def add_detections(self,name,det_fn=None,txt_patt=None,**kw):
"""
Parse detections and include in the PingMatcher.
det_fn: Parse downloaded data that has .DET (and .DBG) files
txt_patt: glob pattern for parsing .txt files (as saved to the cloud).
"""
if det_fn is not None:
fn=os.path.join(self.base_dir,det_fn)
detects=pt.parse_tek(fn,name=name,**kw)
elif txt_patt is not None:
txt_fns=glob.glob(os.path.join(self.base_dir,txt_patt))
detects=pt.parse_txts(txt_fns,name=name,**kw)
if isinstance(detects,list):
for i,d in enumerate(detects):
d['station']=d['name']
d['name']=(),d['name'].item()+'.%d'%i
self.all_detects.append(d)
else:
detects['station']=detects['name']
self.all_detects.append(detects)
('AM2',AM2),
('AM3',AM3),
('AM4',AM4),
('AM6',AM6),
('AM7',AM7),
('AM8',AM8),
('AM9',AM9),
('SM1',SM1),
('SM2',SM2),
('SM3',SM3),
('SM4',SM4),
('SM7',SM7),
('SM8',SM8)
]
all_detects=[pt.parse_tek(fn,name=name) for name,fn in utils.progress(all_receiver_fns)]
##
all_detects_nomp=[pt.remove_multipath(d) for d in all_detects]
##
# First cut:
# Limit to 1 hour of detections. 3388 detections over this 1 hour.
# one good tag - C56B (just 4 fixes)
#t_clip=[np.datetime64("2019-03-25 02:00"),
# np.datetime64("2019-03-25 03:00")]
# one good tag - C535 (but just 4 fixes)
def parse_data(self):
self.A_full = parse_tek(self.fnA)
self.B_full = parse_tek(self.fnB)