class WodPlaceable(util.BlueClassNotifyWrap('trinity.WodPlaceable'), graphicWrappers.TrinityTransformMatrixMixinWrapper):
__guid__ = 'graphicWrappers.WodPlaceable'
@staticmethod
def Wrap(triObject, resPath):
WodPlaceable(triObject)
triObject.AddNotify('transform', triObject._TransformChange)
return triObject
@staticmethod
def ConvertToInterior(triObject, resPath):
returnObject = trinity.Tr2InteriorPlaceable()
returnObject.placeableResPath = triObject.placeableResPath
return returnObject
def AddToScene(self, scene):
scene.AddPlaceableToScene(self)
def RemoveFromScene(self, scene):
scene.RemovePlaceableFromScene(self)
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
"""
Called back on a transform change
"""
pass
class Tr2InteriorBoxLight(
util.BlueClassNotifyWrap('trinity.Tr2InteriorBoxLight')):
__guid__ = 'graphicWrappers.Tr2InteriorBoxLight'
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorBoxLight(triObject)
triObject.AddNotify('color', triObject._TransformChange)
triObject.AddNotify('rotation', triObject._TransformChange)
triObject.AddNotify('transform', triObject._TransformChange)
triObject.AddNotify('falloff', triObject._TransformChange)
triObject.scene = None
return triObject
def AddToScene(self, scene):
if self.scene and self.scene():
scene.RemoveLight(self.scene())
scene.AddLight(self)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
scene.RemoveLight(self)
self.scene = None
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
pass
def SetPosition(self, position):
self.position = position
def GetPosition(self):
return self.position
def GetRotationYawPitchRoll(self):
return geo2.QuaternionRotationGetYawPitchRoll(self.rotation)
def SetRotationYawPitchRoll(self, ypr):
self.rotation = geo2.QuaternionRotationSetYawPitchRoll(*ypr)
def SetScaling(self, scaling):
self.scaling = scaling
def GetScaling(self):
return self.scaling
def GetColor(self):
return self.color[:3]
def SetColor(self, color):
self.color = (color[0], color[1], color[2], 1)
def GetFalloff(self):
return self.falloff
def SetFalloff(self, falloff):
self.falloff = falloff
class Tr2InteriorPhysicalPortal(
util.BlueClassNotifyWrap('trinity.Tr2InteriorPhysicalPortal')):
__guid__ = 'graphicWrappers.Tr2InteriorPhysicalPortal'
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorPhysicalPortal(triObject)
triObject.AddNotify('position', triObject._TransformChange)
triObject.AddNotify('rotation', triObject._TransformChange)
triObject.AddNotify('maxBounds', triObject._TransformChange)
triObject.AddNotify('minBounds', triObject._TransformChange)
triObject.scene = None
return triObject
def AddToScene(self, scene):
scene.AddPhysicalPortal(self)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
scene.RemovePhysicalPortal(self)
self.scene = None
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
pass
def GetPosition(self):
return self.position
def SetPosition(self, pos):
self.position = pos
def GetRotationYawPitchRoll(self):
return geo2.QuaternionRotationGetYawPitchRoll(self.rotation)
def SetRotationYawPitchRoll(self, ypr):
self.rotation = geo2.QuaternionRotationSetYawPitchRoll(*ypr)
def GetScale(self):
return (self.maxBounds[0], self.maxBounds[1], self.maxBounds[2])
def SetScale(self, scale):
self.maxBounds = scale
self.minBounds = (-scale[0], -scale[1], -scale[2])
def GetName(self):
return self.name
def SetName(self, name):
self.name = str(name)
def GetBoundingBoxInLocalSpace(self):
min = trinity.TriVector(*self.minBounds)
max = trinity.TriVector(*self.maxBounds)
return (min, max)
class Tr2InteriorLightSource(
util.BlueClassNotifyWrap('trinity.Tr2InteriorLightSource')):
__guid__ = 'graphicWrappers.Tr2InteriorLightSource'
_alwaysEditableMembers = ['renderDebugInfo', 'renderDebugType']
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorLightSource(triObject)
triObject.AddNotify('position', triObject._TransformChange)
triObject.AddNotify('radius', triObject._TransformChange)
triObject.AddNotify('color', triObject._TransformChange)
triObject.AddNotify('falloff', triObject._TransformChange)
triObject.scene = None
return triObject
def AddToScene(self, scene):
scene.AddLight(self)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
scene.RemoveLight(self)
self.scene = None
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
"""
Called back on a transform change
"""
pass
def GetPosition(self):
return self.position
def SetPosition(self, pos):
self.position = pos
def GetColor(self):
return self.color[:3]
def SetColor(self, color):
self.color = (color[0], color[1], color[2], 1)
def GetRadius(self):
return self.radius
def SetRadius(self, radius):
self.radius = radius
def GetFalloff(self):
return self.falloff
def SetFalloff(self, falloff):
self.falloff = falloff
class Tr2InteriorOccluder(util.BlueClassNotifyWrap('trinity.Tr2InteriorOccluder'), graphicWrappers.TrinityTransformMatrixMixinWrapper):
__guid__ = 'graphicWrappers.Tr2InteriorOccluder'
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorOccluder(triObject)
triObject.InitTransformMatrixMixinWrapper()
triObject.AddNotify('transform', triObject._TransformChange)
triObject.cellName = ''
triObject.scene = None
return triObject
def SetCell(self, cellName):
if self.cellName != cellName:
self.cellName = cellName
if self.scene and self.scene():
self.AddToScene(self.scene())
def AddToScene(self, scene):
if self.scene and self.scene():
scene.RemoveOccluder(self)
scene.AddOccluder(self, self.cellName)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
scene.RemoveOccluder(self)
self.scene = None
self.cellName = None
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
pass
def OnPositionChange(self):
pass
def OnRotationChange(self):
pass
def OnScaleChange(self):
"""
# TODO: Ensure we don't get negative scale
xvec = geo2.Vector(self.transform[0][0], self.transform[0][1], self.transform[0][2])
yvec = geo2.Vector(self.transform[1][0], self.transform[1][1], self.transform[1][2])
zvec = geo2.Vector(self.transform[2][0], self.transform[2][1], self.transform[2][2])
lx = xvec.Vec3Length(xvec)
ly = xvec.Vec3Length(xvec)
lz = xvec.Vec3Length(xvec)
print lx, ly, lz
# TODO: Ensure we don't get negative scale
"""
pass
class Tr2IntSkinnedObject(
util.BlueClassNotifyWrap('trinity.Tr2IntSkinnedObject'),
WodExtSkinnedObject):
__guid__ = 'graphicWrappers.Tr2IntSkinnedObject'
@staticmethod
def Wrap(triObject, resPath):
Tr2IntSkinnedObject(triObject)
triObject.InitTransformMatrixMixinWrapper()
triObject.AddNotify('transform', triObject._TransformChange)
return triObject
class WodExtSkinnedObject(
util.BlueClassNotifyWrap('trinity.WodExtSkinnedObject'),
TrinityTransformMatrixMixinWrapper):
__guid__ = 'graphicWrappers.WodExtSkinnedObject'
@staticmethod
def Wrap(triObject, resPath):
WodExtSkinnedObject(triObject)
triObject.AddNotify('transform', triObject._TransformChange)
return triObject
@staticmethod
def ConvertToInterior(triObject, resPath):
returnObject = trinity.Tr2IntSkinnedObject()
returnObject.visualModel = triObject.visualModel
returnObject.animationUpdater = triObject.animationUpdater
returnObject.lowDetailModel = triObject.lowDetailModel
returnObject.mediumDetailModel = triObject.mediumDetailModel
returnObject.highDetailModel = triObject.highDetailModel
return returnObject
def AddToScene(self, scene):
scene.AddAvatarToScene(self)
if hasattr(self.animationUpdater, 'grannyRes'):
def PlayAnimation():
while not (self.animationUpdater.grannyRes.isGood
and self.animationUpdater.grannyRes.isPrepared):
blue.synchro.SleepWallclock(50)
if self.animationUpdater.grannyRes.animationCount:
clipName = self.animationUpdater.grannyRes.GetAnimationName(
0)
self.animationUpdater.PlayAnimationEx(clipName, 0, 0, 1)
uthread.new(
PlayAnimation
).context = 'graphicWrappers.WodExtSkinnedObject::PlayAnimation'
def RemoveFromScene(self, scene):
scene.RemoveAvatarFromScene(self)
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
"""
Called back on a transform change
"""
pass
class Tr2InteriorProbeVolume(
util.BlueClassNotifyWrap('trinity.Tr2InteriorProbeVolume'),
graphicWrappers.TrinityTransformMatrixMixinWrapper):
__guid__ = 'graphicWrappers.Tr2InteriorProbeVolume'
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorProbeVolume(triObject)
triObject.InitTransformMatrixMixinWrapper()
triObject.AddNotify('transform', triObject._TransformChange)
triObject.cellName = ''
triObject.scene = None
return triObject
def SetCell(self, cellName):
if self.cellName != cellName:
if self.scene and self.scene():
self.scene().RemoveProbeVolume(self)
self.cellName = cellName
if self.scene and self.scene():
self.AddToScene(self.scene())
def AddToScene(self, scene):
if self.scene and self.scene():
scene.RemoveProbeVolume(self)
scene.AddProbeVolume(self, self.cellName)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
scene.RemoveProbeVolume(self)
self.scene = None
def _TransformChange(self, transform):
self.OnTransformChange()
def OnTransformChange(self):
pass
def OnPositionChange(self):
pass
def OnRotationChange(self):
pass
def OnScaleChange(self):
pass
def SetResolution(self, res):
self.resolutionX, self.resolutionY, self.resolutionZ = res
class Tr2InteriorPlaceable(
util.BlueClassNotifyWrap('trinity.Tr2InteriorPlaceable'),
graphicWrappers.TrinityTransformMatrixMixinWrapper):
__guid__ = 'graphicWrappers.Tr2InteriorPlaceable'
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorPlaceable(triObject)
triObject.InitTransformMatrixMixinWrapper()
triObject.AddNotify('transform', triObject._TransformChange)
triObject.scene = None
return triObject
def AddToScene(self, scene):
if self.scene and self.scene():
self.RemoveFromScene(self.scene())
scene.AddDynamicToScene(self)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
scene.RemoveDynamicFromScene(self)
self.scene = None
def _TransformChange(self, transform):
self.InitTransformMatrixMixinWrapper()
self.OnTransformChange()
def IsLoading(self):
if self.placeableRes:
if self.placeableRes.visualModel and util.IsTr2ModelLoading(
self.placeableRes.visualModel):
return True
return False
def OnTransformChange(self):
pass
def OnPositionChange(self):
pass
def OnRotationChange(self):
pass
def OnScaleChange(self):
pass
class Tr2InteriorStatic(util.BlueClassNotifyWrap('trinity.Tr2InteriorStatic'),
graphicWrappers.TrinityTranslationRotationMixinWrapper
):
__guid__ = 'graphicWrappers.Tr2InteriorStatic'
@staticmethod
def Wrap(triObject, resPath):
Tr2InteriorStatic(triObject)
triObject.AddNotify('worldPosition', triObject._PositionChange)
triObject.AddNotify('rotation', triObject._RotationChange)
triObject.cellName = '0'
triObject.systemName = 0
triObject.scene = None
triObject.resPath = resPath
return triObject
def SetCell(self, cellName):
if self.cellName != cellName:
self.cellName = cellName
if self.scene and self.scene():
self.AddToScene(self.scene())
def SetSystem(self, systemName):
if self.systemName != systemName:
self.systemName = systemName
if self.scene and self.scene():
self.AddToScene(self.scene())
def AddToScene(self, scene):
if self.scene and self.scene():
self.RemoveFromScene(scene)
scene.AddStatic(self, self.cellName, self.systemName)
self.scene = weakref.ref(scene)
blue.resMan.Wait()
self.BindLowLevelShaders()
def RemoveFromScene(self, scene):
scene.RemoveStatic(self)
self.scene = None
def OnTransformChange(self):
pass
def _PositionChange(self, pos):
self.OnPositionChange()
def OnPositionChange(self):
pass
def _RotationChange(self, rot):
self.OnRotationChange()
def OnRotationChange(self):
pass
def OnScaleChange(self):
pass
def GetBoundingBoxInLocalSpace(self):
if self.geometry.meshCount > 0:
min, max = self.geometry.GetBoundingBox(0)
for i in xrange(self.geometry.meshCount - 1):
cMin, cMax = self.geometry.GetBoundingBox(i + 1)
min.Minimize(cMin)
max.Maximize(cMax)
return (min, max)
return (trinity.TriVector(), trinity.TriVector())
def IsLoading(self):
for area in self.enlightenAreas:
if util.IsAreaLoading(area):
return True
for mesh in self.detailMeshes:
if util.IsTr2MeshLoading(mesh):
return True
return False
class Tr2InteriorCylinderLight(
util.BlueClassNotifyWrap('trinity.Tr2InteriorCylinderLight')):
"""
Wrapper for trinity interior cylinder light object.
"""
__guid__ = 'graphicWrappers.Tr2InteriorCylinderLight'
@staticmethod
def Wrap(triObject, resPath):
"""
Wraps trinity object.
"""
Tr2InteriorCylinderLight(triObject)
triObject.scene = None
return triObject
def AddToScene(self, scene):
"""
Adds light source to the scene.
"""
if self.scene and self.scene():
scene.RemoveLight(self.scene())
scene.AddLight(self)
self.scene = weakref.ref(scene)
def RemoveFromScene(self, scene):
"""
Removes light source from the scene.
"""
scene.RemoveLight(self)
self.scene = None
def _TransformChange(self, transform):
"""
Called back on a transform change
"""
self.OnTransformChange()
def OnTransformChange(self):
"""
Called back on a transform change
"""
pass
def SetPosition(self, position):
"""
Assigns new position to the light source.
"""
self.position = position
def GetPosition(self):
"""
Returns light source position.
"""
return self.position
def GetRotationYawPitchRoll(self):
"""
Returns light source rotation as Euler angles.
"""
return geo2.QuaternionRotationGetYawPitchRoll(self.rotation)
def SetRotationYawPitchRoll(self, ypr):
"""
Assigns light source rotation passed as Euler angles.
"""
self.rotation = geo2.QuaternionRotationSetYawPitchRoll(*ypr)
def GetRadius(self):
"""
Returns light source radius.
"""
return self.radius
def SetRadius(self, radius):
"""
Assigns light source radius.
"""
self.radius = radius
def GetLength(self):
"""
Returns light source length.
"""
return self.length
def SetLength(self, length):
"""
Assigns light source length.
"""
self.length = length
def GetColor(self):
"""
Returns light source color.
"""
return self.color[:3]
def SetColor(self, color):
"""
Assigns light source color.
"""
self.color = (color[0], color[1], color[2], 1)
def GetFalloff(self):
"""
Returns light source falloff power.
"""
return self.falloff
def SetFalloff(self, falloff):
"""
Assigns light source falloff power.
"""
self.falloff = falloff
