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Link to custom word file: custom.txt

Link to custom word file of 5-letter words only: custom_5_Letters

Change Log as per "theonlygusti" suggestions:

• Created custom word files from NLTK dictionaries. So, no need for NLTK dependency. Makes the program run faster.
• Fixed the error in the keyboard display of words already guessed.
• Created a global constant for word length.
• Created two files for differing word lengths. If using 5-letter words only replace:

set_of_words = open('custom.txt').read().split()
words = [w for w in set_of_words if len(w) == WORD_LENGTH]
word = (random.choice(words)).lower()

with

words = list(open('custom_5_letters.txt').read().split())
word = (random.choice(words)).lower()

import time
import random
WORD_LENGTH = 5
def Occurences(s, ch):
 return([i for i, letter in enumerate(s) if letter == ch])
def printTile(tile, guess):
 for i in range(len(guess)):
 color = 44 - tile[i]
 print(f'\x1b[1;{color};30m {guess[i].upper()} \x1b[0m', end=' ')
 time.sleep(0.6)
 print(flush=True)
 
def printKeyboard(tile, guess, dic):
 print()
 for i in range(len(guess)):
 if dic[guess[i]] < tile[i]:
 dic[guess[i]] = tile[i]
 for key in dic:
 color = 47 if dic[key] == -1 else (44 - dic[key])
 print(f'\x1b[1;{color};30m {key.upper()} \x1b[0m', end=' ')
 print(flush=True)
set_of_words = open('custom.txt').read().split()
words = [w for w in set_of_words if len(w) == WORD_LENGTH]
word = (random.choice(words)).lower()
#print(word) # for testing
#word = 'agora' # for testing
kybd = 'abcdefghijklmnopqrstuvwxyz'
dic={i: -1 for i in kybd}
guesses = 0
while True: 
 guess = (input('Enter you guess:')).lower()
 while True:
 if guess not in words or len(guess) != WORD_LENGTH:
 guess = input(f'Not a {WORD_LENGTH}-letter word!! Guess Again: ')
 else:
 break
 guesses += 1
 if guess == word:
 printTile([2]*WORD_LENGTH, word)
 print('we have a winner!!!')
 break
 wd_dic = {i: 0 for i in sorted(set(word))}
 for i in wd_dic:
 wd_dic[i] = Occurences(guess,i)
 gu_dic = {i: 0 for i in sorted(set(guess))}
 for i in gu_dic:
 gu_dic[i] = Occurences(word,i)
 tile = [0] * WORD_LENGTH
 for i in gu_dic:
 if i in word:
 lst = gu_dic[i].copy()
 if set(wd_dic[i]) & set(lst):
 overlap = list(set(lst).intersection(set(wd_dic[i])))
 for k in overlap:
 tile[k] = 2
 wd_dic[i].remove(k)
 lst.remove(k) 
 for j in lst:
 if j in wd_dic[i] and word[j] != guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 elif word[j]==guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 else:
 if wd_dic[i]:
 tile[wd_dic[i][0]] = 1
 wd_dic[i].pop(0)
 gu_dic[i].remove(j)
 printTile(tile, guess)
 printKeyboard(tile,guess,dic)
 if guesses > WORD_LENGTH:
 print(f'You lose!! The word was:')
 printTile([2]*WORD_LENGTH, word)
 break

NLTK needs to be installed to use the code.

Link to custom word file to supplement words in NLTK dictionary: custom.txt

import time
from nltk.corpus import words
from nltk.corpus import wordnet 
import random
def Occurences(s, ch):
 return([i for i, letter in enumerate(s) if letter == ch])
def printTile(tile, guess):
 for i in range(0,5):
 color = 44 - tile[i]
 print(f'\x1b[1;{color};30m {guess[i].upper()} \x1b[0m', end=' ')
 time.sleep(0.6)
 print(flush=True)
 
def printKeyboard(tile, guess, dic):
 print()
 for key in dic:
 if dic[key] != 0:
 dic[key] = -3
 for i in range(0,5):
 if dic[guess[i]] < tile[i]:
 dic[guess[i]] = tile[i]
 for key in dic:
 color = 44 - dic[key]
 print(f'\x1b[1;{color};30m {key.upper()} \x1b[0m', end=' ')
 print(flush=True)
set_of_words = set(words.words()).union(set(open('custom.txt').read().split()))
five_letter_words = [w for w in set_of_words if (len(w) == 5 and w.isalpha())]
word = (random.choice(five_letter_words)).lower()
#print(word) # for testing
#word = 'agora' # for testing
guesses = 0
kybd = 'abcdefghijklmnopqrstuvwxyz'
dic = {i: 47 for i in kybd}
while True: 
 guess = (input('Enter you guess:')).lower()
 while True:
 if guess not in five_letter_words or len(guess) != 5:
 guess = input('Not a 5-letter word!! Guess Again: ')
 else:
 break
 guesses += 1
 if guess == word:
 printTile([2,2,2,2,2], word)
 print('we have a winner!!!')
 break
 wd_dic = {i: 0 for i in sorted(set(word))}
 for i in wd_dic:
 wd_dic[i] = Occurences(guess,i)
 gu_dic = {i: 0 for i in sorted(set(guess))}
 for i in gu_dic:
 gu_dic[i] = Occurences(word,i)
 tile = [0,0,0,0,0]
 for i in gu_dic:
 if i in word:
 lst = gu_dic[i].copy()
 if set(wd_dic[i]) & set(lst):
 overlap = list(set(lst).intersection(set(wd_dic[i])))
 for k in overlap:
 tile[k] = 2
 wd_dic[i].remove(k)
 lst.remove(k) 
 for j in lst:
 if j in wd_dic[i] and word[j] != guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 elif word[j]==guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 else:
 if wd_dic[i]:
 tile[wd_dic[i][0]] = 1
 wd_dic[i].pop(0)
 gu_dic[i].remove(j)
 printTile(tile, guess)
 printKeyboard(tile,guess,dic)
 if guesses == 6:
 print(f'You lose!! The word was:')
 printTile([2,2,2,2,2], word)
 break

NLTK needs to be installed to use the code.

Link to custom word file to supplement words in NLTK dictionary: custom.txt

import time
from nltk.corpus import words
from nltk.corpus import wordnet 
import random
def Occurences(s, ch):
 return([i for i, letter in enumerate(s) if letter == ch])
def printTile(tile, guess):
 for i in range(0,5):
 color = 44 - tile[i]
 print(f'\x1b[1;{color};30m {guess[i].upper()} \x1b[0m', end=' ')
 time.sleep(0.6)
 print(flush=True)
 
def printKeyboard(tile, guess, dic):
 print()
 for key in dic:
 if dic[key] != 0:
 dic[key] = -3
 for i in range(0,5):
 if dic[guess[i]] < tile[i]:
 dic[guess[i]] = tile[i]
 for key in dic:
 color = 44 - dic[key]
 print(f'\x1b[1;{color};30m {key.upper()} \x1b[0m', end=' ')
 print(flush=True)
set_of_words = set(words.words()).union(set(open('custom.txt').read().split()))
five_letter_words = [w for w in set_of_words if (len(w) == 5 and w.isalpha())]
word = (random.choice(five_letter_words)).lower()
#print(word) # for testing
#word = 'agora' # for testing
guesses = 0
kybd = 'abcdefghijklmnopqrstuvwxyz'
dic = {i: 47 for i in kybd}
while True: 
 guess = (input('Enter you guess:')).lower()
 while True:
 if guess not in five_letter_words or len(guess) != 5:
 guess = input('Not a 5-letter word!! Guess Again: ')
 else:
 break
 guesses += 1
 if guess == word:
 printTile([2,2,2,2,2], word)
 print('we have a winner!!!')
 break
 wd_dic = {i: 0 for i in sorted(set(word))}
 for i in wd_dic:
 wd_dic[i] = Occurences(guess,i)
 gu_dic = {i: 0 for i in sorted(set(guess))}
 for i in gu_dic:
 gu_dic[i] = Occurences(word,i)
 tile = [0,0,0,0,0]
 for i in gu_dic:
 if i in word:
 lst = gu_dic[i].copy()
 if set(wd_dic[i]) & set(lst):
 overlap = list(set(lst).intersection(set(wd_dic[i])))
 for k in overlap:
 tile[k] = 2
 wd_dic[i].remove(k)
 lst.remove(k) 
 for j in lst:
 if j in wd_dic[i] and word[j] != guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 elif word[j]==guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 else:
 if wd_dic[i]:
 tile[wd_dic[i][0]] = 1
 wd_dic[i].pop(0)
 gu_dic[i].remove(j)
 printTile(tile, guess)
 printKeyboard(tile,guess,dic)
 if guesses == 6:
 print(f'You lose!! The word was:')
 printTile([2,2,2,2,2], word)
 break

Link to custom word file: custom.txt

Link to custom word file of 5-letter words only: custom_5_Letters

Change Log as per "theonlygusti" suggestions:

• Created custom word files from NLTK dictionaries. So, no need for NLTK dependency. Makes the program run faster.
• Fixed the error in the keyboard display of words already guessed.
• Created a global constant for word length.
• Created two files for differing word lengths. If using 5-letter words only replace:

set_of_words = open('custom.txt').read().split()
words = [w for w in set_of_words if len(w) == WORD_LENGTH]
word = (random.choice(words)).lower()

with

words = list(open('custom_5_letters.txt').read().split())
word = (random.choice(words)).lower()

import time
import random
WORD_LENGTH = 5
def Occurences(s, ch):
 return([i for i, letter in enumerate(s) if letter == ch])
def printTile(tile, guess):
 for i in range(len(guess)):
 color = 44 - tile[i]
 print(f'\x1b[1;{color};30m {guess[i].upper()} \x1b[0m', end=' ')
 time.sleep(0.6)
 print(flush=True)
 
def printKeyboard(tile, guess, dic):
 print()
 for i in range(len(guess)):
 if dic[guess[i]] < tile[i]:
 dic[guess[i]] = tile[i]
 for key in dic:
 color = 47 if dic[key] == -1 else (44 - dic[key])
 print(f'\x1b[1;{color};30m {key.upper()} \x1b[0m', end=' ')
 print(flush=True)
set_of_words = open('custom.txt').read().split()
words = [w for w in set_of_words if len(w) == WORD_LENGTH]
word = (random.choice(words)).lower()
#print(word) # for testing
#word = 'agora' # for testing
kybd = 'abcdefghijklmnopqrstuvwxyz'
dic={i: -1 for i in kybd}
guesses = 0
while True: 
 guess = (input('Enter you guess:')).lower()
 while True:
 if guess not in words or len(guess) != WORD_LENGTH:
 guess = input(f'Not a {WORD_LENGTH}-letter word!! Guess Again: ')
 else:
 break
 guesses += 1
 if guess == word:
 printTile([2]*WORD_LENGTH, word)
 print('we have a winner!!!')
 break
 wd_dic = {i: 0 for i in sorted(set(word))}
 for i in wd_dic:
 wd_dic[i] = Occurences(guess,i)
 gu_dic = {i: 0 for i in sorted(set(guess))}
 for i in gu_dic:
 gu_dic[i] = Occurences(word,i)
 tile = [0] * WORD_LENGTH
 for i in gu_dic:
 if i in word:
 lst = gu_dic[i].copy()
 if set(wd_dic[i]) & set(lst):
 overlap = list(set(lst).intersection(set(wd_dic[i])))
 for k in overlap:
 tile[k] = 2
 wd_dic[i].remove(k)
 lst.remove(k) 
 for j in lst:
 if j in wd_dic[i] and word[j] != guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 elif word[j]==guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 else:
 if wd_dic[i]:
 tile[wd_dic[i][0]] = 1
 wd_dic[i].pop(0)
 gu_dic[i].remove(j)
 printTile(tile, guess)
 printKeyboard(tile,guess,dic)
 if guesses > WORD_LENGTH:
 print(f'You lose!! The word was:')
 printTile([2]*WORD_LENGTH, word)
 break

import time
from nltk.corpus import words
from nltk.corpus import wordnet 
import random
def Occurences(s, ch):
 return([i for i, letter in enumerate(s) if letter == ch])
def printTile(tile, guess):
 for i in range(0,5):
 color = 44 - tile[i]
 print(f'\x1b[1;{color};30m {guess[i].upper()} \x1b[0m', end=' ')
 time.sleep(0.6)
 print(flush=True)
 
def printKeyboard(tile, guess, dic):
 print()
 for i in range(0,5):
 if dic[guess[i]] < tile[i]:
 dic[guess[i]] = tile[i]
 for key in dic:
 color = 47 if dic[key] == -1 else (44 - dic[key])
 print(f'\x1b[1;{color};30m {key.upper()} \x1b[0m', end=' ')
 print(flush=True)
set_of_words = set(words.words()).union(set(wordnet.words())).union(set(open('custom.txt').read().split()))
five_letter_words = [w for w in set_of_words if (len(w) == 5 and w.isalpha())]
word = (random.choice(five_letter_words)).lower()
#print(word) # for testing
#word = 'baker' # for testing
kybd = 'abcdefghijklmnopqrstuvwxyz'
dic={i: -1 for i in kybd}
guesses = 0
while True: 
 guess = (input('Enter you guess:')).lower()
 while True:
 if guess not in five_letter_words or len(guess) != 5:
 guess = input('Not a 5-letter word!! Guess Again: ')
 else:
 break
 guesses += 1
 if guess == word:
 printTile([2,2,2,2,2], word)
 print('we have a winner!!!')
 break
 wd_dic = {i: 0 for i in sorted(set(word))}
 for i in wd_dic:
 wd_dic[i] = Occurences(guess,i)
 gu_dic = {i: 0 for i in sorted(set(guess))}
 for i in gu_dic:
 gu_dic[i] = Occurences(word,i)
 tile = [0,0,0,0,0]
 for i in gu_dic:
 if i in word:
 lst = gu_dic[i].copy()
 if set(wd_dic[i]) & set(lst):
 overlap = list(set(lst).intersection(set(wd_dic[i])))
 for k in overlap:
 tile[k] = 2
 wd_dic[i].remove(k)
 lst.remove(k) 
 for j in lst:
 if j in wd_dic[i] and word[j] != guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 elif word[j]==guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 else:
 if wd_dic[i]:
 tile[wd_dic[i][0]] = 1
 wd_dic[i].pop(0)
 gu_dic[i].remove(j)
 printTile(tile, guess)
 printKeyboard(tile,guess,dic)
 if guesses == 6:
 print(f'You lose!! The word was:')
 printTile([2,2,2,2,2], word)
 break

import time
from nltk.corpus import words
from nltk.corpus import wordnet 
import random
def Occurences(s, ch):
 return([i for i, letter in enumerate(s) if letter == ch])
def printTile(tile, guess):
 for i in range(0,5):
 color = 44 - tile[i]
 print(f'\x1b[1;{color};30m {guess[i].upper()} \x1b[0m', end=' ')
 time.sleep(0.6)
 print(flush=True)
 
def printKeyboard(tile, guess, dic):
 print()
 for key in dic:
 if dic[key] != 0:
 dic[key] = -3
 for i in range(0,5):
 if dic[guess[i]] < tile[i]:
 dic[guess[i]] = tile[i]
 for key in dic:
 color = 44 - dic[key]
 print(f'\x1b[1;{color};30m {key.upper()} \x1b[0m', end=' ')
 print(flush=True)
set_of_words = set(words.words()).union(set(open('custom.txt').read().split()))
five_letter_words = [w for w in set_of_words if (len(w) == 5 and w.isalpha())]
word = (random.choice(five_letter_words)).lower()
#print(word) # for testing
#word = 'agora' # for testing
guesses = 0
kybd = 'abcdefghijklmnopqrstuvwxyz'
dic = {i: 47 for i in kybd}
while True: 
 guess = (input('Enter you guess:')).lower()
 while True:
 if guess not in five_letter_words or len(guess) != 5:
 guess = input('Not a 5-letter word!! Guess Again: ')
 else:
 break
 guesses += 1
 if guess == word:
 printTile([2,2,2,2,2], word)
 print('we have a winner!!!')
 break
 wd_dic = {i: 0 for i in sorted(set(word))}
 for i in wd_dic:
 wd_dic[i] = Occurences(guess,i)
 gu_dic = {i: 0 for i in sorted(set(guess))}
 for i in gu_dic:
 gu_dic[i] = Occurences(word,i)
 tile = [0,0,0,0,0]
 for i in gu_dic:
 if i in word:
 lst = gu_dic[i].copy()
 if set(wd_dic[i]) & set(lst):
 overlap = list(set(lst).intersection(set(wd_dic[i])))
 for k in overlap:
 tile[k] = 2
 wd_dic[i].remove(k)
 lst.remove(k) 
 for j in lst:
 if j in wd_dic[i] and word[j] != guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 elif word[j]==guess[j]:
 tile[j] = 2
 wd_dic[i].remove(j)
 else:
 if wd_dic[i]:
 tile[wd_dic[i][0]] = 1
 wd_dic[i].pop(0)
 gu_dic[i].remove(j)
 printTile(tile, guess)
 printKeyboard(tile,guess,dic)
 if guesses == 6:
 print(f'You lose!! The word was:')
 printTile([2,2,2,2,2], word)
 break