// Start is called before the first frame update
void Start()
{
TimingObstacle.unUsedObstacles = new List <TimingObstacle>();
TimingObstacle.usedObstacles = new List <TimingObstacle>();
SimpleObstacle.usedObstacles = new List <SimpleObstacle>();
SimpleObstacle.unUsedObstacles = new List <SimpleObstacle>();
HorizontalCrawler.unUsedObstacles = new List <HorizontalCrawler>();
HorizontalCrawler.usedObstacles = new List <HorizontalCrawler>();
WallObstacle.usedObstacles = new List <WallObstacle>();
WallObstacle.unUsedObstacles = new List <WallObstacle>();
for (int i = 0; i < numberObstaclesGenerated; i++)
{
TimingObstacle t = Instantiate <TimingObstacle>(timingObstacle, generatePos(rotationPoint.position.y), Quaternion.identity);
TimingObstacle.unUsedObstacles.Add(t);
t.SetRadius(towerDiameter);
HorizontalCrawler h = Instantiate <HorizontalCrawler>(horizontalCrawler, generatePos(rotationPoint.position.y), Quaternion.identity);
HorizontalCrawler.unUsedObstacles.Add(h);
h.SetRadius(towerDiameter);
WallObstacle w = Instantiate <WallObstacle>(wallObstacle, generatePos(rotationPoint.position.y), Quaternion.identity);
WallObstacle.unUsedObstacles.Add(w);
w.SetRadius(towerDiameter);
SimpleObstacle s = Instantiate <SimpleObstacle>(simpleObstacle, generatePos(rotationPoint.position.y), Quaternion.identity);
SimpleObstacle.unUsedObstacles.Add(s);
s.SetRadius(towerDiameter);
}
generatedHeight = startHeigth;
GenerateChunk();
}
protected void CreateWallToObstacle(WallObstacle o)
{
Vector2 offset = new Vector2(wallLengthDone, 0);
Vector3 wallSize = new Vector3(wallThickness, wallHeight, o.bottomLeftAnchorPosition.x - wallLengthDone);
AdvancedCubeBuilder b = new AdvancedCubeBuilder(MaxSize, wallSize, offset, transform, m);
HandleCreatedWall(b);
}
protected WallObstacle UnpackWall()
{
WallObstacle wall = new WallObstacle();
wall.Position = ReadVector3F();
wall.Rotation = ReadFloat();
wall.Size = new Vector3F(0, ReadFloat(), ReadFloat());
wall.Ricochet = (ReadByte() & Constants.RICOCHET) != 0;
return(wall);
}
public void OnTriggerEnter2D(Collider2D collision)
{
HealthBar player1 = collision.GetComponent <HealthBar>();
WallObstacle Wall = collision.GetComponent <WallObstacle>();
if (player1 != null)
{
player1.getHit();
DestroyProjectile();
}
else if (Wall != null)
{
DestroyProjectile();
}
}
protected void CreateWallOverObstacle(WallObstacle o)
{
float upperYPos = Mathf.Clamp(o.bottomLeftAnchorPosition.y + o.obstacleSize.y, 0, wallHeight);
if (upperYPos < wallHeight)
{
Vector2 offset = new Vector2(wallLengthDone, upperYPos);
Vector3 wallSize = new Vector3(
wallThickness,
wallHeight - upperYPos,
o.bottomLeftAnchorPosition.x - wallLengthDone + o.obstacleSize.x);
AdvancedCubeBuilder b = new AdvancedCubeBuilder(MaxSize, wallSize, offset, transform, m);
HandleCreatedWall(b);
}
}
public void OnTriggerEnter2D(Collider2D collision)
{
Debug.Log("Hit");
Enemy enemy = collision.GetComponent <Enemy>();
WallObstacle Wall = collision.GetComponent <WallObstacle>();
if (enemy != null)
{
enemy.getHit();
DestroyProjectile();
}
else if (Wall != null)
{
DestroyProjectile();
}
}
public void Validate()
{
if (Objects.FindIndex((x) => x as WallObstacle != null) > 0 || WorldInfo.NoWalls)
{
return;
}
float wallHeight = 6.5f; // TODO, get from BZDB
WallObstacle wall = new WallObstacle();
wall.Position = new LinearMath.Vector3F(0, WorldInfo.Size, 0);
wall.Rotation = LinearMath.TrigTools.ToRad(270);
wall.Size = new LinearMath.Vector3F(0, WorldInfo.Size, wallHeight);
wall.Ricochet = false;
Objects.Add(wall);
wall = new WallObstacle();
wall.Position = new LinearMath.Vector3F(WorldInfo.Size, 0, 0);
wall.Rotation = LinearMath.TrigTools.ToRad(180);
wall.Size = new LinearMath.Vector3F(0, WorldInfo.Size, wallHeight);
wall.Ricochet = false;
Objects.Add(wall);
wall = new WallObstacle();
wall.Position = new LinearMath.Vector3F(0, -WorldInfo.Size, 0);
wall.Rotation = LinearMath.TrigTools.ToRad(90);
wall.Size = new LinearMath.Vector3F(0, WorldInfo.Size, wallHeight);
wall.Ricochet = false;
Objects.Add(wall);
wall = new WallObstacle();
wall.Position = new LinearMath.Vector3F(-WorldInfo.Size, 0, 0);
wall.Rotation = LinearMath.TrigTools.ToRad(0);
wall.Size = new LinearMath.Vector3F(0, WorldInfo.Size, wallHeight);
wall.Ricochet = false;
Objects.Add(wall);
}
void OnTriggerEnter(Collider other)
{
if (other.gameObject.CompareTag("Coin Pick Up"))
{
CoinPickUp script = other.GetComponent <CoinPickUp>();
script.OnPickUp();
score += script.score;
UIManager.SetPlayerScoreText(score);
if (score % 10 == 0)
{
PlayerDirectionController.increaseDeathCount();
}
}
if (other.gameObject.CompareTag("Light Orb Pick Up"))
{
LightOrbPickUp script = other.GetComponent <LightOrbPickUp>();
script.OnPickUp();
GameStateController.SetPlayerBrightnessDiff(script.brightness);
}
/*if(other.gameObject.CompareTag("SpeedChange Pick Up"))
* {
* SpeedChangePickUp script = other.GetComponent<SpeedChangePickUp>();
* script.OnPickUp();
* CachedSpeed = speed;
* speed = script.GetNewSpeed(speed);
* CurrentSpeedPowerupLength = SpeedPowerupLength;
* UIManager.SetPlayerSpeedText(speed);
* }*/
if (other.gameObject.CompareTag("Mirror"))
{
if (!other.gameObject.GetComponent <ReflectObject>().MirrorHit)
{
Vector3 ReflectionAngle = Vector3.Reflect(transform.forward, other.transform.forward);
transform.forward = ReflectionAngle;
other.gameObject.GetComponent <ReflectObject>().MirrorHit = true;
}
}
if (other.gameObject.CompareTag("RefractionObject"))
{
float IndexOfIncidence = 1;
float IndexOfRefraction = 4;
if (!other.gameObject.GetComponent <RefractObject>().MirrorHit)
{
Vector3 ReflectionAngle = Vector3.Reflect(transform.forward, other.transform.forward);
float AngleBetweenReflectedPoints = Vector3.Angle(transform.forward, ReflectionAngle);
float AngleOfIncidence = (180 - AngleBetweenReflectedPoints) / 2;
Debug.Log(AngleOfIncidence);
float AngleOfRefraction = Mathf.Asin(IndexOfIncidence * Mathf.Sin((AngleOfIncidence * Mathf.PI) / 180) / IndexOfRefraction);
float AngleOfRefractionInDegrees = (Mathf.Asin(AngleOfRefraction) * 180) / Mathf.PI;
Vector3 N = other.transform.forward;
Vector3 s1 = transform.forward;
Vector3 RefractionDir = (IndexOfIncidence / IndexOfRefraction) * (Vector3.Cross(N, Vector3.Cross(-N, s1))) - N * Mathf.Sqrt(1 - Mathf.Pow(IndexOfIncidence / IndexOfRefraction, 2) * Vector3.Dot(Vector3.Cross(N, s1), Vector3.Cross(N, s1)));
transform.forward = RefractionDir;
Debug.Log(AngleOfRefractionInDegrees);
//Vector3 RefractionAngle = ;
//transform.forward = ReflectionAngle;
other.gameObject.GetComponent <RefractObject>().MirrorHit = true;
}
}
if (other.gameObject.CompareTag("Wall"))
{
GameStateController.SetPlayerBrightnessDiff(-20);
WallObstacle WallComponent = other.gameObject.GetComponent <WallObstacle>();
if (WallComponent != null && WallComponent.RedirectPointTransform != null)
{
other.gameObject.GetComponent <WallObstacle>().WarpPlayerToRedirectPoint1();
}
else
{
GameStateController.OnPlayerLose();
}
}
if (other.gameObject.CompareTag("Finish"))
{
GameStateController.OnPlayerWin();
if (ProgressSaver != null)
{
ProgressSaver.GetComponent <SaveProgress>().SaveLevelProgress();
}
}
}
protected void CreateWallsAroundObstacle(WallObstacle o)
{
CreateWallUnderObstacle(o);
CreateWallOverObstacle(o);
}