Class: VolumeProjectedSurface

Defined in: surfaces/VolumeProjectedSurface.ts:43

Extends

• NeuroSurface

Constructors

Constructor

new VolumeProjectedSurface(geometry, options): VolumeProjectedSurface;

Defined in: surfaces/VolumeProjectedSurface.ts:54

Parameters

geometry

SurfaceGeometry

options

VolumeProjectedSurfaceOptions

Returns

VolumeProjectedSurface

Overrides

NeuroSurface.constructor

Properties

geometry

geometry: SurfaceGeometry;

Defined in: classes.ts:458

Inherited from

NeuroSurface.geometry

---

indices

indices: Uint32Array;

Defined in: classes.ts:459

Inherited from

NeuroSurface.indices

---

data

data: Float32Array;

Defined in: classes.ts:460

Inherited from

NeuroSurface.data

---

vertexCurv

vertexCurv: Float32Array<ArrayBufferLike> | null;

Defined in: classes.ts:461

Inherited from

NeuroSurface.vertexCurv

---

mesh

mesh: 
  | Mesh<BufferGeometry<NormalBufferAttributes, BufferGeometryEventMap>, 
  | Material<MaterialEventMap>
  | Material<MaterialEventMap>[], Object3DEventMap>
  | null;

Defined in: classes.ts:462

Inherited from

NeuroSurface.mesh

---

threshold

threshold: [number, number];

Defined in: classes.ts:463

Inherited from

NeuroSurface.threshold

---

irange

irange: [number, number];

Defined in: classes.ts:464

Inherited from

NeuroSurface.irange

---

hemisphere

hemisphere: string;

Defined in: classes.ts:465

Inherited from

NeuroSurface.hemisphere

---

config

config: ResolvedSurfaceConfig;

Defined in: classes.ts:466

Inherited from

NeuroSurface.config

---

viewer?

optional viewer?: any;

Defined in: classes.ts:467

Inherited from

NeuroSurface.viewer

Methods

on()

on<K>(event, listener): UnsubscribeFn;

Defined in: EventEmitter.ts:18

Type Parameters

K

K extends keyof SurfaceEventMap

Parameters

event

K

listener

TypedEventListener<SurfaceEventMap[K]>

Returns

UnsubscribeFn

Inherited from

NeuroSurface.on

---

once()

once<K>(event, listener): UnsubscribeFn;

Defined in: EventEmitter.ts:30

Type Parameters

K

K extends keyof SurfaceEventMap

Parameters

event

K

listener

TypedEventListener<SurfaceEventMap[K]>

Returns

UnsubscribeFn

Inherited from

NeuroSurface.once

---

emit()

emit<K>(event, ...args): void;

Defined in: EventEmitter.ts:41

Type Parameters

K

K extends keyof SurfaceEventMap

Parameters

event

K

args

...EventPayloadArgs<SurfaceEventMap[K]>

Returns

void

Inherited from

NeuroSurface.emit

---

removeListener()

removeListener<K>(event, listenerToRemove): void;

Defined in: EventEmitter.ts:60

Type Parameters

K

K extends keyof SurfaceEventMap

Parameters

event

K

listenerToRemove

TypedEventListener<SurfaceEventMap[K]>

Returns

void

Inherited from

NeuroSurface.removeListener

---

removeAllListeners()

removeAllListeners(event?): void;

Defined in: EventEmitter.ts:75

Parameters

event?

keyof SurfaceEventMap

Returns

void

Inherited from

NeuroSurface.removeAllListeners

---

off()

off<K>(event, listener): void;

Defined in: EventEmitter.ts:84

Type Parameters

K

K extends keyof SurfaceEventMap

Parameters

event

K

listener

TypedEventListener<SurfaceEventMap[K]>

Returns

void

Inherited from

NeuroSurface.off

---

update()

update(property, value): void;

Defined in: classes.ts:517

Parameters

property

string

value

any

Returns

void

Inherited from

NeuroSurface.update

---

updateConfig()

updateConfig(newConfig): void;

Defined in: classes.ts:542

Update surface material properties dynamically

Parameters

newConfig

Partial<SurfaceConfig>

Partial configuration object with properties to update

Returns

void

Example

// Make surface shiny and semi-transparent
surface.updateConfig({
  shininess: 150,
  specularColor: 0xffffff,
  alpha: 0.7
});

// Switch to flat shading for faceted look
surface.updateConfig({ flatShading: true });

Inherited from

NeuroSurface.updateConfig

---

getPickMetadata()

getPickMetadata(_vertexIndex): Record<string, unknown> | null;

Defined in: classes.ts:647

Parameters

_vertexIndex

number

Returns

Record<string, unknown> | null

Inherited from

NeuroSurface.getPickMetadata

---

setVisible()

setVisible(visible): void;

Defined in: classes.ts:654

Parameters

visible

boolean

Returns

void

Inherited from

NeuroSurface.setVisible

---

setOpacity()

setOpacity(opacity): void;

Defined in: classes.ts:662

Parameters

opacity

number

Returns

void

Inherited from

NeuroSurface.setOpacity

---

setSmoothShading()

setSmoothShading(smooth, smoothingAngle?): void;

Defined in: classes.ts:682

Control surface shading style (visual only, doesn't modify geometry)

Parameters

smooth

boolean

If true, uses smooth shading (interpolated normals). If false, uses flat shading (face normals)

smoothingAngle?

number

Optional angle threshold in degrees (0-180). Edges above this angle remain sharp

Returns

void

Example

// Enable smooth shading for organic surfaces
surface.setSmoothShading(true);

// Smooth shading with 30° threshold (sharp edges preserved)
surface.setSmoothShading(true, 30);

// Flat shading for faceted/crystalline look
surface.setSmoothShading(false);

Inherited from

NeuroSurface.setSmoothShading

---

applyLaplacianSmoothing()

applyLaplacianSmoothing(
   iterations?, 
   lambda?, 
   method?, 
   preserveBoundaries?
): void;

Defined in: classes.ts:718

Apply Laplacian smoothing to the surface vertices (modifies geometry)

Parameters

iterations?

number = 1

Number of smoothing iterations (1-10). More iterations = smoother surface

lambda?

number = 0.5

Smoothing strength (0-1). 0 = no effect, 1 = maximum smoothing per iteration

method?

"laplacian" | "taubin"

Smoothing algorithm:

• 'laplacian': Standard smoothing, may shrink surface
• 'taubin': Alternates shrink/expand to preserve volume

preserveBoundaries?

boolean = true

If true, boundary edges remain fixed

Returns

void

Example

// Gentle smoothing to reduce noise
surface.applyLaplacianSmoothing(2, 0.3, 'laplacian', true);

// Aggressive smoothing while preserving volume
surface.applyLaplacianSmoothing(5, 0.5, 'taubin', true);

// Smooth including boundaries (may distort edges)
surface.applyLaplacianSmoothing(3, 0.4, 'laplacian', false);

Inherited from

NeuroSurface.applyLaplacianSmoothing

---

createSmoothedCopy()

createSmoothedCopy(
   iterations?, 
   lambda?, 
   method?
): SurfaceGeometry;

Defined in: classes.ts:768

Create a smoothed copy of this surface

Parameters

iterations?

number = 1

Number of smoothing iterations

lambda?

number = 0.5

Smoothing factor 0-1

method?

"laplacian" | "taubin"

'laplacian' or 'taubin'

Returns

SurfaceGeometry

A new smoothed surface geometry

Inherited from

NeuroSurface.createSmoothedCopy

---

updateMesh()

updateMesh(): Mesh;

Defined in: classes.ts:793

Returns

Mesh

Inherited from

NeuroSurface.updateMesh

---

createMesh()

createMesh(): Mesh;

Defined in: surfaces/VolumeProjectedSurface.ts:116

Returns

Mesh

Overrides

NeuroSurface.createMesh

---

updateColors()

updateColors(): void;

Defined in: surfaces/VolumeProjectedSurface.ts:132

Returns

void

Overrides

NeuroSurface.updateColors

---

updateVolumeData()

updateVolumeData(data): void;

Defined in: surfaces/VolumeProjectedSurface.ts:136

Parameters

data

Float32Array<ArrayBufferLike> | ArrayLike<number>

Returns

void

---

setIntensityRange()

setIntensityRange(min, max): void;

Defined in: surfaces/VolumeProjectedSurface.ts:141

Parameters

min

number

max

number

Returns

void

---

setThreshold()

setThreshold(min, max): void;

Defined in: surfaces/VolumeProjectedSurface.ts:148

Parameters

min

number

max

number

Returns

void

---

setOverlayOpacity()

setOverlayOpacity(opacity): void;

Defined in: surfaces/VolumeProjectedSurface.ts:155

Parameters

opacity

number

Returns

void

---

setBaseColor()

setBaseColor(color): void;

Defined in: surfaces/VolumeProjectedSurface.ts:161

Parameters

color

ColorRepresentation

Returns

void

---

setColormap()

setColormap(name): void;

Defined in: surfaces/VolumeProjectedSurface.ts:167

Parameters

name

string

Returns

void

---

setWorldToIJK()

setWorldToIJK(matrix): void;

Defined in: surfaces/VolumeProjectedSurface.ts:177

Parameters

matrix

ArrayLike<number> | Matrix4

Returns

void

---

setProjectionMode()

setProjectionMode(mode): void;

Defined in: surfaces/VolumeProjectedSurface.ts:185

Parameters

mode

VolumeProjectionMode

Returns

void

---

setRibbonSampling()

setRibbonSampling(samples, reducer?): void;

Defined in: surfaces/VolumeProjectedSurface.ts:192

Parameters

samples

number

reducer?

RibbonReducer = ...

Returns

void

---

setRibbonSurfaces()

setRibbonSurfaces(pial, white): void;

Defined in: surfaces/VolumeProjectedSurface.ts:204

Parameters

pial

Float32Array<ArrayBufferLike> | ArrayLike<number>

white

Float32Array<ArrayBufferLike> | ArrayLike<number>

Returns

void

---

isSupported()

static isSupported(renderer, options?): boolean;

Defined in: surfaces/VolumeProjectedSurface.ts:219

Parameters

renderer

WebGLRenderer

options?

requireLinearFiltering?

boolean

useHalfFloat?

boolean

Returns

boolean

---

dispose()

dispose(): void;

Defined in: surfaces/VolumeProjectedSurface.ts:226

Returns

void

Overrides

NeuroSurface.dispose