Class Spacetime2

Hierarchy

  • AbstractMeasure
    • Spacetime2

Constructors

constructor

Properties

I ampere candela e0 e1 e2 kelvin kilogram meter mole one second zero

Accessors

a b grades t tx ty uom x xy y

Methods

add addScalar clone conj div divByScalar divByVector dual equals ext grade inv isBivector isLocked isMutable isOne isScalar isSpinor isVector isZero lco lock mul mulByScalar mulByVector neg permlock rco reflect rev rotate scp sqrt squaredNorm sub subScalar toExponential toFixed toLaTeX toPrecision toString unlock scalar vector

Constructors

constructor

  • new Spacetime2(a?, t?, x?, tx?, y?, ty?, xy?, b?, uom?): Spacetime2

  • Parameters

    • Optional a: number
    • Optional t: number
    • Optional x: number
    • Optional tx: number
    • Optional y: number
    • Optional ty: number
    • Optional xy: number
    • Optional b: number
    • Optional uom: Unit

    Returns Spacetime2

Properties

Static Readonly I

I: Spacetime2

Static Readonly ampere

ampere: Spacetime2

Static Readonly candela

candela: Spacetime2

Static Readonly e0

e0: Spacetime2

Static Readonly e1

e1: Spacetime2

Static Readonly e2

e2: Spacetime2

Static Readonly kelvin

kelvin: Spacetime2

Static Readonly kilogram

kilogram: Spacetime2

Static Readonly meter

meter: Spacetime2

Static Readonly mole

mole: Spacetime2

Static Readonly one

one: Spacetime2

Static Readonly second

second: Spacetime2

Static Readonly zero

zero: Spacetime2

Accessors

a

  • get a(): number

  • Returns number

  • set a(a): void

  • Parameters

    • a: number

    Returns void

b

  • get b(): number

  • Returns number

  • set b(b): void

  • Parameters

    • b: number

    Returns void

grades

  • get grades(): number

  • Returns number

t

  • get t(): number

  • Returns number

  • set t(t): void

  • Parameters

    • t: number

    Returns void

tx

  • get tx(): number

  • Returns number

  • set tx(tx): void

  • Parameters

    • tx: number

    Returns void

ty

  • get ty(): number

  • Returns number

  • set ty(ty): void

  • Parameters

    • ty: number

    Returns void

uom

  • get uom(): Unit

  • Returns Unit

  • set uom(uom): void

  • Parameters

    Returns void

x

  • get x(): number

  • Returns number

  • set x(x): void

  • Parameters

    • x: number

    Returns void

xy

  • get xy(): number

  • Returns number

  • set xy(xy): void

  • Parameters

    • xy: number

    Returns void

y

  • get y(): number

  • Returns number

  • set y(y): void

  • Parameters

    • y: number

    Returns void

Methods

add

  • add(rhs, α?): Spacetime2

  • Parameters

    Returns Spacetime2

addScalar

  • addScalar(a, uom?, α?): Spacetime2

  • Parameters

    • a: number
    • Optional uom: Unit
    • Optional α: number

    Returns Spacetime2

clone

  • clone(): Spacetime2

  • Returns Spacetime2

conj

  • conj(): Spacetime2

  • Returns Spacetime2

div

divByScalar

  • divByScalar(a, uom?): Spacetime2

  • Parameters

    • a: number
    • Optional uom: Unit

    Returns Spacetime2

divByVector

  • divByVector(v): Spacetime2

  • Parameters

    • v: VectorM21

    Returns Spacetime2

dual

  • dual(): Spacetime2

  • Returns Spacetime2

equals

  • equals(other): boolean

  • Parameters

    • other: unknown

    Returns boolean

ext

grade

  • grade(n): Spacetime2

  • Parameters

    • n: number

    Returns Spacetime2

inv

  • inv(): Spacetime2

  • Returns Spacetime2

isBivector

  • isBivector(): boolean

  • Returns boolean

isLocked

  • isLocked(): boolean

  • Determines whether this multivector is locked. If the multivector is in the unlocked state then it is mutable. If the multivector is in the locked state then it is immutable.

    Returns boolean

isMutable

  • isMutable(): boolean

  • Returns boolean

isOne

  • isOne(): boolean

  • Returns boolean

isScalar

  • isScalar(): boolean

  • Returns boolean

isSpinor

  • isSpinor(): boolean

  • Returns boolean

isVector

  • isVector(): boolean

  • Returns boolean

isZero

  • isZero(): boolean

  • Returns boolean

lco

lock

  • lock(): number

  • Locks this multivector (preventing any further mutation), and returns a token that may be used to unlock it.

    Returns number

mul

mulByScalar

  • mulByScalar(a, uom): Spacetime2

  • Parameters

    Returns Spacetime2

mulByVector

  • mulByVector(v): Spacetime2

  • Parameters

    • v: VectorM21

    Returns Spacetime2

neg

  • neg(): Spacetime2

  • Returns Spacetime2

permlock

  • permlock(): this

  • Returns this

rco

reflect

  • reflect(n): Spacetime2

  • Parameters

    • n: VectorM21

    Returns Spacetime2

rev

  • rev(): Spacetime2

  • Returns Spacetime2

rotate

  • rotate(rotor): Spacetime2

  • Parameters

    • rotor: SpinorM21

    Returns Spacetime2

scp

sqrt

  • sqrt(): Spacetime2

  • Returns Spacetime2

squaredNorm

  • squaredNorm(): Spacetime2

  • Returns Spacetime2

sub

  • sub(rhs, α?): Spacetime2

  • Parameters

    Returns Spacetime2

subScalar

  • subScalar(a, uom?, α?): Spacetime2

  • Parameters

    • a: number
    • Optional uom: Unit
    • Optional α: number

    Returns Spacetime2

toExponential

  • toExponential(fractionDigits?): string

  • Parameters

    • Optional fractionDigits: number

    Returns string

toFixed

  • toFixed(fractionDigits?): string

  • Parameters

    • Optional fractionDigits: number

    Returns string

toLaTeX

  • toLaTeX(radix?): string

  • Parameters

    • Optional radix: number

    Returns string

toPrecision

  • toPrecision(precision?): string

  • Parameters

    • Optional precision: number

    Returns string

toString

  • toString(radix?): string

  • Parameters

    • Optional radix: number

    Returns string

unlock

  • unlock(token): this

  • Unlocks this multivector (allowing mutation), using a token that was obtained from a preceding lock method call.

    Parameters

    • token: number

    Returns this

Static scalar

  • scalar(a, uom?): Spacetime2

  • Creates a grade 0 (scalar) multivector with value a * uom. The scalar returned is in the unlocked (mutable) state.

    Parameters

    • a: number

      The scaling factor for the unit of measure.

    • Optional uom: Unit

      The optional unit of measure. Equivalent to 1 if omitted.

    Returns Spacetime2

Static vector

  • vector(t, x, y, uom?): Spacetime2

  • Parameters

    • t: number
    • x: number
    • y: number
    • Optional uom: Unit

    Returns Spacetime2

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