bayesianSpatialMemoryLandyCrawfordCorbin2017: bayesianSpatialMemoryLandyCrawfordCorbin2017

Description Usage Arguments Value See Also Examples

Description

A simple package that assembles the symmetric model used by Landy, Crawford, and Corbin, 2017 to analyze spatial estimations from memory in one dimension

Usage

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bayesianSpatialMemoryLandyCrawfordCorbin2017(stimuli,
  kappa = psiLogOdds(multiCycle(kappaObjective, references =
  c(leftBoundaryObjective, rightBoundaryObjective))), kappaObjective = 0.5,
  tauStimuli = 1, tauCategory = 1, leftBoundaryObjective = minValue -
  smallValue, rightBoundaryObjective = maxValue + smallValue,
  rightBoundaryExpansion = NULL, leftBoundaryExpansion = NULL,
  minValue = min(c(stimuli), na.rm = T), maxValue = max(c(stimuli), na.rm =
  T), smallValue = 10^-10, responses = NULL, center = 0,
  mode = "prediction", responseGrid = NULL)

Arguments

stimuli

a vector of stimuli, between -inf and inf

kappa

The location of the categories (presumed symmetric on both sides around the midline of the screen)

kappaObjective

The location of the categories measured in objective units

tauStimuli

The precision of the stimulus traces: should be a single number

tauCategory

The precision of the category distribution: should be a single number

responses

an optional vector of responses. If responses are given, the return value is the logLikelihood of the responses given the parameters

center

The posited (or fitted) psychological center of the screen (in public units: should be near the true center)

responseGrid

an optional vector of response structured Responses

boundary

The subject-specific location of the boundaries: may bear any relation to true stimuli, except that it should not leave real data outside the boundaries

leftBoundary

The location of the posited (or fitted) psychological left-hand boundary of the screen. Defaults to -1 * 'boundary'

rightBoundary

The location of the posited (or fitted) psychological right-hand boundary of the screen. Defaults to 'boundary'

Value

A vector the transformed stimuli, or the logLikelihood of them.

See Also

psiIdentity, multiCycleInverse

Examples

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bayesianSpatialMemoryLandyCrawfordCorbin2017(-99:100/100)
bayesianSpatialMemoryLandyCrawfordCorbin2017(-99:100/100, kappa=1, tauStimuli=2)
bayesianSpatialMemoryLandyCrawfordCorbin2017(1:100, kappa=1, tauStimuli=2, responses=2*(1:100)^.9)

dlandy/WarpedBayes documentation built on May 29, 2019, 2:49 p.m.