These projects are inactive – unfinished and basically abandoned from the first decade of the 21st century.
They are hosted on the projects.coobird.net subdomain.
Blocks is a brick-breaking game written in Java. It is designed to work as both an applet and an application, so it can be played both online and offline.
The underlying design philosophy of Blocks is to have many of the elements of the game generate itself programmatically. The levels are generated programmatically as are most of the components that make up the game screen.
Dvaspi (Data Viewing and Selecting Program with Integration)
Coobird’s Data Viewing and Selecting Program with Integration (Dvaspi) is a free, open source Java application which performs functions such as plotting data points from comma-separated value or tab-delimited text files, selecting the data points and copying to the clipboard, integrating with a baseline correction and many other functions. It is available as a free download.
Dvaspi is open source software. It is licensed under the GNU General Public License v2 and the source code and executable files are available for free.
Pitacalc is a command line interface calculator program. It works like a regular calculator, that it calculates and keeps a running total, but the calculations are performed by entering instructions that the calculator processes.
An Emulator which emulates a 16-bit processor and memory.
Not the first time to write an emulator for a similar processor, it has been rewritten in Java. (The original iteration was written in C, but was lost in a hard drive crash of the infamous IBM Deskstar 75GXP.)
The processor supports 16 instructions and 4096 memory addresses. The instruction sets is inspired from Donn Stewart’s original Home-built TTL CPU.
This project has been dormant since July 2006.
Building a Processor
Building a Processor is a project to build a processor from 74LS series integrated circuits (IC). The project is currently in dormant status.
Currently, the project page includes videos and pictures of components assembled on the solderless breadboard. There are two videos of the circuit performing addition and subtraction calculations using a D flip-flop along with a couple of 4-bit adders and a XOR gate.
This project has been dormant since April 2007.