// Very similar to the above, but takes in a point and searches all derps
// We return a pointer to the poor soul or null if none are in range
public Derp SearchForDerp(int x, int y, double range)
{
// return null if there is no collision
Derp ret = null;
double mindist = range * range;
// check against all other enemy derps
foreach (Derp o in homeDerps)
{
myVector toOther = new myVector(o.x - x, o.y - y);
if (toOther.mag2() < mindist)
{
mindist = toOther.mag2();
ret = o;
}
}
foreach (Derp o in awayDerps)
{
myVector toOther = new myVector(o.x - x, o.y - y);
if (toOther.mag2() < mindist)
{
mindist = toOther.mag2();
ret = o;
}
}
// the unlucky nearest visible enemy
return(ret);
}
// DRAW
// Draw the Base Image First and then draw the Accessories over top
public void Draw(SpriteBatch spriteBatch, Rectangle camera)
{
// Which direction frame to draw
int frameID = 0;
if (vel.mag2() > 1e-6)
{
frameID = Geometry.GetNearestCardinalDir(vel);
}
else
{
frameID = lastDir;
}
lastDir = frameID;
// Which step in the animation are we on
int stepID = lastStep;
spriteBatch.Draw(baseTexture, new Rectangle((int)(x - camera.X - baseOffset.offsetX), (int)(y - camera.Y - baseOffset.offsetY), baseOffset.width, baseOffset.height),
new Rectangle(stepID * baseOffset.width, frameID * baseOffset.height, baseOffset.width, baseOffset.height), Color.White);
// DEBUG:
//if (isStuck)
//{
// spriteBatch.DrawString(GUI.smallFont, "X", new Vector2((float)(x - camera.X - 6), (float)(y - 10)), Color.Red);
//}
}
// Search for enemy derps within our radar range
// We return a pointer to the poor soul or null if none are in range
public Derp SearchForEnemy(Derp d, double range)
{
// return null if there is no collision
Derp ret = null;
// For collision we are checking only against our enemies
List <Derp> checkingList;
if (d.team == TEAM.HOME)
{
checkingList = awayDerps;
}
else
{
checkingList = homeDerps;
}
double mindist = range * range;
// check against all other enemy derps
double throwaway1;
myLineSegment throwaway2;
foreach (Derp o in checkingList)
{
myVector toOther = new myVector(o.x - d.x, o.y - d.y);
if (toOther.mag2() < mindist && !Field.field.CheckFieldCollision(d, toOther, out throwaway1, out throwaway2))
{
mindist = toOther.mag2();
ret = o;
}
}
// the unlucky nearest visible enemy
return(ret);
}