public StomachLevel()
{
lake_sprite_ = new FSprite("stomach_back");
cave_sprite_ = new FSprite("stomach_mid");
bubbles_container_ = new FParallaxContainer();
foreground_ = new FSprite("stomach_fore");
background = new FParallaxContainer();
stomachCave = new FParallaxContainer();
foreground = new FParallaxContainer();
background.AddChild (lake_sprite_);
stomachCave.AddChild (cave_sprite_);
foreground.AddChild (foreground_);
background.setSize (new Vector2 (Futile.screen.width * 1.5f, Futile.screen.height * 1.5f));
bubbles_container_.setSize(new Vector2 (Futile.screen.width *1.5f, Futile.screen.height * 1.5f));
foreground.setSize (new Vector2 (Futile.screen.width * 2f, Futile.screen.height * 2f));
AddChild(background);
AddChild(stomachCave);
AddChild(bubbles_container_);
AddChild(foreground);
bubble_container_size_ = new Rect(-Futile.screen.halfWidth*.75f, -Futile.screen.halfHeight*.75f, Futile.screen.width*.75f, Futile.screen.halfHeight*.75f);
stomach_bubbles_ = new List<StomachBubble>();
}
public BrainLevel()
{
background_ = new FSprite("Background");
//AddChild(background_);
background = new FParallaxContainer();
background.AddChild (background_);
AddChild (background);
background.setSize (backgroundContainerSize);
back_neurons_container_ = new FParallaxContainer();
back_neurons_ = new List<Neuron>();
back_neurons_area_ = new Rect(-Futile.screen.halfWidth, 0, Futile.screen.width, Futile.screen.halfHeight);
AddChild(back_neurons_container_);
back_neurons_container_.setSize (backgroundContainerSize);
for(int i=0; i<50; i++)
{
bool is_fast = (Random.value > .5f);
float opacity_chance = Random.value;
Neuron.Opacity opacity;
if(opacity_chance < .33f)
{
opacity = Neuron.Opacity.PERCENT_40;
}
else if(opacity_chance < .66f)
{
opacity = Neuron.Opacity.PERCENT_60;
}
else
{
opacity = Neuron.Opacity.PERCENT_80;
}
Neuron neuron = new Neuron(is_fast, opacity);
float x_pos = Random.value*back_neurons_area_.width + back_neurons_area_.xMin;
float y_pos = Random.value*back_neurons_area_.height + back_neurons_area_.yMin;
neuron.SetPosition(new Vector2(x_pos, y_pos));
back_neurons_container_.AddChild(neuron);
back_neurons_.Add(neuron);
last_firing_time_ = Time.time;
}
foreground_ = new FSprite("Forground");
//AddChild(foreground_);
foreground = new FParallaxContainer();
foreground.AddChild (foreground_);
AddChild (foreground);
foreground.setSize (foregroundContainerSize);
front_neurons_container_ = new FParallaxContainer();
front_neurons_ = new List<Neuron>();
front_neurons_area_ = new Rect(-Futile.screen.halfWidth, -Futile.screen.halfHeight, Futile.screen.width, Futile.screen.halfHeight*.5f);
AddChild(front_neurons_container_);
front_neurons_container_.setSize(foregroundContainerSize);
for(int i=0; i<0; i++)
{
bool is_fast = (Random.value > .5f);
float opacity_chance = Random.value;
Neuron.Opacity opacity;
if(opacity_chance < .33f)
{
opacity = Neuron.Opacity.PERCENT_40;
}
else if(opacity_chance < .66f)
{
opacity = Neuron.Opacity.PERCENT_60;
}
else
{
opacity = Neuron.Opacity.PERCENT_80;
}
Neuron neuron = new Neuron(is_fast, opacity);
float x_pos = Random.value*front_neurons_area_.width + front_neurons_area_.xMin;
float y_pos = Random.value*front_neurons_area_.height + front_neurons_area_.yMin;
neuron.SetPosition(new Vector2(x_pos, y_pos));
front_neurons_container_.AddChild(neuron);
front_neurons_.Add(neuron);
}
}