mylingo3d/lib/display/core/mixins/TexturedStandardMixin.js

Lingo3D is a React/Vue 3d game development framework that ships with a complete visual editor

import { Color, ObjectSpaceNormalMap, TangentSpaceNormalMap, Vector2 } from "three";
import loadTexture from "../../utils/loaders/loadTexture";
import TexturedBasicMixin from "./TexturedBasicMixin";
const mapNames = [
    "map",
    "alphaMap",
    "envMap",
    "aoMap",
    "bumpMap",
    "displacementMap",
    "emissiveMap",
    "lightMap",
    "metalnessMap",
    "roughnessMap",
    "normalMap"
];
export default class TexturedStandardMixin extends TexturedBasicMixin {
    get wireframe() {
        return this.material.wireframe;
    }
    set wireframe(val) {
        this.tryCloneMaterial();
        this.material.wireframe = val;
    }
    _envMap;
    get envMap() {
        return this._envMap;
    }
    set envMap(val) {
        this.tryCloneMaterial();
        this._envMap = val;
        this.material.envMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    _aoMap;
    get aoMap() {
        return this._aoMap;
    }
    set aoMap(val) {
        this.tryCloneMaterial();
        this._aoMap = val;
        this.material.aoMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get aoMapIntensity() {
        return this.material.aoMapIntensity;
    }
    set aoMapIntensity(val) {
        this.tryCloneMaterial();
        this.material.aoMapIntensity = val;
    }
    _bumpMap;
    get bumpMap() {
        return this._bumpMap;
    }
    set bumpMap(val) {
        this.tryCloneMaterial();
        this._bumpMap = val;
        this.material.bumpMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get bumpScale() {
        return this.material.bumpScale;
    }
    set bumpScale(val) {
        this.tryCloneMaterial();
        this.material.bumpScale = val;
    }
    _displacementMap;
    get displacementMap() {
        return this._displacementMap;
    }
    set displacementMap(val) {
        this.tryCloneMaterial();
        this._displacementMap = val;
        this.material.displacementMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get displacementScale() {
        return this.material.displacementScale;
    }
    set displacementScale(val) {
        this.tryCloneMaterial();
        this.material.displacementScale = val;
    }
    get displacementBias() {
        return this.material.displacementBias;
    }
    set displacementBias(val) {
        this.tryCloneMaterial();
        this.material.displacementBias = val;
    }
    get emissiveColor() {
        return "#" + this.material.emissive.getHexString();
    }
    set emissiveColor(val) {
        this.tryCloneMaterial();
        this.material.emissive = new Color(val);
    }
    _emissiveMap;
    get emissiveMap() {
        return this._emissiveMap;
    }
    set emissiveMap(val) {
        this.tryCloneMaterial();
        this._emissiveMap = val;
        this.material.emissiveMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get emissiveIntensity() {
        return this.material.emissiveIntensity;
    }
    set emissiveIntensity(val) {
        this.tryCloneMaterial();
        this.material.emissiveIntensity = val;
    }
    _emissive;
    get emissive() {
        return !!this._emissive;
    }
    set emissive(val) {
        this._emissive = val;
        if (!val)
            return;
        this.tryCloneMaterial();
        this.material.emissiveMap = this.material.map;
        this.material.emissive = this.material.color;
        //todo: make this property reversible
    }
    _lightMap;
    get lightMap() {
        return this._lightMap;
    }
    set lightMap(val) {
        this.tryCloneMaterial();
        this._lightMap = val;
        this.material.lightMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get lightMapIntensity() {
        return this.material.lightMapIntensity;
    }
    set lightMapIntensity(val) {
        this.tryCloneMaterial();
        this.material.lightMapIntensity = val;
    }
    _metalnessMap;
    get metalnessMap() {
        return this._metalnessMap;
    }
    set metalnessMap(val) {
        this.tryCloneMaterial();
        this._metalnessMap = val;
        this.material.metalnessMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get metalness() {
        return this.material.metalness;
    }
    set metalness(val) {
        this.tryCloneMaterial();
        this.material.metalness = val;
    }
    _roughnessMap;
    get roughnessMap() {
        return this._roughnessMap;
    }
    set roughnessMap(val) {
        this.tryCloneMaterial();
        this._roughnessMap = val;
        this.material.roughnessMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get roughness() {
        return this.material.roughness;
    }
    set roughness(val) {
        this.tryCloneMaterial();
        this.material.roughness = val;
    }
    _normalMap;
    get normalMap() {
        return this._normalMap;
    }
    set normalMap(val) {
        this.tryCloneMaterial();
        this._normalMap = val;
        this.material.normalMap = val ? loadTexture(val) : null;
        this.applyTexture(mapNames);
    }
    get normalScale() {
        return this.material.normalScale;
    }
    set normalScale(val) {
        this.tryCloneMaterial();
        if (typeof val === "number")
            this.material.normalScale = new Vector2(val, val);
        else
            this.material.normalScale = val;
    }
    _normalMapType;
    get normalMapType() {
        return this._normalMapType;
    }
    set normalMapType(val) {
        this.tryCloneMaterial();
        this._normalMapType = val;
        this.material.normalMapType =
            val === "objectSpace" ? ObjectSpaceNormalMap : TangentSpaceNormalMap;
    }
}
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