Package 'tntpr'

Description

Title

Usage

.onAttach(libname, pkgname)

Arguments

Description

Takes a user supplied data frame and turns the designated column into an N bar chart (uses position dodge from ggplot2).

Usage

bar_chart_counts(
  df,
  var,
  group_var = NULL,
  labels = "n",
  var_color = "green",
  group_colors = NULL,
  title = NULL,
  var_label = NULL,
  digits = 1,
  font = "Halyard Display",
  font_size = 12
)

Arguments

Value

A ggplot object

Examples

# An N bar chart by default
# All examples use font = "sans" to avoid triggering font warnings
mtcars |>
  bar_chart_counts(var   = cyl,
                   var_color = "orange",
                   title = "Number of mtcars by cylinder",
                   font  = "sans")

# Use a grouping variable with custom colors
mtcars |>
  bar_chart_counts(var       = cyl,
                   group_var = vs,
                   group_colors = c("orange", "navy"),
                   labels    = "pct",
                   title     = "% of V vs. Straight engines by # of cylinders",
                   font  = "sans")

Description

This function is to be run on columns treated with check_all_recode().

Takes a data.frame and range of columns containing all answer choices to a check-all-that-apply question and tabulates the results. People who did not select any choices (i.e., they did not answer the question) are omitted from the denominator. For this to make sense, the question's choices should be MECE, or there should be an NA option.

This works with an "Other" open-response text field, which will be recoded to a binary variable with check_all_recode.

Usage

check_all_count(dat, ...)

Arguments

Value

a data.frame with the tabulated results (n and

Examples

x <- data.frame( # 4th person didn't respond at all
  unrelated = 1:5,
  q1_1 = c("a", "a", "a", NA, NA),
  q1_2 = c("b", "b", NA, NA, NA),
  q1_3 = c(NA, NA, "c", NA, NA),
  q1_other = c(NA, "something else", NA, NA, "not any of these")
)

x |>
  check_all_recode(q1_1:q1_other) |>
  check_all_count(q1_1:q1_other)

# You can use any of the dplyr::select() helpers to identify the columns:
x |>
  check_all_recode(contains("q1")) |>
  check_all_count(contains("q1"))

Description

Some survey software returns check-all-that-apply response columns where missing values could indicate either that the respondent skipped the question entirely, or that they did not select that particular answer choice. To count the responses properly, the cases where a respondent did not check any of choices - i.e., they skipped the question - should not be counted in the denominator (assuming that the choices were completely exhaustive, or that there was an NA option).

This function takes a data.frame and range of columns containing all answer choices to a check-all-that-apply question and updates the columns in the data.frame to contain one of three values: 1 if the choice was selected; 0 if the respondent chose another option but not this one; or NA if the respondent skipped the question (i.e., they did not select any of the choices) and thus their response is truly missing.

It also takes the single text values in each column and adds them as a label attribute to each data.frame columns.

This function accomodates an open-response column, to get the correct denominator when some respondents have skipped all check variables but written something in. This passing over of the offered choices is an implicit rejection of them, not a "missing." Such a text variable will throw a warning - which may be okay - and will then be recoded into a binary 1/0 variable indicating a response. Such a text variable will be assigned the label "Other". Consider preserving the original respondent text values prior to this point as a separate column if needed.

check_all_recode() prepares the data.frame for a call to its sister function check_all_count(). The label attribute is accessed by this function.

Usage

check_all_recode(dat, ..., set_labels = TRUE)

Arguments

Value

the original data.frame with the specified column range updated, and with label attributes on the questions.

Examples

x <- data.frame( # 4th person didn't respond at all
  unrelated = 1:5,
  q1_1 = c("a", "a", "a", NA, NA),
  q1_2 = c("b", "b", NA, NA, NA),
  q1_3 = c(NA, NA, "c", NA, NA),
  q1_other = c(NA, "something else", NA, NA, "not any of these")
)
x |>
  check_all_recode(q1_1:q1_other)

# You can use any of the dplyr::select() helpers to identify the columns:
x |>
  check_all_recode(contains("q1"))

Description

Get appropriate high-contrast text colors for a vector of background colors. This function uses the W3C contrast ratio guidance (through the colorspace::contrast_ratio() function) to determine the contrast, and will raise an error if no high-enough contrast colors can be found.

Usage

choose_text_color(bg_color, text_colors = c("black", "white"), min_ratio = 4.5)

Arguments

Details

By default, this function uses black and white as the text color options, however custom text color options can be set with the text_colors argument.

Value

a vector of text colors the same length as bg_color.

Examples

library(ggplot2)

fills <- tntp_palette("top2_5")

diamonds |>
  dplyr::summarize(m = mean(price), .by = cut) |>
  ggplot(aes(cut, m, fill = cut)) +
  geom_col() +
  geom_text(aes(label = scales::dollar(m), color = cut), vjust = 1.5) +
  scale_fill_manual(values = fills, guide = "none") +
  scale_color_manual(values = choose_text_color(fills), guide = "none") +
  tntp_style(family = "sans")

Description

This list of colors has been superseded by the new brand colors and the new function tntp_colors().

Usage

colors_tntp

Format

An object of class character of length 34.

Examples

tntp_colors()

Description

This likert palette has been superseded by the new brand colors and the new function tntp_palette().

Usage

colors_tntp_likert

Format

An object of class character of length 7.

Examples

tntp_palette('likert_6')

Description

This likert palette has been superseded by the new brand colors and the new functions tntp_colors() and tntp_palette().

Usage

colors_tntp_likert_orange_to_green

Format

An object of class character of length 7.

Examples

tntp_palette('bg_6')

Description

This list of colors has been superseded by the new brand colors and the new function tntp_colors().

Usage

colors_tntp_palette

Format

An object of class character of length 16.

Examples

tntp_colors()

Description

Checks to see if a date is past the user-specified cutoff point for delineating school years, then maps to the appropriate year.

Usage

date_to_sy(date_var, last_day_of_sy = NULL)

Arguments

Value

Returns a character vector in the format of "2013 - 2014"

A character vector the same length as date_var

Examples

date_to_sy(as.Date("2014-05-05"), as.Date("2000-07-01"))
date_to_sy(as.Date("2014-07-05"), as.Date("2000-07-01"))

Description

This function examines each column in a data.frame; when it finds a column composed solely of the values provided to the lvls argument it updates them to be factor variables, with levels in the order provided.

This is an alternative to calling dplyr::mutate_at with factor() and identifying the specific variables you want to transform, if you have several repeated sets of responses.

Usage

factorize_df(dat, lvls, ignore.case = NULL)

Arguments

Value

a data.frame the same size as dat, with factorization completed in place.

Examples

teacher_survey |>
  factorize_df(lvls = c("Strongly Disagree", "Disagree", "Somewhat Disagree",
                        "Somewhat Agree", "Agree", "Strongly Agree"))

# prints warning due to case mismatches:
teacher_survey |>
  factorize_df(lvls = c("Strongly disagree", "Disagree", "Somewhat disagree",
                        "Somewhat agree", "Agree", "Strongly agree"))

Description

The Fake County synthetic panel dataset contains approximately 40,000 records comprising four years of data with roughly 10,000 teachers per year. The dataset includes information about teacher demographics, teaching assignments, salary, credentials, experience, evaluation scores, and hiring and retention status. It also includes information about school types and average student characteristics for each school. There are no real teachers in the dataset, but it is based on real data. Fake County was developed as an offshoot of the Strategic Data Project's work on human capital diagnostics for school districts and state education departments, and can be used for teaching or collaboration. The data was synthesized using the R synthpop package.

Usage

fake_county

Format

A data frame with 39,339 rows and 38 variables:

tid

double: Teacher ID

fake_data

double: Record Is Simulated

school_year

double: School Year

school_code

double: School Code

school_name

character: School Name

t_male

double: Teacher Is Male

t_race_ethnicity

double: Teacher Race/Ethnicity

t_job_area

double: Teacher Assignment Type

t_salary

double: Monthly Salary

t_nbpts

double: Teacher Has National Board Certification

t_tenured

double: Teacher Is Tenured

t_experience

double: Years of Teaching Experience

t_fte

double: Teacher's FTE Status

t_highest_degree

double: Teacher's Highest Degree

t_licensed_stem

double: Teacher Is Licensed In STEM Field

t_eval_obs

double: Evaluation Summary Observation Score

t_eval_growth

double: Evaluation Summary Student Growth Score

t_stay

double: Teacher in Same School in Following Year

t_transfer

double: Teacher in Different School in Following Year

t_leave

double: Teacher Not Teaching in Fake County Schools in Following Year

t_novice

double: Teacher Is Novice First-Year Teacher

t_new_hire

double: Teacher Did Not Teach in Fake County in Prior Year

sch_elem

double: School Is Elementary School

sch_middle

double: School Is Middle School

sch_high

double: School Is High School

sch_alternative

double: School Is Alternative School

sch_regular

double: School Is Regular School

sch_title_1

double: School Is Title 1 School

sch_magnet

double: School Is Magnet School

sch_vocational

double: School is Vocational School

sch_region

double: School Region Code

sch_calendar_type

double: School Calendar Type

sch_iep_pct

double: School Special Education Student Share in 2012-15

sch_minority_pct

double: School Minority Student Share in 2012-15

sch_frpl_pct

double: School Free and Reduced Price Lunch Student Share in 2012-15

sch_ela_avg

double: School ELA Test Score Average in 2012-15 (in standard deviations)

sch_math_avg

double: School Math Test Score Average in 2012-15 (in standard deviations)

sch_enroll_2015

double: School Enrollment in 2015

Source

https://github.com/OpenSDP/fake-county, posted under a Creative Commons license.

Description

Create sequential figure numbers

Usage

figureN(x)

Arguments

Value

An atomic character vector prepended with a Figure number

Examples

figureN("Distribution of cars by cylinder count")
# Inline RMarkdown code: `r figureN("Distribution of cars by cylinder count")`

#

Description

Pull extension from a path

Usage

get_ext(path)

Arguments

Value

The extension as a character vector

Description

Helper function. Checks if a given family value is available, and if not returns the default font family ("sans" or user provided)

Usage

get_usable_family(family, silent = FALSE, default_family = "sans")

Arguments

Value

a character of a usable font family

Description

Call this function from inside a .R file in RStudio to insert the standard TNTP header into your active script.

Usage

header_tntp()

Value

nothing

Examples

header_tntp()

Description

This function will check if Segoe UI is already accessible in R and if not it will attempt to import it using the extrafont package

Usage

import_segoe_ui()

Value

nothing

Examples

import_segoe_ui()

Description

Validate color inputs

Usage

is_color(x)

Arguments

Value

TRUE if x can be interpreted as a color

Description

Test if a string is formatted like a Sharepoint drive id

Usage

is_drive_id(x)

Arguments

Value

TRUE or FALSE

Description

Test if a string is formatted like a Sharepoint site id

Usage

is_site_id(x)

Arguments

Value

TRUE or FALSE

Description

Test if a string is formatted like a Sharepoint site url

Usage

is_site_url(x)

Arguments

Value

TRUE or FALSE

Description

Deprecated. Use the as_factor() function from the haven package instead for the same functionality.

Takes a data.frame, checks for columns that are class labelled from the haven package, and converts them to factor class.

Usage

labelled_to_factors(labels_df)

Arguments

Value

Returns a data.frame, the same size as labels_df

Examples

tntpr::fake_county |>
  haven::as_factor()

Description

This list of palette names has been superseded by the new brand colors and new functions tntp_colors() and tntp_palette(). To see all of the new brand palettes, use show_tntp_palette().

Usage

palette_names

Format

An object of class character of length 7.

Examples

show_tntp_palette()

Description

This function as been superseded by tntp_colors() which has improved functionality and includes the most recent TNTP brand colors.

This function creates user defined color palette combinations for up to eleven colors. There are nine TNTP approved colors: dark_blue, medium_blue, light_blue, green, orange, gold, dark_grey (dark_gray), medium_grey (medium_gray), light_grey (light_gray). White and black are also available.

Usage

palette_tntp(...)

Arguments

Value

a character vector

Examples

library(ggplot2)

pal1_tntp <- tntp_colors("green", "gold", "orange")
pal2_tntp <- tntp_colors("navy", "cerulean", "sky")

p <- ggplot(mtcars, aes(wt, mpg))
p <- p + geom_point(aes(colour = factor(cyl)))
p

# Change colors to created palette
p <- p + scale_color_manual(values = pal1_tntp)
p

g <- ggplot(mtcars, aes(factor(cyl), mean(mpg)))
g <- g + geom_bar(aes(fill = factor(cyl)), stat = "identity")
g

# Change fill to created palette
g <- g + scale_fill_manual(values = pal2_tntp)
g

Description

This function has been superseded by tntp_palette() which includes the new brand colors.

Usage

palette_tntp_scales(palette = palette_names)

Arguments

Value

a character vector

Examples

colors <- tntp_palette("likert_5")

Description

Helper function for date_to_sy. Returns a date object as is, or noisily attempts to parse a string in the form YYYY-MM-DD or MM/DD/YYYY. If the date cannot be parsed, throws an error.

Usage

parse_date(date)

Arguments

Value

a Date vector, the same length as 'date'

Description

This is a modification of ggplot2::position_stack() for creating diverging bar charts. In order to use this function, you must set a fill aesthetic (and that aesthetic should probably be a factor). This function will automatically break your chart into negative and positive values and display them in the same order as your fill levels.

Usage

position_diverge(vjust = 1, break_after = NULL, fill = FALSE, reverse = FALSE)

Arguments

Examples

library(ggplot2)

# Example data
test_df <- tibble::tribble(
  ~q,  ~response,  ~prop,
  'a', 'Yes',      0.25,
  'a', 'Mostly',   0.25,
  'a', 'Somewhat', 0.25,
  'a', 'Not Yet',  0.25,
  'b', 'Yes',      0.4,
  'b', 'Mostly',   0.3,
  'b', 'Somewhat', 0.2,
  'b', 'Not Yet',  0.1
  ) |>
  dplyr::mutate(
    response = forcats::fct_inorder(response),
    q = forcats::fct_inorder(q)
  )

# Default diverging with text
# In interactive use, this can also be run with `position = "diverge"`

test_df |>
  ggplot(aes(prop, q, fill = response)) +
  geom_col(position = position_diverge()) +
  geom_text(aes(label = scales::percent(prop,)),
            position = position_diverge(vjust = 0.5)) +
  geom_vline(xintercept = 0) +
  tntp_style(family = "sans") +
  # Reverse legend to match horizontal bar order
  guides(fill = guide_legend(reverse = TRUE)) +
  # Adjust axis labels to be positive on both sides
  scale_x_continuous(labels = ~scales::percent(abs(.)))

# Custom breaks with the break_after parameter
test_df |>
  ggplot(aes(q, prop, fill = response)) +
  geom_col(position = position_diverge(break_after = 'Yes')) +
  geom_hline(yintercept = 0) +
  tntp_style(family = "sans") +
  # Adjust axis labels to be positive on both sides
  scale_y_continuous(labels = ~scales::percent(abs(.)))

Description

Determine function type by extension and provided type Handles type validation

Usage

process_type(ext, type)

Arguments

Value

a type ("dataframe" "rds" or "rdata")

Description

Calculate the percent of non-missing values in a character vector containing the values of interest. This is a helper function for factorize_df().

Usage

prop_matching(vec, valid_strings, ignore.case = FALSE)

Arguments

Value

a numeric proportion between 0 and 1.

Description

Recodes a character variable into a binary result, a two-level factor. All values matching of the supplied character strings in the to_match vector are coded into the first level of the factor; all other values are coded into the other level. NA remains NA. The default factor labels are "Selected" and "Not selected" but these can be overridden.

This recoding is not case-sensitive; if you specify "agree" as a top-2 value, "Agree" will be counted as Top-2, and vice versa.

Usage

recode_to_binary(
  x,
  to_match = c("strongly agree", "agree"),
  label_matched = "Selected",
  label_unmatched = "Not selected"
)

Arguments

Value

a factor variable (for nicer ordering in calls to janitor::tabyl) with values mapped to the two levels.

Examples

agreement <- c(
  "Strongly agree", "Agree", "Somewhat agree",
  "Somewhat disagree", "Strongly disagree", "Frogs", NA
)

recode_to_binary(agreement) # default values of "strongly agree" and "agree" are used for recoding
recode_to_binary(agreement,
  label_matched = "Top-2 Agree",
  label_unmatched = "Not in Top-2"
) # custom labels of factor levels
recode_to_binary(agreement, "frogs")
recode_to_binary(
  agreement,
  "frogs",
  "FROGS!!!",
  "not frogs"
) # custom matching values & labels of factor levels

freq <- c("always", "often", "sometimes", "never")
recode_to_binary(freq, "always", "always", "less than always")

Description

These functions are deprecated. Please use scale_color_manual(values = tntp_palette(palette_name)) or scale_fill_manual(values = tntp_palette(palette_name)) instead.

Usage

scale_colour_tntp(palette = palette_names, ...)

scale_color_tntp(palette = palette_names, ...)

scale_fill_tntp(palette = palette_names, ...)

Arguments

Value

a ggplot Scale object

Examples

library(ggplot2)
library(dplyr)

x <- mtcars |>
  count(cyl, am) |>
  mutate(am = as.factor(am))

ggplot(x, aes(x = cyl, y = n, fill = am)) + # you need a fill aesthetic
  geom_col() +
  scale_fill_manual(values = tntp_palette())

Description

internal function that calls standard formatting options for the Data Memo RMarkdown template moved here to keep the actual memo template cleaner and easier to use

Usage

set_data_memo_formatting()

Value

nothing

Examples

set_data_memo_formatting()

Description

Create a new repository on Bitbucket, then set your working directory to that folder and run this function. It will set up the main repo folder as well as a single subfolder in which you can work on your immediate project.

You must specify the subfolder name as well as the long name associated with that project and the analyst(s) working on it. These latter two values are used to create a README.Md file.

Usage

setup_repo(project_path, subfolder, proj_name, analyst_name)

Arguments

Value

nothing

Examples

# Setting up in a temporary directory
setup_repo(project_path = tempdir(),
           subfolder = "ela_access",
           proj_name = "Access to Grade-Level ELA Content",
           analyst_name = "Dustin Pashouwer and Sam Firke")

Description

A repository might represent a region, like "Anywhere City", or a major client or contract, like "Midwestern Charter Network. Within that repo you would have a subfolder for each analysis project. This function creates such a subfolder and populates it with folders and a README.

To use: within an existing repository on Bitbucket, set your your working directory to that folder and run this function to create a sub-folder.

Use setup_repo() in a blank new repository to add the first project subfolder and create the RProject and .gitignore files. Add subsequent analysis project folders with this function.

Usage

setup_subdirectory(project_path, subfolder, proj_name, analyst_name)

Arguments

Value

nothing

Examples

# Setting up in a temporary directory
setup_subdirectory(tempdir(),
                   subfolder = "ela_access",
                   proj_name = "Equitable Access to Grade-Level ELA",
                   analyst_name = "Dustin Pashouwer and Sam Firke")

Description

Write Dataframe to a temp excel file and open it.

Usage

show_in_excel(.data)

Arguments

Value

nothing

Examples

# View a data set in excel
mtcars |> show_in_excel()

Description

Check for existence of a Sharepoint folder and offer to create it if it doesn't exist

Usage

sp_check_folder(site, drive, folder_path)

Arguments

Value

nothing

Description

Wrapper around the ⁠$create_folder()⁠ method from Microsoft365R::ms_drive

Usage

sp_create_folder(folder_path, site = NULL, drive = NULL)

Arguments

Value

returns folder_path invisibly

Examples

# Set site/drive defaults
sp_defaults("Data Analytics")

# Create a folder
sp_create_folder("new/folder")

Description

Sets default site and drive for using the other ⁠sp_*()⁠ functions.

Usage

sp_defaults(site = NULL, drive = NULL)

Arguments

Value

No return value

See Also

sp_list(), sp_read(), sp_write(), sp_site(), sp_drive()

Examples

# Set default site
sp_defaults(site = "Data Analytics")

# List drives from the default site
sp_list_drives()

# List files/folders in the default site and drive.
# Since no default drive was added, uses the first listed drive for the site.
sp_list()

Description

For parsing sharepoint errors (right now just path errors)

Usage

sp_error(cnd, path_string)

Arguments

Value

nothing

Description

Lists site/subsite/drive/folder contents. Can be used with default site/drive set by sp_defaults() or with a specified site/drive.

• sp_list() lists the contents of a Sharepoint Drive or a folder.

• sp_list_drives() lists the drives contained in a Sharepoint site.

• sp_list_subsites() lists any subsites of the specified Sharepoint site.

• sp_list_sites() lists the sites you have access to. These are the sites you are following in Sharepoint

Usage

sp_list(
  folder = "",
  site = NULL,
  drive = NULL,
  pattern = NULL,
  full_names = FALSE,
  recursive = FALSE,
  include_dirs = FALSE
)

sp_list_drives(site = NULL, pattern = NULL)

sp_list_sites(pattern = NULL)

sp_list_subsites(site = NULL, pattern = NULL)

Arguments

Value

A tibble with name and additional information on the relevant sites/drives/files

Examples

# List drives from the default site
sp_list_drives()

# List drives from a specific site
sp_list_drives("Data Analytics")

Description

Read or write data to/from a Sharepoint drive. Can be used with default site/drive set by sp_defaults() or with a specified site/drive.

Currently supported file types include: .csv, .csv2, .tsv, .xls, .xlsx, .rds

These functions will attempt to use the appropriate read/write function based on the file extension, however this can be overridden by specifying type.

The ... parameter is passed on to the appropriate reading or writing function. See the details section for more information on these functions by type.

If the folder in path does not yet exist, the user will be prompted if they would like to create it.

Usage

sp_read(path, site = NULL, drive = NULL, type = NULL, ...)

sp_write(x, path, site = NULL, drive = NULL, type = NULL, ...)

Arguments

Value

sp_read() returns an R object as specified by type. sp_write() returns x, invisibly

Details

For more information on methods (shown as ⁠$__()⁠ below) see documentation on Microsoft365R::ms_drive.

Reading Functions

• ".csv", ".csv2", ".tsv" are read using the ⁠$load_dataframe()⁠ method, which uses readr::read_delim().

• ".rds" is read using the ⁠$load_rds()⁠ method which accepts no additional arguments.

• ".xls" and ".xlsx" are read using readxl::read_excel() (if installed). The function will download the excel file temporarily, then import it and delete the temporary copy

Writing Functions

• ".csv", ".csv2", ".tsv" are written using the ⁠$save_dataframe()⁠ method and uses readr::write_delim(). Delimiter will be assumed by the extension unless provided in a delim argument

• ".rds" is written using the ⁠$save_rds()⁠ method, which accepts no additional arguments

• ".xlsx" is written using writexl::write_xlsx() (if installed) and then uploaded using the ⁠$upload_file()⁠ method.

See Also

sp_upload(), sp_download(); ⁠$upload_file()⁠, ⁠$download_file()⁠, ⁠$save_rdata()⁠, ⁠$load_rdata()⁠ from Microsoft365R::ms_drive

Examples

# Set site defaults
sp_defaults(site = "Data Analytics")

# Write a file
sp_write(mtcars, "mtcars.csv")

# Write a file, specifying type and adding additional parameters
sp_write(mtcars, "mtcars.txt", type = "dataframe", delim = "|")

# Read a file
x <- sp_read("mtcars.csv")
y <- sp_read("mtcars.txt", type = "dataframe", delim = "|")

# Save / load an .rdata file using ms_drive methods
dr <- sp_drive() # Get stored default ms_drive object
dr$save_rdata(x, y, file = "data.rdata")
dr$load_rdata("data.rdata")

Description

Internal function for reading excel files from Sharepoint

Usage

sp_read_xlsx(path, site, drive, ...)

Arguments

Value

data read by readxl::read_excel()

Description

Pulls the site or drive (if given) or returns the stored default. Useful if you need to use methods that aren't currently wrapped by tntpr

Usage

sp_site(site = NULL)

sp_drive(drive = NULL, site = NULL)

Arguments

Value

A Microsoft365R site object or drive object

See Also

Microsoft365R::ms_site, Microsoft365R::ms_drive

Examples

# Get current default site or drive
x <- sp_site()
y <- sp_drive()

# Get specified site or drive
x <- sp_site("Data Analytics")
y <- sp_drive("Documents") # Uses stored default site
y <- sp_drive("Documents", site = "Data Analytics") # Use provided site

# Use additional methods in the site/drive objects
x$get_lists()
y$get_item_properties("Analysis Tools.docx")

Description

Can use either a site_name or site object, a drive_name or drive_object

Usage

sp_string(
  site = NULL,
  site_name = NULL,
  drive = NULL,
  drive_name = NULL,
  path = NULL
)

Arguments

Value

a cli-formatted string

Description

sp_upload() and sp_download() wrap the ⁠$upload_file()⁠ and ⁠$download_file()⁠ methods from the Microsoft365R::ms_drive object. In addition, sp_upload() checks for the existence of the destination folder and will prompt the user to create it if it doesn't exist.

Usage

sp_upload(src, dest = basename(src), site = NULL, drive = NULL)

sp_download(
  src,
  dest = basename(src),
  site = NULL,
  drive = NULL,
  overwrite = FALSE
)

Arguments

Value

Returns dest invisibly

See Also

sp_read(), sp_write(); ⁠$upload_file()⁠ and ⁠$download_file()⁠ from Microsoft365R::ms_drive

Examples

# Set site defaults
sp_defaults("Data Analytics")

# List files
sp_list()

# Download a document locally
sp_download("Analysis Tools.docx", "AT.docx")

# Upload a document
sp_upload("AT.docx", "Analysis Tools.docx")

Description

Function for uploading an xls / xlsx file

Usage

sp_write_xlsx(x, path, site, drive, ...)

Arguments

Value

nothing

Description

Helper function for factorize_df(). Returns a vector of the same length as vec, with any values that match values in valid_strings updated to the case in valid_strings

Usage

standardize_case(vec, new_case)

Arguments

Value

a character vector the same length as vec

Description

Create sequential table numbers

Usage

tableN(x)

Arguments

Value

An atomic character vector prepended with a Table number

Examples

tableN("Distribution of cars by cylinder count")
# Inline RMarkdown code: `r tableN("Distribution of cars by cylinder count")`

Description

Simulated teacher survey data. Data only includes teh four TNTP high expectations questions.

Usage

teacher_survey

Format

## 'teacher survey' A data frame with 5 columns and 20 rows. The five columns are a 'timing' column, followed by four column for each of the four high expectations questions. Responses are on the 'strongly agree' to strongly disagree' 6-point scale.

Source

simulated in 'data-raw/teacher_survey.R'

Description

This theme is superseded by [tntp_style()]. Ggplot2 theme customized for TNTP aesthetics

Usage

theme_tntp(
  show_legend_title = TRUE,
  base_size = 12,
  base_family = "Segoe UI",
  grid_color = "grey93",
  title_align = "center",
  title_color = "black",
  title_size = 12,
  subtitle_align = "center",
  subtitle_color = "black",
  subtitle_size = 12,
  caption_align = "right",
  caption_color = "black",
  caption_size = 12
)

Arguments

Value

a ggplot theme object.

Description

This theme is superseded by tntp_style().

Usage

theme_tntp_2018(
  base_family = "Segoe UI",
  base_size = 11.5,
  plot_title_family = base_family,
  plot_title_size = 18,
  plot_title_face = "bold",
  plot_title_margin = 10,
  subtitle_family = base_family,
  subtitle_size = 12,
  subtitle_face = "plain",
  subtitle_margin = 15,
  strip_text_family = base_family,
  strip_text_size = 12,
  strip_text_face = "plain",
  caption_family = base_family,
  caption_size = 9,
  caption_face = "italic",
  caption_margin = 10,
  axis_text = TRUE,
  axis_text_size = base_size,
  axis_title_family = subtitle_family,
  axis_title_size = 9,
  axis_title_face = "plain",
  axis_title_just = "rt",
  plot_margin = ggplot2::margin(30, 30, 30, 30),
  grid_col = "grey93",
  grid = TRUE,
  axis_col = "#cccccc",
  axis = FALSE,
  ticks = FALSE
)

Arguments

Value

a ggplot theme object.

Building upon theme_tntp

The function is setup in such a way that you can customize your own one by just wrapping the call and changing the parameters. See source for examples.

Gotchas

There are distinctions between font names and various devices. Names that work for display graphics devices and bitmap ones such as png may not work well for PostScript or PDF ones. You may need two versions of a font-based theme function for them to work in a particular situation. This situation usually only arises when using a newer font with many weights but somewhat irregular internal font name patterns.

There is an option hrbrthemes.loadfonts which – if set to TRUE – will call extrafont::loadfonts() to register non-core fonts with R PDF & PostScript devices. If you are running under Windows, the package calls the same function to register non-core fonts with the Windows graphics device.

Examples

library(ggplot2)
library(dplyr)

# seminal scatterplot
ggplot(mtcars, aes(mpg, wt)) +
  geom_point() +
  labs(
    x = "Fuel effiiency (mpg)", y = "Weight (tons)",
    title = "Seminal ggplot2 scatterplot example",
    subtitle = "A plot that is only useful for demonstration purposes",
    caption = "Brought to you by the letter 'g'"
  ) +
  tntp_style(family = 'sans')

# seminal bar chart
count(mpg, class) |>
  ggplot(aes(class, n)) +
  geom_col() +
  geom_text(aes(label = n), nudge_y = 3) +
  labs(
    x = "Fuel efficiency (mpg)", y = "Weight (tons)",
    title = "Seminal ggplot2 bar chart example",
    subtitle = "A plot that is only useful for demonstration purposes",
    caption = "Brought to you by the letter 'g'"
  ) +
  tntp_style(family = 'sans') +
  theme(axis.text.y = element_blank())

Description

Translate human friendly TNTP brand color names like "medium_blue" into accurate hex values for use in plotting. This function can also be used to show a named vector of all available TNTP brand colors and values. Use show_tntp_colors() to quickly visualize selected colors in the plot window. For often used palettes of TNTP colors, see tntp_palette().

Usage

tntp_colors(...)

show_tntp_colors(
  ...,
  pattern = NULL,
  labels = TRUE,
  borders = NULL,
  cex_label = 1,
  ncol = NULL
)

Arguments

Value

• tntp_colors() returns a character vector of color codes

• show_tntp_colors() returns nothing

Examples

library(ggplot2)

# Use tntp_colors() to retrieve a single color...
ggplot(mtcars, aes(wt, mpg)) +
  geom_point(color = tntp_colors('green'))

#... multiple colors ...
ggplot(iris, aes(Sepal.Length, Sepal.Width, color = Species)) +
  geom_point() +
  scale_color_manual(values = tntp_colors('green', 'navy', 'red'))

#... or a list of all possible TNTP brand colors
tntp_colors()

# Use show_tntp_colors() to quickly see brand colors in the plotting window
show_tntp_colors('mint', 'moss', 'green')

# You can also use a pattern to return similar colors
show_tntp_colors(pattern = 'green')

# You can see all colors (and names) by running it with no arguments
show_tntp_colors()

Description

A wrapper around the keyring package for secure credential management.

tntp_cred() will attempt to get a credential, and if no credential is found it will prompt you to add it (and then return it).

tntp_cred_set() will set a credential. By default it will prompt before overwriting any current credentials.

tntp_cred_list() will list all current credentials by sorted by service and username.

Usage

tntp_cred(service, username = NULL, keyring = NULL, prompt = NULL)

tntp_cred_set(
  service = NULL,
  username = NULL,
  keyring = NULL,
  prompt = NULL,
  overwrite = NULL
)

tntp_cred_list(service = NULL, keyring = NULL)

Arguments

Value

• tntp_cred() returns a stored (or newly created) credential

• tntp_cred_set() returns nothing

• tntp_cred_list() returns a 2-column data frame of services and usernames

Examples

# Using tntp_cred() with qualtRics
library(qualtRics)

# If no credential is set, this command will prompt for it first
qualtrics_token <- tntp_cred("QUALTRICS_TOKEN")
qualtrics_api_credentials(api_key = qualtrics_token,
                          base_url = 'tntp.co1.qualtrics.com')

# To overwrite your Qualtrics credential
tntp_cred("QUALTRICS_TOKEN", .set = TRUE)

Description

Use or see

Usage

tntp_palette(palette = "likert_6", reverse = FALSE)

show_tntp_palette(..., reverse = FALSE, pattern = NULL)

Arguments

Value

• tntp_palette() returns a character vector of color codes

• show_tntp_palette() returns nothing

Examples

library(ggplot2)

# Use to add a common palette to a ggplot visualization
ggplot(diamonds, aes(y = color, fill = cut)) +
  geom_bar(position = "fill") +
  scale_fill_manual(values = tntp_palette('blues', reverse = TRUE))


# Use show_tntp_palette() to visualize a single or multiple palettes
show_tntp_palette('likert_7')
show_tntp_palette('bg_5', 'likert_5')

# You can use a pattern to show similar palettes
show_tntp_palette(pattern = 'top2')
show_tntp_palette(pattern = '_6')

# Or run it with no specified palettes to see all available palettes
show_tntp_palette()

# For creating a continuous color palette, use scale_color_gradient()
# along with tntp_colors():
ggplot(mtcars, aes(hp, disp, color = mpg)) +
  geom_point(size = 3) +
  scale_color_gradient(low = tntp_colors('red'),
                       high = tntp_colors('green'))

Description

A custom theme including TNTP fonts and other defaults for styling ggplot2 charts.

Usage

tntp_style(
  family = "Halyard Display",
  header_family = family,
  base_size = 28,
  text_color = "#222222",
  caption_color = "#7D7E81",
  show_legend_title = FALSE,
  show_axis_titles = FALSE,
  grid = FALSE,
  grid_color = "#CBCBCB",
  title_align = "left",
  legend_align = "left",
  caption_align = "right"
)

Arguments

Value

a ggplot theme object.

Examples

library(dplyr)
library(ggplot2)

fake_county |>
  filter(t_salary > 0) |>
  ggplot(aes(t_experience, t_salary)) +
  geom_point() +
  scale_y_continuous(labels = scales::dollar) +
  labs(
    title = "Salary Increases with Experience",
    subtitle = "With significant variation at all levels",
    x = "Years of Experience",
    caption = "Data from the Fake County Data Set"
  ) +
  tntp_style(family = 'sans', show_axis_titles = "x")

frpl_experience <- fake_county |>
  mutate(frpl_bucket = cut(sch_frpl_pct,
    breaks = c(0, 20, 40, 60, 80, 100),
    labels = c("0-20%", "20-40%", "40-60%", "60-80%", "80-100%")
  )) |>
  group_by(frpl_bucket) |>
  summarize(avg_experience = mean(t_experience, na.rm = TRUE)) |>
  mutate(
    label = as.character(round(avg_experience, digits = 1)),
    label = if_else(frpl_bucket == "0-20%", paste0(label, "\nYears of\nExperience"), label)
  )

frpl_experience |>
  ggplot(aes(frpl_bucket, avg_experience)) +
  geom_col(fill = if_else(frpl_experience$frpl_bucket == "60-80%",
    tntp_colors("tangerine"),
    tntp_colors("medium_gray")
  )) +
  geom_text(aes(label = label),
    nudge_y = -0.25, vjust = 1,
    color = "white", size = 5, lineheight = 1
  ) +
  labs(
    title = "High Poverty Schools have Less Experienced Teachers",
    x = "% of Student Body Receiving Free/Reduced Lunch"
  ) +
  scale_y_continuous(breaks = seq(0, 20, 4)) +
  tntp_style(
    family = "sans",
    base_size = 20,
    show_axis_titles = "x"
  )

Description

An in-house TNTP R package. Includes tools for data manipulation, analysis, and reporting, including making TNTP-themed charts and documents. By and for TNTP data-using staff, though available to the broader public.

Author(s)

Maintainer: Dustin Pashouwer [email protected]

Authors:

• Sam Firke

• Shane Orr [email protected]

• Sam Talcott [email protected]

See Also

Useful links:

• https://github.com/tntp/tntpr

• https://tntp.github.io/tntpr/

Description

Updates [ggplot2::geom_label] and [ggplot2::geom_text] font defaults

Usage

update_geom_font_defaults(
  family = "Segoe UI",
  face = "plain",
  size = 3.5,
  color = "#2b2b2b"
)

Arguments

Value

nothing

Examples

# Update text geoms to use Arial font
update_geom_font_defaults(family = 'Arial')

Description

Re-install the tntpr package from GitHub.

Usage

update_tntpr()

Value

nothing

Examples

# Run without loading tntpr first
tntpr::update_tntpr()

Description

A generated data set containing data on 1200 imaginary individual K-12 students in Wisconsin. They are nested within 6 schools in 3 districts. In adapting this from the source, Sam switched the school and district variables (there had been multiple districts per school) and made other minor changes, including dropping columns that I didn't understand or that didn't seem relevant (e.g., variables like "luck" that were used to calculate the reading and math scores).

Usage

wisc

Format

A data frame with 2700 rows and 26 variables:

student_id

numeric: student's unique ID #

grade

numeric: grade level

district

numeric: district code

school

numeric: school code

white

numeric: is the student white?

black

numeric: is the student black?

hisp

numeric: is the student Hispanic?

indian

numeric: is the student Native-American Indian?

asian

numeric: is the student Asian?

econ

numeric: is the student economically-disadvantaged?

female

numeric: is the student female?

ell

numeric: is the student an English Language Learner?

disab

numeric: does the student have a learning disability?

year

numeric: school year

attday

numeric: days attended

readSS

numeric: student's reading standardized test score

mathSS

numeric: student's math standardized test score

proflvl

factor: student's proficiency level

race

factor: student's single-category race

...

Source

https://github.com/jknowles/r_tutorial_ed/, posted under a Creative Commons license. The script used to generate the data set is here, although not very well documented: https://github.com/jknowles/r_tutorial_ed/blob/master/data/simulate_data.R