multiply_y'))
modelScale = profile.getProfileSettingFloat('model_scale')
modelSize = (obj.mesh.getMaximum() - obj.mesh.getMinimum()) * modelScale
glPushMatrix()
glTranslate(-(modelSize.x+10)*(multiX-1)/2,-(modelSize.y+10)*(multiY-1)/2, 0)
for mx in xrange(0, multiX):
for my in xrange(0, multiY):
glPushMatrix()
glTranslate((modelSize.x+10)*mx,(modelSize.y+10)*my, 0)
glScalef(modelScale, modelScale, modelScale)
glCallList(obj.displayList)
glPopMatrix()
glPopMatrix()
def loadModelFiles(self, filelist, showWarning=False):
while len(filelist) > len(self.objectList):
self.objectList.append(previewObject())
for idx in xrange(len(filelist), len(self.objectList)):
self.objectList[idx].mesh = None
self.objectList[idx].filename = None
for idx in xrange(0, len(filelist)):
obj = self.objectList[idx]
if obj.filename != filelist[idx]:
obj.fileTime = None
self.gcodeFileTime = None
self.logFileTime = None
obj.filename = filelist[idx]
self.gcodeFilename = sliceRun.getExportFilename(filelist[0])
#Do the STL file loading in a background thread so we don't block the UI.
if self.loadThread != None and self.loadThread.isAlive():
self.loadThread.join()
self.loadThread = threading.Thread(target=self.doFileLoadThread)
self.loadThread.daemon = True
self.loadThread.start()
if showWarning:
if profile.getProfileSettingFloat(
'model_scale') != 1.0 or profile.getProfileSettingFloat(
'model_rotate_base') != 0 or profile.getProfileSetting(
'flip_x') != 'False' or profile.getProfileSetting(
'flip_y'
) != 'False' or profile.getProfileSetting(
'flip_z'
) != 'False' or profile.getProfileSetting(
'swap_xz'
) != 'False' or profile.getProfileSetting(
'swap_yz') != 'False':
self.warningPopup.Show(True)
self.warningPopup.timer.Start(5000)
def drawModel(self, obj):
multiX = 1 #int(profile.getProfileSetting('model_multiply_x'))
multiY = 1 #int(profile.getProfileSetting('model_multiply_y'))
modelScale = profile.getProfileSettingFloat('model_scale')
modelSize = (obj.mesh.getMaximum() -
obj.mesh.getMinimum()) * modelScale
glPushMatrix()
glTranslate(-(modelSize.x + 10) * (multiX - 1) / 2,
-(modelSize.y + 10) * (multiY - 1) / 2, 0)
for mx in xrange(0, multiX):
for my in xrange(0, multiY):
glPushMatrix()
glTranslate((modelSize.x + 10) * mx, (modelSize.y + 10) * my,
0)
glScalef(modelScale, modelScale, modelScale)
glCallList(obj.displayList)
glPopMatrix()
glPopMatrix()
def updateModelTransform(self, f=0):
if len(self.objectList) < 1 or self.objectList[0].mesh == None:
return
rotate = profile.getProfileSettingFloat('model_rotate_base')
mirrorX = profile.getProfileSetting('flip_x') == 'True'
mirrorY = profile.getProfileSetting('flip_y') == 'True'
mirrorZ = profile.getProfileSetting('flip_z') == 'True'
swapXZ = profile.getProfileSetting('swap_xz') == 'True'
swapYZ = profile.getProfileSetting('swap_yz') == 'True'
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.setRotateMirror(rotate, mirrorX, mirrorY, mirrorZ, swapXZ,
swapYZ)
minV = self.objectList[0].mesh.getMinimum()
maxV = self.objectList[0].mesh.getMaximum()
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.getMinimumZ()
minV = numpy.minimum(minV, obj.mesh.getMinimum())
maxV = numpy.maximum(maxV, obj.mesh.getMaximum())
self.objectsMaxV = maxV
self.objectsMinV = minV
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.vertexes -= numpy.array([
minV[0] + (maxV[0] - minV[0]) / 2,
minV[1] + (maxV[1] - minV[1]) / 2, minV[2]
])
#for v in obj.mesh.vertexes:
# v[2] -= minV[2]
# v[0] -= minV[0] + (maxV[0] - minV[0]) / 2
# v[1] -= minV[1] + (maxV[1] - minV[1]) / 2
obj.mesh.getMinimumZ()
obj.dirty = True
self.glCanvas.Refresh()
def OnPaint(self, e):
dc = wx.PaintDC(self)
if not hasOpenGLlibs:
dc.Clear()
dc.DrawText(
"No PyOpenGL installation found.\nNo preview window available.",
10, 10)
return
self.SetCurrent(self.context)
opengl.InitGL(self, self.view3D, self.zoom)
if self.view3D:
glTranslate(0, 0, -self.zoom)
glRotate(-self.pitch, 1, 0, 0)
glRotate(self.yaw, 0, 0, 1)
if self.viewMode == "GCode" or self.viewMode == "Mixed":
if self.parent.gcode != None and len(
self.parent.gcode.layerList
) > self.parent.layerSpin.GetValue() and len(
self.parent.gcode.layerList[
self.parent.layerSpin.GetValue()]) > 0:
glTranslate(
0, 0, -self.parent.gcode.layerList[
self.parent.layerSpin.GetValue()][0].list[-1].z)
else:
if self.parent.objectsMaxV != None:
glTranslate(
0, 0, -(self.parent.objectsMaxV[2] -
self.parent.objectsMinV[2]) *
profile.getProfileSettingFloat('model_scale') / 2)
else:
glScale(1.0 / self.zoom, 1.0 / self.zoom, 1.0)
glTranslate(self.offsetX, self.offsetY, 0.0)
self.viewport = glGetIntegerv(GL_VIEWPORT)
self.modelMatrix = glGetDoublev(GL_MODELVIEW_MATRIX)
self.projMatrix = glGetDoublev(GL_PROJECTION_MATRIX)
glTranslate(-self.parent.machineCenter.x, -self.parent.machineCenter.y,
0)
self.OnDraw()
self.SwapBuffers()
def updateModelTransform(self, f=0):
if len(self.objectList) < 1 or self.objectList[0].mesh == None:
return
rotate = profile.getProfileSettingFloat('model_rotate_base')
mirrorX = profile.getProfileSetting('flip_x') == 'True'
mirrorY = profile.getProfileSetting('flip_y') == 'True'
mirrorZ = profile.getProfileSetting('flip_z') == 'True'
swapXZ = profile.getProfileSetting('swap_xz') == 'True'
swapYZ = profile.getProfileSetting('swap_yz') == 'True'
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.setRotateMirror(rotate, mirrorX, mirrorY, mirrorZ, swapXZ,
swapYZ)
minV = self.objectList[0].mesh.getMinimum()
maxV = self.objectList[0].mesh.getMaximum()
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.getMinimumZ()
minV = minV.min(obj.mesh.getMinimum())
maxV = maxV.max(obj.mesh.getMaximum())
self.objectsMaxV = maxV
self.objectsMinV = minV
for obj in self.objectList:
if obj.mesh == None:
continue
for v in obj.mesh.vertexes:
v.z -= minV.z
v.x -= minV.x + (maxV.x - minV.x) / 2
v.y -= minV.y + (maxV.y - minV.y) / 2
obj.mesh.getMinimumZ()
obj.dirty = True
self.glCanvas.Refresh()
def updateModelTransform(self, f=0):
if len(self.objectList) < 1 or self.objectList[0].mesh == None:
return
rotate = profile.getProfileSettingFloat('model_rotate_base')
mirrorX = profile.getProfileSetting('flip_x') == 'True'
mirrorY = profile.getProfileSetting('flip_y') == 'True'
mirrorZ = profile.getProfileSetting('flip_z') == 'True'
swapXZ = profile.getProfileSetting('swap_xz') == 'True'
swapYZ = profile.getProfileSetting('swap_yz') == 'True'
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.setRotateMirror(rotate, mirrorX, mirrorY, mirrorZ, swapXZ, swapYZ)
minV = self.objectList[0].mesh.getMinimum()
maxV = self.objectList[0].mesh.getMaximum()
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.getMinimumZ()
minV = numpy.minimum(minV, obj.mesh.getMinimum())
maxV = numpy.maximum(maxV, obj.mesh.getMaximum())
self.objectsMaxV = maxV
self.objectsMinV = minV
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.vertexes -= numpy.array([minV[0] + (maxV[0] - minV[0]) / 2, minV[1] + (maxV[1] - minV[1]) / 2, minV[2]])
#for v in obj.mesh.vertexes:
# v[2] -= minV[2]
# v[0] -= minV[0] + (maxV[0] - minV[0]) / 2
# v[1] -= minV[1] + (maxV[1] - minV[1]) / 2
obj.mesh.getMinimumZ()
obj.dirty = True
self.glCanvas.Refresh()
def doFileLoadThread(self):
for obj in self.objectList:
if obj.filename != None and os.path.isfile(obj.filename) and obj.fileTime != os.stat(obj.filename).st_mtime:
obj.ileTime = os.stat(obj.filename).st_mtime
mesh = meshLoader.loadMesh(obj.filename)
obj.dirty = False
obj.mesh = mesh
self.updateModelTransform()
scale = profile.getProfileSettingFloat('model_scale')
size = (self.objectsMaxV - self.objectsMinV) * scale
if size[0] > self.machineSize.x or size[1] > self.machineSize.y or size[2] > self.machineSize.z:
self.OnScaleMax(None)
self.glCanvas.zoom = numpy.max(size) * 2.5
self.errorList = []
wx.CallAfter(self.updateToolbar)
wx.CallAfter(self.glCanvas.Refresh)
if os.path.isfile(self.gcodeFilename) and self.gcodeFileTime != os.stat(self.gcodeFilename).st_mtime:
self.gcodeFileTime = os.stat(self.gcodeFilename).st_mtime
gcode = gcodeInterpreter.gcode()
gcode.progressCallback = self.loadProgress
gcode.load(self.gcodeFilename)
self.gcodeDirty = False
self.gcode = gcode
self.gcodeDirty = True
errorList = []
for line in open(self.gcodeFilename, "rt"):
res = re.search(';Model error\(([a-z ]*)\): \(([0-9\.\-e]*), ([0-9\.\-e]*), ([0-9\.\-e]*)\) \(([0-9\.\-e]*), ([0-9\.\-e]*), ([0-9\.\-e]*)\)', line)
if res != None:
v1 = util3d.Vector3(float(res.group(2)), float(res.group(3)), float(res.group(4)))
v2 = util3d.Vector3(float(res.group(5)), float(res.group(6)), float(res.group(7)))
errorList.append([v1, v2])
self.errorList = errorList
wx.CallAfter(self.updateToolbar)
wx.CallAfter(self.glCanvas.Refresh)
elif not os.path.isfile(self.gcodeFilename):
self.gcode = None
def updateModelTransform(self, f=0):
if len(self.objectList) < 1 or self.objectList[0].mesh == None:
return
rotate = profile.getProfileSettingFloat('model_rotate_base')
mirrorX = profile.getProfileSetting('flip_x') == 'True'
mirrorY = profile.getProfileSetting('flip_y') == 'True'
mirrorZ = profile.getProfileSetting('flip_z') == 'True'
swapXZ = profile.getProfileSetting('swap_xz') == 'True'
swapYZ = profile.getProfileSetting('swap_yz') == 'True'
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.setRotateMirror(rotate, mirrorX, mirrorY, mirrorZ, swapXZ, swapYZ)
minV = self.objectList[0].mesh.getMinimum()
maxV = self.objectList[0].mesh.getMaximum()
for obj in self.objectList:
if obj.mesh == None:
continue
obj.mesh.getMinimumZ()
minV = minV.min(obj.mesh.getMinimum())
maxV = maxV.max(obj.mesh.getMaximum())
self.objectsMaxV = maxV
self.objectsMinV = minV
for obj in self.objectList:
if obj.mesh == None:
continue
for v in obj.mesh.vertexes:
v.z -= minV.z
v.x -= minV.x + (maxV.x - minV.x) / 2
v.y -= minV.y + (maxV.y - minV.y) / 2
obj.mesh.getMinimumZ()
obj.dirty = True
self.glCanvas.Refresh()
def updateCenterY(self):
self.machineCenter.y = profile.getProfileSettingFloat(
'machine_center_y')
self.glCanvas.Refresh()
def DrawGCodeLayer(layer):
filamentRadius = profile.getProfileSettingFloat('filament_diameter') / 2
filamentArea = math.pi * filamentRadius * filamentRadius
lineWidth = profile.getProfileSettingFloat('nozzle_size') / 2 / 10
fillCycle = 0
fillColorCycle = [[0.5, 0.5, 0.0], [0.0, 0.5, 0.5], [0.5, 0.0, 0.5]]
moveColor = [0, 0, 1]
retractColor = [1, 0, 0.5]
supportColor = [0, 1, 1]
extrudeColor = [1, 0, 0]
innerWallColor = [0, 1, 0]
skirtColor = [0, 0.5, 0.5]
prevPathWasRetract = False
glDisable(GL_CULL_FACE)
for path in layer:
if path.type == 'move':
if prevPathWasRetract:
c = retractColor
else:
c = moveColor
zOffset = 0.01
if path.type == 'extrude':
if path.pathType == 'FILL':
c = fillColorCycle[fillCycle]
fillCycle = (fillCycle + 1) % len(fillColorCycle)
elif path.pathType == 'WALL-INNER':
c = innerWallColor
zOffset = 0.02
elif path.pathType == 'SUPPORT':
c = supportColor
elif path.pathType == 'SKIRT':
c = skirtColor
else:
c = extrudeColor
if path.type == 'retract':
c = [0, 1, 1]
if path.type == 'extrude':
drawLength = 0.0
prevNormal = None
for i in xrange(0, len(path.list) - 1):
v0 = path.list[i]
v1 = path.list[i + 1]
# Calculate line width from ePerDistance (needs layer thickness and filament diameter)
dist = (v0 - v1).vsize()
if dist > 0 and path.layerThickness > 0:
extrusionMMperDist = (v1.e - v0.e) / dist
lineWidth = extrusionMMperDist * filamentArea / path.layerThickness / 2
drawLength += (v0 - v1).vsize()
normal = (v0 - v1).cross(util3d.Vector3(0, 0, 1))
normal.normalize()
vv2 = v0 + normal * lineWidth
vv3 = v1 + normal * lineWidth
vv0 = v0 - normal * lineWidth
vv1 = v1 - normal * lineWidth
glBegin(GL_QUADS)
glColor3fv(c)
glVertex3f(vv0.x, vv0.y, vv0.z - zOffset)
glVertex3f(vv1.x, vv1.y, vv1.z - zOffset)
glVertex3f(vv3.x, vv3.y, vv3.z - zOffset)
glVertex3f(vv2.x, vv2.y, vv2.z - zOffset)
glEnd()
if prevNormal != None:
n = (normal + prevNormal)
n.normalize()
vv4 = v0 + n * lineWidth
vv5 = v0 - n * lineWidth
glBegin(GL_QUADS)
glColor3fv(c)
glVertex3f(vv2.x, vv2.y, vv2.z - zOffset)
glVertex3f(vv4.x, vv4.y, vv4.z - zOffset)
glVertex3f(prevVv3.x, prevVv3.y, prevVv3.z - zOffset)
glVertex3f(v0.x, v0.y, v0.z - zOffset)
glVertex3f(vv0.x, vv0.y, vv0.z - zOffset)
glVertex3f(vv5.x, vv5.y, vv5.z - zOffset)
glVertex3f(prevVv1.x, prevVv1.y, prevVv1.z - zOffset)
glVertex3f(v0.x, v0.y, v0.z - zOffset)
glEnd()
prevNormal = normal
prevVv1 = vv1
prevVv3 = vv3
else:
glBegin(GL_LINE_STRIP)
glColor3fv(c)
for v in path.list:
glVertex3f(v.x, v.y, v.z)
glEnd()
if not path.type == 'move':
prevPathWasRetract = False
if path.type == 'retract' and path.list[0].almostEqual(path.list[-1]):
prevPathWasRetract = True
glEnable(GL_CULL_FACE)
def calculateShellsBase(setting):
edgeWidth = profile.calculateEdgeWidth()
extraWall = profile.getProfileSettingFloat('extra_base_wall_thickness')
return profile.calculateLineCount() - 1 + int(extraWall / edgeWidth + 0.0001)
def updateCenterY(self):
self.machineCenter.y = profile.getProfileSettingFloat('machine_center_y')
self.glCanvas.Refresh()
def OnRun(self):
resultFile = open(self.resultFilename, "w")
put = profile.setTempOverride
self.progressLog = []
for action in self.actionList:
wx.CallAfter(self.SetTitle, "Building: [%d/%d]" % (self.actionList.index(action) + 1, len(self.actionList)))
if not action.usePreviousSlice:
p = subprocess.Popen(action.sliceCmd, stdout=subprocess.PIPE, stderr=subprocess.STDOUT)
line = p.stdout.readline()
maxValue = 1
while(len(line) > 0):
line = line.rstrip()
if line[0:9] == "Progress[" and line[-1:] == "]":
progress = line[9:-1].split(":")
if len(progress) > 2:
maxValue = int(progress[2])
wx.CallAfter(self.SetProgress, progress[0], int(progress[1]), maxValue)
else:
print line
self.progressLog.append(line)
wx.CallAfter(self.statusText.SetLabel, line)
if self.abort:
p.terminate()
wx.CallAfter(self.statusText.SetLabel, "Aborted by user.")
resultFile.close()
return
line = p.stdout.readline()
self.returnCode = p.wait()
put('machine_center_x', action.centerX - self.extruderOffset[action.extruder][0])
put('machine_center_y', action.centerY - self.extruderOffset[action.extruder][1])
put('clear_z', action.clearZ)
put('extruder', action.extruder)
put('print_temperature', action.temperature)
if action == self.actionList[0]:
resultFile.write(';TYPE:CUSTOM\n')
resultFile.write('T%d\n' % (action.extruder))
currentExtruder = action.extruder
prevTemp = action.temperature
resultFile.write(profile.getAlterationFileContents('start.gcode'))
else:
#reset the extrusion length, and move to the next object center.
resultFile.write(';TYPE:CUSTOM\n')
if prevTemp != action.temperature:
resultFile.write('M104 S%d\n' % (int(action.temperature)))
prevTemp = action.temperature
resultFile.write(profile.getAlterationFileContents('nextobject.gcode'))
resultFile.write(';PRINTNR:%d\n' % self.actionList.index(action))
profile.resetTempOverride()
if not action.usePreviousSlice:
f = open(sliceRun.getExportFilename(action.filename, "project_tmp"), "r")
data = f.read(4096)
while data != '':
resultFile.write(data)
data = f.read(4096)
f.close()
savedCenterX = action.centerX
savedCenterY = action.centerY
else:
f = open(sliceRun.getExportFilename(action.filename, "project_tmp"), "r")
for line in f:
if line[0] != ';':
if 'X' in line:
line = self._adjustNumberInLine(line, 'X', action.centerX - savedCenterX)
if 'Y' in line:
line = self._adjustNumberInLine(line, 'Y', action.centerY - savedCenterY)
resultFile.write(line)
f.close()
if not action.leaveResultForNextSlice:
os.remove(sliceRun.getExportFilename(action.filename, "project_tmp"))
wx.CallAfter(self.progressGauge.SetValue, 10000)
self.totalDoneFactor = 0.0
wx.CallAfter(self.progressGauge2.SetValue, self.actionList.index(action) + 1)
resultFile.write(';TYPE:CUSTOM\n')
resultFile.write('G1 Z%f F%f\n' % (self.actionList[-1].clearZ, profile.getProfileSettingFloat('max_z_speed') * 60))
resultFile.write(profile.getAlterationFileContents('end.gcode'))
resultFile.close()
gcode = gcodeInterpreter.gcode()
gcode.load(self.resultFilename)
self.abort = True
sliceTime = time.time() - self.sliceStartTime
status = "Build: %s" % (self.resultFilename)
status += "\nSlicing took: %02d:%02d" % (sliceTime / 60, sliceTime % 60)
status += "\nFilament: %.2fm %.2fg" % (gcode.extrusionAmount / 1000, gcode.calculateWeight() * 1000)
status += "\nPrint time: %02d:%02d" % (int(gcode.totalMoveTimeMinute / 60), int(gcode.totalMoveTimeMinute % 60))
cost = gcode.calculateCost()
if cost != False:
status += "\nCost: %s" % (cost)
profile.replaceGCodeTags(self.resultFilename, gcode)
wx.CallAfter(self.statusText.SetLabel, status)
wx.CallAfter(self.OnSliceDone)
def storedSettingInt(name): return lambda setting: int(profile.getProfileSettingFloat(name))
def calcSupportDistanceRatio(setting):
edgeWidth = calculateEdgeWidth(setting)
distance = profile.getProfileSettingFloat('support_distance')
return distance / edgeWidth
def _engineSettings(self, extruderCount):
settings = {
'layerThickness':
int(profile.getProfileSettingFloat('layer_height') * 1000),
'initialLayerThickness':
int(profile.getProfileSettingFloat('bottom_thickness') * 1000) if
profile.getProfileSettingFloat('bottom_thickness') > 0.0 else int(
profile.getProfileSettingFloat('layer_height') * 1000),
'filamentDiameter':
int(profile.getProfileSettingFloat('filament_diameter') * 1000),
'filamentFlow':
int(profile.getProfileSettingFloat('filament_flow')),
'extrusionWidth':
int(profile.calculateEdgeWidth() * 1000),
'insetCount':
int(profile.calculateLineCount()),
'downSkinCount':
int(profile.calculateSolidLayerCount())
if profile.getProfileSetting('solid_bottom') == 'True' else 0,
'upSkinCount':
int(profile.calculateSolidLayerCount())
if profile.getProfileSetting('solid_top') == 'True' else 0,
'infillOverlap':
int(profile.getProfileSettingFloat('fill_overlap')),
'initialSpeedupLayers':
int(4),
'initialLayerSpeed':
int(profile.getProfileSettingFloat('bottom_layer_speed')),
'printSpeed':
int(profile.getProfileSettingFloat('print_speed')),
'infillSpeed':
int(profile.getProfileSettingFloat('infill_speed')) if
int(profile.getProfileSettingFloat('infill_speed')) > 0 else int(
profile.getProfileSettingFloat('print_speed')),
'moveSpeed':
int(profile.getProfileSettingFloat('travel_speed')),
'fanSpeedMin':
int(profile.getProfileSettingFloat('fan_speed'))
if profile.getProfileSetting('fan_enabled') == 'True' else 0,
'fanSpeedMax':
int(profile.getProfileSettingFloat('fan_speed_max'))
if profile.getProfileSetting('fan_enabled') == 'True' else 0,
'supportAngle':
int(-1) if profile.getProfileSetting('support') == 'None' else int(
profile.getProfileSettingFloat('support_angle')),
'supportEverywhere':
int(1) if profile.getProfileSetting('support') == 'Everywhere' else
int(0),
'supportLineDistance':
int(100 * profile.calculateEdgeWidth() * 1000 /
profile.getProfileSettingFloat('support_fill_rate'))
if profile.getProfileSettingFloat('support_fill_rate') > 0 else -1,
'supportXYDistance':
int(1000 * profile.getProfileSettingFloat('support_xy_distance')),
'supportZDistance':
int(1000 * profile.getProfileSettingFloat('support_z_distance')),
'supportExtruder':
0 if profile.getProfileSetting('support_dual_extrusion')
== 'First extruder' else
(1 if profile.getProfileSetting('support_dual_extrusion') ==
'Second extruder' and profile.minimalExtruderCount() > 1 else -1),
'retractionAmount':
int(profile.getProfileSettingFloat('retraction_amount') * 1000)
if profile.getProfileSetting('retraction_enable') == 'True' else 0,
'retractionSpeed':
int(profile.getProfileSettingFloat('retraction_speed')),
'retractionMinimalDistance':
int(
profile.getProfileSettingFloat('retraction_min_travel') *
1000),
'retractionAmountExtruderSwitch':
int(
profile.getProfileSettingFloat('retraction_dual_amount') *
1000),
'minimalExtrusionBeforeRetraction':
int(
profile.getProfileSettingFloat('retraction_minimal_extrusion')
* 1000),
'enableCombing':
1 if profile.getProfileSetting('retraction_combing') == 'True' else
0,
'multiVolumeOverlap':
int(profile.getProfileSettingFloat('overlap_dual') * 1000),
'objectSink':
int(profile.getProfileSettingFloat('object_sink') * 1000),
'minimalLayerTime':
int(profile.getProfileSettingFloat('cool_min_layer_time')),
'minimalFeedrate':
int(profile.getProfileSettingFloat('cool_min_feedrate')),
'coolHeadLift':
1 if profile.getProfileSetting('cool_head_lift') == 'True' else 0,
'startCode':
profile.getAlterationFileContents('start.gcode', extruderCount),
'endCode':
profile.getAlterationFileContents('end.gcode', extruderCount),
'extruderOffset[1].X':
int(profile.getMachineSettingFloat('extruder_offset_x1') * 1000),
'extruderOffset[1].Y':
int(profile.getMachineSettingFloat('extruder_offset_y1') * 1000),
'extruderOffset[2].X':
int(profile.getMachineSettingFloat('extruder_offset_x2') * 1000),
'extruderOffset[2].Y':
int(profile.getMachineSettingFloat('extruder_offset_y2') * 1000),
'extruderOffset[3].X':
int(profile.getMachineSettingFloat('extruder_offset_x3') * 1000),
'extruderOffset[3].Y':
int(profile.getMachineSettingFloat('extruder_offset_y3') * 1000),
'fixHorrible':
0,
}
fanFullHeight = int(
profile.getProfileSettingFloat('fan_full_height') * 1000)
settings['fanFullOnLayerNr'] = (fanFullHeight -
settings['initialLayerThickness'] -
1) / settings['layerThickness'] + 1
if settings['fanFullOnLayerNr'] < 0:
settings['fanFullOnLayerNr'] = 0
if profile.getProfileSettingFloat('fill_density') == 0:
settings['sparseInfillLineDistance'] = -1
elif profile.getProfileSettingFloat('fill_density') == 100:
settings['sparseInfillLineDistance'] = settings['extrusionWidth']
#Set the up/down skins height to 10000 if we want a 100% filled object.
# This gives better results then normal 100% infill as the sparse and up/down skin have some overlap.
settings['downSkinCount'] = 10000
settings['upSkinCount'] = 10000
else:
settings['sparseInfillLineDistance'] = int(
100 * profile.calculateEdgeWidth() * 1000 /
profile.getProfileSettingFloat('fill_density'))
if profile.getProfileSetting('platform_adhesion') == 'Brim':
settings['skirtDistance'] = 0
settings['skirtLineCount'] = int(
profile.getProfileSettingFloat('brim_line_count'))
elif profile.getProfileSetting('platform_adhesion') == 'Raft':
settings['skirtDistance'] = 0
settings['skirtLineCount'] = 0
settings['raftMargin'] = int(
profile.getProfileSettingFloat('raft_margin') * 1000)
settings['raftLineSpacing'] = int(
profile.getProfileSettingFloat('raft_line_spacing') * 1000)
settings['raftBaseThickness'] = int(
profile.getProfileSettingFloat('raft_base_thickness') * 1000)
settings['raftBaseLinewidth'] = int(
profile.getProfileSettingFloat('raft_base_linewidth') * 1000)
settings['raftInterfaceThickness'] = int(
profile.getProfileSettingFloat('raft_interface_thickness') *
1000)
settings['raftInterfaceLinewidth'] = int(
profile.getProfileSettingFloat('raft_interface_linewidth') *
1000)
else:
settings['skirtDistance'] = int(
profile.getProfileSettingFloat('skirt_gap') * 1000)
settings['skirtLineCount'] = int(
profile.getProfileSettingFloat('skirt_line_count'))
settings['skirtMinLength'] = int(
profile.getProfileSettingFloat('skirt_minimal_length') * 1000)
if profile.getProfileSetting(
'fix_horrible_union_all_type_a') == 'True':
settings['fixHorrible'] |= 0x01
if profile.getProfileSetting(
'fix_horrible_union_all_type_b') == 'True':
settings['fixHorrible'] |= 0x02
if profile.getProfileSetting('fix_horrible_use_open_bits') == 'True':
settings['fixHorrible'] |= 0x10
if profile.getProfileSetting(
'fix_horrible_extensive_stitching') == 'True':
settings['fixHorrible'] |= 0x04
if settings['layerThickness'] <= 0:
settings['layerThickness'] = 1000
if profile.getMachineSetting('gcode_flavor') == 'UltiGCode':
settings['gcodeFlavor'] = 1
if profile.getProfileSetting('spiralize') == 'True':
settings['spiralizeMode'] = 1
if profile.getProfileSetting('wipe_tower') == 'True':
settings['wipeTowerSize'] = int(
math.sqrt(
profile.getProfileSettingFloat('wipe_tower_volume') *
1000 * 1000 * 1000 / settings['layerThickness']))
if profile.getProfileSetting('ooze_shield') == 'True':
settings['enableOozeShield'] = 1
return settings
def OnDraw(self):
machineSize = self.parent.machineSize
if self.parent.gcode != None and self.parent.gcodeDirty:
if self.gcodeDisplayListCount < len(self.parent.gcode.layerList) or self.gcodeDisplayList == None:
if self.gcodeDisplayList != None:
glDeleteLists(self.gcodeDisplayList, self.gcodeDisplayListCount)
self.gcodeDisplayList = glGenLists(len(self.parent.gcode.layerList));
self.gcodeDisplayListCount = len(self.parent.gcode.layerList)
self.parent.gcodeDirty = False
self.gcodeDisplayListMade = 0
if self.parent.gcode != None and self.gcodeDisplayListMade < len(self.parent.gcode.layerList):
glNewList(self.gcodeDisplayList + self.gcodeDisplayListMade, GL_COMPILE)
opengl.DrawGCodeLayer(self.parent.gcode.layerList[self.gcodeDisplayListMade])
glEndList()
self.gcodeDisplayListMade += 1
wx.CallAfter(self.Refresh)
glPushMatrix()
glTranslate(self.parent.machineCenter.x, self.parent.machineCenter.y, 0)
for obj in self.parent.objectList:
if obj.mesh == None:
continue
if obj.displayList == None:
obj.displayList = glGenLists(1);
if obj.dirty:
obj.dirty = False
glNewList(obj.displayList, GL_COMPILE)
opengl.DrawMesh(obj.mesh)
glEndList()
if self.viewMode == "Mixed":
glDisable(GL_BLEND)
glColor3f(0.0,0.0,0.0)
self.drawModel(obj)
glColor3f(1.0,1.0,1.0)
glClear(GL_DEPTH_BUFFER_BIT)
glPopMatrix()
if self.parent.gcode != None and (self.viewMode == "GCode" or self.viewMode == "Mixed"):
glEnable(GL_COLOR_MATERIAL)
glEnable(GL_LIGHTING)
drawUpToLayer = min(self.gcodeDisplayListMade, self.parent.layerSpin.GetValue() + 1)
starttime = time.time()
for i in xrange(drawUpToLayer - 1, -1, -1):
c = 1.0
if i < self.parent.layerSpin.GetValue():
c = 0.9 - (drawUpToLayer - i) * 0.1
if c < 0.4:
c = (0.4 + c) / 2
if c < 0.1:
c = 0.1
glLightfv(GL_LIGHT0, GL_DIFFUSE, [0,0,0,0])
glLightfv(GL_LIGHT0, GL_AMBIENT, [c,c,c,c])
glCallList(self.gcodeDisplayList + i)
if time.time() - starttime > 0.1:
break
glDisable(GL_LIGHTING)
glDisable(GL_COLOR_MATERIAL)
glMaterialfv(GL_FRONT_AND_BACK, GL_AMBIENT, [0.2, 0.2, 0.2, 1.0]);
glMaterialfv(GL_FRONT_AND_BACK, GL_DIFFUSE, [0.8, 0.8, 0.8, 1.0]);
glColor3f(1.0,1.0,1.0)
glPushMatrix()
glTranslate(self.parent.machineCenter.x, self.parent.machineCenter.y, 0)
for obj in self.parent.objectList:
if obj.mesh == None:
continue
if self.viewMode == "Transparent" or self.viewMode == "Mixed":
glLightfv(GL_LIGHT0, GL_DIFFUSE, map(lambda x: x / 2, self.objColor[self.parent.objectList.index(obj)]))
glLightfv(GL_LIGHT0, GL_AMBIENT, map(lambda x: x / 10, self.objColor[self.parent.objectList.index(obj)]))
#If we want transparent, then first render a solid black model to remove the printer size lines.
if self.viewMode != "Mixed":
glDisable(GL_BLEND)
glColor3f(0.0,0.0,0.0)
self.drawModel(obj)
glColor3f(1.0,1.0,1.0)
#After the black model is rendered, render the model again but now with lighting and no depth testing.
glDisable(GL_DEPTH_TEST)
glEnable(GL_LIGHTING)
glEnable(GL_BLEND)
glBlendFunc(GL_ONE, GL_ONE)
glEnable(GL_LIGHTING)
self.drawModel(obj)
glEnable(GL_DEPTH_TEST)
elif self.viewMode == "X-Ray":
glColorMask(GL_FALSE, GL_FALSE, GL_FALSE, GL_FALSE)
glDisable(GL_LIGHTING)
glDisable(GL_DEPTH_TEST)
glEnable(GL_STENCIL_TEST)
glStencilFunc(GL_ALWAYS, 1, 1)
glStencilOp(GL_INCR, GL_INCR, GL_INCR)
self.drawModel(obj)
glStencilOp (GL_KEEP, GL_KEEP, GL_KEEP);
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)
glStencilFunc(GL_EQUAL, 0, 1)
glColor(1, 1, 1)
self.drawModel(obj)
glStencilFunc(GL_EQUAL, 1, 1)
glColor(1, 0, 0)
self.drawModel(obj)
glPushMatrix()
glLoadIdentity()
for i in xrange(2, 15, 2):
glStencilFunc(GL_EQUAL, i, 0xFF);
glColor(float(i)/10, float(i)/10, float(i)/5)
glBegin(GL_QUADS)
glVertex3f(-1000,-1000,-1)
glVertex3f( 1000,-1000,-1)
glVertex3f( 1000, 1000,-1)
glVertex3f(-1000, 1000,-1)
glEnd()
for i in xrange(1, 15, 2):
glStencilFunc(GL_EQUAL, i, 0xFF);
glColor(float(i)/10, 0, 0)
glBegin(GL_QUADS)
glVertex3f(-1000,-1000,-1)
glVertex3f( 1000,-1000,-1)
glVertex3f( 1000, 1000,-1)
glVertex3f(-1000, 1000,-1)
glEnd()
glPopMatrix()
glDisable(GL_STENCIL_TEST)
glEnable(GL_DEPTH_TEST)
#Fix the depth buffer
glColorMask(GL_FALSE, GL_FALSE, GL_FALSE, GL_FALSE)
self.drawModel(obj)
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)
elif self.viewMode == "Normal":
glLightfv(GL_LIGHT0, GL_DIFFUSE, self.objColor[self.parent.objectList.index(obj)])
glLightfv(GL_LIGHT0, GL_AMBIENT, map(lambda x: x / 5, self.objColor[self.parent.objectList.index(obj)]))
glEnable(GL_LIGHTING)
self.drawModel(obj)
if self.drawBorders and (self.viewMode == "Normal" or self.viewMode == "Transparent" or self.viewMode == "X-Ray"):
glEnable(GL_DEPTH_TEST)
glDisable(GL_LIGHTING)
glColor3f(1,1,1)
glPushMatrix()
modelScale = profile.getProfileSettingFloat('model_scale')
glScalef(modelScale, modelScale, modelScale)
opengl.DrawMeshOutline(obj.mesh)
glPopMatrix()
glPopMatrix()
if self.viewMode == "Normal" or self.viewMode == "Transparent" or self.viewMode == "X-Ray":
glDisable(GL_LIGHTING)
glDisable(GL_DEPTH_TEST)
glDisable(GL_BLEND)
glColor3f(1,0,0)
glBegin(GL_LINES)
for err in self.parent.errorList:
glVertex3f(err[0].x, err[0].y, err[0].z)
glVertex3f(err[1].x, err[1].y, err[1].z)
glEnd()
glEnable(GL_DEPTH_TEST)
opengl.DrawMachine(machineSize)
glPushMatrix()
glTranslate(self.parent.machineCenter.x, self.parent.machineCenter.y, 0)
#Draw the rotate circle
if self.parent.objectsMaxV != None and False:
glDisable(GL_LIGHTING)
glDisable(GL_CULL_FACE)
glEnable(GL_BLEND)
glBegin(GL_TRIANGLE_STRIP)
size = (self.parent.objectsMaxV - self.parent.objectsMinV)
sizeXY = math.sqrt((size[0] * size[0]) + (size[1] * size[1]))
for i in xrange(0, 64+1):
f = i if i < 64/2 else 64 - i
glColor4ub(255,int(f*255/(64/2)),0,128)
glVertex3f(sizeXY * 0.7 * math.cos(i/32.0*math.pi), sizeXY * 0.7 * math.sin(i/32.0*math.pi),0.1)
glColor4ub( 0,128,0,128)
glVertex3f((sizeXY * 0.7 + 3) * math.cos(i/32.0*math.pi), (sizeXY * 0.7 + 3) * math.sin(i/32.0*math.pi),0.1)
glEnd()
glEnable(GL_CULL_FACE)
glPopMatrix()
glFlush()
def getProfileInformation():
return {
'carve': {
'Add_Layer_Template_to_SVG': DEFSET,
'Edge_Width_mm': calculateEdgeWidth,
'Extra_Decimal_Places_float': DEFSET,
'Import_Coarseness_ratio': DEFSET,
'Layer_Height_mm': storedSettingFloat("layer_height"),
'Layers_From_index': calcLayerSkip,
'Layers_To_index': DEFSET,
'Correct_Mesh': DEFSET,
'Unproven_Mesh': DEFSET,
'SVG_Viewer': DEFSET,
'FlipX': storedSetting("flip_x"),
'FlipY': storedSetting("flip_y"),
'FlipZ': storedSetting("flip_z"),
'SwapXZ': storedSetting("swap_xz"),
'SwapYZ': storedSetting("swap_yz"),
'Scale': storedSettingFloat("model_scale"),
'Rotate': storedSettingFloat("model_rotate_base"),
'CenterX': storedSettingFloat("machine_center_x"),
'CenterY': storedSettingFloat("machine_center_y"),
'AlternativeCenterFile': storedSetting("alternative_center"),
},'scale': {
'Activate_Scale': "False",
'XY_Plane_Scale_ratio': DEFSET,
'Z_Axis_Scale_ratio': DEFSET,
'SVG_Viewer': DEFSET,
},'bottom': {
'Activate_Bottom': DEFSET,
'Additional_Height_over_Layer_Thickness_ratio': DEFSET,
'Altitude_mm': calcExtraBottomThickness,
'SVG_Viewer': DEFSET,
},'preface': {
'Meta': DEFSET,
'Set_Positioning_to_Absolute': "False",
'Set_Units_to_Millimeters': "False",
'Start_at_Home': DEFSET,
'Turn_Extruder_Off_at_Shut_Down': DEFSET,
'Turn_Extruder_Off_at_Start_Up': DEFSET,
},'widen': {
'Activate_Widen': DEFSET,
'Widen_Width_over_Edge_Width_ratio': DEFSET,
},'inset': {
'Add_Custom_Code_for_Temperature_Reading': "False",
'Infill_in_Direction_of_Bridge': ifSettingAboveZero('fill_density'),
'Infill_Width': storedSettingFloat("nozzle_size"),
'Loop_Order_Choice': DEFSET,
'Overlap_Removal_Width_over_Perimeter_Width_ratio': DEFSET,
'Turn_Extruder_Heater_Off_at_Shut_Down': "False",
'Volume_Fraction_ratio': DEFSET,
},'fill': {
'Activate_Fill': "True",
'Solid_Surface_Top': storedSetting("solid_top"),
'Override_First_Layer_Sequence': storedSetting("force_first_layer_sequence"),
'Diaphragm_Period_layers': DEFSET,
'Diaphragm_Thickness_layers': DEFSET,
'Extra_Shells_on_Alternating_Solid_Layer_layers': calculateShells,
'Extra_Shells_on_Base_layers': calculateShellsBase,
'Extra_Shells_on_Sparse_Layer_layers': calculateShells,
'Grid_Circle_Separation_over_Perimeter_Width_ratio': DEFSET,
'Grid_Extra_Overlap_ratio': DEFSET,
'Grid_Junction_Separation_Band_Height_layers': DEFSET,
'Grid_Junction_Separation_over_Octogon_Radius_At_End_ratio': DEFSET,
'Grid_Junction_Separation_over_Octogon_Radius_At_Middle_ratio': DEFSET,
'Infill_Begin_Rotation_degrees': DEFSET,
'Infill_Begin_Rotation_Repeat_layers': DEFSET,
'Infill_Odd_Layer_Extra_Rotation_degrees': DEFSET,
'Grid_Circular': ifSettingIs('infill_type', 'Grid Circular'),
'Grid_Hexagonal': ifSettingIs('infill_type', 'Grid Hexagonal'),
'Grid_Rectangular': ifSettingIs('infill_type', 'Grid Rectangular'),
'Line': ifSettingIs('infill_type', 'Line'),
'Infill_Perimeter_Overlap_ratio': storedPercentSetting('fill_overlap'),
'Infill_Solidity_ratio': storedPercentSetting('fill_density'),
'Infill_Width': storedSettingFloat("nozzle_size"),
'Sharpest_Angle_degrees': DEFSET,
'Solid_Surface_Thickness_layers': calculateSolidLayerCount,
'Start_From_Choice': DEFSET,
'Surrounding_Angle_degrees': DEFSET,
'Thread_Sequence_Choice': storedSetting('sequence'),
},'multiply': {
'Activate_Multiply': "False",
'Center_X_mm': storedSettingFloat("machine_center_x"),
'Center_Y_mm': storedSettingFloat("machine_center_y"),
'Number_of_Columns_integer': storedSetting('model_multiply_x'),
'Number_of_Rows_integer': storedSetting('model_multiply_y'),
'Reverse_Sequence_every_Odd_Layer': DEFSET,
'Separation_over_Perimeter_Width_ratio': calculateMultiplyDistance,
},'speed': {
'Activate_Speed': "True",
'Add_Flow_Rate': "True",
'Bridge_Feed_Rate_Multiplier_ratio': storedPercentSetting('bridge_speed'),
'Bridge_Flow_Rate_Multiplier_ratio': storedPercentSetting('bridge_speed'),
'Duty_Cyle_at_Beginning_portion': DEFSET,
'Duty_Cyle_at_Ending_portion': DEFSET,
'Feed_Rate_mm/s': storedSettingFloat("print_speed"),
'Flow_Rate_Setting_float': storedSettingFloat("print_speed"),
'Object_First_Layer_Feed_Rate_Infill_Multiplier_ratio': firstLayerSpeedRatio,
'Object_First_Layer_Feed_Rate_Perimeter_Multiplier_ratio': firstLayerSpeedRatio,
'Object_First_Layer_Feed_Rate_Travel_Multiplier_ratio': firstLayerSpeedRatio,
'Object_First_Layer_Flow_Rate_Infill_Multiplier_ratio': firstLayerSpeedRatio,
'Object_First_Layer_Flow_Rate_Perimeter_Multiplier_ratio': firstLayerSpeedRatio,
'Object_First_Layers_Amount_Of_Layers_For_Speed_Change': DEFSET,
'Orbital_Feed_Rate_over_Operating_Feed_Rate_ratio': DEFSET,
'Maximum_Z_Feed_Rate_mm/s': DEFSET,
'Perimeter_Feed_Rate_Multiplier_ratio': DEFSET,
'Perimeter_Flow_Rate_Multiplier_ratio': DEFSET,
'Travel_Feed_Rate_mm/s': storedSettingFloat("travel_speed"),
'Bottom_layer_flow_rate_ratio': calcBottomLayerFlowRateRatio,
},'temperature': {
'Activate_Temperature': DEFSET,#ifSettingAboveZero('print_temperature'),
'Cooling_Rate_Celcius/second': DEFSET,
'Heating_Rate_Celcius/second': DEFSET,
'Base_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
'Interface_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
'Object_First_Layer_Infill_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
'Object_First_Layer_Perimeter_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
'Object_Next_Layers_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
'Support_Layers_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
'Supported_Layers_Temperature_Celcius': DEFSET,#storedSettingFloat("print_temperature"),
},'raft': {
'Activate_Raft': "True",
'Add_Raft,_Elevate_Nozzle,_Orbit': DEFSET,
'Base_Feed_Rate_Multiplier_ratio': DEFSET,
'Base_Flow_Rate_Multiplier_ratio': storedPercentSetting('raft_base_material_amount'),
'Base_Infill_Density_ratio': DEFSET,
'Base_Layer_Thickness_over_Layer_Thickness': DEFSET,
'Base_Layers_integer': raftLayerCount,
'Base_Nozzle_Lift_over_Base_Layer_Thickness_ratio': DEFSET,
'Initial_Circling': DEFSET,
'Infill_Overhang_over_Extrusion_Width_ratio': DEFSET,
'Interface_Feed_Rate_Multiplier_ratio': DEFSET,
'Interface_Flow_Rate_Multiplier_ratio': storedPercentSetting('raft_interface_material_amount'),
'Interface_Infill_Density_ratio': DEFSET,
'Interface_Layer_Thickness_over_Layer_Thickness': DEFSET,
'Interface_Layers_integer': raftLayerCount,
'Interface_Nozzle_Lift_over_Interface_Layer_Thickness_ratio': DEFSET,
'Name_of_Support_End_File': DEFSET,
'Name_of_Support_Start_File': DEFSET,
'Operating_Nozzle_Lift_over_Layer_Thickness_ratio': DEFSET,
'Raft_Additional_Margin_over_Length_%': DEFSET,
'Raft_Margin_mm': storedSettingFloat('raft_margin'),
'Support_Cross_Hatch': 'False',
'Support_Flow_Rate_over_Operating_Flow_Rate_ratio': storedPercentSetting('support_rate'),
'Support_Gap_over_Perimeter_Extrusion_Width_ratio': calcSupportDistanceRatio,
'Support_Material_Choice_': storedSetting('support'),
'Support_Minimum_Angle_degrees': DEFSET,
'Support_Margin_mm': '3.0',
'Support_Offset_X_mm': lambda setting: -profile.getPreferenceFloat('extruder_offset_x1') if profile.getProfileSetting('support_dual_extrusion') == 'True' and int(profile.getPreference('extruder_amount')) > 1 else '0',
'Support_Offset_Y_mm': lambda setting: -profile.getPreferenceFloat('extruder_offset_y1') if profile.getProfileSetting('support_dual_extrusion') == 'True' and int(profile.getPreference('extruder_amount')) > 1 else '0',
},'skirt': {
'Skirt_line_count': storedSetting("skirt_line_count"),
'Convex': "True",
'Gap_Width_mm': storedSetting("skirt_gap"),
'Layers_To_index': "1",
},'joris': {
'Activate_Joris': storedSetting("joris"),
'Layers_From_index': calculateSolidLayerCount,
},'chamber': {
'Activate_Chamber': "False",
'Bed_Temperature_Celcius': DEFSET,
'Bed_Temperature_Begin_Change_Height_mm': DEFSET,
'Bed_Temperature_End_Change_Height_mm': DEFSET,
'Bed_Temperature_End_Celcius': DEFSET,
'Chamber_Temperature_Celcius': DEFSET,
'Holding_Force_bar': DEFSET,
},'tower': {
'Activate_Tower': "False",
'Extruder_Possible_Collision_Cone_Angle_degrees': DEFSET,
'Maximum_Tower_Height_layers': DEFSET,
'Tower_Start_Layer_integer': DEFSET,
},'jitter': {
'Activate_Jitter': "False",
'Jitter_Over_Perimeter_Width_ratio': DEFSET,
},'clip': {
'Activate_Clip': "False",
'Clip_Over_Perimeter_Width_ratio': DEFSET,
'Maximum_Connection_Distance_Over_Perimeter_Width_ratio': DEFSET,
},'smooth': {
'Activate_Smooth': "False",
'Layers_From_index': DEFSET,
'Maximum_Shortening_over_Width_float': DEFSET,
},'stretch': {
'Activate_Stretch': "False",
'Cross_Limit_Distance_Over_Perimeter_Width_ratio': DEFSET,
'Loop_Stretch_Over_Perimeter_Width_ratio': DEFSET,
'Path_Stretch_Over_Perimeter_Width_ratio': DEFSET,
'Perimeter_Inside_Stretch_Over_Perimeter_Width_ratio': DEFSET,
'Perimeter_Outside_Stretch_Over_Perimeter_Width_ratio': DEFSET,
'Stretch_From_Distance_Over_Perimeter_Width_ratio': DEFSET,
},'skin': {
'Activate_Skin': storedSetting("enable_skin"),
'Horizontal_Infill_Divisions_integer': "1",
'Horizontal_Perimeter_Divisions_integer': "1",
'Vertical_Divisions_integer': "2",
'Hop_When_Extruding_Infill': "False",
'Layers_From_index': "1",
},'comb': {
'Activate_Comb': "True",
'Running_Jump_Space_mm': DEFSET,
},'cool': {
'Activate_Cool': "True",
'Bridge_Cool_Celcius': DEFSET,
'Cool_Type': DEFSET,
'Maximum_Cool_Celcius': DEFSET,
'Minimum_Layer_Time_seconds': storedSettingFloat("cool_min_layer_time"),
'Minimum_Orbital_Radius_millimeters': DEFSET,
'Name_of_Cool_End_File': DEFSET,
'Name_of_Cool_Start_File': DEFSET,
'Orbital_Outset_millimeters': DEFSET,
'Turn_Fan_On_at_Beginning': storedSetting("fan_enabled"),
'Turn_Fan_Off_at_Ending': storedSetting("fan_enabled"),
'Minimum_feed_rate_mm/s': storedSettingFloat("cool_min_feedrate"),
'Fan_on_at_layer': storedSettingInt('fan_layer'),
'Fan_speed_min_%': storedSettingInt('fan_speed'),
'Fan_speed_max_%': storedSettingInt('fan_speed_max'),
},'hop': {
'Activate_Hop': "False",
'Hop_Over_Layer_Thickness_ratio': DEFSET,
'Minimum_Hop_Angle_degrees': DEFSET,
},'wipe': {
'Activate_Wipe': "False",
'Arrival_X_mm': DEFSET,
'Arrival_Y_mm': DEFSET,
'Arrival_Z_mm': DEFSET,
'Departure_X_mm': DEFSET,
'Departure_Y_mm': DEFSET,
'Departure_Z_mm': DEFSET,
'Wipe_X_mm': DEFSET,
'Wipe_Y_mm': DEFSET,
'Wipe_Z_mm': DEFSET,
'Wipe_Period_layers': DEFSET,
},'oozebane': {
'Activate_Oozebane': "False",
'After_Startup_Distance_millimeters': DEFSET,
'Early_Shutdown_Distance_millimeters': DEFSET,
'Early_Startup_Distance_Constant_millimeters': DEFSET,
'Early_Startup_Maximum_Distance_millimeters': DEFSET,
'First_Early_Startup_Distance_millimeters': DEFSET,
'Minimum_Distance_for_Early_Startup_millimeters': DEFSET,
'Minimum_Distance_for_Early_Shutdown_millimeters': DEFSET,
'Slowdown_Startup_Steps_positive_integer': DEFSET,
},'dwindle': {
'Activate_Dwindle': "False",
'End_Rate_Multiplier_ratio': '0.5',
'Pent_Up_Volume_cubic_millimeters': "0.4",
'Slowdown_Steps_positive_integer': '5',
'Slowdown_Volume_cubic_millimeters': "5.0",
},'splodge': {
'Activate_Splodge': "False",
'Initial_Lift_over_Extra_Thickness_ratio': DEFSET,
'Initial_Splodge_Feed_Rate_mm/s': DEFSET,
'Operating_Splodge_Feed_Rate_mm/s': DEFSET,
'Operating_Splodge_Quantity_Length_millimeters': DEFSET,
'Initial_Splodge_Quantity_Length_millimeters': DEFSET,
'Operating_Lift_over_Extra_Thickness_ratio': DEFSET,
},'home': {
'Activate_Home': "False",
'Name_of_Home_File': DEFSET,
},'lash': {
'Activate_Lash': "False",
'X_Backlash_mm': DEFSET,
'Y_Backlash_mm': DEFSET,
},'fillet': {
'Activate_Fillet': "False",
'Arc_Point': DEFSET,
'Arc_Radius': DEFSET,
'Arc_Segment': DEFSET,
'Bevel': DEFSET,
'Corner_Feed_Rate_Multiplier_ratio': DEFSET,
'Fillet_Radius_over_Perimeter_Width_ratio': DEFSET,
'Reversal_Slowdown_Distance_over_Perimeter_Width_ratio': DEFSET,
'Use_Intermediate_Feed_Rate_in_Corners': DEFSET,
},'limit': {
'Activate_Limit': "False",
'Maximum_Initial_Feed_Rate_mm/s': DEFSET,
},'unpause': {
'Activate_Unpause': "False",
'Delay_milliseconds': DEFSET,
'Maximum_Speed_ratio': DEFSET,
},'dimension': {
'Activate_Dimension': "True",
'Absolute_Extrusion_Distance': "True",
'Relative_Extrusion_Distance': "False",
'Extruder_Retraction_Speed_mm/s': storedSettingFloat('retraction_speed'),
'Filament_Diameter_mm': storedSettingFloat("filament_diameter"),
'Filament_Packing_Density_ratio': storedSettingFloat("filament_density"),
'Maximum_E_Value_before_Reset_float': DEFSET,
'Minimum_Travel_for_Retraction_millimeters': storedSettingFloat("retraction_min_travel"),
'Retract_Within_Island': storedSettingInvertBoolean("retract_on_jumps_only"),
'Retraction_Distance_millimeters': lambda setting: profile.getProfileSettingFloat('retraction_amount') if profile.getProfileSetting('retraction_enable') == 'True' else 0,
'Restart_Extra_Distance_millimeters': storedSettingFloat('retraction_extra'),
},'alteration': {
'Activate_Alteration': storedSetting('add_start_end_gcode'),
'Name_of_End_File': "end.gcode",
'Name_of_Start_File': "start.gcode",
'Remove_Redundant_Mcode': "True",
'Replace_Variable_with_Setting': DEFSET,
},'export': {
'Activate_Export': "True",
'Add_Descriptive_Extension': DEFSET,
'Add_Export_Suffix': DEFSET,
'Add_Profile_Extension': DEFSET,
'Add_Timestamp_Extension': DEFSET,
'Also_Send_Output_To': DEFSET,
'Analyze_Gcode': DEFSET,
'Comment_Choice': DEFSET,
'Do_Not_Change_Output': DEFSET,
'binary_16_byte': DEFSET,
'gcode_step': DEFSET,
'gcode_time_segment': DEFSET,
'gcode_small': DEFSET,
'File_Extension': storedSetting('gcode_extension'),
'Name_of_Replace_File': DEFSET,
'Save_Penultimate_Gcode': "False",
}
}
def calcLayerSkip(setting):
bottomThickness = profile.getProfileSettingFloat('bottom_thickness')
layerThickness = profile.getProfileSettingFloat('layer_height')
if bottomThickness < layerThickness:
return 0
return int(math.ceil((bottomThickness - layerThickness) / layerThickness + 0.0001) - 1)
def calcExtraBottomThickness(setting):
bottomThickness = profile.getProfileSettingFloat('bottom_thickness')
layerThickness = profile.getProfileSettingFloat('layer_height')
if bottomThickness < layerThickness:
return 0.0
return bottomThickness - layerThickness
def calcBottomLayerFlowRateRatio(setting):
bottomThickness = profile.getProfileSettingFloat('bottom_thickness')
layerThickness = profile.getProfileSettingFloat('layer_height')
if bottomThickness < layerThickness:
return 1.0
return bottomThickness / layerThickness
def OnMouseMotion(self, e):
if self.parent.objectsMaxV != None:
size = (self.parent.objectsMaxV - self.parent.objectsMinV)
sizeXY = math.sqrt((size[0] * size[0]) + (size[1] * size[1]))
p0 = numpy.array(
gluUnProject(e.GetX(),
self.viewport[1] + self.viewport[3] - e.GetY(), 0,
self.modelMatrix, self.projMatrix, self.viewport))
p1 = numpy.array(
gluUnProject(e.GetX(),
self.viewport[1] + self.viewport[3] - e.GetY(), 1,
self.modelMatrix, self.projMatrix, self.viewport))
cursorZ0 = p0 - (p1 - p0) * (p0[2] / (p1[2] - p0[2]))
cursorXY = math.sqrt((cursorZ0[0] * cursorZ0[0]) +
(cursorZ0[1] * cursorZ0[1]))
if cursorXY >= sizeXY * 0.7 and cursorXY <= sizeXY * 0.7 + 3:
self.SetCursor(wx.StockCursor(wx.CURSOR_SIZING))
else:
self.SetCursor(wx.StockCursor(wx.CURSOR_DEFAULT))
if e.Dragging() and e.LeftIsDown():
if self.dragType == '':
#Define the drag type depending on the cursor position.
if cursorXY >= sizeXY * 0.7 and cursorXY <= sizeXY * 0.7 + 3:
self.dragType = 'modelRotate'
self.dragStart = math.atan2(cursorZ0[0], cursorZ0[1])
else:
self.dragType = 'viewRotate'
if self.dragType == 'viewRotate':
if self.view3D:
self.yaw += e.GetX() - self.oldX
self.pitch -= e.GetY() - self.oldY
if self.pitch > 170:
self.pitch = 170
if self.pitch < 10:
self.pitch = 10
else:
self.offsetX += float(
e.GetX() -
self.oldX) * self.zoom / self.GetSize().GetHeight() * 2
self.offsetY -= float(
e.GetY() -
self.oldY) * self.zoom / self.GetSize().GetHeight() * 2
elif self.dragType == 'modelRotate':
angle = math.atan2(cursorZ0[0], cursorZ0[1])
diff = self.dragStart - angle
self.tempRotate = diff * 180 / math.pi
#Workaround for buggy ATI cards.
size = self.GetSizeTuple()
self.SetSize((size[0] + 1, size[1]))
self.SetSize((size[0], size[1]))
self.Refresh()
else:
if self.tempRotate != 0:
profile.putProfileSetting(
'model_rotate_base',
profile.getProfileSettingFloat('model_rotate_base') +
self.tempRotate)
self.parent.updateModelTransform()
self.tempRotate = 0
self.dragType = ''
if e.Dragging() and e.RightIsDown():
self.zoom += e.GetY() - self.oldY
if self.zoom < 1:
self.zoom = 1
self.Refresh()
self.oldX = e.GetX()
self.oldY = e.GetY()
def main():
parser = OptionParser(usage="usage: %prog [options] <filename>.stl")
parser.add_option("-i",
"--ini",
action="store",
type="string",
dest="profileini",
help="Load settings from a profile ini file")
parser.add_option(
"-r",
"--print",
action="store",
type="string",
dest="printfile",
help=
"Open the printing interface, instead of the normal cura interface.")
parser.add_option("-p",
"--profile",
action="store",
type="string",
dest="profile",
help="Internal option, do not use!")
parser.add_option("-x",
"--scale",
action="store",
type="string",
dest="scale",
help="scale the stl object")
parser.add_option(
"-s",
"--slice",
action="store_true",
dest="slice",
help="Slice the given files instead of opening them in Cura")
parser.add_option("-o",
"--output",
action="store",
type="string",
dest="output",
help="path to write sliced file to")
parser.add_option("-t",
"--transform",
action="store",
type="string",
dest="transform",
help="rotate and transform the object")
(options, args) = parser.parse_args()
#print "load preferences from " + profile.getPreferencePath()
profile.loadPreferences(profile.getPreferencePath())
#default_profile_string = profile.getProfileString()
#print("default_profile_string = %s" % (default_profile_string))
#profile.setProfileFromString(default_profile_string)
if options.profile is not None:
profile.loadProfile(
r"/home/buccaneer/bin/buccaneer-slicer/current/slicer.ini")
#profile.setProfileFromString(options.profile)
#print("options.profile Input\n\n")
#print(options.profile)
custom_params = []
for param in options.profile.split(','):
param = param.replace("++", " ")
custom_params.append(param)
#print(custom_params)
profile.setProfileFromString(custom_params)
elif options.profileini is not None:
profile.loadProfile(options.profileini)
else:
#print("Default Path: %s" % (profile.getDefaultProfilePath()))
profile.loadProfile(
r"/home/buccaneer/bin/buccaneer-slicer/current/slicer.ini")
if options.printfile is not None:
from Cura.gui import printWindow
printWindow.startPrintInterface(options.printfile)
elif options.slice is not None:
from util import sliceEngine
from util import objectScene
from util import meshLoader
from util import mesh
import shutil
import numpy as np
def commandlineProgessCallback(progress, ready, loading):
if progress >= 0 and not ready and not loading:
sys.stdout.write("Slicing: %d%%\n" % (progress * 100, ))
sys.stdout.flush()
elif progress >= 0 and not ready and loading:
sys.stdout.write("Loading: %d%%" % (progress * 100, ))
sys.stdout.flush()
profile.putMachineSetting('machine_name', 'Buccaneer')
profile.putMachineSetting('machine_width', '138')
profile.putMachineSetting('machine_depth', '112')
profile.putMachineSetting('machine_height', '149.5')
profile.putProfileSetting('nozzle_size', '0.4')
profile.putProfileSetting(
'wall_thickness',
float(profile.getProfileSettingFloat('nozzle_size')) * 2)
profile.putMachineSetting('has_heated_bed', str(False))
profile.putMachineSetting('machine_center_is_zero', str(False))
profile.putMachineSetting('extruder_head_size_min_x', '0')
profile.putMachineSetting('extruder_head_size_min_y', '0')
profile.putMachineSetting('extruder_head_size_max_x', '0')
profile.putMachineSetting('extruder_head_size_max_y', '0')
profile.putMachineSetting('extruder_head_size_height', '0')
profile.checkAndUpdateMachineName()
scene = objectScene.Scene()
scene.updateMachineDimensions()
slicer = sliceEngine.Slicer(commandlineProgessCallback)
matrix = []
if options.transform is not None:
transform_params = []
for param in options.transform.split(','):
param = param.replace("[", " ")
param = param.replace("]", " ")
transform_params.append(param)
data = np.array(transform_params)
print data
matrix = [[
transform_params[0], transform_params[1], transform_params[2]
], [transform_params[3], transform_params[4], transform_params[5]],
[
transform_params[6], transform_params[7],
transform_params[8]
]]
if options.scale is not None:
if (int(options.scale) >= 1):
obj = meshLoader.loadMeshes(args[0], int(options.scale))
else:
obj = meshLoader.loadMeshes(args[0])
else:
obj = meshLoader.loadMeshes(args[0])
for m in obj:
scene.addNewMatrix(m, matrix)
sys.stdout.write("Slicing: %d%%\n" % (0 * 100, ))
sys.stdout.flush()
slicer.runSlicer(scene)
slicer.wait()
profile.replaceGCodeTagsFromSlicer(slicer.getGCodeFilename(), slicer)
if options.output:
shutil.copyfile(slicer.getGCodeFilename(), options.output)
print 'GCode file saved : %s' % options.output
else:
shutil.copyfile(slicer.getGCodeFilename(), args[0] + '.gcode')
print 'GCode file saved as: %s' % (args[0] + '.gcode')
slicer.cleanup()
else:
from Cura.gui import app
app.CuraApp(args).MainLoop()
def firstLayerSpeedRatio(setting):
bottomSpeed = profile.getProfileSettingFloat('bottom_layer_speed')
speed = profile.getProfileSettingFloat('print_speed')
return bottomSpeed/speed
def _watchProcess(self, commandList, oldThread):
if oldThread is not None:
if self._process is not None:
self._process.terminate()
oldThread.join()
self._id += 1
self._callback(-1.0, False, False)
try:
self._process = self._runSliceProcess(commandList)
except OSError:
traceback.print_exc()
return
if self._thread != threading.currentThread():
self._process.terminate()
self._callback(0.0, False, False)
self._sliceLog = []
self._printTimeSeconds = None
self._filamentMM = [0.0, 0.0]
line = self._process.stdout.readline()
objectNr = 0
while len(line):
line = line.strip()
if line.startswith('Progress:'):
line = line.split(':')
if line[1] == 'process':
objectNr += 1
elif line[1] == 'Loading':
#print ("Loading....\n")
progressValue = float(line[2]) / float(line[3])
try:
self._callback(progressValue, False, True)
except:
pass
elif line[1] in self._progressSteps:
progressValue = float(line[2]) / float(line[3])
progressValue /= len(self._progressSteps)
progressValue += 1.0 / len(
self._progressSteps) * self._progressSteps.index(
line[1])
progressValue /= self._objCount
progressValue += 1.0 / self._objCount * objectNr
try:
self._callback(progressValue, False, False)
except:
pass
elif line.startswith('Print time:'):
self._printTimeSeconds = int(line.split(':')[1].strip())
elif line.startswith('Filament:'):
self._filamentMM[0] = int(line.split(':')[1].strip())
if profile.getMachineSetting('gcode_flavor') == 'UltiGCode':
radius = profile.getProfileSettingFloat(
'filament_diameter') / 2.0
self._filamentMM[0] /= (math.pi * radius * radius)
elif line.startswith('Filament2:'):
self._filamentMM[1] = int(line.split(':')[1].strip())
if profile.getMachineSetting('gcode_flavor') == 'UltiGCode':
radius = profile.getProfileSettingFloat(
'filament_diameter') / 2.0
self._filamentMM[1] /= (math.pi * radius * radius)
else:
self._sliceLog.append(line.strip())
line = self._process.stdout.readline()
self._callback(1, False, False)
print('\n')
for line in self._process.stderr:
self._sliceLog.append(line.strip())
returnCode = self._process.wait()
try:
if returnCode == 0:
pluginError = profile.runPostProcessingPlugins(
self._exportFilename)
if pluginError is not None:
print pluginError
self._sliceLog.append(pluginError)
self._callback(1.0, True, False)
else:
for line in self._sliceLog:
print line
self._callback(-1.0, False, False)
except:
pass
self._process = None
def OnSlice(self, e):
dlg=wx.FileDialog(self, "Save project gcode file", os.path.split(profile.getPreference('lastFile'))[0], style=wx.FD_SAVE)
dlg.SetWildcard("GCode file (*.gcode)|*.gcode")
if dlg.ShowModal() != wx.ID_OK:
dlg.Destroy()
return
resultFilename = dlg.GetPath()
dlg.Destroy()
put = profile.setTempOverride
oldProfile = profile.getGlobalProfileString()
put('add_start_end_gcode', 'False')
put('gcode_extension', 'project_tmp')
if self.printMode == 0:
clearZ = 0
actionList = []
for item in self.list:
if item.profile != None and os.path.isfile(item.profile):
profile.loadGlobalProfile(item.profile)
put('machine_center_x', item.centerX - self.extruderOffset[item.extruder][0])
put('machine_center_y', item.centerY - self.extruderOffset[item.extruder][1])
put('model_scale', item.scale)
put('flip_x', item.flipX)
put('flip_y', item.flipY)
put('flip_z', item.flipZ)
put('model_rotate_base', item.rotate)
put('swap_xz', item.swapXZ)
put('swap_yz', item.swapYZ)
action = Action()
action.sliceCmd = sliceRun.getSliceCommand(item.filename)
action.centerX = item.centerX
action.centerY = item.centerY
action.temperature = profile.getProfileSettingFloat('print_temperature')
action.extruder = item.extruder
action.filename = item.filename
clearZ = max(clearZ, item.getMaximum()[2] * item.scale + 5.0)
action.clearZ = clearZ
action.leaveResultForNextSlice = False
action.usePreviousSlice = False
actionList.append(action)
if self.list.index(item) > 0 and item.isSameExceptForPosition(self.list[self.list.index(item)-1]):
actionList[-2].leaveResultForNextSlice = True
actionList[-1].usePreviousSlice = True
if item.profile != None:
profile.loadGlobalProfileFromString(oldProfile)
else:
self._saveCombinedSTL(resultFilename + "_temp_.stl")
put('model_scale', 1.0)
put('flip_x', False)
put('flip_y', False)
put('flip_z', False)
put('model_rotate_base', 0)
put('swap_xz', False)
put('swap_yz', False)
actionList = []
action = Action()
action.sliceCmd = sliceRun.getSliceCommand(resultFilename + "_temp_.stl")
action.centerX = profile.getProfileSettingFloat('machine_center_x')
action.centerY = profile.getProfileSettingFloat('machine_center_y')
action.temperature = profile.getProfileSettingFloat('print_temperature')
action.extruder = 0
action.filename = resultFilename + "_temp_.stl"
action.clearZ = 0
action.leaveResultForNextSlice = False
action.usePreviousSlice = False
actionList.append(action)
#Restore the old profile.
profile.resetTempOverride()
pspw = ProjectSliceProgressWindow(actionList, resultFilename)
pspw.extruderOffset = self.extruderOffset
pspw.Centre()
pspw.Show(True)
def ifSettingAboveZero(name): return lambda setting: profile.getProfileSettingFloat(name) > 0
def OnDraw(self):
machineSize = self.parent.machineSize
if self.parent.gcode != None and self.parent.gcodeDirty:
if self.gcodeDisplayListCount < len(
self.parent.gcode.layerList
) or self.gcodeDisplayList == None:
if self.gcodeDisplayList != None:
glDeleteLists(self.gcodeDisplayList,
self.gcodeDisplayListCount)
self.gcodeDisplayList = glGenLists(
len(self.parent.gcode.layerList))
self.gcodeDisplayListCount = len(self.parent.gcode.layerList)
self.parent.gcodeDirty = False
self.gcodeDisplayListMade = 0
if self.parent.gcode != None and self.gcodeDisplayListMade < len(
self.parent.gcode.layerList):
glNewList(self.gcodeDisplayList + self.gcodeDisplayListMade,
GL_COMPILE)
opengl.DrawGCodeLayer(
self.parent.gcode.layerList[self.gcodeDisplayListMade])
glEndList()
self.gcodeDisplayListMade += 1
self.Refresh()
glPushMatrix()
glTranslate(self.parent.machineCenter.x, self.parent.machineCenter.y,
0)
for obj in self.parent.objectList:
if obj.mesh == None:
continue
if obj.displayList == None:
obj.displayList = glGenLists(1)
if obj.dirty:
obj.dirty = False
glNewList(obj.displayList, GL_COMPILE)
opengl.DrawMesh(obj.mesh)
glEndList()
if self.viewMode == "Mixed":
glDisable(GL_BLEND)
glColor3f(0.0, 0.0, 0.0)
self.drawModel(obj)
glColor3f(1.0, 1.0, 1.0)
glClear(GL_DEPTH_BUFFER_BIT)
glPopMatrix()
if self.parent.gcode != None and (self.viewMode == "GCode"
or self.viewMode == "Mixed"):
glEnable(GL_COLOR_MATERIAL)
glEnable(GL_LIGHTING)
drawUpToLayer = min(self.gcodeDisplayListMade,
self.parent.layerSpin.GetValue() + 1)
starttime = time.time()
for i in xrange(drawUpToLayer - 1, -1, -1):
c = 1.0
if i < self.parent.layerSpin.GetValue():
c = 0.9 - (drawUpToLayer - i) * 0.1
if c < 0.4:
c = (0.4 + c) / 2
if c < 0.1:
c = 0.1
glLightfv(GL_LIGHT0, GL_DIFFUSE, [0, 0, 0, 0])
glLightfv(GL_LIGHT0, GL_AMBIENT, [c, c, c, c])
glCallList(self.gcodeDisplayList + i)
if time.time() - starttime > 0.1:
break
glDisable(GL_LIGHTING)
glDisable(GL_COLOR_MATERIAL)
glMaterialfv(GL_FRONT_AND_BACK, GL_AMBIENT, [0.2, 0.2, 0.2, 1.0])
glMaterialfv(GL_FRONT_AND_BACK, GL_DIFFUSE, [0.8, 0.8, 0.8, 1.0])
glColor3f(1.0, 1.0, 1.0)
glPushMatrix()
glTranslate(self.parent.machineCenter.x, self.parent.machineCenter.y,
0)
for obj in self.parent.objectList:
if obj.mesh == None:
continue
if self.viewMode == "Transparent" or self.viewMode == "Mixed":
glLightfv(
GL_LIGHT0, GL_DIFFUSE,
map(lambda x: x / 2,
self.objColor[self.parent.objectList.index(obj)]))
glLightfv(
GL_LIGHT0, GL_AMBIENT,
map(lambda x: x / 10,
self.objColor[self.parent.objectList.index(obj)]))
#If we want transparent, then first render a solid black model to remove the printer size lines.
if self.viewMode != "Mixed":
glDisable(GL_BLEND)
glColor3f(0.0, 0.0, 0.0)
self.drawModel(obj)
glColor3f(1.0, 1.0, 1.0)
#After the black model is rendered, render the model again but now with lighting and no depth testing.
glDisable(GL_DEPTH_TEST)
glEnable(GL_LIGHTING)
glEnable(GL_BLEND)
glBlendFunc(GL_ONE, GL_ONE)
glEnable(GL_LIGHTING)
self.drawModel(obj)
glEnable(GL_DEPTH_TEST)
elif self.viewMode == "X-Ray":
glColorMask(GL_FALSE, GL_FALSE, GL_FALSE, GL_FALSE)
glDisable(GL_LIGHTING)
glDisable(GL_DEPTH_TEST)
glEnable(GL_STENCIL_TEST)
glStencilFunc(GL_ALWAYS, 1, 1)
glStencilOp(GL_INCR, GL_INCR, GL_INCR)
self.drawModel(obj)
glStencilOp(GL_KEEP, GL_KEEP, GL_KEEP)
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)
glStencilFunc(GL_EQUAL, 0, 1)
glColor(1, 1, 1)
self.drawModel(obj)
glStencilFunc(GL_EQUAL, 1, 1)
glColor(1, 0, 0)
self.drawModel(obj)
glPushMatrix()
glLoadIdentity()
for i in xrange(2, 15, 2):
glStencilFunc(GL_EQUAL, i, 0xFF)
glColor(float(i) / 10, float(i) / 10, float(i) / 5)
glBegin(GL_QUADS)
glVertex3f(-1000, -1000, -1)
glVertex3f(1000, -1000, -1)
glVertex3f(1000, 1000, -1)
glVertex3f(-1000, 1000, -1)
glEnd()
for i in xrange(1, 15, 2):
glStencilFunc(GL_EQUAL, i, 0xFF)
glColor(float(i) / 10, 0, 0)
glBegin(GL_QUADS)
glVertex3f(-1000, -1000, -1)
glVertex3f(1000, -1000, -1)
glVertex3f(1000, 1000, -1)
glVertex3f(-1000, 1000, -1)
glEnd()
glPopMatrix()
glDisable(GL_STENCIL_TEST)
glEnable(GL_DEPTH_TEST)
#Fix the depth buffer
glColorMask(GL_FALSE, GL_FALSE, GL_FALSE, GL_FALSE)
self.drawModel(obj)
glColorMask(GL_TRUE, GL_TRUE, GL_TRUE, GL_TRUE)
elif self.viewMode == "Normal":
glLightfv(GL_LIGHT0, GL_DIFFUSE,
self.objColor[self.parent.objectList.index(obj)])
glLightfv(
GL_LIGHT0, GL_AMBIENT,
map(lambda x: x / 5,
self.objColor[self.parent.objectList.index(obj)]))
glEnable(GL_LIGHTING)
self.drawModel(obj)
if self.drawBorders and (self.viewMode == "Normal"
or self.viewMode == "Transparent"
or self.viewMode == "X-Ray"):
glEnable(GL_DEPTH_TEST)
glDisable(GL_LIGHTING)
glColor3f(1, 1, 1)
glPushMatrix()
modelScale = profile.getProfileSettingFloat('model_scale')
glScalef(modelScale, modelScale, modelScale)
opengl.DrawMeshOutline(obj.mesh)
glPopMatrix()
glPopMatrix()
if self.viewMode == "Normal" or self.viewMode == "Transparent" or self.viewMode == "X-Ray":
glDisable(GL_LIGHTING)
glDisable(GL_DEPTH_TEST)
glDisable(GL_BLEND)
glColor3f(1, 0, 0)
glBegin(GL_LINES)
for err in self.parent.errorList:
glVertex3f(err[0].x, err[0].y, err[0].z)
glVertex3f(err[1].x, err[1].y, err[1].z)
glEnd()
glEnable(GL_DEPTH_TEST)
opengl.DrawMachine(machineSize)
glPushMatrix()
glTranslate(self.parent.machineCenter.x, self.parent.machineCenter.y,
0)
#Draw the rotate circle
if self.parent.objectsMaxV != None:
glDisable(GL_LIGHTING)
glDisable(GL_CULL_FACE)
glEnable(GL_BLEND)
glBegin(GL_TRIANGLE_STRIP)
size = (self.parent.objectsMaxV - self.parent.objectsMinV)
sizeXY = math.sqrt((size[0] * size[0]) + (size[1] * size[1]))
for i in xrange(0, 64 + 1):
f = i if i < 64 / 2 else 64 - i
glColor4ub(255, int(f * 255 / (64 / 2)), 0, 128)
glVertex3f(sizeXY * 0.7 * math.cos(i / 32.0 * math.pi),
sizeXY * 0.7 * math.sin(i / 32.0 * math.pi), 0.1)
glColor4ub(0, 128, 0, 128)
glVertex3f((sizeXY * 0.7 + 3) * math.cos(i / 32.0 * math.pi),
(sizeXY * 0.7 + 3) * math.sin(i / 32.0 * math.pi),
0.1)
glEnd()
glEnable(GL_CULL_FACE)
glPopMatrix()
glFlush()
def DrawGCodeLayer(layer):
filamentRadius = profile.getProfileSettingFloat("filament_diameter") / 2
filamentArea = math.pi * filamentRadius * filamentRadius
lineWidth = profile.getProfileSettingFloat("nozzle_size") / 2 / 10
fillCycle = 0
fillColorCycle = [[0.5, 0.5, 0.0], [0.0, 0.5, 0.5], [0.5, 0.0, 0.5]]
moveColor = [0, 0, 1]
retractColor = [1, 0, 0.5]
supportColor = [0, 1, 1]
extrudeColor = [1, 0, 0]
innerWallColor = [0, 1, 0]
skirtColor = [0, 0.5, 0.5]
prevPathWasRetract = False
glDisable(GL_CULL_FACE)
for path in layer:
if path.type == "move":
if prevPathWasRetract:
c = retractColor
else:
c = moveColor
zOffset = 0.01
if path.type == "extrude":
if path.pathType == "FILL":
c = fillColorCycle[fillCycle]
fillCycle = (fillCycle + 1) % len(fillColorCycle)
elif path.pathType == "WALL-INNER":
c = innerWallColor
zOffset = 0.02
elif path.pathType == "SUPPORT":
c = supportColor
elif path.pathType == "SKIRT":
c = skirtColor
else:
c = extrudeColor
if path.type == "retract":
c = [0, 1, 1]
if path.type == "extrude":
drawLength = 0.0
prevNormal = None
for i in xrange(0, len(path.list) - 1):
v0 = path.list[i]
v1 = path.list[i + 1]
# Calculate line width from ePerDistance (needs layer thickness and filament diameter)
dist = (v0 - v1).vsize()
if dist > 0 and path.layerThickness > 0:
extrusionMMperDist = (v1.e - v0.e) / dist
lineWidth = extrusionMMperDist * filamentArea / path.layerThickness / 2
drawLength += (v0 - v1).vsize()
normal = (v0 - v1).cross(util3d.Vector3(0, 0, 1))
normal.normalize()
vv2 = v0 + normal * lineWidth
vv3 = v1 + normal * lineWidth
vv0 = v0 - normal * lineWidth
vv1 = v1 - normal * lineWidth
glBegin(GL_QUADS)
glColor3fv(c)
glVertex3f(vv0.x, vv0.y, vv0.z - zOffset)
glVertex3f(vv1.x, vv1.y, vv1.z - zOffset)
glVertex3f(vv3.x, vv3.y, vv3.z - zOffset)
glVertex3f(vv2.x, vv2.y, vv2.z - zOffset)
glEnd()
if prevNormal != None:
n = normal + prevNormal
n.normalize()
vv4 = v0 + n * lineWidth
vv5 = v0 - n * lineWidth
glBegin(GL_QUADS)
glColor3fv(c)
glVertex3f(vv2.x, vv2.y, vv2.z - zOffset)
glVertex3f(vv4.x, vv4.y, vv4.z - zOffset)
glVertex3f(prevVv3.x, prevVv3.y, prevVv3.z - zOffset)
glVertex3f(v0.x, v0.y, v0.z - zOffset)
glVertex3f(vv0.x, vv0.y, vv0.z - zOffset)
glVertex3f(vv5.x, vv5.y, vv5.z - zOffset)
glVertex3f(prevVv1.x, prevVv1.y, prevVv1.z - zOffset)
glVertex3f(v0.x, v0.y, v0.z - zOffset)
glEnd()
prevNormal = normal
prevVv1 = vv1
prevVv3 = vv3
else:
glBegin(GL_LINE_STRIP)
glColor3fv(c)
for v in path.list:
glVertex3f(v.x, v.y, v.z)
glEnd()
if not path.type == "move":
prevPathWasRetract = False
if path.type == "retract" and path.list[0].almostEqual(path.list[-1]):
prevPathWasRetract = True
glEnable(GL_CULL_FACE)
def storedPercentSetting(name): return lambda setting: profile.getProfileSettingFloat(name) / 100
