class LoggableInteractive:
def PlayerShow(self, command, currentEntity):
for x in range(10):
for y in range(10):
cell = self.universe.cells[x * 10 + y]
if cell.EntityPresent:
if cell.EntityPresent == currentEntity:
print "#",
else:
print cell.EntityPresent.Name[0],
else:
print ".",
print "" # to get next line
print "=" * 10
print currentEntity
return True
def PlayerDiscover(self, command, currentEntity):
self.universe.actions.PendingDiscoveries.append(
(currentEntity, command[1], ((command[2], int(command[3])), )))
return True
def PlayerTeach(self, command, currentEntity):
# this really needs to move into Universe
target = None
for entity in self.universe.entities:
if command[4] == entity.Name.lower():
target = entity
break
if target == None:
print 'unknown entity'
else:
self.universe.actions.PendingTeachings.append(
(currentEntity, command[1], ((command[2], int(command[3])), ),
target))
return True
def PlayerMove(self, command, currentEntity):
self.universe.actions.PendingMoves.append(
(currentEntity,
self.universe.cells[int(command[1]) * 10 + int(command[2])]))
return True
def PlayerSplit(self, command, currentEntity):
self.universe.actions.PendingSplits.append(
(currentEntity,
self.universe.cells[int(command[1]) * 10 + int(command[2])]))
return True
def AdvancementsShow(self, command, currentEntity):
print self.universe.Advancements
return True
def BudgetShow(self, command, currentEntity):
print "subsist:", self.universe.subsistEnergyRequirements
print "move:", self.universe.moveEnergyRequirements
print "local energy:", self.CalculateLocalEnergy(currentEntity)
return True
def PlayerDebug(self, command, currentEntity):
if command[1] == 'e':
self.universe.DEBUG_ENERGY = not (self.universe.DEBUG_ENERGY)
print self.universe.DEBUG_ENERGY
return True
def PlayerSave(self, command, currentEntity):
filename = command[1]
jsonString = self.universe.ToJson()
f = open(filename, 'w')
f.write(jsonString)
f.close()
return True
def PlayerLoad(self, command, currentEntity):
filename = command[1]
f = open(filename, "r")
jsonString = f.read()
f.close()
self.universe.ReinitFromJson(jsonString)
self.restartLoop = True
return False
def CalculateLocalEnergy(self, currentEntity):
return [(energyType,
sum([
cell.EnergyFunctions[energyType](None)
for cell in [currentEntity.PresentInCell] +
currentEntity.PresentInCell.Neighbors
])) for energyType in self.universe.energyTypes]
def VisualLoop(self):
self.universe = Universe()
self.universe.LoadNew("basic.config")
self.restartLoop = False
playing = True
while (playing):
for currentEntity in self.universe.entities:
command = []
self.PlayerShow(command, currentEntity)
while ((len(command) == 0 or not (command[0] in ("d", "done")))
and playing):
command = raw_input("> ").lower().split(" ")
## '?': ShowHelp, _
## 'help': ShowHelp, _
try:
playing = {
'quit': lambda a, b: False,
'exit': lambda a, b: False,
'q': lambda a, b: False,
'd': lambda a, b: True, # done
'done': lambda a, b: True,
'move': self.PlayerMove,
'split': self.PlayerSplit,
'show': self.PlayerShow,
'budget': self.BudgetShow,
'debug': self.PlayerDebug,
'save': self.PlayerSave,
'load': self.PlayerLoad,
'ashow': self.AdvancementsShow,
'discover': self.PlayerDiscover,
'teach': self.PlayerTeach,
}[command[0]](command, currentEntity)
except KeyError:
print "unknown command"
if not (playing): break
if not (playing):
if self.restartLoop:
self.restartLoop = False
playing = True
else:
self.universe.DoTimeStep()
print "=" * 10, "time:", self.universe.t, "=" * 10
