- c -

• calculate_importance_sample() : df1b2chkder.cpp , df1b2fun.h , df1b2im2.cpp , df1b2imp.cpp , df1b2fun.h , df1b2lp1.cpp , test_trust.cpp
• calculate_importance_sample_block_diagonal() : df1b2fun.h , df1b2im3.cpp
• calculate_importance_sample_block_diagonal_funnel() : df1b2fun.h , df1b2im3f.cpp
• calculate_importance_sample_block_diagonal_option2() : df1b2fun.h , df1b2im4.cpp
• calculate_importance_sample_block_diagonal_option_antithetical() : df1b2fun.h , df1b2im5.cpp
• calculate_importance_sample_funnel() : df1b2chkder.cpp , df1b2impf.cpp , df1b2lp1.cpp
• calculate_importance_sample_shess() : df1b2fun.h , df1b2impspf.cpp , df1b2lp6.cpp
• calculate_laplace_approximation() : test_trust.cpp , xmodelm4.cpp , df1b2chkder.cpp , df1b2lap.cpp , df1b2lp1.cpp , df1b2lp11.cpp , df1b2lp2.cpp , df1b2lp6.cpp , f1b2lapqd.cpp
• check_choleski_decomp() : fvar.hpp , fvar_m40.cpp
• check_datafile_pointer() : admodel.h , model.cpp
• check_derivative_values() : fvar.hpp , newdar.cpp
• check_derivative_values_break() : fvar.hpp , newdar.cpp
• check_for_params_on_bounds() : newfmin.cpp , output_checks.cpp
• check_java_flags() : xmodelm3.cpp
• check_order() : df1b2lp10.cpp
• check_pool_depths() : df1b2fnl.cpp , df1b2fun.h
• check_second_derivatives() : df1b2fn2.cpp , df1b2fun.h
• check_shape() : df1b2fun.h , f1b2vc5.cpp
• check_third_derivatives() : df1b2fn2.cpp , df1b2fun.h
• checkidentiferstring() : df1b2fn5.cpp , df1b2fun.h
• chol() : hs_sparse.cpp
• choleski_decomp() : df11fun.cpp , df11fun.h , df12fun.cpp , df12fun.h , df13fun.cpp , df13fun.h , dmat15.cpp , dmat28.cpp , fvar.hpp , fvar_m39.cpp , fvar_m40.cpp , df1b2fun.h , df1b2mat.cpp , df32fun.cpp , df32fun.h , df33fun.cpp , df33fun.h , df3fun.cpp , df3fun.h
• choleski_decomp_error() : dmat15.cpp , fvar.hpp
• choleski_decomp_extra() : df1b2fun.h
• choleski_decomp_neghess_error() : dmat15.cpp , fvar.hpp
• choleski_decomp_positive() : dmat35.cpp , fvar.hpp , fvar_m47.cpp , fvar_m50.cpp , df1b2chkder.cpp , df1b2lp1.cpp , test_trust.cpp
• choleski_decomp_trust_bound() : dmat43.cpp , fvar.hpp
• choleski_solve_error() : dmat37.cpp , fvar.hpp
• choleski_solve_neghess_error() : dmat37.cpp , fvar.hpp
• cholnew() : hs_sparse.cpp
• chr() : adstring.hpp , str.cpp
• clean() : fvar.hpp , ivector.cpp
• cleanup_argv() : admodel.h , model33.cpp
• cleanup_laplace_stuff() : admodel.h , df1b2lap.cpp
• cleanup_temporary_files() : gradstrc.cpp
• cleanup_xpools() : dfpool.cpp
• clrscr() : clrscr.cpp , conjprod.cpp , fmmtr1.cpp , newfmin.cpp
• cmdm_prod() : fvar_m18.cpp
• cmdv_prod() : fvar_m22.cpp
• cmvbvu_() : cbivnorm.cpp
• cmvphi_() : cbivnorm.cpp
• colsum() : dmat27.cpp , dvect12.cpp , fvar.hpp , fvar_a31.cpp , fvar_m35.cpp , imat7.cpp , imat8.cpp , lmat7.cpp , df1b2fun.h , f1b2vc6.cpp
• column() : dmat6.cpp , fvar.hpp , fvar_ar7.cpp , imat7.cpp , lmat7.cpp , df1b2fun.h , f1b2ma1.cpp
• column_print() : dvect23.cpp , fvar.hpp
• column_value() : fvar.hpp , fvar_ar7.cpp
• column_vector() : dvect13.cpp , fvar.hpp
• common() : df1b2lp10.cpp
• copy_status() : fvar_arr.cpp , fvar_mat.cpp
• copy_value_from_vector() : admodel.h , model42.cpp
• copy_value_to_vector() : admodel.h , model3.cpp
• cos() : fvar.hpp , f1b2vc2.cpp , f3arr2.cpp , fvar_fn.cpp , d3arr2a.cpp , df11fun.h , df12fun.h , df13fun.h , dmat20.cpp , dvect6.cpp , fvar.hpp , fvar_a29.cpp , fvar_m27.cpp , df1b2fun.h , df1b2funx.cpp , df32fun.h , df33fun.h , f1b2vc1.cpp
• cosh() : fvar_ar8.cpp , dvect6.cpp , fvar.hpp , fvar_fn1.cpp
• count_factor() : fvar.hpp , factors.cpp , fvar.hpp
• cs_add() : hs_sparse.cpp
• cs_amd() : hs_sparse.cpp
• cs_counts() : hs_sparse.cpp
• cs_cumsum() : hs_sparse.cpp
• cs_diag() : hs_sparse.cpp
• cs_ereach() : hs_sparse.cpp
• cs_etree() : hs_sparse.cpp
• cs_fkeep() : hs_sparse.cpp
• cs_ipvec() : hs_sparse.cpp
• cs_leaf() : hs_sparse.cpp
• cs_lsolve() : hs_sparse.cpp
• cs_ltsolve() : hs_sparse.cpp
• cs_multiply() : hs_sparse.cpp
• cs_pinv() : hs_sparse.cpp
• cs_post() : hs_sparse.cpp
• cs_pvec() : hs_sparse.cpp
• cs_scatter() : hs_sparse.cpp
• cs_tdfs() : hs_sparse.cpp
• cs_transpose() : hs_sparse.cpp
• cs_wclear() : hs_sparse.cpp
• csolve() : f1b2solv.cpp , dmat34.cpp , fvar.hpp , f1b2sol2.cpp
• cube() : fvar.hpp , df1b2fun.h , fvar.hpp , fvar_op8.cpp , df1b2fun.h , df32fun.h , fvar.hpp , dmat.cpp , fvar_a44.cpp , f3arr7.cpp , fvar.hpp , df33fun.h , f1b2v11.cpp , df1b2fun.cpp , f3arr7.cpp , df13fun.h , d3arr5.cpp , fvar.hpp , df11fun.h , dmat.cpp , df12fun.h , dvector.cpp
• cubic_interpolation() : conjprod.cpp
• cubic_spline() : statsLib.h , vcubicspline.cpp
• cumbvn() : fvar.hpp , vbivnorm.cpp , cbivnorm.cpp
• cumd_bivariate_normal() : fvar.hpp
• cumd_cauchy() : fvar.hpp , vcumdcau.cpp , gammdev.cpp , admodel.h , mod_mc.cpp , df3gammp.cpp , fvar.hpp , cumd_cau.cpp
• cumd_exp() : admodel.h , monte.cpp
• cumd_exponential() : fvar.hpp , df1b2fun.h , ccumdexp.cpp , df1b2cum.cpp , vcumdexp.cpp , fvar.hpp , gammdev.cpp , df3gammp.cpp
• cumd_gamma() : df32fun.h , df33fun.h , cgamdev.cpp , dfgammp.cpp , df3gammp.cpp , fvar.hpp , gammdev.cpp , df13fun.h , df11fun.h , vgamdev.cpp , df12fun.h
• cumd_logistic() : vcumdlog.cpp , ccumdlog.cpp , fvar.hpp
• cumd_mixture() : admodel.h , nmonte.cpp
• cumd_mixture_02() : nmonte.cpp , admodel.h
• cumd_norm() : mod_mc.cpp , fvar.hpp , prmonte.cpp , df1b2fun.h , monte.cpp , vcumdist.cpp , fvar.hpp , xmonte2.cpp , nmonte.cpp , cumdist.cpp , df3fun.cpp
• cumd_norm_logistic() : fvar.hpp , vcumdist.cpp , fvar.hpp , ccumdlog.cpp
• cumd_normal_cauchy_mixture() : fvar.hpp
• cumd_normal_logistic_mixture() : df1b2normmix2.cpp , cnorlogmix.cpp
• cumd_normal_logistic_mixture_initx() : df1b2normmix2.cpp , cnorlogmix.cpp
• cumd_normal_mixture() : df1b2normmix.cpp , fvar.hpp , cnormmix.cpp , normmix.cpp , fvar.hpp
• cumd_normal_mixture_initx() : cnormmix.cpp , df1b2normmix.cpp , normmix.cpp
• cumd_pareto() : fvar.hpp
• cumd_upper_trunc_pareto() : fvar.hpp
• cvdv_add() : fvar_a18.cpp
• cvdv_dot() : fvar_a15.cpp
• cvdv_elem_div() : fvar_a46.cpp
• cvdv_elem_prod() : fvar_a45.cpp
• cvdv_sub() : fvar_a21.cpp