我制作的是一款*小程序的基本框架，这个框架是用于开发*小程序的基础架构，能够帮助开发者更快速、更高效地进行*小程序的开发。 在这个项目中，我使用了*小程序开发工具和相关的技术栈，例如HTML、CSS、JavaScript等。我设计了*小程序的基本结构，包括首页、分类页、搜索页、详情页等。在设计过程中，我注重用户体验和界面美观，优化了*小程序的页面布局、颜色搭配和交互效果。 在框架的开发过程中，我使用了*小程序提供的各种组件和API，例如ScrollView、View、Image等，以及*小程序的生命周期和事件处理机制。我还封装了一些常用的函数和工具，例如数据请求、本地缓存、时间格式化等，以提高*小程序的开发效率和代码复用性。 此外，我还进行了测试和优化工作，对*小程序的性能、稳定性和用户体验进行了全面的测试和优化，以确保*小程序的质量和可靠性。最终，我成功地开发了一款*小程序的基本框架，为*小程序的开发者提供了一个高效、便捷的开发平台。

首先，我通过网络爬虫技术，从互联网上收集了超过30G的中药图片，并进行了预处理和清洗。然后，我使用深度学习框架，例如TensorFlow或PyTorch，搭建了卷积神经网络（CNN）和循环神经网络（RNN）等深度学习模型。这些模型可以对中药图片进行特征提取和分类，以实现对不同种类中药的自动识别和分类。 在搭建深度学习模型的过程中，我需要进行大量的数据处理、特征提取、模型优化和调试等工作，以保证模型的准确性和稳定性。同时，我也需要了解中药的分类和特征，以便更好地设计和优化深度学习模型，提高其识别和分类的准确性。 爬取资料已上传，卷积模型不便上传。

The goal of this project is to developing missing components for iOS on MIT App Inventor. I am writing to propose a project that could leverage the existing capabilities of MIT App Inventor to develop components for the iOS platform. MIT App Inventor was originally developed for Android, but the organizer have released an iOS version of the Companion, which has been well received by users. However, there are still some components that have not been ported over to iOS. The project I work on should basically follow the original code logic. The code for the Storage component in MIT App Inventor written in java is well-structured and follows a clear logic, which mainly including: TinyDB, File, Error handling and Thread safety. The TinyDB component: The TinyDB component is implemented using the SharedPreferences API in Android. When a value is stored using the TinyDB component, it is saved as a key-value pair in the SharedPreferences file associated with the app. When a value is retrieved, the corresponding value is retrieved from the SharedPreferences file. The File component: The File component provides a way to read from and write to files stored on the device's internal storage or external storage. The component uses the standard Java I/O classes to read from and write to files. Error handling: The Storage component implements robust error handling to ensure that the app does not crash in the event of an error. For example, if a file cannot be read, the component will return an error message indicating the reason for the failure. Thread safety: The Storage component is designed to be thread-safe, ensuring that multiple threads can access the component without causing conflicts or errors. Overall, the code for the Storage component in MIT App Inventor is well-designed, with clear logic and robust error handling. This makes it a good reference for developing the missing components for iOS, as outlined in the proposed project.