from dependency_graph import DependencyGraph
dependencyGraph = DependencyGraph()
dependencyGraph.addVertex("A")
dependencyGraph.addVertex("B")
dependencyGraph.addVertex("C")
dependencyGraph.addVertex("D")
print "\n"
print dependencyGraph.es
print dependencyGraph.vs["A"]["depList"]
print dependencyGraph.vs["B"]["depList"]
print dependencyGraph.vs["C"]["depList"]
print dependencyGraph.vs["D"]["depList"]
dependencyGraph.addEdge("B", 2, "A")
dependencyGraph.addEdge("C", 5, "B")
dependencyGraph.addEdge("D", 1, "B")
print "\n"
print dependencyGraph.es
print dependencyGraph.vs["A"]["depList"]
print dependencyGraph.vs["B"]["depList"]
print dependencyGraph.vs["C"]["depList"]
print dependencyGraph.vs["D"]["depList"]
# dependencyGraph.setPrice("C", 2)
# print "-" * 40
# print "(A)", dependencyGraph.vs["A"]["directPrice"], "-", dependencyGraph.vs["A"]["craftPrice"]
# print "(B)", dependencyGraph.vs["B"]["directPrice"], "-", dependencyGraph.vs["B"]["craftPrice"]
total = len(auctions)
count = 0
# loop through auctions and create dependency graph
for auction in auctions:
count += 1
if count % 1000 == 0:
print count, "/", total, "(", (count / (total / 100)), "%)"
auctionItem = str(auction["item"])
auctionPrice = auction["buyout"]
auctionQuant = auction["quantity"]
auctionPricePU = float(auctionPrice) / auctionQuant
dependencyGraph.addVertex(auctionItem)
vertexPrice = dependencyGraph.getPrice(auctionItem)
if vertexPrice > auctionPricePU:
dependencyGraph.setPrice(auctionItem, auctionPricePU)
edges = relationsGraph.getEdges(auctionItem)
for edge in edges:
dependencyGraph.addEdge(auctionItem, edge[0], edge[1])
# get a sorted list of craft / direct price differences
diffs = dependencyGraph.getPriceDiffs()
# dump price differences to file
