public MultiRenderable(Rectangle boundsZ,
RC_RenderableBounded sbb1, RC_RenderableBounded sbb2,
RC_RenderableBounded sbb3, RC_RenderableBounded sbb4)
{
// set unused ones to null
bounds = new Rectangle(boundsZ.X, boundsZ.Y, boundsZ.Width, boundsZ.Height);
sb1 = sbb1;
sb2 = sbb2;
sb3 = sbb3;
sb4 = sbb4;
if (sb1 != null)
{
sb1.bounds = bounds;
}
if (sb2 != null)
{
sb2.bounds = bounds;
}
if (sb3 != null)
{
sb3.bounds = bounds;
}
if (sb4 != null)
{
sb4.bounds = bounds;
}
}
public override bool KeyHitEvent(Keys keyHit)
{
if (keyHit == Keys.Down)
{
RC_RenderableBounded rb = ((RC_RenderableBounded)(rlist[currentFocusIndex]));
int i = rlist.IndexOfNext(rb);
currentFocusIndex = i;
selectedThisFrame = true;
return(true);
}
if (keyHit == Keys.Up)
{
RC_RenderableBounded rb = ((RC_RenderableBounded)(rlist[currentFocusIndex]));
int i = rlist.IndexOfPrevious(rb);
currentFocusIndex = i;
selectedThisFrame = true;
return(true);
}
if (keyHit == Keys.Enter || keyHit == Keys.Space)
{
clickedThisFrame = true;
}
return(false);
}
public void addBeside(RC_RenderableBounded ren, int switchValQ, float valQ, int gapInPixels)
{
RC_RenderableBounded lastOne = (RC_RenderableBounded)rlist[rlist.Count() - 1];
add(ren, switchValQ, valQ);
// now set bounds
Rectangle r = lastOne.bounds;
r.X = r.X + gapInPixels + r.Width;
ren.bounds = r;
}
public void add(RC_RenderableBounded ren, int switchValQ, float valQ)
{
rlist.addToEnd(ren);
ren.tag = valQ;
ren.tagInt = switchValQ;
if (!initalized)
{
val = valQ;
switchVal = switchValQ;
currentFocusIndex = 0; // the currently selected one
initalized = true;
}
}
/// <summary>
/// Importantly this routine sets the bounds of the Renderable to inner rectangle
/// </summary>
/// <param name="b"></param>
public void setBackground(RC_RenderableBounded b) // set null if none
{
backGround = b;
b.bounds = new Rectangle(innerRectangle.X, innerRectangle.Y, innerRectangle.Width, innerRectangle.Height);
}
