# save file name
outfile_name = open('current_file.txt', 'w+')
print(file_name_can, file=outfile_name)
outfile_name.close()
# write to a new file
outfile_can = open(file_name_can, 'w+')
print('Logging to file')
# set flags
file_open = True
NEW_DATA_START_LOC = True
FIRST_TIME_START = False
#file_count += 1
else:
NEW_DATA_START_LOC = False
if not CIRCULATOR:
if hf.geo_fence_stop(float(curr_lat), float(curr_lon),
distance):
if not NEW_DATA_STOP_LOC and vspeed2 == 0:
if file_open:
outfile_can.close()
print('Closed previous file')
# recaliberate count n distance
count = 0
distance = 0
total_time = 0
time1_accn = 0
time2_accn = 0
distance_half_sec = 0
prev_dist = 0
curr_dist = 0
acceleration = 0
prev_acceleration = 0
to_be_removed = "rm -f " + filename.rstrip()
os.system(to_be_removed)
# open previously logged file and start appending to it (there will be time stamp delay of 5 seconds but vehicle didn't move during then)
# this means we need current file and previous file, prev file will be tracked only when we come to first bus stop, not at depot
outfile_name = open('previous_file.txt', 'r')
filename = outfile_name.readline()
outfile_name.close()
outfile_can = open(filename.rstrip(), 'a')
file_open = True
time_curr_at_stop = time.time()
time_spent_at_stop = time_curr_at_stop - time_start_at_stop
else:
NEW_DATA_START_LOC = False
FIRST_TIME_CAPTURE = True
if not CIRCULATOR:
if hf.geo_fence_stop(float(curr_lat), float(curr_lon),
distance, vspeed2):
if FIRST_TIME_CAPTURE:
#capture start time
time_start_at_stop = time.time()
time_curr_at_stop = time_start_at_stop
time_spent_at_stop = 0.0
FIRST_TIME_CAPTURE = False
if time_spent_at_stop > 15.0 and time_spent_at_stop < 20.0:
if not NEW_DATA_STOP_LOC:
if file_open:
outfile_can.close()
print('Closed previous file')
# recaliberate count n distance
count = 0
distance = 0
# save previous file