Uses of Class
org.jamdev.jpamutils.spectrogram.ComplexArrayF

Packages that use ComplexArrayF

Package	Description
org.jamdev.jpamutils.spectrogram

Uses of ComplexArrayF in org.jamdev.jpamutils.spectrogram

Methods in org.jamdev.jpamutils.spectrogram that return ComplexArrayF

Modifier and Type	Method	Description
ComplexArrayF[]	ComplexArrayF.calcCSDM()	Calculate the Cross-Spectral Density Matrix (CSDM) from this complex array.
ComplexArrayF	ComplexArrayF.clone()
ComplexArrayF	ComplexArrayF.conj()	Calculate the complex conjugate of the complex array
ComplexArrayF	ComplexArrayF.conjTimes(ComplexArrayF s)	Multiply this array by the complex conjugate of Array s;
ComplexArrayF	ComplexArrayF.conjTimes(ComplexArrayF s, int[] binRange)	Multiply this array by the complex conjugate of Array s but only using data within the complex bin range >= binRange[0] to < binRange[1]
ComplexArrayF	ComplexArrayF.copyOf(int newLength)	Make a copy of the complex array with a new length.
ComplexArrayF	ComplexArrayF.fillConjugateHalf()	FFT's of real data often only contain the first half of the data since the second half is just a flipped complex conjugate of the first half.
ComplexArrayF	ComplexArrayF.minus(ComplexArrayF c)	Subtract a complex array from this array.
ComplexArrayF	ComplexArrayF.plus(ComplexArrayF c)	Add a complex array to the current array
ComplexArrayF	ComplexArrayF.pow(float f)	Raises the complex array to the power f
static ComplexArrayF	ComplexArrayF.realToComplex(float[] realArray)	Create a complex array from a real array.
ComplexArrayF	ComplexArrayF.sqrt()	Calculates the square root of all complex numbers in the array
ComplexArrayF	ComplexArrayF.times(float f)	Multiply a complex array by a scaler factor
ComplexArrayF	ComplexArrayF.times(Complex b)	return a new ComplexArrayF whose value is (this * b)

Methods in org.jamdev.jpamutils.spectrogram with parameters of type ComplexArrayF

Modifier and Type	Method	Description
ComplexArrayF	ComplexArrayF.conjTimes(ComplexArrayF s)	Multiply this array by the complex conjugate of Array s;
ComplexArrayF	ComplexArrayF.conjTimes(ComplexArrayF s, int[] binRange)	Multiply this array by the complex conjugate of Array s but only using data within the complex bin range >= binRange[0] to < binRange[1]
Complex	ComplexArrayF.dotProduct(ComplexArrayF s)	Dot product (aka Inner Product) of this array and another complex array 's'.
ComplexArrayF	ComplexArrayF.minus(ComplexArrayF c)	Subtract a complex array from this array.
ComplexArrayF	ComplexArrayF.plus(ComplexArrayF c)	Add a complex array to the current array