com.badlogic.gdx.graphics.g3d.particles.ParticleController.<init> java code examples

Common ways to obtain ParticleController

private void myMethod () {
 ParticleController p =Array array;array.get(index)
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}

/** @return a copy of this controller */
public ParticleController copy () {
  Emitter emitter = (Emitter)this.emitter.copy();
  Influencer[] influencers = new Influencer[this.influencers.size];
  int i = 0;
  for (Influencer influencer : this.influencers) {
    influencers[i++] = (Influencer)influencer.copy();
  }
  return new ParticleController(new String(this.name), emitter, (ParticleControllerRenderer<?, ?>)renderer.copy(),
    influencers);
}

/** @return a copy of this controller */
public ParticleController copy () {
  Emitter emitter = (Emitter)this.emitter.copy();
  Influencer[] influencers = new Influencer[this.influencers.size];
  int i = 0;
  for (Influencer influencer : this.influencers) {
    influencers[i++] = (Influencer)influencer.copy();
  }
  return new ParticleController(new String(this.name), emitter, (ParticleControllerRenderer<?, ?>)renderer.copy(),
    influencers);
}

return new ParticleController("ModelInstance Controller", emitter, new ModelInstanceRenderer(editor.getModelInstanceParticleBatch()), 
  new ModelInfluencer.Single((Model) editor.assetManager.get(FlameMain.DEFAULT_MODEL_PARTICLE) ),
  spawnSource,

return new ParticleController("ModelInstance Controller", emitter, new ModelInstanceRenderer(editor.getModelInstanceParticleBatch()), 
  new ModelInfluencer.Single((Model) editor.assetManager.get(FlameMain.DEFAULT_MODEL_PARTICLE) ),
  spawnSource,

velocityInfluencer.velocities.add(velocityValue);
return new ParticleController("ParticleController Controller", emitter, new ParticleControllerControllerRenderer(),
  new ParticleControllerInfluencer.Single(editor.assetManager.get(FlameMain.DEFAULT_TEMPLATE_PFX, ParticleEffect.class).getControllers().get(0)),
  spawnSource,

velocityInfluencer.velocities.add(velocityValue);
return new ParticleController("ParticleController Controller", emitter, new ParticleControllerControllerRenderer(),
  new ParticleControllerInfluencer.Single(editor.assetManager.get(FlameMain.DEFAULT_TEMPLATE_PFX, ParticleEffect.class).getControllers().get(0)),
  spawnSource,

colorInfluencer.alphaValue.setScaling(new float[] {0, 0.15f, 0.5f, 0});
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(editor.getBillboardBatch()), 
  new RegionInfluencer.Single(editor.getTexture()),
  spawnSource,

colorInfluencer.alphaValue.setScaling(new float[] {0, 0.15f, 0.5f, 0});
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(editor.getBillboardBatch()), 
  new RegionInfluencer.Single(editor.getTexture()),
  spawnSource,

velocityInfluencer.velocities.add(velocityValue);
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(editor.getBillboardBatch()), 
  new RegionInfluencer.Single(editor.getTexture()),
  spawnSource,

velocityInfluencer.velocities.add(velocityValue);
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(editor.getBillboardBatch()), 
  new RegionInfluencer.Single(editor.getTexture()),
  spawnSource,

velocityValue.strengthValue.setHigh(5, 10);
return new ParticleController("PointSprite Controller", emitter, new PointSpriteRenderer(editor.getPointSpriteBatch()),
  new RegionInfluencer.Single((Texture) editor.assetManager.get(FlameMain.DEFAULT_BILLBOARD_PARTICLE) ),
  spawnSource,

velocityValue.strengthValue.setHigh(5, 10);
return new ParticleController("PointSprite Controller", emitter, new PointSpriteRenderer(editor.getPointSpriteBatch()),
  new RegionInfluencer.Single((Texture) editor.assetManager.get(FlameMain.DEFAULT_BILLBOARD_PARTICLE) ),
  spawnSource,

dynamicsInfluencer.velocities.add(modifier);
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(billboardParticleBatch),
  new RegionInfluencer.Single(particleTexture),
  spawnSource,

/** @return a copy of this controller */
public ParticleController copy () {
  Emitter emitter = (Emitter)this.emitter.copy();
  Influencer[] influencers = new Influencer[this.influencers.size];
  int i = 0;
  for (Influencer influencer : this.influencers) {
    influencers[i++] = (Influencer)influencer.copy();
  }
  return new ParticleController(new String(this.name), emitter, (ParticleControllerRenderer<?, ?>)renderer.copy(),
    influencers);
}

return new ParticleController("ModelInstance Controller", emitter, new ModelInstanceRenderer(editor.getModelInstanceParticleBatch()), 
  new ModelInfluencer.Single((Model) editor.assetManager.get(FlameMain.DEFAULT_MODEL_PARTICLE) ),
  spawnSource,

velocityInfluencer.velocities.add(velocityValue);
return new ParticleController("ParticleController Controller", emitter, new ParticleControllerControllerRenderer(),
  new ParticleControllerInfluencer.Single(editor.assetManager.get(FlameMain.DEFAULT_TEMPLATE_PFX, ParticleEffect.class).getControllers().get(0)),
  spawnSource,

colorInfluencer.alphaValue.setScaling(new float[] {0, 0.15f, 0.5f, 0});
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(editor.getBillboardBatch()), 
  new RegionInfluencer.Single(editor.getTexture()),
  spawnSource,

velocityInfluencer.velocities.add(velocityValue);
return new ParticleController("Billboard Controller", emitter, new BillboardRenderer(editor.getBillboardBatch()), 
  new RegionInfluencer.Single(editor.getTexture()),
  spawnSource,

velocityValue.strengthValue.setHigh(5, 10);
return new ParticleController("PointSprite Controller", emitter, new PointSpriteRenderer(editor.getPointSpriteBatch()),
  new RegionInfluencer.Single((Texture) editor.assetManager.get(FlameMain.DEFAULT_BILLBOARD_PARTICLE) ),
  spawnSource,

Popular methods of ParticleController

init
Initialize the controller. All the sub systems will be initialized and binded to the controller. Mus
start
Start the simulation.
copy
dispose
end
End the simulation.
draw
Updates the renderer used by this controller, usually this means the particles will be draw inside a
setTransform
Sets the current transformation to the given one.
translate
Postmultiplies the current transformation with a translation matrix represented by the given transla
update
Updates the particles data
activateParticles
Generally called by the Emitter. This method will notify all the sub systems that a given amount of
allocateChannels
bind
Bind the sub systems to the controller Called once during the init phase.

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How to use com.badlogic.gdx.graphics.g3d.particles.ParticleControllerconstructor

Best Java code snippets using com.badlogic.gdx.graphics.g3d.particles.ParticleController.<init> (Showing top 19 results out of 315)

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com.badlogic.gdx.graphics.g3d.particles.ParticleController
constructor