def erase_block():
"""
Erases the block placed by stamp_block().
"""
## HINT
global STAMP_ID
t.clearstamp(STAMP_ID)
def erase_rectangle():
"""
Erases big_rectangle.
"""
global STAMP_IDs
for stamp in STAMP_IDs:
t.clearstamp(stamp)
def initalizeShape():
# Shape preferences:
gui.shape("circle")
gui.shapesize(1, 1)
gui.color("black")
# Create a temporary stamp to assign proceding stamps the shape of a circle:
tStamp = gui.stamp()
gui.clearstamp(tStamp)
def flashing_block():
global STAMP_ID
global BLOCK_POS
t.clearstamp(STAMP_ID)
nx,ny = BLOCK_POS
t.setpos(nx,ny)
STAMP_ID = t.stamp()
t.ontimer(flashing_block,100)
def drawPlayerAt(col, row, Player, stampID):
turtle.clearstamp(stampID)
if Player == "A":
jumpto(OX + col*BOX_X+5, OY + row*BOX_Y + BOX_Y - 5)
turtle.color("red")
return turtle.stamp()
else:
jumpto(OX + col*BOX_X+BOX_X-5, OY + row*BOX_Y + BOX_Y - 5)
turtle.color("blue")
return turtle.stamp()
def botmove(y, x):
global A, B
X = (x - A) / ABS(x - A)
Y = (y - B) / ABS(y - B)
if ((X, Y) != (0, 0)):
tr.shape('bot' + d1[(X, Y)] + '.gif')
tr.st()
global u
tr.clearstamp(u)
tr.setpos(-315 + a + x * r, -225 + b + (6 - y) * r)
A = x
B = y
def draw_player():
global player_stamp, score
font.clear()
font.ht()
font.setpos(-70, 220)
font.color("white")
font.write("Score: " + str(score), font=("Terminal", 16, "normal"))
turtle.clearstamp(player_stamp)
turtle.setpos(player_pos)
turtle.shape('square')
turtle.color('red')
player_stamp = turtle.stamp()
def reset():
global tracks, track_stamps, player_pos, player_stamp, score, game_over
turtle.clearstamp(player_stamp)
clear_track()
game_over = False
score = 0
player_pos = [0, 0]
player_stamp = -1
tracks = []
track_stamps = []
for i in range(21):
tracks.append({'position': [0, 200 - i * 20], 'width': 150})
def left_block():
'''
Makes a block move to the left,
until it disappears off the screen
'''
global STAMP_ID
global BLOCK_POS
t.clearstamp(STAMP_ID)
BLOCK_POS = (BLOCK_POS[0] - 10,BLOCK_POS[1])
nx,ny = BLOCK_POS
t.setpos(nx,ny)
STAMP_ID = t.stamp()
t.ontimer(left_block,100)
def main():
turtle.bgcolor("black")
turtle.color("white")
steps = 0
while True:
print(
"1. Move forward\n2. Move back\n3. Move right\n4. Move left\n5. Set position\n6. Make circle\
\n7. Make stamp\n8. Delete stamp\n9. Get current positon\n10. Clear\n11. Exit"
)
ch = input("Enter your choice ")
if ch == 1:
steps = input("Enter steps to go forward ")
turtle.forward(steps)
elif ch == 2:
steps = input("Enter steps to go back ")
turtle.backward(steps)
elif ch == 3:
angle = input("Enter angle to turn right ")
turtle.right(steps)
elif ch == 4:
angle = input("Enter angle to turn left ")
turtle.left(steps)
elif ch == 5:
x, y = input("Enter co-ordinates(x,y) to move the turtle to ")
turtle.goto(x, y)
elif ch == 6:
radius = input("Enter radius for circle ")
turtle.circle(radius)
elif ch == 7:
s_id = turtle.stamp()
print s_id
elif ch == 8:
s_id = input("Enter the stamp id to delete ")
turtle.clearstamp(s_id)
elif ch == 9:
x, y = turtle.pos()
print(x, y)
elif ch == 10:
turtle.clear()
elif ch == 11:
break
else:
print("Invalid choice")
def draw_player():
global player_stamp, score
font.clear()
font.ht()
font.setpos(-70, -300)
font.color("Red")
font.write("Score: " + str(score), font=("Terminal", 16, "normal"))
font.setpos(-70, -320)
font.write("Level: " + str(int(math.log10(score) * int(difficulty))),
font=("Terminal", 16, "normal"))
turtle.clearstamp(player_stamp)
turtle.setpos(player_pos)
turtle.shape('square')
turtle.color('yellow')
player_stamp = turtle.stamp()
def main():
windows = turtle.Screen()
windows.bgcolor('orange')
bran = turtle.Turtle()
bran.shape('turtle')
bran.color('blue')
astamp = turtle.stamp()
turtle.fd(50)
bran.speed(1)
bran.circle(120,720)
for i in range(1,10):
bran.forward(100)
bran.right(90)
bran.forward(150)
bran.right(90)
bran.forward(150)
bran.right(90)
turtle.clearstamp(astamp)
def controlled_block(DIRECTION):
'''
Moves a block directly left, right, up,
or down from where it was before,
depending on DIRECTION
'''
global STAMP_ID
global BLOCK_POS
t.clearstamp(STAMP_ID)
if DIRECTION == 0: #move up
BLOCK_POS = (BLOCK_POS[0],BLOCK_POS[1]+20)
elif DIRECTION == 1: #move down
BLOCK_POS = (BLOCK_POS[0],BLOCK_POS[1]-20)
elif DIRECTION == 2: #move left
BLOCK_POS = (BLOCK_POS[0] - 20,BLOCK_POS[1])
elif DIRECTION == 3: #move right
BLOCK_POS = (BLOCK_POS[0]+20,BLOCK_POS[1])
nx,ny = BLOCK_POS
t.setpos(nx,ny)
STAMP_ID = t.stamp()
def clear_track():
global track_stamps
for track in track_stamps:
turtle.clearstamp(track)
track_stamps = []
m.extend(i)
q1 = ((len(m) - 1) * 21) / 15
q2 = (turn(m) * 21) / 15
print(q1 + q2, 'seconds')
print(q1 * 15, 'cms')
tr.tracer(1, 25)
k = 0
u = None
for i in masterRoute:
for j in i:
botmove(j[0], j[1])
v = j
if (k % 2 == 0):
tr.clearstamp(stamps[v])
e = v
elif (k % 2 == 1):
u = tr.stamp()
tr.ht()
tr.color('brown', 'brown')
tr.shape('square')
tr.shapesize(1.7, 1.7, 1.7)
goto(p4[e][0], p4[e][1])
tr.stamp()
goto(v[0], v[1])
#tr.clearstamp(u)
k += 1
steps = 5 turtle.circle(radius, extent, steps) # Draws a circular dat with a specified diameter using a specified color # If the size is not given, the maximum of pensize+4 and 2*pensize is used (pensize default is 1) # The diameter has to be greater than or equal to 1 # The color can be a string or a numeric color tuple turtle.dot(10, "green") # Stamps a copy of the turtle's shape onto the picutre/canvas as the turtle's current position # It returns a stamp ID for that specific stamp, which can be used to delete it turtle.stamp() # Deletes a specified stamp using it's attributed stamp ID stampID = 5 turtle.clearstamp(stampID) # Deletes all turtle stamps # If there is no parameter (a number), then it deletes all stamps # If there is a positive parameter, it deletes the first 'n' stamps # If there is a negative parameter, it deltes the last 'n' stamps turtle.clearstamps() # Undoes the the turtle's last action turtle.undo() # Set's the turtle's speed between 0 and 10 # If the speed is 0, then there is no drawing animation # If the inputed speed is greater than 10 or less than .5, then speed is set to 0 # If there is no inputed speed, then it returns the current speed value # You can also use speed strings: fastest = 0, fast = 10, normal = 6, slow = 3, slowest = 1
import turtle
window = turtle.Screen()
window.bgcolor("red")
def draw_helena():
turtle.color("blue")
astamp = turtle.stamp()
turtle.fd(50)
turtle.position()
(200.00,-0.00)
turtle.clearstamp(astamp)
turtle.position()
(200.00,-0.00)
for i in range(1,38):
for i in range(1,5):
turtle.forward(100)
turtle.right(90)
for i in range(1,2):
turtle.right(10)
window.exitonclick()
draw_helena()
def handle_click(x, y): # handle the click functions
global tree
global bird_clone
if(x >= -10.0 and x<= 10.0 and y >= 360.0 and y<= 386.0): # check whether tree radio button clicked
print('inside tree click')
turtle.clearstamp(bird_clone[0]) # delete the top left corner bird
tree = True
turtle.stamp()
turtle.shape('arrow')
turtle.penup()
turtle.home()
turtle.pendown()
draw_circle(0, 370, 10, 0, 'green') # draw radio button
draw_circle(100, 370, 10, 0, 'white') # draw radio button
if (x >= 90.0 and x <= 110.0 and y >= 360.0 and y <= 386.0): # check whether bird radio button clicked
print('inside bird click')
draw_circle(0, 370, 10, 0, 'white') # draw radio button
draw_circle(100, 370, 10, 0, 'green') # draw radio button
turtle.penup()
pos_x = -340
pos_y = 370
turtle.setpos(pos_x, pos_y)
turtle.pendown()
tree = False
turtle.register_shape('bird', ((-22, -39), (-20, -7), (-7, 3), (-11, 7), (-12, 9), (-11, 10), (-9, 10), (-3, 7),
(10, 24), (30, 16), (13, 18), (4, 0), (14, -6), (6, -13), (0, -4), (-14, -13),
(-22, -39))) # Register a new turtle shape
turtle.shape('bird')
turtle.fillcolor("brown")
bird_clone = []
astamp = turtle.stamp()
turtle.penup()
pos_x = -600
pos_y = 600
turtle.setpos(pos_x, pos_y)
turtle.pendown()
bird_clone.append(astamp)
if tree is True:
if (x >= -340.0 and y <= 349.0 and y >= -349.0 and x <= 360.0): # check the clicke position is within the valid boundry
triangle_one = y + 25
triangle_overlap_one = triangle_one + (50 * 60 / 100.0)
triangle_overlap_two = triangle_overlap_one + (50 * 60 / 100.0)
draw_triangle(x, triangle_one, 100, 50, 'green', 'green') # draw first triangle
draw_triangle(x, triangle_overlap_one, 100, 50, 'green', 'green') # draw second triangle
draw_triangle(x, triangle_overlap_two, 100, 50, 'green', 'green') # draw third triangle
rectangle_one = y - 40
draw_rectangle(x, rectangle_one, 15, 80, 'brown', 'brown') # draw rectangle
else :
if (x >= -340.0 and y <= 349.0 and y >= -349.0 and x <= 360.0): # check the clicke position is within the valid boundry
if (x >= 90.0 and x <= 110.0 and y >= 360.0 and y <= 386.0): # check whether tree radio button clicked
print('do nothing')
else:
astamp = turtle.stamp()
bird_clone.append(astamp)
turtle.penup()
pos_x = x
pos_y = y
turtle.setpos(pos_x, pos_y)
turtle.pendown()
tree = False
print('detected a click at', x, y)
#Draw the pyramid of nodes
draw_pyramid(pyramid_example)
#Set the cursor position to the first node, 1, which is at 0,0
turtle.setpos(0, 0)
current_pos = turtle.stamp()
#Continue rolling the die and traversing the pyramid until all
#nodes in the pyramid have been visited.
while pyramid_example.visited_nodes < EXAMPLE_NODES:
#Draw a dot at the current node, and set the yellow to red intensity color
#at this node based on how many dots it has
set_dot_intensity(pyramid_example)
#Remove the old cursor
turtle.clearstamp(current_pos)
#Set the color of the stamp
turtle.color(CURRENT_NODE_COLOR)
#Update the cursor to the new node
current_pos = turtle.stamp()
#Roll the die and traverse the pyramid; in the rollDice() method,
#the total number of dots and total number of moves are incremented
#regardless if the move results in a new Node, SO the last move
#before the game ends is recorded.
pyramid_example.rollDice(output_file)
#Remove the old cursor
turtle.clearstamp(current_pos)
#Draw the dot to the last node
def playGame():
# Frame variable initialization:
rollList = []
inputList = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
# Parent for-loop runs the total amount of frames in a bowling game:
for frame in range(10):
# Subframe initalization:
gui.clear()
drawGame(frame)
frameReference = stampReference(frame)
# Variable reset:
toppledStamps = 0
pinIterator = 0
# User-input call:
userInput = userInputCall(toppledStamps)
# Child for-loop (sub-frames) runs a total of 1-2 rolls per frame
# depending on the roller's score:
for subFrame in range(2):
# Special Condition for index 0:
if frame == 0:
# Strike Condition -- Bypass subframe 1:
if int(userInput) == 10 and subFrame == 0:
toppledPins = int(userInput)
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
frameResult = "Strike"
drawResult(frameResult)
rollList.append(10)
rollList.append(0)
print("Roll List as of frame ", frame + 1, ": ", rollList)
# Non-Strike Condition - SubFrame 0:
elif int(userInput) < 10 and subFrame == 0:
if int(userInput) >= 0 and int(userInput) <= 10:
toppledPins = userInput
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
rollList.append(toppledPins)
print("Roll List as of frame ", frame + 1, ": ", rollList)
# Get User Input for SubFrame 1:
toppledPins += userInputCall(toppledStamps)
rollList.append(toppledPins - toppledStamps)
# SubFrame 2:
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
print("Roll List as of frame ", frame + 1, ": ", rollList)
# Draw Frame Result:
if toppledPins == 10:
frameResult = "Spare"
drawResult(frameResult)
else:
frameResult = "Open Frame"
drawResult(frameResult)
time.sleep(0.5)
elif frame > 0 and frame < 9:
if int(userInput) == 10 and subFrame == 0:
toppledPins = int(userInput)
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
frameResult = "Strike"
drawResult(frameResult)
rollList.append(10)
rollList.append(0)
print("Roll List as of frame ", frame + 1, ": ", rollList)
elif frame != 0 and int(userInput) != 10 and subFrame == 0:
if int(userInput) >= 0 and int(userInput) <= 10:
toppledPins = userInput
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
rollList.append(toppledPins)
print("Roll List as of frame ", frame + 1, ": ", rollList)
toppledPins += userInputCall(toppledStamps)
rollList.append(toppledPins - toppledStamps)
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
print("Roll List as of frame ", frame + 1, ": ", rollList)
if toppledPins == 10:
frameResult = "Spare"
drawResult(frameResult)
else:
frameResult = "Open Frame"
drawResult(frameResult)
time.sleep(0.5)
elif frame == 9:
if int(userInput) == 10 and subFrame == 0:
toppledPins = int(userInput)
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
frameResult = "Strike"
drawResult(frameResult)
rollList.append(10)
rollList.append(0)
print("Roll List as of frame ", frame + 1, ": ", rollList)
time.sleep(0.5)
elif frame != 0 and int(userInput) != 10 and subFrame == 0:
if int(userInput) >= 0 and int(userInput) <= 10:
toppledPins = userInput
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
rollList.append(toppledPins)
print("Roll List as of frame ", frame + 1, ": ", rollList)
toppledPins += userInputCall(toppledStamps)
rollList.append(toppledPins - toppledStamps)
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
if toppledPins == 10:
frameResult = "Spare"
drawResult(frameResult)
else:
frameResult = "Open Frame"
drawResult(frameResult)
time.sleep(0.5)
print("Roll List as of frame ", frame + 1, ": ", rollList)
if rollList[18] + rollList[19] == 10 and len(rollList) < 21:
gui.clear()
drawGame(frame)
frameReference = stampReference(frame + 1)
toppledStamps = 0
pinIterator = 0
rollList.append("")
toppledPins = userInputCall(toppledStamps)
while toppledStamps < toppledPins:
r.shuffle(frameReference)
gui.clearstamp(frameReference[0])
del (frameReference[0])
time.sleep(0.1)
toppledStamps += 1
rollList[-1] = toppledStamps
if toppledPins == 10:
frameResult = "Strike"
drawResult(frameResult)
else:
frameResult = "Open Frame"
drawResult(frameResult)
print("Roll List as of frame ", frame + 1, ": ", rollList)
time.sleep(0.5)
userFinalScore = finalScore(rollList)
gui.goto(230, 150)
gui.write("Final Score: ",
move=False,
align="center",
font=("Arial", 36, "normal"))
gui.goto(320, 150)
gui.write(userFinalScore,
move=False,
align="center",
font=("Arial", 36, "normal"))
gui.exitonclick()
def deleteCue(self):
turtle.clearstamp(self.stampId)
self.stampId = ""
def deleteBall(self):
turtle.clearstamp(self.stampId)
for i in tree1:
l.append(i)
l=sorted(l)
for i in l:
print(i,'->',tree1[i],end=' ')
print('')
#print(tree1)
'''
#break
try:
tr.clearstamp(clr[current])
# print("*",len(opened),opened)
except KeyError:
pass
#print("neighbours",current,"-",neighbours(current))
#time.sleep(1)
for neighbour in neighbours(current):
if neighbour not in closed:
temp_g = g[current] + 1
l_temp=path(current)
turtle.fd(100)
turtle.right(-90)
turtle.color('black')
turtle.speed(1)
turtle.color('blue')
b = turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('red')
r = turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('green')
g = turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('yellow')
y = turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('black')
turtle.clearstamp(y)
turtle.clearstamp(g)
turtle.clearstamp(r)
turtle.clearstamp(b)
turtle.undo()
turtle.exitonclick()
turtle.right(-90)
turtle.color('black')
turtle.speed(1)
turtle.color('blue')
b=turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('red')
r=turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('green')
g=turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('yellow')
y=turtle.stamp()
turtle.fd(100)
turtle.right(90)
turtle.color('black')
turtle.clearstamp(y)
turtle.clearstamp(g)
turtle.clearstamp(r)
turtle.clearstamp(b)
turtle.undo()
turtle.exitonclick()
def erase(self): ''' Removes the object's image on screen. ''' turtle.clearstamp(self.id) self.id = None
def erase(self): ''' Removes the object's image on screen. ''' turtle.clearstamp(self.id) self.id = None
import turtle
turtle = turtle.Turtle()
# turtle. clearstamp(stampid)
# stampid – an integer, must be return value of previous stamp() call
# Delete stamp with given stampid.
turtle.position()
#gives the position of the turtle
turtle.color("blue")
#storing the stamp id in stamp
stamp = turtle.stamp()
turtle.fd(50)
turtle.position() #gives the position of the turtle
turtle.clearstamp(stamp) # Delete stamp with given stampid.
turtle.position() #gives the position of the turtle
