public void shootProjectile(IntVec2 this_pos, Projectile.ProjectileType pt, IntVec2 targetTile, float velocity, float range, float accmod, bool allied)
{
Gun.FiredProjectile fp;
fp.accuracy_modifier_degree = 0;
fp.is_crit = false;
fp.projectile = pt;
fp.range = range;
fp.speed = velocity;
gr.AddBullet(fp, accmod + (Mathf.Rad2Deg * Mathf.Atan2(targetTile.y - this_pos.y, targetTile.x - this_pos.x)), new Vector2(this_pos.x, this_pos.y), allied);
}
public GameObject GetPooledProjectile(Projectile.ProjectileType type)
{
foreach (ProjectilePoolItem pool in ProjectilePools)
{
if (pool.Type == type)
{
return(pool.GetPooledObject());
}
}
return(null);
}
public ProjectilePool GetPool(Projectile.ProjectileType projectileType)
{
ProjectilePool result = null;
foreach (var projectilePool in _projectilePools)
{
if (projectilePool.ProjectileType == projectileType)
{
result = projectilePool;
break;
}
}
return(result);
}
// fonction qui permet d'instancier un effet visuel selon le type passé en paramètre
public GameObject CreateFX(Projectile.ProjectileType type)
{
switch (type)
{
case Projectile.ProjectileType.PROJECTILE_GUN:
goFX = Duplicate(originalImpactGun);
goFX.transform.position = originalImpactGun.transform.position;
print("<factory create fx: gun>");
break;
case Projectile.ProjectileType.PROJECTILE_CANNON:
goFX = Duplicate(originalImpactCannon);
goFX.transform.position = originalImpactCannon.transform.position;
print("<factory create fx: cannon>");
break;
case Projectile.ProjectileType.PROJECTILE_LASER:
goFX = Duplicate(originalImpactLaser);
goFX.transform.position = originalImpactLaser.transform.position;
print("<factory create fx: laser>");
break;
case Projectile.ProjectileType.PROJECTILE_FLAME:
goFX = Duplicate(originalImpactFlame);
goFX.transform.position = originalImpactFlame.transform.position;
print("<factory create fx: flame>");
break;
}
return(goFX);
}
// fonction qui permet d'instancier un projectile selon le type passé en paramètre
public GameObject CreateProjectile(Projectile.ProjectileType type)
{
switch (type)
{
case Projectile.ProjectileType.PROJECTILE_GUN:
goProjectile = Duplicate(originalProjectileGun);
goProjectile.transform.position = originalProjectileGun.transform.position;
print("<factory create projectile: gun>");
break;
case Projectile.ProjectileType.PROJECTILE_CANNON:
goProjectile = Duplicate(originalProjectileCannon);
goProjectile.transform.position = originalProjectileCannon.transform.position;
print("<factory create projectile: cannon>");
break;
case Projectile.ProjectileType.PROJECTILE_LASER:
goProjectile = Duplicate(originalProjectileLaser);
goProjectile.transform.position = originalProjectileLaser.transform.position;
print("<factory create projectile: laser>");
break;
case Projectile.ProjectileType.PROJECTILE_FLAME:
goProjectile = Duplicate(originalProjectileFlame);
goProjectile.transform.position = originalProjectileFlame.transform.position;
print("<factory create projectile: flame>");
break;
}
return(goProjectile);
}
// Fires a projectile toward the cursor position
public void Attack(PhysicsManager physManager, Vector2 cursorPos, Projectile.ProjectileType projectileType)
{
Vector2 directionToFire = new Vector2(cursorPos.X - RigidBody.Position.X, cursorPos.Y - RigidBody.Position.Y);
directionToFire = Vector2.Normalize(directionToFire);
if (projectileType == Projectile.ProjectileType.Bullet)
{
Projectile projectile = new Projectile(RigidBody.Position, directionToFire, 1, projectileType);
physManager.DynamicObjects.Add(projectile);
physManager.AllPhysObjects.Add(projectile);
}
if (projectileType == Projectile.ProjectileType.Ball && BallAmmo > 0)
{
Projectile projectile = new Projectile(RigidBody.Position, directionToFire, 1, projectileType);
physManager.DynamicObjects.Add(projectile);
physManager.AllPhysObjects.Add(projectile);
BallAmmo--;
}
}
public void setExplosionType(Projectile.ProjectileType newProjectileType)
{
projectileType = newProjectileType;
}
