| Type: | Package |
| Title: | Utilities and Data Sets for Data Visualization |
| Version: | 2.0.0 |
| Maintainer: | Kieran Healy <kjhealy@gmail.com> |
| Description: | Supporting materials for a course and book on data visualization. It contains utility functions for graphs and several sample data sets. See Healy (2019) <ISBN 978-0691181622>. |
| License: | MIT + file LICENSE |
| Depends: | R (≥ 4.5) |
| Imports: | ggplot2 (≥ 4.0.0), graphics, grid, magrittr, systemfonts, tibble |
| Encoding: | UTF-8 |
| LazyData: | true |
| LazyDataCompression: | xz |
| URL: | https://kjhealy.github.io/socviz/, https://github.com/kjhealy/socviz |
| BugReports: | https://github.com/kjhealy/socviz/issues |
| NeedsCompilation: | no |
| Packaged: | 2026-08-21 11:21:39 UTC; kjhealy |
| Config/roxygen2/version: | 8.1.0 |
| Author: | Kieran Healy [aut, cre, cph] |
| Repository: | CRAN |
| Date/Publication: | 2026-08-21 12:40:02 UTC |
%nin%
Description
Convenience 'not-in' operator
Usage
x %nin% y
Arguments
x |
vector of items |
y |
vector of all values |
Details
Complement of the built-in operator %in%. Returns the elements of x that are not in y.
Value
logical vecotor of items in x not in y
Author(s)
Kieran Healy
Examples
fruit <- c("apples", "oranges", "banana")
"apples" %nin% fruit
"pears" %nin% fruit
US County Poverty Rates by Age Group
Description
A dataset of US poverty rates by selected age groups within counties.
Usage
acs_poverty
Format
A tibble with 9,666 rows and 4 columns.
Details
fips. County FIPS code.
age_group. Adults 18-64, Children <18, Seniors 65+.
age_rate. Poverty rate (percent) for 'age_group' in county.
total_rate. Poverty rate (percent) for all ages in county.
Source
American Community Survey 2023 ACS 5-year estimates, Table B17018.
US County Poverty Rates by Age Group, Longer Version
Description
A dataset of US poverty rates by selected age groups within counties.
Usage
acs_poverty_lon
Format
A tibble with 12,888 rows and 3 columns.
Details
geoid. County FIPS code.
age_group. Adults 18-64, Children <18, Seniors 65+, All Ages.
prop_poor. Proportion (0-1) of 'age_group' in poverty within county.
Source
American Community Survey 2023 ACS 5-year estimates, Table B17018.
American Sociological Association Section Membership
Description
Membership and some financial information for sections of the American Sociological Association in 2014/15.
Usage
asasec
Format
## 'asasec' A data frame with 52 rows and 9 columns:
- Section
Section name.
- Sname
Short name.
- Beginning
Cash on hand at beginning of year (2015).
- Revenues
Membership revenues.
- Expenses
Section expenses.
- Ending
Cash on hand at end of year (2015).
- Journal
Does the Section run a journal?
- Year
Membership year.
- Members
Number of members (2014).
Details
Data from the American Sociological Association.
Author(s)
Kieran Healy
Source
ASA Annual Report 2016.
center_df
Description
Scale and/or center the numeric columns of a data frame or tibble
Usage
center_df(data, sc = FALSE, cen = TRUE)
Arguments
data |
A data frame or tibble |
sc |
Scale the variables (default FALSE) |
cen |
Center the variables on their means (default TRUE) |
Details
Takes a data frame or tibble as input and scales and/or centers the numeric columns. By default, centers but doesn't scale
Value
An object of the same class as 'data', with the numeric columns scaled or centered as requested
Author(s)
Kieran Healy
Examples
head(center_df(organdata))
Plot a table of color hex values as a table of colors
Description
Plot a table of color hex values as a table of colors
Usage
color_comp(df)
Arguments
df |
data frame of color hex values |
Details
Given a data frame of color values, plot them as swatches
Value
Plot of table of colors
Author(s)
Kieran Healy
Examples
color_table
color_comp(color_table)
Draw a palette of colors
Description
Draw a palette of colors
Usage
color_pal(col, border = "gray70", ...)
Arguments
col |
vector of colors |
border |
border |
... |
other arguments |
Details
Borrowed from the colorspace library
Value
Plot of a color palette
Author(s)
colorspace library authors
Examples
color_pal(c("#66C2A5", "#FC8D62", "#8DA0CB"))
A table of hex color values related to types of color blindness
Description
Hex values for five default ggplot colors, with corresponding approximations for three kinds of color blindness. Produced by the 'dichromat' package.
Usage
color_table
Format
A tibble with five rows and four columns.
Source
Kieran Healy
US County geometries and demographic data
Description
US County map data layer with selected Census Bureau demographic variables.
Usage
counties_sf
Format
## 'counties_sf' A simple features object 3,144 rows and 16 columns:
- fips
FIPS code.
- name
County name.
- area_sqmi
Area in square miles.
- white
N White population.
- black
N Black population.
- asian
N Asian population.
- nh_white
N Non-Hispanic White population.
- hispanic
N Hispanic population.
- pop
Total population.
- black_disc
Percent Black, discretized.
- hisp_disc
Percent Hispanic, discretized.
- nhwhite_disc
Percent Non-Hispanic White, discretized.
- asian_disc
Percent Asian, discretized.
- pop_dens
Population density per square mile.
- pop_dens_disc
Population density per square mile, discretized.
- su_gun6
Firearm-related suicides per 100,000 population, 1999-2015. Factor variable cut into six categories. Note that the values in this variable contain an inaccurate bottom-quartile coding by construction. Do not present this variable as an accurate measure of the firearm-related suicide rate.
- pop_dens6
Population density per square mile, discretized into six categories, 2014 estimates.
- geometry
Geometry.
Details
A simple features object. Load the ‘sf' package before using. Alaska and Hawaii have had their geometries scaled and shifted to the bottom left of the map area. Alaska’s Aleutian islands are not included. Except where noted, population counts and other demographic information are from the 2024 5-year ACS estimates.
Author(s)
Kieran Healy
Source
US Census Bureau.
US County Components of Population Change
Description
A dataset of components of population change (rates only) for US Counties in 2023.
Usage
county_comp
Format
A tibble with 3,144 rows and 8 columns.
Details
fips. County FIPS code.
county. County name.
state. State abbreviation.
rbirth. Birth rate.
rdeath. Death rate.
rnatchg. Natural change rate.
rintl. International migration rate.
rdom. Domestic migration rate.
rnetmig. Net migration rate.
Source
US Census Bureau Components of Population Change 2023 estimates.
Census Data on US Counties
Description
Selected county data (including US and state-level observations on some variables). Preserved for use with the first edition of the book only.
Usage
county_data
Format
A data frame with 3195 rows and 13 columns.
Details
The variables are as follows:
id. FIPS State and County code (character)
name. State or County Name
state. State abbreviation
census_region. Census region
pop_dens. Population density per square mile, 2014 estimate (seven categories).
pct_black. Percent black population, 2014 estimate (seven category factor)
pop_dens6. Population density per square mile, 2014 estimate (six categories)
su_gun6. Firearm-related suicides per 100,000 population, 1999-2015. Factor variable cut into six categories. Note that the values in this variable contain an inaccurate bottom-quartile coding by construction. Do not present this variable as an accurate measure of the firearm-related suicide rate.
Source
US Census Bureau, Centers for Disease Control
US County map file
Description
US county map data
Usage
county_map
Format
A data frame with 191,372 rows and 7 columns.
Details
long. Longitude
lat. Latitude
order. Order
hole. Hole (true/false)
piece. Piece
group. Group
id. FIPS code
Source
Eric Celeste
Years of school completed by people 25 years and over in the US.
Description
Counts of educational attainment (in thousands) from 1940 to 2016
Usage
edu
Format
A tibble with 366 rows and 11 columns.
Details
The variables are as follows:
age Character. Cut into 25-34, 35-54, 55>
sex Character. Male, Female.
year Integer.
total Integer. Total in thousands.
elem4 Double. 0 to 4 years of Elementary School completed.
elem8 Double. 5 to 8 years of Elementary School completed.
hs3 Double. 1 to 3 years of High School completed.
hs4 Double. 4 years of High School completed.
coll3 Double. 1 to 3 years of College completed.
coll4 Double. 4 or more years of College completed.
median Double. Median years of education.
Source
US Census Bureau
US Presidential Election 2016, State-level results
Description
State-level vote totals and shares for the 2016 US Presidential election. The variables are as follows:
state. State name.
st. State abbreviation.
fips. State FIPS code
total_vote. Total votes cast.
vote_margin. Winner's vote margin
winner. Winning candidate.
party. Winning party.
pct_margin. Winner's percentage margin (proportion of total vote)
r_points. Percentage point difference between Trump share and Clinton
d_points. Percentage point difference between Clinton share and Trump
pct_clinton. Clinton vote share (proportion)
pct_trump. Trump vote share (proportion)
pct_johnson. Johnson vote share (proportion)
pct_other. Other vote share (proportion)
clinton_vote. Clinton vote total
trump_vote. Trump vote total
johnson_vote. Johnson vote total
other_vote. Other vote total
ev_dem. Electoral votes for Clinton
ev_rep. Electoral votes for Trump
ev_oth. Electoral votes for Other
census. Census region.
Usage
election
Format
A (tibble) data frame with 51 rows and 22 columns.
Source
Vote data from Dave Leip, US Election Atlas, http://uselectionatlas.org.
US Presidential Election 2024, State-level results
Description
State-level vote totals and shares for the 2024 US Presidential election.
Usage
election24
Format
## 'election24' A data frame with 51 rows and 20 columns:
- state
State name.
- st
State abbreviation.
- fips
State FIPS code (character).
- total_vote
Total votes case.
- vote_margin
Vote margin (Trump positive values; Harris negative.)
- winner
Winning candidate.
- party
Winning party.
- pct_margin
Winner's percentage margin (proportion of total vote)
- r_points
Percentage point difference between Trump vote percent and Harris vote percent
- d_points
Percentage point difference between Harris vote percent and Trump vote percent
- pct_harris
Harris vote share (proportion)
- pct_trump
Trump vote share (proportion)
- pct_other
Other vote share (proportion)
- harris_vote
Harris vote total
- trump_vote
Trump vote total
- other_vote
Other vote total
- ev_dem
Electoral votes for Harris
- ev_rep
Electoral votes for Trump
- ev_other
Electoral votes for Others
- census
Census region
Author(s)
Kieran Healy
Source
Vote data from Wikipedia, https://en.wikipedia.org/wiki/2024_United_States_presidential_election
US County-level Presidential Election data, 2024
Description
A tibble with US presidential election data
Usage
election24_county_df
Format
## 'election24_county_df' A tibble object with 3,153 rows and 7 columns:
- fips
County FIPS code.
- st
State name abbreviation
- votes_dem
Votes for Harris/Walz ticket.
- votes_gop
Votes for Trump/Vance ticket.
- total_votes
Total votes cast.
- winner
Winning party.
- flipped
Did the party winner change from the winner in 2020? (Yes/No)
Details
A tibble.
Author(s)
Kieran Healy
Source
Election data derived from https://doi.org/10.7910/DVN/VOQCHQ
US Presidential Election vote shares
Description
A dataset of US presidential elections from 1824 to 2024, with information on the winner, runner up, and various measures of vote share. The variables are as follows:
Usage
elections_historic
Format
A (tibble) data frame with 51 rows and 19 columns.
Details
election. Number of the election counting from the first US presidential election. 1824 is the 10th election.
year. Year.
winner. Full name of winner.
win_party. Party affiliation of winner.
ec_votes. Electoral college votes for winner.
ec_denom. Number of votes in the electoral college.
ec_pct. Winner's share of electoral college vote. (A proportion. Range is 0 to 1.)
popular_pct. Winner's share of popular vote. (A proportion. Range is 0 to 1.)
popular_margin. Winner's margin of the popular vote, expressed as a proportion. Can be positive or negative.
votes. Total votes cast in the election.
margin. Winner's vote margin in the popular vote.
runner_up. Runner up candidate.
ru_part. Party affiliation of runner up candidate.
turnout_pct. Voter turnout as a proportion of eligible voters. (A proportion. Range is 0 to 1.)
winner_lname Last name of winner.
winner_label Winner's last name and election year.
ru_lastname. Runner up's last name.
ru_label. Runner up's last name and election year.
two_term. Is this a two term presidency? (TRUE/FALSE.) Note that F.D. Roosevelt was elected four times.
Source
https://en.wikipedia.org/wiki/List_of_United_States_presidential_elections_by_popular_vote_margin.
Child Pedestrians involved in Fatal Motor Vehicle Crashes, 2009-2023
Description
Daily data on child pedestrians (aged 0-17 years) involved in a motor vehicle crash that resulted in a fatality.
Usage
farsinvolved
Format
## 'farsinvolved' A data frame with 5,490 rows and 4 columns:
- month
Month (character)
- day
Day of the month (character)
- year
Year (character)
- n
Number of pedestrians
Details
Each row is a day of the year between January 1st 2009 and December 31st 2023. The 'n' column is the number of pedestrians in the United States who were involved in a motor vehicle crash that day, where the event resulted in a fatality and where the pedestrian was aged between 0 and 17 years old. The person killed is not necessarily the pedestrian.
Author(s)
Kieran Healy
Source
National Highway Traffic Safety Administration (NHTSA) Motor Vehicle Crash Data Querying and Reporting
Monetary Base and S&P 500 series
Description
Two time series of financial data from FRED, the _i means indexed to 100 in the base observation.
Usage
fredts
Format
A data frame with 5 columns and 357 rows.
Source
FRED data.
General Social Survey data, 1972-2024
Description
A dataset containing an extract from the General Social Survey. See http://gss.norc.org/Get-Documentation for full documentation of the variables. This data contains many of the same variables as 'gss_sm', but for all available years from 1972-2024.
Usage
gss_lon
Format
A data frame with 75,699 rows and 25 columns.
Details
year. GSS year for this respondent.
id. Respondent id number.
ballot. Ballot used for interview.
age. Age of respondent.
degree. R's highest degree.
race. Race of respondent.
sex. Respondent's sex.
siblings. Number of brothers and sisters (recoded from SIBS).
kids. Number of children (recoded from CHILDS).
bigregion. Region of interview (identical with REGION).
region. Region of interview.
income16. Total family income.
religion. R's religious preference (recoded from RELIGION)
marital. Marital status.
padeg. Father's highest degree.
madeg. Mother's highest degree.
partyid. Political party affiliation.
polviews. Think of self as liberal or conservative.
happy. General happiness.
partners_rc. How many sex partners r had in last year. (Recoded from PARTNERS)
grass. Should marijuana be made legal.
zodiac. Respondent's astrological sign.
wtssall. Person weight variable (1972-2018).
wtssps. Person weight variable (1972-2024).
vpsu. Sampling unit
vstrat. Stratification unit
Source
National Opinion Research Center, http://gss.norc.org.
General Social Survey data, 2016
Description
A dataset containing an extract from the 2016 General Social Survey. See http://gss.norc.org/Get-Documentation for full documentation of the variables.
Usage
gss_sm
Format
A data frame with 2538 rows and 26 columns.
Details
year. gss year for this respondent.
id. respondent id number.
ballot. ballot used for interview.
age. age of respondent.
childs. number of children.
sibs. number of brothers and sisters.
degree. Rs highest degree.
race. race of respondent.
sex. respondent's sex.
region. region of interview.
income16. total family income.
relig. rs religious preference.
marital. marital status.
padeg. fathers highest degree.
madeg. mothers highest degree.
partyid. political party affiliation.
polviews. think of self as liberal or conservative.
happy. general happiness.
partners. how many sex partners r had in last year.
grass. should marijuana be made legal.
zodiac. respondents astrological sign.
pres12. raw variable for whether the Respondent voted for Obama. Recoded to obama in this dataset.
wtssall. weight variable.
income_rc. Recoded income variable.
agegrp. Age variable recoded into age categories
ageq. Age recoded into quartiles.
siblings. Top-coded sibs variable.
kids. Top-coded childs variable.
bigregion. Region variable (Census divisions) recoded to four Census regions.
religion. relig variable recoded to six categories.
partners_rc. partners variable recoded to five categories.
obama. Respondent says the voted for Obama in 2012. 1 = yes; 0 = all other non-design options (Romney, other candidate, did not vote, refused, etc.)
Source
National Opinion Research Center, http://gss.norc.org.
int_to_year
Description
Convert an integer to a date.
Usage
int_to_year(x, month = "06", day = "15")
Arguments
x |
An integer or vector integers. |
month |
The month to be added to the year. Months 1 to 9 should be given as character strings, i.e. "01", "02", etc, and not 1 or 2, etc. |
day |
The day to be added to the year. Days should be given as character strings, i.e., "01" or "02", etc, and not 1 or 2, etc. |
Value
A vector of dates where the input integer forms the year component. The day and month components added will by default be the 15th of June, so that tick marks will appear in the middle of the series on plots. For input, only years 0:9999 are accepted.
Author(s)
Kieran Healy
Examples
int_to_year(1960)
class(int_to_year(1960))
int_to_year(1960:1965)
int_to_year(1990, month = "01", day = "30")
US Law School Enrollments 1963-2015
Description
Annual enrollments in US Law Schools.
Usage
lawschools
Format
A tibble with 53 rows and 11 columns.
Details
The variables are as follows:
ay. Academic year. character.
year. Year. integer.
n_schools. Number of law schools. integer.
fy_enrollment. First year enrollment. integer.
fy_male. First year enrollment, men. integer.
fy_female. First year enrollment, women. integer.
jd_total. Total JD enrollment. integer.
jd_male. Total JD enrollment, men. integer.
jd_female. Total JD enrollment, women. integer.
tot_enrolled. Total enrolled. integer.
jd_llb_awarded. JD/LLB degrees awarded. integer.
Source
American Bar Association
Mauna Loa Atmospheric CO2 Concentration
Description
A subset of the co2 data in base R's [datasets] package, in a ggplot2-friendly format.
Usage
maunaloa
Format
A data frame with 4 columns and 271 rows.
Source
R base datasets; Cleveland (1993).
Life Expectancy in the OECD, 1960-2023.
Description
Life expectancy data for individual countries.
Usage
oecd_le
Format
A tibble with 2,203 rows and 4 columns.
Details
The variables are as follows:
country. Country. (Character)
year. Year. (Integer.)
lifeexp. Life Expectancy at Birth, measured in years.
is_usa. Indicator for USA or Other country.
Source
OECD
Life Expectancy in the OECD, 1960-2023
Description
Life expectancy data summary table.
Usage
oecd_sum
Format
A tibble with 64 rows and 5 columns.
Details
The variables are as follows:
year. Year. (Integer.)
other. Life Expectancy at birth in OECD countries excluding the USA. Measured in years.
usa. Life Expectancy at birth in the USA. Measured in years.
diff. Difference between usa and other.
hi_lo. Is usa above or below the oecd average?
Source
OECD
Monthly Births in the U.S., 1933-2015
Description
Births by month, 1933-2015, with decomposition components.
Usage
okboomer
Format
## 'okboomer' A data frame with 996 rows and 11 columns:
- date
Date in date format
- year_fct
Year as ordered factor
- month_fct
Month as ordered factor
- n_days
N of days in this month
- births
Total births in this month
- total_pop
Population
- births_pct
Births as a proportion of total population
- births_pct_day
Average daily births per million population
- seasonal
Seasonal component from an STL decomposition of 'births_pct_day'
- trend
Trend component from an STL decomposition of 'births_pct_day'
- remainder
Remainder component from an STL decomposition of 'births_pct_day'
Details
Dataset originally constructed to reproduce a visualization exercise by Aaron Penne.
Author(s)
Kieran Healy
Source
U.S. Census Bureau.
Opiate-Related Deaths in the United States, 1999-2020
Description
State-level data on opiate related deaths in the US, from the CDC WONDER database.
Usage
opiates
Format
## 'opiates' A tibble frame with 1,122 rows and 8 columns:
- fips
State FIPS code.
- st
State abbreviation.
- year
Year.
- deaths
N opiate-related deaths.
- crude
Crude death rate per 100,000 population.
- adjusted
Adjusted death rate.
- region
Census region.
- division_name
Census division.
Details
Dataset is Multiple Cause of Death, 1999-2020. Standard Population: 2000 U.S. Std. Population. Rates per 100,000. Default intercensal populations for years 2001-2009. MCD ICD-10 Codes selected: T40.0 (Opium), T40.1 (Heroin), T40.2 (Other opioids), T40.3 (Methadone), T40.4 (Other synthetic narcotics), T40.6 (Other and unspecified narcotics). UCD ICD-10 Codes selected: X40-X44, X60-X64, X85, Y10-Y14.
Author(s)
Kieran Healy
Source
CDC WONDER, http://wonder.cdc.gov/mcd-icd10.html
Organ donation in the OECD
Description
A dataset containing data on rates of organ donation for seventeen OECD countries between 1991 and 2002. The variables are as follows:
Usage
organdata
Format
A (tibble) data frame with 237 rows and 21 columns.
Details
country. Country name.
year. Year.
donors. Organ Donation rate per million population.
pop. Population in thousands.
pop_dens. Population density per square mile.
gdp. Gross Domestic Product in thousands of PPP dollars.
gdp_lag. Lagged Gross Domestic Product in thousands of PPP dollars.
health. Health spending, thousands of PPP dollars per capita.
health_lag Lagged health spending, thousands of PPP dollars per capita.
pubhealth. Public health spending as a percentage of total expenditure.
roads. Road accident fatalities per 100,000 population.
cerebvas. Cerebrovascular deaths per 100,000 population (rounded).
assault. Assault deaths per 100,000 population (rounded).
external. Deaths due to external causes per 100,000 population.
txp_pop. Transplant programs per million population.
world. Welfare state world (Esping Andersen.)
opt. Opt-in policy or Opt-out policy.
consent_law. Consent law, informed or presumed.
consent_practice. Consent practice, informed or presumed.
consistent. Law consistent with practice, yes or no.
ccode. Abbreviated country code.
Source
Macro-economic and spending data: OECD. Other data: Kieran Healy.
prefix_replace
Description
Replace series of characters (usually variable names) at the beginning of a character vector.
Usage
prefix_replace(var_names, prefixes, replacements, toTitle = TRUE, ...)
Arguments
var_names |
A character vector, usually variable names |
prefixes |
A character vector, usually variable prefixes |
replacements |
A character vector of replacements for the 'prefixes', in the same order as them. |
toTitle |
Convert results to Title Case? Defaults to TRUE. |
... |
Other arguments to 'gsub' |
Details
Takes a character vector (usually vector of variable names from a summarized or tidied model object), along with a vector of character terms (usually the prefix of a dummy or categorical variable added by R when creating model terms) and strips the latter away from the former. Useful for quickly cleaning variable names for a plot.
Value
A character vector with 'prefixes' terms in 'var_names' replaced with the content of the 'replacement' terms.
Author(s)
Kieran Healy
Examples
prefix_replace(iris$Species, c("set", "ver", "vir"), c("sat",
"ber", "bar"))
prefix_strip
Description
Strip a series of characters from the beginning of a character vector.
Usage
prefix_strip(var_string, prefixes, toTitle = TRUE, ...)
Arguments
var_string |
A character vector, usually variable names |
prefixes |
A character vector, usually variable prefixes |
toTitle |
Convert results to Title Case? Defaults to TRUE. |
... |
Other arguments to 'gsub' |
Details
Takes a character vector (usually vector of variable names from a summarized or tidied model object), along with a vector of character terms (usually the prefix of a dummy or categorical variable added by R when creating model terms) and strips the latter away from the former. Useful for quickly cleaning variable names for a plot.
Value
A character vector with 'prefixes' terms stripped from the beginning of 'var_name' terms.
Author(s)
Kieran Healy
Examples
prefix_strip(iris$Species, c("set", "v"))
Objects exported from other packages
Description
These objects are imported from other packages. Follow the links below to see their documentation.
- magrittr
round_df
Description
Round numeric columns of a data frame or tibble
Usage
round_df(data, dig = 2)
Arguments
data |
A data frame or tibble |
dig |
The number of digits to round to |
Details
Takes a data frame or tibble as input, rounds the numeric columns to the specified number of digits.
Value
An object of the same class as 'data', with the numeric columns rounded off to 'dig'
Author(s)
Kieran Healy
Examples
head(round_df(iris, 0))
US State geometries
Description
US State map data layer
Usage
states_sf
Format
## 'states_sf' A simple features object with 51 rows and 5 columns:
- fips
State FIPS code
- st
State name abbreviation
- state
State name
- census
Census region
- geometry
Geometry
Details
A simple features object. Load the ‘sf' package before using. Alaska and Hawaii have had their geometries scaled and shifted to the bottom left of the map area. Alaska’s Aleutian islands are not included.
Author(s)
Kieran Healy
Source
US Census Bureau.
Student debt data
Description
Outstanding student debts in 2016 across 8 income categories, by percent of all borrowers and percent of all balances.
Usage
studebt
Format
## 'studebt' A data frame with 16 rows and 4 columns:
- Debt
Debt categories (character)
- type
Pct in terms of Borrowers or Balances
- pct
Percentage of all type
- Debtrc
Debt categories (ordered factor)
Source
Federal Reserve Bank of New York.
A ggplot2 theme for socviz
Description
A ggplot theme with defaults for axis styling, legends, panels, strips, and plot chrome. Requires ggplot2 >= 4.0.0.
Usage
theme_socviz(
base_size = 12,
base_family = "Source Sans 3",
header_family = "Source Sans 3",
base_line_size = base_size/24,
base_rect_size = base_size/24,
ink = "black",
paper = "white",
accent = "#0072B2"
)
Arguments
base_size |
Base font size in points. Default is 12. |
base_family |
Base font family. Default is '"Source Sans 3"'. |
header_family |
Font family for plot titles. Default is '"Source Sans 3"'. |
base_line_size |
Base line width, scaled from 'base_size'. |
base_rect_size |
Base rect border width, scaled from 'base_size'. |
ink |
Color used for text, lines, and foreground elements. Default is '"black"'. |
paper |
Color used for backgrounds. Default is '"white"'. |
accent |
Accent color for geom defaults. Default is '"#0072B2"'. |
Details
The theme uses Source Sans 3 (regular weight) as the base font family and Source Sans 3 Semibold as the header family. If the fonts are not installed, they will be downloaded automatically from Google Fonts via [systemfonts::require_font].
Value
A ggplot2 theme object.
Examples
## Not run:
library(ggplot2)
ggplot(mtcars, aes(wt, mpg)) +
geom_point() +
theme_socviz()
## End(Not run)
A map theme for socviz
Description
A theme based on [theme_socviz] with all axes, grids, and borders removed, suitable for plotting maps.
Usage
theme_socviz_map(
base_size = 12,
base_family = "Source Sans 3",
header_family = "Source Sans 3",
base_line_size = base_size/24,
base_rect_size = base_size/24,
ink = "black",
paper = "white",
accent = "#0072B2"
)
Arguments
base_size |
Base font size in points. Default is 12. |
base_family |
Base font family. Default is '"Source Sans 3"'. |
header_family |
Font family for plot titles. Default is '"Source Sans 3"'. |
base_line_size |
Base line width, scaled from 'base_size'. |
base_rect_size |
Base rect border width, scaled from 'base_size'. |
ink |
Color used for text, lines, and foreground elements. Default is '"black"'. |
paper |
Color used for backgrounds. Default is '"white"'. |
accent |
Accent color for geom defaults. Default is '"#0072B2"'. |
Value
A ggplot2 theme object.
Examples
## Not run:
library(ggplot2)
ggplot(map_data("state"), aes(long, lat, group = group)) +
geom_polygon(fill = "gray90", colour = "white") +
coord_map() +
theme_socviz_map()
## End(Not run)
A table of survival rates from the Titanic
Description
A small table of survival rates from the Titanic, by sex
Usage
titanic
Format
A data frame with four rows and four columns.
Source
Titanic data
Quickly make a two-way table of proportions (percentages)
Description
Quickly make a two-way table of proportions (percentages)
Usage
tw_tab(x, y, margin = NULL, digs = 1, dnn = NULL, ...)
Arguments
x |
Row variable |
y |
Column variable |
margin |
See 'prop.table'. Default is joint distribution (all cells sum to 100), 1 for row margins (rows sum to 1), 2 for column margins (columns sum to 1) |
digs |
Number of digits to round percentages to. Defaults to 1. |
dnn |
See 'table'. the names to be given to the dimensions in the result (the dimnames names). Defaults to NULL for none. |
... |
Other arguments to be passed to 'table'. |
Details
A wrapper for 'table' and 'prop.table' with the margin labels set by default to NULL and the cells rounded to percents at 1 decimal place.
Value
A contingency table of percentage values.
Author(s)
Kieran Healy
Examples
with(gss_sm, tw_tab(bigregion, religion, useNA = "ifany", digs = 1))
with(gss_sm, tw_tab(bigregion, religion, margin = 2, useNA =
"ifany", digs = 1))
Yahoo Revenue and Employees
Description
Data on Revenue and Employees at Yahoo before and during Marissa Mayer's tenure as CEO.
Usage
yahoo
Format
A tibble with 4 columns and 12 rows.
Source
QZ.com