#All the well heads are divided into three list for each function
listOfProductionWellHeads = Rojas.listOfWellHeads.getList('Production')
listOfWaterInjectionWellHeads = Rojas.listOfWellHeads.getList('Water Injection')
listOfGasInjectionWellHeads = Rojas.listOfWellHeads.getList('Gas Injection')
#Determines the listOfPoints for every manifold
listOfProductionManifoldPoints = Rojas.betterKmeans(listOfProductionWellHeads,nummberOfManifoldForProductionWH)
listOfWaterInjectionManifoldPoints = Rojas.betterKmeans(listOfWaterInjectionWellHeads,nummberOfManifoldForWaterInjectionWH)
listOfGasInjectionManifoldPoints = Rojas.betterKmeans(listOfGasInjectionWellHeads,nummberOfManifoldForGasInjectionWH)
#Since we have the well heads for every manifold it is posible to INITIALIZE each manifold
listOfProductionManifold=list()
for i in listOfProductionManifoldPoints:
listOfProductionManifold.append(Manifold(i))
listOfWaterInjectionManifold=list()
for i in listOfWaterInjectionManifoldPoints:
listOfWaterInjectionManifold.append(Manifold(i))
listOfGasInjectionManifold=list()
for i in listOfGasInjectionManifoldPoints:
listOfGasInjectionManifold.append(Manifold(i))
#Calculate the total sum of gathering lines:
totalGatheringLength = 0
for i in listOfProductionManifold:
totalGatheringLength += i.lengthOfGathLines
# -*- coding: utf-8 -*-
import sys, os
sys.path.append('PressureDropAndHeatTransfer')
sys.path.append('../REFPROP')
os.environ['RPPREFIX'] = r'C:/Program Files (x86)/REFPROP'
from Manifold import *
if __name__ == '__main__':
path = "../XML/Manifoldv1/"
rootXML = "manifold0.xml"
MF = 5e-3
m = Manifold(path, rootXML, 2.02e-3, 0.01, -35.)
m.run()
m.plot()
"""
Fig. 1
__________
______/ b3 \_____
/ \__________/ \
/ b1 b4 b5 \
______/ \______
b0 \ / b6
\ /
\___________b2__________/
Run b5, guess initial vapor quality, gives vapor quality that we guessed and Temperature
Fig. 2
____b0__________b2__________b4_________b6_____
# -*- coding: utf-8 -*-
import sys, os
sys.path.append('PressureDropAndHeatTransfer')
sys.path.append('../REFPROP')
os.environ['RPPREFIX'] = r'C:/Program Files (x86)/REFPROP'
from Manifold import *
if __name__ == '__main__':
path = "../XML/QuarterShell/"
rootXML = "endcapShortyRing.xml"
m = Manifold(path, rootXML, 1.1e-3, 0.01, 2., -40.)
# m.branches[0].setFinalVaporQualityGuess(0.5) # very advanced, don't do this
m.run()
m.plot()
# -*- coding: utf-8 -*-
import sys, os
sys.path.append('../FluidDynamics')
sys.path.append('../REFPROP')
os.environ['RPPREFIX'] = r'C:/Program Files (x86)/REFPROP'
from Manifold import *
import runinfo
if __name__ == '__main__':
if len(sys.argv) > 1:
runinfo.runname = sys.argv[1]
else:
runinfo.runname = 'test'
path = "../XML/HalfBarrel/"
rootXML = "barrel.xml"
m = Manifold(path, rootXML, 2.*2.304e-3+2.*7.68e-3, 0.0, -1, -40.)
# m = Manifold(path, rootXML, 2.*2.304e-3, 0.0, -1, -40.)
m.run()
m.plot()
