trop.hyper.dist: Calculate the tropical distance to a max-tropical hyperplane
In TML: Tropical Geometry Tools for Machine Learning
View source: R/trop.hyper.dist.R
trop.hyper.dist R Documentation
Calculate the tropical distance to a max-tropical hyperplane
Description
Calculate the tropical distance to a max-tropical hyperplane
Usage
trop.hyper.dist(O, x0, tadd = max)
Arguments
O
normal vector of a tropical hyperplane; numeric vector
x0
point of interest; numeric vector
tadd
function; max indicates max-plus addition, min indicates
min-plus addition. Defaults to max
Value
tropical distance to max-plus tropical hyperplane
Author(s)
David Barnhill david.barnhill@nps.edu
Examples
O <-c(0,-1,-1)
x0 <- c(0,-2,-8)
trop.hyper.dist(O,x0)
trop.hyper.dist(O,x0,tadd=min)
TML documentation built on Sept. 11, 2024, 6:19 p.m.
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View source: R/trop.hyper.dist.R
| trop.hyper.dist | R Documentation |
Calculate the tropical distance to a max-tropical hyperplane
Description
Calculate the tropical distance to a max-tropical hyperplane
Usage
trop.hyper.dist(O, x0, tadd = max)
Arguments
O |
normal vector of a tropical hyperplane; numeric vector |
x0 |
point of interest; numeric vector |
tadd |
function; max indicates max-plus addition, min indicates min-plus addition. Defaults to max |
Value
tropical distance to max-plus tropical hyperplane
Author(s)
David Barnhill david.barnhill@nps.edu
Examples
O <-c(0,-1,-1)
x0 <- c(0,-2,-8)
trop.hyper.dist(O,x0)
trop.hyper.dist(O,x0,tadd=min)
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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