class UITransferROIWindow:
def setup_ui(self, transfer_roi_window_instance,
signal_roi_transferred_to_fixed_container,
signal_roi_transferred_to_moving_container):
self.patient_dict_container = PatientDictContainer()
self.moving_dict_container = MovingDictContainer()
self.fixed_image_initial_rois = self.patient_dict_container.get("rois")
self.moving_image_initial_rois = self.moving_dict_container.get("rois")
self.transfer_roi_window_instance = transfer_roi_window_instance
self.signal_roi_transferred_to_fixed_container = \
signal_roi_transferred_to_fixed_container
self.signal_roi_transferred_to_moving_container = \
signal_roi_transferred_to_moving_container
self.fixed_to_moving_rois = {}
self.moving_to_fixed_rois = {}
self.add_suffix = True
self.progress_window = ProgressWindow(
self, QtCore.Qt.WindowTitleHint | QtCore.Qt.WindowCloseButtonHint)
self.progress_window.setFixedSize(250, 100)
self.progress_window.signal_loaded \
.connect(self.onTransferRoiFinished)
self.progress_window.signal_error.connect(self.onTransferRoiError)
self.init_layout()
def retranslate_ui(self, transfer_roi_window_instance):
_translate = QtCore.QCoreApplication.translate
transfer_roi_window_instance.setWindowTitle(
_translate("TransferRoiWindowInstance",
"OnkoDICOM - Transfer Region of Interest"))
self.add_suffix_checkbox.setText(
_translate("AddSuffixCheckBox", "Add Suffix"))
self.patient_A_label.setText(
_translate("PatientAROILabel", "First Image Set ROIs"))
self.patient_B_label.setText(
_translate("PatientBROILabel", "Second Image Set ROIs"))
self.transfer_all_rois_to_patient_B_button.setText(
_translate("ROITransferToBButton", "All"))
self.transfer_all_rois_to_patient_A_button.setText(
_translate("ROITransferToAButton", "All"))
self.save_button.setText(_translate("SaveButton", "Save"))
self.reset_button.setText(_translate("ResetButton", "Reset"))
def init_layout(self):
"""
Initialize the layout for the Transfer ROI Window.
"""
if platform.system() == 'Darwin':
self.stylesheet_path = "res/stylesheet.qss"
else:
self.stylesheet_path = "res/stylesheet-win-linux.qss"
stylesheet = open(resource_path(self.stylesheet_path)).read()
window_icon = QIcon()
window_icon.addPixmap(QPixmap(resource_path("res/images/icon.ico")),
QIcon.Normal, QIcon.Off)
self.transfer_roi_window_instance.setObjectName(
"TransferRoiWindowInstance")
self.transfer_roi_window_instance.setWindowIcon(window_icon)
# Creating a grid layout to hold all elements
self.transfer_roi_window_grid_layout = QGridLayout()
self.transfer_roi_window_grid_layout.setColumnStretch(0, 1)
self.transfer_roi_window_grid_layout.setColumnStretch(1, 1)
self.transfer_roi_window_grid_layout.setColumnStretch(2, 1)
self.init_patient_labels()
self.init_transfer_arrow_buttons()
self.init_patient_A_initial_roi_list()
self.init_patient_B_rois_to_A_layout()
self.init_patient_A_rois_to_B_layout()
self.init_patient_B_initial_roi_list()
self.init_add_suffix_checkbox()
self.init_save_and_reset_button_layout()
# Create a new central widget to hold the grid layout
self.transfer_roi_window_instance_central_widget = QWidget()
self.transfer_roi_window_instance_central_widget.setLayout(
self.transfer_roi_window_grid_layout)
self.retranslate_ui(self.transfer_roi_window_instance)
self.transfer_roi_window_instance.setStyleSheet(stylesheet)
self.transfer_roi_window_instance.setCentralWidget(
self.transfer_roi_window_instance_central_widget)
QtCore.QMetaObject.connectSlotsByName(
self.transfer_roi_window_instance)
def init_transfer_arrow_buttons(self):
"""
Initialize the layout for arrow buttons
"""
self.transfer_all_rois_to_patient_B_button = QPushButton()
self.transfer_all_rois_to_patient_B_button.setObjectName(
"ROITransferToBButton")
transfer_all_rois_to_patient_B_icon = QtGui.QIcon()
transfer_all_rois_to_patient_B_icon.addPixmap(
QtGui.QPixmap(
resource_path('res/images/btn-icons/forward_slide_icon.png')),
QtGui.QIcon.Normal, QtGui.QIcon.On)
self.transfer_all_rois_to_patient_B_button \
.setIcon(transfer_all_rois_to_patient_B_icon)
self.transfer_all_rois_to_patient_B_button.clicked.connect(
self.transfer_all_rois_to_patient_B_button_clicked)
self.transfer_roi_window_grid_layout.addWidget(
self.transfer_all_rois_to_patient_B_button, 1, 1)
self.transfer_all_rois_to_patient_A_button = QPushButton()
self.transfer_all_rois_to_patient_A_button.setObjectName(
"ROITransferToAButton")
self.transfer_all_rois_to_patient_A_button.setMaximumWidth(100)
transfer_all_rois_to_patient_A_icon = QtGui.QIcon()
transfer_all_rois_to_patient_A_icon.addPixmap(
QtGui.QPixmap(
resource_path('res/images/btn-icons/backward_slide_icon.png')),
QtGui.QIcon.Normal, QtGui.QIcon.On)
self.transfer_all_rois_to_patient_A_button \
.setIcon(transfer_all_rois_to_patient_A_icon)
self.transfer_all_rois_to_patient_A_button.clicked.connect(
self.transfer_all_rois_to_patient_A_button_clicked)
self.transfer_roi_window_grid_layout.addWidget(
self.transfer_all_rois_to_patient_A_button, 2, 1)
def transfer_all_rois_to_patient_B_button_clicked(self):
"""
This function is triggered when the right arrow button is clicked.
"""
self.fixed_to_moving_rois.clear()
self.patient_A_rois_to_B_list_widget.clear()
for i in range(0, len(self.fixed_image_initial_rois)):
self.patient_A_initial_roi_double_clicked(
self.patient_A_initial_rois_list_widget.item(i))
def transfer_all_rois_to_patient_A_button_clicked(self):
"""
This function is triggered when the left arrow button is clicked.
"""
self.moving_to_fixed_rois.clear()
self.patient_B_rois_to_A_list_widget.clear()
for i in range(0, len(self.moving_image_initial_rois)):
self.patient_B_initial_roi_double_clicked(
self.patient_B_initial_rois_list_widget.item(i))
def init_add_suffix_checkbox(self):
"""
Initialize the layout for add suffix checkbox
"""
self.add_suffix_checkbox = QCheckBox()
self.add_suffix_checkbox.setObjectName("AddSuffixCheckBox")
self.add_suffix_checkbox.setChecked(self.add_suffix)
self.add_suffix_checkbox.clicked.connect(
self.add_suffix_checkbox_clicked)
self.transfer_roi_window_grid_layout.addWidget(
self.add_suffix_checkbox, 3, 0)
def init_patient_labels(self):
"""
Initialize the layout for two patient labels
"""
self.patient_A_label = QLabel()
self.patient_A_label.setObjectName("PatientAROILabel")
self.patient_A_label.setMinimumHeight(50)
self.patient_A_label.setAlignment(Qt.AlignCenter)
self.patient_A_label.setStyleSheet(
"QLabel { background-color : green; color : white; "
"font-size: 15pt; font-weight: bold;}")
self.patient_B_label = QLabel()
self.patient_B_label.setObjectName("PatientBROILabel")
self.patient_B_label.setMinimumHeight(50)
self.patient_B_label.setAlignment(Qt.AlignCenter)
self.patient_B_label.setStyleSheet(
"QLabel { background-color : red; color : white; "
"font-size: 15pt; font-weight: bold;}")
self.transfer_roi_window_grid_layout.addWidget(self.patient_A_label, 0,
0)
self.transfer_roi_window_grid_layout.addWidget(self.patient_B_label, 0,
2)
def init_save_and_reset_button_layout(self):
"""
Initialize the layout for save and reset buttons
"""
self.reset_and_save_buttons_layout = QHBoxLayout()
self.reset_button = QPushButton()
self.reset_button.setObjectName("ResetButton")
self.reset_button.clicked.connect(self.reset_clicked)
self.save_button = QPushButton()
self.save_button.setObjectName("SaveButton")
self.save_button.setDisabled(True)
self.save_button.clicked.connect(self.transfer_roi_clicked)
self.reset_and_save_buttons_layout.setAlignment(Qt.AlignRight)
self.reset_and_save_buttons_layout.addWidget(self.reset_button)
self.reset_and_save_buttons_layout.addWidget(self.save_button)
# Create a widget to hold Reset and Save buttons
self.reset_and_save_button_central_widget = QWidget()
self.reset_and_save_button_central_widget.setLayout(
self.reset_and_save_buttons_layout)
self.transfer_roi_window_grid_layout.addWidget(
self.reset_and_save_button_central_widget, 3, 2)
def add_suffix_checkbox_clicked(self):
"""
This function is triggered when the add suffix checkbox is clicked
"""
self.add_suffix = self.add_suffix_checkbox.isChecked()
def init_patient_B_rois_to_A_layout(self):
"""
Initialize the layout for transfer rois from B to A container
"""
# Create scrolling area widget to contain the content.
self.patient_B_rois_to_A_list_widget = QListWidget(self)
self.transfer_roi_window_grid_layout \
.addWidget(self.patient_B_rois_to_A_list_widget, 2, 0)
self.patient_B_rois_to_A_list_widget.itemDoubleClicked.connect(
self.patient_B_to_A_rois_double_clicked)
def init_patient_A_rois_to_B_layout(self):
"""
Initialize the layout for transfer rois from A to B container
"""
self.patient_A_rois_to_B_list_widget = QListWidget(self)
self.transfer_roi_window_grid_layout \
.addWidget(self.patient_A_rois_to_B_list_widget, 1, 2)
self.patient_A_rois_to_B_list_widget.itemDoubleClicked.connect(
self.patient_A_to_B_rois_double_clicked)
def init_patient_A_initial_roi_list(self):
"""
Initialize the layout for patient A's roi list
"""
self.patient_A_initial_rois_list_widget = QListWidget(self)
self.patient_A_initial_rois_list_widget.itemDoubleClicked.connect(
self.patient_A_initial_roi_double_clicked)
for idx in self.fixed_image_initial_rois:
roi_label = QListWidgetItem(
self.fixed_image_initial_rois[idx]['name'])
roi_label.setForeground(Qt.darkGreen)
roi_label.setData(Qt.UserRole, self.fixed_image_initial_rois[idx])
self.patient_A_initial_rois_list_widget.addItem(roi_label)
self.transfer_roi_window_grid_layout.addWidget(
self.patient_A_initial_rois_list_widget, 1, 0)
def init_patient_B_initial_roi_list(self):
"""
Initialize the layout for patient B's roi list
"""
self.patient_B_initial_rois_list_widget = QListWidget(self)
self.patient_B_initial_rois_list_widget.itemDoubleClicked.connect(
self.patient_B_initial_roi_double_clicked)
for idx in self.moving_image_initial_rois:
roi_label = QListWidgetItem(
self.moving_image_initial_rois[idx]['name'])
roi_label.setForeground(Qt.red)
roi_label.setData(Qt.UserRole, self.moving_image_initial_rois[idx])
self.patient_B_initial_rois_list_widget.addItem(roi_label)
self.transfer_roi_window_grid_layout.addWidget(
self.patient_B_initial_rois_list_widget, 2, 2)
def patient_A_to_B_rois_double_clicked(self, item):
"""
This function is triggered when a roi in "A to B" list is
double-clicked.
"""
roi_to_remove = item.data(Qt.UserRole)
to_delete_value = roi_to_remove['name']
self.fixed_to_moving_rois.pop(to_delete_value)
self.patient_A_rois_to_B_list_widget.clear()
for key, value in self.fixed_to_moving_rois.items():
roi_label = QListWidgetItem(value)
roi_label.setForeground(Qt.red)
roi_label.setData(Qt.UserRole, {'name': key})
self.patient_A_rois_to_B_list_widget.addItem(roi_label)
if self.transfer_list_is_empty():
self.save_button.setDisabled(True)
def patient_B_to_A_rois_double_clicked(self, item):
"""
This function is triggered when a roi in "B to A" list is
double-clicked.
"""
roi_to_remove = item.data(Qt.UserRole)
to_delete_value = roi_to_remove['name']
self.moving_to_fixed_rois.pop(to_delete_value)
self.patient_B_rois_to_A_list_widget.clear()
for key, value in self.moving_to_fixed_rois.items():
roi_label = QListWidgetItem(value)
roi_label.setForeground(Qt.red)
roi_label.setData(Qt.UserRole, {'name': key})
self.patient_B_rois_to_A_list_widget.addItem(roi_label)
if self.transfer_list_is_empty():
self.save_button.setDisabled(True)
def patient_A_initial_roi_double_clicked(self, item):
"""
This function is triggered when a roi in patient A's roi list is
double-clicked.
"""
roi_to_add = item.data(Qt.UserRole)
transferred_roi_name = roi_to_add['name']
# If the clicked roi is already transferred, return
if transferred_roi_name in self.fixed_to_moving_rois.keys():
QMessageBox.about(self, "Transfer Failed",
"Chosen ROI has already been transferred!")
return
# Create a set to store all current roi names in target patient
# including both initial rois name and added roi names so far
patient_B_initial_roi_name_list = set()
for item in self.fixed_to_moving_rois.values():
patient_B_initial_roi_name_list.add(item)
for idx in self.moving_image_initial_rois:
patient_B_initial_roi_name_list.add(
self.moving_image_initial_rois[idx]['name'])
# Check if clicked roi name has duplicate
# in patient B's initial roi names list
if transferred_roi_name in patient_B_initial_roi_name_list:
if self.add_suffix:
transferred_roi_name = generate_non_duplicated_name(
transferred_roi_name, patient_B_initial_roi_name_list)
else:
QMessageBox.about(
self, "Transfer Failed", "Duplicated ROI name. "
"Please consider adding suffix.")
return
# Add clicked roi to transferred list
self.fixed_to_moving_rois[roi_to_add['name']] = transferred_roi_name
roi_label = QListWidgetItem(transferred_roi_name)
roi_label.setForeground(Qt.red)
roi_label.setData(Qt.UserRole, roi_to_add)
self.patient_A_rois_to_B_list_widget.addItem(roi_label)
self.save_button.setDisabled(False)
def patient_B_initial_roi_double_clicked(self, item):
"""
This function is triggered when a roi in patient B's roi list is
double-clicked.
"""
roi_to_add = item.data(Qt.UserRole)
transferred_roi_name = roi_to_add['name']
# If the clicked roi is already transferred, return
if transferred_roi_name in self.moving_to_fixed_rois.keys():
QMessageBox.about(self, "Transfer Failed",
"Chosen ROI has already been transferred!")
return
# Create a set to store all current roi names in target patient
# including both initial rois name and added roi names so far
patient_A_current_roi_name_list = set()
for item in self.moving_to_fixed_rois.values():
patient_A_current_roi_name_list.add(item)
for idx in self.fixed_image_initial_rois:
patient_A_current_roi_name_list.add(
self.fixed_image_initial_rois[idx]['name'])
# Check if clicked roi name has duplicate in
# target patient's roi names list
if transferred_roi_name in patient_A_current_roi_name_list:
# if add suffix is ticked, iteratively try adding suffix
# from _A to _Z, stop when no duplicate found
if self.add_suffix:
transferred_roi_name = generate_non_duplicated_name(
transferred_roi_name, patient_A_current_roi_name_list)
else:
QMessageBox.about(
self, "Transfer Failed", "Duplicated ROI name. "
"Please consider adding suffix.")
return
# Add clicked roi to transferred list
self.moving_to_fixed_rois[roi_to_add['name']] = transferred_roi_name
roi_label = QListWidgetItem(transferred_roi_name)
roi_label.setForeground(Qt.red)
roi_label.setData(Qt.UserRole, roi_to_add)
self.patient_B_rois_to_A_list_widget.addItem(roi_label)
self.save_button.setDisabled(False)
def reset_clicked(self):
"""
This function is triggered when reset button is clicked.
"""
self.fixed_to_moving_rois.clear()
self.moving_to_fixed_rois.clear()
self.patient_A_rois_to_B_list_widget.clear()
self.patient_B_rois_to_A_list_widget.clear()
self.save_button.setDisabled(True)
def transfer_list_is_empty(self):
"""
This function is to check if the transfer list is empty
"""
return len(self.fixed_to_moving_rois) == 0 \
and len(self.moving_to_fixed_rois) == 0
def save_clicked(self, interrupt_flag, progress_callback):
"""
This function is triggered when the save button is clicked. It contains
all steps in the ROI transferring process.
:param interrupt_flag: interrupt flag to stop process
:param progress_callback: signal that receives the current
progress of the loading.
"""
progress_callback.emit(("Converting images to sitk", 0))
# check if interrupt flag is set
if not check_interrupt_flag(interrupt_flag):
return False
rtss = self.patient_dict_container.get("dataset_rtss")
# get sitk for the fixed image
dicom_image = read_dicom_image_to_sitk(
self.patient_dict_container.filepaths)
if not check_interrupt_flag(interrupt_flag):
return False
# get array of roi indexes from sitk images
rois_images_fixed = transform_point_set_from_dicom_struct(
dicom_image,
rtss,
self.fixed_to_moving_rois.keys(),
spacing_override=None,
interrupt_flag=interrupt_flag)
moving_rtss = self.moving_dict_container.get("dataset_rtss")
if not check_interrupt_flag(interrupt_flag):
return False
# get sitk for the moving image
moving_dicom_image = read_dicom_image_to_sitk(
self.moving_dict_container.filepaths)
if not check_interrupt_flag(interrupt_flag):
return False
# get array of roi indexes from sitk images
progress_callback \
.emit(("Retrieving ROIs from \nboth image sets", 20))
# check if interrupt flag is set
if not check_interrupt_flag(interrupt_flag):
return False
if moving_rtss:
rois_images_moving = transform_point_set_from_dicom_struct(
moving_dicom_image,
moving_rtss,
self.moving_to_fixed_rois.keys(),
spacing_override=None,
interrupt_flag=interrupt_flag)
else:
rois_images_moving = ([], [])
if not check_interrupt_flag(interrupt_flag):
return False
tfm = self.moving_dict_container.get("tfm")
progress_callback.emit(
("Transfering ROIs from moving \nto fixed image set", 40))
# check if interrupt flag is set
if not check_interrupt_flag(interrupt_flag):
return False
# transform roi from moving_dict to fixed_dict
self.transfer_rois(self.moving_to_fixed_rois, tfm, dicom_image,
rois_images_moving, self.patient_dict_container)
progress_callback.emit(
("Transfering ROIs from fixed \nto moving image set", 60))
if not check_interrupt_flag(interrupt_flag):
return False
# transform roi from moving_dict to fixed_dict
self.transfer_rois(self.fixed_to_moving_rois, tfm.GetInverse(),
moving_dicom_image, rois_images_fixed,
self.moving_dict_container)
progress_callback.emit(("Saving ROIs to RTSS", 80))
# check if interrupt flag is set
if not check_interrupt_flag(interrupt_flag):
return False
progress_callback.emit(("Reloading window", 90))
return True
def transfer_roi_clicked(self):
"""
telling progress window to start ROI transfer
"""
self.progress_window.start(self.save_clicked)
def onTransferRoiError(self, exception):
"""
This function is triggered when there is an error in the
ROI transferring process.
:param exception: exception thrown
"""
QMessageBox.about(self.progress_window, "Unable to transfer ROIs",
"Please check your image set and ROI data.")
self.progress_window.close()
def onTransferRoiFinished(self, result):
"""
This function is triggered when ROI transferring process is finished.
"""
# emit changed dataset to structure_modified function and
# auto_save_roi function
if result[0] is True:
if len(self.fixed_to_moving_rois) > 0:
self.signal_roi_transferred_to_moving_container.emit(
(self.moving_dict_container.get("dataset_rtss"), {
"transfer": None
}))
if len(self.moving_to_fixed_rois) > 0:
self.signal_roi_transferred_to_fixed_container.emit(
(self.patient_dict_container.get("dataset_rtss"), {
"transfer": None
}))
self.progress_window.close()
QMessageBox.about(self.transfer_roi_window_instance, "Saved",
"ROIs are successfully transferred!")
else:
QMessageBox.about(self.transfer_roi_window_instance, "Cancelled",
"ROIs Transfer is cancelled.")
self.closeWindow()
def transfer_rois(self, transfer_dict, tfm, reference_image,
original_roi_list, patient_dict_container):
"""
Converting (transferring) ROIs from one image set to another and save
the transferred rois to rtss.
:param transfer_dict: dictionary of rois to be transfer.
key is original roi names, value is the name after transferred.
:param original_roi_list: tuple of sitk rois from the base image.
:param tfm: the tfm that contains information for transferring rois
:param reference_image: the reference (base) image
:param patient_dict_container: container of the transfer image set.
"""
for roi_name, new_roi_name in transfer_dict.items():
for index, name in enumerate(original_roi_list[1]):
if name == roi_name:
sitk_image = original_roi_list[0][index]
new_contour = apply_linear_transform(
input_image=sitk_image,
transform=tfm,
reference_image=reference_image,
is_structure=True)
contour = sitk.GetArrayViewFromImage(new_contour)
contours = np.transpose(contour.nonzero())
self.save_roi_to_patient_dict_container(
contours, new_roi_name, patient_dict_container)
def save_roi_to_patient_dict_container(self, contours, roi_name,
patient_dict_container):
"""
Save the transferred ROI to the corresponding rtss.
:param contours: np array of coordinates of the ROI to be saved.
:param roi_name: name of the ROI to be saved
:param patient_dict_container: container of the transfer image set.
"""
pixels_coords_dict = {}
slice_ids_dict = get_dict_slice_to_uid(patient_dict_container)
total_slices = len(slice_ids_dict)
for contour in contours:
curr_slice_id = total_slices - contour[0]
if curr_slice_id >= total_slices:
curr_slice_id = 0
if curr_slice_id not in pixels_coords_dict:
pixels_coords_dict[curr_slice_id] = [
tuple([contour[2], contour[1]])
]
else:
pixels_coords_dict[curr_slice_id].append(
tuple([contour[2], contour[1]]))
rois_to_save = {}
for key in pixels_coords_dict.keys():
coords = pixels_coords_dict[key]
polygon_list = ROI.calculate_concave_hull_of_points(coords)
if len(polygon_list) > 0:
rois_to_save[key] = {
'ds': patient_dict_container.dataset[key],
'coords': polygon_list
}
roi_list = ROI.convert_hull_list_to_contours_data(
rois_to_save, patient_dict_container)
if len(roi_list) > 0:
print("Saving ", roi_name)
if isinstance(patient_dict_container, MovingDictContainer):
new_rtss = ROI.create_roi(
patient_dict_container.get("dataset_rtss"),
roi_name,
roi_list,
rtss_owner="MOVING")
self.moving_dict_container.set("dataset_rtss", new_rtss)
self.moving_dict_container.set("rtss_modified", True)
else:
new_rtss = ROI.create_roi(
patient_dict_container.get("dataset_rtss"), roi_name,
roi_list)
self.patient_dict_container.set("dataset_rtss", new_rtss)
self.patient_dict_container.set("rtss_modified", True)
def closeWindow(self):
"""
function to close transfer roi window
"""
self.close()
class IsodoseTab(QtWidgets.QWidget):
request_update_isodoses = QtCore.Signal()
request_update_ui = QtCore.Signal(tuple)
def __init__(self):
QtWidgets.QWidget.__init__(self)
self.patient_dict_container = PatientDictContainer()
self.rx_dose_in_cgray = self.patient_dict_container.get(
"rx_dose_in_cgray")
self.color_dict = self.init_color_isod()
self.color_squares = self.init_color_squares()
self.checkboxes = self.init_checkboxes()
# Create and initialise ISO2ROI button and layout
self.iso2roi_button = QtWidgets.QPushButton()
self.iso2roi_button.setText("Convert Isodoses to ROIs")
self.iso2roi_button.clicked.connect(self.iso2roi_button_clicked)
self.iso2roi_layout = QtWidgets.QHBoxLayout()
self.iso2roi_layout.setContentsMargins(0, 0, 0, 0)
self.iso2roi_layout.addWidget(self.iso2roi_button)
self.isodose_tab_layout = QtWidgets.QVBoxLayout()
self.isodose_tab_layout.setAlignment(QtCore.Qt.AlignTop
| QtCore.Qt.AlignTop)
self.isodose_tab_layout.setSpacing(0)
self.init_layout()
self.iso2roi = ISO2ROI()
# Add button to tab
self.isodose_tab_layout.addStretch()
self.isodose_tab_layout.addLayout(self.iso2roi_layout)
self.setLayout(self.isodose_tab_layout)
self.progress_window = ProgressWindow(
self, QtCore.Qt.WindowTitleHint | QtCore.Qt.WindowCloseButtonHint)
self.progress_window.signal_loaded.connect(self.on_loaded_iso2roi)
def init_layout(self):
for i in range(0, len(self.checkboxes)):
widget_isodose = QtWidgets.QWidget()
layout_isodose = QtWidgets.QHBoxLayout(widget_isodose)
layout_isodose.setAlignment(QtCore.Qt.AlignLeft
| QtCore.Qt.AlignLeft)
layout_isodose.addWidget(self.color_squares[i])
layout_isodose.addWidget(self.checkboxes[i])
self.isodose_tab_layout.addWidget(widget_isodose)
def init_color_isod(self):
"""
Create a list containing the colors for each isodose.
:return: Dictionary where the key is the percentage of isodose and the value a QColor object.
"""
roi_color = {
107: QtGui.QColor(131, 0, 0),
105: QtGui.QColor(185, 0, 0),
100: QtGui.QColor(255, 46, 0),
95: QtGui.QColor(255, 161, 0),
90: QtGui.QColor(253, 255, 0),
80: QtGui.QColor(0, 255, 0),
70: QtGui.QColor(0, 143, 0),
60: QtGui.QColor(0, 255, 255),
30: QtGui.QColor(33, 0, 255),
10: QtGui.QColor(11, 0, 134)
}
return roi_color
def init_color_squares(self):
"""
Create a color square.
"""
list_of_squares = []
for key, color in self.color_dict.items():
list_of_squares.append(self.draw_color_square(color))
return list_of_squares
def init_checkboxes(self):
"""
Initialize the checkbox objects.
"""
list_of_checkboxes = []
# Values of Isodoses
list_of_doses = []
for percentage in isodose_percentages:
dose = int(self.rx_dose_in_cgray * (percentage / 100))
list_of_doses.append(dose)
# Checkboxes
def generate_clicked_handler(text):
def handler(state):
self.checked_dose(state, text)
return handler
first_iteration = True
for i in range(10):
if first_iteration:
checkbox = QtWidgets.QCheckBox(
"%s %% / %s cGy [Max]" %
(str(isodose_percentages[i]), str(list_of_doses[i])))
first_iteration = False
else:
checkbox = QtWidgets.QCheckBox(
"%s %% / %s cGy" %
(str(isodose_percentages[i]), str(list_of_doses[i])))
checkbox.clicked.connect(
generate_clicked_handler(isodose_percentages[i]))
checkbox.setStyleSheet("font: 10pt \"Laksaman\";")
list_of_checkboxes.append(checkbox)
return list_of_checkboxes
# Function triggered when a dose level selected
# Updates the list of selected isodoses and dicom view
def checked_dose(self, state, isod_value):
"""
Function triggered when the checkbox of a structure is checked / unchecked.
Update the list of selected structures.
Update the DICOM view.
:param state: True if the checkbox is checked, False otherwise.
:param isod_value: Percentage of isodose.
"""
selected_doses = self.patient_dict_container.get("selected_doses")
if state:
# Add the dose to the list of selected doses
selected_doses.append(isod_value)
else:
# Remove dose from list of previously selected doses
selected_doses.remove(isod_value)
self.patient_dict_container.set("selected_doses", selected_doses)
# Update the dicom view
self.request_update_isodoses.emit()
def draw_color_square(self, color):
"""
Create a color square.
:param color: QColor object
:return: Color square widget.
"""
color_square_label = QtWidgets.QLabel()
color_square_pix = QtGui.QPixmap(15, 15)
color_square_pix.fill(color)
color_square_label.setPixmap(color_square_pix)
return color_square_label
def iso2roi_button_clicked(self):
"""
Clicked action handler for the ISO2ROI button.
Opens a progress window and Initiates the
ISO2ROI conversion process.
"""
self.progress_window.start(self.iso2roi.start_conversion)
def on_loaded_iso2roi(self):
"""
Called when progress bar has finished.
Closes the progress window and refreshes
the main screen.
"""
self.request_update_ui.emit(
(self.patient_dict_container.get('dataset_rtss'), {
"draw": None
}))
self.progress_window.close()
class BatchProcessingController:
"""
This class is the controller for batch processing. It starts and
ends processes, and controls the progress window.
"""
def __init__(self):
"""
Class initialiser function.
"""
self.batch_path = ""
self.dvh_output_path = ""
self.pyrad_output_path = ""
self.clinical_data_input_path = ""
self.clinical_data_output_path = ""
self.processes = []
self.dicom_structure = None
self.suv2roi_weights = None
self.name_cleaning_options = None
self.patient_files_loaded = False
self.progress_window = ProgressWindow(None)
self.timestamp = ""
self.batch_summary = [{}, ""]
# Threadpool for file loading
self.threadpool = QThreadPool()
self.interrupt_flag = threading.Event()
def set_file_paths(self, file_paths):
"""
Sets all the required paths
:param file_paths: dict of directories
"""
self.batch_path = file_paths.get('batch_path')
self.dvh_output_path = file_paths.get('dvh_output_path')
self.pyrad_output_path = file_paths.get('pyrad_output_path')
self.clinical_data_input_path = \
file_paths.get('clinical_data_input_path')
self.clinical_data_output_path = \
file_paths.get('clinical_data_output_path')
def set_processes(self, processes):
"""
Sets the selected processes
:param processes: list of selected processes
"""
self.processes = processes
def set_suv2roi_weights(self, suv2roi_weights):
"""
Function used to set suv2roi_weights.
:param suv2roi_weights: Dictionary of patient IDs and patient weight
in grams.
"""
self.suv2roi_weights = suv2roi_weights
def start_processing(self):
"""
Starts the batch process.
"""
# Create new instance of ProgressWindow
self.progress_window = ProgressWindow(None)
# Connect callbacks
self.progress_window.signal_error.connect(self.error_processing)
self.progress_window.signal_loaded.connect(self.completed_processing)
# Start performing processes on patient files
self.progress_window.start(self.perform_processes)
def load_patient_files(self, path, progress_callback,
search_complete_callback):
"""
Load the patient files from directory.
"""
# Set the interrup flag
self.interrupt_flag.set()
# Release the current thread, and create new threadpool
self.threadpool.releaseThread()
self.threadpool = QThreadPool()
# Clear the interrupt flag
self.interrupt_flag.clear()
# Create new worker
worker = Worker(DICOMDirectorySearch.get_dicom_structure,
path,
self.interrupt_flag,
progress_callback=True)
# Connect callbacks
worker.signals.result.connect(search_complete_callback)
worker.signals.progress.connect(progress_callback)
# Start the worker
self.threadpool.start(worker)
def set_dicom_structure(self, dicom_structure):
"""
Function used to set dicom_structure
:param dicom_structure: DICOMStructure
"""
self.dicom_structure = dicom_structure
def set_name_cleaning_options(self, options):
"""
Set name cleaning options for batch ROI name cleaning.
:param options: Dictionary of datasets, ROIs, and options for
cleaning the ROIs.
"""
self.name_cleaning_options = options
@staticmethod
def get_patient_files(patient):
"""
Get patient files.
:param patient: patient data.
:return: cur_patient_files, dictionary of classes and series'.
"""
# Get files in patient
cur_patient_files = {}
for study in patient.studies.values():
for series_type in study.series.values():
for series in series_type.values():
image = list(series.images.values())[0]
class_id = image.class_id
if class_id not in cur_patient_files:
cur_patient_files[class_id] = []
cur_patient_files[class_id].append(series)
return cur_patient_files
def perform_processes(self, interrupt_flag, progress_callback=None):
"""
Performs each selected process to each selected patient.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
"""
# Clear batch summary
self.batch_summary = [{}, ""]
# Dictionary of process names and functions
self.process_functions = {
"iso2roi": self.batch_iso2roi_handler,
"suv2roi": self.batch_suv2roi_handler,
"dvh2csv": self.batch_dvh2csv_handler,
"pyrad2csv": self.batch_pyrad2csv_handler,
"pyrad2pyrad-sr": self.batch_pyrad2pyradsr_handler,
"csv2clinicaldata-sr": self.batch_csv2clinicaldatasr_handler,
"clinicaldata-sr2csv": self.batch_clinicaldatasr2csv_handler,
"roiname2fmaid": self.batch_roiname2fmaid_handler,
}
patient_count = len(self.dicom_structure.patients)
cur_patient_num = 0
self.timestamp = self.create_timestamp()
# Loop through each patient
for patient in self.dicom_structure.patients.values():
# Stop loading
if interrupt_flag.is_set():
# TODO: convert print to logging
print("Stopped Batch Processing")
PatientDictContainer().clear()
return False
cur_patient_num += 1
progress_callback.emit(
("Loading patient ({}/{}) .. ".format(cur_patient_num,
patient_count), 20))
# Perform processes on patient
for process in self.processes:
if process == 'roinamecleaning':
continue
self.process_functions[process](interrupt_flag,
progress_callback, patient)
# Perform batch ROI Name Cleaning on all patients
if 'roinamecleaning' in self.processes:
if self.name_cleaning_options:
# Start the process
process = \
BatchProcessROINameCleaning(progress_callback,
interrupt_flag,
self.name_cleaning_options)
process.start()
# Append process summary
self.batch_summary[1] = process.summary
progress_callback.emit(("Completed ROI Name Cleaning", 100))
PatientDictContainer().clear()
def update_rtss(self, patient):
"""
Updates the patient dict container with the newly created RTSS (if a
process generates one), so it can be used by future processes.
:param patient: The patient with the newly-created RTSS.
"""
# Get new RTSS
rtss = PatientDictContainer().dataset['rtss']
# Create a series and image from the RTSS
rtss_series = Series(rtss.SeriesInstanceUID)
rtss_series.series_description = rtss.get("SeriesDescription")
rtss_image = Image(PatientDictContainer().filepaths['rtss'],
rtss.SOPInstanceUID, rtss.SOPClassUID,
rtss.Modality)
rtss_series.add_image(rtss_image)
# Add the new study to the patient
patient.studies[rtss.StudyInstanceUID].add_series(rtss_series)
# Update the patient dict container
PatientDictContainer().set("rtss_modified", False)
def batch_iso2roi_handler(self, interrupt_flag, progress_callback,
patient):
"""
Handles creating, starting, and processing the results of batch
ISO2ROI.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get current patient files
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
# Create and start process
process = BatchProcessISO2ROI(progress_callback, interrupt_flag,
cur_patient_files)
success = process.start()
# Add rtss to patient in case it is needed in future
# processes
if success:
if PatientDictContainer().get("rtss_modified"):
self.update_rtss(patient)
reason = "SUCCESS"
else:
reason = process.summary
# Append process summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]["iso2roi"] = reason
progress_callback.emit(("Completed ISO2ROI", 100))
def batch_suv2roi_handler(self, interrupt_flag, progress_callback,
patient):
"""
Handles creating, starting, and processing the results of batch
SUV2ROI.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get patient files
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
# Get patient weight
if patient.patient_id in self.suv2roi_weights.keys():
if self.suv2roi_weights[patient.patient_id] is None:
patient_weight = None
else:
patient_weight = \
self.suv2roi_weights[patient.patient_id] * 1000
else:
patient_weight = None
process = BatchProcessSUV2ROI(progress_callback, interrupt_flag,
cur_patient_files, patient_weight)
success = process.start()
# Add rtss to patient in case it is needed in future
# processes
if success:
if PatientDictContainer().get("rtss_modified"):
self.update_rtss(patient)
reason = "SUCCESS"
else:
reason = process.summary
# Append process summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]["suv2roi"] = reason
progress_callback.emit(("Completed SUV2ROI", 100))
def batch_dvh2csv_handler(self, interrupt_flag, progress_callback,
patient):
"""
Handles creating, starting, and processing the results of batch
DVH2CSV.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get current patient files
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
# Create and start process
process = BatchProcessDVH2CSV(progress_callback, interrupt_flag,
cur_patient_files, self.dvh_output_path)
process.set_filename('DVHs_' + self.timestamp + '.csv')
success = process.start()
# Set process summary
if success:
reason = "SUCCESS"
else:
reason = process.summary
# Append process summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]['dvh2csv'] = reason
progress_callback.emit(("Completed DVH2CSV", 100))
def batch_pyrad2csv_handler(self, interrupt_flag, progress_callback,
patient):
"""
Handles creating, starting, and processing the results of batch
Pyrad2CSV.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get current files
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
process = BatchProcessPyRad2CSV(progress_callback, interrupt_flag,
cur_patient_files,
self.pyrad_output_path)
process.set_filename('PyRadiomics_' + self.timestamp + '.csv')
success = process.start()
# Set summary message
if success:
reason = "SUCCESS"
else:
reason = process.summary
# Append process summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]['pyrad2csv'] = reason
progress_callback.emit(("Completed PyRad2CSV", 100))
def batch_pyrad2pyradsr_handler(self, interrupt_flag, progress_callback,
patient):
"""
Handles creating, starting, and processing the results of batch
PyRad2PyRad-SR.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get current files
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
process = BatchProcessPyRad2PyRadSR(progress_callback, interrupt_flag,
cur_patient_files)
success = process.start()
# Set summary message
if success:
reason = "SUCCESS"
else:
reason = process.summary
# Append process summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]['pyrad2pyradSR'] = reason
progress_callback.emit(("Completed PyRad2PyRad-SR", 100))
def batch_csv2clinicaldatasr_handler(self, interrupt_flag,
progress_callback, patient):
"""
Handles creating, starting, and processing the results of batch
CSV2ClinicalData-SR.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get current files
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
process = \
BatchProcessCSV2ClinicalDataSR(progress_callback, interrupt_flag,
cur_patient_files,
self.clinical_data_input_path)
success = process.start()
# Update summary
if success:
reason = "SUCCESS"
else:
reason = process.summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]["csv2clinicaldatasr"] = reason
progress_callback.emit(("Completed CSV2ClinicalData-SR", 100))
def batch_clinicaldatasr2csv_handler(self, interrupt_flag,
progress_callback, patient):
"""
Handles creating, starting, and processing the results of batch
ClinicalData-SR2CSV.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
process = \
BatchProcessClinicalDataSR2CSV(progress_callback, interrupt_flag,
cur_patient_files,
self.clinical_data_output_path)
success = process.start()
# Update summary
if success:
reason = "SUCCESS"
else:
reason = process.summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]["clinicaldatasr2csv"] = reason
progress_callback.emit(("Completed ClinicalData-SR2CSV", 100))
def batch_roiname2fmaid_handler(self, interrupt_flag, progress_callback,
patient):
"""
Handles creating, starting, and processing the results of batch
ROIName2FMA-ID.
:param interrupt_flag: A threading.Event() object that tells the
function to stop loading.
:param progress_callback: A signal that receives the current
progress of the loading.
:param patient: The patient to perform this process on.
"""
# Get patient files and start process
cur_patient_files = \
BatchProcessingController.get_patient_files(patient)
process = \
BatchProcessROIName2FMAID(progress_callback,
interrupt_flag,
cur_patient_files)
process.start()
# Append process summary
reason = process.summary
if patient not in self.batch_summary[0].keys():
self.batch_summary[0][patient] = {}
self.batch_summary[0][patient]["roiname2fmaid"] = reason
progress_callback.emit(("Completed ROI Name to FMA ID", 100))
def completed_processing(self):
"""
Runs when batch processing has been completed.
"""
self.progress_window.update_progress(("Processing complete!", 100))
self.progress_window.close()
# Create window to store summary info
batch_summary_window = BatchSummaryWindow()
batch_summary_window.set_summary_text(self.batch_summary)
batch_summary_window.exec_()
def error_processing(self):
"""
Runs when there is an error during batch processing.
"""
print("Error performing batch processing.")
self.progress_window.close()
return
@classmethod
def create_timestamp(cls):
"""
Create a unique timestamp as a string.
returns string
"""
cur_time = datetime.datetime.now()
year = cur_time.year
month = cur_time.month
day = cur_time.day
hour = cur_time.hour
min = cur_time.minute
sec = cur_time.second
time_stamp = str(year) + str(month) + str(day) + str(hour) + \
str(min) + str(sec)
return time_stamp
class UIMainWindow:
"""
The central class responsible for initializing most of the values stored
in the PatientDictContainer model and defining the visual layout of the
main window of OnkoDICOM. No class has access to the attributes
belonging to this class, except for the class's ActionHandler, which is
used to trigger actions within the main window. Components of this class
(i.e. QWidget child classes such as StructureTab, DicomView, DicomTree,
etc.) should not be able to reference this class, and rather should
exist independently and only be able to communicate with the
PatientDictContainer model. If a component needs to communicate with
another component, that should be accomplished by emitting signals
within that components, and having the slots for those signals within
this class (as demonstrated by the update_views() method of this class).
If a class needs to trigger one of the actions defined in the
ActionHandler, then the instance of the ActionHandler itself can safely
be passed into the class.
"""
pyradi_trigger = QtCore.Signal(str, dict, str)
# Connect to GUIController
image_fusion_main_window = QtCore.Signal()
def setup_ui(self, main_window_instance):
self.main_window_instance = main_window_instance
self.call_class = MainPageCallClass()
self.add_on_options_controller = AddOptions(self)
##########################################
# IMPLEMENTATION OF THE MAIN PAGE VIEW #
##########################################
if platform.system() == 'Darwin':
self.stylesheet_path = "res/stylesheet.qss"
else:
self.stylesheet_path = "res/stylesheet-win-linux.qss"
self.stylesheet = open(resource_path(self.stylesheet_path)).read()
window_icon = QIcon()
window_icon.addPixmap(QPixmap(resource_path(
"res/images/icon.ico")), QIcon.Normal, QIcon.Off)
self.main_window_instance.setMinimumSize(1080, 700)
self.main_window_instance.setObjectName("MainOnkoDicomWindowInstance")
self.main_window_instance.setWindowIcon(window_icon)
self.main_window_instance.setStyleSheet(self.stylesheet)
self.setup_central_widget()
self.setup_actions()
# Create SUV2ROI object and connect signals
self.suv2roi = SUV2ROI()
self.suv2roi_progress_window = \
ProgressWindow(self.main_window_instance,
QtCore.Qt.WindowTitleHint |
QtCore.Qt.WindowCloseButtonHint)
self.suv2roi_progress_window.signal_loaded.connect(
self.on_loaded_suv2roi)
def setup_actions(self):
if hasattr(self, 'toolbar'):
self.main_window_instance.removeToolBar(self.toolbar)
self.action_handler = ActionHandler(self)
self.menubar = MenuBar(self.action_handler)
self.main_window_instance.setMenuBar(self.menubar)
self.toolbar = Toolbar(self.action_handler)
self.main_window_instance.addToolBar(
QtCore.Qt.TopToolBarArea, self.toolbar)
self.main_window_instance.setWindowTitle("OnkoDICOM")
def setup_central_widget(self):
patient_dict_container = PatientDictContainer()
self.central_widget = QtWidgets.QWidget()
self.central_widget_layout = QVBoxLayout()
self.patient_bar = PatientBar()
splitter = QtWidgets.QSplitter(QtCore.Qt.Horizontal)
# Left panel contains stuctures tab, isodoses tab,
# and structure information
self.left_panel = QtWidgets.QTabWidget()
self.left_panel.setMinimumWidth(300)
self.left_panel.setMaximumWidth(500)
# Add structures tab to left panel
if not hasattr(self, 'structures_tab'):
self.structures_tab = StructureTab()
self.structures_tab.request_update_structures.connect(
self.update_views)
else:
self.structures_tab.update_ui()
self.left_panel.addTab(self.structures_tab, "Structures")
if patient_dict_container.has_modality("rtdose"):
self.isodoses_tab = IsodoseTab()
self.isodoses_tab.request_update_isodoses.connect(
self.update_views)
self.isodoses_tab.request_update_ui.connect(
self.structures_tab.fixed_container_structure_modified)
self.left_panel.addTab(self.isodoses_tab, "Isodoses")
elif hasattr(self, 'isodoses_tab'):
del self.isodoses_tab
# Right panel contains the different tabs of DICOM view, DVH,
# clinical data, DICOM tree
self.right_panel = QtWidgets.QTabWidget()
# Create a Dicom View containing single-slice and 3-slice views
self.dicom_view = DicomStackedWidget(self.format_data)
roi_color_dict = self.structures_tab.color_dict if hasattr(
self, 'structures_tab') else None
iso_color_dict = self.isodoses_tab.color_dict if hasattr(
self, 'isodoses_tab') else None
self.dicom_single_view = DicomAxialView(
roi_color=roi_color_dict, iso_color=iso_color_dict)
self.dicom_axial_view = DicomAxialView(
is_four_view=True, roi_color=roi_color_dict, iso_color=iso_color_dict,
metadata_formatted=True, cut_line_color=QtGui.QColor(255, 0, 0))
self.dicom_sagittal_view = DicomSagittalView(
roi_color=roi_color_dict, iso_color=iso_color_dict,
cut_line_color=QtGui.QColor(0, 255, 0))
self.dicom_coronal_view = DicomCoronalView(
roi_color=roi_color_dict, iso_color=iso_color_dict,
cut_line_color=QtGui.QColor(0, 0, 255))
self.three_dimension_view = DicomView3D()
# Rescale the size of the scenes inside the 3-slice views
self.dicom_axial_view.zoom = INITIAL_FOUR_VIEW_ZOOM
self.dicom_sagittal_view.zoom = INITIAL_FOUR_VIEW_ZOOM
self.dicom_coronal_view.zoom = INITIAL_FOUR_VIEW_ZOOM
self.dicom_axial_view.update_view(zoom_change=True)
self.dicom_sagittal_view.update_view(zoom_change=True)
self.dicom_coronal_view.update_view(zoom_change=True)
self.dicom_four_views = QWidget()
self.dicom_four_views_layout = QGridLayout()
for i in range(2):
self.dicom_four_views_layout.setColumnStretch(i, 1)
self.dicom_four_views_layout.setRowStretch(i, 1)
self.dicom_four_views_layout.addWidget(self.dicom_axial_view, 0, 0)
self.dicom_four_views_layout.addWidget(self.dicom_sagittal_view, 0, 1)
self.dicom_four_views_layout.addWidget(self.dicom_coronal_view, 1, 0)
self.dicom_four_views_layout.addWidget(self.three_dimension_view, 1, 1)
self.dicom_four_views.setLayout(self.dicom_four_views_layout)
self.dicom_view.addWidget(self.dicom_four_views)
self.dicom_view.addWidget(self.dicom_single_view)
self.dicom_view.setCurrentWidget(self.dicom_single_view)
# Add DICOM View to right panel as a tab
self.right_panel.addTab(self.dicom_view, "DICOM View")
# Add PETVT View to right panel as a tab
self.pet_ct_tab = PetCtView()
self.right_panel.addTab(self.pet_ct_tab, "PET/CT View")
# Add DVH tab to right panel as a tab
if patient_dict_container.has_modality("rtdose"):
self.dvh_tab = DVHTab()
self.right_panel.addTab(self.dvh_tab, "DVH")
elif hasattr(self, 'dvh_tab'):
del self.dvh_tab
# Add DICOM Tree View tab
self.dicom_tree = DicomTreeView()
self.right_panel.addTab(self.dicom_tree, "DICOM Tree")
# Connect SUV2ROI signal to handler function
self.dicom_single_view.suv2roi_signal.connect(self.perform_suv2roi)
# Add clinical data tab
self.call_class.display_clinical_data(self.right_panel)
splitter.addWidget(self.left_panel)
splitter.addWidget(self.right_panel)
# Create footer
self.footer = QtWidgets.QWidget()
self.create_footer()
# Set layout
self.central_widget_layout.addWidget(self.patient_bar)
self.central_widget_layout.addWidget(splitter)
self.central_widget_layout.addWidget(self.footer)
self.central_widget.setLayout(self.central_widget_layout)
self.main_window_instance.setCentralWidget(self.central_widget)
def create_footer(self):
self.footer.setFixedHeight(15)
layout_footer = QtWidgets.QHBoxLayout(self.footer)
layout_footer.setContentsMargins(0, 0, 0, 0)
label_footer = QtWidgets.QLabel("@OnkoDICOM2021")
label_footer.setAlignment(QtCore.Qt.AlignRight | QtCore.Qt.AlignRight)
layout_footer.addWidget(label_footer)
def update_views(self, update_3d_window=False):
"""
This function is a slot for signals to request the updating of the
DICOM View and DVH tabs in order to reflect changes made by other
components of the main window (for example, when a structure in the
structures tab is selected, this method needs to be called in order
for the DICOM view window to be updated to show the new region of
interest.
:param update_3d_window: a boolean to mark if 3d model
needs to be updated
"""
self.dicom_single_view.update_view()
self.dicom_axial_view.update_view()
self.dicom_coronal_view.update_view()
self.dicom_sagittal_view.update_view()
if update_3d_window:
self.three_dimension_view.update_view()
if hasattr(self, 'dvh_tab'):
self.dvh_tab.update_plot()
if hasattr(self, 'pet_ct_tab'):
if self.pet_ct_tab.initialised:
self.pet_ct_tab.update_view()
if hasattr(self, 'image_fusion_view'):
if self.image_fusion_view_axial is not None:
self.image_fusion_single_view.update_view()
self.image_fusion_view_axial.update_view()
self.image_fusion_view_coronal.update_view()
self.image_fusion_view_sagittal.update_view()
def toggle_cut_lines(self):
if self.dicom_axial_view.horizontal_view is None or \
self.dicom_axial_view.vertical_view is None or \
self.dicom_coronal_view.horizontal_view is None or \
self.dicom_coronal_view.vertical_view is None or \
self.dicom_sagittal_view.horizontal_view is None or \
self.dicom_sagittal_view.vertical_view is None:
self.dicom_axial_view.set_views(self.dicom_coronal_view,
self.dicom_sagittal_view)
self.dicom_coronal_view.set_views(self.dicom_axial_view,
self.dicom_sagittal_view)
self.dicom_sagittal_view.set_views(self.dicom_axial_view,
self.dicom_coronal_view)
else:
self.dicom_axial_view.set_views(None, None)
self.dicom_coronal_view.set_views(None, None)
self.dicom_sagittal_view.set_views(None, None)
if hasattr(self, 'image_fusion_view'):
if self.image_fusion_view is not None:
if self.image_fusion_view_axial.horizontal_view is None or \
self.image_fusion_view_axial.vertical_view is None or \
self.image_fusion_view_coronal.horizontal_view is None \
or self.image_fusion_view_coronal.vertical_view is None \
or \
self.image_fusion_view_sagittal.horizontal_view is None \
or \
self.image_fusion_view_sagittal.vertical_view is None:
self.image_fusion_view_axial.set_views(
self.image_fusion_view_coronal,
self.image_fusion_view_sagittal)
self.image_fusion_view_coronal.set_views(
self.image_fusion_view_axial,
self.image_fusion_view_sagittal)
self.image_fusion_view_sagittal.set_views(
self.image_fusion_view_axial,
self.image_fusion_view_coronal)
else:
self.image_fusion_view_axial.set_views(None, None)
self.image_fusion_view_coronal.set_views(None, None)
self.image_fusion_view_sagittal.set_views(None, None)
def zoom_in(self, is_four_view, image_reg_single, image_reg_four):
"""
This function calls the zooming in function on the four view's views
or the single view depending on what view is showing on screen.
is_four_view: Whether the four view is showing
"""
if is_four_view:
self.dicom_axial_view.zoom_in()
self.dicom_coronal_view.zoom_in()
self.dicom_sagittal_view.zoom_in()
else:
self.dicom_single_view.zoom_in()
if image_reg_single:
self.image_fusion_single_view.zoom_in()
if image_reg_four:
self.image_fusion_view_axial.zoom_in()
self.image_fusion_view_coronal.zoom_in()
self.image_fusion_view_sagittal.zoom_in()
if self.pet_ct_tab.initialised:
self.pet_ct_tab.zoom_in()
def zoom_out(self, is_four_view, image_reg_single, image_reg_four):
"""
This function calls the zooming out function on the four view's
views or the single view depending on what view is showing on screen.
is_four_view: Whether the four view is showing
"""
if is_four_view:
self.dicom_axial_view.zoom_out()
self.dicom_coronal_view.zoom_out()
self.dicom_sagittal_view.zoom_out()
else:
self.dicom_single_view.zoom_out()
if image_reg_single:
self.image_fusion_single_view.zoom_out()
if image_reg_four:
self.image_fusion_view_axial.zoom_out()
self.image_fusion_view_coronal.zoom_out()
self.image_fusion_view_sagittal.zoom_out()
if self.pet_ct_tab.initialised:
self.pet_ct_tab.zoom_out()
def format_data(self, size):
"""
This function is used to update the meta data's font size and margin
based on the height and width of the viewports.
size: The size of the DicomStackedWidget
"""
self.dicom_axial_view.format_metadata(size)
def create_image_fusion_tab(self):
"""
This function is used to create the tab for image fusion.
Function checks if the moving dict container contains rtss to
load rtss. Views are created and stacked into three window view.
"""
# Set a flag for Zooming
self.action_handler.has_image_registration_four = True
# Instance of Moving Model
moving_dict_container = MovingDictContainer()
if moving_dict_container.has_modality("rtss"):
if len(self.structures_tab.rois.items()) == 0:
self.structures_tab.update_ui(moving=True)
# else:
# TODO: Display both ROIs in the same tab
self.image_fusion_single_view \
= ImageFusionAxialView()
self.image_fusion_view = QStackedWidget()
self.image_fusion_view_axial = ImageFusionAxialView(
metadata_formatted=False,
cut_line_color=QtGui.QColor(255, 0, 0))
self.image_fusion_view_sagittal = ImageFusionSagittalView(
cut_line_color=QtGui.QColor(0, 255, 0))
self.image_fusion_view_coronal = ImageFusionCoronalView(
cut_line_color=QtGui.QColor(0, 0, 255))
self.image_fusion_roi_transfer_option_view = ROITransferOptionView(
self.structures_tab.fixed_container_structure_modified,
self.structures_tab.moving_container_structure_modified)
# Rescale the size of the scenes inside the 3-slice views
self.image_fusion_view_axial.zoom = INITIAL_FOUR_VIEW_ZOOM
self.image_fusion_view_sagittal.zoom = INITIAL_FOUR_VIEW_ZOOM
self.image_fusion_view_coronal.zoom = INITIAL_FOUR_VIEW_ZOOM
self.image_fusion_view_axial.update_view(zoom_change=True)
self.image_fusion_view_sagittal.update_view(zoom_change=True)
self.image_fusion_view_coronal.update_view(zoom_change=True)
self.image_fusion_four_views = QWidget()
self.image_fusion_four_views_layout = QGridLayout()
for i in range(2):
self.image_fusion_four_views_layout.setColumnStretch(i, 1)
self.image_fusion_four_views_layout.setRowStretch(i, 1)
self.image_fusion_four_views_layout.addWidget(
self.image_fusion_view_axial, 0, 0)
self.image_fusion_four_views_layout.addWidget(
self.image_fusion_view_sagittal, 0, 1)
self.image_fusion_four_views_layout.addWidget(
self.image_fusion_view_coronal, 1, 0)
self.image_fusion_four_views_layout.addWidget(
self.image_fusion_roi_transfer_option_view, 1, 1
)
self.image_fusion_four_views.setLayout(
self.image_fusion_four_views_layout)
self.image_fusion_view.addWidget(self.image_fusion_four_views)
self.image_fusion_view.addWidget(self.image_fusion_single_view)
self.image_fusion_view.setCurrentWidget(self.image_fusion_four_views)
# Add Image Fusion Tab
self.right_panel.addTab(self.image_fusion_view, "Image Fusion")
self.right_panel.setCurrentWidget(self.image_fusion_view)
# Update the Add On Option GUI
self.add_on_options_controller.update_ui()
def perform_suv2roi(self):
"""
Performs the SUV2ROI process.
"""
# Get patient weight - needs to run first as GUI cannot run in
# threads, like the ProgressBar
patient_dict_container = PatientDictContainer()
dataset = patient_dict_container.dataset[0]
self.suv2roi.get_patient_weight(dataset)
if self.suv2roi.patient_weight is None:
return
# Start the SUV2ROI process
self.suv2roi_progress_window.start(self.suv2roi.start_conversion)
def on_loaded_suv2roi(self):
"""
Called when progress bar has finished. Closes the progress
window and refreshes the main screen.
"""
if self.suv2roi.suv2roi_status:
patient_dict_container = PatientDictContainer()
self.structures_tab.fixed_container_structure_modified((
patient_dict_container.get('dataset_rtss'), {"draw": None}))
else:
# Alert user that SUV2ROI failed and for what reason
if self.suv2roi.failure_reason == "UNIT":
failure_reason = \
"PET units are not Bq/mL. OnkoDICOM can currently only\n" \
"perform SUV2ROI on PET images stored in these units."
elif self.suv2roi.failure_reason == "DECY":
failure_reason = \
"PET is not decay corrected. OnkoDICOM can currently " \
"only\nperform SUV2ROI on PET images that are decay " \
"corrected."
else:
failure_reason = "The SUV2ROI process has failed."
button_reply = \
QtWidgets.QMessageBox(
QtWidgets.QMessageBox.Icon.Warning,
"SUV2ROI Failed",
failure_reason,
QtWidgets.QMessageBox.StandardButton.Ok, self)
button_reply.button(
QtWidgets.QMessageBox.StandardButton.Ok).setStyleSheet(
self.stylesheet)
button_reply.exec_()
# Close progress window
self.suv2roi_progress_window.close()