// True if valid.
protected bool setTransformPlayback(TransformRecord transformRecord)
{
if (transformRecord.isValid)
{
isValid = transformRecord.isValid;
positionKey = transformRecord.positionKey;
rotationKey = transformRecord.rotationKey;
return(true);
}
return(false);
}
IEnumerator WriteCurves()
{
float time = 0;
//reset variables
positionKey = new KeyframeVector3();
rotationKey = new KeyframeQuaternion();
scaleKey = new KeyframeVector3();
float removeTime = 0;
while( recording == true )
{
time = RePlayTimeline.SELF.CurrentTime();
//remove keyframes that are not within timeframe
removeTime += keyframeInterval;
if( removeTime > 1 )
{
CheckMaxTime(time);
removeTime = 0;
}
//position
if( recordPosition == true )
{
positionKey.AddKeyframe( transform.position, time );
}
//rotation
if( recordRotation == true )
{
rotationKey.AddKeyframe( transform.rotation, time );
}
//scale
if( recordScale == true )
{
scaleKey.AddKeyframe( transform.localScale, time );
}
yield return new WaitForSeconds( keyframeInterval );
}
//remove keyframes that are not within timeframe
CheckMaxTime(RePlayTimeline.SELF.CurrentTime());
//when recording stops, write to curves
if( recordPosition == true )
{
positionKey.SetCurves();
}
if( recordRotation == true )
{
rotationKey.SetCurves();
}
if( recordScale == true )
{
scaleKey.SetCurves();
}
yield return null;
}
