func (t *Tree) Interact(player world.PlayerLike, action string) {
switch action {
default:
t.Node.Interact(player, action)
case "chop":
pos := t.Position()
if pos == nil {
return
}
x, y := pos.Position()
player.SetSchedule(&world.ScheduleSchedule{
Schedules: []world.Schedule{
world.NewWalkSchedule(x, y, true, 0),
&GatherSchedule{
Tool: player,
Target_: t,
Item: func(volume uint64) world.Visible {
return world.InitObject(&Logs{
material: t.material.CopyWood(volume),
}).(world.Visible)
},
},
},
})
}
}
func (r *Rock) Interact(player world.PlayerLike, action string) {
switch action {
default:
r.Node.Interact(player, action)
case "quarry":
pos := r.Position()
if pos == nil {
return
}
x, y := pos.Position()
player.SetSchedule(&world.ScheduleSchedule{
Schedules: []world.Schedule{
world.NewWalkSchedule(x, y, true, 0),
&GatherSchedule{
Tool: player,
Target_: r,
Item: func(volume uint64) world.Visible {
return world.InitObject(&Stone{
material: r.material.CopyStone(volume),
}).(world.Visible)
},
},
},
})
case "mine":
if r.material.MetalColor() == "" {
return
}
pos := r.Position()
if pos == nil {
return
}
x, y := pos.Position()
player.SetSchedule(&world.ScheduleSchedule{
Schedules: []world.Schedule{
world.NewWalkSchedule(x, y, true, 0),
&GatherSchedule{
Tool: player,
Target_: r,
Item: func(volume uint64) world.Visible {
return world.InitObject(&Ore{
material: r.material.CopyMetal(volume),
}).(world.Visible)
},
},
},
})
}
}
func (f *Forge) Command(player world.PlayerLike, data map[string]interface{}) {
defer func() {
recover() // ignore errors caused by malformed packets.
}()
instance := player.Instance(f.Position())
switch data["A"].(string) {
case "a":
id, err := strconv.ParseUint(data["I"].(string), 10, 64)
if err != nil {
return
}
for _, item := range player.Inventory() {
if item.NetworkID() == id && player.RemoveItem(item) {
instance.Items(func(items []world.Visible) []world.Visible {
return append(items, item)
})
instance.Last(func(t time.Time) time.Time {
return time.Now().UTC()
})
f.Interact(player, "smelt")
break
}
}
}
}
func (d *Door) Interact(player world.PlayerLike, action string) {
switch action {
case "open":
pos := d.Position()
if pos == nil {
return
}
x, y := pos.Position()
px, py := player.Position().Position()
if (px == x && py != y-1 && py != y+1) || (py == y && px != x-1 && px != x+1) || (px != x && py != y) {
player.SetSchedule(&world.ScheduleSchedule{
Schedules: []world.Schedule{
world.NewWalkSchedule(x, y, true, uint(player.Weight()/player.WeightMax())),
&world.ActionSchedule{
Action: "open",
Target_: d.Outer().(world.Visible),
},
},
})
return
}
d.mtx.Lock()
d.open = true
d.mtx.Unlock()
pos.Zone().Update(pos, d)
case "close":
pos := d.Position()
if pos == nil {
return
}
x, y := pos.Position()
px, py := player.Position().Position()
if (px == x && (py < y-1 || py > y+1)) || (py == y && (px < x-1 || px > x+1)) || (px != x && py != y) {
player.SetSchedule(&world.ScheduleSchedule{
Schedules: []world.Schedule{
world.NewWalkSchedule(x, y, true, uint(player.Weight()/player.WeightMax())),
&world.ActionSchedule{
Action: "close",
Target_: d.Outer().(world.Visible),
},
},
})
return
}
d.mtx.Lock()
d.open = false
d.mtx.Unlock()
pos.Zone().Update(pos, d)
default:
d.VisibleObject.Interact(player, action)
}
}
func (f *Forge) Interact(player world.PlayerLike, action string) {
switch action {
default:
f.VisibleObject.Interact(player, action)
case "smelt":
pos := f.Position()
ppos := player.Position()
if pos == nil || ppos == nil {
return
}
x, y := pos.Position()
if px, py := ppos.Position(); px != x || py != y+1 {
player.SetSchedule(&world.ScheduleSchedule{
Schedules: []world.Schedule{
world.NewWalkSchedule(x, y, false, uint(player.Weight()/player.WeightMax())),
&world.ActionSchedule{
Target_: f,
Action: action,
},
},
})
return
}
ores := []interface{}{}
for _, v := range player.Inventory() {
if o, ok := v.(*Ore); ok {
ores = append(ores, map[string]interface{}{
"i": o.NetworkID(),
"q": o.Material().Quality(),
"v": o.Volume(),
"w": o.Weight(),
})
}
}
for _, v := range player.Inventory() {
if s, ok := v.(*Stone); ok {
ores = append(ores, map[string]interface{}{
"i": s.NetworkID(),
"q": s.Material().Quality(),
"v": s.Volume(),
"w": s.Weight(),
})
}
}
instance := player.Instance(f.Position())
var done time.Time
instance.Last(func(last time.Time) time.Time {
done = last
return last
})
contents := []interface{}{}
instance.Items(func(items []world.Visible) []world.Visible {
for _, i := range items {
var sprites []map[string]interface{}
for j, c := range i.Colors() {
sprites = append(sprites, map[string]interface{}{
"S": i.Sprite(),
"C": c,
"E": map[string]interface{}{
"y": j,
},
})
}
contents = append(contents, sprites)
// 4 minutes per 5kg of ore
done = done.Add(time.Minute * 4 * time.Duration(i.(world.Item).Weight()) / 5000)
}
if done.Before(time.Now()) && len(items) > 0 {
materials := make(map[MetalType]*material)
var quality big.Int
var totalVolume uint64
var tmp big.Int
for _, i := range items {
if o, ok := i.(*Ore); ok {
for _, m := range o.material.components {
if m.metal == nil || m.volume == 0 {
continue
}
mat := materials[*m.metal]
if mat == nil {
mat = &material{metal: m.metal}
materials[*m.metal] = mat
}
totalVolume += m.volume
mat.volume += m.volume
tmp.SetUint64(m.volume)
quality.Add(&quality, tmp.Mul(&o.material.quality, &tmp))
}
}
}
originalVolume := totalVolume
quality.Div(&quality, tmp.SetUint64(totalVolume))
makeIngot := func(volume uint64) {
ingot := &Ingot{}
world.InitObject(ingot)
ingot.material = &Material{
components: make([]*material, 0, len((materials))),
quality: quality,
}
world.InitObject(ingot.material)
remaining := originalVolume
for _, m := range materials {
v := m.volume * volume / remaining
remaining -= m.volume
volume -= v
ingot.material.components = append(ingot.material.components, &material{
metal: m.metal,
volume: v,
})
}
ingot.material.sortComponents()
if !player.GiveItem(ingot) {
player.Position().Add(ingot)
}
}
for totalVolume != 0 {
if totalVolume <= 1000 {
makeIngot(totalVolume)
break
}
makeIngot(1000)
totalVolume -= 1000
}
items = items[:0]
contents = contents[:0]
}
return items
})
player.SetHUD("forge", map[string]interface{}{
"O": ores,
"C": contents,
"T": done,
})
}
}