knitr::opts_chunk$set( collapse = TRUE, comment = "#>", fig.path = "man/figures/README-", out.width = "100%" )
orderlabel
is the second package in the Y2 Analytics series. Many of its functions rely heavily on the frequencies data frame created by the freqs()
function from the y2clerk
package. The premier function in this package is order_label()
, but we will quickly go over a few of the other major functions as well.
order_label()
- takes a frequency table created by freqs()
and orders it for charting. There are several key arguments within the function that allow to user to easily specify how they envision the ordering or what type of chart the table will be used in. For example, some key ordering arguments are "inherent_order_label", "label_specific", "group_var", "horizontal", and "stacked", among others.order_same()
- similar to order_label, only this time you give the function another data frame to reference, and your new data frame will be ordered in the same way.taking_names()
- a short function that should be run at the beginning of every project. It takes one argument, a data frame, and it will create a new data frame of variable names and labels for quick reference and using ctrl + F to search for variables.other_rm()
- after running freqs, add on other_rm
to remove all parenthetical additions to a variable label as well as "please specify" parts of "Other, please specify" type answers. Trims down your labels quickly. preamble_rm()
- works similar to other_rm. This time it removes question preambles to variable labels such as "What is your favorite color? - Blue", when all you want is "Blue".You can install the released version of orderlabel from CRAN with:
install.packages("orderlabel")
And the development version from GitHub with:
# install.packages("devtools") devtools::install_github("nick-moffitt/orderlabel")
Below you will find a few basic examples which show you how to quickly order your frequencies table with order_label()
:
library(orderlabel) library(dplyr) # Ungrouped, put in descending order of the result frequencies <- tibble( label = c('Brand 1', 'Brand 2', 'Brand 3', 'Brand 4', 'Brand 5'), result = c(.25, .15, .20, .10, .30), value = c(1, 2, 3, 4, 5) ) %>% order_label() # # Grouped, with an inherent order for the label, or the brand # frequencies <- tibble( # label = rep(c('Brand 1', 'Brand 2', 'Brand 3', 'Brand 4', 'Brand 5'), 2), # result = c(.20, .20, .30, .10, .20, .20, .30, .20, .20, .10), # value = rep(c(1, 2, 3, 4, 5), 2), # group_var = c(rep('Group A', 5), rep('Group B', 5)) # ) %>% order_label( # group_var = group_var, # inherent_order_label = T # ) # # # Stacked, will be using this frequencies in an mschart later on # frequencies <- tibble( # label = rep(c('Promoter', 'Passive', 'Detractor'), 3), # result = c(.33, .33, .34, .20, .30, .50, .25, .50, .25), # value = rep(c(1, 2, 3), 3), # group_var = c(rep('Group A', 3), rep('Group B', 3), rep('Group C', 3)) # ) %>% order_label( # group_var = group_var, # stacked = 'ms' # )
If you have issues using orderlabel, please post your issue on GitHub along with a minimal reproducible example. We will do our best to address your issues and get them fixed for the next version of orderlabel.
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