import speech_recognition as sr
import pyttsx3
import random
engine = pyttsx3.init('sapi5')
voices = engine.getProperty('voices')
# print(voices[1].id)
engine.setProperty('voice', voices[0].id)
def speak(audio):
engine.say(audio)
engine.runAndWait()
no = random.randint(1,6)
print(no)
if no == 1:
print("[-----]")
print("[ ]")
print("[ 0 ]")
print("[ ]")
print("[-----]")
if no == 2:
print("[-----]")
print("[ 0 ]")
print("[ ]")
print("[ 0 ]")
print("[-----]")
if no == 3:
print("[-----]")
print("[ ]")
print("[0 0 0]")
print("[ ]")
print("[-----]")
if no == 4:
print("[-----]")
print("[0 0]")
print("[ ]")
print("[0 0]")
print("[-----]")
if no == 5:
print("[-----]")
print("[0 0]")
print("[ 0 ]")
print("[0 0]")
print("[-----]")
if no == 6:
print("[-----]")
print("[0 0 0]")
print("[ ]")
print("[0 0 0]")
print("[-----]")
speak(f"your number is: {no}")
from random import randint
def roll_dice():
print(f"Number is: {randint(1,6)}")
# Do this to simulate once
roll_dice()
# Do this to simulate multiple times
whatever = 12 # Put the number of times you want to simulate here
for number in range(whatever):
roll_dice()
import random
x = "y"
while x == "y":
# Generates a random number
# between 1 and 6 (including
# both 1 and 6)
no = random.randint(1,6)
if no == 1:
print("[-----]")
print("[ ]")
print("[ 0 ]")
print("[ ]")
print("[-----]")
if no == 2:
print("[-----]")
print("[ 0 ]")
print("[ ]")
print("[ 0 ]")
print("[-----]")
if no == 3:
print("[-----]")
print("[ ]")
print("[0 0 0]")
print("[ ]")
print("[-----]")
if no == 4:
print("[-----]")
print("[0 0]")
print("[ ]")
print("[0 0]")
print("[-----]")
if no == 5:
print("[-----]")
print("[0 0]")
print("[ 0 ]")
print("[0 0]")
print("[-----]")
if no == 6:
print("[-----]")
print("[0 0 0]")
print("[ ]")
print("[0 0 0]")
print("[-----]")
x=input("press y to roll again and n to exit:")
print("
")