public void InitializePose(Pose.CGfxSkeletonPose pose)
{
OutPose = pose.Clone();
mMeshSpaceBasePose = pose.Clone();
AdditiveNode?.InitializePose(pose);
BaseNode?.InitializePose(pose);
}
// This class sets the parents of all of the nodes as it traverses the AST.
// Technically that step could be skipped to increase compile times
// (though I saw almost no increase in time after making the change)
// it allows for some extra optimizations while compiling.
// In addition, to makes sure all of the code is correct
// e.g. break and continue are used within loops.
// It also determines which variables need to be captured for use
// within a lambda.
// Todo: Have Resolver determine if a script returns on all branches.
// If not, add a ReturnNode at the end of any ScriptNode so
// the compiler doesn't have to.
// This should also allow for some dead code eleminatation,
// which will help with output size to some degree.
public void Visit(AdditiveNode additive)
{
additive.Left.Parent = additive;
additive.Right.Parent = additive;
additive.Left.Accept(this);
additive.Right.Accept(this);
}
public void InitializePose(Pose.CGfxSkeletonPose pose)
{
OutPose = pose.Clone();
mAddPose = pose.Clone();
mRefPose = pose.Clone();
AdditiveNode?.InitializePose(pose);
RefNode?.InitializePose(pose);
}
public void Evaluate(float timeInSecond)
{
if (RefNode == null || AdditiveNode == null)
{
Bricks.Animation.Runtime.CGfxAnimationRuntime.ZeroPose(OutPose);
return;
}
RefNode.Evaluate(timeInSecond);
AdditiveNode.Evaluate(timeInSecond);
Bricks.Animation.Runtime.CGfxAnimationRuntime.CopyPoseAndConvertRotationToMeshSpace(mAddPose, AdditiveNode.OutPose);
Bricks.Animation.Runtime.CGfxAnimationRuntime.CopyPoseAndConvertRotationToMeshSpace(mRefPose, RefNode.OutPose);
Bricks.Animation.Runtime.CGfxAnimationRuntime.MinusPose(OutPose, mRefPose, mAddPose);
}
public void Evaluate(float timeInSecond)
{
BaseNode?.Evaluate(timeInSecond);
AdditiveNode?.Evaluate(timeInSecond);
if (AdditiveNode == null && BaseNode != null)
{
Bricks.Animation.Runtime.CGfxAnimationRuntime.CopyPose(OutPose, BaseNode.OutPose);
return;
}
if (AdditiveNode != null && BaseNode == null)
{
Bricks.Animation.Runtime.CGfxAnimationRuntime.CopyPose(OutPose, AdditiveNode.OutPose);
}
Bricks.Animation.Runtime.CGfxAnimationRuntime.CopyPoseAndConvertRotationToMeshSpace(mMeshSpaceBasePose, BaseNode.OutPose);
if (EvaluateAlpha != null)
{
Bricks.Animation.Runtime.CGfxAnimationRuntime.AddPose(OutPose, mMeshSpaceBasePose, AdditiveNode.OutPose, EvaluateAlpha.Invoke());
}
else
{
Bricks.Animation.Runtime.CGfxAnimationRuntime.AddPose(OutPose, mMeshSpaceBasePose, AdditiveNode.OutPose, 1);
}
Bricks.Animation.Runtime.CGfxAnimationRuntime.ConvertRotationToLocalSpace(OutPose);
}
public void Notifying(GamePlay.Component.GComponent component)
{
BaseNode?.Notifying(component);
AdditiveNode?.Notifying(component);
}
public AdditiveCompiler(AdditiveNode node)
{
this.node = node;
}
