public void setKeyframe(float frame)
{
CodeBehind.ShapeEditor.ShapeEdSeqSlider ShapeEdSeqSlider = "ShapeEdSeqSlider";
CodeBehind.ShapeEditor.ShapeEdThreadSlider ShapeEdThreadSlider = "ShapeEdThreadSlider";
CodeBehind.ShapeEditor ShapeEditor = "ShapeEditor";
CodeBehind.ShapeEditor.ShapeEdShapeView ShapeEdShapeView = "ShapeEdShapeView";
CodeBehind.ShapeEditor.ShapeEdThreadWindow ShapeEdThreadWindow = "ShapeEdThreadWindow";
GuiPopUpMenuCtrl transitionTo = ShapeEdThreadWindow.FOT("transitionTo");
ShapeEdSeqSlider.setValue(frame, true);
if (transitionTo.getText() == "synched position")
{
ShapeEdThreadSlider.setValue(frame, true);
}
// Update the position of the active thread => if outside the in/out range,
// need to switch to the proxy sequence
if (!this.usingProxySeq)
{
if ((frame < this.seqStartFrame) || (frame > this.seqEndFrame))
{
this.usingProxySeq = true;
string proxyName = ShapeEditor.getProxyName(ShapeEdShapeView.getThreadSequence());
ShapeEdShapeView.setThreadSequence(proxyName, 0, 0, false);
}
}
ShapeEdShapeView["threadPos"] = this.keyframeToThreadPos(frame).AsString();
}
public void setSequence(string seqName)
{
CodeBehind.ShapeEditor.ShapeEdThreadWindow ShapeEdThreadWindow = "ShapeEdThreadWindow";
GuiCheckBoxCtrl useTransitions = ShapeEdThreadWindow.FOT("useTransitions");
GuiTextEditCtrl transitionTime = ShapeEdThreadWindow.FOT("transitionTime");
GuiPopUpMenuCtrl transitionTo = ShapeEdThreadWindow.FOT("transitionTo");
GuiPopUpMenuCtrl transitionTarget = ShapeEdThreadWindow.FOT("transitionTarget");
CodeBehind.ShapeEditor.ShapeEdThreadSlider ShapeEdThreadSlider = "ShapeEdThreadSlider";
CodeBehind.ShapeEditor.ShapeEdShapeView ShapeEdShapeView = "ShapeEdShapeView";
CodeBehind.ShapeEditor ShapeEditor = "ShapeEditor";
float transPos;
float transTime;
bool transPlay;
this.usingProxySeq = false;
if (useTransitions.getValue().AsBool())
{
transTime = transitionTime.getText().AsFloat();
if (transitionTo.getText() == "synched position")
{
transPos = -1;
}
else
{
transPos = this.keyframeToThreadPos(ShapeEdThreadSlider.getValue());
}
transPlay = (transitionTarget.getText() == "plays during transition");
}
else
{
transTime = 0;
transPos = 0;
transPlay = false;
}
// No transition when sequence is not changing
if (seqName == ShapeEdShapeView.getThreadSequence())
{
transTime = 0;
}
if (seqName != "")
{
// To be able to effectively scrub through the animation, we need to have all
// frames available, even if it was added with only a subset. If that is the
// case, then create a proxy sequence that has all the frames instead.
string sourceData = ShapeEditor.getSequenceSource(seqName);
string from = Util.rtrim(Util.getFields(sourceData, 0, 1));
int startFrame = Util.getField(sourceData, 2).AsInt();
int endFrame = Util.getField(sourceData, 3).AsInt();
int frameCount = Util.getField(sourceData, 4).AsInt();
if ((startFrame != 0) || (endFrame != (frameCount - 1)))
{
string proxyName = ShapeEditor.getProxyName(seqName);
if (ShapeEditor.shape.getSequenceIndex(proxyName) != -1)
{
ShapeEditor.shape.removeSequence(proxyName);
ShapeEdShapeView.refreshThreadSequences();
}
ShapeEditor.shape.addSequence(from, proxyName);
// Limit the transition position to the in/out range
transPos = Util.mClamp(transPos, 0, 1);
}
}
ShapeEdShapeView.setThreadSequence(seqName, transTime, transPos, transPlay);
}
