{
 "cells": [
  {
   "cell_type": "markdown",
   "id": "47c34537",
   "metadata": {},
   "source": [
    "Tristan Hoellinger<br/>\n",
    "Institut d'Astrophysique de Paris</br>\n",
    "tristan.hoellinger@iap.fr"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "b31e6021",
   "metadata": {},
   "source": [
    "# Exploring time step limiters for P3M: tuning $\\eta$\n",
    "\n",
    "## Set up the environment and parameters"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "id": "0f8c355d",
   "metadata": {},
   "outputs": [],
   "source": [
    "# pyright: reportWildcardImportFromLibrary=false\n",
    "from wip3m import *"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "2c415aeb",
   "metadata": {},
   "outputs": [],
   "source": [
    "workdir = ROOT_PATH + \"results/\"\n",
    "output_path = OUTPUT_PATH\n",
    "\n",
    "# STANDARD PARAMETERS:\n",
    "L = 32  # Box size in Mpc/h\n",
    "N = 32  # Density grid size\n",
    "Np = 32  # Number of dark matter particles per spatial dimension\n",
    "Npm = 64  # PM grid size\n",
    "n_Tiles = 8  # Make sure Npm/n_Tiles >= 6\n",
    "    \n",
    "force = force_hard = True\n",
    "run_id = \"notebook12\"\n",
    "\n",
    "TimeStepDistribution = 3  # 0: constant, 1: log, 2: exp, 3: custom\n",
    "# nsteps = 0  # not used for TimeStepDistribution=3"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "id": "03aa3f4e",
   "metadata": {},
   "outputs": [],
   "source": [
    "# Automatic reloading of modules\n",
    "%load_ext autoreload\n",
    "%autoreload 2\n",
    "\n",
    "from os.path import isfile\n",
    "from pathlib import Path\n",
    "import numpy as np\n",
    "\n",
    "from pysbmy.power import PowerSpectrum\n",
    "from pysbmy.field import read_field\n",
    "from pysbmy.timestepping import StandardTimeStepping, P3MTimeStepping\n",
    "\n",
    "from wip3m.tools import get_k_max, generate_sim_params, generate_white_noise_Field, run_simulation\n",
    "from wip3m.params import params_CONCEPT_kmax_missing, cosmo_small_to_full_dict, z2a, BASELINE_SEEDPHASE\n",
    "from wip3m.plot_utils import *  # type: ignore"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "id": "57436422",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "k_max = 5.442\n"
     ]
    }
   ],
   "source": [
    "corner = 0.0\n",
    "RedshiftLPT = 19.0\n",
    "RedshiftFCs = 0.0\n",
    "\n",
    "ai = z2a(RedshiftLPT)\n",
    "af = z2a(RedshiftFCs)\n",
    "k_max = get_k_max(L, N)  # k_max in h/Mpc\n",
    "print(f\"k_max = {k_max}\")\n",
    "# cosmo = params_planck_kmax_missing.copy()\n",
    "cosmo = params_CONCEPT_kmax_missing.copy()\n",
    "cosmo[\"k_max\"] = k_max\n",
    "\n",
    "wd = workdir + run_id + \"/\"\n",
    "simdir = output_path + run_id + \"/\"\n",
    "gravpotdir = simdir + \"gravpot/\"\n",
    "momentadir = simdir + \"p_res/\"\n",
    "logdir = simdir + \"logs/\"\n",
    "if force_hard:\n",
    "    import shutil\n",
    "    if Path(simdir).exists():\n",
    "        shutil.rmtree(simdir)\n",
    "    if Path(wd).exists():\n",
    "        shutil.rmtree(wd)\n",
    "Path(wd).mkdir(parents=True, exist_ok=True)\n",
    "Path(gravpotdir).mkdir(parents=True, exist_ok=True)\n",
    "Path(momentadir).mkdir(parents=True, exist_ok=True)\n",
    "Path(logdir).mkdir(parents=True, exist_ok=True)\n",
    "\n",
    "input_white_noise_file = simdir + \"input_white_noise.h5\"\n",
    "input_seed_phase_file = simdir + \"seed\"\n",
    "ICs_path = simdir + \"initial_density.h5\"\n",
    "simpath = simdir\n",
    "\n",
    "# Path to the input matter power spectrum (generated later)\n",
    "input_power_file = simdir + \"input_power.h5\"\n",
    "\n",
    "# Paths to the time step logs\n",
    "OutputTimestepsLog = simdir + \"timesteps_log.txt\"\n",
    "\n",
    "# Path to the output gravitational potential field\n",
    "OutputGravitationalPotentialBase = gravpotdir + \"gp\"\n",
    "\n",
    "# Path to the output momenta field\n",
    "OutputMomentaBase = momentadir + \"p\""
   ]
  },
  {
   "cell_type": "markdown",
   "id": "d3bc340d",
   "metadata": {},
   "source": [
    "### Generate the parameter files"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "012c5e01",
   "metadata": {},
   "outputs": [],
   "source": [
    "common_params = {\n",
    "    \"Np\": Np,\n",
    "    \"N\": N,\n",
    "    \"L\": L,\n",
    "    \"corner0\": corner,\n",
    "    \"corner1\": corner,\n",
    "    \"corner2\": corner,\n",
    "    \"h\": cosmo[\"h\"],\n",
    "    \"Omega_m\": cosmo[\"Omega_m\"],\n",
    "    \"Omega_b\": cosmo[\"Omega_b\"],\n",
    "    \"n_s\": cosmo[\"n_s\"],\n",
    "    \"sigma8\": cosmo[\"sigma8\"],\n",
    "}\n",
    "\n",
    "lpt_params = common_params.copy()\n",
    "lpt_params[\"method\"] = \"lpt\"\n",
    "lpt_params[\"InputPowerSpectrum\"] = input_power_file\n",
    "lpt_params[\"ICsMode\"] = 1\n",
    "lpt_params[\"InputWhiteNoise\"] = input_white_noise_file\n",
    "\n",
    "p3m_fit_coeffs = P3M_FIT_COEFFS_DEFAULT_2NP\n",
    "\n",
    "fac_dyn = DEFAULT_FAC_DYN_CUSTOM_COLA\n",
    "fac_hubble = DEFAULT_FAC_H_CUSTOM_COLA\n",
    "fac_bend = DEFAULT_FAC_BEND\n",
    "sub_bend1 = DEFAULT_SUB_BEND1_COLA\n",
    "sub_bend2 = DEFAULT_SUB_BEND2_COLA\n",
    "fac_p3m_fit = DEFAULT_FAC_P3M_FIT\n",
    "da_early = DEFAULT_DA_MAX_EARLY_CUSTOM\n",
    "p3m_params = common_params.copy()\n",
    "p3m_params[\"method\"] = \"p3m\"\n",
    "p3m_params[\"EvolutionMode\"] = 7  # 7: COLA with P3M force evaluation\n",
    "p3m_params[\"TimeStepDistribution\"] = 3\n",
    "p3m_params[\"ai\"] = ai\n",
    "p3m_params[\"af\"] = af\n",
    "p3m_params[\"RedshiftLPT\"] = RedshiftLPT\n",
    "p3m_params[\"RedshiftFCs\"] = RedshiftFCs\n",
    "p3m_params[\"Npm\"] = Npm\n",
    "p3m_params[\"n_Tiles\"] = n_Tiles\n",
    "p3m_params[\"RunForceDiagnostic\"] = False\n",
    "p3m_params[\"PrintOutputTimestepsLog\"] = True\n",
    "p3m_params[\"OutputTimestepsLog\"] = OutputTimestepsLog\n",
    "p3m_params[\"cosmo_dict\"] = cosmo\n",
    "p3m_params[\"fac_dyn_custom\"] = fac_dyn\n",
    "p3m_params[\"fac_H_custom\"] = fac_hubble\n",
    "p3m_params[\"fac_bend\"] = fac_bend\n",
    "p3m_params[\"sub_bend1\"] = sub_bend1\n",
    "p3m_params[\"sub_bend2\"] = sub_bend2\n",
    "p3m_params[\"fac_p3m_fit\"] = fac_p3m_fit\n",
    "p3m_params[\"da_max_early_custom\"] = da_early\n",
    "p3m_params[\"da_max_late_custom\"] = DEFAULT_DA_MAX_LATE_CUSTOM  # da_late\n",
    "p3m_params[\"p3m_fit_coeffs\"] = p3m_fit_coeffs\n",
    "p3m_params[\"use_p3m_fit\"] = True\n",
    "p3m_params[\"WriteGravPot\"] = True\n",
    "p3m_params[\"OutputGravitationalPotentialBase\"] = OutputGravitationalPotentialBase\n",
    "p3m_params[\"WriteReferenceFrame\"] = True\n",
    "p3m_params[\"OutputMomentaBase\"] = OutputMomentaBase\n",
    "file_ext = None"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "id": "a162fa70",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:14:41|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.tools)\u001b[00m Generating parameter file...\n",
      "[15:14:41|\u001b[38;5;113mSTATUS    \u001b[00m]|Writing parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_lpt.sbmy'...\n",
      "[15:14:41|\u001b[38;5;113mSTATUS    \u001b[00m]|Writing parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_lpt.sbmy' done.\n",
      "[15:14:41|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.tools)\u001b[00m Parameter file written to /Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_lpt.sbmy\n",
      "[15:14:41|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.tools)\u001b[00m Time-stepping distribution file: /Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5\n",
      "[15:14:41|\u001b[38;5;113mSTATUS    \u001b[00m]|Write custom timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5'...\n",
      "[15:14:41|\u001b[38;5;113mSTATUS    \u001b[00m]|Write custom timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5' done.\n",
      "[15:14:41|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.tools)\u001b[00m TS.ai = 0.050000, TS.af = 1.000000, TS.nsteps = 74\n",
      "[15:14:41|\u001b[38;5;113mSTATUS    \u001b[00m]|Read timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5'...\n",
      "[15:14:41|\u001b[38;5;113mSTATUS    \u001b[00m]|Read timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5' done.\n",
      "[15:14:42|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.tools)\u001b[00m Generating parameter file...\n",
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Writing parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_p3m.sbmy'...\n",
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Writing parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_p3m.sbmy' done.\n",
      "[15:14:42|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.tools)\u001b[00m Parameter file written to /Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_p3m.sbmy\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 500x100 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "reset_plotting()  # Default style for Simbelmynë\n",
    "generate_sim_params(lpt_params, ICs_path, wd, simdir, None, force)\n",
    "generate_sim_params(p3m_params, ICs_path, wd, simdir, file_ext, force)\n",
    "setup_plotting()  # Reset plotting style for this project"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "id": "f5b71b98",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Read custom timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5'...\n",
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Read custom timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5' done.\n"
     ]
    }
   ],
   "source": [
    "TSpath = wd + file_ext + \"_ts_p3m.h5\" if file_ext else wd + \"ts_p3m.h5\"\n",
    "if TimeStepDistribution in [0, 1, 2]:\n",
    "    TS = StandardTimeStepping.read(TSpath)\n",
    "    aiDrift = TS.aiDrift\n",
    "    nsteps = TS.nsteps\n",
    "elif TimeStepDistribution == 3:\n",
    "    TS = P3MTimeStepping.read(TSpath)\n",
    "    aiDrift = TS.aiDrift\n",
    "    nsteps = TS.nsteps\n",
    "else:\n",
    "    raise ValueError(f\"Invalid TimeStepDistribution: {TimeStepDistribution}\")"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "56d49527",
   "metadata": {},
   "source": [
    "### Generate the initial phase"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "id": "6969353d",
   "metadata": {},
   "outputs": [],
   "source": [
    "generate_white_noise_Field(\n",
    "    L=L,\n",
    "    size=N,\n",
    "    corner=corner,\n",
    "    seedphase=BASELINE_SEEDPHASE,\n",
    "    fname_whitenoise=input_white_noise_file,\n",
    "    seedname_whitenoise=input_seed_phase_file,\n",
    "    force_phase=force,\n",
    ")"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "af2c102d",
   "metadata": {},
   "source": [
    "### Generating the input power spectrum"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "id": "eeddae78",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Setting up Fourier grid...\n",
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Setting up Fourier grid done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Computing normalization of the power spectrum...\n",
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Write power spectrum in data file '/Users/hoellinger/WIP3M/notebook12/input_power.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Computing normalization of the power spectrum done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Computing power spectrum...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Computing power spectrum done.\n",
      "[15:14:42|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]==|\u001b[38;5;246mL0=32, L1=32, L2=32\u001b[00m\n",
      "[15:14:42|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]==|\u001b[38;5;246mN0=32, N1=32, N2=32, N2_HC=17, N_HC=17408, NUM_MODES=464\u001b[00m\n",
      "[15:14:42|\u001b[38;5;113mSTATUS    \u001b[00m]|Write power spectrum in data file '/Users/hoellinger/WIP3M/notebook12/input_power.h5' done.\n"
     ]
    }
   ],
   "source": [
    "# If cosmo[\"WhichSpectrum\"] == \"class\", then classy is required.\n",
    "if not isfile(input_power_file) or force:\n",
    "    Pk = PowerSpectrum(L, L, L, N, N, N, cosmo_small_to_full_dict(cosmo))\n",
    "    Pk.write(input_power_file)"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "ed3ab1c8",
   "metadata": {},
   "source": [
    "## Running the simulations"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "id": "e3ed21b6",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:14:42\u001b[00m|\u001b[38;5;227mCOMMAND   \u001b[00m]|\u001b[38;5;227msimbelmyne /Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_lpt.sbmy /Users/hoellinger/WIP3M/notebook12/logs/lpt.txt\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|            .-~~-.--.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|           :         )\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|     .~ ~ -.\\       /.- ~~ .\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|     >       `.   .'       <\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|    (         .- -.         )\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|     `- -.-~  `- -'  ~-.- -'\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|       (        :        )           _ _ .-:        ___________________________________\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|        ~--.    :    .--~        .-~  .-~  }                    \u001b[1;38;5;157mSIMBELMYNË\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|            ~-.-^-.-~ \\_      .~  .-~   .~           (c) Florent Leclercq 2012 - SBMY_YEAR \n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|                     \\ '     \\ '_ _ -~              ___________________________________\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|                      `.`.    //\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|             . - ~ ~-.__`.`-.//\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|         .-~   . - ~  }~ ~ ~-.~-.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|       .' .-~      .-~       :/~-.~-./:\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|      /_~_ _ . - ~                 ~-.~-._\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|                                       ~-.<\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|2025-06-24 15:14:42: Starting SIMBELMYNË, commit hash 15f03ec44e13086a2d9c19f9742a0c06ec9b9a46\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Reading parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_lpt.sbmy'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Reading parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_lpt.sbmy' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Initializing snapshot...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Initializing snapshot done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT snapshot initialization: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Returning initial conditions...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Reading field in '/Users/hoellinger/WIP3M/notebook12/input_white_noise.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Reading field in '/Users/hoellinger/WIP3M/notebook12/input_white_noise.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Reading power spectrum...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Reading power spectrum in '/Users/hoellinger/WIP3M/notebook12/input_power.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Reading power spectrum in '/Users/hoellinger/WIP3M/notebook12/input_power.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Reading power spectrum done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Generating Gaussian random field (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Generating Gaussian random field (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/initial_density.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/initial_density.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Returning initial conditions done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT initial conditions: 0.003 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Evolving with Lagrangian perturbation theory (using 8 cores)...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian potentials, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian potentials, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian displacement field (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian displacement field (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Changing velocities of particles...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Changing velocities of particles done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Displacing particles...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Displacing particles done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Evolving with Lagrangian perturbation theory (using 8 cores) done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT evolution: 0.049 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Computing outputs...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/lpt_density.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/lpt_density.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing header in '/Users/hoellinger/WIP3M/notebook12/lpt_particles.gadget3'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing header in '/Users/hoellinger/WIP3M/notebook12/lpt_particles.gadget3' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing snapshot in '/Users/hoellinger/WIP3M/notebook12/lpt_particles.gadget3' (32768 particles)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'POS '...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'POS ' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'VEL '...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'VEL ' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'ID  '...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'ID  ' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing snapshot in '/Users/hoellinger/WIP3M/notebook12/lpt_particles.gadget3' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Computing outputs done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT output: 0.016 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|ModuleLPT: 0.068 CPU - 0.023 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|Simbelmynë: 0.069 CPU - 0.023 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|Everything done successfully, exiting.\n"
     ]
    }
   ],
   "source": [
    "run_simulation(\"lpt\", lpt_params, wd, logdir)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "id": "39c97bc2",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:14:42\u001b[00m|\u001b[38;5;227mCOMMAND   \u001b[00m]|\u001b[38;5;227msimbelmyne /Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_p3m.sbmy /Users/hoellinger/WIP3M/notebook12/logs/p3m.txt\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|            .-~~-.--.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|           :         )\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|     .~ ~ -.\\       /.- ~~ .\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|     >       `.   .'       <\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|    (         .- -.         )\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|     `- -.-~  `- -'  ~-.- -'\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|       (        :        )           _ _ .-:        ___________________________________\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|        ~--.    :    .--~        .-~  .-~  }                    \u001b[1;38;5;157mSIMBELMYNË\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|            ~-.-^-.-~ \\_      .~  .-~   .~           (c) Florent Leclercq 2012 - SBMY_YEAR \n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|                     \\ '     \\ '_ _ -~              ___________________________________\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|                      `.`.    //\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|             . - ~ ~-.__`.`-.//\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|         .-~   . - ~  }~ ~ ~-.~-.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|       .' .-~      .-~       :/~-.~-./:\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|      /_~_ _ . - ~                 ~-.~-._\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|                                       ~-.<\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|\n",
      "[15:14:42\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|2025-06-24 15:14:42: Starting SIMBELMYNË, commit hash 15f03ec44e13086a2d9c19f9742a0c06ec9b9a46\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Reading parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_p3m.sbmy'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]|Reading parameter file in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/example_p3m.sbmy' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Initializing snapshot...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Initializing snapshot done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT snapshot initialization: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Returning initial conditions...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Reading field in '/Users/hoellinger/WIP3M/notebook12/initial_density.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Reading field in '/Users/hoellinger/WIP3M/notebook12/initial_density.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Returning initial conditions done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT initial conditions: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Evolving with Lagrangian perturbation theory (using 8 cores)...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian potentials, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian potentials, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian displacement field (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Computing Lagrangian displacement field (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Changing velocities of particles...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Changing velocities of particles done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Displacing particles...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Displacing particles done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleLPT: Evolving with Lagrangian perturbation theory (using 8 cores) done.\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|LPT evolution: 0.048 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|ModuleLPT: 0.049 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleP3M: Evolving with P3M...\u001b[00m\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read timestepping configuration in '/Users/hoellinger/Library/CloudStorage/Dropbox/travail/these/science/code/simbelmyne/simbelmyne2025/WIP_P3M/results/notebook12/ts_p3m.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|OutputForceDiagnostic: force_diagnostic.csv\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|OutputSnapshotsBase: particles_\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModulePMCOLA: L_minus operator: changing reference frame before COLA evolution...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModulePMCOLA: L_minus operator: changing reference frame before COLA evolution done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 1/74, time_kick:0.050000, time_drift=0.050000.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 1/74 done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 1/74, time_kick:0.051250, time_drift=0.052500.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Density: 0.009 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Accelerations (long-range): 0.064 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Accelerations (short-range): 0.235 CPU - 0.040 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 1/74: Total Evolution: 0.325 CPU - 0.061 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 2/74, time_kick:0.051250, time_drift=0.052500.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 2/74 done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 2/74, time_kick:0.053813, time_drift=0.055063.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Density: 0.009 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Accelerations (long-range): 0.064 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Accelerations (short-range): 0.254 CPU - 0.039 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Kick: 0.005 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 2/74: Total Evolution: 0.342 CPU - 0.060 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 3/74, time_kick:0.053813, time_drift=0.055063.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 3/74 done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 3/74, time_kick:0.056503, time_drift=0.057753.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Accelerations (long-range): 0.060 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Accelerations (short-range): 0.244 CPU - 0.038 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Kick: 0.005 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 3/74: Total Evolution: 0.329 CPU - 0.060 wallclock seconds used.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 4/74, time_kick:0.056503, time_drift=0.057753.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 4/74 done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Writing gravitational potential to /Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce3.h5.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce3.h5'...\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce3.h5' done.\n",
      "[15:14:42\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p3.h5'...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p3.h5' done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 4/74, time_kick:0.059328, time_drift=0.060578.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Accelerations (long-range): 0.061 CPU - 0.021 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Accelerations (short-range): 0.257 CPU - 0.063 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Outputs: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 4/74: Total Evolution: 0.346 CPU - 0.094 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 5/74, time_kick:0.059328, time_drift=0.060578.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 5/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Writing gravitational potential to /Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce4.h5.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce4.h5'...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce4.h5' done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p4.h5'...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p4.h5' done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 5/74, time_kick:0.062295, time_drift=0.063545.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Potential: 0.009 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Accelerations (long-range): 0.063 CPU - 0.020 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Accelerations (short-range): 0.253 CPU - 0.061 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Outputs: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 5/74: Total Evolution: 0.346 CPU - 0.092 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 6/74, time_kick:0.062295, time_drift=0.063545.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 6/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 6/74, time_kick:0.065409, time_drift=0.066659.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Density: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Potential: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Accelerations (long-range): 0.064 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Accelerations (short-range): 0.249 CPU - 0.054 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Drift: 0.002 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 6/74: Total Evolution: 0.340 CPU - 0.081 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 7/74, time_kick:0.065409, time_drift=0.066659.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 7/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 7/74, time_kick:0.068680, time_drift=0.069930.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Accelerations (long-range): 0.061 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Accelerations (short-range): 0.255 CPU - 0.056 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 7/74: Total Evolution: 0.344 CPU - 0.083 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 8/74, time_kick:0.068680, time_drift=0.069930.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 8/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Writing gravitational potential to /Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce7.h5.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce7.h5'...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce7.h5' done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p7.h5'...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p7.h5' done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 8/74, time_kick:0.072114, time_drift=0.073364.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Density: 0.013 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Accelerations (long-range): 0.058 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Accelerations (short-range): 0.233 CPU - 0.054 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Outputs: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 8/74: Total Evolution: 0.322 CPU - 0.080 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 9/74, time_kick:0.072114, time_drift=0.073364.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 9/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 9/74, time_kick:0.075720, time_drift=0.076970.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Density: 0.013 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Accelerations (long-range): 0.057 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Accelerations (short-range): 0.249 CPU - 0.049 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Kick: 0.005 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 9/74: Total Evolution: 0.334 CPU - 0.072 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 10/74, time_kick:0.075720, time_drift=0.076970.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 10/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 10/74, time_kick:0.079506, time_drift=0.080756.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Density: 0.007 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Potential: 0.010 CPU - 0.006 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Accelerations (long-range): 0.065 CPU - 0.021 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Accelerations (short-range): 0.265 CPU - 0.070 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Kick: 0.007 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 10/74: Total Evolution: 0.356 CPU - 0.104 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 11/74, time_kick:0.079506, time_drift=0.080756.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 11/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 11/74, time_kick:0.083481, time_drift=0.084731.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Density: 0.014 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Accelerations (long-range): 0.061 CPU - 0.037 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Accelerations (short-range): 0.251 CPU - 0.161 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Kick: 0.006 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 11/74: Total Evolution: 0.343 CPU - 0.210 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 12/74, time_kick:0.083481, time_drift=0.084731.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 12/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 12/74, time_kick:0.087655, time_drift=0.088905.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Density: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Potential: 0.011 CPU - 0.005 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Accelerations (long-range): 0.063 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Accelerations (short-range): 0.259 CPU - 0.061 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 12/74: Total Evolution: 0.349 CPU - 0.086 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 13/74, time_kick:0.087655, time_drift=0.088905.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 13/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 13/74, time_kick:0.092038, time_drift=0.093288.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Density: 0.011 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Accelerations (long-range): 0.060 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Accelerations (short-range): 0.256 CPU - 0.052 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Kick: 0.005 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 13/74: Total Evolution: 0.343 CPU - 0.075 wallclock seconds used.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 14/74, time_kick:0.092038, time_drift=0.093288.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 14/74 done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:43\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 14/74, time_kick:0.096640, time_drift=0.097890.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Density: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Accelerations (long-range): 0.064 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Accelerations (short-range): 0.254 CPU - 0.045 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 14/74: Total Evolution: 0.342 CPU - 0.068 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 15/74, time_kick:0.096640, time_drift=0.097890.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 15/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 15/74, time_kick:0.101471, time_drift=0.102721.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Potential: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Accelerations (long-range): 0.061 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Accelerations (short-range): 0.268 CPU - 0.052 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 15/74: Total Evolution: 0.357 CPU - 0.078 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 16/74, time_kick:0.101471, time_drift=0.102721.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 16/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 16/74, time_kick:0.106545, time_drift=0.107795.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Accelerations (long-range): 0.061 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Accelerations (short-range): 0.255 CPU - 0.052 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 16/74: Total Evolution: 0.344 CPU - 0.077 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 17/74, time_kick:0.106545, time_drift=0.107795.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 17/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 17/74, time_kick:0.111872, time_drift=0.113122.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Accelerations (long-range): 0.061 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Accelerations (short-range): 0.258 CPU - 0.050 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 17/74: Total Evolution: 0.347 CPU - 0.075 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 18/74, time_kick:0.111872, time_drift=0.113122.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 18/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 18/74, time_kick:0.117466, time_drift=0.118716.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Density: 0.011 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Potential: 0.009 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Accelerations (long-range): 0.062 CPU - 0.024 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Accelerations (short-range): 0.258 CPU - 0.064 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 18/74: Total Evolution: 0.348 CPU - 0.098 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 19/74, time_kick:0.117466, time_drift=0.118716.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 19/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 19/74, time_kick:0.123339, time_drift=0.124589.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Density: 0.007 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Accelerations (long-range): 0.064 CPU - 0.038 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Accelerations (short-range): 0.249 CPU - 0.074 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Kick: 0.007 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 19/74: Total Evolution: 0.340 CPU - 0.123 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 20/74, time_kick:0.123339, time_drift=0.124589.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 20/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 20/74, time_kick:0.129506, time_drift=0.130756.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Density: 0.008 CPU - 0.006 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Potential: 0.012 CPU - 0.006 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Accelerations (long-range): 0.067 CPU - 0.019 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Accelerations (short-range): 0.266 CPU - 0.065 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Kick: 0.007 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 20/74: Total Evolution: 0.361 CPU - 0.100 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 21/74, time_kick:0.129506, time_drift=0.130756.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 21/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 21/74, time_kick:0.135982, time_drift=0.137232.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Density: 0.014 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Potential: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Accelerations (long-range): 0.063 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Accelerations (short-range): 0.252 CPU - 0.042 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 21/74: Total Evolution: 0.347 CPU - 0.065 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 22/74, time_kick:0.135982, time_drift=0.137232.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 22/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 22/74, time_kick:0.142781, time_drift=0.144031.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Density: 0.015 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Accelerations (long-range): 0.063 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Accelerations (short-range): 0.267 CPU - 0.040 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 22/74: Total Evolution: 0.361 CPU - 0.060 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 23/74, time_kick:0.142781, time_drift=0.144031.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 23/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 23/74, time_kick:0.149920, time_drift=0.151170.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Density: 0.010 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Accelerations (long-range): 0.064 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Accelerations (short-range): 0.254 CPU - 0.039 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 23/74: Total Evolution: 0.345 CPU - 0.059 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 24/74, time_kick:0.149920, time_drift=0.151170.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 24/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Writing gravitational potential to /Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce23.h5.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce23.h5'...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce23.h5' done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p23.h5'...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p23.h5' done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 24/74, time_kick:0.157416, time_drift=0.158666.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Density: 0.010 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Accelerations (long-range): 0.062 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Accelerations (short-range): 0.261 CPU - 0.045 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Outputs: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 24/74: Total Evolution: 0.350 CPU - 0.066 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 25/74, time_kick:0.157416, time_drift=0.158666.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 25/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 25/74, time_kick:0.165286, time_drift=0.166536.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Density: 0.011 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Accelerations (long-range): 0.062 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Accelerations (short-range): 0.255 CPU - 0.038 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 25/74: Total Evolution: 0.344 CPU - 0.059 wallclock seconds used.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 26/74, time_kick:0.165286, time_drift=0.166536.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 26/74 done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:44\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 26/74, time_kick:0.173551, time_drift=0.174801.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Density: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Accelerations (long-range): 0.061 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Accelerations (short-range): 0.260 CPU - 0.040 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 26/74: Total Evolution: 0.348 CPU - 0.061 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 27/74, time_kick:0.173551, time_drift=0.174801.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 27/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 27/74, time_kick:0.182228, time_drift=0.183478.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Density: 0.013 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Accelerations (long-range): 0.062 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Accelerations (short-range): 0.248 CPU - 0.047 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Drift: 0.002 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 27/74: Total Evolution: 0.337 CPU - 0.073 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 28/74, time_kick:0.182228, time_drift=0.183478.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 28/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 28/74, time_kick:0.191340, time_drift=0.192590.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Accelerations (long-range): 0.058 CPU - 0.018 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Accelerations (short-range): 0.249 CPU - 0.047 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Drift: 0.001 CPU - 0.005 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 28/74: Total Evolution: 0.335 CPU - 0.077 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 29/74, time_kick:0.191340, time_drift=0.192590.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 29/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 29/74, time_kick:0.200907, time_drift=0.202157.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Density: 0.022 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Accelerations (long-range): 0.063 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Accelerations (short-range): 0.315 CPU - 0.044 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 29/74: Total Evolution: 0.416 CPU - 0.066 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 30/74, time_kick:0.200907, time_drift=0.202157.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 30/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 30/74, time_kick:0.210952, time_drift=0.212202.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Density: 0.015 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Accelerations (long-range): 0.063 CPU - 0.012 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Accelerations (short-range): 0.271 CPU - 0.039 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 30/74: Total Evolution: 0.364 CPU - 0.059 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 31/74, time_kick:0.210952, time_drift=0.212202.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 31/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 31/74, time_kick:0.221500, time_drift=0.222750.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Density: 0.018 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Accelerations (long-range): 0.063 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Accelerations (short-range): 0.269 CPU - 0.040 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 31/74: Total Evolution: 0.365 CPU - 0.060 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 32/74, time_kick:0.221500, time_drift=0.222750.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 32/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 32/74, time_kick:0.232575, time_drift=0.233825.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Density: 0.011 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Potential: 0.008 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Accelerations (long-range): 0.065 CPU - 0.012 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Accelerations (short-range): 0.261 CPU - 0.043 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 32/74: Total Evolution: 0.352 CPU - 0.062 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 33/74, time_kick:0.232575, time_drift=0.233825.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 33/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 33/74, time_kick:0.244203, time_drift=0.245453.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Density: 0.014 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Accelerations (long-range): 0.064 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Accelerations (short-range): 0.279 CPU - 0.041 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Kick: 0.005 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 33/74: Total Evolution: 0.372 CPU - 0.062 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 34/74, time_kick:0.244203, time_drift=0.245453.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 34/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 34/74, time_kick:0.256413, time_drift=0.257663.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Density: 0.022 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Potential: 0.008 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Accelerations (long-range): 0.060 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Accelerations (short-range): 0.274 CPU - 0.040 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 34/74: Total Evolution: 0.372 CPU - 0.061 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 35/74, time_kick:0.256413, time_drift=0.257663.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 35/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 35/74, time_kick:0.269234, time_drift=0.270484.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Density: 0.010 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Accelerations (long-range): 0.059 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Accelerations (short-range): 0.275 CPU - 0.042 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 35/74: Total Evolution: 0.360 CPU - 0.063 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 36/74, time_kick:0.269234, time_drift=0.270484.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 36/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 36/74, time_kick:0.282696, time_drift=0.283946.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Density: 0.012 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Potential: 0.009 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Accelerations (long-range): 0.057 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Accelerations (short-range): 0.275 CPU - 0.043 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Kick: 0.005 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 36/74: Total Evolution: 0.359 CPU - 0.063 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 37/74, time_kick:0.282696, time_drift=0.283946.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 37/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 37/74, time_kick:0.296831, time_drift=0.298081.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Accelerations (long-range): 0.063 CPU - 0.012 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Accelerations (short-range): 0.269 CPU - 0.043 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 37/74: Total Evolution: 0.360 CPU - 0.062 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 38/74, time_kick:0.296831, time_drift=0.298081.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 38/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 38/74, time_kick:0.311672, time_drift=0.312922.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Density: 0.022 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Accelerations (long-range): 0.062 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Accelerations (short-range): 0.284 CPU - 0.045 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 38/74: Total Evolution: 0.384 CPU - 0.066 wallclock seconds used.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 39/74, time_kick:0.311672, time_drift=0.312922.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 39/74 done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:45\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 39/74, time_kick:0.327256, time_drift=0.328506.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Density: 0.012 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Potential: 0.008 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Accelerations (long-range): 0.060 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Accelerations (short-range): 0.291 CPU - 0.045 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 39/74: Total Evolution: 0.379 CPU - 0.065 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 40/74, time_kick:0.327256, time_drift=0.328506.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 40/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 40/74, time_kick:0.343618, time_drift=0.344868.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Density: 0.019 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Accelerations (long-range): 0.059 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Accelerations (short-range): 0.296 CPU - 0.046 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Kick: 0.005 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 40/74: Total Evolution: 0.389 CPU - 0.067 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 41/74, time_kick:0.343618, time_drift=0.344868.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 41/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 41/74, time_kick:0.360799, time_drift=0.362049.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Density: 0.010 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Potential: 0.008 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Accelerations (long-range): 0.058 CPU - 0.020 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Accelerations (short-range): 0.278 CPU - 0.064 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Kick: 0.006 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 41/74: Total Evolution: 0.360 CPU - 0.093 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 42/74, time_kick:0.360799, time_drift=0.362049.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 42/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 42/74, time_kick:0.378839, time_drift=0.380089.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Density: 0.008 CPU - 0.010 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Potential: 0.009 CPU - 0.029 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Accelerations (long-range): 0.069 CPU - 0.027 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Accelerations (short-range): 0.296 CPU - 0.106 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Kick: 0.007 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 42/74: Total Evolution: 0.390 CPU - 0.179 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 43/74, time_kick:0.378839, time_drift=0.380089.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 43/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 43/74, time_kick:0.397781, time_drift=0.399031.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Density: 0.007 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Potential: 0.008 CPU - 0.007 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Accelerations (long-range): 0.066 CPU - 0.020 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Accelerations (short-range): 0.296 CPU - 0.064 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Kick: 0.008 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Drift: 0.002 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 43/74: Total Evolution: 0.387 CPU - 0.102 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 44/74, time_kick:0.397781, time_drift=0.399031.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 44/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 44/74, time_kick:0.417670, time_drift=0.418920.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Density: 0.010 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Potential: 0.011 CPU - 0.005 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Accelerations (long-range): 0.063 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Accelerations (short-range): 0.303 CPU - 0.057 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 44/74: Total Evolution: 0.394 CPU - 0.084 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 45/74, time_kick:0.417670, time_drift=0.418920.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 45/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 45/74, time_kick:0.437670, time_drift=0.438920.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Density: 0.011 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Potential: 0.009 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Accelerations (long-range): 0.060 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Accelerations (short-range): 0.308 CPU - 0.068 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 45/74: Total Evolution: 0.396 CPU - 0.094 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 46/74, time_kick:0.437670, time_drift=0.438920.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 46/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 46/74, time_kick:0.457670, time_drift=0.458920.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Density: 0.011 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Potential: 0.012 CPU - 0.007 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Accelerations (long-range): 0.061 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Accelerations (short-range): 0.319 CPU - 0.068 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Kick: 0.007 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 46/74: Total Evolution: 0.412 CPU - 0.099 wallclock seconds used.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 47/74, time_kick:0.457670, time_drift=0.458920.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 47/74 done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:46\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 47/74, time_kick:0.477670, time_drift=0.478920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Density: 0.014 CPU - 0.005 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Accelerations (long-range): 0.062 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Accelerations (short-range): 0.329 CPU - 0.072 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 47/74: Total Evolution: 0.422 CPU - 0.099 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 48/74, time_kick:0.477670, time_drift=0.478920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 48/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 48/74, time_kick:0.497670, time_drift=0.498920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Density: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Potential: 0.010 CPU - 0.005 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Accelerations (long-range): 0.063 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Accelerations (short-range): 0.322 CPU - 0.068 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 48/74: Total Evolution: 0.413 CPU - 0.093 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 49/74, time_kick:0.497670, time_drift=0.498920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 49/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 49/74, time_kick:0.517670, time_drift=0.518920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Potential: 0.010 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Accelerations (long-range): 0.062 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Accelerations (short-range): 0.329 CPU - 0.067 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 49/74: Total Evolution: 0.421 CPU - 0.090 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 50/74, time_kick:0.517670, time_drift=0.518920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 50/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 50/74, time_kick:0.537670, time_drift=0.538920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Potential: 0.009 CPU - 0.006 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Accelerations (long-range): 0.066 CPU - 0.020 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Accelerations (short-range): 0.332 CPU - 0.069 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 50/74: Total Evolution: 0.427 CPU - 0.101 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 51/74, time_kick:0.537670, time_drift=0.538920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 51/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 51/74, time_kick:0.557670, time_drift=0.558920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Density: 0.010 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Potential: 0.011 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Accelerations (long-range): 0.062 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Accelerations (short-range): 0.341 CPU - 0.076 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 51/74: Total Evolution: 0.433 CPU - 0.104 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 52/74, time_kick:0.557670, time_drift=0.558920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 52/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 52/74, time_kick:0.577670, time_drift=0.578920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Density: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Potential: 0.011 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Accelerations (long-range): 0.064 CPU - 0.022 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Accelerations (short-range): 0.342 CPU - 0.078 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Kick: 0.006 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 52/74: Total Evolution: 0.433 CPU - 0.111 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 53/74, time_kick:0.577670, time_drift=0.578920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 53/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 53/74, time_kick:0.597670, time_drift=0.598920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Potential: 0.008 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Accelerations (long-range): 0.064 CPU - 0.018 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Accelerations (short-range): 0.346 CPU - 0.077 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 53/74: Total Evolution: 0.438 CPU - 0.105 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 54/74, time_kick:0.597670, time_drift=0.598920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 54/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 54/74, time_kick:0.617670, time_drift=0.618920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Density: 0.016 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Accelerations (long-range): 0.062 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Accelerations (short-range): 0.356 CPU - 0.081 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Kick: 0.007 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 54/74: Total Evolution: 0.451 CPU - 0.107 wallclock seconds used.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 55/74, time_kick:0.617670, time_drift=0.618920.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 55/74 done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:47\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 55/74, time_kick:0.637670, time_drift=0.638920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Density: 0.015 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Accelerations (long-range): 0.062 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Accelerations (short-range): 0.355 CPU - 0.074 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 55/74: Total Evolution: 0.448 CPU - 0.096 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 56/74, time_kick:0.637670, time_drift=0.638920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 56/74 done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 56/74, time_kick:0.657670, time_drift=0.658920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Accelerations (long-range): 0.063 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Accelerations (short-range): 0.370 CPU - 0.076 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 56/74: Total Evolution: 0.462 CPU - 0.099 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 57/74, time_kick:0.657670, time_drift=0.658920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 57/74 done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 57/74, time_kick:0.677670, time_drift=0.678920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Density: 0.017 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Accelerations (long-range): 0.060 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Accelerations (short-range): 0.376 CPU - 0.135 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 57/74: Total Evolution: 0.469 CPU - 0.157 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 58/74, time_kick:0.677670, time_drift=0.678920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 58/74 done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 58/74, time_kick:0.697670, time_drift=0.698920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Density: 0.011 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Potential: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Accelerations (long-range): 0.063 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Accelerations (short-range): 0.367 CPU - 0.089 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Drift: 0.003 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 58/74: Total Evolution: 0.460 CPU - 0.113 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 59/74, time_kick:0.697670, time_drift=0.698920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 59/74 done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 59/74, time_kick:0.717670, time_drift=0.718920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Density: 0.010 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Potential: 0.010 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Accelerations (long-range): 0.061 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Accelerations (short-range): 0.385 CPU - 0.088 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 59/74: Total Evolution: 0.474 CPU - 0.111 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 60/74, time_kick:0.717670, time_drift=0.718920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 60/74 done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 60/74, time_kick:0.737670, time_drift=0.738920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Accelerations (long-range): 0.060 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Accelerations (short-range): 0.392 CPU - 0.096 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 60/74: Total Evolution: 0.479 CPU - 0.117 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 61/74, time_kick:0.737670, time_drift=0.738920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 61/74 done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 61/74, time_kick:0.757670, time_drift=0.758920.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Density: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Potential: 0.012 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Accelerations (long-range): 0.062 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Accelerations (short-range): 0.416 CPU - 0.120 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 61/74: Total Evolution: 0.505 CPU - 0.142 wallclock seconds used.\n",
      "[15:14:48\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 62/74, time_kick:0.757670, time_drift=0.758920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 62/74 done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 62/74, time_kick:0.777670, time_drift=0.778920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Accelerations (long-range): 0.062 CPU - 0.013 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Accelerations (short-range): 0.403 CPU - 0.089 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Drift: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 62/74: Total Evolution: 0.491 CPU - 0.109 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 63/74, time_kick:0.777670, time_drift=0.778920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 63/74 done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 63/74, time_kick:0.797670, time_drift=0.798920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Density: 0.012 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Potential: 0.009 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Accelerations (long-range): 0.067 CPU - 0.019 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Accelerations (short-range): 0.422 CPU - 0.124 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 63/74: Total Evolution: 0.517 CPU - 0.151 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 64/74, time_kick:0.797670, time_drift=0.798920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 64/74 done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 64/74, time_kick:0.817670, time_drift=0.818920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Density: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Accelerations (long-range): 0.065 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Accelerations (short-range): 0.423 CPU - 0.126 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 64/74: Total Evolution: 0.514 CPU - 0.151 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 65/74, time_kick:0.817670, time_drift=0.818920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 65/74 done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 65/74, time_kick:0.837670, time_drift=0.838920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Density: 0.013 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Potential: 0.010 CPU - 0.006 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Accelerations (long-range): 0.067 CPU - 0.018 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Accelerations (short-range): 0.429 CPU - 0.121 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 65/74: Total Evolution: 0.528 CPU - 0.152 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 66/74, time_kick:0.837670, time_drift=0.838920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 66/74 done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 66/74, time_kick:0.857670, time_drift=0.858920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Density: 0.013 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Accelerations (long-range): 0.063 CPU - 0.019 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Accelerations (short-range): 0.442 CPU - 0.139 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 66/74: Total Evolution: 0.536 CPU - 0.167 wallclock seconds used.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 67/74, time_kick:0.857670, time_drift=0.858920.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 67/74 done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:49\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 67/74, time_kick:0.877670, time_drift=0.878920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Density: 0.014 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Accelerations (long-range): 0.061 CPU - 0.015 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Accelerations (short-range): 0.435 CPU - 0.201 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Drift: 0.001 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 67/74: Total Evolution: 0.527 CPU - 0.224 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 68/74, time_kick:0.877670, time_drift=0.878920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 68/74 done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Writing gravitational potential to /Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce67.h5.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce67.h5'...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce67.h5' done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p67.h5'...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p67.h5' done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 68/74, time_kick:0.897670, time_drift=0.898920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Density: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Potential: 0.008 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Accelerations (long-range): 0.058 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Accelerations (short-range): 0.446 CPU - 0.129 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Outputs: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 68/74: Total Evolution: 0.531 CPU - 0.155 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 69/74, time_kick:0.897670, time_drift=0.898920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 69/74 done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 69/74, time_kick:0.917670, time_drift=0.918920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Density: 0.011 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Potential: 0.009 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Accelerations (long-range): 0.062 CPU - 0.014 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Accelerations (short-range): 0.446 CPU - 0.172 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Kick: 0.006 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 69/74: Total Evolution: 0.535 CPU - 0.195 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 70/74, time_kick:0.917670, time_drift=0.918920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 70/74 done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 70/74, time_kick:0.937670, time_drift=0.938920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Density: 0.016 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Accelerations (long-range): 0.068 CPU - 0.020 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Accelerations (short-range): 0.457 CPU - 0.135 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 70/74: Total Evolution: 0.558 CPU - 0.164 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 71/74, time_kick:0.937670, time_drift=0.938920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 71/74 done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 71/74, time_kick:0.957670, time_drift=0.958920.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Density: 0.014 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Accelerations (long-range): 0.066 CPU - 0.016 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Accelerations (short-range): 0.459 CPU - 0.143 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 71/74: Total Evolution: 0.556 CPU - 0.168 wallclock seconds used.\n",
      "[15:14:50\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 72/74, time_kick:0.957670, time_drift=0.958920.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 72/74 done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 72/74, time_kick:0.977670, time_drift=0.978920.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Density: 0.014 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Accelerations (long-range): 0.067 CPU - 0.017 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Accelerations (short-range): 0.469 CPU - 0.147 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Kick: 0.006 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 72/74: Total Evolution: 0.568 CPU - 0.174 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 73/74, time_kick:0.977670, time_drift=0.978920.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 73/74 done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Writing gravitational potential to /Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce72.h5.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce72.h5'...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing field to '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce72.h5' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p72.h5'...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]======|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p72.h5' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 73/74, time_kick:0.997670, time_drift=0.998920.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Density: 0.014 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Potential: 0.009 CPU - 0.003 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Accelerations (long-range): 0.064 CPU - 0.019 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Accelerations (short-range): 0.477 CPU - 0.137 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Kick: 0.007 CPU - 0.002 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Outputs: 0.001 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 73/74: Total Evolution: 0.574 CPU - 0.167 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: Begin COLA+P3M step 74/74, time_kick:0.997670, time_drift=0.998920.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|ModuleP3M: Compute time step limiters for step 74/74 done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Drifting particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Getting gravitational potential, periodic boundary conditions (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Kicking particles (using 8 cores) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModuleP3M: End COLA+P3M step 74/74, time_kick:1.000000, time_drift=1.000000.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Density: 0.025 CPU - 0.008 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Potential: 0.019 CPU - 0.007 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Accelerations (long-range): 0.130 CPU - 0.032 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Accelerations (short-range): 0.965 CPU - 0.307 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Kick: 0.012 CPU - 0.004 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Drift: 0.002 CPU - 0.001 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Outputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Step 74/74: Total Evolution: 1.154 CPU - 0.360 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p74.h5'...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/p_res/p74.h5' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModulePMCOLA: L_plus operator: changing reference frame after COLA evolution...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|ModulePMCOLA: L_plus operator: changing reference frame after COLA evolution done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Density: 0.905 CPU - 0.241 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Potential: 0.679 CPU - 0.276 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Accelerations (long-range): 4.688 CPU - 1.235 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Accelerations (short-range): 23.905 CPU - 5.710 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Kick: 0.446 CPU - 0.143 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Drift: 0.121 CPU - 0.067 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Inputs: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Diagnostic: 0.000 CPU - 0.000 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Outputs: 0.019 CPU - 0.011 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]==|Box: Total Evolution: 30.763 CPU - 7.683 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModuleP3M: Evolving with P3M done.\u001b[00m\n",
      "[15:14:51\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModulePMCOLA: Computing outputs...\u001b[00m\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Getting density contrast (using 8 cores and 8 arrays, parallel routine 1) done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/final_density_p3m.h5'...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing field to '/Users/hoellinger/WIP3M/notebook12/final_density_p3m.h5' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing header in '/Users/hoellinger/WIP3M/notebook12/p3m_snapshot.gadget3'...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing header in '/Users/hoellinger/WIP3M/notebook12/p3m_snapshot.gadget3' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing snapshot in '/Users/hoellinger/WIP3M/notebook12/p3m_snapshot.gadget3' (32768 particles)...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'POS '...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'POS ' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'VEL '...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'VEL ' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'ID  '...\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]====|Writing block: 'ID  ' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;113mSTATUS    \u001b[00m]==|Writing snapshot in '/Users/hoellinger/WIP3M/notebook12/p3m_snapshot.gadget3' done.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;147mMODULE    \u001b[00m]|\u001b[38;5;147mModulePMCOLA: Computing outputs done.\u001b[00m\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|PMCOLA output: 0.018 CPU - 0.005 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|ModulePMCOLA: 32.093 CPU - 9.015 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;159mTIMER     \u001b[00m]|Simbelmynë: 32.143 CPU - 9.031 wallclock seconds used.\n",
      "[15:14:51\u001b[00m|\u001b[38;5;117mINFO      \u001b[00m]|Everything done successfully, exiting.\n"
     ]
    }
   ],
   "source": [
    "run_simulation(\"p3m\", p3m_params, wd, logdir)"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "7846fd8b",
   "metadata": {},
   "source": [
    "## Gravitational potential"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "id": "2f634435",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/final_density_p3m.h5'...\n",
      "[15:15:28|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]====|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/final_density_p3m.h5' done.\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce3.h5'...\n",
      "[15:15:28|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]====|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce3.h5' done.\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce23.h5'...\n",
      "[15:15:28|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]====|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce23.h5' done.\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce67.h5'...\n",
      "[15:15:28|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]====|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:28|\u001b[38;5;113mSTATUS    \u001b[00m]==|Read field in data file '/Users/hoellinger/WIP3M/notebook12/gravpot/gp_nforce67.h5' done.\n"
     ]
    }
   ],
   "source": [
    "slice_ijk = (N // 2, slice(None), slice(None))\n",
    "steps = [3,23,67]  # Steps to compare\n",
    "# steps = [1,38,75]  # Steps to compare\n",
    "DELTA_P3M = read_field(simdir + f\"final_density_p3m.h5\").data[slice_ijk]\n",
    "DELTA_GP1 = read_field(gravpotdir + f\"gp_nforce{steps[0]}.h5\").data[slice_ijk]\n",
    "DELTA_GP2 = read_field(gravpotdir + f\"gp_nforce{steps[1]}.h5\").data[slice_ijk]\n",
    "DELTA_GP3 = read_field(gravpotdir + f\"gp_nforce{steps[2]}.h5\").data[slice_ijk]\n",
    "diff_gp2_gp1 = DELTA_GP3 - DELTA_GP1\n",
    "diff_gp3_gp1 = DELTA_GP3 - DELTA_GP2"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "id": "931e6fe0",
   "metadata": {},
   "outputs": [
    {
     "data": {
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",
      "text/plain": [
       "<Figure size 5400x1200 with 12 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fields = [\"p3m\", \"gp1\", \"gp2\", \"gp3\", \"diff_gp2_gp1\", \"diff_gp3_gp1\"]  # fields to plot\n",
    "\n",
    "figname = \"_\".join(fields)\n",
    "slices_dict = {\n",
    "    \"p3m\": DELTA_P3M,\n",
    "    \"gp1\": DELTA_GP1,\n",
    "    \"gp2\": DELTA_GP2,\n",
    "    \"gp3\": DELTA_GP3,\n",
    "    \"diff_gp2_gp1\": diff_gp2_gp1,\n",
    "    \"diff_gp3_gp1\": diff_gp3_gp1,\n",
    "}\n",
    "titles_dict = {\n",
    "    \"p3m\": f\"P3M $n_\\\\mathrm{{steps}}={nsteps}$\",\n",
    "    \"gp1\": rf\"$\\phi$, step {steps[0]}\",\n",
    "    \"gp2\": rf\"$\\phi$, step {steps[1]}\",\n",
    "    \"gp3\": rf\"$\\phi$, step {steps[2]}\",\n",
    "    \"diff_gp2_gp1\": r\"$\\phi_3 - \\phi_2$\",\n",
    "    \"diff_gp3_gp1\": r\"$\\phi_3 - \\phi_1$\",\n",
    "}\n",
    "\n",
    "npanels = len(fields)\n",
    "fig, axs = plt.subplots(1, npanels, figsize=(3 * npanels, 4), sharey=True)\n",
    "\n",
    "ims = []\n",
    "for i, key in enumerate(fields):\n",
    "    ax = axs[i]\n",
    "    data = slices_dict[key]\n",
    "    title = titles_dict[key]\n",
    "\n",
    "    if key.startswith(\"diff\"):\n",
    "        im = ax.imshow(data, cmap=\"viridis\")\n",
    "    elif key.startswith(\"gp\"):\n",
    "        im = ax.imshow(data, cmap=\"plasma\")\n",
    "        # im = ax.imshow(np.log10(1 + data - np.min(data)), cmap=\"plasma\")\n",
    "    else:\n",
    "        im = ax.imshow(np.log10(2 + data), cmap=cmap)\n",
    "\n",
    "    ims.append((im, key))\n",
    "    ax.set_title(title, fontsize=fs_titles)\n",
    "    for spine in ax.spines.values():\n",
    "        spine.set_visible(False)\n",
    "\n",
    "axs[0].set_yticks([0, N // 2, N])\n",
    "axs[0].set_yticklabels([f\"{-L/2:.0f}\", \"0\", f\"{L/2:.0f}\"], fontsize=fs)\n",
    "axs[0].set_ylabel(r\"Mpc/$h$\", size=GLOBAL_FS_SMALL)\n",
    "\n",
    "for i, ax in enumerate(axs):\n",
    "    ax.set_xticks([0, N // 2, N])\n",
    "    ax.set_xticklabels([f\"{-L/2:.0f}\", \"0\", f\"{L/2:.0f}\"], fontsize=fs)\n",
    "    ax.set_xlabel(r\"Mpc/$h$\", size=GLOBAL_FS_SMALL)\n",
    "\n",
    "for ax, (im, key) in zip(axs, ims):\n",
    "    divider = make_axes_locatable(ax)\n",
    "    cax = divider.append_axes(\"bottom\", size=\"5%\", pad=0.6)\n",
    "    cb = fig.colorbar(im, cax=cax, orientation=\"horizontal\")\n",
    "    if key.startswith(\"gp\"):\n",
    "        cb.set_label(r\"$\\phi$\", fontsize=fs)\n",
    "    elif key.startswith(\"diff\"):\n",
    "        cb.set_label(r\"$\\Delta\\phi$\", fontsize=fs)\n",
    "    else:\n",
    "        cb.set_label(r\"$\\log_{10}(2 + \\delta)$\", fontsize=fs)\n",
    "    cb.ax.tick_params(labelsize=fs)\n",
    "    cax.xaxis.set_ticks_position(\"bottom\")\n",
    "    cax.xaxis.set_label_position(\"bottom\")\n",
    "fig.savefig(\n",
    "    simdir + f\"{figname}.png\",\n",
    "    bbox_inches=\"tight\",\n",
    "    dpi=300,\n",
    "    transparent=True,\n",
    ")\n",
    "fig.savefig(\n",
    "    simdir + f\"{figname}.pdf\",\n",
    "    bbox_inches=\"tight\",\n",
    "    dpi=300,\n",
    ")\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "d72ee660",
   "metadata": {},
   "source": [
    "## Residual momenta"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "id": "23a0401c",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:15:38|\u001b[38;5;113mSTATUS    \u001b[00m]====|Read field in data file '/Users/hoellinger/WIP3M/notebook12/p_res/p3.h5'...\n",
      "[15:15:38|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]======|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:38|\u001b[38;5;113mSTATUS    \u001b[00m]====|Read field in data file '/Users/hoellinger/WIP3M/notebook12/p_res/p3.h5' done.\n",
      "[15:15:38|\u001b[38;5;113mSTATUS    \u001b[00m]====|Read field in data file '/Users/hoellinger/WIP3M/notebook12/p_res/p23.h5'...\n",
      "[15:15:38|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]======|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:38|\u001b[38;5;113mSTATUS    \u001b[00m]====|Read field in data file '/Users/hoellinger/WIP3M/notebook12/p_res/p23.h5' done.\n",
      "[15:15:38|\u001b[38;5;113mSTATUS    \u001b[00m]====|Read field in data file '/Users/hoellinger/WIP3M/notebook12/p_res/p67.h5'...\n",
      "[15:15:38|\u001b[38;5;246mDIAGNOSTIC\u001b[00m]======|\u001b[38;5;246mranges=[np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.float64(0.0), np.float64(32.0), np.int32(32), np.int32(32), np.int32(32)]\u001b[00m\n",
      "[15:15:38|\u001b[38;5;113mSTATUS    \u001b[00m]====|Read field in data file '/Users/hoellinger/WIP3M/notebook12/p_res/p67.h5' done.\n"
     ]
    }
   ],
   "source": [
    "component = 0\n",
    "slice_cijk = (component, N // 2, slice(None), slice(None))\n",
    "DELTA_P1 = read_field(momentadir + f\"p{steps[0]}.h5\").data[slice_cijk]\n",
    "DELTA_P2 = read_field(momentadir + f\"p{steps[1]}.h5\").data[slice_cijk]\n",
    "DELTA_P3 = read_field(momentadir + f\"p{steps[2]}.h5\").data[slice_cijk]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "id": "1b01111c",
   "metadata": {},
   "outputs": [
    {
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",
      "text/plain": [
       "<Figure size 3600x1200 with 8 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fields = [\"p3m\", \"p1\", \"p2\", \"p3\"]\n",
    "figname = \"_\".join(fields)\n",
    "slices_dict = {\n",
    "    \"p3m\": DELTA_P3M,\n",
    "    \"p1\": DELTA_P1,\n",
    "    \"p2\": DELTA_P2,\n",
    "    \"p3\": DELTA_P3,\n",
    "}\n",
    "titles_dict = {\n",
    "    \"p3m\": f\"P3M $n_\\\\mathrm{{steps}}={nsteps}$\",\n",
    "    \"p1\": rf\"$p_{component}$, step {steps[0]}\",\n",
    "    \"p2\": rf\"$p_{component}$, step {steps[1]}\",\n",
    "    \"p3\": rf\"$p_{component}$, step {steps[2]}\",\n",
    "}\n",
    "\n",
    "npanels = len(fields)\n",
    "fig, axs = plt.subplots(1, npanels, figsize=(3 * npanels, 4), sharey=True)\n",
    "\n",
    "ims = []\n",
    "for i, key in enumerate(fields):\n",
    "    ax = axs[i]\n",
    "    data = slices_dict[key]\n",
    "    title = titles_dict[key]\n",
    "\n",
    "    if key.startswith(\"diff\"):\n",
    "        im = ax.imshow(data, cmap=cm.balance)\n",
    "    elif key.startswith(\"p3m\"):\n",
    "        im = ax.imshow(np.log10(2 + data), cmap=cmap)\n",
    "    else:\n",
    "        im = ax.imshow(data, cmap=cm.curl)\n",
    "\n",
    "    ims.append((im, key))\n",
    "    ax.set_title(title, fontsize=fs_titles)\n",
    "    for spine in ax.spines.values():\n",
    "        spine.set_visible(False)\n",
    "\n",
    "axs[0].set_yticks([0, N // 2, N])\n",
    "axs[0].set_yticklabels([f\"{-L/2:.0f}\", \"0\", f\"{L/2:.0f}\"], fontsize=fs)\n",
    "axs[0].set_ylabel(r\"Mpc/$h$\", size=GLOBAL_FS_SMALL)\n",
    "\n",
    "for i, ax in enumerate(axs):\n",
    "    ax.set_xticks([0, N // 2, N])\n",
    "    ax.set_xticklabels([f\"{-L/2:.0f}\", \"0\", f\"{L/2:.0f}\"], fontsize=fs)\n",
    "    ax.set_xlabel(r\"Mpc/$h$\", size=GLOBAL_FS_SMALL)\n",
    "\n",
    "for ax, (im, key) in zip(axs, ims):\n",
    "    divider = make_axes_locatable(ax)\n",
    "    cax = divider.append_axes(\"bottom\", size=\"5%\", pad=0.6)\n",
    "    cb = fig.colorbar(im, cax=cax, orientation=\"horizontal\")\n",
    "    if key.startswith(\"p3m\"):\n",
    "        cb.set_label(r\"$\\log_{10}(2 + \\delta)$\", fontsize=fs)\n",
    "    elif key.startswith(\"diff\"):\n",
    "        cb.set_label(r\"$\\Delta\\phi$\", fontsize=fs)\n",
    "    else:\n",
    "        cb.set_label(rf\"$p_{component}$\", fontsize=fs)\n",
    "    cb.ax.tick_params(labelsize=fs)\n",
    "    cax.xaxis.set_ticks_position(\"bottom\")\n",
    "    cax.xaxis.set_label_position(\"bottom\")\n",
    "fig.savefig(\n",
    "    simdir + f\"{figname}.png\",\n",
    "    bbox_inches=\"tight\",\n",
    "    dpi=300,\n",
    "    transparent=True,\n",
    ")\n",
    "fig.savefig(\n",
    "    simdir + f\"{figname}.pdf\",\n",
    "    bbox_inches=\"tight\",\n",
    "    dpi=300,\n",
    ")\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "41689724",
   "metadata": {},
   "source": [
    "## Time stepping diagnostic"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "id": "69dcd0c5",
   "metadata": {},
   "outputs": [],
   "source": [
    "a, _, _, _, _, da_p3m, da_p3m_fit, _, _, _ = np.loadtxt(\n",
    "    OutputTimestepsLog[:-4] + \"_custom.txt\", delimiter=\",\", unpack=True, skiprows=0\n",
    ")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "id": "c1c096bb",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[15:15:41|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.plot_utils)\u001b[00m Plotting timestep limiters from /Users/hoellinger/WIP3M/notebook12/timesteps_log.txt and /Users/hoellinger/WIP3M/notebook12/timesteps_log_custom.txt...\n",
      "[15:15:41|\u001b[1;36mINFO      \u001b[00m]|\u001b[38;5;147m(wip3m.plot_utils)\u001b[00m Plotting timestep limiters from /Users/hoellinger/WIP3M/notebook12/timesteps_log.txt and /Users/hoellinger/WIP3M/notebook12/timesteps_log_custom.txt done.\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1650x1200 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot_custom_timestepping_diagnostics(\n",
    "    log_path=OutputTimestepsLog,\n",
    "    aiDrift=aiDrift,\n",
    "    TimeStepDistribution=TimeStepDistribution,\n",
    "    nsteps=nsteps,\n",
    "    ymin=5e-3,\n",
    "    ymax=0.5,\n",
    "    fac_hubble=fac_hubble,\n",
    "    plot_bend=False,\n",
    "    fac_p3m_fit=fac_p3m_fit,\n",
    "    da_max_early=da_early,\n",
    "    da_max_late=DEFAULT_DA_MAX_LATE_CUSTOM,\n",
    ")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "id": "7a122521",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Number of log steps needed to reach af=1.0 from ai=0.05: 146\n"
     ]
    }
   ],
   "source": [
    "# Delta a/a = cst => da = cst * a\n",
    "cst = (aiDrift[-2]-aiDrift[-3]) / aiDrift[-3]\n",
    "\n",
    "# a_nsteps = aiDrift[0] * (1 + cst)**nsteps\n",
    "# 1 = a_nsteps => 1 = aiDrift[0] * (1 + cst)**nsteps\n",
    "nsteps_needed = int(np.ceil(np.log(af/aiDrift[0]) / np.log(1 + cst)))\n",
    "print(f\"Number of log steps needed to reach af={af} from ai={aiDrift[0]}: {nsteps_needed}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "f225b2f9",
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "85b01324",
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "dadb9198",
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "p3m",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.13.3"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 5
}