def getRGsForBox(request):
l = float( request.GET['x1'] )
b = float( request.GET['y1'] )
r = float( request.GET['x2'] )
t = float( request.GET['y2'] )
index = Rtree('/home/renci/geoanalytics/geoanalytics-lib/rg')
ids = list(index.intersection((l,b,r,t), objects=True))
rgs = []
if len(ids) > 0:
rgs = [{
'name' : r.name,
'filepath' : r.filepath,
'bounds' : r.bbox4326,
'seriescount' : Series.objects(record_group=r).count()
} for r in [RecordGroup.objects(id=i.object).first() for i in ids]]
return HttpResponse(json.dumps(rgs), mimetype='application/json')
def getSeriesForBox(request):
l = float( request.GET['x1'] )
b = float( request.GET['y1'] )
r = float( request.GET['x2'] )
t = float( request.GET['y2'] )
rg = request.GET['rg']
index = Rtree('/home/renci/geoanalytics/geoanalytics-lib/sr')
ids = list(index.intersection((l,b,r,t), objects=True))
if len(ids)> 0:
sers = [{
'name' : s.name,
'filepath' : s.filepath,
'bounds' : s.bbox4326,
'filecount' : VectorFile.objects(series=s).count() + RasterFile.objects(series=s).count()
} for s in [Series.objects(id=i.object[0]).first() for i in filter(lambda x:x.object[1] == rg, ids)]]
return HttpResponse(json.dumps(sers), mimetype='application/json')
else:
return HttpResponse("[]", mimetype='application/json')
def series(request):
o = { 'children' : [_make_node(d) for d in Series.objects(**dict(_fudge(request.REQUEST.items())))] }
return HttpResponse(json.dumps(o, default=json_util.default), mimetype='application/json')
