Sound Design Toolkit 075 Physically informed sound synthesis for everyday sounds

- Main Page
- Modules
- Data Structures
- Files

- File List
- Globals

Typedefs | Functions
SDTControl.h File Reference

Go to the source code of this file.

## Typedefs
typedef struct SDTBouncing | SDTBouncing
| Opaque data structure for the crumpling object.
typedef struct SDTBreaking | SDTBreaking
| Opaque data structure for the breaking object.
typedef struct SDTCrumpling | SDTCrumpling
| Opaque data structure for the crumpling object.
typedef struct SDTRolling | SDTRolling
| Opaque data structure for the rolling object.
typedef struct SDTScraping | SDTScraping
| Opaque data structure for the scraping object.

## Functions
SDTBouncing * | SDTBouncing_new ()
| Object constructor. More...
void | SDTBouncing_free (SDTBouncing *x)
| Object destructor. More...
void | SDTBouncing_setRestitution (SDTBouncing *x, double f)
| Sets the coefficient of restitution. More...
void | SDTBouncing_setHeight (SDTBouncing *x, double f)
| Sets the initial height of the falling object. More...
void | SDTBouncing_setIrregularity (SDTBouncing *x, double f)
| Sets the irregularity of the shape of the object. More...
void | SDTBouncing_reset (SDTBouncing *x)
| Resets the bouncing process, restoring its initial energy.
double | SDTBouncing_dsp (SDTBouncing *x)
| Single iteration of the whole buncing process. Call this routine in a loop to simulate the bouncing process. The loop should end when SDTBouncing_hasFinished() returns true. More...
int | SDTBouncing_hasFinished (SDTBouncing *x)
| Checks if the bouncing process is finished, i.e. if the remaining energy is 0. More...
SDTBreaking * | SDTBreaking_new ()
| Object constructor. More...
void | SDTBreaking_free (SDTBreaking *x)
| Object destructor. More...
void | SDTBreaking_setStoredEnergy (SDTBreaking *x, double f)
| Sets the total energy stored in the object. More...
void | SDTBreaking_setCrushingEnergy (SDTBreaking *x, double f)
| Sets the crushing energy. More...
void | SDTBreaking_setGranularity (SDTBreaking *x, double f)
| Sets the event density of the crumpling process. More...
void | SDTBreaking_setFragmentation (SDTBreaking *x, double f)
| Sets the amount of progressive fragmentation of the object during the process. More...
void | SDTBreaking_reset (SDTBreaking *x)
| Resets the crumpling process, restoring its initial energy and triggering the first micro impact. More...
void | SDTBreaking_dsp (SDTBreaking *x, double *outs)
| Single iteration of the whole breaking process. Call this routine in a loop to simulate a breaking process. The loop should end when SDTBreaking_hasFinished() returns true. More...
int | SDTBreaking_hasFinished (SDTBreaking *x)
| Checks if the breaking process is finished, i.e. if the remaining energy is 0. More...
SDTCrumpling * | SDTCrumpling_new ()
| Object constructor. More...
void | SDTCrumpling_free (SDTCrumpling *x)
| Object destructor. More...
void | SDTCrumpling_setCrushingEnergy (SDTCrumpling *x, double f)
| Sets the crushing energy. More...
void | SDTCrumpling_setGranularity (SDTCrumpling *x, double f)
| Sets the event density of the crumpling process. More...
void | SDTCrumpling_setFragmentation (SDTCrumpling *x, double f)
| Sets the amount of fragmentation of the object during the process. More...
void | SDTCrumpling_dsp (SDTCrumpling *x, double *outs)
| Single iteration of a crumpling process. Call this routine in a loop to simulate a crumpling process. Unlike in the breaking algorithm, iterations do not cause energy loss and the process can continue indefinitely until explicitly interrupted. More...
SDTRolling * | SDTRolling_new ()
| Object constructor. More...
void | SDTRolling_free (SDTRolling *x)
| Object destructor. More...
void | SDTRolling_setGrain (SDTRolling *x, double f)
| Sets the grain of the surface. This parameter affects the density of the micro-impacts: Lower values result in a bumpier rolling, higher values result in a smoother rolling. More...
void | SDTRolling_setDepth (SDTRolling *x, double f)
| Sets the average bump depth. This parameter affects the energy of the micro-impacts. More...
void | SDTRolling_setMass (SDTRolling *x, double f)
| Sets the rolling mass. The mass parameter of the controlled object should be updated accordingly. More...
void | SDTRolling_setVelocity (SDTRolling *x, double f)
| Sets the rolling velocity. More...
double | SDTRolling_dsp (SDTRolling *x, double in)
| Signal processing routine. Call this function at sample rate to compute the force acting on the rolling object. More...
SDTScraping * | SDTScraping_new ()
| Object constructor. More...
void | SDTScraping_free (SDTScraping *x)
| Object destructor. More...
void | SDTScraping_setGrain (SDTScraping *x, double f)
| Sets the grain of the surface. This parameter affects the density of the micro-impacts: Lower values result in a rougher scraping, higher values result in a smoother scraping. More...
void | SDTScraping_setForce (SDTScraping *x, double f)
| Sets the normal force of the scraping probe on the surface. This parameter affects the energy of the micro-impacts. More...
void | SDTScraping_setVelocity (SDTScraping *x, double f)
| Sets the scraping velocity. More...
double | SDTScraping_dsp (SDTScraping *x, double in)
| Signal processing routine. Call this function at sample rate to compute the force acting on the scraped surface. More...