Transforms (Embody)

Transforms Module

Namespace: Embody.Simulation
Assembly: Embody.dll

A module that contains transformations: functions that can be applied to a simulation result.

Functions and values

Function or value	Description
`applyMetric metric simulationResult` Full Usage: `applyMetric metric simulationResult` Parameters: metric : `NumericalMetric<'l, 't, 'metric>` simulationResult : `SimulationResult<'l, 't>` Returns: `float<'metric>[]` Modifiers: inline Type parameters: 'l, 't, 'metric	Apply a metric to the results of a simulation. metric : `NumericalMetric<'l, 't, 'metric>` simulationResult : `SimulationResult<'l, 't>` Returns: `float<'metric>[]`
`for2PositionsOf firstBodyName secondBodyName predicate simulationResult` Full Usage: `for2PositionsOf firstBodyName secondBodyName predicate simulationResult` Parameters: firstBodyName : `string` secondBodyName : `string` predicate : `Position<'l> -> Position<'l> -> 'a` simulationResult : `SimulationResult<'l, 't>` Returns: `'a[]`	Apply a predicate to positions of a pair of bodies, for every recorded step of a simulation. firstBodyName : `string` secondBodyName : `string` predicate : `Position<'l> -> Position<'l> -> 'a` simulationResult : `SimulationResult<'l, 't>` Returns: `'a[]`
`forPositionAndVelocityRelativeTo orbitingBodyName centralBodyName predicate simulationResult` Full Usage: `forPositionAndVelocityRelativeTo orbitingBodyName centralBodyName predicate simulationResult` Parameters: orbitingBodyName : `string` centralBodyName : `string` predicate : `NumericalVector3<'l> -> NumericalVector3<'t> -> 'a` simulationResult : `SimulationResult<'l, MeasureProduct<MeasureInverse<'t>, MeasureProduct<'l, MeasureOne>>>` Returns: `'a[]`	Apply a predicate to position and velocity of a body, relative to central body. orbitingBodyName : `string` centralBodyName : `string` predicate : `NumericalVector3<'l> -> NumericalVector3<'t> -> 'a` simulationResult : `SimulationResult<'l, MeasureProduct<MeasureInverse<'t>, MeasureProduct<'l, MeasureOne>>>` Returns: `'a[]`
`forPositionOf bodyName predicate simulationResult` Full Usage: `forPositionOf bodyName predicate simulationResult` Parameters: bodyName : `string` predicate : `Position<'l> -> 'a` simulationResult : `SimulationResult<'l, 't>` Returns: `'a[]`	Apply a predicate to position of a given body, for every recorded step of a simulation. bodyName : `string` predicate : `Position<'l> -> 'a` simulationResult : `SimulationResult<'l, 't>` Returns: `'a[]`
`timeSteps simulationResult` Full Usage: `timeSteps simulationResult` Parameters: simulationResult : `SimulationResult<'l, 't>` Returns: `Time<'t>[]`	Extract all time steps. It might be helpful when gathering data for a graph. simulationResult : `SimulationResult<'l, 't>` Returns: `Time<'t>[]`