lg.info("* Found %d datafiles." % (len(frames)))
## A list of frames.
mds = []
# Loop over the frames and upload them to the DFC.
for f in frames:
## The basename for the data frame, based on frame information.
bn = "%s_%s" % (f.getChipId(), make_time_dir(f.getStartTimeSec()))
#bn = "%s_%d-%06d" % (f.getChipId(), f.getStartTimeSec(), f.getStartTimeSubSec())
# Create the frame image.
makeFrameImage(bn, f.getPixelMap(), frame_output_path, f.getPixelMask())
# Create the metadata dictionary for the frame.
metadata = {
"id" : bn,
#
"chipid" : f.getChipId(),
"hv" : f.getBiasVoltage(),
"ikrum" : f.getIKrum(),
#
"lat" : f.getLatitude(),
"lon" : f.getLongitude(),
"alt" : f.getAltitude(),
#
"start_time" : f.getStartTimeSec(),
"end_time" : f.getEndTimeSec(),
mds = []
## A list of clusters.
klusters = []
# Loop over the frames.
for i, f in enumerate(frames):
if i % 50 == 0:
print("*--> '%s': processing frame % 10d..." % (dp.get_name(), i))
## The basename for the data frame, based on frame information.
bn = "%s_%d-%06d" % (f.getChipId(), f.getStartTimeSec(), f.getStartTimeSubSec())
# Create the frame image.
makeFrameImage(bn, f.getPixelMap(), frpath)
# Create the metadata dictionary for the frame.
metadata = {
"id" : bn,
#
"chipid" : f.getChipId(),
"hv" : f.getBiasVoltage(),
"ikrum" : f.getIKrum(),
#
"lat" : f.getLatitude(),
"lon" : f.getLongitude(),
"alt" : f.getAltitude(),
#
"start_time" : f.getStartTimeSec(),
"end_time" : f.getEndTimeSec(),
klusters = []
## Frame count.
count = 0
# Loop over the frames.
for i, f in enumerate(sorted(frames)):
if i % 10 == 0:
print("* Processing frame % 5d of % 5d..." % (i, max_frames))
## The basename for the data frame, based on frame information.
bn = "%s_%d-%06d" % (f.getChipId(), f.getStartTimeSec(), f.getStartTimeSubSec())
# Create the frame image.
makeFrameImage(bn, f.getPixelMap(), frpath)
# Create the metadata dictionary for the frame.
metadata = {
"id" : bn,
#
"chipid" : f.getChipId(),
"hv" : f.getBiasVoltage(),
"ikrum" : f.getIKrum(),
#
"lat" : f.getLatitude(),
"lon" : f.getLongitude(),
"alt" : f.getAltitude(),
#
"start_time" : f.getStartTimeSec(),
"end_time" : f.getEndTimeSec(),
