def __init__(self, mapconfig, ROBOT_SIZE_METERS, min_distance):
self.observed_positions = []
self.mapconfig = mapconfig
self.SCAN_DIST_PIXELS = mapconfig.mmToPixels(3500) #todo
tentacles = self.calcTentacles(mapconfig.mToPixels(ROBOT_SIZE_METERS),
self.SCAN_DIST_PIXELS)
self.fe = TentacleFE(mapconfig, tentacles, mapconfig.mmToPixels(500),
mapconfig.mmToPixels(5000)) #TODO
class TentacleRouter(Router):
def __init__(self, mapconfig, ROBOT_SIZE_METERS, min_distance):
self.observed_positions = []
self.mapconfig = mapconfig
self.SCAN_DIST_PIXELS = mapconfig.mmToPixels(3500) #todo
tentacles = self.calcTentacles(mapconfig.mToPixels(ROBOT_SIZE_METERS),
self.SCAN_DIST_PIXELS)
self.fe = TentacleFE(mapconfig, tentacles, mapconfig.mmToPixels(500),
mapconfig.mmToPixels(5000)) #TODO
def getRoute(self, position, mapbytes):
'''
Return a queue of targetpoints (x_mm, y_mm)
'''
x_pixels = self.mapconfig.mmToPixels(position[0])
y_pixels = self.mapconfig.mmToPixels(position[1])
target = self.getNext(x_pixels, y_pixels, mapbytes)
if (target == None):
if len(self.observed_positions) > 0:
return deque([self.observed_positions.pop()])
else:
return None
self.observed_positions.append(position)
x_mm = self.mapconfig.pixelsTomm(target[0])
y_mm = self.mapconfig.pixelsTomm(target[1])
return deque([(x_mm, y_mm)])
def calcTentacles(self, robot_size, dist):
return int(2 * math.pi * dist / robot_size * 2)
def getNext(self, x_pixels, y_pixels, mapbytes):
'''
Return a targetpoint (x_pixels, y_pixels)
'''
frontiers = self.fe.findFrontiers((x_pixels, y_pixels), mapbytes,
self.mapconfig.SIZE_PIXELS)
"""
add for displaying frontiers in the map
best = frontiers.get()
while(not frontiers.empty()):
pos = frontiers.get()
self.mapconfig.drawCross(pos[1][0], pos[1][1], 20, 255, mapbytes)
return best[1]
"""
if (frontiers.empty()):
return None
else:
return frontiers.get()[1]
class TentacleRouter(Router):
def __init__(self, mapconfig, ROBOT_SIZE_METERS, min_distance):
self.observed_positions = []
self.mapconfig = mapconfig
self.SCAN_DIST_PIXELS = mapconfig.mmToPixels(3500) #todo
tentacles = self.calcTentacles(mapconfig.mToPixels(ROBOT_SIZE_METERS), self.SCAN_DIST_PIXELS)
self.fe = TentacleFE(mapconfig, tentacles, mapconfig.mmToPixels(500), mapconfig.mmToPixels(5000)) #TODO
def getRoute(self, position, mapbytes):
'''
Return a queue of targetpoints (x_mm, y_mm)
'''
x_pixels = self.mapconfig.mmToPixels(position[0])
y_pixels = self.mapconfig.mmToPixels(position[1])
target = self.getNext(x_pixels, y_pixels, mapbytes)
if(target == None):
if len(self.observed_positions) > 0:
return deque([self.observed_positions.pop()])
else:
return None
self.observed_positions.append(position)
x_mm = self.mapconfig.pixelsTomm(target[0])
y_mm = self.mapconfig.pixelsTomm(target[1])
return deque([(x_mm, y_mm)])
def calcTentacles(self, robot_size, dist):
return int(2 * math.pi * dist / robot_size * 2)
def getNext(self, x_pixels, y_pixels, mapbytes):
'''
Return a targetpoint (x_pixels, y_pixels)
'''
frontiers = self.fe.findFrontiers((x_pixels, y_pixels), mapbytes, self.mapconfig.SIZE_PIXELS)
"""
add for displaying frontiers in the map
best = frontiers.get()
while(not frontiers.empty()):
pos = frontiers.get()
self.mapconfig.drawCross(pos[1][0], pos[1][1], 20, 255, mapbytes)
return best[1]
"""
if(frontiers.empty()):
return None
else:
return frontiers.get()[1]
def __init__(self, mapconfig, ROBOT_SIZE_METERS, min_distance):
self.observed_positions = []
self.mapconfig = mapconfig
self.SCAN_DIST_PIXELS = mapconfig.mmToPixels(3500) #todo
tentacles = self.calcTentacles(mapconfig.mToPixels(ROBOT_SIZE_METERS), self.SCAN_DIST_PIXELS)
self.fe = TentacleFE(mapconfig, tentacles, mapconfig.mmToPixels(500), mapconfig.mmToPixels(5000)) #TODO