def load(self):
patient = get_patient()
rw, rh = self.reference.get_image_size()
ww, wh = self.workspace.get_image_size()
embed = tk.Frame(self.root, width=rw, height=wh)
embed.grid(row=0, column=0)
name_static_label = tk.Label(embed, text=ms.get("patient_info") + ":")
name_static_label.grid(sticky=tk.W, padx=10)
name_label_text = tk.StringVar()
name_label_text.set(patient.name)
name_label = tk.Label(embed, textvariable=name_label_text)
name_label.grid(sticky=tk.W, padx=10)
next_point_static_label = tk.Label(embed,
text=ms.get("next_point") + ":")
next_point_static_label.grid(sticky=tk.W, padx=10)
next_point_label_text = tk.StringVar()
next_point_label = tk.Label(embed, textvariable=next_point_label_text)
next_point_label.grid(sticky=tk.W, padx=10)
refscreen = tk.Canvas(embed, width=rw, height=rh)
refscreen.grid(sticky=tk.N + tk.W)
screen = self.load_ui_wokspace(embed, self.root, wh, ww)
self.reference.load_screen(refscreen, 0, 0, rw, rh,
next_point_label_text)
self.workspace.load_screen(screen, 0, 0, ww, wh)
screen.bind("<Button-1>", self.mouse_up)
screen.bind("<Motion>", self.mouse_move)
refscreen.bind("<Button-1>", self.print_ref_point)
self.root.protocol("WM_DELETE_WINDOW", self.on_closing)
self.root.title("Facial Symmetry Analysis")
def add_main_measurement_table(self, table_frame):
main_angle = SymmetryAngleProportionValue(self.a.malar_middle)
angle_label = tk.Label(table_frame, text=ms.get("main_measurement"))
angle_label.grid(sticky=tk.W, padx=10)
tm = Treeview(table_frame, height=1)
tm.column("#0", width=1100)
tm.insert("", 1100, text=ms.get("main_measurement_text").format(main_angle.get_orientation(),
main_angle.get_differential()))
tm.grid()
def get_orientation(self):
p = self.angle.get_displacement_x()
if p > 0:
# code left
return ms.get("right")
if p < 0:
# code right
return ms.get("left")
if p == 0:
return ""
def get_orientation(self):
# L / R
p = self.angle.get_proportion()
if p > 1:
#code left
return ms.get("right")
elif p < 1:
#code right
return ms.get("left")
else:
return ""
def add_chin_angle_table(self, table_frame):
angle_label = tk.Label(table_frame, text=ms.get("chin_angles"))
angle_label.grid(sticky=tk.W, padx=10)
tm = Treeview(table_frame, height=3)
tm["columns"] = "left", "right", "differential", "orientation"
tm.heading("left", text=ms.get("right"))
tm.heading("right", text=ms.get("left"))
tm.heading("differential", text=ms.get("differential"))
tm.heading("orientation", text=ms.get("orientation"))
tm.column("#0", width=300)
self.add_row(tm, SymmetryAngleProportionValue(self.a.cheek_chin), "{cheek} - {chin}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.mouth_chin), "{mouth} - {chin}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.cheekbone_chin), "{cheekbone} - {chin}".format_map(ms))
tm.grid()
def add_breaking_point_table(self, table_frame):
angle_label = tk.Label(table_frame, text=ms.get("break_point"))
angle_label.grid(sticky=tk.W, padx=10)
tm = Treeview(table_frame, height=1)
tm["columns"] = "angle", "deviation", "", ""
tm.heading("angle", text=ms.get("angle"))
tm.heading("deviation", text=ms.get("deviation"))
tm.heading("", text="")
tm.heading("", text="")
tm.column("#0", width=300)
break_point_row = DisplacementAngleProportionValue(self.a.break_point_nose_point)
tm.insert("", 0, text="{break_point}".format_map(ms),
values=break_point_row.get_value())
tm.grid()
def add_angle_table(self, table_frame):
angle_label = tk.Label(table_frame, text=ms.get("angles"))
angle_label.grid(sticky=tk.W, padx=10)
tm = Treeview(table_frame, height=3)
tm["columns"] = "left", "right", "differential", "orientation"
tm.heading("left", text=ms.get("right"))
tm.heading("right", text=ms.get("left"))
tm.heading("differential", text=ms.get("differential"))
tm.heading("orientation", text=ms.get("orientation"))
tm.column("#0", width=300)
central_point_wall_row = SymmetryAngleProportionValue(self.a.central_point_wall)
tm.insert("", 0, text="{walls} - {central_point}".format_map(ms), values=central_point_wall_row.get_value())
nose_point_wall_row = SymmetryAngleProportionValue(self.a.nose_point_wall)
tm.insert("", 0, text="{walls} - {nose_point}".format_map(ms), values=nose_point_wall_row.get_value())
nose_point_maxilar_row = SymmetryAngleProportionValue(self.a.nose_point_maxilar)
tm.insert("", 0, text="{maxilars} - {nose_point}".format_map(ms), values=nose_point_maxilar_row.get_value())
tm.grid()
def addMalarTable(self, table_frame):
angle_label = tk.Label(table_frame, text=ms.get("malar_angles"))
angle_label.grid(sticky=tk.W, padx=10)
tm = Treeview(table_frame, height=4)
tm["columns"] = "left", "right", "differential", "orientation"
tm.heading("left", text=ms.get("right"))
tm.heading("right", text=ms.get("left"))
tm.heading("differential", text=ms.get("differential"))
tm.heading("orientation", text=ms.get("orientation"))
tm.column("#0", width=300)
self.add_row(tm, SymmetryAngleProportionValue(self.a.malar_middle), "{malar} - {middle}".format_map(ms),
tags=('main_row',))
self.add_row(tm, SymmetryAngleProportionValue(self.a.malar_internal_cant), "{malar} - {eye_inner}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.malar_nose_point), "{malar} - {nose_point}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.malar_nose), "{malar} - {nose}".format_map(ms))
# tm.tag_configure('main_row', background='red')
tm.grid()
def add_interocular_angle_table(self, table_frame):
angle_label = tk.Label(table_frame, text=ms.get("interoculares_angles"))
angle_label.grid(sticky=tk.W, padx=10)
tm = Treeview(table_frame, height=9)
tm["columns"] = "left", "right", "differential", "orientation"
tm.heading("left", text=ms.get("right"))
tm.heading("right", text=ms.get("left"))
tm.heading("differential", text=ms.get("differential"))
tm.heading("orientation", text=ms.get("orientation"))
tm.column("#0", width=300)
self.add_row(tm, SymmetryAngleProportionValue(self.a.outer_eye_middle), "{eye_outer} - {middle}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.inner_eye_middle), "{eye_inner} - {middle}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.nose_middle), "{nose} - {middle}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.cheekbone_middle), "{cheekbone} - {middle}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.cheek_middle), "{cheek} - {middle}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.mouth_middle), "{mouth} - {middle}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.nose_nose_point), "{nose} - {nose_point}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.nose_eye_outer), "{eye_outer} - {nose}".format_map(ms))
self.add_row(tm, SymmetryAngleProportionValue(self.a.nose_eye_inner), "{eye_inner} - {nose}".format_map(ms))
tm.grid()