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model/info
model.result
You get the idea from these issues:
#925 #926 #930
Heres a script which runs a relational model:
https://github.com/Jammy2211/autolens_workspace/blob/release/scripts/multi/modeling/features/wavelength_dependence.py
Here is what the model.info looks like:
model.info
Total Free Parameters = 23 model Collection (N=23) 0 Collection (N=23) galaxies Collection (N=23) lens Galaxy (N=15) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) mass Isothermal (N=5) shear ExternalShear (N=2) source Galaxy (N=8) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) 1 Collection (N=23) galaxies Collection (N=23) lens Galaxy (N=15) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) mass Isothermal (N=5) shear ExternalShear (N=2) source Galaxy (N=8) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) 0 galaxies lens redshift 0.5 bulge centre centre_0 GaussianPrior [0], mean = 0.0, sigma = 0.3 centre_1 GaussianPrior [1], mean = 0.0, sigma = 0.3 ell_comps ell_comps_0 GaussianPrior [2], mean = 0.0, sigma = 0.3 ell_comps_1 GaussianPrior [3], mean = 0.0, sigma = 0.3 intensity lens_c UniformPrior [22], lower_limit = -10.0, upper_limit = 10.0 self wavelength 464 lens_m UniformPrior [21], lower_limit = -0.1, upper_limit = 0.1 effective_radius UniformPrior [5], lower_limit = 0.0, upper_limit = 30.0 sersic_index UniformPrior [6], lower_limit = 0.8, upper_limit = 5.0 mass centre centre_0 GaussianPrior [7], mean = 0.0, sigma = 0.1 centre_1 GaussianPrior [8], mean = 0.0, sigma = 0.1 ell_comps ell_comps_0 GaussianPrior [9], mean = 0.0, sigma = 0.3 ell_comps_1 GaussianPrior [10], mean = 0.0, sigma = 0.3 einstein_radius UniformPrior [11], lower_limit = 0.0, upper_limit = 8.0 shear gamma_1 UniformPrior [12], lower_limit = -0.2, upper_limit = 0.2 gamma_2 UniformPrior [13], lower_limit = -0.2, upper_limit = 0.2 source redshift 1.0 bulge centre centre_0 GaussianPrior [14], mean = 0.0, sigma = 0.3 centre_1 GaussianPrior [15], mean = 0.0, sigma = 0.3 ell_comps ell_comps_0 GaussianPrior [16], mean = 0.0, sigma = 0.3 ell_comps_1 GaussianPrior [17], mean = 0.0, sigma = 0.3 intensity source_c UniformPrior [24], lower_limit = -10.0, upper_limit = 10.0 self wavelength 464 source_m UniformPrior [23], lower_limit = -0.1, upper_limit = 0.1 effective_radius UniformPrior [19], lower_limit = 0.0, upper_limit = 30.0 sersic_index UniformPrior [20], lower_limit = 0.8, upper_limit = 5.0 1 galaxies lens redshift 0.5 bulge centre centre_0 GaussianPrior [0], mean = 0.0, sigma = 0.3 centre_1 GaussianPrior [1], mean = 0.0, sigma = 0.3 ell_comps ell_comps_0 GaussianPrior [2], mean = 0.0, sigma = 0.3 ell_comps_1 GaussianPrior [3], mean = 0.0, sigma = 0.3 intensity lens_c UniformPrior [22], lower_limit = -10.0, upper_limit = 10.0 self wavelength 658 lens_m UniformPrior [21], lower_limit = -0.1, upper_limit = 0.1 effective_radius UniformPrior [5], lower_limit = 0.0, upper_limit = 30.0 sersic_index UniformPrior [6], lower_limit = 0.8, upper_limit = 5.0 mass centre centre_0 GaussianPrior [7], mean = 0.0, sigma = 0.1 centre_1 GaussianPrior [8], mean = 0.0, sigma = 0.1 ell_comps ell_comps_0 GaussianPrior [9], mean = 0.0, sigma = 0.3 ell_comps_1 GaussianPrior [10], mean = 0.0, sigma = 0.3 einstein_radius UniformPrior [11], lower_limit = 0.0, upper_limit = 8.0 shear gamma_1 UniformPrior [12], lower_limit = -0.2, upper_limit = 0.2 gamma_2 UniformPrior [13], lower_limit = -0.2, upper_limit = 0.2 source redshift 1.0 bulge centre centre_0 GaussianPrior [14], mean = 0.0, sigma = 0.3 centre_1 GaussianPrior [15], mean = 0.0, sigma = 0.3 ell_comps ell_comps_0 GaussianPrior [16], mean = 0.0, sigma = 0.3 ell_comps_1 GaussianPrior [17], mean = 0.0, sigma = 0.3 intensity source_c UniformPrior [24], lower_limit = -10.0, upper_limit = 10.0 self wavelength 658 source_m UniformPrior [23], lower_limit = -0.1, upper_limit = 0.1 effective_radius UniformPrior [19], lower_limit = 0.0, upper_limit = 30.0 sersic_index UniformPrior [20], lower_limit = 0.8, upper_limit = 5.0
Here is what the model.results looks like:
model.results
Bayesian Evidence -1624746.95432675 Maximum Log Likelihood -1624734.15071202 Maximum Log Posterior -1624731.23908322 model Collection (N=23) 0 Collection (N=23) galaxies Collection (N=23) lens Galaxy (N=15) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) mass Isothermal (N=5) shear ExternalShear (N=2) source Galaxy (N=8) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) 1 Collection (N=23) galaxies Collection (N=23) lens Galaxy (N=15) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) mass Isothermal (N=5) shear ExternalShear (N=2) source Galaxy (N=8) bulge Sersic (N=8) intensity SumPrior (N=2) self MultiplePrior (N=1) Maximum Log Likelihood Model: 1 galaxies lens bulge centre centre_0 0.005 centre_1 -0.106 ell_comps ell_comps_0 0.041 ell_comps_1 0.410 effective_radius 0.926 sersic_index 1.327 intensity self lens_m 0.005 lens_c 1.804 mass centre centre_0 -0.040 centre_1 0.033 ell_comps ell_comps_0 -0.009 ell_comps_1 0.131 einstein_radius 5.786 shear gamma_1 0.101 gamma_2 -0.069 source bulge centre centre_0 -0.259 centre_1 -0.368 ell_comps ell_comps_0 0.248 ell_comps_1 -0.194 effective_radius 0.697 sersic_index 2.363 intensity self source_m -0.030 source_c 2.754 WARNING: The samples have not converged enough to compute a PDF and model errors. The model below over estimates errors. Summary (1.0 sigma limits): 1 galaxies lens bulge centre centre_0 0.0054 (-0.6725, 0.5170) centre_1 -0.1059 (-0.6539, 0.8056) ell_comps ell_comps_0 0.0413 (-0.8034, 0.7618) ell_comps_1 0.4105 (-0.5712, 0.9085) effective_radius 0.9263 (0.0215, 21.6129) sersic_index 1.3269 (0.8286, 4.5588) intensity self lens_m 0.0 (-0.1, 0.1) lens_c 1.8042 (-9.8177, 9.7379) mass centre centre_0 -0.0396 (-0.1951, 0.1702) centre_1 0.0331 (-0.1350, 0.2387) ell_comps ell_comps_0 -0.0093 (-0.6904, 0.8435) ell_comps_1 0.1311 (-0.5822, 0.6198) einstein_radius 5.7859 (0.1773, 7.9742) shear gamma_1 0.1015 (-0.1945, 0.1886) gamma_2 -0.0689 (-0.1960, 0.1896) source bulge centre centre_0 -0.2588 (-0.7563, 0.9348) centre_1 -0.3681 (-0.7200, 0.9345) ell_comps ell_comps_0 0.2477 (-0.5623, 0.5847) ell_comps_1 -0.1940 (-0.6462, 0.6469) effective_radius 0.6968 (0.0055, 18.2304) sersic_index 2.3634 (0.8211, 4.9060) intensity self source_m -0.0 (-0.1, 0.1) source_c 2.7541 (-9.1619, 9.3511) instances 0 galaxies lens redshift 0.5 source redshift 1.0 1 galaxies lens redshift 0.5 source redshift 1.0
The text was updated successfully, but these errors were encountered:
rhayes777
No branches or pull requests
You get the idea from these issues:
#925
#926
#930
Heres a script which runs a relational model:
https://github.com/Jammy2211/autolens_workspace/blob/release/scripts/multi/modeling/features/wavelength_dependence.py
Here is what the
model.info
looks like:Here is what the
model.results
looks like:The text was updated successfully, but these errors were encountered: