#--------------------------------

# Overall label for this simulation

#--------------------------------



# (generally, just the directory name)

simulation-name = d18.0_q1.5_s0_0_0_s0_0_0/Lev5



# Other names under which this run has been referenced (e.g. papers)

alternative-names = SXS:BBH:0007



# Keywords to qualitatively identify this simulation

keywords = Non-Spinning,ManyMergers-QuasiCircular



#--------------------------------

# Researchers

#--------------------------------



# Point-of-contact for this waveform.  Usually the person having placed the

# waveform into the repository

point-of-contact-email = mroue@cita.utoronto.ca



# Researchers who contributed to the generation of this waveform.

# (typically this is the list of authors for publications using this

#  waveform).

authors-emails         = Mike Boyle <boyle@astro.cornell.edu>, Dan Hemberger <daniel.hemberger@gmail.com>, Larry Kidder  <kidder@astro.cornell.edu>, Geoffrey Lovelace <glovelace@fullerton.edu>, Abdul Mroue <mroue@cita.utoronto.ca>, Harald Pfeiffer <pfeiffer@cita.utoronto.ca>, Mark Scheel <scheel@tapir.caltech.edu>, Bela Szilagyi <bela@caltech.edu>, Nicholas Taylor <nwt2@cornell.edu>, Anil Zenginoglu <anil@caltech.edu>



#--------------------------------

# references

#--------------------------------



# (1) papers describing this particular run (if any)

simulation-bibtex-keys = SXS:catalog,Mroue:2013xna


# (2) papers describing the evolution code

code-bibtex-keys = Ossokine:2013zga,Hemberger:2012jz,Szilagyi:2009qz,Boyle:2009vi,Scheel:2008rj,Boyle:2007ft,Scheel:2006gg,Lindblom:2005qh,Pfeiffer:2002wt,SpECwebsite



# (3) papers describing the initial data

initial-data-bibtex-keys = Buchman:2012dw,Lovelace:2008tw,Pfeiffer:2007yz,Caudill:2006hw,Cook:2004kt



# (4) papers describing eccentricity reduction

quasicircular-bibtex-keys = Mroue:2012kv,Buonanno:2010yk,Mroue:2010re,Boyle:2007ft



#--------------------------------

# Input Parameters for Initial Data

#--------------------------------



initial-data-type         = BBH_CFMS

initial-separation        = 18.0000000000000000

initial-orbital-frequency = 0.0121991504189000

initial-adot              = -0.0000215621000000



# Type of compact object (bh or ns)

object1 = bh

object2 = bh



#--------------------------------

# t=0 quantities

#--------------------------------



initial-ADM-energy           =  0.9939856269825766

initial-ADM-linear-momentum  =  -0.0000000087400292,   0.0000000095960420,   0.0000000033606281

initial-ADM-angular-momentum =  0.0000002044698506,   0.0000005145656800,   1.1371534886960351



# Christodoulou masses at t=0

initial-mass1     =  0.6000000002142540

initial-mass2     =  0.3999999997805080



# dimensionless spins at t=0

initial-dimensionless-spin1 = -8.15110000001e-12, 4.54240000001e-12, 1.2570276e-09

initial-dimensionless-spin2 = 1.68e-13, -1.966e-13, 7.58001000001e-11



initial-position1 = 7.1933502329183776,   0.0078738633904049,   0.0000000000000000

initial-position2 = -10.8066497670816233,   0.0078738633904049,   0.0000000000000000



#--------------------------------

# Relaxed quantities

#--------------------------------



# time at which the relaxed quantities are measured

relaxed-measurement-time = 330.0



# Christodoulou masses at relaxed time

relaxed-mass1    = 0.600000062224

relaxed-mass2    = 0.400000252255



# dimensionless spins, i.e. \chi_i = S_i / M_i^2, at relaxed time

relaxed-dimensionless-spin1 = -5.92358683081e-10, -4.44573077442e-10, 8.63818301127e-08

relaxed-dimensionless-spin2 = 3.21397257518e-10, -1.53916063533e-10, 1.57230365789e-07



# black hole centers at relaxed time

relaxed-position1 = -4.52530714624, -5.57381112037, 7.17806041523e-11

relaxed-position2 = 6.7421865868, 8.3467650121, -2.02933685354e-11



# orbital frequency at relaxation time

relaxed-orbital-frequency = -3.36407044542e-13, 3.53635346931e-13, 0.0122981931908



#--------------------------------

# info that concerns complete run

#--------------------------------



# orbital eccentricity and mean anomaly measured at relaxed-measurement-time

relaxed-eccentricity = 0.0004338

relaxed-mean-anomaly = 5.964260



# time when the common horizon is first detected

common-horizon-time  = 9866.61562538



# number of orbits between t=0 common-horizon-time

number-of-orbits     = 29.081589083



#--------------------------------

# Remnant properties

#--------------------------------



# mass of final BH (remnant)

remnant-mass     =  0.95526956025



# dimensionless spin of BH remnant

remnant-dimensionless-spin = 4.33403011084e-08, -4.01873941147e-09, 0.664130484508



# coordinate velocity of remnant

remnant-velocity = 0.000339364505395, -4.93511232846e-06, 6.56856650553e-09



#--------------------------------

# Code information

#--------------------------------



# unique, ordered list of revisions used for the evolution

spec-revisions  = InitialCommit-20659-gdb7a1c7



# revision used for the initial data creation

spells-revision = InitialCommit-21848-g8d8a7d7