def buildBridge(self, startNodeData, endNodeData):
bridgeStartLocation = Location(startNodeData.lat, startNodeData.lon)
bridgeEndLocation = Location(endNodeData.lat, endNodeData.lon)
length = bridgeStartLocation.distanceTo(bridgeEndLocation)
bridge = self.index.find(startNodeData.lrp)
if bridge is not None:
condition = bridge.condition
else:
self.categoryECount += 1
condition = "E"
bridgeStart = BridgeObject(startNodeData.road, bridgeStartLocation,
startNodeData.lrp, condition, length)
bridgeEnd = EndBridgeObject(endNodeData.road, bridgeEndLocation,
endNodeData.lrp, condition, length)
bridgeLink = SimioBridgeLink(startNodeData.road, startNodeData.lrp,
endNodeData.lrp)
return (bridgeStart, bridgeEnd, bridgeLink)
def buildBridge(self, startNodeData, endNodeData):
bridgeStartLocation = Location(startNodeData.lat, startNodeData.lon)
bridgeEndLocation = Location(endNodeData.lat, endNodeData.lon)
length = bridgeStartLocation.distanceTo(bridgeEndLocation)
bridge = self.index.find(startNodeData.lrp)
if bridge is not None:
category = bridge.category
#self.index.matchedBridges.append(bridge) #MATCH
else:
self.categoryECount += 1
category = 'E'
#self.index.addBridgeToData(startNodeData, length, 'E') #MATCH
bridgeStart = BridgeObject(startNodeData.road, bridgeStartLocation,
startNodeData.lrp, category, length,
bridge.rowId)
bridgeEnd = EndBridgeObject(endNodeData.road, bridgeEndLocation,
endNodeData.lrp, category, length,
bridge.rowId)
bridgeLink = SimioBridgeLink(startNodeData.road, startNodeData.lrp,
endNodeData.lrp)
return (bridgeStart, bridgeEnd, bridgeLink)
