save_equations | R Documentation |
Systematically save your figures for your report
save_equations(
equation,
list_equations,
header = "",
footnote = "",
cnt_chapt_content = "001",
cnt = 1,
type = "Equation",
alttext = "",
nickname = "",
message = FALSE
)
equation |
The latex equation you would like to be saved. |
list_equations |
The list where all equations will be saved. |
header |
The name and title of the figure. Default = "". |
footnote |
Any footnote you want attached to this figure. |
cnt_chapt_content |
The order number that this exists in the chapter. |
cnt |
The figure number. |
type |
Default = "Equation", but can be anything that the element needs to be called (e.g., "Eq.", "Equ.") to fit in the phrase "Equation 1. This is my equation!". |
alttext |
String with what the alternative text is. |
nickname |
A unique name that can be used to identify the figure so it can be referenced later in the report. |
message |
TRUE/FALSE. Default = FALSE. If TRUE, it will print information about where your plot has been saved to. |
list_equations updated with the new equation and metadata.
list_equations <- c()
cnt_eq <- 0
cnt_eq<-NMFSReports::auto_counter(cnt_eq)
list_equations <-NMFSReports::save_equations(
equation = "$$c^2 = b^2 + a^2$$",
cnt = cnt_eq,
list_equations = list_equations ,
nickname = "pythagorean",
header = "Pythagorean theorem",
footnote = "footnote about how cool the pythagorean theorem is.",
alttext = "The Pythagoras theorem is a mathematical law.")
cnt_eq<-NMFSReports::auto_counter(cnt_eq)
list_equations <-NMFSReports::save_equations(
equation = "$$F = G \frac{m_1 m_2}{d^2}$$",
cnt = cnt_eq,
list_equations = list_equations ,
nickname = "Newton",
header = "Newton's Universal Law of Gravitation")
names(list_equations )
list_equations
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