movercuadrantes

import random
general = []        #DEFINIR ARRAYS MATRIZ GENERAL
p_cuadrante = []    #DEFINIR ARRAYS PRIMER CUADRANTE
s_cuadrante = []    #DEFINIR ARRAYS SEGUNDO CUADRANTE
t_cuadrante = []    #DEFINIR ARRAYS TERCERO CUADRANTE
c_cuadrante = []    #DEFINIR ARRAYS CUARTO CUADRANTE
c = 0 #COLUMNAS
f = 0 #FILAS
par = 1
imp = 1

print("----- Creador de matriz -----")
while (par == 1):
    f = int(input("Numero de filas: "))
    par = f%2                           #MODULO PARA SABER SI ES PAR (SI DA0 ES PAR EJ: 2/2 RECIDUO: 0)
    if (par==1):
        print("Error: Solo numeros PARES") #SI EL RECIDULO DA 1 ERROR

while (imp == 1):
    c = int(input("Numero de columnas: "))
    imp = c%2                           #MODULO PARA SABER SI ES PAR (SI DA0 ES PAR EJ: 2/2 RECIDUO: 0)
    if (imp==1):
        print("Error: Solo numeros PARES") #SI EL RECIDULO DA 1 ERROR


def generar_matriz():                   #FUNCION PARA GENERAR MATRIZ
    for i in range (f):
        general.append([0]*c)           #MULTIPLICO F VECES EL NUMERO PARA GENERAR U CASILLAS
        for j in range(c):
            general[i][j] = random.randrange(10)    #GENERA NUMERO ALEATOREO PARA RELLENAR

def imprimir_matriz():
    for i in range (c):
        print(general[i], "\n") #IMPRIME POR FILAS

def primer_cuadrante():
    fc1 = f//2
    cc1 = c//2
    for i in range(fc1):
        p_cuadrante.append([0]*fc1)
        for j in range(cc1):
            p_cuadrante[i][j] = general[i][fc1+j] #SE AGREGA NORAML PERO EN GENERAL SE MUEVE LA CASILLA POR COLUMNA YA QUE SE MUEVE A UN LADO
    return p_cuadrante[:]

def segundo_cuadrante():
    fc1 = f//2  #DIVICION ENTERA PARA OBTENER LA MITAD
    cc1 = c//2  #DIVICION ENTERA PARA OBTENER LA MITAD
    for i in range(fc1):
        s_cuadrante.append([0]*fc1)                         #SE CREA LA FILA F VECES EN LA LISTA "p_cuadrante"
        for j in range(cc1):
            s_cuadrante[i][j] = general[i][j]               #SE AGREGA LOS VALORES DE LA MATRIZ GENERAL A p_cuadrante
    return s_cuadrante

def tercer_cuadrante():
    fc1 = f//2
    cc1 = c//2
    for i in range(fc1):
        t_cuadrante.append([0]*fc1)
        for j in range(cc1):
            t_cuadrante[i][j] = general[cc1+i][j]  #SE AGREGA NORAML PERO EN GENERAL SE MUEVE LA CASILLA POR FILA YA QUE SE MUEVE HACIA ABAJO
    return t_cuadrante

def cuarto_cuadrante():
    fc1 = f//2
    cc1 = c//2
    for i in range(fc1):
        c_cuadrante.append([0]*fc1)
        for j in range(cc1):
            c_cuadrante[i][j] = general[cc1+i][fc1+j] #SE AGREGA NORAML PERO EN GENERAL SE MUEVE LA CASILLA POR FILA YA QUE SE MUEVE HACIA ABAJO Y SE MUEVE CASILLA A EL LADO
    return c_cuadrante

generar_matriz()                #SE LLAMAN LAS FUNCIONES
imprimir_matriz()               #SE LLAMAN LAS FUNCIONES
primer_cuadrante()              #SE LLAMAN LAS FUNCIONES
segundo_cuadrante()             #SE LLAMAN LAS FUNCIONES
tercer_cuadrante()              #SE LLAMAN LAS FUNCIONES
cuarto_cuadrante()              #SE LLAMAN LAS FUNCIONES


cu = 100
#si elije 1 cuadrante--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
while (cu != 0):
    print("Escriba '0' para cerrar el programa")
    cu = int(input("Que cuadrante desea mover: "))
    if(cu == 1):
        m = int(input("Mover a: "))
        if (cu == m):
            print("Error: No se pude cambiar a el mismo")
        if(m == 1):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][j] = s_cuadrante[i][j]
                    general[i][cc1 + j] = p_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m==3):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][cc1 + j] = t_cuadrante[i][j]
                    general[fc1 + i][j] = p_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m ==4):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][cc1 + j] = c_cuadrante[i][j]
                    general[fc1 + i][cc1 + j] = p_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
    #si elije 2 cuadrante--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
    elif (cu == 2):
        m = int(input("Mover a: "))
        if (cu == m):
            print("Error: No se pude cambiar a el mismo")
        if(m == 2):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][j] = s_cuadrante[i][j]
                    general[i][cc1 + j] = p_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m==3):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][j] = t_cuadrante[i][j]
                    general[fc1 + i][j] = s_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m ==4):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][j] = c_cuadrante[i][j]
                    general[fc1 + i][cc1 + j] = s_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")

    #si elije 3 cuadrante--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
    elif (cu == 3):
        m = int(input("A que cuadrante desea mover: "))
        if (cu == m):
            print("Error: No se pude cambiar a el mismo")
        if(m == 1):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][j] = t_cuadrante[i][j]
                    general[fc1 + i][j] = p_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m==2):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][cc1 + j] = t_cuadrante[i][j]
                    general[fc1 + i][j] = s_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m ==4):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[fc1 + i][j] = c_cuadrante[i][j]
                    general[fc1 + i][cc1 + j] = t_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
    #si elije 4 cuadrante--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
    elif (cu == 4):
        m = int(input("A que cuadrante desea mover: "))
        if (cu == m):
            print("Error: No se pude cambiar a el mismo")
        if(m == 1):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][j] = c_cuadrante[i][j]
                    general[fc1 + i][cc1 + j] = p_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m==2):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[i][cc1 + j] = c_cuadrante[i][j]
                    general[fc1 + i][cc1 + j] = s_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")
        elif (m ==3):
            fc1 = f//2
            cc1 = c//2
            for i in range (fc1):
                for j in range (cc1):
                    general[fc1 + i][j] = c_cuadrante[i][j]
                    general[fc1 + i][cc1 + j] = t_cuadrante[i][j]
            for i in range (c):
                print(general[i], "\n")