@polygonjs/polygonjs/dist/src/engine/nodes/js/GetWebXRControllerProperty.js

node-based WebGL 3D engine https://polygonjs.com

"use strict";
import { TypedJsNode } from "./_Base";
import { JsConnectionPoint, JsConnectionPointType } from "../utils/io/connections/Js";
import { Ray, Vector3 } from "three";
import { NodeParamsConfig, ParamConfig } from "../utils/params/ParamsConfig";
import { Poly } from "../../Poly";
import { inputObject3D } from "./_BaseObject3D";
var GetWebXRControllerPropertyJsNodeInputName = /* @__PURE__ */ ((GetWebXRControllerPropertyJsNodeInputName2) => {
  GetWebXRControllerPropertyJsNodeInputName2["Object3D"] = "Object3D";
  GetWebXRControllerPropertyJsNodeInputName2["Ray"] = "Ray";
  GetWebXRControllerPropertyJsNodeInputName2["hasLinearVelocity"] = "hasLinearVelocity";
  GetWebXRControllerPropertyJsNodeInputName2["linearVelocity"] = "linearVelocity";
  GetWebXRControllerPropertyJsNodeInputName2["hasAngularVelocity"] = "hasAngularVelocity";
  GetWebXRControllerPropertyJsNodeInputName2["angularVelocity"] = "angularVelocity";
  return GetWebXRControllerPropertyJsNodeInputName2;
})(GetWebXRControllerPropertyJsNodeInputName || {});
class GetWebXRControllerPropertyJsParamsConfig extends NodeParamsConfig {
  constructor() {
    super(...arguments);
    /** @param  controller index */
    this.controllerIndex = ParamConfig.INTEGER(0, {
      range: [0, 1],
      rangeLocked: [true, true]
    });
  }
}
const ParamsConfig = new GetWebXRControllerPropertyJsParamsConfig();
export class GetWebXRControllerPropertyJsNode extends TypedJsNode {
  constructor() {
    super(...arguments);
    this.paramsConfig = ParamsConfig;
  }
  static type() {
    return "getWebXRControllerProperty";
  }
  initializeNode() {
    this.io.inputs.setNamedInputConnectionPoints([]);
    this.io.outputs.setNamedOutputConnectionPoints([
      new JsConnectionPoint("Object3D" /* Object3D */, JsConnectionPointType.OBJECT_3D),
      new JsConnectionPoint("Ray" /* Ray */, JsConnectionPointType.RAY),
      new JsConnectionPoint(
        "hasLinearVelocity" /* hasLinearVelocity */,
        JsConnectionPointType.BOOLEAN
      ),
      new JsConnectionPoint(
        "linearVelocity" /* linearVelocity */,
        JsConnectionPointType.VECTOR3
      ),
      new JsConnectionPoint(
        "hasAngularVelocity" /* hasAngularVelocity */,
        JsConnectionPointType.BOOLEAN
      ),
      new JsConnectionPoint(
        "angularVelocity" /* angularVelocity */,
        JsConnectionPointType.VECTOR3
      )
    ]);
  }
  setLines(shadersCollectionController) {
    const usedOutputNames = this.io.outputs.used_output_names();
    const object3D = inputObject3D(this, shadersCollectionController);
    const controllerIndex = this.variableForInputParam(shadersCollectionController, this.p.controllerIndex);
    const _object = (propertyName, functionName, type) => {
      if (!usedOutputNames.includes(propertyName)) {
        return;
      }
      const varName = this.jsVarName(propertyName);
      const func = Poly.namedFunctionsRegister.getFunction(functionName, this, shadersCollectionController);
      shadersCollectionController.addBodyOrComputed(this, [
        {
          dataType: type,
          varName,
          value: func.asString(object3D, controllerIndex)
        }
      ]);
    };
    const _ray = (propertyName, functionName, type) => {
      if (!usedOutputNames.includes(propertyName)) {
        return;
      }
      const varName = this.jsVarName(propertyName);
      const tmpVarName = shadersCollectionController.addVariable(this, new Ray());
      const func = Poly.namedFunctionsRegister.getFunction(functionName, this, shadersCollectionController);
      shadersCollectionController.addBodyOrComputed(this, [
        {
          dataType: type,
          varName,
          value: func.asString(object3D, controllerIndex, tmpVarName)
        }
      ]);
    };
    const _b = (propertyName, functionName, type) => {
      if (!usedOutputNames.includes(propertyName)) {
        return;
      }
      const varName = this.jsVarName(propertyName);
      const func = Poly.namedFunctionsRegister.getFunction(functionName, this, shadersCollectionController);
      shadersCollectionController.addBodyOrComputed(this, [
        {
          dataType: type,
          varName,
          value: func.asString(object3D, controllerIndex)
        }
      ]);
    };
    const _v3 = (propertyName, functionName, type) => {
      if (!usedOutputNames.includes(propertyName)) {
        return;
      }
      const varName = this.jsVarName(propertyName);
      const tmpVarName = shadersCollectionController.addVariable(this, new Vector3());
      const func = Poly.namedFunctionsRegister.getFunction(functionName, this, shadersCollectionController);
      shadersCollectionController.addBodyOrComputed(this, [
        {
          dataType: type,
          varName,
          value: func.asString(object3D, controllerIndex, tmpVarName)
        }
      ]);
    };
    _object(
      "Object3D" /* Object3D */,
      "getWebXRControllerObject",
      JsConnectionPointType.OBJECT_3D
    );
    _ray("Ray" /* Ray */, "getWebXRControllerRay", JsConnectionPointType.RAY);
    _b(
      "hasAngularVelocity" /* hasAngularVelocity */,
      "getWebXRControllerHasAngularVelocity",
      JsConnectionPointType.BOOLEAN
    );
    _v3(
      "angularVelocity" /* angularVelocity */,
      "getWebXRControllerAngularVelocity",
      JsConnectionPointType.VECTOR3
    );
    _b(
      "hasLinearVelocity" /* hasLinearVelocity */,
      "getWebXRControllerHasLinearVelocity",
      JsConnectionPointType.BOOLEAN
    );
    _v3(
      "linearVelocity" /* linearVelocity */,
      "getWebXRControllerLinearVelocity",
      JsConnectionPointType.VECTOR3
    );
  }
}