def playFunc(ply, enemy, target):
nodeType = nodeList[ply.nodes[target].lower()]
ply.energy -= nodeType.energy
ply.nodes.remove(target)
if len(enemy.nodes) < enemy.maxNodes:
enemy.addNode(nodeType.name)
mechanics.sacNode(enemy, ply, enemy.nodes.index(nodeType.name))
def playFunc(ply, enemy, target):
amtToGain = 0
tempNodes = ply.nodes.copy()[::-1]
for idx, node in enumerate(tempNodes):
if 'Generator' in node:
amtToGain += 2
mechanics.sacNode(ply, enemy, len(tempNodes) - 1 - idx)
ply.energy += amtToGain
def playFunc(ply, enemy, target):
selfDmg = 0
for _ in range(len(enemy.nodes)):
mechanics.sacNode(enemy, ply, 0)
selfDmg += 3
for _ in range(len(ply.nodes)):
mechanics.sacNode(ply, enemy, 0)
selfDmg += 3
yield from mechanics.damage(ply, selfDmg)
def addNode(
self, nodeName
): #TODO: possibly move to mechanics.py for consistency with sacNode()
if self.opponent.opponentCantSpawnNodes:
return
gameTrigger("NODESPAWN", self, nodeName)
if len(self.nodes) >= self.maxNodes:
sacNode(self, self.opponent, self.maxNodes - 1)
self.nodes.insert(0, nodeName)
nodeETB(self, nodeName)
def addMaxNodes(self, amt):
#set
self.maxNodes += amt
if self.maxNodes > 10:
self.maxNodes = 10
if self.maxNodes < 0:
self.maxNodes = 0
#kill excess nodes
while len(self.nodes) > self.maxNodes:
sacNode(ply, self.opponent, self.nodes[self.maxNodes])
def playFunc(ply, enemy, target):
for _ in range(len(enemy.nodes)):
mechanics.sacNode(enemy, ply, 0)
for _ in range(len(ply.nodes)):
mechanics.sacNode(ply, enemy, 0)
def playFunc(ply, enemy, target):
mechanics.sacNode(enemy, ply, target)
def playFunc(ply, enemy, target):
mechanics.sacNode(enemy, ply, target)
yield from mechanics.damage(enemy, 2)
def playFunc(ply, enemy, target):
if len(ply.nodes) > 0:
killedNode = mechanics.sacNode(ply, enemy, 0)
ply.addNode(killedNode.name)
def playFunc(ply, enemy, target):
mechanics.sacNode(ply, enemy, target)
ply.addNode('Generator')
ply.addNode('Generator')
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 playFunc(ply,enemy): mechanics.sacNode( ply, enemy, ply.nodes.index( 'Maggot Egg' ) ) ply.addNode( 'Parasite' ) return
def playFunc(ply, enemy, target):
if mechanics.nodeList[enemy.nodes[target].lower()].energy <= -3:
mechanics.sacNode(enemy, ply, target)
def playFunc(ply, enemy, target): if ply.nodes.count( 'Swarmer' ) >= 2: mechanics.sacNode( ply, enemy, ply.nodes.index( 'Swarmer' ) ) mechanics.sacNode( ply, enemy, ply.nodes.index( 'Swarmer' ) ) ply.addNode( 'Swarm Queen' )
def playFunc(ply, enemy, target):
if len(ply.nodes) > 0:
mechanics.sacNode(ply, enemy, target)
ply.drawCard()
def playFunc(ply, enemy, target): mechanics.sacNode(ply, enemy, target) if len(enemy.nodes) > 0: target = random.randint(0,len(enemy.nodes)-1) mechanics.sacNode(enemy, ply, target)
def playFunc(ply, enemy, target):
if len(ply.nodes) > 0:
mechanics.sacNode(ply, enemy, target)
yield from mechanics.heal(ply, 8)
def deathFunc(ply, enemy):
for i in range(len(ply.nodes)):
if not ply.nodes[i] == 'Foundation':
mechanics.sacNode(ply, enemy, 0)
return
def playFunc(ply, enemy, target): mechanics.sacNode(enemy,ply,target) yield from mechanics.heal( enemy, 6 )
def playFunc(ply, enemy, target): tempNodes = ply.nodes.copy()[::-1] for idx,node in enumerate(tempNodes): if 'Trap' in node: mechanics.sacNode( ply, enemy, len(tempNodes)-1-idx )
