Time units | Calendars | Calendar arithmetic | Cardinality | Divmod | Epoch anchors | Displaying time | Time units | Time labels | Linear time labels: linear_labels() | Cyclical time labels: cyclical_labels() | Time formats | Linear time formats: chronon_format_linear() | Cyclical time formats: chronon_format_cyclical() | Duration formats: chronon_format_duration()

Time component codes | Advanced time formatting | Comparison with POSIX time format strings

Contextual semantics: index and key | Data pipeline | Irregular time interval

Overview | When to use FASSTER | Model specification | Basic formula syntax | Model components | Trend terms | Seasonal terms | ARMA terms | Exogenous regressors | State switching | Example: Gas production with structural break | Fitting a basic model | Decomposition | Forecasting | Handling missing values | Advanced features | Multiple switching levels | Combining components | Adding ARMA terms | Parameter estimation | Summary

Project portability | Portability example | Absolute vs. Relative Paths | Absolute paths (not portable) | Relative paths (portable) | Aside: ., and ..

Creating a CV | The YAML header | The document body | Detailed entries | Brief entries | Bibliography entries

Spreadsheets and data sets | Google scholar | Bibliography files | R packages

Creating a vitae template | Converting a CV into a Pandoc template | Adding template specific code for displaying CV entries | brief_entries | detailed_entries | Using the template with rmarkdown | Contributing to the vitae package

Combining transformations | Custom transformations | Forecast means and medians

Tidy temporal data | Data exploration | Prophet modelling | Prophet components | Forecasting with prophet | Evaluating accuracy

The model interface | Minimum implementation of a model | The model function | The specials | The training function | Methods for models