RTModel
Real-Time Microlensing Modelling
by Valerio Bozza
KB150052
Binary with parallax
Binary lens models with parallax
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Model X1 χ2=11760.4 gMOA=65.9007±1.578 s=1.59711±0.00181331 q=0.910083±0.00956113 u0=0.420456±0.00522299 θ=2.64802±0.00650663 ρ*=0.00381595±0.000314296 tE=79.2409±0.55571 t0=7114.48±0.152255 π⊥=0.0678163±0.013327 π||=0.174636±0.012975 |
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Model X2 χ2=11811.7 gMOA=69.8587±1.62265 s=1.60726±0.00189058 q=0.988119±0.00978088 u0=0.420837±0.00481445 θ=2.61291±0.00614063 ρ*=0.00367941±0.000297237 tE=85.9951±0.596219 t0=7114.55±0.152601 π⊥=0.0436216±0.0124459 π||=0.115768±0.0130405 |
Binary lens models
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Model L1 χ2=12552.7 gMOA=68.8378±1.38185 s=1.59954±0.00222287 q=0.966743±0.00951772 u0=0.434335±0.00399484 θ=2.56566±0.0066984 ρ*=0.00360096±0.000254721 tE=94.6381±0.470362 t0=7114.92±0.0822996 |
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Model L2 χ2=12898.2 gMOA=66.1737±1.41007 s=1.60751±0.00231671 q=0.873765±0.0129844 u0=0.444219±0.00464689 θ=2.58163±0.00671587 ρ*=0.00362664±0.000317504 tE=92.8075±0.419394 t0=7112.51±0.142441 |
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Model L3 χ2=12952.2 gMOA=66.3419±1.4399 s=1.61062±0.00239493 q=0.871777±0.012617 u0=0.444564±0.00486512 θ=2.58284±0.00703786 ρ*=0.00360995±0.000335635 tE=93.0512±0.422196 t0=7112.12±0.146569 |