class GUI:
def __init__(self, editor, software_version):
self.logger = get_logger("gui")
self.editor = editor
self.captured_map_coords = None
self.profile = Profile('')
self.profile.aircraft = "hornet"
self.exit_quick_capture = False
self.values = None
self.capturing = False
self.capture_key = try_get_setting(self.editor.settings, "capture_key",
"ctrl+t")
self.quick_capture_hotkey = try_get_setting(self.editor.settings,
"quick_capture_hotkey",
"ctrl+alt+t")
self.enter_aircraft_hotkey = try_get_setting(self.editor.settings,
"enter_aircraft_hotkey",
"ctrl+shift+t")
self.software_version = software_version
self.is_focused = True
self.scaled_dcs_gui = False
self.selected_wp_type = "WP"
try:
with open(
f"{self.editor.settings.get('PREFERENCES', 'dcs_path')}\\Config\\options.lua",
"r") as f:
dcs_settings = lua.decode(f.read().replace("options = ", ""))
self.scaled_dcs_gui = dcs_settings["graphics"]["scaleGui"]
except (FileNotFoundError, ValueError, TypeError):
self.logger.error("Failed to decode DCS settings", exc_info=True)
tesseract_path = self.editor.settings['PREFERENCES'].get(
'tesseract_path', "tesseract")
self.logger.info(f"Tesseract path is: {tesseract_path}")
pytesseract.pytesseract.tesseract_cmd = tesseract_path
try:
self.tesseract_version = pytesseract.get_tesseract_version()
self.capture_status = "Status: Not capturing"
self.capture_button_disabled = False
except pytesseract.pytesseract.TesseractNotFoundError:
self.tesseract_version = None
self.capture_status = "Status: Tesseract not found"
self.capture_button_disabled = True
self.logger.info(f"Tesseract version is: {self.tesseract_version}")
self.window = self.create_gui()
keyboard.add_hotkey(self.quick_capture_hotkey,
self.toggle_quick_capture)
if self.enter_aircraft_hotkey != '':
keyboard.add_hotkey(self.enter_aircraft_hotkey,
self.enter_coords_to_aircraft)
def exit_capture(self):
self.exit_quick_capture = True
@staticmethod
def get_profile_names():
return [profile.name for profile in Profile.list_all()]
def create_gui(self):
self.logger.debug("Creating GUI")
latitude_col1 = [
[PyGUI.Text("Degrees")],
[PyGUI.InputText(size=(10, 1), key="latDeg", enable_events=True)],
]
latitude_col2 = [
[PyGUI.Text("Minutes")],
[PyGUI.InputText(size=(10, 1), key="latMin", enable_events=True)],
]
latitude_col3 = [
[PyGUI.Text("Seconds")],
[
PyGUI.InputText(size=(10, 1),
key="latSec",
pad=(5, (3, 10)),
enable_events=True)
],
]
longitude_col1 = [
[PyGUI.Text("Degrees")],
[PyGUI.InputText(size=(10, 1), key="lonDeg", enable_events=True)],
]
longitude_col2 = [
[PyGUI.Text("Minutes")],
[PyGUI.InputText(size=(10, 1), key="lonMin", enable_events=True)],
]
longitude_col3 = [
[PyGUI.Text("Seconds")],
[
PyGUI.InputText(size=(10, 1),
key="lonSec",
pad=(5, (3, 10)),
enable_events=True)
],
]
frameelevationlayout = [
[PyGUI.Text("Feet")],
[
PyGUI.InputText(size=(20, 1),
key="elevFeet",
enable_events=True)
],
[PyGUI.Text("Meters")],
[
PyGUI.InputText(size=(20, 1),
key="elevMeters",
enable_events=True,
pad=(5, (3, 10)))
],
]
mgrslayout = [
[
PyGUI.InputText(size=(20, 1),
key="mgrs",
enable_events=True,
pad=(5, (3, 12)))
],
]
framedatalayoutcol2 = [
[PyGUI.Text("Name")],
[PyGUI.InputText(size=(20, 1), key="msnName", pad=(5, (3, 10)))],
]
framewptypelayout = [[
PyGUI.Radio("WP",
group_id="wp_type",
default=True,
enable_events=True,
key="WP"),
PyGUI.Radio("MSN",
group_id="wp_type",
enable_events=True,
key="MSN"),
PyGUI.Radio("FP", group_id="wp_type", key="FP",
enable_events=True),
PyGUI.Radio("ST", group_id="wp_type", key="ST", enable_events=True)
],
[
PyGUI.Radio("IP",
group_id="wp_type",
key="IP",
enable_events=True),
PyGUI.Radio("DP",
group_id="wp_type",
key="DP",
enable_events=True),
PyGUI.Radio("HA",
group_id="wp_type",
key="HA",
enable_events=True),
PyGUI.Radio("HB",
group_id="wp_type",
key="HB",
enable_events=True)
],
[
PyGUI.Button(
"Quick Capture",
disabled=self.capture_button_disabled,
key="quick_capture",
pad=(5, (3, 8))),
PyGUI.Text("Sequence:",
pad=((0, 1), 3),
key="sequence_text",
auto_size_text=False,
size=(8, 1)),
PyGUI.Combo(values=("None", 1, 2, 3),
default_value="None",
auto_size_text=False,
size=(5, 1),
readonly=True,
key="sequence",
enable_events=True)
]]
frameactypelayout = [[
PyGUI.Radio("F/A-18C",
group_id="ac_type",
default=True,
key="hornet",
enable_events=True),
PyGUI.Radio("AV-8B",
group_id="ac_type",
disabled=False,
key="harrier",
enable_events=True),
PyGUI.Radio("M-2000C",
group_id="ac_type",
disabled=False,
key="mirage",
enable_events=True),
PyGUI.Radio("F-14A/B",
group_id="ac_type",
disabled=False,
key="tomcat",
enable_events=True),
PyGUI.Radio("A-10C",
group_id="ac_type",
disabled=False,
key="warthog",
enable_events=True),
]]
framelongitude = PyGUI.Frame("Longitude", [[
PyGUI.Column(longitude_col1),
PyGUI.Column(longitude_col2),
PyGUI.Column(longitude_col3)
]])
framelatitude = PyGUI.Frame("Latitude", [[
PyGUI.Column(latitude_col1),
PyGUI.Column(latitude_col2),
PyGUI.Column(latitude_col3)
]])
frameelevation = PyGUI.Frame("Elevation",
frameelevationlayout,
pad=(5, (3, 10)))
frameactype = PyGUI.Frame("Aircraft Type", frameactypelayout)
framepositionlayout = [
[framelatitude],
[framelongitude],
[
frameelevation,
PyGUI.Column([
[PyGUI.Frame("MGRS", mgrslayout)],
[
PyGUI.Button("Capture from DCS F10 map",
disabled=self.capture_button_disabled,
key="capture",
pad=(1, (18, 3)))
],
[
PyGUI.Text(self.capture_status,
key="capture_status",
auto_size_text=False,
size=(20, 1))
],
])
],
]
frameposition = PyGUI.Frame("Position", framepositionlayout)
framedata = PyGUI.Frame("Data", framedatalayoutcol2)
framewptype = PyGUI.Frame("Waypoint Type", framewptypelayout)
col0 = [
[PyGUI.Text("Select profile:")],
[
PyGUI.Combo(values=[""] + self.get_profile_names(),
readonly=True,
enable_events=True,
key='profileSelector',
size=(27, 1))
],
[
PyGUI.Listbox(values=list(),
size=(30, 27),
enable_events=True,
key='activesList')
],
[
PyGUI.Button("Add", size=(12, 1)),
PyGUI.Button("Update", size=(12, 1))
],
[PyGUI.Button("Remove", size=(26, 1))],
# [PyGUI.Button("Move up", size=(12, 1)),
# PyGUI.Button("Move down", size=(12, 1))],
[
PyGUI.Button("Save profile", size=(12, 1)),
PyGUI.Button("Delete profile", size=(12, 1))
],
[PyGUI.Text(f"Version: {self.software_version}")]
]
col1 = [
[PyGUI.Text("Select preset location")],
[
PyGUI.Combo(values=[""] + [
base.name for _, base in self.editor.default_bases.items()
],
readonly=False,
enable_events=True,
key='baseSelector'),
PyGUI.Button(button_text="F", key="filter")
],
[framedata, framewptype],
[frameposition],
[frameactype],
[PyGUI.Button("Enter into aircraft", key="enter")],
]
colmain1 = [
[
PyGUI.MenuBar([[
"Profile",
[
[[
"Import",
[
"Paste as string from clipboard",
"Load from encoded file"
]
]],
"Export",
[
"Copy as string to clipboard",
"Copy plain text to clipboard",
"Save as encoded file"
],
]
]])
],
[PyGUI.Column(col1)],
]
layout = [
[PyGUI.Column(col0), PyGUI.Column(colmain1)],
]
return PyGUI.Window('DCS Waypoint Editor', layout)
def set_sequence_station_selector(self, mode):
if mode is None:
self.window.Element("sequence_text").Update(value="Sequence:")
self.window.Element("sequence").Update(values=("None", 1, 2, 3),
value="None",
disabled=True)
if mode == "sequence":
self.window.Element("sequence_text").Update(value="Sequence:")
self.window.Element("sequence").Update(values=("None", 1, 2, 3),
value="None",
disabled=False)
elif mode == "station":
self.window.Element("sequence_text").Update(value=" Station:")
self.window.Element("sequence").Update(values=(8, 7, 3, 2),
value=8,
disabled=False)
def update_position(self,
position=None,
elevation=None,
name=None,
update_mgrs=True,
aircraft=None,
waypoint_type=None):
if position is not None:
latdeg = round(position.lat.degree)
latmin = round(position.lat.minute)
latsec = round(position.lat.second, 2)
londeg = round(position.lon.degree)
lonmin = round(position.lon.minute)
lonsec = round(position.lon.second, 2)
mgrs_str = mgrs.encode(
mgrs.LLtoUTM(position.lat.decimal_degree,
position.lon.decimal_degree), 5)
else:
latdeg = ""
latmin = ""
latsec = ""
londeg = ""
lonmin = ""
lonsec = ""
mgrs_str = ""
self.window.Element("latDeg").Update(latdeg)
self.window.Element("latMin").Update(latmin)
self.window.Element("latSec").Update(latsec)
self.window.Element("lonDeg").Update(londeg)
self.window.Element("lonMin").Update(lonmin)
self.window.Element("lonSec").Update(lonsec)
if elevation is not None:
elevation = round(elevation)
else:
elevation = ""
self.window.Element("elevFeet").Update(elevation)
self.window.Element("elevMeters").Update(
round(elevation / 3.281) if type(elevation) == int else "")
if aircraft is not None:
self.window.Element(aircraft).Update(value=True)
if update_mgrs:
self.window.Element("mgrs").Update(mgrs_str)
self.window.Refresh()
if type(name) == str:
self.window.Element("msnName").Update(name)
else:
self.window.Element("msnName").Update("")
if waypoint_type is not None:
self.select_wp_type(waypoint_type)
def update_waypoints_list(self, set_to_first=False):
values = list()
self.profile.update_waypoint_numbers()
for wp in sorted(
self.profile.waypoints,
key=lambda waypoint: waypoint.wp_type
if waypoint.wp_type != "MSN" else str(waypoint.station)):
namestr = str(wp)
if not self.editor.driver.validate_waypoint(wp):
namestr = strike(namestr)
values.append(namestr)
if set_to_first:
self.window.Element('activesList').Update(values=values,
set_to_index=0)
else:
self.window.Element('activesList').Update(values=values)
self.window.Element(self.profile.aircraft).Update(value=True)
def disable_coords_input(self):
for element_name in\
("latDeg", "latMin", "latSec", "lonDeg", "lonMin", "lonSec", "mgrs", "elevFeet", "elevMeters"):
self.window.Element(element_name).Update(disabled=True)
def enable_coords_input(self):
for element_name in\
("latDeg", "latMin", "latSec", "lonDeg", "lonMin", "lonSec", "mgrs", "elevFeet", "elevMeters"):
self.window.Element(element_name).Update(disabled=False)
def filter_preset_waypoints_dropdown(self):
text = self.values["baseSelector"]
self.window.Element("baseSelector").\
Update(values=[""] + [base.name for _, base in self.editor.default_bases.items() if
text.lower() in base.name.lower()],
set_to_index=0)
def add_waypoint(self, position, elevation, name=None):
if name is None:
name = str()
try:
if self.selected_wp_type == "MSN":
station = int(self.values.get("sequence", 0))
number = len(self.profile.stations_dict.get(station,
list())) + 1
wp = MSN(position=position,
elevation=int(elevation) or 0,
name=name,
station=station,
number=number)
else:
sequence = self.values["sequence"]
if sequence == "None":
sequence = 0
else:
sequence = int(sequence)
if sequence and len(self.profile.get_sequence(sequence)) >= 15:
return False
wp = Waypoint(position,
elevation=int(elevation or 0),
name=name,
sequence=sequence,
wp_type=self.selected_wp_type,
number=len(
self.profile.waypoints_of_type(
self.selected_wp_type)) + 1)
if sequence not in self.profile.sequences:
self.profile.sequences.append(sequence)
self.profile.waypoints.append(wp)
self.update_waypoints_list()
except ValueError:
PyGUI.Popup("Error: missing data or invalid data format")
return True
def capture_map_coords(self,
x_start=101,
x_width=269,
y_start=5,
y_height=27):
self.logger.debug("Attempting to capture map coords")
gui_mult = 2 if self.scaled_dcs_gui else 1
image = ImageGrab.grab(
(x_start * gui_mult, y_start * gui_mult,
(x_start + x_width) * gui_mult, (y_start + y_height) * gui_mult))
enhancer = ImageEnhance.Contrast(image)
captured_map_coords = pytesseract.image_to_string(
ImageOps.invert(enhancer.enhance(6)))
if self.editor.settings.getboolean("PREFERENCES",
"log_raw_tesseract_output"):
self.logger.info("Raw captured text: " + captured_map_coords)
return captured_map_coords
def export_to_string(self):
dump = str(self.profile)
encoded = json_zip(dump)
pyperclip.copy(encoded)
PyGUI.Popup('Encoded string copied to clipboard, paste away!')
def import_from_string(self):
# Load the encoded string from the clipboard
encoded = pyperclip.paste()
try:
decoded = json_unzip(encoded)
self.profile = Profile.from_string(decoded)
self.profile.profilename = ""
self.logger.debug(self.profile.to_dict())
self.editor.set_driver(self.profile.aircraft)
self.update_waypoints_list(set_to_first=True)
self.window.Element("profileSelector").Update(set_to_index=0)
PyGUI.Popup(
'Loaded waypoint data from encoded string successfully')
except Exception as e:
self.logger.error(e, exc_info=True)
PyGUI.Popup('Failed to parse profile from string')
def load_new_profile(self):
self.profile = Profile('')
def parse_map_coords_string(self, coords_string, tomcat_mode=False):
split_string = coords_string.split(',')
if tomcat_mode:
latlon_string = coords_string.replace("\\", "").replace("F", "")
split_string = latlon_string.split(' ')
lat_string = split_string[1]
lon_string = split_string[3]
position = string2latlon(lat_string,
lon_string,
format_str="d%°%m%'%S")
elif "-" in split_string[0]:
# dd mm ss.ss
split_latlon = split_string[0].split(' ')
lat_string = split_latlon[0].replace('N', '').replace('S', "-")
lon_string = split_latlon[1].replace('£',
'E').replace('E', '').replace(
'W', "-")
position = string2latlon(lat_string,
lon_string,
format_str="d%-%m%-%S")
elif "°" not in split_string[0]:
# mgrs
mgrs_string = split_string[0].replace(" ", "")
decoded_mgrs = mgrs.UTMtoLL(mgrs.decode(mgrs_string))
position = LatLon(Latitude(degree=decoded_mgrs["lat"]),
Longitude(degree=decoded_mgrs["lon"]))
else:
raise ValueError(f"Invalid coordinate format: {split_string[0]}")
if not tomcat_mode:
elevation = split_string[1].replace(' ', '')
if "ft" in elevation:
elevation = int(elevation.replace("ft", ""))
elif "m" in elevation:
elevation = round(int(elevation.replace("m", "")) * 3.281)
else:
raise ValueError("Unable to parse elevation: " + elevation)
else:
elevation = self.capture_map_coords(2074, 97, 966, 32)
self.captured_map_coords = str()
self.logger.info("Parsed captured text: " + str(position))
return position, elevation
def input_parsed_coords(self):
try:
captured_coords = self.capture_map_coords()
position, elevation = self.parse_map_coords_string(captured_coords)
self.update_position(position, elevation, update_mgrs=True)
self.update_altitude_elements("meters")
self.window.Element('capture_status').Update("Status: Captured")
self.logger.debug("Parsed text as coords succesfully: " +
str(position))
except (IndexError, ValueError, TypeError):
self.logger.error("Failed to parse captured text", exc_info=True)
self.window.Element('capture_status').Update(
"Status: Failed to capture")
finally:
self.enable_coords_input()
self.window.Element('quick_capture').Update(disabled=False)
self.window.Element('capture').Update(
text="Capture from DCS F10 map")
self.capturing = False
keyboard.remove_hotkey(self.capture_key)
def add_wp_parsed_coords(self):
try:
captured_coords = self.capture_map_coords()
position, elevation = self.parse_map_coords_string(captured_coords)
except (IndexError, ValueError, TypeError):
self.logger.error("Failed to parse captured text", exc_info=True)
return
added = self.add_waypoint(position, elevation)
if not added:
self.stop_quick_capture()
def toggle_quick_capture(self):
if self.capturing:
self.stop_quick_capture()
else:
self.start_quick_capture()
def start_quick_capture(self):
self.disable_coords_input()
self.window.Element('capture').Update(text="Stop capturing")
self.window.Element('quick_capture').Update(disabled=True)
self.window.Element('capture_status').Update("Status: Capturing...")
self.window.Refresh()
keyboard.add_hotkey(self.capture_key,
self.input_parsed_coords,
timeout=1)
self.capturing = True
def input_tomcat_alignment(self):
try:
captured_coords = self.capture_map_coords(2075, 343, 913, 40)
position, elevation = self.parse_map_coords_string(
captured_coords, tomcat_mode=True)
except (IndexError, ValueError, TypeError):
self.logger.error("Failed to parse captured text", exc_info=True)
return
def stop_quick_capture(self):
try:
keyboard.remove_hotkey(self.capture_key)
except KeyError:
pass
self.enable_coords_input()
self.window.Element('capture').Update(text="Capture from DCS F10 map")
self.window.Element('quick_capture').Update(disabled=False)
self.window.Element('capture_status').Update("Status: Not capturing")
self.capturing = False
def update_altitude_elements(self, elevation_unit):
if elevation_unit == "feet":
elevation = self.window.Element("elevMeters").Get()
try:
if elevation:
self.window.Element("elevFeet").Update(
round(int(elevation) * 3.281))
else:
self.window.Element("elevFeet").Update("")
except ValueError:
pass
elif elevation_unit == "meters":
elevation = self.window.Element("elevFeet").Get()
try:
if elevation:
self.window.Element("elevMeters").Update(
round(int(elevation) / 3.281))
else:
self.window.Element("elevMeters").Update("")
except ValueError:
pass
def validate_coords(self):
lat_deg = self.window.Element("latDeg").Get()
lat_min = self.window.Element("latMin").Get()
lat_sec = self.window.Element("latSec").Get()
lon_deg = self.window.Element("lonDeg").Get()
lon_min = self.window.Element("lonMin").Get()
lon_sec = self.window.Element("lonSec").Get()
try:
position = LatLon(
Latitude(degree=lat_deg, minute=lat_min, second=lat_sec),
Longitude(degree=lon_deg, minute=lon_min, second=lon_sec))
elevation = int(self.window.Element("elevFeet").Get())
name = self.window.Element("msnName").Get()
return position, elevation, name
except ValueError as e:
self.logger.error(f"Failed to validate coords: {e}")
return None, None, None
def update_profiles_list(self, name):
profiles = self.get_profile_names()
self.window.Element("profileSelector").Update(
values=[""] + profiles, set_to_index=profiles.index(name) + 1)
def select_wp_type(self, wp_type):
self.selected_wp_type = wp_type
if wp_type == "WP":
self.set_sequence_station_selector("sequence")
elif wp_type == "MSN":
self.set_sequence_station_selector("station")
else:
self.set_sequence_station_selector(None)
self.window.Element(wp_type).Update(value=True)
def find_selected_waypoint(self):
valuestr = unstrike(self.values['activesList'][0])
for wp in self.profile.waypoints:
if str(wp) == valuestr:
return wp
def remove_selected_waypoint(self):
valuestr = unstrike(self.values['activesList'][0])
for wp in self.profile.waypoints:
if str(wp) == valuestr:
self.profile.waypoints.remove(wp)
def enter_coords_to_aircraft(self):
self.window.Element('enter').Update(disabled=True)
self.editor.enter_all(self.profile)
self.window.Element('enter').Update(disabled=False)
def run(self):
while True:
event, self.values = self.window.Read()
self.logger.debug(f"Event: {event}")
self.logger.debug(f"Values: {self.values}")
if event is None or event == 'Exit':
self.logger.info("Exiting...")
break
elif event == "Add":
position, elevation, name = self.validate_coords()
if position is not None:
self.add_waypoint(position, elevation, name)
elif event == "Copy as string to clipboard":
self.export_to_string()
elif event == "Paste as string from clipboard":
self.import_from_string()
elif event == "Update":
if self.values['activesList']:
waypoint = self.find_selected_waypoint()
position, elevation, name = self.validate_coords()
if position is not None:
waypoint.position = position
waypoint.elevation = elevation
waypoint.name = name
self.update_waypoints_list()
elif event == "Remove":
if self.values['activesList']:
self.remove_selected_waypoint()
self.update_waypoints_list()
elif event == "activesList":
if self.values['activesList']:
waypoint = self.find_selected_waypoint()
self.update_position(waypoint.position,
waypoint.elevation,
waypoint.name,
waypoint_type=waypoint.wp_type)
elif event == "Save profile":
if self.profile.waypoints:
name = self.profile.profilename
if not name:
name = PyGUI.PopupGetText("Enter profile name",
"Saving profile")
if not name:
continue
self.profile.save(name)
self.update_profiles_list(name)
elif event == "Delete profile":
if not self.profile.profilename:
continue
Profile.delete(self.profile.profilename)
profiles = self.get_profile_names()
self.window.Element("profileSelector").Update(values=[""] +
profiles)
self.load_new_profile()
self.update_waypoints_list()
self.update_position()
elif event == "profileSelector":
try:
profile_name = self.values['profileSelector']
if profile_name != '':
self.profile = Profile.load(profile_name)
else:
self.profile = Profile('')
self.editor.set_driver(self.profile.aircraft)
self.update_waypoints_list()
except DoesNotExist:
PyGUI.Popup("Profile not found")
elif event == "Save as encoded file":
filename = PyGUI.PopupGetFile("Enter file name",
"Exporting profile",
default_extension=".json",
save_as=True,
file_types=(("JSON File",
"*.json"), ))
if filename is None:
continue
with open(filename + ".json", "w+") as f:
f.write(str(self.profile))
elif event == "Copy plain text to clipboard":
profile_string = self.profile.to_readable_string()
pyperclip.copy(profile_string)
PyGUI.Popup("Profile copied as plain text to clipboard")
elif event == "Load from encoded file":
filename = PyGUI.PopupGetFile("Enter file name",
"Importing profile")
if filename is None:
continue
with open(filename, "r") as f:
self.profile = Profile.from_string(f.read())
self.update_waypoints_list()
if self.profile.profilename:
self.update_profiles_list(self.profile.profilename)
elif event == "capture":
if not self.capturing:
self.start_quick_capture()
else:
self.stop_quick_capture()
elif event == "quick_capture":
self.exit_quick_capture = False
self.disable_coords_input()
self.window.Element('capture').Update(text="Stop capturing")
self.window.Element('quick_capture').Update(disabled=True)
self.window.Element('capture_status').Update(
"Status: Capturing...")
self.capturing = True
self.window.Refresh()
keyboard.add_hotkey(self.capture_key,
self.add_wp_parsed_coords,
timeout=1)
elif event == "baseSelector":
base = self.editor.default_bases.get(
self.values['baseSelector'])
if base is not None:
self.update_position(base.position, base.elevation,
base.name)
elif event == "enter":
self.enter_coords_to_aircraft()
elif event in ("MSN", "WP", "HA", "FP", "ST", "DP", "IP", "HB"):
self.select_wp_type(event)
elif event == "elevFeet":
self.update_altitude_elements("meters")
elif event == "elevMeters":
self.update_altitude_elements("feet")
elif event in ("latDeg", "latMin", "latSec", "lonDeg", "lonMin",
"lonSec"):
position, _, _ = self.validate_coords()
if position is not None:
m = mgrs.encode(
mgrs.LLtoUTM(position.lat.decimal_degree,
position.lon.decimal_degree), 5)
self.window.Element("mgrs").Update(m)
elif event == "mgrs":
mgrs_string = self.window.Element("mgrs").Get()
if mgrs_string:
try:
decoded_mgrs = mgrs.UTMtoLL(
mgrs.decode(mgrs_string.replace(" ", "")))
position = LatLon(
Latitude(degree=decoded_mgrs["lat"]),
Longitude(degree=decoded_mgrs["lon"]))
self.update_position(position, update_mgrs=False)
except (TypeError, ValueError, UnboundLocalError) as e:
self.logger.error(f"Failed to decode MGRS: {e}")
elif event in ("hornet", "tomcat", "harrier", "warthog", "mirage"):
self.profile.aircraft = event
self.editor.set_driver(event)
self.update_waypoints_list()
elif event == "filter":
self.filter_preset_waypoints_dropdown()
self.close()
def close(self):
try:
keyboard.remove_hotkey(self.capture_key)
except KeyError:
pass
self.window.Close()
self.editor.stop()
class GUI:
def __init__(self, editor, software_version):
self.logger = get_logger("gui")
self.editor = editor
self.captured_map_coords = None
self.profile = Profile('')
self.profile.aircraft = "hornet"
self.exit_quick_capture = False
self.values = None
self.capturing = False
self.capture_key = try_get_setting(self.editor.settings, "capture_key", "ctrl+t")
self.quick_capture_hotkey = try_get_setting(self.editor.settings, "quick_capture_hotkey", "ctrl+alt+t")
self.enter_aircraft_hotkey = try_get_setting(self.editor.settings, "enter_aircraft_hotkey", "ctrl+shift+t")
self.save_debug_images = try_get_setting(self.editor.settings, "save_debug_images", "false")
self.software_version = software_version
self.is_focused = True
self.scaled_dcs_gui = False
self.selected_wp_type = "WP"
try:
with open(f"{self.editor.settings.get('PREFERENCES', 'dcs_path')}\\Config\\options.lua", "r") as f:
dcs_settings = lua.decode(f.read().replace("options = ", ""))
self.scaled_dcs_gui = dcs_settings["graphics"]["scaleGui"]
except (FileNotFoundError, ValueError, TypeError):
self.logger.error("Failed to decode DCS settings", exc_info=True)
tesseract_path = self.editor.settings['PREFERENCES'].get(
'tesseract_path', "tesseract")
self.logger.info(f"Tesseract path is: {tesseract_path}")
pytesseract.pytesseract.tesseract_cmd = tesseract_path
try:
self.tesseract_version = pytesseract.get_tesseract_version()
self.capture_status = "Status: Not capturing"
self.capture_button_disabled = False
except pytesseract.pytesseract.TesseractNotFoundError:
self.tesseract_version = None
self.capture_status = "Status: Tesseract not found"
self.capture_button_disabled = True
self.logger.info(f"Tesseract version is: {self.tesseract_version}")
self.window = self.create_gui()
keyboard.add_hotkey(self.quick_capture_hotkey, self.toggle_quick_capture)
if self.enter_aircraft_hotkey != '':
keyboard.add_hotkey(self.enter_aircraft_hotkey, self.enter_coords_to_aircraft)
def exit_capture(self):
self.exit_quick_capture = True
@staticmethod
def get_profile_names():
return [profile.name for profile in Profile.list_all()]
def create_gui(self):
self.logger.debug("Creating GUI")
latitude_col1 = [
[PyGUI.Text("Degrees")],
[PyGUI.InputText(size=(10, 1), key="latDeg", enable_events=True)],
]
latitude_col2 = [
[PyGUI.Text("Minutes")],
[PyGUI.InputText(size=(10, 1), key="latMin", enable_events=True)],
]
latitude_col3 = [
[PyGUI.Text("Seconds")],
[PyGUI.InputText(size=(10, 1), key="latSec",
pad=(5, (3, 10)), enable_events=True)],
]
longitude_col1 = [
[PyGUI.Text("Degrees")],
[PyGUI.InputText(size=(10, 1), key="lonDeg", enable_events=True)],
]
longitude_col2 = [
[PyGUI.Text("Minutes")],
[PyGUI.InputText(size=(10, 1), key="lonMin", enable_events=True)],
]
longitude_col3 = [
[PyGUI.Text("Seconds")],
[PyGUI.InputText(size=(10, 1), key="lonSec",
pad=(5, (3, 10)), enable_events=True)],
]
frameelevationlayout = [
[PyGUI.Text("Feet")],
[PyGUI.InputText(size=(20, 1), key="elevFeet",
enable_events=True)],
[PyGUI.Text("Meters")],
[PyGUI.InputText(size=(20, 1), key="elevMeters",
enable_events=True, pad=(5, (3, 10)))],
]
mgrslayout = [
[PyGUI.InputText(size=(20, 1), key="mgrs",
enable_events=True, pad=(5, (3, 12)))],
]
framedatalayoutcol2 = [
[PyGUI.Text("Name")],
[PyGUI.InputText(size=(20, 1), key="msnName", pad=(5, (3, 10)))],
]
framewptypelayout = [
[PyGUI.Radio("WP", group_id="wp_type", default=True, enable_events=True, key="WP"),
PyGUI.Radio("MSN", group_id="wp_type",
enable_events=True, key="MSN"),
PyGUI.Radio("FP", group_id="wp_type", key="FP", enable_events=True),
PyGUI.Radio("ST", group_id="wp_type", key="ST", enable_events=True)],
[PyGUI.Radio("IP", group_id="wp_type", key="IP", enable_events=True),
PyGUI.Radio("DP", group_id="wp_type", key="DP", enable_events=True),
PyGUI.Radio("HA", group_id="wp_type", key="HA", enable_events=True),
PyGUI.Radio("HB", group_id="wp_type", key="HB", enable_events=True)],
[PyGUI.Button("Quick Capture", disabled=self.capture_button_disabled, key="quick_capture", pad=(5, (3, 8))),
PyGUI.Text("Sequence:", pad=((0, 1), 3),
key="sequence_text", auto_size_text=False, size=(8, 1)),
PyGUI.Combo(values=("None", 1, 2, 3), default_value="None",
auto_size_text=False, size=(5, 1), readonly=True,
key="sequence", enable_events=True)]
]
frameactypelayout = [
[
PyGUI.Radio("F/A-18C", group_id="ac_type",
default=True, key="hornet", enable_events=True),
PyGUI.Radio("AV-8B", group_id="ac_type",
disabled=False, key="harrier", enable_events=True),
PyGUI.Radio("M-2000C", group_id="ac_type",
disabled=False, key="mirage", enable_events=True),
PyGUI.Radio("F-14A/B", group_id="ac_type",
disabled=False, key="tomcat", enable_events=True),
PyGUI.Radio("A-10C", group_id="ac_type",
disabled=False, key="warthog", enable_events=True),
],
[PyGUI.Radio("F-16C", group_id="ac_type", disabled=False, key="viper", enable_events=True),]
]
framelongitude = PyGUI.Frame("Longitude", [[PyGUI.Column(longitude_col1), PyGUI.Column(longitude_col2),
PyGUI.Column(longitude_col3)]])
framelatitude = PyGUI.Frame("Latitude", [[PyGUI.Column(latitude_col1), PyGUI.Column(latitude_col2),
PyGUI.Column(latitude_col3)]])
frameelevation = PyGUI.Frame(
"Elevation", frameelevationlayout, pad=(5, (3, 10)))
frameactype = PyGUI.Frame("Aircraft Type", frameactypelayout)
framepositionlayout = [
[framelatitude],
[framelongitude],
[frameelevation,
PyGUI.Column(
[
[PyGUI.Frame("MGRS", mgrslayout)],
[PyGUI.Button("Capture from DCS F10 map", disabled=self.capture_button_disabled, key="capture",
pad=(1, (18, 3)))],
[PyGUI.Text(self.capture_status, key="capture_status",
auto_size_text=False, size=(20, 1))],
]
)
],
]
frameposition = PyGUI.Frame("Position", framepositionlayout)
framedata = PyGUI.Frame("Data", framedatalayoutcol2)
framewptype = PyGUI.Frame("Waypoint Type", framewptypelayout)
col0 = [
[PyGUI.Text("Select profile:")],
[PyGUI.Combo(values=[""] + self.get_profile_names(), readonly=True,
enable_events=True, key='profileSelector', size=(27, 1))],
[PyGUI.Listbox(values=list(), size=(30, 27),
enable_events=True, key='activesList')],
[PyGUI.Button("Add", size=(12, 1)),
PyGUI.Button("Update", size=(12, 1))],
[PyGUI.Button("Remove", size=(26, 1))],
# [PyGUI.Button("Move up", size=(12, 1)),
# PyGUI.Button("Move down", size=(12, 1))],
[PyGUI.Button("Save profile", size=(12, 1)),
PyGUI.Button("Delete profile", size=(12, 1))],
[PyGUI.Text(f"Version: {self.software_version}")]
]
col1 = [
[PyGUI.Text("Select preset location")],
[PyGUI.Combo(values=[""] + sorted([base.name for _, base in self.editor.default_bases.items()],),
readonly=False, enable_events=True, key='baseSelector'),
PyGUI.Button(button_text="F", key="filter")],
[framedata, framewptype],
[frameposition],
[frameactype],
[PyGUI.Button("Enter into aircraft", key="enter")],
]
colmain1 = [
[PyGUI.MenuBar([["Profile",
[[
["Import", ["Paste as string from clipboard", "Load from encoded file"]]],
"Export", ["Copy as string to clipboard", "Copy plain text to clipboard",
"Save as encoded file"],
]]])],
[PyGUI.Column(col1)],
]
layout = [
[PyGUI.Column(col0), PyGUI.Column(colmain1)],
]
return PyGUI.Window('DCS Waypoint Editor', layout)
def set_sequence_station_selector(self, mode):
if mode is None:
self.window.Element("sequence_text").Update(value="Sequence:")
self.window.Element("sequence").Update(
values=("None", 1, 2, 3), value="None", disabled=True)
if mode == "sequence":
self.window.Element("sequence_text").Update(value="Sequence:")
self.window.Element("sequence").Update(
values=("None", 1, 2, 3), value="None", disabled=False)
elif mode == "station":
self.window.Element("sequence_text").Update(value=" Station:")
self.window.Element("sequence").Update(
values=(8, 7, 3, 2), value=8, disabled=False)
def update_position(self, position=None, elevation=None, name=None, update_mgrs=True, aircraft=None,
waypoint_type=None):
if position is not None:
latdeg = round(position.lat.degree)
latmin = round(position.lat.minute)
latsec = round(position.lat.second, 2)
londeg = round(position.lon.degree)
lonmin = round(position.lon.minute)
lonsec = round(position.lon.second, 2)
mgrs_str = mgrs.encode(mgrs.LLtoUTM(
position.lat.decimal_degree, position.lon.decimal_degree), 5)
else:
latdeg = ""
latmin = ""
latsec = ""
londeg = ""
lonmin = ""
lonsec = ""
mgrs_str = ""
self.window.Element("latDeg").Update(latdeg)
self.window.Element("latMin").Update(latmin)
self.window.Element("latSec").Update(latsec)
self.window.Element("lonDeg").Update(londeg)
self.window.Element("lonMin").Update(lonmin)
self.window.Element("lonSec").Update(lonsec)
if elevation is not None:
elevation = round(elevation)
else:
elevation = ""
self.window.Element("elevFeet").Update(elevation)
self.window.Element("elevMeters").Update(
round(elevation/3.281) if type(elevation) == int else "")
if aircraft is not None:
self.window.Element(aircraft).Update(value=True)
if update_mgrs:
self.window.Element("mgrs").Update(mgrs_str)
self.window.Refresh()
if type(name) == str:
self.window.Element("msnName").Update(name)
else:
self.window.Element("msnName").Update("")
if waypoint_type is not None:
self.select_wp_type(waypoint_type)
def update_waypoints_list(self, set_to_first=False):
values = list()
self.profile.update_waypoint_numbers()
for wp in sorted(self.profile.waypoints,
key=lambda waypoint: waypoint.wp_type if waypoint.wp_type != "MSN" else str(waypoint.station)):
namestr = str(wp)
if not self.editor.driver.validate_waypoint(wp):
namestr = strike(namestr)
values.append(namestr)
if set_to_first:
self.window.Element('activesList').Update(values=values, set_to_index=0)
else:
self.window.Element('activesList').Update(values=values)
self.window.Element(self.profile.aircraft).Update(value=True)
def disable_coords_input(self):
for element_name in\
("latDeg", "latMin", "latSec", "lonDeg", "lonMin", "lonSec", "mgrs", "elevFeet", "elevMeters"):
self.window.Element(element_name).Update(disabled=True)
def enable_coords_input(self):
for element_name in\
("latDeg", "latMin", "latSec", "lonDeg", "lonMin", "lonSec", "mgrs", "elevFeet", "elevMeters"):
self.window.Element(element_name).Update(disabled=False)
def filter_preset_waypoints_dropdown(self):
text = self.values["baseSelector"]
self.window.Element("baseSelector").\
Update(values=[""] + [base.name for _, base in self.editor.default_bases.items() if
text.lower() in base.name.lower()],
set_to_index=0)
def add_waypoint(self, position, elevation, name=None):
if name is None:
name = str()
try:
if self.selected_wp_type == "MSN":
station = int(self.values.get("sequence", 0))
number = len(self.profile.stations_dict.get(station, list()))+1
wp = MSN(position=position, elevation=int(elevation) or 0, name=name,
station=station, number=number)
else:
sequence = self.values["sequence"]
if sequence == "None":
sequence = 0
else:
sequence = int(sequence)
if sequence and len(self.profile.get_sequence(sequence)) >= 15:
return False
wp = Waypoint(position, elevation=int(elevation or 0),
name=name, sequence=sequence, wp_type=self.selected_wp_type,
number=len(self.profile.waypoints_of_type(self.selected_wp_type))+1)
if sequence not in self.profile.sequences:
self.profile.sequences.append(sequence)
self.profile.waypoints.append(wp)
self.update_waypoints_list()
except ValueError:
PyGUI.Popup("Error: missing data or invalid data format")
return True
def capture_map_coords(self, x_start=101, x_width=269, y_start=5, y_height=27):
self.logger.debug("Attempting to capture map coords")
gui_mult = 2 if self.scaled_dcs_gui else 1
dt = datetime.datetime.now()
debug_dirname = dt.strftime("%Y-%m-%d-%H-%M-%S")
if self.save_debug_images == "true":
os.mkdir(debug_dirname)
map_image = cv2.imread("map.bin")
arrow_image = cv2.imread("arrow.bin")
for display_number, image in enumerate(getDisplaysAsImages(), 1):
self.logger.debug("Looking for map on screen " + str(display_number))
if self.save_debug_images == "true":
image.save(debug_dirname + "/screenshot-"+str(display_number)+".png")
screen_image = cv2.cvtColor(numpy.array(image), cv2.COLOR_RGB2BGR) # convert it to OpenCV format
search_result = cv2.matchTemplate(screen_image, map_image, cv2.TM_CCOEFF_NORMED) # search for the "MAP" text in the screenshot
# matchTemplate returns a new greyscale image where the brightness of each pixel corresponds to how good a match there was at that point
# so now we search for the 'whitest' pixel
min_val, max_val, min_loc, max_loc = cv2.minMaxLoc(search_result)
self.logger.debug("Minval: " + str(min_val) + " Maxval: " + str(max_val) + " Minloc: " + str(min_loc) + " Maxloc: " + str(max_loc))
start_x = max_loc[0] + map_image.shape[0]
start_y = max_loc[1]
if max_val > 0.9: # better than a 90% match means we are on to something
search_result = cv2.matchTemplate(screen_image, arrow_image, cv2.TM_CCOEFF_NORMED) # now we search for the arrow icon
min_val, max_val, min_loc, max_loc = cv2.minMaxLoc(search_result)
self.logger.debug("Minval: " + str(min_val) + " Maxval: " + str(max_val) + " Minloc: " + str(min_loc) + " Maxloc: " + str(max_loc))
end_x = max_loc[0]
end_y = max_loc[1] + map_image.shape[1]
self.logger.debug("Capturing " + str(start_x) + "x" + str(start_y) + " to " + str(end_x) + "x" + str(end_y) )
lat_lon_image = image.crop([start_x, start_y, end_x, end_y])
if self.save_debug_images == "true":
lat_lon_image.save(debug_dirname + "/lat_lon_image.png")
enhancer = ImageEnhance.Contrast(lat_lon_image)
enhanced = enhancer.enhance(6)
if self.save_debug_images == "true":
enhanced.save(debug_dirname + "/lat_lon_image_enhanced.png")
inverted = ImageOps.invert(enhanced)
if self.save_debug_images == "true":
inverted.save(debug_dirname + "/lat_lon_image_inverted.png")
captured_map_coords = pytesseract.image_to_string(inverted)
self.logger.debug("Raw captured text: " + captured_map_coords)
return captured_map_coords
self.logger.debug("Raise exception (could not find the map anywhere i guess)")
raise ValueError("F10 map not found")
def export_to_string(self):
dump = str(self.profile)
encoded = json_zip(dump)
pyperclip.copy(encoded)
PyGUI.Popup('Encoded string copied to clipboard, paste away!')
def import_from_string(self):
# Load the encoded string from the clipboard
encoded = pyperclip.paste()
try:
decoded = json_unzip(encoded)
self.profile = Profile.from_string(decoded)
self.profile.profilename = ""
self.logger.debug(self.profile.to_dict())
self.editor.set_driver(self.profile.aircraft)
self.update_waypoints_list(set_to_first=True)
self.window.Element("profileSelector").Update(set_to_index=0)
PyGUI.Popup('Loaded waypoint data from encoded string successfully')
except Exception as e:
self.logger.error(e, exc_info=True)
PyGUI.Popup('Failed to parse profile from string')
def load_new_profile(self):
self.profile = Profile('')
def parse_map_coords_string(self, coords_string, tomcat_mode=False):
coords_string = coords_string.upper()
# "X-00199287 Z+00523070, 0 ft" Not sure how to convert this yet
# "37 T FJ 36255 11628, 5300 ft" Tessaract did not like this one because the DCS font J looks too much like )
res = re.match("^(\d+ [a-zA-Z] [a-zA-Z][a-zA-Z] \d+ \d+), (\d+) (FT|M)$", coords_string)
if res is not None:
mgrs_string = res.group(1).replace(" ", "")
decoded_mgrs = mgrs.UTMtoLL(mgrs.decode(mgrs_string))
position = LatLon(Latitude(degree=decoded_mgrs["lat"]), Longitude(
degree=decoded_mgrs["lon"]))
elevation = float(res.group(2))
if res.group(3) == "M":
elevation = elevation * 3.281
return position, elevation
# "N43°10.244 E40°40.204, 477 ft" Degrees and decimal minutes
res = re.match("^([NS])(\d+)°([^\s]+) ([EW])(\d+)°([^,]+), (\d+) (FT|M)$", coords_string)
if res is not None:
lat_str = res.group(2) + " " + res.group(3) + " " + res.group(1)
lon_str = res.group(5) + " " + res.group(6) + " " + res.group(4)
position = string2latlon(lat_str, lon_str, "d% %M% %H")
elevation = float(res.group(7))
if res.group(8) == "M":
elevation = elevation * 3.281
return position, elevation
# "N42-43-17.55 E40-38-21.69, 0 ft" Degrees, minutes and decimal seconds
res = re.match("^([NS])(\d+)-(\d+)-([^\s]+) ([EW])(\d+)-(\d+)-([^,]+), (\d+) (FT|M)$", coords_string)
if res is not None:
lat_str = res.group(2) + " " + res.group(3) + " " + res.group(4) + " " + res.group(1)
lon_str = res.group(6) + " " + res.group(7) + " " + res.group(8) + " " + res.group(5)
position = string2latlon(lat_str, lon_str, "d% %m% %S% %H")
elevation = float(res.group(9))
if res.group(10) == "M":
elevation = elevation * 3.281
return position, elevation
# "43°34'37"N 29°11'18"E, 0 ft" Degrees minutes and seconds
res = re.match("^(\d+)°(\d+)'([^\"]+)\"([NS]) (\d+)°(\d+)'([^\"]+)\"([EW]), (\d+) (FT|M)$", coords_string)
if res is not None:
lat_str = res.group(1) + " " + res.group(2) + " " + res.group(3) + " " + res.group(4)
lon_str = res.group(5) + " " + res.group(6) + " " + res.group(7) + " " + res.group(8)
position = string2latlon(lat_str, lon_str, "d% %m% %S% %H")
elevation = float(res.group(9))
if res.group(10) == "M":
elevation = elevation * 3.281
return position, elevation
split_string = coords_string.split(',')
if tomcat_mode:
latlon_string = coords_string.replace("\\", "").replace("F", "")
split_string = latlon_string.split(' ')
lat_string = split_string[1]
lon_string = split_string[3]
position = string2latlon(
lat_string, lon_string, format_str="d%°%m%'%S")
if not tomcat_mode:
elevation = split_string[1].replace(' ', '')
if "ft" in elevation:
elevation = int(elevation.replace("ft", ""))
elif "m" in elevation:
elevation = round(int(elevation.replace("m", ""))*3.281)
else:
raise ValueError("Unable to parse elevation: " + elevation)
else:
elevation = self.capture_map_coords(2074, 97, 966, 32)
self.captured_map_coords = str()
self.logger.info("Parsed captured text: " + str(position))
return position, elevation
def input_parsed_coords(self):
try:
captured_coords = self.capture_map_coords()
position, elevation = self.parse_map_coords_string(captured_coords)
self.update_position(position, elevation, update_mgrs=True)
self.update_altitude_elements("meters")
self.window.Element('capture_status').Update("Status: Captured")
self.logger.debug(
"Parsed text as coords succesfully: " + str(position))
except (IndexError, ValueError, TypeError):
self.logger.error("Failed to parse captured text", exc_info=True)
self.window.Element('capture_status').Update(
"Status: Failed to capture")
finally:
self.enable_coords_input()
self.window.Element('quick_capture').Update(disabled=False)
self.window.Element('capture').Update(
text="Capture from DCS F10 map")
self.capturing = False
keyboard.remove_hotkey(self.capture_key)
def add_wp_parsed_coords(self):
try:
captured_coords = self.capture_map_coords()
position, elevation = self.parse_map_coords_string(captured_coords)
except (IndexError, ValueError, TypeError):
self.logger.error("Failed to parse captured text", exc_info=True)
return
added = self.add_waypoint(position, elevation)
if not added:
self.stop_quick_capture()
def toggle_quick_capture(self):
if self.capturing:
self.stop_quick_capture()
else:
self.start_quick_capture()
def start_quick_capture(self):
self.disable_coords_input()
self.window.Element('capture').Update(
text="Stop capturing")
self.window.Element('quick_capture').Update(disabled=True)
self.window.Element('capture_status').Update("Status: Capturing...")
self.window.Refresh()
keyboard.add_hotkey(
self.capture_key,
self.input_parsed_coords,
timeout=1
)
self.capturing = True
def input_tomcat_alignment(self):
try:
captured_coords = self.capture_map_coords(2075, 343, 913, 40)
position, elevation = self.parse_map_coords_string(captured_coords, tomcat_mode=True)
except (IndexError, ValueError, TypeError):
self.logger.error("Failed to parse captured text", exc_info=True)
return
def stop_quick_capture(self):
try:
keyboard.remove_hotkey(self.capture_key)
except KeyError:
pass
self.enable_coords_input()
self.window.Element('capture').Update(text="Capture from DCS F10 map")
self.window.Element('quick_capture').Update(disabled=False)
self.window.Element('capture_status').Update("Status: Not capturing")
self.capturing = False
def update_altitude_elements(self, elevation_unit):
if elevation_unit == "feet":
elevation = self.window.Element("elevMeters").Get()
try:
if elevation:
self.window.Element("elevFeet").Update(
round(int(elevation)*3.281))
else:
self.window.Element("elevFeet").Update("")
except ValueError:
pass
elif elevation_unit == "meters":
elevation = self.window.Element("elevFeet").Get()
try:
if elevation:
self.window.Element("elevMeters").Update(
round(int(elevation)/3.281))
else:
self.window.Element("elevMeters").Update("")
except ValueError:
pass
def validate_coords(self):
lat_deg = self.window.Element("latDeg").Get()
lat_min = self.window.Element("latMin").Get()
lat_sec = self.window.Element("latSec").Get()
lon_deg = self.window.Element("lonDeg").Get()
lon_min = self.window.Element("lonMin").Get()
lon_sec = self.window.Element("lonSec").Get()
try:
position = LatLon(Latitude(degree=lat_deg, minute=lat_min, second=lat_sec),
Longitude(degree=lon_deg, minute=lon_min, second=lon_sec))
elevation = int(self.window.Element("elevFeet").Get())
name = self.window.Element("msnName").Get()
return position, elevation, name
except ValueError as e:
self.logger.error(f"Failed to validate coords: {e}")
return None, None, None
def update_profiles_list(self, name):
profiles = self.get_profile_names()
self.window.Element("profileSelector").Update(values=[""] + profiles,
set_to_index=profiles.index(name) + 1)
def select_wp_type(self, wp_type):
self.selected_wp_type = wp_type
if wp_type == "WP":
self.set_sequence_station_selector("sequence")
elif wp_type == "MSN":
self.set_sequence_station_selector("station")
else:
self.set_sequence_station_selector(None)
self.window.Element(wp_type).Update(value=True)
def find_selected_waypoint(self):
valuestr = unstrike(self.values['activesList'][0])
for wp in self.profile.waypoints:
if str(wp) == valuestr:
return wp
def remove_selected_waypoint(self):
valuestr = unstrike(self.values['activesList'][0])
for wp in self.profile.waypoints:
if str(wp) == valuestr:
self.profile.waypoints.remove(wp)
def enter_coords_to_aircraft(self):
self.window.Element('enter').Update(disabled=True)
self.editor.enter_all(self.profile)
self.window.Element('enter').Update(disabled=False)
def run(self):
while True:
event, self.values = self.window.Read()
self.logger.debug(f"Event: {event}")
self.logger.debug(f"Values: {self.values}")
if event is None or event == 'Exit':
self.logger.info("Exiting...")
break
elif event == "Add":
position, elevation, name = self.validate_coords()
if position is not None:
self.add_waypoint(position, elevation, name)
elif event == "Copy as string to clipboard":
self.export_to_string()
elif event == "Paste as string from clipboard":
self.import_from_string()
elif event == "Update":
if self.values['activesList']:
waypoint = self.find_selected_waypoint()
position, elevation, name = self.validate_coords()
if position is not None:
waypoint.position = position
waypoint.elevation = elevation
waypoint.name = name
self.update_waypoints_list()
elif event == "Remove":
if self.values['activesList']:
self.remove_selected_waypoint()
self.update_waypoints_list()
elif event == "activesList":
if self.values['activesList']:
waypoint = self.find_selected_waypoint()
self.update_position(
waypoint.position, waypoint.elevation, waypoint.name, waypoint_type=waypoint.wp_type)
elif event == "Save profile":
if self.profile.waypoints:
name = self.profile.profilename
if not name:
name = PyGUI.PopupGetText(
"Enter profile name", "Saving profile")
if not name:
continue
self.profile.save(name)
self.update_profiles_list(name)
elif event == "Delete profile":
if not self.profile.profilename:
continue
Profile.delete(self.profile.profilename)
profiles = self.get_profile_names()
self.window.Element("profileSelector").Update(
values=[""] + profiles)
self.load_new_profile()
self.update_waypoints_list()
self.update_position()
elif event == "profileSelector":
try:
profile_name = self.values['profileSelector']
if profile_name != '':
self.profile = Profile.load(profile_name)
else:
self.profile = Profile('')
self.editor.set_driver(self.profile.aircraft)
self.update_waypoints_list()
except DoesNotExist:
PyGUI.Popup("Profile not found")
elif event == "Save as encoded file":
filename = PyGUI.PopupGetFile("Enter file name", "Exporting profile", default_extension=".json",
save_as=True, file_types=(("JSON File", "*.json"),))
if filename is None:
continue
with open(filename + ".json", "w+") as f:
f.write(str(self.profile))
elif event == "Copy plain text to clipboard":
profile_string = self.profile.to_readable_string()
pyperclip.copy(profile_string)
PyGUI.Popup("Profile copied as plain text to clipboard")
elif event == "Load from encoded file":
filename = PyGUI.PopupGetFile(
"Enter file name", "Importing profile")
if filename is None:
continue
with open(filename, "r") as f:
self.profile = Profile.from_string(f.read())
self.update_waypoints_list()
if self.profile.profilename:
self.update_profiles_list(self.profile.profilename)
elif event == "capture":
if not self.capturing:
self.start_quick_capture()
else:
self.stop_quick_capture()
elif event == "quick_capture":
self.exit_quick_capture = False
self.disable_coords_input()
self.window.Element('capture').Update(text="Stop capturing")
self.window.Element('quick_capture').Update(disabled=True)
self.window.Element('capture_status').Update(
"Status: Capturing...")
self.capturing = True
self.window.Refresh()
keyboard.add_hotkey(
self.capture_key, self.add_wp_parsed_coords, timeout=1)
elif event == "baseSelector":
base = self.editor.default_bases.get(
self.values['baseSelector'])
if base is not None:
self.update_position(
base.position, base.elevation, base.name)
elif event == "enter":
self.enter_coords_to_aircraft()
elif event in ("MSN", "WP", "HA", "FP", "ST", "DP", "IP", "HB"):
self.select_wp_type(event)
elif event == "elevFeet":
self.update_altitude_elements("meters")
elif event == "elevMeters":
self.update_altitude_elements("feet")
elif event in ("latDeg", "latMin", "latSec", "lonDeg", "lonMin", "lonSec"):
position, _, _ = self.validate_coords()
if position is not None:
m = mgrs.encode(mgrs.LLtoUTM(
position.lat.decimal_degree, position.lon.decimal_degree), 5)
self.window.Element("mgrs").Update(m)
elif event == "mgrs":
mgrs_string = self.window.Element("mgrs").Get()
if mgrs_string:
try:
decoded_mgrs = mgrs.UTMtoLL(mgrs.decode(mgrs_string.replace(" ", "")))
position = LatLon(Latitude(degree=decoded_mgrs["lat"]), Longitude(
degree=decoded_mgrs["lon"]))
self.update_position(position, update_mgrs=False)
except (TypeError, ValueError, UnboundLocalError) as e:
self.logger.error(f"Failed to decode MGRS: {e}")
elif event in ("hornet", "tomcat", "harrier", "warthog", "mirage", "viper"):
self.profile.aircraft = event
self.editor.set_driver(event)
self.update_waypoints_list()
elif event == "filter":
self.filter_preset_waypoints_dropdown()
self.close()
def close(self):
try:
keyboard.remove_hotkey(self.capture_key)
except KeyError:
pass
self.window.Close()
self.editor.stop()