RTModel
 Real-Time Microlensing Modeling by Valerio Bozza
RTModel index
 
OB230249
Binary
 
Binary lens models
Model L1     χ2=19177.1    gOGLE I=0.0652243±0.0214118

s=1.6922±0.00858382    q=0.197903±0.00521528    u0=0.650666±0.0162945    α=1.24233±0.0024216    ρ*=0.00496747±0.000626438    tE=45.701±0.837725    t0=10106.7±0.293914    
Model L2     χ2=19465.9    gOGLE I=0.065095±0.0237625

s=1.6939±0.00584484    q=0.226173±0.00658247    u0=0.612969±0.00455453    α=1.23199±0.0080104    ρ*=0.00516891±0.000861249    tE=44.0503±0.870105    t0=10106.1±0.258789    
Model L3     χ2=19522.2    gOGLE I=0.0502425±0.0215513

s=1.68359±0.00247908    q=0.102103±0.0018038    u0=0.803126±0.00202668    α=1.29793±0.00248174    ρ*=0.00402842±0.000571386    tE=55.6927±0.46319    t0=10109.2±0.115164    
Model L4     χ2=19802.    gOGLE I=0.0391247±0.0221204

s=1.67986±0.00258025    q=0.0964957±0.00171467    u0=0.81314±0.0021254    α=1.31416±0.00284185    ρ*=0.00402607±0.00051165    tE=56.0699±0.521097    t0=10108.6±0.137274    
Model L5     χ2=19962.5    gOGLE I=0.0679276±0.0260553

s=1.70503±0.0074679    q=0.222985±0.00742996    u0=0.643529±0.00498956    α=1.2583±0.00957349    ρ*=0.00514565±0.000711139    tE=44.6704±1.03061    t0=10105.9±0.307828    
Binary lens models with parallax
Model X1     χ2=18877.4    gOGLE I=0.0477942±0.00410704

s=1.69381±0.000918824    q=0.220651±0.00106084    u0=0.62439±0.000761933    α=1.23019±0.00129649    ρ*=0.00521561±0.000107014    tE=42.9808±0.168874    t0=10106.2±0.044076    
πE,N=0.207936±0.0588515    πE,E=-0.353452±0.0704985    
Model X2     χ2=18934.7    gOGLE I=0.0533133±0.0040599

s=1.68127±0.000978201    q=0.108986±0.000732819    u0=-0.791085±0.00221394    α=4.95866±0.000184281    ρ*=0.00412983±0.000100304    tE=55.3734±0.0746721    t0=10107.6±0.0497359    
πE,N=0.225931±0.0940755    πE,E=0.158876±0.072172    
Binary lens models with parallax and orbital motion
Model O1     χ2=18877.3    gOGLE I=0.0472652±0.00889676

s=1.69381±0.00179462    q=0.220645±0.00463455    u0=0.62447±0.000703255    α=1.2302±0.00183835    ρ*=0.00521034±0.000182473    tE=42.9837±0.132468    t0=10106.2±0.0879488    
πE,N=0.208761±0.182881    πE,E=-0.352336±0.0849663    (ds/dt)/s= -7 -3.37546 10±0.000425781    dα/dt= -7 -8.20484 10±0.00015071    w3= -7 1.00001 10±15.6314