func NewGroup(pl *Player, name ll_type) *Group {
return &Group{
Events: dispatcher.NewForkEvent(pl.GetFork()),
owner: pl,
name: name,
Cards: *NewCards(),
}
}
func newPlayer(yg *YGO) *Player {
pl := &Player{
Events: dispatcher.NewForkEvent(yg.GetFork()),
camp: 1,
lp: 0,
drawSize: 1,
maxHp: ^uint(0),
maxSdi: 6,
overTime: time.Second * 120,
waitTime: time.Second * 60,
replyTime: time.Second * 20,
}
var pr uint
pl.MsgChan = NewMsgChan(func(m AskCode) bool {
if m.Uniq != 0 {
if ca := pl.Game().getCard(m.Uniq); ca != nil {
//fmt.Println(ca)
if m.Method == uint(LI_Over) {
if pr != 0 {
pl.Game().callAll(offTouch(pr))
pr = 0
}
pl.GetTarget().call(onTouch(m.Uniq))
} else if m.Method == uint(LI_Out) {
if pr == m.Uniq {
pr = 0
}
pl.Game().callAll(offTouch(m.Uniq))
} else {
return true
}
}
} else if m.Method == LI_Defeat {
pl.Fail()
} else {
return true
}
return false
})
pl.area = map[ll_type]*Group{}
pl.AddEvent(RoundBegin, func() {
pl.MsgPub("msg.002", Arg{"round": fmt.Sprint(pl.GetRound())})
pl.SetCanSummon()
pl.rounding = true
})
pl.AddEvent(RoundEnd, func() {
pl.MsgPub("msg.003", Arg{"round": fmt.Sprint(pl.GetRound())})
pl.SetCanSummon()
pl.rounding = false
})
pl.AddEvent(ChangeLp, pl.changeLp)
return pl
}
func (co *CardOriginal) Make(pl *Player) *Card {
c := &Card{
Events: dispatcher.NewForkEvent(pl.GetFork()),
baseOriginal: co,
owner: pl,
summoner: pl,
le: LE_FaceDownAttack,
}
c.InitUint()
c.Init()
pl.Game().registerCards(c)
return c
}