Maximum Safe Steps on a Laser Grid

Given a numRows × numCols grid whose coordinates are 1-indexed, a robot starts at (curRow, curCol). There are lasers specified by laserCoordinates. For every laser centered at (r, c): any robot in row r is destroyed; any robot in column c is destroyed. In one step, the robot can move one cell up, down, left, or right. It must stay inside the board and may not enter any row or column covered by a laser. Return the maximum number of steps the robot can take from (curRow, curCol) while moving continuously in one direction. The starting cell does not count as a step. Example numRows = 5, numCols = 6 curRow = 3, curCol = 3 laserCoordinates = [[2, 5], [5, 2]] Output: 1 Rows 2 and 5, and columns 2 and 5, are unsafe. From (3,3), the robot can move right once to (3,4), but cannot enter column 5. It cannot move upward because row 2 is unsafe. Constraints 1 ≤ numRows, numCols ≤ 10^9 0 ≤ laserCoordinates.length ≤ 2 × 10^5 Every laser coordinate is within the board. The starting position is guaranteed to be safe. Example Input 5 6 3 3 2 2 5 5 2 Output 1