[metadata]
catalog-tag                             = RIT:BBH:0598
resolution-tag                          = n100
id-tag                                  = id1
run-name                                = D12.02_q0.5000_a0.8_th150_ph0_opt2_n100
data-type                               = NR
system-type                             = Precessing
comments                                = none
authors-emails                          = James Healy <jchsma@rit.edu>, Carlos Lousto <colsma@rit.edu>

######## Citations #######
simulation-bibtex-keys                  = 

code-bibtex-keys                        = Campanelli:2005dd

initial-data-bibtex-keys                = Bowen:1980yu, Brandt:1997tf, Ansorg:2004ds

quasicircular-bibtex-keys               = Husa:2007rh, Buonanno:2010yk, Healy:2017zqj

eccentricity-bibtex-keys                = Campanelli:2008nk

extrapolation-bibtex-keys               = Nakano:2015pta

######## Evolution Info #######
code                                    = LazEv
evolution-system                        = BSSN
evolution-gauge                         = 1+log/Gamma-driver(eta=2.0)
cfl                                     = 0.333333333333333
fd-order                                = 6
dissipation-order                       = 5

####### Eccentricity, Frequency, and Cycles #######
# all quantities are in code units
eccentricity-measurement-method         = r^2-rddot
eccentricity                            = 0.0023500561
freq-start-22                           = 0.007313986251441
freq-start-22-Hz-1Msun                  = 1484.548912679965952
number-of-cycles-22                     = 
number-of-orbits                        = 8.22471217615576

####### Initial parameters #######
# all quantities are how they appear in the parameter file
# ie code units
initial-data-type                       = Bowen-York quasicircular

initial-ADM-energy                      = 0.992450490708091
initial-orbital-angular-momentum        = 0.934649658186838
initial-ADM-angular-momentum-x          = 0.177777777777778
initial-ADM-angular-momentum-y          = 0
initial-ADM-angular-momentum-z          = 0.626729514619037
initial-separation                      = 12.0180694888123

initial-mass1                           = 0.333333333333333
initial-mass2                           = 0.666666666666667
initial-total-mass                      = 1

initial-bh-chi1x                        = 0
initial-bh-chi1y                        = 0
initial-bh-chi1z                        = 0
initial-bh-chi2x                        = 0.4
initial-bh-chi2y                        = 0
initial-bh-chi2z                        = -0.692820323027549

####### Relaxed parameters #######
# All given in code units
relaxed-time                            = 286.0044000000000324

relaxed-mass1                           = 0.333327440415433
relaxed-mass2                           = 0.66632258613394
relaxed-total-mass                      = 0.999650026549373
relaxed-mass-ratio-1-over-2             = 0.50024934971727

relaxed-LNhatx                          = 0.00692184566602374
relaxed-LNhaty                          = -0.0434533485653243
relaxed-LNhatz                          = 0.999031478258336
relaxed-nhatx                           = 0.996118342092334
relaxed-nhaty                           = -0.0873711487771333
relaxed-nhatz                           = -0.0107019114453363

relaxed-chi1x                           = 0
relaxed-chi1y                           = 0
relaxed-chi1z                           = 0
relaxed-chi2x                           = 0.398393670599791
relaxed-chi2y                           = 0.0948658447781219
relaxed-chi2z                           = -0.688337113710582

####### Final Parameters #######
# code units
final-mass                              = 0.9692778766
final-chi                               = 0.4298366677
peak-omega-22                           = 0.34332114
peak-ampl-22                            = 0.33227327
# ergs/sec
peak-luminosity-ergs-per-sec            = 2.25320070e+56
# km/s
final-kick                              = 634.48