// execute action for every frame
// if action is finished, return true;
public override bool step(FrmEmulator emulator, long time)
{
float elapsed = time - run_startTime;
if (elapsed > duration)
{
elapsed = duration;
}
TLayer layer = sequence.animation.layer;
if (layer is TActor)
{
TActor target = (TActor)layer;
float width = run_easingFunction.ease(easingType, easingMode, duration, elapsed, run_startScale.Width, run_endScale.Width);
float height = run_easingFunction.ease(easingType, easingMode, duration, elapsed, run_startScale.Height, run_endScale.Height);
target.scale = new SizeF(width, height);
}
return(base.step(emulator, time));
}
// execute action for every frame
// if action is finished, return true;
public override bool step(FrmEmulator emulator, long time)
{
float elapsed = time - run_startTime;
if (elapsed > duration)
{
elapsed = duration;
}
TLayer layer = sequence.animation.layer;
if (layer is TActor)
{
TActor target = (TActor)layer;
float x = run_easingFunction.ease(easingType, easingMode, duration, elapsed, run_startPos.X, run_endPos.X);
float y = run_easingFunction.ease(easingType, easingMode, duration, elapsed, run_startPos.Y, run_endPos.Y);
target.position = new PointF(x, y);
}
return(base.step(emulator, time));
}
// execute action for every frame
// if action is finished, return true;
public override bool step(FrmEmulator emulator, long time)
{
float elapsed = time - run_startTime;
if (elapsed > duration)
{
elapsed = duration;
}
TLayer layer = sequence.animation.layer;
layer.alpha = run_easingFunction.ease(easingType, easingMode, duration, elapsed, run_startAlpha, run_endAlpha);
return(base.step(emulator, time));
}
// execute action for every frame
// if action is finished, return true;
public override bool step(FrmEmulator emulator, long time)
{
float elapsed = time - run_startTime;
if (elapsed > duration)
{
elapsed = duration;
}
TLayer layer = sequence.animation.layer;
if (layer is TActor)
{
TActor target = (TActor)layer;
target.rotation = TUtil.normalizeDegreeAngle(run_easingFunction.ease(easingType, easingMode, duration, elapsed, run_startAngle, run_endAngle));
}
return(base.step(emulator, time));
}
// execute action for every frame
// if action is finished, return true;
public override bool step(FrmEmulator emulator, long time)
{
float elapsed = time - run_startTime;
if (elapsed > duration)
{
elapsed = duration;
}
TLayer layer = sequence.animation.layer;
if (layer is TActor)
{
TActor target = (TActor)layer;
float t = run_easingFunction.ease(easingType, easingMode, duration, elapsed, 0, 1);
target.position = bezier(t);
}
return(base.step(emulator, time));
}
