| /dports/science/p5-PerlMol/PerlMol-0.3500/inc/BUNDLES/Statistics-Regression-0.15/ |
| H A D | Regression.pm | 161 adjrsq => undef
308 $this->{sigmasq}= undef; $this->{rsq}= undef; $this->{adjrsq}= undef;
374 sub adjrsq { subroutine
376 return $this->{adjrsq}= 1.0- (1.0- $this->rsq())*($this->{n}-1)/($this->{n} - $this->{k});
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| /dports/math/p5-Statistics-Regression/Statistics-Regression-0.53/ |
| H A D | Regression.pm | 267 adjrsq => undef
362 $this->{sigmasq}= undef; $this->{rsq}= undef; $this->{adjrsq}= undef;
385 sub adjrsq { subroutine
387 return $this->{adjrsq}= 1.0- (1.0- $this->rsq())*($this->{n}-1)/($this->{n} - $this->{k});
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| /dports/math/gretl/gretl-2021d/plugin/ |
| H A D | mp_ols.c | 55 mpf_t rsq, adjrsq; /* Unadjusted and adjusted R^2 */ member
429 mpf_clear(mpmod->adjrsq); in mp_model_free()
452 mpf_init(mpmod->adjrsq); in mp_model_init()
1018 pmod->adjrsq = mpf_get_d(mpmod->adjrsq); in copy_mp_results()
1422 mpf_set_d(pmod->adjrsq, NADBL); in mp_regress()
1432 mpf_set_d(pmod->adjrsq, NADBL); in mp_regress()
1449 mpf_sub(pmod->adjrsq, MPF_ONE, tmp); in mp_regress()
1460 mpf_sub(pmod->adjrsq, MPF_ONE, tmp); in mp_regress()
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| H A D | poisson.c | 599 pmod->rsq = pmod->adjrsq = NADBL; in transcribe_negbin_results()
782 pmod->rsq = pmod->adjrsq = NADBL; in add_pseudoR2()
787 pmod->adjrsq = 1.0 - ((pmod->lnL - k) / ll0); in add_pseudoR2()
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| H A D | sysest.c | 318 pmod->adjrsq = 1.0 - (r * (pmod->nobs - 1) / pmod->dfd); in sys_resids()
320 pmod->rsq = pmod->adjrsq = NADBL; in sys_resids()
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| H A D | quantreg.c | 250 pmod->rsq = pmod->adjrsq = NADBL; in rq_transcribe_results()
305 pmod->adjrsq = NADBL; in correct_multi_tau_model()
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| H A D | reprobit.c | 621 pmod->rsq = pmod->adjrsq = NADBL; in transcribe_reprobit()
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| H A D | duration.c | 710 pmod->rsq = pmod->adjrsq = NADBL; in transcribe_duration_results()
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| H A D | garch.c | 149 pmod->adjrsq = NADBL; in write_garch_stats()
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| H A D | arma_common.c | 408 pmod->adjrsq = 1.0 - ((1.0 - pmod->rsq) * (pmod->t2 - pmod->t1) / in write_arma_model_stats()
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| H A D | interval.c | 896 pmod->rsq = pmod->adjrsq = NADBL; in fill_intreg_model()
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| H A D | biprobit.c | 1352 pmod->rsq = pmod->adjrsq = NADBL; in biprobit_fill_model()
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| /dports/finance/R-cran-plm/plm/R/ |
| H A D | tool_methods.R | 293 adjrsq = r.squared(object, dfcor = TRUE)) nameattr
296 adjrsq = r.squared(object, type = "rss", dfcor = TRUE)) nameattr
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| /dports/math/gretl/gretl-2021d/lib/src/ |
| H A D | libgretl.h | 380 double rsq, adjrsq; /* Unadjusted and adjusted R^2 */ member
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| H A D | estimate.c | 393 pmod->adjrsq = in compute_ar_stats()
434 pmod->adjrsq = 1 - ((1 - pmod->rsq) * (pmod->nobs - 1)/pmod->dfd); in get_wls_stats()
988 pmod->rsq = pmod->adjrsq = 0.0; in gretl_null_regress()
1322 mdl.rsq = mdl.adjrsq = 0.0; in ar1_lsq()
1522 pmod->adjrsq = 1 - (pmod->ess * (pmod->nobs - 1) / den); in compute_r_squared()
1544 pmod->adjrsq = in compute_r_squared()
1797 pmod->adjrsq = NADBL; in regress()
1809 pmod->rsq = pmod->adjrsq = NADBL; in regress()
3453 ar.adjrsq = 1.0 - ((1.0 - ar.rsq) * (ar.nobs - 1.0) / ar.dfd); in ar_model()
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| H A D | discrete.c | 840 pmod->rsq = pmod->adjrsq = pmod->fstt = pmod->sigma = NADBL; in fill_op_model()
884 pmod->rsq = pmod->adjrsq = NADBL; in fill_op_model()
2241 pmod->fstt = pmod->rsq = pmod->adjrsq = NADBL; in mnl_finish()
2736 pmod->adjrsq = NADBL; in binary_model_chisq()
2751 pmod->rsq = pmod->adjrsq = pmod->chisq = NADBL; in binary_model_chisq()
2759 pmod->adjrsq = 1.0 - pow((pmod->lnL - bin->k)/Lr, expon); in binary_model_chisq()
2764 pmod->adjrsq = 1.0 - (pmod->lnL - bin->k)/Lr; in binary_model_chisq()
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| H A D | texprint.c | 1569 if (!na(pmod->adjrsq)) { in tex_print_equation()
1570 pprintf(prn, "\\quad \\bar{R}^2 = %.4f ", pmod->adjrsq); in tex_print_equation()
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| H A D | nls.c | 1431 pmod->rsq = pmod->adjrsq = NADBL; in add_stats_to_model()
1434 pmod->adjrsq = 1.0 - (1.0 - pmod->rsq) * in add_stats_to_model()
2303 pmod->rsq = pmod->adjrsq = NADBL; in make_other_nl_model()
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| H A D | gretl_restrict.c | 2271 rmod->adjrsq = 0.0; in save_restricted_model()
2275 rmod->adjrsq = 1 - (rmod->ess * (rmod->nobs - 1) / tmp); in save_restricted_model()
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| H A D | gretl_model.c | 3279 pmod->rsq = pmod->adjrsq = NADBL; in model_stats_init()
5078 gretl_bundle_set_scalar(b, "within_rsq", pmod->adjrsq); in bundlize_model_data_items()
5259 gretl_xml_put_double("adjrsq", pmod->adjrsq, prn); in gretl_model_serialize()
5826 gretl_xml_get_prop_as_double(node, "adjrsq", &pmod->adjrsq); in gretl_model_from_XML()
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| H A D | tsls.c | 959 pmod->adjrsq = 1.0 - (r * (pmod->nobs - 1) / pmod->dfd); in tsls_extra_stats()
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| /dports/finance/R-cran-plm/plm/man/ |
| H A D | summary.plm.Rd | 74 and the adjusted R-squared ("adjrsq") of the model,}
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| /dports/math/pspp/pspp-1.4.1/src/language/stats/ |
| H A D | regression.c | 872 double adjrsq = (rsq - in reg_stats_r() local
878 sqrt (rsq), rsq, adjrsq, std_error in reg_stats_r()
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| /dports/math/snns/SNNSv4.3/xgui/sources/ |
| H A D | ui_controlP.c | 1329 float sse=0,tss,rsq=0,adjrsq=0,mse=0,rmse=0,J_p=0,gcv=0; in ui_rem_errProc() local
1401 adjrsq = 1-((float)(n-1)/(n-p))*(1-rsq); in ui_rem_errProc()
1402 printf("adjrsq\t\t : %10.4f\n",adjrsq); in ui_rem_errProc()
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| /dports/math/gretl/gretl-2021d/gui/ |
| H A D | model_table.c | 834 rsq = (same_df)? pmod->rsq : pmod->adjrsq; in print_equation_stats()
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