Function generating a comprehensive list of available output variables
(series, parameters, diagnostics) from the estimation process by the
x13(), regarima() and x11() functions. Some items are available in the
default estimation output but the remainder can be added using the
userdefined parameter. User-defined objects can the be retrieved from the
list of lists generated by the estimation process
Usage
userdefined_variables_x13(x = c("X-13", "RegArima", "X-11"))Value
a vector containing the names of all the available output objects (series, diagnostics, parameters)
References
More information and examples related to 'JDemetra+' features in the online documentation: https://jdemetra-new-documentation.netlify.app/
Examples
userdefined_variables_x13("x13")
#> [1] "adjust"
#> [2] "arima.bd"
#> [3] "arima.bp"
#> [4] "arima.bphi(*)"
#> [5] "arima.bq"
#> [6] "arima.btheta(*)"
#> [7] "arima.d"
#> [8] "arima.p"
#> [9] "arima.phi(*)"
#> [10] "arima.q"
#> [11] "arima.theta(*)"
#> [12] "benchmarking.original"
#> [13] "benchmarking.result"
#> [14] "benchmarking.target"
#> [15] "cal"
#> [16] "cal_b"
#> [17] "cal_b(?)"
#> [18] "cal_f"
#> [19] "cal_f(?)"
#> [20] "decomposition.b1"
#> [21] "decomposition.b10"
#> [22] "decomposition.b11"
#> [23] "decomposition.b13"
#> [24] "decomposition.b17"
#> [25] "decomposition.b2"
#> [26] "decomposition.b20"
#> [27] "decomposition.b3"
#> [28] "decomposition.b4"
#> [29] "decomposition.b5"
#> [30] "decomposition.b6"
#> [31] "decomposition.b7"
#> [32] "decomposition.b8"
#> [33] "decomposition.b9"
#> [34] "decomposition.c1"
#> [35] "decomposition.c10"
#> [36] "decomposition.c11"
#> [37] "decomposition.c13"
#> [38] "decomposition.c17"
#> [39] "decomposition.c2"
#> [40] "decomposition.c20"
#> [41] "decomposition.c4"
#> [42] "decomposition.c5"
#> [43] "decomposition.c6"
#> [44] "decomposition.c7"
#> [45] "decomposition.c9"
#> [46] "decomposition.d1"
#> [47] "decomposition.d10"
#> [48] "decomposition.d11"
#> [49] "decomposition.d12"
#> [50] "decomposition.d13"
#> [51] "decomposition.d2"
#> [52] "decomposition.d4"
#> [53] "decomposition.d5"
#> [54] "decomposition.d6"
#> [55] "decomposition.d7"
#> [56] "decomposition.d8"
#> [57] "decomposition.d9"
#> [58] "decomposition.d9-global-msr"
#> [59] "decomposition.d9-msr"
#> [60] "decomposition.d9-msr-table"
#> [61] "decomposition.i_cmp"
#> [62] "decomposition.s_cmp"
#> [63] "decomposition.s_cmp_b"
#> [64] "decomposition.s_cmp_f"
#> [65] "decomposition.sa_cmp"
#> [66] "decomposition.sa_cmp_b"
#> [67] "decomposition.sa_cmp_f"
#> [68] "decomposition.seasonal-filters"
#> [69] "decomposition.si_cmp"
#> [70] "decomposition.t_cmp"
#> [71] "decomposition.t_cmp_b"
#> [72] "decomposition.t_cmp_f"
#> [73] "decomposition.trend-filter"
#> [74] "decomposition.x11-all"
#> [75] "decomposition.y_cmp"
#> [76] "decomposition.y_cmp_b"
#> [77] "decomposition.y_cmp_f"
#> [78] "det"
#> [79] "det_b(?)"
#> [80] "det_f(?)"
#> [81] "det_i"
#> [82] "det_i_b(?)"
#> [83] "det_i_f(?)"
#> [84] "det_s"
#> [85] "det_s_b(?)"
#> [86] "det_s_f(?)"
#> [87] "det_t"
#> [88] "det_t_b(?)"
#> [89] "det_t_f(?)"
#> [90] "diagnostics.fcast-insample-mean"
#> [91] "diagnostics.fcast-outsample-mean"
#> [92] "diagnostics.fcast-outsample-variance"
#> [93] "diagnostics.seas-i-combined"
#> [94] "diagnostics.seas-i-combined3"
#> [95] "diagnostics.seas-i-evolutive"
#> [96] "diagnostics.seas-i-f"
#> [97] "diagnostics.seas-i-friedman"
#> [98] "diagnostics.seas-i-kw"
#> [99] "diagnostics.seas-i-periodogram"
#> [100] "diagnostics.seas-i-qs"
#> [101] "diagnostics.seas-i-spectralpeaks"
#> [102] "diagnostics.seas-i-stable"
#> [103] "diagnostics.seas-lin-combined"
#> [104] "diagnostics.seas-lin-evolutive"
#> [105] "diagnostics.seas-lin-f"
#> [106] "diagnostics.seas-lin-friedman"
#> [107] "diagnostics.seas-lin-kw"
#> [108] "diagnostics.seas-lin-periodogram"
#> [109] "diagnostics.seas-lin-qs"
#> [110] "diagnostics.seas-lin-spectralpeaks"
#> [111] "diagnostics.seas-lin-stable"
#> [112] "diagnostics.seas-res-combined"
#> [113] "diagnostics.seas-res-combined3"
#> [114] "diagnostics.seas-res-evolutive"
#> [115] "diagnostics.seas-res-f"
#> [116] "diagnostics.seas-res-friedman"
#> [117] "diagnostics.seas-res-kw"
#> [118] "diagnostics.seas-res-periodogram"
#> [119] "diagnostics.seas-res-qs"
#> [120] "diagnostics.seas-res-spectralpeaks"
#> [121] "diagnostics.seas-res-stable"
#> [122] "diagnostics.seas-sa-ac1"
#> [123] "diagnostics.seas-sa-combined"
#> [124] "diagnostics.seas-sa-combined3"
#> [125] "diagnostics.seas-sa-evolutive"
#> [126] "diagnostics.seas-sa-f"
#> [127] "diagnostics.seas-sa-friedman"
#> [128] "diagnostics.seas-sa-kw"
#> [129] "diagnostics.seas-sa-periodogram"
#> [130] "diagnostics.seas-sa-qs"
#> [131] "diagnostics.seas-sa-spectralpeaks"
#> [132] "diagnostics.seas-sa-stable"
#> [133] "diagnostics.seas-si-combined"
#> [134] "diagnostics.seas-si-combined3"
#> [135] "diagnostics.seas-si-evolutive"
#> [136] "diagnostics.seas-si-stable"
#> [137] "diagnostics.td-i-all"
#> [138] "diagnostics.td-i-last"
#> [139] "diagnostics.td-res-all"
#> [140] "diagnostics.td-res-last"
#> [141] "diagnostics.td-sa-all"
#> [142] "diagnostics.td-sa-last"
#> [143] "ee"
#> [144] "ee_b(?)"
#> [145] "ee_f(?)"
#> [146] "finals.d11"
#> [147] "finals.d11a"
#> [148] "finals.d11b"
#> [149] "finals.d12"
#> [150] "finals.d12a"
#> [151] "finals.d12b"
#> [152] "finals.d13"
#> [153] "finals.d16"
#> [154] "finals.d16a"
#> [155] "finals.d16b"
#> [156] "finals.d18"
#> [157] "finals.d18a"
#> [158] "finals.d18b"
#> [159] "finals.e1"
#> [160] "finals.e11"
#> [161] "finals.e2"
#> [162] "finals.e3"
#> [163] "i"
#> [164] "l"
#> [165] "likelihood.adjustedll"
#> [166] "likelihood.aic"
#> [167] "likelihood.aicc"
#> [168] "likelihood.bic"
#> [169] "likelihood.bic2"
#> [170] "likelihood.bicc"
#> [171] "likelihood.df"
#> [172] "likelihood.hannanquinn"
#> [173] "likelihood.ll"
#> [174] "likelihood.neffectiveobs"
#> [175] "likelihood.nobs"
#> [176] "likelihood.nparams"
#> [177] "likelihood.ssqerr"
#> [178] "log"
#> [179] "m-statistics.m1"
#> [180] "m-statistics.m10"
#> [181] "m-statistics.m11"
#> [182] "m-statistics.m2"
#> [183] "m-statistics.m3"
#> [184] "m-statistics.m4"
#> [185] "m-statistics.m5"
#> [186] "m-statistics.m6"
#> [187] "m-statistics.m7"
#> [188] "m-statistics.m8"
#> [189] "m-statistics.m9"
#> [190] "m-statistics.q"
#> [191] "m-statistics.q-m2"
#> [192] "mhe"
#> [193] "mhe_b(?)"
#> [194] "mhe_f(?)"
#> [195] "omhe"
#> [196] "omhe_b(?)"
#> [197] "omhe_f(?)"
#> [198] "out"
#> [199] "out_b(?)"
#> [200] "out_f(?)"
#> [201] "out_i"
#> [202] "out_i_b(?)"
#> [203] "out_i_f(?)"
#> [204] "out_s"
#> [205] "out_s_b(?)"
#> [206] "out_s_f(?)"
#> [207] "out_t"
#> [208] "out_t_b(?)"
#> [209] "out_t_f(?)"
#> [210] "period"
#> [211] "preadjustment.a1"
#> [212] "preadjustment.a1a"
#> [213] "preadjustment.a1b"
#> [214] "preadjustment.a6"
#> [215] "preadjustment.a7"
#> [216] "preadjustment.a8"
#> [217] "preadjustment.a8i"
#> [218] "preadjustment.a8s"
#> [219] "preadjustment.a8t"
#> [220] "preadjustment.a9"
#> [221] "preadjustment.a9sa"
#> [222] "preadjustment.a9ser"
#> [223] "preadjustment.a9u"
#> [224] "reg_i"
#> [225] "reg_i_b(?)"
#> [226] "reg_i_f(?)"
#> [227] "reg_s"
#> [228] "reg_s_b(?)"
#> [229] "reg_s_f(?)"
#> [230] "reg_sa"
#> [231] "reg_sa_b(?)"
#> [232] "reg_sa_f(?)"
#> [233] "reg_t"
#> [234] "reg_t_b(?)"
#> [235] "reg_t_f(?)"
#> [236] "reg_u"
#> [237] "reg_u_b(?)"
#> [238] "reg_u_f(?)"
#> [239] "reg_y"
#> [240] "reg_y_b(?)"
#> [241] "reg_y_f(?)"
#> [242] "regression.description"
#> [243] "regression.details.coefficients"
#> [244] "regression.details.covar"
#> [245] "regression.details.covar-ml"
#> [246] "regression.easter"
#> [247] "regression.espan.end"
#> [248] "regression.espan.missing"
#> [249] "regression.espan.n"
#> [250] "regression.espan.start"
#> [251] "regression.leaster"
#> [252] "regression.lp"
#> [253] "regression.mean"
#> [254] "regression.missing(*)"
#> [255] "regression.ml.parameters"
#> [256] "regression.ml.pcorr"
#> [257] "regression.ml.pcovar"
#> [258] "regression.ml.pcovar-ml"
#> [259] "regression.ml.pscore"
#> [260] "regression.mu"
#> [261] "regression.nao"
#> [262] "regression.nlp"
#> [263] "regression.nls"
#> [264] "regression.nmh"
#> [265] "regression.nout"
#> [266] "regression.nso"
#> [267] "regression.ntc"
#> [268] "regression.ntd"
#> [269] "regression.nusers"
#> [270] "regression.out(*)"
#> [271] "regression.outlier(*)"
#> [272] "regression.td(*)"
#> [273] "regression.type"
#> [274] "regression.user(*)"
#> [275] "residuals.bp"
#> [276] "residuals.bp2"
#> [277] "residuals.doornikhansen"
#> [278] "residuals.kurtosis"
#> [279] "residuals.lb"
#> [280] "residuals.lb2"
#> [281] "residuals.lruns"
#> [282] "residuals.ludruns"
#> [283] "residuals.mean"
#> [284] "residuals.nruns"
#> [285] "residuals.nudruns"
#> [286] "residuals.res"
#> [287] "residuals.seasbp"
#> [288] "residuals.seaslb"
#> [289] "residuals.ser"
#> [290] "residuals.skewness"
#> [291] "residuals.tsres"
#> [292] "residuals.type"
#> [293] "s"
#> [294] "s_b"
#> [295] "s_f"
#> [296] "sa"
#> [297] "sa_b"
#> [298] "sa_f"
#> [299] "span.end"
#> [300] "span.missing"
#> [301] "span.n"
#> [302] "span.start"
#> [303] "t"
#> [304] "t_b"
#> [305] "t_f"
#> [306] "tde"
#> [307] "tde_b(?)"
#> [308] "tde_f(?)"
#> [309] "variancedecomposition.cycle"
#> [310] "variancedecomposition.irregular"
#> [311] "variancedecomposition.others"
#> [312] "variancedecomposition.seasonality"
#> [313] "variancedecomposition.tdh"
#> [314] "variancedecomposition.total"
#> [315] "y"
#> [316] "y_b"
#> [317] "y_b(?)"
#> [318] "y_eb(?)"
#> [319] "y_ef(?)"
#> [320] "y_f"
#> [321] "y_f(?)"
#> [322] "yc"
#> [323] "ycal"
#> [324] "ycal_f(?)"
userdefined_variables_x13("regarima")
#> [1] "adjust" "arima.bd"
#> [3] "arima.bp" "arima.bphi(*)"
#> [5] "arima.bq" "arima.btheta(*)"
#> [7] "arima.d" "arima.p"
#> [9] "arima.phi(*)" "arima.q"
#> [11] "arima.theta(*)" "cal"
#> [13] "cal_b(?)" "cal_f(?)"
#> [15] "det" "det_b(?)"
#> [17] "det_f(?)" "det_i"
#> [19] "det_i_b(?)" "det_i_f(?)"
#> [21] "det_s" "det_s_b(?)"
#> [23] "det_s_f(?)" "det_t"
#> [25] "det_t_b(?)" "det_t_f(?)"
#> [27] "ee" "ee_b(?)"
#> [29] "ee_f(?)" "l"
#> [31] "likelihood.adjustedll" "likelihood.aic"
#> [33] "likelihood.aicc" "likelihood.bic"
#> [35] "likelihood.bic2" "likelihood.bicc"
#> [37] "likelihood.df" "likelihood.hannanquinn"
#> [39] "likelihood.ll" "likelihood.neffectiveobs"
#> [41] "likelihood.nobs" "likelihood.nparams"
#> [43] "likelihood.ssqerr" "log"
#> [45] "mhe" "mhe_b(?)"
#> [47] "mhe_f(?)" "omhe"
#> [49] "omhe_b(?)" "omhe_f(?)"
#> [51] "out" "out_b(?)"
#> [53] "out_f(?)" "out_i"
#> [55] "out_i_b(?)" "out_i_f(?)"
#> [57] "out_s" "out_s_b(?)"
#> [59] "out_s_f(?)" "out_t"
#> [61] "out_t_b(?)" "out_t_f(?)"
#> [63] "period" "reg_i"
#> [65] "reg_i_b(?)" "reg_i_f(?)"
#> [67] "reg_s" "reg_s_b(?)"
#> [69] "reg_s_f(?)" "reg_sa"
#> [71] "reg_sa_b(?)" "reg_sa_f(?)"
#> [73] "reg_t" "reg_t_b(?)"
#> [75] "reg_t_f(?)" "reg_u"
#> [77] "reg_u_b(?)" "reg_u_f(?)"
#> [79] "reg_y" "reg_y_b(?)"
#> [81] "reg_y_f(?)" "regression.description"
#> [83] "regression.details.coefficients" "regression.details.covar"
#> [85] "regression.details.covar-ml" "regression.easter"
#> [87] "regression.espan.end" "regression.espan.missing"
#> [89] "regression.espan.n" "regression.espan.start"
#> [91] "regression.leaster" "regression.lp"
#> [93] "regression.mean" "regression.missing(*)"
#> [95] "regression.ml.parameters" "regression.ml.pcorr"
#> [97] "regression.ml.pcovar" "regression.ml.pcovar-ml"
#> [99] "regression.ml.pscore" "regression.mu"
#> [101] "regression.nao" "regression.nlp"
#> [103] "regression.nls" "regression.nmh"
#> [105] "regression.nout" "regression.nso"
#> [107] "regression.ntc" "regression.ntd"
#> [109] "regression.nusers" "regression.out(*)"
#> [111] "regression.outlier(*)" "regression.td(*)"
#> [113] "regression.type" "regression.user(*)"
#> [115] "residuals.bp" "residuals.bp2"
#> [117] "residuals.doornikhansen" "residuals.kurtosis"
#> [119] "residuals.lb" "residuals.lb2"
#> [121] "residuals.lruns" "residuals.ludruns"
#> [123] "residuals.mean" "residuals.nruns"
#> [125] "residuals.nudruns" "residuals.res"
#> [127] "residuals.seasbp" "residuals.seaslb"
#> [129] "residuals.ser" "residuals.skewness"
#> [131] "residuals.tsres" "residuals.type"
#> [133] "span.end" "span.missing"
#> [135] "span.n" "span.start"
#> [137] "tde" "tde_b(?)"
#> [139] "tde_f(?)" "y"
#> [141] "y_b(?)" "y_eb(?)"
#> [143] "y_ef(?)" "y_f(?)"
#> [145] "yc" "ycal"
#> [147] "ycal_f(?)"
userdefined_variables_x13("x11")
#> [1] "b1" "b10" "b11" "b13"
#> [5] "b17" "b2" "b20" "b3"
#> [9] "b4" "b5" "b6" "b7"
#> [13] "b8" "b9" "c1" "c10"
#> [17] "c11" "c13" "c17" "c2"
#> [21] "c20" "c4" "c5" "c6"
#> [25] "c7" "c9" "d1" "d10"
#> [29] "d11" "d12" "d13" "d2"
#> [33] "d4" "d5" "d6" "d7"
#> [37] "d8" "d9" "d9-global-msr" "d9-msr"
#> [41] "d9-msr-table" "seasonal-filters" "trend-filter" "x11-all"