arrogantrobot

What are you implying about the GMO nature of soy? Does that make it worse than non-GMO soy? Also, what do you mean "lacking any genetic variance"?

A very clever way to run genomic analysis on GCP is via WDL ( https://software.broadinstitute.org/wdl/ ) workflows executed on the Cromwell ( https://github.com/broadinstitute/cromwell ) service. Using WDL you define tasks, and compose those into workflows, then Cromwell executes those tasks on GCP using the pipelines api ( https://cloud.google.com/genomics/reference/rest/v1alpha2/pi... ). So you don't need to set up any instances at all, each stage of your pipeline, a task, is executed in its own docker instance, with files from google cloud storage being materialized on that instance for you. When that task is done, outputs are sent to cloud storage buckets, and everything is torn down.

Picard can pull reads directly out of the google genomics API, and more of the Broad tools are adopting the GA4GH api, so this means an increasing amount of core tools anyone doing genomics will want to use, will work directly with google genomics.

Also, if you'd like to change the pixels per cell, add a param to the link like so:

http://archetyp.al/other_pages/cellular_automata.html?ppc=1

or

http://archetyp.al/other_pages/cellular_automata.html?ppc=50

I've just added them.

My initial selection of rules was based on aesthetics and liveliness. That is, how well the output of one rule would provide interesting seed material for the next rule.

http://blog.fixational.com/post/19177752599/opencv-vs-matlab

...just in case you also couldn't click or copy the link from the article

"Heart of Darkness" by Joseph Conrad. Apocalypse Now was based on this book. Fairly short and very good.