howto.txt

# Launch simulations using the appropriate Gradle task
$ ./gradlew tuples
# Plot them
$ ./plotter.py plots/plot.yml data-f16c/ casestudy.* casestudy data-f16c/imgs
# Put together the images for a better visualisation
$ ./showImgs.sh data/imgs/ tuples_0_0 3 summary

# Prepare data files
# Strip date in filenames
rename 's/([0-9]+)-(.*)/$2/' data-b8c7/*
# Check diff
diff -y -w -I "\#.*" --suppress-common-lines data-39f8/ data-7261/ | head
colordiff --left-column -y -w -I "\#.*" --suppress-common-lines results/data-casestudy-f16c/ data-7261/

# Running simulations in K8S cluster
# 0. Prepare your simulation configuration and gradle tasks
# 1. Build docker container image and push image to remote repo (so that the cluster will be able to download it)
$ docker build -t metaphori/xc:v0 . && docker push metaphori/xc:v0
# 2. Launch tasks on k8s cluster, e.g., 'moving' and 'moreins'
$ ./kube-launch-task.sh xc metaphori/xc:v0 "./gradlew casestudy" . 30d
# 3. Monitor tasks, e.g.
$ kubectl exec tpl-moving -- ls -l /tuples/data/
# 4. When done, retrieve data
$ kubectl cp tpl-moving:/tuples/data/ data/ # i.e., pod:remote/path local/path


# RUNNING on iris
ssh iris.apice.unibo.it
# do job, then exit and
scp -r iris.apice.unibo.it:/home/roby/... local/outdir