Man pages for vincenzocoia/copsupp
Vine Copulas made easy
| addlayer.rvine | Add Layers to a Regular Vine |
| A_G_convert | Convert between G-Vine array and Traditional Vine Array |
| augment.rvine | Add to a Column of an 'rvine' |
| bb1rsk | Skew BB1r Copula Family |
| bb1sk | Skew BB1 Copula Family |
| bb1skp | Skew BB1skp Copula Family |
| bb1_supp | BB1 copula: supplemental functions |
| bb1vsk | Skew BB1v Copula Family |
| bb6_supp | BB6 copula: supplemental functions |
| bb7_supp | BB7 copula: supplemental functions |
| bb8_supp | BB8 copula: supplemental functions |
| bskewncop | Skew Normal Copula Functions |
| bskewncop_supp | Skew normal copula: supplement |
| center | Center a Vine |
| combine_copmat | Combine Copula and Parameter Matrices |
| copnum2name | Convert between Copula Number and Name |
| cparspace | Get Copula Parameter Bounds |
| cparvec2cpar | Incorporate Parameter Lengths |
| d_logd_rvine | Density of a Regular Vine |
| eval_lims | Evaluate a function at limit points |
| fitbicop | Fit a Bivariate Copula Model |
| fit.BN | Fit a Bayesian Network model |
| fitlayer | Fit a new layer |
| fitrvine | Fit a Vine Model |
| fitrvine_basic | Fit a Vine to Data |
| fitseq | Choose sequence of variables to link |
| gum_supp | Gumbel copula: supplemental functions |
| igcond | Functions for IG copula 2|1 computations |
| igcop | IG Copula Family Functions |
| igcop_supp | IG copula: supplemental functions |
| ig_gen | Generating Function for the IG Copula Family |
| iglcop | IGL Copula Family Functions |
| iglcop_supp | IG copula: supplemental functions |
| igl_gen | Generating function for the IGL copula family |
| indepcopcond | Conditional Independence Copula |
| integrate.mv | Multivariate Integration |
| invert.perm | Invert a permutation |
| joe_supp | Joe copula: supplemental functions |
| layeropts | Fitting options for a new Vine Layer |
| makeuppertri | Make an upper triangular matrix |
| makevinemat | Construct a Matrix for a Vine |
| marginal | Estimate Marginal distribution |
| mtcj_supp | MTCJ copula: supplemental functions |
| pcondrvine | Conditional Distribution in a Regular Vine |
| pcondseq | Compute Conditional Probabilities Sequentially |
| reformcopmat | Rearrange the Matrices following Rearrangement of Vine Array |
| relabel | Relabel Variables in a Vine/Vine Array |
| releaf | "Re-leaf" a Vine |
| reorder | Reorder a Vine, If Possible |
| rmvlayer.rvine | Remove Upper Layers in a Vine |
| rnlm | Restricted 'nlm' |
| rrvine | Simulate from a Regular Vine |
| rvine | Create an object of class 'rvine' |
| rvine2fitrvine | Convert '"rvine"' to '"fitrvine"' |
| rvinepcond | Copula Conditional Distributions |
| rvineqcond | n = #replications or sample size pmat = nxd matrix of levels... |
| subsetvine | Subset a Regular Vine |
| trunc | Truncate a Regular Vine |
| trunclevel | Get Truncation Level |
| truncvinemat | Truncate a Vine Matrix |
| unimle | User-friendly univariate Maximum Likelihood Estimation |
| vars.rvine | Extract Variables from a Regular Vine |
