Мейби бейби мейби бейби бейби

import random

matrix = []

subarray = []

dim_m = int(input("Input amount of rows"))

dim_n = int(input("Input amount of columns"))

rand_gen_top = int(input("Input random generation max value"))

rows_avg_list = []

cols_avg_list = []

rows_avg = 0

cols_avg = 0

for i in range(0, dim_n, 1):

   for j in range(0, dim_m, 1):

       subarray.append(random.randint(0, rand_gen_top))

       rows_avg += subarray[j]

   matrix.append(subarray)

   rows_avg_list.append(rows_avg / dim_m)

   subarray = []

   rows_avg = 0

for j in range(0, dim_m, 1):

   for i in range(0, dim_n, 1):

       cols_avg += matrix[i][j]

   cols_avg_list.append(cols_avg / dim_n)

   cols_avg = 0

print("\nMatrix dimension m =", dim_m)

print("\nMatrix dimension n =", dim_n)

print("\nRange of random generated numbers from 0 to:", rand_gen_top)

print("\nMatrix A:\n")

for i in range(0, dim_m, 1):

   print(matrix[i])

print("\nAverage in rows:", rows_avg_list)

print("\nAverage in columns:", cols_avg_list)

Uses graphABC;procedure samolet(x:integer);
begin
setpencolor(clblack);
line(3+x,160,3+x,200);     // зад
line(3+x,160,30+x,180);
line(3+x,200,88+x,205);
line(30+x,180,100+x,175);
line(125+x,176,170+x,200);
line(170+x,200,172+x,202);
line(172+x,202,170+x,204);
line(170+x,204,115+x,205);
line(120+x,195,85+x,255);   //крыло
2line(85+x,255,75+x,258);
line(75+x,258,90+x,195);
line(95+x,175,105+x,125);       // крыло
line(105+x,125,116+x,128);
line(125+x,175,116+x,128);
setpencolor(clblue);          //пилот
floodfill(135+x,190,clred);
line(135+x,182,135+x,192);
line(135+x,192,158+x,194);
end;
var x:integer;
begin
lockdrawing;
for x:=1 to 640 do      //движения 
begin 
clearwindow; 
 samolet(x); 
sleep(10); 
redraw end;end.