Description Usage Arguments Details Value Examples

Produces a descriptive table, stratified by an optional categorical variable, providing means/frequencies and standard deviations/percentages. It is well-formatted for easy transition to academic article or report. Can be used within the piping framework [see library(magrittr)].

1 2 3 4 5 |

`.data` |
the data.frame that is to be summarized |

`...` |
variables in the data set that are to be summarized; unquoted names separated by commas (e.g. age, gender, race) or indices. If indices, it needs to be a single vector (e.g. c(1:5, 8, 9:20) instead of 1:5, 8, 9:20). As it is currently, it CANNOT handle both indices and unquoted names simultaneously. |

`splitby` |
the categorical variable to stratify by in formula form (e.g., |

`FUN` |
the function to be applied to summarize the numeric data; default is to report the means and standard deviations |

`FUN2` |
a secondary function to be applied to summarize the numeric data; default is to report the medians and 25% and 75% quartiles |

`second` |
a vector or list of quoted continuous variables for which the |

`row_wise` |
how to calculate percentages for factor variables when |

`test` |
logical; if set to |

`type` |
what is displayed in the table; a string or a vector of strings. Two main sections can be inputted: 1. if test = TRUE, can write "pvalues", "full", or "stars" and 2. can state "simple" and/or "condense". These are discussed in more depth in the details section below. |

`output` |
how the table is output; can be "text" or "text2" for regular console output or any of |

`rounding_perc` |
the number of digits after the decimal for percentages; default is 1 |

`var_names` |
custom variable names to be printed in the table (deprecated). Variable names can be applied directly in the list of variables. |

`format_number` |
default is FALSE; if TRUE, then the numbers are formatted with commas (e.g., 20,000 instead of 20000) |

`NAkeep` |
when set to |

`booktabs` |
when |

`caption` |
when |

`align` |
when |

`export` |
character; when given, it exports the table to a CSV file to folder named "table1" in the working directory with the name of the given string (e.g., "myfile" will save to "myfile.csv") |

In defining `type`

, 1. options are "pvalues" that display the p-values of the tests, "full" which also shows the test statistics, or "stars" which only displays stars to highlight significance with *** < .001 ** .01 * .05; and
2. "simple" then only percentages are shown for categorical variable and
"condense" then continuous variables' means and SD's will be on the same line as the variable name and dichotomous variables only show counts and percentages for the reference category.

A table with the number of observations, means/frequencies and standard deviations/percentages is returned. The object is a `table1`

class object with a print method. Can be printed in `LaTex`

form.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 | ```
## Ficticious Data ##
library(furniture)
library(tidyverse)
x <- runif(1000)
y <- rnorm(1000)
z <- factor(sample(c(0,1), 1000, replace=TRUE))
a <- factor(sample(c(1,2), 1000, replace=TRUE))
df <- data.frame(x, y, z, a)
## Simple
table1(df, x, y, z, a)
## Stratified
## both below are the same
table1(df, x, y, z,
splitby = ~ a)
table1(df, x, y, z,
splitby = "a")
## With Piping
df %>%
table1(x, y, z,
splitby = ~a) %>%
summarise(count = n())
## Adjust variables within function and assign name
table1(df,
x2 = ifelse(x > 0, 1, 0), z,
var_names = c("X2", "Z"))
``` |

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