def test_node_counts(self):
"""
Add 2 scenarios with varying #'s of nodes and
ensure that they have the correct counts
"""
from next.model.models import Scenario, Phase, get_cumulative_nodes
scen1 = Scenario(u'scenario1')
scen2 = Scenario(u'scenario2')
phase1 = Phase(scen1)
phase2 = Phase(scen2)
self.session.add_all([scen1, scen2, phase1, phase2])
scen1_nodes = nodes_along_latitude(10, phase1, self.session)
self.session.add_all(scen1_nodes)
scen2_nodes = nodes_along_latitude(20, phase2, self.session)
self.session.add_all(scen2_nodes)
self.assertEqual(10, get_cumulative_nodes(scen1.id, phase1.id).count())
self.assertEqual(20, get_cumulative_nodes(scen2.id, phase2.id).count())
def show_cumulative_phase_nodes(request):
"""
Returns nodes as geojson
type parameter used as a filter
If type=='demand', then add nearest-neighbor distance to output
"""
session = DBSession()
phase = get_object_or_404(Phase, request, ('phase_id', 'id'))
nodes = []
if (request.GET.has_key("type")):
request_node_type = request.GET["type"]
if(request_node_type == "demand"):
return show_cumulative_phase_demand_json(phase)
else:
nodes = get_cumulative_nodes(phase.scenario_id, phase.id, node_type=request_node_type)
else:
nodes = get_cumulative_nodes(phase.scenario_id, phase.id)
return to_geojson_feature_collection(nodes)
