Circular Equatorial Inspiral Data Class.
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#include <CEID.h>
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| CEID (char *basename, const Real arrmin, const Real rmax, const Real dr, const int ellmax) |
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| CEID (char *basename, const int Nhi, const int ellmax) |
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void | Spheroids (const Real costheta_view) |
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void | Get_rdot_omega (const Real r) |
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void | Get_fluxes (const Real r) |
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void | Get_wave (const Real r, const Real phi, const Real phi_view) |
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void | Get_flux_Smode (const Real r, const int l, const int m, Real &EdotHlm, Real &EdotIlm) |
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void | Get_flux_mmode (const Real r, const int m, Real &EdotHm, Real &EdotIm) |
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void | Get_flux_lmode (const Real r, const int l, Real &EdotHl, Real &EdotIl) |
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void | Get_flux_Ymode (const Real r, const int l, const int m, Real &EdotHlm, Real &EdotIlm) |
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void | Get_ZIlm (const Real r, const int l, const int m, Complex &ZIlm) |
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void | Get_CIlm (const Real r, const Real phi, const int l, const int m, Complex &CIlm) |
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void | Spline_CIlm (const int l, const int m) |
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Real | rdot |
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Real | rdot_noH |
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Real | Omega |
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Real | Omega_max |
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Real | rmin |
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Real | EdotI |
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Real | LzdotI |
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Real | EdotH |
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Real | LzdotH |
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Real | hp |
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Real | hc |
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Real | r_isco |
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Real | a |
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int | jmax |
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Real * | r_arr |
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int * | max_l_computed |
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Circular Equatorial Inspiral Data Class.
This class uses CEDR, and provides methods for smoothly interpolating through a large set of output from many orbits to study waveforms and inspirals.
The documentation for this class was generated from the following files:
- include/CEID.h
- src/circeq/CEID.cc