Hello yes I am reworking the RGPC3

RGPC2/assemblytwo.txt

@@ -53,7 +53,6 @@ Instruction set:
         X1XX = Zero
         1XXX = Not zero
 
-
 Pseudo instructions:
     MOV = OR {Destination} {Source} ZERO
     HLT = (

RGPC2/test.txt

@@ -0,0 +1,3 @@
+0110;0000;1
+0110;0000;110110
+0010;0000;0001;0010;0000;0000

RGPC3/assemblythree.txt

@@ -0,0 +1,119 @@
+RGPC3 technical information document / programmers guide
+
+16 bits wide
+
+Concept one:
+
+    Instruction format:
+        1:
+            OPCO  OUTR  AREG  BREG  JFLG
+            XXXXX;XXXXX;XXXXX;XXXXX;XXXX;XX
+        2:
+            OPCO  OUTR  IMMEDIATE
+            XXXXX;XXXXX;XXXXX:XXXXX:XXXX;XX
+
+        3:
+            OPCO  OUTR  AREG SHFT D
+            XXXXX;XXXXX;XXXX;XXXX;X;XXXX;XX
+
+        OPCO = Opcode
+        OUTR = Output Register
+        AREG = A Register
+        BREG = B Register
+        JFLG = Jump Flags
+        SHFT = Shift amount
+        D    = Shift direction 0 for right 1 for left
+
+        If running LDI use 2
+        If running SHF use 3
+
+    Registers:
+        ZERO  = 00000 R   16Bit
+        G1    = 00001 R/W 16Bit
+        G2    = 00010 R/W 16Bit
+        G3    = 00011 R/W 16Bit
+        G4    = 00100 R/W 16Bit
+        OUTP  = 00101 W   16Bit
+        PGCR  = 00110 R/W 16Bit
+        G5    = 00111 R/W 16Bit
+        G6    = 01000 R/W 16Bit
+        GPIO1 = 01001 R/W 16Bit
+        GPIO2 = 01010 R/W 16Bit
+        GPIO3 = 01011 R/W 16Bit
+        GPIO4 = 01100 R/W 16Bit
+        G7    = 01101 R/W 16Bit
+        G8    = 01110 R/W 16Bit
+        RAND  = 01111 R   16Bit
+        SPTR  = 10000 R/W 16Bit
+        SLOC  = 10001 R/W 16Bit
+        MPTR  = 10011 R/W 16Bit
+
+    Instruction set:
+        If Y = 1 invert ALU output
+        OR  = 0Y001
+        ADD = 0Y010
+        SUB = 0Y011
+        AND = 0Y100
+        XOR = 0Y101
+        LDI = 0Y110
+        JMP = 0Y111
+        Jump flags:
+            XXX1 = Greater than zero
+            XX1X = Less than zero
+            X1XX = Zero
+            1XXX = Not zero
+        PSH = 1Y001
+        POP = 1Y010
+        STR = 1Y011
+        LOD = 1Y100
+        SHF = 1Y101
+
+    Pseudo instructions:
+        MOV = OR {Destination} {Source} ZERO
+        HLT = {
+            MOV PGCR G1
+            JMP G1
+        }
+        JGZ = JMP JFLG:0001
+        JLZ = JMP JFLG:0010
+        JIZ = JMP JFLG:0100
+        JNZ = JMP JFLG:1000
+        JMP = JMP JFLG:1111
+
+    Programmers guide:
+        TODO:
+
+
+
+Concept two:
+
+    16Bit wide
+    15Bit addressing 1 bit for RAM select
+    program in RAM
+
+    Opcode         ARGS
+    XXXX;XXXX;XXXX;ABXX:... any number of words
+
+    If A|B = 1 then A|B will be treated as an immediate VALUE
+
+    R|I|M = Register OR Immediate OR Memory
+
+    Opcodes:
+        MOV = 0000;0000;0000;A000 MOV A > B
+        ADD = 0000;0000;0001;ABY0 A +  B > ACC : If Y = 1 invert output
+        SUB = 0000;0000;0010;ABY0 A -  B > ACC : If Y = 1 invert output
+        OR  = 0000;0000;0011;ABY0 A |  B > ACC : If Y = 1 invert output
+        XOR = 0000;0000;0100;ABY0 A ^  B > ACC : If Y = 1 invert output
+        AND = 0000;0000;0101;ABY0 A &  B > ACC : If Y = 1 invert output
+        SHF = 0000;0000;0110;ABYL A <> B > ACC : If Y = 1 invert output : If L = 1 shift left
+
+        JMP = 0000;0000;0111;A000 JMP to A
+        JEZ = 0000;0000;1000;AB00 JMP to B if A == 0
+        JNZ = 0000;0000;1001;AB00 JMP to B if A != 0
+        JGZ = 0000;0000;1010;AB00 JMP to B if A >  0
+        JLZ = 0000;0000;1011;AB00 JMP to B if A <  0
+
+        PSH = 0000;0000;1100;A000 PSH A to the stack
+        POP = 0000;0000;1101;0000 POP item from stack and put into R|M
+
+