sc_vector_utils.h File Reference

#include "sc_nbdefs.h"
#include "sc_nbutils.h"

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Classes
class	sc_dt::sc_big_op_type< WIDTH, true >
class	sc_dt::sc_big_op_type< WIDTH, false >
class	sc_dt::sc_big_op_info< WL, SL, WR, SR >
class	sc_dt::ScNativeDigits< int64 >
class	sc_dt::ScNativeDigits< uint64 >
class	sc_dt::ScNativeDigits< long >
class	sc_dt::ScNativeDigits< unsigned long >
class	sc_dt::ScNativeDigits< int >
class	sc_dt::ScNativeDigits< unsigned int >
class	sc_dt::vector_mac

Namespaces
namespace	sc_dt

Macros
#define	VEC_MIN(A, B)   ( (A) <= (B) ? A : B )
#define	VEC_MAX(A, B)   ( (A) >= (B) ? A : B )

Functions
int	sc_dt::vector_skip_leading_ones (const int hod, const sc_digit *digits_p)
int	sc_dt::vector_skip_leading_zeros (const int hod, const sc_digit *digits_p)
int	sc_dt::vector_find_significant_hod (int hod, const sc_digit *digits)
void	sc_dt::vector_add (const int longer_hod, const sc_digit *longer_p, const int shorter_hod, const sc_digit *shorter_p, const int result_hod, sc_digit *result_p)
template<bool SL, bool SS>
void	sc_dt::vector_and (const int longer_hod, const sc_digit *longer_p, const int shorter_hod, const sc_digit *shorter_p, sc_digit *result_p)
bool	sc_dt::vector_and_reduce (const int bits_n, const sc_digit *target_p)
bool	sc_dt::vector_and_reduce (const sc_digit *target_p, const int left_i, const int right_i)
template<int SL, int SR>
int	sc_dt::vector_compare (const int left_hod, const sc_digit *left_p, const int right_hod, const sc_digit *right_p)
void	sc_dt::vector_copy (const int from_n, const sc_digit *from_p, const int to_n, sc_digit *to_p)
void	sc_dt::vector_copy (int digits_n, const sc_digit *from_p, sc_digit *to_p)
void	sc_dt::vector_extract (const sc_digit *source_p, sc_digit *destination_p, const int high_bit, const int low_bit)
void	sc_dt::vector_fill (const sc_digit fill, const int to_hod, sc_digit *to_p)
void	sc_dt::vector_fill_bits (sc_digit fill, sc_digit *target_p, const int high_bit, const int low_bit)
void	sc_dt::vector_ones_complement (const int target_hod, sc_digit *target_p)
void	sc_dt::vector_ones_complement (const int source_hod, const sc_digit *source_p, sc_digit *target_p)
void	sc_dt::vector_reverse_bits (sc_digit *target_p, int high_i, int low_i)
void	sc_dt::vector_insert_bits (const int from_digits_n, const sc_digit *from_p, sc_digit *to_p, const int high_bit_i, const int low_bit_i)
void	sc_dt::vector_multiply (int left_hod, const sc_digit *left_p, int right_hod, const sc_digit *right_p, int result_hod, sc_digit *result_p)
template<bool SL, bool SS>
void	sc_dt::vector_or (const int longer_hod, const sc_digit *longer_p, const int shorter_hod, const sc_digit *shorter_p, sc_digit *result_p)
bool	sc_dt::vector_or_reduce (const int bits_n, const sc_digit *target_p)
bool	sc_dt::vector_or_reduce (const sc_digit *target_p, const int left_i, const int right_i)
void	sc_dt::vector_shift_left (const int from_digits_n, const sc_digit *from_p, const int to_digits_n, sc_digit *to_p, const int shift_n)
void	sc_dt::vector_shift_left (const int target_n, sc_digit *target_p, const int shift_n)
void	sc_dt::vector_shift_right (const int target_n, sc_digit *target_p, int bits_n, const sc_digit fill)
void	sc_dt::vector_subtract_longer (const int longer_hod, const sc_digit *longer_p, const int shorter_hod, const sc_digit *shorter_p, const int result_hod, sc_digit *result_p)
void	sc_dt::vector_subtract_shorter (const int longer_hod, const sc_digit *longer_p, const int shorter_hod, const sc_digit *shorter_p, const int result_hod, sc_digit *result_p)
void	sc_dt::vector_twos_complement (const int target_n, sc_digit *target_p)
void	sc_dt::vector_twos_complement (const int source_hod, const sc_digit *source_p, sc_digit *target_p)
template<bool SN, bool SD>
bool	sc_dt::vector_divide (const int numerator_n, const sc_digit *numerator_p, const int denominator_n, const sc_digit *denominator_p, const int quotient_n, sc_digit *quotient_p, const int remainder_n, sc_digit *remainder_p)
template<int SL, int SS>
void	sc_dt::vector_xor (const int longer_hod, const sc_digit *longer_p, const int shorter_hod, const sc_digit *shorter_p, sc_digit *result_p)
bool	sc_dt::vector_xor_reduce (const int bits_n, const sc_digit *target_p)
bool	sc_dt::vector_xor_reduce (const sc_digit *target_p, const int left_i, const int right_i)
void	sc_dt::vector_zero (int from_i, int to_i, sc_digit *target_p)

Macro Definition Documentation

VEC_MAX

#define VEC_MAX	(		A,
			B
	)		( (A) >= (B) ? A : B )

Definition at line 28 of file sc_vector_utils.h.

VEC_MIN

#define VEC_MIN	(		A,
			B
	)		( (A) <= (B) ? A : B )

Definition at line 27 of file sc_vector_utils.h.