[BillBohan]

Thanks for this link. I will read it when I have time.

I currently have an accumulator at an address.

Moving to the next address ANDs with the accumulator.

Moving to the following address ORs with the accumulator.

Subsequent addresses XOR, ADD, ADC, SUB, SBB with the accumulator.

I have a location called Z and one called NZ which may be written. Reading from either location returns what was written to Z if the Z flag is set, otherwise both read what was written to NZ. Moving either to the PC effects a conditional JUMP. Moving either to the relative register adds it to the PC (relative conditional Jump). Moving either to the Indirect register pushes the PC on the stack and writes to the PC (conditional call).

I envision the capability of using the accumulator as a floating point register and having locations which perform floating point operations in a similar manner. It could also be considered as a vector and there could be locations which perform vector operations on it.