def processResponse(self, sensor, recurs):
ret = []
for sensory in sensor:
opsensory = dict(sensory)
isNew = self.insertStepIfMissing(opsensory)
#TODO: update 19 to be a configurable variable
if opsensory['isNew'] <= 0:
results = bqs.query([
bqs.getBehaviorIdLambda(self['Id']),\
bqs.getDifferentUIDLambda(opsensory['UniqueResponseIdentifier']),\
bqs.getDistLambda(opsensory['Location'], 19)
])
if results:
opsensory['XStep'] = -opsensory['XStep']
opsensory['Location'] = Geo.addLocations((opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
else:
opsensory['isNew'] -= 1
if isNew:
if opsensory['Direction'] != 0:
opsensory['Location'] = Geo.addLocations((2*opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
ret.append(opsensory)
opsensory2 = dict(opsensory)
opsensory2['XStep'] = -opsensory2['XStep']
opsensory2['Location'] = Geo.addLocations((2*opsensory2['XStep'], opsensory2['YStep']), opsensory['Location'])
ret.append(opsensory2)
else:
opsensory['Location'] = Geo.addLocations((opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
ret.append(opsensory)
return (ret, [])
def processResponse(self, sensor, recurs):
ret = []
for sensory in sensor:
opsensory = dict(sensory)
isNew = self.insertStepIfMissing(opsensory)
#TODO: update 19 to be a configurable variable
if opsensory['isNew'] <= 0:
results = bqs.query([
bqs.getBehaviorIdLambda(self['Id']),\
bqs.getDifferentUIDLambda(opsensory['UniqueResponseIdentifier']),\
bqs.getDistLambda(opsensory['Location'], 19)
])
if results:
opsensory['XStep'] = -opsensory['XStep']
opsensory['Location'] = Geo.addLocations((opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
else:
opsensory['isNew'] -= 1
if isNew:
opsensory['Location'] = Geo.addLocations((2*opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
ret.append(opsensory)
opsensory2 = dict(opsensory)
opsensory2['XStep'] = -opsensory2['XStep']
opsensory2['Location'] = Geo.addLocations((2*opsensory2['XStep'], opsensory2['YStep']), opsensory['Location'])
ret.append(opsensory2)
else:
opsensory['Location'] = Geo.addLocations((opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
ret.append(opsensory)
return (ret, [])
def test_complex_queries(self):
validQuery = lambda args:args['Color']==(255,0,0)
doubleDist = lambda args:geo.dist(args['Location'], (0,0)) <= 20
twoPartPredicate = lambda args:doubleDist(args) and validQuery(args)
assert bqs.query(twoPartPredicate) == [{'Color':(255,0,0), 'Location':(3,4)}]
assert bqs.query([validQuery, doubleDist]) == [{'Color':(255,0,0), 'Location':(3,4)}]
def test_dist_query(self):
validDist = lambda args:geo.dist(args['Location'], (0,0)) <= 5
invalidDist = lambda args:geo.dist(args['Location'], (0,0)) <= 2
doubleDist = lambda args:geo.dist(args['Location'], (0,0)) <= 20
assert bqs.query(validDist) == [{'Color':(255,0,0), 'Location':(3,4)}]
assert bqs.query(invalidDist) == []
assert bqs.query(doubleDist) == [{'Color':(255,0,0), 'Location':(3,4)}, {'Color':(0,0,255),\
'Location':(5,12)}]
def test_simple_query(self):
validQuery = lambda args: args['Color'] == (255, 0, 0)
invalidQuery = lambda args: args['Color'] == (254, 0, 0)
import pdb
pdb.set_trace()
assert bqs.query(validQuery) == [{
'Color': (255, 0, 0),
'Location': (3, 4),
'BehaviorId': 'color'
}]
assert bqs.query(invalidQuery) == []
def test_complex_queries(self):
validQuery = lambda args: args['Color'] == (255, 0, 0)
doubleDist = lambda args: geo.dist(args['Location'], (0, 0)) <= 20
twoPartPredicate = lambda args: doubleDist(args) and validQuery(args)
assert bqs.query(twoPartPredicate) == [{
'Color': (255, 0, 0),
'Location': (3, 4)
}]
assert bqs.query([validQuery, doubleDist]) == [{
'Color': (255, 0, 0),
'Location': (3, 4)
}]
def test_dist_query(self):
validDist = lambda args: geo.dist(args['Location'], (0, 0)) <= 5
invalidDist = lambda args: geo.dist(args['Location'], (0, 0)) <= 2
doubleDist = lambda args: geo.dist(args['Location'], (0, 0)) <= 20
assert bqs.query(validDist) == [{
'Color': (255, 0, 0),
'Location': (3, 4),
'BehaviorId': 'color'
}]
assert bqs.query(invalidDist) == []
assert bqs.query(doubleDist) == [{'Color':(255,0,0), 'Location':(3,4), 'BehaviorId':'color'}, {'Color':(0,0,255),\
'Location':(5,12), 'BehaviorId':'color'}]
def __init__(self, configFileName):
main_log.info("System Initialization began based on: " + str(configFileName))
self.timer = clock.Stopwatch()
self.timer.start()
self.inputs = {} # dict of inputs and their bound behaviors, keyed by InputId
self.behaviors = {}
self.lock = thread.allocate_lock()
self.behaviorOutputs = {} # key: [list of output destinations]
self.behaviorInputs = {}
self.componentDict = {}
self.inputBehaviorRegistry = {} # inputid -> behaviors listening to that
self.dieNow = False
# input
self.screen = Screen()
compReg.initRegistry()
compReg.registerComponent(self.screen, "Screen") # TODO: move to constants file
bqs.initBQS() # initialize the behavior query system
# read configs from xml
config = configGetter.loadConfigFile(configFileName)
rendererConfig = config.find("RendererConfiguration")
self.initializeRenderers(rendererConfig)
pixelConfig = config.find("PixelConfiguration")
self.initializeScreen(pixelConfig)
inputConfig = config.find("InputConfiguration")
self.initializeInputs(inputConfig)
behaviorConfig = config.find("BehaviorConfiguration")
self.initializeBehaviors(behaviorConfig)
mapperConfig = config.find("PixelMapperConfiguration")
self.initializeMapper(mapperConfig)
# inits
main_log.info("All components initialized")
#
self.registerAllComponents()
installationConfig = config.find("InstallationConfiguration")
self.configureInstallation(installationConfig)
# Done initializing. Lets start this thing!
self.timer.stop()
# main_log.info('Initialization done. Time: ', self.timer.elapsed(), 'ms')
self.mainLoop()
def __init__(self, configFileName):
main_log.info("System Initialization began based on: " + str(configFileName))
self.timer = clock.Stopwatch()
self.timer.start()
self.inputs = {} #dict of inputs and their bound behaviors, keyed by InputId
self.behaviors = {}
self.lock = thread.allocate_lock()
self.behaviorOutputs = {} #key: [list of output destinations]
self.behaviorInputs = {}
self.componentDict = {}
self.inputBehaviorRegistry = {} #inputid -> behaviors listening to that
self.dieNow = False
#input
self.screen = Screen()
compReg.initRegistry()
compReg.registerComponent(self.screen, 'Screen') #TODO: move to constants file
bqs.initBQS() #initialize the behavior query system
#read configs from xml
config = configGetter.loadConfigFile(configFileName)
rendererConfig = config.find('RendererConfiguration')
self.initializeRenderers(rendererConfig)
pixelConfig = config.find('PixelConfiguration')
self.initializeScreen(pixelConfig)
inputConfig = config.find('InputConfiguration')
self.initializeInputs(inputConfig)
behaviorConfig = config.find('BehaviorConfiguration')
self.initializeBehaviors(behaviorConfig)
mapperConfig = config.find('PixelMapperConfiguration')
self.initializeMapper(mapperConfig)
#inits
main_log.info('All components initialized')
#
self.registerAllComponents()
installationConfig = config.find('InstallationConfiguration')
self.configureInstallation(installationConfig)
#Done initializing. Lets start this thing!
self.timer.stop()
#main_log.info('Initialization done. Time: ', self.timer.elapsed(), 'ms')
self.mainLoop()
def processResponse(self, sensor, recurs):
ret = []
for sensory in sensor:
opsensory = dict(sensory)
self.insertStepIfMissing(opsensory)
#TODO: update 19 to be a configurable variable
results = bqs.query([
bqs.getBehaviorIdLambda(self['Id']),\
bqs.getDifferentUIDLambda(opsensory['UniqueResponseIdentifier']),\
bqs.getDistLambda(opsensory['Location'], 19)
])
if results:
print len(results)
opsensory['XStep'] = -opsensory['XStep']
opsensory['Location'] = Geo.addLocations((opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
opsensory['Location'] = Geo.addLocations((opsensory['XStep'], opsensory['YStep']), opsensory['Location'])
ret.append(opsensory)
return (ret, [])
def processResponse(self, sensor, recurs):
ret = []
for sensory in sensor:
opsensory = dict(sensory)
#TODO: update 19 to be a configurable variable
self.insertVelIfMissing(opsensory)
results = bqs.query([
bqs.getBehaviorIdLambda('accelerate'),\
bqs.getDirectionLambda('+'),\
bqs.getDistLambda(opsensory['Location'], 38)
])
if results:
opsensory['XVel'] = opsensory['XVel'] + 10
opsensory['XVel'] = min(max(-1, opsensory['XVel'] - 1), 10)
opsensory['Location'] = Geo.addLocations((-opsensory['XVel'], 0), opsensory['Location'])
if opsensory['Location'][0] >= 800: #TODO: Make this dynamic
opsensory['Location'] = tuple([799, 25])
ret.append(opsensory)
return (ret, [])
def processResponse(self, sensor, recurs):
ret = []
for sensory in sensor:
opsensory = dict(sensory)
#TODO: update 19 to be a configurable variable
self.insertVelIfMissing(opsensory)
results = bqs.query([
bqs.getBehaviorIdLambda('accelerate'),\
bqs.getDirectionLambda('+'),\
bqs.getDistLambda(opsensory['Location'], 38)
])
if results:
opsensory['XVel'] = opsensory['XVel'] + 10
opsensory['XVel'] = min(max(-1, opsensory['XVel'] - 1), 10)
opsensory['Location'] = Geo.addLocations((-opsensory['XVel'], 0),
opsensory['Location'])
if opsensory['Location'][0] >= 800: #TODO: Make this dynamic
opsensory['Location'] = tuple([799, 25])
ret.append(opsensory)
return (ret, [])
def processResponse(self, sensor, recurs):
ret = []
if self['NoBounceTime'] != None:
noBounceTime = self['NoBounceTime']
else:
noBounceTime = 1000
if self['BQSDistance'] != None:
BQSDistance = self['BQSDistance']
else:
BQSDistance = 19
for sensory in sensor:
opsensory = dict(sensory)
isNew = self.insertVelIfMissing(opsensory)
if not 'NoBounceTime' in opsensory:
opsensory['NoBounceTime'] = noBounceTime
if opsensory['NoBounceTime'] <= 0:
results = bqs.query([
bqs.getBehaviorIdLambda(self['Id']),\
bqs.getDifferentUIDLambda(opsensory['UniqueResponseIdentifier']),\
bqs.getDistLambda(opsensory['Location'], BQSDistance)
])
if results:
opsensory['XVel'] = -opsensory['XVel']
opsensory['Location'] = Geo.addLocations((opsensory['XVel'], opsensory['YVel']), opsensory['Location'])
else:
opsensory['NoBounceTime'] -= 1
if isNew:
if opsensory['Direction'] < 0:
opsensory['XVel'] = -opsensory['XVel']
if opsensory['Direction'] != 0:
opsensory['Location'] = Geo.addLocations((2*opsensory['XVel'], opsensory['YVel']), opsensory['Location'])
ret.append(opsensory)
else:
opsensory['Location'] = Geo.addLocations((opsensory['XVel'], opsensory['YVel']), opsensory['Location'])
ret.append(opsensory)
return (ret, [])
def processResponse(self, sensor, recurs):
ret = []
for sensory in sensor:
opsensory = dict(sensory)
self.insertStepIfMissing(opsensory)
#TODO: update 19 to be a configurable variable
results = bqs.query([
bqs.getBehaviorIdLambda(self['Id']),\
bqs.getDifferentUIDLambda(opsensory['UniqueResponseIdentifier']),\
bqs.getDistLambda(opsensory['Location'], 19)
])
if results:
for result in results:
new = opsensory['XStep'] + result['XStep']
if new >= 0:
opsensory['XStep'] = min(20, new)
if new < 0:
opsensory['XStep'] = max(-20, new)
opsensory['Location'] = Geo.addLocations(
(opsensory['XStep'], opsensory['YStep']),
opsensory['Location'])
ret.append(opsensory)
return (ret, [])
def setUp(self):
bqs.initBQS()
b = ColorChangerBehavior({'Id': 'color', 'ColorList': [(255, 0, 0)]})
c = ColorChangerBehavior({'Id': 'color2', 'ColorList': [(0, 0, 255)]})
bqs.addBehavior(b)
bqs.addBehavior(c)
b.addInput({'Location': (3, 4)})
c.addInput({'Location': (5, 12)})
b.timeStep()
c.timeStep()
def setUp(self):
bqs.initBQS()
b = ColorChangerBehavior({'Id': 'color','ColorList':[(255,0,0)]})
c = ColorChangerBehavior({'Id': 'color2', 'ColorList':[(0,0,255)]})
bqs.addBehavior(b)
bqs.addBehavior(c)
b.addInput({'Location':(3,4)})
c.addInput({'Location':(5,12)})
b.timeStep()
c.timeStep()
def test_uri_query(self):
mydict = {'UniqueResponseIdentifier': 'abc'}
goodict = {'UniqueResponseIdentifier': 'cde'}
urichecker = bqs.getDifferentUIDLambda('abc')
assert urichecker(mydict) == False
assert urichecker(goodict) == True
def test_simple_query(self):
validQuery = lambda args:args['Color']==(255,0,0)
invalidQuery = lambda args:args['Color']==(254,0,0)
assert bqs.query(validQuery) == [{'Color':(255,0,0), 'Location':(3,4)}]
assert bqs.query(invalidQuery) == []
def processResponse(self, sensor, recurs):
ret = []
if self['GrowthDirection'] != None:
growthDirection = self['GrowthDirection']
else:
growthDirection = 'right'
if self['HitSensitivity'] != None:
hitSensitivity = self['HitSensitivity']
else:
hitSensitivity = 4
if self['MaxVelocity'] != None:
maxVelocity = self['MaxVelocity']
else:
maxVelocity = 10
if self['MinVelocity'] != None:
minVelocity = self['MinVelocity']
else:
minVelocity = -1
if self['MinLength'] != None:
minLength = self['MinLength']
else:
minLength = 30
for sensory in sensor:
opsensory = dict(sensory)
if not 'XVel' in opsensory:
opsensory['XVel'] = -1
if not 'SpeedupTimer' in opsensory:
opsensory['SpeedupTimer'] = 0
if growthDirection == 'right':
results = bqs.query([
bqs.getBehaviorIdLambda('accelerate'),\
bqs.getDirectionLambda('-'),\
bqs.getLeftLambda(0)
])
else:
compReg.getLock().acquire()
self.minX, self.minY, self.maxX, self.maxY = compReg.getComponent(
'Screen').size
compReg.getLock().release()
results = bqs.query([
bqs.getBehaviorIdLambda('accelerate'),\
bqs.getDirectionLambda('+'),\
bqs.getRightLambda(self.maxX)
])
if results:
opsensory['SpeedupTimer'] = hitSensitivity
if opsensory['SpeedupTimer'] > 0:
opsensory['XVel'] = min(opsensory['XVel'] + 1, maxVelocity)
opsensory['SpeedupTimer'] = opsensory['SpeedupTimer'] - 1
else:
opsensory['XVel'] = max(minVelocity, opsensory['XVel'] - 1)
opsensory['Location'] = (opsensory['Location'][0],
opsensory['Location'][1] +
opsensory['XVel'])
#Set min length
if opsensory['Location'][1] <= minLength:
opsensory['Location'] = (opsensory['Location'][0], minLength)
ret.append(opsensory)
return (ret, [])
def tearDown(self):
bqs.initBQS()
def initializeBehaviors(self, behaviorConfig):
self.behaviors = self.initializeComponent(behaviorConfig)
for behavior in self.behaviors:
self.addBehavior(behavior)
bqs.addBehavior(behavior)
def processResponse(self, sensor, recurs):
ret = []
if self['GrowthDirection'] != None:
growthDirection = self['GrowthDirection']
else:
growthDirection = 'right'
if self['HitSensitivity'] != None:
hitSensitivity = self['HitSensitivity']
else:
hitSensitivity = 4
if self['MaxVelocity'] != None:
maxVelocity = self['MaxVelocity']
else:
maxVelocity = 10
if self['MinVelocity'] != None:
minVelocity = self['MinVelocity']
else:
minVelocity = -1
if self['MinLength'] != None:
minLength = self['MinLength']
else:
minLength = 30
for sensory in sensor:
opsensory = dict(sensory)
if not 'XVel' in opsensory:
opsensory['XVel'] = -1
if not 'SpeedupTimer' in opsensory:
opsensory['SpeedupTimer'] = 0
if growthDirection == 'right':
results = bqs.query([
bqs.getBehaviorIdLambda('accelerate'),\
bqs.getDirectionLambda('-'),\
bqs.getLeftLambda(0)
])
else:
compReg.getLock().acquire()
self.minX, self.minY, self.maxX, self.maxY = compReg.getComponent('Screen').size
compReg.getLock().release()
results = bqs.query([
bqs.getBehaviorIdLambda('accelerate'),\
bqs.getDirectionLambda('+'),\
bqs.getRightLambda(self.maxX)
])
if results:
opsensory['SpeedupTimer'] = hitSensitivity
if opsensory['SpeedupTimer'] > 0:
opsensory['XVel'] = min(opsensory['XVel'] + 1, maxVelocity)
opsensory['SpeedupTimer'] = opsensory['SpeedupTimer'] - 1
else:
opsensory['XVel'] = max(minVelocity, opsensory['XVel'] - 1)
opsensory['Location'] = (opsensory['Location'][0], opsensory['Location'][1] + opsensory['XVel'])
#Set min length
if opsensory['Location'][1] <= minLength:
opsensory['Location'] = (opsensory['Location'][0], minLength)
ret.append(opsensory)
return (ret, [])
def initializeBehaviors(self, behaviorConfig):
self.behaviors = self.initializeComponent(behaviorConfig)
for behavior in self.behaviors:
self.addBehavior(behavior)
bqs.addBehavior(behavior)
def test_uri_query(self):
mydict = {'UniqueResponseIdentifier':'abc'}
goodict = {'UniqueResponseIdentifier':'cde'}
urichecker = bqs.getDifferentUIDLambda('abc')
assert urichecker(mydict) == False
assert urichecker(goodict) == True
def test_simple_query(self):
validQuery = lambda args:args['Color']==(255,0,0)
invalidQuery = lambda args:args['Color']==(254,0,0)
import pdb; pdb.set_trace()
assert bqs.query(validQuery) == [{'Color':(255,0,0), 'Location':(3,4), 'BehaviorId':'color'}]
assert bqs.query(invalidQuery) == []
def tearDown(self):
bqs.initBQS()