CHANGELOG for fanovaGraph version 1.5 * change of maintainer version 1.4.8 * adaption to igraph update * importing non-base functions in NAMESPACE version 1.4.7 * adding information on a non-standard dependency in the DESCRIPTION file * fixing minor issue in pick-and-freeze method for estimate Graph version 1.4.6 * fixing testthat compatibility version 1.4.5 * new function thresholdIdentification * improved vertex width scaling version 1.4.4 * setting of vertex width supported again version 1.4.3 * migration from igraph0 to igraph * setting of vertex width not supported anymore version 1.4.2 * in estimateGraph: full set estimation strategs implemented for method by Liu Owen and pick-and-freeze method (former Sobol method) * new function i2Index for the estimation of pure second-order Sobol indices version 1.4.1 * LHS-dataset added * in estimateGraph: main indices no longer by sensitivity::fast99, but by new internal function mainEffectIndices version 1.4 * bug for very small indices removed * new S3 class "graphlist" with generic function plot * several functions and arguments renamed, most important: MLoptimConstraind -> kmAdditive, yhat -> predictAdditive version 1.3.1 * unit tests by testthat * adaptions to update in DiceKriging version 1.3 * new parameters maximal edge thickness and circle diameter in function plotiGraph * adaptions according to update to DiceKriging 1.3.3 * additional confidence intervals for "estimateGraph", method "FixLO" * simplified input/output behaviour for all graph related functions: combined list structure as graph object version 1.2 * The function MLoptimConstrained has been adapted to avoid rescaling between [-1,1] (the limits for the optimizer are computed from the data) * new function "totalIndex" for total Sobol indices of main effects version 1.1 * new function simAdd to simulate from additive kernels * new method for total interaction estimation "FixLO" * bug fixed for isotropic and single cliques * for kriging prediction yhat: changed input order, faster computation, prediction variance