def CreateComponent(self, name, state):
component = PointLightClientComponent()
renderObject = trinity.Tr2InteriorLightSource()
component.renderObject = renderObject
graphicWrappers.Wrap(renderObject)
component.originalPrimaryLighting = bool(state['primaryLighting'])
component.performanceLevel = state['performanceLevel']
renderObject.SetColor((state['red'], state['green'], state['blue']))
renderObject.SetRadius(state['radius'])
renderObject.SetFalloff(state['falloff'])
renderObject.shadowImportance = state['shadowImportance']
renderObject.primaryLighting = bool(state['primaryLighting'])
renderObject.affectTransparentObjects = bool(state['affectTransparentObjects'])
renderObject.shadowResolution = int(state['shadowResolution'])
renderObject.shadowCasterTypes = int(state['shadowCasterTypes'])
renderObject.projectedTexturePath = state['projectedTexturePath'].encode()
renderObject.importanceScale = state['importanceScale']
renderObject.importanceBias = state['importanceBias']
renderObject.enableShadowLOD = bool(state['enableShadowLOD'])
renderObject.specularIntensity = float(state.get('specularIntensity', '1'))
renderObject.useKelvinColor = bool(state['useKelvinColor'])
customMaterialResPath = state.get('customMaterialPath', '')
if customMaterialResPath != '':
renderObject.customMaterial = trinity.Load(customMaterialResPath)
renderObject.useKelvinColor = bool(state['useKelvinColor'])
if renderObject.useKelvinColor:
renderObject.kelvinColor.temperature = state['temperature']
renderObject.kelvinColor.tint = state['tint']
renderObject.kelvinColor.whiteBalance = int(state['whiteBalance'])
component.originalShadowCasterTypes = renderObject.shadowCasterTypes
component.renderObject.name = self.GetName(state['_spawnID'])
return component
def CreateScene3d(tex):
scene = trinity.Tr2InteriorScene()
room = trinity.Load(
'res:/Graphics/Interior/Unique/Test/Test1/Test1WodInteriorStatic.red')
cell = trinity.Tr2InteriorCell()
scene.cells.append(cell)
room.rotation = (0.0, -0.44663557410240173, 0.0, 0.8947159647941589)
scene.sunDirection = (0.4367, -0.3684, 0.8207)
scene.shadowCubeMap.enabled = True
lightSource = trinity.Tr2InteriorLightSource()
lightSource.radius = 12.0
lightSource.falloff = 0.6
lightSource.position = (1.308, 1.7335, 1.4637)
lightSource.color = (306.0 / 255.0, 238.79999999999998 / 255.0,
212.4 / 255.0)
scene.AddLightSource(lightSource)
lightSource = trinity.Tr2InteriorLightSource()
lightSource.radius = 12.0
lightSource.falloff = 0.6
lightSource.position = (1.7305, 2.0731, -1.7867)
lightSource.color = (266.4 / 255.0, 279.59999999999997 / 255.0,
306.0 / 255.0)
scene.AddLightSource(lightSource)
lightSource = trinity.Tr2InteriorLightSource()
lightSource.radius = 12.0
lightSource.falloff = 0.6
lightSource.position = (-1.7793, 1.016, 0.1315)
lightSource.color = (115.19999999999999 / 255.0, 147.6 / 255.0,
222.0 / 255.0)
scene.AddLightSource(lightSource)
scene.sunDiffuseColor = (44.0 / 255.0, 35.0 / 255.0, 35.0 / 255.0, 1.0)
scene.ambientColor = (0.0 / 255.0, 0.0 / 255.0, 0.0 / 255.0)
screen = trinity.Tr2InteriorPlaceable()
screen.placeableResPath = 'res:/Graphics/Placeable/UI/SimpleQuad/SimpleQuad.red'
texParams = screen.placeableRes.Find('trinity.TriTexture2DParameter')
diffuseMap = None
for each in texParams:
if each.name == 'DiffuseMap':
diffuseMap = each
break
if diffuseMap:
diffuseMap.SetResource(tex)
screen.translation = (1, 2, 0)
screen.rotation = geo2.QuaternionRotationSetYawPitchRoll(-0.6, 0.3, 0.1)
scene.AddDynamic(screen)
return (scene, screen)
def CreateEmptyScene():
scene = trinity.Tr2InteriorScene()
cell = trinity.Tr2InteriorCell()
cell.isUnbounded = True
scene.cells.append(cell)
light1 = trinity.Tr2InteriorLightSource()
light1.radius = 100.0
light1.position = (0.0, 15.0, 50.0)
scene.lights.append(light1)
light2 = trinity.Tr2InteriorLightSource()
light2.radius = 100.0
light2.position = (0.0, 15.0, -50.0)
scene.lights.append(light2)
light3 = trinity.Tr2InteriorLightSource()
light3.radius = 100.0
light3.position = (50.0, 15.0, 0.0)
scene.lights.append(light3)
return scene
def CreateComponent(self, name, state):
component = SpotLightClientComponent()
renderObject = trinity.Tr2InteriorLightSource()
component.renderObject = renderObject
graphicWrappers.Wrap(renderObject)
component.originalPrimaryLighting = bool(state['primaryLighting'])
component.originalSecondaryLighting = bool(state['secondaryLighting'])
component.performanceLevel = state['performanceLevel']
renderObject.SetColor((state['red'], state['green'], state['blue']))
renderObject.SetRadius(state['radius'])
renderObject.coneDirection = (state['coneDirectionX'],
state['coneDirectionY'],
state['coneDirectionZ'])
renderObject.coneAlphaInner = state['coneAlphaInner']
renderObject.coneAlphaOuter = state['coneAlphaOuter']
renderObject.SetFalloff(state['falloff'])
renderObject.shadowImportance = state['shadowImportance']
renderObject.primaryLighting = bool(state['primaryLighting'])
renderObject.secondaryLighting = bool(state['secondaryLighting'])
renderObject.secondaryLightingMultiplier = state[
'secondaryLightingMultiplier']
renderObject.affectTransparentObjects = bool(
state['affectTransparentObjects'])
renderObject.shadowResolution = int(state['shadowResolution'])
renderObject.shadowCasterTypes = int(state['shadowCasterTypes'])
renderObject.projectedTexturePath = state[
'projectedTexturePath'].encode()
renderObject.isStatic = bool(state['isStatic'])
renderObject.importanceScale = state['importanceScale']
renderObject.importanceBias = state['importanceBias']
renderObject.enableShadowLOD = bool(state['enableShadowLOD'])
renderObject.specularIntensity = float(
state.get('specularIntensity', '1'))
renderObject.useKelvinColor = bool(state['useKelvinColor'])
customMaterialResPath = state.get('customMaterialPath', '')
if customMaterialResPath != '':
renderObject.customMaterial = trinity.Load(customMaterialResPath)
if renderObject.useKelvinColor:
renderObject.kelvinColor.temperature = state['temperature']
renderObject.kelvinColor.tint = state['tint']
renderObject.kelvinColor.whiteBalance = int(state['whiteBalance'])
component.originalShadowCasterTypes = renderObject.shadowCasterTypes
component.useBoundingBox = bool(state['useBoundingBox'])
if component.useBoundingBox:
component.bbPos = util.UnpackStringToTuple(state['bbPos'])
component.bbRot = util.UnpackStringToTuple(state['bbRot'])
component.bbScale = util.UnpackStringToTuple(state['bbScale'])
renderObject.boundingBox = trinity.Tr2InteriorOrientedBoundingBox()
component.renderObject.name = self.GetName(state['_spawnID'])
return component