[metadata] catalog-tag = RIT:eBBH:2160 resolution-tag = n120 id-tag = ecc run-name = D27.22_q0.4776_a1_-0.64_a2_-0.64_f0.15_opt_eta1_CFL0.45_n120 data-type = NR system-type = Aligned comments = none authors-emails = Giuseppe Ficarra , James Healy , Carlos Lousto date_last_output = 2025-04-17 date_added_to_catalog = 2025-12-30 cluster = login01 ######## 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=1.0) resolution = 3.33333333333333 time-step-dt = 0.005859375 cfl = 0.45 max-num-refinement_level = 10 outer-boundary-radius = 513.333333333333 fd-order = 8 dissipation-order = 5 dissipation-coeff = 0.1 ode-method = RK4 prolongation-order-time = 2 prolongation-order-space = 5 ####### Eccentricity, Frequency, and Cycles ####### # all quantities are in code units # these values are calculated from the puncture locations # starting frequency at 30 and cycles and time of # merger defined when separation=0.7M eccentricity-measurement-method = Pqc*sqrt(1-e) eccentricity = 0.2775000000 eccentricity3.5PN = 0.353161030167359 initial-orbital-freq = 0.000824534013676182 approximate-time-of-merger = 8390.24999999999 number-of-orbits = 22.9461242944938 # these values are calculated from the start of the simulation # to a coordinate separation of 5.0M. # PN values to compare PN-time-until-5M = 8779 PN-orbits-upto-5M = 24.08 NR-time-until-5M = 8348.99999999999 NR-orbits-upto-5M = 22.1162 # these values are calculated from the 22 mode of the strain Msun = 50 freq-start-22 = 0.0022170329217 freq-start-22-Hz-1Msun = 450 omega-start-22-for-strain = -1 ####### Initial parameters ####### # all quantities are how they appear in the parameter file # ie code units initial-data-type = Bowen-York quasicircular initial-bare-mass1 = 0.254758304598087 initial-bare-mass2 = 0.537602937688516 initial-ADM-energy = 0.995151072383875 initial-orbital-angular-momentum = 1.05649910349931 initial-ADM-angular-momentum-x = 0 initial-ADM-angular-momentum-y = 0 initial-ADM-angular-momentum-z = 0.696499103653032 initial-separation = 27.22079885 initial-mass1 = 0.323223304670148 initial-mass2 = 0.676776695329852 initial-total-mass = 1 initial-mass-ratio-1-over-2 = 0.477592249999999 initial-bh-position1x = -18.4267308104644 initial-bh-position1y = 0 initial-bh-position1z = 0 initial-bh-position2x = 8.79406803953561 initial-bh-position2y = 0 initial-bh-position2z = 0 initial-bh-momentum1x = 0 initial-bh-momentum1y = -0.038812200528028 initial-bh-momentum1z = 0 initial-bh-momentum2x = 0 initial-bh-momentum2y = 0.038812200528028 initial-bh-momentum2z = 0 initial-bh-spin1z = -0.066862914965069 initial-bh-spin2z = -0.293137084881213 initial-bh-chi1z = -0.639999999700005 initial-bh-chi2z = -0.6399999997 initial-dm = -0.353553390659704 initial-chi-eff = -0.639999999700002 initial-chi-perp = 0 initial-Deltaz = -0.226274169916143 initial-Sz = -0.359999999846282 initial-horizon-rmin1 = 0.1239507991 initial-horizon-ravg1 = 0.1256036965 initial-horizon-rmax1 = 0.1272954076 initial-horizon-rmin2 = 0.2654092043 initial-horizon-ravg2 = 0.2671175673 initial-horizon-rmax2 = 0.2688498001 ####### Relaxed parameters ####### # All given in code units relaxed-time = 30 relaxed-simple-proper-distance = 30.99869 relaxed-mass1 = 0.323174796018507 relaxed-mass2 = 0.676654125991796 relaxed-total-mass = 0.999828922010303 relaxed-mass-ratio-1-over-2 = 0.477607072217018 relaxed-LNhatx = -5.28194108882619e-20 relaxed-LNhaty = 4.2484673035928e-19 relaxed-LNhatz = 1 relaxed-nhatx = 0.990554877202642 relaxed-nhaty = 0.137116867124576 relaxed-nhatz = -5.93312760864583e-21 relaxed-v1x = 0.01812119363439516559 relaxed-v1y = -0.09654620031104006739 relaxed-v1z = -1.960507695335730264e-20 relaxed-v2x = -0.008503750829253439378 relaxed-v2y = 0.04142796638784022184 relaxed-v2z = -1.804969917444981033e-20 relaxed-spin1z = -0.0668699428732404 relaxed-spin2z = -0.293130340508223 relaxed-chi1z = -0.64025943266408 relaxed-chi2z = -0.640217150114118 relaxed-dm = -0.35353981285375 relaxed-chi-eff = -0.639999999700002 relaxed-chi-perp = 0 relaxed-Deltaz = -0.226251151390162 relaxed-Sz = -0.360000283381463 relaxed-horizon-rmin1 = 0.2093221770 relaxed-horizon-ravg1 = 0.2235514020 relaxed-horizon-rmax1 = 0.2329037443 relaxed-horizon-rmin2 = 0.4698224837 relaxed-horizon-ravg2 = 0.5010264922 relaxed-horizon-rmax2 = 0.5190310551 ### measured at 200 + final-kick-robs ### in code units p/M spurious-kick-x = 5.78566217 spurious-kick-y = -0.47917925 spurious-kick-z = 0 radius-center-of-mass = 0.689509133477503 ####### Final Parameters ####### ### average of (x,y,z) at approximate-time-of-merger merger-position-x = -0.51749 merger-position-y = -0.266861 merger-position-z = 1.98173e-18 # code units final-mass = 0.971778 final-spin = final-chi = 0.367369 ### measured final-mass-error = 0 final-chi-error = 0 # peak omega and ampl 22 from strain details peak-omega-22 = 0.298404912 peak-omega-22-error = 0.0310040969306773 peak-omega-22-extrap-error = 0.03080153 peak-omega-22-interp-error = 0.00353832957 robs-for-peak-omega-22 = 113 time-of-peak-omega-22 = 8505.453 peak-ampl-22 = 0.343322583 peak-ampl-22-extrap-error = 0.00319703 peak-ampl-22-interp-error = 4.98667501e-05 peak-ampl-22-error = 0.003197418883047 robs-for-peak-ampl-22 = 113 time-of-peak-ampl-22 = 8505.453 phse-at-peak-ampl-22 = 291.961939 peak-ampl-2m2 = 0.343322583 peak-ampl-2m2-extrap-error = peak-ampl-2m2-interp-error = 4.98667501e-05 peak-ampl-2m2-error = robs-for-peak-ampl-2m2 = time-of-peak-ampl-2m2 = 8505.453 phse-at-peak-ampl-2m2 = 291.961939 # km/s # * raw values calculated using PE at robs # * offsets are the kick transients from finite initial separation # * extrap-error is difference between robs and r=Inf # * weight is difference between robs and r=Inf and infinite resolution # for a similar run with 3 resolutions # * error = sqrt( weight^2 + extrap-error^2 ) # * adjusted = sqrt( sum( (raw-offset)^2 ) ) + weight/2.0 # and is used in the fits final-kick-robs = 113 final-kick = 0.00 final-kick-without-offset = 0.04 final-kick-error = 0.00 final-kick-raw = final-kickx-raw = final-kicky-raw = final-kickz-raw = 0 final-kick-weight = final-kick-extrap-error = final-kickx-offset = 0.00977069707 final-kicky-offset = -0.0338375151 final-kickz-offset = -2.96513452e-11 ##### naive final kick calculated from IH final-kick-naive = 0 final-kickx-naive = final-kicky-naive = final-kickz-naive = ##### coordinate final kick calculated from coordinate velocities final-kick-coord = 0 final-kickx-coord = final-kicky-coord = final-kickz-coord = ##### full raw kick including spurious burst final-kick-full-spurious = 5.79303474596081 final-kickx-full-spurious = 5.77589147293 final-kicky-full-spurious = -0.4453417349 final-kickz-full-spurious = 2.96513452e-11 # peak luminosity peak-luminosity-code = 0.00000000e+00 peak-luminosity-code-error = 0.00000000e+00 peak-luminosity-code-raw = peak-luminosity-code-weight = peak-luminosity-code-extrap-error = peak-luminosity-ergs-per-sec = 0 ## peak luminosity time doesn't subtract radius time-of-peak-luminosity = phse-of-h-at-peak-luminosity-22 = 282.856402 phse-of-h-at-peak-luminosity-2m2 = 282.856402 # horizon size final-horizon-time = final-horizon-rmin = final-horizon-ravg = final-horizon-rmax = # erad and jrad energy-radiated = angular-momentum-radiated-x = angular-momentum-radiated-y = angular-momentum-radiated-z = # mode contributions to erad erad-l2 = 0.9286516783015275056 erad-l3 = 0.04740052825445358747 erad-l4 = 0.01204717993882019333 erad-l5 = 0.005778629055467155579 erad-l6 = 0.006121984449731664689