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typedef double | fft_rt |
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typedef fftw_complex | fft_ct |
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| template<typename IT > |
| void | Initialize (IT nx, IT ny, IT nz) |
| | Initialize a fourier class instance. More...
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template<typename IT > |
| void | Initialize_1D (IT n) |
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void | execute_f_r2c () |
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void | execute_f_c2r () |
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| template<typename RT , typename IOT > |
| void | powerDump (RT *in, IOT *iodata) |
| | Compute a power spectrum and write to file. More...
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template<typename IT , typename RT > |
| void | inverseLaplacian (RT *field) |
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fft_ct * | f_field |
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fft_rt * | double_field |
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fftw_plan | p_c2r |
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fftw_plan | p_r2c |
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template<typename IT >
| void cosmo::Fourier::Initialize |
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IT |
nx, |
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IT |
ny, |
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IT |
nz |
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Initialize a fourier class instance.
Create fftw plans, allocate memory
- Parameters
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| nx | points in x-direction |
| ny | points in y-direction |
| nz | points in z-direction |
template<typename RT , typename IOT >
| void cosmo::Fourier::powerDump |
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RT * |
in, |
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IOT * |
iodata |
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) |
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Compute a power spectrum and write to file.
- Parameters
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| in | Grid to compute the spectrum of |
| iodata | reference to data structure containing output directory information, iodata->dir() |
The documentation for this class was generated from the following files:
