def getBMPs(context):
session_id = context['IndexInput']['id']
#BMPs.txt
BMPs = ""
#process landtype_id: 1~5 : Cropland, pastland, forest,user defined,feedlot
for landtype_id in range(1, 6):
BMPs += '\tN\tP\tBOD\tSediment\tAppliedArea\tBMP\n'
for watershd_id in context['rangeWSD']:
bmpInput = BMPInput.objects.get(session_id=session_id,
landtype_id=landtype_id,
watershd_id=watershd_id)
BMPs += '%.4f' % bmpInput.N + "\t" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"1"]
BMPs += '%.4f' % bmpInput.P + "\t" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"2"]
BMPs += '%.4f' % bmpInput.BOD + "\t" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"3"]
BMPs += '%.4f' % bmpInput.Sediment + "\t" #=request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"4"]
BMPs += '%.4f' % bmpInput.PercentApplied + "\t" #=request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"6"]
BMPs += str(
bmpInput.BMP
) + "\n" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"5"]
if landtype_id != 5:
BMPs += "\n"
BMPs += '------------ Followings are BMPs for Urban-------------------------------------------------\n'
import time
time.sleep(2) # delays for 2 seconds
for i in range(1, 5):
for j in range(1, 10):
key = "UrbnConc_" + str(i) + str(j)
urbanBmpInput = UrbanBmpInput.objects.get(session_id=session_id,
key=key)
BMPs += '%.4f' % urbanBmpInput.value + "\t"
BMPs += "\n"
BMPs += "\n"
#UrbanBMP_
for k in context['range5']:
for i in context['rangeWSD']:
for j in context['range9']:
key = 'UrbanBMP_' + str(k) + '_' + twonum(i) + str(j)
urbanBmpInput = UrbanBmpInput.objects.get(
session_id=session_id, key=key)
BMPs += '%.4f' % urbanBmpInput.value + "\t"
BMPs += "\n"
BMPs += "\n"
return BMPs
def getBMPs(self, context):
session_id=context['IndexInput']['id']
#BMPs.txt
BMPs = ""
#process landtype_id: 1~5 : Cropland, pastland, forest,user defined,feedlot
for landtype_id in range(1,6):
BMPs += '\tN\tP\tBOD\tSediment\tAppliedArea\tBMP\n'
for watershd_id in context['rangeWSD']:
bmpInput = BMPInput.objects.get(session_id=session_id, landtype_id=landtype_id,
watershd_id=watershd_id)
BMPs += '%.4f' % bmpInput.N + "\t" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"1"]
BMPs += '%.4f' % bmpInput.P + "\t" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"2"]
BMPs += '%.4f' % bmpInput.BOD + "\t" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"3"]
BMPs += '%.4f' % bmpInput.Sediment + "\t" #=request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"4"]
BMPs += '%.4f' % bmpInput.PercentApplied + "\t" #=request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"6"]
BMPs += str(bmpInput.BMP) + "\n" #= request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"5"]
if landtype_id != 5:
BMPs += "\n"
BMPs += '------------ Followings are BMPs for Urban-------------------------------------------------\n'
import time
time.sleep(2) # delays for 2 seconds
for i in range(1,5):
for j in range(1,10):
key = "UrbnConc_"+str(i)+str(j)
urbanBmpInput = UrbanBmpInput.objects.get(session_id=session_id, key=key)
BMPs += '%.4f' % urbanBmpInput.value + "\t"
BMPs += "\n"
BMPs += "\n"
#UrbanBMP_
for k in context['range5']:
for i in context['rangeWSD']:
for j in context['range9']:
key = 'UrbanBMP_'+str(k)+'_'+twonum(i)+str(j)
urbanBmpInput = UrbanBmpInput.objects.get(session_id=session_id, key=key)
BMPs += '%.4f' % urbanBmpInput.value + "\t"
BMPs += "\n"
BMPs += "\n"
return BMPs
def post(self, request, *args, **kwargs):
#all saved to session
context = request.session
session_id=context['IndexInput']['id']
#process inputs from bmpMain
#process landtype_id: 1~5 : Cropland, pastland, forest,user defined,feedlot
for landtype_id in range(1,6):
for watershd_id in context['rangeWSD']:
if not BMPInput.objects.filter(session_id=session_id, landtype_id=landtype_id ,
watershd_id=watershd_id).exists():
bmpInput = BMPInput(
session_id=session_id,
landtype_id=landtype_id,
watershd_id=watershd_id
)
else:
bmpInput = BMPInput.objects.get(session_id=session_id, landtype_id=landtype_id,
watershd_id=watershd_id)
bmpInput.BMP = request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"5"]
bmpInput.PercentApplied=request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"6"]
bmpInput.N = request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"1"]
bmpInput.P = request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"2"]
bmpInput.BOD = request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"3"]
bmpInput.Sediment=request.POST['BMP_'+str(landtype_id)+"_"+twonum(watershd_id)+"4"]
bmpInput.save()
#UrbnConc
for i in range(1,5):
for j in range(1,10):
key = "UrbnConc_"+str(i)+str(j)
if not UrbanBmpInput.objects.filter(session_id=session_id, key=key).exists():
urbanBmpInput = UrbanBmpInput(
session_id=session_id,
key=key
)
else:
urbanBmpInput = UrbanBmpInput.objects.get(session_id=session_id, key=key)
urbanBmpInput.value = request.POST[key]
urbanBmpInput.save()
#UrbanBMP_
for k in context['range5']:
for i in context['rangeWSD']:
for j in context['range9']:
key = 'UrbanBMP_'+str(k)+'_'+twonum(i)+str(j)
if not UrbanBmpInput.objects.filter(session_id=session_id, key=key).exists():
urbanBmpInput = UrbanBmpInput(
session_id=session_id,
key=key
)
else:
urbanBmpInput = UrbanBmpInput.objects.get(session_id=session_id, key=key)
urbanBmpInput.value = request.POST[key]
urbanBmpInput.save()
#process through STPEL api to run fortran
from_id = URL_RUN_FROM_ID + str(session_id)
run1_url = FORTRAN_SERVER + URL_RUN_STEP_1
text = self.runStep1(context,from_id,run1_url)
print text
#parse text
ret = json.loads(text);
clmArr = [0,1,3,4,5,7,8,9,11,12,13,15,16]
img_prefix = FORTRAN_SERVER + "tmp/" + from_id + "/"
return render(request, 'runStep1.html', {
'ctx':context, 'req' : request, 'run1ret':ret['run1ret'][1:],
'img_prefix' : img_prefix, 'clmArr':clmArr
})
def post(self, request, *args, **kwargs):
#all saved to session
context = request.session
#process inputs from inputMain
#process gwOpt and swsOpt
indexInput = IndexInput.objects.get(id=context['IndexInput']['id'])
if request.POST['gwOpt'] != 'on' or request.POST['swsOpt'] != 'on':
if request.POST['gwOpt'] != 'on':
indexInput.gwOpt = False
if request.POST['swsOpt'] != 'on':
indexInput.swsOpt = False
indexInput.save()
#process WatershedLandUse
context['WatershedLandUse'] = {}
for watershd_id in context['rangeWSD']:
if not WatershedLandUse.objects.filter(
session_id=indexInput.id,
watershd_id=watershd_id).exists():
watershedLandUse = WatershedLandUse(session_id=indexInput.id,
watershd_id=watershd_id)
else:
watershedLandUse = WatershedLandUse.objects.get(
session_id=indexInput.id, watershd_id=watershd_id)
watershedLandUse.HSG = request.POST['HSG_' + twonum(watershd_id)]
watershedLandUse.FeedlotPercentPaved = request.POST[
'PctFeedlot_' + twonum(watershd_id)]
watershedLandUse.Total = request.POST['TAreaWSD_' +
twonum(watershd_id)]
for i in range(1, 7):
setattr(
watershedLandUse, WatershedLandUse_index_map[i],
request.POST['LuseAreaWSD_' + str(i) +
twonum(watershd_id)])
watershedLandUse.save()
#prepare data for rendering template
context['WatershedLandUse'][watershd_id] = extract(
watershedLandUse)
#process AgriAnimal
for watershd_id in context['rangeWSD']:
if not AgriAnimal.objects.filter(session_id=indexInput.id,
watershd_id=watershd_id).exists():
agriAnimal = AgriAnimal(session_id=indexInput.id,
watershd_id=watershd_id)
else:
agriAnimal = AgriAnimal.objects.get(session_id=indexInput.id,
watershd_id=watershd_id)
agriAnimal.numMonthsManureApplied = request.POST[
'NumMonManure_' + twonum(watershd_id)]
for i in range(1, 9):
setattr(
agriAnimal, AgriAnimal_index_map[i],
request.POST['Animals_' + str(i) + twonum(watershd_id)])
agriAnimal.save()
#process SepticNillegal
for watershd_id in context['rangeWSD']:
if not SepticNillegal.objects.filter(
session_id=indexInput.id,
watershd_id=watershd_id).exists():
septicNillegal = SepticNillegal(session_id=indexInput.id,
watershd_id=watershd_id)
else:
septicNillegal = SepticNillegal.objects.get(
session_id=indexInput.id, watershd_id=watershd_id)
septicNillegal.numSepticSystems = request.POST['NumSpSys_' +
twonum(watershd_id)]
septicNillegal.PopulationPerSeptic = request.POST[
'PpSpSys_' + twonum(watershd_id)]
septicNillegal.SepticFailureRate_Percent = request.POST[
'SpFailRate_' + twonum(watershd_id)]
septicNillegal.Wastewater_Direct_Discharge_numPeople = request.POST[
'NumPpDrtDc_' + twonum(watershd_id)]
septicNillegal.Direct_Discharge_Reduction_Percent = request.POST[
'RdcDrtDc_' + twonum(watershd_id)]
septicNillegal.save()
#process UniversalSoilLossEquation
for watershd_id in context['rangeWSD']:
if not UniversalSoilLossEquation.objects.filter(
session_id=indexInput.id,
watershd_id=watershd_id).exists():
ele = UniversalSoilLossEquation(session_id=indexInput.id,
watershd_id=watershd_id)
else:
ele = UniversalSoilLossEquation.objects.get(
session_id=indexInput.id, watershd_id=watershd_id)
for i in range(1, 6):
setattr(
ele, "Cropland_" + UniversalSoilLossEquation_index_map[i],
request.POST['usleCropland_' + str(i) +
twonum(watershd_id)])
for i in range(1, 6):
setattr(
ele,
"Pastureland_" + UniversalSoilLossEquation_index_map[i],
request.POST['uslePasture_' + str(i) +
twonum(watershd_id)])
for i in range(1, 6):
setattr(
ele, "Forest_" + UniversalSoilLossEquation_index_map[i],
request.POST['usleForest_' + str(i) + twonum(watershd_id)])
for i in range(1, 6):
setattr(
ele,
"UserDefined_" + UniversalSoilLossEquation_index_map[i],
request.POST['usleUser_' + str(i) + twonum(watershd_id)])
ele.save()
#load LanduseDistribution
context['LanduseDistributionInput'] = list2dictWthKey(
'watershd_id',
LanduseDistributionInput.objects.filter(
session_id=indexInput.id).values())
return render(request, 'bmpMain.html', {
'ctx': context,
'req': request
})
def post(self, request, *args, **kwargs):
#all saved to session
context = request.session
session_id = context['IndexInput']['id']
#process inputs from bmpMain
#process landtype_id: 1~5 : Cropland, pastland, forest,user defined,feedlot
for landtype_id in range(1, 6):
for watershd_id in context['rangeWSD']:
if not BMPInput.objects.filter(
session_id=session_id,
landtype_id=landtype_id,
watershd_id=watershd_id).exists():
bmpInput = BMPInput(session_id=session_id,
landtype_id=landtype_id,
watershd_id=watershd_id)
else:
bmpInput = BMPInput.objects.get(session_id=session_id,
landtype_id=landtype_id,
watershd_id=watershd_id)
bmpInput.BMP = request.POST['BMP_' + str(landtype_id) + "_" +
twonum(watershd_id) + "5"]
bmpInput.PercentApplied = request.POST['BMP_' +
str(landtype_id) + "_" +
twonum(watershd_id) +
"6"]
bmpInput.N = request.POST['BMP_' + str(landtype_id) + "_" +
twonum(watershd_id) + "1"]
bmpInput.P = request.POST['BMP_' + str(landtype_id) + "_" +
twonum(watershd_id) + "2"]
bmpInput.BOD = request.POST['BMP_' + str(landtype_id) + "_" +
twonum(watershd_id) + "3"]
bmpInput.Sediment = request.POST['BMP_' + str(landtype_id) +
"_" + twonum(watershd_id) +
"4"]
bmpInput.save()
#UrbnConc
for i in range(1, 5):
for j in range(1, 10):
key = "UrbnConc_" + str(i) + str(j)
if not UrbanBmpInput.objects.filter(session_id=session_id,
key=key).exists():
urbanBmpInput = UrbanBmpInput(session_id=session_id,
key=key)
else:
urbanBmpInput = UrbanBmpInput.objects.get(
session_id=session_id, key=key)
urbanBmpInput.value = request.POST[key]
urbanBmpInput.save()
#UrbanBMP_
for k in context['range5']:
for i in context['rangeWSD']:
for j in context['range9']:
key = 'UrbanBMP_' + str(k) + '_' + twonum(i) + str(j)
if not UrbanBmpInput.objects.filter(session_id=session_id,
key=key).exists():
urbanBmpInput = UrbanBmpInput(session_id=session_id,
key=key)
else:
urbanBmpInput = UrbanBmpInput.objects.get(
session_id=session_id, key=key)
urbanBmpInput.value = request.POST[key]
urbanBmpInput.save()
#process through STPEL api to run fortran
from_id = URL_RUN_FROM_ID + str(session_id)
run1_url = FORTRAN_SERVER + URL_RUN_STEP_1
text = runStep1(context, from_id, run1_url)
print text
#parse text
ret = json.loads(text)
clmArr = [0, 1, 3, 4, 5, 7, 8, 9, 11, 12, 13, 15, 16]
img_prefix = FORTRAN_SERVER + "tmp/" + from_id + "/"
return render(
request, 'runStep1.html', {
'ctx': context,
'req': request,
'run1ret': ret['run1ret'][1:],
'img_prefix': img_prefix,
'clmArr': clmArr
})
def post(self, request, *args, **kwargs):
#all saved to session
context = request.session
#process inputs from inputMain
#process gwOpt and swsOpt
indexInput = IndexInput.objects.get(id=context['IndexInput']['id'])
if request.POST['gwOpt']!='on' or request.POST['swsOpt']!='on':
if request.POST['gwOpt']!='on':
indexInput.gwOpt=False
if request.POST['swsOpt']!='on':
indexInput.swsOpt=False
indexInput.save()
#process WatershedLandUse
context['WatershedLandUse'] = {}
for watershd_id in context['rangeWSD'] :
if not WatershedLandUse.objects.filter(session_id=indexInput.id, watershd_id=watershd_id).exists():
watershedLandUse = WatershedLandUse(
session_id=indexInput.id,
watershd_id=watershd_id
)
else:
watershedLandUse = WatershedLandUse.objects.get(session_id=indexInput.id, watershd_id=watershd_id)
watershedLandUse.HSG = request.POST['HSG_' + twonum(watershd_id)]
watershedLandUse.FeedlotPercentPaved = request.POST['PctFeedlot_' + twonum(watershd_id)]
watershedLandUse.Total = request.POST['TAreaWSD_' + twonum(watershd_id)]
for i in range(1,7):
setattr( watershedLandUse,WatershedLandUse_index_map[i],request.POST['LuseAreaWSD_'+str(i)+twonum(watershd_id)] )
watershedLandUse.save()
#prepare data for rendering template
context['WatershedLandUse'][watershd_id] = extract(watershedLandUse)
#process AgriAnimal
for watershd_id in context['rangeWSD'] :
if not AgriAnimal.objects.filter(session_id=indexInput.id, watershd_id=watershd_id).exists():
agriAnimal = AgriAnimal(
session_id=indexInput.id,
watershd_id=watershd_id
)
else:
agriAnimal = AgriAnimal.objects.get(session_id=indexInput.id, watershd_id=watershd_id)
agriAnimal.numMonthsManureApplied = request.POST['NumMonManure_' + twonum(watershd_id)]
for i in range(1,9):
setattr( agriAnimal,AgriAnimal_index_map[i],request.POST['Animals_'+str(i)+twonum(watershd_id)] )
agriAnimal.save()
#process SepticNillegal
for watershd_id in context['rangeWSD'] :
if not SepticNillegal.objects.filter(session_id=indexInput.id, watershd_id=watershd_id).exists():
septicNillegal = SepticNillegal(
session_id=indexInput.id,
watershd_id=watershd_id
)
else:
septicNillegal = SepticNillegal.objects.get(session_id=indexInput.id, watershd_id=watershd_id)
septicNillegal.numSepticSystems = request.POST['NumSpSys_' + twonum(watershd_id)]
septicNillegal.PopulationPerSeptic = request.POST['PpSpSys_' + twonum(watershd_id)]
septicNillegal.SepticFailureRate_Percent = request.POST['SpFailRate_' + twonum(watershd_id)]
septicNillegal.Wastewater_Direct_Discharge_numPeople = request.POST['NumPpDrtDc_' + twonum(watershd_id)]
septicNillegal.Direct_Discharge_Reduction_Percent = request.POST['RdcDrtDc_' + twonum(watershd_id)]
septicNillegal.save()
#process UniversalSoilLossEquation
for watershd_id in context['rangeWSD'] :
if not UniversalSoilLossEquation.objects.filter(session_id=indexInput.id, watershd_id=watershd_id).exists():
ele = UniversalSoilLossEquation(
session_id=indexInput.id,
watershd_id=watershd_id
)
else:
ele = UniversalSoilLossEquation.objects.get(session_id=indexInput.id, watershd_id=watershd_id)
for i in range(1,6):
setattr( ele,"Cropland_"+UniversalSoilLossEquation_index_map[i],request.POST['usleCropland_'+str(i)+twonum(watershd_id)] )
for i in range(1,6):
setattr( ele,"Pastureland_"+UniversalSoilLossEquation_index_map[i],request.POST['uslePasture_'+str(i)+twonum(watershd_id)] )
for i in range(1,6):
setattr( ele,"Forest_"+UniversalSoilLossEquation_index_map[i],request.POST['usleForest_'+str(i)+twonum(watershd_id)] )
for i in range(1,6):
setattr( ele,"UserDefined_"+UniversalSoilLossEquation_index_map[i],request.POST['usleUser_'+str(i)+twonum(watershd_id)] )
ele.save()
#load LanduseDistribution
context['LanduseDistributionInput'] = list2dictWthKey('watershd_id',LanduseDistributionInput.objects.filter(session_id=indexInput.id).values())
return render(request, 'bmpMain.html', { 'ctx':context, 'req' : request })
