def GetRenderTarget(self, renderTargetFormat, width, height, locked = False):
i = 0
hashKey = self.__Hash(renderTargetFormat, width, height, i)
while self.lockedTargets.get(hashKey):
i += 1
hashKey = self.__Hash(renderTargetFormat, width, height, i)
rt = self.targets.get(hashKey)
if rt and locked:
self.lockedTargets[hashKey] = rt
reapTasklet = None
while not rt:
try:
rt = trinity.Tr2RenderTarget(width, height, 1, renderTargetFormat)
self.targets[hashKey] = rt
if locked:
self.lockedTargets[hashKey] = rt
reapTasklet = uthread.new(self.Reaper_t, hashKey).context = 'RenderTargetMananger::Reaper'
except (trinity.E_OUTOFMEMORY, trinity.D3DERR_OUTOFVIDEOMEMORY):
raise
except trinity.DeviceLostError:
rt = None
blue.synchro.SleepWallclock(100)
sleepCycles = self.targetsSleepCycles.get(hashKey, 0)
self.targetsSleepCycles[hashKey] = sleepCycles + 1
if reapTasklet:
uthread.schedule(reapTasklet)
return rt
def GetRenderTarget(self, renderTargetFormat, width, height, locked=False):
i = 0
hashKey = self.__Hash(renderTargetFormat, width, height, i)
while self.lockedTargets.get(hashKey):
i += 1
hashKey = self.__Hash(renderTargetFormat, width, height, i)
rt = self.targets.get(hashKey)
if rt and locked:
self.lockedTargets[hashKey] = rt
reapTasklet = None
while not rt:
try:
rt = trinity.Tr2RenderTarget(width, height, 1,
renderTargetFormat)
self.targets[hashKey] = rt
if locked:
self.lockedTargets[hashKey] = rt
reapTasklet = uthread.new(
self.Reaper_t,
hashKey).context = 'RenderTargetMananger::Reaper'
except (trinity.E_OUTOFMEMORY, trinity.D3DERR_OUTOFVIDEOMEMORY):
raise
except trinity.DeviceLostError:
rt = None
blue.synchro.SleepWallclock(100)
sleepCycles = self.targetsSleepCycles.get(hashKey, 0)
self.targetsSleepCycles[hashKey] = sleepCycles + 1
if reapTasklet:
uthread.schedule(reapTasklet)
return rt
def Execute(self, callBack=None):
"""
Executs this test in a tasklet.
Side-effect: Clears any previous test results
"""
self.results.clear()
self.testTasklet = uthread.new(self.Execute_t, callBack)
uthread.schedule(self.testTasklet)
def CreateTargetAvatarFromDoll(self, doll):
self.doingAvatar = True
self.__CreateNudeAvatar(doll)
def PrepareAvatar_t():
try:
self.SetShader_t(self.__avatar, [], BK_SHADERRES, False)
finally:
self.doingAvatar = False
self.avatarShaderSettingTasklet = uthread.new(PrepareAvatar_t)
uthread.schedule(self.avatarShaderSettingTasklet)
def ApplyShaders(self, doll, meshes):
self.wrinkleFx = []
if not meshes:
return
skinSpotLightShadowsActive = PD.SkinSpotLightShadows.instance is not None
skinLightmapRendererActive = doll.skinLightmapRenderer is not None
tasklets = []
asyncMeshes = {}
def DoClothMesh(mesh):
isHair = False
isHair = self.BindClothShaders(mesh, doll, isHair)
if type(mesh.effect) == trinity.Tr2Effect:
loadingResources = []
if mesh.effect and type(mesh.effect) == trinity.Tr2Effect:
loadingResources.append(mesh.effect.effectResource)
if mesh.effectReversed:
loadingResources.append(mesh.effectReversed.effectResource)
PD.WaitForAll(loadingResources, lambda x: x.isLoading)
if mesh.effect:
mesh.effect.PopulateParameters()
if mesh.effectReversed:
mesh.effectReversed.PopulateParameters()
if PD.SkinSpotLightShadows.instance is not None:
PD.SkinSpotLightShadows.instance.CreateEffectParamsForMesh(mesh, isClothMesh=True)
if isHair and hasattr(mesh, 'useTransparentBatches'):
mesh.useTransparentBatches = True
for mesh in iter(meshes):
if type(mesh) is trinity.Tr2ClothingActor:
t = uthread.new(DoClothMesh, mesh)
else:
if skinSpotLightShadowsActive or skinLightmapRendererActive:
asyncMeshes[mesh] = False
if PD.DOLL_PARTS.HEAD in mesh.name:
t = uthread.new(self.SetInteriorShader, *(asyncMeshes,
mesh,
self.wrinkleFx,
doll))
else:
t = uthread.new(self.SetInteriorShader, *(asyncMeshes,
mesh,
None,
doll))
tasklets.append(t)
uthread.schedule(t)
PD.WaitForAll(tasklets, lambda x: x.alive)
for mesh in asyncMeshes.iterkeys():
if skinSpotLightShadowsActive:
PD.SkinSpotLightShadows.instance.CreateEffectParamsForMesh(mesh)
if skinLightmapRendererActive and asyncMeshes[mesh]:
doll.skinLightmapRenderer.BindLightmapShader(mesh)
def CreateTargetAvatarFromDoll(self, doll):
self.doingAvatar = True
self.__CreateNudeAvatar(doll)
def PrepareAvatar_t():
try:
self.SetShader_t(self.__avatar, [], BK_SHADERRES, False)
finally:
self.doingAvatar = False
self.avatarShaderSettingTasklet = uthread.new(PrepareAvatar_t)
uthread.schedule(self.avatarShaderSettingTasklet)
def ApplyShaders(self, doll, meshes):
self.wrinkleFx = []
if not meshes:
return
skinSpotLightShadowsActive = lambda : SkinSpotLightShadows.instance is not None
skinLightmapRendererActive = lambda : doll.skinLightmapRenderer is not None
tasklets = []
asyncMeshes = {}
def DoClothMesh(mesh):
isHair = False
isHair = self.BindClothShaders(mesh, doll, isHair)
if type(mesh.effect) == trinity.Tr2Effect:
loadingResources = []
if mesh.effect and type(mesh.effect) == trinity.Tr2Effect:
loadingResources.append(mesh.effect.effectResource)
if mesh.effectReversed:
loadingResources.append(mesh.effectReversed.effectResource)
pdCf.WaitForAll(loadingResources, lambda x: x.isLoading)
if mesh.effect:
mesh.effect.PopulateParameters()
if mesh.effectReversed:
mesh.effectReversed.PopulateParameters()
if SkinSpotLightShadows.instance is not None:
SkinSpotLightShadows.instance.CreateEffectParamsForMesh(mesh, isClothMesh=True)
if isHair and hasattr(mesh, 'useTransparentBatches'):
mesh.useTransparentBatches = True
for mesh in iter(meshes):
if type(mesh) is trinity.Tr2ClothingActor:
t = uthread.new(DoClothMesh, mesh)
else:
if skinSpotLightShadowsActive() or skinLightmapRendererActive():
asyncMeshes[mesh] = False
if pdDef.DOLL_PARTS.HEAD in mesh.name:
t = uthread.new(self.SetInteriorShader, *(asyncMeshes,
mesh,
self.wrinkleFx,
doll))
else:
t = uthread.new(self.SetInteriorShader, *(asyncMeshes,
mesh,
None,
doll))
tasklets.append(t)
uthread.schedule(t)
pdCf.WaitForAll(tasklets, lambda x: x.alive)
for mesh in asyncMeshes.iterkeys():
if skinSpotLightShadowsActive():
SkinSpotLightShadows.instance.CreateEffectParamsForMesh(mesh)
if skinLightmapRendererActive() and asyncMeshes[mesh]:
doll.skinLightmapRenderer.BindLightmapShader(mesh)
def RunSymmetricalSingleDollLODTest(coldCache=True,
iterations=20,
respaths=None,
printStatistics=True):
def fun():
results = PerformanceTestResults()
key = 'Loading Factory'
results.PunchIn(key)
sTime = blue.os.GetWallclockTime()
factory = PD.Factory()
if respaths:
factory.clothSimulationActive = True
factory.WaitUntilLoaded()
eTime = blue.os.GetWallclockTime()
results.PunchOut(key)
scene = SetupScene(usePrepass=True)
onTestExecution = None
if respaths:
respathsIterator = itertools.cycle(respaths)
def onTestExecution(x):
x.resPath = respathsIterator.next()
try:
bm = Benchmarker(factory, scene, usePrepass=True)
bm.clearCacheOnEachIteration = coldCache
bm.iterations = iterations
test0 = SingleDollTest(0, 2)
bm.SetTest(test0)
bm.ExecuteTest(onTestExecution)
if printStatistics:
import pprint
pprint.pprint(bm.GetAnalyzedResults())
test1 = SingleDollTest(2, 0)
bm.SetTest(test1)
bm.ExecuteTest(onTestExecution)
if printStatistics:
pprint.pprint(bm.GetAnalyzedResults())
pprint.pprint(results)
finally:
trinity.renderJobs.UnscheduleByName(DEFAULT_PREPASS_RENDERJOB_NAME)
testTasklet = uthread.new(fun)
uthread.schedule(testTasklet)
try:
while testTasklet.alive:
PD.Yield()
except RuntimeError:
PD.BeFrameNice()
def RunCrowdSpawnTest(coldCache=True,
iterations=20,
respaths=None,
maxLodQueueActive=1,
debugMode=False,
nrPerLod=None):
def fun():
results = PerformanceTestResults()
key = 'Loading Factory'
results.PunchIn(key)
sTime = blue.os.GetWallclockTime()
factory = PD.Factory()
if respaths:
factory.clothSimulationActive = True
factory.WaitUntilLoaded()
eTime = blue.os.GetWallclockTime()
results.PunchOut(key)
scene = SetupScene(usePrepass=True)
onTestExecution = None
try:
import pprint
bm = Benchmarker(factory, scene, usePrepass=True)
bm.clearCacheOnEachIteration = coldCache
bm.iterations = 1 if debugMode else iterations
totalDolls = sum(nrPerLod) if nrPerLod else 32
lod0Dolls = nrPerLod[0] if nrPerLod else 8
lod1Dolls = nrPerLod[1] if nrPerLod else 8
test0 = MultiDollTest(totalDolls,
lod0Dolls,
lod1Dolls,
maxLodQueueActive=1,
resPaths=respaths,
debugMode=debugMode)
bm.SetTest(test0)
bm.ExecuteTest(onTestExecution)
pprint.pprint(bm.GetAnalyzedResults())
finally:
if not debugMode:
trinity.renderJobs.UnscheduleByName(
DEFAULT_PREPASS_RENDERJOB_NAME)
testTasklet = uthread.new(fun)
uthread.schedule(testTasklet)
try:
while testTasklet.alive:
PD.Yield()
except RuntimeError:
PD.BeFrameNice()
def RunSymmetricalSingleDollLODTest(coldCache = True, iterations = 20, respaths = None, printStatistics = True):
def fun():
results = PerformanceTestResults()
key = 'Loading Factory'
results.PunchIn(key)
sTime = blue.os.GetWallclockTime()
factory = PD.Factory()
if respaths:
factory.clothSimulationActive = True
factory.WaitUntilLoaded()
eTime = blue.os.GetWallclockTime()
results.PunchOut(key)
scene = SetupScene(usePrepass=True)
onTestExecution = None
if respaths:
respathsIterator = itertools.cycle(respaths)
def onTestExecution(x):
x.resPath = respathsIterator.next()
try:
bm = Benchmarker(factory, scene, usePrepass=True)
bm.clearCacheOnEachIteration = coldCache
bm.iterations = iterations
test0 = SingleDollTest(0, 2)
bm.SetTest(test0)
bm.ExecuteTest(onTestExecution)
if printStatistics:
import pprint
pprint.pprint(bm.GetAnalyzedResults())
test1 = SingleDollTest(2, 0)
bm.SetTest(test1)
bm.ExecuteTest(onTestExecution)
if printStatistics:
pprint.pprint(bm.GetAnalyzedResults())
pprint.pprint(results)
finally:
trinity.renderJobs.UnscheduleByName(DEFAULT_PREPASS_RENDERJOB_NAME)
testTasklet = uthread.new(fun)
uthread.schedule(testTasklet)
try:
while testTasklet.alive:
PD.Yield()
except RuntimeError:
PD.BeFrameNice()
def RunIncarnaCrowdTest(coldCache=True,
iterations=20,
respaths=None,
maxLodQueueActive=1,
debugMode=False):
def fun():
results = PerformanceTestResults()
key = 'Loading Factory'
results.PunchIn(key)
sTime = blue.os.GetWallclockTime()
factory = PD.Factory()
if respaths:
factory.clothSimulationActive = True
factory.WaitUntilLoaded()
eTime = blue.os.GetWallclockTime()
results.PunchOut(key)
scene = SetupScene(
sceneFile=
'res:/Graphics/Character/Global/DataUsedForTests/referenceEstablishment.red',
usePrepass=True)
onTestExecution = None
try:
import pprint
bm = Benchmarker(factory, scene, usePrepass=True)
bm.clearCacheOnEachIteration = coldCache
bm.iterations = 1 if debugMode else iterations
test0 = MultiDollTest(32,
8,
16,
maxLodQueueActive=1,
resPaths=respaths,
debugMode=debugMode)
bm.SetTest(test0)
bm.ExecuteTest(onTestExecution)
pprint.pprint(bm.GetAnalyzedResults())
finally:
if not debugMode:
trinity.renderJobs.UnscheduleByName(
DEFAULT_PREPASS_RENDERJOB_NAME)
testTasklet = uthread.new(fun)
uthread.schedule(testTasklet)
try:
while testTasklet.alive:
PD.Yield()
except RuntimeError:
PD.BeFrameNice()
def CreateTargetAvatarFromDoll(self, doll):
"""
Creates the target avatar that is used for projecting the decal onto based on the doll instance.
That avatar is completely nude, but matches the doll's blendshapes.
The projection baking shader is then applied to this avatar.
It is enough to set avatar once when baking out multiple decals that will project onto it.
"""
self.doingAvatar = True
self.__CreateNudeAvatar(doll)
def PrepareAvatar_t():
try:
self.SetShader_t(self.__avatar, [], BK_SHADERRES, False)
finally:
self.doingAvatar = False
self.avatarShaderSettingTasklet = uthread.new(PrepareAvatar_t)
uthread.schedule(self.avatarShaderSettingTasklet)
def RunCrowdSpawnTest(coldCache = True, iterations = 20, respaths = None, maxLodQueueActive = 1, debugMode = False, nrPerLod = None):
def fun():
results = PerformanceTestResults()
key = 'Loading Factory'
results.PunchIn(key)
sTime = blue.os.GetWallclockTime()
factory = PD.Factory()
if respaths:
factory.clothSimulationActive = True
factory.WaitUntilLoaded()
eTime = blue.os.GetWallclockTime()
results.PunchOut(key)
scene = SetupScene(usePrepass=True)
onTestExecution = None
try:
import pprint
bm = Benchmarker(factory, scene, usePrepass=True)
bm.clearCacheOnEachIteration = coldCache
bm.iterations = 1 if debugMode else iterations
totalDolls = sum(nrPerLod) if nrPerLod else 32
lod0Dolls = nrPerLod[0] if nrPerLod else 8
lod1Dolls = nrPerLod[1] if nrPerLod else 8
test0 = MultiDollTest(totalDolls, lod0Dolls, lod1Dolls, maxLodQueueActive=1, resPaths=respaths, debugMode=debugMode)
bm.SetTest(test0)
bm.ExecuteTest(onTestExecution)
pprint.pprint(bm.GetAnalyzedResults())
finally:
if not debugMode:
trinity.renderJobs.UnscheduleByName(DEFAULT_PREPASS_RENDERJOB_NAME)
testTasklet = uthread.new(fun)
uthread.schedule(testTasklet)
try:
while testTasklet.alive:
PD.Yield()
except RuntimeError:
PD.BeFrameNice()
def RunIncarnaCrowdTest(coldCache = True, iterations = 20, respaths = None, maxLodQueueActive = 1, debugMode = False):
def fun():
results = PerformanceTestResults()
key = 'Loading Factory'
results.PunchIn(key)
sTime = blue.os.GetWallclockTime()
factory = PD.Factory()
if respaths:
factory.clothSimulationActive = True
factory.WaitUntilLoaded()
eTime = blue.os.GetWallclockTime()
results.PunchOut(key)
scene = SetupScene(sceneFile='res:/Graphics/Character/Global/DataUsedForTests/referenceEstablishment.red', usePrepass=True)
onTestExecution = None
try:
import pprint
bm = Benchmarker(factory, scene, usePrepass=True)
bm.clearCacheOnEachIteration = coldCache
bm.iterations = 1 if debugMode else iterations
test0 = MultiDollTest(32, 8, 16, maxLodQueueActive=1, resPaths=respaths, debugMode=debugMode)
bm.SetTest(test0)
bm.ExecuteTest(onTestExecution)
pprint.pprint(bm.GetAnalyzedResults())
finally:
if not debugMode:
trinity.renderJobs.UnscheduleByName(DEFAULT_PREPASS_RENDERJOB_NAME)
testTasklet = uthread.new(fun)
uthread.schedule(testTasklet)
try:
while testTasklet.alive:
PD.Yield()
except RuntimeError:
PD.BeFrameNice()
def Execute(self, callBack = None):
self.results.clear()
self.testTasklet = uthread.new(self.Execute_t, callBack)
uthread.schedule(self.testTasklet)
def Execute(self, callBack = None):
self.results.clear()
self.testTasklet = uthread.new(self.Execute_t, callBack)
uthread.schedule(self.testTasklet)
