def get_cts_data(request, sim_id, measure_name):
sim_id = int(sim_id)
simulation = get_object_or_404(Simulation, id=int(sim_id))
output_parser = om_output_parser_from_simulation(simulation)
try:
data = output_parser.cts_output_data[measure_name]
except KeyError:
raise Http404("There is not measure %s in simulation %s" % (measure_name, sim_id))
result = {
"measure_name": measure_name,
"sim_id": sim_id,
"data": data,
"description": continuousMeasuresDescription.get(measure_name, "")
}
return HttpResponse(json.dumps(result), content_type="application/json")
def get_cts_data_view(request, sim_id, measure_name):
sim_id = int(sim_id)
simulation = get_object_or_404(Simulation, id=sim_id)
if simulation.scenario.user != request.user:
raise PermissionDenied
output_parser = om_output_parser_from_simulation(simulation)
try:
data = output_parser.cts_output_data[measure_name]
except KeyError:
raise Http404("There is no measure %s in simulation %s" %
(measure_name, sim_id))
result = {
"measure_name": measure_name,
"sim_id": sim_id,
"data": data,
"description": continuousMeasuresDescription.get(measure_name, "")
}
return HttpResponse(json.dumps(result), content_type="application/json")
def get_context_data(self, **kwargs):
context = super(self.__class__, self).get_context_data(**kwargs)
sim_id = kwargs["id"]
request = self.request
if "survey_measure_id" in request.GET and "survey_third_dimension" in request.GET:
context["survey_measure_id"] = int(request.GET["survey_measure_id"])
context["survey_third_dimension"] = int(request.GET["survey_third_dimension"])
context["sim_id"] = sim_id
try:
simulation = Simulation.objects.get(id=sim_id)
# Get contents of xml input file and filename (if available)
scenario_file = SimulationInputFile.objects.filter(simulations=simulation, name="scenario.xml")
if "filename" in scenario_file[0].metadata:
xml_filename = scenario_file[0].metadata["filename"]
else:
xml_filename = "scenario.xml"
context["xml_filename"] = xml_filename
except ObjectDoesNotExist:
set_notification(self.request,
'<strong>Error! Simulation %s does not exist </strong>' % sim_id,
'alert-error')
return context
except Exception as e:
set_notification(self.request,
'<strong>Error! %s </strong>' % e,
'alert-error')
return context
try:
output_file = SimulationOutputFile.objects.get(simulation=simulation, name="output.txt")
output_txt_filename = "output.txt"
except:
output_txt_filename = None
try:
output_file = SimulationOutputFile.objects.get(simulation=simulation, name="ctsout.txt")
ctsout_txt_filename = "ctsout.txt"
except:
ctsout_txt_filename = None
context["output_txt_filename"] = output_txt_filename
context["ctsout_txt_filename"] = ctsout_txt_filename
try:
model_stdout_stderr_file = SimulationOutputFile.objects.get(simulation=simulation, name="model_stdout_stderr.txt")
context["model_stdout"] = "model_stdout_stderr.txt"
except (ObjectDoesNotExist, MultipleObjectsReturned):
pass
try:
output_parser = om_output_parser_from_simulation(simulation)
except (TypeError, ValueError) as e:
error_type = "%s" % type(e)
error_type = error_type.replace("<", "").replace(">", "")
set_notification(self.request, "Error processing input or output files: (%s) %s" % (error_type, str(e)), 'alert-error') # noqa
return context
try:
survey_measures = {}
for measure in output_parser.get_survey_measures():
# print output_parser.get_survey_measure_name(
# measure_id=measure[0], third_dimension=measure[1])
# measure_key = surveyFileMap[measure[0]][0] + ": " + surveyFileMap[measure[0]][2] + ", ages (" + output_parser.get_survey_measure_name(
# measure_id=measure[0], third_dimension=measure[1]) #.split("(")[1]
measure_name = ""
if surveyFileMap[measure[0]][1] == "age group":
age_group = output_parser.get_monitoring_age_group(measure[1] - 1)
age_group_name = "%s - %s" % (age_group["lowerbound"], age_group["upperbound"])
measure_name = "(%s)" % age_group_name
elif surveyFileMap[measure[0]][1] == "vector species":
measure_name = "(%s)" % measure[1]
measure_name = surveyFileMap[measure[0]][0] + ": " + surveyFileMap[measure[0]][2] + measure_name
survey_measures[measure_name] = measure
except AttributeError:
survey_measures = {}
try:
cts_measures = {}
for measure in output_parser.get_cts_measures():
cts_measures[measure] = continuousMeasuresDescription.get(measure, "").split(".")[0]
except AttributeError:
cts_measures = {}
context["survey_measures"] = survey_measures
context["cts_measures"] = cts_measures
context["request"] = request
return context
def get_context_data(self, **kwargs):
context = super(self.__class__, self).get_context_data(**kwargs)
sim_id = kwargs["id"]
request = self.request
if "survey_measure_id" in request.GET and "survey_third_dimension" in request.GET:
context["survey_measure_id"] = int(
request.GET["survey_measure_id"])
context["survey_third_dimension"] = int(
request.GET["survey_third_dimension"])
context["sim_id"] = sim_id
simulation = get_object_or_404(Simulation, id=sim_id)
if simulation.scenario.user != request.user:
raise PermissionDenied
context["simulation"] = simulation
# Get contents of xml input file and filename (if available)
if simulation.input_file:
context["xml_filename"] = "scenario.xml"
if simulation.output_file:
output_txt_filename = "output.txt"
else:
output_txt_filename = None
if simulation.ctsout_file:
ctsout_txt_filename = "ctsout.txt"
else:
ctsout_txt_filename = None
context["output_txt_filename"] = output_txt_filename
context["ctsout_txt_filename"] = ctsout_txt_filename
if simulation.model_stdout:
context["model_stdout"] = "model_stdout_stderr.txt"
try:
output_parser = om_output_parser_from_simulation(simulation)
except (TypeError, ValueError) as e:
error_type = "%s" % type(e)
error_type = error_type.replace("<", "").replace(">", "")
set_notification(
self.request,
"Error processing input or output files: (%s) %s" %
(error_type, str(e)), 'alert-error') # noqa
return context
try:
survey_measures = {}
for measure in output_parser.get_survey_measures():
# print output_parser.get_survey_measure_name(
# measure_id=measure[0], third_dimension=measure[1])
# measure_key = surveyFileMap[measure[0]][0] + ": " + surveyFileMap[measure[0]][2] + ", ages (" + output_parser.get_survey_measure_name(
# measure_id=measure[0], third_dimension=measure[1]) #.split("(")[1]
measure_name = ""
if surveyFileMap[measure[0]][1] == "age group":
age_group = output_parser.get_monitoring_age_group(
measure[1] - 1)
age_group_name = "%s - %s" % (age_group["lowerbound"],
age_group["upperbound"])
measure_name = "(%s)" % age_group_name
elif surveyFileMap[measure[0]][1] == "vector species":
measure_name = "(%s)" % measure[1]
measure_name = surveyFileMap[measure[0]][
0] + ": " + surveyFileMap[measure[0]][2] + measure_name
survey_measures[measure_name] = measure
except AttributeError:
survey_measures = {}
try:
cts_measures = {}
for measure in output_parser.get_cts_measures():
cts_measures[measure] = continuousMeasuresDescription.get(
measure, "").split(".")[0]
except AttributeError:
cts_measures = {}
context["survey_measures"] = survey_measures
context["cts_measures"] = cts_measures
context["request"] = request
return context