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comfort_R

Repository for the R-package comf: Functions for Thermal Comfort Research

Current version of master branch: comf_0.1.10

Feel free to propose changes/additions or to get in contact...

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Version

Install

install.packages('comf')

Monthly Downloads

325

Version

0.1.12

License

GPL-2

Maintainer

Marcel Schweiker

Last Published

January 29th, 2024

Functions in comf (0.1.12)

calcIREQ

IREQ and Dlim
calcCE

Cooling Effect
calcMRTglobe

MRT calculation based on standard and mixed convection
calcHbExUnsteady

Human Body Exergy Consumption Rate using Unsteady State Method
calcHbExSteady

Human Body Exergy Consumption Rate Using Steady State Method
calcDisc

Predicted Discomfort based on the 2-Node-Model
calcET

Effective Temperature based on the 2-Node-Model
calcIso7933

Heat Strain Indices based on ISO 7933
calcComfInd

Thermal Comfort Indices using a List of Climatic Conditions
calcPMVGagge

Gagge's Version of Fanger's PMV based on the 2-Node-Model
calcPMVStar

Fanger's PMV using SET* for DRY
calcMixR

Various Humidity Related Values
calcPMV

Predicted Mean Votes (PMV)
calcPTS

Predicted Thermal Sensation Vote based on SET
calcPMVadj

Predicted Mean Votes adjusted for elevated air speed
calcPPD

Predicted Percentage of Dissatisfied (PPD)
calcTWC

Windchill temperature (TWC)
calcPD

Predicted Percentage Dissatisfied due to Draft based on the 2-Node-Model
calcPS

Predicted Percentage Satisfied with the Level of Air Movement based on the 2-Node-Model
calcTPRTSV

True Positive Rate between Predicted and Actual Thermal Sensation Vote
calcSET

Standard Effective Temperature (SET)
calcPMVPPD

PMV and PPD
calcPtsa

Predicted Thermal Sensation based on 2-Node Model adjusted for Adaptation
calcTroin

Radiative and Operative Temperature
calcTSens

Predicted Thermal Sensation based on the 2-Node-Model
calcSolarGain

Solar Gain
calcTNZPDF

Values related to TNZ approach
calcRT

Required recovery time
calcPtse

Predicted Thermal Sensation based on 2-Node Model adjusted for Expectancy
comf-package

Calculation and Evaluation of Common and Less Common Comfort Indices
calctAdapt15251

Adaptive Comfort or Neutral Temperatures
comf-internal

Internal Functions Used by Other Functions of this Package
calcaPMV

Adaptive Predicted Mean Votes
calcUTCI

Universal Thermal Comfort Index (UTCI)
calcVTG

PPD with Vertical Air Temperature Gradient
calcSkinWettedness

Skin Wettedness based on the 2-Node-Model
dfISO7730AppE

Calibration data for PMV
createCond

Creating a List with Standard Values
dfField

Field data example
calcepCoeff

Coefficients for aPMV, ePMV, aPTS, ePTS
calcePMV

Adjusted Predicted Mean Votes with Expectancy Factor
calcdTNZ

dTNZ, the Distance from the Thermoneutral Zone
dfSolarGainValues

Dataset with Different Combinations of Inputs to Calculate Solar Gain
dfVariables

List of all the variables used in this package
dfISO7933AppF

Calibration data for Tre, SWtotg, Dlimtre, Dlimloss50, Dlimloss95
cutTSV

Categorizing Thermal Sensation Votes
dfISO7730TableD1

Calibration data for PMV and PPD
dfASHRAETableG11

Calibration data for SET
dfUTCIValues

Dataset with Different Combinations of Inputs to Calculate UTCI
calcATHBpts

Predicted Thermal Sensation by Gagge using Adaptive Thermal Heat Balance approach
calcBias

Bias between Predicted and Actual Thermal Sensation Vote
calcAD

PPD with Ankle Draft
calcATHBx

PMV based on Adaptive Thermal Heat Balance Framework for the extended Model
calcATHBpmv2015

PMV based on Adaptive Thermal Heat Balance Framework
calcATHBstandard

PMV based on Adaptive Thermal Heat Balance Framework for the Standard Model
calcATHBset

SET based on Adaptive Thermal Heat Balance Framework
calc2Node

Comfort Indices based on the 2-Node-Model
calcATHBpmv

PMV based on Adaptive Thermal Heat Balance Framework of multiple Models
calcAvgAcc

Average Accuracy between Predicted and Actual Thermal Sensation Vote