- r -

• randcau() : drancau.cpp
• randn() : fvar.hpp , ranf_ni2.cpp , ranfill.cpp , ranf_ni.cpp , ranfill2.cpp , rngen.cpp
• randnegbinomial() : fvar.hpp , rannegbn.cpp
• random_effects_userfunction() : xmodelm4.cpp , df1b2lap.cpp
• randpoisson() : dranpois.cpp , fvar.hpp
• randu() : fvar.hpp , rngen.cpp
• rbeta() : qfc_sim.cpp , qfclib.h
• rdirichlet() : qfc_sim.cpp , qfclib.h
• Rdqagi() : integrate.cpp
• rdqagie() : integrate.cpp
• Rdqags() : integrate.cpp
• rdqagse() : integrate.cpp
• rdqelg() : integrate.cpp
• rdqk15i() : integrate.cpp
• rdqk21() : integrate.cpp
• rdqpsrt() : integrate.cpp
• read() : df1b2fun.h
• read_covariance_matrix() : admodel.h , xxmcmc.cpp
• read_empirical_covariance_matrix() : hybmcmc.cpp , nuts.cpp , rwm.cpp , xxmcmc.cpp , hmc.cpp
• read_hessian_matrix_and_scale() : hybmcmc.cpp , rwm.cpp , xxmcmc.cpp
• read_hessian_matrix_and_scale1() : hmc.cpp , hybmcmc.cpp , nuts.cpp , rwm.cpp , xxmcmc.cpp
• read_hist_data() : hybmcmc.cpp , rwm.cpp , xxmcmc.cpp
• read_old_scale() : admodel.h , xxmcmc.cpp
• read_pass1_1() : df1b2f11.cpp , df1b2fun.h
• read_pass1_1_dv() : df1b2f21.cpp
• read_pass1_1x() : df1b2f27.cpp
• read_pass1_2() : df1b2f11.cpp , df1b2fun.h
• read_pass1_2_dv() : df1b2f21.cpp
• read_pass1_2x() : df1b2f27.cpp
• read_pass1_3() : df1b2f11.cpp
• read_pass1_3_dv() : df1b2f21.cpp
• read_pass1_3x() : df1b2f27.cpp
• read_pass1_eq_1() : df1b2fn4.cpp
• read_pass1_eq_2() : df1b2fn4.cpp
• read_pass1_eq_3() : df1b2fn4.cpp
• read_pass1_init_1() : df1b2fn5.cpp
• read_pass1_init_2() : df1b2fn5.cpp
• read_pass1_init_3() : df1b2fn5.cpp
• read_pass1_minus_eq_1() : df1b2fn8.cpp
• read_pass1_minus_eq_2() : df1b2fn8.cpp
• read_pass1_minus_eq_3() : df1b2fn8.cpp
• read_pass1_plus_eq_1() : df1b2fn3.cpp
• read_pass1_plus_eq_2() : df1b2fn3.cpp
• read_pass1_plus_eq_3() : df1b2fn3.cpp
• read_pass2_1() : df1b2f12.cpp
• read_pass2_1_dvdv() : df32fun1.cpp
• read_pass2_1_dvdvdv() : df33fun1.cpp
• read_pass2_1_minus() : df1b2min.cpp
• read_pass2_1_minuscv() : df1b2min2.cpp
• read_pass2_1_minusvc() : df1b2min3.cpp
• read_pass2_1_prod() : df1b2prd.cpp
• read_pass2_1_prod_vector() : f1b2v10.cpp
• read_pass2_1_prodc1() : df1b2prc.cpp
• read_pass2_1_prodc2() : df1b2prb.cpp
• read_pass2_1_sum() : df1b2sum.cpp
• read_pass2_1_sumc() : df1b2sumc.cpp
• read_pass2_2() : df1b2f12.cpp
• read_pass2_2_dvdv() : df32fun1.cpp
• read_pass2_2_dvdvdv() : df33fun1.cpp
• read_pass2_2_minus() : df1b2min.cpp
• read_pass2_2_minuscv() : df1b2min2.cpp
• read_pass2_2_minusvc() : df1b2min3.cpp
• read_pass2_2_prod() : df1b2prd.cpp
• read_pass2_2_prod_vector() : f1b2v10.cpp
• read_pass2_2_prodc1() : df1b2prc.cpp
• read_pass2_2_prodc2() : df1b2prb.cpp
• read_pass2_2_sum() : df1b2sum.cpp
• read_pass2_2_sumc() : df1b2sumc.cpp
• read_pass2_3() : df1b2f12.cpp
• read_pass2_3_dvdv() : df32fun1.cpp
• read_pass2_3_dvdvdv() : df33fun1.cpp
• read_pass2_3_minus() : df1b2min.cpp
• read_pass2_3_minuscv() : df1b2min2.cpp
• read_pass2_3_minusvc() : df1b2min3.cpp
• read_pass2_3_prod() : df1b2prd.cpp
• read_pass2_3_prod_vector() : f1b2v10.cpp
• read_pass2_3_prodc1() : df1b2prc.cpp
• read_pass2_3_prodc2() : df1b2prb.cpp
• read_pass2_3_sum() : df1b2sum.cpp
• read_pass2_3_sumc() : df1b2sumc.cpp
• read_tilde_values_1() : df1b2fn7.cpp
• read_tilde_values_2() : df1b2fn7.cpp
• read_tilde_values_3() : df1b2fn7.cpp
• regression() : cregress.cpp , fvar.hpp , vregress.cpp
• reinitialize_auto_rand() : ranf_ni.cpp , ranf_ni2.cpp , ranfill.cpp , ranfill2.cpp
• reorder() : f1b2lndt.cpp
• report_calling_set() : df1b2lp10.cpp
• report_confidence_limits() : mod_pmin.cpp , newmodmn.cpp
• report_derivatives() : hs_sparse.cpp
• report_dvar_vector_derivatives() : hs_sparse.cpp
• report_gradstack_flag() : fvar.hpp , cmpdif3.cpp
• report_gradstack_flag2() : cmpdif3.cpp
• report_onesided_confidence_limits() : mod_pmin.cpp , newmodmn.cpp
• reset_gradient_stack() : fvar.hpp , sgradclc.cpp
• reset_gs_stack() : cmpdif2.cpp , fvar.hpp
• restore_ad_pointer() : cmpdif3.cpp , fvar.hpp
• restore_banded_lower_triangular_dvar_matrix_derivatives() : cmpdif11.cpp , fvar.hpp
• restore_banded_lower_triangular_dvar_matrix_value() : cmpdif11.cpp , fvar.hpp
• restore_banded_symmetric_dvar_matrix_value() : cmpdif11.cpp , fvar.hpp
• restore_bounded_symmetric_dvar_matrix_derivatives() : cmpdif11.cpp , fvar.hpp
• restore_d3_array_position() : cmpdif6.cpp , fvar.hpp
• restore_d3_array_value() : fvar.hpp , cmpdif5.cpp
• restore_dmatrix_position() : cmpdif6.cpp , fvar.hpp
• restore_dmatrix_value() : fvar.hpp , cmpdif5.cpp
• restore_double_value() : cmpdif8.cpp , fvar.hpp
• restore_dvar_matrix_der_nozero() : fvar.hpp , cmpdif6.cpp
• restore_dvar_matrix_derivative_column() : cmpdif6.cpp , fvar.hpp
• restore_dvar_matrix_derivative_row() : cmpdif6.cpp , fvar.hpp
• restore_dvar_matrix_derivatives() : fvar.hpp , cmpdif6.cpp , fvar.hpp
• restore_dvar_matrix_position() : cmpdif6.cpp , fvar.hpp
• restore_dvar_matrix_value() : cmpdif5.cpp , fvar.hpp
• restore_dvar_vector_der_nozero() : cmpdif5.cpp , fvar.hpp
• restore_dvar_vector_derivatives() : cmpdif5.cpp , fvar.hpp
• restore_dvar_vector_position() : cmpdif4.cpp , fvar.hpp
• restore_dvar_vector_value() : cmpdif4.cpp , fvar.hpp
• restore_dvector_position() : cmpdif4.cpp , fvar.hpp
• restore_dvector_value() : fvar.hpp , cmpdif4.cpp
• restore_imatrix_position() : cmpdif9.cpp , imatrix.h
• restore_imatrix_value() : imatrix.h , cmpdif9.cpp
• restore_int_value() : cmpdif8.cpp , fvar.hpp
• restore_ivector_position() : fvar.hpp , cmpdif4.cpp
• restore_ivector_value() : cmpdif4.cpp , fvar.hpp
• restore_lmatrix_position() : fvar.hpp
• restore_lmatrix_value() : fvar.hpp
• restore_lower_triangular_dvar_matrix_value() : fvar_m40.cpp
• restore_pointer_value() : cmpdif8.cpp , fvar.hpp
• restore_prevariable_derivative() : cmpdif8.cpp , fvar.hpp , cmpdif8.cpp , fvar.hpp
• restore_prevariable_position() : cmpdif8.cpp , fvar.hpp
• restore_prevariable_value() : fvar.hpp , cmpdif8.cpp
• restore_value_from_vector() : admodel.h , model3.cpp , admodel.h , model3.cpp
• RETURN_ARRAYS_DECREMENT() : gradstrc.cpp , fvar.hpp
• RETURN_ARRAYS_INCREMENT() : gradstrc.cpp , fvar.hpp
• return_choleski_decomp() : fvar.hpp , hs_sparse.cpp , fvar.hpp
• return_choleski_decomp_solve() : fvar.hpp , hs_sparse.cpp
• return_choleski_factor_solve() : fvar.hpp , hs_sparse.cpp , fvar.hpp , hs_sparse.cpp
• rgamma() : qfc_sim.cpp , gsl_ran_gamma.cpp , qfclib.h , qfc_sim.cpp , qfclib.h
• Ricker() : ecolib.h , Ricker.cpp , ecolib.h , Ricker.cpp , ecolib.h , Ricker.cpp , ecolib.h , Ricker.cpp , ecolib.h , Ricker.cpp , ecolib.h , Ricker.cpp
• rlnorm() : qfclib.h , qfc_sim.cpp
• rmvlogistic() : statsLib.h , rmvlogistic.cpp
• rnorm() : qfclib.h , qfc_sim.cpp
• robust_normal_logistic_mixture_deviate() : df1b2fun.h , vnorlogmix.cpp , df1b2norlogmix.cpp , fvar.hpp , cnorlogmix.cpp
• robust_normal_mixture_deviate() : cnorlogmix.cpp , vnorlogmix.cpp , fvar.hpp , df1b2fun.h , df1b2norlogmix.cpp , fvar.hpp
• robust_regression() : newreg2.cpp , fvar.hpp , newreg2.cpp
• robust_regression_fixed() : fvar.hpp
• row() : dmat6.cpp , fvar.hpp , fvar_ar7.cpp
• row_vector() : fvar.hpp , dvect13.cpp , fvar.hpp , dvect13.cpp
• rowsum() : fvar.hpp , imat8.cpp , f1b2vc6.cpp , df1b2fun.h , dvect12.cpp , fvar.hpp , fvar_a31.cpp , fvar.hpp
• runif() : qfc_sim.cpp , qfclib.h