class TestDetectPairScreen(QWidget):
__detected_pair = None
backscreen: Signal
nextscreen: Signal
captured = Signal()
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.ui = Ui_test_detect_pair_screen()
self.__current_cfg = None
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.image2 = ImageWidget()
self.image3 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.imageLayout.replaceWidget(self.ui.screen2, self.image2)
self.imageLayout.replaceWidget(self.ui.screen4, self.image3)
self.ui.screen1.deleteLater()
self.ui.screen2.deleteLater()
self.ui.screen4.deleteLater()
def showEvent(self, event):
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.__detected_pair = None
self.image3.imshow(None)
manager = DetectorConfig.instance().get_manager()
left = manager.get_sample_left()
right = manager.get_sample_right()
if left is not None:
label_w = self.image1.width()
label_h = self.image1.height()
images = [left, right]
self.__detected_pair = images
final_img = helpers.concat_images(images, label_w, label_h)
self.image3.imshow(final_img)
self.__set_btn_next_enabled()
self.__set_btn_capture_text()
self.__load_config()
# binding
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnNext.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.btnSaveSample.clicked.connect(self.btn_save_sample_clicked)
self.ui.btnRetakeSample.clicked.connect(self.btn_retake_sample_clicked)
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
def __set_btn_next_enabled(self):
manager = DetectorConfig.instance().get_manager()
left = manager.get_sample_left()
has_sample = left is not None
self.ui.btnNext.setEnabled(has_sample)
def view_cam(self, image):
# read image in BGR format
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
if image is None:
self.image1.imshow(image)
self.image2.imshow(image)
# self.image3.imshow(image)
return
contour, detected, detected_pair = self.__process_pair(image.copy())
img_resized = cv2.resize(image, dim)
contour_resized = cv2.resize(contour, dim)
self.image1.imshow(img_resized)
self.image2.imshow(contour_resized)
if detected is not None and self.__detected_pair is None:
self.image3.imshow(detected)
self.__detected_pair = detected_pair
def __load_config(self):
return
def __process_pair(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
final_grouped, sizes, check_group_idx, pair, split_left, split_right, image_detect = manager.detect_groups_and_checked_pair(
self.__current_cfg, boxes, image)
unit = self.__current_cfg["length_unit"]
for idx, group in enumerate(final_grouped):
for b_idx, b in enumerate(group):
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
cur_size = sizes[idx][b_idx]
lH, lW = cur_size
helper.draw_boxes_and_sizes(image, idx, box, lH, lW, unit, tl,
br)
if (pair is not None):
manager.check_group(check_group_idx, final_grouped)
left, right = pair
left, right = left[0], right[0]
left = cv2.flip(left, 1)
label_w = self.image3.width()
label_h = self.image3.height()
images = [left, right]
final_img = helpers.concat_images(images, label_w, label_h)
return image, final_img, images
return image, None, None
def btn_save_sample_clicked(self):
if self.__detected_pair is not None:
left, right = self.__detected_pair
folder_path = DetectorConfig.instance().get_current_path()
if folder_path is None:
helpers.show_message("You must save configuration first")
return
cv2.imwrite(os.path.join(folder_path, detector.SAMPLE_LEFT_FILE),
left)
cv2.imwrite(os.path.join(folder_path, detector.SAMPLE_RIGHT_FILE),
right)
DetectorConfig.instance().get_manager().load_sample_images()
helpers.show_message("Save successfully")
self.__set_btn_next_enabled()
def btn_retake_sample_clicked(self):
self.__detected_pair = None
manager = DetectorConfig.instance().get_manager()
manager.reset_samples()
self.__set_btn_next_enabled()
self.image3.imshow(None)
class ErrorDetectScreen(QWidget):
backscreen: Signal
nextscreen: Signal
captured = Signal()
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.ui = Ui_ErrorDetectScreen()
self.__current_cfg = None
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.image2 = ImageWidget()
self.image3 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.imageLayout.replaceWidget(self.ui.screen2, self.image2)
self.imageLayout.replaceWidget(self.ui.screen4, self.image3)
self.ui.screen1.deleteLater()
self.ui.screen2.deleteLater()
self.ui.screen4.deleteLater()
self.ui.cbbWidth.setPlaceholderText("Width")
self.ui.cbbHeight.setPlaceholderText("Height")
self.ui.cbbWidth.setCurrentIndex(-1)
self.ui.cbbHeight.setCurrentIndex(-1)
frame_resize_values = [str(32 * i) for i in range(1, 20)]
self.ui.cbbHeight.clear()
for value in frame_resize_values:
self.ui.cbbHeight.addItem(value, userData=int(value))
self.ui.cbbWidth.clear()
for value in frame_resize_values:
self.ui.cbbWidth.addItem(value, userData=int(value))
def showEvent(self, event):
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.__set_btn_capture_text()
self.__load_config()
def __load_config(self):
err_cfg = self.__current_cfg["err_cfg"]
img_size = err_cfg["img_size"]
inp_shape = err_cfg["inp_shape"]
yolo_iou_threshold = err_cfg["yolo_iou_threshold"]
yolo_max_boxes = err_cfg["yolo_max_boxes"]
yolo_score_threshold = err_cfg["yolo_score_threshold"]
weights = err_cfg["weights"]
classes = err_cfg["classes"]
num_classes = err_cfg["num_classes"]
is_defect_enable = self.__current_cfg["is_defect_enable"]
width = img_size[0]
height = img_size[1]
self.ui.cbbWidth.setCurrentText(str(width))
self.ui.cbbHeight.setCurrentText(str(height))
self.ui.chkDefectDetection.setChecked(is_defect_enable)
self.ui.inpModelChoice.setText(weights)
self.ui.sldIoUThresh.setValue(int(yolo_iou_threshold * 100))
self.ui.groupIoUThresh.setTitle(f"IoU threshold: {yolo_iou_threshold}")
self.ui.sldScoreThresh.setValue(int(yolo_score_threshold * 100))
self.ui.groupScoreThresh.setTitle(
f"Score threshold: {yolo_score_threshold}")
self.ui.inpMaxInstances.setValue(yolo_max_boxes)
self.ui.inpClasses.setText(", ".join(classes))
# binding
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnFinish.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.inpMaxInstances.textChanged.connect(
self.inp_max_instances_changed)
self.ui.sldScoreThresh.valueChanged.connect(
self.sld_score_thresh_changed)
self.ui.sldIoUThresh.valueChanged.connect(
self.sld_iou_threshold_changed)
self.ui.cbbHeight.currentIndexChanged.connect(
self.width_height_changed)
self.ui.cbbWidth.currentIndexChanged.connect(self.width_height_changed)
self.ui.btnChooseModel.clicked.connect(self.btn_choose_model_clicked)
self.ui.btnChooseClasses.clicked.connect(
self.btn_choose_classes_clicked)
self.ui.chkDefectDetection.stateChanged.connect(
self.chk_defect_detection_state_changed)
self.ui.btnReloadModel.clicked.connect(self.btn_reload_model_clicked)
self.ui.btnChoosePicture.clicked.connect(
self.btn_choose_picture_clicked)
def chk_defect_detection_state_changed(self):
checked = self.ui.chkDefectDetection.isChecked()
self.__current_cfg["is_defect_enable"] = checked
# hander
@asyncSlot()
async def btn_reload_model_clicked(self):
try:
await DetectorConfig.instance().get_manager().load_model(
self.__current_cfg)
helpers.show_message("Finish reloading model")
except:
helpers.show_message("Error reloading model")
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
self.ui.btnChoosePicture.setEnabled(not timer_active)
def inp_max_instances_changed(self):
value = self.ui.inpMaxInstances.value()
if value != self.__current_cfg["err_cfg"]["yolo_max_boxes"]:
self.__current_cfg["err_cfg"]["yolo_max_boxes"] = value
def sld_score_thresh_changed(self):
value = self.ui.sldScoreThresh.value()
self.ui.groupScoreThresh.setTitle(f"Score threshold: {value/100}")
self.__current_cfg["err_cfg"]["yolo_score_threshold"] = value / 100
def sld_iou_threshold_changed(self):
value = self.ui.sldIoUThresh.value()
self.ui.groupIoUThresh.setTitle(f"IoU threshold: {value/100}")
self.__current_cfg["err_cfg"]["yolo_iou_threshold"] = value / 100
def width_height_changed(self):
height = self.ui.cbbHeight.currentData()
width = self.ui.cbbWidth.currentData()
self.__current_cfg["err_cfg"]["img_size"] = (width, height)
self.__current_cfg["err_cfg"]["inp_shape"] = (height, width, 3)
def chk_defect_detection_state_changed(self):
checked = self.ui.chkDefectDetection.isChecked()
self.__current_cfg["is_defect_enable"] = checked
def btn_choose_model_clicked(self):
url, _ = helpers.file_chooser_open_file(self,
f_filter="Keras model (*.h5)")
if url.isEmpty(): return
file_name = url.toLocalFile()
self.ui.inpModelChoice.setText(file_name)
self.__current_cfg["err_cfg"]["weights"] = file_name
@asyncSlot()
async def btn_choose_picture_clicked(self):
url, _ = helpers.file_chooser_open_file(
self, f_filter="Images (*.jpg *.png *.bmp)")
if url.isEmpty(): return
file_name = url.toLocalFile()
images = [cv2.imread(file_name)]
await self.__detect_error_on_picture(images)
def btn_choose_classes_clicked(self):
url, _ = helpers.file_chooser_open_file(self, "Text file (*.txt)")
if url.isEmpty(): return
file_name = url.toLocalFile()
classes = []
with open(file_name) as txt_file:
classes = txt_file.readlines()
for idx, cl in enumerate(classes):
classes[idx] = cl.replace("\n", "")
self.__current_cfg["err_cfg"]["classes"] = classes
self.__current_cfg["err_cfg"]["num_classes"] = len(classes)
self.ui.inpClasses.setText(", ".join(classes))
def view_cam(self, image):
# read image in BGR format
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
if image is None:
self.image1.imshow(image)
self.image2.imshow(image)
self.image3.imshow(image)
return
orig = cv2.resize(image, dim)
self.image1.imshow(orig)
contour = self.__process_image(image)
contour = cv2.resize(contour, dim)
self.image2.imshow(contour)
async def __detect_error(self, images):
manager = DetectorConfig.instance().get_manager()
err_task = manager.detect_errors(self.__current_cfg, images, None)
boxes, scores, classes, valid_detections = await err_task
err_cfg = self.__current_cfg["err_cfg"]
helper.draw_yolo_results(images,
boxes,
scores,
classes,
err_cfg["classes"],
err_cfg["img_size"],
min_score=err_cfg["yolo_score_threshold"])
label_w = self.image3.width()
label_h = self.image3.height()
for idx, img in enumerate(images):
images[idx] *= 255.
images[idx] = np.asarray(images[idx], np.uint8)
final_img = helpers.concat_images(images, label_w, label_h)
self.image3.imshow(final_img)
async def __detect_error_on_picture(self, images):
manager = DetectorConfig.instance().get_manager()
err_task = manager.detect_errors(self.__current_cfg, images, None)
boxes, scores, classes, valid_detections = await err_task
err_cfg = self.__current_cfg["err_cfg"]
helper.draw_yolo_results(images,
boxes,
scores,
classes,
err_cfg["classes"],
err_cfg["img_size"],
min_score=err_cfg["yolo_score_threshold"])
label_w = self.image3.width()
label_h = self.image3.height()
for idx, img in enumerate(images):
images[idx] *= 255.
images[idx] = np.asarray(images[idx], np.uint8)
final_img = helpers.concat_images(images, label_w, label_h)
self.image3.imshow(final_img)
def __process_pair(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
final_grouped, sizes, check_group_idx, pair, split_left, split_right, image_detect = manager.detect_groups_and_checked_pair(
self.__current_cfg, boxes, image)
unit = self.__current_cfg["length_unit"]
for idx, group in enumerate(final_grouped):
for b_idx, b in enumerate(group):
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
cur_size = sizes[idx][b_idx]
lH, lW = cur_size
helper.draw_boxes_and_sizes(image, idx, box, lH, lW, unit, tl,
br)
if (pair is not None):
manager.check_group(check_group_idx, final_grouped)
left, right = pair
left, right = left[0], right[0]
left = cv2.flip(left, 1)
return image, [left, right]
return image, None
def __process_image(self, image):
manager = DetectorConfig.instance().get_manager()
contour, detected_pair = self.__process_pair(image)
if detected_pair is not None and manager.get_model() is not None:
runnable = WorkerRunnable(self.__detect_error,
detected_pair,
parent=self)
runnable.work_error.connect(lambda ex: print(ex))
QThreadPool.globalInstance().start(runnable)
return contour
class MeasurementScreen(QWidget):
backscreen: Signal
nextscreen: Signal
captured = Signal()
__actual_length_edited = False
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.__current_cfg = None
self.ui = Ui_MeasurementScreen()
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.image2 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.imageLayout.replaceWidget(self.ui.screen2, self.image2)
self.ui.screen1.deleteLater()
self.ui.screen2.deleteLater()
def showEvent(self, event):
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.__set_btn_capture_text()
self.__load_config()
# binding
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnNext.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.sldMaximumHeight.valueChanged.connect(
self.sld_min_height_change)
self.ui.sldMaximumWidth.valueChanged.connect(self.sld_min_width_change)
self.ui.sldDectectPosition.valueChanged.connect(
self.sld_position_change)
self.ui.sldDetectRange.valueChanged.connect(
self.sld_detect_range_change)
self.ui.btnEditActualLength.clicked.connect(
self.btn_edit_actual_length_clicked)
self.ui.inpAllowDiff.textChanged.connect(self.inp_allow_diff_changed)
self.ui.inpLengthUnit.textChanged.connect(self.inp_length_unit_change)
self.ui.chkMainCamera.stateChanged.connect(
self.chk_main_camera_state_changed)
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
def chk_main_camera_state_changed(self):
is_checked = self.ui.chkMainCamera.isChecked()
is_main = self.__current_cfg["is_main"]
if is_main != is_checked and self.__actual_length_edited:
helpers.show_message("You must save actual length first")
self.ui.chkMainCamera.setCheckState(
Qt.CheckState.Checked if not is_checked else Qt.CheckState.
Unchecked)
return
elif is_main == is_checked:
return
DetectorConfig.instance().get_manager().set_main_config(
self.__current_cfg["name"] if is_checked else None)
self.__change_ui_based_on_is_main()
def __change_ui_based_on_is_main(self):
is_main = self.__current_cfg["is_main"]
self.ui.sldDectectPosition.setEnabled(is_main)
self.ui.inpAllowDiff.setEnabled(is_main)
self.ui.btnEditActualLength.setEnabled(is_main)
self.ui.inpLengthUnit.setEnabled(is_main)
def sld_min_width_change(self):
value = self.ui.sldMaximumWidth.value()
self.__current_cfg["min_width_per"] = value / 100
self.ui.groupSliderWidth.setTitle("Minimum width (%): " + str(value))
def sld_min_height_change(self):
value = self.ui.sldMaximumHeight.value()
self.__current_cfg["min_height_per"] = value / 100
self.ui.groupSliderHeight.setTitle("Minimum height (%): " + str(value))
def sld_position_change(self):
value = self.ui.sldDectectPosition.value()
self.__current_cfg["stop_condition"] = -value
self.ui.groupSliderPosition.setTitle("Detect position: " + str(-value))
def inp_length_unit_change(self):
value = str(self.ui.inpLengthUnit.text())
self.ui.groupInputAllowDiff.setTitle(f"Allow Difference ({value})")
self.__current_cfg["length_unit"] = value
def sld_detect_range_change(self):
value = str(self.ui.sldDetectRange.value() / 100)
self.__current_cfg["detect_range"] = (float(value),
float(1 - float(value)))
self.ui.groupSliderDetectRange.setTitle("Detect range: " + value)
def btn_edit_actual_length_clicked(self, event):
if self.__actual_length_edited:
value = float(self.ui.inpLeftActualLength.text())
total_px = float(self.ui.inpLeftDetectedLength.text())
if (total_px is not None and total_px > 0):
self.__current_cfg["length_per_10px"] = 0 if (
value is None
or value == 0) else helper.calculate_length_per10px(
total_px, value)
self.ui.inpLeftActualLength.setEnabled(False)
self.ui.btnEditActualLength.setText("Edit")
else:
self.ui.inpLeftActualLength.setEnabled(True)
self.ui.btnEditActualLength.setText("Save")
self.__actual_length_edited = not self.__actual_length_edited
def inp_allow_diff_changed(self, text):
value = float(self.ui.inpAllowDiff.text())
self.__current_cfg["max_size_diff"] = value
# view camera
def view_cam(self, image):
# read image in BGR format
label_w = self.image1.width()
label_h = self.image1.height()
if image is None:
self.image1.imshow(image)
self.image2.imshow(image)
return
orig = image.copy()
orig = self.__draw_rectangle_on_image(orig)
orig = self.__draw_position_line_on_image(orig)
orig = self.__draw_detect_range(orig)
dim = (label_w, label_h)
contour, sizes = self.__process_image(image.copy())
img_resized = cv2.resize(orig, dim)
contour_resized = cv2.resize(contour, dim)
left_length, actual_length = 0, 0
if len(sizes) > 0:
length_per_10px = self.__current_cfg["length_per_10px"]
left_length = sizes[0][0]
actual_length = 0 if length_per_10px is None or length_per_10px == 0 else helper.calculate_length(
left_length, length_per_10px)
self.ui.inpLeftDetectedLength.setText(f"{left_length:.2f}")
if not self.__actual_length_edited:
self.ui.inpLeftActualLength.setValue(actual_length)
self.image1.imshow(img_resized)
self.image2.imshow(contour_resized)
# draw functions
def __draw_rectangle_on_image(self, image):
image_width = image.shape[1]
image_height = image.shape[0]
height_value = self.ui.sldMaximumHeight.value()
width_value = self.ui.sldMaximumWidth.value()
rect_width = int(image_width * width_value / 100)
rect_height = int(image_height * height_value / 100)
# draw Green rectangle image into image
return cv2.rectangle(image, (0, 0), (rect_width, rect_height),
(0, 0, 255), 3)
def __draw_position_line_on_image(self, image):
value = self.ui.sldDectectPosition.value()
image_width = image.shape[1]
image_height = image.shape[0]
position = int(image_width / 2 + value)
return cv2.line(image, (position, 0), (position, image_height),
(255, 0, 0), 3)
def __draw_detect_range(self, image):
# convert 0 - 50 to scale of 0.0 to 0.5 (step 0.01)
# return value
image_width = image.shape[1]
image_height = image.shape[0]
value = str(self.ui.sldDetectRange.value() / 100)
left_line_ratio = float(value) / 1
right_line_ratio = 1 - left_line_ratio
left_line_point = int(left_line_ratio * image_width)
right_line_point = int(right_line_ratio * image_width)
self.__current_cfg["detect_range"] = (float(value),
float(1 - float(value)))
image = cv2.line(image, (left_line_point, 0),
(left_line_point, image_height), (0, 255, 0), 3)
image = cv2.line(image, (right_line_point, 0),
(right_line_point, image_height), (0, 255, 0), 3)
return image
def __process_image(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
sizes = []
for idx, b in enumerate(boxes):
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
sizes.append((dimA, dimB))
length_per_10px = self.__current_cfg["length_per_10px"]
unit = self.__current_cfg["length_unit"]
if length_per_10px is not None and length_per_10px != 0:
dimA, dimB = helper.calculate_length(
dimA, length_per_10px), helper.calculate_length(
dimB, length_per_10px)
helper.draw_boxes_and_sizes(image, None, box, dimA, dimB, unit, tl,
br)
return image, sizes
def __load_config(self):
min_width = self.__current_cfg["min_width_per"] * 100
min_height = self.__current_cfg["min_height_per"] * 100
length_unit = self.__current_cfg["length_unit"]
stop_condition = self.__current_cfg["stop_condition"]
detect_range = self.__current_cfg["detect_range"][0] * 100
max_size_diff = self.__current_cfg["max_size_diff"]
frame_width = self.__current_cfg["frame_width"]
self.ui.sldMaximumWidth.setValue(min_width)
self.ui.sldMaximumHeight.setValue(min_height)
self.ui.inpLengthUnit.setText(length_unit)
self.ui.groupInputAllowDiff.setTitle(
f"Allow Difference ({length_unit})")
self.ui.sldDectectPosition.setMinimum(-int(frame_width / 2))
self.ui.sldDectectPosition.setMaximum(int(frame_width / 2))
self.ui.sldDectectPosition.setValue(-stop_condition)
self.ui.sldDetectRange.setValue(detect_range)
self.ui.inpAllowDiff.setValue(max_size_diff)
self.ui.chkMainCamera.setChecked(self.__current_cfg["is_main"])
self.ui.inpLeftDetectedLength.setText(str(0))
self.ui.inpLeftActualLength.setValue(0)
self.ui.inpLeftActualLength.setEnabled(False)
self.ui.btnEditActualLength.setText("Edit")
self.__actual_length_edited = False
self.__change_ui_based_on_is_main()
class ColorParamCalibrationScreen(QWidget):
__detected_pair = None
backscreen: Signal
nextscreen: Signal
captured = Signal()
__max_blue = 0
__max_green = 0
__max_red = 0
__amp_thresh_edited = False
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.__current_cfg = None
self.ui = Ui_ColorParamCalibScreen()
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.ui.screen1.deleteLater()
self.image_detect_left = ImageWidget()
self.image_detect_right = ImageWidget()
self.image_sample_left = ImageWidget()
self.image_sample_right = ImageWidget()
self.screen2_layout = self.ui.screen2.layout()
self.screen2_layout.replaceWidget(self.ui.screen2Left,
self.image_detect_left)
self.screen2_layout.replaceWidget(self.ui.screen2Right,
self.image_detect_right)
self.ui.screen2Left.deleteLater()
self.ui.screen2Right.deleteLater()
self.screen3_layout = self.ui.screen3.layout()
self.screen3_layout.replaceWidget(self.ui.screen3Left,
self.image_sample_left)
self.screen3_layout.replaceWidget(self.ui.screen3Right,
self.image_sample_right)
self.ui.screen3Left.deleteLater()
self.ui.screen3Right.deleteLater()
self.image_detect_left.ui.lblImage.setAlignment(Qt.AlignCenter)
self.image_detect_right.ui.lblImage.setAlignment(Qt.AlignCenter)
self.image_sample_left.ui.lblImage.setAlignment(Qt.AlignCenter)
self.image_sample_right.ui.lblImage.setAlignment(Qt.AlignCenter)
return
def showEvent(self, event):
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.ui.inpResult.setHtml("<b>RESULT</b>")
self.__view_image_sample()
self.__set_btn_capture_text()
self.__load_config()
# binding
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnNext.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.inpSuppThreshold.textChanged.connect(
self.inp_sup_thresh_change)
self.ui.sldAllowDiff.valueChanged.connect(self.sld_allow_diff_change)
self.ui.sldAmpRate.valueChanged.connect(self.sld_amp_rate_change)
self.ui.ampThreshBlue.textChanged.connect(self.amp_threshold_change)
self.ui.ampThreshGreen.textChanged.connect(self.amp_threshold_change)
self.ui.ampThreshRed.textChanged.connect(self.amp_threshold_change)
self.ui.chkColorCompare.stateChanged.connect(
self.chk_color_enabled_state_changed)
self.ui.btnEditAmpThresh.clicked.connect(
self.btn_edit_amp_thresh_clicked)
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
def amp_threshold_change(self):
amp_thresh_green_value = float(self.ui.ampThreshGreen.text())
amp_thresh_red_value = float(self.ui.ampThreshRed.text())
amp_thresh_blue_value = float(self.ui.ampThreshBlue.text())
self.__current_cfg["color_cfg"]["amplify_thresh"] = (
amp_thresh_blue_value, amp_thresh_green_value,
amp_thresh_red_value)
def sld_amp_rate_change(self):
value = self.ui.sldAmpRate.value()
self.ui.grpSldAmpRate.setTitle("Amplification Rate: " + str(value))
self.__current_cfg["color_cfg"]["amplify_rate"] = value
def inp_sup_thresh_change(self):
value = self.ui.inpSuppThreshold.value()
self.__current_cfg["color_cfg"]["supp_thresh"] = value
def sld_allow_diff_change(self):
value = self.ui.sldAllowDiff.value()
self.ui.grpSldAllowDiff.setTitle("Allowed Difference (%): " +
str(value))
self.__current_cfg["color_cfg"]["max_diff"] = value / 100
def chk_color_enabled_state_changed(self):
checked = self.ui.chkColorCompare.isChecked()
self.__current_cfg["is_color_enable"] = checked
def __load_config(self):
color_cfg = self.__current_cfg["color_cfg"]
amplify_rate = color_cfg["amplify_rate"]
supp_thresh = color_cfg["supp_thresh"]
max_diff = color_cfg["max_diff"]
is_color_enable = self.__current_cfg["is_color_enable"]
amp_thresh = color_cfg["amplify_thresh"]
self.ui.sldAllowDiff.setValue(max_diff * 100)
self.ui.sldAmpRate.setValue(amplify_rate)
self.ui.inpSuppThreshold.setValue(supp_thresh)
self.ui.ampThreshBlue.setValue(amp_thresh[0])
self.ui.ampThreshGreen.setValue(amp_thresh[1])
self.ui.ampThreshRed.setValue(amp_thresh[2])
self.ui.grpSldAmpRate.setTitle("Amplification Rate: " +
str(amplify_rate))
self.ui.grpSldAllowDiff.setTitle("Allowed Difference (%): " +
str(max_diff * 100))
self.ui.chkColorCompare.setChecked(is_color_enable)
self.ui.btnEditAmpThresh.setText("Edit")
self.ui.ampThreshRed.setEnabled(False)
self.ui.ampThreshGreen.setEnabled(False)
self.ui.ampThreshBlue.setEnabled(False)
def __view_image_sample(self):
manager = DetectorConfig.instance().get_manager()
left = manager.get_sample_left()
right = manager.get_sample_right()
m_left, m_right = self.__preprocess_color(left, right)
label_h = self.ui.screen2.height()
img_size = (156, label_h - 30)
m_left = cv2.resize(m_left, img_size, interpolation=cv2.INTER_AREA)
m_right = cv2.resize(m_right, img_size, interpolation=cv2.INTER_AREA)
self.image_sample_left.imshow(m_left)
self.image_sample_right.imshow(m_right)
def view_cam(self, image):
# read image in BGR format
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
if image is None:
self.image1.imshow(image)
self.image_detect_left.imshow(image)
self.image_detect_right.imshow(image)
return
img_size = (156, label_h - 30)
contour, detected, detected_pair = self.__process_pair(image.copy())
contour_resized = cv2.resize(contour, dim)
self.image1.imshow(contour_resized)
if detected_pair is not None:
left, right = self.__preprocess_color(detected_pair[0],
detected_pair[1])
trio.run(self.__find_amp_threshold, left, right)
left = cv2.resize(left, img_size)
right = cv2.resize(right, img_size)
self.image_detect_left.imshow(left)
self.image_detect_right.imshow(right)
self.__detected_pair = detected_pair
async def __find_amp_threshold(self, img_left, img_right):
manager = DetectorConfig.instance().get_manager()
sample_left = manager.get_sample_left()
sample_right = manager.get_sample_right()
sample_left, sample_right = self.__preprocess_color(
sample_left, sample_right)
left_task, right_task = await manager.compare_colors(
self.__current_cfg, img_left, img_right, sample_left, sample_right,
not self.__amp_thresh_edited, None)
_, avg_diff_l, left_hist, is_diff_l = left_task
_, avg_diff_r, right_hist, is_diff_r = right_task
blue = max(left_hist[0], right_hist[0])
green = max(left_hist[1], right_hist[1])
red = max(left_hist[2], right_hist[2])
max_blue, max_green, max_red = self.__max_blue, self.__max_green, self.__max_red
if (blue > max_blue): max_blue = blue
if (green > max_green): max_green = green
if (red > max_red): max_red = red
amp_thresh = (float(max_blue), float(max_green), float(max_red))
if self.__amp_thresh_edited:
self.__max_blue = max_blue
self.__max_red = max_red
self.__max_green = max_green
self.ui.ampThreshBlue.setValue(amp_thresh[0])
self.ui.ampThreshGreen.setValue(amp_thresh[1])
self.ui.ampThreshRed.setValue(amp_thresh[2])
self.__current_cfg["color_cfg"]["amplify_thresh"] = amp_thresh
# result display
cur = datetime.datetime.now()
cur_date_str = cur.strftime(ISO_DATE_FORMAT)
result_text = f"<b>RESULT</b><br/>" + f"<b>Time</b>: {cur_date_str}<br/>"
avg_diff_l *= 100
avg_diff_r *= 100
r, g, b = amp_thresh[0], amp_thresh[1], amp_thresh[2]
result_text += f"<b>Current different value</b>: {r:.2f}, {g:.2f}, {b:.2f}<br/>"
result_text += f"<b>Left different</b>: {avg_diff_l:.2f}%<br/>"
result_text += f"<b>Right different</b>: {avg_diff_r:.2f}%<br/>"
if not self.__amp_thresh_edited:
left_result_text = "PASSED" if not is_diff_l else "FAILED"
right_result_text = "PASSED" if not is_diff_r else "FAILED"
result_text += f"<b>Result</b>: Left {left_result_text} - Right {right_result_text}"
self.ui.inpResult.setHtml(result_text)
def btn_edit_amp_thresh_clicked(self, event):
if self.__amp_thresh_edited:
self.ui.ampThreshRed.setEnabled(False)
self.ui.ampThreshGreen.setEnabled(False)
self.ui.ampThreshBlue.setEnabled(False)
self.ui.btnEditAmpThresh.setText("Edit")
self.__amp_thresh_edited = False
else:
self.ui.ampThreshRed.setEnabled(True)
self.ui.ampThreshGreen.setEnabled(True)
self.ui.ampThreshBlue.setEnabled(True)
self.ui.btnEditAmpThresh.setText("Save")
self.__amp_thresh_edited = True
#image process function
def __preprocess_color(self, sample_left, sample_right):
manager = DetectorConfig.instance().get_manager()
pre_sample_left = manager.preprocess(self.__current_cfg, sample_left,
True)
pre_sample_right = manager.preprocess(self.__current_cfg, sample_right,
False)
return pre_sample_left, pre_sample_right
def __process_pair(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
final_grouped, sizes, check_group_idx, pair, split_left, split_right, image_detect = manager.detect_groups_and_checked_pair(
self.__current_cfg, boxes, image)
unit = self.__current_cfg["length_unit"]
for idx, group in enumerate(final_grouped):
for b_idx, b in enumerate(group):
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
cur_size = sizes[idx][b_idx]
lH, lW = cur_size
helper.draw_boxes_and_sizes(image, idx, box, lH, lW, unit, tl,
br)
if (pair is not None):
manager.check_group(check_group_idx, final_grouped)
left, right = pair
left, right = left[0], right[0]
left = cv2.flip(left, 1)
label_w = self.image1.width()
label_h = self.image1.height()
images = [left, right]
self.__detected_pair = images
final_img = helpers.concat_images(images, label_w, label_h)
return image, final_img, images
return image, None, None
class AsymConfigScreen(QWidget):
MIN_SIMILARITY_STEP = 0.01
backscreen: Signal
nextscreen: Signal
captured = Signal()
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.__current_cfg = None
self.ui = Ui_AsymConfigScreen()
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.ui.screen1.deleteLater()
self.image_detect_left = ImageWidget()
self.image_detect_right = ImageWidget()
self.image_sample_left = ImageWidget()
self.image_sample_right = ImageWidget()
self.screen2_layout = self.ui.screen2.layout()
self.screen2_layout.replaceWidget(self.ui.screen2Left,
self.image_detect_left)
self.screen2_layout.replaceWidget(self.ui.screen2Right,
self.image_detect_right)
self.ui.screen2Left.deleteLater()
self.ui.screen2Right.deleteLater()
self.screen3_layout = self.ui.screen3.layout()
self.screen3_layout.replaceWidget(self.ui.screen3Left,
self.image_sample_left)
self.screen3_layout.replaceWidget(self.ui.screen3Right,
self.image_sample_right)
self.ui.screen3Left.deleteLater()
self.ui.screen3Right.deleteLater()
self.image_detect_left.ui.lblImage.setAlignment(Qt.AlignCenter)
self.image_detect_right.ui.lblImage.setAlignment(Qt.AlignCenter)
self.image_sample_left.ui.lblImage.setAlignment(Qt.AlignCenter)
self.image_sample_right.ui.lblImage.setAlignment(Qt.AlignCenter)
# binding
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnNext.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.sldAmpRate.valueChanged.connect(
self.sld_amplification_rate_changed)
self.ui.sldMinSimilarity.valueChanged.connect(
self.sld_min_similarity_changed)
self.ui.inpReCalcFactorRight.textChanged.connect(
self.inp_re_calc_right_changed)
self.ui.inpReCalcFactorLeft.textChanged.connect(
self.inp_re_calc_left_changed)
self.ui.inpAmpThresh.textChanged.connect(
self.inp_asym_amp_thresh_changed)
self.ui.inpC1.textChanged.connect(self.inp_C1_changed)
self.ui.inpC2.textChanged.connect(self.inp_C2_changed)
self.ui.inpPSNR.textChanged.connect(self.inp_PSNR_changed)
self.ui.cbbSegments.currentIndexChanged.connect(
self.cbb_segments_current_index_changed)
# handlers
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
def sld_amplification_rate_changed(self):
value = self.ui.sldAmpRate.value()
self.__current_cfg["sim_cfg"]["asym_amp_rate"] = value
self.ui.grpBoxAmpRate.setTitle("Amplification rate: " + str(value))
def sld_min_similarity_changed(self):
value = round(
self.ui.sldMinSimilarity.value() * self.MIN_SIMILARITY_STEP, 2)
self.__current_cfg["sim_cfg"]["min_similarity"] = value
self.ui.grpBoxMinSimilarity.setTitle("Minimum similarity (%): " +
str(value))
def showEvent(self, event):
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.ui.inpResult.setHtml("<b>RESULT</b>")
self.__set_btn_capture_text()
self.__view_image_sample()
self.__load_config()
def cbb_segments_current_index_changed(self):
selected = "[" + self.ui.cbbSegments.currentText() + "]"
segments = json.loads(selected)
self.__current_cfg["sim_cfg"]["segments_list"] = segments
def __load_config(self):
sim_cfg = self.__current_cfg["sim_cfg"]
c1 = sim_cfg["C1"]
c2 = sim_cfg["C2"]
psnr = sim_cfg["psnr_trigger"]
amp_thresh = sim_cfg["asym_amp_thresh"]
amp_rate = sim_cfg["asym_amp_rate"]
min_similarity = sim_cfg["min_similarity"]
re_calc_factor_left = sim_cfg["re_calc_factor_left"]
re_calc_factor_right = sim_cfg["re_calc_factor_right"]
segments_list = sim_cfg["segments_list"]
segments_str = str(segments_list).replace('[', '').replace(']', '')
#---------------------------------------#
min_similarity_slider_val = round(
min_similarity / self.MIN_SIMILARITY_STEP, 0)
if (amp_thresh is None): amp_thresh = 1
sim_cfg["asym_amp_thresh"] = amp_thresh
#---------------------------------------#
self.ui.inpC1.setValue(c1)
self.ui.inpC2.setValue(c2)
self.ui.inpPSNR.setValue(float(psnr))
self.ui.inpAmpThresh.setValue(float(amp_thresh))
self.ui.inpReCalcFactorLeft.setValue(float(re_calc_factor_left))
self.ui.inpReCalcFactorRight.setValue(float(re_calc_factor_right))
self.ui.cbbSegments.setCurrentText(segments_str)
self.ui.sldMinSimilarity.setValue(int(min_similarity_slider_val))
self.ui.grpBoxMinSimilarity.setTitle("Minimum similarity (%): " +
str(min_similarity))
self.ui.sldAmpRate.setValue(int(amp_rate))
self.ui.grpBoxAmpRate.setTitle("Amplification rate: " + str(amp_rate))
def __view_image_sample(self):
manager = DetectorConfig.instance().get_manager()
left = manager.get_sample_left()
right = manager.get_sample_right()
self.__sample_left, self.__sample_right = self.__preprocess_color(
left, right)
label_h = self.image1.height()
img_size = (156, label_h - 30)
m_left = cv2.resize(self.__sample_left,
img_size,
interpolation=cv2.INTER_AREA)
m_right = cv2.resize(self.__sample_right,
img_size,
interpolation=cv2.INTER_AREA)
self.image_sample_left.imshow(m_left)
self.image_sample_right.imshow(m_right)
def inp_re_calc_left_changed(self):
value = self.ui.inpReCalcFactorLeft.value()
self.__current_cfg["sim_cfg"]["re_calc_factor_left"] = value
return
def inp_re_calc_right_changed(self):
value = self.ui.inpReCalcFactorRight.value()
self.__current_cfg["sim_cfg"]["re_calc_factor_right"] = value
return
def inp_asym_amp_thresh_changed(self):
value = self.ui.inpAmpThresh.value()
self.__current_cfg["sim_cfg"]["asym_amp_thresh"] = value
return
def inp_C1_changed(self):
value = self.ui.inpC1.value()
self.__current_cfg["sim_cfg"]["C1"] = value
return
def inp_C2_changed(self):
value = self.ui.inpC2.value()
self.__current_cfg["sim_cfg"]["C2"] = value
return
def inp_PSNR_changed(self):
value = self.ui.inpPSNR.value()
self.__current_cfg["sim_cfg"]["psnr_trigger"] = value
return
def view_cam(self, image):
# read image in BGR format
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
if image is None:
self.image1.imshow(image)
self.image_detect_left.imshow(image)
self.image_detect_right.imshow(image)
return
img_size = (156, label_h - 30)
contour, detected, detected_pair = self.__process_pair(image.copy())
contour_resized = cv2.resize(contour, dim)
self.image1.imshow(contour_resized)
if detected_pair is not None:
left, right = self.__preprocess_color(detected_pair[0],
detected_pair[1])
trio.run(self.__detect_asym_diff, left, right)
left = cv2.resize(left, img_size)
right = cv2.resize(right, img_size)
self.image_detect_left.imshow(left)
self.image_detect_right.imshow(right)
async def __detect_asym_diff(self, left, right):
sim_cfg = self.__current_cfg["sim_cfg"]
min_sim = sim_cfg['min_similarity']
manager = DetectorConfig.instance().get_manager()
left_result, right_result = await manager.detect_asym(
self.__current_cfg, left, right, self.__sample_left,
self.__sample_right, None)
is_asym_diff_left, avg_asym_left, avg_amp_left, recalc_left, res_list_l, amp_res_list_l = left_result
is_asym_diff_right, avg_asym_right, avg_amp_right, recalc_right, res_list_r, amp_res_list_r = right_result
# calculate calc_factor both side and then keep the highest only
tmp_re_calc_factor_left = avg_asym_left / avg_amp_left
tmp_re_calc_factor_right = avg_asym_right / avg_amp_right
if (tmp_re_calc_factor_left > sim_cfg['re_calc_factor_left']):
sim_cfg['re_calc_factor_left'] = tmp_re_calc_factor_left
if (tmp_re_calc_factor_right > sim_cfg['re_calc_factor_right']):
sim_cfg['re_calc_factor_right'] = tmp_re_calc_factor_right
# update result to screen
self.ui.inpReCalcFactorLeft.setValue(sim_cfg["re_calc_factor_left"])
self.ui.inpReCalcFactorRight.setValue(sim_cfg["re_calc_factor_right"])
# result display
cur = datetime.datetime.now()
cur_date_str = cur.strftime(ISO_DATE_FORMAT)
left_result_text = "PASSED" if not is_asym_diff_left else "FAILED"
right_result_text = "PASSED" if not is_asym_diff_right else "FAILED"
result_text = f"<b>RESULT</b><br/>" + f"<b>Time</b>: {cur_date_str}<br/>"
result_text += f"<b>Original similarity</b>: Left {avg_asym_left:.2f} - Right {avg_asym_right:.2f}<br/>"
result_text += f"<b>Final similarity</b>: Left {recalc_left:.2f} - Right {recalc_right:.2f}<br/>"
result_text += f"<b>Final result</b>: Left {left_result_text} - Right {right_result_text}"
self.ui.inpResult.setHtml(result_text)
def __preprocess_color(self, sample_left, sample_right):
manager = DetectorConfig.instance().get_manager()
pre_sample_left = manager.preprocess(self.__current_cfg, sample_left,
True)
pre_sample_right = manager.preprocess(self.__current_cfg, sample_right,
False)
return pre_sample_left, pre_sample_right
def __process_pair(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
final_grouped, sizes, check_group_idx, pair, split_left, split_right, image_detect = manager.detect_groups_and_checked_pair(
self.__current_cfg, boxes, image)
unit = self.__current_cfg["length_unit"]
for idx, group in enumerate(final_grouped):
for b_idx, b in enumerate(group):
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
cur_size = sizes[idx][b_idx]
lH, lW = cur_size
helper.draw_boxes_and_sizes(image, idx, box, lH, lW, unit, tl,
br)
if pair is not None:
manager.check_group(check_group_idx, final_grouped)
left, right = pair
left, right = left[0], right[0]
left = cv2.flip(left, 1)
label_w = self.image1.width()
label_h = self.image1.height()
images = [left, right]
self.__detected_pair = images
final_img = helpers.concat_images(images, label_w, label_h)
return image, final_img, images
return image, None, None
class ProgressScreen(QWidget):
return_home = Signal()
__result_html_changed = Signal(str)
__sample_left = None
__sample_right = None
__pre_sample_left = None
__pre_sample_right = None
__last_display_type = None
__capturing = True
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.__camera_timer = QTimer()
self.__storage_path = AppConfig.instance().config["storage_path"]
self.__api_url = AppConfig.instance().config["api_url"]
self.ui = Ui_ProgressScreen()
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.side_result_image = ImageWidget()
self.left_detected_image = ImageWidget()
self.right_detected_image = ImageWidget()
self.left_sample_image = ImageWidget()
self.right_sample_image = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.ui.screen1.deleteLater()
self.mainCamLayout = self.ui.mainResult.layout()
self.mainCamLayout.replaceWidget(self.ui.detected_L,
self.left_detected_image)
self.mainCamLayout.replaceWidget(self.ui.detected_R,
self.right_detected_image)
self.mainCamLayout.replaceWidget(self.ui.sample_L,
self.left_sample_image)
self.mainCamLayout.replaceWidget(self.ui.sample_R,
self.right_sample_image)
self.ui.detected_L.deleteLater()
self.ui.detected_R.deleteLater()
self.ui.sample_L.deleteLater()
self.ui.sample_R.deleteLater()
self.sideCamLayout = self.ui.sectionSideResult.layout()
self.sideCamLayout.replaceWidget(self.ui.lblSideResult,
self.side_result_image)
self.ui.lblSideResult.deleteLater()
def showEvent(self, event):
manager = DetectorConfig.instance().get_manager()
main_idx, self.__main_cfg = manager.get_main_config()
self.__capturing = True
video_cameras = DetectorConfig.instance().get_video_cameras()
configs = manager.get_configs()
self.__main_cam = video_cameras[main_idx]
for i, cfg in enumerate(configs):
video_cameras[i].open(cfg["camera_uri"])
# test only
# video_cameras[i].open(Videos.instance().next())
self.__sample_left, self.__sample_right = manager.get_sample_left(
), manager.get_sample_right()
self.__pre_sample_left, self.__pre_sample_right = manager.preprocess_images(
self.__main_cfg, self.__sample_left, self.__sample_right)
self.image1.imshow(None)
self.left_detected_image.imshow(None)
self.right_detected_image.imshow(None)
self.side_result_image.imshow(None)
self.ui.inpResult.setHtml("<b>RESULT</b>")
self.__set_btn_capture_text()
self.__view_image_sample()
self.__load_config()
self.__camera_timer.start(20)
return
def hideEvent(self, event):
self.__release()
def closeEvent(self, event):
self.__release()
def __release(self):
self.__camera_timer.stop()
manager = DetectorConfig.instance().get_manager()
video_cameras = DetectorConfig.instance().get_video_cameras()
configs = manager.get_configs()
for i, cfg in enumerate(configs):
video_cameras[i].release()
def validate_show(self):
manager = DetectorConfig.instance().get_manager()
_, main_cfg = manager.get_main_config()
if main_cfg is None: return "No main configuration available"
has_model = manager.get_model() is not None
configs = manager.get_configs()
for cfg in configs:
if cfg["is_defect_enable"] and not has_model:
return "Defect detection enabled but no model founded"
if manager.get_sample_left() is None or manager.get_sample_right(
) is None:
return "Samples not found"
return None
# data binding
def binding(self):
self.return_home = self.ui.btnReturnHome.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.cbbDisplayType.currentIndexChanged.connect(
self.cbb_display_type_index_changed)
self.__camera_timer.timeout.connect(self.camera_timer_timeout)
self.__result_html_changed.connect(self.__handle_result_html_changed)
def btn_capture_clicked(self):
if self.__camera_timer.isActive():
self.__capturing = False
self.__camera_timer.stop()
else:
self.__capturing = True
self.__camera_timer.start(20)
self.__set_btn_capture_text()
def cbb_display_type_index_changed(self):
self.__last_display_type = self.ui.cbbDisplayType.currentText()
def __set_btn_capture_text(self):
self.ui.btnCapture.setText(
"CAPTURE" if not self.__capturing else "STOP")
def camera_timer_timeout(self):
manager = DetectorConfig.instance().get_manager()
_, image = self.__main_cam.read()
if image is None:
# test only
# self.__main_cam.open(Videos.instance().next())
# _, image = self.__main_cam.read()
self.image1.imshow(image)
return
frame_width, frame_height = self.__main_cfg[
"frame_width"], self.__main_cfg["frame_height"]
image = cv2.resize(image, (frame_width, frame_height))
trio.run(self.process_image, image)
def __view_image_sample(self):
manager = DetectorConfig.instance().get_manager()
label_w, label_h = self.left_detected_image.width(
), self.left_detected_image.height()
dim = (label_w, label_h)
m_left = cv2.resize(self.__sample_left, dim)
m_right = cv2.resize(self.__sample_right, dim)
self.left_sample_image.imshow(m_left)
self.right_sample_image.imshow(m_right)
async def process_image(self, image):
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
manager = DetectorConfig.instance().get_manager()
idx, main_cfg = manager.get_main_config()
if self.__last_display_type == "Original":
resized_image = cv2.resize(image, dim)
self.image1.imshow(resized_image)
boxes, proc = manager.extract_boxes(main_cfg, image)
final_grouped, sizes, check_group_idx, pair, split_left, split_right, image_detect = manager.detect_groups_and_checked_pair(
main_cfg, boxes, image)
if self.__last_display_type == "Detection":
unit = main_cfg["length_unit"]
for idx, group in enumerate(final_grouped):
for b_idx, b in enumerate(group):
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
cur_size = sizes[idx][b_idx]
lH, lW = cur_size
helper.draw_boxes_and_sizes(image, idx, box, lH, lW, unit,
tl, br)
resized_image = cv2.resize(image, dim)
self.image1.imshow(resized_image)
elif self.__last_display_type == "Contours":
resized_image = cv2.resize(proc, dim)
self.image1.imshow(resized_image)
if (pair is not None):
manager.check_group(check_group_idx, final_grouped)
left, right = pair
left, right = left[0], right[0]
left = cv2.flip(left, 1)
label_w = self.left_detected_image.width()
label_h = self.left_detected_image.height()
dim = (label_w, label_h)
left_resized, right_resized = cv2.resize(left, dim), cv2.resize(
right, dim)
self.left_detected_image.imshow(left_resized)
self.right_detected_image.imshow(right_resized)
self.__last_detect_time = datetime.datetime.now()
runnable = WorkerRunnable(self.__process_pair,
self.__last_detect_time,
check_group_idx,
final_grouped,
sizes,
pair,
parent=self)
runnable.work_error.connect(lambda ex: print(ex))
QThreadPool.globalInstance().start(runnable)
async def __process_pair(self, cur: datetime.datetime, check_group_idx,
final_grouped, sizes, pair):
manager = DetectorConfig.instance().get_manager()
manager.check_group(check_group_idx, final_grouped)
check_size = sizes[check_group_idx]
h_diff, w_diff = manager.compare_size(self.__main_cfg, check_size)
# output
left, right = pair
left, right = left[0], right[0]
left = cv2.flip(left, 1)
pre_left, pre_right = manager.preprocess_images(
self.__main_cfg, left, right)
images = [left, right]
final_save_images = [left.copy(), right.copy()]
side_images = []
# Similarity compare
sim_cfg = self.__main_cfg["sim_cfg"]
left_result, right_result = await manager.detect_asym(
self.__main_cfg, pre_left, pre_right, self.__pre_sample_left,
self.__pre_sample_right, None)
is_asym_diff_left, avg_asym_left, avg_amp_left, recalc_left, res_list_l, amp_res_list_l = left_result
is_asym_diff_right, avg_asym_right, avg_amp_right, recalc_right, res_list_r, amp_res_list_r = right_result
has_asym = is_asym_diff_left or is_asym_diff_right
has_color_checked, has_error_checked = False, False
result_dict = {}
async with trio.open_nursery() as nursery:
if has_asym:
if self.__main_cfg["is_color_enable"]:
has_color_checked = True
nursery.start_soon(manager.compare_colors, self.__main_cfg,
pre_left, pre_right,
self.__pre_sample_left,
self.__pre_sample_right, True,
(result_dict, "color_results"))
if self.__main_cfg["is_defect_enable"]:
has_error_checked = True
nursery.start_soon(manager.detect_errors, self.__main_cfg,
images, (result_dict, "err_results"))
video_cameras = DetectorConfig.instance().get_video_cameras()
configs = manager.get_configs()
for idx, cfg in enumerate(configs):
if cfg["is_main"] == True: continue
cfg_name = cfg["name"]
nursery.start_soon(self.__activate_side_cam, cfg,
video_cameras[idx], manager,
(result_dict, f"side_result_{cfg_name}"))
side_results = []
for key in result_dict.keys():
if key.startswith("side_result_"):
result = result_dict[key]
if result is not None:
side_results.append(result)
# result display
if cur == self.__last_detect_time:
self.side_result_image.imshow(None)
self.__result_html_changed.emit("<b>RESULT</b>")
defect_types = set()
size_result = "<span style='color:green'>PASSED</span>"
left_asym_result = "<span style='color:green'>PASSED</span>"
right_asym_result = "<span style='color:green'>PASSED</span>"
if h_diff or w_diff:
size_result = "<span style='color:red'>FAILED: Different size</span>"
defect_types.add(fqcs_constants.SIZE_MISMATCH)
if is_asym_diff_left:
left_asym_result = "<span style='color:red'>FAILED: Different from sample</span>"
defect_types.add(fqcs_constants.SAMPLE_MISMATCH)
if is_asym_diff_right:
right_asym_result = "<span style='color:red'>FAILED: Different from sample</span>"
defect_types.add(fqcs_constants.SAMPLE_MISMATCH)
# output
defect_result = "<span style='color:green'>NOT ANY</span>"
defects = {}
err_cfg = self.__main_cfg["err_cfg"]
min_score = err_cfg["yolo_score_threshold"]
classes_labels = err_cfg["classes"]
if has_error_checked:
boxes, scores, classes, valid_detections = result_dict[
"err_results"]
helper.draw_yolo_results(images,
boxes,
scores,
classes,
classes_labels,
err_cfg["img_size"],
min_score=min_score)
self.__parse_defects_detection_result(images, scores, classes,
classes_labels, min_score,
defects)
if cur == self.__last_detect_time:
label_w = self.left_detected_image.width()
label_h = self.left_detected_image.height()
dim = (label_w, label_h)
left_img = cv2.resize(images[0], dim)
right_img = cv2.resize(images[1], dim)
self.left_detected_image.imshow(left_img)
self.right_detected_image.imshow(right_img)
label_w = self.side_result_image.width()
label_h = self.side_result_image.height()
for res in side_results:
side_save_images, side_images, side_boxes, side_scores, side_classes, side_valid_detections = res
final_save_images.extend(side_save_images)
self.__parse_defects_detection_result(side_images, side_scores,
side_classes, classes_labels,
min_score, defects)
if cur == self.__last_detect_time:
final_img = helpers.concat_images(side_images, label_w,
label_h)
self.side_result_image.imshow(final_img)
defect_result_text = []
for key in defects.keys():
defect_types.add(key)
d_count = defects[key]
defect_result_text.append(f"{key}: {d_count}")
if len(defects) > 0:
defect_result_text = ", ".join(defect_result_text)
defect_result_text = f"<span style='color:red'>{defect_result_text}</span>"
defect_result = defect_result_text
# output
if has_color_checked:
left_color_result = "<span style='color:green'>PASSED</span>"
right_color_result = "<span style='color:green'>PASSED</span>"
left_c_results = result_dict["color_results"][0]
right_c_results = result_dict["color_results"][1]
if left_c_results[3]:
left_color_result = "<span style='color:red'>FAILED: Different color</span>"
defect_types.add(fqcs_constants.COLOR_MISMATCH)
if right_c_results[3]:
right_color_result = "<span style='color:red'>FAILED: Different color</span>"
defect_types.add(fqcs_constants.COLOR_MISMATCH)
cur_date_str = cur.strftime(ISO_DATE_FORMAT)
result_text = f"<b>RESULT</b><br/>" + f"<b>Time</b>: {cur_date_str}<br/><hr/>"
result_text += f"<b>Size</b>: {size_result}<br/><hr/>"
result_text += f"<b>Similarity of left</b>: {left_asym_result}<br/>"
result_text += f"<b>Similarity of right</b>: {right_asym_result}<br/><hr/>"
if has_color_checked:
result_text += f"<b>Color of left</b>: {left_color_result}<br/>"
result_text += f"<b>Color of right</b>: {right_color_result}<br/><hr/>"
result_text += f"<b>Defects</b>: {defect_result}<br/>"
# test only
# result_text += f"{defect_types}"
if cur == self.__last_detect_time:
self.__result_html_changed.emit(result_text)
# save images
folder = cur.strftime(FOLDER_DATE_FORMAT)
os.makedirs(os.path.join(self.__storage_path, folder), exist_ok=True)
images = []
for img in final_save_images:
img_name = str(uuid.uuid4()) + ".jpg"
rel_path = os.path.join(folder, img_name)
abs_path = os.path.join(self.__storage_path, rel_path)
cv2.imwrite(abs_path, img)
images.append(rel_path)
# send to api
access_token = AuthInfo.instance().get_token_info()["access_token"]
headers = fqcs_api.get_common_headers(auth_token=access_token)
is_success, resp = fqcs_api.submit_event(self.__api_url, defect_types,
images[0], images[1],
images[2:], headers)
print(is_success, resp)
return
async def __activate_side_cam(self, cfg, cam, manager, result_info):
_, image = cam.read()
# test only
# rd = np.random.randint(0, 100)
# print("Rand", rd)
# if rd > 75:
# _, image = self.__main_cam.read()
# frame_width, frame_height = cfg["frame_width"], cfg["frame_height"]
# resized_image = cv2.resize(image, (frame_width, frame_height))
# boxes, proc = manager.extract_boxes(cfg, resized_image)
# image_detect = resized_image.copy()
# pair, image_detect, boxes = manager.detect_pair_side_cam(
# cfg, boxes, image_detect)
# else:
# pair = [(cv2.imread("./resources/test_data/side_demo.jpg"), None)]
frame_width, frame_height = cfg["frame_width"], cfg["frame_height"]
resized_image = cv2.resize(image, (frame_width, frame_height))
boxes, proc = manager.extract_boxes(cfg, resized_image)
image_detect = resized_image.copy()
pair, image_detect, boxes = manager.detect_pair_side_cam(
cfg, boxes, image_detect)
result = None
if (pair is not None and len(pair) > 0):
images = [item[0] for item in pair]
save_images = [img.copy() for img in images]
boxes, scores, classes, valid_detections = await manager.detect_errors(
self.__main_cfg, images, None)
err_cfg = self.__main_cfg["err_cfg"]
helper.draw_yolo_results(images,
boxes,
scores,
classes,
err_cfg["classes"],
err_cfg["img_size"],
min_score=err_cfg["yolo_score_threshold"])
result = (save_images, images, boxes, scores, classes,
valid_detections)
return helper.return_result(result, result_info)
def __parse_defects_detection_result(self, images, scores, classes,
classes_labels, min_score, defects):
for i in range(len(images)):
images[i] *= 255.
images[i] = np.asarray(images[i], dtype=np.uint8)
iscores = scores[i]
iclasses = classes[i].astype(int)
for score, cl in zip(iscores.tolist(), iclasses.tolist()):
if score > min_score:
defect = classes_labels[cl]
if defect not in defects:
defects[defect] = 0
defects[defect] += 1
def __handle_result_html_changed(self, html):
self.ui.inpResult.setHtml(html)
def __load_config(self):
manager = DetectorConfig.instance().get_manager()
configs = manager.get_configs()
self.__last_display_type = "Original"
self.ui.cbbDisplayType.setCurrentIndex(0)
return
class SideErrorDetectScreen(QWidget):
backscreen: Signal
nextscreen: Signal
captured = Signal()
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.ui = Ui_SideErrorDetectScreen()
self.__main_cfg = None
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.image2 = ImageWidget()
self.image3 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.imageLayout.replaceWidget(self.ui.screen2, self.image2)
self.imageLayout.replaceWidget(self.ui.screen4, self.image3)
self.ui.screen1.deleteLater()
self.ui.screen2.deleteLater()
self.ui.screen4.deleteLater()
self.ui.cbbWidth.setPlaceholderText("Width")
self.ui.cbbHeight.setPlaceholderText("Height")
self.ui.cbbWidth.setCurrentIndex(-1)
self.ui.cbbHeight.setCurrentIndex(-1)
frame_resize_values = [str(32 * i) for i in range(1, 20)]
self.ui.cbbHeight.clear()
for value in frame_resize_values:
self.ui.cbbHeight.addItem(value, userData=int(value))
self.ui.cbbWidth.clear()
for value in frame_resize_values:
self.ui.cbbWidth.addItem(value, userData=int(value))
def validate_show(self):
_, main_cfg = DetectorConfig.instance().get_manager().get_main_config()
if main_cfg is None:
return "Main configuration not founded"
return None
def showEvent(self, event):
_, self.__main_cfg = DetectorConfig.instance().get_manager(
).get_main_config()
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.__set_btn_capture_text()
self.__load_config()
def __load_config(self):
err_cfg = self.__main_cfg["err_cfg"]
img_size = err_cfg["img_size"]
inp_shape = err_cfg["inp_shape"]
yolo_iou_threshold = err_cfg["yolo_iou_threshold"]
yolo_max_boxes = err_cfg["yolo_max_boxes"]
yolo_score_threshold = err_cfg["yolo_score_threshold"]
weights = err_cfg["weights"]
classes = err_cfg["classes"]
num_classes = err_cfg["num_classes"]
width = img_size[0]
height = img_size[1]
self.ui.cbbWidth.setCurrentText(str(width))
self.ui.cbbHeight.setCurrentText(str(height))
self.ui.inpModelChoice.setText(weights)
self.ui.sldIoUThresh.setValue(int(yolo_iou_threshold * 100))
self.ui.groupIoUThresh.setTitle(f"IoU threshold: {yolo_iou_threshold}")
self.ui.sldScoreThresh.setValue(int(yolo_score_threshold * 100))
self.ui.groupScoreThresh.setTitle(
f"Score threshold: {yolo_score_threshold}")
self.ui.inpMaxInstances.setValue(yolo_max_boxes)
self.ui.inpClasses.setText(", ".join(classes))
# binding
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnFinish.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
self.ui.btnChoosePicture.clicked.connect(
self.btn_choose_picture_clicked)
self.ui.btnDetect.clicked.connect(self.btn_detect_clicked)
# hander
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
self.ui.btnChoosePicture.setEnabled(not timer_active)
self.ui.btnDetect.setEnabled(not timer_active)
def btn_detect_clicked(self):
manager = DetectorConfig.instance().get_manager()
if self.__last_pair is not None and manager.get_model() is not None:
if len(self.__last_pair) == 0:
helpers.show_message("No pair detected")
return
images = [img.copy() for idx, img in enumerate(self.__last_pair)]
runnable = WorkerRunnable(self.__detect_error, images, parent=self)
runnable.work_error.connect(lambda ex: print(ex))
QThreadPool.globalInstance().start(runnable)
@asyncSlot()
async def btn_choose_picture_clicked(self):
url, _ = helpers.file_chooser_open_file(
self, f_filter="Images (*.jpg *.png *.bmp)")
if url.isEmpty(): return
file_name = url.toLocalFile()
images = [cv2.imread(file_name)]
await self.__detect_error_on_picture(images)
def view_cam(self, image):
# read image in BGR format
self.__last_image = image
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
if image is None:
self.image1.imshow(image)
self.image2.imshow(image)
self.image3.imshow(image)
return
orig = cv2.resize(image, dim)
self.image1.imshow(orig)
proc, self.__last_pair = self.__process_pair(image)
proc = cv2.resize(proc, dim)
self.image2.imshow(proc)
async def __detect_error(self, images):
manager = DetectorConfig.instance().get_manager()
err_task = manager.detect_errors(self.__main_cfg, images, None)
boxes, scores, classes, valid_detections = await err_task
err_cfg = self.__main_cfg["err_cfg"]
helper.draw_yolo_results(images,
boxes,
scores,
classes,
err_cfg["classes"],
err_cfg["img_size"],
min_score=err_cfg["yolo_score_threshold"])
label_w = self.image3.width()
label_h = self.image3.height()
for idx, img in enumerate(images):
images[idx] *= 255.
images[idx] = np.asarray(images[idx], np.uint8)
final_img = helpers.concat_images(images, label_w, label_h)
self.image3.imshow(final_img)
async def __detect_error_on_picture(self, images):
manager = DetectorConfig.instance().get_manager()
err_task = manager.detect_errors(self.__main_cfg, images, None)
boxes, scores, classes, valid_detections = await err_task
err_cfg = self.__main_cfg["err_cfg"]
helper.draw_yolo_results(images,
boxes,
scores,
classes,
err_cfg["classes"],
err_cfg["img_size"],
min_score=err_cfg["yolo_score_threshold"])
label_w = self.image3.width()
label_h = self.image3.height()
for idx, img in enumerate(images):
images[idx] *= 255.
images[idx] = np.asarray(images[idx], np.uint8)
final_img = helpers.concat_images(images, label_w, label_h)
self.image3.imshow(final_img)
def __process_pair(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
image_detect = image.copy()
pair, image_detect, boxes = manager.detect_pair_side_cam(
self.__current_cfg, boxes, image_detect)
# output
for b in boxes:
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
helper.draw_boxes(image, box)
if (pair is not None):
pair_len = len(pair)
images = [item[0] for item in pair]
return image, images
return image, None
class DetectionConfigScreen(QWidget):
BRIGHTNESS_STEP = 0.1
CONTRAST_STEP = 5
THRESHOLD1_STEP = 5
THRESHOLD2_STEP = 5
__last_selected_row = -1
backscreen: Signal
nextscreen: Signal
captured = Signal()
camera_changed = Signal(object)
def __init__(self, parent=None):
QWidget.__init__(self, parent)
self.__cam_array = helpers.get_all_camera_index()
self.__current_cfg = None
self.ui = Ui_DetectionConfigScreen()
self.ui.setupUi(self)
self.build()
self.binding()
def build(self):
self.image1 = ImageWidget()
self.image2 = ImageWidget()
self.image3 = ImageWidget()
self.imageLayout = self.ui.screen1.parentWidget().layout()
self.imageLayout.replaceWidget(self.ui.screen1, self.image1)
self.imageLayout.replaceWidget(self.ui.screen2, self.image2)
self.imageLayout.replaceWidget(self.ui.screen3, self.image3)
self.ui.screen1.deleteLater()
self.ui.screen2.deleteLater()
self.ui.screen3.deleteLater()
self.ui.cbbWidth.setPlaceholderText("Width")
self.ui.cbbHeight.setPlaceholderText("Height")
self.ui.cbbCamera.setPlaceholderText("Choose Cam")
self.ui.cbbCamera.clear()
for camera in self.__cam_array:
self.ui.cbbCamera.addItem("Camera " + str(camera), userData=camera)
frame_resize_values = [
"160", "240", "320", "400", "480", "560", "640", "720", "800",
"880", "960", "1040", "1120", "1200", "1280"
]
self.ui.cbbHeight.clear()
for value in frame_resize_values:
self.ui.cbbHeight.addItem(value, userData=int(value))
self.ui.cbbWidth.clear()
for value in frame_resize_values:
self.ui.cbbWidth.addItem(value, userData=int(value))
self.ui.cbbMethod.clear()
self.ui.cbbMethod.addItem("Edge", userData="edge")
self.ui.cbbMethod.addItem("Threshold", userData="thresh")
self.ui.cbbMethod.addItem("Range", userData="range")
table = self.ui.tblCameraConfig
table.horizontalHeader().setSectionResizeMode(0, QHeaderView.Stretch)
table.horizontalHeader().setSectionResizeMode(
1, QHeaderView.ResizeToContents)
table.setEditTriggers(QAbstractItemView.NoEditTriggers)
table.setContextMenuPolicy(Qt.CustomContextMenu)
self.__reload_table()
# create context menu
self.tblPopMenu = QMenu(self)
self.tblPopActionEditName = QAction('Edit name', self)
self.tblPopActionRemove = QAction('Remove', self)
self.tblPopMenu.addAction(self.tblPopActionEditName)
self.tblPopMenu.addAction(self.tblPopActionRemove)
def showEvent(self, event):
_, self.__current_cfg = DetectorConfig.instance().get_current_cfg()
self.__set_btn_capture_text()
if self.__current_cfg is None:
self.__show_config_section(False)
return
self.__load_config()
def __reload_table(self):
table = self.ui.tblCameraConfig
table.clearContents()
table.setRowCount(0)
manager = DetectorConfig.instance().get_manager()
cfgs = manager.get_configs()
for cfg in cfgs:
camera_name = cfg["name"]
is_main = cfg["is_main"]
if (is_main):
self.__add_new_row(table, camera_name, "Main camera")
else:
self.__add_new_row(table, camera_name, "Side camera")
table.clearSelection()
table.itemSelectionChanged.emit()
self.__last_selected_row = -1
self.image1.imshow(None)
self.image2.imshow(None)
self.image3.imshow(None)
def __reload_roles(self):
table = self.ui.tblCameraConfig
manager = DetectorConfig.instance().get_manager()
cfgs = manager.get_configs()
count = 0
for cfg in cfgs:
camera_name = cfg["name"]
is_main = cfg["is_main"]
item = table.item(count, 1)
if (is_main):
item.setData(Qt.ItemDataRole.DisplayRole, "Main camera")
else:
item.setData(Qt.ItemDataRole.DisplayRole, "Side camera")
count += 1
#BINDING
def binding(self):
self.backscreen = self.ui.btnBack.clicked
self.nextscreen = self.ui.btnNext.clicked
self.ui.btnCapture.clicked.connect(self.btn_capture_clicked)
DetectorConfig.instance().manager_changed.connect(self.manager_changed)
self.ui.sldBrightness.valueChanged.connect(
self.sld_brightness_value_change)
self.ui.sldContrast.valueChanged.connect(
self.sld_contrast_value_change)
self.ui.sldThreshold1.valueChanged.connect(
self.sld_threshold1_value_change)
self.ui.sldThreshold2.valueChanged.connect(
self.sld_threshold2_value_change)
self.ui.sldBlur.valueChanged.connect(self.sld_blur_value_change)
self.ui.sldDilate.valueChanged.connect(self.dilate_value_change)
self.ui.sldErode.valueChanged.connect(self.sld_erode_value_change)
self.ui.sldBkgThresh.valueChanged.connect(self.sld_bkg_value_change)
self.ui.sldLightAdj.valueChanged.connect(
self.sld_light_adj_value_change)
self.ui.sldLightAdjRange.valueChanged.connect(
self.sld_light_adj_range_value_change)
self.ui.cbbCamera.currentIndexChanged.connect(self.cbbCamera_changed)
self.ui.btnColorFrom.clicked.connect(self.btn_color_from_clicked)
self.ui.btnColorTo.clicked.connect(self.btn_color_to_clicked)
self.ui.cbbHeight.currentIndexChanged.connect(self.cbbHeight_changed)
self.ui.cbbWidth.currentIndexChanged.connect(self.cbbWidth_changed)
self.ui.cbbMethod.currentIndexChanged.connect(self.cbbMethod_changed)
self.ui.ckbInvertThresh.stateChanged.connect(
self.chk_thresh_invert_state_change)
self.ui.ckbInvertRange.stateChanged.connect(
self.chk_range_invert_state_change)
self.ui.tblCameraConfig.itemSelectionChanged.connect(
self.tbl_camera_item_selection_changed)
self.ui.tblCameraConfig.customContextMenuRequested.connect(
self.table_context_menu)
self.tblPopActionEditName.triggered.connect(
self.table_action_edit_name_triggered)
self.tblPopActionRemove.triggered.connect(
self.table_action_remove_triggered)
self.ui.btnAdd.clicked.connect(self.btn_add_clicked)
#HANDLERS
def btn_capture_clicked(self):
self.captured.emit()
self.__set_btn_capture_text()
def __set_btn_capture_text(self):
timer_active = DetectorConfig.instance().get_timer().isActive()
self.ui.btnCapture.setText("CAPTURE" if not timer_active else "STOP")
def manager_changed(self):
self.__reload_table()
def table_context_menu(self, point):
self.tblPopMenu.exec_(self.ui.tblCameraConfig.mapToGlobal(point))
def table_action_edit_name_triggered(self):
table = self.ui.tblCameraConfig
chosen_row = table.currentRow()
detector_cfg = DetectorConfig.instance()
camera_name = table.item(chosen_row, 0).text()
dialog = DialogEditName(camera_name, parent=self)
choice = dialog.exec_()
if choice != QDialog.Accepted:
return
new_name = dialog.get_inp_edit_name().strip()
err_text = detector_cfg.validate_config_name(new_name)
if err_text is not None:
helpers.show_message(err_text)
return
_, cfg = detector_cfg.get_current_cfg()
cfg["name"] = new_name
self.__reload_table()
def table_action_remove_triggered(self, point):
table = self.ui.tblCameraConfig
chosen_row = table.currentRow()
detector_cfg = DetectorConfig.instance()
camera_name = table.item(chosen_row, 0).text()
_, cfg = detector_cfg.get_manager().get_config_by_name(camera_name)
detector_cfg.remove_config(cfg)
self.__reload_table()
#edge detection method
def chk_thresh_invert_state_change(self):
if self.ui.ckbInvertThresh.isChecked():
self.__current_cfg["d_cfg"]["thresh_inv"] = True
else:
self.__current_cfg["d_cfg"]["thresh_inv"] = False
def chk_range_invert_state_change(self):
if self.ui.ckbInvertRange.isChecked():
self.__current_cfg["d_cfg"]["color_inv"] = True
else:
self.__current_cfg["d_cfg"]["color_inv"] = False
def sld_brightness_value_change(self):
value = round(self.ui.sldBrightness.value() * self.BRIGHTNESS_STEP, 1)
self.__current_cfg["d_cfg"]["alpha"] = value
self.ui.grpboxSldBrightness.setTitle("Brightness: " + str(value))
def sld_contrast_value_change(self):
value = self.ui.sldContrast.value() * self.CONTRAST_STEP
self.__current_cfg["d_cfg"]["beta"] = value
self.ui.grbboxSldContrast.setTitle("Contrast: " + str(value))
def sld_threshold1_value_change(self):
value = self.ui.sldThreshold1.value() * self.THRESHOLD1_STEP
self.__current_cfg["d_cfg"]["threshold1"] = value
self.ui.grbboxSldThreshold.setTitle("Threshold 1: " + str(value))
def sld_threshold2_value_change(self):
value = self.ui.sldThreshold2.value() * self.THRESHOLD2_STEP
self.__current_cfg["d_cfg"]["threshold2"] = value
self.ui.grbboxSldThreshold2.setTitle("Threshold 2: " + str(value))
def sld_blur_value_change(self):
value = self.ui.sldBlur.value()
self.__current_cfg["d_cfg"]["kernel"] = (2 * value + 1, 2 * value + 1)
self.ui.grpboxSldBlur.setTitle("Blur: " + str(value))
def dilate_value_change(self):
value = self.ui.sldDilate.value()
self.__current_cfg["d_cfg"]["d_kernel"] = np.ones((value, value))
self.ui.grbboxSldDilate.setTitle("Dilate: " + str(value))
def sld_erode_value_change(self):
value = self.ui.sldErode.value()
self.__current_cfg["d_cfg"]["e_kernel"] = np.ones((value, value))
self.ui.grbboxSldErode.setTitle("Erode: " + str(value))
#threshold detection method
def sld_bkg_value_change(self):
value = self.ui.sldBkgThresh.value()
self.__current_cfg["d_cfg"]["bg_thresh"] = value
self.ui.grpboxBkgThreshold.setTitle("Background Threshold: " +
str(value))
def sld_light_adj_value_change(self):
value = self.ui.sldLightAdj.value()
self.__current_cfg["d_cfg"]["light_adj_thresh"] = value
self.ui.grpboxLightAdj.setTitle("Light Adjustment: " + str(value))
#range detection method
def sld_light_adj_range_value_change(self):
value = self.ui.sldLightAdjRange.value()
self.__current_cfg["d_cfg"]["light_adj_thresh"] = value
self.ui.grpboxLightAdjRange.setTitle(f"Light Adjustment: {value}")
def btn_color_from_clicked(self):
# get initial color
hsv = self.__current_cfg["d_cfg"]["cr_from"]
h = 359 if (int(hsv[0] * 2) > 359) else int(hsv[0] * 2)
s = int(hsv[1])
v = int(hsv[2])
init_hsv = QColor.fromHsv(h, s, v, a=255)
color = QColorDialog.getColor(parent=self, initial=init_hsv)
if color.isValid():
hsv = color.getHsv()
hsv = (hsv[0] / 2, hsv[1], hsv[2])
self.__current_cfg["d_cfg"]["cr_from"] = hsv
color_hex = color.name()
self.ui.btnColorFrom.setStyleSheet("background-color: " +
color_hex)
def btn_color_to_clicked(self):
#get initial color
hsv = self.__current_cfg["d_cfg"]["cr_to"]
h = 359 if (int(hsv[0] * 2) > 359) else int(hsv[0] * 2)
s = int(hsv[1])
v = int(hsv[2])
init_hsv = QColor.fromHsv(h, s, v, a=255)
color = QColorDialog.getColor(parent=self, initial=init_hsv)
if color.isValid():
hsv = color.getHsv()
hsv = (hsv[0] / 2, hsv[1], hsv[2])
self.__current_cfg["d_cfg"]["cr_to"] = hsv
color_hex = color.name()
self.ui.btnColorTo.setStyleSheet("background-color: " + color_hex)
def btn_add_clicked(self):
detector_cfg = DetectorConfig.instance()
manager = detector_cfg.get_manager()
table = self.ui.tblCameraConfig
camera_name = self.ui.txtNewCamera.text().strip()
err_text = detector_cfg.validate_config_name(camera_name)
if err_text is not None:
helpers.show_message(err_text)
return
new_cfg = detector.default_detector_config()
new_cfg["name"] = camera_name
detector_cfg.add_config(new_cfg)
self.__add_new_row(table, camera_name, "Side camera")
def tbl_camera_item_selection_changed(self):
table = self.ui.tblCameraConfig
chosen_row = table.currentRow()
if chosen_row == self.__last_selected_row: return
self.__last_selected_row = chosen_row
detector_cfg = DetectorConfig.instance()
if chosen_row != -1:
camera_name = table.item(chosen_row, 0).text()
detector_cfg.set_current_cfg_name(camera_name)
_, self.__current_cfg = detector_cfg.get_current_cfg()
self.__show_config_section(True)
self.__load_config()
else:
detector_cfg.set_current_cfg_name(None)
self.__show_config_section(False)
self.camera_changed.emit(-1)
def cbbCamera_changed(self):
index = self.ui.cbbCamera.currentData()
self.__current_cfg["camera_uri"] = index
self.camera_changed.emit(index)
def cbbMethod_changed(self, index: int):
method = self.ui.cbbMethod.currentData()
self.__current_cfg["detect_method"] = method
self.ui.stackContainerMid.setCurrentIndex(index)
def cbbHeight_changed(self):
value = self.ui.cbbHeight.currentData()
self.__current_cfg["frame_height"] = value
def cbbWidth_changed(self):
value = self.ui.cbbWidth.currentData()
self.__current_cfg["frame_width"] = value
# view camera
def view_cam(self, image):
# read image in BGR format
label_w = self.image1.width()
label_h = self.image1.height()
dim = (label_w, label_h)
if image is None:
self.image1.imshow(image)
self.image2.imshow(image)
self.image3.imshow(image)
return
contour, proc = self.__process_contours(image.copy())
img_resized = cv2.resize(image, dim)
contour_resized = cv2.resize(contour, dim)
proc_resized = cv2.resize(proc, dim)
self.image1.imshow(img_resized)
self.image2.imshow(contour_resized)
self.image3.imshow(proc_resized)
def __process_contours(self, image):
manager = DetectorConfig.instance().get_manager()
boxes, proc = manager.extract_boxes(self.__current_cfg, image)
for b in boxes:
c, rect, dimA, dimB, box, tl, tr, br, bl, minx, maxx, cenx = b
helper.draw_boxes(image, box)
return image, proc
def __show_config_section(self, shown):
if shown:
helpers.show_all_children(self.ui.containerMidRange)
helpers.show_all_children(self.ui.containerMidEdge)
helpers.show_all_children(self.ui.containerMidThresh)
helpers.show_all_children(self.ui.containerLeft)
self.ui.btnCapture.show()
self.ui.btnNext.show()
else:
helpers.hide_all_children(self.ui.containerMidRange)
helpers.hide_all_children(self.ui.containerMidEdge)
helpers.hide_all_children(self.ui.containerMidThresh)
helpers.hide_all_children(self.ui.containerLeft)
self.ui.btnCapture.hide()
self.ui.btnNext.hide()
#load init configs
def __load_config(self):
#edge
brightness = self.__current_cfg["d_cfg"]["alpha"]
contrast = self.__current_cfg["d_cfg"]["beta"]
thresh1 = self.__current_cfg["d_cfg"]["threshold1"]
thresh2 = self.__current_cfg["d_cfg"]["threshold2"]
blur = self.__current_cfg["d_cfg"]["kernel"][0]
dilate = self.__current_cfg["d_cfg"]["d_kernel"].shape[1]
erode = self.__current_cfg["d_cfg"]["e_kernel"].shape[
1] if self.__current_cfg["d_cfg"]["e_kernel"] is not None else 0
#threshold
bkg = self.__current_cfg["d_cfg"]["bg_thresh"]
light_thresh = self.__current_cfg["d_cfg"]["light_adj_thresh"]
#range
light_range = self.__current_cfg["d_cfg"]["light_adj_thresh"]
color_to = self.__current_cfg["d_cfg"]["cr_to"]
color_from = self.__current_cfg["d_cfg"]["cr_from"]
#main controls
method_index = self.ui.cbbMethod.findData(
self.__current_cfg["detect_method"])
height_index = self.ui.cbbHeight.findData(
self.__current_cfg["frame_height"])
width_index = self.ui.cbbWidth.findData(
self.__current_cfg["frame_width"])
self.ui.sldBrightness.setValue(brightness / self.BRIGHTNESS_STEP)
self.ui.sldContrast.setValue(contrast / self.CONTRAST_STEP)
self.ui.sldThreshold1.setValue(thresh1 / self.THRESHOLD1_STEP)
self.ui.sldThreshold2.setValue(thresh2 / self.THRESHOLD2_STEP)
self.ui.sldBlur.setValue((blur - 1) / 2)
self.ui.sldDilate.setValue(dilate)
self.ui.sldErode.setValue(erode)
self.ui.sldBkgThresh.setValue(bkg)
self.ui.sldLightAdj.setValue(light_thresh)
self.ui.sldLightAdjRange.setValue(light_range)
hsv_from = self.__current_cfg["d_cfg"]["cr_from"]
init_hsv_from = QColor.fromHsv(hsv_from[0] * 2, hsv_from[1],
hsv_from[2], 255)
self.ui.btnColorFrom.setStyleSheet("background-color: " +
init_hsv_from.name())
hsv_to = self.__current_cfg["d_cfg"]["cr_to"]
init_hsv_to = QColor.fromHsv(hsv_from[0] * 2, hsv_from[1], hsv_from[2],
255)
self.ui.btnColorFrom.setStyleSheet("background-color: " +
init_hsv_to.name())
self.ui.cbbMethod.setCurrentIndex(method_index)
self.ui.cbbHeight.setCurrentIndex(height_index)
self.ui.cbbWidth.setCurrentIndex(width_index)
camera_uri = self.__current_cfg["camera_uri"]
if camera_uri is not None and camera_uri < self.ui.cbbCamera.count():
self.ui.cbbCamera.setCurrentIndex(camera_uri)
self.camera_changed.emit(camera_uri)
else:
self.ui.cbbCamera.setCurrentIndex(-1)
self.__reload_roles()
def __add_new_row(self, table, camera_name, is_main):
current_row = table.rowCount()
table.insertRow(current_row)
name_item = QTableWidgetItem(camera_name)
is_main_item = QTableWidgetItem(is_main)
table.setItem(current_row, 0, name_item)
table.setItem(current_row, 1, is_main_item)