Lukujono

# Variable explanations:
# X & Y = Input and number.
# I & J = Made to prevent the worthless cmds of copying.
# W = The "while" loop's loop number, which is 196.
# Z = The number two.
#INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X
#INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X
#INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X
#INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X INCREASE X

PRINT X
INCREASE D # Check if 1

# While loop number: (196 000 cmds)
INCREASE W INCREASE W INCREASE W
REPEAT W TIMES ( INCREASE W )
REPEAT W TIMES ( INCREASE W )
REPEAT W TIMES ( INCREASE W )
REPEAT W TIMES ( INCREASE W )
REPEAT W TIMES ( INCREASE W )
REPEAT W TIMES ( INCREASE W )

# the number 2 (2000 cmds)
INCREASE Z
INCREASE Z

# while loop
INCREASE I
REPEAT W TIMES (
    REPEAT I TIMES ( # If X != 1
      # Check if X == 1
      REPEAT D TIMES (
        CLEAR D
        INCREASE A
        REPEAT X TIMES (
          REPEAT B TIMES ( CLEAR A CLEAR B )
          REPEAT A TIMES ( INCREASE B )
        )
        # Clears I if X == 1
        REPEAT A TIMES ( CLEAR I CLEAR A CLEAR B )
      )
      # If X != 1 
      REPEAT I TIMES (
          # Modulo 2 
          REPEAT X TIMES (
            REPEAT A TIMES ( INCREASE B INCREASE Y )
            INCREASE A
            REPEAT B TIMES ( CLEAR A CLEAR B )
          )
          INCREASE C
          # Number is odd: 
          REPEAT A TIMES (
            CLEAR C
            # 3 * X
            REPEAT X TIMES (
              REPEAT Z TIMES (
                INCREASE X
              )
            )
            INCREASE X # +1
            PRINT X
            CLEAR A #GC
            REPEAT Y TIMES (
              REPEAT Z TIMES (
                INCREASE Y
              )
            )
            INCREASE Y INCREASE Y
            CLEAR A #GC
            PRINT Y
            CLEAR X
          )
          # Number is even:
          REPEAT C TIMES (
            CLEAR C
            PRINT Y
            CLEAR X
            INCREASE D
          )
          CLEAR I INCREASE J
      )
    )
    REPEAT J TIMES (
      # Check if Y == 1
      REPEAT D TIMES (
        CLEAR D
        INCREASE A
        REPEAT Y TIMES (
          REPEAT B TIMES ( CLEAR A CLEAR B )
          REPEAT A TIMES ( INCREASE B )
        )
        # Clears J if X == 1
        REPEAT A TIMES ( CLEAR J CLEAR A CLEAR B )
      )
      # If Y != 1 
      REPEAT J TIMES (
          # Modulo 2 
          REPEAT Y TIMES ( 
            REPEAT A TIMES ( INCREASE B INCREASE X )
            INCREASE A
            REPEAT B TIMES ( CLEAR A CLEAR B )
          )
          INCREASE C
          # Number is odd: 
          REPEAT A TIMES (
            CLEAR C 
            # 3 * Y
            REPEAT Y TIMES (
              REPEAT Z TIMES (
                INCREASE Y
              )
            )
            INCREASE Y # +1
            PRINT Y
            CLEAR A #GC
            REPEAT X TIMES (
              REPEAT Z TIMES (
                INCREASE X
              )
            )
            INCREASE X INCREASE X
            CLEAR A #GC
            PRINT X
            CLEAR Y
          )
          # Number is even:
          REPEAT C TIMES (
            CLEAR C
            PRINT X
            CLEAR Y
            INCREASE D
          )
          CLEAR J INCREASE I
      )
    )
  )

Test 1 (public)

Verdict: ACCEPTED