## ----setup, include=FALSE-----------------------------------------------------
knitr::opts_chunk$set(echo = TRUE, fig.width=14, fig.height=8, warning=FALSE, comment=NA, message=FALSE, eval=F)
## -----------------------------------------------------------------------------
# library(rISIMIP)
## ----global_options-----------------------------------------------------------
# # Specify path of file directory
# filedir <- "/media/matt/Data/Documents/Wissenschaft/Data"
## ----install_processNC, eval=FALSE--------------------------------------------
# # Install processNC package
# remotes::install_github("RS-eco/processNC")
## -----------------------------------------------------------------------------
# library(processNC)
## -----------------------------------------------------------------------------
# # Crop data by given extent
# hurs_ns <- lapply(hurs, FUN=function(x) crop(x, y=c(-30,75,30,90)))
# huss_ns <- lapply(huss, FUN=function(x) crop(x, y=c(-30,75,30,90)))
# tas_ns <- lapply(tas, FUN=function(x) crop(x, y=c(-30,75,30,90)))
# tmin_ns <- lapply(tmin, FUN=function(x) crop(x, y=c(-30,75,30,90)))
# tmax_ns <- lapply(tmax, FUN=function(x) crop(x, y=c(-30,75,30,90)))
# prec_ns <- lapply(prec, FUN=function(x) crop(x, y=c(-30,75,30,90)))
# bioclim_ns <- lapply(bioclim, FUN=function(x) crop(x, y=c(-30,75,30,90)))
#
# # Change name from .grd to _NorthSea.grd
# hurs_ns_names <- gsub(x = hurs_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
# huss_ns_names <- gsub(x = huss_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
# tas_ns_names <- gsub(x = tas_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
# tmin_ns_names <- gsub(x = tmin_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
# tmax_ns_names <- gsub(x = tmax_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
# prec_ns_names <- gsub(x = prec_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
# bioclim_ns_names <- gsub(x = bioclim_names, pattern = "\\.grd", replacement = "_NorthSea.grd")
#
# # Save to file into NorthSea subfolder
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=hurs_ns, y=hurs_ns_names)
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=huss_ns, y=huss_ns_names)
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=tas_ns, y=tas_ns_names)
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=tmin_ns, y=tmin_ns_names)
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=tmax_ns, y=tmax_ns_names)
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=prec_ns, y=prec_ns_names)
# mapply(FUN=function(x,y) writeRaster(x, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", y)), x=bioclim_ns, y=bioclim_ns_names)
## -----------------------------------------------------------------------------
# # Read and crop wind data and save to file in NorthSea subfolder
# sfcWind_ns <- lapply(list.files(paste0(filedir, "/ISIMIP2b/ProcessedData/global"),
# pattern="monthly_sfcWind_.*\\.grd", full.names=TRUE),
# FUN=function(x){
# data <- stack(x)
# data <- crop(data, y=c(-30,75,30,90))
# names <- basename(x)
# name <- gsub(x = names, pattern = "\\.grd",
# replacement = "_NorthSea.grd")
# writeRaster(data, filename=paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/", name))
# })
## ---- eval=FALSE--------------------------------------------------------------
# # Install ggmap2 package from Github
# devtools::install_github("RS-eco/ggmap2")
## -----------------------------------------------------------------------------
# library(ggmap2)
## -----------------------------------------------------------------------------
# # Read huss NorthSea data files
# hurs <- lapply(list.files(paste0(filedir, "/ISIMIP2b/ProcessedData/NorthSea/historical"),
# pattern="monthly_hurs_.*\\.grd", full.names=TRUE), stack)
# hurs[[1]]
#
# # Create Map
# createMap(hurs[[1]], name="hurs", subnames=month.abb, split=FALSE, ncol=4, width=12, height=8, units="in", dpi=100)
## -----------------------------------------------------------------------------
# # Climate variables
# vars <- c("to", "o2", "intpp", "phy", "zooc", "so", "pic", "prsn")
#
# # Climate models
# models <- c("gfdl-esm2m", "ipsl-cm5a-lr")
#
# # Timeframes (Current, Horizon 2050, 2080, 2100, 2150)
# timeframes <- c("ref", "2050","2080","2100","2150")
# startyears <- c(1970,2036,2066,2086,2136)
# endyears <- c(1999,2065,2095,2115,2165)
# counter <- 1
#
# # Run summariseNC for all combinations
# for(a in 1:length(vars)){
# for(b in 1:length(models)){
# for(c in 1:length(timeframes)){
# files <- listISIMIP(path=filedir, version="ISIMIP2a", type="ocean", var=vars[a],
# model=models[b], startyear=startyears[c],
# endyear=endyears[c])
# filename1 <- paste0(filedir, "ISIMIP2a/ProcessedData/monthly_", vars[a],"_",
# timeframes[c], "_", models[b], ".tif")
# filename2 <- paste0(filedir, "ISIMIP2a/ProcessedData/monthly_cv_", vars[a],"_",
# timeframes[c], "_", models[b], ".tif")
# if(unique(!is.na(files))){
# if(!file.exists(filename1)){
# data_sub <- summariseNC(files=files, startyear=startyears[c], tres="month",
# endyear=endyears[c], filename1=filename1,
# filename2=filename2, format="GTiff",
# overwrite=FALSE)
# }
# }
# d <- round((counter*100/(length(vars)*length(models)*length(timeframes))),
# digits = 2)
# print(paste(d,"% done"))
# counter <- counter + 1
# }
# }
# }
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