Abstract Class: DenseNeuroVol

Defined in: src/volume/DenseNeuroVol.ts:22

Interface for volumetric neuroimaging data.

Extended by

• FloatNeuroVol
• Float64NeuroVol
• Int8NeuroVol
• Int16NeuroVol
• Int32NeuroVol
• UInt8NeuroVol
• UInt16NeuroVol
• LogicalNeuroVol

Implements

• NeuroVol

Constructors

Constructor

new DenseNeuroVol(
   space, 
   dataConstructor, 
   length?, 
   initialData?): DenseNeuroVol;

Defined in: src/volume/DenseNeuroVol.ts:26

Parameters

space

NeuroSpace

dataConstructor

(length) => TypedArray

length?

number

initialData?

TypedArray

Returns

DenseNeuroVol

Properties

space

readonly space: NeuroSpace;

Defined in: src/volume/DenseNeuroVol.ts:23

Implementation of

NeuroVol.space

Accessors

length

Get Signature

get length(): number;

Defined in: src/volume/DenseNeuroVol.ts:49

Returns

number

Implementation of

NeuroVol.length

---

dim

Get Signature

get dim(): number[];

Defined in: src/volume/DenseNeuroVol.ts:53

Returns

number[]

Implementation of

NeuroVol.dim

---

spacing

Get Signature

get spacing(): number[];

Defined in: src/volume/DenseNeuroVol.ts:57

Returns

number[]

Implementation of

NeuroVol.spacing

---

origin

Get Signature

get origin(): number[];

Defined in: src/volume/DenseNeuroVol.ts:61

Returns

number[]

Implementation of

NeuroVol.origin

Methods

getData()

getData(): TypedArray;

Defined in: src/volume/DenseNeuroVol.ts:65

Returns

TypedArray

Implementation of

NeuroVol.getData

---

setData()

setData(newData): void;

Defined in: src/volume/DenseNeuroVol.ts:73

Replace underlying data in-place to preserve typed array type and views. Useful for fast volume updates (e.g., refreshed overlays) without realloc.

Parameters

newData

TypedArray

Returns

void

Implementation of

NeuroVol.setData

---

get()

get(index): number;

Defined in: src/volume/DenseNeuroVol.ts:81

Parameters

index

number

Returns

number

Implementation of

NeuroVol.get

---

getAt()

getAt(
   i, 
   j, 
   k): number;

Defined in: src/volume/DenseNeuroVol.ts:88

Parameters

i

number

j

number

k

number

Returns

number

Implementation of

NeuroVol.getAt

---

setAt()

setAt(
   i, 
   j, 
   k, 
   value): void;

Defined in: src/volume/DenseNeuroVol.ts:94

Parameters

i

number

j

number

k

number

value

number

Returns

void

Implementation of

NeuroVol.setAt

---

isIdentityMatrix()

isIdentityMatrix(matrix): boolean;

Defined in: src/volume/DenseNeuroVol.ts:110

Parameters

matrix

Matrix

Returns

boolean

---

getSlice()

getSlice(zlevel, outAxes): NeuroSlice;

Defined in: src/volume/DenseNeuroVol.ts:132

Parameters

zlevel

number

outAxes

AxisSet3D

Returns

NeuroSlice

Implementation of

NeuroVol.getSlice

---

getRange()

getRange(): [number, number];

Defined in: src/volume/DenseNeuroVol.ts:247

Returns

[number, number]

Implementation of

NeuroVol.getRange

---

getSliceAt()

getSliceAt(
   coord, 
   outAxes, 
   interpolation?): NeuroSlice;

Defined in: src/volume/DenseNeuroVol.ts:272

Parameters

coord

number[]

outAxes

AxisSet3D

interpolation?

"nearest" | "trilinear"

Returns

NeuroSlice

Implementation of

NeuroVol.getSliceAt

---

getSliceTypedArrayType()

abstract getSliceTypedArrayType(): NumericType;

Defined in: src/volume/DenseNeuroVol.ts:374

Returns

NumericType

Implementation of

NeuroVol.getSliceTypedArrayType

---

getDataConstructor()

abstract getDataConstructor(): (length) => TypedArray;

Defined in: src/volume/DenseNeuroVol.ts:375

Returns

(length) => TypedArray

Implementation of

NeuroVol.getDataConstructor