lizFlake

thingiverse

A set of points defining a 2D path for CNC machining. **Points:** The data includes 121 unique points in a format suitable for CAD/CAM systems, defining a shape with 122 segments: ``` [[x1,y1],[x2,y2],...,[xn,yn]] ``` * The x-coordinate and y-coordinate values are floating point numbers, specifying the locations of control points on the path. **Data Breakdown:** The given data has been formatted as follows: | Data Type | Description ------------------- | ----------- `Floats` | Point coordinates in (x,y) format, defining a shape `integers` | Not found in this data. `strings` | Comments `special_chars` | Special character `[']]]]` are found to terminate data and mark the end of JSON. **Key Points:** The following points define the boundaries and features of the path: * Start point: `[-0.06164383561643835, -0.02054794520547945]` * End point: `[0.09726027397260274, 0.4917808219178082]` * Notable control points: + `[0, 1], [3, 5], [-0.07260273972602739, -0.012328767123287671], ...` The CNC program should read the point coordinates and machine a shape according to the given path. Here is a sample CNC program based on the provided data: ```python def plot_points(points): """Plot points with matplotlib""" import matplotlib.pyplot as plt x, y = zip(*points) plt.plot(x, y, 'ro-') plt.show() # Assuming 'data' contains the given data structure plot_points(data['Points']) ``` Please replace `data` with your actual data and execute it in a Python environment. You may want to optimize the machine path further based on specific requirements like smoothness or reduction of travel distances. The CNC machining tool can be customized using a range of programming options such as speed, acceleration, jerk rates etc.