# set working dir
# set working dir
# setwd("C:/Users/Kay/Desktop")
# long procedure:
for(i in 1:1e+5) {cat(i); cat("\n..................\n")}
d <- "something"
# save history
savehistory()
# and worspace
save.image()
# then shutdown after 240 s
system("C:/Windows/system32/shutdown.exe -f -s -t 240")
# this would abort the shutdown:
# system("C:/Windows/system32/shutdown.exe -a")
theBioBucket*
*a biologist's recycle-bin
21 May 2013
R Quick Tip: Shutdown Windows after Script Has Finished
Quite often I have long procedures running and want to do this over night. However, my computer would still be running all night after the script has finished. This is easily circumvented by the following lines that I put at the end of such a script:
6 May 2013
Creating a QGIS-Style (qml-file) with an R-Script
How to get from a txt-file with short names and labels to a QGIS-Style (qml-file)?
I used the below R-script to create a style for this legend table where I copy-pasted the parts I needed to a txt-file, like for the WRB-FULL (WRB-FULL: Full soil code of the STU from the World Reference Base for Soil Resources). The vector data to which I applied the style is freely available at ESDAC - you just need to submit a form to get access to the data. BTW, thanks to a helping hand on SO.
You can find the QGIS-styler script in theBioBucket-Repository on GitHub.
I used the below R-script to create a style for this legend table where I copy-pasted the parts I needed to a txt-file, like for the WRB-FULL (WRB-FULL: Full soil code of the STU from the World Reference Base for Soil Resources). The vector data to which I applied the style is freely available at ESDAC - you just need to submit a form to get access to the data. BTW, thanks to a helping hand on SO.
You can find the QGIS-styler script in theBioBucket-Repository on GitHub.
2 May 2013
Rasterize CORINE Landcover 2006 Seamless Vector Data with OGR-rasterize
Following up my latest postings (HERE & HERE) on Corine Landcover I'll share how to rasterize this data at a desired resolution with OGR rasterize:
cd D:/GIS_DataBase/CorineLC/shps_app_and_extr/
# grab extracted and appended / merged file, created previously:
myfile=extr_and_app.dbf
name=${myfile%.dbf}
# rasterize y- and x-resolution = 50 map units:
gdal_rasterize -a code_06 -tr 50 50 -l $name $myfile D:/GIS_DataBase/CorineLC/shps_app_and_extr/clc_tirol_raster_50.tif
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