O3a-Spin-Quadrupole-BH-mimicker-test-results/o3a-review-report.md

@@ -5,7 +5,7 @@
 |3. |[GW190425z](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190425z)|| Archisman: still running ||
 |4.|[GW190512b](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190512at)||<br> <br> Anuradha: BBH: Why log L is different? <br> <br> Archisman: whys is t0 different? Is the BH run used for comparison a non-spinning run?||
 |5.|[GW190521r](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190412m) || <br>Anuradha:<br> BBH: Why log L is different? <br> ks_pos: Why log L is different? q is shifted toward lower side. 1D ks plot is missing on the posplots.html page. <br> ks_sym: Why log L is different? 1D ks plot is missing on the posplots.html page. <br> <br> Archisman: Spins and spin angles are different (expected). Looks good. ||
-|6.|[GW190630a](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190630ag)||<br>Anuradha: <br>BBH: Why is log L different? <br> ks_pos: Why is log L different? a1, a2 and chi_eff are less constrained. <br> Why is log L different? <br> <br> Archisman: where are the comparison pages? I could not find them. ||
+|6.|[GW190630a](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190630ag)||<br>Anuradha: <br>BBH: Why is log L different? <br> ks_pos: Why is log L different? a1, a2 and chi_eff are less constrained. <br> Why is log L different? <br> <br> Archisman: where are the comparison pages? I could not find them. |<br> Krishnendu <br> <br> Please see this page for [PE results](https://ldas-jobs.ligo.caltech.edu/~nv.krishnendu/LSC/lalinference/O3/o3_a_tgr/S190630ag/pv2_c01_prod/) and [here](https://ldas-jobs.ligo.caltech.edu/~nv.krishnendu/LSC/lalinference/O3/o3_a_tgr/S190630ag/pv2_c01_prod/comp_PE_Prod0/) are the comparison page with PE Prod runs|
 |7.|[GW190707a](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190707q)||<br> Anuradha: All the comparison pages have 'Prod0' vs 'Prod4' legends, so I am not sure if I am looking are correct plots. But I do see evidence for Mtot posterior trailing [here](https://ldas-jobs.ligo.caltech.edu/~nv.krishnendu/LSC/lalinference/O3/o3_a_tgr/S190707q/pv2_c01_prod/comp_PE_Prod0/bh_ks_pos/html/Comparison_All.html) <br> <br> Archisman: same question as Anuradha above. Also prod 4 seems to be an aligned spin run. Something rails against the mtot bound, but it is not clear what. Also it seems to slightly fall off near the bound, doesn't it? ||
 |8.|[GW190708a](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190708ap) ||<br> Anuradha: <br> BBH: Why log L, a1, a1z, and a2z are different? <br>ks_pos: a1z, and a2z are different. a1, a2 are totally unconstrained.  1D ks plot is missing on the posplots.html page. <br> ks_sym: a1z, a2z, a1, a2 are unconstrained. 1D ks plot is missing on the posplots.html page. <br> <br> Archisman: spins are significantly different. Why are spins estimated better for the SIQM run than for the PE run? Otherwise fine. In particular, no mtot railing. ||
 |9.|[GW190720a](https://git.ligo.org/nv.krishnendu/lalsuite/-/wikis/O3a-Spin-Quadrupole-BH-mimicker-test-results/S190720a)||<br> Anuradha: There is one comparison page given, the label says 'BH comparison page' but when you go inside it has BH and ks_sym legends. So, I am not sure what am I looking at. Since there are no comparison plots, I am not sure if the results are alright. <br> There are evidence for Mtot posterior trailing [here](https://ldas-jobs.ligo.caltech.edu/~nv.krishnendu/LSC/lalinference/O3/o3_a_tgr/S190720a/pv2_prod_c01/comp_ks_bh/) and [here](https://ldas-jobs.ligo.caltech.edu/~nv.krishnendu/LSC/lalinference/O3/o3_a_tgr/S190720a/pv2_c01_prod/sym/ks/1247616534.7-0/V1H1L1/posplots.html) <br> <br> Archisman: Spins and spin angles are different (expected). Why is chirp mass so different? There is a minor railing of mtot against the prior. ||