I <3 OpenSource

from blessed import Terminal import random import copy from collections import deque term = Terminal() UP = term.KEY_UP RIGHT = term.KEY_RIGHT LEFT = term.KEY_LEFT DOWN = term.KEY_DOWN DIRECTIONS = [LEFT, UP, RIGHT, DOWN] MOVEMENT_MAP = {LEFT: [0, -1], UP: [-1, 0], RIGHT: [0, 1], DOWN: [1, 0]} WASD_MAP = {'w': UP, 'a': LEFT, 's': DOWN, 'd': RIGHT, 'W': UP, 'A': LEFT, 'S': DOWN, 'D': RIGHT} dead = False #-------CONFIG--------# BORDER = '⬜️' BODY = '🟩' HEAD = '🟥' SPACE = ' ' APPLE = '🍎' # initial snake position snake = deque([[6, 5], [6, 4], [6, 3]]) # initial food position food = [5, 10] h, w = 10, 15 # height, width score = 0 # initial speed speed = 3 # max speed MAX_SPEED = 6 # N1 and N2 represents the snake's movement frequency. # The snake will only move N1 out of N2 turns. N1 = 1 N2 = 2 # M represents how often the snake will grow. # The snake will grow every M turns. M = 9 # -----CONFIG END------ messages = ['you can do it!', "don't get eaten!", 'run, forest, run!', "where there's a will, there's a way", "you can beat it!", "outsmart the snake!", "i believe in you!", "trap the snake to win!"] message = None def list_empty_spaces(world, space): result = [] for i in range(len(world)): for j in range(len(world[i])): if world[i][j] == space: result.append([i, j]) return result with term.cbreak(), term.hidden_cursor(): # clear the screen print(term.home + term.clear) # Initialize the world world = [[SPACE] * w for _ in range(h)] for i in range(h): world[i][0] = BORDER world[i][-1] = BORDER for j in range(w): world[0][j] = BORDER world[-1][j] = BORDER for s in snake: world[s[0]][s[1]] = BODY head = snake[0] world[head[0]][head[1]] = HEAD world[food[0]][food[1]] = APPLE for row in world: print(' '.join(row)) print('use arrow keys or WASD to move!') print("this time, you're the food 😱\n") print('I recommend expanding the terminal window') print('so the game has enough space to run') val = '' moving = False turn = 0 while True: val = term.inkey(timeout=1/speed) if val.code in DIRECTIONS or val in WASD_MAP.keys(): moving = True if not moving: continue # let the snake decide where to move head = snake[0] y_diff = food[0] - head[0] x_diff = food[1] - head[1] preferred_move = None if abs(y_diff) > abs(x_diff): if y_diff <= 0: preferred_move = UP else: preferred_move = DOWN else: if x_diff >= 0: preferred_move = RIGHT else: preferred_move = LEFT # check if the preferred move is valid # if not, check if all the the other moves are valid preferred_moves = [preferred_move] + list(DIRECTIONS) next_move = None for move in preferred_moves: movement = MOVEMENT_MAP[move] head_copy = copy.copy(head) head_copy[0] += movement[0] head_copy[1] += movement[1] heading = world[head_copy[0]][head_copy[1]] if heading == BORDER: continue elif heading == BODY: # For every M turns, the snake grows # longer. So, the head can move to the # tail's location only if turn % M != 0 if head_copy == snake[-1] and turn % M != 0: next_move = head_copy break else: continue else: next_move = head_copy break if next_move is None: break turn += 1 # snake only moves N - 1 out of N turns. # before the snake moves, clear the current # location of the food. world[food[0]][food[1]] = SPACE if turn % N2 < N1: snake.appendleft(next_move) # for every M turns or so, the snake grows longer and everything becomes faster world[head[0]][head[1]] = BODY if turn % M != 0: speed = min(speed * 1.05, MAX_SPEED) tail = snake.pop() world[tail[0]][tail[1]] = SPACE world[next_move[0]][next_move[1]] = HEAD # And then the food moves food_copy = copy.copy(food) # First, encode the movement in food_copy if val.code in DIRECTIONS or val in WASD_MAP.keys(): direction = None if val in WASD_MAP.keys(): direction = WASD_MAP[val] else: direction = val.code movement = MOVEMENT_MAP[direction] food_copy[0] += movement[0] food_copy[1] += movement[1] # Check where the food is heading food_heading = world[food_copy[0]][food_copy[1]] # You only die if the snake's head eats you. The body won't do any damage. if food_heading == HEAD: dead = True # Only move the food if you're trying to # move to an empty space. if food_heading == SPACE: food = food_copy # If somehow the food's current location # overlaps with the snake's body, then # the apple's dead. if world[food[0]][food[1]] == BODY or world[food[0]][food[1]] == HEAD: dead = True if not dead: world[food[0]][food[1]] = APPLE print(term.move_yx(0, 0)) for row in world: print(' '.join(row)) score = len(snake) - 3 print(f'score: {turn} - size: {len(snake)}' + term.clear_eol) if dead: break if turn % 50 == 0: message = random.choice(messages) if message: print(message + term.clear_eos) print(term.clear_eos, end='') if dead: print('you were eaten by the snake!' + term.clear_eos) else: print('woah you won!! how did you do it?!' + term.clear_eos)

from blessed import Terminal import random import copy from collections import deque term = Terminal() UP = term.KEY_UP RIGHT = term.KEY_RIGHT LEFT = term.KEY_LEFT DOWN = term.KEY_DOWN DIRECTIONS = [LEFT, UP, RIGHT, DOWN] MOVEMENT_MAP = {LEFT: [0, -1], UP: [-1, 0], RIGHT: [0, 1], DOWN: [1, 0]} WASD_MAP = {'w': UP, 'a': LEFT, 's': DOWN, 'd': RIGHT, 'W': UP, 'A': LEFT, 'S': DOWN, 'D': RIGHT} dead = False #-------CONFIG--------# BORDER = '⬜️' BODY = '🟩' HEAD = '🟥' SPACE = ' ' APPLE = '🍎' # initial snake position snake = deque([[6, 5], [6, 4], [6, 3]]) # initial food position food = [5, 10] h, w = 10, 15 # height, width score = 0 # initial speed speed = 3 # max speed MAX_SPEED = 6 # N1 and N2 represents the snake's movement frequency. # The snake will only move N1 out of N2 turns. N1 = 1 N2 = 2 # M represents how often the snake will grow. # The snake will grow every M turns. M = 9 # -----CONFIG END------ messages = ['you can do it!', "don't get eaten!", 'run, forest, run!', "where there's a will, there's a way", "you can beat it!", "outsmart the snake!", "i believe in you!", "trap the snake to win!"] message = None def list_empty_spaces(world, space): result = [] for i in range(len(world)): for j in range(len(world[i])): if world[i][j] == space: result.append([i, j]) return result with term.cbreak(), term.hidden_cursor(): # clear the screen print(term.home + term.clear) # Initialize the world world = [[SPACE] * w for _ in range(h)] for i in range(h): world[i][0] = BORDER world[i][-1] = BORDER for j in range(w): world[0][j] = BORDER world[-1][j] = BORDER for s in snake: world[s[0]][s[1]] = BODY head = snake[0] world[head[0]][head[1]] = HEAD world[food[0]][food[1]] = APPLE for row in world: print(' '.join(row)) print('use arrow keys or WASD to move!') print("this time, you're the food 😱\n") print('I recommend expanding the terminal window') print('so the game has enough space to run') val = '' moving = False turn = 0 while True: val = term.inkey(timeout=1/speed) if val.code in DIRECTIONS or val in WASD_MAP.keys(): moving = True if not moving: continue # let the snake decide where to move head = snake[0] y_diff = food[0] - head[0] x_diff = food[1] - head[1] preferred_move = None if abs(y_diff) > abs(x_diff): if y_diff <= 0: preferred_move = UP else: preferred_move = DOWN else: if x_diff >= 0: preferred_move = RIGHT else: preferred_move = LEFT # check if the preferred move is valid # if not, check if all the the other moves are valid preferred_moves = [preferred_move] + list(DIRECTIONS) next_move = None for move in preferred_moves: movement = MOVEMENT_MAP[move] head_copy = copy.copy(head) head_copy[0] += movement[0] head_copy[1] += movement[1] heading = world[head_copy[0]][head_copy[1]] if heading == BORDER: continue elif heading == BODY: # For every M turns, the snake grows # longer. So, the head can move to the # tail's location only if turn % M != 0 if head_copy == snake[-1] and turn % M != 0: next_move = head_copy break else: continue else: next_move = head_copy break if next_move is None: break turn += 1 # snake only moves N - 1 out of N turns. # before the snake moves, clear the current # location of the food. world[food[0]][food[1]] = SPACE if turn % N2 < N1: snake.appendleft(next_move) # for every M turns or so, the snake grows longer and everything becomes faster world[head[0]][head[1]] = BODY if turn % M != 0: speed = min(speed * 1.05, MAX_SPEED) tail = snake.pop() world[tail[0]][tail[1]] = SPACE world[next_move[0]][next_move[1]] = HEAD # And then the food moves food_copy = copy.copy(food) # First, encode the movement in food_copy if val.code in DIRECTIONS or val in WASD_MAP.keys(): direction = None if val in WASD_MAP.keys(): direction = WASD_MAP[val] else: direction = val.code movement = MOVEMENT_MAP[direction] food_copy[0] += movement[0] food_copy[1] += movement[1] # Check where the food is heading food_heading = world[food_copy[0]][food_copy[1]] # You only die if the snake's head eats you. The body won't do any damage. if food_heading == HEAD: dead = True # Only move the food if you're trying to # move to an empty space. if food_heading == SPACE: food = food_copy # If somehow the food's current location # overlaps with the snake's body, then # the apple's dead. if world[food[0]][food[1]] == BODY or world[food[0]][food[1]] == HEAD: dead = True if not dead: world[food[0]][food[1]] = APPLE print(term.move_yx(0, 0)) for row in world: print(' '.join(row)) score = len(snake) - 3 print(f'score: {turn} - size: {len(snake)}' + term.clear_eol) if dead: break if turn % 50 == 0: message = random.choice(messages) if message: print(message + term.clear_eos) print(term.clear_eos, end='') if dead: print('you were eaten by the snake!' + term.clear_eos) else: print('woah you won!! how did you do it?!' + term.clear_eos)

from blessed import Terminal import random import copy from collections import deque term = Terminal() UP = term.KEY_UP RIGHT = term.KEY_RIGHT LEFT = term.KEY_LEFT DOWN = term.KEY_DOWN DIRECTIONS = [LEFT, UP, RIGHT, DOWN] MOVEMENT_MAP = {LEFT: [0, -1], UP: [-1, 0], RIGHT: [0, 1], DOWN: [1, 0]} WASD_MAP = {'w': UP, 'a': LEFT, 's': DOWN, 'd': RIGHT, 'W': UP, 'A': LEFT, 'S': DOWN, 'D': RIGHT} dead = False #-------CONFIG--------# BORDER = '⬜️' BODY = '🟩' HEAD = '🟥' SPACE = ' ' APPLE = '🍎' # initial snake position snake = deque([[6, 5], [6, 4], [6, 3]]) # initial food position food = [5, 10] h, w = 10, 15 # height, width score = 0 # initial speed speed = 3 # max speed MAX_SPEED = 6 # N1 and N2 represents the snake's movement frequency. # The snake will only move N1 out of N2 turns. N1 = 1 N2 = 2 # M represents how often the snake will grow. # The snake will grow every M turns. M = 9 # -----CONFIG END------ messages = ['you can do it!', "don't get eaten!", 'run, forest, run!', "where there's a will, there's a way", "you can beat it!", "outsmart the snake!", "i believe in you!", "trap the snake to win!"] message = None def list_empty_spaces(world, space): result = [] for i in range(len(world)): for j in range(len(world[i])): if world[i][j] == space: result.append([i, j]) return result with term.cbreak(), term.hidden_cursor(): # clear the screen print(term.home + term.clear) # Initialize the world world = [[SPACE] * w for _ in range(h)] for i in range(h): world[i][0] = BORDER world[i][-1] = BORDER for j in range(w): world[0][j] = BORDER world[-1][j] = BORDER for s in snake: world[s[0]][s[1]] = BODY head = snake[0] world[head[0]][head[1]] = HEAD world[food[0]][food[1]] = APPLE for row in world: print(' '.join(row)) print('use arrow keys or WASD to move!') print("this time, you're the food 😱\n") print('I recommend expanding the terminal window') print('so the game has enough space to run') val = '' moving = False turn = 0 while True: val = term.inkey(timeout=1/speed) if val.code in DIRECTIONS or val in WASD_MAP.keys(): moving = True if not moving: continue # let the snake decide where to move head = snake[0] y_diff = food[0] - head[0] x_diff = food[1] - head[1] preferred_move = None if abs(y_diff) > abs(x_diff): if y_diff <= 0: preferred_move = UP else: preferred_move = DOWN else: if x_diff >= 0: preferred_move = RIGHT else: preferred_move = LEFT # check if the preferred move is valid # if not, check if all the the other moves are valid preferred_moves = [preferred_move] + list(DIRECTIONS) next_move = None for move in preferred_moves: movement = MOVEMENT_MAP[move] head_copy = copy.copy(head) head_copy[0] += movement[0] head_copy[1] += movement[1] heading = world[head_copy[0]][head_copy[1]] if heading == BORDER: continue elif heading == BODY: # For every M turns, the snake grows # longer. So, the head can move to the # tail's location only if turn % M != 0 if head_copy == snake[-1] and turn % M != 0: next_move = head_copy break else: continue else: next_move = head_copy break if next_move is None: break turn += 1 # snake only moves N - 1 out of N turns. # before the snake moves, clear the current # location of the food. world[food[0]][food[1]] = SPACE if turn % N2 < N1: snake.appendleft(next_move) # for every M turns or so, the snake grows longer and everything becomes faster world[head[0]][head[1]] = BODY if turn % M != 0: speed = min(speed * 1.05, MAX_SPEED) tail = snake.pop() world[tail[0]][tail[1]] = SPACE world[next_move[0]][next_move[1]] = HEAD # And then the food moves food_copy = copy.copy(food) # First, encode the movement in food_copy if val.code in DIRECTIONS or val in WASD_MAP.keys(): direction = None if val in WASD_MAP.keys(): direction = WASD_MAP[val] else: direction = val.code movement = MOVEMENT_MAP[direction] food_copy[0] += movement[0] food_copy[1] += movement[1] # Check where the food is heading food_heading = world[food_copy[0]][food_copy[1]] # You only die if the snake's head eats you. The body won't do any damage. if food_heading == HEAD: dead = True # Only move the food if you're trying to # move to an empty space. if food_heading == SPACE: food = food_copy # If somehow the food's current location # overlaps with the snake's body, then # the apple's dead. if world[food[0]][food[1]] == BODY or world[food[0]][food[1]] == HEAD: dead = True if not dead: world[food[0]][food[1]] = APPLE print(term.move_yx(0, 0)) for row in world: print(' '.join(row)) score = len(snake) - 3 print(f'score: {turn} - size: {len(snake)}' + term.clear_eol) if dead: break if turn % 50 == 0: message = random.choice(messages) if message: print(message + term.clear_eos) print(term.clear_eos, end='') if dead: print('you were eaten by the snake!' + term.clear_eos) else: print('woah you won!! how did you do it?!' + term.clear_eos)

words=["apple","explain","already","steward","deputy","healthy","satisfaction","ballot","reptile","resort"] from random import randint number=randint(0,len(words)-1) wordcreator=words[number] def splitt(word): return[char for char in word] wrong=[] correct=[] isit=False c=0 r=0 length=len(wordcreator) for q in range (0, length,1): correct.append("*") for e in range(0,11, 1): entry=input("Enter a letter: ") r=0 isit=False for w in range (0,length,1): #print(wordcreator[r]) if entry==wordcreator[r]: correct[r]=entry isit=True #r=r+1 #26 and 27 has problem if r==length-1: #print("The value of r is...", r) if isit==False: wrong.append(entry) #if "*"!=correct[r]: #print("You Won!!!!") #break r=r+1 c=c+1 print("Your incorrect letters are: ",wrong) print("You correct letters are: ",correct) print("You have guessed",c,"letters. You have",11-c,"guesses left") if e==10: print("You lost") print("The word was",wordcreator) #Entry():

pi = 3.14 print(" PI CALCULATOR ") num = float(input("Input number so I can multiply it by pi: ")) num2 = num * pi print("Answer is ", num2,"yo!")

import turtle t = turtle.Turtle() t.color("blue") for i in range(4): t.forward(100) t.left(90) t.penup() t.left(90) t.forward(60) t.right(90) t.forward(60) t.left(90) t.pendown() for i in range(4): t.forward(100) t.right(90) t.left(135) t.forward(85) t.backward(85) t.penup() t.backward(55) t.pendown() t.backward(85) t.left(45) t.penup() t.forward(100) t.right(45) t.pendown() t.forward(85) t.penup() t.right(135) t.forward(100) t.left(90) t.forward(100) t.right(135) t.pendown() t.forward(85) t.hideturtle()