import { Color } from "../../math/Color.js"; import { Matrix2 } from "../../math/Matrix2.js"; import { Matrix3 } from "../../math/Matrix3.js"; import { Matrix4 } from "../../math/Matrix4.js"; import { Vector2 } from "../../math/Vector2.js"; import { Vector3 } from "../../math/Vector3.js"; import { Vector4 } from "../../math/Vector4.js"; import ConstNode from "../core/ConstNode.js"; import Node, { MatType, NumOrBoolType } from "../core/Node.js"; import NodeBuilder from "../core/NodeBuilder.js"; import StackNode from "../core/StackNode.js"; import VarNode from "../core/VarNode.js"; import ConvertNode from "../utils/ConvertNode.js"; import JoinNode from "../utils/JoinNode.js"; export function addMethodChaining(name: string, nodeElement: unknown): void; declare module "../core/Node.js" { interface NodeElements { assign: (sourceNode: Node | number) => this; get: (value: string) => Node; } } interface NumOrBoolToJsType { float: number; int: number; uint: number; bool: boolean; } type NumOrBool = Node | NumOrBoolToJsType[TNumOrBool]; interface NumOrBoolToVec { float: "vec"; int: "ivec"; uint: "uvec"; bool: "bvec"; } type NumOrBoolToVec2 = `${NumOrBoolToVec[TNumOrBool]}2`; type NumOrBoolToVec3 = `${NumOrBoolToVec[TNumOrBool]}3`; type NumOrBoolToVec4 = `${NumOrBoolToVec[TNumOrBool]}4`; interface Swizzle1From1 { get x(): Node; set x(value: NumOrBool); get r(): Node; set r(value: NumOrBool); get s(): Node; set s(value: NumOrBool); } interface Swizzle1From2 extends Swizzle1From1 { get y(): Node; set y(value: NumOrBool); get g(): Node; set g(value: NumOrBool); get t(): Node; set t(value: NumOrBool); } interface Swizzle1From3 extends Swizzle1From2 { get z(): Node; set z(value: NumOrBool); get b(): Node; set b(value: NumOrBool); get p(): Node; set p(value: NumOrBool); } interface Swizzle1From4 extends Swizzle1From3 { get w(): Node; set w(value: NumOrBool); get a(): Node; set a(value: NumOrBool); get q(): Node; set q(value: NumOrBool); } interface Swizzle2From1 { get xx(): Node>; get rr(): Node>; get ss(): Node>; } interface Swizzle2From2 extends Swizzle2From1 { get xy(): Node>; set xy(value: Node> | NumOrBool); get rg(): Node>; set rg(value: Node> | NumOrBool); get st(): Node>; set st(value: Node> | NumOrBool); get yx(): Node>; set yx(value: Node> | NumOrBool); get gr(): Node>; set gr(value: Node> | NumOrBool); get ts(): Node>; set ts(value: Node> | NumOrBool); get yy(): Node>; get gg(): Node>; get tt(): Node>; } interface Swizzle2From3 extends Swizzle2From2 { get xz(): Node>; set xz(value: Node> | NumOrBool); get rb(): Node>; set rb(value: Node> | NumOrBool); get sp(): Node>; set sp(value: Node> | NumOrBool); get yz(): Node>; set yz(value: Node> | NumOrBool); get gb(): Node>; set gb(value: Node> | NumOrBool); get tp(): Node>; set tp(value: Node> | NumOrBool); get zx(): Node>; set zx(value: Node> | NumOrBool); get br(): Node>; set br(value: Node> | NumOrBool); get ps(): Node>; set ps(value: Node> | NumOrBool); get zy(): Node>; set zy(value: Node> | NumOrBool); get bg(): Node>; set bg(value: Node> | NumOrBool); get pt(): Node>; set pt(value: Node> | NumOrBool); get zz(): Node>; get bb(): Node>; get pp(): Node>; } interface Swizzle2From4 extends Swizzle2From3 { get xw(): Node>; set xw(value: Node> | NumOrBool); get ra(): Node>; set ra(value: Node> | NumOrBool); get sq(): Node>; set sq(value: Node> | NumOrBool); get yw(): Node>; set yw(value: Node> | NumOrBool); get ga(): Node>; set ga(value: Node> | NumOrBool); get tq(): Node>; set tq(value: Node> | NumOrBool); get zw(): Node>; set zw(value: Node> | NumOrBool); get ba(): Node>; set ba(value: Node> | NumOrBool); get pq(): Node>; set pq(value: Node> | NumOrBool); get wx(): Node>; set wx(value: Node> | NumOrBool); get ar(): Node>; set ar(value: Node> | NumOrBool); get qs(): Node>; set qs(value: Node> | NumOrBool); get wy(): Node>; set wy(value: Node> | NumOrBool); get ag(): Node>; set ag(value: Node> | NumOrBool); get qt(): Node>; set qt(value: Node> | NumOrBool); get wz(): Node>; set wz(value: Node> | NumOrBool); get ab(): Node>; set ab(value: Node> | NumOrBool); get qp(): Node>; set qp(value: Node> | NumOrBool); get ww(): Node>; get aa(): Node>; get qq(): Node>; } interface Swizzle3From1 { get xxx(): Node>; get rrr(): Node>; get sss(): Node>; } interface Swizzle3From2 extends Swizzle3From1 { get xxy(): Node>; get rrg(): Node>; get sst(): Node>; get xyx(): Node>; get rgr(): Node>; get sts(): Node>; get xyy(): Node>; get rgg(): Node>; get stt(): Node>; get yxx(): Node>; get grr(): Node>; get tss(): Node>; get yxy(): Node>; get grg(): Node>; get tst(): Node>; get yyx(): Node>; get ggr(): Node>; get tts(): Node>; get yyy(): Node>; get ggg(): Node>; get ttt(): Node>; } interface Swizzle3From3 extends Swizzle3From2 { get xxz(): Node>; get rrb(): Node>; get ssp(): Node>; get xyz(): Node>; set xyz(value: Node> | NumOrBool); get rgb(): Node>; set rgb(value: Node> | NumOrBool); get stp(): Node>; set stp(value: Node> | NumOrBool); get xzx(): Node>; get rbr(): Node>; get sps(): Node>; get xzy(): Node>; set xzy(value: Node> | NumOrBool); get rbg(): Node>; set rbg(value: Node> | NumOrBool); get spt(): Node>; set spt(value: Node> | NumOrBool); get xzz(): Node>; get rbb(): Node>; get spp(): Node>; get yxz(): Node>; set yxz(value: Node> | NumOrBool); get grb(): Node>; set grb(value: Node> | NumOrBool); get tsp(): Node>; set tsp(value: Node> | NumOrBool); get yyz(): Node>; get ggb(): Node>; get ttp(): Node>; get yzx(): Node>; set yzx(value: Node> | NumOrBool); get gbr(): Node>; set gbr(value: Node> | NumOrBool); get tps(): Node>; set tps(value: Node> | NumOrBool); get yzy(): Node>; get gbg(): Node>; get tpt(): Node>; get yzz(): Node>; get gbb(): Node>; get tpp(): Node>; get zxx(): Node>; get brr(): Node>; get pss(): Node>; get zxy(): Node>; set zxy(value: Node> | NumOrBool); get brg(): Node>; set brg(value: Node> | NumOrBool); get pst(): Node>; set pst(value: Node> | NumOrBool); get zxz(): Node>; get brb(): Node>; get psp(): Node>; get zyx(): Node>; set zyx(value: Node> | NumOrBool); get bgr(): Node>; set bgr(value: Node> | NumOrBool); get pts(): Node>; set pts(value: Node> | NumOrBool); get zyy(): Node>; get bgg(): Node>; get ptt(): Node>; get zyz(): Node>; get bgb(): Node>; get ptp(): Node>; get zzx(): Node>; get bbr(): Node>; get pps(): Node>; get zzy(): Node>; get bbg(): Node>; get ppt(): Node>; get zzz(): Node>; get bbb(): Node>; get ppp(): Node>; } interface Swizzle3From4 extends Swizzle3From3 { get xxw(): Node>; get rra(): Node>; get ssq(): Node>; get xyw(): Node>; set xyw(value: Node> | NumOrBool); get rga(): Node>; set rga(value: Node> | NumOrBool); get stq(): Node>; set stq(value: Node> | NumOrBool); get xzw(): Node>; set xzw(value: Node> | NumOrBool); get rba(): Node>; set rba(value: Node> | NumOrBool); get spq(): Node>; set spq(value: Node> | NumOrBool); get xwx(): Node>; get rar(): Node>; get sqs(): Node>; get xwy(): Node>; set xwy(value: Node> | NumOrBool); get rag(): Node>; set rag(value: Node> | NumOrBool); get sqt(): Node>; set sqt(value: Node> | NumOrBool); get xwz(): Node>; set xwz(value: Node> | NumOrBool); get rab(): Node>; set rab(value: Node> | NumOrBool); get sqp(): Node>; set sqp(value: Node> | NumOrBool); get xww(): Node>; get raa(): Node>; get sqq(): Node>; get yxw(): Node>; set yxw(value: Node> | NumOrBool); get gra(): Node>; set gra(value: Node> | NumOrBool); get tsq(): Node>; set tsq(value: Node> | NumOrBool); get yyw(): Node>; get gga(): Node>; get ttq(): Node>; get yzw(): Node>; set yzw(value: Node> | NumOrBool); get gba(): Node>; set gba(value: Node> | NumOrBool); get tpq(): Node>; set tpq(value: Node> | NumOrBool); get ywx(): Node>; set ywx(value: Node> | NumOrBool); get gar(): Node>; set gar(value: Node> | NumOrBool); get tqs(): Node>; set tqs(value: Node> | NumOrBool); get ywy(): Node>; get gag(): Node>; get tqt(): Node>; get ywz(): Node>; set ywz(value: Node> | NumOrBool); get gab(): Node>; set gab(value: Node> | NumOrBool); get tqp(): Node>; set tqp(value: Node> | NumOrBool); get yww(): Node>; get gaa(): Node>; get tqq(): Node>; get zxw(): Node>; set zxw(value: Node> | NumOrBool); get bra(): Node>; set bra(value: Node> | NumOrBool); get psq(): Node>; set psq(value: Node> | NumOrBool); get zyw(): Node>; set zyw(value: Node> | NumOrBool); get bga(): Node>; set bga(value: Node> | NumOrBool); get ptq(): Node>; set ptq(value: Node> | NumOrBool); get zzw(): Node>; get bba(): Node>; get ppq(): Node>; get zwx(): Node>; set zwx(value: Node> | NumOrBool); get bar(): Node>; set bar(value: Node> | NumOrBool); get pqs(): Node>; set pqs(value: Node> | NumOrBool); get zwy(): Node>; set zwy(value: Node> | NumOrBool); get bag(): Node>; set bag(value: Node> | NumOrBool); get pqt(): Node>; set pqt(value: Node> | NumOrBool); get zwz(): Node>; get bab(): Node>; get pqp(): Node>; get zww(): Node>; get baa(): Node>; get pqq(): Node>; get wxx(): Node>; get arr(): Node>; get qss(): Node>; get wxy(): Node>; set wxy(value: Node> | NumOrBool); get arg(): Node>; set arg(value: Node> | NumOrBool); get qst(): Node>; set qst(value: Node> | NumOrBool); get wxz(): Node>; set wxz(value: Node> | NumOrBool); get arb(): Node>; set arb(value: Node> | NumOrBool); get qsp(): Node>; set qsp(value: Node> | NumOrBool); get wxw(): Node>; get ara(): Node>; get qsq(): Node>; get wyx(): Node>; set wyx(value: Node> | NumOrBool); get agr(): Node>; set agr(value: Node> | NumOrBool); get qts(): Node>; set qts(value: Node> | NumOrBool); get wyy(): Node>; get agg(): Node>; get qtt(): Node>; get wyz(): Node>; set wyz(value: Node> | NumOrBool); get agb(): Node>; set agb(value: Node> | NumOrBool); get qtp(): Node>; set qtp(value: Node> | NumOrBool); get wyw(): Node>; get aga(): Node>; get qtq(): Node>; get wzx(): Node>; set wzx(value: Node> | NumOrBool); get abr(): Node>; set abr(value: Node> | NumOrBool); get qps(): Node>; set qps(value: Node> | NumOrBool); get wzy(): Node>; set wzy(value: Node> | NumOrBool); get abg(): Node>; set abg(value: Node> | NumOrBool); get qpt(): Node>; set qpt(value: Node> | NumOrBool); get wzz(): Node>; get abb(): Node>; get qpp(): Node>; get wzw(): Node>; get aba(): Node>; get qpq(): Node>; get wwx(): Node>; get aar(): Node>; get qqs(): Node>; get wwy(): Node>; get aag(): Node>; get qqt(): Node>; get wwz(): Node>; get aab(): Node>; get qqp(): Node>; get www(): Node>; get aaa(): Node>; get qqq(): Node>; } interface Swizzle4From1 { get xxxx(): Node>; get rrrr(): Node>; get ssss(): Node>; } interface Swizzle4From2 extends Swizzle4From1 { get xxxy(): Node>; get rrrg(): Node>; get ssst(): Node>; get xxyx(): Node>; get rrgr(): Node>; get ssts(): Node>; get xxyy(): Node>; get rrgg(): Node>; get sstt(): Node>; get xyxx(): Node>; get rgrr(): Node>; get stss(): Node>; get xyxy(): Node>; get rgrg(): Node>; get stst(): Node>; get xyyx(): Node>; get rggr(): Node>; get stts(): Node>; get xyyy(): Node>; get rggg(): Node>; get sttt(): Node>; get yxxx(): Node>; get grrr(): Node>; get tsss(): Node>; get yxxy(): Node>; get grrg(): Node>; get tsst(): Node>; get yxyx(): Node>; get grgr(): Node>; get tsts(): Node>; get yxyy(): Node>; get grgg(): Node>; get tstt(): Node>; get yyxx(): Node>; get ggrr(): Node>; get ttss(): Node>; get yyxy(): Node>; get ggrg(): Node>; get ttst(): Node>; get yyyx(): Node>; get gggr(): Node>; get ttts(): Node>; get yyyy(): Node>; get gggg(): Node>; get tttt(): Node>; } interface Swizzle4From3 extends Swizzle4From2 { get xxxz(): Node>; get rrrb(): Node>; get sssp(): Node>; get xxyz(): Node>; get rrgb(): Node>; get sstp(): Node>; get xxzx(): Node>; get rrbr(): Node>; get ssps(): Node>; get xxzy(): Node>; get rrbg(): Node>; get sspt(): Node>; get xxzz(): Node>; get rrbb(): Node>; get sspp(): Node>; get xyxz(): Node>; get rgrb(): Node>; get stsp(): Node>; get xyyz(): Node>; get rggb(): Node>; get sttp(): Node>; get xyzx(): Node>; get rgbr(): Node>; get stps(): Node>; get xyzy(): Node>; get rgbg(): Node>; get stpt(): Node>; get xyzz(): Node>; get rgbb(): Node>; get stpp(): Node>; get xzxx(): Node>; get rbrr(): Node>; get spss(): Node>; get xzxy(): Node>; get rbrg(): Node>; get spst(): Node>; get xzxz(): Node>; get rbrb(): Node>; get spsp(): Node>; get xzyx(): Node>; get rbgr(): Node>; get spts(): Node>; get xzyy(): Node>; get rbgg(): Node>; get sptt(): Node>; get xzyz(): Node>; get rbgb(): Node>; get sptp(): Node>; get xzzx(): Node>; get rbbr(): Node>; get spps(): Node>; get xzzy(): Node>; get rbbg(): Node>; get sppt(): Node>; get xzzz(): Node>; get rbbb(): Node>; get sppp(): Node>; get yxxz(): Node>; get grrb(): Node>; get tssp(): Node>; get yxyz(): Node>; get grgb(): Node>; get tstp(): Node>; get yxzx(): Node>; get grbr(): Node>; get tsps(): Node>; get yxzy(): Node>; get grbg(): Node>; get tspt(): Node>; get yxzz(): Node>; get grbb(): Node>; get tspp(): Node>; get yyxz(): Node>; get ggrb(): Node>; get ttsp(): Node>; get yyyz(): Node>; get gggb(): Node>; get tttp(): Node>; get yyzx(): Node>; get ggbr(): Node>; get ttps(): Node>; get yyzy(): Node>; get ggbg(): Node>; get ttpt(): Node>; get yyzz(): Node>; get ggbb(): Node>; get ttpp(): Node>; get yzxx(): Node>; get gbrr(): Node>; get tpss(): Node>; get yzxy(): Node>; get gbrg(): Node>; get tpst(): Node>; get yzxz(): Node>; get gbrb(): Node>; get tpsp(): Node>; get yzyx(): Node>; get gbgr(): Node>; get tpts(): Node>; get yzyy(): Node>; get gbgg(): Node>; get tptt(): Node>; get yzyz(): Node>; get gbgb(): Node>; get tptp(): Node>; get yzzx(): Node>; get gbbr(): Node>; get tpps(): Node>; get yzzy(): Node>; get gbbg(): Node>; get tppt(): Node>; get yzzz(): Node>; get gbbb(): Node>; get tppp(): Node>; get zxxx(): Node>; get brrr(): Node>; get psss(): Node>; get zxxy(): Node>; get brrg(): Node>; get psst(): Node>; get zxxz(): Node>; get brrb(): Node>; get pssp(): Node>; get zxyx(): Node>; get brgr(): Node>; get psts(): Node>; get zxyy(): Node>; get brgg(): Node>; get pstt(): Node>; get zxyz(): Node>; get brgb(): Node>; get pstp(): Node>; get zxzx(): Node>; get brbr(): Node>; get psps(): Node>; get zxzy(): Node>; get brbg(): Node>; get pspt(): Node>; get zxzz(): Node>; get brbb(): Node>; get pspp(): Node>; get zyxx(): Node>; get bgrr(): Node>; get ptss(): Node>; get zyxy(): Node>; get bgrg(): Node>; get ptst(): Node>; get zyxz(): Node>; get bgrb(): Node>; get ptsp(): Node>; get zyyx(): Node>; get bggr(): Node>; get ptts(): Node>; get zyyy(): Node>; get bggg(): Node>; get pttt(): Node>; get zyyz(): Node>; get bggb(): Node>; get pttp(): Node>; get zyzx(): Node>; get bgbr(): Node>; get ptps(): Node>; get zyzy(): Node>; get bgbg(): Node>; get ptpt(): Node>; get zyzz(): Node>; get bgbb(): Node>; get ptpp(): Node>; get zzxx(): Node>; get bbrr(): Node>; get ppss(): Node>; get zzxy(): Node>; get bbrg(): Node>; get ppst(): Node>; get zzxz(): Node>; get bbrb(): Node>; get ppsp(): Node>; get zzyx(): Node>; get bbgr(): Node>; get ppts(): Node>; get zzyy(): Node>; get bbgg(): Node>; get pptt(): Node>; get zzyz(): Node>; get bbgb(): Node>; get pptp(): Node>; get zzzx(): Node>; get bbbr(): Node>; get ppps(): Node>; get zzzy(): Node>; get bbbg(): Node>; get pppt(): Node>; get zzzz(): Node>; get bbbb(): Node>; get pppp(): Node>; } interface Swizzle4From4 extends Swizzle4From3 { get xxxw(): Node>; get rrra(): Node>; get sssq(): Node>; get xxyw(): Node>; get rrga(): Node>; get sstq(): Node>; get xxzw(): Node>; get rrba(): Node>; get sspq(): Node>; get xxwx(): Node>; get rrar(): Node>; get ssqs(): Node>; get xxwy(): Node>; get rrag(): Node>; get ssqt(): Node>; get xxwz(): Node>; get rrab(): Node>; get ssqp(): Node>; get xxww(): Node>; get rraa(): Node>; get ssqq(): Node>; get xyxw(): Node>; get rgra(): Node>; get stsq(): Node>; get xyyw(): Node>; get rgga(): Node>; get sttq(): Node>; get xyzw(): Node>; set xyzw(value: Node> | NumOrBool); get rgba(): Node>; set rgba(value: Node> | NumOrBool); get stpq(): Node>; set stpq(value: Node> | NumOrBool); get xywx(): Node>; get rgar(): Node>; get stqs(): Node>; get xywy(): Node>; get rgag(): Node>; get stqt(): Node>; get xywz(): Node>; set xywz(value: Node> | NumOrBool); get rgab(): Node>; set rgab(value: Node> | NumOrBool); get stqp(): Node>; set stqp(value: Node> | NumOrBool); get xyww(): Node>; get rgaa(): Node>; get stqq(): Node>; get xzxw(): Node>; get rbra(): Node>; get spsq(): Node>; get xzyw(): Node>; set xzyw(value: Node> | NumOrBool); get rbga(): Node>; set rbga(value: Node> | NumOrBool); get sptq(): Node>; set sptq(value: Node> | NumOrBool); get xzzw(): Node>; get rbba(): Node>; get sppq(): Node>; get xzwx(): Node>; get rbar(): Node>; get spqs(): Node>; get xzwy(): Node>; set xzwy(value: Node> | NumOrBool); get rbag(): Node>; set rbag(value: Node> | NumOrBool); get spqt(): Node>; set spqt(value: Node> | NumOrBool); get xzwz(): Node>; get rbab(): Node>; get spqp(): Node>; get xzww(): Node>; get rbaa(): Node>; get spqq(): Node>; get xwxx(): Node>; get rarr(): Node>; get sqss(): Node>; get xwxy(): Node>; get rarg(): Node>; get sqst(): Node>; get xwxz(): Node>; get rarb(): Node>; get sqsp(): Node>; get xwxw(): Node>; get rara(): Node>; get sqsq(): Node>; get xwyx(): Node>; get ragr(): Node>; get sqts(): Node>; get xwyy(): Node>; get ragg(): Node>; get sqtt(): Node>; get xwyz(): Node>; set xwyz(value: Node> | NumOrBool); get ragb(): Node>; set ragb(value: Node> | NumOrBool); get sqtp(): Node>; set sqtp(value: Node> | NumOrBool); get xwyw(): Node>; get raga(): Node>; get sqtq(): Node>; get xwzx(): Node>; get rabr(): Node>; get sqps(): Node>; get xwzy(): Node>; set xwzy(value: Node> | NumOrBool); get rabg(): Node>; set rabg(value: Node> | NumOrBool); get sqpt(): Node>; set sqpt(value: Node> | NumOrBool); get xwzz(): Node>; get rabb(): Node>; get sqpp(): Node>; get xwzw(): Node>; get raba(): Node>; get sqpq(): Node>; get xwwx(): Node>; get raar(): Node>; get sqqs(): Node>; get xwwy(): Node>; get raag(): Node>; get sqqt(): Node>; get xwwz(): Node>; get raab(): Node>; get sqqp(): Node>; get xwww(): Node>; get raaa(): Node>; get sqqq(): Node>; get yxxw(): Node>; get grra(): Node>; get tssq(): Node>; get yxyw(): Node>; get grga(): Node>; get tstq(): Node>; get yxzw(): Node>; set yxzw(value: Node> | NumOrBool); get grba(): Node>; set grba(value: Node> | NumOrBool); get tspq(): Node>; set tspq(value: Node> | NumOrBool); get yxwx(): Node>; get grar(): Node>; get tsqs(): Node>; get yxwy(): Node>; get grag(): Node>; get tsqt(): Node>; get yxwz(): Node>; set yxwz(value: Node> | NumOrBool); get grab(): Node>; set grab(value: Node> | NumOrBool); get tsqp(): Node>; set tsqp(value: Node> | NumOrBool); get yxww(): Node>; get graa(): Node>; get tsqq(): Node>; get yyxw(): Node>; get ggra(): Node>; get ttsq(): Node>; get yyyw(): Node>; get ggga(): Node>; get tttq(): Node>; get yyzw(): Node>; get ggba(): Node>; get ttpq(): Node>; get yywx(): Node>; get ggar(): Node>; get ttqs(): Node>; get yywy(): Node>; get ggag(): Node>; get ttqt(): Node>; get yywz(): Node>; get ggab(): Node>; get ttqp(): Node>; get yyww(): Node>; get ggaa(): Node>; get ttqq(): Node>; get yzxw(): Node>; set yzxw(value: Node> | NumOrBool); get gbra(): Node>; set gbra(value: Node> | NumOrBool); get tpsq(): Node>; set tpsq(value: Node> | NumOrBool); get yzyw(): Node>; get gbga(): Node>; get tptq(): Node>; get yzzw(): Node>; get gbba(): Node>; get tppq(): Node>; get yzwx(): Node>; set yzwx(value: Node> | NumOrBool); get gbar(): Node>; set gbar(value: Node> | NumOrBool); get tpqs(): Node>; set tpqs(value: Node> | NumOrBool); get yzwy(): Node>; get gbag(): Node>; get tpqt(): Node>; get yzwz(): Node>; get gbab(): Node>; get tpqp(): Node>; get yzww(): Node>; get gbaa(): Node>; get tpqq(): Node>; get ywxx(): Node>; get garr(): Node>; get tqss(): Node>; get ywxy(): Node>; get garg(): Node>; get tqst(): Node>; get ywxz(): Node>; set ywxz(value: Node> | NumOrBool); get garb(): Node>; set garb(value: Node> | NumOrBool); get tqsp(): Node>; set tqsp(value: Node> | NumOrBool); get ywxw(): Node>; get gara(): Node>; get tqsq(): Node>; get ywyx(): Node>; get gagr(): Node>; get tqts(): Node>; get ywyy(): Node>; get gagg(): Node>; get tqtt(): Node>; get ywyz(): Node>; get gagb(): Node>; get tqtp(): Node>; get ywyw(): Node>; get gaga(): Node>; get tqtq(): Node>; get ywzx(): Node>; set ywzx(value: Node> | NumOrBool); get gabr(): Node>; set gabr(value: Node> | NumOrBool); get tqps(): Node>; set tqps(value: Node> | NumOrBool); get ywzy(): Node>; get gabg(): Node>; get tqpt(): Node>; get ywzz(): Node>; get gabb(): Node>; get tqpp(): Node>; get ywzw(): Node>; get gaba(): Node>; get tqpq(): Node>; get ywwx(): Node>; get gaar(): Node>; get tqqs(): Node>; get ywwy(): Node>; get gaag(): Node>; get tqqt(): Node>; get ywwz(): Node>; get gaab(): Node>; get tqqp(): Node>; get ywww(): Node>; get gaaa(): Node>; get tqqq(): Node>; get zxxw(): Node>; get brra(): Node>; get pssq(): Node>; get zxyw(): Node>; set zxyw(value: Node> | NumOrBool); get brga(): Node>; set brga(value: Node> | NumOrBool); get pstq(): Node>; set pstq(value: Node> | NumOrBool); get zxzw(): Node>; get brba(): Node>; get pspq(): Node>; get zxwx(): Node>; get brar(): Node>; get psqs(): Node>; get zxwy(): Node>; set zxwy(value: Node> | NumOrBool); get brag(): Node>; set brag(value: Node> | NumOrBool); get psqt(): Node>; set psqt(value: Node> | NumOrBool); get zxwz(): Node>; get brab(): Node>; get psqp(): Node>; get zxww(): Node>; get braa(): Node>; get psqq(): Node>; get zyxw(): Node>; set zyxw(value: Node> | NumOrBool); get bgra(): Node>; set bgra(value: Node> | NumOrBool); get ptsq(): Node>; set ptsq(value: Node> | NumOrBool); get zyyw(): Node>; get bgga(): Node>; get pttq(): Node>; get zyzw(): Node>; get bgba(): Node>; get ptpq(): Node>; get zywx(): Node>; set zywx(value: Node> | NumOrBool); get bgar(): Node>; set bgar(value: Node> | NumOrBool); get ptqs(): Node>; set ptqs(value: Node> | NumOrBool); get zywy(): Node>; get bgag(): Node>; get ptqt(): Node>; get zywz(): Node>; get bgab(): Node>; get ptqp(): Node>; get zyww(): Node>; get bgaa(): Node>; get ptqq(): Node>; get zzxw(): Node>; get bbra(): Node>; get ppsq(): Node>; get zzyw(): Node>; get bbga(): Node>; get pptq(): Node>; get zzzw(): Node>; get bbba(): Node>; get pppq(): Node>; get zzwx(): Node>; get bbar(): Node>; get ppqs(): Node>; get zzwy(): Node>; get bbag(): Node>; get ppqt(): Node>; get zzwz(): Node>; get bbab(): Node>; get ppqp(): Node>; get zzww(): Node>; get bbaa(): Node>; get ppqq(): Node>; get zwxx(): Node>; get barr(): Node>; get pqss(): Node>; get zwxy(): Node>; set zwxy(value: Node> | NumOrBool); get barg(): Node>; set barg(value: Node> | NumOrBool); get pqst(): Node>; set pqst(value: Node> | NumOrBool); get zwxz(): Node>; get barb(): Node>; get pqsp(): Node>; get zwxw(): Node>; get bara(): Node>; get pqsq(): Node>; get zwyx(): Node>; set zwyx(value: Node> | NumOrBool); get bagr(): Node>; set bagr(value: Node> | NumOrBool); get pqts(): Node>; set pqts(value: Node> | NumOrBool); get zwyy(): Node>; get bagg(): Node>; get pqtt(): Node>; get zwyz(): Node>; get bagb(): Node>; get pqtp(): Node>; get zwyw(): Node>; get baga(): Node>; get pqtq(): Node>; get zwzx(): Node>; get babr(): Node>; get pqps(): Node>; get zwzy(): Node>; get babg(): Node>; get pqpt(): Node>; get zwzz(): Node>; get babb(): Node>; get pqpp(): Node>; get zwzw(): Node>; get baba(): Node>; get pqpq(): Node>; get zwwx(): Node>; get baar(): Node>; get pqqs(): Node>; get zwwy(): Node>; get baag(): Node>; get pqqt(): Node>; get zwwz(): Node>; get baab(): Node>; get pqqp(): Node>; get zwww(): Node>; get baaa(): Node>; get pqqq(): Node>; get wxxx(): Node>; get arrr(): Node>; get qsss(): Node>; get wxxy(): Node>; get arrg(): Node>; get qsst(): Node>; get wxxz(): Node>; get arrb(): Node>; get qssp(): Node>; get wxxw(): Node>; get arra(): Node>; get qssq(): Node>; get wxyx(): Node>; get argr(): Node>; get qsts(): Node>; get wxyy(): Node>; get argg(): Node>; get qstt(): Node>; get wxyz(): Node>; set wxyz(value: Node> | NumOrBool); get argb(): Node>; set argb(value: Node> | NumOrBool); get qstp(): Node>; set qstp(value: Node> | NumOrBool); get wxyw(): Node>; get arga(): Node>; get qstq(): Node>; get wxzx(): Node>; get arbr(): Node>; get qsps(): Node>; get wxzy(): Node>; set wxzy(value: Node> | NumOrBool); get arbg(): Node>; set arbg(value: Node> | NumOrBool); get qspt(): Node>; set qspt(value: Node> | NumOrBool); get wxzz(): Node>; get arbb(): Node>; get qspp(): Node>; get wxzw(): Node>; get arba(): Node>; get qspq(): Node>; get wxwx(): Node>; get arar(): Node>; get qsqs(): Node>; get wxwy(): Node>; get arag(): Node>; get qsqt(): Node>; get wxwz(): Node>; get arab(): Node>; get qsqp(): Node>; get wxww(): Node>; get araa(): Node>; get qsqq(): Node>; get wyxx(): Node>; get agrr(): Node>; get qtss(): Node>; get wyxy(): Node>; get agrg(): Node>; get qtst(): Node>; get wyxz(): Node>; set wyxz(value: Node> | NumOrBool); get agrb(): Node>; set agrb(value: Node> | NumOrBool); get qtsp(): Node>; set qtsp(value: Node> | NumOrBool); get wyxw(): Node>; get agra(): Node>; get qtsq(): Node>; get wyyx(): Node>; get aggr(): Node>; get qtts(): Node>; get wyyy(): Node>; get aggg(): Node>; get qttt(): Node>; get wyyz(): Node>; get aggb(): Node>; get qttp(): Node>; get wyyw(): Node>; get agga(): Node>; get qttq(): Node>; get wyzx(): Node>; set wyzx(value: Node> | NumOrBool); get agbr(): Node>; set agbr(value: Node> | NumOrBool); get qtps(): Node>; set qtps(value: Node> | NumOrBool); get wyzy(): Node>; get agbg(): Node>; get qtpt(): Node>; get wyzz(): Node>; get agbb(): Node>; get qtpp(): Node>; get wyzw(): Node>; get agba(): Node>; get qtpq(): Node>; get wywx(): Node>; get agar(): Node>; get qtqs(): Node>; get wywy(): Node>; get agag(): Node>; get qtqt(): Node>; get wywz(): Node>; get agab(): Node>; get qtqp(): Node>; get wyww(): Node>; get agaa(): Node>; get qtqq(): Node>; get wzxx(): Node>; get abrr(): Node>; get qpss(): Node>; get wzxy(): Node>; set wzxy(value: Node> | NumOrBool); get abrg(): Node>; set abrg(value: Node> | NumOrBool); get qpst(): Node>; set qpst(value: Node> | NumOrBool); get wzxz(): Node>; get abrb(): Node>; get qpsp(): Node>; get wzxw(): Node>; get abra(): Node>; get qpsq(): Node>; get wzyx(): Node>; set wzyx(value: Node> | NumOrBool); get abgr(): Node>; set abgr(value: Node> | NumOrBool); get qpts(): Node>; set qpts(value: Node> | NumOrBool); get wzyy(): Node>; get abgg(): Node>; get qptt(): Node>; get wzyz(): Node>; get abgb(): Node>; get qptp(): Node>; get wzyw(): Node>; get abga(): Node>; get qptq(): Node>; get wzzx(): Node>; get abbr(): Node>; get qpps(): Node>; get wzzy(): Node>; get abbg(): Node>; get qppt(): Node>; get wzzz(): Node>; get abbb(): Node>; get qppp(): Node>; get wzzw(): Node>; get abba(): Node>; get qppq(): Node>; get wzwx(): Node>; get abar(): Node>; get qpqs(): Node>; get wzwy(): Node>; get abag(): Node>; get qpqt(): Node>; get wzwz(): Node>; get abab(): Node>; get qpqp(): Node>; get wzww(): Node>; get abaa(): Node>; get qpqq(): Node>; get wwxx(): Node>; get aarr(): Node>; get qqss(): Node>; get wwxy(): Node>; get aarg(): Node>; get qqst(): Node>; get wwxz(): Node>; get aarb(): Node>; get qqsp(): Node>; get wwxw(): Node>; get aara(): Node>; get qqsq(): Node>; get wwyx(): Node>; get aagr(): Node>; get qqts(): Node>; get wwyy(): Node>; get aagg(): Node>; get qqtt(): Node>; get wwyz(): Node>; get aagb(): Node>; get qqtp(): Node>; get wwyw(): Node>; get aaga(): Node>; get qqtq(): Node>; get wwzx(): Node>; get aabr(): Node>; get qqps(): Node>; get wwzy(): Node>; get aabg(): Node>; get qqpt(): Node>; get wwzz(): Node>; get aabb(): Node>; get qqpp(): Node>; get wwzw(): Node>; get aaba(): Node>; get qqpq(): Node>; get wwwx(): Node>; get aaar(): Node>; get qqqs(): Node>; get wwwy(): Node>; get aaag(): Node>; get qqqt(): Node>; get wwwz(): Node>; get aaab(): Node>; get qqqp(): Node>; get wwww(): Node>; get aaaa(): Node>; get qqqq(): Node>; } declare module "../core/Node.js" { interface NumOrBoolExtensions extends Swizzle1From1, Swizzle2From1, Swizzle3From1, Swizzle4From1 { } interface NumOrBoolVec2Extensions extends Swizzle1From2, Swizzle2From2, Swizzle3From2, Swizzle4From2 { } interface NumOrBoolVec3Extensions extends Swizzle1From3, Swizzle2From3, Swizzle3From3, Swizzle4From3 { } interface ColorExtensions extends Swizzle1From3<"float">, Swizzle2From3<"float">, Swizzle3From3<"float">, Swizzle4From3<"float"> { } interface NumOrBoolVec4Extensions extends Swizzle1From4, Swizzle2From4, Swizzle3From4, Swizzle4From4 { } } interface SetSwizzle1 { setX(value: NumOrBool): Node; setR(value: NumOrBool): Node; setS(value: NumOrBool): Node; } interface SetSwizzle2 { setX(value: NumOrBool): Node>; setR(value: NumOrBool): Node>; setS(value: NumOrBool): Node>; setY(value: NumOrBool): Node>; setG(value: NumOrBool): Node>; setT(value: NumOrBool): Node>; setXY(value: Node> | NumOrBool): Node>; setRG(value: Node> | NumOrBool): Node>; setST(value: Node> | NumOrBool): Node>; } interface SetSwizzle3 { setX(value: NumOrBool): Node>; setR(value: NumOrBool): Node>; setS(value: NumOrBool): Node>; setY(value: NumOrBool): Node>; setG(value: NumOrBool): Node>; setT(value: NumOrBool): Node>; setZ(value: NumOrBool): Node>; setB(value: NumOrBool): Node>; setP(value: NumOrBool): Node>; setXY(value: Node> | NumOrBool): Node>; setRG(value: Node> | NumOrBool): Node>; setST(value: Node> | NumOrBool): Node>; setYZ(value: Node> | NumOrBool): Node>; setGB(value: Node> | NumOrBool): Node>; setTP(value: Node> | NumOrBool): Node>; setXYZ(value: Node> | NumOrBool): Node>; setRGB(value: Node> | NumOrBool): Node>; setSTP(value: Node> | NumOrBool): Node>; } interface SetSwizzle4 { setX(value: NumOrBool): Node>; setR(value: NumOrBool): Node>; setS(value: NumOrBool): Node>; setY(value: NumOrBool): Node>; setG(value: NumOrBool): Node>; setT(value: NumOrBool): Node>; setZ(value: NumOrBool): Node>; setB(value: NumOrBool): Node>; setP(value: NumOrBool): Node>; setW(value: NumOrBool): Node>; setA(value: NumOrBool): Node>; setQ(value: NumOrBool): Node>; setXY(value: Node> | NumOrBool): Node>; setRG(value: Node> | NumOrBool): Node>; setST(value: Node> | NumOrBool): Node>; setYZ(value: Node> | NumOrBool): Node>; setGB(value: Node> | NumOrBool): Node>; setTP(value: Node> | NumOrBool): Node>; setZW(value: Node> | NumOrBool): Node>; setBA(value: Node> | NumOrBool): Node>; setPQ(value: Node> | NumOrBool): Node>; setXYZ(value: Node> | NumOrBool): Node>; setRGB(value: Node> | NumOrBool): Node>; setSTP(value: Node> | NumOrBool): Node>; setYZW(value: Node> | NumOrBool): Node>; setGBA(value: Node> | NumOrBool): Node>; setTPQ(value: Node> | NumOrBool): Node>; setXYZW(value: Node> | NumOrBool): Node>; setRGBA(value: Node> | NumOrBool): Node>; setSTPQ(value: Node> | NumOrBool): Node>; } declare module "../core/Node.js" { // eslint-disable-next-line @typescript-eslint/no-empty-interface interface NumOrBoolExtensions extends SetSwizzle1 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface NumOrBoolVec2Extensions extends SetSwizzle2 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface NumOrBoolVec3Extensions extends SetSwizzle3 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface ColorExtensions extends SetSwizzle3<"float"> { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface NumOrBoolVec4Extensions extends SetSwizzle4 { } } interface FlipSwizzle1 { flipX(): Node<"float">; flipR(): Node<"float">; flipS(): Node<"float">; } interface FlipSwizzle2 { flipX(): Node<"vec2">; flipR(): Node<"vec2">; flipS(): Node<"vec2">; flipY(): Node<"vec2">; flipG(): Node<"vec2">; flipT(): Node<"vec2">; flipXY(): Node<"vec2">; flipRG(): Node<"vec2">; flipST(): Node<"vec2">; } interface FlipSwizzle3 { flipX(): Node<"vec3">; flipR(): Node<"vec3">; flipS(): Node<"vec3">; flipY(): Node<"vec3">; flipG(): Node<"vec3">; flipT(): Node<"vec3">; flipZ(): Node<"vec3">; flipB(): Node<"vec3">; flipP(): Node<"vec3">; flipXY(): Node<"vec3">; flipRG(): Node<"vec3">; flipST(): Node<"vec3">; flipXZ(): Node<"vec3">; flipRB(): Node<"vec3">; flipSP(): Node<"vec3">; flipYZ(): Node<"vec3">; flipGB(): Node<"vec3">; flipTP(): Node<"vec3">; flipXYZ(): Node<"vec3">; flipRGB(): Node<"vec3">; flipSTP(): Node<"vec3">; } interface FlipSwizzle4 { flipX(): Node<"vec4">; flipR(): Node<"vec4">; flipS(): Node<"vec4">; flipY(): Node<"vec4">; flipG(): Node<"vec4">; flipT(): Node<"vec4">; flipZ(): Node<"vec4">; flipB(): Node<"vec4">; flipP(): Node<"vec4">; flipW(): Node<"vec4">; flipA(): Node<"vec4">; flipQ(): Node<"vec4">; flipXY(): Node<"vec4">; flipRG(): Node<"vec4">; flipST(): Node<"vec4">; flipXZ(): Node<"vec4">; flipRB(): Node<"vec4">; flipSP(): Node<"vec4">; flipYZ(): Node<"vec4">; flipGB(): Node<"vec4">; flipTP(): Node<"vec4">; flipXW(): Node<"vec4">; flipRA(): Node<"vec4">; flipSQ(): Node<"vec4">; flipYW(): Node<"vec4">; flipGA(): Node<"vec4">; flipTQ(): Node<"vec4">; flipZW(): Node<"vec4">; flipBA(): Node<"vec4">; flipPQ(): Node<"vec4">; flipXYZ(): Node<"vec4">; flipRGB(): Node<"vec4">; flipSTP(): Node<"vec4">; flipXYW(): Node<"vec4">; flipRGA(): Node<"vec4">; flipSTQ(): Node<"vec4">; flipXZW(): Node<"vec4">; flipRBA(): Node<"vec4">; flipSPQ(): Node<"vec4">; flipYZW(): Node<"vec4">; flipGBA(): Node<"vec4">; flipTPQ(): Node<"vec4">; flipXYZW(): Node<"vec4">; flipRGBA(): Node<"vec4">; flipSTPQ(): Node<"vec4">; } declare module "../core/Node.js" { // eslint-disable-next-line @typescript-eslint/no-empty-interface interface FloatExtensions extends FlipSwizzle1 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface Vec2Extensions extends FlipSwizzle2 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface Vec3Extensions extends FlipSwizzle3 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface ColorExtensions extends FlipSwizzle3 { } // eslint-disable-next-line @typescript-eslint/no-empty-interface interface Vec4Extensions extends FlipSwizzle4 { } } export type NodeObject = T extends Node ? T : T extends number ? Node<"float"> : T extends boolean ? Node<"bool"> : T extends (...args: never) => unknown ? unknown // FIXME This should return an FnNode : T extends Vector2 ? Node<"vec2"> : T extends Vector3 ? Node<"vec3"> : T extends Vector4 ? Node<"vec4"> : T extends Matrix2 ? Node<"mat2"> : T extends Matrix3 ? Node<"mat3"> : T extends Matrix4 ? Node<"mat4"> : T extends Color ? Node<"color"> : T extends ArrayBuffer ? Node<"ArrayBuffer"> : T; type Proxied = T extends Node ? Node extends T ? TNodeType extends "float" ? Node<"float"> | Node<"uint"> | number // FIXME remove Node<"uint"> : TNodeType extends "bool" ? Node<"bool"> | boolean : TNodeType extends "vec2" ? Node<"vec2"> | Vector2 : TNodeType extends "vec3" ? Node<"vec3"> | Vector3 : TNodeType extends "vec4" ? Node<"vec4"> | Vector4 : TNodeType extends "mat2" ? Node<"mat2"> | Matrix2 : TNodeType extends "mat3" ? Node<"mat3"> | Matrix3 : TNodeType extends "mat4" ? Node<"mat4"> | Matrix4 : TNodeType extends "color" ? Node<"color"> | Color : TNodeType extends "ArrayBuffer" ? Node<"ArrayBuffer"> | ArrayBuffer : T : T : T; type CoercibleToNodeType = TNodeType extends "float" ? Node<"float"> | Node<"int"> | Node<"uint"> | number : TNodeType extends "bool" ? Node<"bool"> | boolean : TNodeType extends "vec2" ? Node<"vec2"> | Node<"ivec2"> | Node<"uvec2"> | Vector2 : TNodeType extends "vec3" ? Node<"vec3"> | Node<"ivec3"> | Node<"uvec3"> | Vector3 : TNodeType extends "vec4" ? Node<"vec4"> | Node<"ivec4"> | Node<"uvec4"> | Vector4 : TNodeType extends "mat2" ? Node<"mat2"> | Matrix2 : TNodeType extends "vec3" ? Node<"mat3"> | Matrix3 : TNodeType extends "vec4" ? Node<"mat4"> | Matrix4 : TNodeType extends "color" ? Node<"color"> | Color : TNodeType extends "ArrayBuffer" ? Node<"ArrayBuffer"> | ArrayBuffer : Node; // https://github.com/microsoft/TypeScript/issues/42435#issuecomment-765557874 // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type export type ProxiedTuple = [...{ [Index in keyof T]: Proxied }]; export type ProxiedObject = { [Index in keyof T]: Proxied }; // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type type RemoveTail = T extends [unknown, ...infer X] ? X : []; // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type type RemoveHeadAndTail = T extends [unknown, ...infer X, unknown] ? X : []; /** * Temporary type to save signatures of 4 constructors. Each element may be tuple or undefined. * * We use an object instead of tuple or union as it makes stuff easier, especially in Typescript 4.0. */ interface Constructors< // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type A extends undefined | [...unknown[]], // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type B extends undefined | [...unknown[]], // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type C extends undefined | [...unknown[]], // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type D extends undefined | [...unknown[]], > { a: A; b: B; c: C; d: D; } /** * Returns all constructors * * * */ type OverloadedConstructorsOf = T extends { new(...args: infer A1): unknown; new(...args: infer A2): unknown; new(...args: infer A3): unknown; new(...args: infer A4): unknown; } ? Constructors : T extends { new(...args: infer A1): unknown; new(...args: infer A2): unknown; new(...args: infer A3): unknown; } ? Constructors : T extends { new(...args: infer A1): unknown; new(...args: infer A2): unknown; } ? Constructors : T extends new(...args: infer A) => unknown ? Constructors : Constructors; type AnyConstructors = Constructors; /** * Returns all constructors where the first parameter is assignable to given "scope" */ // eslint-disable-next-line @typescript-eslint/consistent-type-definitions type FilterConstructorsByScope = { a: S extends T["a"][0] ? T["a"] : undefined; b: S extends T["b"][0] ? T["b"] : undefined; c: S extends T["c"][0] ? T["c"] : undefined; d: S extends T["d"][0] ? T["d"] : undefined; }; /** * "flattens" the tuple into an union type */ type ConstructorUnion = | Exclude | Exclude | Exclude | Exclude; /** * Extract list of possible scopes - union of the first parameter * of all constructors, should it be string */ type ExtractScopes = | (T["a"][0] extends string ? T["a"][0] : never) | (T["b"][0] extends string ? T["b"][0] : never) | (T["c"][0] extends string ? T["c"][0] : never) | (T["d"][0] extends string ? T["d"][0] : never); type GetConstructorsByScope = ConstructorUnion, S>>; type GetConstructors = ConstructorUnion>; type GetPossibleScopes = ExtractScopes>; type NodeArray = { [Index in keyof T]: NodeObject }; type NodeObjects = { [Key in keyof T]: NodeObject }; type ConstructedNode = T extends new(...args: any[]) => infer R ? (R extends Node ? R : never) : never; export type NodeOrType = Node | string; type ShaderCallNodeInternal = Node; type ShaderNodeInternal = Node; export const defined: (v: unknown) => unknown; export const getConstNodeType: (value: NodeOrType) => string | null; export class ShaderNode { constructor(jsFunc: (inputs: NodeObjects, builder: NodeBuilder) => R); call: ( inputs: { [key in keyof T]: T[key] extends Node ? Node : T[key] }, builder?: NodeBuilder, ) => R; } export function nodeObject(obj: T): NodeObject; export function nodeObjectIntent(obj: T): NodeObject; export function nodeObjects(obj: T): NodeObjects; // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type export function nodeArray(obj: readonly [...T]): NodeArray; export function nodeProxy( nodeClass: T, ): (...params: ProxiedTuple>) => ConstructedNode; export function nodeProxy>( nodeClass: T, scope: S, ): (...params: ProxiedTuple>>) => ConstructedNode; export function nodeProxy>( nodeClass: T, scope: S, factor: unknown, ): (...params: ProxiedTuple>>) => ConstructedNode; export function nodeImmutable( nodeClass: T, ...params: ProxiedTuple> ): ConstructedNode; export function nodeProxyIntent( nodeClass: T, ): (...params: ProxiedTuple>) => ConstructedNode; export function nodeProxyIntent>( nodeClass: T, scope: S, ): (...params: ProxiedTuple>>) => ConstructedNode; export function nodeProxyIntent>( nodeClass: T, scope: S, factor: unknown, ): (...params: ProxiedTuple>>) => ConstructedNode; interface FullLayout { name: string; type: string; inputs: { name: string; type: string; qualifier?: "in" | "out" | "inout"; }[]; } interface AbbreviatedLayout { [inputName: string]: string; return: string; } type Layout = FullLayout | AbbreviatedLayout; export interface FnNode { // eslint-disable-next-line @typescript-eslint/no-invalid-void-type (...args: TArgs): TReturn extends void ? ShaderCallNodeInternal : TReturn; shaderNode: ShaderNodeInternal; id: number; setLayout(layout: Layout): this; generateNodeType(builder: NodeBuilder): string; once(subBuilds?: string[] | null): this; } export function Fn( jsFunc: (builder: NodeBuilder) => TReturn, layout?: Layout | string, ): FnNode<[], TReturn>; export function Fn( jsFunc: (args: TArgs, builder: NodeBuilder) => TReturn, layout?: Layout | string, ): FnNode, TReturn>; export function Fn( jsFunc: (args: TArgs, builder: NodeBuilder) => TReturn, layout?: Layout | string, // eslint-disable-next-line @definitelytyped/no-single-element-tuple-type ): FnNode<[ProxiedObject], TReturn>; export const setCurrentStack: (stack: StackNode | null) => void; export const getCurrentStack: () => StackNode | null; export const If: (boolNode: Node, method: () => void) => StackNode; export const Switch: (expression: Node) => StackNode; export function Stack(node: Node): Node; declare module "../core/Node.js" { interface NodeElements { toStack: () => Node; } } /** * Can be implicitly converted to a float */ type ScalarNode = Node<"float"> | Node<"int"> | Node<"uint"> | Node<"bool">; /** * Can be implicitly converted to a float */ type Scalar = ScalarNode | number | boolean; interface ColorFunction { // The first branch in `ConvertType` will forward the parameters to the `Color` constructor if there are no // parameters or all the parameters are non-objects (color?: string | number): VarNode<"color", ConstNode<"color", Color>>; (r: number, g: number, b: number): VarNode<"color", ConstNode<"color", Color>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (color: Color | Vector3): VarNode<"color", ConstNode<"color", Color>>; // ConvertNode (node: Node<"float">): VarNode<"color", ConvertNode<"color">>; (node: Node<"color"> | Node<"vec3">): VarNode<"color", ConvertNode<"color">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( x: Node<"float"> | number, y: Node<"float"> | number, z: Node<"float"> | number, ): VarNode<"vec3", JoinNode<"vec3">>; (xy: Node<"vec2"> | Vector2, z: Node<"float"> | number): VarNode<"vec3", JoinNode<"vec3">>; (x: Node<"float"> | number, yz: Node<"vec2"> | Vector2): VarNode<"vec3", JoinNode<"vec3">>; } export const color: ColorFunction; interface FloatFunction { // ConstNode (value?: number): VarNode<"float", ConstNode<"float", number>>; // ConvertNode (node: ScalarNode): VarNode<"float", ConvertNode<"float">>; } export const float: FloatFunction; interface IntFunction { // ConstNode (value?: number): VarNode<"int", ConstNode<"int", number>>; // ConvertNode (node: ScalarNode): VarNode<"int", ConvertNode<"int">>; } export const int: IntFunction; interface UintFunction { // ConstNode (value?: number): VarNode<"uint", ConstNode<"uint", number>>; // ConvertNode (node: ScalarNode): VarNode<"uint", ConvertNode<"uint">>; } export const uint: UintFunction; interface BoolFunction { // ConstNode (value?: boolean): VarNode<"bool", ConstNode<"bool", boolean>>; // ConvertNode (node: ScalarNode): VarNode<"bool", ConvertNode<"bool">>; } export const bool: BoolFunction; interface Vec2Function { // The first branch in `ConvertType` will forward the parameters to the `Vector2` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number): VarNode<"vec2", ConstNode<"vec2", Vector2>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector2): VarNode<"vec2", ConstNode<"vec2", Vector2>>; // ConvertNode (node: ScalarNode): VarNode<"vec2", ConvertNode<"vec2">>; (node: Node<"vec2"> | Node<"ivec2"> | Node<"uvec2"> | Node<"bvec2">): VarNode<"vec2", ConvertNode<"vec2">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Scalar, y: Scalar): VarNode<"vec2", JoinNode<"vec2">>; } export const vec2: Vec2Function; interface Ivec2Function { // The first branch in `ConvertType` will forward the parameters to the `Vector2` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number): VarNode<"ivec2", ConstNode<"ivec2", Vector2>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector2): VarNode<"ivec2", ConstNode<"ivec2", Vector2>>; // ConvertNode (node: Node<"int">): VarNode<"ivec2", ConvertNode<"ivec2">>; (node: Node<"vec2"> | Node<"ivec2"> | Node<"uvec2"> | Node<"bvec2">): VarNode<"ivec2", ConvertNode<"ivec2">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Node<"int"> | number, y: Node<"int"> | number): VarNode<"ivec2", JoinNode<"ivec2">>; } export const ivec2: Ivec2Function; interface Uvec2Function { // The first branch in `ConvertType` will forward the parameters to the `Vector2` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number): VarNode<"uvec2", ConstNode<"uvec2", Vector2>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector2): VarNode<"uvec2", ConstNode<"uvec2", Vector2>>; // ConvertNode (node: Node<"uint">): VarNode<"uvec2", ConvertNode<"uvec2">>; (node: Node<"vec2"> | Node<"ivec2"> | Node<"uvec2"> | Node<"bvec2">): VarNode<"uvec2", ConvertNode<"uvec2">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Node<"uint"> | number, y: Node<"uint"> | number): VarNode<"uvec2", JoinNode<"uvec2">>; } export const uvec2: Uvec2Function; interface Bvec2Function { // The first branch in `ConvertType` will forward the parameters to the `Vector2` constructor if there are no // parameters or all the parameters are non-objects (x?: boolean, y?: boolean): VarNode<"bvec2", ConstNode<"bvec2", Vector2>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector2): VarNode<"bvec2", ConstNode<"bvec2", Vector2>>; // ConvertNode (node: Node<"bool">): VarNode<"bvec2", ConvertNode<"bvec2">>; (node: Node<"vec2"> | Node<"ivec2"> | Node<"uvec2"> | Node<"bvec2">): VarNode<"bvec2", ConvertNode<"bvec2">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Node<"bool"> | boolean, y: Node<"bool"> | boolean): VarNode<"bvec2", JoinNode<"bvec2">>; } export const bvec2: Bvec2Function; interface Vec3Function { // The first branch in `ConvertType` will forward the parameters to the `Vector3` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number, z?: number): VarNode<"vec3", ConstNode<"vec3", Vector3>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector3): VarNode<"vec3", ConstNode<"vec3", Vector3>>; // ConvertNode (node: ScalarNode): VarNode<"vec3", ConvertNode<"vec3">>; (node: Node<"vec3"> | Node<"ivec3"> | Node<"uvec3"> | Node<"bvec3">): VarNode<"vec3", ConvertNode<"vec3">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Scalar, y: Scalar, z: Scalar): VarNode<"vec3", JoinNode<"vec3">>; (xy: Node<"vec2"> | Vector2, z: Scalar): VarNode<"vec3", JoinNode<"vec3">>; (x: Scalar, yz: Node<"vec2"> | Vector2): VarNode<"vec3", JoinNode<"vec3">>; } export const vec3: Vec3Function; interface Ivec3Function { // The first branch in `ConvertType` will forward the parameters to the `Vector3` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number, z?: number): VarNode<"ivec3", ConstNode<"ivec3", Vector3>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector3): VarNode<"ivec3", ConstNode<"ivec3", Vector3>>; // ConvertNode (node: Node<"int">): VarNode<"ivec3", ConvertNode<"ivec3">>; (node: Node<"vec3"> | Node<"ivec3"> | Node<"uvec3"> | Node<"bvec3">): VarNode<"ivec3", ConvertNode<"ivec3">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Node<"int"> | number, y: Node<"int"> | number, z: Node<"int"> | number): VarNode<"ivec3", JoinNode<"ivec3">>; (xy: Node<"ivec2"> | Vector2, z: Node<"int"> | number): VarNode<"ivec3", JoinNode<"ivec3">>; (x: Node<"int"> | number, yz: Node<"ivec2"> | Vector2): VarNode<"ivec3", JoinNode<"ivec3">>; } export const ivec3: Ivec3Function; interface Uvec3Function { // The first branch in `ConvertType` will forward the parameters to the `Vector3` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number, z?: number): VarNode<"uvec3", ConstNode<"uvec3", Vector3>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector3): VarNode<"uvec3", ConstNode<"uvec3", Vector3>>; // ConvertNode (node: Node<"uint">): VarNode<"uvec3", ConvertNode<"uvec3">>; (node: Node<"vec3"> | Node<"ivec3"> | Node<"uvec3"> | Node<"bvec3">): VarNode<"uvec3", ConvertNode<"uvec3">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Node<"uint"> | number, y: Node<"uint"> | number, z: Node<"uint"> | number): VarNode<"uvec3", JoinNode<"uvec3">>; (xy: Node<"uvec2"> | Vector2, z: Node<"uint"> | number): VarNode<"uvec3", JoinNode<"uvec3">>; (x: Node<"uint"> | number, yz: Node<"uvec2"> | Vector2): VarNode<"uvec3", JoinNode<"uvec3">>; } export const uvec3: Uvec3Function; interface Bvec3Function { // The first branch in `ConvertType` will forward the parameters to the `Vector3` constructor if there are no // parameters or all the parameters are non-objects (x?: boolean, y?: boolean, z?: boolean): VarNode<"bvec3", ConstNode<"bvec3", Vector3>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector3): VarNode<"bvec3", ConstNode<"bvec3", Vector3>>; // ConvertNode (node: Node<"bool">): VarNode<"bvec3", ConvertNode<"bvec3">>; (node: Node<"vec3"> | Node<"ivec3"> | Node<"uvec3"> | Node<"bvec3">): VarNode<"bvec3", ConvertNode<"bvec3">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( x: Node<"bool"> | boolean, y: Node<"bool"> | boolean, z: Node<"bool"> | boolean, ): VarNode<"bvec3", JoinNode<"bvec3">>; (xy: Node<"bvec2"> | Vector2, z: Node<"bool"> | boolean): VarNode<"bvec3", JoinNode<"bvec3">>; (x: Node<"bool"> | boolean, yz: Node<"bvec2"> | Vector2): VarNode<"bvec3", JoinNode<"bvec3">>; } export const bvec3: Bvec3Function; interface Vec4Function { // The first branch in `ConvertType` will forward the parameters to the `Vector4` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number, z?: number, w?: number): VarNode<"vec4", ConstNode<"vec4", Vector4>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector4): VarNode<"vec4", ConstNode<"vec4", Vector4>>; // ConvertNode (node: ScalarNode): VarNode<"vec4", ConvertNode<"vec4">>; (node: Node<"vec4"> | Node<"ivec4"> | Node<"uvec4"> | Node<"bvec4">): VarNode<"vec4", ConvertNode<"vec4">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (x: Scalar, y: Scalar, z: Scalar, w: Scalar): VarNode<"vec4", JoinNode<"vec4">>; (x: Scalar, yz: Node<"vec2"> | Vector2, w: Scalar): VarNode<"vec4", JoinNode<"vec4">>; (x: Scalar, y: Scalar, zw: Node<"vec2"> | Vector2): VarNode<"vec4", JoinNode<"vec4">>; (xy: Node<"vec2"> | Vector2, zw: Node<"vec2"> | Vector2): VarNode<"vec4", JoinNode<"vec4">>; (xy: Node<"vec2"> | Vector2, z: Scalar, w: Scalar): VarNode<"vec4", JoinNode<"vec4">>; (xyz: Node<"vec3"> | Node<"color"> | Vector3 | Color, w: Scalar): VarNode<"vec4", JoinNode<"vec4">>; (x: Scalar, yzw: Node<"vec3"> | Node<"color"> | Vector3 | Color): VarNode<"vec4", JoinNode<"vec4">>; } export const vec4: Vec4Function; interface Ivec4Function { // The first branch in `ConvertType` will forward the parameters to the `Vector4` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number, z?: number, w?: number): VarNode<"ivec4", ConstNode<"ivec4", Vector4>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector4): VarNode<"ivec4", ConstNode<"ivec4", Vector4>>; // ConvertNode (node: Node<"int">): VarNode<"ivec4", ConvertNode<"ivec4">>; (node: Node<"vec4"> | Node<"ivec4"> | Node<"uvec4"> | Node<"bvec4">): VarNode<"ivec4", ConvertNode<"ivec4">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( x: Node<"int"> | number, y: Node<"int"> | number, z: Node<"int"> | number, w: Node<"int"> | number, ): VarNode<"ivec4", JoinNode<"ivec4">>; ( x: Node<"int"> | number, yz: Node<"ivec2"> | Vector2, w: Node<"int"> | number, ): VarNode<"ivec4", JoinNode<"ivec4">>; ( x: Node<"int"> | number, y: Node<"int"> | number, zw: Node<"ivec2"> | Vector2, ): VarNode<"ivec4", JoinNode<"ivec4">>; (xy: Node<"ivec2"> | Vector2, zw: Node<"ivec2"> | Vector2): VarNode<"ivec4", JoinNode<"ivec4">>; ( xy: Node<"ivec2"> | Vector2, z: Node<"int"> | number, w: Node<"int"> | number, ): VarNode<"ivec4", JoinNode<"ivec4">>; (xyz: Node<"ivec3"> | Vector3, w: Node<"int"> | number): VarNode<"ivec4", JoinNode<"ivec4">>; (x: Node<"int"> | number, yzw: Node<"ivec3"> | Vector3): VarNode<"ivec4", JoinNode<"ivec4">>; } export const ivec4: Ivec4Function; interface Uvec4Function { // The first branch in `ConvertType` will forward the parameters to the `Vector4` constructor if there are no // parameters or all the parameters are non-objects (x?: number, y?: number, z?: number, w?: number): VarNode<"uvec4", ConstNode<"uvec4", Vector4>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector4): VarNode<"uvec4", ConstNode<"uvec4", Vector4>>; // ConvertNode (node: Node<"uint">): VarNode<"uvec4", ConvertNode<"uvec4">>; (node: Node<"vec4"> | Node<"ivec4"> | Node<"uvec4"> | Node<"bvec4">): VarNode<"uvec4", ConvertNode<"uvec4">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( x: Node<"uint"> | number, y: Node<"uint"> | number, z: Node<"uint"> | number, w: Node<"uint"> | number, ): VarNode<"uvec4", JoinNode<"uvec4">>; ( x: Node<"uint"> | number, yz: Node<"uvec2"> | Vector2, w: Node<"uint"> | number, ): VarNode<"uvec4", JoinNode<"uvec4">>; ( x: Node<"uint"> | number, y: Node<"uint"> | number, zw: Node<"uvec2"> | Vector2, ): VarNode<"uvec4", JoinNode<"uvec4">>; (xy: Node<"uvec2"> | Vector2, zw: Node<"uvec2"> | Vector2): VarNode<"uvec4", JoinNode<"uvec4">>; ( xy: Node<"uvec2"> | Vector2, z: Node<"uint"> | number, w: Node<"uint"> | number, ): VarNode<"uvec4", JoinNode<"uvec4">>; (xyz: Node<"uvec3"> | Vector3, w: Node<"uint"> | number): VarNode<"uvec4", JoinNode<"uvec4">>; (x: Node<"uint"> | number, yzw: Node<"uvec3"> | Vector3): VarNode<"uvec4", JoinNode<"uvec4">>; } export const uvec4: Uvec4Function; interface Bvec4Function { // The first branch in `ConvertType` will forward the parameters to the `Vector4` constructor if there are no // parameters or all the parameters are non-objects (x?: boolean, y?: boolean, z?: boolean, w?: boolean): VarNode<"bvec4", ConstNode<"bvec4", Vector4>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Vector4): VarNode<"bvec4", ConstNode<"bvec4", Vector4>>; // ConvertNode (node: Node<"bool">): VarNode<"bvec4", ConvertNode<"bvec4">>; (node: Node<"vec4"> | Node<"ivec4"> | Node<"uvec4"> | Node<"bvec4">): VarNode<"bvec4", ConvertNode<"bvec4">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( x: Node<"bool"> | boolean, y: Node<"bool"> | boolean, z: Node<"bool"> | boolean, w: Node<"bool"> | boolean, ): VarNode<"bvec4", JoinNode<"bvec4">>; ( x: Node<"bool"> | boolean, yz: Node<"bvec2"> | Vector2, w: Node<"bool"> | boolean, ): VarNode<"bvec4", JoinNode<"bvec4">>; ( x: Node<"bool"> | boolean, y: Node<"bool"> | boolean, zw: Node<"bvec2"> | Vector2, ): VarNode<"bvec4", JoinNode<"bvec4">>; (xy: Node<"bvec2"> | Vector2, zw: Node<"bvec2"> | Vector2): VarNode<"bvec4", JoinNode<"bvec4">>; ( xy: Node<"bvec2"> | Vector2, z: Node<"bool"> | boolean, w: Node<"bool"> | boolean, ): VarNode<"bvec4", JoinNode<"bvec4">>; (xyz: Node<"bvec3"> | Vector3, w: Node<"bool"> | boolean): VarNode<"bvec4", JoinNode<"bvec4">>; (x: Node<"bool"> | boolean, yzw: Node<"bvec3"> | Vector3): VarNode<"bvec4", JoinNode<"bvec4">>; } export const bvec4: Bvec4Function; interface Mat2Function { // The first branch in `ConvertType` will forward the parameters to the `Matrix2` constructor if there are no // parameters or all the parameters are non-objects (): VarNode<"mat2", ConstNode<"mat2", Matrix2>>; (n11: number, n12: number, n21: number, n22: number): VarNode<"mat2", ConstNode<"mat2", Matrix2>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Matrix2): VarNode<"mat2", ConstNode<"mat2", Matrix2>>; // ConvertNode (node: Node<"mat2">): VarNode<"mat2", ConvertNode<"mat2">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object (n1: Node<"vec2"> | Vector2, n2: Node<"vec2"> | Vector2): VarNode<"mat2", JoinNode<"mat2">>; ( n11: Node<"float"> | number, n12: Node<"float"> | number, n21: Node<"float"> | number, n22: Node<"float"> | number, ): VarNode<"mat2", JoinNode<"mat2">>; } export const mat2: Mat2Function; interface Mat3Function { // The first branch in `ConvertType` will forward the parameters to the `Matrix3` constructor if there are no // parameters or all the parameters are non-objects (): VarNode<"mat3", ConstNode<"mat3", Matrix3>>; ( n11: number, n12: number, n13: number, n21: number, n22: number, n23: number, n31: number, n32: number, n33: number, ): VarNode<"mat3", ConstNode<"mat3", Matrix3>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Matrix3): VarNode<"mat3", ConstNode<"mat3", Matrix3>>; // ConvertNode (node: Node<"mat3">): VarNode<"mat3", ConvertNode<"mat3">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( n1: Node<"vec3"> | Vector3, n2: Node<"vec3"> | Vector3, n3: Node<"vec3"> | Vector3, ): VarNode<"mat3", JoinNode<"mat3">>; ( n11: Node<"float"> | number, n12: Node<"float"> | number, n13: Node<"float"> | number, n21: Node<"float"> | number, n22: Node<"float"> | number, n23: Node<"float"> | number, n31: Node<"float"> | number, n32: Node<"float"> | number, n33: Node<"float"> | number, ): VarNode<"mat3", JoinNode<"mat3">>; } export const mat3: Mat3Function; interface Mat4Function { // The first branch in `ConvertType` will forward the parameters to the `Matrix4` constructor if there are no // parameters or all the parameters are non-objects (): VarNode<"mat4", ConstNode<"mat4", Matrix4>>; ( n11: number, n12: number, n13: number, n14: number, n21: number, n22: number, n23: number, n24: number, n31: number, n32: number, n33: number, n34: number, n41: number, n42: number, n43: number, n44: number, ): VarNode<"mat4", ConstNode<"mat4", Matrix4>>; // The second branch does not apply because `cacheMap` is `null` // The third branch will be triggered if there is a single parameter // ConstNode (value: Matrix4): VarNode<"mat4", ConstNode<"mat4", Matrix4>>; // ConvertNode (node: Node<"mat4">): VarNode<"mat4", ConvertNode<"mat4">>; // The fall-through branch will be triggered if there is more than one parameter, and one of the parameters is an // object ( n1: Node<"vec4"> | Vector4, n2: Node<"vec4"> | Vector4, n3: Node<"vec4"> | Vector4, n4: Node<"vec4"> | Vector4, ): VarNode<"mat4", JoinNode<"mat4">>; ( n11: Node<"float"> | number, n12: Node<"float"> | number, n13: Node<"float"> | number, n14: Node<"float"> | number, n21: Node<"float"> | number, n22: Node<"float"> | number, n23: Node<"float"> | number, n24: Node<"float"> | number, n31: Node<"float"> | number, n32: Node<"float"> | number, n33: Node<"float"> | number, n34: Node<"float"> | number, n41: Node<"float"> | number, n42: Node<"float"> | number, n43: Node<"float"> | number, n44: Node<"float"> | number, ): VarNode<"mat4", JoinNode<"mat4">>; } export const mat4: Mat4Function; export const string: unknown; export const arrayBuffer: unknown; declare module "../core/Node.js" { interface ColorExtensions { toColor: () => VarNode<"color", ConvertNode<"color">>; } interface NumOrBoolExtensions { toFloat: () => VarNode<"float", ConvertNode<"float">>; toInt: () => VarNode<"int", ConvertNode<"int">>; toUint: () => VarNode<"uint", ConvertNode<"uint">>; toBool: () => VarNode<"bool", ConvertNode<"bool">>; } interface NumOrBoolVec2Extensions { toVec2: () => VarNode<"vec2", ConvertNode<"vec2">>; toIVec2: () => VarNode<"ivec2", ConvertNode<"ivec2">>; toUVec2: () => VarNode<"uvec2", ConvertNode<"uvec2">>; toBVec2: () => VarNode<"bvec2", ConvertNode<"bvec2">>; } interface NumOrBoolVec3Extensions { toColor: () => VarNode<"color", ConvertNode<"color">>; toVec3: () => VarNode<"vec3", ConvertNode<"vec3">>; toIVec3: () => VarNode<"ivec3", ConvertNode<"ivec3">>; toUVec3: () => VarNode<"uvec3", ConvertNode<"uvec3">>; toBVec3: () => VarNode<"bvec3", ConvertNode<"bvec3">>; } interface NumOrBoolVec4Extensions { toVec4: () => VarNode<"vec4", ConvertNode<"vec4">>; toIVec4: () => VarNode<"ivec4", ConvertNode<"ivec4">>; toUVec4: () => VarNode<"uvec4", ConvertNode<"uvec4">>; toBVec4: () => VarNode<"bvec4", ConvertNode<"bvec4">>; } interface MatExtensions { toMat2: () => VarNode<"mat2", ConvertNode<"mat2">>; toMat3: () => VarNode<"mat3", ConvertNode<"mat3">>; toMat4: () => VarNode<"mat4", ConvertNode<"mat4">>; } } export const element: (node: Node, indexNode: Node) => Node; export const convert: (node: Node, types: string) => Node; export const split: (node: Node, channels?: string) => Node; declare module "../core/Node.js" { interface NodeElements { element: (indexNode: Node) => Node; convert: (types: string) => Node; } } /** * @deprecated append() has been renamed to Stack(). */ export const append: (node: Node) => Node; declare module "../core/Node.js" { interface NodeElements { /** * @deprecated append() has been renamed to Stack(). */ append: () => Node; } } export {};