Examples
Group		Example	Description
	Subgroup
Introduction Examples		introduction_example	cuFFTDx API introduction
Simple FFT Examples	01_simple_fft_thread	simple_fft_thread	Complex-to-complex thread FFT
		simple_fft_thread_fp16	Complex-to-complex thread FFT half-precision
	02_simple_fft_block	simple_fft_block	Complex-to-complex block FFT
		simple_fft_block_shared	Complex-to-complex block FFT shared-memory API
		simple_fft_block_std_complex	Complex-to-complex block FFT with cuda::std::complex as data type
		simple_fft_block_half2	Complex-to-complex block FFT with __half2 as data type
		simple_fft_block_fp16	Complex-to-complex block FFT half-precision
		simple_fft_block_c2r	Complex-to-real block FFT
		simple_fft_block_r2c	Real-to-complex block FFT
		simple_fft_block_c2r_fp16	Complex-to-real block FFT half-precision
		simple_fft_block_r2c_fp16	Real-to-complex block FFT half-precision
		simple_fft_block_cub_io	Complex-to-complex block FFT with CUB used for loading/storing data
03_block_fft_performance		block_fft_performance	Benchmark for C2C block FFT
		block_fft_performance_many	Benchmark for C2C/R2C/C2R block FFT
04_nvrtc_fft		nvrtc_fft_thread	Complex-to-complex thread FFT
		nvrtc_fft_block	Complex-to-complex block FFT
05_fft_Xd		fft_2d	Example showing how to perform 2D FP32 C2C FFT with cuFFTDx
		fft_2d_single_kernel	2D FP32 FFT in a single kernel using Cooperative Groups kernel launch
		fft_2d_r2c_c2r	Example showing how to perform 2D FP32 R2C/C2R convolution with cuFFTDx
		fft_3d	Example showing how to perform 3D FP32 C2C FFT with cuFFTDx
		fft_3d_box_single_block	Small 3D FP32 FFT that fits into a single block, each dimension is different
		fft_3d_cube_single_block	Small 3D (equal dimensions) FP32 FFT that fits into a single block
06_convolution		convolution	Simplified FFT convolution
		convolution_padded	R2C-C2R FFT convolution with optimization and zero padding
		convolution_r2c_c2r	Simplified R2C-C2R FFT convolution
		convolution_performance	Benchmark for FFT convolution using cuFFTDx and cuFFT
07_convolution_3d		convolution_3d	cuFFTDx fused 3D convolution with preprocessing, filtering and postprocessing
		convolution_3d_c2r	cuFFTDx fused 3D C2R/R2C FFT convolution
		convolution_3d_r2c	cuFFTDx fused 3D R2C/C2R FFT convolution
		convolution_3d_padded	cuFFTDx fused 3D FFT convolution using zero padding
		convolution_3d_padded_r2c	cuFFTDx fused 3D R2C/C2R FFT convolution wothzero padding
08_mixed_precision		mixed_precision_fft_1d	Example showing how to use separate storage and compute precisions
		mixed_precision_fft_2d	Mixed precision 2D FFT with benchmarking and accuracy comparison