def test_data_identifiers(self):
pp = pre_processor.PreProcessor(whitelist=['Brazil'],
data_identifiers=['new_cases'])
data = pp.pre_process()
len_data = len(data['Brazil'])
assert len_data == 1
pp = pre_processor.PreProcessor(whitelist=['Brazil'])
data = pp.pre_process(['new_cases'])
len_data = len(data['Brazil'])
assert len_data == 1
def __init__(self, dataset=None, identifier=None):
self.defaults()
if dataset == None:
pp = pre_processor.PreProcessor(self.file)
self.dataset = pp.pre_process()
else:
self.dataset = dataset
eventFileReady = threading.Event()
event_ticker_timeout = threading.Event()
# Create a Ticker instance
tick_obj = ticker.Ticker(tick_event=eventGoGetData,
dt=dt,
timeout=timeOut,
tick_timeout_event=event_ticker_timeout)
# Creates an AcquisitionSystem instance
ASys = acquisition.AcquisitionSystem(sampling_funcs=samplingFunctions,
maxRowsPerFile=maxCacheSize,
channel_names=ch_names)
# Creates a PreProcessor instance
PrePross = pre_processor.PreProcessor(pre_process_func, channel_names=ch_names)
# Create a Watchdog instance
Watchdog = watchdog.Watchdog(ASys, PrePross, tick_obj, event_ticker_timeout)
# Define threads
ticker_thread = threading.Thread(name='Ticker', target=tick_obj.run)
Acq_thread = threading.Thread(name='Acquisition',
target=ASys.run,
args=(eventGoGetData, eventFileReady,
event_ticker_timeout),
kwargs={'verbose': True})
PreProcess_thread = threading.Thread(name='Pre-Processor',
target=PrePross.run,
class FrameSeperator(object):
"""This class do the separating video into frames"""
# create the object of pre_processor module
pre_processor_obj = pre_processor.PreProcessor()
# create object of frame detail operation class(not the output dict)
ops_obj = ops.DictOps()
# create the object of the output dict
output_ops_obj = output_ops.OutputDictOps()
# constructor
def __init__(self):
pass
def catch_video(self, video_location):
"""first method get call from GUI"""
# change the progress bar values
container.component[1]['value'] = 10
container.component[0].update_idletasks()
# get the video
cap = cv2.VideoCapture(video_location)
# get frame rate
# fps = cap.get(cv2.CAP_PROP_FPS)
# method call
self.seperator(cap)
# method
def seperator(self, cap):
"""This method do separation task"""
if not cap.isOpened():
print('ERROR FILE NOT FOUND OR WRONG CODEC USED!')
# get first frame of the video as 1
frame_position = 1
while cap.isOpened():
ret, frame = cap.read()
if ret:
# get timestamp of current frame
time_stamp = cap.get(cv2.CAP_PROP_POS_MSEC) / 1000
# sent frame to pre-processing
self.pre_processor_obj.pre_processing(frame, frame_position,
time_stamp)
# track frame position
frame_position += 1
# condition for hard stop the separating to frames
if cv2.waitKey(1) & 0xFF == ord('q'):
break
else:
# method call - to print just frame details(not output dict)
self.iterate_different_frame_timestamp()
print("################################################")
# get frame info to variable
output_visual_info = self.ops_obj.get_visual_info()
# pass frame details to creat output visual info dict
visual_output = self.output_ops_obj.create_dict(
output_visual_info)
print(
"-----------------------Write To Doc-------------------------"
)
doc_ops.write_to_doc_method(visual_output)
print(
"-----------------------Write To Doc-------------------------"
)
# change the progress bar values
container.component[1]['value'] = 50
container.component[0].update_idletasks()
break
cap.release()
# method
def iterate_different_frame_timestamp(self):
"""Iterate selected frame's details"""
# method call - to print just frame details(not output dict)
self.ops_obj.view_dict()
def test_whitelist(self):
pp = pre_processor.PreProcessor(whitelist=['Brazil'])
data = pp.pre_process()
len_data = len(data)
assert len_data == 1
def test_blacklist(self):
pp = pre_processor.PreProcessor(blacklist=['Brazil'])
data = pp.pre_process()
assert 'Brazil' not in data.keys()
#print(self.Pi, self.ki, self.x0, self.sigma_Pi, self.sigma_ki, self.sigma_x0)
def plot_prediction(self):
plt.clf()
future_dates = range(
len(self.X) + self.future_prediction - self.add_future_days)
plt.scatter(self.X[:len(self.X) - self.add_future_days],
self.y[:len(self.X) - self.add_future_days],
label=self.identifier)
y_pred = self.model(future_dates, self.Pi, self.ki, self.x0)
upper_lim = [
self.model(i, self.Pi + self.sigma_Pi, self.ki, self.x0)
for i in future_dates
]
lower_lim = [
self.model(i, self.Pi - self.sigma_Pi, self.ki, self.x0)
for i in future_dates
]
plt.plot(future_dates, y_pred)
plt.fill_between(future_dates, lower_lim, upper_lim, alpha=0.4)
plt.legend()
plt.show()
if (__name__ == "__main__"):
total_regressor = TotalLogisticRegressor()
pp = pre_processor.PreProcessor(total_regressor.file, filter_date=True)
total_regressor.dataset = pp.pre_process()
total_regressor.identifier = 'total_deaths'
total_regressor.run()
total_regressor.plot_prediction()
import pre_processor as pp #import oneVSAllSVM as OVA #import oneVSOneSVM as OVO # import oneVSAllSVM as OVA # import oneVSOne as OVO processor = pp.PreProcessor() processor.condense() processor.extract_stats() processor.condense_3d(60) # ova = OVA.OneVSAllSVM() # ova.run() # # ovo = OVO.OneVSOneSVM() # ovo.run() # # # #
