An annotated value | Write and register a method | Where the method is applied | Errors in a method | Setting a plain value | Errors while setting | Summary

An annotated output | Write and register a method | Where the method is applied | Annotating the elements of an output | Errors in a method | Summary

Internal pipeline structure | Changing the pipeline structure at runtime | Modify steps | Insert and remove steps | Invoke restart during run | The lifetime of .self

A simple example to get started | Pipeline building | Pipeline integrity | Pipeline run and output | Pipeline parameters | Setting Identical Values | Handling Unknown Parameters

Inner pipeline | Outer pipeline | Run nested pipeline | Forward inner pipeline parameters programmatically | Built-in exec modes vs. nested pipelines

Two pipelines | Combined pipeline | Relative indexing | Combined pipeline results | Saving and restoring pipelines

A pipeline that fails | Stop at the first error | Continue after errors | Mitigate failed inputs with try() | Recover from failures | Failures in split pipelines | Summary

Setup | Creating views | Selecting steps with [ | Composing views | The view meta field | When the pipeline changes | Running views

Setup | Flat output collection | Filtered output using tags | Grouped output

Existing pipeline | Insert new step | Replace existing steps | Removing steps

Motivation | Define pipeline | Split data | Recombine output

Interactive usage | Add | Replace | Extract | Basic extraction | More extraction features | Extract and replace ranges (since version 1.1.0) | Default values | Element inspection | Summary

Motivation | Column operations | Add | Modify | Remove | Benchmark | Combine dplyr and dict.table | Summary

Robust usage | Add | Replace | Strict replace | Strict replace by value | Extract | Strict extract | Remove | Combine containers | Functional programming | Summary

Deque | Stack | Queues | Set | Dict

Motivation | Add or Replace | Extract | Default values | Remove | Merge

One-sample study | Combining two studies | Combining two distributions | Group sequential study | Pocock design | O'Brien-Fleming design | Design comparisons

Single stage | O'Brien-Fleming 3-stage design | Pocock 3-stage design | O'Brien-Fleming vs Pocock | Non-equidistant interim times | Two-Sided bounds

O'Brien-Fleming 3-stage design | Pocock 3-stage design | Manual bounds

GroupSeq menu | -1- Compute Bounds | -2- Compute Drift given Power and Bounds | -3- Compute Probabilities given Bounds and Drift | -4- Compute Confidence Interval