Uses of Class
ffx.numerics.fft.PassData
Packages that use PassData
Package
Description
The FFT package implements 1D and 3D FFTs of real or complex valued data, including SMP
parallelization of 3D transforms and convolution using the Parallel Java library.
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Uses of PassData in ffx.numerics.fft
Methods in ffx.numerics.fft with parameters of type PassDataModifier and TypeMethodDescriptionprotected voidHandle factors of 5.protected voidMixedRadixFactor5.interleaved(PassData passData) Handle factors of 5.protected abstract voidMixedRadixFactor.passScalar(PassData passData) Apply the mixed radix factor using scalar operations.protected voidMixedRadixFactor2.passScalar(PassData passData) Handle factors of 2.protected voidMixedRadixFactor3.passScalar(PassData passData) Handle factors of 3.protected voidMixedRadixFactor4.passScalar(PassData passData) Handle factors of 4.protected voidMixedRadixFactor5.passScalar(PassData passData) Handle factors of 5.protected voidMixedRadixFactor6.passScalar(PassData passData) Handle factors of 6.protected voidMixedRadixFactor7.passScalar(PassData passData) Handle factors of 7.protected voidMixedRadixFactorPrime.passScalar(PassData passData) Handle a general prime number.protected abstract voidApply the mixed radix factor using SIMD operations.protected voidHandle factors of 2 using SIMD vectors.protected voidHandle factors of 3 using SIMD vectors.protected voidHandle factors of 4 using SIMD vectors.protected voidHandle factors of 5 using SIMD vectors.protected voidHandle factors of 6 using SIMD vectors.protected voidHandle factors of 6 using SIMD vectors.protected voidThere is no SIMD support for general prime numbers, so the scalar method is used.