def task():
#Commands to control the "world"
#Open a particular world file
world.readWorld("beeperWorld.kwld")
#Set the size of the visible world
world.setSize(10, 10)
#Set the speed of the robot
world.setDelay(30)
sb15 = UrRobot(5, 6, North, 1, fill='green', outline='blue')
def turn(a):
for i in range(a):
sb15.turnLeft()
def pickAndTurn(a):
for i in range(a):
sb15.pickBeeper()
sb15.turnLeft()
sb15.move()
turn(3)
sb15.move()
#Write the code to make your robot pick up all the beepers.
sb15.turnLeft()
sb15.move()
pickAndTurn(4)
sb15.pickBeeper()
time.sleep(3)
def task():
def turnSB15(a):
for i in range(a):
sb15.turnLeft()
def turnKarel(a):
for i in range(a):
karel.turnLeft()
# Commands to control the "world"
world.readWorld("stepsWorld.kwld") # open a particular world file
world.setSize(10,10) # set the size of the visible world
#^^ should be 10
world.setDelay(90) # set simulation speed. 0-fastest, 100-slowest
karel = UrRobot(2,3,East, 1,fill="blue")
sb15 = UrRobot(1,6,North, 10, fill="green")
sb15.move()
karel.turnLeft()
turnSB15(1)
sb15.move()
turnSB15(3)
sb15.move()
turnSB15(1)
sb15.move()
turnSB15(1)
turnKarel(1)
karel.move()
turnKarel(1)
karel.move()
turnKarel(2)
turnSB15(2)
def task():
# Commands to control the "world"
world.readWorld("steps2.kwld") # open a particular world file
world.setSize(10,10) # set the size of the visible world
world.setDelay(50) # set simulation speed. 0-fastest, 100-slowest
mrP = Climber(1,1,North, 1) #Creating an UrRobot called mrP
def setUp(self):
world.setSize(10, 10)
world.reset()
world.setDelay(0)
self.karel = UrRobot(5, 5, North, 0)
world.setVisible(
0
) #Doesn't work. It is reset visible whenever Robota is loaded again.
def task():
#Commands to control the "world"
#Opens a particular world file
world.setSize(10,10)
#Sets the size of the visible world
world.setDelay(30)
#set simulation speed. 0-fastest, 100-slowest
sb15 = Dancer(3,3,North,1,fill="green", outline="blue")
sb2 = Dancer(3,6,North,1,fill="blue", outline="green")
#Write the code to test the methods of Dancer Class with different robots
sb2.dance(1)
sb15.partnerDance(1)
def task():
#Commands to control the "world"
world.readWorld("steps2.kwld")
#Opens a particular world file
world.setSize(10,10)
#Sets the size of the visible world
world.setDelay(30)
#set simulation speed. 0-fastest, 100-slowest
sb15 = Climber(1, 1, North, 1, fill="green", outline="blue")
#Write the code to make your robot climb the steps and get to the other side
sb15.climbStep(5)
sb15.turnOff()
def task():
# Commands to control the "world"
world.readWorld("steps2.kwld") # open a particular world file
world.setSize(10, 10) # set the size of the visible world
world.setDelay(50) # set simulation speed. 0-fastest, 100-slowest
robot1 = Turner(
1, 1, West,
0) #Note: this will cause an error until you import the class
robot2 = Turner(2, 2, South, 0, "pink")
robot3 = Turner(4, 3, North, 0, "red")
robot4 = Turner(5, 4, North, 0, "blue")
robot5 = Turner(6, 7, North, 0, "black")
def task():
# Commands to control the "world"
# set the size of the visible world
world.setSize(9)
# set simulation speed. 0-fastest, 100-slowest
world.setDelay(0.001)
#TO DO: Create a PinSetter Robot, Street 1, Avenue 5, facing North, 10 beepers
ps = PinSetter(1, 5, North, 17, fill='green', outline='blue')
hv = Harvester(1, 5, North, 0, fill='blue', outline='green')
#Wirte the instructions for your robot to set the pins:
ps.setPins()
hv.colPins()
def task():
#Commands to control the "world"
world.readWorld("danceWorld.kwld")
#Set the size of the visible world
world.setSize(10,10)
#Set simulation speed. 0-fastest, 100-slowest
world.setDelay(20)
#Start a Dancer at Street 7, Avenue 3, facing North, with 0 beepers:
dancer1 = Dancer(7,3,North,0)
#Write the code for the dancer to perform the first dance
dancer1.danceSteps1()
#Start 2nd Dancer at Street 7, Avenue 7, facing North, with 0 beepers:
dancer2 = Dancer(7,7,North,0)
#Write the code for the second dancer to perform the second dance
dancer2.danceSteps2()
def task():
# Commands to control the "world"
world.readWorld("maze2.kwld") # open a particular world file
world.setSize(10, 10) # set the size of the visible world
world.setDelay(50) # set simulation speed. 0-fastest, 100-slowest
#create a Robot sprite (give it your name) and start it on
# Street 3, Avenue 1
sb15 = Robot(3, 1, East, 0, fill='blue', outline='green')
#Write the code to make your robot find it's way out of the maze and end up
#on Street 8, Avenue 5 and pick up the beeper that's there
while not sb15.anyBeepersInBeeperBag():
if sb15.frontIsClear():
sb15.move()
else:
sb15.turnLeft()
if not sb15.frontIsClear():
sb15.turnLeft()
sb15.turnLeft()
if sb15.nextToABeeper():
sb15.pickBeeper()
def task():
#Commands to control the "world"
size = int(54)
world.setSize(size, size) # set the size of the visible world
world.setDelay(0) # set simulation speed. 0-fastest, 100-slowest
#Write the code to test the methods of Dancer Class with different robots
sb2 = Writer(1, 1, East, infinity)
#For newLine(a), a = the number of letters in the line before it.
sb2.s()
sb2.h()
sb2.o()
sb2.e()
sb2.m()
sb2.a()
sb2.k()
sb2.e()
sb2.r()
sb2.newLine(9)
sb2.t()
sb2.o()
sb2.m()
sb2.m()
sb2.y()
def cancel(self, event = None):
Dialog.cancel(self, event)
exit()
def forgetBindings(self):
self._canvas.unbind('<Button-1>')
self._canvas.unbind('<Button-2>')
self._canvas.unbind('<Button-3>')
self._canvas.config(cursor = '') # standard cursor
self.toolLabel.grid_forget()
self.toolLabel = Label(self.master, text = "current tool")
self.toolLabel.grid(row = 2, column = 0, columnspan = 2) #, sticky = N+E+W+S)
def clear(self):
self.forgetBindings()
self.world.reset()
def buttonbox(self):
pass
def task():
world._showBuilder()
if __name__ == '__main__' :
from karel.robota import world
world.setSize(10, 10)
world.getWindow().run(task)
def task(): # this is just a sample of what you can do
world.setSize(10, 10)
control = RemoteControl("karel", 1, 1, East, infinity, 'blue')
control = RemoteControl("carol", 1, 2, East, 0)