Class EngineG21

The Physics Engine specialized to 2+1 dimensions with a Spacetime metric.

Hierarchy (view full)

Engine<Spacetime2>
- EngineG21

Index

Constructors

constructor

new EngineG21(options?): EngineG21
Parameters
- Optional options: EngineOptions
Returns EngineG21
Overrides Engine.constructor
- Defined in src/lib/engineG21/EngineG21.ts:10

Accessors

bodies

get bodies(): ForceBody<T>[]
Returns ForceBody<T>[]
Inherited from Engine.bodies
- Defined in src/lib/core/Engine.ts:60

showForces

get showForces(): boolean
Returns boolean
Inherited from Engine.showForces
- Defined in src/lib/core/Engine.ts:206
set showForces(showForces): void
Parameters
- showForces: boolean
Returns void
Inherited from Engine.showForces
- Defined in src/lib/core/Engine.ts:209

showTorques

get showTorques(): boolean
Returns boolean
Inherited from Engine.showTorques
- Defined in src/lib/core/Engine.ts:213
set showTorques(showTorques): void
Parameters
- showTorques: boolean
Returns void
Inherited from Engine.showTorques
- Defined in src/lib/core/Engine.ts:216

simList

get simList(): SimList
Returns SimList
Inherited from Engine.simList
- Defined in src/lib/core/Engine.ts:71

speedOfLight

get speedOfLight(): T
The speed of light. For dimensionless simulations this will default to 1. For S.I. Units, the speed of light may be set.

Returns T
Inherited from Engine.speedOfLight
- Defined in src/lib/core/Engine.ts:53
set speedOfLight(speedOfLight): void
Parameters
- speedOfLight: T
Returns void
Inherited from Engine.speedOfLight
- Defined in src/lib/core/Engine.ts:56

varsList

get varsList(): VarsList
Returns the state variables of the system.

Returns VarsList
Inherited from Engine.varsList
- Defined in src/lib/core/Engine.ts:67

Methods

addBody

addBody(body): void
Adds a body to the system. The state variables of the body will become part of the state vector of the system. The state variables of the body will be updated each time the system is advanced in time.
Parameters
- body: ForceBody<Spacetime2>
  The body to be added to the system
Returns void
Inherited from Engine.addBody
- Defined in src/lib/core/Engine.ts:81

addConstraint

addConstraint(geometry): void
Adds a geometric constraint to the system. Geometric constraints are applied after the force and torques have been computed and before drift forces and torques.
Parameters
- geometry: GeometricConstraint<Spacetime2>
  The geometric constraint to be added to the system.
Returns void
Inherited from Engine.addConstraint
- Defined in src/lib/core/Engine.ts:141

addDriftLaw

addDriftLaw(driftLaw): void
Adds a force law that is designed to compensate for numerical drift in the system. A drift law is usually small and may take the form of a spring and/or damping force. The drift laws are applied after any geometric constraints have been applied.
Parameters
- driftLaw: ForceLaw<Spacetime2>
  The drift force law to be applied.
Returns void
Inherited from Engine.addDriftLaw
- Defined in src/lib/core/Engine.ts:163

addForceLaw

addForceLaw(forceLaw): void
Adds a force law to the system.
Parameters
- forceLaw: ForceLaw<Spacetime2>
  The force law to be added to the system.
Returns void
Inherited from Engine.addForceLaw
- Defined in src/lib/core/Engine.ts:101

addTorqueLaw

addTorqueLaw(torqueLaw): void
Adds a torque law to the system.
Parameters
- torqueLaw: TorqueLaw<Spacetime2>
  The torque law to be added to the system.
Returns void
Inherited from Engine.addTorqueLaw
- Defined in src/lib/core/Engine.ts:121

advance

advance(Δt, uomTime?): void
Advances the Physics model by the specified time interval, Δt * uomTime.
Parameters
- Δt: number
  The time interval.
- Optional uomTime: Unit
  The optional unit of measure for the time interval.
Returns void
Inherited from Engine.advance
- Defined in src/lib/core/Engine.ts:184

removeBody

removeBody(body): void
Removes a body from the system.
Parameters
- body: ForceBody<Spacetime2>
  The body to be removed from the system.
Returns void
Inherited from Engine.removeBody
- Defined in src/lib/core/Engine.ts:91

removeConstraint

removeConstraint(geometry): void
Removes a geometric constraint from the system.
Parameters
- geometry: GeometricConstraint<Spacetime2>
  The geometric constraint to be removed from the system.
Returns void
Inherited from Engine.removeConstraint
- Defined in src/lib/core/Engine.ts:151

removeDriftLaw

removeDriftLaw(driftLaw): void
Removes a force law that is designed to compensate for numerical drift in the system.
Parameters
- driftLaw: ForceLaw<Spacetime2>
  The drift force law to be removed.
Returns void
Inherited from Engine.removeDriftLaw
- Defined in src/lib/core/Engine.ts:173

removeForceLaw

removeForceLaw(forceLaw): void
Removes a force law from the system.
Parameters
- forceLaw: ForceLaw<Spacetime2>
  The force law to be removed.
Returns void
Inherited from Engine.removeForceLaw
- Defined in src/lib/core/Engine.ts:111

removeTorqueLaw

removeTorqueLaw(torqueLaw): void
Removes a torque law from the system.
Parameters
- torqueLaw: TorqueLaw<Spacetime2>
  The torque law to be removed from the system.
Returns void
Inherited from Engine.removeTorqueLaw
- Defined in src/lib/core/Engine.ts:130

totalEnergy

totalEnergy(): Spacetime2
Returns Spacetime2
The total energy (kinetic and potential) of the system.
Inherited from Engine.totalEnergy
- Defined in src/lib/core/Engine.ts:202

updateFromBodies

updateFromBodies(): void
Updates the state vector of the simulation from the states of the bodies in the system. It is necessary to call this method after an intervention which changes the state of a body in the system.

Returns void
Inherited from Engine.updateFromBodies
- Defined in src/lib/core/Engine.ts:194

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