def InputExtrusionHeight(self, value, extrude_makes_a_solid, taper_angle):
dlg = HDialog('Make Extrusion')
sizerMain = wx.BoxSizer(wx.VERTICAL)
value_control = LengthCtrl(dlg)
value_control.SetValue(value)
dlg.AddLabelAndControl(sizerMain, 'Height', value_control)
solid_check_box = None
if extrude_makes_a_solid != None:
solid_check_box = wx.CheckBox(dlg, label='Extrude makes a solid')
solid_check_box.SetValue(extrude_makes_a_solid)
sizerMain.Add(solid_check_box, 0, wx.ALL | wx.ALIGN_LEFT,
control_border)
taper_angle_control = None
if taper_angle != None:
taper_angle_control = DoubleCtrl(dlg)
taper_angle_control.SetValue(taper_angle)
dlg.AddLabelAndControl(sizerMain, 'Taper Outward Angle',
taper_angle_control)
dlg.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
dlg.SetSizer(sizerMain)
sizerMain.Fit(dlg)
value_control.SetFocus()
if dlg.ShowModal() == wx.ID_OK:
value = value_control.GetValue()
if extrude_makes_a_solid != None:
extrude_makes_a_solid = solid_check_box.GetValue()
if taper_angle != None:
taper_angle = taper_angle_control.GetValue()
return True, value, extrude_makes_a_solid, taper_angle
return False, value, extrude_makes_a_solid, taper_angle
def __init__(self, dlg, label, xstr, ystr, zstr):
self.lgthX = LengthCtrl(dlg)
self.sttcX = dlg.AddLabelAndControl(self, xstr, self.lgthX)
self.lgthY = LengthCtrl(dlg)
self.sttcY = dlg.AddLabelAndControl(self, ystr, self.lgthY)
self.lgthZ = LengthCtrl(dlg)
self.sttcZ = dlg.AddLabelAndControl(self, zstr, self.lgthZ)
def AddControls(self, sizer):
self.lgthHFeed = LengthCtrl(self)
self.MakeLabelAndControl('Horizontal Feedrate',
self.lgthHFeed).AddToSizer(sizer)
self.lgthVFeed = LengthCtrl(self)
self.MakeLabelAndControl('Vertical Feedrate',
self.lgthVFeed).AddToSizer(sizer)
self.dblSpindleSpeed = DoubleCtrl(self)
self.MakeLabelAndControl('Spindle Speed',
self.dblSpindleSpeed).AddToSizer(sizer)
def AddLeftControls(self):
# add the controls in one column
self.lgthTolerance = LengthCtrl(self)
self.MakeLabelAndControl("Tolerance",
self.lgthTolerance).AddToSizer(self.sizerLeft)
self.lgthMaterialAllowance = LengthCtrl(self)
self.MakeLabelAndControl("Material Allowance",
self.lgthMaterialAllowance).AddToSizer(
self.sizerLeft)
self.chkSameForEachPosition = wx.CheckBox(
self, wx.ID_ANY, 'Same for Each Pattern Position')
HControl(wx.ALL,
self.chkSameForEachPosition).AddToSizer(self.sizerLeft)
SolidsDlg.AddLeftControls(self)
def AddLeftControls(self):
# add all the controls to the left side
tool_on_side_choices = ['Left', 'Right', 'On']
self.cmbToolOnSide = ComboBoxBinded(self, choices = tool_on_side_choices)
self.MakeLabelAndControl("Tool On Side", self.cmbToolOnSide).AddToSizer(self.sizerLeft)
#self.SetSketchOrderAndCombo(self.sketch)
cut_mode_choices = ["Conventional", "Climb"]
self.cmbCutMode = ComboBoxBinded(self, choices = cut_mode_choices)
self.MakeLabelAndControl("Cut Mode", self.cmbCutMode).AddToSizer(self.sizerLeft)
#self.Bind(wx.EVT_COMBOBOX, self.OnComboOrCheck, self.cmbCutMode)
self.lgthRollRadius = LengthCtrl(self)
self.MakeLabelAndControl("Roll Radius", self.lgthRollRadius).AddToSizer(self.sizerLeft)
self.lgthOffsetExtra = LengthCtrl(self)
self.MakeLabelAndControl("Offset Extra", self.lgthOffsetExtra).AddToSizer(self.sizerLeft)
self.chkDoFinishingPass = wx.CheckBox(self, wx.ID_ANY, 'Do Finishing Pass')
HControl(wx.ALL, self.chkDoFinishingPass).AddToSizer(self.sizerLeft)
self.chkOnlyFinishingPass = wx.CheckBox(self, wx.ID_ANY, 'Only Finishing Pass')
HControl(wx.ALL, self.chkOnlyFinishingPass).AddToSizer(self.sizerLeft)
self.lgthFinishingFeedrate = LengthCtrl(self)
self.staticFinishingFeedrate = wx.StaticText(self, wx.ID_ANY, "Finishing Feed Rate")
self.MakeControlUsingStaticText(self.staticFinishingFeedrate, self.lgthFinishingFeedrate).AddToSizer(self.sizerLeft)
self.cmbFinishingCutMode = ComboBoxBinded(self, choices = cut_mode_choices)
self.staticFinishingCutMode = wx.StaticText(self, wx.ID_ANY, "Finishing Cut Mode")
self.MakeControlUsingStaticText(self.staticFinishingCutMode, self.cmbFinishingCutMode).AddToSizer(self.sizerLeft)
self.lgthFinishStepDown = LengthCtrl(self)
self.staticFinishStepDown = wx.StaticText(self, wx.ID_ANY, "Finish Step Down")
self.MakeControlUsingStaticText(self.staticFinishStepDown, self.lgthFinishStepDown).AddToSizer(self.sizerLeft)
SketchOpDlg.AddLeftControls(self)
def InputLength(self, prompt, name, value):
dlg = HDialog('Input')
sizerMain = wx.BoxSizer(wx.VERTICAL)
static_label = wx.StaticText(dlg, label = prompt)
sizerMain.Add( static_label, 0, wx.ALL, wx.ALIGN_LEFT, control_border )
value_control = LengthCtrl(dlg)
value_control.SetValue(value)
dlg.AddLabelAndControl( sizerMain, name, value_control )
dlg.MakeOkAndCancel( wx.HORIZONTAL ).AddToSizer( sizerMain )
dlg.SetSizer( sizerMain )
sizerMain.SetSizeHints(dlg)
sizerMain.Fit(dlg)
value_control.SetFocus()
if dlg.ShowModal() == wx.ID_OK:
return value_control.GetValue()
return None
def AddLeftControls(self):
self.txtToolNumber = wx.TextCtrl(self)
self.MakeLabelAndControl("Tool Number",
self.txtToolNumber).AddToSizer(self.sizerLeft)
self.cmbMaterial = wx.ComboBox(self,
choices=["High Speed Steel", "Carbide"])
self.Bind(wx.EVT_COMBOBOX, self.OnComboMaterial, self.cmbMaterial)
self.MakeLabelAndControl("Tool Material",
self.cmbMaterial).AddToSizer(self.sizerLeft)
self.cmbToolType = wx.ComboBox(self, choices=Tool.GetToolTypeNames())
self.Bind(wx.EVT_COMBOBOX, self.OnComboToolType, self.cmbToolType)
self.MakeLabelAndControl("Tool Type",
self.cmbToolType).AddToSizer(self.sizerLeft)
self.lgthDiameter = LengthCtrl(self)
self.MakeLabelAndControl("Diameter",
self.lgthDiameter).AddToSizer(self.sizerLeft)
self.Bind(wx.EVT_TEXT, self.OnDiamChange, self.lgthDiameter)
self.lgthToolLengthOffset = LengthCtrl(self)
self.MakeLabelAndControl("Tool Length Offset",
self.lgthToolLengthOffset).AddToSizer(
self.sizerLeft)
self.lgthFlatRadius = LengthCtrl(self)
self.MakeLabelAndControl(
"Flat Radius", self.lgthFlatRadius).AddToSizer(self.sizerLeft)
self.lgthCornerRadius = LengthCtrl(self)
self.MakeLabelAndControl(
"Corner Radius", self.lgthCornerRadius).AddToSizer(self.sizerLeft)
self.lgthCuttingEdgeAngle = DoubleCtrl(self)
self.MakeLabelAndControl("Cutting Edge Angle",
self.lgthCuttingEdgeAngle).AddToSizer(
self.sizerLeft)
self.lgthCuttingEdgeHeight = LengthCtrl(self)
self.MakeLabelAndControl("Cutting Edge Height",
self.lgthCuttingEdgeHeight).AddToSizer(
self.sizerLeft)
HeeksObjDlg.AddLeftControls(self)
class SpeedOpDlg(OpDlg):
def __init__(self, object, controls_on_left, title):
self.controls_on_left = controls_on_left
OpDlg.__init__(self, object, title)
def AddControls(self, sizer):
self.lgthHFeed = LengthCtrl(self)
self.MakeLabelAndControl('Horizontal Feedrate',
self.lgthHFeed).AddToSizer(sizer)
self.lgthVFeed = LengthCtrl(self)
self.MakeLabelAndControl('Vertical Feedrate',
self.lgthVFeed).AddToSizer(sizer)
self.dblSpindleSpeed = DoubleCtrl(self)
self.MakeLabelAndControl('Spindle Speed',
self.dblSpindleSpeed).AddToSizer(sizer)
def AddLeftControls(self):
if self.controls_on_left:
self.AddControls(self.sizerLeft)
OpDlg.AddLeftControls(self)
def AddRightControls(self):
if not self.controls_on_left:
self.AddControls(self.sizerRight)
OpDlg.AddRightControls(self)
def SetDefaultFocus(self):
self.cmbTool.SetFocus()
def GetDataRaw(self):
self.object.horizontal_feed_rate = self.lgthHFeed.GetValue()
self.object.vertical_feed_rate = self.lgthVFeed.GetValue()
self.object.spindle_speed = self.dblSpindleSpeed.GetValue()
OpDlg.GetDataRaw(self)
def SetFromDataRaw(self):
self.lgthHFeed.SetValue(self.object.horizontal_feed_rate)
self.lgthVFeed.SetValue(self.object.vertical_feed_rate)
self.dblSpindleSpeed.SetValue(self.object.spindle_speed)
OpDlg.SetFromDataRaw(self)
class SurfaceDlg(SolidsDlg):
def __init__(self, object, title='Surface'):
SolidsDlg.__init__(self, object, title)
def SetPictureByName(self, name):
self.SetPictureByNameAndFolder(name, 'surface')
def SetPictureByNameAndFolder(self, name, folder):
if self.picture:
self.picture.SetPicture(wx.GetApp().cam_dir + '/bitmaps/' +
folder + '/' + name + '.png')
def AddLeftControls(self):
# add the controls in one column
self.lgthTolerance = LengthCtrl(self)
self.MakeLabelAndControl("Tolerance",
self.lgthTolerance).AddToSizer(self.sizerLeft)
self.lgthMaterialAllowance = LengthCtrl(self)
self.MakeLabelAndControl("Material Allowance",
self.lgthMaterialAllowance).AddToSizer(
self.sizerLeft)
self.chkSameForEachPosition = wx.CheckBox(
self, wx.ID_ANY, 'Same for Each Pattern Position')
HControl(wx.ALL,
self.chkSameForEachPosition).AddToSizer(self.sizerLeft)
SolidsDlg.AddLeftControls(self)
def GetDataRaw(self):
self.object.tolerance = self.lgthTolerance.GetValue()
self.object.material_allowance = self.lgthMaterialAllowance.GetValue()
self.object.same_for_each_pattern_position = self.chkSameForEachPosition.IsChecked(
)
SolidsDlg.GetDataRaw(self)
def SetFromDataRaw(self):
self.lgthTolerance.SetValue(self.object.tolerance)
self.lgthMaterialAllowance.SetValue(self.object.material_allowance)
self.chkSameForEachPosition.SetValue(
self.object.same_for_each_pattern_position)
SolidsDlg.SetFromDataRaw(self)
def AddLeftControls(self):
# add all the controls to the left side
self.lgthStepOver = LengthCtrl(self)
self.MakeLabelAndControl("Step Over", self.lgthStepOver).AddToSizer(self.sizerLeft)
self.lgthMaterialAllowance = LengthCtrl(self)
self.MakeLabelAndControl("Material Allowance", self.lgthMaterialAllowance).AddToSizer(self.sizerLeft)
self.cmbStartingPlace = ComboBoxBinded(self, choices = ["Boundary", "Center"])
self.MakeLabelAndControl("Starting Place", self.cmbStartingPlace).AddToSizer(self.sizerLeft)
self.cmbCutMode = ComboBoxBinded(self, choices = ["Conventional", "Climb"])
self.MakeLabelAndControl("Cut Mode", self.cmbCutMode).AddToSizer(self.sizerLeft)
self.chkKeepToolDown = wx.CheckBox(self, wx.ID_ANY, 'Keep Tool Down')
HControl(wx.ALL, self.chkKeepToolDown).AddToSizer(self.sizerLeft)
self.chkUseZigZag = wx.CheckBox(self, wx.ID_ANY, 'Use Zig Zag')
self.Bind(wx.EVT_CHECKBOX, self.OnUseZigZagCheck, self.chkUseZigZag)
HControl(wx.ALL, self.chkUseZigZag).AddToSizer(self.sizerLeft)
self.dblZigAngle = DoubleCtrl(self)
self.MakeLabelAndControl("Zig Zag Angle", self.dblZigAngle).AddToSizer(self.sizerLeft)
self.chkZigUnidirectional = wx.CheckBox(self, wx.ID_ANY, 'Zig Unidirectional')
self.Bind(wx.EVT_CHECKBOX, self.OnZigUnidirectionalCheck, self.chkZigUnidirectional)
HControl(wx.ALL, self.chkZigUnidirectional).AddToSizer(self.sizerLeft)
SketchOpDlg.AddLeftControls(self)
class ScaleDlg(HDialog):
def __init__(self, fromp, scale_factor, copy, title):
HDialog.__init__(self, title)
self.ignore_event_functions = True
sizerMain = wx.BoxSizer(wx.VERTICAL)
self.copy = copy
self.fromp = fromp
self.scale_factor = scale_factor
self.chkCopy = wx.CheckBox(self, wx.ID_ANY, 'Keep Original')
HControl(wx.ALL, self.chkCopy).AddToSizer(sizerMain)
self.chkCopy.SetValue(copy)
sizerPos = wx.BoxSizer(wx.VERTICAL)
sizerMain.Add(sizerPos, 0, wx.EXPAND)
self.btnFrom = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to scale about',
self.btnFrom)
self.fromx = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.fromx)
self.fromy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.fromy)
self.fromz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.fromz)
self.fromx.SetValue(fromp.x)
self.fromy.SetValue(fromp.y)
self.fromz.SetValue(fromp.z)
self.txt_scale_factor = wx.TextCtrl(self, wx.ID_ANY,
'%.6f' % scale_factor)
self.AddLabelAndControl(sizerMain,
'Scale Factor ( 1.0 for no change )',
self.txt_scale_factor)
self.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
self.SetSizer(sizerMain)
sizerMain.SetSizeHints(self)
sizerMain.Fit(self)
self.chkCopy.SetFocus()
self.Bind(wx.EVT_BUTTON, self.OnPickFrom, self.btnFrom)
self.ignore_event_functions = False
def OnPickFrom(self, event):
self.EndModal(self.btnFrom.GetId())
def GetAllValues(self):
self.fromp.x = self.fromx.GetValue()
self.fromp.y = self.fromy.GetValue()
self.fromp.z = self.fromz.GetValue()
copy = self.chkCopy.GetValue()
scale_factor = float(self.txt_scale_factor.GetValue())
return self.fromp, scale_factor, copy
def AddLeftControls(self):
# add the controls in one column
self.txtCopies1 = wx.TextCtrl(self)
self.MakeLabelAndControl('Number of Copies A',
self.txtCopies1).AddToSizer(self.sizerLeft)
self.lgthXShift1 = LengthCtrl(self)
self.MakeLabelAndControl("X Shift A",
self.lgthXShift1).AddToSizer(self.sizerLeft)
self.lgthYShift1 = LengthCtrl(self)
self.MakeLabelAndControl("Y Shift A",
self.lgthYShift1).AddToSizer(self.sizerLeft)
self.txtCopies2 = wx.TextCtrl(self)
self.MakeLabelAndControl('Number of Copies B',
self.txtCopies2).AddToSizer(self.sizerLeft)
self.lgthXShift2 = LengthCtrl(self)
self.MakeLabelAndControl("X Shift B",
self.lgthXShift2).AddToSizer(self.sizerLeft)
self.lgthYShift2 = LengthCtrl(self)
self.MakeLabelAndControl("Y Shift B",
self.lgthYShift2).AddToSizer(self.sizerLeft)
class PocketDlg(SketchOpDlg):
def __init__(self, object, title = 'Pocket Operation'):
SketchOpDlg.__init__(self, object, title)
def AddLeftControls(self):
# add all the controls to the left side
self.lgthStepOver = LengthCtrl(self)
self.MakeLabelAndControl("Step Over", self.lgthStepOver).AddToSizer(self.sizerLeft)
self.lgthMaterialAllowance = LengthCtrl(self)
self.MakeLabelAndControl("Material Allowance", self.lgthMaterialAllowance).AddToSizer(self.sizerLeft)
self.cmbStartingPlace = ComboBoxBinded(self, choices = ["Boundary", "Center"])
self.MakeLabelAndControl("Starting Place", self.cmbStartingPlace).AddToSizer(self.sizerLeft)
self.cmbCutMode = ComboBoxBinded(self, choices = ["Conventional", "Climb"])
self.MakeLabelAndControl("Cut Mode", self.cmbCutMode).AddToSizer(self.sizerLeft)
self.chkKeepToolDown = wx.CheckBox(self, wx.ID_ANY, 'Keep Tool Down')
HControl(wx.ALL, self.chkKeepToolDown).AddToSizer(self.sizerLeft)
self.chkUseZigZag = wx.CheckBox(self, wx.ID_ANY, 'Use Zig Zag')
self.Bind(wx.EVT_CHECKBOX, self.OnUseZigZagCheck, self.chkUseZigZag)
HControl(wx.ALL, self.chkUseZigZag).AddToSizer(self.sizerLeft)
self.dblZigAngle = DoubleCtrl(self)
self.MakeLabelAndControl("Zig Zag Angle", self.dblZigAngle).AddToSizer(self.sizerLeft)
self.chkZigUnidirectional = wx.CheckBox(self, wx.ID_ANY, 'Zig Unidirectional')
self.Bind(wx.EVT_CHECKBOX, self.OnZigUnidirectionalCheck, self.chkZigUnidirectional)
HControl(wx.ALL, self.chkZigUnidirectional).AddToSizer(self.sizerLeft)
SketchOpDlg.AddLeftControls(self)
def OnUseZigZagCheck(self, e):
self.EnableControls()
self.OnComboOrCheck(e)
def OnZigUnidirectionalCheck(self, e):
self.EnableControls()
self.OnComboOrCheck(e)
def GetDataRaw(self):
self.object.step_over = self.lgthStepOver.GetValue()
self.object.material_allowance = self.lgthMaterialAllowance.GetValue()
self.object.from_center = self.cmbStartingPlace.GetSelection()
self.object.cut_mode = self.cmbCutMode.GetSelection()
self.object.keep_tool_down_if_poss = self.chkKeepToolDown.GetValue()
self.object.use_zig_zag = self.chkUseZigZag.GetValue()
self.object.zig_angle = self.dblZigAngle.GetValue()
self.object.zig_unidirectional = self.chkZigUnidirectional.GetValue()
#self.object.entry_move = self.lgthFinishStepDown.GetValue()
SketchOpDlg.GetDataRaw(self)
def SetFromDataRaw(self):
self.lgthStepOver.SetValue(self.object.step_over)
self.lgthMaterialAllowance.SetValue(self.object.material_allowance)
self.cmbStartingPlace.SetSelection(self.object.from_center)
self.cmbCutMode.SetSelection(self.object.cut_mode)
self.chkKeepToolDown.SetValue(self.object.keep_tool_down_if_poss)
self.chkUseZigZag.SetValue(self.object.use_zig_zag)
self.dblZigAngle.SetValue(self.object.zig_angle)
self.chkZigUnidirectional.SetValue(self.object.zig_unidirectional)
self.EnableControls()
SketchOpDlg.SetFromDataRaw(self)
def EnableControls(self):
use_zig_zag = self.chkUseZigZag.GetValue()
self.dblZigAngle.Enable(use_zig_zag)
self.chkZigUnidirectional.Enable(use_zig_zag)
def SetPictureByName(self, name):
self.SetPictureByNameAndFolder( name, 'pocket')
def SetPictureByWindow(self, w):
if w == self.lgthStepOver: PocketDlg.SetPictureByName(self, 'step over')
elif w == self.lgthMaterialAllowance: PocketDlg.SetPictureByName(self, 'material allowance')
elif w == self.cmbStartingPlace:
if self.cmbStartingPlace.GetSelection() == 1:
PocketDlg.SetPictureByName(self, 'starting center')
else:
PocketDlg.SetPictureByName(self, 'starting boundary')
elif w == self.cmbCutMode:
if self.cmbCutMode.GetSelection() == 1:
PocketDlg.SetPictureByName(self, 'climb milling')
else:
PocketDlg.SetPictureByName(self, 'conventional milling')
elif w == self.chkKeepToolDown:
if self.chkKeepToolDown.GetValue(): PocketDlg.SetPictureByName(self, 'tool down')
else: PocketDlg.SetPictureByName(self, 'not tool down')
elif w == self.chkUseZigZag or w == self.chkZigUnidirectional:
if self.chkUseZigZag.GetValue():
if self.chkZigUnidirectional.GetValue(): PocketDlg.SetPictureByName(self, 'zig unidirectional')
else: PocketDlg.SetPictureByName(self, 'use zig zag')
else: PocketDlg.SetPictureByName(self, 'general')
elif w == self.dblZigAngle: PocketDlg.SetPictureByName(self, 'zig angle')
else:
SketchOpDlg.SetPictureByWindow(self, w)
class AngleAndPlaneDlg(HDialog):
def __init__(self, angle, axis, axis_type, pos, ncopies, axial_shift,
title):
HDialog.__init__(self, title)
self.ignore_event_functions = True
sizerMain = wx.BoxSizer(wx.VERTICAL)
self.ncopies = ncopies
self.axis = axis
self.axis_type = axis_type
self.pos = pos
self.btnPick = None
self.btnVectorPick = None
if ncopies:
self.txt_num_copies = wx.TextCtrl(self, wx.ID_ANY, str(ncopies))
self.AddLabelAndControl(sizerMain, 'Number of Copies',
self.txt_num_copies)
sizerPosAndAxis = wx.BoxSizer(wx.HORIZONTAL)
sizerMain.Add(sizerPosAndAxis, 0, wx.EXPAND)
sizerPos = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerPos, 0, wx.EXPAND)
if axis_type == 0:
sizerPos.Add(wx.StaticText(self, label='Position to Rotate About'),
0, wx.EXPAND | wx.ALL, control_border)
else:
self.btnPick = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to Rotate About',
self.btnPick)
self.posx = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.posx)
self.posy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.posy)
self.posz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.posz)
if axis_type == 0:
self.btnPick = wx.Button(self, label='Select')
sizerPos.Add(self.btnPick, wx.EXPAND | wx.ALL, control_border)
self.posx.SetValue(self.pos.x)
self.posy.SetValue(self.pos.y)
self.posz.SetValue(self.pos.z)
# add picture
self.picture = PictureWindow(self, wx.Size(150, 100))
pictureSizer = wx.BoxSizer(wx.HORIZONTAL)
pictureSizer.Add(self.picture, 1, wx.EXPAND)
sizerMain.Add(pictureSizer, 0, wx.ALL, control_border)
sizerPlane = wx.BoxSizer(wx.VERTICAL)
pictureSizer.Add(sizerPlane, 0, wx.EXPAND)
if axis_type == 0:
# non standard axis
sizerAxis = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerAxis, 0, wx.EXPAND)
sizerAxis.Add(wx.StaticText(self, label='Axis to Rotate About'), 0,
wx.EXPAND | wx.ALL, control_border)
self.vectorx = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'X', self.vectorx)
self.vectory = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Y', self.vectory)
self.vectorz = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Z', self.vectorz)
self.btnVectorPick = wx.Button(self, label='Select a line')
sizerAxis.Add(self.btnVectorPick, 0, wx.EXPAND | wx.ALL,
control_border)
self.vectorx.SetValue(axis.x)
self.vectory.SetValue(axis.y)
self.vectorz.SetValue(axis.z)
else:
self.vectorx = None
self.rbXy = wx.RadioButton(self, label='XY', style=wx.RB_GROUP)
self.rbXz = wx.RadioButton(self, label='XZ')
self.rbYz = wx.RadioButton(self, label='YZ')
self.rbOther = wx.RadioButton(self, label='Other')
sizerPlane.Add(self.rbXy, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbXz, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbYz, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbOther, 0, wx.ALL, control_border)
self.rbXy.SetValue(axis_type == 1)
self.rbXz.SetValue(axis_type == 2)
self.rbYz.SetValue(axis_type == 3)
self.rbOther.SetValue(axis_type == 0)
self.angle_ctrl = DoubleCtrl(self)
self.AddLabelAndControl(sizerMain, 'Angle', self.angle_ctrl)
self.angle_ctrl.SetValue(angle)
self.axial_shift_ctrl = LengthCtrl(self)
self.AddLabelAndControl(sizerMain, 'Axial Shift',
self.axial_shift_ctrl)
self.axial_shift_ctrl.SetValue(axial_shift)
self.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
self.SetSizer(sizerMain)
sizerMain.SetSizeHints(self)
sizerMain.Fit(self)
if ncopies:
self.txt_num_copies.SetFocus()
else:
self.angle_ctrl.SetFocus()
self.SetPicture()
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbXy)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbXz)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbYz)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbOther)
if self.btnPick: self.Bind(wx.EVT_BUTTON, self.OnPick, self.btnPick)
if self.btnVectorPick:
self.Bind(wx.EVT_BUTTON, self.OnPickVector, self.btnVectorPick)
self.ignore_event_functions = False
def OnPick(self, event):
self.EndModal(self.btnPick.GetId())
def OnPickVector(self, event):
self.EndModal(self.btnVectorPick.GetId())
def OnRadioButton(self, event):
if self.ignore_event_functions:
return
if event.GetId() == self.rbXy.GetId() or event.GetId(
) == self.rbXz.GetId() or event.GetId() == self.rbYz.GetId():
if self.axis_type == 0:
self.EndModal(event.GetId())
if event.GetId() == self.rbOther.GetId() and self.axis_type != 0:
self.EndModal(event.GetId())
self.SetPicture()
def SetPictureByName(self, name):
self.picture.SetPicture(wx.GetApp().cad_dir + '/bitmaps/angle/' +
name + '.png')
def SetPicture(self):
if self.rbXy.GetValue(): self.SetPictureByName('xy')
elif self.rbXz.GetValue(): self.SetPictureByName('xz')
elif self.rbYz.GetValue(): self.SetPictureByName('yz')
elif self.rbOther.GetValue(): self.SetPictureByName('line')
def GetAllValues(self):
angle = self.angle_ctrl.GetValue()
if self.rbXy.GetValue():
axis = geom.Point3D(0, 0, 1)
axis_type = 1
elif self.rbXz.GetValue():
axis = geom.Point3D(0, -1, 0)
axis_type = 2
elif self.rbYz.GetValue():
axis = geom.Point3D(1, 0, 0)
axis_type = 3
else:
if self.vectorx == None:
axis = self.axis
else:
axis = geom.Point3D(self.vectorx.GetValue(),
self.vectory.GetValue(),
self.vectorz.GetValue())
axis_type = 0
pos = geom.Point3D(self.posx.GetValue(), self.posy.GetValue(),
self.posz.GetValue())
ncopies = None
if self.ncopies:
ncopies = int(self.txt_num_copies.GetValue())
axial_shift = self.axial_shift_ctrl.GetValue()
return angle, axis, axis_type, pos, ncopies, axial_shift
class DepthOpDlg(SpeedOpDlg):
def __init__(self, object, drill_pictures, title):
self.drill_pictures = drill_pictures
SpeedOpDlg.__init__(self, object, False, title)
def AddLeftControls(self):
self.lgthClearanceHeight = LengthCtrl(self)
self.MakeLabelAndControl('Clearance Height',
self.lgthClearanceHeight).AddToSizer(
self.sizerLeft)
self.lgthRapidDownToHeight = LengthCtrl(self)
self.MakeLabelAndControl('Rapid Safety Space',
self.lgthRapidDownToHeight).AddToSizer(
self.sizerLeft)
self.lgthStartDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Start Depth', self.lgthStartDepth).AddToSizer(self.sizerLeft)
self.lgthFinalDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Final Depth', self.lgthFinalDepth).AddToSizer(self.sizerLeft)
self.lgthStepDown = LengthCtrl(self)
self.MakeLabelAndControl('Step Down',
self.lgthStepDown).AddToSizer(self.sizerLeft)
self.lgthZFinishDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Z Finish Depth', self.lgthZFinishDepth).AddToSizer(self.sizerLeft)
self.lgthZThruDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Z Through Depth', self.lgthZThruDepth).AddToSizer(self.sizerLeft)
SpeedOpDlg.AddLeftControls(self)
def AddRightControls(self):
SpeedOpDlg.AddRightControls(self)
def SetDefaultFocus(self):
self.lgthClearanceHeight.SetFocus()
def GetDataRaw(self):
self.object.clearance_height = self.lgthClearanceHeight.GetValue()
self.object.rapid_safety_space = self.lgthRapidDownToHeight.GetValue()
self.object.start_depth = self.lgthStartDepth.GetValue()
self.object.final_depth = self.lgthFinalDepth.GetValue()
self.object.step_down = self.lgthStepDown.GetValue()
self.object.z_finish_depth = self.lgthZFinishDepth.GetValue()
self.object.z_thru_depth = self.lgthZThruDepth.GetValue()
SpeedOpDlg.GetDataRaw(self)
def SetFromDataRaw(self):
self.lgthClearanceHeight.SetValue(self.object.clearance_height)
self.lgthRapidDownToHeight.SetValue(self.object.rapid_safety_space)
self.lgthStartDepth.SetValue(self.object.start_depth)
self.lgthFinalDepth.SetValue(self.object.final_depth)
self.lgthStepDown.SetValue(self.object.step_down)
self.lgthZFinishDepth.SetValue(self.object.z_finish_depth)
self.lgthZThruDepth.SetValue(self.object.z_thru_depth)
SpeedOpDlg.SetFromDataRaw(self)
def SetPictureByWindow(self, w):
if w == self.lgthClearanceHeight:
DepthOpDlg.SetPictureByName(
self, "drill clearance height"
if self.drill_pictures else "clearance height")
elif w == self.lgthRapidDownToHeight:
DepthOpDlg.SetPictureByName(
self, "drill rapid down height"
if self.drill_pictures else "rapid down height")
elif w == self.lgthStartDepth:
DepthOpDlg.SetPictureByName(
self,
"drill start depth" if self.drill_pictures else "start depth")
elif w == self.lgthFinalDepth:
DepthOpDlg.SetPictureByName(
self,
"drill final depth" if self.drill_pictures else "final depth")
elif w == self.lgthStepDown:
DepthOpDlg.SetPictureByName(
self,
"drill step down" if self.drill_pictures else "step down")
elif w == self.lgthZFinishDepth:
DepthOpDlg.SetPictureByName(
self, "drill z finish depth"
if self.drill_pictures else "z finish depth")
elif w == self.lgthZThruDepth:
DepthOpDlg.SetPictureByName(
self, "drill z thru depth"
if self.drill_pictures else "z thru depth")
else:
SpeedOpDlg.SetPictureByWindow(self, w)
def SetPictureByName(self, name):
self.SetPictureByNameAndFolder(name, 'depthop')
def AddLeftControls(self):
self.lgthClearanceHeight = LengthCtrl(self)
self.MakeLabelAndControl('Clearance Height',
self.lgthClearanceHeight).AddToSizer(
self.sizerLeft)
self.lgthRapidDownToHeight = LengthCtrl(self)
self.MakeLabelAndControl('Rapid Safety Space',
self.lgthRapidDownToHeight).AddToSizer(
self.sizerLeft)
self.lgthStartDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Start Depth', self.lgthStartDepth).AddToSizer(self.sizerLeft)
self.lgthFinalDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Final Depth', self.lgthFinalDepth).AddToSizer(self.sizerLeft)
self.lgthStepDown = LengthCtrl(self)
self.MakeLabelAndControl('Step Down',
self.lgthStepDown).AddToSizer(self.sizerLeft)
self.lgthZFinishDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Z Finish Depth', self.lgthZFinishDepth).AddToSizer(self.sizerLeft)
self.lgthZThruDepth = LengthCtrl(self)
self.MakeLabelAndControl(
'Z Through Depth', self.lgthZThruDepth).AddToSizer(self.sizerLeft)
SpeedOpDlg.AddLeftControls(self)
def __init__(self, angle, axis, axis_type, pos, ncopies, axial_shift,
title):
HDialog.__init__(self, title)
self.ignore_event_functions = True
sizerMain = wx.BoxSizer(wx.VERTICAL)
self.ncopies = ncopies
self.axis = axis
self.axis_type = axis_type
self.pos = pos
self.btnPick = None
self.btnVectorPick = None
if ncopies:
self.txt_num_copies = wx.TextCtrl(self, wx.ID_ANY, str(ncopies))
self.AddLabelAndControl(sizerMain, 'Number of Copies',
self.txt_num_copies)
sizerPosAndAxis = wx.BoxSizer(wx.HORIZONTAL)
sizerMain.Add(sizerPosAndAxis, 0, wx.EXPAND)
sizerPos = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerPos, 0, wx.EXPAND)
if axis_type == 0:
sizerPos.Add(wx.StaticText(self, label='Position to Rotate About'),
0, wx.EXPAND | wx.ALL, control_border)
else:
self.btnPick = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to Rotate About',
self.btnPick)
self.posx = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.posx)
self.posy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.posy)
self.posz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.posz)
if axis_type == 0:
self.btnPick = wx.Button(self, label='Select')
sizerPos.Add(self.btnPick, wx.EXPAND | wx.ALL, control_border)
self.posx.SetValue(self.pos.x)
self.posy.SetValue(self.pos.y)
self.posz.SetValue(self.pos.z)
# add picture
self.picture = PictureWindow(self, wx.Size(150, 100))
pictureSizer = wx.BoxSizer(wx.HORIZONTAL)
pictureSizer.Add(self.picture, 1, wx.EXPAND)
sizerMain.Add(pictureSizer, 0, wx.ALL, control_border)
sizerPlane = wx.BoxSizer(wx.VERTICAL)
pictureSizer.Add(sizerPlane, 0, wx.EXPAND)
if axis_type == 0:
# non standard axis
sizerAxis = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerAxis, 0, wx.EXPAND)
sizerAxis.Add(wx.StaticText(self, label='Axis to Rotate About'), 0,
wx.EXPAND | wx.ALL, control_border)
self.vectorx = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'X', self.vectorx)
self.vectory = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Y', self.vectory)
self.vectorz = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Z', self.vectorz)
self.btnVectorPick = wx.Button(self, label='Select a line')
sizerAxis.Add(self.btnVectorPick, 0, wx.EXPAND | wx.ALL,
control_border)
self.vectorx.SetValue(axis.x)
self.vectory.SetValue(axis.y)
self.vectorz.SetValue(axis.z)
else:
self.vectorx = None
self.rbXy = wx.RadioButton(self, label='XY', style=wx.RB_GROUP)
self.rbXz = wx.RadioButton(self, label='XZ')
self.rbYz = wx.RadioButton(self, label='YZ')
self.rbOther = wx.RadioButton(self, label='Other')
sizerPlane.Add(self.rbXy, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbXz, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbYz, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbOther, 0, wx.ALL, control_border)
self.rbXy.SetValue(axis_type == 1)
self.rbXz.SetValue(axis_type == 2)
self.rbYz.SetValue(axis_type == 3)
self.rbOther.SetValue(axis_type == 0)
self.angle_ctrl = DoubleCtrl(self)
self.AddLabelAndControl(sizerMain, 'Angle', self.angle_ctrl)
self.angle_ctrl.SetValue(angle)
self.axial_shift_ctrl = LengthCtrl(self)
self.AddLabelAndControl(sizerMain, 'Axial Shift',
self.axial_shift_ctrl)
self.axial_shift_ctrl.SetValue(axial_shift)
self.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
self.SetSizer(sizerMain)
sizerMain.SetSizeHints(self)
sizerMain.Fit(self)
if ncopies:
self.txt_num_copies.SetFocus()
else:
self.angle_ctrl.SetFocus()
self.SetPicture()
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbXy)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbXz)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbYz)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbOther)
if self.btnPick: self.Bind(wx.EVT_BUTTON, self.OnPick, self.btnPick)
if self.btnVectorPick:
self.Bind(wx.EVT_BUTTON, self.OnPickVector, self.btnVectorPick)
self.ignore_event_functions = False
def __init__(self, fromp, to, ncopies, title):
HDialog.__init__(self, title)
self.ignore_event_functions = True
sizerMain = wx.BoxSizer(wx.VERTICAL)
self.ncopies = ncopies
self.fromp = fromp
self.to = to
if ncopies:
self.txt_num_copies = wx.TextCtrl(self, wx.ID_ANY, str(ncopies))
self.AddLabelAndControl(sizerMain, 'Number of Copies',
self.txt_num_copies)
sizerPos = wx.BoxSizer(wx.VERTICAL)
sizerMain.Add(sizerPos, 0, wx.EXPAND)
self.btnFrom = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to move from',
self.btnFrom)
self.fromx = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.fromx)
self.fromy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.fromy)
self.fromz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.fromz)
self.fromx.SetValue(fromp.x)
self.fromy.SetValue(fromp.y)
self.fromz.SetValue(fromp.z)
sizerPos2 = wx.BoxSizer(wx.VERTICAL)
sizerMain.Add(sizerPos2, 0, wx.EXPAND)
self.btnTo = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to move to', self.btnTo)
self.tox = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.tox)
self.toy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.toy)
self.toz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.toz)
self.tox.SetValue(to.x)
self.toy.SetValue(to.y)
self.toz.SetValue(to.z)
self.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
self.SetSizer(sizerMain)
sizerMain.SetSizeHints(self)
sizerMain.Fit(self)
if ncopies:
self.txt_num_copies.SetFocus()
else:
self.fromx.SetFocus()
self.Bind(wx.EVT_BUTTON, self.OnPickFrom, self.btnFrom)
self.Bind(wx.EVT_BUTTON, self.OnPickTo, self.btnTo)
self.ignore_event_functions = False
class PatternDlg(HeeksObjDlg):
def __init__(self, object, title='Pattern', add_picture=True):
HeeksObjDlg.__init__(self, object, title, add_picture)
def AddLeftControls(self):
# add the controls in one column
self.txtCopies1 = wx.TextCtrl(self)
self.MakeLabelAndControl('Number of Copies A',
self.txtCopies1).AddToSizer(self.sizerLeft)
self.lgthXShift1 = LengthCtrl(self)
self.MakeLabelAndControl("X Shift A",
self.lgthXShift1).AddToSizer(self.sizerLeft)
self.lgthYShift1 = LengthCtrl(self)
self.MakeLabelAndControl("Y Shift A",
self.lgthYShift1).AddToSizer(self.sizerLeft)
self.txtCopies2 = wx.TextCtrl(self)
self.MakeLabelAndControl('Number of Copies B',
self.txtCopies2).AddToSizer(self.sizerLeft)
self.lgthXShift2 = LengthCtrl(self)
self.MakeLabelAndControl("X Shift B",
self.lgthXShift2).AddToSizer(self.sizerLeft)
self.lgthYShift2 = LengthCtrl(self)
self.MakeLabelAndControl("Y Shift B",
self.lgthYShift2).AddToSizer(self.sizerLeft)
def SetDefaultFocus(self):
self.txtCopies1.SetFocus()
def GetDataRaw(self):
self.object.copies1 = int(self.txtCopies1.GetValue())
self.object.x_shift1 = self.lgthXShift1.GetValue()
self.object.y_shift1 = self.lgthYShift1.GetValue()
self.object.copies2 = int(self.txtCopies2.GetValue())
self.object.x_shift2 = self.lgthXShift2.GetValue()
self.object.y_shift2 = self.lgthYShift2.GetValue()
def SetFromDataRaw(self):
self.txtCopies1.SetValue(str(self.object.copies1))
self.lgthXShift1.SetValue(self.object.x_shift1)
self.lgthYShift1.SetValue(self.object.y_shift1)
self.txtCopies2.SetValue(str(self.object.copies2))
self.lgthXShift2.SetValue(self.object.x_shift2)
self.lgthYShift2.SetValue(self.object.y_shift2)
def DrawPatternShape(self, dc, x, y, original_shape):
dc.DrawBitmap(
self.shape_bitmap if original_shape else self.shape_bitmap2,
x - 13, y - 16)
def RedrawBitmap2(self, numA, numB, xshiftA, yshiftA, xshiftB, yshiftB):
# paint a picture with Draw commands
bitmap = wx.Bitmap(300, 200)
dc = wx.MemoryDC(bitmap)
# paint background
dc.SetBrush(wx.WHITE_BRUSH)
dc.SetPen(wx.WHITE_PEN)
dc.DrawRectangle(0, 0, 300, 200)
#limit numbers for the drawing
if numA > 20: numA = 20
if numB > 20: numB = 20
total_x = math.fabs(xshiftA) * numA + math.fabs(xshiftB) * numB
total_y = math.fabs(yshiftA) * numA + math.fabs(yshiftB) * numB
box = geom.Box3D()
box.InsertPoint(0, 0, 0)
if numA > 0 and numB > 0:
box.InsertPoint(xshiftA * (numA - 1), yshiftA * (numA - 1), 0)
box.InsertPoint(xshiftB * (numB - 1), yshiftB * (numB - 1), 0)
box.InsertPoint(xshiftA * (numA - 1) + xshiftB * (numB - 1),
yshiftA * (numA - 1) + yshiftB * (numB - 1), 0)
with_margins_x = box.Width() + 2 * PATTERN_MARGIN_X
with_margins_y = box.Height() + 2 * PATTERN_MARGIN_Y
scale_x = 1000000000.0
if box.Width() > 0.000000001:
scale_x = (300.0 - 2 * PATTERN_MARGIN_X) / box.Width()
scale_y = 1000000000.0
if box.Height() > 0.000000001:
scale_y = (200.0 - 2 * PATTERN_MARGIN_Y) / box.Height()
# use the smallest scale
scale = scale_x
if scale_y < scale: scale = scale_y
ox = -box.MinX()
oy = -box.MinY()
img = wx.Image(wx.GetApp().cam_dir + '/bitmaps/pattern/shape.png')
img2 = wx.Image(wx.GetApp().cam_dir + '/bitmaps/pattern/shape2.png')
num = numA
if numB > num: num = numB
if num > 5:
s = (24.0 - num) / 19.0
neww = 26.0 * s
newh = 31.0 * s
img.Rescale(neww, newh)
img2.Rescale(neww, newh)
self.shape_bitmap = wx.Bitmap(img)
self.shape_bitmap2 = wx.Bitmap(img2)
# draw the pattern
for j in range(0, numB):
for i in range(0, numA):
x = PATTERN_MARGIN_X + (ox + i * xshiftA + j * xshiftB) * scale
ix = x
y = PATTERN_MARGIN_Y + (oy + i * yshiftA + j * yshiftB) * scale
iy = 200 - y
self.DrawPatternShape(dc, ix, iy, i == 0 and j == 0)
dc.SelectObject(wx.NullBitmap)
return bitmap
def RedrawBitmap(self):
copies1 = int(self.txtCopies1.GetValue())
x_shift1 = float(self.lgthXShift1.GetValue())
y_shift1 = float(self.lgthYShift1.GetValue())
copies2 = int(self.txtCopies2.GetValue())
x_shift2 = float(self.lgthXShift2.GetValue())
y_shift2 = float(self.lgthYShift2.GetValue())
return self.RedrawBitmap2(copies1, copies2, x_shift1, y_shift1,
x_shift2, y_shift2)
def SetPictureByWindow(self, w):
self.picture.bitmap = self.RedrawBitmap()
self.picture.Refresh()
class MirrorDlg(HDialog):
def __init__(self, axis, pos, axis_type, copy, title):
HDialog.__init__(self, title)
self.ignore_event_functions = True
sizerMain = wx.BoxSizer(wx.VERTICAL)
self.copy = copy
self.axis = axis
self.axis_type = axis_type
self.pos = pos
self.btnPick = None
self.btnVectorPick = None
self.chkCopy = wx.CheckBox(self, wx.ID_ANY, 'Keep Original')
HControl(wx.ALL, self.chkCopy).AddToSizer(sizerMain)
self.chkCopy.SetValue(copy)
sizerPosAndAxis = wx.BoxSizer(wx.HORIZONTAL)
sizerMain.Add(sizerPosAndAxis, 0, wx.EXPAND)
sizerPos = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerPos, 0, wx.EXPAND)
if axis_type == 0:
sizerPos.Add(wx.StaticText(self, label='Position to Mirror About'),
0, wx.EXPAND | wx.ALL, control_border)
else:
self.btnPick = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to Mirror About',
self.btnPick)
self.posx = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.posx)
self.posy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.posy)
self.posz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.posz)
if axis_type == 0:
self.btnPick = wx.Button(self, label='Select')
sizerPos.Add(self.btnPick, wx.EXPAND | wx.ALL, control_border)
self.posx.SetValue(self.pos.x)
self.posy.SetValue(self.pos.y)
self.posz.SetValue(self.pos.z)
if axis_type != 0:
self.posx.Enable(axis_type == 1)
self.posy.Enable(axis_type == 2)
self.posz.Enable(axis_type == 3)
if axis_type == 0:
# non standard axis
sizerAxis = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerAxis, 0, wx.EXPAND)
sizerAxis.Add(wx.StaticText(self, label='Axis to Mirror Through'),
0, wx.EXPAND | wx.ALL, control_border)
self.vectorx = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'X', self.vectorx)
self.vectory = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Y', self.vectory)
self.vectorz = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Z', self.vectorz)
self.btnVectorPick = wx.Button(self, label='Select Axis Point')
sizerAxis.Add(self.btnVectorPick, 0, wx.EXPAND | wx.ALL,
control_border)
self.vectorx.SetValue(axis.x)
self.vectory.SetValue(axis.y)
self.vectorz.SetValue(axis.z)
else:
self.vectorx = None
# add picture
self.picture = PictureWindow(self, wx.Size(150, 100))
pictureSizer = wx.BoxSizer(wx.HORIZONTAL)
pictureSizer.Add(self.picture, 1, wx.EXPAND)
sizerMain.Add(pictureSizer, 0, wx.ALL, control_border)
sizerPlane = wx.BoxSizer(wx.VERTICAL)
pictureSizer.Add(sizerPlane, 0, wx.EXPAND)
self.rbH = wx.RadioButton(self, label='Horizontal', style=wx.RB_GROUP)
self.rbV = wx.RadioButton(self, label='Vertical')
self.rbZ = wx.RadioButton(self, label='Z')
self.rbOther = wx.RadioButton(self, label='Other')
sizerPlane.Add(self.rbH, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbV, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbZ, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbOther, 0, wx.ALL, control_border)
self.rbH.SetValue(axis_type == 1)
self.rbV.SetValue(axis_type == 2)
self.rbZ.SetValue(axis_type == 3)
self.rbOther.SetValue(axis_type == 0)
self.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
self.SetPicture()
self.SetSizer(sizerMain)
sizerMain.SetSizeHints(self)
sizerMain.Fit(self)
self.chkCopy.SetFocus()
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbH)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbV)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbZ)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbOther)
if self.btnPick: self.Bind(wx.EVT_BUTTON, self.OnPick, self.btnPick)
if self.btnVectorPick:
self.Bind(wx.EVT_BUTTON, self.OnPickVector, self.btnVectorPick)
self.ignore_event_functions = False
def OnPick(self, event):
self.EndModal(self.btnPick.GetId())
def OnPickVector(self, event):
self.EndModal(self.btnVectorPick.GetId())
def OnRadioButton(self, event):
if self.ignore_event_functions:
return
if event.GetId() == self.rbH.GetId() or event.GetId(
) == self.rbV.GetId() or event.GetId() == self.rbZ.GetId():
if self.axis_type == 0:
self.EndModal(event.GetId())
if event.GetId() == self.rbOther.GetId() and self.axis_type != 0:
self.EndModal(event.GetId())
self.SetPicture()
def SetPictureByName(self, name):
self.picture.SetPicture(wx.GetApp().cad_dir + '/bitmaps/mirror/' +
name + '.png')
def SetPicture(self):
if self.rbH.GetValue(): self.SetPictureByName('horiz')
elif self.rbV.GetValue(): self.SetPictureByName('vert')
elif self.rbZ.GetValue(): self.SetPictureByName('z')
elif self.rbOther.GetValue(): self.SetPictureByName('other')
def GetAllValues(self):
if self.rbH.GetValue():
axis = geom.Point3D(1, 0, 0)
axis_type = 1
elif self.rbV.GetValue():
axis = geom.Point3D(0, 1, 0)
axis_type = 2
elif self.rbZ.GetValue():
axis = geom.Point3D(0, 0, 1)
axis_type = 3
else:
if self.vectorx == None:
axis = self.axis
else:
axis = geom.Point3D(self.vectorx.GetValue(),
self.vectory.GetValue(),
self.vectorz.GetValue())
axis_type = 0
pos = geom.Point3D(self.posx.GetValue(), self.posy.GetValue(),
self.posz.GetValue())
copy = self.chkCopy.GetValue()
return axis, pos, axis_type, copy
class ToolDlg(HeeksObjDlg):
def __init__(self, object, title="Tool Definition"):
HeeksObjDlg.__init__(self, object, title, True)
def AddLeftControls(self):
self.txtToolNumber = wx.TextCtrl(self)
self.MakeLabelAndControl("Tool Number",
self.txtToolNumber).AddToSizer(self.sizerLeft)
self.cmbMaterial = wx.ComboBox(self,
choices=["High Speed Steel", "Carbide"])
self.Bind(wx.EVT_COMBOBOX, self.OnComboMaterial, self.cmbMaterial)
self.MakeLabelAndControl("Tool Material",
self.cmbMaterial).AddToSizer(self.sizerLeft)
self.cmbToolType = wx.ComboBox(self, choices=Tool.GetToolTypeNames())
self.Bind(wx.EVT_COMBOBOX, self.OnComboToolType, self.cmbToolType)
self.MakeLabelAndControl("Tool Type",
self.cmbToolType).AddToSizer(self.sizerLeft)
self.lgthDiameter = LengthCtrl(self)
self.MakeLabelAndControl("Diameter",
self.lgthDiameter).AddToSizer(self.sizerLeft)
self.Bind(wx.EVT_TEXT, self.OnDiamChange, self.lgthDiameter)
self.lgthToolLengthOffset = LengthCtrl(self)
self.MakeLabelAndControl("Tool Length Offset",
self.lgthToolLengthOffset).AddToSizer(
self.sizerLeft)
self.lgthFlatRadius = LengthCtrl(self)
self.MakeLabelAndControl(
"Flat Radius", self.lgthFlatRadius).AddToSizer(self.sizerLeft)
self.lgthCornerRadius = LengthCtrl(self)
self.MakeLabelAndControl(
"Corner Radius", self.lgthCornerRadius).AddToSizer(self.sizerLeft)
self.lgthCuttingEdgeAngle = DoubleCtrl(self)
self.MakeLabelAndControl("Cutting Edge Angle",
self.lgthCuttingEdgeAngle).AddToSizer(
self.sizerLeft)
self.lgthCuttingEdgeHeight = LengthCtrl(self)
self.MakeLabelAndControl("Cutting Edge Height",
self.lgthCuttingEdgeHeight).AddToSizer(
self.sizerLeft)
HeeksObjDlg.AddLeftControls(self)
def AddRightControls(self):
self.txtTitle = wx.TextCtrl(self, wx.ID_ANY)
self.MakeLabelAndControl('Title',
self.txtTitle).AddToSizer(self.sizerRight)
self.txtTitle.Bind(wx.EVT_TEXT, self.OnTitleEdited)
self.cmbTitleType = wx.ComboBox(self,
choices=[
"Leave manually assigned title",
"Automatically Generate Title"
])
self.MakeLabelAndControl("Title Type",
self.cmbTitleType).AddToSizer(self.sizerRight)
self.cmbTitleType.Bind(wx.EVT_COMBOBOX, self.OnTitleType)
HeeksObjDlg.AddRightControls(self)
def GetDataRaw(self):
self.object.tool_number = int(self.txtToolNumber.GetValue())
self.object.material = self.cmbMaterial.GetSelection()
self.object.type = Tool.GetToolTypeValues()[
self.cmbToolType.GetSelection()]
self.object.diameter = self.lgthDiameter.GetValue()
self.object.tool_length_offset = self.lgthToolLengthOffset.GetValue()
self.object.flat_radius = self.lgthFlatRadius.GetValue()
self.object.corner_radius = self.lgthCornerRadius.GetValue()
self.object.cutting_edge_angle = self.lgthCuttingEdgeAngle.GetValue()
self.object.cutting_edge_height = self.lgthCuttingEdgeHeight.GetValue()
self.object.title = self.txtTitle.GetValue()
self.object.automatically_generate_title = (
self.cmbTitleType.GetSelection() != 0)
HeeksObjDlg.GetDataRaw(self)
def SetFromDataRaw(self):
self.txtToolNumber.SetValue(str(self.object.tool_number))
self.cmbMaterial.SetSelection(self.object.material)
self.cmbToolType.SetSelection(Tool.GetToolTypeIndex(self.object.type))
self.lgthDiameter.SetValue(self.object.diameter)
self.lgthToolLengthOffset.SetValue(self.object.tool_length_offset)
self.lgthFlatRadius.SetValue(self.object.flat_radius)
self.lgthCornerRadius.SetValue(self.object.corner_radius)
self.lgthCuttingEdgeAngle.SetValue(self.object.cutting_edge_angle)
self.lgthCuttingEdgeHeight.SetValue(self.object.cutting_edge_height)
self.txtTitle.SetValue(self.object.title)
self.cmbTitleType.SetSelection(
1 if self.object.automatically_generate_title else 0)
self.EnableAndSetCornerFlatAndAngle()
HeeksObjDlg.SetFromDataRaw(self)
def SetPictureByName(self, name):
self.SetPictureByNameAndFolder(name, "tool")
def SetPictureByNameAndFolder(self, name, folder):
if self.picture:
self.picture.SetPicture(wx.GetApp().cam_dir + '/bitmaps/' +
folder + '/' + name + '.png')
def SetPictureByWindow(self, w):
type = Tool.GetToolTypeValues()[self.cmbToolType.GetSelection()]
if type == TOOL_TYPE_DRILL:
if w == self.lgthDiameter: self.SetPictureByName('drill_diameter')
elif w == self.lgthToolLengthOffset:
self.SetPictureByName('drill_offset')
elif w == self.lgthFlatRadius:
self.SetPictureByName('drill_flat')
elif w == self.lgthCornerRadius:
self.SetPictureByName('drill_corner')
elif w == self.lgthCuttingEdgeAngle:
self.SetPictureByName('drill_angle')
elif w == self.lgthCuttingEdgeHeight:
self.SetPictureByName('drill_height')
else:
self.SetPictureByName('drill')
elif type == TOOL_TYPE_CENTREDRILL:
if w == self.lgthDiameter:
self.SetPictureByName('centre_drill_diameter')
elif w == self.lgthToolLengthOffset:
self.SetPictureByName('centre_drill_offset')
elif w == self.lgthFlatRadius:
self.SetPictureByName('centre_drill_flat')
elif w == self.lgthCornerRadius:
self.SetPictureByName('centre_drill_corner')
elif w == self.lgthCuttingEdgeAngle:
self.SetPictureByName('centre_drill_angle')
elif w == self.lgthCuttingEdgeHeight:
self.SetPictureByName('centre_drill_height')
else:
self.SetPictureByName('centre_drill')
elif type == TOOL_TYPE_ENDMILL or type == TOOL_TYPE_SLOTCUTTER:
if w == self.lgthDiameter:
self.SetPictureByName('end_mill_diameter')
elif w == self.lgthToolLengthOffset:
self.SetPictureByName('end_mill_offset')
elif w == self.lgthFlatRadius:
self.SetPictureByName('end_mill_flat')
elif w == self.lgthCornerRadius:
self.SetPictureByName('end_mill_corner')
elif w == self.lgthCuttingEdgeAngle:
self.SetPictureByName('end_mill_angle')
elif w == self.lgthCuttingEdgeHeight:
self.SetPictureByName('end_mill_height')
else:
self.SetPictureByName('end_mill')
elif type == TOOL_TYPE_BALLENDMILL:
if w == self.lgthDiameter:
self.SetPictureByName('ball_mill_diameter')
elif w == self.lgthToolLengthOffset:
self.SetPictureByName('ball_mill_offset')
elif w == self.lgthFlatRadius:
self.SetPictureByName('ball_mill_flat')
elif w == self.lgthCornerRadius:
self.SetPictureByName('ball_mill_corner')
elif w == self.lgthCuttingEdgeAngle:
self.SetPictureByName('ball_mill_angle')
elif w == self.lgthCuttingEdgeHeight:
self.SetPictureByName('ball_mill_height')
else:
self.SetPictureByName('ball_mill')
elif type == TOOL_TYPE_CHAMFER:
if w == self.lgthDiameter:
self.SetPictureByName('chamfer_diameter')
elif w == self.lgthToolLengthOffset:
self.SetPictureByName('chamfer_offset')
elif w == self.lgthFlatRadius:
self.SetPictureByName('chamfer_flat')
elif w == self.lgthCornerRadius:
self.SetPictureByName('chamfer_corner')
elif w == self.lgthCuttingEdgeAngle:
self.SetPictureByName('chamfer_angle')
elif w == self.lgthCuttingEdgeHeight:
self.SetPictureByName('chamfer_height')
else:
self.SetPictureByName('chamfer')
elif type == TOOL_TYPE_ENGRAVER:
if w == self.lgthDiameter:
self.SetPictureByName('engraver_diameter')
elif w == self.lgthToolLengthOffset:
self.SetPictureByName('engraver_offset')
elif w == self.lgthFlatRadius:
self.SetPictureByName('engraver_flat')
elif w == self.lgthCornerRadius:
self.SetPictureByName('engraver_corner')
elif w == self.lgthCuttingEdgeAngle:
self.SetPictureByName('engraver_angle')
elif w == self.lgthCuttingEdgeHeight:
self.SetPictureByName('engraver_height')
else:
self.SetPictureByName('engraver')
def OnComboToolType(self, e):
self.EnableAndSetCornerFlatAndAngle()
self.SetTitleFromControls()
HeeksObjDlg.SetPicture(self)
def OnComboMaterial(self, e):
self.SetTitleFromControls()
HeeksObjDlg.SetPicture(self)
def EnableAndSetCornerFlatAndAngle(self):
type = Tool.GetToolTypeValues()[self.cmbToolType.GetSelection()]
if type == TOOL_TYPE_DRILL or type == TOOL_TYPE_CENTREDRILL:
self.lgthCornerRadius.Enable(False)
self.lgthCornerRadius.SetLabel("")
self.lgthFlatRadius.Enable(False)
self.lgthFlatRadius.SetLabel("")
self.lgthCuttingEdgeAngle.Enable()
self.lgthCuttingEdgeAngle.SetValue(self.object.cutting_edge_angle)
elif type == TOOL_TYPE_ENDMILL or type == TOOL_TYPE_SLOTCUTTER:
self.lgthCornerRadius.Enable()
self.lgthCornerRadius.SetValue(self.object.corner_radius)
self.lgthFlatRadius.Enable(False)
self.lgthFlatRadius.SetLabel("")
self.lgthCuttingEdgeAngle.Enable(False)
self.lgthCuttingEdgeAngle.SetLabel("")
elif type == TOOL_TYPE_BALLENDMILL:
self.lgthCornerRadius.Enable(False)
self.lgthCornerRadius.SetLabel("")
self.lgthFlatRadius.Enable(False)
self.lgthFlatRadius.SetLabel("")
self.lgthCuttingEdgeAngle.Enable(False)
self.lgthCuttingEdgeAngle.SetLabel("")
elif type == TOOL_TYPE_CHAMFER or type == TOOL_TYPE_ENGRAVER:
self.lgthCornerRadius.Enable(False)
self.lgthCornerRadius.SetLabel("")
self.lgthFlatRadius.Enable()
self.lgthFlatRadius.SetValue(self.object.flat_radius)
self.lgthCuttingEdgeAngle.Enable()
self.lgthCuttingEdgeAngle.SetValue(self.object.cutting_edge_angle)
def SetTitleFromControls(self):
if self.ignore_event_functions:
return
if self.cmbTitleType.GetSelection() == 0:
return
save_object = self.object
self.object = self.object.MakeACopy()
self.GetData()
self.ignore_event_functions = True
self.object.ResetTitle()
self.txtTitle.SetValue(self.object.title)
self.object = save_object
self.ignore_event_functions = False
def OnDiamChange(self, e):
self.SetTitleFromControls()
def OnTitleEdited(self, event):
if self.ignore_event_functions:
return
# if the user starts typing in the title, change type to manually assigned
self.ignore_event_functions = True
self.cmbTitleType.SetSelection(0)
self.ignore_event_functions = False
def OnTitleType(self, event):
if self.ignore_event_functions:
return
self.SetTitleFromControls()
class ProfileDlg(SketchOpDlg):
def __init__(self, object, title = 'Profile Operation'):
SketchOpDlg.__init__(self, object, title)
def AddLeftControls(self):
# add all the controls to the left side
tool_on_side_choices = ['Left', 'Right', 'On']
self.cmbToolOnSide = ComboBoxBinded(self, choices = tool_on_side_choices)
self.MakeLabelAndControl("Tool On Side", self.cmbToolOnSide).AddToSizer(self.sizerLeft)
#self.SetSketchOrderAndCombo(self.sketch)
cut_mode_choices = ["Conventional", "Climb"]
self.cmbCutMode = ComboBoxBinded(self, choices = cut_mode_choices)
self.MakeLabelAndControl("Cut Mode", self.cmbCutMode).AddToSizer(self.sizerLeft)
#self.Bind(wx.EVT_COMBOBOX, self.OnComboOrCheck, self.cmbCutMode)
self.lgthRollRadius = LengthCtrl(self)
self.MakeLabelAndControl("Roll Radius", self.lgthRollRadius).AddToSizer(self.sizerLeft)
self.lgthOffsetExtra = LengthCtrl(self)
self.MakeLabelAndControl("Offset Extra", self.lgthOffsetExtra).AddToSizer(self.sizerLeft)
self.chkDoFinishingPass = wx.CheckBox(self, wx.ID_ANY, 'Do Finishing Pass')
HControl(wx.ALL, self.chkDoFinishingPass).AddToSizer(self.sizerLeft)
self.chkOnlyFinishingPass = wx.CheckBox(self, wx.ID_ANY, 'Only Finishing Pass')
HControl(wx.ALL, self.chkOnlyFinishingPass).AddToSizer(self.sizerLeft)
self.lgthFinishingFeedrate = LengthCtrl(self)
self.staticFinishingFeedrate = wx.StaticText(self, wx.ID_ANY, "Finishing Feed Rate")
self.MakeControlUsingStaticText(self.staticFinishingFeedrate, self.lgthFinishingFeedrate).AddToSizer(self.sizerLeft)
self.cmbFinishingCutMode = ComboBoxBinded(self, choices = cut_mode_choices)
self.staticFinishingCutMode = wx.StaticText(self, wx.ID_ANY, "Finishing Cut Mode")
self.MakeControlUsingStaticText(self.staticFinishingCutMode, self.cmbFinishingCutMode).AddToSizer(self.sizerLeft)
self.lgthFinishStepDown = LengthCtrl(self)
self.staticFinishStepDown = wx.StaticText(self, wx.ID_ANY, "Finish Step Down")
self.MakeControlUsingStaticText(self.staticFinishStepDown, self.lgthFinishStepDown).AddToSizer(self.sizerLeft)
SketchOpDlg.AddLeftControls(self)
def OnSketchCombo(self, event):
choice = self.cmbToolOnSide.GetSelection()
self.SetSketchOrderAndCombo(self.cmbSketch.GetSelectedId())
self.cmbToolOnSide.SetSelection(choice)
def SetDefaultFocus(self):
#self.cmbSketch.SetFocus()
pass
def GetDataRaw(self):
if self.cmbToolOnSide.GetSelection() == 0:
self.object.tool_on_side = Profile.PROFILE_LEFT_OR_OUTSIDE
elif self.cmbToolOnSide.GetSelection() == 1:
self.object.tool_on_side = Profile.PROFILE_RIGHT_OR_INSIDE
elif self.cmbToolOnSide.GetSelection() == 2:
self.object.tool_on_side = Profile.PROFILE_ON
self.object.cut_mode = Profile.PROFILE_CLIMB if self.cmbCutMode.GetValue().lower() == 'climb' else Profile.PROFILE_CONVENTIONAL
self.object.auto_roll_radius = self.lgthRollRadius.GetValue()
self.object.offset_extra = self.lgthOffsetExtra.GetValue()
self.object.do_finishing_pass = self.chkDoFinishingPass.GetValue()
self.object.only_finishing_pass = self.chkOnlyFinishingPass.GetValue()
self.object.finishing_h_feed_rate = self.lgthFinishingFeedrate.GetValue()
self.object.finishing_cut_mode = Profile.PROFILE_CLIMB if self.cmbFinishingCutMode.GetValue().lower() == 'climb' else Profile.PROFILE_CONVENTIONAL
self.object.finishing_step_down = self.lgthFinishStepDown.GetValue()
SketchOpDlg.GetDataRaw(self)
def SetFromDataRaw(self):
choice = 2
if self.object.tool_on_side == Profile.PROFILE_RIGHT_OR_INSIDE:
choice = 1
elif self.object.tool_on_side == Profile.PROFILE_LEFT_OR_OUTSIDE:
choice = 0
self.cmbToolOnSide.SetSelection(choice)
self.cmbCutMode.SetValue("Climb" if self.object.cut_mode == Profile.PROFILE_CLIMB else "Conventional")
self.lgthRollRadius.SetValue(self.object.auto_roll_radius)
self.lgthOffsetExtra.SetValue(self.object.offset_extra)
self.chkDoFinishingPass.SetValue(self.object.do_finishing_pass)
self.chkOnlyFinishingPass.SetValue(self.object.only_finishing_pass)
self.lgthFinishingFeedrate.SetValue(self.object.finishing_h_feed_rate)
self.cmbFinishingCutMode.SetValue("Climb" if self.object.finishing_cut_mode == Profile.PROFILE_CLIMB else "Conventional")
self.lgthFinishStepDown.SetValue(self.object.finishing_step_down)
self.EnableControls()
SketchOpDlg.SetFromDataRaw(self)
self.SetSketchOrderAndCombo(self.cmbSketch.GetSelectedId())
def EnableControls(self):
finish = self.chkDoFinishingPass.GetValue()
self.chkOnlyFinishingPass.Enable(finish)
self.lgthFinishingFeedrate.Enable(finish)
self.cmbFinishingCutMode.Enable(finish)
self.lgthFinishStepDown.Enable(finish)
self.staticFinishingFeedrate.Enable(finish)
self.staticFinishingCutMode.Enable(finish)
self.staticFinishStepDown.Enable(finish)
def SetPictureByName(self, name):
self.SetPictureByNameAndFolder( name, 'profile')
def SetPictureByWindow(self, w):
if w == self.cmbToolOnSide:
sel = self.cmbToolOnSide.GetSelection()
if sel == 2:
ProfileDlg.SetPictureByName(self, 'side on')
else:
if self.order == cad.SketchOrderType.SketchOrderTypeOpen:
ProfileDlg.SetPictureByName(self, 'side right' if sel == 1 else 'side left')
elif self.order == cad.SketchOrderType.SketchOrderTypeCloseCW or self.order == cad.SketchOrderType.SketchOrderTypeCloseCCW:
ProfileDlg.SetPictureByName(self, 'side inside' if sel == 1 else 'side outside')
else:
ProfileDlg.SetPictureByName(self, 'side inside or right' if sel == 1 else 'side outside or left')
elif w == self.cmbCutMode:
if self.cmbCutMode.GetValue() == 'Climb':
self.SetPictureByNameAndFolder('climb milling', 'pocket')
else:
self.SetPictureByNameAndFolder('conventional milling', 'pocket')
elif w == self.lgthRollRadius: ProfileDlg.SetPictureByName(self, 'roll radius')
elif w == self.lgthOffsetExtra: ProfileDlg.SetPictureByName(self, 'offset extra')
elif w == self.chkDoFinishingPass or w == self.chkOnlyFinishingPass:
if self.chkDoFinishingPass.GetValue():
if self.chkOnlyFinishingPass.GetValue():
ProfileDlg.SetPictureByName(self, 'only finishing')
else:
ProfileDlg.SetPictureByName(self, 'no finishing pass')
elif w == self.cmbFinishingCutMode:
if self.cmbFinishingCutMode.GetValue() == 'Climb':
self.SetPictureByNameAndFolder('climb milling', 'pocket')
else:
self.SetPictureByNameAndFolder('conventional milling', 'pocket')
elif w == self.lgthFinishStepDown:
self.SetPictureByNameAndFolder('step down', 'depthop')
# else:
# SketchOpDlg.SetPictureByWindow(self, w)
def SetSketchOrderAndCombo(self, s):
self.order = cad.SketchOrderType.SketchOrderTypeUnknown
sketch = cad.GetObjectFromId(cad.OBJECT_TYPE_SKETCH, s)
if sketch and sketch.GetType() == cad.OBJECT_TYPE_SKETCH:
self.order = sketch.GetSketchOrder()
if self.order == cad.SketchOrderType.SketchOrderTypeOpen:
self.cmbToolOnSide.SetString(0, 'Left')
self.cmbToolOnSide.SetString(1, 'Right')
elif self.order == cad.SketchOrderType.SketchOrderTypeCloseCW or self.order == cad.SketchOrderType.SketchOrderTypeCloseCCW:
self.cmbToolOnSide.SetString(0, 'Outside')
self.cmbToolOnSide.SetString(1, 'Inside')
else:
self.cmbToolOnSide.SetString(0, 'Outside or Left')
self.cmbToolOnSide.SetString(1, 'Inside or Right')
def __init__(self, axis, pos, axis_type, copy, title):
HDialog.__init__(self, title)
self.ignore_event_functions = True
sizerMain = wx.BoxSizer(wx.VERTICAL)
self.copy = copy
self.axis = axis
self.axis_type = axis_type
self.pos = pos
self.btnPick = None
self.btnVectorPick = None
self.chkCopy = wx.CheckBox(self, wx.ID_ANY, 'Keep Original')
HControl(wx.ALL, self.chkCopy).AddToSizer(sizerMain)
self.chkCopy.SetValue(copy)
sizerPosAndAxis = wx.BoxSizer(wx.HORIZONTAL)
sizerMain.Add(sizerPosAndAxis, 0, wx.EXPAND)
sizerPos = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerPos, 0, wx.EXPAND)
if axis_type == 0:
sizerPos.Add(wx.StaticText(self, label='Position to Mirror About'),
0, wx.EXPAND | wx.ALL, control_border)
else:
self.btnPick = wx.Button(self, label='Select')
self.AddLabelAndControl(sizerPos, 'Position to Mirror About',
self.btnPick)
self.posx = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'X', self.posx)
self.posy = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Y', self.posy)
self.posz = LengthCtrl(self)
self.AddLabelAndControl(sizerPos, 'Z', self.posz)
if axis_type == 0:
self.btnPick = wx.Button(self, label='Select')
sizerPos.Add(self.btnPick, wx.EXPAND | wx.ALL, control_border)
self.posx.SetValue(self.pos.x)
self.posy.SetValue(self.pos.y)
self.posz.SetValue(self.pos.z)
if axis_type != 0:
self.posx.Enable(axis_type == 1)
self.posy.Enable(axis_type == 2)
self.posz.Enable(axis_type == 3)
if axis_type == 0:
# non standard axis
sizerAxis = wx.BoxSizer(wx.VERTICAL)
sizerPosAndAxis.Add(sizerAxis, 0, wx.EXPAND)
sizerAxis.Add(wx.StaticText(self, label='Axis to Mirror Through'),
0, wx.EXPAND | wx.ALL, control_border)
self.vectorx = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'X', self.vectorx)
self.vectory = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Y', self.vectory)
self.vectorz = DoubleCtrl(self)
self.AddLabelAndControl(sizerAxis, 'Z', self.vectorz)
self.btnVectorPick = wx.Button(self, label='Select Axis Point')
sizerAxis.Add(self.btnVectorPick, 0, wx.EXPAND | wx.ALL,
control_border)
self.vectorx.SetValue(axis.x)
self.vectory.SetValue(axis.y)
self.vectorz.SetValue(axis.z)
else:
self.vectorx = None
# add picture
self.picture = PictureWindow(self, wx.Size(150, 100))
pictureSizer = wx.BoxSizer(wx.HORIZONTAL)
pictureSizer.Add(self.picture, 1, wx.EXPAND)
sizerMain.Add(pictureSizer, 0, wx.ALL, control_border)
sizerPlane = wx.BoxSizer(wx.VERTICAL)
pictureSizer.Add(sizerPlane, 0, wx.EXPAND)
self.rbH = wx.RadioButton(self, label='Horizontal', style=wx.RB_GROUP)
self.rbV = wx.RadioButton(self, label='Vertical')
self.rbZ = wx.RadioButton(self, label='Z')
self.rbOther = wx.RadioButton(self, label='Other')
sizerPlane.Add(self.rbH, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbV, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbZ, 0, wx.ALL, control_border)
sizerPlane.Add(self.rbOther, 0, wx.ALL, control_border)
self.rbH.SetValue(axis_type == 1)
self.rbV.SetValue(axis_type == 2)
self.rbZ.SetValue(axis_type == 3)
self.rbOther.SetValue(axis_type == 0)
self.MakeOkAndCancel(wx.HORIZONTAL).AddToSizer(sizerMain)
self.SetPicture()
self.SetSizer(sizerMain)
sizerMain.SetSizeHints(self)
sizerMain.Fit(self)
self.chkCopy.SetFocus()
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbH)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbV)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbZ)
self.Bind(wx.EVT_RADIOBUTTON, self.OnRadioButton, self.rbOther)
if self.btnPick: self.Bind(wx.EVT_BUTTON, self.OnPick, self.btnPick)
if self.btnVectorPick:
self.Bind(wx.EVT_BUTTON, self.OnPickVector, self.btnVectorPick)
self.ignore_event_functions = False
