alm | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using ALM |

alm.bundle | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using ALM |

alm.dgp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using ALM |

alm.gp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using ALM |

combine | Combine layers |

continue | Continue the training of a DGP emulator |

design | Sequential design of a (D)GP emulator or a bundle of (D)GP emulators |

design.bundle | Sequential design of a (D)GP emulator or a bundle of (D)GP emulators |

design.dgp | Sequential design of a (D)GP emulator or a bundle of (D)GP emulators |

design.gp | Sequential design of a (D)GP emulator or a bundle of (D)GP emulators |

dgp | Deep Gaussian process emulator construction |

draw | Validation plots of a sequential design |

draw.bundle | Validation plots of a sequential design |

draw.dgp | Validation plots of a sequential design |

draw.gp | Validation plots of a sequential design |

gp | Gaussian process emulator construction |

Hetero | Initialize a heteroskedastic Gaussian likelihood node |

init_py | 'python' environment initialization |

kernel | Initialize a Gaussian process node |

lgp | Linked (D)GP emulator construction |

mice | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using MICE |

mice.bundle | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using MICE |

mice.dgp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using MICE |

mice.gp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using MICE |

NegBin | Initialize a negative Binomial likelihood node |

nllik | Calculate negative predicted log-likelihood |

pack | Pack GP and DGP emulators into a bundle |

pei | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using PEI |

pei.bundle | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using PEI |

pei.dgp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using PEI |

pei.gp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using PEI |

plot | Validation plots of a constructed GP, DGP, or linked (D)GP emulator |

plot.dgp | Validation plots of a constructed GP, DGP, or linked (D)GP emulator |

plot.gp | Validation plots of a constructed GP, DGP, or linked (D)GP emulator |

plot.lgp | Validation plots of a constructed GP, DGP, or linked (D)GP emulator |

Poisson | Initialize a Poisson likelihood node |

predict | Predictions from GP, DGP, or linked (D)GP emulators |

predict.dgp | Predictions from GP, DGP, or linked (D)GP emulators |

predict.gp | Predictions from GP, DGP, or linked (D)GP emulators |

predict.lgp | Predictions from GP, DGP, or linked (D)GP emulators |

read | Load the stored emulator |

set_imp | Reset number of imputations for a DGP emulator |

set_linked_idx | Set linked indices |

set_seed | Random seed generator |

summary | Summary of a constructed GP, DGP, or linked (D)GP emulator |

summary.dgp | Summary of a constructed GP, DGP, or linked (D)GP emulator |

summary.gp | Summary of a constructed GP, DGP, or linked (D)GP emulator |

summary.lgp | Summary of a constructed GP, DGP, or linked (D)GP emulator |

trace_plot | Plot of DGP model parameter traces |

unpack | Unpack a bundle of (D)GP emulators |

update | Update a GP or DGP emulator |

update.dgp | Update a GP or DGP emulator |

update.gp | Update a GP or DGP emulator |

validate | Validate a constructed GP, DGP, or linked (D)GP emulator |

validate.dgp | Validate a constructed GP, DGP, or linked (D)GP emulator |

validate.gp | Validate a constructed GP, DGP, or linked (D)GP emulator |

validate.lgp | Validate a constructed GP, DGP, or linked (D)GP emulator |

vigf | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using VIGF |

vigf.bundle | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using VIGF |

vigf.dgp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using VIGF |

vigf.gp | Locate the next design point for a (D)GP emulator or a bundle of (D)GP emulators using VIGF |

window | Trim the sequences of model parameters of a DGP emulator |

write | Save the constructed emulator |