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package convert
import (
"github.com/dragonfireclient/mt"
"github.com/yuin/gopher-lua"
"image/color"
)
//go:generate ./push_mkauto.lua
func CreateVec2(l *lua.LState, val [2]lua.LNumber) {
l.Push(l.GetGlobal("vec2"))
l.Push(val[0])
l.Push(val[1])
l.Call(2, 1)
}
func CreateVec3(l *lua.LState, val [3]lua.LNumber) {
l.Push(l.GetGlobal("vec3"))
l.Push(val[0])
l.Push(val[1])
l.Push(val[2])
l.Call(3, 1)
}
func popValue(l *lua.LState) lua.LValue {
ret := l.Get(-1)
l.Pop(1)
return ret
}
func PushVec2(l *lua.LState, val [2]lua.LNumber) lua.LValue {
CreateVec2(l, val)
return popValue(l)
}
func PushVec3(l *lua.LState, val [3]lua.LNumber) lua.LValue {
CreateVec3(l, val)
return popValue(l)
}
func PushBox1(l *lua.LState, val [2]lua.LNumber) lua.LValue {
l.Push(l.GetGlobal("box"))
l.Push(val[0])
l.Push(val[1])
l.Call(2, 1)
return popValue(l)
}
func PushBox2(l *lua.LState, val [2][2]lua.LNumber) lua.LValue {
l.Push(l.GetGlobal("box"))
CreateVec2(l, val[0])
CreateVec2(l, val[1])
l.Call(2, 1)
return popValue(l)
}
func PushBox3(l *lua.LState, val [2][3]lua.LNumber) lua.LValue {
l.Push(l.GetGlobal("box"))
CreateVec3(l, val[0])
CreateVec3(l, val[1])
l.Call(2, 1)
return popValue(l)
}
func PushColor(l *lua.LState, val color.NRGBA) lua.LValue {
tbl := l.NewTable()
l.SetField(tbl, "r", lua.LNumber(val.R))
l.SetField(tbl, "g", lua.LNumber(val.G))
l.SetField(tbl, "b", lua.LNumber(val.B))
l.SetField(tbl, "a", lua.LNumber(val.A))
return tbl
}
func PushStringSet(l *lua.LState, val []string) lua.LValue {
tbl := l.NewTable()
for _, str := range val {
l.SetField(tbl, str, lua.LTrue)
}
return tbl
}
func PushStringList[T ~string](l *lua.LState, val []T) lua.LValue {
tbl := l.NewTable()
for _, s := range val {
tbl.Append(lua.LString(s))
}
return tbl
}
func Push4096[T uint8 | mt.Content](l *lua.LState, val [4096]T) lua.LValue {
tbl := l.NewTable()
for i, v := range val {
l.RawSetInt(tbl, i, lua.LNumber(v))
}
return tbl
}
func PushFields(l *lua.LState, val []mt.Field) lua.LValue {
tbl := l.NewTable()
for _, pair := range val {
l.SetField(tbl, pair.Name, lua.LString(pair.Value))
}
return tbl
}
func PushNodeMetaFields(l *lua.LState, val []mt.NodeMetaField) lua.LValue {
tbl := l.NewTable()
for _, pair := range val {
l.SetField(tbl, pair.Name, lua.LString(pair.Value))
}
return tbl
}
func PushInv(l *lua.LState, val mt.Inv) lua.LValue {
linv := l.NewTable()
for _, list := range val {
llist := l.NewTable()
l.SetField(llist, "width", lua.LNumber(list.Width))
for _, stack := range list.Stacks {
lmeta := l.NewTable()
l.SetField(lmeta, "fields", PushFields(l, stack.Fields()))
if toolcaps, ok := stack.ToolCaps(); ok {
l.SetField(lmeta, "tool_caps", PushToolCaps(l, toolcaps))
}
lstack := l.NewTable()
l.SetField(lstack, "name", lua.LString(stack.Name))
l.SetField(lstack, "count", lua.LNumber(stack.Count))
l.SetField(lstack, "wear", lua.LNumber(stack.Wear))
l.SetField(lstack, "meta", lmeta)
llist.Append(lstack)
}
l.SetField(linv, list.Name, llist)
}
return linv
}
func PushNodeMetas(l *lua.LState, val map[uint16]*mt.NodeMeta) lua.LValue {
tbl := l.NewTable()
for i, meta := range val {
l.RawSetInt(tbl, int(i), PushNodeMeta(l, *meta))
}
return tbl
}
func PushChangedNodeMetas(l *lua.LState, val map[[3]int16]*mt.NodeMeta) lua.LValue {
lmetas := l.NewTable()
for pos, meta := range val {
lmeta := l.NewTable()
l.SetField(lmeta, "pos", PushVec3(l, [3]lua.LNumber{lua.LNumber(pos[0]), lua.LNumber(pos[1]), lua.LNumber(pos[2])}))
l.SetField(lmeta, "meta", PushNodeMeta(l, *meta))
lmetas.Append(lmeta)
}
return lmetas
}
func PushGroups(l *lua.LState, val []mt.Group) lua.LValue {
tbl := l.NewTable()
for _, group := range val {
l.SetField(tbl, group.Name, lua.LNumber(group.Rating))
}
return tbl
}
func PushGroupCaps(l *lua.LState, val []mt.ToolGroupCap) lua.LValue {
lcaps := l.NewTable()
for _, groupcap := range val {
ltimes := l.NewTable()
for _, digtime := range groupcap.Times {
l.RawSetInt(ltimes, int(digtime.Rating), lua.LNumber(digtime.Time))
}
lcap := l.NewTable()
l.SetField(lcap, "uses", lua.LNumber(groupcap.Uses))
l.SetField(lcap, "max_lvl", lua.LNumber(groupcap.MaxLvl))
l.SetField(lcap, "times", ltimes)
l.SetField(lcaps, groupcap.Name, lcap)
}
return lcaps
}
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