//On startup: Detects the controllers and assigns them
static XboxController()
{
Controllers = new XboxController[MAX_CONTROLLER_COUNT];
SyncLock = new object();
for (int i = FIRST_CONTROLLER_INDEX; i <= LAST_CONTROLLER_INDEX; ++i)
{
Controllers[i] = new XboxController(i);
}
UpdateFrequency = 60;
}
public override void Initialize()
{
base.Initialize();
MoveTimer--;
Player1 = XboxController.RetrieveController(0);
MoveTimer = FramesForButtonMovement;
CanPressA = false;
CanPressB = false;
}
//On startup: Detects the controllers and assigns them
static XboxController()
{
Controllers = new XboxController[MAX_CONTROLLER_COUNT];
SyncLock = new object();
for (int i = FIRST_CONTROLLER_INDEX; i <= LAST_CONTROLLER_INDEX; ++i)
{
Controllers[i] = new XboxController(i);
Controllers[i].gamepadStatePrev.Gamepad.Zero();
Controllers[i].gamepadStateCurrent.Gamepad.Zero();
}
UpdateFrequency = 60;
}
XboxController Pad; //The XBoxController to receive input from
#endregion Fields
#region Constructors
public Player()
: base("Player", "Player\\Standing.png", 64, 128)
{
ScreenWrapping = true;
Collision = CollisionTypes.Rectangular;
CollisionBox = new PointFHelp.PointF(128, 128);
Pad = XboxController.RetrieveController(0);
RemoveFrame(0);
AddFrame("Player\\Run1.png", 4);
AddFrame("Player\\Run2.png", 4);
AddFrame("Player\\Standing.png", 4);
AnimateForwards();
}
public Arm(Player p, int ControllerIndex)
: base("Arm", "Arm1.png", 64, 128)
{
P = p;
Controller = XboxController.RetrieveController(ControllerIndex);
ReadyToFire = true;
RemoveFrame(0);
AddFrame("Arm\\Arm1.png", 4);
AddFrame("Arm\\Arm2.png", 4);
AddFrame("Arm\\Arm3.png", 4);
AddFrame("Arm\\Arm4.png", 4);
AddFrame("Arm\\Arm5.png", 4);
AddFrame("Arm\\Arm6.png", 4);
AddFrame("Arm\\Arm7.png", 4);
AddFrame("Arm\\Arm8.png", 4);
GoToFrame(0);
AnimateForwards();
}
