Using CF-Compliant Calendars with Climate Projection Data
Create a vector that represents CF timestamps
Return the timestamps contained in the CFTime instance.
Bounds of the time offsets
Basic CF calendar
360-day CF calendar
365-day CF calendar
366-day CF calendar
Julian CF calendar
CF calendar with no annual cycle
Proleptic Gregorian CF calendar
Standard CF calendar
International Atomic Time CF calendar
Coordinated Universal Time CF calendar
CFClimatology class
Coverage of time elements for each factor level
Number of base time units in each factor level
Create a factor from the offsets in a CFTime instance
Create a CFTime object
CFtime: working with CF Metadata Conventions "time" dimensions
CFTime class
Create a factor for a CFTime instance
Deprecated functions
Equivalence of CFTime objects
Find the index of timestamps in the time series
Indicates if the time series is complete
The length of the offsets contained in the CFTime instance.
Return the number of days in a month given a certain CF calendar
Parse series of timestamps in CF format to date-time elements
Extend a CFTime object
Properties of a CFTime object
Extreme time series values
Which time steps fall within extreme values
Compact display of a CFTime instance
Support for all calendars as specified in the Climate and Forecast (CF) Metadata Conventions for climate and forecasting data. The CF Metadata Conventions is widely used for distributing files with climate observations or projections, including the Coupled Model Intercomparison Project (CMIP) data used by climate change scientists and the Intergovernmental Panel on Climate Change (IPCC). This package specifically allows the user to work with any of the CF-compliant calendars (many of which are not compliant with POSIXt). The CF time coordinate is formally defined in the CF Metadata Conventions document available at <https://cfconventions.org/Data/cf-conventions/cf-conventions-1.12/cf-conventions.html#time-coordinate>.