private void SwitchTarget()
{
if (!(KeyboardInputManager.IsPressed(Keyboard.Key.Space)) && (KeyboardInputManager.Downward(Keyboard.Key.Num2)) && redbot)
{
controllid = 1;
}
else if (!(KeyboardInputManager.IsPressed(Keyboard.Key.Space)) && (KeyboardInputManager.Downward(Keyboard.Key.Num4)) && bluebot)
{
controllid = 2;
}
else if (!(KeyboardInputManager.IsPressed(Keyboard.Key.Space)) && (KeyboardInputManager.Downward(Keyboard.Key.Num3)) && greenbot)
{
controllid = 3;
}
else
{
if ((!(KeyboardInputManager.IsPressed(Keyboard.Key.Space)) && (KeyboardInputManager.Downward(Keyboard.Key.Num1))))
{
controllid = 0;
}
}
}
private void SetUpKeyboard()
{
CreateCharacter(currPlayer);
KeyboardInputManager kim = player.AddComponent <KeyboardInputManager>();
kim.CC = player.AddComponent <CharController>();
kim.CC.SetUp();
keyboardClaimed = true;
player.AddComponent <PlayerInfo>().PlayerNumber = (currPlayer);
pa.AddTarget(player.GetComponent <Transform>());
float r = Random.Range(0f, 1f);
if (r < .33f)
{
kim.CC.SetRace(new R_Meat());
}
else if (r < .67f)
{
kim.CC.SetRace(new R_Metal());
}
else
{
kim.CC.SetRace(new R_Electronic());
}
AssignUI(kim.CC, currPlayer);
NextPlayer();
}
public void update(float deltaTime)
{
float speed = deltaTime;
Vector2 inputMovement = new Vector2(0F, 0F);
inputMovement.Y += KeyboardInputManager.IsPressed(Keyboard.Key.Down) ? speed : 0F;
inputMovement.Y += KeyboardInputManager.IsPressed(Keyboard.Key.Up) ? -speed : 0F;
inputMovement.X += KeyboardInputManager.IsPressed(Keyboard.Key.Left) ? -speed : 0F;
inputMovement.X += KeyboardInputManager.IsPressed(Keyboard.Key.Right) ? speed : 0F;
if (inputMovement.Y != 0F || inputMovement.X != 0F)
{
movement += inputMovement * speed / (float)Math.Sqrt(inputMovement.X * inputMovement.X + inputMovement.Y * inputMovement.Y);
}
movement *= (1F - deltaTime * 4F); // friction
position += movement;
if (position.X < 0)
{
position -= movement;
movement *= Vector2.Up;
}
}
static void Main(string[] args)
{
// initialize window and view
win = new RenderWindow(new VideoMode((uint)windowSize.X, (uint)windowSize.Y), "Hadoken!!!");
view = new View();
ResetView();
gui = new GUI(win, view);
// prevent window resizing
win.Resized += (sender, e) => { (sender as Window).Size = windowSize; };
// exit Program, when window is being closed
//win.Closed += new EventHandler(closeWindow);
win.Closed += (sender, e) => { (sender as Window).Close(); };
// initialize GameState
HandleNewGameState();
// initialize GameTime
GameTime = new GameTime();
GameTime.Start();
// debug Text
Text debugText = new Text("debug Text", new Font("Fonts/calibri.ttf"));
while (running && win.IsOpen())
{
KeyboardInputManager.Update();
// update GameTime
GameTime.Update();
float deltaTime = (float)GameTime.EllapsedTime.TotalSeconds;
currentGameState = state.Update(deltaTime);
if (currentGameState != prevGameState)
{
HandleNewGameState();
}
// gather drawStuff from State
win.Clear(new Color(100, 149, 237)); //cornflowerblue ftw!!! 1337
state.Draw(win, view, deltaTime);
state.DrawGUI(gui, deltaTime);
// some DebugText
debugText.DisplayedString = "fps: " + (1.0F / deltaTime);
win.Draw(debugText);
// do the actual drawing
win.SetView(view);
win.Display();
// check for window-events. e.g. window closed
win.DispatchEvents();
Update_view();
}
}
public GameState Update(float deltaTime)
{
if (KeyboardInputManager.IsPressed(Keyboard.Key.Return))
{
return(GameState.InGame);
}
return(GameState.MainMenu);
}
/// <summary>
/// Checks for a click within the interaction framework v2. Until everything is moved over to V2,
/// this will have to be used alongside the old one.
/// </summary>
private bool CheckClickV2()
{
//currently there is nothing for ghosts to interact with, they only can change facing
if (PlayerManager.LocalPlayerScript.IsGhost)
{
return(false);
}
bool ctrlClick = KeyboardInputManager.IsControlPressed();
if (!ctrlClick)
{
var handApplyTargets =
MouseUtils.GetOrderedObjectsUnderMouse(layerMask, go => go.GetComponent <RegisterTile>() != null)
//get the root gameobject of the dropped-on sprite renderer
.Select(sr => sr.GetComponentInParent <RegisterTile>().gameObject)
//only want distinct game objects even if we hit multiple renderers on one object.
.Distinct();
//object in hand
var handObj = UIManager.Hands.CurrentSlot.Item;
//go through the stack of objects and call any drop components we find
foreach (GameObject applyTarget in handApplyTargets)
{
HandApply info = new HandApply(PlayerManager.LocalPlayer, handObj, applyTarget.gameObject);
//call the used object's handapply interaction methods if it has any, for each object we are applying to
//if handobj is null, then its an empty hand apply so we only need to check the receiving object
if (handObj != null)
{
foreach (IInteractable <HandApply> handApply in handObj.GetComponents <IInteractable <HandApply> >())
{
var result = handApply.Interact(info);
if (result.SomethingHappened)
{
//we're done checking, something happened
return(true);
}
}
}
//call the hand apply interaction methods on the target object if it has any
foreach (IInteractable <HandApply> handApply in applyTarget.GetComponents <IInteractable <HandApply> >())
{
var result = handApply.Interact(info);
if (result.SomethingHappened)
{
//something happened, done checking
return(true);
}
}
}
}
return(false);
}
