def mapSceneLighting(scn, object=None, res=(1024, 1024), border=1):
"""
Create a lightmap for a scene with one or multiple lights.
This happens by adding the lightmaps produced by each light,
plus the scene ambience.
"""
if object is None:
object = G.app.selectedHuman
objrot = G.app.modelCamera.getRotation()
def calcLightPos(light):
return tuple(
matrix.transform3(
matrix.rotx(-objrot[0]) * matrix.roty(-objrot[1]) *
matrix.rotz(-objrot[2]), light.position))
def getLightmap(light):
lmap = mapLighting(calcLightPos(light), object.mesh, res, border)
return image_operations.Image(data=lmap.data * light.color.values)
progress = Progress(1 + len(scn.lights))
# Ambience
lmap = image_operations.colorAsImage(
(scn.environment.ambience * object.material.diffuseColor).values, None,
*res)
if (object.material.shaderConfig['ambientOcclusion']
and not object.material.aoMapTexture is None):
aomap = image_operations.Image(data=object.material.aoMapTexture)
aomap = image_operations.resized(aomap, *lmap.size)
lmap = image_operations.multiply(
lmap,
image_operations.mix(aomap, image_operations.getWhite(lmap),
object.material.aoMapIntensity))
progress.step()
# Lights
if (scn.lights):
amb = lmap
lmap = getLightmap(scn.lights[0]).data
progress.step()
for light in scn.lights[1:]:
lmap = image_operations.mixData(lmap,
getLightmap(light).data, 1, 1)
progress.step()
lmap = image_operations.Image(data=lmap)
if len(scn.lights) > 1:
lmap = image_operations.normalize(lmap)
# Ambience calculation function: lmap = lmap + (1 - lmap) * amb
lmap = image_operations.mix(
lmap, image_operations.multiply(image_operations.invert(lmap),
amb), 1, 1)
return lmap
def mapSceneLighting(scn, object = None, res = (1024, 1024), border = 1):
"""
Create a lightmap for a scene with one or multiple lights.
This happens by adding the lightmaps produced by each light,
plus the scene ambience.
"""
if object is None:
object = G.app.selectedHuman
objrot = G.app.modelCamera.getRotation()
def calcLightPos(light):
return tuple(
matrix.transform3(
matrix.rotx(-objrot[0]) *
matrix.roty(-objrot[1]) *
matrix.rotz(-objrot[2]),
light.position))
def getLightmap(light):
lmap = mapLighting(calcLightPos(light), object.mesh, res, border)
return image_operations.Image(data = lmap.data * light.color.values)
progress = Progress(1 + len(scn.lights))
# Ambience
lmap = image_operations.colorAsImage(
(scn.environment.ambience * object.material.diffuseColor).values, None, *res)
if (object.material.shaderConfig['ambientOcclusion']
and not object.material.aoMapTexture is None):
aomap = image_operations.Image(data = object.material.aoMapTexture)
aomap = image_operations.resized(aomap, *lmap.size)
lmap = image_operations.multiply(lmap, image_operations.mix(
aomap, image_operations.getWhite(lmap), object.material.aoMapIntensity))
progress.step()
# Lights
if scn.lights:
amb = lmap
lmap = getLightmap(scn.lights[0]).data
progress.step()
for light in scn.lights[1:]:
lmap = image_operations.mixData(lmap, getLightmap(light).data, 1, 1)
progress.step()
lmap = image_operations.Image(data = lmap)
if len(scn.lights) > 1:
lmap = image_operations.normalize(lmap)
# Ambience calculation function: lmap = lmap + (1 - lmap) * amb
lmap = image_operations.mix(
lmap, image_operations.multiply(
image_operations.invert(lmap), amb), 1, 1)
return lmap