pdsp::osc::Input Class Reference

Inheritance diagram for pdsp::osc::Input:

Public Member Functions
void	openPort (int port)
	open the port with the given index More...
void	close ()
	shuts down the output
bool	isConnected ()
	return true if the port has been sucessfully opened
void	setVerbose (bool verbose)
	enable or disable diagnostic messages More...
void	linkTempo (string oscAddress, int argument=0)
	control the clock of the units and sequencer with an OSC message More...
pdsp::SequencerGateOutput &	out_trig (string oscAddress, int argument=0)
	get a trigger output for the given OSC address. Only the first value of those address will be taken, as float value. When you have used an address as trig output you can't use it as value More...
pdsp::SequencerValueOutput &	out_value (string oscAddress, int argument=0)
	get a value output for the given OSC address. Only the first value of those address will be taken, as float value. When you have used an address as value output you can't use it as trigger More...
std::function< float(float)> &	parser (string oscAddress, int argument=0)
	get a reference to the parser for the selected address and argument. You can assign a lambda function to this value to elaborate the signal. More...
void	initTo (string oscAddress, int argument, float value)
	sets an initial value for the selected addres and argument, valid until any other OSC message is received More...
void	clearAll ()
	sends 0.0f as message to all the connected trigger and value outputs.

Protected Member Functions
void	prepareToPlay (int expectedBufferSize, double sampleRate) override
void	releaseResources () override

Friends
class	pdsp::Engine

Additional Inherited Members
Static Public Member Functions inherited from pdsp::Preparable
static double	getGlobalSampleRate ()

Member Function Documentation

initTo()

void pdsp::osc::Input::initTo	(	string	oscAddress,
		int	argument,
		float	value
	)

sets an initial value for the selected addres and argument, valid until any other OSC message is received

Parameters

[in]	oscAddress	address for OSC input
[in]	argument	index of argument from message, 0 if not gived (first argument)
[in]	value	initial value for the selected address and argument

linkTempo()

void pdsp::osc::Input::linkTempo	(	string	oscAddress,
		int	argument = 0
	)

control the clock of the units and sequencer with an OSC message

Parameters

[in]	oscAddress	address for OSC input
[in]	argument	index of argument from message, 0 if not gived (first argument)

openPort()

void pdsp::osc::Input::openPort

(

int

port

)

open the port with the given index

Parameters

[in]

port

OSC port

out_trig()

pdsp::SequencerGateOutput & pdsp::osc::Input::out_trig	(	string	oscAddress,
		int	argument = 0
	)

get a trigger output for the given OSC address. Only the first value of those address will be taken, as float value. When you have used an address as trig output you can't use it as value

Parameters

[in]	oscAddress	address for OSC input
[in]	argument	index of argument from message, 0 if not gived (first argument)

out_value()

pdsp::SequencerValueOutput & pdsp::osc::Input::out_value	(	string	oscAddress,
		int	argument = 0
	)

get a value output for the given OSC address. Only the first value of those address will be taken, as float value. When you have used an address as value output you can't use it as trigger

Parameters

[in]	oscAddress	address for OSC input
[in]	argument	index of argument from message, 0 if not gived (first argument)

parser()

std::function< float(float)> & pdsp::osc::Input::parser	(	string	oscAddress,
		int	argument = 0
	)

get a reference to the parser for the selected address and argument. You can assign a lambda function to this value to elaborate the signal.

Parameters

[in]	oscAddress	address for OSC input
[in]	argument	index of argument from message, 0 if not gived (first argument)

setVerbose()

void pdsp::osc::Input::setVerbose

(

bool

verbose

)

enable or disable diagnostic messages

Parameters

[in]

verbose

true for enabling, false for disabling

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

• OscInput.h
• OscInput.cpp