def matrix_multiplication ( m, n ):<\/p>\n
# Creates a list containing 5 lists, each of 8 items, all set to 0<\/p>\n
o_row, o_col = len(m), len(n[0]);<\/p>\n
output_matrix = [[0 for x in range(o_row)] for y in range(o_col)]<\/p>\n
one_output_cell = 0<\/p>\n
rowCount = 0<\/p>\n
colCount = 0<\/p>\n
temp = 0<\/p>\n
for aRow in m:<\/p>\n
colCount = 0<\/p>\n
for aCol in range(len(n[0])):<\/p>\n
for anItem in aRow:<\/p>\n
temp += anItem * n[colCount][rowCount]<\/p>\n
colCount += 1<\/p>\n
output_matrix[rowCount][colCount] = temp<\/p>\n
temp = 0<\/p>\n
rowCount += 1<\/p>\n
"""<\/p>\n
for row in range(o_row):<\/p>\n
out_col = 0<\/p>\n
for col in range(o_col):<\/p>\n
one_output_cell += m[row][col] * n[col][row]<\/p>\n
output_matrix[row][out_col] = one_output_cell<\/p>\n
one_output_cell = 0<\/p>\n
out_col += 1<\/p>\n
"""<\/p>\n
return(output_matrix)<\/p>\n
# 3 * 2<\/p>\n
m = [ <\/p>\n