I've recently shipped the 2D Cartesian Linear Movement Path Generator. This tool provides a Python class designed to calculate and generate step-by-step coordinates for linear movement between two specified points on a 2D Cartesian plane.
The primary use case for this snippet is in educational settings, particularly for those learning about robotics or basic movement algorithms. It can help visualize the foundational aspects of robotic path planning, allowing users to understand how a robot's end-effector might move from one position to another in a straight line.
The class outputs a sequence of coordinates, making it straightforward to plot the path or feed these coordinates into a simulation. It's a foundational component for anyone looking to build simple movement simulations or understand the underlying mechanics of linear interpolation in a 2D space.
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