Module to compute the components of the metric which is used to describe distances on Physical Template Family signal manifold. More...
Prototypes | |
INT4 | XLALInspiralComputePTFIntrinsicMetric (InspiralMetric *metric, REAL8Vector *fullmetric, REAL8FrequencySeries *psd, InspiralTemplate *params) |
INT4 | XLALInspiralComputePTFWaveform (REAL8Vector *ptfwave, InspiralTemplate *params) |
INT4 | XLALInspiralComputePTFWDeriv (COMPLEX16Vector *Wderiv, REAL8FrequencySeries *psd, InspiralTemplate *params, INT4 paramid, REAL8 initdelta, REAL8 tolerance) |
Module to compute the components of the metric which is used to describe distances on Physical Template Family signal manifold.
XLALInspiralComputePTFIntrinsicMetric()
:
metric,
Output, the metric at the lattice point defined by params
psd,
Input, the power spectral density of the data params,
Input, the parameters where metric must be computed in the computation of the metric. XLALInspiralComputePTFFullMetric()
:
metric,
Output, the metric at the lattice point defined by params
psd,
Input, the power spectral density of the data params,
Input, the parameters where metric must be computed in the computation of the metric. XLALInspiralComputePTFWaveform()
:
ptfwave,
Output, the waveform at the lattice point defined by params
params,
Input, the parameters where metric must be computed in the computation of the metric. XLALInspiralComputePTFWDeriv()
:
Wderiv,
Output, the time derivative of waveform at the lattice point defined by params
psd,
Input, the power spectral density of the data params,
Input, the parameters where metric must be computed in the computation of the metric paramid,
Input, id of the parameter to take derivative on initdelta,
Input, initial difference in parameters tolerance,
Input, stop iteration when difference between two bisections is smaller than tolerance. We calculate the components of the metric using the procedure outlined by Yi.
Definition in file LALInspiralComputePTFMetric.c.