R: "Hit and Run" and "Shake and Bake" for Sampling Uniformly from Convex Shapes

# "Hit and Run" and "Shake and Bake" for Sampling Uniformly from Convex Shapes

## Documentation for package ‘hitandrun’ version 0.5-6

- DESCRIPTION file
- Package NEWS

## Help Pages

hitandrun-package | "Hit and Run" sampling
bbReject | Bounding box rejection sampler
createBoundBox | Calculate a bounding box
createSeedPoint | Generate a seed point
createTransform | Create transformation matrices
eliminateRedundant | Eliminate redundant linear constraints
exactRatioConstraint | Constraint formulation utility functions
findExtremePoints | Find extreme points
findFace | Find the closest face (constraint) to an interior point of a polytope.
findInteriorPoint | Find an interior point
findVertices | Find vertices of the polytope
har | "Hit and Run" sampler
har.init | "Hit and Run" sampler
har.run | "Hit and Run" sampler
harConstraints | Constraint formulation utility functions
hitandrun | "Hit and Run" sampler
hypersphere.sample | Sample uniformly from an n-hypersphere
lowerBoundConstraint | Constraint formulation utility functions
lowerRatioConstraint | Constraint formulation utility functions
mergeConstraints | Constraint formulation utility functions
ordinalConstraint | Constraint formulation utility functions
sab | "Shake and Bake" sampler
sab.init | "Shake and Bake" sampler
sab.run | "Shake and Bake" sampler
shakeandbake | "Shake and Bake" sampler
simplex.createConstraints | Create constraints that define the (n-1)-simplex
simplex.createTransform | Transform points on an (n-1)-simplex to n-dimensional space
simplex.sample | Sample uniformly from a simplex
simplexConstraints | Constraint formulation utility functions
solution.basis | Calculate the basis for the solution space of a system of linear equations
transformConstraints | Apply a transformation to a set of linear constraints.
upperBoundConstraint | Constraint formulation utility functions
upperRatioConstraint | Constraint formulation utility functions