def epindicators(request):
fakeresult = {"EPAren": 1.0, "EPAnren": 1.0, "EPAtotal": 2.0, "EPArer": 0.5,
"EPren": 1.0, "EPnren": 0.75, "EPtotal": 1.75, "EPrer": 0.6}
f = open('pachi.log', 'w')
if request.method == 'POST':
if request.is_ajax():
data = json.loads(request.body.decode('utf-8'))
krdel = float(data.get('krdel', 1.0))
kexp = float(data.get('kexp', 1.0))
components = data.get('components', [])
f.write("krdel: %s\n"
"kexp: %s \n"
"components: %s\n %s %s %s\n" %
(krdel, kexp, components,
type(krdel), type(kexp), type(components)))
data = readenergydata(components)
f.write("Energy data: %s" % data)
epresults = weighted_energy(data, krdel, FACTORESDEPASOOFICIALES, kexp)
result = ep2dict(epresults)
return JsonResponse(result)
#Get goes here
#return render(request,'base.html')
return JsonResponse(fakeresult)
def test_savefile():
datafile = os.path.join(currpath, '../examples/ejemplo6K3.csv')
outfile = os.path.join(currpath, '../examples/ejemplo6K3modif.csv')
meta, data = readenergyfile(datafile)
balance = compute_balance(data, TESTKRDEL)
EP = weighted_energy(balance, TESTFP, TESTKEXP)
meta[u"EP_nren"] = EP['EP']['nren']
meta[u"EP_ren"] = EP['EP']['ren']
meta[u"EPA_nren"] = EP['EPpasoA']['nren']
meta[u"EPA_ren"] = EP['EPpasoA']['ren']
saveenergyfile(outfile, meta, data)
def epindicators(request):
fakeresult = {
"EPAren": 1.0,
"EPAnren": 1.0,
"EPAtotal": 2.0,
"EPArer": 0.5,
"EPren": 1.0,
"EPnren": 0.75,
"EPtotal": 1.75,
"EPrer": 0.6
}
f = open('pachi.log', 'w')
if request.method == 'POST':
if request.is_ajax():
data = json.loads(request.body.decode('utf-8'))
krdel = float(data.get('krdel', 1.0))
kexp = float(data.get('kexp', 1.0))
components = data.get('components', [])
f.write("krdel: %s\n"
"kexp: %s \n"
"components: %s\n %s %s %s\n" %
(krdel, kexp, components, type(krdel), type(kexp),
type(components)))
data = readenergydata(components)
f.write("Energy data: %s" % data)
epresults = weighted_energy(data, krdel, FACTORESDEPASOOFICIALES,
kexp)
result = ep2dict(epresults)
return JsonResponse(result)
#Get goes here
#return render(request,'base.html')
return JsonResponse(fakeresult)
def epfromdata(datalist, krdel, kexp, fp):
"""Compute primary energy (weighted energy) from datalist"""
data = readenergydata(datalist)
return weighted_energy(data, krdel, fp, kexp)
def epfromfile(filename, krdel, kexp, fp):
"""Compute primary energy (weighted energy) from data in filename"""
datafile = os.path.join(currpath, filename)
data = readenergyfile(datafile)
return weighted_energy(data, krdel, fp, kexp)
def epfromdata(datalist, krdel, kexp, fp):
"""Compute primary energy (weighted energy) from datalist"""
data = readenergydata(datalist)
return weighted_energy(data, krdel, fp, kexp)
def epfromfile(filename, krdel, kexp, fp):
"""Compute primary energy (weighted energy) from data in filename"""
datafile = os.path.join(currpath, filename)
data = readenergyfile(datafile)
return weighted_energy(data, krdel, fp, kexp)
def epfromdata(data, krdel, kexp, fp):
"""Compute primary energy (weighted energy) from datalist"""
balance = compute_balance(data, krdel)
return weighted_energy(balance, fp, kexp)
