3 ShinyApp
3.1 Manual
3.1.1 choroplethmap: choroplethMap`
Creates a choropleth map of fatal encounters for the given year
choroplethmap(yeart = "mean")| Argument | Description |
|---|---|
yeart |
an integer year between 2000 and 2017 or “mean”, if blank calculates mean |
Value :a chloropleth for the entered year
Seealso : plot_geo
3.1.2 descStat : descstat
Stratifies a data set based on a given demographic Used within dstable and ds plot
descstat(dem, ds = fatalencounters)| Argument | Description |
|---|---|
dem |
a demographic, the demographic the data is to be stratified for (Age, Gender, or Race) |
ds |
a data frame, data frame you want to be stratified, if no input uses fatalencounters |
stratified data frame
3.1.3 dsplot: dsPlot
3.1.3.1 Description
Makes a table based off stratified data
3.1.3.2 Usage
dsplot(dem)3.1.3.3 Arguments
| Argument | Description |
|---|---|
dem |
a demographic, the demographic the data is to be stratified for (Age, Gender, or Race) |
3.1.3.4 Value
ggplot of the resulting data from an in-method descstat call
3.1.4 dstable: dsTable
3.1.4.1 Description
Makes a table based off stratified data
3.1.4.2 Usage
dstable(dem)3.1.4.3 Arguments
| Argument | Description |
|---|---|
dem |
a demographic, the demographic the data is to be stratified for (Age, Gender, or Race) |
3.1.4.4 Value
data table of the resulting data from an in-method descstat call
3.1.5 ffcartogram: ffCartogram
3.1.5.1 Description
Creates a cartogram of fatal encounters for the given year
3.1.5.2 Usage
ffcartogram(year)3.1.5.3 Arguments
| Argument | Description |
|---|---|
year |
an integer year between 2000 and 2017 |
3.1.5.4 Value
a cartogram for the entered year
3.1.5.5 Seealso
3.1.6 permillcalc: PerMillCalc
3.1.6.1 Description
Calculates the fatal encounters (per million population or total) for each state
3.1.6.2 Usage
permillcalc(x = fatalencounters, capita = TRUE)3.1.6.3 Arguments
| Argument | Description |
|---|---|
x |
a data frame of individual fatal encounter cases, default uses fatalencounters |
capita |
a boolean, if TRUE evaluates cases per million population of each state, if FALSE just calculates total cases, default is TRUE |
3.1.6.4 Value
table a data frame of fatalencounter per state (evaluated per capita or as totals based on capita param)
3.1.7 permillgraph: perMillGraph
3.1.7.1 Description
Creates a graph of fatal encounters by state
3.1.7.2 Usage
permillgraph(state, all, capita)3.1.7.3 Arguments
| Argument | Description |
|---|---|
state |
a state name, the state that is graphed or highlighted |
all |
a boolean, if TRUE graphs state over the data of other states, if FALSE graphs just the given state |
capita |
a boolean, if TRUE evaluates cases per million population of each state, if FALSE just calculates total cases |
3.1.7.4 Seealso
3.1.8 permilltable: perMillTable
3.1.8.1 Description
Creates a table of fatal encounters by state
3.1.8.2 Usage
permilltable(statenm, all, capita)3.1.8.3 Arguments
| Argument | Description |
|---|---|
statenm |
a state name, the state that is displayed or highlighted |
all |
a boolean, if TRUE table includes all states, if FALSE table displays just the given state |
capita |
a boolean, if TRUE evaluates cases per million population of each state, if FALSE just calculates total cases |