Given two segments [L1, R1] and [L2, R2], the task is to choose two elements x and y from both the ranges (one from range one and other from range two) such that no element belongs to both the ranges i.e. x belongs to first range and y belongs to second range. If no such element exists then print -1 instead.
Input: L1 = 1, R1 = 6, L2 = 3, R2 = 11
Output: 1 11
1 lies only in range [1, 6] and 11 lies only in [3, 11]
Input: L1 = 5, R1 = 10, L2 = 1, R2 = 7
Output: 1 10
- If L1 != L2 and R1 != R2 then the points will be min(L1, L2) and max(R1, R2).
- Else only one point can be chosen from one of the ranges as one of the range is completely inside the other so we print -1 for that point.
Below is the implementation of the above approach:
- Count Primes in Ranges
- P - smooth numbers in given ranges
- Number of intersections between two ranges
- Find if it is possible to get a ratio from given ranges of costs and quantities
- Queries for maximum difference between prime numbers in given ranges
- Print matrix after applying increment operations in M ranges
- Check whether the point (x, y) lies on a given line
- Check whether a given point lies on or inside the rectangle | Set 3
- Find a point that lies inside exactly K given squares
- How to check if a given point lies inside or outside a polygon?
- Find if a point lies inside a Circle
- Check whether a given point lies inside a triangle or not
- Steps required to visit M points in order on a circular ring of N points
- Prime points (Points that split a number into two primes)
- Number of Integral Points between Two Points
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