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"
#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():
# 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 __init__(self,
name,
street,
avenue,
direction,
beepers,
fill=None,
outline=None):
self.karel = UrRobot(street, avenue, direction, beepers, fill, outline)
# self.window = window()
world.setDelay(0)
self.fill = fill
self.name = name
global offset
offset += 20
window = gtk.Dialog()
window.set_has_separator(False)
try:
color = gtk.gdk.color_parse(fill)
window.modify_bg(gtk.STATE_NORMAL, color)
except:
pass
window.connect("destroy", self.destroy)
window.set_title(name)
window.set_size_request(100, 150)
moveButton = gtk.Button("Move")
moveButton.connect("clicked", self.move)
moveButton.show()
window.vbox.pack_start(moveButton, True, False, 0)
turnButton = gtk.Button("TurnLeft")
turnButton.connect("clicked", self.turnLeft)
turnButton.show()
window.vbox.pack_start(turnButton, True, False, 0)
pickButton = gtk.Button("PickBeeper")
pickButton.connect("clicked", self.pickBeeper)
pickButton.show()
window.vbox.pack_start(pickButton, True, False, 0)
putButton = gtk.Button("PutBeeper")
putButton.connect("clicked", self.putBeeper)
putButton.show()
window.vbox.pack_start(putButton, True, False, 0)
turnOffButton = gtk.Button("TurnOff")
turnOffButton.connect("clicked", self.turnOff)
turnOffButton.show()
window.vbox.pack_start(turnOffButton, True, False, 0)
window.show()
window.move(500 + offset, 20 + offset)
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()
from karel.robotworld import infinity
from karel.robota import world
import sys
from pathlib import Path
world_file = ""
if sys.argv[1].startswith("worlds"):
path_split = sys.argv[1].split("/")
worlds_folder = Path(path_split[0])
world_file = worlds_folder / path_split[1]
else:
world_file = sys.argv[1]
world.readWorld(world_file)
world.setVisible(True)
world.setDelay(50)
with open(world_file, 'r') as f:
first_line = f.readline().strip()
configs = first_line.split("-")
direction = None
if configs[2].lower() == "east":
direction = East
elif configs[2].lower() == "west":
direction = West
elif configs[2].lower() == "north":
direction = North
elif configs[2].lower() == "south":
direction = South
num_beepers = 0
if configs[3].lower() == "inf":