def drawRadar(meta_a, meta_b, jnt_2, lnk_1, lnk_2, pos, pencol):
board = turtle.Turtle()
turtle.resetscreen()
board.color(pencol)
board.right(90) # draw base
board.forward(20)
if pos:
board.left(meta_b)
board.forward(lnk_1 * 150)
board.right(180 - jnt_2)
board.forward(lnk_2 * 150)
board.left(90 - (180 - meta_a))
board.forward(20)
else:
board.left((meta_a - 90))
board.forward(lnk_1 * 150)
board.right(180 - jnt_2)
board.forward(lnk_2 * 150)
board.left(meta_b)
board.forward(20)
def resetScreen():
global turtlesHard, turtlesSoft
turtle.resetscreen()
turtle.hideturtle()
for t in turtlesHard + turtlesSoft:
t.hideturtle()
turtlesHard, turtlesSoft = [], []
def affichage5(mot):
turtle.resetscreen()
turtle.speed("fastest")
turtle.left(90)
turtle.penup()
turtle.goto(0,-300)
turtle.pendown()
turtle.tracer(0, 0)
pos=[]
for k in mot:
if k=="F" or k=="M" or k=="N" or k=="O" or k=="P" or k=="Y" or k=="Z":
t.forward(2)
elif k=="-":
t.rotate_Z(22.5)
elif k=="+":
t.rotate_Z(-22.5)
elif k=="&":
t.rotate_Y(22.5)
elif k=="^":
t.rotate_Y(-22.5)
elif k=="/":
t.rotate_Y(-22.5)
elif k=="|":
t.rotate_Z(180)
elif k=="[":
pos.append( (turtle.position(),turtle.heading()))
elif k=="]":
turtle.penup()
x=pos.pop()
turtle.goto(x[0])
turtle.setheading(x[1])
turtle.pendown()
turtle.update()
def run_trials(environment_genome, robot_genome):
fitness = 0
environment = Environment(environment_genome)
robot = Robot(robot_genome)
robot.set_environment(environment)
for _ in range(N_TRIALS):
if simulation_state.ENABLE_DRAWING:
turtle.resetscreen()
environment.reset()
robot.reset()
for time in range(TRIAL_LENGTH):
if simulation_state.ENABLE_DRAWING and time % 50 == 0:
environment.draw()
robot.draw()
turtle.update()
if robot.is_alive:
robot.calculate_change()
robot.update()
fitness += (robot.food_battery +
robot.water_battery) / 2.0 / TRIAL_LENGTH
environment.update()
if not robot.is_alive:
break
if simulation_state.ENABLE_DRAWING:
robot.clear()
environment.clear()
if simulation_state.ENABLE_DRAWING:
turtle.resetscreen()
robot.destroy()
environment.destroy()
return fitness / N_TRIALS
def newgame():
#Clears the screen with everything on it.
turtle.resetscreen()
#Starts the game from the beginning.
main()
def games(hdgfxgh, jytcffcgfctg):
turtle.resetscreen()
turtle.clearscreen()
wn.setup(width=600, height=600)
wn.bgpic("chess1.gif")
turtle.listen()
turtle.onkey(clearhome, "e")
wn.bgcolor("blue")
home = turtle.Turtle()
home.color("white")
home.penup()
home.left(90)
home.forward(280)
home.left(90)
home.forward(137.5)
home.write("Click me to go back", font=style1, align="center")
turtle.listen()
home.onclick(clearhome)
sudoku_ = turtle.Turtle()
sudoku_.color("white")
sudoku_.penup()
sudoku_.forward(150)
sudoku_.left(90)
sudoku_.forward(200)
sudoku_.write("Click me to play Sudoku", font=style1, align="center")
sudoku_.onclick(sudoku)
tic = turtle.Turtle()
tic.color("white")
tic.penup()
tic.left(180)
tic.forward(150)
tic.right(90)
tic.forward(200)
tic.write("Click me to play TTC", font=style1, align="center")
tic.onclick(tictactoe)
chess = turtle.Turtle()
chess.color("white")
chess.penup()
chess.left(180)
chess.forward(150)
chess.left(90)
chess.forward(200)
chess.write("Click me to play Chess", font=style1, align="center")
chess.forward(5)
chess.left(180)
chess.onclick(chess_)
sl = turtle.Turtle()
sl.color("white")
sl.penup()
sl.forward(150)
sl.right(90)
sl.forward(200)
sl.left(180)
sl.write("Click me to play SNL", font=style1, align="center")
sl.onclick(sl_)
def square_spiral(first_side):
"""draw square spiral
first_side = size of the first edge"""
for i in range(20):
for j in range(2):
turtle.left(90)
turtle.forward(first_side * i)
turtle.resetscreen()
def limpar(self):
turtle.resetscreen()
self.pen.color("Red")
self.pen.pensize(1)
self.pen.speed("fasted")
turtle.bgcolor(self.colorbg)
self.posx = 0
self.posy = 0
def clearhome(screen, you):
#Telling turtle to clear the screen and reset the turtles back to their orginal postiton
turtle.resetscreen()
turtle.clearscreen()
#Saying to turtle to make the background color to blue
wn.bgcolor("blue")
# calling the Funtction "main" to run again
main()
def spiral_():
"""draw spiral
side = first size of the edge"""
a = 0
while a < 2:
a += 0.001
turtle.forward(a)
turtle.left(1)
turtle.resetscreen()
def drawSquare(self):
print("I will draw a square.")
square = turtle.Turtle()
for i in range(4):
square.forward(self.side)
square.right(90)
turtle.resetscreen()
def rePlay(t):
board = ["freespace", " ", " ", " ", " ", " ", " ", " ", " ", " "]
for i in range(1, len(board)):
if board[i] != " ":
board[i] = " "
turtle.resetscreen()
draw_board(t)
startGame(board, t)
def spiro(n, size):
turtle.resetscreen()
angle = 360 / n
for i in range(n):
for j in range(36):
turtle.forward(size)
turtle.right(10)
turtle.right(angle)
def spider(length, number_of_legs):
"""draw spider
side = first size of the edge"""
for a in range(1, number_of_legs + 1):
angle_ = 360 // number_of_legs
turtle.forward(length)
turtle.left(180)
turtle.forward(length)
turtle.left(180 + angle_)
turtle.resetscreen()
def sixcolorspiral():
turtle.resetscreen()
turtle.bgcolor("black")
sides = 6
colors = ["red", "yellow", "blue", "orange", "green", "purple"]
for x in range(360):
t.pencolor(colors[x % sides])
t.forward(x * 3 / sides + x)
t.left(360 / sides + 1)
t.width(x * sides / 200)
def drawhexagon(self):
print("I will draw a heaxagon.")
hex = turtle.Turtle()
for i in range(6):
hex.forward(self.hside)
hex.left(60)
turtle.resetscreen()
def replay(): #Used for after the endgame
con = turtle.textinput("Want to play more!",
"Would you like to continue? Y or N: ")
if con == 'y' or con == 'Y' or len(
con
) > 1: #If you choose yes after game is over, it clears the screen, resets turtle object and reactivates hangman
turtle.clearscreen()
turtle.resetscreen()
hangman()
elif con == 'n' or con == '' or con == 'N':
turtle.bye() #Kills turtle window
def draw(self):
print("I will draw a rectangle.")
rect = turtle.Turtle()
for i in range(2):
rect.forward(self.lengthh)
rect.right(90) # Rotate clockwise by 90 degrees
rect.forward(self.breadth)
rect.right(90)
turtle.resetscreen()
def draw_scene(shape_list, t):
insertion_sort(shape_list)
if enable_turtle:
turtle.resetscreen()
turtle.hideturtle()
t.speed(0)
s = turtle.getscreen()
s.tracer(1, draw_delay)
for shape in shape_list:
shape.draw(t)
t.hideturtle()
def uusmäng():
print("Sinu vigade arv on", x)
vastus=input("Kas te soovite uuesti mängida? (vasta jah või ei) " )
if vastus == "jah":
turtle.resetscreen()
poomismäng()
if vastus == "ei":
print("Väga kahju on näha teid minemas. Aitäh meiega mängimast. ")
exit()
else:
print("Kahjuks ei mõista me teie vastust. Olge kindel, et kirjutate väikeste tähtedega ja tühikuteta. Vastake kas jah või ei")
uusmäng()
def draw(pallet, pixels):
turtle.resetscreen()
global boxSize
turtle.tracer(30)
for row in range(len(pixels)):
myPen.goto(0, boxSize * (-1) * row)
for column in pixels[row]:
column = int(column)
use_color = pallet[column]
myPen.color(use_color, use_color)
box(boxSize)
myPen.forward(boxSize)
def h(sghius, fvh):
def bmi_(dfjhbs, hiy):
h = float(input('Enter your height (in m): '))
w = float(input('Enter your weight (in kg): '))
BMI = round(w / (h**2))
print('You have a BMI of: {0} and you are '.format(BMI),
end='')
if BMI < 18.5:
print('underweighted')
elif BMI >= 18.5 and BMI < 25:
print('ideal')
elif BMI >= 25 and BMI < 30:
print('overweighted')
elif BMI >= 30:
print('obese')
def heart_(check, heartrate):
webbrowser.open('https://onlineheartrate.com/')
turtle.resetscreen()
turtle.clearscreen()
wn.setup(width=600, height=600)
wn.bgpic("_health_.gif")
home = turtle.Turtle()
home.color("black")
home.penup()
home.left(90)
home.forward(280)
home.left(90)
home.forward(137.5)
home.write("Click me to go back", font=style1, align="center")
turtle.listen()
home.onclick(clearhome)
bmi = turtle.Turtle()
bmi.penup()
bmi.color("black")
bmi.left(90)
bmi.forward(250)
bmi.write("BMI Calculator", font=style1, align="center")
turtle.listen()
bmi.onclick(bmi_)
heart = turtle.Turtle()
heart.penup()
heart.right(90)
heart.forward(275)
heart.left(180)
heart.write("Click to view heart rate",
font=style1,
align="center")
turtle.listen()
heart.onclick(heart_)
def ClearScreen():
turtle.resetscreen()
# Deletes all drawings and backgrounds, resets turtles to initial state.
tank.hideturtle()
for invader in invaders:
invader.hideturtle()
window.bgpic("")
menu_pen.hideturtle()
game_pen.hideturtle()
norm_btn.hideturtle()
hard_btn.hideturtle()
score_pen.hideturtle()
def draw(self):
print("I will draw an ellipse.")
for i in range(361):
t = i * (self.pi / 180)
x = (self.a) * math.sin(t)
y = (self.b) * math.cos(t) - self.b
#turtle.goto(x,y)
tilt = 25 * (math.pi / 180)
x1 = x * math.cos(tilt) + y * math.sin(tilt)
y1 = x * math.sin(tilt) - y * math.cos(tilt)
turtle.goto(x1, y1)
turtle.resetscreen()
def drawtriangle(self):
print("I will draw an equilateral triangle.")
board = turtle.Turtle()
board.forward(self.sidee) # draw base
board.left(120)
board.forward(self.sidee)
board.left(120)
board.forward(self.sidee)
turtle.resetscreen()
def again():
again = input(
"Would you like to draw something else?\nYes) - 1\nNo) - 2\n")
try:
again == int(again)
except ValueError:
exit(1)
if int(again) == 1:
turtle.resetscreen()
do_it()
elif int(again) == 2:
exit(1)
turtle.done()
def pixelart():
boxsize = 10
choice = input(
"Which pixel art would you like to see? To quit enter :q.\n{1} Bannana\n{2} Mario\n{3} Pacman Ghost\n{4} Space Invader\n{5} Smiley Face\n{6} Mushroom\n{7} Panda\n{8} Aladdin Genie\nChoice: "
)
if (choice == ':q'):
exit(1)
else:
while (choice != ':q'):
try:
goto_origin(myPen)
choice = int(choice)
if (choice == 1):
file = 'art/banana.txt'
elif (choice == 2):
file = 'art/mario.txt'
elif (choice == 3):
file = 'art/pacman.txt'
elif (choice == 4):
file = 'art/alien.txt'
print(file)
elif (choice == 5):
file = 'art/smileyface.txt'
elif (choice == 6):
file = 'art/mushroom.txt'
elif (choice == 7):
file = 'art/panda.txt'
elif (choice == 8):
file = 'art/genie.txt'
boxsize = 5
else:
print(
"Please make sure you are entering a number amongst the choices and just a number."
)
pixelart()
pallet_1, pixels_1 = load_art(file)
turtle.resetscreen() #clears previous picture off the window
turtle.tracer(300, 0)
draw(pallet_1, pixels_1, boxsize)
turtle.update()
boxsize = 10
choice = input(
"Which pixel art would you like to see next? To quit enter :q.\n{1} Bannana\n{2} Mario\n{3} Pacman Ghost\n{4} Space Invader\n{5} Smiley Face\n{6} Mushroom\n{7} Panda\n{8} Aladdin Genie\nChoice: "
)
except ValueError:
print(
"Please make sure you are entering a number amongst the choices and just a number."
)
pixelart()
if (choice == ':q'):
exit(1)
def runString(instring, actions):
turtle.resetscreen()
turtle.clearscreen()
turtle.color(rand_color())
turtle.speed(100)
turtle.left(90)
turtle.penup()
turtle.back(400)
turtle.pendown()
states = []
for l in instring:
if l in actions:
a = actions[l]
states = a(states)
def loop():
try:
c = int(input('Would you like to continue?\n1. yes\n2. no'))
if c == 1:
turtle.resetscreen()
main()
elif c == 2:
exit
else:
print('enter a valid input please')
loop()
except ValueError:
print('Please enter number only')
loop()
def square_in_square(side, number_of_squares):
"""draw square
side = first size of the edge"""
for a in range(1, number_of_squares + 1):
for i in range(4):
turtle.left(90)
turtle.forward(side * a)
turtle.penup()
turtle.forward(side * 0.5)
turtle.right(90)
turtle.forward(side * 0.5)
turtle.left(90)
turtle.pendown()
turtle.resetscreen()