private void Init(bool showMapName, Vector2 pos, string name, string targetMap, string targetSpawn, FutileFourDirectionBaseObject.Direction exitDirection)
{
this.showMapName = showMapName;
this.pos = pos;
this.name = name;
this.targetMap = targetMap;
this.targetSpawn = targetSpawn;
this.exitDirection = exitDirection;
}
public SpawnPoint(bool showMapName, float x, float y, string name, string targetMap, string targetSpawn, FutileFourDirectionBaseObject.Direction exitDirection)
{
Init(showMapName, new Vector2(x, y), name, targetMap, targetSpawn, exitDirection);
}
private void EnemyTransition(FutileFourDirectionBaseObject.Direction dir, FutilePlatformerBaseObject enemy)
{
if (enemy is Enemy)
{
Enemy e = ((Enemy)enemy);
e.SetDirection(dir);
e.PlayAnim();
}
else if (enemy is Ninja)
{
Ninja n = ((Ninja)enemy);
n.SetDirection(dir);
n.PlayAnim();
}
Tween t = null;
float randAmount = 8.0f;
float minAmount = 1.0f;
switch (dir)
{
case FutileFourDirectionBaseObject.Direction.DOWN:
enemy.y += collisionTilemap.tileHeight * 2f;
enemy.x += RXRandom.Float() * 2 * collisionTilemap.tileWidth - collisionTilemap.tileWidth;
t = Go.to(enemy, minAmount, new TweenConfig().setEaseType(EaseType.QuadOut).setDelay(RXRandom.Float() * randAmount).floatProp("y", -collisionTilemap.tileHeight * 2f, true));
break;
case FutileFourDirectionBaseObject.Direction.UP:
enemy.y -= collisionTilemap.tileHeight * 2f;
enemy.x += RXRandom.Float() * 2 * collisionTilemap.tileWidth - collisionTilemap.tileWidth;
t = Go.to(enemy, minAmount, new TweenConfig().setEaseType(EaseType.QuadOut).setDelay(RXRandom.Float() * randAmount).floatProp("y", collisionTilemap.tileHeight * 2f, true));
break;
case FutileFourDirectionBaseObject.Direction.RIGHT:
enemy.x -= collisionTilemap.tileWidth * 2f;
enemy.y += RXRandom.Float() * 2 * collisionTilemap.tileHeight - collisionTilemap.tileHeight;
t = Go.to(enemy, minAmount, new TweenConfig().setEaseType(EaseType.QuadOut).setDelay(RXRandom.Float() * randAmount).floatProp("x", collisionTilemap.tileWidth * 2f, true));
break;
case FutileFourDirectionBaseObject.Direction.LEFT:
enemy.x += collisionTilemap.tileWidth * 2f;
enemy.y += RXRandom.Float() * 2 * collisionTilemap.tileHeight - collisionTilemap.tileHeight;
t = Go.to(enemy, minAmount, new TweenConfig().setEaseType(EaseType.QuadOut).setDelay(RXRandom.Float() * randAmount).floatProp("x", -collisionTilemap.tileWidth * 2f, true));
break;
}
t.setOnCompleteHandler((AbstractTween tw) =>
{
if (enemy is Enemy)
{
Enemy e = ((Enemy)enemy);
e.currentState = Enemy.State.IDLE;
e.StateCount = 1;
}
else if (enemy is Ninja)
{
Ninja n = ((Ninja)enemy);
n.currentState = Ninja.State.IDLE;
n.StateCount = 1;
}
});
}
public SpawnPoint(bool showMapName, Vector2 pos, string name, string targetMap, string targetSpawn, FutileFourDirectionBaseObject.Direction exitDirection)
{
Init(showMapName, pos, name, targetMap, targetSpawn, exitDirection);
}
private void SpawnParticles(FutileFourDirectionBaseObject.Direction dir, int numParticles = 10)
{
for (int i = 0; i < numParticles; i++)
{
Particle.ParticleOne p = Particle.ParticleOne.getParticle();
Vector2 vel = new Vector2(-RXRandom.Float() * 20 + 10, -RXRandom.Float() * 20);
Vector2 acc = new Vector2(-vel.x * (RXRandom.Float() * .5f), -vel.y * -1.0f);
Vector2 pos = new Vector2(RXRandom.Float() * 16 - 8, 8);
switch (dir)
{
case FutileFourDirectionBaseObject.Direction.DOWN:
vel.y *= -1;
acc.y *= -1;
break;
case FutileFourDirectionBaseObject.Direction.RIGHT:
float tempX = vel.x;
vel.x = vel.y;
vel.y = tempX;
tempX = acc.x;
acc.x = acc.y;
acc.y = tempX;
tempX = pos.x;
pos.x = pos.y;
pos.y = tempX;
pos.x *= -1;
break;
case FutileFourDirectionBaseObject.Direction.UP:
pos.y *= -1;
break;
case FutileFourDirectionBaseObject.Direction.LEFT:
tempX = vel.x;
vel.x = vel.y;
vel.y = tempX;
tempX = acc.x;
acc.x = acc.y;
acc.y = tempX;
tempX = pos.x;
pos.x = pos.y;
pos.y = tempX;
vel.x *= -1;
acc.x *= -1;
break;
}
p.activate(this.GetPosition() +pos, vel, acc, RXRandom.Bool() ? 180.0f : 0);
this.container.AddChild(p);
}
}
