R/SOmap2.R
In Maschette/SOmap: Southern Ocean maps
Defines functions
SOmap2
Documented in
SOmap2
#' Southern Ocean Map 2
#'
#' @description
#' Function for creating round Southern Ocean maps with inbuild base layers.
#'
#' @param Bathleg
#' Insert the bathymetry legend.
#' @param CCAMLR
#' Insert the CCAMLR boundaries.
#' @param CCAMLRlab
#' Insert the CCAMLR labels.
#' @param SSRU
#' Insert the CCAMLR small scale research unit boundaries.
#' @param SSRUlab
#' Insert the CCAMLR small scale research unit labels.
#' @param SSMU
#' Insert the CCAMLR small scale management unit boundaries.
#' @param SSMUlab
#' Insert the CCAMLR small scale management unit labels.
#' @param RB
#' Insert the CCAMLR research block boundaries.
#' @param RBlab
#' Insert the CCAMLR research block labels.
#' @param SPRFMORB
#' Insert the SPRFMO toothfish research block boundaries.
#' @param Border
#' Insert longitude border.
#' @param Trim
#' Longitude to trim map to.
#' @param Grats
#' Insert graticule grid.
#' @param EEZ
#' Insert Exclusive Economic Zones.
#' @param EEZlab
#' Insert Exclusive Economic Zone labels.
#' @param MPA
#' Insert CCAMLE Marine Protected Areas.
#' @param MPAlab
#' Insert CCAMLE Marine Protected Area labels.
#' @param IWC
#' Insert International Whaling Commission boundaries.
#' @param IWClab
#' Insert International Whaling Commission labels.
#' @param rbcol
#' Color for CCAMLR research blocks.
#' @param sprfmocol
#' Color for SPRFMO toothfish research blocks
#' @param ccamlrcol
#' Color for CCAMLR boundaries
#' @param ssrucol
#' Color for CCAMLR small scale research units.
#' @param ssmucol
#' Color for CCAMLR small scale management units.
#' @param eezcol
#' Color for Exclusive Economic Zone boundaries; Default is maroon.
#' @param mpacol
#' Color for CCAMLR Marine Protected Areas; Default is yellow.
#' @param bordercol
#' Colors for longitude border; Default is c("black","white").
#' @param gratcol
#' Color for graticule grid; Default is grey.
#' @param iwccol
#' Color for IWC boundaries; Default is blue.
#' @param straight
#' Do you need a blank space on the side for a straight legend.
#' @param land
#' Plot land boundary
#' @param frontcols
#' colors for fronts
#' @param fronts
#' Plot ocean fronts: Subantarctic Front, Polar Front, Southern Antarctic Circumpolar Current Front
#'
#' @return
#' Produces at the very base a round bathymetry map of the southern hemisphere.
#'
#' @examples
#' \dontrun{
#' Dat.Dir<-getwd()
#' png(paste(Dat.Dir,'/SOmap.png', sep=''), width=22, height=20, units='cm', res=600)
#' SOmap(CCAMLRlab= F,CCAMLR=T, ccamlrcol = 1, Trim=-45)
#' dev.off()
#' }
#' @export
#'
SOmap2<-function(Bathleg=TRUE,
land=TRUE,
CCAMLR= FALSE,
CCAMLRlab= FALSE,
SSRU= FALSE,
SSRUlab = FALSE,
SSMU= FALSE,
SSMUlab= FALSE,
RB= FALSE,
RBlab= FALSE,
SPRFMORB= FALSE,
Border= TRUE,
Trim= -45,
Grats= FALSE,
EEZ=FALSE,
EEZlab=FALSE,
MPA=FALSE,
MPAlab=FALSE,
IWC=FALSE,
IWClab=FALSE,
straight=FALSE,
fronts=FALSE,
frontcols=c("hotpink","orchid","plum"),
rbcol=3,
sprfmocol='grey50',
ccamlrcol=2,
ssrucol="grey50",
ssmucol="grey70",
eezcol="maroon",
mpacol= "yellow",
bordercol=c("white","black"),
gratcol="grey70",
iwccol="blue"){
## data
Bathy <- NULL
SOmap_data <- NULL
data("SOmap_data", package = "SOmap", envir = environment())
data("Bathy", package = "SOmap", envir = environment())
#### Set up color palette for bathy #
ramp2<-grDevices::colorRampPalette(c("#54A3D1","#60B3EB","#78C8F0","#98D1F5","#B5DCFF","#BDE1F0","#CDEBFA","#D6EFFF","#EBFAFF","grey92","grey94","grey96", "white"))
bluepal<-ramp2(68)
bluepal2<-ramp2(80)
#### Setup color border #
bord<-graticule::graticule(lons = seq(-180,180, by=15),lats = c(Trim+2,Trim), tiles = TRUE, proj = raster::projection(Bathy))
if(Bathleg==TRUE){
#### White Mask #
j<-graticule::graticule(lons = seq(-180,180, by=1),lats = c(-10,Trim+2), tiles = TRUE, proj = raster::projection(Bathy))
#### Legend #
##Colored legend
bleg<-graticule::graticule(lons = seq(185,265, by=1),lats = c(Trim+3,Trim+5), tiles = TRUE, proj = raster::projection(Bathy))
btick <- graticule::graticule(lats=c(Trim+4,Trim+7), lons = seq(190,260, by=11.666), proj=raster::projection(Bathy), tiles=F)
k<-graticule::graticule(lons = seq(-180,180, by=1),lats = c(Trim+10,Trim+6.75), tiles = TRUE, proj = raster::projection(Bathy))
df2 <- data.frame(a = c("-8000","-6000","-4000","-2000","0","2000", "4000"),
lon = seq(190,260, by=11.666),
lat=rep(Trim+9, 7))
sp::coordinates(df2) <- c("lon", "lat")
raster::projection(df2) <- "+init=epsg:4326"
lab_pos2 <- sp::spTransform(df2, raster::crs(raster::projection(Bathy)))
}
## Graticule dots #
xx <- c(0,45, 90,135, 180,225, 270,315, 360); yy <- c(-90,-75, -60, -45, Trim)
grat <- graticule::graticule(xx, yy, proj=raster::projection(Bathy))
gratlab <- graticule::graticule_labels(lons=180,lats = c(-45,-30,-60,-75), xline=180, yline=-15, proj=raster::projection(Bathy))
#### CCAMLR Labels
cclabs<-c("88.3","48.4","88.2","48.2","48.3","58.4.3a","58.4.3b","58.5.2","48.5","48.6","58.4.1","88.1","58.4.4a","58.7","58.6","58.5.1","58.4.4b")
## Which plot to use
## Set the Trim value depending on legend yes or no
ifelse(Bathleg==TRUE,q<-Trim+13,q<-Trim+2)
##Set Par
op <- graphics::par(mar = rep(0.01, 4), oma= rep(0.0, 4), mai= rep(0.0, 4))
## Plot bathymetry
if(straight==T){potato<-raster::plot
warning("Straight legends with round plots look terrible.", call. = "FALSE")
potato(raster::trim(SOmap::latmask(Bathy, latitude = q)), col=bluepal,legend=FALSE, yaxt='n', xaxt='n')}else{
potato<-raster::image
potato(raster::trim(SOmap::latmask(Bathy, latitude = q)), col=bluepal, yaxt='n', xaxt='n')}
graphics::box(col = "white")
if (land) {
if (CCAMLR) {
notANT <- SOmap_data$continent[SOmap_data$continent$continent !="Antarctica",]
plot(notANT,border=1, add = TRUE)
} else {
plot(SOmap_data$continent, border=1, add = TRUE)
}
}
if(IWC==TRUE){
# iwc<-graticule::graticule(c(-170,-120,-60,0,70,130,-230), c(-90,Trim+0.5), proj=raster::projection(Bathy))
# plot(iwc,col=iwccol, add = TRUE)
graphics::lines(rgdal::project(rbind(c(-170, Trim), c(-170, -78.40)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(-120, Trim), c(-120, -73.844137)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(-60, -65.168), c(-60, -75.146206)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(-60, Trim), c(-60, -62.4505)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(0, Trim), c(0, -69.596701)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(70, Trim), c(70, -68.366691)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(130, Trim), c(130, -66.295027)), raster::projection(Bathy)), col=iwccol)
}
if(IWClab==TRUE){
df3 <- data.frame(a = c("Area VI","Area I","Area II","Area III","Area IV","Area V"),
lon = c(-145,-90,-30,35,100,160),
lat=rep(-60, 6))
sp::coordinates(df3) <- c("lon", "lat")
raster::projection(df3) <- "+init=epsg:4326"
lab_pos3 <- sp::spTransform(df3, raster::crs(raster::projection(Bathy)))
text(lab_pos3, labels = lab_pos3$a,col=iwccol, cex = 0.4, pos=1, offset=-0.05)
}
#fronts
if(fronts==TRUE){
plot(SOmap_data$fronts_orsi, add = TRUE, col = frontcols)}
#Graticule grid
if(Grats==TRUE){
raster::plot(grat,add=TRUE, col=gratcol, lty=3)
text(gratlab, lab= parse(text = gratlab$lab), col="grey70",cex=0.5)}
if(RB==TRUE){
#load("RB.rda")
raster::plot(SOmap_data$CCAMLR_research_blocks, border=rbcol, add=TRUE)}
if(RBlab==TRUE){
text(SOmap_data$CCAMLR_research_blocks, labels = SOmap_data$CCAMLR_research_blocks@data$ShortLabel,col=rbcol, cex = 0.4, pos=4, offset=0.3)}
if(SPRFMORB==TRUE){
sprfmoa<-graticule::graticule(lats=c(-59.9,-57.9),lons= c(-155.3333,-150),proj = raster::projection(Bathy))
raster::plot(sprfmoa, add=TRUE, col=sprfmocol)
sprfmob<-graticule::graticule(lats=c(-59.0,-60.0),lons= c(-142.1666667,-145.833333),proj = raster::projection(Bathy))
raster::plot(sprfmob, add=TRUE, col=sprfmocol) }
if(SSRU==TRUE){
#load("SSRU.rda")
plot(SOmap_data$CCAMLR_SSRU,border=ssrucol, add = TRUE)}
if(SSRUlab==TRUE){
text(SOmap_data$CCAMLR_SSRU, labels = SOmap_data$CCAMLR_SSRU@data$ShortLabel,col=ssrucol, cex = 0.4, pos=1, offset=-0.05)}
if(SSMU==TRUE){
#load("SSMU.rda")
plot(SOmap_data$SSMU,border=ssmucol, add = TRUE)}
if(SSMUlab==TRUE){
text(SOmap_data$SSMU, labels = SOmap_data$SSMU@data$LongLabel,col=ssmucol, cex = 0.5, pos=1, offset=0.6)}
if(CCAMLR==TRUE){
#load("CCAMLR.rda")
plot(SOmap_data$CCAMLR_statistical_areas,border=ccamlrcol, add = TRUE)}
if(CCAMLRlab==TRUE){
text(SOmap_data$CCAMLR_statistical_areas[SOmap_data$CCAMLR_statistical_areas$GAR_Long_L!="48.1"&SOmap_data$CCAMLR_statistical_areas$GAR_Long_L!="58.4.2",], labels = cclabs, col=ccamlrcol,cex = 0.5, pos=1, offset=-0.3)
text(SOmap_data$CCAMLR_statistical_areas[SOmap_data$CCAMLR_statistical_areas$GAR_Long_L=="58.4.2",], labels = "58.4.2", col=ccamlrcol,cex = 0.5, pos=3, offset=0.5)
text(SOmap_data$CCAMLR_statistical_areas[SOmap_data$CCAMLR_statistical_areas$GAR_Long_L=="48.1",], labels = "48.1", col=ccamlrcol,cex = 0.5, pos=2, offset=-0.1)}
# EEZ
if(EEZ==TRUE){
plot(SOmap_data$EEZ,border=eezcol, add = TRUE)}
if(EEZlab==TRUE){
text(SOmap_data$EEZ, labels = SOmap_data$EEZ$Names, col=eezcol,cex = 0.35, pos=4, offset=0.8)}
# MPA
if(MPA==TRUE){
MPA1 <- SOmap_data$CCAMLR_MPA
#load("MPA.rda")
plot(MPA1,border=mpacol, add = TRUE)
}
if(MPAlab==TRUE){
text(MPA1, labels = MPA1@data$ShortLabel, col=mpacol,cex = 0.35, pos=1, offset=0.2)}
#Legend
if(Bathleg==TRUE) {raster::plot(j, border=F,col="white", add=T) #White mask
raster::plot(btick, add=T, col=1)
raster::plot(bleg, lwd=2, add=T)
raster::plot(bleg, border=F, col=bluepal2, add=T)
raster::plot(k, border=F,col="white", add=T)
text(lab_pos2, labels=lab_pos2$a, cex= 0.75, adj=0.5)}
if(Border==TRUE){
raster::plot(bord, col=bordercol, add=TRUE)}
#if(CCAMLR==TRUE & land==TRUE){warning("Note: CCAMLR and land boundaries are different resolutions.", "Suggest not using both", call. = "FALSE")}
## Return Par
graphics::par(op)
print("Congratulations, you did a thing!")
}
Maschette/SOmap documentation built on May 26, 2019, 3:30 a.m.
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Defines functions SOmap2
Documented in SOmap2
#' Southern Ocean Map 2
#'
#' @description
#' Function for creating round Southern Ocean maps with inbuild base layers.
#'
#' @param Bathleg
#' Insert the bathymetry legend.
#' @param CCAMLR
#' Insert the CCAMLR boundaries.
#' @param CCAMLRlab
#' Insert the CCAMLR labels.
#' @param SSRU
#' Insert the CCAMLR small scale research unit boundaries.
#' @param SSRUlab
#' Insert the CCAMLR small scale research unit labels.
#' @param SSMU
#' Insert the CCAMLR small scale management unit boundaries.
#' @param SSMUlab
#' Insert the CCAMLR small scale management unit labels.
#' @param RB
#' Insert the CCAMLR research block boundaries.
#' @param RBlab
#' Insert the CCAMLR research block labels.
#' @param SPRFMORB
#' Insert the SPRFMO toothfish research block boundaries.
#' @param Border
#' Insert longitude border.
#' @param Trim
#' Longitude to trim map to.
#' @param Grats
#' Insert graticule grid.
#' @param EEZ
#' Insert Exclusive Economic Zones.
#' @param EEZlab
#' Insert Exclusive Economic Zone labels.
#' @param MPA
#' Insert CCAMLE Marine Protected Areas.
#' @param MPAlab
#' Insert CCAMLE Marine Protected Area labels.
#' @param IWC
#' Insert International Whaling Commission boundaries.
#' @param IWClab
#' Insert International Whaling Commission labels.
#' @param rbcol
#' Color for CCAMLR research blocks.
#' @param sprfmocol
#' Color for SPRFMO toothfish research blocks
#' @param ccamlrcol
#' Color for CCAMLR boundaries
#' @param ssrucol
#' Color for CCAMLR small scale research units.
#' @param ssmucol
#' Color for CCAMLR small scale management units.
#' @param eezcol
#' Color for Exclusive Economic Zone boundaries; Default is maroon.
#' @param mpacol
#' Color for CCAMLR Marine Protected Areas; Default is yellow.
#' @param bordercol
#' Colors for longitude border; Default is c("black","white").
#' @param gratcol
#' Color for graticule grid; Default is grey.
#' @param iwccol
#' Color for IWC boundaries; Default is blue.
#' @param straight
#' Do you need a blank space on the side for a straight legend.
#' @param land
#' Plot land boundary
#' @param frontcols
#' colors for fronts
#' @param fronts
#' Plot ocean fronts: Subantarctic Front, Polar Front, Southern Antarctic Circumpolar Current Front
#'
#' @return
#' Produces at the very base a round bathymetry map of the southern hemisphere.
#'
#' @examples
#' \dontrun{
#' Dat.Dir<-getwd()
#' png(paste(Dat.Dir,'/SOmap.png', sep=''), width=22, height=20, units='cm', res=600)
#' SOmap(CCAMLRlab= F,CCAMLR=T, ccamlrcol = 1, Trim=-45)
#' dev.off()
#' }
#' @export
#'
SOmap2<-function(Bathleg=TRUE,
land=TRUE,
CCAMLR= FALSE,
CCAMLRlab= FALSE,
SSRU= FALSE,
SSRUlab = FALSE,
SSMU= FALSE,
SSMUlab= FALSE,
RB= FALSE,
RBlab= FALSE,
SPRFMORB= FALSE,
Border= TRUE,
Trim= -45,
Grats= FALSE,
EEZ=FALSE,
EEZlab=FALSE,
MPA=FALSE,
MPAlab=FALSE,
IWC=FALSE,
IWClab=FALSE,
straight=FALSE,
fronts=FALSE,
frontcols=c("hotpink","orchid","plum"),
rbcol=3,
sprfmocol='grey50',
ccamlrcol=2,
ssrucol="grey50",
ssmucol="grey70",
eezcol="maroon",
mpacol= "yellow",
bordercol=c("white","black"),
gratcol="grey70",
iwccol="blue"){
## data
Bathy <- NULL
SOmap_data <- NULL
data("SOmap_data", package = "SOmap", envir = environment())
data("Bathy", package = "SOmap", envir = environment())
#### Set up color palette for bathy #
ramp2<-grDevices::colorRampPalette(c("#54A3D1","#60B3EB","#78C8F0","#98D1F5","#B5DCFF","#BDE1F0","#CDEBFA","#D6EFFF","#EBFAFF","grey92","grey94","grey96", "white"))
bluepal<-ramp2(68)
bluepal2<-ramp2(80)
#### Setup color border #
bord<-graticule::graticule(lons = seq(-180,180, by=15),lats = c(Trim+2,Trim), tiles = TRUE, proj = raster::projection(Bathy))
if(Bathleg==TRUE){
#### White Mask #
j<-graticule::graticule(lons = seq(-180,180, by=1),lats = c(-10,Trim+2), tiles = TRUE, proj = raster::projection(Bathy))
#### Legend #
##Colored legend
bleg<-graticule::graticule(lons = seq(185,265, by=1),lats = c(Trim+3,Trim+5), tiles = TRUE, proj = raster::projection(Bathy))
btick <- graticule::graticule(lats=c(Trim+4,Trim+7), lons = seq(190,260, by=11.666), proj=raster::projection(Bathy), tiles=F)
k<-graticule::graticule(lons = seq(-180,180, by=1),lats = c(Trim+10,Trim+6.75), tiles = TRUE, proj = raster::projection(Bathy))
df2 <- data.frame(a = c("-8000","-6000","-4000","-2000","0","2000", "4000"),
lon = seq(190,260, by=11.666),
lat=rep(Trim+9, 7))
sp::coordinates(df2) <- c("lon", "lat")
raster::projection(df2) <- "+init=epsg:4326"
lab_pos2 <- sp::spTransform(df2, raster::crs(raster::projection(Bathy)))
}
## Graticule dots #
xx <- c(0,45, 90,135, 180,225, 270,315, 360); yy <- c(-90,-75, -60, -45, Trim)
grat <- graticule::graticule(xx, yy, proj=raster::projection(Bathy))
gratlab <- graticule::graticule_labels(lons=180,lats = c(-45,-30,-60,-75), xline=180, yline=-15, proj=raster::projection(Bathy))
#### CCAMLR Labels
cclabs<-c("88.3","48.4","88.2","48.2","48.3","58.4.3a","58.4.3b","58.5.2","48.5","48.6","58.4.1","88.1","58.4.4a","58.7","58.6","58.5.1","58.4.4b")
## Which plot to use
## Set the Trim value depending on legend yes or no
ifelse(Bathleg==TRUE,q<-Trim+13,q<-Trim+2)
##Set Par
op <- graphics::par(mar = rep(0.01, 4), oma= rep(0.0, 4), mai= rep(0.0, 4))
## Plot bathymetry
if(straight==T){potato<-raster::plot
warning("Straight legends with round plots look terrible.", call. = "FALSE")
potato(raster::trim(SOmap::latmask(Bathy, latitude = q)), col=bluepal,legend=FALSE, yaxt='n', xaxt='n')}else{
potato<-raster::image
potato(raster::trim(SOmap::latmask(Bathy, latitude = q)), col=bluepal, yaxt='n', xaxt='n')}
graphics::box(col = "white")
if (land) {
if (CCAMLR) {
notANT <- SOmap_data$continent[SOmap_data$continent$continent !="Antarctica",]
plot(notANT,border=1, add = TRUE)
} else {
plot(SOmap_data$continent, border=1, add = TRUE)
}
}
if(IWC==TRUE){
# iwc<-graticule::graticule(c(-170,-120,-60,0,70,130,-230), c(-90,Trim+0.5), proj=raster::projection(Bathy))
# plot(iwc,col=iwccol, add = TRUE)
graphics::lines(rgdal::project(rbind(c(-170, Trim), c(-170, -78.40)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(-120, Trim), c(-120, -73.844137)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(-60, -65.168), c(-60, -75.146206)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(-60, Trim), c(-60, -62.4505)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(0, Trim), c(0, -69.596701)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(70, Trim), c(70, -68.366691)), raster::projection(Bathy)), col=iwccol)
graphics::lines(rgdal::project(rbind(c(130, Trim), c(130, -66.295027)), raster::projection(Bathy)), col=iwccol)
}
if(IWClab==TRUE){
df3 <- data.frame(a = c("Area VI","Area I","Area II","Area III","Area IV","Area V"),
lon = c(-145,-90,-30,35,100,160),
lat=rep(-60, 6))
sp::coordinates(df3) <- c("lon", "lat")
raster::projection(df3) <- "+init=epsg:4326"
lab_pos3 <- sp::spTransform(df3, raster::crs(raster::projection(Bathy)))
text(lab_pos3, labels = lab_pos3$a,col=iwccol, cex = 0.4, pos=1, offset=-0.05)
}
#fronts
if(fronts==TRUE){
plot(SOmap_data$fronts_orsi, add = TRUE, col = frontcols)}
#Graticule grid
if(Grats==TRUE){
raster::plot(grat,add=TRUE, col=gratcol, lty=3)
text(gratlab, lab= parse(text = gratlab$lab), col="grey70",cex=0.5)}
if(RB==TRUE){
#load("RB.rda")
raster::plot(SOmap_data$CCAMLR_research_blocks, border=rbcol, add=TRUE)}
if(RBlab==TRUE){
text(SOmap_data$CCAMLR_research_blocks, labels = SOmap_data$CCAMLR_research_blocks@data$ShortLabel,col=rbcol, cex = 0.4, pos=4, offset=0.3)}
if(SPRFMORB==TRUE){
sprfmoa<-graticule::graticule(lats=c(-59.9,-57.9),lons= c(-155.3333,-150),proj = raster::projection(Bathy))
raster::plot(sprfmoa, add=TRUE, col=sprfmocol)
sprfmob<-graticule::graticule(lats=c(-59.0,-60.0),lons= c(-142.1666667,-145.833333),proj = raster::projection(Bathy))
raster::plot(sprfmob, add=TRUE, col=sprfmocol) }
if(SSRU==TRUE){
#load("SSRU.rda")
plot(SOmap_data$CCAMLR_SSRU,border=ssrucol, add = TRUE)}
if(SSRUlab==TRUE){
text(SOmap_data$CCAMLR_SSRU, labels = SOmap_data$CCAMLR_SSRU@data$ShortLabel,col=ssrucol, cex = 0.4, pos=1, offset=-0.05)}
if(SSMU==TRUE){
#load("SSMU.rda")
plot(SOmap_data$SSMU,border=ssmucol, add = TRUE)}
if(SSMUlab==TRUE){
text(SOmap_data$SSMU, labels = SOmap_data$SSMU@data$LongLabel,col=ssmucol, cex = 0.5, pos=1, offset=0.6)}
if(CCAMLR==TRUE){
#load("CCAMLR.rda")
plot(SOmap_data$CCAMLR_statistical_areas,border=ccamlrcol, add = TRUE)}
if(CCAMLRlab==TRUE){
text(SOmap_data$CCAMLR_statistical_areas[SOmap_data$CCAMLR_statistical_areas$GAR_Long_L!="48.1"&SOmap_data$CCAMLR_statistical_areas$GAR_Long_L!="58.4.2",], labels = cclabs, col=ccamlrcol,cex = 0.5, pos=1, offset=-0.3)
text(SOmap_data$CCAMLR_statistical_areas[SOmap_data$CCAMLR_statistical_areas$GAR_Long_L=="58.4.2",], labels = "58.4.2", col=ccamlrcol,cex = 0.5, pos=3, offset=0.5)
text(SOmap_data$CCAMLR_statistical_areas[SOmap_data$CCAMLR_statistical_areas$GAR_Long_L=="48.1",], labels = "48.1", col=ccamlrcol,cex = 0.5, pos=2, offset=-0.1)}
# EEZ
if(EEZ==TRUE){
plot(SOmap_data$EEZ,border=eezcol, add = TRUE)}
if(EEZlab==TRUE){
text(SOmap_data$EEZ, labels = SOmap_data$EEZ$Names, col=eezcol,cex = 0.35, pos=4, offset=0.8)}
# MPA
if(MPA==TRUE){
MPA1 <- SOmap_data$CCAMLR_MPA
#load("MPA.rda")
plot(MPA1,border=mpacol, add = TRUE)
}
if(MPAlab==TRUE){
text(MPA1, labels = MPA1@data$ShortLabel, col=mpacol,cex = 0.35, pos=1, offset=0.2)}
#Legend
if(Bathleg==TRUE) {raster::plot(j, border=F,col="white", add=T) #White mask
raster::plot(btick, add=T, col=1)
raster::plot(bleg, lwd=2, add=T)
raster::plot(bleg, border=F, col=bluepal2, add=T)
raster::plot(k, border=F,col="white", add=T)
text(lab_pos2, labels=lab_pos2$a, cex= 0.75, adj=0.5)}
if(Border==TRUE){
raster::plot(bord, col=bordercol, add=TRUE)}
#if(CCAMLR==TRUE & land==TRUE){warning("Note: CCAMLR and land boundaries are different resolutions.", "Suggest not using both", call. = "FALSE")}
## Return Par
graphics::par(op)
print("Congratulations, you did a thing!")
}
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