def AdjustmentBlendObject(obj):
take = FBSystem().CurrentTake
if take.GetLayerCount() > 1:
poseLayerFCurves = GetObjectFCurvesForLayer(obj,
take.GetLayerCount() - 1)
baseLayerFCurves = GetObjectFCurvesForLayer(obj, 0)
for i in range(len(poseLayerFCurves)):
poseFCurve = poseLayerFCurves[i]
keys = poseFCurve.Keys
if len(keys) > 1:
keyPairsList = GetKeyPairsFromFCurve(keys)
for keyPair in keyPairsList:
startTime = keyPair[0]
stopTime = keyPair[1]
startValue = keyPair[2]
stopValue = keyPair[3]
spanValues = EvaluateFCurveForKeyPairTimespan(
baseLayerFCurves[i], startTime, stopTime)
percentageValues, totalBaseLayerChange = GetPercentageOfChangeValues(
spanValues)
totalPoseLayerChange = abs(stopValue - startValue)
previousValue = startValue
for value in percentageValues:
valueDelta = (totalPoseLayerChange / 100.0) * value[1]
if stopValue > startValue:
currentValue = previousValue + valueDelta
else:
currentValue = previousValue - valueDelta
poseLayerFCurves[i].KeyAdd(value[0], currentValue)
previousValue = currentValue
def AdjustmentBlendCharacter(character = None):
if not character:
character = FBApplication().CurrentCharacter
if character:
take = FBSystem().CurrentTake
if take.GetLayerCount() > 1:
characterObjs = GetCharacterEffectorsAndExtensions(character)
for obj in characterObjs:
if obj:
AdjustmentBlendObject(obj)
else:
FBMessageBox("Error...", "No additive layer found. Adjustment blending affects interpolation between keys on the the top most additive layer.", "OK")
else:
FBMessageBox("Error...", "No additive layer found. Adjustment blending affects interpolation between keys on the top most additive layer.", "OK")
def GetLayers():
take = FBSystem().CurrentTake
return [take.GetLayer(i) for i in range(take.GetLayerCount())]