private void HandleOrientation(InputState inputState)
{
if (_orientation.X != 0 || _orientation.Y != 0)
{
_orientation.Normalize();
rotation = GeometricHelper.GetAngleFromVectorDirection(_orientation);
}
InputState.StickPosition currentPosition = InputState.ConvertVectorDirectionToStickPosition(_orientation);
string newAnimation = "";
if (animationMap.ContainsKey(currentPosition))
{
newAnimation = animationMap[currentPosition];
}
if (!newAnimation.Equals(_currentAnimationState))
{
_currentAnimationState = newAnimation;
SetCurrentAnimationState(_currentAnimationState);
}
if (_movementVector.X == 0 && _movementVector.Y == 0)
{
PauseAnimation();
}
else
{
ResumeAnimation();
}
}
public void Activate(Vector2 fromPosition, Vector2 direction, float speed, float size, int team)
{
Show();
_speed = 10;
_team = team;
position = fromPosition + (direction * 10);
SetTextureRectangle(new Rectangle(112 + (32 * team), 80, 10, 8));
rotation = GeometricHelper.GetAngleFromVectorDirection(direction);
directionVector = direction;
SetScale(size * 2);
damage = (int)size;
_lifeTimer = cTimeToLive;
}
public void Explode(Vector2 position, Vector2 direction, float spreadInRadians, float maxLifeTime)
{
foreach (Fragment fragment in fragments)
{
Vector2 randomPosition = direction * 16 + position;
float directionRadians = GeometricHelper.GetAngleFromVectorDirection(direction);
int randomAngleThousands = PlayScreen.random.Next((int)(1000f * (directionRadians - spreadInRadians)), (int)(1000f * (directionRadians + spreadInRadians)));
Vector2 randomDirection = GeometricHelper.GetVectorDirectionFromAngle((float)randomAngleThousands / 1000f);
float randomVelocity = (float)PlayScreen.random.NextDouble() * 20 + 10;
float randomRotation = (float)PlayScreen.random.NextDouble() * 0.1f;
float randomTime = PlayScreen.random.Next((int)(maxLifeTime / 2)) + maxLifeTime / 2;
fragment.Activate(randomPosition, randomDirection, randomVelocity, randomRotation, 1000);
}
fragmentsRemaining = fragments.Count;
_isUsable = false;
}
