Lukujono

# A = 128
CLEAR A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A

INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A

INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A

INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A
INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A INCREASE A

# C = continue flag
CLEAR C
INCREASE C

# init: I=floor(X/2), R=parity(X)
CLEAR R
CLEAR I
REPEAT X TIMES (
  CLEAR T
  INCREASE T
  REPEAT R TIMES ( CLEAR T )
  CLEAR R
  REPEAT T TIMES ( INCREASE R )
  INCREASE U
  REPEAT R TIMES ( CLEAR U )
  REPEAT U TIMES ( INCREASE I )
  CLEAR U
  CLEAR T
)

# Main loop
REPEAT A TIMES (
  REPEAT C TIMES (
    PRINT X
    
    # Check if X == 1: I == 0 and R == 1
    CLEAR L
    INCREASE L
    REPEAT I TIMES ( CLEAR L )
    CLEAR M
    REPEAT L TIMES ( REPEAT R TIMES ( INCREASE M ) )
    
    # Set C = 1 - M
    CLEAR C
    INCREASE C
    REPEAT M TIMES ( CLEAR C )
    
    # Save R to S before processing
    CLEAR S
    REPEAT R TIMES ( INCREASE S )
    
    # If even (S==0): X = I
    CLEAR G
    INCREASE G
    REPEAT S TIMES ( CLEAR G )
    REPEAT G TIMES (
      CLEAR X
      REPEAT I TIMES ( INCREASE X )
    )
    
    # If odd (S==1): X = 3X+1
    REPEAT S TIMES (
      CLEAR Y
      REPEAT X TIMES ( INCREASE Y INCREASE Y INCREASE Y )
      INCREASE Y
      CLEAR X
      REPEAT Y TIMES ( INCREASE X )
      CLEAR Y
    )
    
    # Compute new I = floor(X/2) and R = parity(X) for next iteration
    CLEAR R
    CLEAR I
    REPEAT X TIMES (
      CLEAR T
      INCREASE T
      REPEAT R TIMES ( CLEAR T )
      CLEAR R
      REPEAT T TIMES ( INCREASE R )
      INCREASE U
      REPEAT R TIMES ( CLEAR U )
      REPEAT U TIMES ( INCREASE I )
      CLEAR U
      CLEAR T
    )
  )
)

Test 1 (public)

Verdict: ACCEPTED