public CForceField(CTank owner, int lifetime) : base()
{
this.images = new List <Image> {
Properties.Resources.forcefield1, Properties.Resources.forcefield2
};
this.owner = owner;
this.owner.Invincible = true;
this.lifeTime = lifetime;
this.Width = 32;
this.Height = 32;
this.X = owner.X;
this.Y = owner.Y;
this.Transparent = true;
this.imageChangeInterval = 2;
this.destroyAfterApear = false;
// Setting drawing priority:
this.DrawPriority = 10;
}
// Creates tank portal:
void CreateTankPortal(CTank tank)
{
CTankPortal portal = null;
// Creating portal:
switch (tank.TankID)
{
case Tanks.Player1: portal = new CTankPortal(0, PlayerRespawnPoints[0].X, PlayerRespawnPoints[0].Y, tank); break;
case Tanks.Player2: portal = new CTankPortal(0, PlayerRespawnPoints[1].X, PlayerRespawnPoints[1].Y, tank); break;
default:
{
portal = new CTankPortal(100, EnemyRespawnPoints[RespawnPointIndex].X, EnemyRespawnPoints[RespawnPointIndex].Y, tank);
RespawnPointIndex++;
} break;
}
// Setting coordinates for tank:
portal.Tank.X = portal.X;
portal.Tank.Y = portal.Y;
// Cleaning position for portal:
ClearPositionForObject(portal);
// Adding portal to objects:
AddObject(portal);
}
// ********************** //
// Methods :
// ********************** //
// Constructor:
public CTankPortal(int pause, int x, int y, CTank tank)
{
// Setting images:
this.images = new List <Image> {
Properties.Resources.tankportal_1, Properties.Resources.tankportal_2, Properties.Resources.tankportal_3, Properties.Resources.tankportal_4,
Properties.Resources.tankportal_3, Properties.Resources.tankportal_2, Properties.Resources.tankportal_1, Properties.Resources.tankportal_2,
Properties.Resources.tankportal_3, Properties.Resources.tankportal_4, Properties.Resources.tankportal_3, Properties.Resources.tankportal_2,
Properties.Resources.tankportal_1, Properties.Resources.tankportal_2, Properties.Resources.tankportal_3, Properties.Resources.tankportal_4
};
// Setting tank:
Tank = tank;
// Setting position:
this.X = x;
this.Y = y;
// Setting dimensions:
this.Width = 32;
this.Height = 32;
// Setting image change interval:
this.imageChangeInterval = 6;
// Set it transparent:
this.Transparent = true;
// Pause before apearing:
PauseBeforeApear = pause;
//
Visible = false;
}
// *********************** //
// On Shoot handlers:
// *********************** //
// On shoot:
void OnShoot_Tank(CTank sender)
{
// Check if tank can shoot:
if (sender.ProjectileLimit > sender.ProjectilesInFlight)
{
// Creating projectile:
var projectile = new CProjectile(sender.X, sender.Y, sender.Direction, sender.ProjectileType);
// Setting owner:
projectile.Owner = sender;
// Adding object:
AddObject(projectile);
// Decreasing projectile limit for sender:
//sender.ProjectileLimit--;
sender.ProjectilesInFlight++;
}
}
// Checks if bonus is taken by someone:
object OnCheck_IsBonusTaken(CBonus bonus)
{
int mapX = (int)(bonus.X / cellSize);
int mapY = (int)(bonus.Y / cellSize);
CTank bonustank = null;
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < 4; j++)
{
bonustank = (mapMain[mapX + i, mapY + j] as CTankPlayer);
if (bonustank != null)
{
return(bonustank);
}
}
}
return(null);
}
// On Force field activation:
void OnActivate_ForceField(CTank sender, int time)
{
// Finding and destroying senders current forsfield if any:
var forcefield = ProcessableObjects.Find(p => {
if (p is CForceField)
{
if ((p as CForceField).Owner == sender)
{
return(true);
}
}
return(false);
});
//
if (forcefield != null)
{
(forcefield as CForceField).Destroyed = true;
}
// Adding new forcefield:
AddObject(CObjectCreator.CreateForceField((CTank)sender, time));
}
public static CForceField CreateForceField(CTank owner, int lifetime)
{
return(new CForceField(owner, lifetime));
}
