//Called when a collider enters the trigger
private void OnTriggerEnter2D(Collider2D other)
{
//if the collider's tag is "Asteroid"...
if (other.tag == "Asteroid")
{
AsteroidBehavior split = other.GetComponent <AsteroidBehavior>(); //...create a temporary dataType AsteroidBehavior named split and set it equal to the collider's attached AsteroidBehavior component
//if split's itime is less than or equal to 0 seconds...
if (split.itime <= 0.0f)
{
//if the level of the asteroid is equal to 3...
if (split.level == 3)
{
score.score += 10; //...increment the score member variable of score by 10
}
//if the level of the asteroid is equal to 2...
else if (split.level == 2)
{
score.score += 50; //...increment the score member variable of score by 50
}
//if the level of the asteroid is equal to 1...
else if (split.level == 1)
{
score.score += 100; //...increment the score member variable of score by 100
}
split.Explode(); //...start split's Explode() function
}
}
}
void DivideAsteroid(GameObject gameObject, AsteroidBehavior asteroidBehavior)
{
for (var i = 0; i < 2; i++)
{
DeployAsteroid(gameObject.transform.position, gameObject.transform.position, asteroidBehavior.Level + 1, 0f);
}
if (_asteroidCount == 0)
{
_stage += 1;
DeployAsteroids();
}
}
public Asteroid(FixedPointVector3 _pos, FixedPoint _scale)
{
position = _pos;
scale = _scale;
speed = Extensions.Range(1, 2);
health = 5;
type = EntityType.Asteroid;
body = new CircleBody(position, scale * (FixedPoint)0.5f, this);
body.SetLayer(type);
body.SetCollidesWith(EntityType.Ufo, true);
body.SetCollidesWith(EntityType.Asteroid, true);
body.SetCollidesWith(EntityType.Blast, true);
body.SetCollidesWith(EntityType.Placeholder, true);
behavior = new AsteroidBehavior(this);
}
// Update is called once per frame
void Update()
{
m_chrono += Time.deltaTime;
m_timeSinceBeginning += Time.deltaTime;
if (m_chrono > m_maxTime)
{
ScoreScript.scoreValue += 100;
GameObject firstAsteroid = Instantiate(m_objectToCreate, Vector3.zero, Quaternion.identity);
GameObject secondAsteroid = Instantiate(m_objectToCreate2, Vector3.zero, Quaternion.identity);
m_chrono = 0f;
AsteroidBehavior firstBehavior = firstAsteroid.GetComponent <AsteroidBehavior>();
AsteroidBehavior secondBehavior = secondAsteroid.GetComponent <AsteroidBehavior>();
if (m_timeSinceBeginning > 3)
{
firstBehavior.m_speed += 200f;
secondBehavior.m_speed += 200f;
}
}
}
/// <summary>
/// Advance to the next level, create the next map, and readjust the size of
/// the player as necessary.
/// </summary>
/// <param name="nextLevelType">Force set the level type of the next level
/// generated</param>
void NextLevel(LevelManager.LevelType nextLevelType)
{
// Reset level-specific stats
timer = 0;
levelTransitionTimer = 0 + transitionTime;
levelScore = 0;
openDoor = false;
score += (levelManager.Level * 100);
// Remove all active asteroids and bullets
for (int i = 0; i < asteroidObjects.Count; i++)
{
RemoveAsteroid(i);
i--;
}
for (int b = 0; b < bullets.Count; b++)
{
RemoveBullet(b);
b--;
}
// Advance to the level and create the next map
levelManager.AdvanceLevel(
nextLevelType,
Mathf.Clamp(
((levelManager.Level + 1) / 3) + 7,
7,
20));
// Set stats for map dependent on level and level type
if (nextLevelType == LevelManager.LevelType.Tutorial)
{
maxAsteroidCount = 5;
minAsteroidSpawnTimer = .4f;
maxAsteroidSpawnTimer = 3f;
chaserSpawnChance = 0;
//lifeDropChance = 0;
smallKeyDropChance = .3f;
levelGoal = 1;
}
// Increment difficulty of next level
else if (levelManager.Level <= 20)
{
// Level stats
levelGoal = 2 + ((levelManager.Level - 1) * 4);
maxAsteroidCount = 10 + (int)((levelManager.Level - 1) * .8f);
minAsteroidSpawnTimer = .4f - (levelManager.Level * .015f);
maxAsteroidSpawnTimer = 1.3f - (levelManager.Level * .05f);
// Drop and Spawn Rarities
if (levelManager.Level == 3)
{
chaserSpawnChance = .15f; // 150% chaser spawn chance
}
else
{
if (levelManager.Level == 2)
{
chaserSpawnChance = 0;
}
else
{
// 01.00% -> 4.00% chaser spawn chance
chaserSpawnChance = .01f * (1f + (levelManager.Level * .15f));
}
// 80.00% -> 40.00% chaser key drop chance
chaserKeyDropChance = .01f * (80f - (levelManager.Level * 2f));
// 40.00% -> 01.00% small key drop chance
smallKeyDropChance = .01f * (40f - (levelManager.Level * 1.95f));
// 01.00% -> 00.50% life drop chance
//lifeDropChance = .01f * (1f - (levelManager.Level * .025f));
}
}
// Maximum difficulty for everything except minimum number of asteroids
// needed to enable key drop
else
{
levelGoal = (int)((levelManager.Level - 1) * 1.3f) + 52;
// These should be the permanent final values for the following:
maxAsteroidCount = 30;
minAsteroidSpawnTimer = .1f;
maxAsteroidSpawnTimer = .3f;
chaserSpawnChance = .04f; // 4.00% chaser spawn chance
chaserKeyDropChance = .4f; // 40.00% chaser key drop chance
smallKeyDropChance = .01f; // 01.00% small key drop chance
//lifeDropChance = .005f; // 00.50% life drop chance
}
// Three seconds before first asteroid spawns
asteroidTime = 3f;
player.ResetBulletCooldown();
// Scale key
keyScale = LevelManager.GetScaleSpriteToTileSize(
doorKey.GetComponent <SpriteInfo>(),
levelManager.UnitsPerSquare * .75f);
doorKey.GetComponent <SpriteInfo>().Radius
= levelManager.UnitsPerSquare * .75f;
#region Scale Player
// Resize the player & their bounds based upon the new size of the map
if (player.SpriteInfo != null && levelManager.LeveHeight > 4)
{
playerToTileScale
= levelManager.GetScaleSpriteToTileSize(player.SpriteInfo);
playerToTileScale.x *= PlayerToTileSizeRatio;
playerToTileScale.y *= PlayerToTileSizeRatio;
if (player.SpriteInfo.Shape == SpriteInfo.BoundingShape.Box)
{
player.SpriteInfo.Radius = levelManager.UnitsPerSquare *
((playerToTileScale.x + playerToTileScale.y / 2) / 2);
}
else
{
player.SpriteInfo.Radius = levelManager.UnitsPerSquare
* PlayerToTileSizeRatio;
}
player.transform.localScale = playerToTileScale;
player.transform.position = levelManager.GetRandomSpawnLocation();
player.ForceAngle(Random.Range(0, 4) * 90);
}
#endregion
#region Scale Bullet
// Resize the bullets shot by the player
if (player.bullet != null &&
player.bullet.GetComponent <SpriteInfo>() != null &&
levelManager.LeveHeight > 4)
{
playerToTileScale = levelManager.GetScaleSpriteToTileSize(
player.bullet.GetComponent <SpriteInfo>());
playerToTileScale.x *= PlayerToTileSizeRatio * .35f;
playerToTileScale.y *= PlayerToTileSizeRatio * .35f;
player.BulletScale = playerToTileScale;
player.bullet.GetComponent <SpriteInfo>().Radius
= levelManager.UnitsPerSquare * PlayerToTileSizeRatio * .35f;
}
#endregion
// Rescale the asteroids and their radii with the new map size
AsteroidBehavior.RescaleAsteroids(levelManager.UnitsPerSquare);
}
void ReturnAsteroid(GameObject gameObject, AsteroidBehavior asteroidBehavior)
{
gameObject.SetActive(false);
_asteroidCount -= 1;
}
void StruckAsteroid(GameObject gameObject, AsteroidBehavior asteroidBehavior)
{
OnAsteroidStruck.Invoke(gameObject);
}
