Man pages for rchan26/mixGaussTempering
What the Package Does (One Line, Title Case)
| bounds_phi_function_mixG | Obtain bounds for phi function |
| check_equal_dim | Check vectors have equal dimension |
| dnorm_deriv1 | First derivative of a normal distribution |
| dnorm_deriv2 | Second derivative of a normal distribution |
| dnorm_mix | Density of a mixture Gaussian |
| dnorm_mix_deriv1 | Function of a the first derivative of a un-normalised... |
| dnorm_mix_deriv2 | Function of a the second derivative of a un-normalised... |
| dnorm_mix_tempered | Density of tempered mixture Gaussian |
| dnorm_mix_tempered_deriv1 | Function of a the first derivative of a normalised tempered... |
| dnorm_mix_tempered_deriv2 | Function of a the second derivative of a normalised tempered... |
| dnorm_mix_tempered_unnorm | Function of a un-normalised tempered mixture Gaussian |
| fusion_diff_mixG | Standard Fusion |
| fusion_TA_mixG | Time-adapting Fusion |
| hmc_base_sampler_mixG | HMC sampler for base level |
| hmc_sample_tempered_mixG | HMC sampler for tempered mixture Gaussian |
| lower_bound_phi_function_mixG | Lower bound finder for tempered mixture Gaussian |
| mixGaussTempering-package | The 'mixGaussTempering' package. |
| parallel_h_fusion_mixG | Standard Hierarchical Monte Carlo Fusion |
| parallel_h_fusion_TA_mixG | Time-adapting Hierarchical Monte Carlo Fusion |
| parallel_sequential_fusion_mixG | Standard Sequential Monte Carlo Fusion |
| parallel_sequential_fusion_TA_mixG | Time-adapting Sequential Monte Carlo Fusion |
| phi_function_mixG | phi-function for a tempered mixture Gaussian |
| plot_levels_hier_mixG | Plot kernel density of samples in hierarchical tree |
| plot_levels_seq_mixG | Plot kernel density of samples in sequential tree |
| rmix_norm | Simulate exactly a mixture Gaussian distribution |
| simulate_langevin_diffusion_mixG | Exact Algorithm for langevin diffusion with pi as a tempered... |
