potree-sdk/src/utils/Measure.js

import * as THREE from "../../libs/three.js/build/three.module.js";
import {TextSprite} from "../TextSprite.js"; 
import {Utils} from "../utils.js";
import  Label  from "./Label.js";
import {LineDraw} from "../utils/DrawUtil";
import math from "./math.js";
import {MOUSE} from "../defines.js"; 
import DepthBasicMaterial from "../materials/DepthBasicMaterial.js";
import Sprite from '../viewer/Sprite'
import {config} from '../settings'

import {ctrlPolygon} from './ctrlPolygon'


let texLoader = new THREE.TextureLoader()  
let color = new THREE.Color(config.measure.lineColor)
let textColor = new THREE.Color(config.measure.textColor)
let highLightColor = new THREE.Color(config.measure.highLightColor)
var markerMats;  
var lineMats;  
var planeMats 

const markerSizeInfo = {
    minSize : 25 ,  maxSize : 65,   nearBound : 0.2, farBound : 8,
}
const labelSizeInfo = {width2d:200}
const mainLabelProp = { 
    backgroundColor: {r: color.r*255, g: color.g*255, b: color.b*255, a:config.measure.labelOpacity},
    textColor: {r: textColor.r*255, g: textColor.g*255, b: textColor.b*255, a: 1.0},
    fontsize:16, 
    useDepth : true ,
    renderOrder : 5 
}
const subLabelProp = { 
    backgroundColor: {r: 255, g: 255, b: 255, a:1},
    textColor: {r: 0, g: 0, b:0, a: 1.0},
    fontsize:14, 
    renderOrder : 4
}


    
 

export class Measure extends ctrlPolygon{
	constructor (prop) {
        prop.dimension = '2d'
        
		super('measure',prop);
		this.constructor.counter = (this.constructor.counter === undefined) ? 0 : this.constructor.counter + 1;
        
        
        this.name = this.measureType + this.constructor.counter  //'Measure_' + this.constructor.counter;
           
		this.color = new THREE.Color(config.measure.lineColor)//new THREE.Color(0xff0000);
    
		
		this.markerLabels = [];
		this.edgeLabels = [];
		this.angleLabels = [];
		this.coordinateLabels = [];
        this.area = {value:0,string:''}
         
        
        if(this.closed/* this.showArea */){
            this.areaLabel = this.createAreaLabel(); 
            this.add(this.areaLabel) 
        }
        
		 
        //add:
        if(this.maxMarkers > 2 || this.faceDirection){
            this.guideLine = this.createGuideLine();
            this.add(this.guideLine) 
        }
        
        this.selectStates = {}
        
        this.setUnitSystem(prop.unit || viewer.unitConvert.UnitService.defaultSystem)
        viewer.setObjectLayers(this, 'measure' )
        
        //addMarkers:
       
        this.initData(prop)
        
         
        this.points_datasets || (this.points_datasets = []) //存每个点是哪个数据集


        
        
        this.addEventListener('marker_dropped',(e)=>{ 
            this.updateDatasetBelong()
        })  
	}
 
 
     
    updateDatasetBelong(){//更新所属数据集
        let old = this.datasetId
        
        let maxCount = {id:null,count:0}
        let datasets = {}
        
        this.points_datasets.forEach(e=>{
            if(datasets[e]){
                datasets[e] ++ 
            }else{
                datasets[e] = 1
            } 
        })
        for(let i in datasets) {
            if(datasets[i]>maxCount.count){
                maxCount = {id:i, count:datasets[i]}
            }
        }
        this.datasetId = maxCount.count > 0 ?  maxCount.id : null
         
        if(this.datasetId != old){
            this.dispatchEvent({type:'changeDatasetId'})
            if(this.datasetId == void 0){
                this.dataset_points = null
            }else{
                this.dataset_points = this.points.map(e=>{ 
                    return Potree.Utils.datasetPosTransform.toDataset({datasetId:this.datasetId, position:e.clone()})
                })
            }  
        }
    }
    
    
     

    
    transformByPointcloud(){//每次移动点云 or 加载测量线时要获取一下当前position
        if(this.datasetId == void 0)return 
        this.points = this.dataset_points.map(e=>{ 
            return Potree.Utils.datasetPosTransform.fromDataset({datasetId:this.datasetId, dataset_location:e.clone()})
        })
         
        this.getPoint2dInfo(this.points)
        this.update(true)
        this.setSelected(false)//隐藏edgelabel
         
    }
 
	update(ifUpdateMarkers) { 
        super.update(ifUpdateMarkers)
        
        if(this.showCoordinates && this.points.length>0){
            let position = this.points[0];
       
            this.markers[0].position.copy(position);

            { // coordinate labels
                let coordinateLabel = this.coordinateLabels[0];
                
                let lonlat = viewer.transform.lonlatToLocal.inverse(position.toArray())
                let EPSG4550 = viewer.transform.lonlatTo4550.forward(lonlat)
                let pos = [
                    position.toArray(),
                    lonlat,
                    EPSG4550
                ] 
                //let msg = position.toArray().map(p => Utils.addCommas(p.toFixed(2))).join(" / ");
                let msg = pos.map(a=> 
                     a.map(p => Utils.addCommas(p.toFixed(10))).join(", ") 
                ).join("<br>") 
                coordinateLabel.setText(msg);
                coordinateLabel.setPos(position)
                coordinateLabel.setVisible(true)//this.showCoordinates;
            }
            return 
        }
         
        let lastIndex = this.points.length - 1;
            
       
        for (let index = 0; index <= lastIndex; index++) {
            
            let nextIndex = (index + 1 > lastIndex) ? 0 : index + 1;
            let previousIndex = (index === 0) ? lastIndex : index - 1;

            let point = this.points[index];
            let nextPoint = this.points[nextIndex];
            let previousPoint = this.points[previousIndex];

         
         
         
            if(this.showDistances){ // edge labels
                let edgeLabel = this.edgeLabels[index];

                let center = new THREE.Vector3().add(point);
                center.add(nextPoint);
                center = center.multiplyScalar(0.5); 
                edgeLabel.setPos(center) 
                let distance = point.distanceTo(nextPoint);
                
                var text = viewer.unitConvert.convert(distance, 'distance', void 0, this.unitSystem, 0.1 , true)//distance要传0.1 这个factor

                edgeLabel.setText(text)
                 
                edgeLabel.shouldVisi = (index < lastIndex || this.closed && this.points.length > 2) && distance>0 
                
                
                /* this.closed || */ edgeLabel.setVisible(edgeLabel.shouldVisi)  
                 
            }
            
        } 

        
        if(this.showArea && this.point2dInfo){ // update area 
           /*  if(this.points.length>2){
                this.area = {value:0};
                this.areaLabel.setVisible(false)
            }else{ */
                let area = Math.abs(math.getArea(this.point2dInfo.points2d))//this.getArea();
                let msg = viewer.unitConvert.convert(area, 'area', void 0, this.unitSystem/* , 0.1 */ )
                this.area = {value:area, string:msg}
                
                this.areaLabel.setPos(this.center);
                this.areaLabel.setText(msg);
                this.areaLabel.setVisible(true)
            //}  
        } 
             
         
		  
	};

 
  


	addMarker (o={}) {
         
        let marker = new Sprite({mat:this.getMarkerMaterial('default'), sizeInfo: markerSizeInfo, name:"measure_point"} )
        viewer.setObjectLayers(marker, 'measure' )
        marker.renderOrder = 3 
        marker.markerSelectStates = {} 
        
        
        let edge
		{ // edges 
            edge = LineDraw.createFatLine( [
					0, 0, 0,
					0, 0, 0,
			],{material:this.getLineMat('edgeDefault')} ) 
            viewer.setObjectLayers(edge, 'measure' ) 
            
            //----
            let mouseover = (e) => {this.setSelected(true, 'edge')};
			let mouseleave = (e) => {this.setSelected(false, 'edge')};

			 
			edge.addEventListener('mouseover', mouseover);
			edge.addEventListener('mouseleave', mouseleave);
             
            
            
		}
        
        super.addMarker({point:o.point, marker:marker,  edge})
        
        
        
		if(this.showEdges){ // edge labels 
            var className = 'measure_length';
            if(this.closed){
                className += ' sub'
            }
            /* let edgeLabel = new Label({
                className , 
            })
            edgeLabel.setVisible(false)
            if(!this.closed){
                edgeLabel.elem.on('mouseover',()=>{
                    this.setSelected(true, 'edgeLabel')
                })
                edgeLabel.elem.on('mouseout',()=>{
                    this.setSelected(false, 'edgeLabel')
                })
            } */
            
            const edgeLabel = new TextSprite(
                $.extend(this.closed ? subLabelProp : mainLabelProp,{sizeInfo: labelSizeInfo,  name:'edgeLabel'})
            )
            if(!this.closed){
                edgeLabel.addEventListener('mouseover',()=>{
                    this.setSelected(true, 'edgeLabel')
                }) 
                edgeLabel.addEventListener('mouseleave',()=>{
                    this.setSelected(false, 'edgeLabel')
                })  
                edgeLabel.addEventListener('click',()=>{
                    viewer.focusOnObject(this, 'measure')
                })
            }
             
            viewer.setObjectLayers(edgeLabel, 'measure' )
			this.edgeLabels.push(edgeLabel);
			this.add(edgeLabel);
		}

		

		if(this.showCoordinates){ // coordinate labels 
            let coordinateLabel = new Label({
                className:'measure_pointPos', 
                camera: viewer.scene.getActiveCamera() 
            })
            coordinateLabel.setVisible(false)
            this.coordinateLabels.push(coordinateLabel);
            
		}
        
        
        
        
		

		let event = {
			type: 'marker_added',
			measurement: this,
			marker: marker
		};
		this.dispatchEvent(event);

		//this.setMarker(this.points.length - 1, point);
        
        return marker;//add
	};



       

     




    editStateChange(state){ //主要针对edgeLabels显示切换，编辑时显示
        super.editStateChange(state)
        if(!state){
            this.editStateTimer = setTimeout(()=>{
                if(!this.isEditing){
                    this.dispatchEvent({type:'editStateChange',state:false})   
                    this.closed && this.edgeLabels.forEach(e=>e.setVisible(false) )
                }
            },100)
        }else{
            if(!this.isEditing){
                this.dispatchEvent({type:'editStateChange',state:true})   
                this.closed && this.edgeLabels.forEach(e=>e.setVisible(e.shouldVisi)  )
                clearTimeout(this.editStateTimer)
            } 
        }
        this.isEditing = state  
    }
    





    
    setMarkerSelected(marker, state, hoverObject){
        
        //console.warn(marker.id , state, hoverObject)
        
        
        marker.markerSelectStates[hoverObject] = state
        let absoluteState = false
        for(var i in marker.markerSelectStates){
            if(marker.markerSelectStates[i]){
                absoluteState = true; break;
            }
        }
        if(absoluteState){
            marker.material = this.getMarkerMaterial('select')
        }else{
            marker.material = this.getMarkerMaterial('default')
        }
        
        marker.selected = absoluteState
        
        viewer.mapViewer.emit('content_changed') 
    }
    
    
    
    setSelected(state, hoverObject){//add
        
        hoverObject && (this.selectStates[hoverObject] = state)
        let absoluteState = false
        for(var i in this.selectStates){
            if(this.selectStates[i]){
                absoluteState = true; break;
            }
        }
        
        
        if(absoluteState){
            this.markers.forEach(e=>this.setMarkerSelected(e,true,'selectAll' ) )
            
            this.edges.forEach(e=>e.material = this.getLineMat('edgeSelect')   )
			 
			this.areaPlane && (this.areaPlane.material = planeMats.selected)
             
            this.closed && this.edgeLabels.forEach(e=>e.setVisible(e.shouldVisi)  )
            //this.areaLabel && this.areaLabel.elem.addClass('highLight')
            //this.closed || this.edgeLabels.forEach(e=>e.elem.addClass('highLight')  )
            
            
            this.areaLabel && setLabelHightState(this.areaLabel, true) 
            this.closed || this.edgeLabels.forEach(e=>setLabelHightState(e, true)  )
             
             
            
            
        }else{
            this.markers.forEach(e=>this.setMarkerSelected(e,false,'selectAll' ))
            this.edges.forEach(e=>e.material = this.getLineMat('edgeDefault')  )
            this.areaPlane && (this.areaPlane.material = planeMats.default)
            this.closed && this.edgeLabels.forEach(e=>e.setVisible( false))
            //this.areaLabel && this.areaLabel.elem.removeClass('highLight')
            //this.closed || this.edgeLabels.forEach(e=>e.elem.removeClass('highLight')  )
            this.areaLabel && setLabelHightState(this.areaLabel, false) 
            this.closed || this.edgeLabels.forEach(e=>setLabelHightState(e, false)  )
            
        }
          
        this.selected = absoluteState
        viewer.mapViewer.emit('content_changed')
    }
    
	removeMarker(index ){  
        super.removeMarker(index)
        
        this.points_datasets.splice(index, 1);
        this.dataset_points.splice(index, 1)
        this.coordinateLabels.splice(index, 1);
         
        let edgeIndex = index//(index === 0) ? 0 : (index - 1);
        if(this.edgeLabels[edgeIndex]){ 
            this.edgeLabels[edgeIndex].dispose() 
            this.edgeLabels.splice(edgeIndex, 1);
        }
         
        this.update(); 
        this.dispatchEvent({type: 'marker_removed', measurement: this});
    }
    
    setPosition(index, position) {
        super.setPosition(index, position)
        let event = {
			type: 'marker_moved',
			measure:	this,
			index:	index,
			position: position.clone()
		};
		this.dispatchEvent(event); 
    }
    
    dispose(){//add
        var labels = this.edgeLabels.concat(this.coordinateLabels)
        this.areaLabel && labels.push(this.areaLabel)
        labels.forEach(e=>e.dispose())
        super.dispose()
    }
    
     
	getTotalDistance () {
		if (this.points.length === 0) {
			return 0;
		}

		let distance = 0;

		for (let i = 1; i < this.points.length; i++) {
			let prev = this.points[i - 1];
			let curr = this.points[i];
			let d = prev.distanceTo(curr);

			distance += d;
		}

		if (this.closed && this.points.length > 1) {
			let first = this.points[0];
			let last = this.points[this.points.length - 1];
			let d = last.distanceTo(first);

			distance += d;
		}

		return distance;
	}

	getAngleBetweenLines (cornerPoint, point1, point2) {
		let v1 = new THREE.Vector3().subVectors(point1, cornerPoint);
		let v2 = new THREE.Vector3().subVectors(point2, cornerPoint);

		// avoid the error printed by threejs if denominator is 0
		const denominator = Math.sqrt( v1.lengthSq() * v2.lengthSq() );
		if(denominator === 0){
			return 0;
		}else{
			return v1.angleTo(v2);
		}
	};

	getAngle (index) {
		if (this.points.length < 3 || index >= this.points.length) {
			return 0;
		}

		let previous = (index === 0) ? this.points[this.points.length - 1] : this.points[index - 1];
		let point = this.points[index];
		let next = this.points[(index + 1) % (this.points.length)];

		return this.getAngleBetweenLines(point, previous, next);
	}
    
    getCenter(/* update */){ 
        if(this.points.length>=3){
            return this.center.clone()
        }else if(this.points.length == 2){
            return this.points[0].clone().add((this.points[1])).multiplyScalar(0.5)
        }else return this.points[0].clone()
        
    }
    
	// updateAzimuth(){
	// 	// if(this.points.length !== 2){
	// 	// 	return;
	// 	// }

	// 	// const azimuth = this.azimuth;

	// 	// const [p0, p1] = this.points;

	// 	// const r = p0.distanceTo(p1);
		
	// }
    
 
     
    
    createGuideLine(){//add 辅助线 
        var guideEdge = LineDraw.createFatLine([
            0, 0, 0,
            0, 0, 0,
        ],{material:this.getLineMat('guide')} )
        guideEdge.visible = false 
        
        return guideEdge;
    }
    
    
    createAreaLabel(){ 
        /* const areaLabel = new Label({
            className:'measure_area', 
            
        })
        areaLabel.elem.on('mouseover',()=>{
            this.setSelected(true, 'areaLabel')
        })
        areaLabel.elem.on('mouseout',()=>{
            this.setSelected(false, 'areaLabel')
        }) */
        
        
        const areaLabel = new TextSprite(
            $.extend(mainLabelProp,{sizeInfo: labelSizeInfo, name:'areaLabel_'} )
        )
        
        areaLabel.addEventListener('mouseover',()=>{
            this.setSelected(true, 'areaLabel')
        })
        areaLabel.addEventListener('mouseleave',()=>{
            this.setSelected(false, 'areaLabel')
        }) 
        areaLabel.addEventListener('click',()=>{
            viewer.focusOnObject(this, 'measure')
        })
        viewer.setObjectLayers(areaLabel, 'measure' )
        areaLabel.visible = false
        
        return areaLabel;
        
        
    }

    
    getMarkerMaterial(type) {
        if(!markerMats){
            markerMats = {  
                default:    new DepthBasicMaterial({  
                    transparent: !0,
                    opacity: 1,
                    map: texLoader.load(Potree.resourcePath+'/textures/pic_point32.png' ), 
                    useDepth:true 
                }),
                select:    new DepthBasicMaterial({   
                    transparent: !0,
                    opacity: 1,
                    map: texLoader.load(Potree.resourcePath+'/textures/pic_point_s32.png'/* , null, null, { antialias: false } */), 
                     
                }),   
            }
            Measure.markerMats = markerMats
        }
        return markerMats[type]
        
    }
    
    
    
    
    getLineMat(type) { 
        if(!Measure.lineMats){
            Measure.lineMats = { 
                edgeDefault:  LineDraw.createFatLineMat({
                    color: color,
                    dashSize: 0.5, 
                    gapSize: 0.2, 
                    linewidth: config.measure.lineWidth,
                    useDepth :true                   
                }),
                edgeSelect:  LineDraw.createFatLineMat({
                    color: highLightColor,//'#f0ff00',
                    dashSize: 0.5, 
                    gapSize: 0.2, 
                    linewidth: config.measure.lineWidth  
                }),
                guide:   LineDraw.createFatLineMat({
                    color:config.measure.guideLineColor, 
                    dashSize: 0.1, 
                    gapSize: 0.02,
                    dashed: true,
                    linewidth: config.measure.lineWidth  
                }) 
                    
            }
        }
        return Measure.lineMats[type]
        
    }
    
    
    createAreaPlane(){
        planeMats || (planeMats = { 
            default: new DepthBasicMaterial({
                color:color,
                side:THREE.DoubleSide,
                opacity:0.2,
                transparent:true,
                useDepth:true 
            }), 
            selected: new DepthBasicMaterial({
                color:color,
                side:THREE.DoubleSide,
                opacity:0.3,
                transparent:true
            }) 
        },Measure.planeMats = planeMats)
        return super.createAreaPlane(planeMats.default)
    }
    
     
	raycast (raycaster, intersects) {
		for (let i = 0; i < this.points.length; i++) {
			let marker = this.markers[i];

			marker.raycast(raycaster, intersects);
		}

		// recalculate distances because they are not necessarely correct
		// for scaled objects.
		// see https://github.com/mrdoob/three.js/issues/5827
		// TODO: remove this once the bug has been fixed
		for (let i = 0; i < intersects.length; i++) {
			let I = intersects[i];
			I.distance = raycaster.ray.origin.distanceTo(I.point);
		}
		intersects.sort(function (a, b) { return a.distance - b.distance; });
	};

    
    
    transformData(prop){
        if(prop.measureType == 'Point'){ 
            prop.showCoordinates = true, 
            prop.closed = true, 
            prop.maxMarkers = 1,
            prop.minMarkers = 1 
        }else if(prop.measureType == 'Distance'){
            prop.showDistances = true,  
            prop.closed = false,
            prop.showEdges = true,
            prop.maxMarkers = 2,
            prop.minMarkers = 2 
        }else if(prop.measureType == 'Ver Distance'){
            prop.showDistances = true,  
            prop.closed = false,
            prop.showEdges = true,
            prop.maxMarkers = 2,
            prop.minMarkers = 2,
            prop.faceDirection = "vertical" 
        }else if(prop.measureType == 'Hor Distance'){
            prop.showDistances = true,  
            prop.closed = false,
            prop.showEdges = true,
            prop.maxMarkers = 2,
            prop.minMarkers = 2,
            prop.faceDirection = "horizontal"   
        }else if(prop.measureType == 'Area'){
            prop.showDistances = true,  
            prop.showArea = true,  
            prop.showEdges = true,
            prop.closed = true, 
            prop.minMarkers = 3  
        }else if(prop.measureType == 'Hor Area'){
            prop.showDistances = true,  
            prop.showArea = true,  
            prop.showEdges = true,
            prop.closed = true, 
            prop.minMarkers = 3  
            prop.faceDirection = "horizontal"
        }else if(prop.measureType == 'Ver Area'){
            prop.showDistances = true,  
            prop.showArea = true,  
            prop.showEdges = true,
            prop.closed = true, 
            prop.minMarkers = 3 
            prop.faceDirection = "vertical"            
        }else if(prop.measureType == 'Rect Area'){
            prop.showDistances = true,  
            prop.showArea = true,  
            prop.showEdges = true,
            prop.closed = true, 
            prop.minMarkers = 4 
            prop.maxMarkers = 4            
        }else if(prop.measureType == 'Hor Rect Area'){
            prop.showDistances = true,  
            prop.showArea = true,  
            prop.showEdges = true,
            prop.closed = true, 
            prop.minMarkers = 4 
            prop.maxMarkers = 4 
            prop.isRect = true 
            prop.faceDirection = "horizontal"  
        }else if(prop.measureType == 'Ver Rect Area'){
            prop.showDistances = true,  
            prop.showArea = true,  
            prop.showEdges = true,
            prop.closed = true, 
            prop.minMarkers = 4 
            prop.maxMarkers = 4 
            prop.isRect = true 
            prop.faceDirection = "vertical"  
        } 
    }



    setUnitSystem(unitSystem){
        //console.log(this.name +':' +this.unitSystem)
        if(unitSystem != this.unitSystem){
            if(unitSystem == "metric"){
                
            }else if(unitSystem == 'imperial'){
                
            }
            this.unitSystem = unitSystem
            this.update()
        }
    }





	/* get showCoordinates () {
		return this._showCoordinates;
	}

	set showCoordinates (value) {
		this._showCoordinates = value;
		this.update();
	}

	get showAngles () {
		return this._showAngles;
	}

	set showAngles (value) {
		this._showAngles = value;
		this.update();
	}

	get showCircle () {
		return this._showCircle;
	}

	set showCircle (value) {
		this._showCircle = value;
		this.update();
	}

	get showAzimuth(){
		return this._showAzimuth;
	}

	set showAzimuth(value){
		this._showAzimuth = value;
		this.update();
	}

	get showEdges () {
		return this._showEdges;
	}

	set showEdges (value) {
		this._showEdges = value;
		this.update();
	}

	get showHeight () {
		return this._showHeight;
	}

	set showHeight (value) {
		this._showHeight = value;
		this.update();
	}

	get showArea () {
		return this._showArea;
	}

	set showArea (value) {
		this._showArea = value;
		this.update();
	}

	get closed () {
		return this._closed;
	}

	set closed (value) {
		this._closed = value;
		this.update();
	}

	get showDistances () {
		return this._showDistances;
	}

	set showDistances (value) {
		this._showDistances = value;
		this.update();
	} */

}









function setLabelHightState(label, state){
    if(state){
        //label.backgroundColor =  {r: highLightColor.r*255, g: highLightColor.g*255, b: highLightColor.b*255, a:1},
        label.backgroundColor.a = 1
        label.sprite.material.useDepth = false;
        
    }else{
        //label.backgroundColor = mainLabelProp.backgroundColor
        label.backgroundColor.a = config.measure.labelOpacity
        label.sprite.material.useDepth = true
        
    } 
    label.updateTexture() 
    //label.sprite.material.needsUpdate = true 
}



function createCircleRadiusLabel(){
	const circleRadiusLabel = new TextSprite("");

	circleRadiusLabel.setTextColor({r: 140, g: 250, b: 140, a: 1.0});
	circleRadiusLabel.setBorderColor({r: 0, g: 0, b: 0, a: 1.0});
	circleRadiusLabel.setBackgroundColor({r: 0, g: 0, b: 0, a: 1.0});
	circleRadiusLabel.fontsize = 16;
	circleRadiusLabel.material.depthTest = false;
	circleRadiusLabel.material.opacity = 1;
	circleRadiusLabel.visible = false;
	
	return circleRadiusLabel;
}

function createCircleRadiusLine(){
	/* const lineGeometry = new LineGeometry();

	lineGeometry.setPositions([
		0, 0, 0,
		0, 0, 0,
	]);

	const lineMaterial = new LineMaterial({ 
		color: 0xff0000, 
		linewidth: 2, 
		resolution:  new THREE.Vector2(1000, 1000),
		gapSize: 1,
		dashed: true,
	});

	lineMaterial.depthTest = false;

	const circleRadiusLine = new Line2(lineGeometry, lineMaterial);*/
	
    var circleRadiusLine = LineDraw.createFatLine([
		0, 0, 0,
		0, 0, 0,
	],{
        color:0xff0000,   
        dashSize: 0.5, 
		gapSize: 0.2, 
		linewidth: config.measure.lineWidth  
    })
    circleRadiusLine.visible = false; 
	return circleRadiusLine;
}

function createCircleLine(){
	const coordinates = [];

	let n = 128;
	for(let i = 0; i <= n; i++){
		let u0 = 2 * Math.PI * (i / n);
		let u1 = 2 * Math.PI * (i + 1) / n;

		let p0 = new THREE.Vector3(
			Math.cos(u0), 
			Math.sin(u0), 
			0
		);

		let p1 = new THREE.Vector3(
			Math.cos(u1), 
			Math.sin(u1), 
			0
		);

		coordinates.push(
			...p0.toArray(),
			...p1.toArray(),
		);
	}

	/* const geometry = new LineGeometry();
	geometry.setPositions(coordinates);

	const material = new LineMaterial({ 
		color: 0xff0000, 
		dashSize: 5, 
		gapSize: 2,
		linewidth: 2, 
		resolution:  new THREE.Vector2(1000, 1000),
	}); 

	material.depthTest = false;

	const circleLine = new Line2(geometry, material);
	circleLine.visible = false;
	circleLine.computeLineDistances();*/

    var circleLine = LineDraw.createFatLine(coordinates,{
        color: 0xff0000,
        dashSize: 0.5, 
		gapSize: 0.2, 
		linewidth: config.measure.lineWidth  
    })


	return circleLine;
}

function createCircleCenter(){
	const sg = new THREE.markerGeometry(1, 32, 32);
	const sm = new THREE.MeshNormalMaterial();
	
	const circleCenter = new THREE.Mesh(sg, sm);
	circleCenter.visible = false;

	return circleCenter;
}

function createLine(){
	 
    const line = LineDraw.createFatLine([
		0, 0, 0,
		0, 0, 0,
	],{
        color: 0xff0000,
        dashSize: 0.5, 
		gapSize: 0.2, 
		linewidth: config.measure.lineWidth  
    })
    
    
    
	return line;
}

function createCircle(){

	const coordinates = [];

	let n = 128;
	for(let i = 0; i <= n; i++){
		let u0 = 2 * Math.PI * (i / n);
		let u1 = 2 * Math.PI * (i + 1) / n;

		let p0 = new THREE.Vector3(
			Math.cos(u0), 
			Math.sin(u0), 
			0
		);

		let p1 = new THREE.Vector3(
			Math.cos(u1), 
			Math.sin(u1), 
			0
		);

		coordinates.push(
			...p0.toArray(),
			...p1.toArray(),
		);
	}

 
    var line = LineDraw.createFatLine(coordinates,{
        color: 0xff0000,
        dashSize: 0.5, 
		gapSize: 0.2, 
		linewidth: config.measure.lineWidth  
    })
	return line;

}

function createAzimuth(){

	const azimuth = {
		label: null,
		center: null,
		target: null,
		north: null,
		centerToNorth: null,
		centerToTarget: null,
		centerToTargetground: null,
		targetgroundToTarget: null,
		circle: null,

		node: null,
	};

	const sg = new THREE.markerGeometry(1, 32, 32);
	const sm = new THREE.MeshNormalMaterial();

	{
		const label = new TextSprite("");

		label.setTextColor({r: 140, g: 250, b: 140, a: 1.0});
		label.setBorderColor({r: 0, g: 0, b: 0, a: 1.0});
		label.setBackgroundColor({r: 0, g: 0, b: 0, a: 1.0});
		label.fontsize = 16;
		label.material.depthTest = false;
		label.material.opacity = 1;

		azimuth.label = label;
	}

	azimuth.center = new THREE.Mesh(sg, sm);
	azimuth.target = new THREE.Mesh(sg, sm);
	azimuth.north = new THREE.Mesh(sg, sm);
	azimuth.centerToNorth = createLine();
	azimuth.centerToTarget = createLine();
	azimuth.centerToTargetground = createLine();
	azimuth.targetgroundToTarget = createLine();
	azimuth.circle = createCircle();

	azimuth.node = new THREE.Object3D();
	azimuth.node.add(
		azimuth.centerToNorth,
		azimuth.centerToTarget,
		azimuth.centerToTargetground,
		azimuth.targetgroundToTarget,
		azimuth.circle,
		azimuth.label,
		azimuth.center,
		azimuth.target,
		azimuth.north,
	);

	return azimuth;
}









/* 
     

 */