Wall: Wall

GITHUB

BeautyOfWeb/HarmonizedTCGAData: Processed Harmonized TCGA Data of Five Selected Cancer Types

R: Wall
WallR Documentation
Wall

walls: walls: Statistical Inference for the Thermophysical...

GITHUB

paulnorthrop/walls: Statistical Inference for the Thermophysical Properties of Walls from In-Situ Surveys

R: walls: Statistical Inference for the Thermophysical...
wallsR Documentation
walls: Statistical Inference

WA: Weighted averaging (WA) regression and calibration

CRAN

rioja: Analysis of Quaternary Science Data

R: Weighted averaging (WA) regression and calibration
const macros = { "\\R": "\\textsf{R}", "\\code": "\\texttt

WA: Weighted averaging (WA) regression and calibration

GITHUB

nsj3/rioja: Analysis of Quaternary Science Data

R: Weighted averaging (WA) regression and calibration
const macros = { "\\R": "\\textsf{R}", "\\code": "\\texttt

vendor: vendor

GITHUB

bcBusinessStats/data1135: Data for Business Statistics OPER1135

R: vendor
vendorR Documentation
vendor

WA: While-Alive Loss Rate for Recurrent Event in the Presence of Death

CRAN

WA: While-Alive Loss Rate for Recurrent Event in the Presence of Death

Package: WA
Type: Package
Title: While-Alive Loss Rate for Recurrent Event in the Presence of

vendor: Vendor the cpp4r and armadillo4r headers

CRAN

armadillo4r: An 'Armadillo' Interface

R: Vendor the cpp4r and armadillo4r headers
const macros = { "\\R": "\\textsf{R}", "\\code": "\\texttt"};
function

vendor: Vendor renv in an R package

CRAN

renv: Project Environments

R: Vendor renv in an R package
const macros = { "\\R": "\\textsf{R}", "\\code": "\\texttt"};
function

vendor: Vendor the cpp4r headers

CRAN

cpp4r: Header-Only 'C++' and 'R' Interface

R: Vendor the cpp4r headers
const macros = { "\\R": "\\textsf{R}", "\\code": "\\texttt"};
function processMathHTML

wall: Open a new frame for a path diagram

GITHUB

gastonstat/pathdiagram: Basic functions for drawing path diagrams

this function to open a white canvas to start drawing
a path diagram. By default, wall opens a new plot
window from 0 to 1

wall: Open a new frame for a path diagram

CRAN

pathdiagram: Basic Functions for Drawing Path Diagrams

this function to open a white canvas to start drawing
a path diagram. By default, wall opens a new plot
window from 0 to 1

WA: SpatialPolygonsDataFrame for the state of Washington, USA

GITHUB

tmcd82070/SDraw: Spatially Balanced Samples of Spatial Objects

of Washington.
Usage
data("WA")

vendors: Retrieves the set of all vendors available.

GITHUB

ALShum/Retsly: R Interface to Retsly Real Estate Data API

R: Retrieves the set of all vendors available.
vendorsR Documentation
Retrieves the set of all vendors available

wa: Weighted averaging transfer functions

CRAN

analogue: Analogue and Weighted Averaging Methods for Palaeoecology

and classicial
deshrinking are supported.
Usage

WA: SpatialPolygonsDataFrame for the state of Washington, USA

GITHUB

semmons1/TEST-SDraw: Spatially Balanced Samples of Spatial Objects

of Washington.
Usage
data("WA")

WA: SpatialPolygonsDataFrame for the state of Washington, USA

CRAN

SDraw: Spatially Balanced Samples of Spatial Objects

of Washington.
Usage
data("WA")

wa: Extracts the weighted averages of a CCA solution

GITHUB

villardon/MultBiplotR: Multivariate Analysis Using Biplots in R

solution
Description
Extracts the weighted averages of a CCA solution

WA: statistic of the Watson goodness-of-fit test for the gamma

CRAN

gofgamma: Goodness-of-Fit Tests for the Gamma Distribution

, i.e. a bootstrap procedure is implemented to perform the test, see crit.values.
Usage
WA(data, k_estimator)

wa: Extracts the weighted averages of a CCA solution

CRAN

MultBiplotR: Multivariate Analysis Using Biplots in R

of a CCA solution
Description
Extracts the weighted averages of a CCA solution

paulnorthrop/walls: Statistical Inference for the Thermophysical Properties of Walls from In-Situ Surveys

GITHUB

paulnorthrop/walls: Statistical Inference for the Thermophysical Properties of Walls from In-Situ Surveys

Package: walls
Title: Statistical Inference for the Thermophysical Properties of Walls from
In-Situ Surveys