Test10_7A_summary.json

================ SUMMARY JSON ================ [ { "kappa": 0.0, "classification": "decaying", "gamma_core": -0.007976923691253216, "gamma_halo": 6.0807170639014504e-05, "core_norm_change_pct": 30.71501440285394, "far_field_change_pct": 6.539963551188815, "max_amplitude": 1.2183332479377817, "hamiltonian_change_pct": -3.3732642996742888, "dominant_freq_core": 0.21999560008799823, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.01, "classification": "decaying", "gamma_core": -0.006546117806485338, "gamma_halo": 6.23018107543404e-05, "core_norm_change_pct": 28.384800439342285, "far_field_change_pct": 6.552423418178369, "max_amplitude": 1.207632223725454, "hamiltonian_change_pct": -3.3491017826764975, "dominant_freq_core": 0.21999560008799823, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.03, "classification": "decaying", "gamma_core": -0.004323944824071375, "gamma_halo": 6.533292572617821e-05, "core_norm_change_pct": 23.440817830546436, "far_field_change_pct": 6.574135657447791, "max_amplitude": 1.2110303170431105, "hamiltonian_change_pct": -3.316298027228085, "dominant_freq_core": 0.21999560008799823, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.05, "classification": "decaying", "gamma_core": -0.0027529653877679024, "gamma_halo": 6.838681168318695e-05, "core_norm_change_pct": 19.006810632602594, "far_field_change_pct": 6.59138133061752, "max_amplitude": 1.2148059202560981, "hamiltonian_change_pct": -3.297786005309144, "dominant_freq_core": 0.21999560008799823, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.1, "classification": "radiative_breather", "gamma_core": -0.0005565907485323482, "gamma_halo": 7.586868115997559e-05, "core_norm_change_pct": 11.854749972870481, "far_field_change_pct": 6.614364074510411, "max_amplitude": 1.225795188773855, "hamiltonian_change_pct": -3.2801105820912633, "dominant_freq_core": 0.23999520009599806, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.15, "classification": "radiative_breather", "gamma_core": 0.0003857500764303455, "gamma_halo": 8.270460890890316e-05, "core_norm_change_pct": 9.11179663457865, "far_field_change_pct": 6.609607803594885, "max_amplitude": 1.2387673177446248, "hamiltonian_change_pct": -3.276099412825097, "dominant_freq_core": 0.23999520009599806, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.2, "classification": "radiative_breather", "gamma_core": 0.000809941775259798, "gamma_halo": 8.847910329361858e-05, "core_norm_change_pct": 8.726872950938803, "far_field_change_pct": 6.58077886519933, "max_amplitude": 1.2533844412282127, "hamiltonian_change_pct": -3.27666744814588, "dominant_freq_core": 0.23999520009599806, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null }, { "kappa": 0.25, "classification": "transitional", "gamma_core": 0.0010125034156772132, "gamma_halo": 9.292910484679904e-05, "core_norm_change_pct": 9.45361952760982, "far_field_change_pct": 6.533063562574308, "max_amplitude": 1.269278602534268, "hamiltonian_change_pct": -3.2805624326508234, "dominant_freq_core": 0.23999520009599806, "dominant_freq_halo": 0.21999560008799823, "t_divergence": null } ] ================ TABLE ================ .dataframe tbody tr th:only-of-type { vertical-align: middle; } .dataframe tbody tr th { vertical-align: top; } .dataframe thead th { text-align: right; } kappa classification gamma_core gamma_halo core_norm_change_pct far_field_change_pct max_amplitude hamiltonian_change_pct dominant_freq_core dominant_freq_halo t_divergence 0 0.00 decaying -0.007977 0.000061 30.715014 6.539964 1.218333 -3.373264 0.219996 0.219996 None 1 0.01 decaying -0.006546 0.000062 28.384800 6.552423 1.207632 -3.349102 0.219996 0.219996 None 2 0.03 decaying -0.004324 0.000065 23.440818 6.574136 1.211030 -3.316298 0.219996 0.219996 None 3 0.05 decaying -0.002753 0.000068 19.006811 6.591381 1.214806 -3.297786 0.219996 0.219996 None 4 0.10 radiative_breather -0.000557 0.000076 11.854750 6.614364 1.225795 -3.280111 0.239995 0.219996 None 5 0.15 radiative_breather 0.000386 0.000083 9.111797 6.609608 1.238767 -3.276099 0.239995 0.219996 None 6 0.20 radiative_breather 0.000810 0.000088 8.726873 6.580779 1.253384 -3.276667 0.239995 0.219996 None 7 0.25 transitional 0.001013 0.000093 9.453620 6.533064 1.269279 -3.280562 0.239995 0.219996 None .colab-df-container { display:flex; gap: 12px; } .colab-df-convert { background-color: #E8F0FE; border: none; border-radius: 50%; cursor: pointer; display: none; fill: #1967D2; height: 32px; padding: 0 0 0 0; width: 32px; } .colab-df-convert:hover { background-color: #E2EBFA; box-shadow: 0px 1px 2px rgba(60, 64, 67, 0.3), 0px 1px 3px 1px rgba(60, 64, 67, 0.15); fill: #174EA6; } .colab-df-buttons div { margin-bottom: 4px; } [theme=dark] .colab-df-convert { background-color: #3B4455; fill: #D2E3FC; } [theme=dark] .colab-df-convert:hover { background-color: #434B5C; box-shadow: 0px 1px 3px 1px rgba(0, 0, 0, 0.15); filter: drop-shadow(0px 1px 2px rgba(0, 0, 0, 0.3)); fill: #FFFFFF; } const buttonEl = document.querySelector('#df-49f1bcef-af5a-4777-b6f3-dbecbc881ef5 button.colab-df-convert'); buttonEl.style.display = google.colab.kernel.accessAllowed ? 'block' : 'none'; async function convertToInteractive(key) { const element = document.querySelector('#df-49f1bcef-af5a-4777-b6f3-dbecbc881ef5'); const dataTable = await google.colab.kernel.invokeFunction('convertToInteractive', [key], {}); if (!dataTable) return; const docLinkHtml = 'Like what you see? Visit the ' + 'data table notebook' + ' to learn more about interactive tables.'; element.innerHTML = ''; dataTable['output_type'] = 'display_data'; await google.colab.output.renderOutput(dataTable, element); const docLink = document.createElement('div'); docLink.innerHTML = docLinkHtml; element.appendChild(docLink); } .colab-df-generate { background-color: #E8F0FE; border: none; border-radius: 50%; cursor: pointer; display: none; fill: #1967D2; height: 32px; padding: 0 0 0 0; width: 32px; } .colab-df-generate:hover { background-color: #E2EBFA; box-shadow: 0px 1px 2px rgba(60, 64, 67, 0.3), 0px 1px 3px 1px rgba(60, 64, 67, 0.15); fill: #174EA6; } [theme=dark] .colab-df-generate { background-color: #3B4455; fill: #D2E3FC; } [theme=dark] .colab-df-generate:hover { background-color: #434B5C; box-shadow: 0px 1px 3px 1px rgba(0, 0, 0, 0.15); filter: drop-shadow(0px 1px 2px rgba(0, 0, 0, 0.3)); fill: #FFFFFF; } (() => { const buttonEl = document.querySelector('#id_101c2663-ab62-4ec5-bee3-cb8738029f91 button.colab-df-generate'); buttonEl.style.display = google.colab.kernel.accessAllowed ? 'block' : 'none'; buttonEl.onclick = () => { google.colab.notebook.generateWithVariable('df'); } })(); Columns: ['kappa', 'classification', 'gamma_core', 'gamma_halo', 'core_norm_change_pct', 'far_field_change_pct', 'max_amplitude', 'hamiltonian_change_pct', 'dominant_freq_core', 'dominant_freq_halo', 't_divergence'] -->> kappa classification gamma_core gamma_halo core_norm_change_pct far_field_change_pct hamiltonian_change_pct max_amplitude t_divergence 0.00 decaying -0.007977 0.000061 30.715014 6.539964 -3.373264 1.218333 None 0.01 decaying -0.006546 0.000062 28.384800 6.552423 -3.349102 1.207632 None 0.03 decaying -0.004324 0.000065 23.440818 6.574136 -3.316298 1.211030 None 0.05 decaying -0.002753 0.000068 19.006811 6.591381 -3.297786 1.214806 None 0.10 radiative_breather -0.000557 0.000076 11.854750 6.614364 -3.280111 1.225795 None 0.15 radiative_breather 0.000386 0.000083 9.111797 6.609608 -3.276099 1.238767 None 0.20 radiative_breather 0.000810 0.000088 8.726873 6.580779 -3.276667 1.253384 None 0.25 transitional 0.001013 0.000093 9.453620 6.533064 -3.280562 1.269279 None ******** κ = 0.00 ******** ==================================================== STARTUP AUDIT — Test 10.7A ==================================================== dt : 0.001 dx : 0.1 dtype : complex128 mu : -1.0 lambda : 1.0 kappa : 0.0 max(S) : 1.000000e+00 min(S) : 4.902123e-143 kappa*S*psi term sign: + kappa * S * psi ==================================================== [BIG_SOLVER] Initializing core PDE evolution... [BIG_SOLVER] Running PDE evolution... [BIG_SOLVER diag] step= 0 t= 0.000 N_tot=2.507334e+03 E=-1.216828e+03 Cand_Gv=+8.477751e-02 [BIG_SOLVER diag] step= 10000 t=10.000 N_tot=2.511361e+03 E=-1.229579e+03 Cand_Gv=+9.370295e-02 [BIG_SOLVER diag] step= 20000 t=20.000 N_tot=2.613034e+03 E=-1.234536e+03 Cand_Gv=+1.849578e-02 [BIG_SOLVER diag] step= 30000 t=30.000 N_tot=2.681261e+03 E=-1.250481e+03 Cand_Gv=-1.518043e-02 [BIG_SOLVER diag] step= 40000 t=40.000 N_tot=2.617975e+03 E=-1.249904e+03 Cand_Gv=+3.250275e-03 [BIG_SOLVER diag] step= 50000 t=50.000 N_tot=2.585839e+03 E=-1.257875e+03 Cand_Gv=+2.092981e-02 [BIG_SOLVER] PDE evolution complete. [BIG_SOLVER] Saved: kappa_0.00_psi_final.npy, kappa_0.00_pi_final.npy, kappa_0.00_history.json [BIG_SOLVER] Downloaded outputs to local machine. ******** κ = 0.01 ******** ==================================================== STARTUP AUDIT — Test 10.7A ==================================================== dt : 0.001 dx : 0.1 dtype : complex128 mu : -1.0 lambda : 1.0 kappa : 0.01 max(S) : 1.000000e+00 min(S) : 4.902123e-143 kappa*S*psi term sign: + kappa * S * psi ==================================================== [BIG_SOLVER] Initializing core PDE evolution... [BIG_SOLVER] Running PDE evolution... [BIG_SOLVER diag] step= 0 t= 0.000 N_tot=2.507334e+03 E=-1.216963e+03 Cand_Gv=+8.487900e-02 [BIG_SOLVER diag] step= 10000 t=10.000 N_tot=2.511348e+03 E=-1.229697e+03 Cand_Gv=+9.374399e-02 [BIG_SOLVER diag] step= 20000 t=20.000 N_tot=2.613383e+03 E=-1.234688e+03 Cand_Gv=+1.839819e-02 [BIG_SOLVER diag] step= 30000 t=30.000 N_tot=2.681690e+03 E=-1.250614e+03 Cand_Gv=-1.542443e-02 [BIG_SOLVER diag] step= 40000 t=40.000 N_tot=2.617942e+03 E=-1.250156e+03 Cand_Gv=+3.936873e-03 [BIG_SOLVER diag] step= 50000 t=50.000 N_tot=2.586173e+03 E=-1.257720e+03 Cand_Gv=+1.928664e-02 [BIG_SOLVER] PDE evolution complete. [BIG_SOLVER] Saved: kappa_0.01_psi_final.npy, kappa_0.01_pi_final.npy, kappa_0.01_history.json [BIG_SOLVER] Downloaded outputs to local machine. ******** κ = 0.03 ******** ==================================================== STARTUP AUDIT — Test 10.7A ==================================================== dt : 0.001 dx : 0.1 dtype : complex128 mu : -1.0 lambda : 1.0 kappa : 0.03 max(S) : 1.000000e+00 min(S) : 4.902123e-143 kappa*S*psi term sign: + kappa * S * psi ==================================================== [BIG_SOLVER] Initializing core PDE evolution... [BIG_SOLVER] Running PDE evolution... [BIG_SOLVER diag] step= 0 t= 0.000 N_tot=2.507334e+03 E=-1.217233e+03 Cand_Gv=+8.508191e-02 [BIG_SOLVER diag] step= 10000 t=10.000 N_tot=2.511344e+03 E=-1.229936e+03 Cand_Gv=+9.381569e-02 [BIG_SOLVER diag] step= 20000 t=20.000 N_tot=2.614106e+03 E=-1.234991e+03 Cand_Gv=+1.818180e-02 [BIG_SOLVER diag] step= 30000 t=30.000 N_tot=2.682490e+03 E=-1.250884e+03 Cand_Gv=-1.585443e-02 [BIG_SOLVER diag] step= 40000 t=40.000 N_tot=2.617639e+03 E=-1.250688e+03 Cand_Gv=+5.637448e-03 [BIG_SOLVER diag] step= 50000 t=50.000 N_tot=2.586154e+03 E=-1.257600e+03 Cand_Gv=+1.749550e-02 [BIG_SOLVER] PDE evolution complete. [BIG_SOLVER] Saved: kappa_0.03_psi_final.npy, kappa_0.03_pi_final.npy, kappa_0.03_history.json [BIG_SOLVER] Downloaded outputs to local machine. ******** κ = 0.05 ******** ==================================================== STARTUP AUDIT — Test 10.7A ==================================================== dt : 0.001 dx : 0.1 dtype : complex128 mu : -1.0 lambda : 1.0 kappa : 0.05 max(S) : 1.000000e+00 min(S) : 4.902123e-143 kappa*S*psi term sign: + kappa * S * psi ==================================================== [BIG_SOLVER] Initializing core PDE evolution... [BIG_SOLVER] Running PDE evolution... [BIG_SOLVER diag] step= 0 t= 0.000 N_tot=2.507334e+03 E=-1.217503e+03 Cand_Gv=+8.528472e-02 [BIG_SOLVER diag] step= 10000 t=10.000 N_tot=2.511366e+03 E=-1.230177e+03 Cand_Gv=+9.387405e-02 [BIG_SOLVER diag] step= 20000 t=20.000 N_tot=2.614857e+03 E=-1.235296e+03 Cand_Gv=+1.793986e-02 [BIG_SOLVER diag] step= 30000 t=30.000 N_tot=2.683214e+03 E=-1.251158e+03 Cand_Gv=-1.620633e-02 [BIG_SOLVER diag] step= 40000 t=40.000 N_tot=2.617109e+03 E=-1.251232e+03 Cand_Gv=+7.581206e-03 [BIG_SOLVER diag] step= 50000 t=50.000 N_tot=2.585575e+03 E=-1.257653e+03 Cand_Gv=+1.703254e-02 [BIG_SOLVER] PDE evolution complete. [BIG_SOLVER] Saved: kappa_0.05_psi_final.npy, kappa_0.05_pi_final.npy, kappa_0.05_history.json [BIG_SOLVER] Downloaded outputs to local machine. ******** κ = 0.10 ******** ==================================================== STARTUP AUDIT — Test 10.7A ==================================================== dt : 0.001 dx : 0.1 dtype : complex128 mu : -1.0 lambda : 1.0 kappa : 0.1 max(S) : 1.000000e+00 min(S) : 4.902123e-143 kappa*S*psi term sign: + kappa * S * psi ==================================================== [BIG_SOLVER] Initializing core PDE evolution... [BIG_SOLVER] Running PDE evolution... [BIG_SOLVER diag] step= 0 t= 0.000 N_tot=2.507334e+03 E=-1.218178e+03 Cand_Gv=+8.579138e-02 [BIG_SOLVER diag] step= 10000 t=10.000 N_tot=2.511529e+03 E=-1.230793e+03 Cand_Gv=+9.396563e-02 [BIG_SOLVER diag] step= 20000 t=20.000 N_tot=2.616810e+03 E=-1.236060e+03 Cand_Gv=+1.724576e-02 [BIG_SOLVER diag] step= 30000 t=30.000 N_tot=2.684701e+03 E=-1.251856e+03 Cand_Gv=-1.676319e-02 [BIG_SOLVER diag] step= 40000 t=40.000 N_tot=2.615305e+03 E=-1.252538e+03 Cand_Gv=+1.257308e-02 [BIG_SOLVER diag] step= 50000 t=50.000 N_tot=2.583336e+03 E=-1.258135e+03 Cand_Gv=+1.828669e-02 [BIG_SOLVER] PDE evolution complete. [BIG_SOLVER] Saved: kappa_0.10_psi_final.npy, kappa_0.10_pi_final.npy, kappa_0.10_history.json [BIG_SOLVER] Downloaded outputs to local machine. ******** κ = 0.15 ******** ==================================================== STARTUP AUDIT — Test 10.7A ==================================================== dt : 0.001 dx : 0.1 dtype : complex128 mu : -1.0 lambda : 1.0 kappa : 0.15 max(S) : 1.000000e+00 min(S) : 4.902123e-143 kappa*S*psi term sign: + kappa * S * psi ==================================================== [BIG_SOLVER] Initializing core PDE evolution... [BIG_SOLVER] Running PDE evolution... [BIG_SOLVER diag] step= 0 t= 0.000 N_tot=2.507334e+03 E=-1.218852e+03 Cand_Gv=+8.629747e-02 [BIG_SOLVER diag] step= 10000 t=10.000 N_tot=2.511830e+03 E=-1.231424e+03 Cand_Gv=+9.398755e-02 [BIG_SOLVER diag] step= 20000 t=20.000 N_tot=2.618803e+03 E=-1.236820e+03 Cand_Gv=+1.646637e-02 [BIG_SOLVER diag] step= 30000 t=30.000 N_tot=2.685787e+03 E=-1.252566e+03 Cand_Gv=-1.693351e-02 Downloading "kappa_0.00_psi_final.npy": Downloading "kappa_0.00_pi_final.npy": Downloading "kappa_0.00_history.json": Downloading "kappa_0.01_psi_final.npy": Downloading "kappa_0.01_pi_final.npy": Downloading "kappa_0.01_history.json": Downloading "kappa_0.03_psi_final.npy": Downloading "kappa_0.03_pi_final.npy": Downloading "kappa_0.03_history.json": Downloading "kappa_0.05_psi_final.npy": Downloading "kappa_0.05_pi_final.npy": Downloading "kappa_0.05_history.json": Downloading "kappa_0.10_psi_final.npy": Downloading "kappa_0.10_pi_final.npy": Downloading "kappa_0.10_history.json":

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