public void setRatings(Vector2 toAim)
{
topAttacks.Clear();
int range = convertVectorToAbstractRange(ShitUtilities.getVectorLength(toAim)); // Get range
for (int i = 0; i < attacks.Length; ++i)
{
AttackBase attack = attacks[i];
int[] attackRanges = attack.getDesirableRange();
foreach (int r in attackRanges)
{
if (r == range && isAttackCooldownZero(attack) && !topAttacks.Contains(attack))
{
topAttacks.Add(attack);
}
}
}
/*Debug.Log("-");
* Debug.Log(range);
* Debug.Log(topAttacks.Count);
* Debug.Log("-");*/
// calc range diff
// calc cooldown
}
private void calculateDodge()
{
if (dodgeFrame == 0)
{
// Do only when start dodging
speedBefore = enemyMovement.speed;
doingDodge = true;
log("Do dodge");
// Find the perpendicular vector
Vector2 vectorToBullet = (transform.position - bulletWeAreAvoiding.gameObject.transform.position).normalized;
movementDirection = ShitUtilities.getPerpendicular(vectorToBullet);
enemyMovement.speed = enemyMovement.speed * DodgeMovementSpeed;
}
}
void calculateMovement()
{
float minLen = float.MaxValue;
Collider2D closestObstacle = new Collider2D();
Vector2 directionToClosestObstacle = new Vector2();
// Moving towards the player
Vector2 directionToPlayer = getVectorFromBossToPlayer().normalized;
float sizeToPlayer = ShitUtilities.getVectorLength(directionToPlayer);
float playerMovementM = (sizeToPlayer - ApproachThePlayer) * PathStraightforwardness;
// Moving around obstacles
foreach (Collider2D obstacle in totalCommander.obstacles)
{
if (obstacle != null)
{
Vector2 directionToObstacle;
float sizeToObstacle = myLegsCollider.Distance(obstacle).distance;
ColliderDistance2D tmpCD = myLegsCollider.Distance(obstacle);
directionToObstacle = tmpCD.normal;
if (sizeToObstacle < minLen)
{
minLen = sizeToObstacle;
closestObstacle = obstacle;
directionToClosestObstacle = directionToObstacle;
}
// Give to him who asks of you, and do not turn away from him who wants to borrow from you. MF 5:42
}
}
if (minLen < 0.1f)
{
minLen = 0.1f;
}
float obstacleMovementM = (AvoidObstacles / minLen);
float theDifference // Between An Amature And A Professional Is That You Write Your Own Compiler
= Mathf.Abs((directionToPlayer + directionToClosestObstacle).x) + Mathf.Abs((directionToPlayer + directionToClosestObstacle).y);
if (theDifference < 0.1f && aim == AIM_PLAYER && minLen < 2f)
{
//log("My aim has changed. I am moving towards PATH");
int mode = 0;
float shortX = directionToPlayer.x;
float shortY = directionToPlayer.y;
if (isCloseTo0(shortX + 1) && isCloseTo0(shortY))
{
mode = MovementPointsCalculator.CODE_RIGHT; // Right
}
if (isCloseTo0(shortX - 1) && isCloseTo0(shortY))
{
mode = MovementPointsCalculator.CODE_LEFT; // Left
}
if (isCloseTo0(shortX) && isCloseTo0(shortY - 1))
{
mode = MovementPointsCalculator.CODE_BOTTOM; // Bottom
}
if (isCloseTo0(shortX) && isCloseTo0(shortY + 1))
{
mode = MovementPointsCalculator.CODE_TOP; // Top
}
aim = AIM_POINT;
List <Point> path = MovementPointsCalculator.GetRandomPathForOurSituation(mode, closestObstacle, myLegsCollider);
foreach (Point p in path)
{
points.Add(p);
}
}
if (aim == AIM_POINT)
{
Vector2 directionToAim = -(transform.position - points[0].getPosition());
float distToPoint = ShitUtilities.getVectorLength(directionToAim);
if (distToPoint < 0.05f)
{
//log("I've reached the POINT");
points.RemoveAt(0);
if (points.Count == 0)
{
//log("My aim has changed. I am moving towards PLAYER");
aim = AIM_PLAYER;
}
else
{
//log("New POINT is at: " + points[0].x + " " + points[0].y);
}
}
if (attackChooser.isNoObstaclesToPlayer())
{
points.Clear();
aim = AIM_PLAYER;
}
}
Vector2 mainVector = new Vector2();
switch (aim)
{
case AIM_PLAYER:
mainVector = directionToPlayer * playerMovementM;
mainVector += directionToClosestObstacle * obstacleMovementM;
break;
case AIM_POINT:
Vector2 directionToAim = -(transform.position - points[0].getPosition()).normalized;
if (points.Count > 0)
{
mainVector = directionToAim * playerMovementM;
}
else
{
log("WARNING! I lost point to go.", true);
aim = AIM_PLAYER;
}
break;
}
movementDirection = mainVector;
//movementDirection += -perpDirection * obstacleMovementM;
Vector2 difference = directionToClosestObstacle; //-directionToClosestObstacle;
difference.Normalize();
float rotationZ = Mathf.Atan2(difference.y, difference.x) * Mathf.Rad2Deg;
if (rotationZ == 0f)
{
rotationZ = 0.000001f;
}
movementPointer.transform.rotation = Quaternion.Euler(0f, 0f, rotationZ);
Vector2 difference2 = -mainVector;
difference2.Normalize();
float rotationZ2 = Mathf.Atan2(difference2.y, difference2.x) * Mathf.Rad2Deg;
if (rotationZ2 == 0f)
{
rotationZ2 = 0.000001f;
}
movementPointer2.transform.rotation = Quaternion.Euler(0f, 0f, rotationZ2);
//Debug.Log(closestObstacle.name.ToString() + " " + minLen.ToString());
movementDirection = movementDirection.normalized;
}