Some publishing work on AFCALC

Today I am packaging some modules used by AFCALC and my own writings.

In the AFCALC GitHub repo I am placing the Wiki page which lists every external link relevant to the project. Also I plan to write a short article explaining what's going on in AFCALC to the wide public.

Initial paper which was used as an article accompanying my diploma project was uploaded to Scribd: Numerical Modelling of the 2D Explosion of the Elliptic Charge using the Multithreading

Integration module which bundled with AFCALC will be published with the name Data.Complex.Integrate to the HackageDB.

Theta module which bundled with AFCALC and used by the reference model will be published with the name Numeric.Functions.Theta to the HackageDB.

I'll cabalize Integrate and Theta right after finishing this post.

Status update of AFCALC development

Well, AFCALC development goes smoothly and I reached the important milestone. Code base substantially shrunk — I was mostly fixing bugs, not adding features.

AFCALC now equipped with one testing model with exp() as transforming function and one real-world model of explosion made in 1970's by Kotlyar L. M.. It's successfully plotting the simplified version of Kotlyar's model, and it is very promising result.

The ALCALC — Mathematical modelling of explosions, filtration processes and electrochemistry as liquid flows

My current science research (in pursue of Ph.D degree) is in field of mathematical physics. I am doing some cool stuff with representing the processes of explosion, filtration and electrochemistry as flows of ideal liquid. There are some hard-boiled math with Complex Complex-value functions. Project is a program in Haskell to be able to set initial parameters and get a schematic chart representing the final area and edges of process. Finding precise form of edges (coordinates of points at edges) is the current goal.

To make my work public I set up a project at GitHub. Just updated it with READMEs and such. You may look at draft theses in article/ directory. They are in Russian, however. I plan to make an international version when there will be enough material.

Project is here: AFCALC at GitHub.

Here I, as usual, will record some useful commands for using Git to not forget them.