Gwtish

A 3D UI, style and interaction library for libgdx Makes it easy to add streetsigns, readable newspapers or even interactive computer terminals to your game.

Try the DemoScene:

JAR: GwtishDemoScene.jar HTML: index.html Android: GwtishDemoScene.apk (Android not tested...)

Whos it for?

• LibGDX users working on 3D games or apps
• GWT users looking to make 3D games using a familiar syntax to what they are used too
• Or people who want to make use of GWTishs text shader, or AnimatedModelInstance systems separately.

Whoes it not for?

• LibGDX users working on 2D games, or games where all the text is over the 3D, would be better of using Scene2D built into gdx (ie, if Occlusions aren't a concern)

Pros/Cons of alternatives;

• GWTish is likely slower then other options, and likely still has bugs.

• Using Scene2D and converting to a texture via a frame buffer:

  Pros: use more mature built in system, very flexible if you put the work in.

  Cons: More processing needed at runtime. Harder to setup. Resolution issues.

• Using static prebuilt textures:

  Pros: Most simple. No libs needed. Any style you can draw.

  Cons: Time taking to update. More space used. Pain to do multiple languages. Looks bad up close unless very high res.

GWTish strengths:

• Quickly add text to your game:

Label examplelab = new Label("Hello World");

• These objects are model instances ready to use:

examplelab.setToPosition(new Vector3(550,-50,0));

• Text looks good upclose thanks to Valves Distance Field Shader method

• Change text whenever you like easily:

examplelab.setText("New text!...");

• Make the object interactive easily:

• CSS like styleing...

  examplelab.getStyle().setFontSize(42, Unit.PX); examplelab.getStyle().setColor(Color.MAGENTA); examplelab.getStyle().setFont(FontHandling.RuslanDisplayFont); examplelab.getStyle().setShadowColor(Color.BLACK);

• Even css like animations..

    // if you want to make a glitchy glow:
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.0f, 0.1f); // You have to start the animation at 0.0f
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.49f, 0.1f);
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.5f, 4f);
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.51f, 0.1f);
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.60f, 4f);
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.61f, 0.1f);
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.62f, 4f);
    computerscreentext.getStyle().addTransitionState(StyleParam.glowSize, 0.63f, 0.1f); // You won't need to finish the animation all the way, it fills in the rest automatically. Then it loops back unless overridden.
  
    //set transition time	
    computerscreentext.getStyle().setTransitionLength(10000.0f);
  

• Build complex layouts using various panels;

             VerticalPanel overallFrame = new VerticalPanel();
             HorizontalPanel dateandprice = new HorizontalPanel();
  
    Label price = new Label("$1.49");
    Label spacer = new Label(" ~~ ");		
    Label date = new Label("16th Oct");
  
    final Label headline = new Label("Headline",35);
    final Label subheadline = new Label("subheadline",35);
    HorizontalPanel horizontalFrame = new HorizontalPanel();
    Label randomtext1 = new Label("Story text 1 in left column under headline",14);
  
    VerticalPanel rightPanelFrame = new VerticalPanel();
    Image npimage =new Image ("badlogic.jpg");
    npimage.setSizeAs(12, 12);
  
    Label randomtext2 = new Label("Text under image",14);
    //layout
    dateandprice.add(price,spacer,date);
    horizontalFrame.setCellVerticalAlignment(rightPanelFrame, VerticalAlignment.Top);
  
    overallFrame.add(dateandprice,headline,subheadline,horizontalFrame);
    horizontalFrame.add(randomtext1,rightPanelFrame);
    rightPanelFrame.add(npimage,randomtext2);