Public Member Functions
	cAnimationTrack (const tString &asName, tAnimTransformFlag aTransformFlags, cAnimation *apParent)

void	ResizeKeyFrames (int alSize)

cKeyFrame *	CreateKeyFrame (float afTime)

cKeyFrame *	GetKeyFrame (int alIndex)

int	GetKeyFrameNum ()

tAnimTransformFlag	GetTransformFlags ()

void	ApplyToNode (cNode3D *apNode, float afTime, float afWeight)

cKeyFrame	GetInterpolatedKeyFrame (float afTime)

float	GetKeyFramesAtTime (float afTime, cKeyFrame apKeyFrameA, cKeyFrame apKeyFrameB)

const char *	GetName ()

void	SetNodeIndex (int alIndex)

int	GetNodeIndex ()

Member Function Documentation

◆ CreateKeyFrame()

cKeyFrame* hpl::cAnimationTrack::CreateKeyFrame ( float afTime )

Creates a new key frame. These should be added in sequential order.

Parameters

afTime the time for the key frame.

void hpl::cAnimationTrack::ApplyToNode	(	cNode3D *	apNode,
		float	afTime,
		float	afWeight
	)

Apply the animation to a node. The method uses Node->AddXXX() so Update matrix must be called for the transformation to be applied.

Parameters

apNode	The node with it's base pose
afTime	The time at which to apply the animation
afWeight	The weight of the animation, a value from 0 to 1.

cKeyFrame hpl::cAnimationTrack::GetInterpolatedKeyFrame ( float afTime )

Get a KeyFrame that contains an interpolated value.

Parameters

afTime The time from wihcih to create the keyframe.

float hpl::cAnimationTrack::GetKeyFramesAtTime	(	float	afTime,
		cKeyFrame **	apKeyFrameA,
		cKeyFrame **	apKeyFrameB
	)

Gets key frames between for a specific time.

Parameters

afTime	The time
&apKeyFrameA	The frame that is equal to or before time
&apKeyFrameB	The frame that is after time.

Returns: Weight of the different frames. 0 = 100% A, 1 = 100% B 0.5 = 50% A and 50% B

The documentation for this class was generated from the following file: