void WaveformPlot::load( const std::vector<float> &samples, const ci::Rectf &bounds, size_t pixelsPerVertex )
{
mBounds = bounds;
mWaveforms.clear();
ivec2 waveSize = bounds.getSize();
mWaveforms.push_back( Waveform( samples, waveSize, pixelsPerVertex, Waveform::CalcMode::MIN_MAX ) );
mWaveforms.push_back( Waveform( samples, waveSize, pixelsPerVertex, Waveform::CalcMode::AVERAGE ) );
}
void WaveformPlot::load( const audio::BufferRef &buffer, const ci::Rectf &bounds, size_t pixelsPerVertex )
{
mBounds = bounds;
mWaveforms.clear();
size_t numChannels = buffer->getNumChannels();
ivec2 waveSize = bounds.getSize();
waveSize.y /= numChannels;
for( size_t ch = 0; ch < numChannels; ch++ ) {
mWaveforms.push_back( Waveform( buffer->getChannel( ch ), buffer->getNumFrames(), waveSize, pixelsPerVertex, Waveform::CalcMode::MIN_MAX ) );
mWaveforms.push_back( Waveform( buffer->getChannel( ch ), buffer->getNumFrames(), waveSize, pixelsPerVertex, Waveform::CalcMode::AVERAGE ) );
}
}
void Control::setRect(const ci::Rectf &rect) {
setSize(rect.getSize());
setLocation(rect.getUpperLeft());
}
AABB::AABB(ci::Rectf const& Rect)
#endif
: m_Center(Rect.getCenter())
, m_HalfSize(Rect.getSize() / 2.f)
{
}
