Data & Observations
The adder has two places that it outputs to. Numbers that add to 0-F are displayed on the 7-segment displays & the red leds. Numbers 10-1E are displayed on the 7-segment displays and partially on the leds. Here is an example video of the program at work:
Depending on your background (math/engineering/physics) this is a pretty monumental achievement. Once you've built an adder, you can do virtually every mathematic function (subtract, multiply & divide). This tutorial was meant merely as an introduction to the UP1 and VHDL however you can clearly see how far along we've come when the basics of computing can be created & progammed on a device in so little time.
The adder has two places that it outputs to. Numbers that add to 0-F are displayed on the 7-segment displays & the red leds. Numbers 10-1E are displayed on the 7-segment displays and partially on the leds. Here is an example video of the program at work:
Depending on your background (math/engineering/physics) this is a pretty monumental achievement. Once you've built an adder, you can do virtually every mathematic function (subtract, multiply & divide). This tutorial was meant merely as an introduction to the UP1 and VHDL however you can clearly see how far along we've come when the basics of computing can be created & progammed on a device in so little time.