def numberGame(stop=100, maxGuesses=10):
from myro import ask
count = 1
secret = int(random.random() * 100) + 1
ok = False
guess = 0
while not ok:
try:
guess = int(
ask("Number",
title="Try #%d: Guess a number between 1 and %d" %
(count, stop)))
ok = True
except KeyboardInterrupt:
raise
except:
ok = False
while (guess != secret and count <= maxGuesses):
if guess < secret:
speak("On try number %d you guessed %d and that is too low." %
(count, guess),
async=1)
else:
speak("On try number %d you guessed %d and that is too high." %
(count, guess),
async=1)
guess = 0
ok = False
while not ok:
try:
guess = int(
ask("Number",
title="Try #%d: Guess a number between 1 and %d" %
(count, stop)))
ok = True
except KeyboardInterrupt:
raise
except:
ok = False
count += 1
if count > maxGuesses:
speak("Sorry, but you didn't guess it in %d tries. My number was %d." %
(maxGuesses, secret),
async=1)
else:
speak("You guessed my secret number in %d tries! It was %d." %
(count, secret),
async=1)
def numberGame(stop=100, maxGuesses=10):
from myro import ask
count = 1
secret = int(random.random() * 100) + 1
ok = False
guess = 0
while not ok:
try:
guess = int(ask("Number",
title = "Try #%d: Guess a number between 1 and %d" % (count, stop)
))
ok = True
except KeyboardInterrupt:
raise
except:
ok = False
while (guess != secret and count <= maxGuesses):
if guess < secret:
speak("On try number %d you guessed %d and that is too low." %
(count, guess), async=1)
else:
speak("On try number %d you guessed %d and that is too high." %
(count, guess), async=1)
guess = 0
ok = False
while not ok:
try:
guess = int(ask("Number",
title = "Try #%d: Guess a number between 1 and %d" % (count, stop)))
ok = True
except KeyboardInterrupt:
raise
except:
ok = False
count += 1
if count > maxGuesses:
speak("Sorry, but you didn't guess it in %d tries. My number was %d." %
(maxGuesses, secret), async=1)
else:
speak("You guessed my secret number in %d tries! It was %d." %
(count, secret), async=1)
def __init__(self,
port = None,
simulator = 0,
rate = None,
subtype = "Roomba"):
# simulator = 0 makes it real
PyroRobot.__init__(self) # robot constructor
self.lock = threading.Lock()
self.buffer = ''
self.debug = 0
if simulator == 1:
raise AttributeError, "simulator no longer supported"
else:
if subtype == "Roomba":
if port == None:
port = ask("Port", useCache = 1)
if rate == None:
rate = 57600
if type(port) == str and port.lower().startswith("com"):
portnum = int(port[3:])
if portnum >= 10:
port = r'\\.\COM%d' % (portnum)
print "Roomba opening port '%s' with baudrate %s ..." % (port, rate)
try:
myro.globvars.robot.sc.close()
except KeyboardInterrupt:
raise
except:
pass
self.sc = serial.Serial(port) #, xonxoff=0, rtscts=0)
self.sc.setTimeout(0.5)
self.sc.baudrate = rate
self.sc.readlines() # to clear out the line
self.lastTranslate = 0
self.lastRotate = 0
self.subtype = subtype
self.radius = .16 #meters
self._newline = "\r"
self.type = "Roomba"
self.port = port
self.simulated = simulator
self.sendMsg('\x80') #Start Sci
self.sendMsg('\x82') #Give user control
self.sendMsg('\x8E\x02') # reset sensors, useful for distance
self.sensorData = {} # Holds all of the sensor data
self.builtinDevices = ["ir", "bumper", "battery"]
for name in self.builtinDevices:
self.startDevice(name)
self.update()
print "Done loading Roomba."
def __init__(self,
port = None,
simulator = 0,
rate = None,
subtype = "Roomba"):
# simulator = 0 makes it real
PyroRobot.__init__(self) # robot constructor
self.lock = threading.Lock()
self.buffer = ''
self.debug = 0
if simulator == 1:
raise AttributeError, "simulator no longer supported"
else:
if subtype == "Roomba":
if port == None:
port = ask("Port", useCache = 1)
if rate == None:
rate = 57600
if type(port) == str and port.lower().startswith("com"):
portnum = int(port[3:])
if portnum >= 10:
port = r'\\.\COM%d' % (portnum)
print "Roomba opening port '%s' with baudrate %s ..." % (port, rate)
try:
myro.globvars.robot.sc.close()
except KeyboardInterrupt:
raise
except:
pass
self.sc = serial.Serial(port) #, xonxoff=0, rtscts=0)
self.sc.setTimeout(0.5)
self.sc.baudrate = rate
self.sc.readlines() # to clear out the line
self.lastTranslate = 0
self.lastRotate = 0
self.subtype = subtype
self.radius = .16 #meters
self._newline = "\r"
self.type = "Roomba"
self.port = port
self.simulated = simulator
self.sendMsg('\x80') #Start Sci
self.sendMsg('\x82') #Give user control
self.sendMsg('\x8E\x02') # reset sensors, useful for distance
self.sensorData = {} # Holds all of the sensor data
self.builtinDevices = ["ir", "bumper", "battery"]
for name in self.builtinDevices:
self.startDevice(name)
self.update()
print "Done loading Roomba."
def makeStory(story):
from myro import ask
# go through story, get "items"
variables = re.findall('"(.*?)"', story)
variables = list(set(variables))
variables.sort()
variables = map(lambda v: "%s =" % v, variables)
values = ask(variables, useDict=1,
title = "For each variable below, fill in a value:")
for variable in variables:
value = values[variable]
if value == "":
value = '"%s"' % variable.replace(" =", "")
variable = variable.replace(" =", "")
story = story.replace('"%s"' % variable, value)
return story
def makeStory(story):
from myro import ask
# go through story, get "items"
variables = re.findall('"(.*?)"', story)
variables = list(set(variables))
variables.sort()
variables = map(lambda v: "%s =" % v, variables)
values = ask(variables,
useDict=1,
title="For each variable below, fill in a value:")
for variable in variables:
value = values[variable]
if value == "":
value = '"%s"' % variable.replace(" =", "")
variable = variable.replace(" =", "")
story = story.replace('"%s"' % variable, value)
return story
def __init__(self, serialport=None, baudrate=38400):
from myro import ask
if serialport == None:
serialport = ask("Port", useCache=0)
# Deal with requirement that Windows "COM#" names where # >= 9 needs to
# be in the format "\\.\COM#"
if type(serialport) == str and serialport.lower().startswith("com"):
portnum = int(serialport[3:])
if portnum >= 10:
serialport = r'\\.\COM%d' % (portnum)
self.serialPort = serialport
self.baudRate = baudrate
try:
myro.globvars.robot.ser.close()
except KeyboardInterrupt:
raise
except:
pass
self.ser = myro.serial.Serial(self.serialPort, timeout = 2)
def __init__(self, serialport=None, baudrate=38400):
from myro import ask
self.robotinfo = {}
if serialport == None:
serialport = ask("Port", useCache=0)
# Deal with requirement that Windows "COM#" names where # >= 9 needs to
# be in the format "\\.\COM#"
if type(serialport) == str and serialport.lower().startswith("com"):
portnum = int(serialport[3:])
if portnum >= 10:
serialport = r'\\.\COM%d' % (portnum)
self.serialPort = serialport
self.baudRate = baudrate
try:
myro.globvars.robot.ser.close()
except KeyboardInterrupt:
raise
except:
pass
self.ser = serial.Serial(self.serialPort, timeout = 2)
def __init__(self, serialport = None, baudrate = 115200):
Robot.__init__(self)
self.debug = 0
self._lastTranslate = 0
self._lastRotate = 0
self._volume = 0
if serialport == None:
serialport = ask("Port", useCache = 1)
# Deal with requirement that Windows "COM#" names where # >= 9 needs to
# be in the format "\\.\COM#"
if type(serialport) == str and serialport.lower().startswith("com"):
portnum = int(serialport[3:])
if portnum >= 10:
serialport = r'\\.\COM%d' % (portnum)
self.serialPort = serialport
self.baudRate = baudrate
self.window = None
self.id = None
self.name = "SRV-1"
self.open()
myro.globvars.robot = self
def __init__(self, serialport=None, baudrate=115200):
Robot.__init__(self)
self.debug = 0
self._lastTranslate = 0
self._lastRotate = 0
self._volume = 0
if serialport == None:
serialport = ask("Port", useCache=1)
# Deal with requirement that Windows "COM#" names where # >= 9 needs to
# be in the format "\\.\COM#"
if type(serialport) == str and serialport.lower().startswith("com"):
portnum = int(serialport[3:])
if portnum >= 10:
serialport = r'\\.\COM%d' % (portnum)
self.serialPort = serialport
self.baudRate = baudrate
self.window = None
self.id = None
self.name = "SRV-1"
self.open()
myro.globvars.robot = self
def __init__(self, serialport=None, baudrate=38400):
self.lock = threading.Lock()
#### Camera Addresses ####
self.CAM_PID = 0x0A
self.CAM_PID_DEFAULT = 0x76
self.CAM_VER = 0x0B
self.CAM_VER_DEFAULT = 0x48
self.CAM_BRT = 0x06
self.CAM_BRT_DEFAULT = 0x80
self.CAM_EXP = 0x10
self.CAM_EXP_DEFAULT = 0x41
self.CAM_COMA = 0x12
self.CAM_COMA_DEFAULT = 0x14
self.CAM_COMA_WHITE_BALANCE_ON = (self.CAM_COMA_DEFAULT | (1 << 2))
self.CAM_COMA_WHITE_BALANCE_OFF = (self.CAM_COMA_DEFAULT & ~(1 << 2))
self.CAM_COMB = 0x13
self.CAM_COMB_DEFAULT = 0xA3
self.CAM_COMB_GAIN_CONTROL_ON = (self.CAM_COMB_DEFAULT | (1 << 1))
self.CAM_COMB_GAIN_CONTROL_OFF = (self.CAM_COMB_DEFAULT & ~(1 << 1))
self.CAM_COMB_EXPOSURE_CONTROL_ON = (self.CAM_COMB_DEFAULT | (1 << 0))
self.CAM_COMB_EXPOSURE_CONTROL_OFF = (self.CAM_COMB_DEFAULT
& ~(1 << 0))
self.ser = None
self.requestStop = 0
self.debug = 0
self._lastTranslate = 0
self._lastRotate = 0
self._volume = 0
if serialport == None:
serialport = ask("Port", useCache=1)
# Deal with requirement that Windows "COM#" names where # >= 9 needs to
# be in the format "\\.\COM#"
hasPort = True
if type(serialport) == str and serialport.lower().startswith("com"):
portnum = int(serialport[3:])
elif isinstance(serialport, int): #allow integer input
portnum = serialport
else:
hasPort = False
if hasPort:
if portnum >= 10:
serialport = r'\\.\COM%d' % (portnum)
self.serialPort = serialport
self.baudRate = baudrate
self.open()
myro.globvars.robot = self
self.dongle = None
self.robotinfo = {}
info = self.getVersion()
if "fluke" in info.keys():
self.dongle = info["fluke"]
print "You are using fluke firmware", info["fluke"]
elif "dongle" in info.keys():
self.dongle = info["dongle"]
print "You are using fluke firmware", info["dongle"]
if self.dongle != None:
# Turning on White Balance, Gain Control, and Exposure Control
self.set_cam_param(self.CAM_COMA, self.CAM_COMA_WHITE_BALANCE_ON)
self.set_cam_param(
self.CAM_COMB, self.CAM_COMB_GAIN_CONTROL_ON
| self.CAM_COMB_EXPOSURE_CONTROL_ON)
# Config grayscale on window 0, 1, 2
conf_gray_window(self.ser, 0, 2, 0, 128, 191, 1, 1)
conf_gray_window(self.ser, 1, 64, 0, 190, 191, 1, 1)
conf_gray_window(self.ser, 2, 128, 0, 254, 191, 1, 1)
set_ir_power(self.ser, 135)
self.conf_rle(delay=90,
smooth_thresh=4,
y_low=0,
y_high=255,
u_low=51,
u_high=136,
v_low=190,
v_high=255)
self.robotinfo = {}
def __init__(self, serialport = None, baudrate = 38400):
self.lock = threading.Lock()
#### Camera Addresses ####
self.CAM_PID=0x0A
self.CAM_PID_DEFAULT=0x76
self.CAM_VER=0x0B
self.CAM_VER_DEFAULT=0x48
self.CAM_BRT=0x06
self.CAM_BRT_DEFAULT=0x80
self.CAM_EXP=0x10
self.CAM_EXP_DEFAULT=0x41
self.CAM_COMA=0x12
self.CAM_COMA_DEFAULT=0x14
self.CAM_COMA_WHITE_BALANCE_ON= (self.CAM_COMA_DEFAULT | (1 << 2))
self.CAM_COMA_WHITE_BALANCE_OFF=(self.CAM_COMA_DEFAULT & ~(1 << 2))
self.CAM_COMB=0x13
self.CAM_COMB_DEFAULT=0xA3
self.CAM_COMB_GAIN_CONTROL_ON= (self.CAM_COMB_DEFAULT | (1 << 1))
self.CAM_COMB_GAIN_CONTROL_OFF=(self.CAM_COMB_DEFAULT & ~(1 << 1))
self.CAM_COMB_EXPOSURE_CONTROL_ON= (self.CAM_COMB_DEFAULT | (1 << 0))
self.CAM_COMB_EXPOSURE_CONTROL_OFF=(self.CAM_COMB_DEFAULT & ~(1 << 0))
self.ser = None
self.requestStop = 0
self.debug = 0
self._lastTranslate = 0
self._lastRotate = 0
self._volume = 0
if serialport == None:
serialport = ask("Port", useCache = 1)
# Deal with requirement that Windows "COM#" names where # >= 9 needs to
# be in the format "\\.\COM#"
hasPort = True
if type(serialport) == str and serialport.lower().startswith("com"):
portnum = int(serialport[3:])
elif isinstance(serialport, int): #allow integer input
portnum = serialport
else: hasPort = False
if hasPort:
if portnum >= 10:
serialport = r'\\.\COM%d' % (portnum)
self.serialPort = serialport
self.baudRate = baudrate
self.open()
myro.globvars.robot = self
self.dongle = None
self.robotinfo = {}
info = self.getVersion()
if "fluke" in info.keys():
self.dongle = info["fluke"]
print "You are using fluke firmware", info["fluke"]
elif "dongle" in info.keys():
self.dongle = info["dongle"]
print "You are using fluke firmware", info["dongle"]
if self.dongle != None:
# Turning on White Balance, Gain Control, and Exposure Control
self.set_cam_param(self.CAM_COMA, self.CAM_COMA_WHITE_BALANCE_ON)
self.set_cam_param(self.CAM_COMB, self.CAM_COMB_GAIN_CONTROL_ON | self.CAM_COMB_EXPOSURE_CONTROL_ON)
# Config grayscale on window 0, 1, 2
conf_gray_window(self.ser, 0, 2, 0, 128, 191, 1, 1)
conf_gray_window(self.ser, 1, 64, 0, 190, 191, 1, 1)
conf_gray_window(self.ser, 2, 128, 0, 254, 191, 1, 1)
set_ir_power(self.ser, 135)
self.conf_rle(delay = 90, smooth_thresh = 4,
y_low=0, y_high=255,
u_low=51, u_high=136,
v_low=190, v_high=255)
self.robotinfo = {}