- Allow user to use new free parameters (spins in spherical coordinates):
-
$|\vec{S}_1|$ [key: S1]: Spin's Magnitude (0<$S_1$<1) of the first object; -
$\theta_1$ [key: theta_1]: Spin's Polar Angle of the first object; -
$\phi_1$ [key: phi_1]: Spin's Azimuthal Angle of the first object; -
$|\vec{S}_2|$ [key: S2]: Spin's Magnitude (0<$S_2$<1) of the second object; -
$\theta_2$ [key: theta_2]: Spin's Polar Angle of the second object; -
$\phi_2$ [key: phi_2]: Spin's Azimuthal Angle of the second object;
-
- Allow user to use new free parameters:
-
$d_L^{-1}$ [key: 'inv_dL'] (units of$Gpc^{-1}$ ); -
$ln(d_L/Gpc)$ [key: 'ln_dL']; -
$cos(\iota)$ [key: 'cos_iota']
-
- Integration method changed to scipy.integrate.trapezoid(y,x)
- Allow users to use others detectors sensitivity curves (informing
$S_n$ and$freq$ ) in addition to those already included in the code (aLIGO, aVirgo, KAGRA, ET, CE). - Allow user to use different 2-mass combinations as bellow (
$\bullet$ : allowed ;$\times$ : forbiden):
It is not possible to choose the combination
- Bug on calling get_strain_snr() function in GWDALI/GWDALI.py
- DALI-tensors
$\langle\partial_{i...}h|\partial_{j...}h\rangle$ allowed as output (with the key Tensors, e.g. Fisher, Doublet, Triplet = res['Tensors']). - Allow users to choose between running Monte-Carlo or not (e.g. the user would be interested only in DALI-tensors components insted estimating posteriors)
- Parameter Displacement (
$\Delta\theta^i$ ) written incorrectely in GWDALI/lib/Likelihood.py
- Error found in GWDALI/lib/Likelihood.py (in all versions < 0.1.1):
- line 72: Parameter Displacement (
$\Delta\theta^i$ ) written incorrectely: dT = self.Theta0 - Theta - In the next version we are going to fix it to: dT = Theta - self.Theta0
- line 72: Parameter Displacement (
- Priors are loaded correctlly now.
- Priors are not loaded correctelly!
- The Standard Likelihood (
$log\mathcal{L}=-\frac{1}{2}\langle h_{data}-h_{model}|h_{data}-h_{model}\rangle$ ) was not implemented correctelly to handle Dec in units of degree.
- Changing prior on Declination "Dec" from bilby.core.prior.Cosine(...) (with Dec in radian units) to bilby.core.prior.Interped(...) (with Dec in degree units)
- Priors are not loaded correctelly!
- The Standard Likelihood was not implemented correctelly to handle Dec in units of degree.
-
Arrival Time Delay (
$\tau_a$ ) included in signal computations.$h_a\rightarrow h_a\cdot e^{2\pi i f \tau_a}$ .
- speed of light changed from
$\boxed{c=3\cdot10^8\ m/s}$ to$\boxed{c=299792458\ m/s}$ - optimizing computation of the observed angles: sky position
$(\alpha_D,\ \beta_D)$ and polarization angle ($\psi_D$ ).
- Allow user to choose any waveform from lalsimulation!
- Excluding waveforms call from GWDALI/lib/Load_Dictionaries.py
- Waveforms are now directelly called from GWDALI/lib/Waveforms.py!
- Excluding block command about computing DALI tensor components (brute force method) in GWDALI/lib/Compute_Tensors.py
- setup.py to include .txt files about detector sensitivities.
- detectors sensitivities absent (GWDALI/Detectors_Sensitivity/) [.txt files]
- Allow users to change the standard priors.
- Allow users to check/compute sources SNR before Monte-Carlo simulations.
- GWFISH comment (about matrix inversion) excluded from GWDALI.py
- detectors sensitivities absent (GWDALI/Detectors_Sensitivity/) [.txt files]
- libraries absent (GWDALI/lib/)
- detectors sensitivities absent (GWDALI/Detectors_Sensitivity/)
Initial Release
- libraries absent (GWDALI/lib/)
- detectors sensitivities absent (GWDALI/Detectors_Sensitivity/)