//-------------------------------------------------------------------------------------------------
Class& ClassManager::addClass(StringId id, const char* name)
{
// First make sure that the class doesn't already exist
SortedClassVector::const_iterator iterator = std::lower_bound(m_classes.cbegin(), m_classes.cend(), id, OrderByClassId());
if (iterator != m_classes.end() && iterator->id == id)
{
CAMP_ERROR(ClassAlreadyCreated(name));
}
// Create the new class
Class* newClass = new Class(id, name);
// Insert it into the sorted vector
m_classes.emplace(iterator, ClassEntry(id, newClass));
// Notify observers
notifyClassAdded(*newClass);
// Done
return *newClass;
}
#endif
#if QT_VERSION < QT_VERSION_CHECK( 5, 5, 0 )
#define qInfo qDebug
#endif
#include "portaudiooutputnode.h"
#include "portaudioinputnode.h"
#include "deviceportaudio.h"
QList<QUuid> NodeControlBase::PID_UUID;
ClassEntry PortAudioPlugin::mNodeClasses[] =
{
ClassEntry( QT_TR_NOOP( "Audio Input" ), "PortAudio", NID_PORT_AUDIO_INPUT, &PortAudioInputNode::staticMetaObject ),
ClassEntry( QT_TR_NOOP( "Audio Output" ), "PortAudio", NID_PORT_AUDIO_OUTPUT, &PortAudioOutputNode::staticMetaObject ),
ClassEntry()
};
ClassEntry PortAudioPlugin::mPinClasses[] =
{
ClassEntry()
};
PortAudioPlugin *PortAudioPlugin::mInstance = nullptr;
PortAudioPlugin::PortAudioPlugin( void )
: mApp( 0 )
{
mInstance = this;
#include "arccosnode.h"
#include "radianstodegreesnode.h"
#include "comparenumbersnode.h"
#include "rotationfromvectorsnode.h"
MathPlugin *MathPlugin::mInstance = nullptr;
QList<QUuid> NodeControlBase::PID_UUID;
ClassEntry NodeClasses[] =
{
ClassEntry( "Abs", "Number", NID_ABS, &AbsNode::staticMetaObject ),
ClassEntry( "Add", "Math", NID_ADD, &AddNode::staticMetaObject ),
ClassEntry( "AND", "Logic", NID_AND, &AndNode::staticMetaObject ),
ClassEntry( "ArcCos", "Number", NID_ARCCOS, &ArcCosNode::staticMetaObject ),
ClassEntry( "Compare", "Number", NID_COMPARE_NUMBERS, &CompareNumbersNode::staticMetaObject ),
ClassEntry( "Cross Product", "Vector3", NID_CROSS_PRODUCT, &CrossProductNode::staticMetaObject ),
ClassEntry( "Radians to Degrees", "Number", NID_RADIANS_TO_DEGREES, &RadiansToDegreesNode::staticMetaObject ),
ClassEntry( "Dot Product", "Vector3", NID_DOT_PRODUCT, &DotProductNode::staticMetaObject ),
ClassEntry( "Divide", "Math", NID_DIVIDE, &DivideNode::staticMetaObject ),
ClassEntry( "Join", "Vector3", NID_JOIN_VECTOR3, &JoinVector3Node::staticMetaObject ),
ClassEntry( "Look At", "Matrix", NID_MATRIX_LOOKAT, &MatrixLookAtNode::staticMetaObject ),
ClassEntry( "Multiply", "Math", NID_MULTIPLY, &MultiplyNode::staticMetaObject ),
ClassEntry( "NAND", "Logic", NID_NAND, &NandNode::staticMetaObject ),
ClassEntry( "NOT", "Logic", NID_NOT, &NotNode::staticMetaObject ),
ClassEntry( "NOR", "Logic", NID_NOR, &NorNode::staticMetaObject ),
ClassEntry( "Normalise", "Vector3", NID_NORMALISE, &NormaliseNode::staticMetaObject ),
#include <QDebug>
#include <QTranslator>
#include <QApplication>
#include <fugio/fftw/uuid.h>
#include <fugio/nodecontrolbase.h>
#include "fftnode.h"
QList<QUuid> NodeControlBase::PID_UUID;
ClassEntry FftwPlugin::mNodeClasses[] =
{
ClassEntry( "FFT", "FFTW", NID_FFT, &FFTNode::staticMetaObject ),
ClassEntry()
};
ClassEntry FftwPlugin::mPinClasses[] =
{
ClassEntry()
};
FftwPlugin::FftwPlugin( void )
: mApp( 0 )
{
//-------------------------------------------------------------------------
// Install translator
static QTranslator Translator;
