def modeldesc(request):
'''Generates information to complete AR5 table 1, i.e model descriptions
'''
#get models to pass to ModelTable table object
models = getModels(pubonly=True)
#retrieve fields to be tabulated
fields = ar5_modeldesc_fields
mod_desc = ModelTable(table_title='AR5 Model Description Table', models=models, fields = fields)
mod_desc = getModels(pubonly=True)
#generate information for ar5 table 1
table1info = modeldesctable(models)
# set up my urls ...
urls = {}
urls['home'] = reverse('cmip5q.explorer.views_ar5.home', args=())
urls['ar5csv'] = reverse('cmip5q.explorer.views_ar5.ar5csv', args=())
urls['ar5bib'] = reverse('cmip5q.explorer.views_ar5.ar5bib', args=())
return render_to_response('explorer/ar5/modeldesc.html',
{'table1': table1info,
'urls': urls})
def ar5bib(request):
'''
Generates a text file of all references used in ar5 table 1
'''
#get all models
models = getModels(pubonly=True)
table1info = modeldesctable(models)
#iterate through all models and pull out references
modelrefs = []
for model in table1info:
for refs in [model.maincits,
model.aercits,
model.atmoscits,
model.atmchemcits,
model.licecits,
model.lsurfcits,
model.obgccits,
model.oceancits,
model.seaicecits]:
if not isinstance(refs, str):
for ref in refs:
if ref[0] == '"' or ref[0] == "'":
ref = ref[1:]
#check for duplicates before adding
if ref + '\n' + '\n' not in modelrefs:
modelrefs.append(ref + '\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=ar5_refs.txt'
return response
def create_modeldesc(request):
'''Generates information to complete AR5 table 1, i.e model descriptions
'''
#get real models
models = getModels(pubonly=True)
#generate information for ar5 table 1
table1info = modeldesctable(models)
# set up my urls ...
urls = {}
urls['home'] = reverse('cmip5q.explorer.views_ar5.home', args=())
urls['ar5csv'] = reverse('cmip5q.explorer.views_ar5.ar5csv', args=())
urls['ar5bib'] = reverse('cmip5q.explorer.views_ar5.ar5bib', args=())
return render_to_response('explorer/ar5/modeldesc.html',
{'table1': table1info,
'urls': urls})
def ar5csv(request):
'''
Generates csv representation of ar5 table 1
'''
#get date for csv file title
now = datetime.datetime.now()
filename = 'ar5csv_modeldesc_%d_%d_%d.csv' % (now.day, now.month, now.year)
# Create the HttpResponse object with the appropriate CSV header.
response = HttpResponse(mimetype='text/csv')
response['Content-Disposition'] = 'attachment; filename=%s' % filename
#----- Table 1 (Models) -----
#get real models
models = getModels(pubonly=True)
#generate information for ar5 table 1
table1info = modeldesctable(models)
writer = csv.writer(response)
#write column headings
writer.writerow(['Model ID| Vintage',
'Institution| Main references',
'Aerosol component name| Aerosol references',
'Atmosphere component name| Atmosphere horizontal grid | Atmosphere grid number of levels| Atmosphere grid top| Atmosphere references',
'Atmos chemistry component name| Atmos chemistry references',
'land ice component name| Land ice references',
'Land surface component name| Land surface references',
'Ocean biogeochem component name| Ocean biogeochem references',
'Ocean component name| Ocean horizontal grid | Ocean number of levels| Ocean top level| Ocean Z coordinate| Ocean top BC | Ocean references',
'Sea ice component name| Sea ice references',
])
#write out each row of information in turn
for row in table1info:
# first group references into a combined string
maincits = []
for cit in row.maincits:
maincits.append(cit + '; ')
maincits = "".join(maincits).encode("utf-8")
if not row.aerimplemented:
aercits = 'None'
else:
aercits = []
for cit in row.aercits:
aercits.append(cit + '; ')
aercits = "".join(aercits).encode("utf-8")
if not row.atmosimplemented:
atmoscits = 'None'
else:
atmoscits = []
for cit in row.atmoscits:
atmoscits.append(cit + '; ')
atmoscits = "".join(atmoscits).encode("utf-8")
if not row.atmchemimplemented:
atmchemcits = 'None'
else:
atmchemcits = []
for cit in row.atmchemcits:
atmchemcits.append(cit + '; ')
atmchemcits = "".join(atmchemcits).encode("utf-8")
if not row.liceimplemented:
licecits = 'None'
else:
licecits=[]
for cit in row.licecits:
licecits.append(cit+'; ')
licecits = "".join(licecits).encode("utf-8")
if not row.lsurfimplemented:
lsurfcits = 'None'
else:
lsurfcits=[]
for cit in row.lsurfcits:
lsurfcits.append(cit+'; ')
lsurfcits = "".join(lsurfcits).encode("utf-8")
if not row.obgcimplemented:
obgccits = 'None'
else:
obgccits=[]
for cit in row.obgccits:
obgccits.append(cit+'; ')
obgccits = "".join(obgccits).encode("utf-8")
if not row.oceanimplemented:
oceancits = 'None'
else:
oceancits=[]
for cit in row.oceancits:
oceancits.append(cit+'; ')
oceancits = "".join(oceancits).encode("utf-8")
if not row.seaiceimplemented:
seaicecits = 'None'
else:
seaicecits=[]
for cit in row.seaicecits:
seaicecits.append(cit+'; ')
seaicecits = "".join(seaicecits).encode("utf-8")
writer.writerow([row.abbrev+'| '+ str(row.yearReleased),
row.centre.name.encode("utf-8")+'| '+ maincits,
row.aerabbrev.encode("utf-8")+'| '+aercits,
row.atmosabbrev.encode("utf-8")+'| '+row.atmoshorgrid.encode("utf-8")+'| '+row.atmosnumlevels.encode("utf-8")+'| '+row.atmosgridtop.encode("utf-8")+'|'+atmoscits,
row.atmchemabbrev.encode("utf-8")+'| '+'| '+atmchemcits,
row.liceabbrev.encode("utf-8")+'| '+'| '+licecits,
row.lsurfabbrev.encode("utf-8")+'| '+ lsurfcits,
row.obgcabbrev.encode("utf-8")+'| '+ obgccits,
row.oceanabbrev.encode("utf-8")+'| '+row.oceanhorgrid.encode("utf-8")+'| '+row.oceannumlevels.encode("utf-8")+'| '+row.oceantoplevel.encode("utf-8")+'| '+row.oceanzcoord.encode("utf-8")+'| '+row.oceantopbc.encode("utf-8")+'| '+oceancits,
row.seaiceabbrev.encode("utf-8")+'| '+ seaicecits,
])
return response
