VintageLadders.h File Reference

Namespaces
namespace	sst
	Parent namespace for all Surge Synth Team code.
namespace	sst::filters
	DSP code for Surge filters.
namespace	sst::filters::VintageLadder
	This contains various adaptations of the models found at.
namespace	sst::filters::VintageLadder::Common
namespace	sst::filters::VintageLadder::RK
namespace	sst::filters::VintageLadder::Huov

Macros
#define	F(a)   SIMD_MM(set_ps1)(a)
#define	M(a, b)   SIMD_MM(mul_ps)(a, b)
#define	A(a, b)   SIMD_MM(add_ps)(a, b)
#define	S(a, b)   SIMD_MM(sub_ps)(a, b)
#define	F(a)   SIMD_MM(set_ps1)(a)
#define	M(a, b)   SIMD_MM(mul_ps)(a, b)
#define	A(a, b)   SIMD_MM(add_ps)(a, b)
#define	S(a, b)   SIMD_MM(sub_ps)(a, b)

Enumerations
enum	rkm_coeffs { rkm_cutoff = 0 , rkm_reso , rkm_gComp , n_rkcoeff }
enum	huov_coeffs {   h_cutoff = 0 , h_res , h_fc , h_gComp ,   n_hcoeffs }
enum	huov_regoffsets { h_stage = 0 , h_stageTanh = 4 , h_delay = 7 }

Functions
template<typename TuningProvider >
float	clampedFrequency (float pitch, float sampleRate, TuningProvider *provider)
template<typename TuningProvider >
void	makeCoefficients (FilterCoefficientMaker< TuningProvider > *cm, float freq, float reso, float sampleRate, bool applyGainCompensation, TuningProvider *provider)
SIMD_M128	clip (SIMD_M128 value, SIMD_M128 _saturation, SIMD_M128 _saturationinverse)
void	calculateDerivatives (SIMD_M128 input, SIMD_M128 *dstate, SIMD_M128 *state, SIMD_M128 cutoff, SIMD_M128 resonance, SIMD_M128 _saturation, SIMD_M128 _saturationInv, SIMD_M128 gComp)
SIMD_M128	process (QuadFilterUnitState *__restrict f, SIMD_M128 input)
template<typename TuningProvider >
void	makeCoefficients (FilterCoefficientMaker< TuningProvider > *cm, float freq, float reso, float sampleRate, float sampleRateInv, bool applyGainCompensation, TuningProvider *provider)
SIMD_M128	process (QuadFilterUnitState *__restrict f, SIMD_M128 in)

Macro Definition Documentation

F [1/2]

#define F

(

a

)

SIMD_MM(set_ps1)(a)

M [1/2]

#define M	(		a,
			b
	)		SIMD_MM(mul_ps)(a, b)

A [1/2]

#define A	(		a,
			b
	)		SIMD_MM(add_ps)(a, b)

S [1/2]

#define S	(		a,
			b
	)		SIMD_MM(sub_ps)(a, b)

F [2/2]

#define F

(

a

)

SIMD_MM(set_ps1)(a)

M [2/2]

#define M	(		a,
			b
	)		SIMD_MM(mul_ps)(a, b)

A [2/2]

#define A	(		a,
			b
	)		SIMD_MM(add_ps)(a, b)

S [2/2]

#define S	(		a,
			b
	)		SIMD_MM(sub_ps)(a, b)