plot_word | R Documentation |

The function allows to enter a word of at least two letters based on which an Iterated Function System with Probabilities (IFSP) is constructed. This IFSP is then used to generate a two-dimensional fractal containing the chosen word infinitely often, which is then plotted (and optionally probability-integral-transformed).

plot_word( word = "copula", R = 20, phi = 0, copula = FALSE, portion = 0.2, shift = 1.2, orbit = 3000, letter_type = 1 )

`word` |
Word which the fractal should contain infinitely often. |

`R` |
Number of runs of the chaos game. |

`phi` |
Angle of the rotation. |

`copula` |
logical. If TRUE the sample is (approximately) probability-integral-transformed. |

`portion` |
Portion based on which the empirical distribution functions are calculated, if |

`shift` |
Distance between letters. |

`orbit` |
Number of steps in each run of the chaos game. |

`letter_type` |
integer, which indicates the type of the letters. Options are 1 (default) or 2 (round letters). |

#Function with word as input, constructs the IFSP and runs the chaos game: # for nice results use, for example, R = 20 and orbit = 3000 A <- plot_word(word = "copula", R = 50, orbit = 100) #plot without histograms of the marginal distributions plot(A, pch =19, col = 4, cex = 0.1) # further examples: # with round letters # A <- plot_word(word = "copula", R = 100, orbit = 300, letter_type = 2) # with rotation # A <- plot_word(word = "copula", R = 100, orbit = 300, phi = pi/8) # A <- plot_word(word = "fractal", R = 100, orbit = 300, phi = pi/6) # (approximately) probability-integral-transformed # A <- plot_word(word = "copula", R = 100, orbit = 300, phi = pi/8, copula = TRUE) # A <- plot_word(word = "fractal", R = 100, orbit = 300, phi = pi/6, copula = TRUE)

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