% This file generates all orthogonal instructions for a
% single-operand ALU instruction.
% #1  Base offset of opcode
% #2  Operation code

% #1+0  opA->B
@(#1 + 0 * stride)
#include mc_alu1o.txt alu_a_to_1 #2 ld_b

% #1+1  opA->C
@(#1 + 1 * stride)
#include mc_alu1o.txt alu_a_to_1 #2 ld_c

% #1+2  opA->MJ
@(#1 + 2 * stride)
#include mc_alu1o.txt alu_a_to_1 #2 ld_mem sel_j

% #1+3  opA->MXY
@(#1 + 3 * stride)
#include mc_alu1o.txt alu_a_to_1 #2 ld_mem sel_xy

% #1+4  opB->A
@(#1 + 4 * stride)
#include mc_alu1o.txt alu_b_to_1 #2 ld_a

% #1+5  opB->C
@(#1 + 5 * stride)
#include mc_alu1o.txt alu_b_to_1 #2 ld_c

% #1+6  opB->MJ
@(#1 + 6 * stride)
#include mc_alu1o.txt alu_b_to_1 #2 ld_mem sel_j

% #1+7  opB->MXY
@(#1 + 7 * stride)
#include mc_alu1o.txt alu_b_to_1 #2 ld_mem sel_xy

% #1+8  opC->A
@(#1 + 8 * stride)
#include mc_alu1o.txt alu_c_to_1 #2 ld_a

% #1+9  opC->B
@(#1 + 9 * stride)
#include mc_alu1o.txt alu_c_to_1 #2 ld_b

% #1+10 opC->MJ
@(#1 + 10 * stride)
#include mc_alu1o.txt alu_c_to_1 #2 ld_mem sel_j

% #1+11 opC->MXY
@(#1 + 11 * stride)
#include mc_alu1o.txt alu_c_to_1 #2 ld_mem sel_xy

% #1+12  opA (just load BC)
@(#1 + 12 * stride)
#include mc_alu1b.txt alu_a_to_1 #2

% #1+13  opB (just load BC)
@(#1 + 13 * stride)
#include mc_alu1b.txt alu_b_to_1 #2

% #1+14  opC (just load BC)
@(#1 + 14 * stride)
#include mc_alu1b.txt alu_c_to_1 #2