daisysp::FIRFilterImplGeneric¶

#include <fir.h>

Inherits from daisysp::FIRMemory< max_size, max_block >

Public Functions¶

	Name
	FIRFilterImplGeneric()
float	Process(float in)
void	ProcessBlock(const float * pSrc, float * pDst, size_t block)
bool	SetIR(const float * ir, size_t len, bool reverse)
template <typename... Args> auto	Init(Args &&... args)
void	Reset()
constexpr size_t	GetLatency()

Protected Attributes¶

	Name
float[max_size]	coefs_
size_t	size_
float[state_size_]	state_

Additional inherited members¶

Protected Functions inherited from daisysp::FIRMemory< max_size, max_block >

	Name
	FIRMemory()
bool	SetCoefs(const float coefs[], size_t size, bool reverse)
constexpr size_t	MaxBlock()

Protected Attributes inherited from daisysp::FIRMemory< max_size, max_block >

	Name
constexpr size_t	state_size_

Detailed Description¶

template <size_t max_size,
size_t max_block>
class daisysp::FIRFilterImplGeneric;

Parameters:

max_size - maximal filter length
max_block - maximal block size for ProcessBlock() if both parameters are 0 (via FIRFILTER_USER_MEMORY macro) Assumes the user will provide own memory buffers via SetIR() and SetStateBuffer() functions Otherwise statically allocates the necessary buffers itself

Generic FIR implementation is always available

Public Functions Documentation¶

function FIRFilterImplGeneric¶

inline FIRFilterImplGeneric()

function Process¶

inline float Process(
    float in
)

Shift the state simulatenously (note: better solutions are available)

function ProcessBlock¶

inline void ProcessBlock(
    const float * pSrc,
    float * pDst,
    size_t block
)

function SetIR¶

inline bool SetIR(
    const float * ir,
    size_t len,
    bool reverse
)

Set filter coefficients (aka Impulse Response) Coefficients need to be in reversed order (tail-first) If internal storage is used, makes a local copy and allows reversing the impulse response

function Init¶

template <typename... Args>
inline auto Init(
    Args &&... args
)

function Reset¶

inline void Reset()

function GetLatency¶

static inline constexpr size_t GetLatency()

Protected Attributes Documentation¶

variable coefs_¶

float[max_size] coefs_;

variable size_¶

size_t size_;

variable state_¶

float[state_size_] state_;

Updated on 2024-01-03 at 19:38:46 +0000