- "/workspace/project3$ python3 transpose.py 2 3 XXXXXXXXXX 1.0 4.02.0 5.03.0 6.0E transpose.pyimport stdarrayimport stdioimport sys# Accept m (int) and n (int)command -1ine...

1.0 4.0 2.0 5.0 3.0 6.0 E transpose.py import stdarray import stdio import sys # Accept m (int) and n (int) command -1ine arguments. as ... # Accept m x n floats from standard input and store them in a 2D list a. a .. for i in range (...): 3 / 6 Project 3 (Mozart Waltz Generator) for j in range (...): ... # Set c (the transpose of a) to a 2D list with n roWs and m columns, with all the elements # initialized to 0.0 # Fill for i in range (...): for j in range (...): in the elements of c such that c[i] [j] = a[j][i], where 0 <= i=""><= j="">< m.="" ..="" #="" write="" c="" to="" standard="" output.="" for="" i="" in="" range="" (...):="" for="" j="" in="" range="" (...):="" if="" ...:="" #="" if="" j="" is="" not="" the="" last="" column,="" write="" c[i][j]="" with="" a="" space="" after.="" ...="" else:="" #="" otherwise,="" write="" the="" element="" with="" a="" newline="" after.="" ..="" "/="">
Extracted text: Exercise 5. (Transpose) Write a program called transpose.py that accepts m (int) and n (int) as command-line arguments, mxn floats from standard input representing the elements of an mxn matrix a, and writes to standard output the transpose of a. >- "/workspace/project3 $ python3 transpose.py 2 3 1 2 3 4 5 6 1.0 4.0 2.0 5.0 3.0 6.0 E transpose.py import stdarray import stdio import sys # Accept m (int) and n (int) command -1ine arguments. as ... # Accept m x n floats from standard input and store them in a 2D list a. a .. for i in range (...): 3 / 6 Project 3 (Mozart Waltz Generator) for j in range (...): ... # Set c (the transpose of a) to a 2D list with n roWs and m columns, with all the elements # initialized to 0.0 # Fill for i in range (...): for j in range (...): in the elements of c such that c[i] [j] = a[j][i], where 0 <= i=""><= j="">< m. .. # write c to standard output. for i in range (...): for j in range (...): if ...: # if j is not the last column, write c[i][j] with a space after. ... else: # otherwise, write the element with a newline after. .. m.="" ..="" #="" write="" c="" to="" standard="" output.="" for="" i="" in="" range="" (...):="" for="" j="" in="" range="" (...):="" if="" ...:="" #="" if="" j="" is="" not="" the="" last="" column,="" write="" c[i][j]="" with="" a="" space="" after.="" ...="" else:="" #="" otherwise,="" write="" the="" element="" with="" a="" newline="" after.="">