fundamental_config_booleanadder.h

/* Operations & Conditionals */

//#define HAVE_FACTORIAL_OP
//#define HAVE_ABS_OP
//#define HAVE_FLOOR_OP
//#define HAVE_CEIL_OP
//#define HAVE_RINT_OP
//#define HAVE_SIN_OP
//#define HAVE_COS_OP
//#define HAVE_TAN_OP
//#define HAVE_ONES_COMPLIMENT_OP
//#define HAVE_NOT_OP
//#define HAVE_ADDITION_OP
//#define HAVE_SUBTRACTION_OP
//#define HAVE_MULTIPLY_OP
//#define HAVE_DIVIDE_OP
//#define HAVE_POWER_OP
#define HAVE_MODULO_OP
#define HAVE_AND_OP
#define HAVE_OR_OP
#define HAVE_XOR_OP
//#define HAVE_LOG_SHIFT_OP
#define HAVE_LOG_RSHIFT_OP
#define HAVE_LOG_LSHIFT_OP
//#define HAVE_ARITH_SHIFT_OP
//#define HAVE_ROTATE_OP
//#define HAVE_LROTATE_OP
//#define HAVE_RROTATE_OP
//#define HAVE_MASK_OP
#define HAVE_GETBIT_OP
//#define HAVE_LN_OP
//#define HAVE_GCD_OP
//#define HAVE_EQ_COND
//#define HAVE_GT_COND
//#define HAVE_GE_COND
//#define HAVE_LT_COND
//#define HAVE_LE_COND
//#define HAVE_AND_COND
//#define HAVE_OR_COND
//#define HAVE_MIN_OP
//#define HAVE_MAX_OP


/* General operation characteristics */
#define SEQUENCE_HUNTER
//#define HAVE_FUNCTIONS
#define NUM_SEQUENCE_DIMENSIONS (2)
#define NUM_INTEGER_BITS   (32)
//#define HAVE_CONSTANTS_FILE
#define HAVE_PRINT_SUM_INFIX
#define HAVE_PRINT_SUM_RPN
//#define SIGNED_OPERATION
//#define MULTIPLE_RESULTS
#define SEED (0)
//#define PRINT_ONLY_FIRST_CORRECT_ANSWER
//#define NUM_ANSWERS (1)
//#define ERROR_OP rint
#define HAVE_PROGRESS
//#define SPARSE_ARRAY_INDICES
#define MAX_NUM_LOOPVARS (1)
#define MIN_NUM_LOOPVARS (1)
#define HAVE_INC_NBITS_LOOPFUNC
//#define HAVE_DEC_NBITS_LOOPFUNC
#define HAVE_LSHIFT_NBITS_LOOPFUNC
//#define HAVE_RSHIFT_NBITS_LOOPFUNC
//#define HAVE_INC_PWR_NBITS_LOOPFUNC
//#define HAVE_DEC_PWR_NBITS_LOOPFUNC
//#define MAX_LOOPVAL (100)
#define HAVE_RESULT_LOOPVAR
#define BOOLEAN_RESULT_LOOPVAR