can someone help me with this in C++ (not Java) create a program that reads in two matrices from two different text files. Should use a singly or double linked list to store the two matrices and perform the following operations on them: - Add, Subtract, Mulitply, Transpose, and Determinant Requirements: Use singly or doubly linked list date structures only: - No other library methods or existing collection framework. - No use of Array, ArrayList, List, or Vectors for storing. - No two-dimensional arrays. - Input files can only be read Exactly Once for all operations. For the determinant operation, you may augment your linked list node to retain row/column id and employ recursion to directly implement the standard method for computing determinant of a matrix. You are encouraged to design your own node representation (e.g., each node element has two pointers: one to its next right and another to its next bottom element that facilitate both horizontal and vertical traversals like one gets in a 2d array) Inputs: The program takes 3 or 4 arguments as input. Assuming input matrix are in space deliminated files a.txt and b.txt, an few examples of format operation query will be: - Addition: add a.txt b.txt output.txt - Transpose: tra a.txt output.txt - Determinant: det a.txt output.txt The input file can contains only integer (e.g. -3). However your output should be in floating point format with 1 decimal place (e.g. -3.0). Example Input: Input A 11 17 20 13 1 8 6 7 20 1 10 18 15 10 6 12 11 3 10 6 7 20 8 8 11 Input B 12 3 5 19 13 11 4 15 6 17 14 8 17 11 18 4 4 16 12 19 5 12 12 14 1
can someone help me with this in C++ (not Java)
create a program that reads in two matrices from two different text files. Should use a singly or double linked list to store the two matrices and perform the following operations on them:
- Add, Subtract, Mulitply, Transpose, and Determinant
Requirements:
Use singly or doubly linked list date structures only:
- No other library methods or existing collection framework.
- No use of Array, ArrayList, List, or
- No two-dimensional arrays.
- Input files can only be read Exactly Once for all operations.
For the determinant operation, you may augment your linked list node to retain row/column id and employ recursion to directly implement the standard method for computing determinant of a matrix. You are encouraged to design your own node representation (e.g., each node element has two pointers: one to its next right and another to its next bottom element that facilitate both horizontal and vertical traversals like one gets in a 2d array)
Inputs:
The program takes 3 or 4 arguments as input. Assuming input matrix are in space deliminated files a.txt and b.txt, an few examples of format operation query will be:
- Addition: add a.txt b.txt output.txt
- Transpose: tra a.txt output.txt
- Determinant: det a.txt output.txt
The input file can contains only integer (e.g. -3). However your output should be in floating point format with 1 decimal place (e.g. -3.0).
Example Input:
Input A
11 17 20 13 1
8 6 7 20 1
10 18 15 10 6
12 11 3 10 6
7 20 8 8 11
Input B
12 3 5 19 13
11 4 15 6 17
14 8 17 11 18
4 4 16 12 19
5 12 12 14 1
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