void Start()
{
CircleMovement cm = GetComponent <CircleMovement>();
if (cm.centerObject != null)
{
target = cm.centerObject;
}
else
{
target = null;
}
lineRenderer = GetComponent <LineRenderer>();
lineRenderer.SetWidth(lineWidth, lineWidth);
lineRenderer.positionCount = 2;
lineRenderer.SetPosition(0, transform.position);
if (target != null)
{
lineRenderer.SetPosition(1, target.position);
}
else
{
lineRenderer.SetPosition(1, cm.localCenter);
}
}
void disableAllScript()
{
foreach (GameObject drone in drones)
{
Wandering wandering = drone.GetComponent <Wandering>();
CircleFormation circleFormation = drone.GetComponent <CircleFormation>();
SphereFormation sphereFormation = drone.GetComponent <SphereFormation>();
Boid boid = drone.GetComponent <Boid>();
CircleMovement circle = drone.GetComponent <CircleMovement>();
if (wandering.enabled)
{
wandering.enabled = false;
}
if (circleFormation.enabled)
{
circleFormation.enabled = false;
}
if (sphereFormation.enabled)
{
sphereFormation.enabled = false;
}
if (boid.enabled)
{
boid.enabled = false;
}
if (circle.enabled)
{
circle.enabled = false;
}
}
}
protected override void Load()
{
StaticSprite frame1 = new StaticSprite();
StaticSprite frame2 = new StaticSprite();
frame1.Load(Parent.Engine.Content, "Froggy", new Rectangle(0, 0, 34, 29));
frame1.Origin = new Vector2(17, 28);
frame2.Load(Parent.Engine.Content, "Froggy", new Rectangle(34, 0, 34, 29));
frame2.Origin = new Vector2(18, 28);
frame1.Scale = 2f;
frame2.Scale = 2f;
_sequence.Scale = 2f;
_sequence.AddSprite(frame1, 0.5f);
_sequence.AddSprite(frame2, 0.5f);
_sequence.RepeatIndefinitely = true;
_sequence.Start();
//_mask = new CircleMask(new PointFP(8, 8), 10);
_mask = new AABBMask(new PointFP(-16, -32), new PointFP(16, 0));
_mask.Position = _position;
Dictionary <PlatformAction, PlatformAction> cmap = new Dictionary <PlatformAction, PlatformAction>();
cmap[PlatformAction.Left] = PlatformAction.Left;
cmap[PlatformAction.Right] = PlatformAction.Right;
cmap[PlatformAction.Up] = PlatformAction.Up;
cmap[PlatformAction.Down] = PlatformAction.Down;
cmap[PlatformAction.Jump] = PlatformAction.Jump;
cmap[PlatformAction.Action] = PlatformAction.Action;
/*PaddleMovement<PaddleAction> behavior = new PaddleMovement<PaddleAction>(this, "player", cmap);
* behavior.Origin = new Vector2(400, 200);
* behavior.Range = 100;
* behavior.Speed = 120;
* behavior.Direction = PaddleDirection.Vertical;
* AddBehavior(behavior);*/
/*PlayerPlatformMovement<PlatformAction> behavior = new PlayerPlatformMovement<PlatformAction>(this, "player", cmap);
* behavior.AccelX = (FPInt)0.5;
* behavior.DecelX = (FPInt)0.25;
* behavior.MinVelocityX = (FPInt)(-3);
* behavior.MaxVelocityX = (FPInt)3;
* behavior.AccelY = (FPInt)0.4;
* behavior.MinVelocityY = -12;
* behavior.MaxVelocityY = 12;
* behavior.AccelStateY = PlatformAccelState.Accelerate;*/
//AddBehavior(behavior);
CircleMovement circle = new CircleMovement(this, new PointFP(300, 300), 150, 1);
AddBehavior(circle);
}
void switchBehaviour()
{
switch (this.behaviour)
{
case "Wandering":
foreach (GameObject drone in drones)
{
Wandering wandering = drone.GetComponent <Wandering>();
wandering.enabled = !wandering.enabled;
}
break;
case "CircleFormation":
foreach (GameObject drone in drones)
{
CircleFormation circleFormation = drone.GetComponent <CircleFormation>();
circleFormation.enabled = !circleFormation.enabled;
}
break;
case "SphereFormation":
foreach (GameObject drone in drones)
{
SphereFormation sphereFormation = drone.GetComponent <SphereFormation>();
sphereFormation.enabled = !sphereFormation.enabled;
}
break;
case "Boid":
foreach (GameObject drone in drones)
{
Boid boid = drone.GetComponent <Boid>();
boid.enabled = !boid.enabled;
}
break;
case "CircleMovement":
foreach (GameObject drone in drones)
{
CircleMovement circleMvt = drone.GetComponent <CircleMovement>();
circleMvt.enabled = !circleMvt.enabled;
}
break;
}
}
// Start is called before the first frame update
void Start()
{
// get the rigidbody of the paddle
rBody = gameObject.GetComponent <Rigidbody2D>();
paddleCollider = gameObject.GetComponent <BoxCollider2D>();
// get the circle movement script of the ball
ballScript = my_ball.GetComponent <CircleMovement>();
// get the starting position of the paddle
paddleStart = gameObject.transform.localPosition;
// get the width of the walls
float wallWidth = leftWall.GetComponent <BoxCollider2D>().bounds.size.x;
// define leftWallXPos and rightWallXPos so that they can be used in observations
leftWallXPos = leftWall.transform.localPosition.x + wallWidth / 2;
rightWallXPos = rightWall.transform.localPosition.x - wallWidth / 2;
// define ceilingYPos and paddleYPos so that they can be used in observations
ceilingYPos = ceiling.transform.localPosition.y - ceiling.GetComponent <BoxCollider2D>().bounds.size.y / 2;
paddleYPos = gameObject.transform.localPosition.y + paddleCollider.bounds.size.y / 2;
// get the radius of the ball
circleRadius = my_ball.GetComponent <CircleCollider2D>().radius;
// get the textmeshproUGUI components of the lives and scores game objects
livesUGUI = myLives.GetComponent <TextMeshProUGUI>();
scoreUGUI = myScore.GetComponent <TextMeshProUGUI>();
// set starting values for the score and lives
curScore = 0;
if (training)
{
curLives = 1;
}
else
{
curLives = 3;
}
}
// Start is called before the first frame update
void Start()
{
// define the value for displayUGUI, and secondPromptUGUI objects
displayUGUI = display.GetComponent <TextMeshProUGUI>();
secondPromptUGUI = secondPrompt.GetComponent <TextMeshProUGUI>();
// get the prompt from the display
prompt = displayUGUI.text;
// define the values for the playerBallScript and machineBallScript
playerBallScript = playerBall.GetComponent <CircleMovement>();
machineBallScript = machineBall.GetComponent <CircleMovement>();
// get the TMPro UGUI game objects for the player's lives and scores
playerLivesUGUI = playerLives.GetComponent <TextMeshProUGUI>();
machineLivesUGUI = machineLives.GetComponent <TextMeshProUGUI>();
playerScoreUGUI = playerScore.GetComponent <TextMeshProUGUI>();
machineScoreUGUI = machineScore.GetComponent <TextMeshProUGUI>();
}
protected override void Load()
{
StaticSprite frame1 = new StaticSprite();
StaticSprite frame2 = new StaticSprite();
frame1.Load(Parent.Engine.Content, "Froggy", new Rectangle(0, 0, 34, 29));
frame1.Origin = new Vector2(17, 28);
frame2.Load(Parent.Engine.Content, "Froggy", new Rectangle(34, 0, 34, 29));
frame2.Origin = new Vector2(18, 28);
frame1.Scale = 2f;
frame2.Scale = 2f;
_sequence.Scale = 2f;
_sequence.AddSprite(frame1, 0.5f);
_sequence.AddSprite(frame2, 0.5f);
_sequence.RepeatIndefinitely = true;
_sequence.Start();
//_mask = new CircleMask(new PointFP(8, 8), 10);
_mask = new AABBMask(new PointFP(-16, -32), new PointFP(16, 0));
_mask.Position = _position;
Dictionary<PlatformAction, PlatformAction> cmap = new Dictionary<PlatformAction, PlatformAction>();
cmap[PlatformAction.Left] = PlatformAction.Left;
cmap[PlatformAction.Right] = PlatformAction.Right;
cmap[PlatformAction.Up] = PlatformAction.Up;
cmap[PlatformAction.Down] = PlatformAction.Down;
cmap[PlatformAction.Jump] = PlatformAction.Jump;
cmap[PlatformAction.Action] = PlatformAction.Action;
/*PaddleMovement<PaddleAction> behavior = new PaddleMovement<PaddleAction>(this, "player", cmap);
behavior.Origin = new Vector2(400, 200);
behavior.Range = 100;
behavior.Speed = 120;
behavior.Direction = PaddleDirection.Vertical;
AddBehavior(behavior);*/
/*PlayerPlatformMovement<PlatformAction> behavior = new PlayerPlatformMovement<PlatformAction>(this, "player", cmap);
behavior.AccelX = (FPInt)0.5;
behavior.DecelX = (FPInt)0.25;
behavior.MinVelocityX = (FPInt)(-3);
behavior.MaxVelocityX = (FPInt)3;
behavior.AccelY = (FPInt)0.4;
behavior.MinVelocityY = -12;
behavior.MaxVelocityY = 12;
behavior.AccelStateY = PlatformAccelState.Accelerate;*/
//AddBehavior(behavior);
CircleMovement circle = new CircleMovement(this, new PointFP(300, 300), 150, 1);
AddBehavior(circle);
}
private void OnEnable()
{
_circleMovement = (CircleMovement)target;
SetHelpboxText();
}
