def printLeg(self, root, trip):
frame = tk.Frame(root, bd=2, relief=tk.GROOVE)
frame.grid(column=0, columnspan=2, sticky=NESW)
# If more than one leg (1+ changes)
if type(trip) == list:
triptime, tH, tM = misc.tripTime(trip)
tk.Label(frame, text= f'Resa {trip[0].get("Origin").get("time")}-{trip[-1].get("Destination").get("time")} - Restid {str(tH)} h {str(tM)} min', pady=5).grid(row=0, column=0, columnspan=2, sticky=NESW)
tk.Button(frame, text="Karta", command= lambda: mapmaker.geometryBackEnd(trip)).grid(row=1, column=0, columnspan=2, sticky=NESW)
# Go through all legs and print them
for i, leg in enumerate(trip):
depTime = leg.get("Origin").get("time")
arrTime = leg.get("Destination").get("time")
depDelay = misc.getDelay(leg.get("Origin"))
arrDelay = misc.getDelay(leg.get("Destination"))
if leg.get("type") == "WALK":
#Exclude walks inside the same stop.
if not leg.get("Origin").get("name") == leg.get("Destination").get("name"):
tk.Label(frame,text=leg.get("name") + " till " + leg.get("Destination").get("name")).grid(row=i + 2, column=0, sticky=NESW)
tk.Label(frame, text=f'{depTime} - {arrTime}').grid(row=i + 2, column=1, sticky=NESW)
else:
# Print line, destination and times
tk.Button(frame, text=leg.get("name") + " till " + leg.get("Destination").get("name"),
bg=leg.get("fgColor"), fg=leg.get("bgColor"),
command=lambda leg=leg: self.displayRoute(leg.get("JourneyDetailRef").get("ref")),
relief=tk.FLAT).grid(row=i + 2, column=0, sticky=NESW)
tk.Label(frame, text=f'{depTime}{depDelay} - {arrTime}{arrDelay}').grid(row=i + 2, column=1, sticky=NESW)
# If only one leg. (No changes)
elif type(trip) == dict:
triptime, tH, tM = misc.tripTime(trip)
depTime = trip.get("Origin").get("time")
arrTime = trip.get("Destination").get("time")
depDelay = misc.getDelay(trip.get("Origin"))
arrDelay = misc.getDelay(trip.get("Destination"))
tk.Label(frame, text=f'Resa {depTime}-{arrTime} - Restid {tH!s} h {tM!s} min', pady=5).pack(side=tk.TOP, fill=tk.X)
tk.Button(frame, text="Karta", command= lambda: mapmaker.geometryBackEnd(trip.get("GeometryRef").get("ref"), trip.get("fgColor"))).pack(fill=tk.X)
tk.Button(frame, text=trip.get("name") + " till " + trip.get("Destination").get("name"),
bg=trip.get("fgColor"), fg=trip.get("bgColor"),
command=lambda: self.displayRoute(trip.get("JourneyDetailRef").get("ref")),
relief=tk.FLAT).pack(side=tk.LEFT, fill=tk.X)
tk.Label(frame, text=f'{depTime}{depDelay} - {arrTime}{arrDelay}').pack(side=tk.LEFT)
def printDepartures(self, departures, stopname, date, time_):
self.clearFrame()
BackButton(self).grid(row=0, column=0, columnspan=3, sticky=NESW)
# Print stopname and time.
headline = tk.Label(self.frame, text=f'Avgångar från {stopname} {time_} {date}', pady=5, padx=10)
headline.grid(row=1, column=0, columnspan=3, sticky=tk.E + tk.W)
# Go through all departures and add buttons to printJourney.
for i, departure in enumerate(departures):
tk.Label(self.frame, text=departure.get("sname"), bg=departure.get("fgColor"),
fg=departure.get("bgColor")).grid(row=i + 2, column=0, sticky=NESW)
tk.Button(self.frame, text=departure.get("direction"),
command=lambda departure=departure: self.displayRoute(departure.get("JourneyDetailRef").get("ref"))).grid(
row=i + 2, column=1, sticky=tk.E + tk.W)
if not departure.get("rtTime"):
tk.Label(self.frame, text="ca " + departure.get("time")).grid(row=i + 2, column=2, sticky=NESW)
else:
delay = misc.getDelay(departure)
tk.Label(self.frame, text=f'{departure.get("time")} {delay}').grid(row=i + 2, column=2, sticky=NESW)
def displayRoute(self,
url): # Display line, stops and times for one departure.
route = self.api.getRoute(url)
routeRoot = tk.Toplevel()
# Get name of route ("Buss 50")
try:
name = route.get("JourneyName")[0].get("name")
except KeyError:
name = route.get("JourneyName").get("name")
# Make names presentable
name = name.replace("Bus", "Buss")
name = name.replace("Sp\u00e5", "Sp\u00e5rvagn")
name = name.replace("Reg T\u00c5G", "T\u00e5g")
name = name.replace("V\u00e4s T\u00c5G", "V\u00e4stt\u00e5g")
name = name.replace("Fär", "Färja")
# Get destination ("Centralstationen")
try:
destination = route.get("Direction")[0].get("$")
multipleDestionations = True
except KeyError:
destination = route.get("Direction").get("$")
multipleDestionations = False
# Store colour-dict in variable
colour = route.get("Color")
# Print out line and destination
label = tk.Label(routeRoot,
text=f'{name} mot {destination}',
bg=colour.get("fgColor"),
fg=colour.get("bgColor"))
# Get labels if the line changes number/destination
extras = []
if multipleDestionations:
direction = route.get("Direction")
journeyName = route.get("JourneyName")
stop = route.get("Stop")
# Go through every change
i = 1
while i < len(direction):
# Get the stop where it changes
stopID = int(direction[i].get("routeIdxFrom"))
fromStop = stop[stopID].get("name")
# Get new line name and make them presentable
name = journeyName[i].get("name")
name = name.replace("Bus", "Buss")
name = name.replace("Sp\u00e5", "Sp\u00e5rvagn")
name = name.replace("Reg T\u00c5G", "T\u00e5g")
name = name.replace("V\u00e4s T\u00c5G", "V\u00e4stt\u00e5g")
name = name.replace("Fär", "Färja")
# Create the label and add it to a list
labelText = f'Blir {name} mot {direction[i].get("$")} vid {fromStop}'
extras.append(
tk.Label(routeRoot,
text=labelText,
bg=colour.get("fgColor"),
fg=colour.get("bgColor")))
i += 1
# Determines how many columns are necessary
if len(route.get("Stop")) > 60:
columns = 6
elif len(route.get("Stop")) > 30:
columns = 4
else:
columns = 2
# Grid the journey info
label.grid(sticky=NESW, row=0, column=0, columnspan=columns)
if multipleDestionations:
for i, value in enumerate(extras):
value.grid(sticky=NESW,
row=i + 1,
column=0,
columnspan=columns)
# Print route and times
for i, stops in enumerate(route.get("Stop")):
column = 0
row = i + len(extras)
# Changes what column stuff is being put into.
if len(route.get("Stop")) > 60:
if i >= 2 * len(route.get("Stop")) // 3:
column = 4
row -= (2 * len(route.get("Stop")) // 3)
elif i >= len(route.get("Stop")) // 3:
column = 2
row -= (len(route.get("Stop")) // 3)
elif len(route.get("Stop")) > 30:
if i >= len(route.get("Stop")) // 2:
column = 2
row -= (len(route.get("Stop")) // 2)
# Prints name of stop
tk.Label(routeRoot, text=stops.get("name")).grid(sticky=NESW,
row=row + 1,
column=column)
# Tries to get times. RT Dep -> TT Dep -> RT Arr -> TT Arr -> Error
if not stops.get("rtDepTime"):
if not stops.get("depTime"):
if not stops.get("rtArrTime"):
if not stops.get("arrTime"):
tk.Label(routeRoot,
text="Error").grid(sticky=NESW,
row=row + 1,
column=column + 1)
else:
tk.Label(routeRoot,
text="a(" + stops.get("arrTime") +
")").grid(sticky=NESW,
row=row + 1,
column=column + 1)
else:
delay = misc.getDelay(stops)
tk.Label(routeRoot,
text=f'a{stops.get("arrTime")} {delay}').grid(
sticky=NESW,
row=row + 1,
column=column + 1)
else:
tk.Label(routeRoot, text="(" + stops.get("depTime") +
")").grid(sticky=NESW,
row=row + 1,
column=column + 1)
else:
delay = misc.getDelay(stops)
tk.Label(routeRoot,
text=f'{stops.get("depTime")} {delay}').grid(
sticky=NESW, row=row + 1, column=column + 1)
tk.Button(routeRoot,
text="Karta",
command=lambda: mapmaker.geometryBackEnd(
route.get("GeometryRef").get("ref"), colour.get(
"fgColor"))).grid(column=0,
columnspan=columns,
sticky=NESW)
tk.Button(routeRoot, text="Stäng",
command=routeRoot.destroy).grid(column=0,
columnspan=columns,
sticky=NESW)
def displayRoute(self, url): # Display line, stops and times for one departure.
route = self.api.getRoute(url)
routeRoot = tk.Toplevel()
# Get name of route ("Buss 50")
try:
name = route.get("JourneyName")[0].get("name")
except KeyError:
name = route.get("JourneyName").get("name")
# Make names presentable
name = name.replace("Bus", "Buss")
name = name.replace("Sp\u00e5", "Sp\u00e5rvagn")
name = name.replace("Reg T\u00c5G", "T\u00e5g")
name = name.replace("Fär", "Färja")
# Get destination ("Centralstationen")
try:
destination = route.get("Direction")[0].get("$")
except KeyError:
destination = route.get("Direction").get("$")
# Store colour-dict in variable
colour = route.get("Color")
# Print out line and destination
label = tk.Label(routeRoot, text= f'{name} mot {destination}', bg=colour.get("fgColor"), fg=colour.get("bgColor"))
# Determines how many columns are necessary
if len(route.get("Stop")) > 60:
label.grid(sticky=NESW, row=0, column=0, columnspan=6)
columns = 6
elif len(route.get("Stop")) > 30:
label.grid(sticky=NESW, row=0, column=0, columnspan=4)
columns = 4
else:
label.grid(sticky=NESW, row=0, column=0, columnspan=2)
columns = 2
# Print route and times
for i, stops in enumerate(route.get("Stop")):
column = 0
row = i
# Changes what column stuff is being put into.
if len(route.get("Stop")) > 60:
if i >= 2 * len(route.get("Stop")) // 3:
column = 4
row = i - (2 * len(route.get("Stop")) // 3)
elif i >= len(route.get("Stop")) // 3:
column = 2
row = i - (len(route.get("Stop")) // 3)
elif len(route.get("Stop")) > 30:
if i >= len(route.get("Stop")) // 2:
column = 2
row = i - (len(route.get("Stop")) // 2)
# Prints name of stop
tk.Label(routeRoot, text=stops.get("name")).grid(sticky=NESW, row=row + 1, column=column)
# Tries to get times. RT Dep -> TT Dep -> RT Arr -> TT Arr -> Error
if not stops.get("rtDepTime"):
if not stops.get("depTime"):
if not stops.get("rtArrTime"):
if not stops.get("arrTime"):
tk.Label(routeRoot, text="Error").grid(sticky=NESW, row=row + 1, column=column + 1)
else:
tk.Label(routeRoot, text="a(" + stops.get("arrTime") + ")").grid(sticky=NESW, row=row + 1, column=column + 1)
else:
delay = misc.getDelay(stops)
tk.Label(routeRoot, text=f'a{stops.get("arrTime")} {delay}').grid(sticky=NESW, row=row + 1, column=column + 1)
else:
tk.Label(routeRoot, text="(" + stops.get("depTime") + ")").grid(sticky=NESW, row=row + 1, column=column + 1)
else:
delay = misc.getDelay(stops)
tk.Label(routeRoot, text=f'{stops.get("depTime")} {delay}').grid(sticky=NESW, row=row + 1, column=column + 1)
tk.Button(routeRoot, text="Karta", command= lambda: mapmaker.geometryBackEnd(route.get("GeometryRef").get("ref"), colour.get("fgColor"))).grid(column=0, columnspan=columns, sticky=NESW)
tk.Button(routeRoot, text="Stäng", command=routeRoot.destroy).grid(column=0, columnspan=columns, sticky=NESW)