Docker

Makefile

@@ -0,0 +1,97 @@
+RECENT ?= false
+container_cmd ?= docker
+container_args ?= run --user $(shell id -u):$(shell id -g) --env RECENT=${RECENT} --mount type=bind,src=${DATADIR},dst=/home/user/data --mount type=bind,src="$(shell pwd)",dst=/home/user --env PARALLEL="--delay 0.1 -j -1"
+
+org-babel = emacsclient --eval "(progn                  \
+        (find-file \"$(1)\")                            \
+        (org-babel-goto-named-src-block \"$(2)\")       \
+        (org-babel-execute-src-block)                   \
+        (save-buffer))"
+# Usage: $(call org-babel,<file.org>,<named_babel_block>)
+
+
+PROMICE_MB: all
+# dist
+
+docker: FORCE
+	docker pull hillerup/tmb_grass:latest
+	${container_cmd} ${container_args} hillerup/tmb_grass
+	docker pull hillerup/tmb_conda:latest
+	${container_cmd} ${container_args} hillerup/tmb_conda conda env export -n base
+
+all: FORCE
+	make docker
+	mkdir -p tmp dat
+	# set up
+	${container_cmd} ${container_args} hillerup/tmb_grass grass -e -c EPSG:4326 G_HIRHAM
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_HIRHAM/PERMANENT/ --exec ./HIRHAM.sh
+	${container_cmd} ${container_args} hillerup/tmb_grass grass -e -c XY G_HIRHAM_XY
+	${container_cmd} ${container_args} hillerup/tmb_grass grass -e -c EPSG:3413 G_MAR
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_MAR/PERMANENT --exec ./MAR.sh
+
+	${container_cmd} ${container_args} hillerup/tmb_grass grass -e -c EPSG:3413 G_RACMO
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_RACMO/PERMANENT --exec ./RACMO.sh
+
+	# BMB setup on the MAR grid
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_MAR/PERMANENT --exec ./BMB.sh
+
+	make SMB
+	make BMB
+	make dist
+
+SMB: FORCE
+	# partition RCM by Zwally sectors, Mouginot basins, and Mouginot regions
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_HIRHAM_XY/PERMANENT --exec ./SMB_HIRHAM_ROI.sh
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_MAR/PERMANENT --exec ./SMB_MAR_ROI.sh
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_RACMO/PERMANENT --exec ./SMB_RACMO_ROI.sh
+	./SMB_merge.sh
+	${container_cmd} ${container_args} hillerup/tmb_conda python ./SMB_bsv2nc.py
+
+BMB: FORCE
+	${container_cmd} ${container_args} hillerup/tmb_grass grass ./G_MAR/PERMANENT --exec ./BMB_MAR.sh
+	./BMB_merge.sh
+	${container_cmd} ${container_args} hillerup/tmb_conda python ./BMB_bsv2nc.py
+
+
+test_tmp: FORCE
+	./BMB_merge.sh
+	${container_cmd} ${container_args} hillerup/tmb_conda python ./BMB_bsv2nc.py
+
+update: FORCE
+	# remove previously forecasted MAR 
+	for n in $$(seq -10 10); do d=$$(date --date="$${n} days ago" --iso-8601); rm -f ./tmp/MAR/*_$${d}.bsv; done
+	RECENT=true make SMB
+	for n in $$(seq -10 10); do d=$$(date --date="$${n} days ago" --iso-8601); rm -f ./tmp/BMB/*_$${d}.bsv; done
+	RECENT=true make BMB
+	make dist
+
+
+validate: FORCE
+	${container_cmd} ${container_args} hillerup/tmb_grass grass -e -c EPSG:3413 G
+
+dist: FORCE
+	mkdir -p TMB
+	# create end-user data product
+	${container_cmd} ${container_args} hillerup/tmb_conda python ./build_TMB_nc.py
+	#cp ./TMB/* /mnt/thredds_fileshare/mass_balance/
+	# python ./upload_to_DV.py
+	#python ./twitfig.py
+	# python ./twitbot.py
+
+
+FORCE: # dummy target
+
+clean_30:
+	# Rebuild the last 30 days
+	for n in $$(seq -10 30); do d=$$(date --date="$${n} days ago" --iso-8601); rm -f ./tmp/MAR/*_$${d}.bsv; done
+	for n in $$(seq -10 30); do d=$$(date --date="$${n} days ago" --iso-8601); rm -f ./tmp/RACMO/*_$${d}.bsv; done
+	for n in $$(seq -10 30); do d=$$(date --date="$${n} days ago" --iso-8601); rm -f ./tmp/BMB/*_$${d}.bsv; done
+	make update
+
+
+clean_all:
+	rm -fR G G_RACMO G_HIRHAM G_HIRHAM_XY G_MAR G_tmp tmp dat TMB
+
+clean_SMB:
+	rm -fR tmp/HIRHAM tmp/MAR tmp/RACMO 
+

README.org

@@ -73,11 +73,11 @@ This is the source for "Greenland ice sheet mass balance from 1840 through next
 
 * Funding
 
-| Dates        | Organization | Program                                   | Effort                                 |
-|--------------+--------------+-------------------------------------------+----------------------------------------|
-| 2023 --      | NASA GISS    | Modeling Analysis and Prediction program. | Maintenance                            |
-| 2022 --      | GEUS         | PROMICE                                   | Distribution (data hosting)            |
-| 2018 -- 2022 | GEUS         | PROMICE                                   | Development; publication; distribution |
+| Dates        | Organization | Program                                   | Effort                                      |
+|--------------+--------------+-------------------------------------------+---------------------------------------------|
+| 2023 --      | NASA GISS    | Modeling Analysis and Prediction program. | Maintenance                                 |
+| 2022 --      | GEUS         | PROMICE                                   | Distribution (data hosting); maintenance    |
+| 2018 -- 2022 | GEUS         | PROMICE                                   | Development; publication; distribution      |