IComplexNDArray function ( IComplexNDArray arg0 ) { if ( arg0 . isVector ( ) ) return ( IComplexNDArray ) Nd4j . getExecutioner ( ) . execAndReturn ( new VectorFFT ( arg0 , arg0 . length ( ) ) ) ; else { return rawfft ( arg0 , arg0 . size ( arg0 . shape ( ) . length - 1 ) , arg0 . shape ( ) . length - 1 ) ; } }
1d discrete fourier op , note that this will throw an exception if the passed in input is n't a vector . see matlab 's fft2 for more information concode_field_sep PlaceHolder placeHolder concode_field_sep IComplexNDArray irfftn concode_elem_sep IComplexNDArray rawifftn concode_elem_sep IComplexNDArray doInnerFft concode_elem_sep IComplexNDArray fixShape concode_elem_sep IComplexNDArray ifftn concode_elem_sep IComplexNDArray ifftn concode_elem_sep IComplexNDArray ifftn concode_elem_sep IComplexNDArray ifftn concode_elem_sep IComplexNDArray ifftn concode_elem_sep IComplexNDArray fftn concode_elem_sep IComplexNDArray fftn concode_elem_sep IComplexNDArray fftn concode_elem_sep IComplexNDArray fftn concode_elem_sep IComplexNDArray irfft concode_elem_sep IComplexNDArray irfft concode_elem_sep IComplexNDArray rawifft concode_elem_sep IComplexNDArray rawfftn concode_elem_sep IComplexNDArray doFFt