from Myro import *
init()
senses()

takePicture()

takePicture("color")

takePicture("gray")

p = takePicture()
show(p)

show(takePicture())

savePicture(p, "office-scene.jpg")

for t in timer(30):
    show(takePicture())
    turnLeft(0.5, 0.2)

N=0
for t in timer(30):
    show(takePicture()) 
    turnLeft(0.5, 0.2)
    N=N+1
    print(N)

Pics = []
for t in timer(30):
    pic = takePicture()
    show(pic)
    Pics.append(pic)
    turnLeft(0.5, 0.2)
savePicture(Pics, "office-movie.gif")

getLight()

getLight('left')

getLight(0)

getLight('center')

getLight(1)

getLight('right')

getLight(2)

L, C, R = getLight()

print(L)

Center = getLight("center")

print(Center)

getBright()

getBright('left')

getBright(0)

getBright('center')

getBright(1)

getBright('right')

getBright(2)

getBright()

from Myro import *

# record average ambient light values
Ambient = sum(getLight())/3.0

# This function normalizes light sensor values to 0.0..1.0
def normalize(v):
    if v > Ambient:
        v = Ambient

    return 1.0 - v/Ambient

def main():
    # Run the robot for 60 seconds
    for t in timer(60):
        L, C, R = getLight()
        # motors run proportional to light
        motors(normalize(L), normalize(R))
    stop()




getIR()

getIR('left')

getIR(0)

getIR('right')

getIR(1)



getObstacle()

getObstacle('left')

getObstacle(0)

getObstacle('center')

getObstacle(1)

getObstacle('right')

getObstacle(2)

def main():
    # Run the robot for 60 seconds
    for t in timer(60):
        L, R = getIR()
        # motors run proportional to IR values
        motors(R, L)
main()

[]

L = []
print(L)

N = [7, 14, 17, 20, 27]

Cities = ["New York", "Dar es Salaam", "Moscow"]

FamousNumbers = [3.1415, 2.718, 42]

SwankyZips = [90210, 33139, 60611, 10036]

MyCar = ["Toyota Prius", 2006, "Purple"]

len(N)

len(L)

N + FamousNumbers

SwankyZips[0]

SwankyZips[1:3]

33139 in SwankyZips

19010 in SwankyZips

SwankyZips

SwankyZips.sort()
SwankyZips

SwankyZips.reverse()
SwankyZips

SwankyZips.append(19010)
SwankyZips

Cities = ["New York", "Dar es Salaam", "Moscow"]
for city in Cities:
    print(city)

range(5)

for I in range(5):
        print(I)

ABC = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

for letter in ABC:
    speak(letter)

sentence = "Would you have any Grey Poupon"

sentence.split()

N = ask("Enter a number:")

print(N)

getGamepadNow("axis")

getGamepad("axis")

getGamepadNow("button")

for t in timer(10):
    print (getGamepad("button"))

def main():
    # A simple game pad based robot controller
    for t in timer(30):
        X, Y = getGamepadNow("axis")
        motors(X, Y)
main()

from urllib import *

Data = urlopen("http://learn.fi.edu/weather/data/jan07.txt")

print(Data.read())

getLight('left')

getStall()

def triple(x):
   # Returns x*3
   return x * 3

triple(3)

triple(5000)

# This function normalizes light sensor values to 0.0..1.0
def normalize(v):
    if v > Ambient:
        v = Ambient

    return 1.0 - v/Ambient

while not getStall():
   forward(1)
stop()

def stuck():
   # Is the robot stalled? 
   # Returns True if it is and False otherwise.
   
   return getStall() == 1

while not stuck():
   forward(1)
stop()