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LALApps 10.1.0.1-b246709
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LALApps 10.1.0.1-b246709
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This structure contains the parameters for generation of templates by the various template generation functions provided in FindChirp Package.
Definition at line 77 of file FindChirpDatatypes.h.
Data Fields | |
| REAL8 | deltaT |
| The sampling interval \(\Delta t\) of the input data channel. More... | |
| REAL4 | fLow |
| The frequency domain low frequency cutoff \(f_\mathrm{low}\); All frequency domain data is zero below this frequency. More... | |
| REAL4 | dynRange |
A dynamic range factor \(d\) which cancels from the filter output; This allows quantities to be stored in the range of REAL4 rather than REAL8; This must be set to the same value as dynRange in the FindChirpDataParams; For LIGO data a value of \(d = 2^{69}\) is appropriate. More... | |
| UINT4 | invSpecTrunc |
| The length to which to truncate the inverse power spectral density of the data in the time domain; If set to zero, no truncation is performed. More... | |
| REAL4Vector * | xfacVec |
| For frequency domain templates, this is a vector of length \(N/2+1\) which contains the quantity \(k^{-1/3}\); For time domain templates, this is a workspace vector of length \(N\) which contains the time domain template generated by the inspiral package, shifted so that the end of the template is at the end of the vector; This vector is Fourier transformed to obtain the quantity findchirp template \(\tilde{T}_k\). More... | |
| REAL4VectorSequence * | ACTDVecs |
| UNDOCUMENTED. More... | |
| REAL4Vector * | PTFphi |
| UNDOCUMENTED. More... | |
| REAL4Vector * | PTFomega_2_3 |
| UNDOCUMENTED. More... | |
| REAL4VectorSequence * | PTFe1 |
| UNDOCUMENTED. More... | |
| REAL4VectorSequence * | PTFe2 |
| UNDOCUMENTED. More... | |
| RealFFTPlan * | fwdPlan |
For time domain templates, an FFTW plan used to transform the time domain data stored in xfacVec into its DFT which is stored in the findchirp template. More... | |
| Approximant | approximant |
Generate templates of type approximant; Valid approximants are TaylorT1, TaylorT2, TaylorT3, PadeT1, EOB, FindChirpSP, BCV and BCVSpin; For time domain templates the post-Newtonian order is always two; For stationary phase templates, the post-Newtonian order is specified by order. More... | |
| LALPNOrder | order |
| Specifies the post-Newtonian order of the templates; Valid pN orders are LAL_PNORDER_TWO, LAL_PNORDER_TWO_POINT_FIVE, LAL_PNORDER_THREE, LAL_PNORDER_THREE_POINT_FIVE, LAL_PNORDER_PSEUDO_FOUR; The latter is not the true four PN correction, but may increase the fitting factor between stationary phase and numerical relativity waveforms. More... | |
| INT4 | reverseChirpBank |
| Switches a FindChirpSP template bank to be a reverse chirp template bank if true. More... | |
| INT4 | bandPassTmplt |
| UNDOCUMENTED. More... | |
| LALSimInspiralApplyTaper | taperTmplt |
| UNDOCUMENTED. More... | |
| INT4 | dynamicTmpltFlow |
| Use longest template that will fit in pad length. More... | |
| REAL4 | maxTempLength |
| This can be used to store the maximum allowed template length, given the pad length and spectrum truncation. More... | |
| REAL8 FindChirpTmpltParams::deltaT |
The sampling interval \(\Delta t\) of the input data channel.
Definition at line 80 of file FindChirpDatatypes.h.
| REAL4 FindChirpTmpltParams::fLow |
The frequency domain low frequency cutoff \(f_\mathrm{low}\); All frequency domain data is zero below this frequency.
Definition at line 81 of file FindChirpDatatypes.h.
| REAL4 FindChirpTmpltParams::dynRange |
A dynamic range factor \(d\) which cancels from the filter output; This allows quantities to be stored in the range of REAL4 rather than REAL8; This must be set to the same value as dynRange in the FindChirpDataParams; For LIGO data a value of \(d = 2^{69}\) is appropriate.
Definition at line 82 of file FindChirpDatatypes.h.
| UINT4 FindChirpTmpltParams::invSpecTrunc |
The length to which to truncate the inverse power spectral density of the data in the time domain; If set to zero, no truncation is performed.
Definition at line 86 of file FindChirpDatatypes.h.
| REAL4Vector* FindChirpTmpltParams::xfacVec |
For frequency domain templates, this is a vector of length \(N/2+1\) which contains the quantity \(k^{-1/3}\); For time domain templates, this is a workspace vector of length \(N\) which contains the time domain template generated by the inspiral package, shifted so that the end of the template is at the end of the vector; This vector is Fourier transformed to obtain the quantity findchirp template \(\tilde{T}_k\).
Definition at line 90 of file FindChirpDatatypes.h.
| REAL4VectorSequence* FindChirpTmpltParams::ACTDVecs |
UNDOCUMENTED.
Definition at line 97 of file FindChirpDatatypes.h.
| REAL4Vector* FindChirpTmpltParams::PTFphi |
UNDOCUMENTED.
Definition at line 98 of file FindChirpDatatypes.h.
| REAL4Vector* FindChirpTmpltParams::PTFomega_2_3 |
UNDOCUMENTED.
Definition at line 99 of file FindChirpDatatypes.h.
| REAL4VectorSequence* FindChirpTmpltParams::PTFe1 |
UNDOCUMENTED.
Definition at line 100 of file FindChirpDatatypes.h.
| REAL4VectorSequence* FindChirpTmpltParams::PTFe2 |
UNDOCUMENTED.
Definition at line 101 of file FindChirpDatatypes.h.
| RealFFTPlan* FindChirpTmpltParams::fwdPlan |
For time domain templates, an FFTW plan used to transform the time domain data stored in xfacVec into its DFT which is stored in the findchirp template.
Definition at line 102 of file FindChirpDatatypes.h.
| Approximant FindChirpTmpltParams::approximant |
Generate templates of type approximant; Valid approximants are TaylorT1, TaylorT2, TaylorT3, PadeT1, EOB, FindChirpSP, BCV and BCVSpin; For time domain templates the post-Newtonian order is always two; For stationary phase templates, the post-Newtonian order is specified by order.
Definition at line 106 of file FindChirpDatatypes.h.
| LALPNOrder FindChirpTmpltParams::order |
Specifies the post-Newtonian order of the templates; Valid pN orders are LAL_PNORDER_TWO, LAL_PNORDER_TWO_POINT_FIVE, LAL_PNORDER_THREE, LAL_PNORDER_THREE_POINT_FIVE, LAL_PNORDER_PSEUDO_FOUR; The latter is not the true four PN correction, but may increase the fitting factor between stationary phase and numerical relativity waveforms.
Definition at line 112 of file FindChirpDatatypes.h.
| INT4 FindChirpTmpltParams::reverseChirpBank |
Switches a FindChirpSP template bank to be a reverse chirp template bank if true.
Definition at line 118 of file FindChirpDatatypes.h.
| INT4 FindChirpTmpltParams::bandPassTmplt |
UNDOCUMENTED.
Definition at line 119 of file FindChirpDatatypes.h.
| LALSimInspiralApplyTaper FindChirpTmpltParams::taperTmplt |
UNDOCUMENTED.
Definition at line 120 of file FindChirpDatatypes.h.
| INT4 FindChirpTmpltParams::dynamicTmpltFlow |
Use longest template that will fit in pad length.
Definition at line 121 of file FindChirpDatatypes.h.
| REAL4 FindChirpTmpltParams::maxTempLength |
This can be used to store the maximum allowed template length, given the pad length and spectrum truncation.
Definition at line 122 of file FindChirpDatatypes.h.
1.9.4