def test_Shortest_routes( self ):
"""
The correct shortest routes and distances are found
for start station 'A' in the exercise.
"""
t = Traversal( Route_Map( "Data/test_route_exercise.txt" ) )
t.find_all_shortest_routes( )
self.assertEqual( t.traversals, all_shortest_routes )
def test_Shortest_routes_from_station( self ):
"""
The correrct shortest routes and distances are found
for start station 'A' in the exercise.
"""
t = Traversal( Route_Map( "Data/test_route_exercise.txt" ) )
t.build_shortest_routes_from_station( 'A' )
self.assertEqual( t.traversals, shortest_routes_from_A )
def test_Trace( self ):
"""
The correrct shortest destinations and distances are found
for start station 'A' in the exercise.
"""
t = Traversal( Route_Map( "Data/test_route_exercise.txt" ) )
t.traversals['A'] = {}
t.trace( 'A', 'A', 0 )
self.assertEqual( t.traversals, shortest_dests_from_A )
class Player:
def __init__(self):
self.name = "Player"
self.traitDictionary = {}
self.counterDictionary = {}
self.travels = Traversal()
self.gameOver = False
def checkCountersForEndCondition(self):
for counter in self.counterDictionary.values():
if counter.counter >= 1:
self.gameOver = True
self.endGame(counter.name)
else:
print("{} ending not yet reached".format(counter.name))
def endGame(self, counterName):
textfile = "./Text Files/Ending" + counterName + ".txt"
if os.path.isfile(textfile):
with open(textfile) as file:
for line in file:
print(line)
def setTraitTrue(self, traitName):
if traitName in self.traitDictionary:
self.traitDictionary[traitName].setTraitTrue()
def setTraitFalse(self, traitName):
if traitName in self.traitDictionary:
self.traitDictionary[traitName].setTraitFalse()
def incrementCounter(self, counterName):
if counterName in self.counterDictionary:
self.counterDictionary[counterName].increment()
def decrementCounter(self, counterName):
if counterName in self.counterDictionary:
self.counterDictionary[counterName].decrement()
def listTraitNamesTrue(self):
_traitNameList = []
for trait in self.traitDictionary.values():
if trait.value == True:
_traitNameList.append(trait.name)
return _traitNameList
def refreshTraversal(self):
_traitsTrueList = self.listTraitNamesTrue()
self.travels.refreshTraversal(_traitsTrueList)
def updateTraitFromLocation(self, locationName):
_traitNameList = self.travels.returnLocationTraitNameList(locationName)
for traitName in _traitNameList:
self.setTraitTrue(traitName)
def travelRandomly(self):
self.refreshTraversal()
_locationName = self.travels.getRandomLocationNameByAccessibility()
if _locationName == "empty":
print(
"There are no rooms left to explore. getRandomLocationNameByAccessibility returned 'empty'"
) #todo
else:
self.travels.visitLocation(_locationName)
self.updateTraitFromLocation(_locationName)
def travelRandomlyByTrait(self, traitName):
self.refreshTraversal()
_locationName = self.travels.getRandomLocationNameByTraitPrerequisite(
traitName)
if _locationName == "empty":
print(
"There are no rooms left to explore with that trait. getRandomLocationNameByTraitPrerequisite returned 'empty'"
) #todo
else:
self.travels.visitLocation(_locationName)
self.updateTraitFromLocation(_locationName)
def travelToLocation(self, locationName):
self.refreshTraversal()
if self.travels.visitLocation(locationName) == True:
self.updateTraitFromLocation(locationName)
# self.checkCountersForEndCondition()
else:
print("Couldn't travel to {}\n".format(locationName)) #todo
def interactWithInteractable(
self, interactableName
): #probably should be more generic and not point at current location #can double up on interactable counters.
self.travels.touchInteractable(interactableName)
counterName = self.travels.getInteractableCounterName(interactableName)
self.incrementCounter(counterName)
def reportTraits(self): #debug function
for trait in self.traitDictionary.values():
print(trait.name)
def reportTraitsTrue(self): #debug function
for trait in self.traitDictionary.values():
if trait.value == True:
print('Trait: {} {}'.format(trait.name, trait.value))
def reportTraitsFalse(self): #debug function
for trait in self.traitDictionary.values():
if trait.value == False:
print('Trait: {} {}'.format(trait.name, trait.value))
def reportCounters(self): #debug function
for counter in self.counterDictionary.values():
print('Counter: {} - {}'.format(counter.name, counter.counter))
def reportLocations(self): #debug function
for location in self.travels.locationDictionary.values():
print('Location: {}, Text: {}\n'.format(location.name,
location.text))
def reportVisitedLocations(self): #debug function
for location in self.travels.visitedLocationNameList:
print('Location: {}'.format(location))
def reportAccessibleLocations(self): #debug function
for location in self.travels.accessibleLocationNameList:
print('Location: {}'.format(location))
def reportInaccessibleLocations(self): #debug function
for location in self.travels.inaccessibleLocationNameList:
print('Location: {}'.format(location))
def reportCurrentLocation(self): #debug function
print('Current Location: {}'.format(self.travels.currentLocationName))
def reportInteractables(self): #debug function
for location in self.travels.locationDictionary.values():
print(location.text)
for interactable in location.interactablesList:
print(" {}".format(interactable.text))
def reportInteractablesByLocation(self, locationName): #debug function
if locationName in self.travels.locationDictionary:
_location = self.travels.locationDictionary[locationName]
for interactable in _location.interactablesList:
print(interactable.text)
else:
print("{} isn't in the locationDictionary".format(locationName))
def __init__(self):
self.name = "Player"
self.traitDictionary = {}
self.counterDictionary = {}
self.travels = Traversal()
self.gameOver = False
