def setup(self):
# create the Local Perceptiual Space window
units = self.robot.range.units
self.robot.range.units = 'MM'
sizeMM = self.robot.range.getMaxvalue() * 3 + \
self.robot.radius
self.robot.range.units = units
self.lps = LPS(20, 20, widthMM=sizeMM, heightMM=sizeMM)
self.gps = GPS(400, 300, widthMM=sizeMM * 5, heightMM=sizeMM * 5)
self.stick = Joystick()
class Map(Brain):
def setup(self):
# We want our map to measure in MM, so we first store our current unit of measure
units = self.robot.range.units
# We then reset our measurements to MMs
self.robot.range.units = 'MM'
# Calculate the maximum range of our sensors
rangeMaxMM = self.robot.range.getMaxvalue()
sizeMM = rangeMaxMM * 3 + (self.robot.radius / 1000.0) # in MMs
# Reset our unit of measure
self.robot.range.units = units
# Now, we create our Local Perceptual Space window - this will hold our local map
# Map will be 20px by 20px and will represent a height and width of sizeMM (total sensor range)
self.lps = LPS( 40, 40,
widthMM = sizeMM,
heightMM = sizeMM)
# Then create our Global Perceptual Space window - this will hold our global map
# This map will be 500px by 500px and will represent an area N times the size of our maximum range
self.gps = GPS( cols=300, rows=300,
heightMM = sizeMM * 5, widthMM = sizeMM * 5)
self.joystick = Joystick(share.gui)
self.need_redraw = False
self.lock = thread.allocate_lock()
def step(self):
if not self.lock.acquire(False):
return
#print "Stepping...",
# First we clear out all our old LPS data
self.lps.reset()
# Next we update our LPS with current 'range' sensor readings
self.lps.sensorHits(self.robot, 'range')
# Now redraw our LPS window - the LPS redraw can be improve performance
# Then update our GPS with the new information in the LPS
self.gps.updateFromLPS(self.lps, self.robot)
# Finally, we redraw the GPS window
self.need_redraw = True
self.move(self.joystick.translate, self.joystick.rotate)
self.lock.release()
#print "done stepping!"
def redraw(self):
if (not self.lock.acquire(False)):
return
#print "Redrawing...",
if self.need_redraw:
self.lps.redraw(drawLabels=False)
self.gps.update()
self.gps.redraw()
self.need_redraw = False
self.lock.release()
#print "done redrawing!"
def destroy(self):
# Make sure we close down cleanly
self.lps.destroy()
self.gps.destroy()
self.joystick.destroy()
class Map(Brain):
def setup(self):
# We want our map to measure in MM, so we first store our current unit of measure
units = self.robot.range.units
# We then reset our measurements to MMs
self.robot.range.units = "MM"
# Calculate the maximum range of our sensors
rangeMaxMM = self.robot.range.getMaxvalue()
sizeMM = rangeMaxMM * 3 + (self.robot.radius / 1000.0) # in MMs
# Reset our unit of measure
self.robot.range.units = units
# Now, we create our Local Perceptual Space window - this will hold our local map
# Map will be 20px by 20px and will represent a height and width of sizeMM (total sensor range)
self.lps = LPS(40, 40, widthMM=sizeMM, heightMM=sizeMM)
# Then create our Global Perceptual Space window - this will hold our global map
# This map will be 500px by 500px and will represent an area N times the size of our maximum range
self.gps = GPS(cols=300, rows=300, heightMM=sizeMM * 5, widthMM=sizeMM * 5)
self.joystick = Joystick(share.gui)
self.need_redraw = False
self.lock = thread.allocate_lock()
def step(self):
if not self.lock.acquire(False):
return
# print "Stepping...",
# First we clear out all our old LPS data
self.lps.reset()
# Next we update our LPS with current 'range' sensor readings
self.lps.sensorHits(self.robot, "range")
# Now redraw our LPS window - the LPS redraw can be improve performance
# Then update our GPS with the new information in the LPS
self.gps.updateFromLPS(self.lps, self.robot)
# Finally, we redraw the GPS window
self.need_redraw = True
self.move(self.joystick.translate, self.joystick.rotate)
self.lock.release()
# print "done stepping!"
def redraw(self):
if not self.lock.acquire(False):
return
# print "Redrawing...",
if self.need_redraw:
self.lps.redraw(drawLabels=False)
self.gps.update()
self.gps.redraw()
self.need_redraw = False
self.lock.release()
# print "done redrawing!"
def destroy(self):
# Make sure we close down cleanly
self.lps.destroy()
self.gps.destroy()
self.joystick.destroy()
def setup(self):
# create the Local Perceptiual Space window
units = self.robot.range.units
self.robot.range.units = "MM"
sizeMM = self.robot.range.getMaxvalue() * 3 + self.robot.radius
self.robot.range.units = units
self.lps = LPS(20, 20, widthMM=sizeMM, heightMM=sizeMM)
self.gps = GPS(400, 300, widthMM=sizeMM * 5, heightMM=sizeMM * 5)
self.stick = Joystick()
class SimpleBrain(Brain):
def setup(self):
# create the Local Perceptiual Space window
units = self.robot.range.units
self.robot.range.units = 'MM'
sizeMM = self.robot.range.getMaxvalue() * 3 + \
self.robot.radius
self.robot.range.units = units
self.lps = LPS(20, 20, widthMM=sizeMM, heightMM=sizeMM)
self.gps = GPS(400, 300, widthMM=sizeMM * 5, heightMM=sizeMM * 5)
self.stick = Joystick()
def destroy(self):
self.lps.destroy()
self.gps.destroy()
self.stick.destroy()
def step(self):
robot = self.robot
self.lps.reset() # reset counts
self.lps.sensorHits(robot, 'range')
self.lps.redraw()
self.gps.updateFromLPS(self.lps, robot)
self.gps.redraw()
self.robot.move(self.stick.translate, self.stick.rotate)
def setup(self):
# We want our map to measure in MM, so we first store our current unit of measure
units = self.robot.range.units
# We then reset our measurements to MMs
self.robot.range.units = 'MM'
# Calculate the maximum range of our sensors
rangeMaxMM = self.robot.range.getMaxvalue()
sizeMM = rangeMaxMM * 3 + (self.robot.radius / 1000.0) # in MMs
# Reset our unit of measure
self.robot.range.units = units
# Now, we create our Local Perceptual Space window - this will hold our local map
# Map will be 20px by 20px and will represent a height and width of sizeMM (total sensor range)
self.lps = LPS( 40, 40,
widthMM = sizeMM,
heightMM = sizeMM)
# Then create our Global Perceptual Space window - this will hold our global map
# This map will be 500px by 500px and will represent an area N times the size of our maximum range
self.gps = GPS( cols=300, rows=300,
heightMM = sizeMM * 5, widthMM = sizeMM * 5)
self.joystick = Joystick(share.gui)
self.need_redraw = False
self.lock = thread.allocate_lock()
def setup(self):
# We want our map to measure in MM, so we first store our current unit of measure
units = self.robot.range.units
# We then reset our measurements to MMs
self.robot.range.units = "MM"
# Calculate the maximum range of our sensors
rangeMaxMM = self.robot.range.getMaxvalue()
sizeMM = rangeMaxMM * 3 + (self.robot.radius / 1000.0) # in MMs
# Reset our unit of measure
self.robot.range.units = units
# Now, we create our Local Perceptual Space window - this will hold our local map
# Map will be 20px by 20px and will represent a height and width of sizeMM (total sensor range)
self.lps = LPS(40, 40, widthMM=sizeMM, heightMM=sizeMM)
# Then create our Global Perceptual Space window - this will hold our global map
# This map will be 500px by 500px and will represent an area N times the size of our maximum range
self.gps = GPS(cols=300, rows=300, heightMM=sizeMM * 5, widthMM=sizeMM * 5)
self.joystick = Joystick(share.gui)
self.need_redraw = False
self.lock = thread.allocate_lock()
class SimpleBrain(Brain):
def setup(self):
# create the Local Perceptiual Space window
units = self.robot.range.units
self.robot.range.units = "MM"
sizeMM = self.robot.range.getMaxvalue() * 3 + self.robot.radius
self.robot.range.units = units
self.lps = LPS(20, 20, widthMM=sizeMM, heightMM=sizeMM)
self.gps = GPS(400, 300, widthMM=sizeMM * 5, heightMM=sizeMM * 5)
self.stick = Joystick()
def destroy(self):
self.lps.destroy()
self.gps.destroy()
self.stick.destroy()
def step(self):
robot = self.robot
self.lps.reset() # reset counts
self.lps.sensorHits(robot, "range")
self.lps.redraw()
self.gps.updateFromLPS(self.lps, robot)
self.gps.redraw()
self.robot.move(self.stick.translate, self.stick.rotate)