def get_antenna_params(request, antenna_type = None, elevation_id = None):
elevation_data = ElevationData.objects.filter(id = elevation_id)
if len(elevation_data) == 0:
return HttpResponse('Invalid elevation data')
(sod, sed) = get_sarry_output(antenna_type, elevation_data[0].model, 'unused',
split(elevation_data[0].flags) + ['--help-antenna',])
return HttpResponse(trim_options(sed))
def get_algorithm_params(request, algorithm_type = None, antenna_id = None,
elevation_id = None):
elevation_data = ElevationData.objects.filter(id = elevation_id)
if len(elevation_data) == 0:
return HttpResponse('Invalid elevation data')
sar_data = SarData.objects.filter(id = antenna_id)
if len(sar_data) == 0:
return HttpResponse('Invalid sar data')
(sod, sed) = get_sarry_output(sar_data[0].model, elevation_data[0].model,
algorithm_type, split(sar_data[0].flags) + split(elevation_data[0].flags)
+ ['--help-algorithm',])
return HttpResponse(trim_options(sed, [('--ul-l', 1), ('--ur-l', 1),
('--lr-l', 1), ('--ll-l', 1)]))
def add_sar_data(request, name = None, antenna_type = None,
antenna_flags = None, elevation_id = None):
elevation_data = ElevationData.objects.filter(id=elevation_id)
if len(elevation_data) == 0:
return HttpResponse('invalid elevation data')
elevation_datum = elevation_data[0]
(sod, sed) = get_sarry_output(antenna_type, elevation_datum.model, 'summary',
split(elevation_datum.flags) + split(antenna_flags))
filename = str(uuid4()) + '.kmz'
content_file = ContentFile(sod)
data = SarData(name = name, model = antenna_type, flags = antenna_flags)
data.overview_kmz.save(filename, content_file)
data.save()
return HttpResponse(sed)
def add_task(request, sar_data_id = None, roi_id = None, elevation_id = None,
algorithm_type = None, algorithm_flags = None):
elevation_data = ElevationData.objects.filter(id=elevation_id)
if len(elevation_data) == 0:
return HttpResponse('invalid elevation data')
sar_data = SarData.objects.filter(id=sar_data_id)
if len(sar_data) == 0:
return HttpResponse('invalid sar data')
rois = RegionOfInterest.objects.filter(id=roi_id)
if len(rois) == 0:
return HttpResponse('invalid roi')
flags = split(elevation_data[0].flags) \
+ split(sar_data[0].flags) + split(algorithm_flags) \
+ ['--ul-lat', str(rois[0].ulLat), '--ul-lon', str(rois[0].ulLon),
'--ur-lat', str(rois[0].urLat), '--ur-lon', str(rois[0].urLon),
'--lr-lat', str(rois[0].lrLat), '--lr-lon', str(rois[0].lrLon),
'--ll-lat', str(rois[0].llLat), '--ll-lon', str(rois[0].llLon)]
command = get_sarry_command(sar_data[0].model, elevation_data[0].model,
algorithm_type, flags)
data = ProcessingTask(
elevation_data = elevation_data[0],
sar_data = sar_data[0],
roi = rois[0],
model = algorithm_type,
flags = algorithm_flags,
command_text = " ".join(command),
start_time = datetime.now())
data.save()
(sod, sed) = get_sarry_output(sar_data[0].model, elevation_data[0].model,
algorithm_type, flags)
filename = str(uuid4()) + '.kmz'
content_file = ContentFile(sod)
data.output_kmz.save(filename, content_file)
data.stop_time = datetime.now()
data.output_text = sed
data.save()
return HttpResponse(sed)
def get_elevation_params(request, elevation_type = None):
(sod, sed) = get_sarry_output('unused', elevation_type, 'unused',
['--help-elevation',])
return HttpResponse(trim_options(sed))