def get_images(self):
l_files = []
l_dir = os.path.join(settings.module_abs_path(), 'images')
for i_file in os.listdir(l_dir):
if i_file.endswith('bmp'):
l_files.append(os.path.join(l_dir, i_file))
return l_files
def get_images(self):
l_files = []
l_dir = os.path.join(settings.module_abs_path(), 'images')
for i_file in os.listdir(l_dir):
if i_file.endswith('bmp'):
l_files.append(os.path.join(l_dir, i_file))
return l_files
def __init__(self, p_config_name=None):
super(Experiment_manager, self).__init__()
self.config_file = self.read_experiment_config(p_config_name)
print self.config_file
self.screens = self.config_file['screens']
self.sc_configs = []
self.repeats = self.config_file['repeats']
self.readable_names = self.config_file['readable_names']
self.programme = self.config_file['file_to_run']
# set up screens configuration - pair screens with diode freqs
if not self.config_file.get('USE_DEFAULT_FREQS'):
self.freq_sets = self.config_file['freqs']
print "UWAGA"
print ""
print ""
print self.screens
print len(self.screens)
print self.freq_sets
print len(self.freq_sets)
assert(len(self.screens) == len(self.freq_sets))
self.sc_configs = [zip(scr, fre) for scr, fre in zip(self.screens,
self.freq_sets)]
else:
def_freqs = self.config_file['DEFAULT_FREQS']
assert(def_freqs != None)
self.sc_configs = [zip(scr, def_freqs) for scr in self.screens]
LOGGER.info("screens and freqs: \n" + \
str(self.sc_configs))
self._prepare_screens(self.sc_configs)
LOGGER.debug("SHUFFLED screens and freqs: \n" + \
str(self.sc_configs))
self._delay = self.config_file['delay']
self._last_delay = None
try:
self._delay + 0
# No error, delay is not random, just a number
self._rand_delay = False
except TypeError:
self._rand_delay = True
self.config_manager = UgmConfigManager()
self._connection = None
self._screen_sounds = self.config_file.get('sounds', None)
self._screen_look_num = 0
if self._screen_sounds:
import pygame
import settings
pygame.init()
for i, s in enumerate(self._screen_sounds):
self._screen_sounds[i] = os.path.join(
settings.module_abs_path(),
self._screen_sounds[i])
def __init__(self, addresses):
super(Filter, self).__init__(addresses=addresses, type=peers.FILTER)
montage_path = ''.join([settings.module_abs_path(), "montage.list"])
print(montage_path)
#channels_path = "channels.list"
lines = file(montage_path).readlines()
print lines
# chann = file(channels.path).readline()
self.macierz = array([[float(x) for x in line.strip(" \n").split(" ")] for line in lines])
def __init__(self, addresses):
super(Filter, self).__init__(addresses=addresses, type=peers.FILTER)
montage_path = ''.join([settings.module_abs_path(), "montage.list"])
print(montage_path)
#channels_path = "channels.list"
lines = file(montage_path).readlines()
print lines
# chann = file(channels.path).readline()
self.macierz = array([[float(x) for x in line.strip(" \n").split(" ")]
for line in lines])
def get_words(self):
l_groups = []
l_csv_file = os.path.join(settings.module_abs_path(), 'words')
l_csv_file = os.path.join(l_csv_file, 'words.csv')
l_csv_reader = csv_manager.Reader(l_csv_file)
for i_row in l_csv_reader:
print(i_row)
if len(i_row[0]) == 0:
#end of group
l_groups.append(l_group)
elif i_row[0] == 'grupa':
#new group
l_group = []
else:
l_group.append(i_row)
l_csv_reader.close()
random.shuffle(l_groups)
l_words = []
for i_group in l_groups:
l_words = l_words + i_group
return l_words
def get_words(self):
l_groups = []
l_csv_file = os.path.join(settings.module_abs_path(), 'words')
l_csv_file = os.path.join(l_csv_file, 'words.csv')
l_csv_reader = csv_manager.Reader(l_csv_file)
for i_row in l_csv_reader:
print(i_row)
if len(i_row[0]) == 0:
#end of group
l_groups.append(l_group)
elif i_row[0] == 'grupa':
#new group
l_group = []
else:
l_group.append(i_row)
l_csv_reader.close()
random.shuffle(l_groups)
l_words = []
for i_group in l_groups:
l_words = l_words + i_group
return l_words
def __init__(self, p_config_name=None):
super(Experiment_manager, self).__init__()
self.config_file = self.read_experiment_config(p_config_name)
print self.config_file
self.screens = self.config_file['screens']
self.sc_configs = []
self.repeats = self.config_file['repeats']
self.readable_names = self.config_file['readable_names']
self.programme = self.config_file['file_to_run']
# set up screens configuration - pair screens with diode freqs
if not self.config_file.get('USE_DEFAULT_FREQS'):
self.freq_sets = self.config_file['freqs']
print "UWAGA"
print ""
print ""
print self.screens
print len(self.screens)
print self.freq_sets
print len(self.freq_sets)
assert (len(self.screens) == len(self.freq_sets))
self.sc_configs = [
zip(scr, fre) for scr, fre in zip(self.screens, self.freq_sets)
]
else:
def_freqs = self.config_file['DEFAULT_FREQS']
assert (def_freqs != None)
self.sc_configs = [zip(scr, def_freqs) for scr in self.screens]
LOGGER.info("screens and freqs: \n" + \
str(self.sc_configs))
self._prepare_screens(self.sc_configs)
LOGGER.debug("SHUFFLED screens and freqs: \n" + \
str(self.sc_configs))
self._delay = self.config_file['delay']
self._last_delay = None
try:
self._delay + 0
# No error, delay is not random, just a number
self._rand_delay = False
except TypeError:
self._rand_delay = True
self.config_manager = UgmConfigManager()
self._connection = None
self._screen_sounds = self.config_file.get('sounds', None)
self._field_look_nums = self.config_file.get('field_look_nums', None)
if self._field_look_nums != None:
self._sc_look_index = 0
else:
self._screen_look_num = 0
if self._screen_sounds:
import pygame
import settings
pygame.init()
for i, s in enumerate(self._screen_sounds):
self._screen_sounds[i] = os.path.join(
settings.module_abs_path(), self._screen_sounds[i])