/// <summary>
/// save the last position on ground
/// </summary>
public void SaveLastPositionOnground()
{
if (entityController.GetMoveState() == EntityController.MoveState.InAir)
{
return;
}
worldLastNormal = playerGravity.GetMainAndOnlyGravity(); //avoir toujours une normal à jour
float distForSave = (WorldLastPositionGetIndex(0) - entityController.rb.transform.position).sqrMagnitude;
//Debug.Log("dist save: " + distForSave);
//si la distance entre les 2 point est trop grande, dans tout les cas, save la nouvelle position !
if (distForSave > sizeDistanceForSavePlayerPos)
{
WorldLastPositionSet(entityController.rb.transform.position); //save la position onGround
//ExtDrawGuizmos.DebugWireSphere(WorldLastPositionGetIndex(0), Color.red, 0.5f, 1f);
}
//si la normal à changé, update la position + normal !
else if (worldPreviousNormal != worldLastNormal)
{
//ici changement de position SEULEMENT si l'angle de la normal diffère de X
float anglePreviousNormal = Vector3.Angle(worldPreviousNormal, entityController.rbRotateObject.up);
float angleNormalPlayer = Vector3.Angle(worldLastNormal, entityController.rbRotateObject.up);
//ici gérer les normal à zero ??
float diff;
if (ExtVector3.IsAngleCloseToOtherByAmount(anglePreviousNormal, angleNormalPlayer, differenceAngleNormalForUpdatePosition, out diff))
{
//Debug.Log("ici l'angle est trop proche, ducoup ne pas changer de position");
//ni de normal ??
}
else
{
//ici change la normal, ET la position
WorldLastPositionSet(entityController.rb.transform.position); //save la position onGround
worldPreviousNormal = worldLastNormal;
//ExtDrawGuizmos.DebugWireSphere(WorldLastPositionGetIndex(0), Color.yellow, 0.5f, 1f);
//Debug.DrawRay(entityController.rb.transform.position, worldPreviousNormal, Color.yellow, 1f);
}
}
}
