pdsp::DataTable Class Reference

Utility class for creating waveform from realtime data, thread safely. More...

#include <DataTable.h>

Public Member Functions
void	smoothing (float value)
	activate the smoothing of the transition to the new setted waves More...
void	harmonicAdditiveMode (bool active)
	when setting the data with additive synthesis, scales the harmonics to the saw wave ratio More...
int	getTableLength () const
	returns the lenght of each wave buffer
int	getMaxPartials () const
	returns the number of partials you can set
void	setup (int len, int maxPartials=64, bool harmonicAdditive=true)
	sets the table length, and the maximum number of partial. More...
bool	ready ()
	checks if you can set the wave, always use it for thread-safe operations
void	begin ()
	begins the setting of the data vector. Check if the DataTable is ready() before calling it
void	data (int i, float value)
	sets a value in the data vector. Not setted values are set to 0.0f. More...
void	end (bool additive=false)
	end the data vector setting. Transform the values in the vector in a waveform. If the parameter is true the wave is set using additive synthesis, each data value is the amplitude of a partial, by default the partial are also scaled to the harmonic ratio. If the parameter is false the values is interpreted as raw waveform. Beware that if you are setting directly a waveform you could cause a DC offset. More...

Friends
class	DataOsc

Detailed Description

Utility class for creating waveform from realtime data, thread safely.

Member Function Documentation

data()

void pdsp::DataTable::data	(	int	i,
		float	value
	)

sets a value in the data vector. Not setted values are set to 0.0f.

Parameters

[in]	i	index of the value
[in]	value	data value. Use values in the -1.0f<–>1.0f range

end()

void pdsp::DataTable::end

(

bool

additive = false

)

end the data vector setting. Transform the values in the vector in a waveform. If the parameter is true the wave is set using additive synthesis, each data value is the amplitude of a partial, by default the partial are also scaled to the harmonic ratio. If the parameter is false the values is interpreted as raw waveform. Beware that if you are setting directly a waveform you could cause a DC offset.

Parameters

[in]

additive

if true the wave is set using additive synthesis, otherwive the data is interpreted as raw waveform, false by default

harmonicAdditiveMode()

void pdsp::DataTable::harmonicAdditiveMode

(

bool

active

)

when setting the data with additive synthesis, scales the harmonics to the saw wave ratio

Parameters

[in]

active

activate the harmonic scaling, it is active by default

setup()

void pdsp::DataTable::setup	(	int	len,
		int	maxPartials = 64,
		bool	harmonicAdditive = true
	)

sets the table length, and the maximum number of partial.

Parameters

[in]	len	length of each wave sample buffer
[in]	maxPartials	max number of partials available for the waves. 64 if not given.
[in]	harmonicAdditive	mode for additive synthesis. true if not given.

smoothing()

void pdsp::DataTable::smoothing

(

float

value

)

activate the smoothing of the transition to the new setted waves

Parameters

[in]

value

a value in the 0.0f-0.9999f (boundary checked). 0.0f deactivate smoothing

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

• DataTable.h
• DataTable.cpp