calcComfInd: Thermal Comfort Indices using a List of Climatic Conditions

In marcelschweiker/comfort_R: Models and Equations for Human Comfort Research

Thermal Comfort Indices using a List of Climatic Conditions

Description

calcComfInd calculates one or more thermal comfort indices using a list of climatic conditions.

Usage

calcComfInd(lsCond, request = "all")

comfind(lsCond, request = "all")

Arguments

lsCond	a list of climatic conditions and additional variables necessary for one or more of the indices (see details below).
request	a vector with one or more comfort indices (see details below).

Details

The list lsCond could contain one or more of the following variables:

ta	Air temperature in (degree C)
tr	mean radiant temperature in (degree C)
vel	Air velocity in (m/s)
rh	Relative Humidity (%)
clo	clothing (clo)
met	metabolic rate (met)
wme	External work (met)
tu	turbulence intensity (%)
tmmo	mean monthly outdoor temperature in (degree C)
ltime	Exposure time (min)
pb	Barometric pressure (torr)
wt	weight (kg)
ht	height (cm)
trm	Running mean outdoor temperature in (degree C)
age	age (years)
gender	gender (female = 1)
tsk	mean skin temperature in (degree C)
psych	factor related to fixed effect on perceived control
apCoeff	adaptive coefficient for pmv
epCoeff	expectancy factor for pmv
asCoeff	adaptive coefficient for set
esCoeff	expectancy factor for set
asv	actual sensation vote (0 = neutral)
tao	outdoor air temperature
rho	outdoor relative humidity
frad	0.7(for seating), 0.73(for standing) [-]
eps	emissivity [-]
ic	1.084 (average permeability), 0.4 (low permeability)
tcr	initial values for core temp
tsk	initial values for skin temperature
basMet	basal metabolic rate
warmUp	length of warm up period, i.e. number of times, loop is running for HBx calculation
cdil	value for cdil in 2-node model of Gagge (applied in calculation of HbEx)
sigmatr	value for cdil in 2-node model of Gagge (applied in calculation of HbEx) In case a variable is not given, but necessary for the respective index, a standard value from a list of values is used.

The vector request can contain the following elements:

Element	Description	Required variables
"all"	Calculation of all indices described below	all variables
"pmv"	Predicted mean vote	ta, tr, vel, rh, clo, met, wme
"ppd"	Predicted precentage dissatisfied	ta, tr, vel, rh, clo, met, wme
"tnhumphreys"	Neutral temperature according to Humphreys	tmmo
"tAdapt15251"	Adaptive comfort temperature according to EN 15251	trm
"dTNZ"	Distance to thermoneutral zone	ht, wt, age, gender, clo, vel, tsk, ta
"ATHBpmv"	Adaptive thermal heat balance vote based on pmv	ta, tr, vel, rh, met, wme, psych, trm
"ATHBset"	Adaptive standard effective temperature	ta, tr, vel, rh, trm, met, wme, pb, ltime, ht, wt, psych
"ATHBpts"	Adaptive thermal heat balance vote based on set	ta, tr, vel, rh, trm, met, wme, pb, ltime, ht, wt, psych
"apmv"	Adaptive predicted mean vote according to Yao et al.	ta, tr, vel, rh, clo, met, wme, apCoeff
"ptsa"	Adaptive predicted thermal sensation vote according to Gao et al.	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt, asCoeff
"epmv"	pmv adjusted with expectancy factor based on Fanger and toftum	ta, tr, vel, rh, clo, met, wme, epCoeff, asv
"ptse"	Predicted thermal sensation vote based on set and adjusted with expectancy factor according to Gao et al.	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt, esCoeff, asv
"set"	standard effective temperature based on two node model by Gagge et al.	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt
"et"	Effective temperature based on two node model by Gagge et al.	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt
"tsens"	Predicted thermal sensation	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt
"disc"	Predicted discomfort	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt
"ps"	Predicted percentage satisfied with the level of air movement	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt
"pd"	Predicted percentage dissatisfied due to draft	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt, tu
"pts"	Predicted thermal sensation vote based on set	ta, tr, vel, rh, clo, met, wme, pb, ltime, ht, wt
"HBxst"	Human body exergy consumPtion rate using steady state method	ta, tr, vel, rh, clo, met, tao, rho, frad, eps, ic, ht, wt, tcr, tsk, basMet, warmUp, cdil, sigmatr

Value

calcComfInd returns one or more rows with the comfort indices listed as request. For details see details above.

Note

In case one of the variables is not given, a standard value will be taken from a list (see createCond for details.

Author(s)

Sophia Mueller and Marcel Schweiker. Further contribution by Shaomi Rahman.

References

For references see individual functions.

See Also

see also calcPMVPPD, calc2Node, calcHbExSteady, calcATHBpmv2015, calcdTNZ, calcPMVadj, calcPtsa, calctAdapt

Examples

## Creating list with all values
lsCond <- createCond()
## Requesting all comfort indices
calcComfInd(lsCond, request="all")
## Requesting a single index
calcComfInd(lsCond, request="pmv")
## Requesting multiple indices
calcComfInd(lsCond, request=c("pmv", "ptse"))

marcelschweiker/comfort_R documentation built on Feb. 22, 2024, 9:04 p.m.