ofxGuiJson

README for ofxGUIJson Project

The ofxGUIJson project leverages OpenFrameworks to create a dynamic and scalable GUI system. It uses a JSON configuration file to define GUI elements and map user interactions dynamically to various functions within an application. This README provides essential guidance on setup, configuration, and a detailed overview of the project's structure.

System Requirements

• OpenFrameworks: Install openFrameworks 0.11.2 from the official openFrameworks GitHub repository. Choose the appriopriate version for your operating system.
• Compiler: Currently, the project is known to compile with Visual Studio 2022. Ensure your development environment is set up with this version.
• Dependencies: This addon was built as an extension for the ofxGui addon.
• ofxMaxim is required for the 'example_audio' project.

Installation

To set up the ofxGUIJson project in your environment, follow these steps:

1. Clone the Repository:

• Clone the repository or download the source code.

   git clone https://github.com/moreno-moises/ofxGuiJson.git
   
2. Add to OpenFrameworks:
Copy the downloaded ofxGUIJson folder into the addons directory of your OpenFrameworks installation.
3. Create a Project:
Use the OpenFrameworks project generator to create a new project.
Include ofxGuiJson and ofxGui as addons in your project setup.
4. Build and Run:
Open your project in the respective IDE configured with OpenFrameworks.
Build and run the application to verify the setup.
Usage
Configuration
The GUI configuration is driven by a JSON file which specifies the structure, properties, and initial settings of the GUI elements:

json { "panels": [ { "gui": { "title": "Dynamic Audio Control", "width": 500, "height": 700, "position": {"x": 0, "y": 0} }, "elements": [ { "type": "toggle", "label": "Mute Sound", "id": "muteToggle", "default": false, "action": "toggleMute" } ] } ] }

This JSON structure allows you to define multiple panels and elements, including labels, toggles, and other controls, with specific actions tied to user interactions.

Function Mapping
Functions are mapped to GUI elements through the JSON configuration. This mapping connects user interactions with specific callbacks defined in your OpenFrameworks application:

cpp void ofApp::setup() { guiManager.setup("config.json"); // Load GUI configuration actionMap["toggleMute"] = &ofApp::onToggleChanged; // Map "toggleMute" action to a function } `` Each action in the JSON file corresponds to a member function in the application, allowing dynamic interaction management.

Project Structure

• ofxGuiJson.cpp and ofxGuiJson.h: These files form the backbone of the project, handling the loading of JSON configurations, parsing GUI elements and actions, initializing GUI components, setting up action maps, and binding events. The .h file includes general and reusable GUI class definitions and function declarations, making this component versatile for various applications.
• JSON Configuration File: Acts as the blueprint for the GUI by specifying elements, properties, and action mappings that define the interface.
• ofApp.cpp and ofApp.h: Specific to the application being developed, these files extend the functionality provided by ofxGuiJson. The .cpp file defines actions and handles events, particularly focusing on application-specific functionalities. The .h` file contains necessary class definitions and function declarations related to the specific application needs.

Lower Level Project Structure Diagram

This diagram illustrates the modular and event-driven architecture of ofxGuiJson, where GUI actions are tightly integrated with event handling and callback mechanisms, facilitating a responsive and dynamic user interface

Known Issues

For a list of known issues and feature requests, check the issues section on GitHub. Please report any new issues or bugs you encounter.

Future Work

As ofxGuiJson continues to evolve, the following are key enhancements planned for future versions, aimed at making the GUI more flexible and user-friendly: 1. Implement note adding (log note) with ofxTextField - Allow users to add notes directly within the GUI. 2. Font Customization Features:

• Color: Enable changing font colors.
• Size: Adjust font sizes for better readability.
• Type: Incorporate various font types to enhance GUI aesthetics.

3. GUI Groups: Organize elements into logical groups for better management. 4. Multi-Select and Single-Select Lists: Implement systems for selecting multiple options from lists, enhancing JSON compatibility. 5. Device Connection Conditionals: Add GUI elements that react based on device connectivity. 6. Toggle Enabling/Disabling: Provide options to disable or enable toggles dynamically. 7. Responsive Design: Adapt GUI widths as percentages to maintain layout integrity when resizing windows. 8. Propagation of Positions and Dimensions in Multiple Panels: Ensure consistent layout across multiple panels. 9. Enhanced File Loading: Allow loading multiple JSON files, facilitating easier customization and scalability.