Commit 5c41dfd5 authored by Georgios Dagkakis's avatar Georgios Dagkakis

DemandPlanning updated to create a JSON for LineGenerationJSON

parent cd335b24
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......@@ -29,6 +29,7 @@ import xlwt
import xlrd
import json
from AllocManagement import AllocManagement
from dream.simulation.LineGenerationJSON import main as simulate_line_json
from dream.simulation.Globals import G
from dream.simulation.FutureDemandCreator import FutureDemandCreator
......@@ -256,44 +257,53 @@ def main():
# read from inputs spreadsheet
readGeneralInput()
# open json file
argumentDictFile=open('argumentDict.json', mode='w')
argumentDict={}
argumentDict['argumentDict']={}
argumentDictFile=open('inputFile.json', mode='w')
inputDict={}
inputDict['_class']='Dream.Simulation'
# set general attributes
argumentDict['general']={}
argumentDict['general']['maxSimTime']=G.planningHorizon
argumentDict['general']['numberOfReplications']=G.ReplicationNo
inputDict['general']={}
inputDict['general']['maxSimTime']=G.planningHorizon
inputDict['general']['numberOfReplications']=G.ReplicationNo
inputDict['general']['_class']='Dream.Simulation'
inputDict['nodes']={}
inputDict['nodes']['AM']={}
inputDict['nodes']['AM']['_class']='Dream.AllocationManagement'
inputDict['nodes']['AM']['id']='AM1'
inputDict['nodes']['AM']['name']='AM1'
inputDict['nodes']['AM']['argumentDict']={}
# set current PPOS attributes
argumentDict['argumentDict']['currentPPOS']={}
argumentDict['argumentDict']['currentPPOS']['id']=G.TargetPPOS
argumentDict['argumentDict']['currentPPOS']['quantity']=G.TargetPPOSqty
argumentDict['argumentDict']['currentPPOS']['targetWeek']=G.TargetPPOSweek
inputDict['nodes']['AM']['argumentDict']['currentPPOS']={}
inputDict['nodes']['AM']['argumentDict']['currentPPOS']['id']=G.TargetPPOS
inputDict['nodes']['AM']['argumentDict']['currentPPOS']['quantity']=G.TargetPPOSqty
inputDict['nodes']['AM']['argumentDict']['currentPPOS']['targetWeek']=G.TargetPPOSweek
# set allocation attributes
argumentDict['argumentDict']['allocationData']={}
argumentDict['argumentDict']['allocationData']['maxEarliness']=G.maxEarliness
argumentDict['argumentDict']['allocationData']['maxLateness']=G.maxLateness
argumentDict['argumentDict']['allocationData']['minPackingSize']=G.minPackingSize
inputDict['nodes']['AM']['argumentDict']['allocationData']={}
inputDict['nodes']['AM']['argumentDict']['allocationData']['maxEarliness']=G.maxEarliness
inputDict['nodes']['AM']['argumentDict']['allocationData']['maxLateness']=G.maxLateness
inputDict['nodes']['AM']['argumentDict']['allocationData']['minPackingSize']=G.minPackingSize
# set capacity attributes
argumentDict['argumentDict']['capacity']=G.CapacityDict
inputDict['nodes']['AM']['argumentDict']['capacity']=G.CapacityDict
# set MA attributes
argumentDict['argumentDict']['MAList']=G.RouteDict
inputDict['nodes']['AM']['argumentDict']['MAList']=G.RouteDict
G.argumentDictString=json.dumps(argumentDict, indent=5)
G.argumentDictString=json.dumps(inputDict, indent=5)
argumentDictFile.write(G.argumentDictString)
# create the future demand
FDC=FutureDemandCreator()
FDC.run()
#call the AllocManagement routine
AM = AllocManagement()
AM.Run()
writeOutput() # currently to excel for verification. To be outputted in JSON
print G.AllocationPPOS
# # create the future demand
# FDC=FutureDemandCreator()
# FDC.run()
# #call the AllocManagement routine
# AM = AllocManagement()
# AM.Run()
# writeOutput() # currently to excel for verification. To be outputted in JSON
if __name__ == '__main__':
main()
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