def update(event, screen):
for grid_cols in grids:
for grid in grid_cols:
grid.update(event)
grid.render(screen)
for city in corners:
city.update(event)
city.render(screen)
for player in players:
player.update(event)
player.render(screen)
def update( self ):
self.production.reset()
self.consumption.reset()
self.stockpile.reset()
self.population = 0
self.military = 0
self.youth = 0
for city in self.cities:
city.update()
self.production += city.production
self.consumption += city.consumption
self.stockpile += city.stockpile
self.population += city.population
self.military += city.military
self.youth += city.youth
self.change = self.production - self.consumption
def tick( self ):
"Perform one tick of the simulation"
self.out.log("-" * 79)
self.out.log("Faction: '%s' beginning tick." % self.name)
# handle our resources
self.out.log( "Initial Stockpile: %s." % repr(self.stockpile) )
for city in self.cities:
city.update()
city.tick()
self.update()
self.out.log( "Consumption: %s." % repr(self.consumption) )
self.out.log( "Production: %s." % repr(self.production) )
self.out.log( "Final Stockpile: %s." % repr(self.stockpile) )
self.out.log("Faction has completed tick.")
self.out.log("-" * 79)
def update():
db_init()
### = master
city.update()