Detailed Description

Perform IQ demodulation on an image, performed in CUDA.

Public Member Functions
std::shared_ptr< SharedImage >	demodulate (const SharedImage &image, double samplingFrequency, double demodulationFrequency, int decimationFactor, int axis, double signalFractionalBandwidth=1.0, int filterLength=101) const
	Perform IQ demodulation along the given axis of the image and the given frequency, performed in CUDA.
	IqDemodulation (const IqDemodulation &)=delete
IqDemodulation &	operator= (const IqDemodulation &)=delete
	IqDemodulation (IqDemodulation &&)
IqDemodulation &	operator= (IqDemodulation &&)

Member Function Documentation

std::shared_ptr< SharedImage > ImFusion::US::GPU::IqDemodulation::demodulate	(	const SharedImage &	image,
		double	samplingFrequency,
		double	demodulationFrequency,
		int	decimationFactor,
		int	axis,
		double	signalFractionalBandwidth = 1.0,
		int	filterLength = 101 ) const

Perform IQ demodulation along the given axis of the image and the given frequency, performed in CUDA.

Parameters

image	The image to demodulate
samplingFrequency	The sampling frequency of the image in the target axis
demodulationFrequency	The frequency to demodulate the image with
decimationFactor	Desired decimation factor while demodulating. The output image size in the specified axis will be image.dimensions()[axis] / decimationFactor.
axis	The axis along which to demodulate the image
signalFractionalBandwidth	The fractional bandwidth (relative to the demodulation frequency) to retain during the demodulation.
filterLength	The length of the FIR filter to use for lowpass filtering the demodulated signal

Note: The output image will have the same dimensions as the input image, except for the specified axis, which will be reduced by the decimation factor.

Exceptions

std::invalid_argument if the axis is not in the range [0, 2], or if the decimation factor is not positive

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