elif datetime.now() >= start_time_target_found + timedelta(seconds=float(param['time_target'])) and not mode.target_found(start_target_found):
#
# target not validated
#
mode.task_info['description'] = 'target not reached'
mode.task_info['time'] = datetime.now().strftime("%H:%M:%S.%f")
log(poll_thread.logfile, poll_thread.joy_status, mode.task_info)
validation_target = False
start_target_found = False
if validation_target:
validation_target = False
mode.need_display_target = True
#
# next target
#
mode.task_info['numTarget'] += 1
if mode.task_info['numTarget'] >= param['nbKeys']:
#
# log end of a bloc
#
mode.task_info['description'] = 'end bloc'
mode.task_info['time'] = datetime.now().strftime("%H:%M:%S.%f")
log(poll_thread.logfile, poll_thread.joy_status, mode.task_info)
#
# Fill screen in black - edged in white
#
mode.display.fill(colors.BLACK)
mode.display_edges()
#
# display all targets
#
mode.display_all_targets()
#
# display one target
#
mode.display_target(False)
mode.need_display_target = False
if mode.task_info['numTarget'] > len(param_task['seqUsed'])-1:
keep_learning = mode.display_text('Continue (y/n) ?', colors.RED, 45, None, 3600, True)
mode.task_info['numTarget'] = 0
else:
num_list = 0
for recognition in list_seq_recognition:
answer = 'r'
while answer == 'r':
#
# Example of sequence
#
mode.display_sequence(recognition,len(param_task['seqUsed']))
#
seconds=float(param['time_target'])) and not mode.target_found(
start_target_found):
#
# target not validated
#
mode.task_info['description'] = 'target not reached'
mode.task_info['time'] = datetime.now().strftime("%H:%M:%S.%f")
log(poll_thread.logfile, poll_thread.joy_status, mode.task_info)
validation_target = False
start_target_found = False
if validation_target:
validation_target = False
mode.need_display_target = True
#
# next target
#
mode.task_info['numTarget'] += 1
if mode.task_info['numTarget'] >= param['nbKeys']:
#
# log end of a bloc
#
mode.task_info['description'] = 'end bloc'
mode.task_info['time'] = datetime.now().strftime("%H:%M:%S.%f")
log(poll_thread.logfile, poll_thread.joy_status, mode.task_info)
#
# Fill screen in black - edged in white
#
mode.display.fill(colors.BLACK)
mode.display_edges()
#
# display all targets
#
mode.display_all_targets()
#
# display one target
#
mode.display_target(False)
mode.need_display_target = False
if mode.task_info['numTarget'] > len(param_task['seqUsed']) - 1:
keep_learning = mode.display_text('Continue (y/n) ?', colors.RED,
45, None, 3600, True)
mode.task_info['numTarget'] = 0
else:
num_list = 0
for recognition in list_seq_recognition:
answer = 'r'
while answer == 'r':
#
# Example of sequence
#
mode.display_sequence(recognition, len(param_task['seqUsed']))