sbl::dsp::pm::HybridFriction Class Reference

Detailed Description

Definition at line 25 of file hybrid_friction.hpp.

#include <hybrid_friction.hpp>

Public Member Functions
void	set_bow (const BowTable &bow)
	The table read, and the cold limits the rosin warms.
void	set_force_su (float su)
ThermalFriction &	rosin ()
	The rosin, for its parameters (ThermalFriction::set_rosin, set_fast_cooling).
const ThermalFriction &	rosin () const
float	process (float dv_free)
	One sample: relative velocity in, force out (wave units).
bool	sticking () const
float	limit () const
float	temperature () const
void	reset ()
diagram::Ports	describe (diagram::Graph &g, uint8_t group, const char *name="friction (hybrid)") const

Member Function Documentation

set_bow()

void sbl::dsp::pm::HybridFriction::set_bow ( const BowTable &  bow )

inline

The table read, and the cold limits the rosin warms.

Note

All public methods are ISR-safe — bounded computation, no I/O.

Definition at line 30 of file hybrid_friction.hpp.

References sbl::dsp::pm::BowTable::limits, sbl::dsp::pm::TableFriction::set_bow(), sbl::dsp::pm::ThermalFriction::set_limits(), and sbl::dsp::pm::BowTable::slices.

set_force_su()

void sbl::dsp::pm::HybridFriction::set_force_su ( float  su )

inline

Bow force across the family [0, 1]; the table sees it scaled by the rosin's warmth as of now. Set once a block.

Definition at line 37 of file hybrid_friction.hpp.

References sbl::dsp::pm::ThermalFriction::mu_rel(), sbl::dsp::pm::TableFriction::set_force_su(), and sbl::dsp::pm::ThermalFriction::set_force_su().

rosin() [1/2]

ThermalFriction & sbl::dsp::pm::HybridFriction::rosin ( )

inline

The rosin, for its parameters (ThermalFriction::set_rosin, set_fast_cooling).

Definition at line 44 of file hybrid_friction.hpp.

rosin() [2/2]

const ThermalFriction & sbl::dsp::pm::HybridFriction::rosin ( ) const

inline

Definition at line 45 of file hybrid_friction.hpp.

process()

float sbl::dsp::pm::HybridFriction::process ( float  dv_free )

inline

One sample: relative velocity in, force out (wave units).

Definition at line 48 of file hybrid_friction.hpp.

References sbl::dsp::pm::ThermalFriction::advance(), sbl::dsp::pm::TableFriction::process(), and sbl::dsp::pm::TableFriction::sticking().

sticking()

bool sbl::dsp::pm::HybridFriction::sticking ( ) const

inline

Definition at line 56 of file hybrid_friction.hpp.

References sbl::dsp::pm::TableFriction::sticking().

limit()

float sbl::dsp::pm::HybridFriction::limit ( ) const

inline

Definition at line 57 of file hybrid_friction.hpp.

References sbl::dsp::pm::TableFriction::limit().

temperature()

float sbl::dsp::pm::HybridFriction::temperature ( ) const

inline

Definition at line 58 of file hybrid_friction.hpp.

References sbl::dsp::pm::ThermalFriction::temperature().

reset()

void sbl::dsp::pm::HybridFriction::reset ( )

inline

Definition at line 60 of file hybrid_friction.hpp.

References sbl::dsp::pm::TableFriction::reset(), and sbl::dsp::pm::ThermalFriction::reset().

describe()

diagram::Ports sbl::dsp::pm::HybridFriction::describe ( diagram::Graph &  g, uint8_t  group, const char *  name = "friction (hybrid)"  ) const

inline

Definition at line 65 of file hybrid_friction.hpp.

References sbl::dsp::pm::TableFriction::describe().

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The documentation for this class was generated from the following file:

• src/sbl/dsp/pm/hybrid_friction.hpp