Harvard Model Congress standard gavel

thingiverse

It seems you've posted a long block of code with a bit of French at the end. I'll do my best to break it down and provide some guidance. **Code Overview** The provided JavaScript code appears to be using the OpenJsCad library, which is used for 3D modeling and computer-aided design (CAD). The script defines several variables and functions to create a complex 3D model, specifically a gavel or hammer-like object. Here's a high-level overview of what I understand from the code: 1. The `gavel` variable is created by combining two parts: `part1` and `mirror`. 2. `part1` seems to be the main body of the gavel, while `mirror` appears to be its mirror image. 3. `part2` is a union of multiple cylinders (`subparts`) that make up the handle of the gavel. **Specific Sections** Here are some specific sections of interest: * **Variables and Functions**: The code defines several variables, such as `cylinder2`, `mirror`, and `gavel`. It also defines functions like `CSG.cylinder` to create individual cylinder parts. * **Union Operations**: The script uses the `union()` method to combine multiple cylinder parts (`subparts`) into a single object, `part2`. * **Mirror Functionality**: The code includes a `mirror` variable that is used to mirror the main body of the gavel (`part1`). **Debugging and Issues** Without knowing more about your specific use case or desired outcome, it's challenging to pinpoint any exact issues. However, here are some potential areas where problems might arise: * **Complexity**: The script creates a complex 3D model by combining multiple parts, which can lead to performance issues or difficulties in visualization. * **Resolution and Precision**: The code specifies resolution (`resolution`) for each cylinder part, but this might not be sufficient for high-precision modeling or printing. **Improvement Suggestions** Considering the provided code and your description of printing it using an Ultimaker^2 printer and Cura software, here are a few potential improvements: * **Simplify Models**: If you're experiencing difficulties with complex models or prints that don't meet your expectations, try simplifying them by combining smaller parts into larger ones. * **Increase Resolution**: Experiment with higher resolutions (e.g., 128 or more) to see if this improves the quality of your prints. If you have specific questions about any part of the code or encounter issues during execution, feel free to provide more details, and I'll do my best to assist you.