def CreateComponent(self, name, state):
component = DirectionalLightClientComponent()
renderObject = trinity.Tr2InteriorDirectionalLight()
component.renderObject = renderObject
renderObject.color = (state['red'], state['green'], state['blue'])
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'])
component.originalShadowCasterTypes = int(state['shadowCasterTypes'])
renderObject.isStatic = bool(state['isStatic'])
renderObject.specularIntensity = float(state.get('specularIntensity', '1'))
renderObject.useKelvinColor = bool(state['useKelvinColor'])
if renderObject.useKelvinColor:
renderObject.kelvinColor.temperature = state['temperature']
renderObject.kelvinColor.tint = state['tint']
renderObject.kelvinColor.whiteBalance = int(state['whiteBalance'])
renderObject.useExplicitBounds = bool(state['useExplicitBounds'])
if renderObject.useExplicitBounds:
renderObject.explicitBoundsMin = util.UnpackStringToTuple(state['explicitBoundsMin'])
renderObject.explicitBoundsMax = util.UnpackStringToTuple(state['explicitBoundsMax'])
renderObject.LODDistribution = state['LODDistribution']
renderObject.shadowLODs = state['shadowLODs']
renderObject.LODBlendRegion = state['LODBlendRegion']
renderObject.direction = util.UnpackStringToTuple(state['direction'])
component.renderObject.name = self.GetName(state['_spawnID'])
return component
def CreateComponent(self, name, state):
component = ShipHologramComponent()
if 'positionOffset' in state:
component.positionOffset = util.UnpackStringToTuple(state['positionOffset'])
if 'spotlightOrigin' in state:
component.spotlightOrigin = util.UnpackStringToTuple(state['spotlightOrigin'])
if 'color' in state:
component.color = util.UnpackStringToTuple(state['color'])
if 'shipTargetSize' in state:
component.shipTargetSize = state['shipTargetSize']
return component
def CreateComponent(self, name, state):
component = LensFlareComponent()
if 'redFile' in state:
component.redFile = state['redFile']
if 'positionOffset' in state:
component.positionOffset = util.UnpackStringToTuple(
state['positionOffset'])
if 'color' in state:
component.color = util.UnpackStringToTuple(state['color'])
if 'occluderSize' in state:
component.occluderSize = state['occluderSize']
return component
def CreateComponent(self, name, state):
component = LoadedLightClientComponent()
component.resPath = state['resPath']
component.renderObject = blue.resMan.LoadObject(component.resPath)
component.renderObject.name = self.GetName(state['_spawnID'])
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'])
component.renderObject.boundingBox = trinity.Tr2InteriorOrientedBoundingBox(
)
return component
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
def CreateComponent(self, name, state):
c = GameWorld.BoundingVolumeComponent()
try:
if isinstance(state['min'], str):
c.minExtends = util.UnpackStringToTuple(state['min'])
else:
c.minExtends = state['min']
if isinstance(state['max'], str):
c.maxExtends = util.UnpackStringToTuple(state['max'])
else:
c.maxExtends = state['max']
except KeyError:
sys.exc_clear()
return c
def CreateComponent(self, name, state):
component = InteriorPlaceableClientComponent()
if 'graphicID' in state:
component.graphicID = state['graphicID']
else:
self.LogError(
'interiorPlaceable Component requires graphicID in its state')
component.graphicID = 0
if 'overrideMetaMaterialPath' in state:
component.overrideMetaMaterialPath = state[
'overrideMetaMaterialPath']
else:
component.overrideMetaMaterialPath = None
if 'minSpecOverideMetaMaterialPath' in state:
component.minSpecOverideMetaMaterialPath = state[
'minSpecOverideMetaMaterialPath']
else:
component.minSpecOverideMetaMaterialPath = None
if 'probeOffsetX' in state and 'probeOffsetY' in state and 'probeOffsetZ' in state:
component.probeOffset = (float(state['probeOffsetX']),
float(state['probeOffsetY']),
float(state['probeOffsetZ']))
else:
component.probeOffset = (0, 0, 0)
component.depthOffset = float(state.get('depthOffset', 0))
component.scale = util.UnpackStringToTuple(state['scale'])
return component
def CreateComponent(self, name, state):
component = ParticleObjectComponent()
if 'redFile' in state:
component.redFile = state['redFile']
if 'positionOffset' in state:
component.positionOffset = util.UnpackStringToTuple(
state['positionOffset'])
if 'shBoundsMin' in state:
component.shBoundsMin = util.UnpackStringToTuple(
state['shBoundsMin'])
if 'shBoundsMax' in state:
component.shBoundsMax = util.UnpackStringToTuple(
state['shBoundsMax'])
component.depthOffset = float(state.get('depthOffset', 0))
component.maxParticleRadius = float(state.get('maxParticleRadius', 0))
return component
def CreateComponent(self, name, state):
"""
Creates a new component and trinity light source.
"""
component = CylinderLightClientComponent()
renderObject = trinity.Tr2InteriorCylinderLight()
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.SetLength(state['length'])
renderObject.SetFalloff(state['falloff'])
if 'sectorAngleOuter' in state:
renderObject.sectorAngleOuter = float(state['sectorAngleOuter'])
if 'sectorAngleInner' in state:
renderObject.sectorAngleInner = float(state['sectorAngleInner'])
renderObject.primaryLighting = bool(state['primaryLighting'])
renderObject.secondaryLighting = bool(state['secondaryLighting'])
renderObject.secondaryLightingMultiplier = state[
'secondaryLightingMultiplier']
renderObject.projectedTexturePath = state[
'projectedTexturePath'].encode()
renderObject.isStatic = bool(state['isStatic'])
renderObject.specularIntensity = float(
state.get('specularIntensity', '1'))
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.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()
if '_spawnID' in state:
component.renderObject.name = self.GetName(state['_spawnID'])
return component
def CreateComponent(self, name, state):
component = ProximityTriggerComponent()
if 'radius' in state:
component.radius = state['radius']
elif 'dimensions' in state:
if type(state['dimensions']) == type(str()):
component.dimensions = util.UnpackStringToTuple(state['dimensions'], float)
else:
component.dimensions = state['dimensions']
else:
self.LogError('Unknown trigger shape')
return None
if 'relativepos' in state:
if type(state['relativepos']) == type(str()):
component.relativePosition = util.UnpackStringToTuple(state['relativepos'], float)
else:
component.relativePosition = state['relativepos']
else:
component.relativePosition = (0, 0, 0)
return component
