def calculate_receiver_weights(self):
"""
calculate receiver weights for each asdf file
detertmine source weightings based on source infor and window
count and info
"""
logger_block("Receiver Weighting")
input_info = self.path["input"]
receiver_weighting = self.param["receiver_weighting"]
plot = self.param["plot"]
search_ratio = self.param["receiver_search_ratio"]
self.rec_weights = defaultdict(dict)
self.rec_wcounts = defaultdict(dict)
self.rec_ref_dists = defaultdict(dict)
self.rec_cond_nums = defaultdict(dict)
self.src_wcounts = defaultdict(dict)
nperiods = len(input_info)
period_idx = 0
# determine receiver weightings for each asdf file
for period, period_info in input_info.iteritems():
period_idx += 1
logger.info("-" * 15 + "[%d/%d]Period band: %s"
% (period_idx, nperiods, period) + "-" * 15)
nevents = len(period_info)
event_idx = 0
for event, event_info in period_info.iteritems():
event_idx += 1
logger.info("*" * 6 + " [%d/%d]Event: %s "
% (event_idx, nevents, event) + "*" * 6)
# each file still contains 3-component
logger.info("station file: %s" % event_info["station_file"])
logger.info("window file: %s" % event_info["window_file"])
logger.info("output file: %s" % event_info["output_file"])
src = self.src_info[period][event]
station_info = load_json(event_info["station_file"])
window_info = load_json(event_info["window_file"])
outputdir = os.path.dirname(event_info["output_file"])
safe_mkdir(outputdir)
figname_prefix = os.path.join(
outputdir, "%s.%s" % (event, period))
_results = determine_receiver_weighting(
src, station_info, window_info,
max_ratio=search_ratio,
flag=receiver_weighting,
plot=plot, figname_prefix=figname_prefix)
self.rec_weights[period][event] = _results["rec_weights"]
self.rec_wcounts[period][event] = _results["rec_wcounts"]
self.rec_ref_dists[period][event] = _results["rec_ref_dists"]
self.rec_cond_nums[period][event] = _results["rec_cond_nums"]
self.src_wcounts[period][event] = _results["src_wcounts"]
def get_event_category_window_counts(path_info):
cat_wcounts = {}
print("Reading window files to get events cateogry window counts")
t1 = time.time()
for ev, evinfo in path_info.iteritems():
cat_wcounts[ev] = {}
for pb, pbinfo in evinfo["period_info"].iteritems():
winfile = pbinfo["window_file"]
windows = load_json(winfile)
_, _wcounts = calculate_receiver_window_counts(windows)
cat_wcounts[ev][pb] = _wcounts
t2 = time.time()
print("Category weighting I/O time: %.2f sec" % (t2 - t1))
return cat_wcounts
def get_event_category_window_counts(path_info):
cat_wcounts = {}
print("Reading window files to get events cateogry window counts")
t1 = time.time()
for ev, evinfo in path_info.iteritems():
cat_wcounts[ev] = {}
for pb, pbinfo in evinfo["period_info"].iteritems():
winfile = pbinfo["window_file"]
windows = load_json(winfile)
_, _wcounts = calculate_receiver_window_counts(windows)
cat_wcounts[ev][pb] = _wcounts
t2 = time.time()
print("Category weighting I/O time: %.2f sec" % (t2 - t1))
return cat_wcounts
def __init__(self, path, param):
self.path = load_json(path)
self.param = load_yaml(param)
# source information is only used in plotting
self.src_info = None
self.weights = None
self.rec_weights = {}
self.rec_wcounts = {}
self.rec_ref_dists = {}
self.rec_cond_nums = {}
self.cat_wcounts = {}
self.cat_weights = None
def __init__(self, path, param):
self.path = load_json(path)
self.param = load_yaml(param)
self.src_info = None
self.weights = None
self.rec_weights = None
self.rec_wcounts = None
self.rec_ref_dists = None
self.rec_cond_nums = None
self.src_wcounts = None
self.src_ref_dists = None
self.src_cond_nums = None
self.src_weights = None
self.cat_wcounts = None
self.cat_weights = None
def extract_receiver_locations(station_file, windows):
"""
Extract receiver location information from asdf file
"""
station_info = load_json(station_file)
return station_info
def extract_receiver_locations(station_file, windows):
"""
Extract receiver location information from station json file
"""
station_info = load_json(station_file)
return station_info
