def __write_settings(self):
"""
Zapisz wartości z widgetów
"""
Configuration.distance_border1(self.border1_adjustment.get_value())
Configuration.distance_border2(self.border2_adjustment.get_value())
Configuration.meters_length(
self.meters_length_spin_adjustment.get_value())
Configuration.color_number(
self.color_number_spin_adjustment.get_value())
Configuration.horizontal_border(
self.horizontal_border_spin_adjustment.get_value())
Configuration.vertical_border(
self.vertical_border_spin_adjustment.get_value())
Configuration.pixel_limit(self.pixel_limit_spin_adjustment.get_value())
Configuration.distance_from_border(
self.distance_from_border_spin_adjustment.get_value())
Configuration.draw_detection_region(
self.draw_detection_region_check.get_active())
Configuration.draw_speed_region(
self.draw_speed_region_check.get_active())
Configuration.draw_cars(self.draw_cars_check.get_active())
Configuration.draw_conturs(self.draw_conturs_check.get_active())
Configuration.draw_speed_info(self.draw_speed_info_check.get_active())
Configuration.draw_size_info(self.draw_size_info_check.get_active())
Configuration.draw_color_bar(self.draw_color_bar_check.get_active())
Configuration.save_config()
def draw_detection_region(frame: Frame, mask):
"""
Rysuje na klatce obszar czułości kamery.
:param Frame frame: Klatka obrazu.
:return: Klatka obrazu z oznaczonym obszarem.
:rtype: Frame
"""
height, width = frame.size()
horizontal_border = Configuration.horizontal_border()
vertical_border = Configuration.vertical_border()
lup = (int(horizontal_border), int(vertical_border))
rup = (int(width-horizontal_border), int(vertical_border))
llp = (int(horizontal_border), int(height-vertical_border))
rlp = (int(width-horizontal_border), int(height-vertical_border))
frame.img = cv2.line(frame.img, llp, lup, (0, 0, 255), thickness=3)
frame.img = cv2.line(frame.img, llp, rlp, (0, 0, 255), thickness=3)
frame.img = cv2.line(frame.img, rlp, rup, (0, 0, 255), thickness=3)
frame.img = cv2.line(frame.img, lup, rup, (0, 0, 255), thickness=3)
mask = cv2.line(mask, llp, lup, (0, 0, 255), thickness=3)
mask = cv2.line(mask, llp, rlp, (0, 0, 255), thickness=3)
mask = cv2.line(mask, rlp, rup, (0, 0, 255), thickness=3)
mask = cv2.line(mask, lup, rup, (0, 0, 255), thickness=3)
return frame, mask
def draw_detection_region(frame: Frame, mask):
"""
Rysuje na klatce obszar czułości kamery.
:param Frame frame: Klatka obrazu.
:return: Klatka obrazu z oznaczonym obszarem.
:rtype: Frame
"""
height, width = frame.size()
horizontal_border = Configuration.horizontal_border()
vertical_border = Configuration.vertical_border()
lup = (int(horizontal_border), int(vertical_border))
rup = (int(width - horizontal_border), int(vertical_border))
llp = (int(horizontal_border), int(height - vertical_border))
rlp = (int(width - horizontal_border), int(height - vertical_border))
frame.img = cv2.line(frame.img, llp, lup, (0, 0, 255), thickness=3)
frame.img = cv2.line(frame.img, llp, rlp, (0, 0, 255), thickness=3)
frame.img = cv2.line(frame.img, rlp, rup, (0, 0, 255), thickness=3)
frame.img = cv2.line(frame.img, lup, rup, (0, 0, 255), thickness=3)
mask = cv2.line(mask, llp, lup, (0, 0, 255), thickness=3)
mask = cv2.line(mask, llp, rlp, (0, 0, 255), thickness=3)
mask = cv2.line(mask, rlp, rup, (0, 0, 255), thickness=3)
mask = cv2.line(mask, lup, rup, (0, 0, 255), thickness=3)
return frame, mask
def __load_settings(self):
"""
Wczytaj obecną konfigurację znajdującą się config.json do widgetów okna.
"""
self.border1_adjustment.set_value(Configuration.distance_border1())
self.border2_adjustment.set_value(Configuration.distance_border2())
self.meters_length_spin_adjustment.set_value(
Configuration.meters_length())
self.color_number_spin_adjustment.set_value(
Configuration.color_number())
self.horizontal_border_spin_adjustment.set_value(
Configuration.horizontal_border())
self.vertical_border_spin_adjustment.set_value(
Configuration.vertical_border())
self.pixel_limit_spin_adjustment.set_value(Configuration.pixel_limit())
self.distance_from_border_spin_adjustment.set_value(
Configuration.distance_from_border())
self.draw_detection_region_check.set_active(
Configuration.draw_detection_region())
self.draw_speed_region_check.set_active(
Configuration.draw_speed_region())
self.draw_cars_check.set_active(Configuration.draw_cars())
self.draw_conturs_check.set_active(Configuration.draw_conturs())
self.draw_speed_info_check.set_active(Configuration.draw_speed_info())
self.draw_size_info_check.set_active(Configuration.draw_size_info())
self.draw_color_bar_check.set_active(Configuration.draw_color_bar())
def __is_on_right(new_car):
"""
Sprawdza czy samochód jest blisko prawej krawędzi obszaru czułości.
:param Vehicle new_car: Obserwoway samochód.
:return: Prawda/fałsz.
:rtype: bool
"""
hborder = Configuration.horizontal_border()
distance = Configuration.distance_from_border()
return new_car.centerx > (Follower.__frame_width - hborder - distance)
def __is_on_left(new_car: Vehicle):
"""
Sprawdza czy samochód jest blisko lewej krawędzi obszaru czułości.
:param Vehicle new_car: Obserwoway samochód.
:return: Prawda/fałsz.
:rtype: bool
"""
hborder = Configuration.horizontal_border()
distance = Configuration.distance_from_border()
return new_car.centerx < (hborder + distance)
def __is_on_right(new_car):
"""
Sprawdza czy samochód jest blisko prawej krawędzi obszaru czułości.
:param Vehicle new_car: Obserwoway samochód.
:return: Prawda/fałsz.
:rtype: bool
"""
hborder = Configuration.horizontal_border()
distance = Configuration.distance_from_border()
return new_car.centerx > (Follower.__frame_width - hborder - distance)
def __is_on_left(new_car: Vehicle):
"""
Sprawdza czy samochód jest blisko lewej krawędzi obszaru czułości.
:param Vehicle new_car: Obserwoway samochód.
:return: Prawda/fałsz.
:rtype: bool
"""
hborder = Configuration.horizontal_border()
distance = Configuration.distance_from_border()
return new_car.centerx < (hborder + distance)
def __write_settings(self):
"""
Zapisz wartości z widgetów
"""
Configuration.distance_border1(self.border1_adjustment.get_value())
Configuration.distance_border2(self.border2_adjustment.get_value())
Configuration.meters_length(self.meters_length_spin_adjustment.get_value())
Configuration.color_number(self.color_number_spin_adjustment.get_value())
Configuration.horizontal_border(self.horizontal_border_spin_adjustment.get_value())
Configuration.vertical_border(self.vertical_border_spin_adjustment.get_value())
Configuration.pixel_limit(self.pixel_limit_spin_adjustment.get_value())
Configuration.distance_from_border(self.distance_from_border_spin_adjustment.get_value())
Configuration.draw_detection_region(self.draw_detection_region_check.get_active())
Configuration.draw_speed_region(self.draw_speed_region_check.get_active())
Configuration.draw_cars(self.draw_cars_check.get_active())
Configuration.draw_conturs(self.draw_conturs_check.get_active())
Configuration.draw_speed_info(self.draw_speed_info_check.get_active())
Configuration.draw_size_info(self.draw_size_info_check.get_active())
Configuration.draw_color_bar(self.draw_color_bar_check.get_active())
Configuration.save_config()
def __select(vehicles: list, frame: Frame):
"""
Dokonuje selekcji znalezionych obiektów. Odrzuca obiekty znajdujące się przy krawędzi obrazu.
:param list vehicles: Wektor potencjalnych samochodów.
:param Frame frame: Klatka obrazu
:return: Wyseleksjonowane pojazdy.
:rtype: list
"""
height, width = frame.size()
result = []
for vehic in vehicles:
horizontal_border = Configuration.horizontal_border()
vertical_border = Configuration.vertical_border()
if (vehic.centerx > horizontal_border) and (vehic.centerx < width-horizontal_border)\
and (vehic.centery > vertical_border) and (vehic.centery < height-vertical_border):
result.append(vehic)
return result
def __load_settings(self):
"""
Wczytaj obecną konfigurację znajdującą się config.json do widgetów okna.
"""
self.border1_adjustment.set_value(Configuration.distance_border1())
self.border2_adjustment.set_value(Configuration.distance_border2())
self.meters_length_spin_adjustment.set_value(Configuration.meters_length())
self.color_number_spin_adjustment.set_value(Configuration.color_number())
self.horizontal_border_spin_adjustment.set_value(Configuration.horizontal_border())
self.vertical_border_spin_adjustment.set_value(Configuration.vertical_border())
self.pixel_limit_spin_adjustment.set_value(Configuration.pixel_limit())
self.distance_from_border_spin_adjustment.set_value(Configuration.distance_from_border())
self.draw_detection_region_check.set_active(Configuration.draw_detection_region())
self.draw_speed_region_check.set_active(Configuration.draw_speed_region())
self.draw_cars_check.set_active(Configuration.draw_cars())
self.draw_conturs_check.set_active(Configuration.draw_conturs())
self.draw_speed_info_check.set_active(Configuration.draw_speed_info())
self.draw_size_info_check.set_active(Configuration.draw_size_info())
self.draw_color_bar_check.set_active(Configuration.draw_color_bar())
def __select(vehicles: list, frame: Frame):
"""
Dokonuje selekcji znalezionych obiektów. Odrzuca obiekty znajdujące się przy krawędzi obrazu.
:param list vehicles: Wektor potencjalnych samochodów.
:param Frame frame: Klatka obrazu
:return: Wyseleksjonowane pojazdy.
:rtype: list
"""
height, width = frame.size()
result = []
for vehic in vehicles:
horizontal_border = Configuration.horizontal_border()
vertical_border = Configuration.vertical_border()
if (
(vehic.centerx > horizontal_border)
and (vehic.centerx < width - horizontal_border)
and (vehic.centery > vertical_border)
and (vehic.centery < height - vertical_border)
):
result.append(vehic)
return result
