def playFunc(ply, enemy, target):
cardChoices = []
for files in os.listdir('./cards'):
cardChoices.append(files[:-3])
chosen = random.choice(cardChoices)
ply.hand.append(chosen)
yield from mechanics.heal(ply, mechanics.cardList[chosen.lower()].cost)
def triggerFunc(ply, enemy, data, affectedPlayer):
print('before check')
if affectedPlayer == "friendly":
print('after check')
yield from mechanics.heal(ply, 1)
print('after heal')
return
def playFunc(ply, enemy, target): mechanics.sacNode(enemy,ply,target) yield from mechanics.heal( enemy, 6 )
def startRound(match, activePlayer, activePlayerObj, otherPlayer,
otherPlayerObj, ctx):
#check if game still exists
if not mechanics.isGameRunning(match):
return
#check if milled out when drawing a card (maybe condense this chunk somehow)
if not activePlayerObj.drawCard():
yield from ctx.message.channel.send(activePlayer.name + " milled out!")
yield from mechanics.gameOver(activePlayer.id)
return
#Energy costs (oooh actual phase orders are showing c:)
yield from mechanics.heal(activePlayerObj, activePlayerObj.energy)
#check if game still exists
if not mechanics.isGameRunning(match):
return
#Activate all of active player's nodes/initialize turn-based vars
if len(activePlayerObj.nodes) > 0:
for thisNode in activePlayerObj.nodes.copy():
yield from mechanics.activateNode(thisNode, activePlayerObj,
otherPlayerObj)
yield from ctx.message.channel.send(
activePlayerObj.name + " activated their start of turn abilities.")
activePlayerObj.newTurn()
otherPlayerObj.newTurn()
activePlayerObj.newMyTurn()
#check if game still exists
if not mechanics.isGameRunning(match):
return
#Send the info
yield from ctx.message.channel.send(activePlayer.name + "'s turn.")
if not match.gameMessage == None:
yield from bot.delete_message(match.gameMessage)
yield from printLogs(match, ctx)
match.gameMessage = yield from ctx.message.channel.send(
str(activePlayerObj) + "\n\n" + str(otherPlayerObj) +
"\nCommands: play, concede, pass, info, mill")
yield from sendHand(activePlayer, activePlayerObj, ctx)
#Make sure it's a game command
def check(msg):
return msg.content.lower().startswith('play') or msg.content.lower(
).startswith('concede') or msg.content.lower().startswith(
'pass') or msg.content.lower().startswith(
'info') or msg.content.lower().startswith('mill')
#Wait for active player's command.
while True:
#check if game still exists
if not mechanics.isGameRunning(match):
return
messageOriginal = yield from bot.wait_for_message(
author=activePlayer, check=check, timeout=config.TURN_TIMEOUT)
#Act within 500 seconds or game is lost
try:
message = messageOriginal.content.lower().split(' ', 1)
except AttributeError:
yield from ctx.message.channel.send("Game timed out!")
match.timedOut = True
yield from mechanics.gameOver(activePlayer.id)
break
if message[0] == 'info':
if not match.gameMessage == None:
yield from bot.delete_message(match.gameMessage)
match.gameMessage = yield from ctx.message.channel.send(
str(activePlayerObj) + "\n\n" + str(otherPlayerObj) +
"\nCommands: play, concede, pass, info, mill")
continue
elif message[0] == 'play': #The big one
#Ensure it's in hand
if not any(message[1] in x.lower() for x in activePlayerObj.hand):
yield from ctx.message.channel.send("Played an invalid card.")
continue
#Get proper targets
playedObject = mechanics.cardList[message[1].lower()]
thisTarget = yield from getTarget(playedObject, activePlayerObj,
activePlayer, otherPlayerObj,
ctx)
if thisTarget == -1:
continue
#Check if node generator (for 1 per turn limit)
if playedObject.cardtype == "NodeGen":
if activePlayerObj.playedNode:
yield from ctx.message.channel.send(
"You already spawned a Node this turn.")
continue
else:
activePlayerObj.playedNode = True
yield from playCard(match, activePlayer, activePlayerObj,
otherPlayer, otherPlayerObj, message[1],
thisTarget, ctx)
continue
elif message[0] == 'pass':
yield from startRound(match, otherPlayer, otherPlayerObj,
activePlayer, activePlayerObj, ctx)
break
elif message[0] == 'mill':
if activePlayerObj.milled == True:
yield from ctx.message.channel.send(
"You already milled a card this turn.")
continue
elif len(activePlayerObj.deck) <= 0:
yield from ctx.message.channel.send(
"You have no cards to mill.")
continue
else:
activePlayerObj.milled = True
poppedCard, lifeToGain = mechanics.millCard(activePlayerObj)
yield from ctx.message.channel.send(activePlayerObj.name +
" milled " + poppedCard +
" for " + str(lifeToGain) +
" health.")
continue
elif message[0] == 'concede':
yield from ctx.message.channel.send(activePlayer.name +
" conceded.")
yield from mechanics.gameOver(activePlayer.id)
return
def playFunc(ply, enemy, target):
ply.desperation -= 5
yield from mechanics.heal(ply, 10)
def playFunc(ply, enemy, target):
if len(ply.nodes) > 0:
mechanics.sacNode(ply, enemy, target)
yield from mechanics.heal(ply, 8)
def playFunc(ply, enemy, target): yield from mechanics.heal( enemy, ply.energy )
def playFunc(ply, enemy, target):
yield from mechanics.heal(ply, 10)
ply.hunger -= 5
def playFunc(ply, enemy):
yield from mechanics.heal(ply, len(ply.nodes))
return
def playFunc(ply, enemy):
if ply.lifeforce < 15:
yield from mechanics.heal(ply, 5)
ply.desperation += 5
mechanics.sacNode(ply, enemy, ply.nodes.index('Adrenaline'))
return
def triggerFunc(ply, enemy, dataPassed, affectedPlayer):
#dataPassed is damage dealt
if affectedPlayer == "enemy":
yield from mechanics.heal(ply, dataPassed)
return
def deathFunc(ply, enemy):
yield from mechanics.heal(ply, 5)
return
def playFunc(ply, enemy, target):
yield from mechanics.heal(ply, 7)
yield from mechanics.damage(enemy, 7)
def playFunc(ply, enemy, target): yield from mechanics.heal( ply, 5 )
def playFunc(ply, enemy, target):
yield from mechanics.heal(ply, 18)
enemy.addNode('Lesser Leech')
