def generate(self, context):
obj = self._parent.getSelected()[0]
props = obj.data.opensim.prim
sides = props.sides
profileStart = props.profile[0]
profileEnd = props.profile[1]
hollow = props.hollow
hollowSides = props.hollowSides
p = PrimMesh(sides, profileStart, profileEnd, hollow, hollowSides)
for prop in [ 'topShear',
'holeSize',
'taper']:
setattr(p, "_"+prop+"X", getattr(props, prop)[0])
setattr(p, "_"+prop+"Y", getattr(props, prop)[1])
for prop in [ 'pathCut',
'twist']:
setattr(p, "_"+prop+"Begin", getattr(props, prop)[0])
setattr(p, "_"+prop+"End", getattr(props, prop)[1])
for prop in ['skew',
# 'dimpleBegin',
# 'dimpleEnd',
'revolutions',
'stepsPerRevolution']:
setattr(p, "_"+prop, getattr(props, prop))
p._viewerMode = True
p._radius = props.radius
if props.extrapolationType == 'LINEAR':
p.Extrude(PathType.Linear)
elif props.extrapolationType == 'FLEXIBLE':
p.Extrude(PathType.Flexible)
else:
p.Extrude(PathType.Circular)
print(p.ParamsToDisplayString())
for obj in self._parent.getSelected():
obj.data.name = "tobdeleted"
obj.data = self.apply_prim(p, obj.data)
def generate(self, context):
obj = self._parent.getSelected()[0]
props = obj.data.opensim.prim
sides = props.sides
profileStart = props.profile[0]
profileEnd = props.profile[1]
hollow = props.hollow
hollowSides = props.hollowSides
p = PrimMesh(sides, profileStart, profileEnd, hollow, hollowSides)
for prop in ['topShear', 'holeSize', 'taper']:
setattr(p, "_" + prop + "X", getattr(props, prop)[0])
setattr(p, "_" + prop + "Y", getattr(props, prop)[1])
for prop in ['pathCut', 'twist']:
setattr(p, "_" + prop + "Begin", getattr(props, prop)[0])
setattr(p, "_" + prop + "End", getattr(props, prop)[1])
for prop in [
'skew',
# 'dimpleBegin',
# 'dimpleEnd',
'revolutions',
'stepsPerRevolution'
]:
setattr(p, "_" + prop, getattr(props, prop))
p._viewerMode = True
p._radius = props.radius
if props.extrapolationType == 'LINEAR':
p.Extrude(PathType.Linear)
elif props.extrapolationType == 'FLEXIBLE':
p.Extrude(PathType.Flexible)
else:
p.Extrude(PathType.Circular)
print(p.ParamsToDisplayString())
for obj in self._parent.getSelected():
obj.data.name = "tobdeleted"
obj.data = self.apply_prim(p, obj.data)
def create(self, objId, pars):
editor = self._parent
if 'Name' in pars:
name = pars['Name']
else:
name = 'prim'
mesh = bpy.data.meshes.new(name)
sides = 5
hollowSides = 5
profileCurve = pars['ProfileCurve']
profileShape = profileCurve & 0x0f
hollowShape = profileCurve & 0xf0
if profileShape == ProfileShape.Circle:
sides = 10
elif profileShape == ProfileShape.Square:
sides = 4
elif profileShape == ProfileShape.IsometricTriangle:
sides = 3
elif profileShape == ProfileShape.EquilateralTriangle:
sides = 3
elif profileShape == ProfileShape.RightTriangle:
sides = 3
elif profileShape == ProfileShape.HalfCircle:
sides = 10
if hollowShape == HollowShape.Same:
hollowSides = sides
elif hollowShape == HollowShape.Circle:
hollowSides = 10
elif hollowShape == HollowShape.Square:
hollowSides = 4
elif hollowShape == HollowShape.Triangle:
hollowSides = 3
profileStart = pars['ProfileBegin']
profileEnd = pars['ProfileEnd']
hollow = pars['ProfileHollow']
p = PrimMesh(sides, profileStart, profileEnd, hollow, hollowSides)
if profileShape in [ProfileShape.RightTriangle, ProfileShape.HalfCircle]:
p._pathCutBegin = 0.0
p._pathCutEnd = 0.5
else:
p._pathCutBegin = pars['PathBegin']
p._pathCutEnd = pars['PathEnd']
p._twistBegin = pars['PathTwistBegin']
p._twistEnd = pars['PathTwist']
p._topShearX = pars['PathShearX']
p._topShearY = pars['PathShearY']
p._holeSizeX = pars['PathScaleX']
p._holeSizeY = pars['PathScaleY']
p._radius = pars['PathRadiusOffset']
p._taperX = pars['PathTaperX']
p._taperY = pars['PathTaperY']
p._revolutions = pars['PathRevolutions']
p._skew = pars['PathSkew']
p._viewerMode = True
if pars['PathCurve'] == Extrusion.Straight:
p.Extrude(PathType.Linear)
elif pars['PathCurve'] in [Extrusion.Curve1, Extrusion.Curve2]:
p.Extrude(PathType.Circular)
elif pars['PathCurve'] == Extrusion.Flexible:
p.Extrude(PathType.Flexible)
else:
print("Unknown Path Type!!", pars['PathCurve'])
return
mesh = self.apply_prim(p)
obj = editor.Object.createObjectWithMesh(mesh, objId, objId)
return obj
def create(self, objId, pars):
editor = self._parent
if 'Name' in pars:
name = pars['Name']
else:
name = 'prim'
mesh = bpy.data.meshes.new(name)
sides = 5
hollowSides = 5
profileCurve = pars['ProfileCurve']
profileShape = profileCurve & 0x0f
hollowShape = profileCurve & 0xf0
if profileShape == ProfileShape.Circle:
sides = 10
elif profileShape == ProfileShape.Square:
sides = 4
elif profileShape == ProfileShape.IsometricTriangle:
sides = 3
elif profileShape == ProfileShape.EquilateralTriangle:
sides = 3
elif profileShape == ProfileShape.RightTriangle:
sides = 3
elif profileShape == ProfileShape.HalfCircle:
sides = 10
if hollowShape == HollowShape.Same:
hollowSides = sides
elif hollowShape == HollowShape.Circle:
hollowSides = 10
elif hollowShape == HollowShape.Square:
hollowSides = 4
elif hollowShape == HollowShape.Triangle:
hollowSides = 3
profileStart = pars['ProfileBegin']
profileEnd = pars['ProfileEnd']
hollow = pars['ProfileHollow']
p = PrimMesh(sides, profileStart, profileEnd, hollow, hollowSides)
if profileShape in [
ProfileShape.RightTriangle, ProfileShape.HalfCircle
]:
p._pathCutBegin = 0.0
p._pathCutEnd = 0.5
else:
p._pathCutBegin = pars['PathBegin']
p._pathCutEnd = pars['PathEnd']
p._twistBegin = pars['PathTwistBegin']
p._twistEnd = pars['PathTwist']
p._topShearX = pars['PathShearX']
p._topShearY = pars['PathShearY']
p._holeSizeX = pars['PathScaleX']
p._holeSizeY = pars['PathScaleY']
p._radius = pars['PathRadiusOffset']
p._taperX = pars['PathTaperX']
p._taperY = pars['PathTaperY']
p._revolutions = pars['PathRevolutions']
p._skew = pars['PathSkew']
p._viewerMode = True
if pars['PathCurve'] == Extrusion.Straight:
p.Extrude(PathType.Linear)
elif pars['PathCurve'] in [Extrusion.Curve1, Extrusion.Curve2]:
p.Extrude(PathType.Circular)
elif pars['PathCurve'] == Extrusion.Flexible:
p.Extrude(PathType.Flexible)
else:
print("Unknown Path Type!!", pars['PathCurve'])
return
mesh = self.apply_prim(p)
obj = editor.Object.createObjectWithMesh(mesh, objId, objId)
return obj
