def disegna_funzione(p, y, x1, x2, isFinal, errore = 0):
    if isFinal == False:
        print(f"\tW1: {p.w1}")
        print(f"X1: {x1} -------->          ")
        print(f"\t\t( bias: {p.bias} ) -------> Y: {y}")
        print(f"X2: {x2} -------->          ")
        print(f"\tW2: {p.w2}")
    else:
        print(f"\t\t\t\t\t\tW1: {p.w1}")
        print(f"\t\t\t\t\tX1: {x1} -------->          ")
        print(f"\t\t\t\t\t\t\t( bias: {p.bias} ) -------> Y: {y} ----> errore: {errore}")
        print(f"\t\t\t\t\tX2: {x2} -------->          ")
        print(f"\t\t\t\t\t\tW2: {p.w2}")

def stampa_risultati_single_layer(p):
    print("Percettrone:")
    print(f"\t W1: {p.w1}, W2: {p.w2}, bias: {p.bias}")

def stampa_risultati_multilayer(pin_est_1, pin_est_2, pinout):
    print("Percettrone 1:")
    print(f"\t W1: {pin_est_1.w1}, W2: {pin_est_1.w2}, bias: {pin_est_1.bias}")
    print("Percettrone 2:")
    print(f"\t W1: {pin_est_2.w1}, W2: {pin_est_2.w2}, bias: {pin_est_2.bias}")
    print("Percettrone OUT:")
    print(f"\t W1: {pinout.w1}, W2: {pinout.w2}, bias: {pinout.bias}")