Prototypes | |
int | XLALSetLatticeTilingPorbEllipticalBound (LatticeTiling *tiling, const size_t tasc_dimension, const size_t porb_dimension, const double P0, const double sigP, const double T0, const double sigT, const int norb, const double nsigma, const BOOLEAN useShearedPeriod) |
Set an orbital period as a function of time of ascension. More... | |
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int XLALSetLatticeTilingPorbEllipticalBound | ( | LatticeTiling * | tiling, |
const size_t | tasc_dimension, | ||
const size_t | porb_dimension, | ||
const double | P0, | ||
const double | sigP, | ||
const double | T0, | ||
const double | sigT, | ||
const int | norb, | ||
const double | nsigma, | ||
const BOOLEAN | useShearedPeriod | ||
) |
Set an orbital period as a function of time of ascension.
[in] | tiling | Lattice tiling |
[in] | tasc_dimension | Time of ascension dimension |
[in] | porb_dimension | Orbital period dimension |
[in] | P0 | Most likely orbital period |
[in] | sigP | One-sigma uncertainty on orbital period |
[in] | T0 | Most likely time of ascension (uncorrelated with orbital period |
[in] | sigT | One-sigma uncertainty on time of ascension |
[in] | norb | Number of orbits between time of ascention estimate and search region |
[in] | nsigma | Radius in sigma of circular search region in parameter space scaled by uncertainties |
[in] | useShearedPeriod | Whether to use sheared Porb coordinate so the centerline of the search ellipse is horizontal |
Definition at line 116 of file TascPorbTiling.c.