static void InitGradientArrays(
LinearGradientBrush brush,
out Avm.Array colors,
out Avm.Array alphas,
out Avm.Array ratios)
{
colors = new Avm.Array();
alphas = new Avm.Array();
ratios = new Avm.Array();
var cb = brush.InterpolationColors;
if (cb != null)
{
int n = cb.Colors.Length;
for (int i = 0; i < n; ++i)
{
var c = cb.Colors[i];
AddColor(colors, alphas, c);
ratios.push((uint)(cb.Positions[i] * 255));
}
}
else
{
var c1 = brush.LinearColors[0];
var c2 = brush.LinearColors[1];
AddColor(colors, alphas, c1);
AddColor(colors, alphas, c2);
ratios.push(0);
ratios.push(255);
}
}
public AnimationScene()
{
mTransitions =
new Array(Transitions.LINEAR, Transitions.EASE_IN_OUT,
Transitions.EASE_OUT_BACK, Transitions.EASE_OUT_BOUNCE,
Transitions.EASE_OUT_ELASTIC);
var buttonTexture = Game.assets.getTexture("button_normal");
// create a button that starts the tween
mStartButton = new Button(buttonTexture, "Start animation");
mStartButton.triggered += onStartButtonTriggered;
mStartButton.x = Constants.CenterX - (int)(mStartButton.width / 2);
mStartButton.y = 20;
addChild(mStartButton);
// this button will show you how to call a method with a delay
mDelayButton = new Button(buttonTexture, "Delayed call");
mDelayButton.triggered += onDelayButtonTriggered;
mDelayButton.x = mStartButton.x;
mDelayButton.y = mStartButton.y + 40;
addChild(mDelayButton);
// the Starling will be tweened
mEgg = new Image(Game.assets.getTexture("starling_front"));
addChild(mEgg);
resetEgg();
mTransitionLabel = new TextField(320, 30, "", "Verdana", 20, 0, true);
mTransitionLabel.y = mDelayButton.y + 40;
mTransitionLabel.alpha = 0.0; // invisible, will be shown later
addChild(mTransitionLabel);
}
static void AddColor(Avm.Array colors, Avm.Array alphas, Color c)
{
colors.push(ColorHelper.ToFlash(c));
alphas.push(c.A / 255.0);
}
