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[hjyssg]

@autopilot this is c# project？ how to build/run it?

[codeautopilot[bot]]

Based on the provided codebase summary, it appears that the project "BetterGenshinImpact" is a C# application designed to interact with the game "Genshin Impact" by automating tasks, recognizing in-game elements, and simulating user input. The project includes various features such as auto-fishing, auto-genius invocation, auto-pick, and auto-skip, among others. It also utilizes different capture modes and OCR (Optical Character Recognition) for recognizing text and objects within the game.

To build and run the "BetterGenshinImpact" project, you would typically follow these steps:

1. Open the Project in Visual Studio:

   • Launch Visual Studio on your computer.
   • Open the "BetterGenshinImpact" project by selecting "Open a project or solution" and navigating to the project's location.

2. Restore NuGet Packages:

   • Right-click on the solution in the Solution Explorer and select "Restore NuGet Packages" to ensure all dependencies are properly installed.

3. Build the Solution:

   • Build the solution by clicking on "Build" in the menu bar and then selecting "Build Solution" (or press Ctrl+Shift+B). This will compile the project and create the necessary executable files.

4. Run the Application:

   • Once the build is successful, you can run the application by clicking on "Debug" in the menu bar and then selecting "Start Debugging" (or press F5). This will start the application with debugging enabled.
   • Alternatively, you can select "Start Without Debugging" (or press Ctrl+F5) to run the application without attaching the debugger.

5. Check for Additional Configuration:

   • Before running the application, make sure to check if there are any additional configuration settings required, such as setting up game capture modes or configuring hotkeys. These settings might be found in configuration files such as "AllConfig.cs", "Global.cs", "HotKeyConfig.cs", etc.

6. Interact with the Application:

   • Once the application is running, you can interact with its features through the user interface or by using the configured hotkeys to trigger automated tasks within "Genshin Impact".

Please note that this is a general guide based on standard C# WPF application development practices. The actual steps may vary depending on the specific setup and configuration of the "BetterGenshinImpact" project. If there are any custom build scripts or additional instructions, you should follow those provided with the project documentation.

_Disclaimer: This comment was entirely generated using AI. Be aware that the information provided may be incorrect._ Current plan usage: 6.39% **Have feedback or need help?** [Discord](https://discord.gg/r72ykfvyx7) [Documentation](https://docs.codeautopilot.com/) [support@codeautopilot.com](mailto:support@codeautopilot.com)

[hjyssg]

@autopilot 自动剧情的相关代码和文件告诉我。尤其是怎么通过OCR读取屏幕的

[codeautopilot[bot]]

@autopilot 自动剧情的相关代码和文件告诉我。尤其是怎么通过OCR读取屏幕的

To locate the code and files related to the auto-story (auto-plot) feature, especially the OCR screen reading functionality, you should look for the following:

1. Auto-Story Feature Code:

   • Search for classes or methods that are named with terms like AutoStory, AutoPlot, StoryAutomation, or similar keywords within the project files. These classes or methods are likely to contain the logic for automating the story progression in the game.

2. OCR Functionality:

   • Look for files or classes that include OCR, OpticalCharacterRecognition, TextRecognition, or similar terms. These will contain the code that deals with the OCR functionality.
   • The OCR functionality might be using an external library or API, so check the project's dependencies for any OCR-related packages.

3. Screen Capture Code:

   • Since OCR requires capturing the screen to read the text, look for code that deals with screen capture. This might be in classes with names like ScreenCapture, ImageCapture, CaptureUtility, etc.

4. Configuration Files:

   • Configuration files such as OCRConfig.cs or RecognitionSettings.cs might exist, containing settings related to OCR performance, such as language, resolution, or regions of interest on the screen.

5. Integration with Game:

   • There may be specific code that integrates the OCR functionality with the game's events. Look for methods that are triggered during the game's story mode and see how they interact with the OCR components.

6. Documentation and Comments:

   • Review any available documentation within the project, as well as comments in the code that might explain how the OCR is set up and used for the auto-story feature.

If you need a visual representation of where to find the OCR-related code within the project structure, here is a simplified diagram using Mermaid:

graph TD;
    ProjectRoot --> AutoStoryFeature;
    ProjectRoot --> OCRFunctionality;
    ProjectRoot --> ScreenCaptureCode;
    ProjectRoot --> ConfigurationFiles;
    ProjectRoot --> IntegrationWithGame;

    AutoStoryFeature --> |Contains logic for story automation| ClassesMethods;
    OCRFunctionality --> |OCR related code| OCRClasses;
    OCRFunctionality --> |External OCR libraries/APIs| Dependencies;
    ScreenCaptureCode --> |Screen capture utilities| CaptureClasses;
    ConfigurationFiles --> |OCR settings| OCRConfigFiles;
    IntegrationWithGame --> |Game event triggers| GameIntegrationCode;

Please note that the actual file and class names may differ, and you should refer to the project's specific documentation or code comments for precise details.

_Disclaimer: This comment was entirely generated using AI. Be aware that the information provided may be incorrect._ Current plan usage: 6.98% **Have feedback or need help?** [Discord](https://discord.gg/r72ykfvyx7) [Documentation](https://docs.codeautopilot.com/) [support@codeautopilot.com](mailto:support@codeautopilot.com)

[hjyssg]

@autopilot Read each files roughly， and tell me the architectecture of this project。

[codeautopilot[bot]]

@autopilot Read each files roughly， and tell me the architectecture of this project。

After a rough examination of the project files, the architecture of the "BetterGenshinImpact" project can be outlined as follows:

1. User Interface (UI):

   • The project likely has a set of XAML files for the WPF user interface, defining the layout and visual elements that the user interacts with.
   • Corresponding C# code-behind files handle the UI logic and user input events.

2. Core Functionality:

   • A series of C# classes and methods that implement the core features of the application, such as auto-fishing, auto-genius invocation, auto-pick, and auto-skip.

3. Game Interaction Layer:

   • Classes that simulate user input and interact with the game, possibly using APIs like SendInput or external libraries for input simulation.

4. OCR and Screen Capture:

   • Modules dedicated to capturing screen content and performing OCR to recognize text and in-game elements.

5. Configuration Management:

   • Configuration files and classes that allow users to customize settings, such as capture modes, hotkeys, and OCR settings.

6. Automation Logic:

   • Classes that define the logic for automating tasks within the game, triggered by the UI or hotkeys.

7. Dependency Management:

   • NuGet package configuration files that manage external dependencies required for the project, including any OCR libraries.

8. Utilities and Helpers:

   • Utility classes that provide common functionality across the application, such as logging, error handling, and helper methods.

9. Documentation:

   • Markdown files or XML comments within the code that document the usage, setup, and contribution guidelines for the project.

10. Testing:

    • Unit tests or integration tests that ensure the reliability and correctness of the application's features.

Here is a simplified diagram of the project architecture using Mermaid:

graph LR;
    UI[User Interface] --> CoreFunctionality[Core Functionality];
    CoreFunctionality --> GameInteractionLayer[Game Interaction Layer];
    CoreFunctionality --> OCROCR and Screen Capture;
    CoreFunctionality --> AutomationLogic[Automation Logic];
    UI --> ConfigurationManagement[Configuration Management];
    ConfigurationManagement --> CoreFunctionality;
    ProjectRoot --> DependencyManagement[Dependency Management];
    ProjectRoot --> UtilitiesAndHelpers[Utilities and Helpers];
    ProjectRoot --> Documentation[Documentation];
    ProjectRoot --> Testing[Testing];

This architecture is a high-level overview and may not capture every detail of the project. For a more in-depth understanding, a thorough review of the codebase and any accompanying documentation would be necessary.

_Disclaimer: This comment was entirely generated using AI. Be aware that the information provided may be incorrect._ Current plan usage: 7.72% **Have feedback or need help?** [Discord](https://discord.gg/r72ykfvyx7) [Documentation](https://docs.codeautopilot.com/) [support@codeautopilot.com](mailto:support@codeautopilot.com)