R/plot_human.R
In mrke/NicheMapR: R implementation of Niche Mapper software for biophysical modelling
Defines functions
plot_human
Documented in
plot_human
#' plot_human - auxiliary function for HomoTherm
#'
#' This function plots the human body and insulation.
#' @encoding UTF-8
#' @param MASS = 70
#' @param HEIGHT = 170
#' @param MASSFRACs = c(0.07609801, 0.50069348, 0.04932963, 0.16227462)
#' @param DENSITYs = rep(1050, 4)
#' @param INSDEPDs = c(1e-02, rep(6e-03, 3))
#' @param INSDEPVs = c(1e-09, rep(6e-03, 3))
#' @param SUBQFATs = rep(1, 4)
#' @param FATPCTs = c(5, 36, 10, 23)
#' @param SHAPE_Bs = c(1.6, 1.9, 11, 7.0)
#' @param DHAIRDs = c(7.5e-5, rep(1E-06, 3))
#' @param DHAIRVs = c(7.5e-5, rep(1E-06, 3))
#' @param LHAIRDs = c(50e-3, 50e-3, 50e-3, 50e-3)
#' @param LHAIRVs = c(1e-9, 50e-3, 50e-3, 50e-3)
#' @param INSDENDs = rep(3e+08, 4)
#' @param INSDENVs = c(3e+05, rep(3e+08, 3))
#' @param PJOINs = c(0.02591961, 0.07879298, 0.01850589, 0.03333333)
#' @usage plot_person(MASS = 70, HEIGHT = 170, INSDEPDs = c(1e-02, rep(6e-03, 3)), INSDEPVs = c(1e-09, rep(6e-03, 3)), FATPCTs = c(5, 36, 10, 23), SHAPE_Bs = c(1.6, 1.9, 11, 7.0))
#' @export
plot_human <- function(
MASS = 70,
HEIGHT = 170,
MASSFRACs = c(0.07609801, 0.50069348, 0.04932963, 0.16227462),
SHAPEs = c(4, 1, 1, 1),
DENSITYs = rep(1050, 4),
INSDEPDs = c(1e-02, rep(6e-03, 3)),
INSDEPVs = c(1e-09, rep(6e-03, 3)),
SUBQFATs = rep(1, 4),
FATPCTs = c(5, 36, 10, 23),
SHAPE_Bs = c(1.6, 1.9, 11, 7.0),
DHAIRDs = c(7.5e-5, rep(1E-06, 3)),
DHAIRVs = c(7.5e-5, rep(1E-06, 3)),
LHAIRDs = c(50e-3, 50e-3, 50e-3, 50e-3),
LHAIRVs = c(1e-9, 50e-3, 50e-3, 50e-3),
INSDENDs = rep(3e+08, 4),
INSDENVs = c(3e+05, rep(3e+08, 3)),
PJOINs = c(0.02591961, 0.07879298, 0.01850589, 0.03333333)
){
if (!require("plotrix", quietly = TRUE)) {
stop("package 'plotrix' is needed. Please install it.",
call. = FALSE)
}
SHAPEs <- c(4, 1, 1, 1)
ORIENTs <- rep(0, 4)
MASSs <- MASS * MASSFRACs
SAMODE <- 0
GEOM.head <- GEOM_ENDO(MASSs[1], DENSITYs[1], DENSITYs[1], FATPCTs[1], SHAPEs[1], INSDEPDs[1], SUBQFATs[1], SHAPE_Bs[1], SHAPE_Bs[1], DHAIRDs[1], INSDENDs[1], PJOINs[1], SAMODE, ORIENTs[1], ZEN = 90)
GEOM.trunk <- GEOM_ENDO(MASSs[2], DENSITYs[2], DENSITYs[2], FATPCTs[2], SHAPEs[2], INSDEPDs[2], SUBQFATs[2], SHAPE_Bs[2], SHAPE_Bs[2], DHAIRDs[2], INSDENDs[2], PJOINs[2], SAMODE, ORIENTs[2], ZEN = 90)
GEOM.arm <- GEOM_ENDO(MASSs[3], DENSITYs[3], DENSITYs[3], FATPCTs[3], SHAPEs[3], INSDEPDs[3], SUBQFATs[3], SHAPE_Bs[3], SHAPE_Bs[3], DHAIRDs[3], INSDENDs[3], PJOINs[3], SAMODE, ORIENTs[3], ZEN = 90)
GEOM.leg <- GEOM_ENDO(MASSs[4], DENSITYs[4], DENSITYs[4], FATPCTs[4], SHAPEs[4], INSDEPDs[4], SUBQFATs[4], SHAPE_Bs[4], SHAPE_Bs[4], DHAIRDs[4], INSDENDs[4], PJOINs[4], SAMODE, ORIENTs[4], ZEN = 90)
GEOM.heads <- as.data.frame(GEOM.head)
GEOM.trunks <- as.data.frame(GEOM.trunk)
GEOM.arms <- as.data.frame(GEOM.arm)
GEOM.legs <- as.data.frame(GEOM.leg)
GEOM.lab <- c("VOL", "D", "MASFAT", "VOLFAT", "ALENTH", "AWIDTH",
"AHEIT", "ATOT", "ASIL", "ASILN", "ASILP", "GMASS", "AREASKIN",
"FLSHVL", "FATTHK", "ASEMAJ", "BSEMIN", "CSEMIN", "CONVSK",
"CONVAR", "R1", "R2")
colnames(GEOM.heads) <- GEOM.lab
colnames(GEOM.trunks) <- GEOM.lab
colnames(GEOM.arms) <- GEOM.lab
colnames(GEOM.legs) <- GEOM.lab
AREA <- max(GEOM.heads$ATOT + GEOM.trunks$ATOT + GEOM.arms$ATOT * 2 + GEOM.legs$ATOT * 2)
head.ASEMAJ <- GEOM.heads$ASEMAJ
head.BSEMIN <- GEOM.heads$BSEMIN
head.CSEMIN <- GEOM.heads$CSEMIN
head.INSDEPD <- INSDEPDs[1]
head.INSDEPV <- INSDEPVs[1]
head.FATTHK <- GEOM.heads$FATTHK
trunk.ALENGTH <- GEOM.trunks$ALENTH
trunk.AWIDTH <- GEOM.trunks$AWIDTH
trunk.AHEIGHT <- GEOM.trunks$AHEIT
trunk.INSDEPD <- INSDEPDs[2]
trunk.INSDEPV <- INSDEPVs[2]
trunk.FATTHK <- GEOM.trunks$FATTHK
arm.ALENGTH <- GEOM.arms$ALENTH
arm.AWIDTH <- GEOM.arms$AWIDTH
arm.AHEIGHT <- GEOM.arms$AHEIT
arm.INSDEPD <- INSDEPDs[3]
arm.INSDEPV <- INSDEPVs[3]
arm.FATTHK <- GEOM.arms$FATTHK
leg.ALENGTH <- GEOM.legs$ALENTH
leg.AWIDTH <- GEOM.legs$AWIDTH
leg.AHEIGHT <- GEOM.legs$AHEIT
leg.INSDEPD <- INSDEPDs[4]
leg.INSDEPV <- INSDEPVs[4]
leg.FATTHK <- GEOM.legs$FATTHK
# coronal
#plot.height <- (head.ASEMAJ * 2 + trunk.ALENGTH + leg.ALENGTH) * 1.05
plot.height <- 2
plot.width <- c(-1.5, 1.5)
trunk.left <- 0 - trunk.AWIDTH / 2
plot(plot.width, c(0, plot.height), type="n", main="saggital section / coronal section / transverse section", ylab = 'metres', xlab = 'metres', asp=1, xaxs = 'i', yaxs = 'i')
#abline(v = 0, lty = 2)
# trunk fur
rect(xleft = trunk.left - INSDEPDs[2],
ybottom = leg.ALENGTH - INSDEPDs[2],
xright = trunk.left + trunk.AWIDTH + INSDEPDs[2],
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[2], col = 'lightblue')
# head fur
top.of.head <- head.ASEMAJ + leg.ALENGTH + trunk.ALENGTH
draw.ellipse(c(0, 0), c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPDs[1],
a = head.BSEMIN + INSDEPDs[1], col = "brown",
border = NA, segment = c(0, 180), deg = TRUE)
#head naked
draw.ellipse(c(0, 0),
c(top.of.head,
top.of.head),
col = "grey", b = head.ASEMAJ, a = head.BSEMIN, lty = 2)
draw.ellipse(c(0, 0),
c(top.of.head,
top.of.head),
col = "pink", b = head.ASEMAJ - head.FATTHK, a = head.BSEMIN - head.FATTHK, lty = 0)
if(INSDEPVs[1] > 1e-9){
draw.ellipse(c(0, 0), c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPVs[1],
a = head.BSEMIN + INSDEPVs[1], col = "brown",
border = NA, segment = c(180, 360), deg = TRUE)
}
# left leg
xleft.leg.fur <- trunk.left - trunk.AWIDTH / 10 - INSDEPDs[4]
xleft.leg.naked <- trunk.left - trunk.AWIDTH / 10
xright.leg.fur <- trunk.left - trunk.AWIDTH / 10 + leg.AWIDTH + INSDEPDs[4]
xright.leg.naked <- trunk.left - trunk.AWIDTH / 10 + leg.AWIDTH
ytop.leg.fur <- leg.ALENGTH + INSDEPDs[4]
ytop.leg.naked <- leg.ALENGTH
rect(xleft = xleft.leg.fur,
ybottom = 0 - INSDEPDs[4],
xright = xright.leg.fur,
ytop = ytop.leg.fur, col = 'khaki')
rect(xleft = xleft.leg.naked + INSDEPDs[4],
ybottom = 0,
xright = xright.leg.naked - INSDEPDs[4],
ytop = ytop.leg.naked, col = 'lightgrey', lty = 2)
rect(xleft = xleft.leg.naked + INSDEPDs[4] + leg.FATTHK,
ybottom = 0 + leg.FATTHK,
xright = xright.leg.naked - INSDEPDs[4] - leg.FATTHK,
ytop = ytop.leg.naked - leg.FATTHK, col = 'pink', lty = 0)
# right leg
rect(xleft = xright.leg.fur * -1,
ybottom = 0 - INSDEPDs[4],
xright = xleft.leg.fur * -1,
ytop = ytop.leg.fur, col = 'khaki')
rect(xleft = xright.leg.naked * -1 + INSDEPDs[4],
ybottom = 0,
xright = xleft.leg.naked * -1 - INSDEPDs[4],
ytop = ytop.leg.naked, col = 'lightgrey', lty = 2)
rect(xleft = xright.leg.naked * -1 + INSDEPDs[4] + leg.FATTHK,
ybottom = 0 + leg.FATTHK,
xright = xleft.leg.naked * -1 - INSDEPDs[4] - leg.FATTHK,
ytop = ytop.leg.naked - leg.FATTHK, col = 'pink', lty = 0)
# trunk naked
rect(xleft = trunk.left + INSDEPDs[2],
ybottom = leg.ALENGTH,
xright = trunk.left + trunk.AWIDTH - INSDEPDs[2],
ytop = leg.ALENGTH + trunk.ALENGTH,
col = 'lightgrey', lty = 2)
rect(xleft = trunk.left + trunk.FATTHK + INSDEPDs[2],
ybottom = leg.ALENGTH + trunk.FATTHK,
xright = trunk.left + trunk.AWIDTH - INSDEPDs[2] - trunk.FATTHK,
ytop = leg.ALENGTH + trunk.ALENGTH - trunk.FATTHK,
col = 'pink', lty = 0)
# left arm
xleft.arm.fur <- trunk.left - arm.AWIDTH - arm.AWIDTH / 4 - INSDEPDs[3]
xleft.arm.naked <- trunk.left - arm.AWIDTH - arm.AWIDTH / 4
xright.arm.fur <- trunk.left - arm.AWIDTH / 4 - INSDEPDs[2]
xright.arm.naked <- trunk.left - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3]
ytop.arm.fur <- leg.ALENGTH + trunk.ALENGTH + INSDEPDs[3]
ytop.arm.naked <- leg.ALENGTH + trunk.ALENGTH
ybottom.arm.fur <- head.ASEMAJ + leg.ALENGTH + INSDEPDs[4] + trunk.ALENGTH - arm.ALENGTH - INSDEPDs[3]
ybottom.arm.naked <- head.ASEMAJ + leg.ALENGTH + INSDEPDs[4] + trunk.ALENGTH - arm.ALENGTH
rect(xleft = xleft.arm.fur,
ybottom = ybottom.arm.fur,
xright = xright.arm.fur,
ytop = ytop.arm.fur, col = 'lightblue')
rect(xleft = xleft.arm.naked,
ybottom = ybottom.arm.naked,
xright = xright.arm.naked,
ytop = ytop.arm.naked, col = 'grey', lty = 2)
rect(xleft = xleft.arm.naked + arm.FATTHK,
ybottom = ybottom.arm.naked + arm.FATTHK,
xright = xright.arm.naked - arm.FATTHK,
ytop = ytop.arm.naked - arm.FATTHK, col = 'pink', lty = 0)
# right arm
rect(xleft = xright.arm.fur * -1,
ybottom = ybottom.arm.fur,
xright = xleft.arm.fur * -1,
ytop = ytop.arm.fur, col = 'lightblue')
rect(xleft = xright.arm.naked * -1,
ybottom = ybottom.arm.naked,
xright = xleft.arm.naked * -1,
ytop = ytop.arm.naked, col = 'grey', lty = 2)
rect(xleft = xright.arm.naked * -1 + arm.FATTHK,
ybottom = ybottom.arm.naked + arm.FATTHK,
xright = xleft.arm.naked * -1 - arm.FATTHK,
ytop = ytop.arm.naked - arm.FATTHK, col = 'pink', lty = 0)
# sagittal
# trunk fur
rect(xleft = trunk.left - INSDEPDs[2] - 1,
ybottom = leg.ALENGTH - INSDEPDs[2] + INSDEPDs[4],
xright = trunk.left + trunk.AWIDTH + INSDEPDs[2] - 1,
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[2] + INSDEPDs[4],
col = 'lightblue')
#head fur
draw.ellipse(c(0, 0) - 1, c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPDs[1],
a = head.CSEMIN + INSDEPDs[1], col = "brown",
border = NA, segment = c(0, 180), deg = TRUE)
draw.ellipse(c(0, 0) - 1, c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPVs[1],
a = head.CSEMIN + INSDEPVs[1], col = "brown",
border = NA, segment = c(180, 360), deg = TRUE)
#head naked
draw.ellipse(c(0, 0) - 1,
c(top.of.head,
top.of.head),
col = "grey", b = head.ASEMAJ, a = head.CSEMIN, lty = 2)
draw.ellipse(c(0, 0) - 1,
c(top.of.head,
top.of.head),
col = "pink", b = head.ASEMAJ - head.FATTHK, a = head.CSEMIN - head.FATTHK, lty = 0)
# left leg
xleft.leg.fur <- -leg.AWIDTH / 2 - INSDEPDs[4] - 1
xleft.leg.naked <- -leg.AWIDTH / 2 - 1
xright.leg.fur <- -leg.AWIDTH / 2 - 1 + leg.AWIDTH + INSDEPDs[4]
xright.leg.naked <- -leg.AWIDTH / 2 - 1 + leg.AWIDTH
# left leg
rect(xleft = xleft.leg.fur,
ybottom = 0,
xright = xright.leg.fur,
ytop = ytop.leg.fur, col = 'khaki')
rect(xleft = xleft.leg.naked,
ybottom = 0 + INSDEPDs[4],
xright = xright.leg.naked,
ytop = ytop.leg.naked, col = 'grey', lty = 2)
rect(xleft = xleft.leg.naked + leg.FATTHK,
ybottom = 0 + INSDEPDs[4] + leg.FATTHK,
xright = xright.leg.naked - leg.FATTHK,
ytop = ytop.leg.naked - leg.FATTHK, col = 'pink', lty = 0)
# trunk naked
rect(xleft = trunk.left - 1,
ybottom = leg.ALENGTH + INSDEPDs[4],
xright = trunk.left + trunk.AWIDTH - 1,
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[4], col = 'grey', lty = 2)
rect(xleft = trunk.left - 1 + trunk.FATTHK,
ybottom = leg.ALENGTH + INSDEPDs[4] + trunk.FATTHK,
xright = trunk.left + trunk.AWIDTH - 1 - trunk.FATTHK,
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[4] - trunk.FATTHK, col = 'pink', lty = 0)
# left arm
xleft.arm.fur <- -arm.AWIDTH / 2 - INSDEPDs[3] - 1
xleft.arm.naked <- -arm.AWIDTH / 2 - 1
xright.arm.fur <- -arm.AWIDTH / 2 - 1 + arm.AWIDTH + INSDEPDs[3]
xright.arm.naked <- -arm.AWIDTH / 2 - 1 + arm.AWIDTH
rect(xleft = xleft.arm.fur,
ybottom = ybottom.arm.fur,
xright = xright.arm.fur,
ytop = ytop.arm.fur, col = 'lightblue', lty = 2)
rect(xleft = xleft.arm.naked,
ybottom = ybottom.arm.naked,
xright = xright.arm.naked,
ytop = ytop.arm.naked, col = 'grey', lty = 2)
rect(xleft = xleft.arm.naked + arm.FATTHK,
ybottom = ybottom.arm.naked + arm.FATTHK,
xright = xright.arm.naked - arm.FATTHK,
ytop = ytop.arm.naked - arm.FATTHK, col = 'pink', lty = 0)
# bird's eye
mid.height <- (leg.ALENGTH + trunk.ALENGTH + head.ASEMAJ * 2) / 2
top.height <- mid.height * 1.5
bottom.height <- mid.height / 2
abline(h = mid.height, lty = 2, col = 'grey')
#abline(h = top.height, lty = 2, col = 'grey')
abline(h = bottom.height, lty = 2, col = 'grey')
# legs
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + top.height, col = "khaki",
b = leg.AWIDTH / 2 + INSDEPDs[4],
a = leg.AWIDTH / 2 + INSDEPDs[4])
if(INSDEPDs[4] < 0.0001){
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + top.height, col = "pink",
b = leg.AWIDTH / 2,
a = leg.AWIDTH / 2, lty = 2)
}
# trunk
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height, col = "lightblue",
b = trunk.AWIDTH / 2 + INSDEPDs[2],
a = trunk.AWIDTH / 2 + INSDEPDs[2])
if(INSDEPDs[2] < 0.0001){
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height, col = "pink",
b = trunk.AWIDTH / 2,
a = trunk.AWIDTH / 2, lty = 2)
}
# head
if(INSDEPDs[2] < 0.0001){
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height,
col = "pink",
b = head.ASEMAJ + INSDEPDs[1],
a = head.BSEMIN + INSDEPDs[1])
}else{
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height,
col = "brown",
b = head.ASEMAJ + INSDEPDs[1],
a = head.BSEMIN + INSDEPDs[1])
}
# arms
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + top.height, col = "lightblue",
b = arm.AWIDTH / 2 + INSDEPDs[3],
a = arm.AWIDTH / 2 + INSDEPDs[3])
if(INSDEPDs[4] < 0.0001){
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + top.height, col = "pink",
b = arm.AWIDTH / 2,
a = arm.AWIDTH / 2, lty = 2)
}
# transverse 1
# trunk
draw.ellipse(c(0, 0) + 1,
c(0, 0) + mid.height, col = "lightblue",
b = trunk.AWIDTH / 2 + INSDEPDs[2],
a = trunk.AWIDTH / 2 + INSDEPDs[2])
draw.ellipse(c(0, 0) + 1,
c(0, 0) + mid.height, col = "grey",
b = trunk.AWIDTH / 2,
a = trunk.AWIDTH / 2, lty = 2)
draw.ellipse(c(0, 0) + 1,
c(0, 0) + mid.height, col = "pink",
b = trunk.AWIDTH / 2 - trunk.FATTHK,
a = trunk.AWIDTH / 2 - trunk.FATTHK, lty = 0)
# arms
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + mid.height, col = "lightblue",
b = arm.AWIDTH / 2 + INSDEPDs[3],
a = arm.AWIDTH / 2 + INSDEPDs[3])
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + mid.height, col = "grey",
b = arm.AWIDTH / 2,
a = arm.AWIDTH / 2, lty = 2)
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + mid.height, col = "pink",
b = arm.AWIDTH / 2 - arm.FATTHK,
a = arm.AWIDTH / 2 - arm.FATTHK, lty = 2)
# transverse 2
# legs
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + bottom.height, col = "khaki",
b = leg.AWIDTH / 2 + INSDEPDs[4],
a = leg.AWIDTH / 2 + INSDEPDs[4])
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + bottom.height, col = "grey",
b = leg.AWIDTH / 2,
a = leg.AWIDTH / 2, lty = 2)
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + bottom.height, col = "pink",
b = leg.AWIDTH / 2 - leg.FATTHK,
a = leg.AWIDTH / 2 - leg.FATTHK, lty = 0)
height <- GEOM.heads$ALENTH + GEOM.trunks$ALENTH + GEOM.legs$ALENTH # m
abline(h = height + INSDEPDs[4], lty = 2)
abline(h = HEIGHT / 100 + INSDEPDs[4], col = 'red', lty = 2)
return(height)
}
mrke/NicheMapR documentation built on March 5, 2025, 11:16 p.m.
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Defines functions plot_human
Documented in plot_human
#' plot_human - auxiliary function for HomoTherm
#'
#' This function plots the human body and insulation.
#' @encoding UTF-8
#' @param MASS = 70
#' @param HEIGHT = 170
#' @param MASSFRACs = c(0.07609801, 0.50069348, 0.04932963, 0.16227462)
#' @param DENSITYs = rep(1050, 4)
#' @param INSDEPDs = c(1e-02, rep(6e-03, 3))
#' @param INSDEPVs = c(1e-09, rep(6e-03, 3))
#' @param SUBQFATs = rep(1, 4)
#' @param FATPCTs = c(5, 36, 10, 23)
#' @param SHAPE_Bs = c(1.6, 1.9, 11, 7.0)
#' @param DHAIRDs = c(7.5e-5, rep(1E-06, 3))
#' @param DHAIRVs = c(7.5e-5, rep(1E-06, 3))
#' @param LHAIRDs = c(50e-3, 50e-3, 50e-3, 50e-3)
#' @param LHAIRVs = c(1e-9, 50e-3, 50e-3, 50e-3)
#' @param INSDENDs = rep(3e+08, 4)
#' @param INSDENVs = c(3e+05, rep(3e+08, 3))
#' @param PJOINs = c(0.02591961, 0.07879298, 0.01850589, 0.03333333)
#' @usage plot_person(MASS = 70, HEIGHT = 170, INSDEPDs = c(1e-02, rep(6e-03, 3)), INSDEPVs = c(1e-09, rep(6e-03, 3)), FATPCTs = c(5, 36, 10, 23), SHAPE_Bs = c(1.6, 1.9, 11, 7.0))
#' @export
plot_human <- function(
MASS = 70,
HEIGHT = 170,
MASSFRACs = c(0.07609801, 0.50069348, 0.04932963, 0.16227462),
SHAPEs = c(4, 1, 1, 1),
DENSITYs = rep(1050, 4),
INSDEPDs = c(1e-02, rep(6e-03, 3)),
INSDEPVs = c(1e-09, rep(6e-03, 3)),
SUBQFATs = rep(1, 4),
FATPCTs = c(5, 36, 10, 23),
SHAPE_Bs = c(1.6, 1.9, 11, 7.0),
DHAIRDs = c(7.5e-5, rep(1E-06, 3)),
DHAIRVs = c(7.5e-5, rep(1E-06, 3)),
LHAIRDs = c(50e-3, 50e-3, 50e-3, 50e-3),
LHAIRVs = c(1e-9, 50e-3, 50e-3, 50e-3),
INSDENDs = rep(3e+08, 4),
INSDENVs = c(3e+05, rep(3e+08, 3)),
PJOINs = c(0.02591961, 0.07879298, 0.01850589, 0.03333333)
){
if (!require("plotrix", quietly = TRUE)) {
stop("package 'plotrix' is needed. Please install it.",
call. = FALSE)
}
SHAPEs <- c(4, 1, 1, 1)
ORIENTs <- rep(0, 4)
MASSs <- MASS * MASSFRACs
SAMODE <- 0
GEOM.head <- GEOM_ENDO(MASSs[1], DENSITYs[1], DENSITYs[1], FATPCTs[1], SHAPEs[1], INSDEPDs[1], SUBQFATs[1], SHAPE_Bs[1], SHAPE_Bs[1], DHAIRDs[1], INSDENDs[1], PJOINs[1], SAMODE, ORIENTs[1], ZEN = 90)
GEOM.trunk <- GEOM_ENDO(MASSs[2], DENSITYs[2], DENSITYs[2], FATPCTs[2], SHAPEs[2], INSDEPDs[2], SUBQFATs[2], SHAPE_Bs[2], SHAPE_Bs[2], DHAIRDs[2], INSDENDs[2], PJOINs[2], SAMODE, ORIENTs[2], ZEN = 90)
GEOM.arm <- GEOM_ENDO(MASSs[3], DENSITYs[3], DENSITYs[3], FATPCTs[3], SHAPEs[3], INSDEPDs[3], SUBQFATs[3], SHAPE_Bs[3], SHAPE_Bs[3], DHAIRDs[3], INSDENDs[3], PJOINs[3], SAMODE, ORIENTs[3], ZEN = 90)
GEOM.leg <- GEOM_ENDO(MASSs[4], DENSITYs[4], DENSITYs[4], FATPCTs[4], SHAPEs[4], INSDEPDs[4], SUBQFATs[4], SHAPE_Bs[4], SHAPE_Bs[4], DHAIRDs[4], INSDENDs[4], PJOINs[4], SAMODE, ORIENTs[4], ZEN = 90)
GEOM.heads <- as.data.frame(GEOM.head)
GEOM.trunks <- as.data.frame(GEOM.trunk)
GEOM.arms <- as.data.frame(GEOM.arm)
GEOM.legs <- as.data.frame(GEOM.leg)
GEOM.lab <- c("VOL", "D", "MASFAT", "VOLFAT", "ALENTH", "AWIDTH",
"AHEIT", "ATOT", "ASIL", "ASILN", "ASILP", "GMASS", "AREASKIN",
"FLSHVL", "FATTHK", "ASEMAJ", "BSEMIN", "CSEMIN", "CONVSK",
"CONVAR", "R1", "R2")
colnames(GEOM.heads) <- GEOM.lab
colnames(GEOM.trunks) <- GEOM.lab
colnames(GEOM.arms) <- GEOM.lab
colnames(GEOM.legs) <- GEOM.lab
AREA <- max(GEOM.heads$ATOT + GEOM.trunks$ATOT + GEOM.arms$ATOT * 2 + GEOM.legs$ATOT * 2)
head.ASEMAJ <- GEOM.heads$ASEMAJ
head.BSEMIN <- GEOM.heads$BSEMIN
head.CSEMIN <- GEOM.heads$CSEMIN
head.INSDEPD <- INSDEPDs[1]
head.INSDEPV <- INSDEPVs[1]
head.FATTHK <- GEOM.heads$FATTHK
trunk.ALENGTH <- GEOM.trunks$ALENTH
trunk.AWIDTH <- GEOM.trunks$AWIDTH
trunk.AHEIGHT <- GEOM.trunks$AHEIT
trunk.INSDEPD <- INSDEPDs[2]
trunk.INSDEPV <- INSDEPVs[2]
trunk.FATTHK <- GEOM.trunks$FATTHK
arm.ALENGTH <- GEOM.arms$ALENTH
arm.AWIDTH <- GEOM.arms$AWIDTH
arm.AHEIGHT <- GEOM.arms$AHEIT
arm.INSDEPD <- INSDEPDs[3]
arm.INSDEPV <- INSDEPVs[3]
arm.FATTHK <- GEOM.arms$FATTHK
leg.ALENGTH <- GEOM.legs$ALENTH
leg.AWIDTH <- GEOM.legs$AWIDTH
leg.AHEIGHT <- GEOM.legs$AHEIT
leg.INSDEPD <- INSDEPDs[4]
leg.INSDEPV <- INSDEPVs[4]
leg.FATTHK <- GEOM.legs$FATTHK
# coronal
#plot.height <- (head.ASEMAJ * 2 + trunk.ALENGTH + leg.ALENGTH) * 1.05
plot.height <- 2
plot.width <- c(-1.5, 1.5)
trunk.left <- 0 - trunk.AWIDTH / 2
plot(plot.width, c(0, plot.height), type="n", main="saggital section / coronal section / transverse section", ylab = 'metres', xlab = 'metres', asp=1, xaxs = 'i', yaxs = 'i')
#abline(v = 0, lty = 2)
# trunk fur
rect(xleft = trunk.left - INSDEPDs[2],
ybottom = leg.ALENGTH - INSDEPDs[2],
xright = trunk.left + trunk.AWIDTH + INSDEPDs[2],
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[2], col = 'lightblue')
# head fur
top.of.head <- head.ASEMAJ + leg.ALENGTH + trunk.ALENGTH
draw.ellipse(c(0, 0), c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPDs[1],
a = head.BSEMIN + INSDEPDs[1], col = "brown",
border = NA, segment = c(0, 180), deg = TRUE)
#head naked
draw.ellipse(c(0, 0),
c(top.of.head,
top.of.head),
col = "grey", b = head.ASEMAJ, a = head.BSEMIN, lty = 2)
draw.ellipse(c(0, 0),
c(top.of.head,
top.of.head),
col = "pink", b = head.ASEMAJ - head.FATTHK, a = head.BSEMIN - head.FATTHK, lty = 0)
if(INSDEPVs[1] > 1e-9){
draw.ellipse(c(0, 0), c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPVs[1],
a = head.BSEMIN + INSDEPVs[1], col = "brown",
border = NA, segment = c(180, 360), deg = TRUE)
}
# left leg
xleft.leg.fur <- trunk.left - trunk.AWIDTH / 10 - INSDEPDs[4]
xleft.leg.naked <- trunk.left - trunk.AWIDTH / 10
xright.leg.fur <- trunk.left - trunk.AWIDTH / 10 + leg.AWIDTH + INSDEPDs[4]
xright.leg.naked <- trunk.left - trunk.AWIDTH / 10 + leg.AWIDTH
ytop.leg.fur <- leg.ALENGTH + INSDEPDs[4]
ytop.leg.naked <- leg.ALENGTH
rect(xleft = xleft.leg.fur,
ybottom = 0 - INSDEPDs[4],
xright = xright.leg.fur,
ytop = ytop.leg.fur, col = 'khaki')
rect(xleft = xleft.leg.naked + INSDEPDs[4],
ybottom = 0,
xright = xright.leg.naked - INSDEPDs[4],
ytop = ytop.leg.naked, col = 'lightgrey', lty = 2)
rect(xleft = xleft.leg.naked + INSDEPDs[4] + leg.FATTHK,
ybottom = 0 + leg.FATTHK,
xright = xright.leg.naked - INSDEPDs[4] - leg.FATTHK,
ytop = ytop.leg.naked - leg.FATTHK, col = 'pink', lty = 0)
# right leg
rect(xleft = xright.leg.fur * -1,
ybottom = 0 - INSDEPDs[4],
xright = xleft.leg.fur * -1,
ytop = ytop.leg.fur, col = 'khaki')
rect(xleft = xright.leg.naked * -1 + INSDEPDs[4],
ybottom = 0,
xright = xleft.leg.naked * -1 - INSDEPDs[4],
ytop = ytop.leg.naked, col = 'lightgrey', lty = 2)
rect(xleft = xright.leg.naked * -1 + INSDEPDs[4] + leg.FATTHK,
ybottom = 0 + leg.FATTHK,
xright = xleft.leg.naked * -1 - INSDEPDs[4] - leg.FATTHK,
ytop = ytop.leg.naked - leg.FATTHK, col = 'pink', lty = 0)
# trunk naked
rect(xleft = trunk.left + INSDEPDs[2],
ybottom = leg.ALENGTH,
xright = trunk.left + trunk.AWIDTH - INSDEPDs[2],
ytop = leg.ALENGTH + trunk.ALENGTH,
col = 'lightgrey', lty = 2)
rect(xleft = trunk.left + trunk.FATTHK + INSDEPDs[2],
ybottom = leg.ALENGTH + trunk.FATTHK,
xright = trunk.left + trunk.AWIDTH - INSDEPDs[2] - trunk.FATTHK,
ytop = leg.ALENGTH + trunk.ALENGTH - trunk.FATTHK,
col = 'pink', lty = 0)
# left arm
xleft.arm.fur <- trunk.left - arm.AWIDTH - arm.AWIDTH / 4 - INSDEPDs[3]
xleft.arm.naked <- trunk.left - arm.AWIDTH - arm.AWIDTH / 4
xright.arm.fur <- trunk.left - arm.AWIDTH / 4 - INSDEPDs[2]
xright.arm.naked <- trunk.left - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3]
ytop.arm.fur <- leg.ALENGTH + trunk.ALENGTH + INSDEPDs[3]
ytop.arm.naked <- leg.ALENGTH + trunk.ALENGTH
ybottom.arm.fur <- head.ASEMAJ + leg.ALENGTH + INSDEPDs[4] + trunk.ALENGTH - arm.ALENGTH - INSDEPDs[3]
ybottom.arm.naked <- head.ASEMAJ + leg.ALENGTH + INSDEPDs[4] + trunk.ALENGTH - arm.ALENGTH
rect(xleft = xleft.arm.fur,
ybottom = ybottom.arm.fur,
xright = xright.arm.fur,
ytop = ytop.arm.fur, col = 'lightblue')
rect(xleft = xleft.arm.naked,
ybottom = ybottom.arm.naked,
xright = xright.arm.naked,
ytop = ytop.arm.naked, col = 'grey', lty = 2)
rect(xleft = xleft.arm.naked + arm.FATTHK,
ybottom = ybottom.arm.naked + arm.FATTHK,
xright = xright.arm.naked - arm.FATTHK,
ytop = ytop.arm.naked - arm.FATTHK, col = 'pink', lty = 0)
# right arm
rect(xleft = xright.arm.fur * -1,
ybottom = ybottom.arm.fur,
xright = xleft.arm.fur * -1,
ytop = ytop.arm.fur, col = 'lightblue')
rect(xleft = xright.arm.naked * -1,
ybottom = ybottom.arm.naked,
xright = xleft.arm.naked * -1,
ytop = ytop.arm.naked, col = 'grey', lty = 2)
rect(xleft = xright.arm.naked * -1 + arm.FATTHK,
ybottom = ybottom.arm.naked + arm.FATTHK,
xright = xleft.arm.naked * -1 - arm.FATTHK,
ytop = ytop.arm.naked - arm.FATTHK, col = 'pink', lty = 0)
# sagittal
# trunk fur
rect(xleft = trunk.left - INSDEPDs[2] - 1,
ybottom = leg.ALENGTH - INSDEPDs[2] + INSDEPDs[4],
xright = trunk.left + trunk.AWIDTH + INSDEPDs[2] - 1,
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[2] + INSDEPDs[4],
col = 'lightblue')
#head fur
draw.ellipse(c(0, 0) - 1, c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPDs[1],
a = head.CSEMIN + INSDEPDs[1], col = "brown",
border = NA, segment = c(0, 180), deg = TRUE)
draw.ellipse(c(0, 0) - 1, c(top.of.head, top.of.head),
b = head.ASEMAJ + INSDEPVs[1],
a = head.CSEMIN + INSDEPVs[1], col = "brown",
border = NA, segment = c(180, 360), deg = TRUE)
#head naked
draw.ellipse(c(0, 0) - 1,
c(top.of.head,
top.of.head),
col = "grey", b = head.ASEMAJ, a = head.CSEMIN, lty = 2)
draw.ellipse(c(0, 0) - 1,
c(top.of.head,
top.of.head),
col = "pink", b = head.ASEMAJ - head.FATTHK, a = head.CSEMIN - head.FATTHK, lty = 0)
# left leg
xleft.leg.fur <- -leg.AWIDTH / 2 - INSDEPDs[4] - 1
xleft.leg.naked <- -leg.AWIDTH / 2 - 1
xright.leg.fur <- -leg.AWIDTH / 2 - 1 + leg.AWIDTH + INSDEPDs[4]
xright.leg.naked <- -leg.AWIDTH / 2 - 1 + leg.AWIDTH
# left leg
rect(xleft = xleft.leg.fur,
ybottom = 0,
xright = xright.leg.fur,
ytop = ytop.leg.fur, col = 'khaki')
rect(xleft = xleft.leg.naked,
ybottom = 0 + INSDEPDs[4],
xright = xright.leg.naked,
ytop = ytop.leg.naked, col = 'grey', lty = 2)
rect(xleft = xleft.leg.naked + leg.FATTHK,
ybottom = 0 + INSDEPDs[4] + leg.FATTHK,
xright = xright.leg.naked - leg.FATTHK,
ytop = ytop.leg.naked - leg.FATTHK, col = 'pink', lty = 0)
# trunk naked
rect(xleft = trunk.left - 1,
ybottom = leg.ALENGTH + INSDEPDs[4],
xright = trunk.left + trunk.AWIDTH - 1,
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[4], col = 'grey', lty = 2)
rect(xleft = trunk.left - 1 + trunk.FATTHK,
ybottom = leg.ALENGTH + INSDEPDs[4] + trunk.FATTHK,
xright = trunk.left + trunk.AWIDTH - 1 - trunk.FATTHK,
ytop = leg.ALENGTH + trunk.ALENGTH + INSDEPDs[4] - trunk.FATTHK, col = 'pink', lty = 0)
# left arm
xleft.arm.fur <- -arm.AWIDTH / 2 - INSDEPDs[3] - 1
xleft.arm.naked <- -arm.AWIDTH / 2 - 1
xright.arm.fur <- -arm.AWIDTH / 2 - 1 + arm.AWIDTH + INSDEPDs[3]
xright.arm.naked <- -arm.AWIDTH / 2 - 1 + arm.AWIDTH
rect(xleft = xleft.arm.fur,
ybottom = ybottom.arm.fur,
xright = xright.arm.fur,
ytop = ytop.arm.fur, col = 'lightblue', lty = 2)
rect(xleft = xleft.arm.naked,
ybottom = ybottom.arm.naked,
xright = xright.arm.naked,
ytop = ytop.arm.naked, col = 'grey', lty = 2)
rect(xleft = xleft.arm.naked + arm.FATTHK,
ybottom = ybottom.arm.naked + arm.FATTHK,
xright = xright.arm.naked - arm.FATTHK,
ytop = ytop.arm.naked - arm.FATTHK, col = 'pink', lty = 0)
# bird's eye
mid.height <- (leg.ALENGTH + trunk.ALENGTH + head.ASEMAJ * 2) / 2
top.height <- mid.height * 1.5
bottom.height <- mid.height / 2
abline(h = mid.height, lty = 2, col = 'grey')
#abline(h = top.height, lty = 2, col = 'grey')
abline(h = bottom.height, lty = 2, col = 'grey')
# legs
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + top.height, col = "khaki",
b = leg.AWIDTH / 2 + INSDEPDs[4],
a = leg.AWIDTH / 2 + INSDEPDs[4])
if(INSDEPDs[4] < 0.0001){
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + top.height, col = "pink",
b = leg.AWIDTH / 2,
a = leg.AWIDTH / 2, lty = 2)
}
# trunk
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height, col = "lightblue",
b = trunk.AWIDTH / 2 + INSDEPDs[2],
a = trunk.AWIDTH / 2 + INSDEPDs[2])
if(INSDEPDs[2] < 0.0001){
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height, col = "pink",
b = trunk.AWIDTH / 2,
a = trunk.AWIDTH / 2, lty = 2)
}
# head
if(INSDEPDs[2] < 0.0001){
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height,
col = "pink",
b = head.ASEMAJ + INSDEPDs[1],
a = head.BSEMIN + INSDEPDs[1])
}else{
draw.ellipse(c(0, 0) + 1,
c(0, 0) + top.height,
col = "brown",
b = head.ASEMAJ + INSDEPDs[1],
a = head.BSEMIN + INSDEPDs[1])
}
# arms
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + top.height, col = "lightblue",
b = arm.AWIDTH / 2 + INSDEPDs[3],
a = arm.AWIDTH / 2 + INSDEPDs[3])
if(INSDEPDs[4] < 0.0001){
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + top.height, col = "pink",
b = arm.AWIDTH / 2,
a = arm.AWIDTH / 2, lty = 2)
}
# transverse 1
# trunk
draw.ellipse(c(0, 0) + 1,
c(0, 0) + mid.height, col = "lightblue",
b = trunk.AWIDTH / 2 + INSDEPDs[2],
a = trunk.AWIDTH / 2 + INSDEPDs[2])
draw.ellipse(c(0, 0) + 1,
c(0, 0) + mid.height, col = "grey",
b = trunk.AWIDTH / 2,
a = trunk.AWIDTH / 2, lty = 2)
draw.ellipse(c(0, 0) + 1,
c(0, 0) + mid.height, col = "pink",
b = trunk.AWIDTH / 2 - trunk.FATTHK,
a = trunk.AWIDTH / 2 - trunk.FATTHK, lty = 0)
# arms
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + mid.height, col = "lightblue",
b = arm.AWIDTH / 2 + INSDEPDs[3],
a = arm.AWIDTH / 2 + INSDEPDs[3])
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + mid.height, col = "grey",
b = arm.AWIDTH / 2,
a = arm.AWIDTH / 2, lty = 2)
draw.ellipse(c(-trunk.AWIDTH / 2 - arm.AWIDTH / 2 - arm.AWIDTH / 4 - INSDEPDs[2] - INSDEPDs[3],
trunk.AWIDTH / 2 + arm.AWIDTH / 2 + arm.AWIDTH / 4 + INSDEPDs[2] + INSDEPDs[3]) + 1,
c(0, 0) + mid.height, col = "pink",
b = arm.AWIDTH / 2 - arm.FATTHK,
a = arm.AWIDTH / 2 - arm.FATTHK, lty = 2)
# transverse 2
# legs
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + bottom.height, col = "khaki",
b = leg.AWIDTH / 2 + INSDEPDs[4],
a = leg.AWIDTH / 2 + INSDEPDs[4])
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + bottom.height, col = "grey",
b = leg.AWIDTH / 2,
a = leg.AWIDTH / 2, lty = 2)
draw.ellipse(c(-trunk.AWIDTH / 20 - leg.AWIDTH / 2 - INSDEPDs[4],
trunk.AWIDTH / 20 + leg.AWIDTH / 2 + INSDEPDs[4]) + 1,
c(0, 0) + bottom.height, col = "pink",
b = leg.AWIDTH / 2 - leg.FATTHK,
a = leg.AWIDTH / 2 - leg.FATTHK, lty = 0)
height <- GEOM.heads$ALENTH + GEOM.trunks$ALENTH + GEOM.legs$ALENTH # m
abline(h = height + INSDEPDs[4], lty = 2)
abline(h = HEIGHT / 100 + INSDEPDs[4], col = 'red', lty = 2)
return(height)
}
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