Uploaded April 2025 | Updated September 2026, 3 days ago
This is part of a new series of podcasts covering discussion on Projects and Design videos already uploaded.
This podcast covers the videos below
youtu.be/-l9NVrzn6rM
youtu.be/GMgViQ7PLog
youtu.be/Qeh2UQsirs0
AI was used to assist in the creation of this video.
This video details a PowerBasic application designed to simulate contact transmission of infections within defined social environments. While I'm not not an epidemiologist, I developed this tool during the Covid-19 pandemic as a visual experiment using graphics commands.
The simulator tracks individuals moving randomly within these environments, monitoring contacts and the spread of infection based on proximity. Users can adjust parameters such as the number of houses, people per house, initial infections, infection distance, simulation duration, and whether recovery occurs.
The application visually represents the spread through animated individuals and charts displaying daily infection counts.
I don't work for, nor am I paid by, or sponsored by, the owners of PowerBASIC, I'm just a fan of their products.
For more information on PowerBASIC visit
pbusers.org
OR
pump.richheimer.de/index.php {newly created}
Source files for these projects are available from here
gsfsoftware.co.uk/PBTutorials/Projects.htm
Music by ghosthack.de
This is part of a new series of podcasts covering discussion on Projects and Design videos already uploaded.
This podcast covers the videos below
youtu.be/-l9NVrzn6rM
youtu.be/GMgViQ7PLog
youtu.be/Qeh2UQsirs0
AI was used to assist in the creation of this video.
This video details a PowerBasic application designed to simulate contact transmission of infections within defined social environments. While I'm not not an epidemiologist, I developed this tool during the Covid-19 pandemic as a visual experiment using graphics commands.
The simulator tracks individuals moving randomly within these environments, monitoring contacts and the spread of infection based on proximity. Users can adjust parameters such as the number of houses, people per house, initial infections, infection distance, simulation duration, and whether recovery occurs.
The application visually represents the spread through animated individuals and charts displaying daily infection counts.
I don't work for, nor am I paid by, or sponsored by, the owners of PowerBASIC, I'm just a fan of their products.
For more information on PowerBASIC visit
pbusers.org
OR
pump.richheimer.de/index.php {newly created}
Source files for these projects are available from here
gsfsoftware.co.uk/PBTutorials/Projects.htm
Music by ghosthack.de
