pbrown801 / aggienova-templates

For the creation of ultraviolet-optical-infrared spectroscopic time-series templates by the Aggienova research team at Texas A&M
MIT License
4 stars 1 forks source link

count rate interpolation incomplete #30

Open pbrown801 opened 2 weeks ago

pbrown801 commented 2 weeks ago

running

python3 run_pipeline.py SN2022hrs SN2022hrs_series.txt y y

yields this

Time (MJD),UVW2,UVW2err,UVM2,UVM2err,UVW1,UVW1err,U,Uerr,B,Berr,V,Verr 59686.8151,0.341,0.071,0.008,0.055,0.873,0.118,12.167,0.779,47.492,2.262,22.508,1.309 59687.57735,0.466,0.088,0.013,0.034,1.788,0.198,18.351,1.168,69.345,3.059,30.229,1.593 59688.207462499995,0.841,0.156,0.019,0.055,2.608,0.315,28.143,1.658,93.393,3.998,41.58,2.128 59689.4337,0.768,0.086,nan,nan,nan,nan,nan,nan,nan,nan,nan,nan 59689.6065,1.136,0.163,nan,nan,nan,nan,nan,nan,nan,nan,nan,nan 59693.48861666666,3.24,0.250,0.169,0.051,13.966,0.811,126.299,4.880,264.971,9.986,107.155,4.251 59697.44076666667,3.965,0.273,0.461,0.055,16.653,0.858,153.261,5.905,nan,NULL,137.97,5.411 59698.6312,3.464,0.246,0.407,0.047,16.141,0.841,149.192,5.761,nan,NULL,146.59,5.709 59703.36465,3.264,0.235,0.447,0.048,11.823,0.662,105.061,4.237,314.002,11.771,146.96,5.723 59705.35833333333,2.867,0.246,0.37,0.053,nan,nan,nan,nan,nan,nan,152.732,5.998 59705.7556,nan,nan,nan,nan,nan,nan,nan,nan,259.678,9.842,nan,nan 59706.1559,nan,nan,nan,nan,8.857,0.498,85.988,3.532,nan,nan,nan,nan 59707.879725,2.175,0.193,nan,nan,7.028,0.432,69.178,3.017,223.194,8.542,nan,nan 59708.615900000004,nan,nan,0.216,0.042,nan,nan,nan,nan,nan,nan,126.09,5.085 59710.01473333334,1.713,0.180,0.26,0.068,6.205,0.448,54.342,2.662,178.394,7.029,110.862,4.569 59721.47885,nan,nan,-0.076,0.116,nan,nan,nan,nan,nan,nan,64.263,2.861 59721.643200000006,0.442,0.111,nan,nan,1.669,0.158,14.855,0.961,60.352,2.731,nan,nan

and this

Time (MJD),UVW2,UVM2,UVW1,U,B,V 59686.8151,0.24100382397466472,0.25812925326364883,1.5226520923542788,14.79604836954651,60.60844504399282,78.74307489408592 59687.57735,0.3749971321595672,0.4044218674779408,2.400076336949833,22.69519130830049,89.06158568833943,113.62638929152673 59688.207462499995,0.5399157944441804,0.5837140620121479,3.4590962905881475,33.644299140931444,124.3960534594574,158.1102370955714 59689.4337,,,,,, 59689.6065,,,,,, 59693.48861666666,2.130036538762592,2.337842892526571,13.981877722898833,141.7054222738257,411.5871363793176,499.3888461037 59697.44076666667,,,,,, 59698.6312,,,,,, 59703.36465,2.3138849044341345,2.6432223909393575,14.661031331790936,126.32281976573356,433.2453348284191,546.7185073720785 59705.35833333333,,,,,, 59705.7556,,,,,, 59706.1559,,,,,, 59707.879725,,,,,, 59708.615900000004,,,,,, 59710.01473333334,1.1924621778013271,1.4567102803937144,7.228656019233157,61.98289105887979,239.71599524713955,320.1119325085343 59721.47885,,,,,, 59721.643200000006,,,,,,

6 filter count rates at all epochs should be interpolated before the mangling. It seems the output is interpolated after the mangling is done on the 6 filter data

pbrown801 commented 2 weeks ago

SN2022hrs_pylightcurve This is what the observed light curve looks like.

This is the output:

Screenshot 2024-11-12 at 6 18 05 PM