public static float GetHitpoints(this BallMagnitude magnitude)
{
switch (magnitude)
{
case BallMagnitude.Standard:
return(GameConstants.BallHitpoints.Standard);
break;
case BallMagnitude.Medium:
return(GameConstants.BallHitpoints.Medium);
break;
case BallMagnitude.Large:
return(GameConstants.BallHitpoints.Large);
break;
case BallMagnitude.Huge:
return(GameConstants.BallHitpoints.Huge);
break;
default:
throw new ArgumentOutOfRangeException("magnitude", magnitude, null);
}
}
public GridPosition FindGridPosition(IBallController ballInGrid, BallMagnitude magnitude, float angleOfImpact)
{
int offsetX = 0;
int offsetY = 0;
var magnitudeScale = magnitude.GetScale();
if (angleOfImpact >= NORTH_EAST && angleOfImpact < SOUTH_EAST)
{
// Right side
offsetX = (int)(1 * magnitudeScale);
}
else if (angleOfImpact >= SOUTH_EAST && angleOfImpact < SOUTH_WEST)
{
// Bottom side
offsetY = (int)(1 * magnitudeScale);
}
else if (angleOfImpact >= SOUTH_WEST && angleOfImpact < NORTH_WEST)
{
// Left side
offsetX = -1;
}
var gridPosition = ballInGrid.GridPosition;
return(new GridPosition(gridPosition.X + offsetX, gridPosition.Y + offsetY));
}
public static float GetScale(this BallMagnitude magnitude)
{
switch (magnitude)
{
case BallMagnitude.Standard:
return(1f);
break;
case BallMagnitude.Medium:
return(2f);
break;
case BallMagnitude.Large:
return(3f);
break;
case BallMagnitude.Huge:
return(4f);
break;
default:
throw new ArgumentOutOfRangeException("magnitude", magnitude, null);
}
}
public void SetData(BallLevelData ballLevelData)
{
transform.position = new Vector3(ballLevelData.XPos, ballLevelData.YPos);
BallType = ballLevelData.BallType;
Magnitude = ballLevelData.Magnitude;
}
