VVTetraC.cpp File Reference

#include "AVVTetra.h"
#include "VVTetraCHelp.h"
#include "VVTetraC.h"

Macros
#define	EXPORT_FCNS

Functions
EXPORTED_FUNCTION void	AllocateVVTetra (long sampleRate, const char *calibrationFilePath)
EXPORTED_FUNCTION void	FreeAVVTetra ()
EXPORTED_FUNCTION void	reloadCalibrations (const char *calibrationPath)
EXPORTED_FUNCTION void	getCalibrationPath (char *calibrationPath)
EXPORTED_FUNCTION int	setProgram (int program)
EXPORTED_FUNCTION int	setProgramByName (const char *programName)
EXPORTED_FUNCTION void	getCurProgramName (char *programName)
EXPORTED_FUNCTION int	getNumPrograms ()
EXPORTED_FUNCTION int	getCurProgram ()
EXPORTED_FUNCTION void	getProgramName (int program, char *programName)
EXPORTED_FUNCTION void	setAddressMode (short mode)
EXPORTED_FUNCTION short	getAddressMode ()
EXPORTED_FUNCTION bool	canProcess ()
EXPORTED_FUNCTION void	setSampleRate (long sampleRate)
EXPORTED_FUNCTION void	process (float *a, float *b, float *c, float *d, long numSamples)

Variables
AVVTetra *	vvTetra = NULL

Macro Definition Documentation

#define EXPORT_FCNS

Function Documentation

EXPORTED_FUNCTION void AllocateVVTetra	(	long	sampleRate,
		const char *	calibrationFilePath
	)

Calibration path is a directory where calibration files are found. Will use default locations if NULL or empty.

Parameters

calibrationFilePath

Calibration path is a directory where calibration files are found. Will use default locations if NULL or empty.

EXPORTED_FUNCTION bool canProcess

(

)

Checks that the selected calibration has filters for the current sampling rate.

EXPORTED_FUNCTION void FreeAVVTetra

(

)

Destructor

EXPORTED_FUNCTION short getAddressMode

(

)

Returns the currend normal or end-fire mode

EXPORTED_FUNCTION void getCalibrationPath

(

char *

calibrationPath

)

Gets the current calibration path

Parameters

calibrationPath

Gets the current calibration path

EXPORTED_FUNCTION int getCurProgram

(

)

Returns the index of the currently selected program

EXPORTED_FUNCTION void getCurProgramName

(

char *

programName

)

Returns the name of the currently selected program.

Parameters

programName

Returns the name of the currently selected program.

EXPORTED_FUNCTION int getNumPrograms

(

)

Returns the number of available programs

EXPORTED_FUNCTION void getProgramName	(	int	program,
		char *	programName
	)

Returns the name of the indicated program or an empty string if invalid

Parameters

programName

Returns the name of the indicated program or an empty string if invalid

EXPORTED_FUNCTION void process	(	float *	a,
		float *	b,
		float *	c,
		float *	d,
		long	numSamples
	)

Processes blocks of audio. Will always take 4 channels in and 4 channels out.

Parameters

numSamples

Processes blocks of audio. Will always take 4 channels in and 4 channels out.

EXPORTED_FUNCTION void reloadCalibrations

(

const char *

calibrationPath

)

Sets the calibration path then clears and reloads all calibrations

Parameters

calibrationPath

Sets the calibration path then clears and reloads all calibrations

EXPORTED_FUNCTION void setAddressMode

(

short

mode

)

Sets processing to normal or end-fire modes

Parameters

mode	Sets processing to normal or end-fire modes

EXPORTED_FUNCTION int setProgram

(

int

program

)

Selects one of the available programs by enum.

Parameters

program

Selects one of the available programs by enum.

EXPORTED_FUNCTION int setProgramByName

(

const char *

programName

)

Selects one of the available programs by name. Usually a TetraMic serial number like 2003.

Parameters

programName

Selects one of the available programs by name. Usually a TetraMic serial number like 2003.

EXPORTED_FUNCTION void setSampleRate

(

long

sampleRate

)

Sets the sample rate and chooses appropriate filters. Check canProcess to see if filters are found.

Variable Documentation

AVVTetra* vvTetra = NULL