def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "outsidediameter":
self._OD = (_toFloat(content), self._OD[1])
elif _tag == "length":
self._length = (_toFloat(content), self._length[1])
else:
super().handleEndTag(tag, content)
def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "length":
self._length = (_toFloat(content), self._length[1])
elif _tag == "width":
self._width = (_toFloat(content), self._width[1])
elif _tag == "thickness":
self._thickness = (_toFloat(content), self._thickness[1])
else:
super().handleEndTag(tag, content)
def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "diameter":
self._diameter = (_toFloat(content), self._diameter[1])
elif _tag == "sides":
self._sides = _toInt(content)
elif _tag == "linecount":
self._lineCount = _toInt(content)
elif _tag == "linelength":
self._lineLength = (_toFloat(content), self._lineLength[1])
elif _tag == "linematerial":
self._lineMaterial = (self._sanitizeName(content),
self._lineMaterial[1])
else:
super().handleEndTag(tag, content)
def _sweepAngleFromLength(self, value):
length = _toFloat(value)
theta = 90.0 - math.degrees(
math.atan2(
self._finForm.heightInput.property("quantity").Value, length))
self._finForm.sweepAngleInput.setText("%f" % theta)
self._obj.SweepAngle = theta
def transferTo(self):
"Transfer from the dialog to the object"
self._obj.TransitionType = str(
self._tranForm.transitionTypesCombo.currentText())
self._obj.TransitionStyle = str(
self._tranForm.transitionStylesCombo.currentText())
self._obj.Length = self._tranForm.lengthInput.text()
self._obj.ForeDiameter = self._tranForm.foreDiameterInput.text()
self._obj.AftDiameter = self._tranForm.aftDiameterInput.text()
self._obj.CoreDiameter = self._tranForm.coreDiameterInput.text()
self._obj.Thickness = self._tranForm.thicknessInput.text()
self._obj.Coefficient = _toFloat(
self._tranForm.coefficientInput.text())
self._obj.Clipped = self._tranForm.clippedCheckbox.isChecked()
self._obj.ForeShoulder = self._tranForm.foreShoulderCheckbox.isChecked(
)
self._obj.ForeShoulderDiameter = self._tranForm.foreShoulderDiameterInput.text(
)
self._obj.ForeShoulderLength = self._tranForm.foreShoulderLengthInput.text(
)
self._obj.ForeShoulderThickness = self._tranForm.foreShoulderThicknessInput.text(
)
self._obj.AftShoulder = self._tranForm.aftShoulderCheckbox.isChecked()
self._obj.AftShoulderDiameter = self._tranForm.aftShoulderDiameterInput.text(
)
self._obj.AftShoulderLength = self._tranForm.aftShoulderLengthInput.text(
)
self._obj.AftShoulderThickness = self._tranForm.aftShoulderThicknessInput.text(
)
def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "filled":
self._filled = _toBoolean(content)
elif _tag == "shape":
self._noseType = self._mapShape(content)
elif _tag == "foreoutsidediameter":
self._foreOutsideDiameter = (_toFloat(content),
self._foreOutsideDiameter[1])
elif _tag == "foreshoulderdiameter":
self._foreShoulderDiameter = (_toFloat(content),
self._foreShoulderDiameter[1])
elif _tag == "foreshoulderlength":
self._foreShoulderLength = (_toFloat(content),
self._foreShoulderLength[1])
elif _tag == "aftoutsidediameter":
self._aftOutsideDiameter = (_toFloat(content),
self._aftOutsideDiameter[1])
elif _tag == "aftshoulderdiameter":
self._aftShoulderDiameter = (_toFloat(content),
self._aftShoulderDiameter[1])
elif _tag == "aftshoulderlength":
self._aftShoulderLength = (_toFloat(content),
self._aftShoulderLength[1])
elif _tag == "length":
self._length = (_toFloat(content), self._length[1])
else:
super().handleEndTag(tag, content)
def _sweepLengthFromAngle(self, value):
theta = _toFloat(value)
if theta <= -90.0 or theta >= 90.0:
_err("Sweep angle must be greater than -90 and less than +90")
return
theta = math.radians(-1.0 * (theta + 90.0))
length = self._finForm.heightInput.property(
"quantity").Value / math.tan(theta)
self._finForm.sweepLengthInput.setText("%f" % length)
self._obj.SweepLength = length
def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "name":
self._name = self._sanitizeName(content)
elif _tag == "type":
self._type = content
elif _tag == "density":
self._density = _toFloat(content.strip())
else:
super().handleEndTag(tag, content)
def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "filled":
self._filled = _toBoolean(content)
elif _tag == "shape":
self._noseType = self._mapShape(content)
elif _tag == "outsidediameter":
self._outsideDiameter = (_toFloat(content),
self._outsideDiameter[1])
elif _tag == "shoulderdiameter":
self._shoulderDiameter = (_toFloat(content),
self._shoulderDiameter[1])
elif _tag == "shoulderlength":
self._shoulderLength = (_toFloat(content), self._shoulderLength[1])
elif _tag == "length":
self._length = (_toFloat(content), self._length[1])
elif _tag == "thickness":
self._thickness = (_toFloat(content), self._thickness[1])
else:
super().handleEndTag(tag, content)
def handleEndTag(self, tag, content):
_tag = tag.lower().strip()
if _tag == "manufacturer":
self._manufacturer = self._unaliasManufacturer(content)
elif _tag == "partnumber":
self._partNumber = content
elif _tag == "description":
self._description = content
elif _tag == "material":
self._material = (self._sanitizeName(content), self._material[1])
elif _tag == "mass":
self._mass = (_toFloat(content.strip()), self._mass[1])
else:
super().handleEndTag(tag, content)
def transferTo(self):
"Transfer from the dialog to the object"
self._obj.NoseType = str(
self._noseForm.noseConeTypesCombo.currentText())
self._obj.NoseStyle = str(self._noseForm.noseStylesCombo.currentText())
self._obj.Length = self._noseForm.lengthInput.text()
self._obj.Diameter = self._noseForm.diameterInput.text()
self._obj.Thickness = self._noseForm.thicknessInput.text()
self._obj.Coefficient = _toFloat(
self._noseForm.coefficientInput.text())
self._obj.Shoulder = self._noseForm.shoulderCheckbox.isChecked()
self._obj.ShoulderDiameter = self._noseForm.shoulderDiameterInput.text(
)
self._obj.ShoulderLength = self._noseForm.shoulderLengthInput.text()
self._obj.ShoulderThickness = self._noseForm.shoulderThicknessInput.text(
)
def onCoefficient(self, value):
self._obj.Coefficient = _toFloat(value)
self._obj.Proxy.execute(self._obj)
