Solution: Maximum Number of Visible Points

Explore how to determine the maximum number of points visible from a fixed location by calculating angles formed with each point. Learn to use sorting and the two-pointer method to handle circular angles and find the largest subset of points within a given field of view. This lesson helps you understand key geometry and math techniques applicable in coding interviews.

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Statement
Solution
- Time complexity
- Space complexity

Statement

You are provided with an array, points, an integer angle, and your location, where points[i] = [x_i, y_i] and location = [pos_x, pos_y], both representing integer coordinatesInteger coordinates refer to points on a plane where x and y values are whole numbers. on the X-Y plane.

You initially face directly east from your fixed location and cannot move. In other words, pos_x and pos_y cannot be changed. However, you can rotate to adjust your viewing direction. Your field of view, measured in degrees, is specified by the angle, representing the width of visibility. If you rotate counterclockwise by an angle $d$ , your visible field spans the inclusive range of angles $[d-\frac{angle}{2}, d+\frac{angle}{2}]$ ...