This document provides an overview of the various demos included in this project. Each demo demonstrates different features of the application.
There are multiple demos available in this project. To access a demo in the application, click the button with the corresponding demo name.
This demo opens two windows that load google.com.
- GPU Renderer: One window uses GPU rendering.
- CPU Renderer: The other window uses CPU rendering.
This demo creates a borderless, resizable window with a custom title bar.
- Double-clicking the title bar maximizes/restores the window.
- The title bar is rendered using an HTML view.
This demo extends DemoBorderlessResizable with window dragging functionality.
- Click and drag the title bar to move the window around the screen.
This demo demonstrates using multiple windows:
- One window loads
google.com. - Another window opens an inspector view for debugging or inspecting UI elements.
This demo shows JS ↔ C++ communication using an Ultralight view:
- Multiple examples of passing data between JavaScript and C++ are included.
This demo creates a window with a button that spawns a new window containing an OpenFileDialog.
The UI is built in HTML, and data is passed between the windows using JavaScript ↔ C++ communication.
This demo demonstrates creating a fully transparent window with an image rendered inside.
This demo opens up to four windows to demonstrate MSAA (Multi-Sample Anti-Aliasing) levels using the GPU renderer.
- MSAA levels 1, 2, 4, and 8 are displayed if supported by the active GPU.
This demo retrieves the bounds of a <div> and draws a C++ texture over the approximate area.
Note: This method is not recommended; it was used prior to the introduction of the ImageSource API.
This demo features an HTML view with interactive buttons to modify how a cube is rendered directly to the window's render target using DirectX 11.
This demo allows users to load ASCII-format GLTF files and view them in 3D, including all available animations.
This demo demonstrates using the ImageSource API to draw a C++ DirectX 11 texture directly into an <img> element inside an Ultralight web view. This is the recommended method of embedding a DirectX11 texture in an ultralight view.
This demo extends the ImageSource API usage by drawing textures associated with render targets into multiple <img> elements in an Ultralight web view, showcasing multiple cubes rendered simultaneously.
