def plots(request):
# Check the dataset exists
dataset_id = request.GET.get('dataset', None)
dataset2_id = request.GET.get('dataset2', None)
dataset = None
dataset2 = None
if dataset_id is not None:
try:
dataset_id = int(dataset_id)
if dataset2_id is not None:
dataset2_id = int(dataset2_id)
except ValueError:
raise Http404()
datasets = HTSDataset.objects.in_bulk([dataset_id, dataset2_id])
if not datasets:
raise Http404()
try:
dataset = datasets[dataset_id]
if dataset2_id in datasets:
dataset2 = datasets[dataset2_id]
except KeyError:
raise Http404()
_assert_has_perm(request, dataset, 'view_plots')
return render(
request, 'plots.html', {
'default_dataset': dataset,
'second_dataset': dataset2,
'navbar_hide_dataset': True
})
def plate_mapper(request, dataset_id, num_wells=None):
editable = True
plate_sizes = set()
plate_size = namedtuple('plate_size', 'numCols numRows numWells')
if dataset_id is None:
if num_wells is None:
return render(request, 'plate_mapper_choose_size.html')
num_wells = int(num_wells)
if num_wells not in STANDARD_PLATE_SIZES:
raise Http404()
width, height = PlateMap.plate_size_from_num_wells(num_wells)
plates = [Plate(id='MASTER', width=width, height=height)]
dataset = None
plate_sizes.add(plate_size(width, height, num_wells))
else:
plates = list(
Plate.objects.filter(dataset_id=dataset_id).order_by(
'id').select_related('dataset'))
if plates:
dataset = plates[0].dataset
else:
try:
dataset = HTSDataset.objects.get(pk=dataset_id)
except HTSDataset.DoesNotExist:
raise Http404()
if dataset.deleted_date is not None:
raise Http404()
if dataset.owner_id != request.user.id:
editable = False
_assert_has_perm(request, dataset, 'view_plate_layout')
for plate in plates:
plate_sizes.add(
plate_size(plate.width, plate.height, plate.num_wells))
plate_sizes = sorted(plate_sizes, key=lambda ps: ps.numWells)
response = TemplateResponse(
request, 'plate_mapper.html', {
'num_wells': num_wells,
'dataset': dataset,
'editable': editable,
'plate_sizes': plate_sizes,
'plates': plates,
'cell_lines': list(CellLine.objects.all().values('id', 'name')),
'drugs': list(Drug.objects.all().values('id', 'name'))
})
return response
def download_dip_rates(request, dataset_id):
try:
dataset = HTSDataset.objects.get(pk=dataset_id, deleted_date=None)
except HTSDataset.DoesNotExist:
raise Http404()
_assert_has_perm(request, dataset, 'download_data')
if not license_accepted(request, dataset):
return _plain_response('You must accept the dataset license to '
'download this file')
try:
full_path = _generate_dip_rates(dataset)
except NoDataException:
return _plain_response('No data found for this request')
output_filename = '{}_dip_rates.tsv'.format(dataset.name)
return serve_file(request,
full_path,
rename_to=output_filename,
content_type='text/tab-separated-values')
def download_fit_params(request, dataset_id, stat_type):
file_type = 'fit_params_{}_tsv'.format(stat_type)
file_name = 'fit_params_{}_{}.tsv'.format(stat_type, dataset_id)
file_type_protocol = 1
param_names = {
'dip': ('aa', 'aa_obs', 'emax', 'emax_rel', 'emax_obs', 'emax_obs_rel',
'einf', 'ec50', 'ic50', 'hill'),
'viability':
('aa', 'aa_obs', 'emax', 'emax_obs', 'einf', 'ec50', 'ic50', 'hill')
}
try:
dataset = HTSDataset.objects.get(pk=dataset_id, deleted_date=None)
except (HTSDataset.DoesNotExist, ValueError):
return _plain_response('This dataset does not exist, or you do not '
'have permission to access it.')
_assert_has_perm(request, dataset, 'download_data')
if not license_accepted(request, dataset):
return _plain_response('You must accept the dataset license to '
'download this file')
mod_date = timezone.now()
file = _cached_file(dataset, file_type, file_type_protocol)
# Additional cache invalidation: curve fits were generated after the
# cached file
if file:
if file.creation_date < CurveFitSet.objects.get(
dataset_id=dataset_id, stat_type=stat_type).calculation_end:
file = None
if file:
full_path = file.file.name
else:
try:
# Fetch the DIP rates from the DB
base_params = df_curve_fits(dataset.id,
stat_type,
drug_ids=None,
cell_line_ids=None)
except NoDataException:
return _plain_response(
'The requested parameter set does not exist for the '
'specified dataset')
# Fit Hill curves and compute parameters
fp = fit_params_from_base(base_params,
custom_ic_concentrations={50},
custom_ec_concentrations={50},
include_auc=False,
include_aa=True,
include_hill=True,
include_emax=True,
include_einf=True,
include_response_values=False)
fp.reset_index('dataset_id', drop=True, inplace=True)
# Remove -ve AA values
fp.loc[fp['aa'] < 0.0, 'aa'] = np.nan
# Filter for the default list of parameters only
fp = fp.filter(items=param_names[stat_type])
full_path = os.path.join(settings.DOWNLOADS_ROOT, file_name)
fp.to_csv(full_path, sep='\t')
df, created = HTSDatasetFile.objects.get_or_create(
dataset=dataset,
file_type=file_type,
defaults={
'file_type_protocol': file_type_protocol,
'file': full_path
})
if not created:
df.file_type_protocol = file_type_protocol
df.file = full_path
df.creation_date = mod_date
df.save()
output_filename = '{}_{}_params.tsv'.format(dataset.name, stat_type)
return serve_file(request,
full_path,
rename_to=output_filename,
content_type='text/tab-separated-values')
def ajax_get_dataset_groupings(request, dataset_id, dataset2_id=None):
dataset_ids = [dataset_id]
if dataset2_id is not None:
dataset_ids.append(dataset2_id)
plates = Plate.objects.filter(
dataset__in=dataset_ids).select_related('dataset')
datasets = set([p.dataset for p in plates])
if len(datasets) == 0:
# Maybe we just have no plates, get datasets to check permissions
datasets = HTSDataset.objects.filter(id__in=dataset_ids)
if len(datasets) == 0:
raise Http404()
elif len(datasets) != len(dataset_ids):
raise Http404()
for dataset in datasets:
_assert_has_perm(request, dataset, 'view_plots')
if not license_accepted(request, dataset):
return HttpResponse(LICENSE_UNSIGNED.format(dataset.name),
status=400)
if len(plates) == 0:
return HttpResponse(
'This dataset has no plate files. Data will need to be added '
'before plots can be used on this dataset.',
status=400)
groupings_dict = dataset_groupings(list(datasets))
cell_line_ids = [cl['id'] for cl in groupings_dict['cellLines']]
drug_ids = []
for dr in groupings_dict['drugs']:
drug_ids.append(dr['id']) if isinstance(dr['id'], int) else \
drug_ids.extend(dr['id'])
cell_line_tags, drug_tags = _get_tags(request, cell_line_ids, drug_ids)
groupings_dict['drugTags'] = []
groupings_dict['cellLineTags'] = []
last_cat = None
append_to = groupings_dict['drugTags']
for tag in drug_tags:
if tag.tag_category != last_cat:
groupings_dict['drugTags'].append({
'optgroup': tag.tag_category,
'options': []
})
last_cat = tag.tag_category
append_to = groupings_dict['drugTags'][-1]['options']
append_to.append({'id': tag.id, 'name': tag.tag_name})
special_tags = {
'optgroup': 'Special Tags',
'options': [{
'id': TAG_EVERYTHING_ELSE,
'name': 'Everything else'
}]
}
groupings_dict['drugTags'].append(special_tags)
last_cat = None
append_to = groupings_dict['cellLineTags']
for tag in cell_line_tags:
if tag.tag_category != last_cat:
groupings_dict['cellLineTags'].append({
'optgroup': tag.tag_category,
'options': []
})
last_cat = tag.tag_category
append_to = groupings_dict['cellLineTags'][-1]['options']
append_to.append({'id': tag.id, 'name': tag.tag_name})
groupings_dict['cellLineTags'].append(special_tags)
if groupings_dict['singleTimepoint'] is False:
groupings_dict['plates'] = [{
'id': p.id,
'name': p.name
} for p in plates]
else:
groupings_dict['plates'] = []
return JsonResponse(groupings_dict)
def _dose_response_plot(request,
dataset,
dataset2_id,
permission_required,
drug_id,
cell_line_id,
plot_type,
template=default_plotly_template):
if dataset2_id is not None:
try:
dataset2 = HTSDataset.objects.get(pk=dataset2_id)
except HTSDataset.DoesNotExist:
raise Http404()
_assert_has_perm(request, dataset2, permission_required)
if dataset.name == dataset2.name:
return HttpResponse(
'Cannot compare two datasets with the same '
'name. Please rename one of the datasets.',
status=400)
datasets = dataset if not dataset2_id else [dataset, dataset2]
color_by = request.GET.get('colorBy', 'off')
if color_by == 'off':
color_by = None
drug_tag_ids = [int(dt) for dt in request.GET.getlist('dT')]
color_groups = None
aggregate_drugs = request.GET.get('aggregateDrugs', False) == "true"
if not drug_id and drug_tag_ids:
drug_id, drug_groups = _process_aggreate(
request, 'drugs', drug_tag_ids, aggregate_drugs
or color_by == 'dr', datasets)
if aggregate_drugs:
aggregate_drugs = drug_groups
if color_by == 'dr':
color_groups = drug_groups
cell_line_tag_ids = [int(ct) for ct in request.GET.getlist('cT')]
aggregate_cell_lines = request.GET.get('aggregateCellLines', False) \
== "true"
if not cell_line_id and cell_line_tag_ids:
cell_line_id, cell_line_groups = _process_aggreate(
request, 'cell_lines', cell_line_tag_ids, aggregate_cell_lines
or color_by == 'cl', datasets)
if aggregate_cell_lines:
aggregate_cell_lines = cell_line_groups
if color_by == 'cl':
color_groups = cell_line_groups
if color_groups:
color_groups = _make_tags_unique(color_groups)
elif color_by == 'cl':
# The tags will just be the cell lines themselves
color_groups = {
cl.name: [cl.name]
for cl in CellLine.objects.filter(
id__in=cell_line_id).order_by('name')
}
elif color_by == 'dr':
# Ditto for drugs
color_groups = {
dr.name: [dr.name]
for dr in Drug.objects.filter(id__in=drug_id).order_by('name')
}
if color_groups and len(color_groups) > MAX_COLOR_GROUPS:
return HttpResponse(
'Cannot plot using more than {} unique colors. Please remove '
'some entries or turn off coloring to proceed.'.format(
MAX_COLOR_GROUPS),
status=400)
if not cell_line_id:
return HttpResponse('Please enter at least one cell line', status=400)
if not drug_id:
return HttpResponse('Please enter at least one drug', status=400)
response_metric = request.GET.get('drMetric', 'dip')
if response_metric not in ('dip', 'viability', 'compare'):
return HttpResponse(
'Unknown metric. Supported values: dip, '
'viability, compare.',
status=400)
def _setup_dr_par(name, needs_toggle=False):
if needs_toggle and \
request.GET.get(name + 'Toggle', 'off') != 'on':
return None
par_name = request.GET.get(name, None)
if par_name is not None and '_custom' in par_name:
rep_value = request.GET.get(name + 'Custom', None)
if int(rep_value) < 0:
raise ValueError()
par_name = par_name.replace('_custom', rep_value)
return par_name
try:
dr_par = _setup_dr_par('drPar')
except ValueError:
return HttpResponse(
'Parameter custom value '
'needs to be a positive integer',
status=400)
try:
dr_par_two = _setup_dr_par('drParTwo', needs_toggle=True)
except ValueError:
return HttpResponse(
'Parameter two custom value '
'needs to be a positive integer',
status=400)
try:
dr_par_order = _setup_dr_par('drParOrder', needs_toggle=True)
except ValueError:
return HttpResponse(
'Parameter order custom value '
'needs to be a positive integer',
status=400)
# 'compare' plots are only available for one dataset and metric
if response_metric == 'compare':
if dataset2_id is not None:
return HttpResponse(
'"compare" mode not compatible with two '
'datasets',
status=400)
if dr_par_two is not None:
return HttpResponse(
'Parameter two not available with "compare" '
'mode',
status=400)
if dr_par_order is not None:
return HttpResponse(
'Parameter order not available with "compare" '
'mode',
status=400)
if plot_type == 'drc':
return HttpResponse(
'Dose response curves not available with '
'"compare" mode',
status=400)
if dr_par.endswith('_rel'):
return HttpResponse(
'Relative metrics are not available with '
'"compare" mode',
status=400)
# Work out any non-standard parameters we need to calculate
# e.g. non-standard IC concentrations
ic_concentrations = set()
ec_concentrations = set()
e_values = set()
e_rel_values = set()
regexes = {
IC_REGEX: ic_concentrations,
EC_REGEX: ec_concentrations,
E_REGEX: e_values,
E_REL_REGEX: e_rel_values
}
need_aa = False
need_hill = False
need_emax = False
need_einf = False
for param_idx, param in enumerate((dr_par, dr_par_two, dr_par_order)):
if param is None:
continue
if param == 'label' and param_idx == 2:
continue
if param == 'aa_obs':
continue
if param == 'aa':
need_aa = True
continue
if param == 'hill':
need_hill = True
continue
if param.startswith('emax'):
need_emax = True
continue
if param == 'einf':
need_einf = True
continue
for regex, value_list in regexes.items():
match = regex.match(param)
if not match:
continue
try:
value = int(match.groups(0)[0])
if value < 0 or value > 100:
raise ValueError()
value_list.add(value)
break
except ValueError:
return HttpResponse(
'Invalid custom value - must be '
'an integer between 1 and 100',
status=400)
else:
return HttpResponse('Unknown parameter: {}'.format(param),
status=400)
dataset_ids = dataset.id if dataset2_id is None else [
dataset.id, dataset2_id
]
# Fit Hill curves and compute parameters
if response_metric == 'compare':
all_metrics = ('dip', 'viability')
else:
all_metrics = (response_metric, )
try:
base_params = [
df_curve_fits(dataset_ids, metric, drug_id, cell_line_id)
for metric in all_metrics
]
except NoDataException:
return HttpResponse(
'No data found for this request. This drug/cell '
'line/assay combination may not exist.',
status=400)
include_response_values = False
ctrl_resp_data = None
expt_resp_data = None
if plot_type == 'drc':
single_drug = len(
base_params[0].index.get_level_values('drug').unique()) == 1
single_cl = len(
base_params[0].index.get_level_values('cell_line').unique()) \
== 1
if single_cl and single_drug:
try:
if response_metric == 'dip':
ctrl_resp_data, expt_resp_data = df_dip_rates(
dataset_id=dataset_ids,
drug_id=drug_id,
cell_line_id=cell_line_id,
use_dataset_names=True)
else:
expt_resp_data, ctrl_resp_data = _get_viability_scores(
datasets,
drug_id,
cell_line_id,
viability_time=base_params[0]._viability_time)
except NoDataException:
return HttpResponse(
'No data found for this request. This drug/'
'cell line/assay combination may not exist.',
status=400)
include_response_values = True
need_emax = True
ic_concentrations = {50}
ec_concentrations = {50}
with warnings.catch_warnings(record=True) as w:
fit_params = [
fit_params_from_base(
base_param_set,
ctrl_resp_data=ctrl_resp_data,
expt_resp_data=expt_resp_data,
include_response_values=include_response_values,
custom_ic_concentrations=ic_concentrations,
custom_ec_concentrations=ec_concentrations,
custom_e_values=e_values,
include_aa=need_aa,
include_hill=need_hill,
include_emax=need_emax,
include_einf=need_einf) for base_param_set in base_params
]
# Currently only care about warnings if plotting AA
if plot_type == 'drpar' and (dr_par == 'aa' or dr_par_two == 'aa'):
w = [i for i in w if issubclass(i.category, AAFitWarning)]
if w:
return HttpResponse(w[0].message, status=400)
if response_metric == 'compare':
# Create new dataframe
import pandas as pd
fit_params = pd.concat([
fit_params[0]['label'], fit_params[0][dr_par],
fit_params[1][dr_par]
],
join='inner',
axis=1)
fit_params.columns = [
'label', 'dip__{}'.format(dr_par), 'viability__{}'.format(dr_par)
]
fit_params._viability_time = base_params[1]._viability_time
fit_params._drmetric = 'compare'
dr_par, dr_par_two = fit_params.columns[1:]
else:
fit_params = fit_params[0]
if plot_type == 'drpar':
if dr_par is None:
return HttpResponse('Dose response parameter is a required field',
status=400)
try:
plot_fig = plot_drc_params(
fit_params,
fit_param=dr_par,
fit_param_compare=dr_par_two,
fit_param_sort=dr_par_order,
aggregate_cell_lines=aggregate_cell_lines,
aggregate_drugs=aggregate_drugs,
color_by=color_by,
color_groups=color_groups,
multi_dataset=dataset2_id is not None,
template=template)
except CannotPlotError as e:
return HttpResponse(e, status=400)
else:
dip_absolute = request.GET.get('drcType', 'rel') == 'abs'
plot_fig = plot_drc(fit_params,
is_absolute=dip_absolute,
color_by=color_by,
color_groups=color_groups,
template=template)
return plot_fig
def ajax_get_plot(request, file_type='json'):
if file_type == 'csv':
permission_required = 'download_data'
else:
permission_required = 'view_plots'
try:
plot_type = request.GET['plotType']
template = request.GET.get('theme', default_plotly_template)
if template not in ALLOWED_TEMPLATES:
return HttpResponse('Please select an allowed template',
status=400)
dataset_id = int(request.GET['datasetId'])
dataset2_id = request.GET.get('dataset2Id', None)
if dataset2_id == "":
dataset2_id = None
if dataset2_id is not None:
dataset2_id = int(dataset2_id)
cell_line_id = request.GET.getlist('c')
drug_id = request.GET.getlist('d')
cell_line_id = [int(cl) for cl in cell_line_id]
drug_ids = []
for dr in drug_id:
try:
drug_ids.append(int(dr))
except ValueError:
drug_ids.append([int(d) for d in dr.split(",")])
drug_id = drug_ids
assay = request.GET.get('assayId')
yaxis = request.GET.get('logTransform', 'None')
except (KeyError, ValueError):
raise Http404()
try:
dataset = HTSDataset.objects.get(pk=dataset_id)
except HTSDataset.DoesNotExist:
raise Http404()
_assert_has_perm(request, dataset, permission_required)
if not license_accepted(request, dataset):
return HttpResponse(LICENSE_UNSIGNED.format(dataset.name), status=400)
if plot_type == 'tc':
if len(drug_id) != 1 or len(cell_line_id) != 1:
return HttpResponse(
'Please select exactly one cell line and '
'drug for time course plot',
status=400)
try:
df_data = df_doses_assays_controls(dataset=dataset,
drug_id=drug_id,
cell_line_id=cell_line_id,
assay=assay)
except NoDataException:
return HttpResponse(
'No data found for this request. This '
'drug/cell line/assay combination may not '
'exist.',
status=400)
if assay is None:
assay = df_data.assays.index.get_level_values('assay')[0]
overlay_dip_fit = request.GET.get('overlayDipFit', 'false') == 'true'
if overlay_dip_fit and assay != df_data.dip_assay_name:
return HttpResponse(
'Can only overlay DIP rate on cell '
'proliferation assays',
status=400)
plot_fig = plot_time_course(df_data,
log_yaxis=yaxis == 'log2',
assay_name=assay,
show_dip_fit=overlay_dip_fit,
subtitle=dataset.name,
template=template)
elif plot_type in ('drc', 'drpar'):
if all(isinstance(d, int) for d in drug_id):
plot_fig = _dose_response_plot(request, dataset, dataset2_id,
permission_required, drug_id,
cell_line_id, plot_type, template)
else:
if dataset2_id is not None:
return HttpResponse(
'Please select a single dataset at a time to view drug '
'combination heat plots',
status=400)
plot_fig = _drug_combination_heatmap(request, dataset, drug_id,
cell_line_id, template)
if isinstance(plot_fig, HttpResponse):
return plot_fig
elif plot_type == 'qc':
qc_view = request.GET.get('qcView', None)
if qc_view == 'ctrldipbox':
ctrl_dip_data = df_ctrl_dip_rates(dataset_id)
if ctrl_dip_data is None:
return HttpResponse(
'No control wells with DIP rates '
'available were detected in this '
'dataset.',
status=400)
plot_fig = plot_ctrl_dip_by_plate(ctrl_dip_data, template=template)
elif qc_view == 'ctrlcellbox':
# Try to fetch from cache
cache_key = f'dataset_{dataset_id}_plot_ctrlcellbox'
cur_plotver = 1
plot_cached = cache.get(cache_key)
if plot_cached:
plot_fig = plot_cached['plot_fig']
if plot_cached is None or plot_cached['dataset_last_modified'] < dataset.modified_date or \
plot_cached['plot_version'] < cur_plotver:
# Create plot
groupings = dataset_groupings(dataset)
if not groupings['singleTimepoint']:
return HttpResponse(
'This plot type is only available for '
'single time-point datasets',
status=400)
try:
df_data = df_control_wells(dataset_id=dataset, assay=assay)
except NoDataException:
return HttpResponse('No data found for this request.',
status=400)
if (df_data['value'] == 100.0).all():
return HttpResponse(
'The raw data for this dataset is given as relative viability, so no control '
'wells are available',
status=400)
plot_fig = plot_ctrl_cell_counts_by_plate(
df_data, subtitle=dataset.name, template=template)
# Push to cache
cache.set(
cache_key, {
'dataset_last_modified': dataset.modified_date,
'plot_version': cur_plotver,
'plot_fig': plot_fig
})
elif qc_view == 'dipplatemap':
plate_id = request.GET.get('plateId', None)
try:
plate_id = int(plate_id)
except ValueError:
return HttpResponse('Integer plateId required', status=400)
pl_data = ajax_load_plate(request,
plate_id,
return_as_platedata=True,
use_names=True)
plot_fig = plot_plate_map(pl_data,
color_by='dip_rates',
template=template)
else:
return HttpResponse('Unimplemented QC view: {}'.format(qc_view),
status=400)
else:
return HttpResponse('Unimplemented plot type: %s' % plot_type,
status=400)
as_attachment = request.GET.get('download', '0') == '1'
if file_type == 'json':
j = json.dumps(plot_fig, cls=PlotlyJSONEncoder)
response = HttpResponse(j, content_type='application/json')
elif file_type == 'csv':
response = HttpResponse(plotly_to_dataframe(plot_fig).to_csv(),
content_type='text/csv')
elif file_type == 'html':
template = 'plotly_plot{}.html'.format(
'_standalone' if as_attachment else '')
context = {
'data': json.dumps(plot_fig, cls=PlotlyJSONEncoder),
'page_title': strip_tags(plot_fig['layout']['title']['text'])
}
if as_attachment:
context['plotlyjs'] = get_plotlyjs()
response = render(request, template, context)
else:
return HttpResponse('Unknown file type: %s' % file_type, status=400)
if as_attachment:
try:
title = plot_fig['layout']['title']['text']
except KeyError:
title = 'Plot'
response['Content-Disposition'] = \
'attachment; filename="{}.{}"'.format(strip_tags(title), file_type)
return response
def ajax_load_plate(request,
plate_id,
extra_return_args=None,
return_as_platedata=False,
use_names=False):
if not request.user.is_authenticated and settings.LOGIN_REQUIRED:
return JsonResponse({}, status=401)
try:
p = Plate.objects.filter(id=plate_id).select_related('dataset').get()
except Plate.DoesNotExist:
raise Http404()
_assert_has_perm(request, p.dataset, 'view_plate_layout')
if not license_accepted(request, p.dataset):
return HttpResponse(LICENSE_UNSIGNED.format(p.dataset.name),
status=400)
field_ext = '__name' if use_names else '_id'
# Blank well data
wells = []
for cl in range(p.num_wells):
wells.append({
'cellLine': None,
'drugs': AutoExtendList(),
'doses': AutoExtendList(),
'dipRate': None
})
# Populate cell lines
cl_query = Well.objects.filter(plate_id=plate_id).values(
'well_num', 'cell_line' + field_ext)
for w in cl_query:
wells[w['well_num']]['cellLine'] = w['cell_line' + field_ext]
# Populate drugs
drugs = WellDrug.objects.filter(well__plate_id=plate_id).values(
'well__well_num', 'drug' + field_ext, 'order', 'dose')
for dr in drugs: # prefetched above
wells[dr['well__well_num']]['drugs'][dr['order']] = dr['drug' +
field_ext]
wells[dr['well__well_num']]['doses'][dr['order']] = dr['dose']
# Populate DIP rates
for ws in WellStatistic.objects.filter(well__plate_id=plate_id,
stat_name='dip_rate').values(
'well__well_num', 'value'):
# Need to remove NaNs for proper JSON support
wells[ws['well__well_num']]['dipRate'] = ws['value'] if \
ws['value'] is not None and not math.isnan(ws['value']) else None
plate = {
'datasetName': p.dataset.name,
'plateId': p.id,
'plateName': p.name,
'numCols': p.width,
'numRows': p.height,
'wells': wells
}
if return_as_platedata:
return PlateData.from_dict(plate)
return_dict = {'success': True, 'plateMap': plate}
if extra_return_args is not None:
return_dict.update(extra_return_args)
return JsonResponse(return_dict)
