makeFactory

These functions make a concrete factory, which is then used to make Inplace or Ooplace compute objects.

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CONSTANT

hpk.MAJOR_VERSION: str

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FUNCTIONS

hpk.fft.makeFactoryCC(dtype: object, cfg: hpk.Configuration = []) → hpk.fft.FactoryCC_float64

hpk.fft.makeFactoryCC(dtype: object, cfg: hpk.Configuration = []) → hpk.fft.FactoryCC_float32

hpk.fft.makeFactoryCC(dtype: object, cfg: hpk.Configuration = []) → hpk.fft.FactoryCC_float16

Overloaded function.

1. makeFactoryCC(dtype: object, cfg: hpk.Configuration = []) -> hpk.fft.FactoryCC_float64

Makes a factory for complex time domain and complex freq domain for double precision.

2. makeFactoryCC(dtype: object, cfg: hpk.Configuration = []) -> hpk.fft.FactoryCC_float32

Makes a factory for complex time domain and complex freq domain for single precision.

3. makeFactoryCC(dtype: object, cfg: hpk.Configuration = []) -> hpk.fft.FactoryCC_float16

Makes a factory for complex time domain and complex freq domain for half precision.

hpk.fft.makeFactoryRC(dtype: object, cfg: hpk.Configuration = []) → hpk.fft.FactoryRC_float64

hpk.fft.makeFactoryRC(dtype: object, cfg: hpk.Configuration = []) → hpk.fft.FactoryRC_float32

hpk.fft.makeFactoryRC(dtype: object, cfg: hpk.Configuration = []) → hpk.fft.FactoryRC_float16

Overloaded function.

1. makeFactoryRC(dtype: object, cfg: hpk.Configuration = []) -> hpk.fft.FactoryRC_float64

Makes a factory for real time domain and complex freq domain for double precision.

2. makeFactoryRC(dtype: object, cfg: hpk.Configuration = []) -> hpk.fft.FactoryRC_float32

Makes a factory for real time domain and complex freq domain for single precision.

3. makeFactoryRC(dtype: object, cfg: hpk.Configuration = []) -> hpk.fft.FactoryRC_float16

Makes a factory for real time domain and complex freq domain for half precision.