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package game
import (
"math/rand"
"muhq.space/muhqs-game/go/log"
)
func prepState(playerName string, m *Map) *LocalState {
s := NewLocalState()
s.SetMap(m)
// Prepare the players
s.AddNewPlayer(playerName, NewDeck())
// Add Opponent
ai := s.AddNewPlayer("opponent", NewDeck())
ai.Ctrl = NewSimpleAiControl(ai)
return s
}
func NewRandomChallenge(name string) *LocalState {
maps := []string{"2P-ring-street", "2P-river-king"}
var m *Map
n := rand.Intn(len(maps) + 1)
switch n {
case 0, 1:
m, _ = GetMap(maps[rand.Intn(len(maps))])
case 2:
seed := rand.Int63()
log.Info("create random map", "seed", seed)
m = RandomMap(seed, 2)
}
s := prepState(name, m)
switch rand.Intn(3) {
// Cavalry Archer Challenge
case 0:
return prepCavArcherChallenge(s)
case 1:
return prepMissionaryChallenge(s)
// Random Base Challenge
default:
return prepBaseChallenge(s)
}
}
func prepCavArcherChallenge(s *LocalState) *LocalState {
// Override old Prepare to prevent Kings from beeing spawned
s._map.Prepare = func(*LocalState) {
u := NewCard("base/cavalry_archer")
tiles := s._map.AvailableTilesFor(u)
tile := tiles[rand.Intn(len(tiles))]
p := s.PlayerById(1)
p.Deck = NewDeck()
s.addNewUnit(u, tile.Position, p)
// Prepare the opponent's units
nUnits := rand.Intn(3) + 2
// add support equipment
if nUnits > 3 {
candidates := []string{
"base/shield",
"base/tower_shield",
"equipments/armor",
"equipments/gear",
"equipments/mace",
// "equipments/poison_dagger",
}
e := NewCard(candidates[rand.Intn(len(candidates))])
tiles := s._map.AvailableTilesFor(e)
tile := tiles[rand.Intn(len(tiles))]
s.addNewEquipment(e, tile.Position, p)
}
units := make([]*Card, 0, nUnits)
ai := s.PlayerById(2)
// Only use Melee Units
candidates := NewDeckFromCardPaths(Sets.Base.CardPaths()).FilterCards(func(c *Card) bool {
if c.Type != CardTypes.Unit {
return false
}
// Disallow armor since the cavalry archer can not penetrate it.
if _, err := c.getXEffect("armor"); err == nil {
return false
}
var attack Attack
if attackDesc, found := c.Values["attack"]; found {
attack = parseAttack(attackDesc)
return attack.MaxRange() == 1
}
return false
})
for range nUnits {
units = append(units, NewCard(candidates[rand.Intn(len(candidates))].Path()))
}
for _, u := range units {
tiles := s._map.AvailableTilesFor(u)
tile := tiles[rand.Intn(len(tiles))]
s.addNewUnit(u, tile.Position, ai)
}
s._map.WinCondition = DeathMatch
}
return s
}
func NewCavArcherChallenge(playerName string) *LocalState {
maps := []string{"2P-ring-street", "2P-river-king"}
m, _ := GetMap(maps[rand.Intn(len(maps))])
return prepCavArcherChallenge(prepState(playerName, m))
}
func prepMissionaryChallenge(s *LocalState) *LocalState {
// Override old Prepare to prevent Kings from beeing spawned
s._map.Prepare = func(*LocalState) {
u := NewCard("base/missionary")
tiles := s._map.AvailableTilesFor(u)
tile := tiles[rand.Intn(len(tiles))]
p := s.PlayerById(1)
p.Deck = NewDeck()
s.addNewUnit(u, tile.Position, p)
// Prepare the opponent's units
nUnits := rand.Intn(2) + 2
units := make([]*Card, 0, nUnits)
ai := s.PlayerById(2)
// Only spawn aggressive Units
candidates := NewDeckFromCardPaths(Sets.Base.CardPaths()).FilterCards(func(c *Card) bool {
if c.Type != CardTypes.Unit {
return false
}
_, found := c.Values["attack"]
return found
})
for range nUnits {
units = append(units, NewCard(candidates[rand.Intn(len(candidates))].Path()))
}
for _, u := range units {
tiles := s._map.AvailableTilesFor(u)
tile := tiles[rand.Intn(len(tiles))]
s.addNewUnit(u, tile.Position, ai)
}
s._map.WinCondition = DeathMatch
}
return s
}
func NewMissionaryChallenge(playerName string) *LocalState {
maps := []string{"2P-ring-street", "2P-river-king"}
m, _ := GetMap(maps[rand.Intn(len(maps))])
return prepMissionaryChallenge(prepState(playerName, m))
}
func prepBaseChallenge(s *LocalState) *LocalState {
p := s.PlayerById(1)
nCards := rand.Intn(6)
nCards = nCards + 3
d := NewRandomDeck(nCards, []SetIdentifier{Sets.Base, Sets.Magic, Sets.Equipments})
p.Store.AddCards(d.FilterCards(func(c *Card) bool { return c.IsBuyable() }))
ai := s.PlayerById(2)
ai.Deck = NewRandomDeck(nCards, []SetIdentifier{Sets.Base})
return s
}
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