def __init__(self,nodeCollection,width=800,height=600):
self.nodeCollection=nodeCollection
self.width=width
self.height=height
self.pathFind=pathFinder(self.nodeCollection)
self.pathFind.load()
self.pathFound=self.pathFind.findPath("2016012246","b-Engineering 3")
#pick an initial camerax, cameray, zoom factor such that you can see the entire screen
maxX=max([node.x for node in self.nodeCollection.vertices.values()])
minX=min([node.x for node in self.nodeCollection.vertices.values()])
maxY=max([node.y for node in self.nodeCollection.vertices.values()])
minY=min([node.y for node in self.nodeCollection.vertices.values()])
#self.camerax=int((maxX+minX)/2)
#self.cameray=int((maxY+minY)/2)
#self.zoom=min((maxX-minX)/2, (maxY-minY)/2)
self.camerax=43.4723642752
self.cameray=-80.5403881748
self.zoom=83372.7046559
def __init__(self, nodeCollection, width=800, height=600):
self.nodeCollection = nodeCollection
self.width = width
self.height = height
self.pathFind = pathFinder(self.nodeCollection)
self.pathFind.load()
self.pathFound = self.pathFind.findPath("2016012246",
"b-Engineering 3")
#pick an initial camerax, cameray, zoom factor such that you can see the entire screen
maxX = max([node.x for node in self.nodeCollection.vertices.values()])
minX = min([node.x for node in self.nodeCollection.vertices.values()])
maxY = max([node.y for node in self.nodeCollection.vertices.values()])
minY = min([node.y for node in self.nodeCollection.vertices.values()])
#self.camerax=int((maxX+minX)/2)
#self.cameray=int((maxY+minY)/2)
#self.zoom=min((maxX-minX)/2, (maxY-minY)/2)
self.camerax = 43.4723642752
self.cameray = -80.5403881748
self.zoom = 83372.7046559
- 2. Receive JSON array back. Array contains the nodes, in order, for the path.
"""
from socket import *
import thread
from calc import pathFinder
import redis
import json
BUFF = 1024
HOST = '127.0.0.1'
PORT = 7284 # PATH :)
cache=redis.Redis()
pF = pathFinder(None)
pF.load()
def read_socket(client):
return client.recv(1)
def handler(clientsock,addr):
global cache
global pF
data = clientsock.recv(1024)
print data.decode("ascii")
data=data.decode("ascii").rstrip()
if not data:
clientsock.close()
return