casy.DanTruong
Junior Member
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. Đề bài như sau:
Implement a simple spreadsheet application. The sheet contains a list of cells, which are labeled by a letter from A-Z followed by an integer. ex A1, B12, C33...
For each cell, it can be either an integer or a mathematic formula is written in Reverse Postfix Notation and can also refer to other cells.
Input:
The first line: an integer N indicating the number of cells
Each 2 lines of the N*2 subsequence lines will have the structure:
For each of the cells, output its name along with its final calculated value (rounded down in INT format).
If there is any circular dependency between the cells, output an error specifying all of the cells in the cycle. You can assume that there is at most one cycle in the input.
sample input 0:
3
A1
5
A2
A1 5 * b1 +
B1
6
out put 0:
A1
5
A2
31
B1
6
sample input 1:
2
A1
A2 2 +
A1
A1 5 +
OUT OU1 1:
circular depndency: A1, A2
. Đề bài như sau:Implement a simple spreadsheet application. The sheet contains a list of cells, which are labeled by a letter from A-Z followed by an integer. ex A1, B12, C33...
For each cell, it can be either an integer or a mathematic formula is written in Reverse Postfix Notation and can also refer to other cells.
Input:
The first line: an integer N indicating the number of cells
Each 2 lines of the N*2 subsequence lines will have the structure:
- first-line: cell name, ex A1, B1...
- second-lime: cell content
For each of the cells, output its name along with its final calculated value (rounded down in INT format).
If there is any circular dependency between the cells, output an error specifying all of the cells in the cycle. You can assume that there is at most one cycle in the input.
sample input 0:
3
A1
5
A2
A1 5 * b1 +
B1
6
out put 0:
A1
5
A2
31
B1
6
sample input 1:
2
A1
A2 2 +
A1
A1 5 +
OUT OU1 1:
circular depndency: A1, A2
