Conteúdo do Curso
Dynamic Programming
Dynamic Programming
Problem C. Minimum Path in Triangle
The tasks in this section contain test function calls. Please do not change this code; otherwise, the assignment may not be accepted.
Given a triangle array. The bird starts at the top, and for each step, it can move either left or right down (if it is on the index j at the current row, it can move to j or j+1 position on the next row). Return the minimum path cost among all possible paths from top to bottom.
Example 1
The orange path is minimum and costs 12.
Example 2
Input: triangle = [[1],
[2, 1],
[8, 3, 7],
[5, 2, 6, 1]]
Output: 7
Explanation: The path looks like:
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
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Problem C. Minimum Path in Triangle
The tasks in this section contain test function calls. Please do not change this code; otherwise, the assignment may not be accepted.
Given a triangle array. The bird starts at the top, and for each step, it can move either left or right down (if it is on the index j at the current row, it can move to j or j+1 position on the next row). Return the minimum path cost among all possible paths from top to bottom.
Example 1
The orange path is minimum and costs 12.
Example 2
Input: triangle = [[1],
[2, 1],
[8, 3, 7],
[5, 2, 6, 1]]
Output: 7
Explanation: The path looks like:
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
Mude para o desktop para praticar no mundo realContinue de onde você está usando uma das opções abaixoTudo estava claro?
Problem C. Minimum Path in Triangle
The tasks in this section contain test function calls. Please do not change this code; otherwise, the assignment may not be accepted.
Given a triangle array. The bird starts at the top, and for each step, it can move either left or right down (if it is on the index j at the current row, it can move to j or j+1 position on the next row). Return the minimum path cost among all possible paths from top to bottom.
Example 1
The orange path is minimum and costs 12.
Example 2
Input: triangle = [[1],
[2, 1],
[8, 3, 7],
[5, 2, 6, 1]]
Output: 7
Explanation: The path looks like:
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
Mude para o desktop para praticar no mundo realContinue de onde você está usando uma das opções abaixoTudo estava claro?
The tasks in this section contain test function calls. Please do not change this code; otherwise, the assignment may not be accepted.
Given a triangle array. The bird starts at the top, and for each step, it can move either left or right down (if it is on the index j at the current row, it can move to j or j+1 position on the next row). Return the minimum path cost among all possible paths from top to bottom.
Example 1
The orange path is minimum and costs 12.
Example 2
Input: triangle = [[1],
[2, 1],
[8, 3, 7],
[5, 2, 6, 1]]
Output: 7
Explanation: The path looks like:
Tarefa
Implement a function minPath() for triangle array.
- Find the rule for shortest path in
triangle[i][j]. - Define the rule for corner cases.
Mude para o desktop para praticar no mundo realContinue de onde você está usando uma das opções abaixoMude para o desktop para praticar no mundo realContinue de onde você está usando uma das opções abaixo