Class Spacetime1

Hierarchy

AbstractMeasure
- Spacetime1

Index

Constructors

Properties

I ampere candela coulomb e0 e1 joule kelvin kilogram meter mole newton one second zero

Accessors

a b grades t uom x

Constructors

constructor

new Spacetime1(a?, t?, x?, b?, uom?): Spacetime1
Parameters
- a: number = 0
  the coordinate of this multivector corresponding to the one scalar. Default is zero.
- t: number = 0
  the coordinate of this multivector corresponding to the e0 basis vector. Default is zero..
- x: number = 0
  the coordinate of this multivector corresponding to the e1 basis vector. Default is zero.
- b: number = 0
  the coordinate of this multivector corresponding to the I pseudoscalar. Default is zero.
- Optional uom: Unit
  the optional unit of measure for this multivector.
Returns Spacetime1
Overrides AbstractMeasure.constructor
- Defined in math/Spacetime1.ts:153

Properties

`Static` `Readonly` I

I: Spacetime1 = ...

`Static` `Readonly` ampere

ampere: Spacetime1 = ...

`Static` `Readonly` candela

candela: Spacetime1 = ...

`Static` `Readonly` coulomb

coulomb: Spacetime1 = ...

`Static` `Readonly` e0

e0: Spacetime1 = ...

The vector in the Time direction.

e0 * e0 = 1

This vector is permanently locked (immutable).

`Static` `Readonly` e1

e1: Spacetime1 = ...

The vector in the Space direction.

e1 * e1 = -1

This vector is permanently locked (immutable).

`Static` `Readonly` joule

joule: Spacetime1 = ...

`Static` `Readonly` kelvin

kelvin: Spacetime1 = ...

`Static` `Readonly` kilogram

kilogram: Spacetime1 = ...

`Static` `Readonly` meter

meter: Spacetime1 = ...

`Static` `Readonly` mole

mole: Spacetime1 = ...

`Static` `Readonly` newton

newton: Spacetime1 = ...

`Static` `Readonly` one

one: Spacetime1 = ...

The scalar value 1.

This scalar is permanently locked (immutable).

`Static` `Readonly` second

second: Spacetime1 = ...

`Static` `Readonly` zero

zero: Spacetime1 = ...

The scalar value 0.

This scalar is permanently locked (immutable).

Accessors

a

get a(): number
Returns number
- Defined in math/Spacetime1.ts:160
set a(a): void
Parameters
- a: number
Returns void
- Defined in math/Spacetime1.ts:163

b

get b(): number
Returns number
- Defined in math/Spacetime1.ts:193
set b(b): void
Parameters
- b: number
Returns void
- Defined in math/Spacetime1.ts:196

grades

get grades(): number
Returns number
- Defined in math/Spacetime1.ts:204

t

get t(): number
Returns number
- Defined in math/Spacetime1.ts:171
set t(t): void
Parameters
- t: number
Returns void
- Defined in math/Spacetime1.ts:174

uom

get uom(): Unit
Returns Unit
Inherited from AbstractMeasure.uom
- Defined in math/AbstractMeasure.ts:29
set uom(uom): void
Parameters
- uom: Unit
Returns void
Inherited from AbstractMeasure.uom
- Defined in math/AbstractMeasure.ts:33

x

get x(): number
Returns number
- Defined in math/Spacetime1.ts:182
set x(x): void
Parameters
- x: number
Returns void
- Defined in math/Spacetime1.ts:185

Methods

add

add(rhs, α?): Spacetime1
Parameters
- rhs: Spacetime1
- α: number = 1
Returns Spacetime1
- Defined in math/Spacetime1.ts:217

clone

clone(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:291

conj

conj(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:294

div

div(rhs): Spacetime1
Parameters
- rhs: Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:306

divByScalar

divByScalar(a, uom?): Spacetime1
Parameters
- a: number
- Optional uom: Unit
Returns Spacetime1
- Defined in math/Spacetime1.ts:329

divByVector

divByVector(v): Spacetime1
Parameters
- v: VectorM11
Returns Spacetime1
- Defined in math/Spacetime1.ts:342

dual

dual(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:352

equals

equals(other): boolean
Parameters
- other: unknown
Returns boolean
- Defined in math/Spacetime1.ts:369

ext

ext(rhs): Spacetime1
Parameters
- rhs: Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:384

grade

grade(n): Spacetime1
Parameters
- n: number
Returns Spacetime1
- Defined in math/Spacetime1.ts:407

inv

inv(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:441

isBivector

isBivector(): boolean
Returns boolean
- Defined in math/Spacetime1.ts:472

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
Inherited from AbstractMeasure.isLocked
- Defined in math/AbstractMeasure.ts:47

isMutable

isMutable(): boolean
Returns boolean
Inherited from AbstractMeasure.isMutable
- Defined in math/AbstractMeasure.ts:51

isOne

isOne(): boolean
Returns boolean
- Defined in math/Spacetime1.ts:475

isScalar

isScalar(): boolean
Returns boolean
- Defined in math/Spacetime1.ts:478

isSpinor

isSpinor(): boolean
Returns boolean
- Defined in math/Spacetime1.ts:481

isVector

isVector(): boolean
Returns boolean
- Defined in math/Spacetime1.ts:484

isZero

isZero(): boolean
Returns boolean
- Defined in math/Spacetime1.ts:487

lco

lco(rhs): Spacetime1
Parameters
- rhs: Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:490

lock

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

Returns number
Inherited from AbstractMeasure.lock
- Defined in math/AbstractMeasure.ts:59

mul

mul(rhs): Spacetime1
Parameters
- rhs: Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:513

mulByScalar

mulByScalar(a, uom): Spacetime1
Parameters
- a: number
- uom: Unit
Returns Spacetime1
- Defined in math/Spacetime1.ts:551

mulByVector

mulByVector(v): Spacetime1
Parameters
- v: VectorM11
Returns Spacetime1
- Defined in math/Spacetime1.ts:564

neg

neg(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:585

permlock

permlock(): this
Returns this
Inherited from AbstractMeasure.permlock
- Defined in math/AbstractMeasure.ts:86

rco

rco(rhs): Spacetime1
Parameters
- rhs: Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:615

reflect

reflect(n): Spacetime1
Parameters
- n: VectorM11
Returns Spacetime1
- Defined in math/Spacetime1.ts:638

rev

rev(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:654

rotate

rotate(spinor): Spacetime1
Parameters
- spinor: SpinorM11
Returns Spacetime1
- Defined in math/Spacetime1.ts:666

scp

scp(rhs): Spacetime1
Parameters
- rhs: Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:692

sqrt

sqrt(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:715

squaredNorm

squaredNorm(): Spacetime1
Returns Spacetime1
- Defined in math/Spacetime1.ts:733

sub

sub(rhs, α?): Spacetime1
Parameters
- rhs: Spacetime1
- α: number = 1
Returns Spacetime1
- Defined in math/Spacetime1.ts:750

toExponential

toExponential(fractionDigits?): string
Parameters
- Optional fractionDigits: number
Returns string
- Defined in math/Spacetime1.ts:825

toFixed

toFixed(fractionDigits?): string
Parameters
- Optional fractionDigits: number
Returns string
- Defined in math/Spacetime1.ts:831

toLaTeX

toLaTeX(radix?): string
Parameters
- Optional radix: number
Returns string
- Defined in math/Spacetime1.ts:837

toPrecision

toPrecision(precision?): string
Parameters
- Optional precision: number
Returns string
- Defined in math/Spacetime1.ts:843

toString

toString(radix?): string
Parameters
- Optional radix: number
Returns string
- Defined in math/Spacetime1.ts:849

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
Inherited from AbstractMeasure.unlock
- Defined in math/AbstractMeasure.ts:73

`Static` scalar

scalar(a, uom?): Spacetime1
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 Spacetime1
- Defined in math/Spacetime1.ts:113

`Static` vector

vector(t, x, uom?): Spacetime1
Creates a grade 1 (vector) multivector with a value (t * e0 + x * e1) * uom. The value returned is in the unlocked (mutable) state.
Parameters
- t: number
  the coordinate corresponding to the e0 basis vector.
- x: number
  the coordinate corresponding to the e1 basis vector.
- Optional uom: Unit
  the optional unit of measure. Equivalent to 1 if omitted.
Returns Spacetime1
- Defined in math/Spacetime1.ts:124

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