importFrom("stats", "dnorm", "median", "na.omit", "sd")

importFrom("graphics", "contour", "image", "lines", "par", "plot",

useDynLib(EDR, .registration = TRUE, .fixes = "C_")

export(eespca, eespcaCV, eespcaForK, powerIteration, computeApproxNormSquaredEigenvector,
reconstructionError, computeResidualMatrix, tpower, tpowerPCACV, riflePCACV, rifleInit)

reconstruct, reconstructionError, computeResidualMatrix, tpower, tpowerPCACV, riflePCACV, rifleInit)

export(POLYCHORIC_R, RAWPAR, PARALLEL, MAP, LOCALDEP, PCA, PA_FA, IMAGE_FA, MAXLIKE_FA, SCREE_PLOT,
PROMAX, VARIMAX, PROCRUSTES, ROOTFIT, CONGRUENCE, EXTENSION_FA, SALIENT, SESCREE, NEVALSGT1, FACTORABILITY)
importFrom("stats", cor, na.omit, rnorm, cov2cor, pchisq)
importFrom("psych", polychoric, fa, factor.fit, factor.residuals, principal)
importFrom("polycor", hetcor)
importFrom("graphics", "axis", "plot")

export(COMPLEXITY, CONGRUENCE, DIMTESTS, EMPKC, EXTENSION_FA, FACTORABILITY, IMAGE_FA,
LOCALDEP, MAP, MAXLIKE_FA, NEVALSGT1, PA_FA, PARALLEL, PCA, POLYCHORIC_R,
PROCRUSTES, PROMAX, RAWPAR, ROOTFIT, SALIENT, SCREE_PLOT, SESCREE, SMT, VARIMAX)
importFrom("stats", cor, na.omit, rnorm, cov2cor, pchisq, varimax, factanal, promax, sd)
importFrom("psych", polychoric, cor.smooth, fa)
importFrom("polycor", hetcor)
importFrom("graphics", "axis", "plot")

export(COMPLEXITY, CONGRUENCE, DIMTESTS, EMPKC, EXTENSION_FA, FACTORABILITY, IMAGE_FA,
LOCALDEP, MAP, MAXLIKE_FA, NEVALSGT1, PA_FA, PARALLEL, PCA, POLYCHORIC_R,
PROCRUSTES, PROMAX, RAWPAR, ROOTFIT, SALIENT, SCREE_PLOT, SESCREE, SMT, VARIMAX)
importFrom("stats", cor, na.omit, rnorm, cov2cor, pchisq, varimax, factanal, promax, sd)
importFrom("psych", polychoric, cor.smooth, fa)
importFrom("polycor", hetcor)
importFrom("graphics", "axis", "plot")

INTERNAL.CONSISTENCY, LOCALDEP, MAP, MAXLIKE_FA, NEVALSGT1, PA_FA, PARALLEL, PCA,
POLYCHORIC_R, PROCRUSTES, PROMAX, RAWPAR, ROOTFIT, SALIENT, SCREE_PLOT, SESCREE,
importFrom("stats", cor, na.omit, rnorm, cov2cor, pchisq, varimax, factanal, promax,

export(EL.statistic, EL.plot, EL.smooth, EL.means, EL.Huber)