Oops: what I was referring to were more specifically "comparison instructions".
Basically, there were nothing to explicitly compute the equalivance of two values.
The chip in question is the Microchip PIC16F84-A. I used it as the project for my electronics12 class in highschool, eventually creating a "digital die" which could, very crudely, simulate every physically manufactureable die (4-, 6-, 8-, 10-, 12-, 20-, and 30-sided) plus 2d2 and 8-bit hexadecimal.
I say "the project" because it ended up counting towards three out of five projects for the whole semester. :P
Basically, there were nothing to explicitly compute the equalivance of two values.
The chip in question is the Microchip PIC16F84-A. I used it as the project for my electronics12 class in highschool, eventually creating a "digital die" which could, very crudely, simulate every physically manufactureable die (4-, 6-, 8-, 10-, 12-, 20-, and 30-sided) plus 2d2 and 8-bit hexadecimal.
I say "the project" because it ended up counting towards three out of five projects for the whole semester. :P