ansys-edb-core

Create a Python-based mini-application named 'EDB-Inspector' that leverages the 'ansys-edb-core' package to inspect and analyze Electronic Design Base (EDB) projects. This application should allow users to load an EDB project file, navigate through different layers of the design, and perform specific analysis tasks such as measuring distances between components, checking clearance rules, and generating reports on design metrics.

Step 1: Initialize the project with the necessary Python packages including 'ansys-edb-core'. Ensure you have the correct version installed for compatibility.

Step 2: Develop a user interface that allows the user to select an EDB project file (.aedt) for loading into the application. This should include error handling for invalid files or corrupted data.

Step 3: Implement functionality to display the current layer of the EDB project and allow navigation through all layers. Each layer should be visually distinct and clearly labeled.

Step 4: Create tools within the application to measure distances between two points or components on the selected layer. This tool should provide precise measurements and highlight the path measured.

Step 5: Add a feature to check if the design adheres to specified clearance rules. Users should be able to input their own clearance requirements, and the application will automatically scan the design for violations.

Step 6: Develop a reporting module that generates a summary report of the design metrics. This report should include information like total component count, total wire length, and any clearance rule violations found during the inspection process.

Throughout the development, utilize 'ansys-edb-core' to interact with the EDB project file, manipulate its contents, and extract necessary data for analysis. Make sure to document your code thoroughly and include comments explaining how each function interacts with 'ansys-edb-core'.