Given three integers R, B and W which denote the number of runs, balls and wickets. One can score 0, 1, 2, 3, 6 or a wicket in a single ball in a cricket match. The task is to count the number of ways in which a team can score exactly R runs in exactly B balls with at-most W wickets. Since the number of ways will be large, print the answer modulo 1000000007.
Input: R = 4, B = 2, W = 2
The 7 ways are:
Input: R = 40, B = 10, W = 4
- If a team scores 1 run off a ball then runs = runs + 1 and balls = balls + 1.
- If a team scores 2 runs off a ball then runs = runs + 2 and balls = balls + 1.
- If a team scores 3 runs off a ball then runs = runs + 3 and balls = balls + 1.
- If a team scores 4 runs off a ball then runs = runs + 4 and balls = balls + 1.
- If a team scores 6 runs off a ball then runs = runs + 6 and balls = balls + 1.
- If a team scores no run off a ball then runs = runs and balls = balls + 1.
- If a team loses 1 wicket off a ball then runs = runs and balls = balls + 1 and wickets = wickets + 1.
The DP will consist of three states, with the run state being a maximum of 6 * Balls, since it is the maximum possible. Hence dp[i][j][k] denotes the number of ways in which i runs can be scored in exactly j balls with losing k wickets.
Below is the implementation of the above approach:
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