private void ThrowRayCast(Vector2 from, Vector2 direction, float distance, Vector2 raycastvector)
{
RaycastHit2D hit = Physics2D.Raycast(from, direction, distance, layers);
hitInfo hitInformation;
Debug.DrawLine(from, direction * distance + from, Color.red * (1 - colorauxIterator / Angle));
if (hit)
{
raycastvector = new Vector2(hit.point.x, hit.point.y);
}
hitInformation = new hitInfo(true, raycastvector, hit.collider);
hitsList.Add(hitInformation);
}
private void determineVisiblePoints()
{
hitInfo currentHitinfo, lastHitInfo = hitsList[0];
Vector2 firstCollision = lastHitInfo.pointOfCollision;
Vector2[] currentColliderVertices;
VisibleConePoints.AddFirst(firstCollision);
LinkedListNode <Vector2> currentpoint;
LinkedListNode <Vector2> previouspoint;
Collider2D colliderBetweenpoints = new Collider2D();
for (int i = 1; i < hitsList.Count; i++)
{
currentHitinfo = hitsList[i];
currentpoint = VisibleConePoints.AddLast(lastHitInfo.pointOfCollision);
//si uno de los dos
if (lastHitInfo.collisionCollider != currentHitinfo.collisionCollider)
{
if (currentpoint.Previous != null)
{
previouspoint = currentpoint.Previous;
colliderBetweenpoints = currentHitinfo.collisionCollider == null ? lastHitInfo.collisionCollider : currentHitinfo.collisionCollider;
}
}
else
{
Vector2 direction = currentHitinfo.pointOfCollision - lastHitInfo.pointOfCollision;
RaycastHit2D hit = Physics2D.Raycast(lastHitInfo.pointOfCollision, direction.normalized, direction.magnitude, layers);
if (hit)
{
colliderBetweenpoints = hit.collider;
}
}
if (colliderBetweenpoints != null)
{
currentColliderVertices = colliderBetweenpoints.gameObject.GetComponent <SpriteRenderer>().sprite.vertices;
addVertexInTriangle(currentColliderVertices, colliderBetweenpoints, lastHitInfo, currentHitinfo, currentpoint);
}
lastHitInfo = currentHitinfo;
}
VisibleConePoints.AddLast(hitsList[hitsList.Count - 1].pointOfCollision);
}
void Start()
{
info = new hitInfo();
}
private void addVertexInTriangle(Vector2[] currentColliderVertices, Collider2D colliderBetweenpoints, hitInfo lastHitInfo, hitInfo currentHitinfo, LinkedListNode <Vector2> currentpoint)
{
foreach (var vertex in currentColliderVertices)
{
Vector2 vertPosition = (Vector2)colliderBetweenpoints.gameObject.transform.position + vertex;
if (isInTriangleABC(vertPosition, lastHitInfo.pointOfCollision, currentHitinfo.pointOfCollision, source))
{
VisibleConePoints.AddAfter(currentpoint, vertPosition);
}
}
}
void Start()
{
info = new hitInfo();
}
/// <summary> /// Calculates damage to shields, armor, and character given damage and a character model /// </summary> public static (float damageToShields, float damageToArmor, float damageToCharacter) DamageRatio(ActorHitInfo hitInfo, CharacterModel character) => DamageRatioImpl(hitInfo, character);