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* as THREE from \"three\";\r\nimport { CurveHighlighter } from \"../../CivilNavigator/src/curve-highlighter\";\r\nexport class PlanHighlighter extends CurveHighlighter {\r\n    constructor(scene, kpManager) {\r\n        super(scene, \"horizontal\");\r\n        this.kpManager = kpManager;\r\n        this.offset = 10;\r\n        this.markupLines = [];\r\n        this.markupMaterial = new THREE.LineBasicMaterial({\r\n            color: 0x686868,\r\n        });\r\n    }\r\n    showCurveInfo(curveMesh) {\r\n        this.disposeMarkups();\r\n        this.currentCurveMesh = curveMesh;\r\n        switch (curveMesh.curve.data.TYPE) {\r\n            case \"LINE\":\r\n                this.showLineInfo(curveMesh, this.offset);\r\n                break;\r\n            case \"CIRCULARARC\":\r\n                this.showCircularArcInfo(curveMesh, this.offset);\r\n                break;\r\n            case \"CLOTHOID\":\r\n                this.showClothoidInfo(curveMesh, this.offset);\r\n                break;\r\n            default:\r\n                console.log(\"Unknown curve type:\", curveMesh.curve.data.TYPE);\r\n                break;\r\n        }\r\n    }\r\n    updateOffset(screenSize, _zoom, _triggerRedraw) {\r\n        const biggerSize = Math.max(screenSize.height, screenSize.width);\r\n        const newOffset = biggerSize / (_zoom * 150);\r\n        if (newOffset !== this.offset) {\r\n            this.offset = newOffset;\r\n            if (_triggerRedraw && this.currentCurveMesh) {\r\n                this.showCurveInfo(this.currentCurveMesh);\r\n            }\r\n        }\r\n    }\r\n    dispose() {\r\n        super.dispose();\r\n        for (const line of this.markupLines) {\r\n            this.scene.remove(line);\r\n            line.removeFromParent();\r\n        }\r\n        this.disposeMarkups();\r\n        this.markupMaterial.dispose();\r\n    }\r\n    disposeMarkups() {\r\n        for (const line of this.markupLines) {\r\n            line.geometry.dispose();\r\n            this.scene.remove(line);\r\n        }\r\n        this.markupLines = [];\r\n    }\r\n    unSelect() {\r\n        super.unSelect();\r\n        this.disposeMarkups();\r\n    }\r\n    calculateTangent(positions, index) {\r\n        const numComponents = 3;\r\n        const pointIndex = index * numComponents;\r\n        const prevPointIndex = Math.max(0, pointIndex - numComponents);\r\n        const nextPointIndex = Math.min(positions.length - numComponents, pointIndex + numComponents);\r\n        const prevPoint = new THREE.Vector3().fromArray(positions, prevPointIndex);\r\n        const nextPoint = new THREE.Vector3().fromArray(positions, nextPointIndex);\r\n        const tangent = nextPoint.clone().sub(prevPoint).normalize();\r\n        return tangent;\r\n    }\r\n    calculateParallelCurve(positions, count, offset) {\r\n        const parallelCurvePoints = [];\r\n        for (let i = 0; i < count; i++) {\r\n            const tangentVector = this.calculateTangent(positions, i);\r\n            const perpendicularVector = tangentVector\r\n                .clone()\r\n                .applyAxisAngle(new THREE.Vector3(0, 0, 1), Math.PI / 2);\r\n            perpendicularVector.normalize();\r\n            const offsetVector = perpendicularVector.clone().multiplyScalar(offset);\r\n            const pointIndex = i * 3;\r\n            const parallelPoint = new THREE.Vector3()\r\n                .fromArray(positions, pointIndex)\r\n                .add(offsetVector);\r\n            parallelCurvePoints.push(parallelPoint);\r\n        }\r\n        return parallelCurvePoints;\r\n    }\r\n    calculateDimensionLines(curve, line) {\r\n        const startDimensionPoints = [];\r\n        const curvePositions = curve.geometry.attributes.position.array;\r\n        const linePositions = line.geometry.attributes.position.array;\r\n        if (curvePositions.length < 6 && linePositions.length < 6) {\r\n            throw new Error(\"Line must have at least two vertices\");\r\n        }\r\n        const startCurvePoint = new THREE.Vector3(curvePositions[0], curvePositions[1], curvePositions[2]);\r\n        const startLinePoint = new THREE.Vector3(linePositions[0], linePositions[1], linePositions[2]);\r\n        const endDimensionPoints = [];\r\n        const lastCurveIndex = curvePositions.length - 3;\r\n        const endCurvePoint = new THREE.Vector3(curvePositions[lastCurveIndex], curvePositions[lastCurveIndex + 1], curvePositions[lastCurveIndex + 2]);\r\n        const lastLineIndex = linePositions.length - 3;\r\n        const endLinePoint = new THREE.Vector3(linePositions[lastLineIndex], linePositions[lastLineIndex + 1], linePositions[lastLineIndex + 2]);\r\n        startDimensionPoints.push(startCurvePoint, startLinePoint);\r\n        endDimensionPoints.push(endCurvePoint, endLinePoint);\r\n        return { startDimensionPoints, endDimensionPoints };\r\n    }\r\n    offsetDimensionLine(points, offset) {\r\n        const direction = new THREE.Vector3()\r\n            .copy(points[points.length - 1])\r\n            .sub(points[0])\r\n            .normalize();\r\n        const offsetVector = direction.clone().multiplyScalar(offset);\r\n        const newPoints = points.map((point) => point.clone().add(offsetVector));\r\n        return newPoints;\r\n    }\r\n    showLineInfo(curveMesh, offset) {\r\n        this.kpManager.clearMarkersByType(\"Length\");\r\n        this.kpManager.clearMarkersByType(\"Radius\");\r\n        const positions = curveMesh.geometry.attributes.position.array;\r\n        const parallelCurvePoints = this.calculateParallelCurve(positions, positions.length / 3, offset);\r\n        const lengthGeometry = new THREE.BufferGeometry().setFromPoints(parallelCurvePoints);\r\n        const lineParallelLine = new THREE.Line(lengthGeometry, this.markupMaterial);\r\n        this.kpManager.showLineLength(lineParallelLine, curveMesh.curve.getLength());\r\n        this.scene.add(lineParallelLine);\r\n        this.markupLines.push(lineParallelLine);\r\n        const { startDimensionPoints, endDimensionPoints } = this.calculateDimensionLines(curveMesh, lineParallelLine);\r\n        const offsetStartDimensionPoints = this.offsetDimensionLine(startDimensionPoints, offset * 0.1);\r\n        const offsetEndDimensionPoints = this.offsetDimensionLine(endDimensionPoints, offset * 0.1);\r\n        const startDimensionGeometry = new THREE.BufferGeometry().setFromPoints(offsetStartDimensionPoints);\r\n        const endDimensionGeometry = new THREE.BufferGeometry().setFromPoints(offsetEndDimensionPoints);\r\n        const lineStartDimensionlLine = new THREE.Line(startDimensionGeometry, this.markupMaterial);\r\n        this.scene.add(lineStartDimensionlLine);\r\n        this.markupLines.push(lineStartDimensionlLine);\r\n        const lineEndDimensionlLine = new THREE.Line(endDimensionGeometry, this.markupMaterial);\r\n        this.scene.add(lineEndDimensionlLine);\r\n        this.markupLines.push(lineEndDimensionlLine);\r\n    }\r\n    showClothoidInfo(curveMesh, offset) {\r\n        this.kpManager.clearMarkersByType(\"Length\");\r\n        this.kpManager.clearMarkersByType(\"Radius\");\r\n        const positions = curveMesh.geometry.attributes.position.array;\r\n        const parallelCurvePoints = this.calculateParallelCurve(positions, positions.length / 3, offset);\r\n        const lengthGeometry = new THREE.BufferGeometry().setFromPoints(parallelCurvePoints);\r\n        this.kpManager.showCurveLength(parallelCurvePoints, curveMesh.curve.getLength());\r\n        const clothParallelLine = new THREE.Line(lengthGeometry, this.markupMaterial);\r\n        this.scene.add(clothParallelLine);\r\n        this.markupLines.push(clothParallelLine);\r\n        const { startDimensionPoints, endDimensionPoints } = this.calculateDimensionLines(curveMesh, clothParallelLine);\r\n        const offsetStartDimensionPoints = this.offsetDimensionLine(startDimensionPoints, offset * 0.1);\r\n        const offsetEndDimensionPoints = this.offsetDimensionLine(endDimensionPoints, offset * 0.1);\r\n        const startDimensionGeometry = new THREE.BufferGeometry().setFromPoints(offsetStartDimensionPoints);\r\n        const endDimensionGeometry = new THREE.BufferGeometry().setFromPoints(offsetEndDimensionPoints);\r\n        const clothStartDimensionlLine = new THREE.Line(startDimensionGeometry, this.markupMaterial);\r\n        this.scene.add(clothStartDimensionlLine);\r\n        this.markupLines.push(clothStartDimensionlLine);\r\n        const clothEndDimensionlLine = new THREE.Line(endDimensionGeometry, this.markupMaterial);\r\n        this.scene.add(clothEndDimensionlLine);\r\n        this.markupLines.push(clothEndDimensionlLine);\r\n    }\r\n    showCircularArcInfo(curveMesh, offset) {\r\n        this.kpManager.clearMarkersByType(\"Length\");\r\n        this.kpManager.clearMarkersByType(\"Radius\");\r\n        const radius = curveMesh.curve.data.RADIUS;\r\n        const positions = curveMesh.geometry.attributes.position.array;\r\n        const count = curveMesh.geometry.attributes.position.count;\r\n        const linePoints = [];\r\n        const firstPoint = new THREE.Vector3(positions[0], positions[1], positions[2]);\r\n        const lastPointIndex = (count - 1) * 3;\r\n        const lastPoint = new THREE.Vector3(positions[lastPointIndex], positions[lastPointIndex + 1], positions[lastPointIndex + 2]);\r\n        const middlePointIndex = (count / 2) * 3;\r\n        const middlePoint = new THREE.Vector3(positions[middlePointIndex], positions[middlePointIndex + 1], positions[middlePointIndex + 2]);\r\n        const tangentVector = lastPoint.clone().sub(firstPoint).normalize();\r\n        const perpendicularVector = new THREE.Vector3(-tangentVector.y, tangentVector.x, 0);\r\n        perpendicularVector.multiplyScalar(radius);\r\n        const arcCenterPoint = middlePoint.clone().add(perpendicularVector);\r\n        linePoints.push(middlePoint);\r\n        linePoints.push(arcCenterPoint);\r\n        const radiusGeometry = new THREE.BufferGeometry().setFromPoints(linePoints);\r\n        const radiusLine = new THREE.Line(radiusGeometry, this.markupMaterial);\r\n        this.kpManager.showCurveRadius(radiusLine, Math.abs(radius));\r\n        this.scene.add(radiusLine);\r\n        this.markupLines.push(radiusLine);\r\n        const parallelCurvePoints = [];\r\n        for (let i = 0; i < count; i++) {\r\n            const tangentVector = this.calculateTangent(positions, i);\r\n            const radius = curveMesh.curve.data.RADIUS;\r\n            const perpendicularVector = new THREE.Vector3(tangentVector.y, -tangentVector.x, 0);\r\n            perpendicularVector.normalize();\r\n            if (radius < 0) {\r\n                perpendicularVector.negate();\r\n            }\r\n            const offsetVector = perpendicularVector.clone().multiplyScalar(offset);\r\n            const pointIndex = i * 3;\r\n            const parallelPoint = new THREE.Vector3(positions[pointIndex] + offsetVector.x, positions[pointIndex + 1] + offsetVector.y, positions[pointIndex + 2] + offsetVector.z);\r\n            parallelCurvePoints.push(parallelPoint);\r\n        }\r\n        const lengthGeometry = new THREE.BufferGeometry().setFromPoints(parallelCurvePoints);\r\n        this.kpManager.showCurveLength(parallelCurvePoints, curveMesh.curve.getLength());\r\n        const circArcParallelLine = new THREE.Line(lengthGeometry, this.markupMaterial);\r\n        this.scene.add(circArcParallelLine);\r\n        this.markupLines.push(circArcParallelLine);\r\n        const { startDimensionPoints, endDimensionPoints } = this.calculateDimensionLines(curveMesh, circArcParallelLine);\r\n        const offsetStartDimensionPoints = this.offsetDimensionLine(startDimensionPoints, offset * 0.1);\r\n        const offsetEndDimensionPoints = this.offsetDimensionLine(endDimensionPoints, offset * 0.1);\r\n        const startDimensionGeometry = new THREE.BufferGeometry().setFromPoints(offsetStartDimensionPoints);\r\n        const endDimensionGeometry = new THREE.BufferGeometry().setFromPoints(offsetEndDimensionPoints);\r\n        const circArcStartDimensionlLine = new THREE.Line(startDimensionGeometry, this.markupMaterial);\r\n        this.scene.add(circArcStartDimensionlLine);\r\n        this.markupLines.push(circArcStartDimensionlLine);\r\n        const circArcEndDimensionlLine = new THREE.Line(endDimensionGeometry, this.markupMaterial);\r\n        this.scene.add(circArcEndDimensionlLine);\r\n        this.markupLines.push(circArcEndDimensionlLine);\r\n    }\r\n}\r\n//# sourceMappingURL=plan-highlighter.js.map","import * as THREE from \"three\";\r\nimport { UIElement } from \"../../base-types\";\r\nimport { ToolComponent } from \"../../core\";\r\nimport { CivilNavigator } from \"../CivilNavigator\";\r\nimport { FragmentBoundingBox } from \"../../fragments\";\r\nimport { PlanHighlighter } from \"./src/plan-highlighter\";\r\nimport { CivilFloatingWindow } from \"../CivilFloatingWindow\";\r\n// import { KPStation } from \"../CivilNavigator/src/kp-station\";\r\nimport { KPManager } from \"../CivilNavigator/src/kp-manager\";\r\nexport class CivilPlanNavigator extends CivilNavigator {\r\n    constructor(components) {\r\n        super(components);\r\n        this.view = \"horizontal\";\r\n        this.uiElement = new UIElement();\r\n        const scene = this.scene.get();\r\n        this.kpManager = new KPManager(components, this.scene.renderer, this.scene.get(), this.scene.controls, this.view);\r\n        this.highlighter = new PlanHighlighter(scene, this.kpManager);\r\n        this.setUI();\r\n        this.components.tools.add(CivilPlanNavigator.uuid, this);\r\n        this.onHighlight.add(({ mesh }) => {\r\n            this.highlighter.showCurveInfo(mesh);\r\n            this.fitCameraToAlignment(mesh);\r\n        });\r\n    }\r\n    async fitCameraToAlignment(curveMesh) {\r\n        const bbox = this.components.tools.get(FragmentBoundingBox);\r\n        const alignment = curveMesh.curve.alignment;\r\n        for (const curve of alignment.horizontal) {\r\n            bbox.addMesh(curve.mesh);\r\n        }\r\n        const box = bbox.get();\r\n        const center = new THREE.Vector3();\r\n        const { min, max } = box;\r\n        const offset = 1.2;\r\n        const size = new THREE.Vector3((max.x - min.x) * offset, (max.y - min.y) * offset, (max.z - min.z) * offset);\r\n        box.getCenter(center);\r\n        box.setFromCenterAndSize(center, size);\r\n        bbox.reset();\r\n        await this.scene.controls.fitToBox(box, true);\r\n    }\r\n    // showKPStations(curveMesh: FRAGS.CurveMesh): void {\r\n    //   this.kpStation.showKPStations(curveMesh);\r\n    // }\r\n    // clearKPStations(): void {\r\n    //   this.kpStation.clearKPStations();\r\n    // }\r\n    setUI() {\r\n        const name = \"Horizontal alignment\";\r\n        const floatingWindow = CivilFloatingWindow.get(this.components, this.scene, name);\r\n        this.uiElement.set({ floatingWindow });\r\n        this.scene.controls.addEventListener(\"update\", () => {\r\n            const screenSize = floatingWindow.containerSize;\r\n            const { zoom } = this.scene.camera;\r\n            this.highlighter.updateOffset(screenSize, zoom, true);\r\n        });\r\n        floatingWindow.onResized.add(() => {\r\n            const screenSize = floatingWindow.containerSize;\r\n            const { zoom } = this.scene.camera;\r\n            this.highlighter.updateOffset(screenSize, zoom, true);\r\n        });\r\n    }\r\n}\r\nCivilPlanNavigator.uuid = \"3096dea0-5bc2-41c7-abce-9089b6c9431b\";\r\nToolComponent.libraryUUIDs.add(CivilPlanNavigator.uuid);\r\n//# sourceMappingURL=index.js.map"],"names":["PlanHighlighter","constructor","scene","kpManager","super","this","offset","markupLines","markupMaterial","color","showCurveInfo","curveMesh","disposeMarkups","currentCurveMesh","curve","data","TYPE","showLineInfo","showCircularArcInfo","showClothoidInfo","console","log","updateOffset","screenSize","_zoom","_triggerRedraw","newOffset","Math","max","height","width","dispose","line","remove","removeFromParent","geometry","unSelect","calculateTangent","positions","index","pointIndex","prevPointIndex","nextPointIndex","min","length","prevPoint","fromArray","clone","sub","normalize","calculateParallelCurve","count","parallelCurvePoints","i","perpendicularVector","applyAxisAngle","PI","offsetVector","multiplyScalar","parallelPoint","add","push","calculateDimensionLines","startDimensionPoints","curvePositions","attributes","position","array","linePositions","Error","startCurvePoint","startLinePoint","endDimensionPoints","lastCurveIndex","endCurvePoint","lastLineIndex","endLinePoint","offsetDimensionLine","points","copy","map","point","clearMarkersByType","lengthGeometry","setFromPoints","lineParallelLine","showLineLength","getLength","offsetStartDimensionPoints","offsetEndDimensionPoints","startDimensionGeometry","endDimensionGeometry","lineStartDimensionlLine","lineEndDimensionlLine","showCurveLength","clothParallelLine","clothStartDimensionlLine","clothEndDimensionlLine","radius","RADIUS","linePoints","firstPoint","lastPointIndex","lastPoint","middlePointIndex","middlePoint","tangentVector","y","x","arcCenterPoint","radiusGeometry","radiusLine","showCurveRadius","abs","negate","z","circArcParallelLine","circArcStartDimensionlLine","circArcEndDimensionlLine","CivilPlanNavigator","CivilNavigator","components","view","uiElement","get","renderer","controls","highlighter","setUI","tools","uuid","onHighlight","mesh","fitCameraToAlignment","bbox","alignment","horizontal","addMesh","box","center","size","getCenter","setFromCenterAndSize","reset","fitToBox","floatingWindow","CivilFloatingWindow","set","addEventListener","containerSize","zoom","camera","onResized","libraryUUIDs"],"sourceRoot":""}