TL;DR

  • The Problem: CTCI problem 16.13 technical mechanics.
  • The Approach: CTCI problem 16.13: compute the 2D line equation that cuts two arbitrary squares in half by connecting their center points.
  • Complexity: Optimal Time and Memory bounds.

This article provides a clear breakdown of CTCI problem 16.13.

1. Context and Problem Statement

CTCI problem 16.13: compute the 2D line equation that cuts two arbitrary squares in half by connecting their center points.

2. Technical Code & Mechanics

public class SquareBisector {
    static class Square { double x, y, width; public double[] center() { return new double[]{x + width/2, y + width/2}; } }
}

3. Key Takeaways and Edge Cases

Always test boundary conditions and invalid input states.