internal void update()
{
// we set the RenderTarget here so that the Viewport will match the RenderTarget properly
Core.graphicsDevice.setRenderTarget(_sceneRenderTarget);
// update our lists in case they have any changes
entities.updateLists();
if (entityProcessors != null)
{
entityProcessors.update();
}
for (int i = 0, count = entities.count; i < count; i++)
{
var entity = entities[i];
if (entity.enabled && (entity.updateInterval == 1 || Time.frameCount % entity.updateInterval == 0))
{
entity.update();
}
}
if (entityProcessors != null)
{
entityProcessors.lateUpdate();
}
// we update our renderables after entity.update in case any new Renderables were added
renderableComponents.updateLists();
}
public virtual void update()
{
// we set the RenderTarget here so that the Viewport will match the RenderTarget properly
Core.graphicsDevice.setRenderTarget(_sceneRenderTarget);
// update our lists in case they have any changes
entities.updateLists();
// update our SceneComponents
for (var i = _sceneComponents.length - 1; i >= 0; i--)
{
if (_sceneComponents.buffer[i].enabled)
{
_sceneComponents.buffer[i].update();
}
}
// update our EntityProcessors
if (entityProcessors != null)
{
entityProcessors.update();
}
// update our Entities
entities.update();
if (entityProcessors != null)
{
entityProcessors.lateUpdate();
}
// we update our renderables after entity.update in case any new Renderables were added
renderableComponents.updateLists();
}
internal void update()
{
// we set the RenderTarget here so that the Viewport will match the RenderTarget properly
Core.graphicsDevice.SetRenderTarget(_sceneRenderTarget);
// update our lists in case they have any changes
entities.updateLists();
renderableComponents.updateLists();
if (entityProcessors != null)
{
entityProcessors.update();
}
for (var i = 0; i < entities.Count; i++)
{
var entity = entities[i];
if (entity.enabled && (entity.updateInterval == 1 || Time.frameCount % entity.updateInterval == 0))
{
entity.update();
}
}
}