4 Grabbing a slice from a matrix function [row] Input Type myMatrix MxN double index 1x1 double Output row = myRowSlice (myMatrix, index) Type Mx1 double Description A matrix of numbers Index of the row to extract from the matrix Type Description 1xN double The row at index function [col] = myColslice (myMatrix, index) Input Type myMatrix MxN double index 1x1 double Output col Description A matrix of numbers Index of the column to extract from the matrix Description The column at index. Details To analyze data stored in a 2D array, for this problem you will need to be able to extract individual columns or rows. You will write two functions, one that will extract a given row from an MxN matrix and one that will extract a given column. Your output will be a one dimensional slice of the larger matrix. Tips You can assume that index is within the array bounds.
4 Grabbing a slice from a matrix function [row] Input Type myMatrix MxN double index 1x1 double Output row = myRowSlice (myMatrix, index) Type Mx1 double Description A matrix of numbers Index of the row to extract from the matrix Type Description 1xN double The row at index function [col] = myColslice (myMatrix, index) Input Type myMatrix MxN double index 1x1 double Output col Description A matrix of numbers Index of the column to extract from the matrix Description The column at index. Details To analyze data stored in a 2D array, for this problem you will need to be able to extract individual columns or rows. You will write two functions, one that will extract a given row from an MxN matrix and one that will extract a given column. Your output will be a one dimensional slice of the larger matrix. Tips You can assume that index is within the array bounds.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
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![4 Grabbing a slice from a matrix
function [row] = myRowSlice (myMatrix, index)
Type
Description
A matrix of numbers
Index of the row to extract from the matrix
Description
Input
myMatrix MxN double
index
1x1 double
Output
row
index
Output
col
Type
1xN double The row at index
function [col] = myColSlice (myMatrix, index)
Input
Type
myMatrix MxN double
1x1 double
Type
Mx1 double
Description
A matrix of numbers
Index of the column to extract from the matrix
Description
The column at index.
Details
To analyze data stored in a 2D array, for this problem you will need to be able
to extract individual columns or rows. You will write two functions, one that will
extract a given row from an MxN matrix and one that will extract a given column.
Your output will be a one dimensional slice of the larger matrix.
Tips
You can assume that index is within the array bounds.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F07a75278-b9bc-4a43-8773-7902a86049eb%2Fd77e7d0a-db2b-4c72-9404-86c3e82ce59d%2Ff5ogzz9_processed.png&w=3840&q=75)
Transcribed Image Text:4 Grabbing a slice from a matrix
function [row] = myRowSlice (myMatrix, index)
Type
Description
A matrix of numbers
Index of the row to extract from the matrix
Description
Input
myMatrix MxN double
index
1x1 double
Output
row
index
Output
col
Type
1xN double The row at index
function [col] = myColSlice (myMatrix, index)
Input
Type
myMatrix MxN double
1x1 double
Type
Mx1 double
Description
A matrix of numbers
Index of the column to extract from the matrix
Description
The column at index.
Details
To analyze data stored in a 2D array, for this problem you will need to be able
to extract individual columns or rows. You will write two functions, one that will
extract a given row from an MxN matrix and one that will extract a given column.
Your output will be a one dimensional slice of the larger matrix.
Tips
You can assume that index is within the array bounds.
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