public mTrans2(ICanvasTransformer trans, IInterpolator interp, int openedX, int closedX,
int openedY, int closedY,
int px, int py)
{
mtrans = trans;
minterp = interp;
mopenedX = openedX;
mclosedX = closedX;
mopenedY = openedY;
mclosedY = closedY;
mpx = px;
mpy = py;
}
public void setCanvasTransformer(ICanvasTransformer t)
{
mTransformer = t;
}
/**
* Sets the behind canvas transformer.
*
* @param t the new behind canvas transformer
*/
public void setBehindCanvasTransformer(ICanvasTransformer t)
{
mViewBehind.setCanvasTransformer(t);
}
public ICanvasTransformer zoom(int openedX, int closedX,
int openedY, int closedY,
int px, int py, IInterpolator interp)
{
initTransformer();
//mTrans = new CanvasTransformer() {
// public void transformCanvas(Canvas canvas, float percentOpen) {
// mTrans.transformCanvas(canvas, percentOpen);
// float f = interp.getInterpolation(percentOpen);
// canvas.scale((openedX - closedX) * f + closedX,
// (openedY - closedY) * f + closedY, px, py);
// }
//};
mTrans = new mTrans2(mTrans, interp, openedX, closedX, openedY, closedY, px, py);
return mTrans;
}
public ICanvasTransformer concatTransformer(ICanvasTransformer t)
{
initTransformer();
//mTrans = new CanvasTransformer() {
// public void transformCanvas(Canvas canvas, float percentOpen) {
// mTrans.transformCanvas(canvas, percentOpen);
// t.transformCanvas(canvas, percentOpen);
// }
//};
mTrans = new mTrans5(mTrans, t);
return mTrans;
}
private void initTransformer()
{
if (mTrans == null)
mTrans = new mTransClass();
}
public mTrans5(ICanvasTransformer mTrans, ICanvasTransformer t)
{
// TODO: Complete member initialization
this.mTrans = mTrans;
this.t = t;
}
public mTrans4(ICanvasTransformer mTrans, IInterpolator interp, int openedX, int closedX, int openedY, int closedY)
{
// TODO: Complete member initialization
this.mTrans = mTrans;
this.interp = interp;
this.openedX = openedX;
this.closedX = closedX;
this.openedY = openedY;
this.closedY = closedY;
}
public ICanvasTransformer rotate(int openedDeg, int closedDeg,
int px, int py, IInterpolator interp)
{
initTransformer();
//mTrans = new CanvasTransformer() {
// public void transformCanvas(Canvas canvas, float percentOpen) {
// mTrans.transformCanvas(canvas, percentOpen);
// float f = interp.getInterpolation(percentOpen);
// canvas.rotate((openedDeg - closedDeg) * f + closedDeg,
// px, py);
// }
//};
mTrans = new mTrans3(mTrans, interp, openedDeg, closedDeg, px, py);
return mTrans;
}
public mTrans3(ICanvasTransformer mTrans, IInterpolator interp, int openedDeg, int closedDeg, int px, int py)
{
// TODO: Complete member initialization
this.mTrans = mTrans;
this.interp = interp;
this.openedDeg = openedDeg;
this.closedDeg = closedDeg;
this.px = px;
this.py = py;
}
public CustomAnimation(int titleRes, ICanvasTransformer transformer)
: base(titleRes)
{
mTransformer = transformer;
}
