Hey Birt! | CNC 64 P3 @HeyBirt | Uploaded January 2019 | Updated October 2024, 8 hours ago.
Description
In this episode we look at the optimization done in the C64 software to save clock cycles wherever possible. The BitBasher GCode parser was improved so as to output values that will cover all 8 octants of motion. The step pulse generator board was modified a little too to provide the ‘settle’ time required by the stepper drive on direction input state changes.
Please consider clicking on the Subscribe button below and then click the bell icon. That way you will be notified when I post a new video. Thanks!
Links
Soigeneris (my company): soigeneris.com
CBM Prj Studio: ajordison.co.uk
Bresenham Paper: http://csustan.csustan.edu/~tom/Lecture-Notes/Graphics/Bresenham-Line/Bresenham-Line.pdf
Credits
Chiptune Thing No. 3 "Victory" by Steven O’Brien soundcloud.com/stevenobrien
Creative Commons — Attribution 3.0 Unported— CC BY 3.0
http://creativecommons.org/licenses/b...
Music provided by Music for Creators youtu.be/ujIMRIJ1JG8
Description
In this episode we look at the optimization done in the C64 software to save clock cycles wherever possible. The BitBasher GCode parser was improved so as to output values that will cover all 8 octants of motion. The step pulse generator board was modified a little too to provide the ‘settle’ time required by the stepper drive on direction input state changes.
Please consider clicking on the Subscribe button below and then click the bell icon. That way you will be notified when I post a new video. Thanks!
Links
Soigeneris (my company): soigeneris.com
CBM Prj Studio: ajordison.co.uk
Bresenham Paper: http://csustan.csustan.edu/~tom/Lecture-Notes/Graphics/Bresenham-Line/Bresenham-Line.pdf
Credits
Chiptune Thing No. 3 "Victory" by Steven O’Brien soundcloud.com/stevenobrien
Creative Commons — Attribution 3.0 Unported— CC BY 3.0
http://creativecommons.org/licenses/b...
Music provided by Music for Creators youtu.be/ujIMRIJ1JG8
