def __init__(self, utilities):
self.utilities = utilities
player = Trader(utilities, "The player", [1, 1], [0, 0], 1000, [], [])
dummy_player = Trader(utilities, "Dumb", [1, 1], [0, 0], 0, [], [])
town1 = Town(utilities, 'Los Mantos', (-2, 0), 500, [10, 10],
'Coastal', [])
town2 = Town(utilities, 'Kallac', (1, 1), 500, [10, 10], 'Karst', [])
town3 = Town(utilities, 'Vinas', (2, -2), 500, [10, 10], 'Hilly', [])
towns = [town1, town2, town3]
traders = [player, dummy_player]
self.world = World(utilities, 0, towns, traders)
self.run_game = True
self.input_action = None
opening_text = ('The following options are available: '
'description, trade, travel and check. '
'When finished just type "exit game"')
if utilities.run_through_terminal:
print(opening_text)
else:
utilities.text_package = opening_text
def setup_world():
tool = SCENARIO[0]
marks = SCENARIO[1:]
tool.start()
hud = HUD(10, WINDOW_HEIGHT - 22)
world = World(marks, tool, hud)
return world
class edgeClass():
def __init__(self, tempArray):
self.x = tempArray[0]
self.y = tempArray[1]
self.z = tempArray[2]
>>>>>>> branch 'master' of https://github.com/lylenchamberlain/teamx.git
myWorld = World()
edgeText = open('SF_edges.txt','r')
#We might not need any of this due to the pickle file
#Array of edge instances
<<<<<<< HEAD
edgeGraph = Graph()
#Adds edges
for x in range(len(myWorld.Edges)):
Graph.add_edge(edgeGraph, myWorld.Edges[x][0], myWorld.Edges[x][1], myWorld.Edges[x][2])
#Random test for shortest path
class Game_interface:
def __init__(self, utilities):
self.utilities = utilities
player = Trader(utilities, "The player", [1, 1], [0, 0], 1000, [], [])
dummy_player = Trader(utilities, "Dumb", [1, 1], [0, 0], 0, [], [])
town1 = Town(utilities, 'Los Mantos', (-2, 0), 500, [10, 10],
'Coastal', [])
town2 = Town(utilities, 'Kallac', (1, 1), 500, [10, 10], 'Karst', [])
town3 = Town(utilities, 'Vinas', (2, -2), 500, [10, 10], 'Hilly', [])
towns = [town1, town2, town3]
traders = [player, dummy_player]
self.world = World(utilities, 0, towns, traders)
self.run_game = True
self.input_action = None
opening_text = ('The following options are available: '
'description, trade, travel and check. '
'When finished just type "exit game"')
if utilities.run_through_terminal:
print(opening_text)
else:
utilities.text_package = opening_text
def main_interface(self):
player_town = self.world.player.current_town
building_unlocked = False
if (self.world.player.wallet >= 5000
or "property_owner" in self.world.player.properties):
building_unlocked = True
sensible = 0
try:
if __name__ == '__main__':
action = input('>: ')
else:
action = self.utilities.ask_action('')
except Exception as e:
print("(Unintelligible)")
print(e)
if action == 'description':
player_town.describe()
sensible = 1
if action == 'check':
self.world.player.describe()
sensible = 1
if action == 'trade':
self.world.trade()
sensible = 1
if action == 'travel':
self.world.travel()
sensible = 1
if action == 'build' and building_unlocked:
self.world.build()
sensible = 1
if action == 'interact':
player_town.holdings[0].interact(self.world.player)
sensible = 1
if action == 'exit game':
self.run_game = False
else:
if sensible == 0:
print('What?')
def main_gameplay_loop(self):
# regex this
while self.run_game:
self.main_interface()
from Classes.World import World
from Classes.Graph import Graph
from networkx.classes import graph
graphObj = Graph()
myWorld = World(graphObj)
for j in range(len(myWorld.Edges)):
graphObj.add_edge(
myWorld.Edges[j][0], myWorld.Edges[j][1], myWorld.Edges[j][2],
myWorld.Edges[j][3], myWorld.Edges[j][4]
) #graphObj.add_edge(myWorld.Edges[i][0], myWorld.Edges[i][1],myWorld.Edges[i][2]) for when we want to add actual time
#set the floyd welch matrix up
graphObj.setFloyd()
'''
trying to see if there is a realtionship between time and length of an
'''
print(graphObj.getNeighbor(101))
vtx = myWorld.Verticies
myWorld.changeToViz(vtx) #draws the vertex's
'''
print('locatin of trucks')