def modeldesc(request):
'''
Generates information to complete strat model description table
'''
#get real models
models = getModels(pubonly=True)
#generate information for ar5 table 1
table1info = strattable(models)
# set up my urls ...
urls = {}
urls['home'] = reverse('pimmsqn.explorer.views_strat.home', args=())
urls['stratcsv'] = reverse('pimmsqn.explorer.views_strat.stratcsv', args=())
urls['stratbib'] = reverse('pimmsqn.explorer.views_strat.stratbib', args=())
return render_to_response('explorer/strat/modeldesc.html',
{'table1': table1info,
'urls': urls})
def stratbib(request):
'''
Generates a text file of all references used in strat table
'''
#get all models
models = getModels()
#iterate through all models and pull out references
modelrefs = []
for model in models:
refs = model.references.all()
for ref in refs:
#check for duplicates before adding
if ref.citation + '\n' + '\n' not in modelrefs:
modelrefs.append(ref.citation + '\n' + '\n')
#sort alphabetically and join up into a full string
modelrefs.sort()
ar5refs = "".join(modelrefs)
response = HttpResponse(ar5refs, mimetype="text/plain")
response['Content-Disposition'] = 'attachment; filename=strat_refs.txt'
return response
def stratcsv(request):
'''
Generates csv representation of strat table
'''
# Create the HttpResponse object with the appropriate CSV header.
response = HttpResponse(mimetype='text/csv')
response['Content-Disposition'] = 'attachment; filename=stratcsv_table1.csv'
#----- Table 1 (Models) -----
#get real models
models = getModels()
#generate information for ar5 table 1
tableinfo = strattable(models)
writer = csv.writer(response)
#write column headings
writer.writerow(['Model ID',
'Vintage',
'Institution',
'Main references',
'Atmosphere component name',
'Atmosphere horizontal grid',
'Atmosphere grid number of levels',
'Atmosphere grid top',
'Atmosphere references',
'Source mechanisms',
'Propogation scheme',
'Dissipation scheme',
'Strat. het. chem. gas species',
'Strat. het. chem. aerosol',
'Levels above 200hPa',
])
#write out each row of information in turn
for row in tableinfo:
# first group references into a combined string
maincits = []
for cit in row.maincits:
maincits.append(cit + '; ')
maincits = "".join(maincits)
if not row.atmosimplemented:
oroggwsrcs = 'Not Implemented'
else:
srcs = []
for src in row.oroggwsrcs:
srcs.append(src + '; ')
oroggwsrcs = "".join(srcs)
if not row.atmosimplemented:
atmoscits = 'Not Implemented'
else:
atmoscits = []
for cit in row.atmoscits:
atmoscits.append(cit + '; ')
atmoscits = "".join(atmoscits)
if not row.atmchemimplemented:
strathetchemgas = 'Not Implemented'
else:
srcs = []
for src in row.strathetchemgas:
srcs.append(src + '; ')
strathetchemgas = "".join(srcs)
if not row.atmchemimplemented:
strathetchemaer = 'Not Implemented'
else:
srcs = []
for src in row.strathetchemaer:
srcs.append(src + '; ')
strathetchemaer = "".join(srcs)
writer.writerow([row.abbrev,
str(row.yearReleased),
row.centre.name,
"".join(maincits),
row.atmosabbrev,
row.atmoshorgrid,
row.atmosnumlevels,
row.atmosgridtop,
"".join(atmoscits),
oroggwsrcs,
row.oroggwprop,
row.oroggwdiss,
strathetchemgas,
strathetchemaer,
row.levsabove200
])
return response