Plots a seasonal plot as described in Hyndman and Athanasopoulos (2014, chapter 2). This is like a time plot except that the data are plotted against the seasons in separate years.

ggseasonplot(x, season.labels = NULL, year.labels = FALSE, year.labels.left = FALSE, type = NULL, col = NULL, continuous = FALSE, polar = FALSE, labelgap = 0.04, ...) seasonplot(x, s, season.labels = NULL, year.labels = FALSE, year.labels.left = FALSE, type = "o", main, xlab = NULL, ylab = "", col = 1, labelgap = 0.1, ...)

x | a numeric vector or time series of class |
---|---|

season.labels | Labels for each season in the "year" |

year.labels | Logical flag indicating whether labels for each year of data should be plotted on the right. |

year.labels.left | Logical flag indicating whether labels for each year of data should be plotted on the left. |

type | plot type (as for |

col | Colour |

continuous | Should the colour scheme for years be continuous or discrete? |

polar | Plot the graph on seasonal coordinates |

labelgap | Distance between year labels and plotted lines |

… | additional arguments to |

s | seasonal frequency of x |

main | Main title. |

xlab | X-axis label. |

ylab | Y-axis label. |

None.

Hyndman and Athanasopoulos (2018) *Forecasting: principles
and practice*, 2nd edition, OTexts: Melbourne, Australia.
https://OTexts.org/fpp2/

ggseasonplot(AirPassengers, col=rainbow(12), year.labels=TRUE)ggseasonplot(AirPassengers, year.labels=TRUE, continuous=TRUE)seasonplot(AirPassengers, col=rainbow(12), year.labels=TRUE)