This is the first ever TPT 32-bit Processor. Very fast!

INSTRUCTION SET FOR TPT 32-BIT PROCESSOR

Instruction format:[0000000] [000] [000] [0000 0000 0000 0000 0000 0000 0000 0000]

There's 8 registers in the processor. A, B, C, D, E, F, G and V. Also two flags: C and Z. C is set when the adder makes a carry and Z is set when the result is zero.

[0000000]

Stores instruction code. Instruction code as belows:

0000000 Add. Sets Z and C.

0110000 NEW No Operation (NOP)

1110000 Xor. Sets Z.

0111000 Subtract. Sets Z and C.

0001100 Compare. The same as subtract without storing the result. Z = equal and C = greater than or equal.

1000010 AND. Sets Z.

0001010 OR. Sets Z.

1111010 Read Memory while #2 = address. Value is stored in #1.

1010110 Write Memory while #2 = address and #1 is value to be written.

PLEASE NOTE THAT THE BELOW INSTRUCTIONS HAS BEEN INCREMENTED TO FIX A BUG.

0011110 Jump while #1 = address.

1111110 Jump if C. (Used with compare; Greater than or equal)

1000001 Jump if NC or Z. (Used with compare; Less than or equal)

0010001 Jump if C and NZ. (Used with compare; Greater than)

1110001 Jump if NC. (Used with compare; less than)

1001001 Jump if Z. (Used with compare; equal)

1101001 Jump if NZ. (Used with compare; not equal)

1011001 NEW STDOUT

1111111 TERMINATE

[000] [000]

Stores two register. First one is #1, Second one is #2.

000 = A, 001 = B, 010 = C, 011 = D, 100 = E, 101 = F, 110 = G, 111 = V.

Usually the result is stored in #1.

[0000 0000 0000 0000 0000 0000 0000 0000]

Stores the value. Always writes to V when the command is executed.

Sample program calculates 32 Fibonacci sequence

ADD D,10000
ADD A,1
l:

; write the value into RAM

RAMW A,D

; B := B + A

ADD B,A

; exchange A and B

XOR A,B

XOR B,A

XOR A,B

; decrease the counter (default 32)

SUB D,1

; loop if counter is not zero
JZ l

; counter is zero
END

@hittox (View Post)

Would you like to make a program for this?

@hittox (View Post)

!set type warp conv
-1

@hittox (View Post)

DID YOU LIE?????

EDIT: It don't work