def get(self, batch, cellid):
'''
Queries the MySQL database, finds the file, and returns
the corresponding data in a NEMS-friendly Recording object.
'''
ensure_valid_batch(batch)
ensure_valid_cellid(cellid)
batch = int(batch)
options = request.args.copy()
# TODO: Sanitize arguments
# TODO: Wrapping this in a try/catch is acceptable given how likely it is to fail,
# and then give clients some feedback about what went wrong:
rec = baphy.baphy_load_recording(cellid, batch, options)
if rec:
targz = rec.as_targz()
return Response(targz, status=200, mimetype='application/gzip')
else:
abort(400, 'load_recording_from_baphy returned None')
options["stimfmt"] = "envelope"
options["chancount"] = 0
options["rasterfs"] = 100
options['includeprestim'] = 1
elif batch == 296:
cellid = "chn002h-a1"
options = {}
options["stimfmt"] = "envelope"
options["chancount"] = 0
options["rasterfs"] = 100
options['includeprestim'] = 1
# modelname = "env100_fir2x18_dexp1_basic"
rec = nb.baphy_load_recording(cellid, batch, options)
rec2 = nb.baphy_load_recording_nonrasterized(cellid, batch, options)
if 'stim' in rec.signals.keys():
stim1 = rec['stim']
stim2 = rec2['stim'].rasterize()
assert (np.sum(np.square(stim1.as_continuous()-stim2.as_continuous())))==0
resp1=rec['resp']
resp2=rec2['resp'].rasterize()
assert (np.sum(np.square(resp1.as_continuous()-resp2.as_continuous())))==0
if test_save:
dataroot = '/tmp/test/'
# rec['resp'].save(dataroot+'resp1/')