F2F_MNEFun_Main.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# F2F MNEFun Processing - Main Batch Script\n",
    "Starting 2020-10-02, forward and inverse models will be saved in different folders, with the surface-based model indicated with a \"\\_surf\" suffix and volume-based with \"\\_vol\".\n",
    "\n",
    "Starting 2020-01-29, all 7-second processing will be accomplished by calling the 1-second yml file (f2f_params.yml) and making adjustments as needed. Then, for 1-second processing, the yml file should be reloaded. (The previous f2f_params_7sec.yml file will be archived.)\n",
    "\n",
    "Also at this time, the eSSS step is being adopted, as with the MMF subjects."
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {
    "toc": true
   },
   "source": [
    "<h1>Table of Contents<span class=\"tocSkip\"></span></h1>\n",
    "<div class=\"toc\"><ul class=\"toc-item\"><li><span><a href=\"#Set-up-processing-parameters\" data-toc-modified-id=\"Set-up-processing-parameters-1\">Set up processing parameters</a></span></li><li><span><a href=\"#Make-one-time-adjustments-of-raw-files\" data-toc-modified-id=\"Make-one-time-adjustments-of-raw-files-2\">Make one-time adjustments of raw files</a></span></li><li><span><a href=\"#Detect-Events\" data-toc-modified-id=\"Detect-Events-3\">Detect Events</a></span></li><li><span><a href=\"#Run-SSS\" data-toc-modified-id=\"Run-SSS-4\">Run SSS</a></span></li><li><span><a href=\"#Run-SSP-and-create-first-set-of-epochs\" data-toc-modified-id=\"Run-SSP-and-create-first-set-of-epochs-5\">Run SSP and create first set of epochs</a></span></li><li><span><a href=\"#Create-sensor-level-reports\" data-toc-modified-id=\"Create-sensor-level-reports-6\">Create sensor-level reports</a></span></li><li><span><a href=\"#Create-shorter-&quot;sub-epochs&quot;-from-the-original-events\" data-toc-modified-id=\"Create-shorter-&quot;sub-epochs&quot;-from-the-original-events-7\">Create shorter \"sub-epochs\" from the original events</a></span></li><li><span><a href=\"#Perform-a-one-time-creation-of-scaled-mri-files\" data-toc-modified-id=\"Perform-a-one-time-creation-of-scaled-mri-files-8\">Perform a one-time creation of scaled mri files</a></span></li><li><span><a href=\"#Create-covariance,-forward-model,-and-inverse-model\" data-toc-modified-id=\"Create-covariance,-forward-model,-and-inverse-model-9\">Create covariance, forward model, and inverse model</a></span></li></ul></div>"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Set up processing parameters"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "%%capture\n",
    "\n",
    "import os\n",
    "from functools import partial\n",
    "\n",
    "import mnefun\n",
    "import mne.utils\n",
    "\n",
    "from f2f_score import score, score_split, delete_sssfiles, report_postfunction, fix_mri"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Read in preset mnefun parameters #\n",
    "# The sws processing parameters are set in ~/.mnefun/mnefun.json.\n",
    "# params = mnefun.read_params('f2f_params_7sec.yml')  # 2021-01-29: no longer used\n",
    "params = mnefun.read_params('f2f_params.yml')         # 2021-01-29: now for surf. model\n",
    "params.score = score"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Set internal processing parameters #\n",
    "n_cores = os.cpu_count()\n",
    "\n",
    "params.n_jobs = params.n_jobs_mkl = params.n_jobs_fir = params.n_jobs_resample = min(n_cores, 6)\n",
    "if mne.utils.get_config('MNE_USE_CUDA') == 'true':   # false for Mac OS, true for Linux\n",
    "    params.n_jobs_fir = params.n_jobs_resample = 'cuda'"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Set subject parameters #\n",
    "# 2021-01-29 skipped so far: f2f_014, f2f_022; f2f_026 has been added back\n",
    "batch_subjects = [['f2f_009', 'f2f_010', 'f2f_011', 'f2f_012', 'f2f_013'],\n",
    "                  ['f2f_014', 'f2f_015', 'f2f_018', 'f2f_021', 'f2f_022'],\n",
    "                  ['f2f_024', 'f2f_025', 'f2f_026', 'f2f_027', 'f2f_028'],\n",
    "                  ['f2f_029', 'f2f_030', 'f2f_034', 'f2f_036', 'f2f_037'],\n",
    "                  ['f2f_038', 'f2f_102', 'f2f_103', 'f2f_104', 'f2f_106'],\n",
    "                  ['f2f_107', 'f2f_108', 'f2f_111', 'f2f_112', 'f2f_114'],\n",
    "                  ['f2f_115', 'f2f_116', 'f2f_117', 'f2f_118', 'f2f_119']]\n",
    "extra_subjects = []\n",
    "bad_subjects = ['f2f_041']   # _041 has bad coil fits\n",
    "mac_subjects = ['f2f_107']\n",
    "all_subjects = [subj for row in batch_subjects for subj in row]\n",
    "\n",
    "use_subjects = ['f2f_011']\n",
    "\n",
    "params.work_dir = os.path.expanduser('~/Data/MEG/f2f')  # on Thicke\n",
    "# params.work_dir = os.path.expanduser('/Users/neuromac/Data/MEG/MMF_sample/')  # on Mac\n",
    "params.subjects_dir = os.path.expanduser('~/Data/MEG/anatomy')\n",
    "params.subjects = use_subjects\n",
    "params.structurals = use_subjects"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Set source model parameters #\n",
    "SOURCE_TYPE = 'surf';    # options are 'surf' or 'vol'\n",
    "\n",
    "if SOURCE_TYPE == 'surf':\n",
    "    params.src = 'oct6'\n",
    "    params.forward_dir = 'forward_surf'\n",
    "    params.inverse_dir = 'inverse_surf'\n",
    "elif SOURCE_TYPE == 'vol':\n",
    "    params.src = 'vol5'\n",
    "    params.forward_dir = 'forward_vol'\n",
    "    params.inverse_dir = 'inverse_vol'\n",
    "else:\n",
    "    raise ValueError('Source type must be \"surf\" or \"vol\".')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Choose which subjects to run, and any test changes #\n",
    "params.subject_indices = None  #[1]  #None"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Make one-time adjustments of raw files\n",
    "Changes to meta-data only, to avoid errors in subsequent processing"
   ]
  },
  {
   "cell_type": "raw",
   "metadata": {},
   "source": [
    "# Remove an apparent EEG channel from f2f_009's empty room file #\n",
    "erm_file = os.path.join(params.work_dir, 'f2f_009', 'raw_fif', 'f2f_009_erm_raw.fif')\n",
    "raw = mne.io.read_raw(erm_file, preload=False, allow_maxshield=True, verbose=False)\n",
    "\n",
    "raw.drop_channels(['EEG030'])\n",
    "\n",
    "save_file = os.path.join(params.work_dir, 'f2f_009', 'raw_fif', 'f2f_009_erm-noeeg_raw.fif')\n",
    "raw.save(save_file)"
   ]
  },
  {
   "cell_type": "raw",
   "metadata": {},
   "source": [
    "erm_file = os.path.join(params.work_dir, 'f2f_009', 'sss_fif', 'f2f_009_erm_raw_sss.fif')\n",
    "raw = mne.io.read_raw(erm_file, preload=False, allow_maxshield=True, verbose=False)\n",
    "\n",
    "raw.drop_channels(['EEG030'])\n",
    "\n",
    "save_file = os.path.join(params.work_dir, 'f2f_009', 'sss_fif', 'f2f_009_erm-noeeg_raw_sss.fif')\n",
    "raw.save(save_file)\n",
    "\n",
    "del raw"
   ]
  },
  {
   "cell_type": "raw",
   "metadata": {},
   "source": [
    "# Remove the channel MEG1743 from any subjects' empty room if it wasn't in main raw #\n",
    "# The subjects that underwent this deletion are: f2f_014, _015, \n",
    "\n",
    "for subject in all_subjects:\n",
    "    raw_file = os.path.join(params.work_dir, subject, 'raw_fif', subject + '_erm_raw.fif')\n",
    "    erm_raw = mne.io.read_raw(raw_file, preload=False, allow_maxshield=True, verbose=False)\n",
    "    raw_file = os.path.join(params.work_dir, subject, 'raw_fif', subject + '_raw.fif')\n",
    "    main_raw = mne.io.read_raw(raw_file, preload=False, allow_maxshield=True, verbose=False,\n",
    "                              on_split_missing='warn')\n",
    "    \n",
    "    if ('MEG1743' in erm_raw.ch_names) and ('MEG1743' not in main_raw.ch_names):\n",
    "        erm_raw.drop_channels(['MEG1743'])\n",
    "        save_file = os.path.join(params.work_dir, subject, 'raw_fif',\n",
    "                                 subject + '_erm_raw-no1743.fif')\n",
    "        erm_raw.save(save_file)\n",
    "        print(subject)\n",
    "        \n",
    "del erm_raw, main_raw"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Detect Events ##\n",
    "This is for the longer 7-second epochs."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {},
   "outputs": [],
   "source": [
    "# For this and the next two sections, make adjustments to the parameters #\n",
    "params.list_dir = 'lists'   # for 7-second epochs\n",
    "params.tmax, params.bmax = 7.0, 7.0\n",
    "params.in_numbers = [13, 15]\n",
    "params.epochs_prefix = 'All'\n",
    "params.reject_epochs_by_annot = False"
   ]
  },
  {
   "cell_type": "raw",
   "metadata": {
    "collapsed": true
   },
   "source": [
    "# Can skip this after performing once #\n",
    "mnefun.do_processing(params, do_score=True, print_status=True)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Run SSS"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "0 cHPI and head position files deleted for 0 of 1 subjects.\n",
      "0 annotation and max-bad files deleted for 0 of 1 subjects.\n"
     ]
    }
   ],
   "source": [
    "# Remove files from previous SSS processing #\n",
    "# This step is required if chpi processing files are causing issues.\n",
    "clear_chpi, clear_annot = True, True\n",
    "if any((clear_chpi, clear_annot)):\n",
    "    delete_sssfiles(params, clear_chpi, clear_annot)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Running SSS using python. \n",
      "  Applying SSS locally using mne-python\n",
      "    Maxwell filtering subject 1/1 (f2f_011).\n",
      "      Computing eSSS basis from ERM with 3 components\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_erm_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "        Marking 5 bad MEG channels using mf_prebad['f2f_011']\n",
      "101 of 101 magnetometer types replaced with T3.\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.5s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.0s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.0s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.0s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.0s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Filtering raw data in 1 contiguous segment\n",
      "Setting up band-pass filter from 25 - 32 Hz\n",
      "\n",
      "FIR filter parameters\n",
      "---------------------\n",
      "Designing a one-pass, zero-phase, non-causal bandpass filter:\n",
      "- Windowed time-domain design (firwin) method\n",
      "- Hann window with 0.0546 passband ripple and 44 dB stopband attenuation\n",
      "- Lower passband edge: 25.00\n",
      "- Lower transition bandwidth: 1.00 Hz (-6 dB cutoff frequency: 24.50 Hz)\n",
      "- Upper passband edge: 32.00 Hz\n",
      "- Upper transition bandwidth: 1.00 Hz (-6 dB cutoff frequency: 32.50 Hz)\n",
      "- Filter length: 621 samples (3.105 sec)\n",
      "\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   1 out of   1 | elapsed:    0.1s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  18 tasks      | elapsed:    0.0s\n",
      "[Parallel(n_jobs=6)]: Done 222 tasks      | elapsed:    0.3s\n",
      "[Parallel(n_jobs=6)]: Done 305 out of 305 | elapsed:    0.5s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "0 projection items deactivated\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "307 matching events found\n",
      "No baseline correction applied\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  18 tasks      | elapsed:    0.1s\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Adding projection: meg-Raw-0.000-307.335-PCA-01\n",
      "Adding projection: meg-Raw-0.000-307.335-PCA-02\n",
      "Adding projection: meg-Raw-0.000-307.335-PCA-03\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done 258 tasks      | elapsed:    0.9s\n",
      "[Parallel(n_jobs=6)]: Done 302 out of 307 | elapsed:    1.0s remaining:    0.0s\n",
      "[Parallel(n_jobs=6)]: Done 307 out of 307 | elapsed:    1.0s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 145500 ... 1691999 =     46.800 ...   544.226 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw-1.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 1692000 ... 3182999 =    544.226 ...  1023.802 secs\n",
      "Ready.\n",
      "      Marking 5 bad MEG channels using mf_prebad['f2f_011']\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      "      Marking 9 additional bad MEG channels using f2f_011_raw_maxbad.txt\n",
      "Reading 0 ... 3037499  =      0.000 ...   977.002 secs...\n",
      "      Using automatic origin=[4.1, 3.0, 39.6] R=68.5 mm\n",
      "      Processing f2f_011_raw.fif ...\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 145500 ... 1691999 =     46.800 ...   544.226 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw-1.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 1692000 ... 3182999 =    544.226 ...  1023.802 secs\n",
      "Ready.\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      "        Filtering cHPI signals (window=143.0 ms) ... 827 sec\n",
      "        Running maxwell_filter ...Maxwell filtering raw data\n",
      "    Bad MEG channels being reconstructed: ['MEG0142', 'MEG0212', 'MEG0242', 'MEG0311', 'MEG0342', 'MEG0422', 'MEG1321', 'MEG1413', 'MEG1442', 'MEG1443', 'MEG1612', 'MEG1642', 'MEG1643', 'MEG2113']\n",
      "    Processing 203 gradiometers and 102 magnetometers\n",
      "    Extending external SSS basis using 3 projection vectors\n",
      "    Using fine calibration sss_cal.dat\n",
      "        Adjusting non-orthogonal EX and EY\n",
      "        Adjusted coil positions by (μ ± σ): 0.4° ± 0.3° (max: 1.4°)\n",
      "    Using origin 4.1, 3.0, 39.6 mm in the head frame\n",
      "    Processing data using tSSS with st_duration=4.0\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_sss.py:509: RuntimeWarning: Found cal channel not in data: ['MEG1743']\n",
      "  **kwargs)\n",
      "/home/sbierer/CodeBase/mnefun/mnefun/_sss.py:509: RuntimeWarning: Not all cross-talk channels in raw:\n",
      "['MEG1743']\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for    0.000  (45/48 in, 18/18 out)\n",
      "    Appending head position result channels and copying original raw data\n",
      "    Spatiotemporal window did not fit evenly intocontiguous data segment. 1.00 seconds were lumped into the previous window.\n",
      "    Processing 244 data chunks\n",
      "        Using 63/66 harmonic components for    0.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for    0.000 -    4.000 sec   (#1/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for    0.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    1.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    2.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    3.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    4.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for    4.000 -    8.000 sec   (#2/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for    4.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    5.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    6.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    7.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    8.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for    8.000 -   12.000 sec   (#3/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for    8.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    9.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   10.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   12.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   12.000 -   16.000 sec   (#4/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   12.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   13.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   14.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   15.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   16.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   16.000 -   20.000 sec   (#5/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   16.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   17.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   18.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   19.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   20.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   20.000 -   24.000 sec   (#6/244) (across  9 positions)\n",
      "        Using 64/66 harmonic components for   20.500  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for   20.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for   20.900  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   20.999  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   21.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   21.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   22.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   23.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   24.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for   24.000 -   28.000 sec   (#7/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   24.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   25.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   26.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   27.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   28.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for   28.000 -   32.000 sec   (#8/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for   28.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   30.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   31.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   32.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   32.000 -   36.000 sec   (#9/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   32.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   33.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   34.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   35.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   36.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   36.000 -   40.000 sec  (#10/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   36.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   37.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   38.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   39.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   40.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   40.000 -   44.000 sec  (#11/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for   40.900  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   41.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   42.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   42.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   43.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.000  (45/48 in, 18/18 out)\n",
      "        Projecting 10 intersecting tSSS components for   44.000 -   48.000 sec  (#12/244) (across 17 positions)\n",
      "        Using 63/66 harmonic components for   44.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.601  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   44.701  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   44.799  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for   44.900  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for   44.999  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   45.599  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   45.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   46.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   46.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   46.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   47.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   47.599  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   47.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   48.000  (45/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for   48.000 -   52.000 sec  (#13/244) (across 15 positions)\n",
      "        Using 64/66 harmonic components for   48.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   49.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   49.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   50.900  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for   51.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   51.300  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   51.599  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   51.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   51.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   52.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   52.000 -   56.000 sec  (#14/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for   52.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   53.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   53.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   53.700  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   54.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   55.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   56.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   56.000 -   60.000 sec  (#15/244) (across  4 positions)\n",
      "        Using 62/66 harmonic components for   56.900  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   57.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   58.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   60.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for   60.000 -   64.000 sec  (#16/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   60.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   61.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   62.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   63.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   64.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for   64.000 -   68.000 sec  (#17/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   64.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   65.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   66.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   67.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   68.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   68.000 -   72.000 sec  (#18/244) (across  4 positions)\n",
      "        Using 64/66 harmonic components for   68.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   69.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   70.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   72.000  (46/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for   72.000 -   76.000 sec  (#19/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for   72.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   72.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   73.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   74.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   75.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   76.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for   76.000 -   80.000 sec  (#20/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   76.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   77.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   78.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   79.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   80.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   80.000 -   84.000 sec  (#21/244) (across  4 positions)\n",
      "        Using 64/66 harmonic components for   80.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   82.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   83.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   84.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for   84.000 -   88.000 sec  (#22/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   84.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   85.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   86.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   87.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   88.000  (46/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for   88.000 -   92.000 sec  (#23/244) (across  9 positions)\n",
      "        Using 64/66 harmonic components for   88.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   89.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   90.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   90.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   90.999  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   91.399  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for   91.599  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   91.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   92.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   92.000 -   96.000 sec  (#24/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for   92.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   92.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   92.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   94.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   95.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   96.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for   96.000 -  100.000 sec  (#25/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   96.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   96.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   98.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   99.100  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  100.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  100.000 -  104.000 sec  (#26/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  100.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  101.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  102.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  103.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  104.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  104.000 -  108.000 sec  (#27/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  104.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  105.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  106.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  107.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  108.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  108.000 -  112.000 sec  (#28/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  108.900  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  110.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  111.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  112.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  112.000 -  116.000 sec  (#29/244) (across  5 positions)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  112.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  113.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  114.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  115.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  116.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  116.000 -  120.000 sec  (#30/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  116.601  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  116.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  117.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  117.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  117.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  118.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  119.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  120.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  120.000 -  124.000 sec  (#31/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  120.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  121.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  122.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  123.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  124.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  124.000 -  128.000 sec  (#32/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  124.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  125.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  126.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  127.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  128.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  128.000 -  132.000 sec  (#33/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  128.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  129.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  130.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  131.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  131.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  132.000  (46/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  132.000 -  136.000 sec  (#34/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  132.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  132.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  133.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  134.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  134.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  134.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  135.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  136.000  (46/48 in, 18/18 out)\n",
      "        Projecting  8 intersecting tSSS components for  136.000 -  140.000 sec  (#35/244) (across 17 positions)\n",
      "        Using 64/66 harmonic components for  136.701  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  137.399  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  137.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.500  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  138.601  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  138.701  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  138.799  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  138.900  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  138.999  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  139.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  139.700  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  139.800  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  139.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  140.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  140.000 -  144.000 sec  (#36/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  140.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  140.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  141.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  142.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  142.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  143.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  144.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  144.000 -  148.000 sec  (#37/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  144.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  146.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  147.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  147.899  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  148.000  (44/48 in, 18/18 out)\n",
      "        Projecting  8 intersecting tSSS components for  148.000 -  152.000 sec  (#38/244) (across 18 positions)\n",
      "        Using 63/66 harmonic components for  148.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  148.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  148.200  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  148.299  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  148.400  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  148.500  (39/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  148.601  (39/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  149.700  (39/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  149.899  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  150.000  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  150.099  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  150.299  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  150.601  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  150.799  (44/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  150.999  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  151.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  151.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  152.000  (45/48 in, 18/18 out)\n",
      "        Projecting  8 intersecting tSSS components for  152.000 -  156.000 sec  (#39/244) (across 17 positions)\n",
      "        Using 64/66 harmonic components for  152.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  152.601  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  153.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  154.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  154.601  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  154.701  (47/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.799  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 64/66 harmonic components for  154.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  155.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  155.199  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  155.399  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  155.500  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  155.899  (47/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  156.000  (45/48 in, 18/18 out)\n",
      "        Projecting 10 intersecting tSSS components for  156.000 -  160.000 sec  (#40/244) (across 25 positions)\n",
      "        Using 64/66 harmonic components for  156.000  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  156.099  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.999  (46/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  157.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  157.199  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  157.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  157.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  158.299  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  158.500  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  159.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  159.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  159.500  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  159.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  159.700  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  159.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  159.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  160.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  160.000 -  164.000 sec  (#41/244) (across 12 positions)\n",
      "        Using 63/66 harmonic components for  160.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  160.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  160.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  161.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  161.899  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  162.099  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  162.299  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  162.601  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  163.300  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  163.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  163.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  164.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  164.000 -  168.000 sec  (#42/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  164.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  164.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  164.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  164.701  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  165.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  166.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  167.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  168.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  168.000 -  172.000 sec  (#43/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  168.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  169.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  170.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  171.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  172.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  172.000 -  176.000 sec  (#44/244) (across  4 positions)\n",
      "        Using 64/66 harmonic components for  172.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  173.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  174.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  176.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  176.000 -  180.000 sec  (#45/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  176.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  177.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  178.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  179.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  180.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  180.000 -  184.000 sec  (#46/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  180.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  181.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  182.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  183.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  184.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  184.000 -  188.000 sec  (#47/244) (across  4 positions)\n",
      "        Using 64/66 harmonic components for  184.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  185.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  186.900  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  188.000  (45/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  188.000 -  192.000 sec  (#48/244) (across 25 positions)\n",
      "        Using 63/66 harmonic components for  188.000  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  188.601  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  188.799  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  188.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  189.100  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  189.399  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  189.500  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  189.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  189.899  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.400  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  190.500  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.601  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.701  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.799  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.900  (43/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  190.999  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  191.199  (41/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 58/66 harmonic components for  191.500  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  191.599  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  191.700  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  191.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  192.000  (45/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  192.000 -  196.000 sec  (#49/244) (across 13 positions)\n",
      "        Using 62/66 harmonic components for  192.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  192.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  192.999  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.599  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  193.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  194.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  194.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  195.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  195.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  196.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  196.000 -  200.000 sec  (#50/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  196.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  196.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  197.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  198.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  199.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  200.000  (46/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  200.000 -  204.000 sec  (#51/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  200.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  201.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  202.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  203.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  204.000  (46/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  204.000 -  208.000 sec  (#52/244) (across 11 positions)\n",
      "        Using 64/66 harmonic components for  204.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  204.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  205.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  205.899  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  206.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  207.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  208.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  208.000 -  212.000 sec  (#53/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  208.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  208.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  209.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  210.900  (46/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  212.000  (43/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  212.000 -  216.000 sec  (#54/244) (across 13 positions)\n",
      "        Using 64/66 harmonic components for  212.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  212.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  212.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  213.199  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  213.300  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  213.399  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  213.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  213.599  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  213.700  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  214.099  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  214.299  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  215.199  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  216.000  (42/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  216.000 -  220.000 sec  (#55/244) (across 10 positions)\n",
      "        Using 59/66 harmonic components for  216.099  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  216.900  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  218.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  218.200  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  218.400  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  218.900  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  219.399  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  219.599  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  219.800  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  220.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  220.000 -  224.000 sec  (#56/244) (across  9 positions)\n",
      "        Using 61/66 harmonic components for  220.799  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  221.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  221.300  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  221.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  221.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  222.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  222.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  223.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  224.000  (46/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  224.000 -  228.000 sec  (#57/244) (across  9 positions)\n",
      "        Using 63/66 harmonic components for  224.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  224.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  225.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  225.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  225.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  226.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  226.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  227.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  228.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  228.000 -  232.000 sec  (#58/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  228.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  228.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  229.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  230.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  231.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  232.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  232.000 -  236.000 sec  (#59/244) (across  5 positions)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 64/66 harmonic components for  232.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  233.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  234.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  235.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  236.000 -  240.000 sec  (#60/244) (across 15 positions)\n",
      "        Using 64/66 harmonic components for  236.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  236.701  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  238.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  238.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  239.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  239.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  240.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  240.000 -  244.000 sec  (#61/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  240.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  241.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  241.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  242.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  243.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  244.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  244.000 -  248.000 sec  (#62/244) (across 12 positions)\n",
      "        Using 63/66 harmonic components for  244.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  246.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  246.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  246.701  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  246.900  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  247.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  247.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  248.000  (44/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  248.000 -  252.000 sec  (#63/244) (across  9 positions)\n",
      "        Using 62/66 harmonic components for  248.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  249.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  249.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  249.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  250.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  250.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  251.300  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  251.899  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  252.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  252.000 -  256.000 sec  (#64/244) (across 10 positions)\n",
      "        Using 63/66 harmonic components for  252.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  252.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  252.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  253.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  253.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  256.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  256.000 -  260.000 sec  (#65/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  256.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  257.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  258.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  259.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  259.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  260.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  260.000 -  264.000 sec  (#66/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  260.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  262.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  263.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  264.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  264.000 -  268.000 sec  (#67/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  264.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  265.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  266.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  267.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  268.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  268.000 -  272.000 sec  (#68/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  268.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  269.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  270.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  271.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  272.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  272.000 -  276.000 sec  (#69/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  272.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  274.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  275.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  276.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  276.000 -  280.000 sec  (#70/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  276.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  277.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  278.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  279.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  280.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  280.000 -  284.000 sec  (#71/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  280.601  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  281.100  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  281.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  282.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  284.000  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Projecting  5 intersecting tSSS components for  284.000 -  288.000 sec  (#72/244) (across 15 positions)\n",
      "        Using 63/66 harmonic components for  284.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  285.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.701  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.800  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  287.899  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  288.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  288.000 -  292.000 sec  (#73/244) (across 15 positions)\n",
      "        Using 61/66 harmonic components for  288.000  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  288.200  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  288.400  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  288.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  289.199  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  289.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  289.599  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  289.701  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  289.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  291.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  292.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  292.000 -  296.000 sec  (#74/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  292.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  293.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  294.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  295.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  296.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  296.000 -  300.000 sec  (#75/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  296.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  297.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  298.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  299.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  300.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  300.000 -  304.000 sec  (#76/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  300.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  301.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  302.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  304.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  304.000 -  308.000 sec  (#77/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  304.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  305.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  306.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  307.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  308.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  308.000 -  312.000 sec  (#78/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  308.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  308.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  309.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  310.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  311.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  312.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  312.000 -  316.000 sec  (#79/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  312.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  313.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  314.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  315.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  315.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  316.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  316.000 -  320.000 sec  (#80/244) (across 14 positions)\n",
      "        Using 63/66 harmonic components for  316.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  316.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  316.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  316.400  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  316.500  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  316.601  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  317.500  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  317.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  317.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  318.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  319.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  319.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  319.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  320.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  320.000 -  324.000 sec  (#81/244) (across 23 positions)\n",
      "        Using 63/66 harmonic components for  320.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  320.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  320.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  320.701  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  320.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  321.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  321.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  322.000  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  322.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  322.200  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  322.299  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  322.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  322.500  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  322.701  (39/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  322.900  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  323.100  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  323.300  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  323.399  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  323.599  (41/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 60/66 harmonic components for  323.701  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  323.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  323.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  324.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  324.000 -  328.000 sec  (#82/244) (across 15 positions)\n",
      "        Using 63/66 harmonic components for  324.000  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  324.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  324.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  324.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  324.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  325.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  325.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  326.099  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  326.601  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  327.199  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  327.500  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  327.701  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  327.800  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  327.899  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  328.000  (42/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  328.000 -  332.000 sec  (#83/244) (across 15 positions)\n",
      "        Using 61/66 harmonic components for  328.000  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  328.099  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  328.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  328.299  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  328.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  328.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  328.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  329.399  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  329.800  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  330.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  330.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  330.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  331.199  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  331.701  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  332.000  (43/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  332.000 -  336.000 sec  (#84/244) (across 12 positions)\n",
      "        Using 60/66 harmonic components for  332.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  332.299  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  332.900  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  332.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  333.800  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  334.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  334.099  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  334.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  334.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  334.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  335.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  336.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  336.000 -  340.000 sec  (#85/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  336.400  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  337.500  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  338.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  339.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  340.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  340.000 -  344.000 sec  (#86/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  340.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  341.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  342.900  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  344.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  344.000 -  348.000 sec  (#87/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  344.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  345.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  346.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  347.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  348.000  (46/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  348.000 -  352.000 sec  (#88/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  348.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  349.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  350.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  350.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  351.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  352.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  352.000 -  356.000 sec  (#89/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  352.601  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  353.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  354.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  354.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  355.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  356.000  (45/48 in, 18/18 out)\n",
      "        Projecting 10 intersecting tSSS components for  356.000 -  360.000 sec  (#90/244) (across 20 positions)\n",
      "        Using 62/66 harmonic components for  356.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  356.601  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  356.701  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  356.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  356.900  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  357.300  (44/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  357.599  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  357.899  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  358.099  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  358.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  358.299  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  358.701  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  358.900  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  359.199  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  359.300  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  359.399  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  359.500  (40/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  359.599  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  359.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  360.000  (45/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  360.000 -  364.000 sec  (#91/244) (across 15 positions)\n",
      "        Using 63/66 harmonic components for  360.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  360.200  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  360.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  360.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  360.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  360.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  361.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  361.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  362.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  362.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  362.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  363.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  363.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  363.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  364.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  364.000 -  368.000 sec  (#92/244) (across 11 positions)\n",
      "        Using 63/66 harmonic components for  364.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  364.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  364.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  364.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  365.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  365.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  365.899  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  366.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  366.799  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  367.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  368.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  368.000 -  372.000 sec  (#93/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  368.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  369.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  370.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  371.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  372.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  372.000 -  376.000 sec  (#94/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  372.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  373.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  374.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  376.000  (45/48 in, 18/18 out)\n",
      "        Projecting 10 intersecting tSSS components for  376.000 -  380.000 sec  (#95/244) (across 20 positions)\n",
      "        Using 63/66 harmonic components for  376.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  376.999  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  377.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  377.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  377.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  377.800  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  377.899  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  378.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  378.299  (45/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  378.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  378.601  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  378.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  378.900  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  378.999  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  379.199  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  379.300  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  379.500  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  379.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  379.899  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  380.000  (44/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  380.000 -  384.000 sec  (#96/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  380.400  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  380.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  381.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  382.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  382.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  383.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  383.700  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  384.000  (44/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  384.000 -  388.000 sec  (#97/244) (across  9 positions)\n",
      "        Using 62/66 harmonic components for  384.200  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  384.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  385.300  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  385.599  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  385.899  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  386.900  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  387.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  387.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  388.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  388.000 -  392.000 sec  (#98/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  388.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  389.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  390.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  391.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  391.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  391.599  (45/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  392.000  (41/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  392.000 -  396.000 sec  (#99/244) (across 17 positions)\n",
      "        Using 63/66 harmonic components for  392.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  392.701  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  392.799  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  392.900  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  392.999  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  393.100  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  393.199  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  393.300  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  393.800  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  394.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  395.100  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  395.199  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  395.399  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  395.599  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  395.700  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  395.800  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  396.000  (44/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  396.000 -  400.000 sec (#100/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  396.000  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  396.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  396.601  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  397.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  398.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  399.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  399.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  400.000  (45/48 in, 18/18 out)\n",
      "        Projecting  8 intersecting tSSS components for  400.000 -  404.000 sec (#101/244) (across 17 positions)\n",
      "        Using 63/66 harmonic components for  400.000  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  400.299  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  400.799  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  400.900  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  401.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  402.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  402.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  402.601  (45/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  402.701  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  402.799  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  402.900  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  402.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  403.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  403.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  403.800  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  403.899  (41/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  404.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  404.000 -  408.000 sec (#102/244) (across 12 positions)\n",
      "        Using 63/66 harmonic components for  404.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  404.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  404.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  404.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  405.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  405.500  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  405.599  (44/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  405.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  406.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  407.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  407.800  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  408.000  (44/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  408.000 -  412.000 sec (#103/244) (across 13 positions)\n",
      "        Using 63/66 harmonic components for  408.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  409.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  409.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  409.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  409.599  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  409.700  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  409.899  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  410.099  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  410.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  410.299  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  410.601  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  411.700  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  412.000  (44/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  412.000 -  416.000 sec (#104/244) (across 14 positions)\n",
      "        Using 59/66 harmonic components for  412.299  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  412.400  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  412.500  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  412.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  413.300  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  413.500  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  413.700  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  413.899  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  414.200  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  414.299  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  414.999  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  415.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  415.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  416.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  416.000 -  420.000 sec (#105/244) (across  7 positions)\n",
      "        Using 62/66 harmonic components for  416.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  416.999  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  417.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  418.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  418.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  419.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  420.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  420.000 -  424.000 sec (#106/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  420.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  422.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  423.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  423.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  424.000  (45/48 in, 18/18 out)\n",
      "        Projecting  8 intersecting tSSS components for  424.000 -  428.000 sec (#107/244) (across 17 positions)\n",
      "        Using 63/66 harmonic components for  424.799  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  425.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  425.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  425.800  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  425.899  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  426.000  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  426.099  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  426.200  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  426.299  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  426.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  427.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  427.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  427.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  427.500  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  427.700  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  427.899  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  428.000  (43/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  428.000 -  432.000 sec (#108/244) (across  8 positions)\n",
      "        Using 60/66 harmonic components for  428.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  428.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  429.300  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  429.500  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  430.601  (42/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 62/66 harmonic components for  431.100  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  431.500  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  432.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  432.000 -  436.000 sec (#109/244) (across 11 positions)\n",
      "        Using 62/66 harmonic components for  432.299  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  432.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  432.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  433.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  433.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  434.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  434.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  434.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  435.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  435.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  436.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  436.000 -  440.000 sec (#110/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  436.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  437.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  438.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  439.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  440.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  440.000 -  444.000 sec (#111/244) (across  8 positions)\n",
      "        Using 64/66 harmonic components for  440.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  441.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  442.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  442.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  442.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  443.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  443.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  444.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  444.000 -  448.000 sec (#112/244) (across 16 positions)\n",
      "        Using 63/66 harmonic components for  444.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  444.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  444.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  444.601  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  444.701  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  444.900  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  445.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  445.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  445.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  446.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  446.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  446.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  446.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  446.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  446.999  (46/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  448.000  (44/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  448.000 -  452.000 sec (#113/244) (across 23 positions)\n",
      "        Using 64/66 harmonic components for  448.000  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  448.601  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  448.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  448.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  448.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  449.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  449.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  449.300  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  449.399  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  449.500  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  449.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  449.800  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  450.000  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  450.099  (41/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  450.200  (39/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  450.299  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  450.400  (40/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  450.500  (39/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  450.900  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  451.599  (39/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  451.800  (39/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  451.899  (41/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  452.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  452.000 -  456.000 sec (#114/244) (across 15 positions)\n",
      "        Using 62/66 harmonic components for  452.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  452.099  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  452.299  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  452.799  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  453.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  453.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  454.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  454.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  454.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  454.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  454.799  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  455.199  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  455.399  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  455.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  456.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  456.000 -  460.000 sec (#115/244) (across 16 positions)\n",
      "        Using 63/66 harmonic components for  456.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  456.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  457.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  457.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  457.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  457.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  457.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  458.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  458.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  458.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  458.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  458.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  459.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  459.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  459.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  460.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  460.000 -  464.000 sec (#116/244) (across  5 positions)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  460.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  461.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  462.799  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  463.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  464.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  464.000 -  468.000 sec (#117/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  464.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  465.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  466.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  467.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  468.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  468.000 -  472.000 sec (#118/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  468.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  469.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  470.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  472.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  472.000 -  476.000 sec (#119/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  472.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  473.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  474.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  475.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  476.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  476.000 -  480.000 sec (#120/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  476.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  477.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  478.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  479.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  480.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  480.000 -  484.000 sec (#121/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  480.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  481.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  482.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  484.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  484.000 -  488.000 sec (#122/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  484.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  485.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  486.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  487.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  488.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  488.000 -  492.000 sec (#123/244) (across  8 positions)\n",
      "        Using 64/66 harmonic components for  488.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  489.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  490.601  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  491.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  491.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  491.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  491.700  (45/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  492.000  (42/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  492.000 -  496.000 sec (#124/244) (across 19 positions)\n",
      "        Using 63/66 harmonic components for  492.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  492.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  492.500  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  492.601  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  492.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  492.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  492.999  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  493.199  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  493.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  493.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  493.800  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  493.899  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  494.200  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  494.400  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  494.500  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  494.900  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  495.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  495.899  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  496.000  (44/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  496.000 -  500.000 sec (#125/244) (across 13 positions)\n",
      "        Using 59/66 harmonic components for  496.299  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  496.900  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  496.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  497.899  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  498.200  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  498.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  498.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  498.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  498.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  499.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  499.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  499.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  500.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  500.000 -  504.000 sec (#126/244) (across  9 positions)\n",
      "        Using 63/66 harmonic components for  500.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  501.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  502.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  502.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  502.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  502.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  502.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  503.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  504.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  504.000 -  508.000 sec (#127/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  504.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  504.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  505.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  505.199  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  505.899  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  506.299  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  507.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  508.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  508.000 -  512.000 sec (#128/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  508.200  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  509.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  510.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  511.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  511.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  512.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  512.000 -  516.000 sec (#129/244) (across  7 positions)\n",
      "        Using 64/66 harmonic components for  512.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  512.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  513.199  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  514.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  515.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  515.899  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  516.000  (47/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  516.000 -  520.000 sec (#130/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  516.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  517.700  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  518.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  519.800  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  520.000  (46/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  520.000 -  524.000 sec (#131/244) (across 11 positions)\n",
      "        Using 65/66 harmonic components for  520.900  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  522.000  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  522.900  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  523.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  523.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  523.300  (45/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  523.399  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  523.500  (43/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  523.599  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  523.700  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  524.000  (42/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  524.000 -  528.000 sec (#132/244) (across 10 positions)\n",
      "        Using 58/66 harmonic components for  524.200  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  524.500  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  524.900  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  525.100  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  525.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  526.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  526.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  526.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  527.899  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  528.000  (40/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  528.000 -  532.000 sec (#133/244) (across 14 positions)\n",
      "        Using 60/66 harmonic components for  528.500  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  528.601  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  528.701  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  528.799  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  528.900  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  529.100  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  530.200  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  530.701  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  531.300  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  531.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  531.599  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  531.700  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  531.899  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  532.000  (40/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  532.000 -  536.000 sec (#134/244) (across 11 positions)\n",
      "        Using 58/66 harmonic components for  532.099  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  532.400  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  533.199  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  533.599  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  533.800  (39/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  534.400  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  534.601  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  534.900  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  535.100  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  535.199  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  536.000  (40/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  536.000 -  540.000 sec (#135/244) (across 11 positions)\n",
      "        Using 58/66 harmonic components for  536.099  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  537.100  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  537.300  (40/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  537.899  (39/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  538.099  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  538.701  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  538.900  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  539.100  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  539.399  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  539.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  540.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  540.000 -  544.000 sec (#136/244) (across 10 positions)\n",
      "        Using 63/66 harmonic components for  540.000  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  540.299  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  540.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  541.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  542.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  543.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  543.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  543.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  543.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  544.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  544.000 -  548.000 sec (#137/244) (across  9 positions)\n",
      "        Using 63/66 harmonic components for  544.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  544.601  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  544.799  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  545.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  545.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  545.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  546.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  547.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  548.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  548.000 -  552.000 sec (#138/244) (across 17 positions)\n",
      "        Using 63/66 harmonic components for  548.299  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  549.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  549.599  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  549.700  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  549.800  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  549.899  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  550.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  550.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  550.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  550.701  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  551.100  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  551.199  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  551.399  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  551.500  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  551.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  551.899  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  552.000  (44/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  552.000 -  556.000 sec (#139/244) (across 10 positions)\n",
      "        Using 60/66 harmonic components for  552.701  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  553.399  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  553.599  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  554.299  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  554.601  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  554.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  555.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  555.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  555.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  556.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  556.000 -  560.000 sec (#140/244) (across 11 positions)\n",
      "        Using 63/66 harmonic components for  556.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  557.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  558.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  558.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  558.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  558.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  558.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  558.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  559.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  559.300  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  560.000  (44/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  560.000 -  564.000 sec (#141/244) (across 16 positions)\n",
      "        Using 63/66 harmonic components for  560.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  560.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  560.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  561.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  561.199  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  561.300  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  561.599  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  561.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  562.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  562.601  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  562.799  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  562.999  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  563.199  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  563.399  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  563.800  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  564.000  (44/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  564.000 -  568.000 sec (#142/244) (across 16 positions)\n",
      "        Using 58/66 harmonic components for  564.099  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  564.400  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  564.799  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  564.900  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  564.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  565.300  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  565.599  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  565.700  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  565.899  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  566.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  566.400  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  566.999  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  567.199  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  567.399  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  567.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  568.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  568.000 -  572.000 sec (#143/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  568.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  568.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  570.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  571.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  572.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  572.000 -  576.000 sec (#144/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  572.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  573.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  574.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  575.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  575.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  576.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  576.000 -  580.000 sec (#145/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  576.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  578.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  579.100  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  580.000  (43/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  580.000 -  584.000 sec (#146/244) (across 16 positions)\n",
      "        Using 63/66 harmonic components for  580.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  580.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  580.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  580.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  580.799  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  581.199  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  581.300  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  581.399  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  581.899  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  582.000  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  582.099  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  582.701  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  582.900  (42/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 60/66 harmonic components for  583.399  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  583.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  584.000  (42/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  584.000 -  588.000 sec (#147/244) (across  9 positions)\n",
      "        Using 60/66 harmonic components for  584.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  584.701  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  585.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  586.601  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  586.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  586.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  587.199  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  587.700  (40/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  588.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  588.000 -  592.000 sec (#148/244) (across 22 positions)\n",
      "        Using 62/66 harmonic components for  588.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  588.200  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  588.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  588.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  588.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  588.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  588.701  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  589.100  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  589.199  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  589.300  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  589.399  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  589.500  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  589.599  (44/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  589.800  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  589.899  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  590.000  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  590.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  590.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  590.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  590.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  590.900  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  592.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  592.000 -  596.000 sec (#149/244) (across  7 positions)\n",
      "        Using 64/66 harmonic components for  592.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  592.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  593.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  594.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  595.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  595.899  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  596.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  596.000 -  600.000 sec (#150/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  596.701  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  597.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  598.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  599.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  600.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  600.000 -  604.000 sec (#151/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  600.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  602.000  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  603.100  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  603.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  604.000  (47/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  604.000 -  608.000 sec (#152/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  604.299  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  605.300  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  606.400  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  607.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  608.000  (47/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  608.000 -  612.000 sec (#153/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  608.400  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  609.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  610.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  611.700  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  612.000  (47/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  612.000 -  616.000 sec (#154/244) (across  4 positions)\n",
      "        Using 65/66 harmonic components for  612.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  613.800  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  614.900  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  616.000  (47/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  616.000 -  620.000 sec (#155/244) (across  6 positions)\n",
      "        Using 65/66 harmonic components for  616.000  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  617.100  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  618.200  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  618.799  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  619.800  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  620.000  (46/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  620.000 -  624.000 sec (#156/244) (across 14 positions)\n",
      "        Using 64/66 harmonic components for  620.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  620.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  620.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  621.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  621.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  621.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  621.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  622.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  622.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  622.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  622.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  623.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  623.899  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  624.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  624.000 -  628.000 sec (#157/244) (across  7 positions)\n",
      "        Using 64/66 harmonic components for  624.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  624.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  624.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  625.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  626.400  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  627.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  628.000  (47/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Projecting  4 intersecting tSSS components for  628.000 -  632.000 sec (#158/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  628.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  629.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  630.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  631.700  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  632.000  (47/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  632.000 -  636.000 sec (#159/244) (across  4 positions)\n",
      "        Using 65/66 harmonic components for  632.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  633.800  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  634.900  (47/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  636.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  636.000 -  640.000 sec (#160/244) (across 17 positions)\n",
      "        Using 65/66 harmonic components for  636.000  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  637.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  637.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  637.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  637.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  637.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  637.800  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  638.200  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  638.400  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  638.500  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  638.601  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  639.100  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  639.199  (42/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  639.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  639.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  639.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  640.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  640.000 -  644.000 sec (#161/244) (across 11 positions)\n",
      "        Using 63/66 harmonic components for  640.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  640.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  641.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  641.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  642.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  642.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  642.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  642.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  643.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  643.599  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  644.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  644.000 -  648.000 sec (#162/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  644.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  645.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  646.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  647.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  648.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  648.000 -  652.000 sec (#163/244) (across  4 positions)\n",
      "        Using 64/66 harmonic components for  648.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  650.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  651.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  652.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  652.000 -  656.000 sec (#164/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  652.200  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  653.300  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  654.400  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  655.500  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  656.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  656.000 -  660.000 sec (#165/244) (across  6 positions)\n",
      "        Using 65/66 harmonic components for  656.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  656.999  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  658.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  658.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  659.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  660.000  (46/48 in, 18/18 out)\n",
      "        Projecting  7 intersecting tSSS components for  660.000 -  664.000 sec (#166/244) (across 12 positions)\n",
      "        Using 64/66 harmonic components for  660.099  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  660.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  660.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  660.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  660.701  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  660.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  660.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  661.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  662.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  662.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  663.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  664.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  664.000 -  668.000 sec (#167/244) (across 11 positions)\n",
      "        Using 64/66 harmonic components for  664.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  664.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  665.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  666.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  666.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  666.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  667.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  667.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  667.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  667.500  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  668.000  (42/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  668.000 -  672.000 sec (#168/244) (across  7 positions)\n",
      "        Using 62/66 harmonic components for  668.601  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  668.999  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  670.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  670.400  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  670.500  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  671.500  (41/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  672.000  (45/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  672.000 -  676.000 sec (#169/244) (across 11 positions)\n",
      "        Using 60/66 harmonic components for  672.099  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  672.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  672.299  (42/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  672.400  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  672.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  673.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  673.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  674.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  674.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  675.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  676.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  676.000 -  680.000 sec (#170/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  676.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  676.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  677.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  678.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  679.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  680.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  680.000 -  684.000 sec (#171/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  680.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  681.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  682.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  683.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  684.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  684.000 -  688.000 sec (#172/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  684.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  685.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  686.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  688.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  688.000 -  692.000 sec (#173/244) (across  7 positions)\n",
      "        Using 64/66 harmonic components for  688.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  688.601  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  689.500  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  690.299  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  691.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  691.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  692.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  692.000 -  696.000 sec (#174/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  692.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  694.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  695.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  696.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  696.000 -  700.000 sec (#175/244) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  696.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  697.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  697.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  698.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  698.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  698.799  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  699.199  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  700.000  (47/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  700.000 -  704.000 sec (#176/244) (across  9 positions)\n",
      "        Using 64/66 harmonic components for  700.099  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  700.299  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  700.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  701.199  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  701.700  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  701.899  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  702.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  703.100  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  704.000  (47/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  704.000 -  708.000 sec (#177/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  704.200  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  705.300  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  706.400  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  707.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  708.000  (47/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  708.000 -  712.000 sec (#178/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  708.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  709.700  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  710.299  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  711.300  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  712.000  (47/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  712.000 -  716.000 sec (#179/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  712.400  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  713.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  714.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  715.700  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  716.000  (47/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  716.000 -  720.000 sec (#180/244) (across  4 positions)\n",
      "        Using 65/66 harmonic components for  716.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  717.800  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  718.900  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  720.000  (47/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  720.000 -  724.000 sec (#181/244) (across  5 positions)\n",
      "        Using 65/66 harmonic components for  720.000  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  721.100  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  722.200  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  723.300  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  724.000  (46/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  724.000 -  728.000 sec (#182/244) (across  6 positions)\n",
      "        Using 65/66 harmonic components for  724.400  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  725.500  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  726.601  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  727.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  727.599  (46/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  728.000  (42/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  728.000 -  732.000 sec (#183/244) (across 19 positions)\n",
      "        Using 64/66 harmonic components for  728.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  728.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  728.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  728.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  729.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  729.199  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  729.300  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  729.399  (42/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 60/66 harmonic components for  729.500  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  729.599  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  729.800  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  730.000  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  730.701  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  730.799  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  731.100  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  731.199  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  731.300  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  731.899  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  732.000  (41/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  732.000 -  736.000 sec (#184/244) (across 17 positions)\n",
      "        Using 58/66 harmonic components for  732.000  (40/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  732.099  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  732.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  732.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  732.500  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  732.601  (44/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  732.701  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  732.799  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  732.900  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  733.100  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  733.300  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  733.800  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  734.299  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  734.500  (41/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  734.701  (39/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  735.700  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  736.000  (42/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  736.000 -  740.000 sec (#185/244) (across 20 positions)\n",
      "        Using 58/66 harmonic components for  736.299  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  736.400  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  736.500  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  736.601  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  736.999  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  737.199  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  737.399  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  737.700  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  738.000  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  738.299  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  738.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  738.701  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  738.799  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  738.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  739.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  739.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  739.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  739.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  739.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  740.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  740.000 -  744.000 sec (#186/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  740.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  742.000  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  742.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  744.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  744.000 -  748.000 sec (#187/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  744.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  745.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  746.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  747.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  748.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  748.000 -  752.000 sec (#188/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  748.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  749.500  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  750.601  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  751.700  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  752.000  (46/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  752.000 -  756.000 sec (#189/244) (across 12 positions)\n",
      "        Using 65/66 harmonic components for  752.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  753.800  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  754.099  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  754.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  754.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  754.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  754.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  754.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  755.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  755.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  755.700  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  756.000  (44/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  756.000 -  760.000 sec (#190/244) (across 14 positions)\n",
      "        Using 63/66 harmonic components for  756.000  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  756.200  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  757.199  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  757.399  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  757.599  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  757.800  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  757.899  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  758.099  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  758.200  (45/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  758.900  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  759.199  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  759.500  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  759.899  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  760.000  (40/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  760.000 -  764.000 sec (#191/244) (across 13 positions)\n",
      "        Using 60/66 harmonic components for  760.200  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  760.400  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  760.999  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  761.300  (39/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  761.500  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  761.800  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  762.200  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  762.400  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  762.799  (41/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 58/66 harmonic components for  762.999  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  763.100  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  763.500  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  764.000  (43/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  764.000 -  768.000 sec (#192/244) (across 12 positions)\n",
      "        Using 60/66 harmonic components for  764.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  764.601  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  764.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  764.900  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  764.999  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  765.100  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  765.199  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  765.300  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  766.299  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  766.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  767.700  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  768.000  (44/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  768.000 -  772.000 sec (#193/244) (across  9 positions)\n",
      "        Using 63/66 harmonic components for  768.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  769.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  769.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  770.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  770.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  770.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  770.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  771.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  772.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  772.000 -  776.000 sec (#194/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  772.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  772.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  773.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  773.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  774.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  775.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  776.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  776.000 -  780.000 sec (#195/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  776.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  777.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  778.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  778.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  779.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  780.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  780.000 -  784.000 sec (#196/244) (across  8 positions)\n",
      "        Using 64/66 harmonic components for  780.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  781.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  782.000  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  782.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  782.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  782.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  782.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  784.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  784.000 -  788.000 sec (#197/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  784.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  784.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  784.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  785.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  786.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  787.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  788.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  788.000 -  792.000 sec (#198/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  788.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  789.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  790.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  790.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  790.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  791.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  792.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  792.000 -  796.000 sec (#199/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  792.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  792.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  793.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  794.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  794.701  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  795.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  796.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  796.000 -  800.000 sec (#200/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  796.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  797.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  798.099  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  798.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  799.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  800.000  (46/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  800.000 -  804.000 sec (#201/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  800.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  801.500  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  802.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  803.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  804.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  804.000 -  808.000 sec (#202/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  804.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  805.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  806.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  807.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  808.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  808.000 -  812.000 sec (#203/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  808.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  810.000  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  811.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  812.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  812.000 -  816.000 sec (#204/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  812.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  813.300  (46/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 64/66 harmonic components for  814.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  815.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  816.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  816.000 -  820.000 sec (#205/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  816.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  817.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  818.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  819.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  820.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  820.000 -  824.000 sec (#206/244) (across  4 positions)\n",
      "        Using 64/66 harmonic components for  820.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  822.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  823.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  824.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  824.000 -  828.000 sec (#207/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  824.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  825.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  826.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  827.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  828.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  828.000 -  832.000 sec (#208/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  828.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  829.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  830.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  831.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  832.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  832.000 -  836.000 sec (#209/244) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  832.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  834.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  835.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  836.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  836.000 -  840.000 sec (#210/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  836.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  837.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  838.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  839.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  840.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  840.000 -  844.000 sec (#211/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  840.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  841.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  842.799  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  843.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  844.000  (46/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  844.000 -  848.000 sec (#212/244) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  844.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  844.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  845.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  846.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  846.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  848.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  848.000 -  852.000 sec (#213/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  848.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  848.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  850.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  851.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  852.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  852.000 -  856.000 sec (#214/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  852.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  853.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  854.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  855.199  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  856.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  856.000 -  860.000 sec (#215/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  856.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  857.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  858.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  859.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  860.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  860.000 -  864.000 sec (#216/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  860.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  861.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  862.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  863.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  864.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  864.000 -  868.000 sec (#217/244) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  864.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  866.000  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  867.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  867.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  868.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  868.000 -  872.000 sec (#218/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  868.900  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  870.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  870.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  871.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  872.000  (45/48 in, 18/18 out)\n",
      "        Projecting  6 intersecting tSSS components for  872.000 -  876.000 sec (#219/244) (across 16 positions)\n",
      "        Using 63/66 harmonic components for  872.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  872.999  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  873.100  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  873.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  873.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  874.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  874.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  874.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  874.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  875.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  875.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  875.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  875.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  875.500  (44/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 59/66 harmonic components for  875.700  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  876.000  (41/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  876.000 -  880.000 sec (#220/244) (across  9 positions)\n",
      "        Using 58/66 harmonic components for  876.099  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  876.400  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  877.199  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  877.399  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  877.599  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  878.099  (44/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  879.100  (41/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  879.800  (45/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  880.000  (40/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  880.000 -  884.000 sec (#221/244) (across 13 positions)\n",
      "        Using 62/66 harmonic components for  880.099  (44/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  880.500  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  880.799  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  881.199  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  881.899  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  882.000  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  882.299  (41/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  882.500  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  882.799  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  882.999  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  883.300  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  883.599  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  884.000  (44/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  884.000 -  888.000 sec (#222/244) (across  9 positions)\n",
      "        Using 60/66 harmonic components for  884.601  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  884.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  884.900  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  885.300  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  886.099  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  886.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  886.799  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  886.999  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  888.000  (44/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  888.000 -  892.000 sec (#223/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  888.000  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  889.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  890.200  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  891.300  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  892.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  892.000 -  896.000 sec (#224/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  892.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  893.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  894.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  895.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  896.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  896.000 -  900.000 sec (#225/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  896.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  897.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  897.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  898.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  900.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  900.000 -  904.000 sec (#226/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  900.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  900.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  901.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  902.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  903.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  904.000  (46/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  904.000 -  908.000 sec (#227/244) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  904.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  905.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  905.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  906.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  906.601  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  907.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  908.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  908.000 -  912.000 sec (#228/244) (across 10 positions)\n",
      "        Using 64/66 harmonic components for  908.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  909.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  910.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  910.601  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  910.701  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  910.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  910.900  (45/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  911.100  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  911.599  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  912.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  912.000 -  916.000 sec (#229/244) (across 14 positions)\n",
      "        Using 62/66 harmonic components for  912.000  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  912.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  912.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  912.701  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  912.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  912.999  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  914.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  915.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  915.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  915.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  915.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  915.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  915.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  916.000  (45/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  916.000 -  920.000 sec (#230/244) (across 11 positions)\n",
      "        Using 63/66 harmonic components for  916.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  917.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  918.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  918.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  918.601  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  918.799  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  919.199  (43/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 60/66 harmonic components for  919.399  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  919.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  919.700  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  920.000  (44/48 in, 18/18 out)\n",
      "        Projecting  5 intersecting tSSS components for  920.000 -  924.000 sec (#231/244) (across 18 positions)\n",
      "        Using 60/66 harmonic components for  920.000  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  920.200  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  920.601  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  920.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  920.900  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  921.199  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  921.399  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  921.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  921.599  (44/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  921.800  (41/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  922.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  922.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  922.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  923.399  (45/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  923.500  (41/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  923.599  (44/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  923.899  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  924.000  (41/48 in, 18/18 out)\n",
      "        Projecting  3 intersecting tSSS components for  924.000 -  928.000 sec (#232/244) (across 14 positions)\n",
      "        Using 59/66 harmonic components for  924.400  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  924.601  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  924.701  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  924.900  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  925.300  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  925.399  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  925.500  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  925.899  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  926.200  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  926.299  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  926.500  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  927.100  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  927.399  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  928.000  (44/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  928.000 -  932.000 sec (#233/244) (across 12 positions)\n",
      "        Using 63/66 harmonic components for  928.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  928.200  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  928.299  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  928.400  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  928.500  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  928.799  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  929.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  929.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  929.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  930.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  931.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  932.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  932.000 -  936.000 sec (#234/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  932.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  933.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  934.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  935.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  936.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  936.000 -  940.000 sec (#235/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  936.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  937.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  938.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  939.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  940.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  940.000 -  944.000 sec (#236/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  940.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  942.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  943.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  943.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  944.000  (45/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  944.000 -  948.000 sec (#237/244) (across 18 positions)\n",
      "        Using 63/66 harmonic components for  944.000  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  944.099  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  944.299  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  944.601  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  945.399  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  945.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  946.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  946.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  946.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  946.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  947.100  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  947.300  (44/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  947.500  (40/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  947.599  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  947.700  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  947.800  (42/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  947.899  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  948.000  (42/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  948.000 -  952.000 sec (#238/244) (across 13 positions)\n",
      "        Using 57/66 harmonic components for  948.099  (39/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  948.299  (40/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  948.701  (39/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  948.799  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  948.900  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  948.999  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  949.100  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  949.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  949.800  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  950.000  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  951.100  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  951.800  (41/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  952.000  (43/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  952.000 -  956.000 sec (#239/244) (across 11 positions)\n",
      "        Using 60/66 harmonic components for  952.000  (42/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 58/66 harmonic components for  953.100  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  953.300  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  953.399  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  953.500  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  953.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  954.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  954.400  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  954.601  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  955.700  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  956.000  (44/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  956.000 -  960.000 sec (#240/244) (across  6 positions)\n",
      "        Using 62/66 harmonic components for  956.799  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  957.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  958.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  958.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  959.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  960.000  (44/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  960.000 -  964.000 sec (#241/244) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  960.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  960.900  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  961.300  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  962.400  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  963.500  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  964.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  964.000 -  968.000 sec (#242/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  964.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  965.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  966.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  967.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  968.000  (45/48 in, 18/18 out)\n",
      "        Projecting  2 intersecting tSSS components for  968.000 -  972.000 sec (#243/244) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  968.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  969.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  970.601  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  971.700  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  972.000  (43/48 in, 18/18 out)\n",
      "        Projecting  4 intersecting tSSS components for  972.000 -  977.002 sec (#244/244) (across 19 positions)\n",
      "        Using 63/66 harmonic components for  972.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  972.299  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  972.500  (43/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  972.701  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  972.799  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  972.999  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  973.199  (40/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  973.300  (40/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  973.399  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  973.599  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  973.700  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  973.800  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  974.099  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  974.299  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  974.500  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  974.701  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  975.100  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  976.200  (44/48 in, 18/18 out)\n",
      "[done]\n",
      "160 sec\n",
      "Overwriting existing file.\n",
      "Writing /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif\n",
      "Writing /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif\n",
      "Closing /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif\n",
      "Closing /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif\n",
      "[done]\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_erm_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "      Marking 5 bad MEG channels using mf_prebad['f2f_011']\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      "      Marking 0 additional bad MEG channels using f2f_011_erm_raw_maxbad.txt\n",
      "Reading 0 ... 955499  =      0.000 ...   307.333 secs...\n",
      "      Processing f2f_011_erm_raw.fif ...\n",
      "        Filtering cHPI signals (window=143.0 ms) ... 81 sec\n",
      "        Running maxwell_filter ...Maxwell filtering raw data\n",
      "    Bad MEG channels being reconstructed: ['MEG0142', 'MEG0422', 'MEG1321', 'MEG1442', 'MEG2113']\n",
      "    Processing 203 gradiometers and 102 magnetometers\n",
      "    Extending external SSS basis using 3 projection vectors\n",
      "    Using fine calibration sss_cal.dat\n",
      "        Adjusting non-orthogonal EX and EY\n",
      "        Adjusted coil positions by (μ ± σ): 0.4° ± 0.3° (max: 1.4°)\n",
      "    Using origin 4.1, 3.0, 39.6 mm in the head frame\n",
      "    Processing data using tSSS with st_duration=4.0\n",
      "        Using 63/66 harmonic components for    0.000  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_sss.py:509: RuntimeWarning: Found cal channel not in data: ['MEG1743']\n",
      "  **kwargs)\n",
      "/home/sbierer/CodeBase/mnefun/mnefun/_sss.py:509: RuntimeWarning: Not all cross-talk channels in raw:\n",
      "['MEG1743']\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Appending head position result channels and copying original raw data\n",
      "    Spatiotemporal window did not fit evenly intocontiguous data segment. 3.33 seconds were lumped into the previous window.\n",
      "    Processing 76 data chunks\n",
      "        Using 63/66 harmonic components for    0.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for    0.000 -    4.000 sec  (#1/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for    0.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    1.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    2.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    3.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    4.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for    4.000 -    8.000 sec  (#2/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for    4.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    5.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    6.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    7.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    8.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for    8.000 -   12.000 sec  (#3/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for    8.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for    9.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   10.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   12.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   12.000 -   16.000 sec  (#4/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for   12.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   13.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   14.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   15.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   16.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   16.000 -   20.000 sec  (#5/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   16.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   17.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   18.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   19.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   20.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   20.000 -   24.000 sec  (#6/76) (across  9 positions)\n",
      "        Using 64/66 harmonic components for   20.499  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for   20.799  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for   20.900  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   20.999  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   21.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   21.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   22.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   23.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   24.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   24.000 -   28.000 sec  (#7/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   24.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   25.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   26.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   27.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   28.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   28.000 -   32.000 sec  (#8/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for   28.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   30.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   31.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   32.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   32.000 -   36.000 sec  (#9/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   32.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   33.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   34.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   35.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   36.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   36.000 -   40.000 sec (#10/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for   36.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   37.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   38.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   39.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   40.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   40.000 -   44.000 sec (#11/76) (across  6 positions)\n",
      "        Using 63/66 harmonic components for   40.900  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   41.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   42.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   42.900  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   43.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   44.000 -   48.000 sec (#12/76) (across 17 positions)\n",
      "        Using 63/66 harmonic components for   44.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   44.600  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   44.700  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   44.799  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for   44.900  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for   44.999  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   45.599  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   45.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   46.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   46.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   46.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   47.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   47.599  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   47.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   48.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   48.000 -   52.000 sec (#13/76) (across 15 positions)\n",
      "        Using 64/66 harmonic components for   48.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   49.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   49.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   49.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   50.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   51.199  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for   51.300  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   51.599  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   51.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   51.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   52.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   52.000 -   56.000 sec (#14/76) (across  6 positions)\n",
      "        Using 63/66 harmonic components for   52.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   53.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   53.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   53.700  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for   54.799  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   55.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   56.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   56.000 -   60.000 sec (#15/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for   56.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   57.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   58.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   60.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   60.000 -   64.000 sec (#16/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for   60.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   61.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   62.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for   63.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   64.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   64.000 -   68.000 sec (#17/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   64.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   65.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   66.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   67.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   68.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   68.000 -   72.000 sec (#18/76) (across  4 positions)\n",
      "        Using 64/66 harmonic components for   68.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   69.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   70.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   72.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   72.000 -   76.000 sec (#19/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   72.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   72.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   73.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   74.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   75.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   76.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   76.000 -   80.000 sec (#20/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   76.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   77.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   78.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   79.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   80.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   80.000 -   84.000 sec (#21/76) (across  4 positions)\n",
      "        Using 64/66 harmonic components for   80.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   82.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   83.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   84.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   84.000 -   88.000 sec (#22/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   84.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   85.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   86.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   87.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   88.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   88.000 -   92.000 sec (#23/76) (across  9 positions)\n",
      "        Using 64/66 harmonic components for   88.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   89.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   90.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   90.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   90.999  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   91.399  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for   91.599  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   91.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   92.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for   92.000 -   96.000 sec (#24/76) (across  6 positions)\n",
      "        Using 64/66 harmonic components for   92.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   92.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   92.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   94.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   95.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   96.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for   96.000 -  100.000 sec (#25/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for   96.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   96.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   98.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for   99.100  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  100.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  100.000 -  104.000 sec (#26/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  100.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  101.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  102.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  103.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  104.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  104.000 -  108.000 sec (#27/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  104.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  105.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  106.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  107.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  108.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  108.000 -  112.000 sec (#28/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  108.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  110.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  111.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  112.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  112.000 -  116.000 sec (#29/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  112.200  (45/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  113.300  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  114.400  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  115.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  116.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  116.000 -  120.000 sec (#30/76) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  116.600  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  116.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  117.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  117.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  117.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  118.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  119.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  120.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  120.000 -  124.000 sec (#31/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  120.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  121.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  122.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  123.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  124.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  124.000 -  128.000 sec (#32/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  124.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  125.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  126.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  127.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  128.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  128.000 -  132.000 sec (#33/76) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  128.799  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  129.800  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  130.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  131.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  131.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  132.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  132.000 -  136.000 sec (#34/76) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  132.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  132.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  133.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  134.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  134.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  134.900  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  135.800  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  136.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  136.000 -  140.000 sec (#35/76) (across 17 positions)\n",
      "        Using 64/66 harmonic components for  136.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  137.399  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  137.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  138.499  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  138.600  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  138.700  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  138.799  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  138.900  (39/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  138.999  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  139.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  139.700  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  139.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  139.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  140.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  140.000 -  144.000 sec (#36/76) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  140.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  140.499  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  141.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  142.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  142.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  143.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  144.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  144.000 -  148.000 sec (#37/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  144.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  146.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  147.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  147.899  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  148.000  (44/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  148.000 -  152.000 sec (#38/76) (across 17 positions)\n",
      "        Using 63/66 harmonic components for  148.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  148.099  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  148.200  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  148.299  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  148.400  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  148.499  (42/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  148.600  (39/48 in, 18/18 out)\n",
      "        Using 57/66 harmonic components for  149.700  (39/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  149.899  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  150.000  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  150.099  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  150.299  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  150.600  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  150.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  150.999  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  151.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  151.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  152.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  152.000 -  156.000 sec (#39/76) (across 17 positions)\n",
      "        Using 64/66 harmonic components for  152.200  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  152.600  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  153.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  154.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  154.499  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  154.600  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  154.700  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  154.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  154.900  (46/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 64/66 harmonic components for  155.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  155.199  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  155.399  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  155.500  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  155.899  (47/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  156.000  (44/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  156.000 -  160.000 sec (#40/76) (across 24 positions)\n",
      "        Using 65/66 harmonic components for  156.000  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  156.900  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  156.999  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  157.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  157.199  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  157.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  157.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  158.299  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  158.499  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  158.999  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  159.199  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  159.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  159.500  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  159.599  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  159.700  (42/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  159.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  159.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  160.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  160.000 -  164.000 sec (#41/76) (across 12 positions)\n",
      "        Using 63/66 harmonic components for  160.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  160.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  160.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  161.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  161.899  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  162.099  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  162.299  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  162.600  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  163.300  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  163.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  163.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  164.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  164.000 -  168.000 sec (#42/76) (across  7 positions)\n",
      "        Using 63/66 harmonic components for  164.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  164.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  164.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  164.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  165.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  166.200  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  167.300  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  168.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  168.000 -  172.000 sec (#43/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  168.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  169.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  170.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  171.700  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  172.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  172.000 -  176.000 sec (#44/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  172.799  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  173.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  174.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  176.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  176.000 -  180.000 sec (#45/76) (across  4 positions)\n",
      "        Using 64/66 harmonic components for  176.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  177.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  178.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  179.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  180.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  180.000 -  184.000 sec (#46/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  180.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  181.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  182.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  183.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  184.000  (46/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  184.000 -  188.000 sec (#47/76) (across  4 positions)\n",
      "        Using 64/66 harmonic components for  184.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  185.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  186.900  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  188.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  188.000 -  192.000 sec (#48/76) (across 24 positions)\n",
      "        Using 63/66 harmonic components for  188.000  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  188.600  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  188.799  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  188.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  189.100  (46/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  189.399  (47/48 in, 18/18 out)\n",
      "        Using 65/66 harmonic components for  189.500  (47/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  189.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  189.899  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  190.400  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  190.499  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.600  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.700  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.799  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  190.900  (43/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  190.999  (40/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  191.199  (41/48 in, 18/18 out)\n",
      "        Using 58/66 harmonic components for  191.500  (40/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 61/66 harmonic components for  191.599  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  191.700  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  191.800  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  192.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  192.000 -  196.000 sec (#49/76) (across 12 positions)\n",
      "        Using 62/66 harmonic components for  192.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  192.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  192.999  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  193.599  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  193.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  194.299  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  194.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  195.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  195.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  196.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  196.000 -  200.000 sec (#50/76) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  196.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  196.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  197.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  198.900  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  199.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  200.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  200.000 -  204.000 sec (#51/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  200.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  201.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  202.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  203.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  204.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  204.000 -  208.000 sec (#52/76) (across 11 positions)\n",
      "        Using 64/66 harmonic components for  204.499  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  204.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  205.800  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  205.899  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.000  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  206.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  206.400  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  206.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  207.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  208.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  208.000 -  212.000 sec (#53/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  208.299  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  208.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  209.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  210.900  (46/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  212.000  (43/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  212.000 -  216.000 sec (#54/76) (across 12 positions)\n",
      "        Using 64/66 harmonic components for  212.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  212.499  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  212.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  213.199  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  213.300  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  213.399  (44/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  213.500  (42/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  213.599  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  213.700  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  214.099  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  214.299  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  215.199  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  216.000  (42/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  216.000 -  220.000 sec (#55/76) (across 10 positions)\n",
      "        Using 59/66 harmonic components for  216.099  (41/48 in, 18/18 out)\n",
      "        Using 59/66 harmonic components for  216.900  (41/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  218.000  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  218.200  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  218.400  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  218.900  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  219.399  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  219.599  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  219.800  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  220.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  220.000 -  224.000 sec (#56/76) (across  9 positions)\n",
      "        Using 62/66 harmonic components for  220.799  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  221.100  (44/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  221.300  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  221.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  221.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  222.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  222.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  223.500  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  224.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  224.000 -  228.000 sec (#57/76) (across  9 positions)\n",
      "        Using 63/66 harmonic components for  224.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  224.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  225.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  225.399  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  225.800  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  226.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  226.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  227.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  228.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  228.000 -  232.000 sec (#58/76) (across  6 positions)\n",
      "        Using 64/66 harmonic components for  228.400  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  228.799  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  229.100  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  230.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  231.300  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  232.000  (46/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  232.000 -  236.000 sec (#59/76) (across  5 positions)\n",
      "        Using 64/66 harmonic components for  232.400  (46/48 in, 18/18 out)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 64/66 harmonic components for  233.500  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  234.600  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  235.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  236.000 -  240.000 sec (#60/76) (across 15 positions)\n",
      "        Using 64/66 harmonic components for  236.499  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  236.700  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  236.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  237.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  238.499  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  238.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  239.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  239.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  240.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  240.000 -  244.000 sec (#61/76) (across  6 positions)\n",
      "        Using 63/66 harmonic components for  240.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  241.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  241.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  242.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  243.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  244.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  244.000 -  248.000 sec (#62/76) (across 12 positions)\n",
      "        Using 63/66 harmonic components for  244.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  245.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  246.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  246.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  246.700  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  246.900  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  247.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  247.399  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  248.000  (44/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  248.000 -  252.000 sec (#63/76) (across  8 positions)\n",
      "        Using 62/66 harmonic components for  248.000  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  249.100  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  249.800  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  249.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  250.099  (45/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  250.499  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  251.300  (44/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  251.899  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  252.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  252.000 -  256.000 sec (#64/76) (across 10 positions)\n",
      "        Using 63/66 harmonic components for  252.099  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  252.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  252.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  253.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  253.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  254.999  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  256.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  256.000 -  260.000 sec (#65/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  256.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  257.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  258.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  259.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  259.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  260.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  260.000 -  264.000 sec (#66/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  260.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  262.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  263.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  264.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  264.000 -  268.000 sec (#67/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  264.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  265.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  266.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  267.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  268.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  268.000 -  272.000 sec (#68/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  268.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  269.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  270.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  271.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  272.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  272.000 -  276.000 sec (#69/76) (across  4 positions)\n",
      "        Using 63/66 harmonic components for  272.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  274.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  275.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  276.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  276.000 -  280.000 sec (#70/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  276.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  277.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  278.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  279.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  280.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  280.000 -  284.000 sec (#71/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  280.600  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  281.100  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  281.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  282.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  284.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  284.000 -  288.000 sec (#72/76) (across 14 positions)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "        Using 63/66 harmonic components for  284.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  285.100  (45/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.000  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.099  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.200  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.700  (46/48 in, 18/18 out)\n",
      "        Using 64/66 harmonic components for  286.999  (46/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.199  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.599  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  287.800  (45/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  287.899  (43/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  288.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  288.000 -  292.000 sec (#73/76) (across 14 positions)\n",
      "        Using 61/66 harmonic components for  288.000  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  288.200  (43/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  288.400  (43/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  288.799  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  289.199  (42/48 in, 18/18 out)\n",
      "        Using 60/66 harmonic components for  289.500  (42/48 in, 18/18 out)\n",
      "        Using 61/66 harmonic components for  289.599  (43/48 in, 18/18 out)\n",
      "        Using 62/66 harmonic components for  289.700  (44/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  289.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.299  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  290.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  291.899  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  292.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  292.000 -  296.000 sec (#74/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  292.499  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  293.399  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  294.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  295.300  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  296.000  (45/48 in, 18/18 out)\n",
      "        Projecting  0 intersecting tSSS components for  296.000 -  300.000 sec (#75/76) (across  5 positions)\n",
      "        Using 63/66 harmonic components for  296.400  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  297.500  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  298.600  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  299.700  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  300.000  (45/48 in, 18/18 out)\n",
      "        Projecting  1 intersecting tSSS component  for  300.000 -  307.333 sec (#76/76) (across  8 positions)\n",
      "        Using 63/66 harmonic components for  300.799  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  301.800  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  302.900  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  304.000  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  305.100  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  306.200  (45/48 in, 18/18 out)\n",
      "        Using 63/66 harmonic components for  307.300  (45/48 in, 18/18 out)\n",
      "[done]\n",
      "48 sec\n",
      "Overwriting existing file.\n",
      "Writing /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_erm_raw_sss.fif\n",
      "Closing /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_erm_raw_sss.fif\n",
      "[done]\n",
      "  (0:22:23.040)\n",
      "Status. \n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif...\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif...\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_erm_raw_sss.fif...\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "╒═════════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╕\n",
      "│         │ raw │ sco │ pbd │ cor │ sss │ chf │ gsp │ asp │ epv │ cov │ fwd │ inv │ rep │ don │\n",
      "╞═════════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╡\n",
      "│ f2f_011 │   X │   X │   X │     │   X │   X │   X │   X │   X │   X │   X │   X │   X │     │\n",
      "╘═════════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╛\n",
      "  (0:00:17.736)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "mnefun.do_processing(params, do_sss=True, print_status=True)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Run SSP and create first set of epochs\n",
    "Make sure the parameters in \"f2f_params.yml\" have been reset above (in __Detect Events__) for the 7-sec settings."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Current \"params.proj_nums\" setting: [[2, 2, 0], [0, 0, 0], [3, 3, 0]] \n",
      "\n",
      "Preprocessing files. \n",
      "  Preprocessing subject 1/1 (f2f_011).\n",
      "    Clearing bad channels (no file f2f_011/bads/bad_ch_f2f_011_post-sss.txt)\n",
      "    Loading and filtering 1 file.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif...\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif...\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "Reading 0 ... 3037499  =      0.000 ...   977.002 secs...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  12 tasks      | elapsed:    1.1s\n",
      "[Parallel(n_jobs=6)]: Done  66 tasks      | elapsed:    3.3s\n",
      "[Parallel(n_jobs=6)]: Done 156 tasks      | elapsed:    6.9s\n",
      "[Parallel(n_jobs=6)]: Done 282 tasks      | elapsed:   12.0s\n",
      "[Parallel(n_jobs=6)]: Done 306 out of 306 | elapsed:   12.9s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  18 tasks      | elapsed:    1.0s\n",
      "[Parallel(n_jobs=6)]: Done 126 tasks      | elapsed:    6.0s\n",
      "[Parallel(n_jobs=6)]: Done 306 out of 306 | elapsed:   14.1s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "0 projection items deactivated\n",
      "No projector specified for this dataset. Please consider the method self.add_proj.\n",
      "    Computing ECG projectors...Filtering raw data in 1 contiguous segment\n",
      "Setting up band-pass filter from 5 - 35 Hz\n",
      "\n",
      "FIR filter parameters\n",
      "---------------------\n",
      "Designing a two-pass forward and reverse, zero-phase, non-causal bandpass filter:\n",
      "- Windowed frequency-domain design (firwin2) method\n",
      "- Hann window\n",
      "- Lower passband edge: 5.00\n",
      "- Lower transition bandwidth: 0.50 Hz (-12 dB cutoff frequency: 4.75 Hz)\n",
      "- Upper passband edge: 35.00 Hz\n",
      "- Upper transition bandwidth: 0.50 Hz (-12 dB cutoff frequency: 35.25 Hz)\n",
      "- Filter length: 2480 samples (12.400 sec)\n",
      "\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  18 tasks      | elapsed:    0.1s\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "0 projection items deactivated\n",
      "No projector specified for this dataset. Please consider the method self.add_proj.\n",
      "Using channel ECG061 to identify heart beats.\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done 305 out of 305 | elapsed:    1.2s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Setting up band-pass filter from 5 - 35 Hz\n",
      "\n",
      "FIR filter parameters\n",
      "---------------------\n",
      "Designing a two-pass forward and reverse, zero-phase, non-causal bandpass filter:\n",
      "- Windowed frequency-domain design (firwin2) method\n",
      "- Hann window\n",
      "- Lower passband edge: 5.00\n",
      "- Lower transition bandwidth: 0.50 Hz (-12 dB cutoff frequency: 4.75 Hz)\n",
      "- Upper passband edge: 35.00 Hz\n",
      "- Upper transition bandwidth: 0.50 Hz (-12 dB cutoff frequency: 35.25 Hz)\n",
      "- Filter length: 2000 samples (10.000 sec)\n",
      "\n",
      "Number of ECG events detected : 1307 (average pulse 90 / min.)\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "1307 matching events found\n",
      "No baseline correction applied\n",
      "0 projection items activated\n",
      "Loading data for 1307 events and 33 original time points ...\n",
      "37 bad epochs dropped\n",
      "  obtained 1270 epochs from 1307 events.\n",
      "Adding projection: meg-ECG--0.08-0.08-PCA-01\n",
      "Adding projection: meg-ECG--0.08-0.08-PCA-02\n",
      "Filtering raw data in 1 contiguous segment\n",
      "Setting up low-pass filter at 80 Hz\n",
      "\n",
      "FIR filter parameters\n",
      "---------------------\n",
      "Designing a one-pass, zero-phase, non-causal lowpass filter:\n",
      "- Windowed time-domain design (firwin) method\n",
      "- Hann window with 0.0546 passband ripple and 44 dB stopband attenuation\n",
      "- Upper passband edge: 80.00 Hz\n",
      "- Upper transition bandwidth: 3.00 Hz (-6 dB cutoff frequency: 81.50 Hz)\n",
      "- Filter length: 207 samples (1.035 sec)\n",
      "\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  18 tasks      | elapsed:    0.1s\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "2 projection items deactivated\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done 305 out of 305 | elapsed:    1.1s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "SSP projectors applied...\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "977 matching events found\n",
      "Applying baseline correction (mode: mean)\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "Loading data for 977 events and 201 original time points ...\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG1722', 'MEG1732']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242', 'MEG1522', 'MEG1532', 'MEG1542', 'MEG1712']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1522', 'MEG1542', 'MEG1722']\n",
      "    Rejecting  epoch based on MAG : ['MEG1541']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0142', 'MEG0313', 'MEG0343']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0313', 'MEG0343']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0313', 'MEG0343']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0313', 'MEG0312', 'MEG0343', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG0313', 'MEG1513', 'MEG1522', 'MEG1543', 'MEG1613', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0123', 'MEG0143', 'MEG1522', 'MEG1533', 'MEG1543', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0313', 'MEG0343', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0132', 'MEG0242']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0132', 'MEG0212', 'MEG0222', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242']\n",
      "    Rejecting  epoch based on MAG : ['MEG1411']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0123', 'MEG0313', 'MEG1613', 'MEG1722', 'MEG1732']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0133', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0132', 'MEG0133', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1613', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0133', 'MEG0213', 'MEG0212', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG0243', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG0212', 'MEG0223', 'MEG0232', 'MEG1523', 'MEG1542', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG0232', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212']\n",
      "    Rejecting  epoch based on MAG : ['MEG0211']\n",
      "    Rejecting  epoch based on MAG : ['MEG0211']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG0232', 'MEG1512', 'MEG1522', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0243', 'MEG1512', 'MEG1513', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1613']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0243', 'MEG1512', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0243', 'MEG1512', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0243', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0132', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1543']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123', 'MEG0143', 'MEG0142', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1622', 'MEG1643', 'MEG1642', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1533', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1623', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143']\n",
      "    Rejecting  epoch based on MAG : ['MEG0241']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111']\n",
      "363 bad epochs dropped\n",
      "  (0:00:43.616)\n",
      "Applying preprocessing. \n",
      "  Applying processing to subject 1/1.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Processing erm file 1/1.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_erm_raw_sss.fif...\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "Reading 0 ... 955499  =      0.000 ...   307.333 secs...\n",
      "Filtering raw data in 1 contiguous segment\n",
      "Setting up low-pass filter at 80 Hz\n",
      "\n",
      "FIR filter parameters\n",
      "---------------------\n",
      "Designing a one-pass, zero-phase, non-causal lowpass filter:\n",
      "- Windowed time-domain design (firwin) method\n",
      "- Hann window with 0.0546 passband ripple and 44 dB stopband attenuation\n",
      "- Upper passband edge: 80.00 Hz\n",
      "- Upper transition bandwidth: 3.00 Hz (-6 dB cutoff frequency: 81.50 Hz)\n",
      "- Filter length: 3213 samples (1.033 sec)\n",
      "\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  18 tasks      | elapsed:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done 234 tasks      | elapsed:    4.1s\n",
      "[Parallel(n_jobs=6)]: Done 305 out of 305 | elapsed:    5.3s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "2 projection items deactivated\n",
      "Overwriting existing file.\n",
      "Writing /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_erm_allclean_fil80_raw_sss.fif\n",
      "Closing /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_erm_allclean_fil80_raw_sss.fif\n",
      "[done]\n",
      "    Processing file 1/1.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif...\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif...\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "Reading 0 ... 3037499  =      0.000 ...   977.002 secs...\n",
      "Filtering raw data in 1 contiguous segment\n",
      "Setting up low-pass filter at 80 Hz\n",
      "\n",
      "FIR filter parameters\n",
      "---------------------\n",
      "Designing a one-pass, zero-phase, non-causal lowpass filter:\n",
      "- Windowed time-domain design (firwin) method\n",
      "- Hann window with 0.0546 passband ripple and 44 dB stopband attenuation\n",
      "- Upper passband edge: 80.00 Hz\n",
      "- Upper transition bandwidth: 3.00 Hz (-6 dB cutoff frequency: 81.50 Hz)\n",
      "- Filter length: 3213 samples (1.033 sec)\n",
      "\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done  12 tasks      | elapsed:    0.7s\n",
      "[Parallel(n_jobs=6)]: Done  66 tasks      | elapsed:    3.3s\n",
      "[Parallel(n_jobs=6)]: Done 156 tasks      | elapsed:    8.5s\n",
      "[Parallel(n_jobs=6)]: Done 282 tasks      | elapsed:   15.9s\n",
      "[Parallel(n_jobs=6)]: Done 305 out of 305 | elapsed:   17.2s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "2 projection items deactivated\n",
      "Overwriting existing file.\n",
      "Writing /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif\n",
      "Writing /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif\n",
      "Closing /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif\n",
      "Closing /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif\n",
      "[done]\n",
      "  (0:01:08.100)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "print('Current \"params.proj_nums\" setting:', params.proj_nums['default'], '\\n')\n",
    "\n",
    "mnefun.do_processing(params, gen_ssp=True, apply_ssp=True, print_status=False)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Doing epoch EQ/DQ. \n",
      "  Loading raw files for subject f2f_011.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "    Epoching data (decim=10 -> sfreq=310.9 Hz).\n",
      "    Computing autoreject thresholdsNot setting metadata\n",
      "Not setting metadata\n",
      "180 matching events found\n",
      "Applying baseline correction (mode: mean)\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "Loading data for 180 events and 21764 original time points ...\n",
      "0 bad epochs dropped\n",
      ": mag=8238 fT, grad=3688 fT/cm\n",
      "    Events restricted to those in params.in_numbers\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "82 matching events found\n",
      "Applying baseline correction (mode: mean)\n",
      "Entering delayed SSP mode.\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "Loading data for 82 events and 21764 original time points ...\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121', 'MEG1711', 'MEG1741']\n",
      "    Rejecting  epoch based on MAG : ['MEG0121', 'MEG0131', 'MEG0141', 'MEG0211', 'MEG0231', 'MEG0241', 'MEG1511']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121', 'MEG0131']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121', 'MEG0131']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121', 'MEG0131']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121']\n",
      "    Rejecting  epoch based on MAG : ['MEG0121']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121', 'MEG0311']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on MAG : ['MEG0111', 'MEG0121']\n",
      "    Rejecting  epoch based on MAG : ['MEG1611', 'MEG1641']\n",
      "    Rejecting  epoch based on MAG : ['MEG0121']\n",
      "    Rejecting  epoch based on MAG : ['MEG0241', 'MEG1611']\n",
      "    Rejecting  epoch based on MAG : ['MEG0211', 'MEG0241', 'MEG1611']\n",
      "    Rejecting  epoch based on MAG : ['MEG1511', 'MEG1521', 'MEG1611']\n",
      "17 bad epochs dropped\n",
      "    Matching trial counts and saving data to disk.\n",
      "      Analysis \"All\": 65 epochs / condition\n",
      "        Equalizing: ['talk', 'ignore']\n",
      "Dropped 5 epochs: 0, 1, 14, 17, 28\n",
      "      Analysis \"Each\": 30 epochs / condition\n",
      "    Saving epochs to disk.\n",
      "  (0:00:51.712)\n",
      "Status. \n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif...\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif...\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_erm_raw_sss.fif...\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "╒═════════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╕\n",
      "│         │ raw │ sco │ pbd │ cor │ sss │ chf │ gsp │ asp │ epv │ cov │ fwd │ inv │ rep │ don │\n",
      "╞═════════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╡\n",
      "│ f2f_011 │   X │   X │   X │     │   X │   X │   X │   X │   X │   X │   X │   X │   X │     │\n",
      "╘═════════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╛\n",
      "  (0:00:00.244)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "mnefun.do_processing(params, write_epochs=True, print_status=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "ename": "SystemExit",
     "evalue": "Stopping after SSP.",
     "output_type": "error",
     "traceback": [
      "An exception has occurred, use %tb to see the full traceback.\n",
      "\u001b[0;31mSystemExit\u001b[0m\u001b[0;31m:\u001b[0m Stopping after SSP.\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/IPython/core/interactiveshell.py:3426: UserWarning: To exit: use 'exit', 'quit', or Ctrl-D.\n",
      "  warn(\"To exit: use 'exit', 'quit', or Ctrl-D.\", stacklevel=1)\n"
     ]
    }
   ],
   "source": [
    "raise SystemExit(\"Stopping after SSP.\")"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Create sensor-level reports\n",
    "OK to run with above params (7-seconds) or subsequent params (x-seconds).  However, these reports only reflect epoch duration for the \"Sensor\" section time snippets and for the \"Drop Log\".  \n",
    "__Saved directories__  \n",
    "qa_2020Sept: original 7-second epochs  \n",
    "qa_1sec_2020Sept: (4 subjects) 1-second epochs\n",
    "qa_esss_2021Jan: (partial) 1-second epochs with eSSS  \n",
    "qa_esss_2021Feb: (partial) 1-second epochs with eSSS; concerned about epoch amp-based rejections since last run  "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Set up the report structure #\n",
    "# params.report = {}   # start from scratch then set unwanted ones as False\n",
    "# params.report.update(source_alignment=False, covariance=False,\n",
    "#                      bem=False, snr=False, source=False)\n",
    "\n",
    "t_points = [np.round(params.tmax*x, 2) for x in (1/3, 2/3)]\n",
    "\n",
    "params.report.update(\n",
    "    sensor=[{'analysis':'Each', 'name':'talk', 'times':t_points, 'proj':True},\n",
    "            {'analysis':'Each', 'name':'ignore', 'times':t_points, 'proj':True}]\n",
    "    )"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Optional: Extra parameters for the post-function feature #\n",
    "save_dir = '/home/sbierer/Projects/ILABS/Analyses/F2F/results/qa_esss_2021Feb'\n",
    "postfun = partial(report_postfunction, save_path = save_dir,\n",
    "                  save_prefix = '', save_postfix = '')\n",
    "\n",
    "params.report.update(post_fun = postfun)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Current \"params.list_dir\" setting: lists_1sec \n",
      "\n",
      "Generating HTML Reports. \n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The text.latex.preview rcparam was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The mathtext.fallback_to_cm rcparam was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: Support for setting the 'mathtext.fallback_to_cm' rcParam is deprecated since 3.3 and will be removed two minor releases later; use 'mathtext.fallback : 'cm' instead.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The validate_bool_maybe_none function was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The savefig.jpeg_quality rcparam was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The keymap.all_axes rcparam was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The animation.avconv_path rcparam was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n",
      "In /home/sbierer/miniconda3/envs/mne_dev/lib/python3.7/site-packages/matplotlib/mpl-data/stylelib/_classic_test.mplstyle: \n",
      "The animation.avconv_args rcparam was deprecated in Matplotlib 3.3 and will be removed two minor releases later.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "  Processing subject 1/1 (f2f_011)\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 145500 ... 1691999 =     46.800 ...   544.226 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw-1.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 1692000 ... 3182999 =    544.226 ...  1023.802 secs\n",
      "Ready.\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss.fif...\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_fif/f2f_011_raw_sss-1.fif...\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_erm_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "Created an SSP operator (subspace dimension = 11)\n",
      "11 projection items activated\n",
      "SSP projectors applied...\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_erm_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 135000 ... 1090499 =     43.422 ...   350.756 secs\n",
      "Ready.\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "    Good HPI count ...   Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 145500 ... 1691999 =     46.800 ...   544.226 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw-1.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 1692000 ... 3182999 =    544.226 ...  1023.802 secs\n",
      "Ready.\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      "  0.3 sec\n",
      "    cHPI SNR ...         Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 145500 ... 1691999 =     46.800 ...   544.226 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw-1.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 1692000 ... 3182999 =    544.226 ...  1023.802 secs\n",
      "Ready.\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      " 20.5 sec\n",
      "    Head movement ...    Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 145500 ... 1691999 =     46.800 ...   544.226 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/raw_fif/f2f_011_raw-1.fif...\n",
      "    Read a total of 11 projection items:\n",
      "        mag.fif : PCA-v1 (1 x 306)  idle\n",
      "        mag.fif : PCA-v2 (1 x 306)  idle\n",
      "        mag.fif : PCA-v3 (1 x 306)  idle\n",
      "        mag.fif : PCA-v4 (1 x 306)  idle\n",
      "        mag.fif : PCA-v5 (1 x 306)  idle\n",
      "        mag.fif : PCA-v6 (1 x 306)  idle\n",
      "        mag.fif : PCA-v7 (1 x 306)  idle\n",
      "        grad.fif : PCA-v1 (1 x 306)  idle\n",
      "        grad.fif : PCA-v2 (1 x 306)  idle\n",
      "        grad.fif : PCA-v3 (1 x 306)  idle\n",
      "        grad.fif : PCA-v4 (1 x 306)  idle\n",
      "    Range : 1692000 ... 3182999 =    544.226 ...  1023.802 secs\n",
      "Ready.\n",
      "101 of 101 magnetometer types replaced with T3.\n",
      "  0.7 sec\n",
      "    Raw segments ...      26.2 sec\n",
      "    PSD ...              Effective window size : 2.635 (s)\n",
      "Effective window size : 2.635 (s)\n",
      "Effective window size : 2.635 (s)\n",
      "Effective window size : 2.635 (s)\n",
      "Setting 342740 of 3037500 (11.28%) samples to NaN, retaining 2694760 (88.72%) samples.\n",
      "Effective window size : 2.635 (s)\n",
      "Setting 342740 of 3037500 (11.28%) samples to NaN, retaining 2694760 (88.72%) samples.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Effective window size : 2.635 (s)\n",
      "Effective window size : 2.635 (s)\n",
      "Effective window size : 2.635 (s)\n",
      "Setting 106821 of 955500 (11.18%) samples to NaN, retaining 848679 (88.82%) samples.\n",
      "Effective window size : 2.635 (s)\n",
      "Setting 106821 of 955500 (11.18%) samples to NaN, retaining 848679 (88.82%) samples.\n",
      "Effective window size : 2.635 (s)\n",
      "102.8 sec\n",
      "    SSP topomaps ...         Read a total of 3 projection items:\n",
      "        meg-Raw-0.000-307.335-PCA-01 (1 x 300)  idle\n",
      "        meg-Raw-0.000-307.335-PCA-02 (1 x 300)  idle\n",
      "        meg-Raw-0.000-307.335-PCA-03 (1 x 300)  idle\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/preproc_ecg-epo.fif ...\n",
      "    Found the data of interest:\n",
      "        t =     -80.00 ...      80.00 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "1270 matching events found\n",
      "No baseline correction applied\n",
      "0 projection items activated\n",
      "2 projection items deactivated\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "2 projection items deactivated\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "  3.2 sec\n",
      "    Source alignment ... Using pyvista 3d backend.\n",
      "\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "Using lh.seghead for head surface.\n",
      "Getting helmet for system 306m\n",
      "  3.8 sec\n",
      "    Drop log ...         Reading /home/sbierer/Data/MEG/f2f/f2f_011/epochs/All_1sec_80-sss_f2f_011-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "662 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "  2.4 sec\n",
      "    BEM skipped\n",
      "    Covariance skipped\n",
      "    Whitening ...            305 x 305 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms (talk)\n",
      "        0 CTF compensation matrices available\n",
      "        nave = 263 - aspect type = 100\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Loaded Evoked data is baseline-corrected (baseline: [0, 1] sec)\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    305 x 305 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms (ignore)\n",
      "        0 CTF compensation matrices available\n",
      "        nave = 263 - aspect type = 100\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Loaded Evoked data is baseline-corrected (baseline: [0, 1] sec)\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "  1.6 sec\n",
      "    Responses ...        Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms (talk)\n",
      "        0 CTF compensation matrices available\n",
      "        nave = 263 - aspect type = 100\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Loaded Evoked data is baseline-corrected (baseline: [0, 1] sec)\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms (talk)\n",
      "        0 CTF compensation matrices available\n",
      "        nave = 263 - aspect type = 100\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Loaded Evoked data is baseline-corrected (baseline: [0, 1] sec)\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms (ignore)\n",
      "        0 CTF compensation matrices available\n",
      "        nave = 263 - aspect type = 100\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Loaded Evoked data is baseline-corrected (baseline: [0, 1] sec)\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms (ignore)\n",
      "        0 CTF compensation matrices available\n",
      "        nave = 263 - aspect type = 100\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "SSP projectors applied...\n",
      "Loaded Evoked data is baseline-corrected (baseline: [0, 1] sec)\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Reading /home/sbierer/Data/MEG/f2f/f2f_011/inverse_surf/Each_80-sss_eq_f2f_011-ave.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "  3.0 sec\n",
      "    Source estimation skipped\n",
      "    Post fun ...             Events ...           4492 events found\n",
      "Event IDs: [  1   2   3   4   5 128 129 130 131 133]\n",
      " 11.8 sec\n",
      "File /home/sbierer/Data/MEG/f2f/f2f_011/f2f_011_fil80_report.html renamed to\n",
      "\tf2f_011_fil80_report_202105-1514.html.\n",
      "Report post-function: Saved report at\n",
      " \t/home/sbierer/Projects/ILABS/Analyses/F2F/results/qa_esss_2021Feb/f2f_011_fil80_report.html.\n",
      " 12.0 sec\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "  (0:03:37.002)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "print('Current \"params.list_dir\" setting:', params.list_dir, '\\n')\n",
    "\n",
    "mnefun.do_processing(params, gen_report=True, print_status=False)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Create shorter \"sub-epochs\" from the original events\n",
    "Originally, 1-second events and epochs were created.  The code was updated and retested on the Mac in Jan 2020."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Reload and update the parameters #\n",
    "# Using the new 'score_split()' function to obtain short interval \"sub-events\"\n",
    "subject_indices = params.subject_indices\n",
    "\n",
    "params = mnefun.read_params('f2f_params.yml')\n",
    "params.score = partial(score_split, old_dir='lists', id_dict={13:23, 15:25},\n",
    "                       tlimits=(0,7.5), dur=1.0, step=0.5)\n",
    "\n",
    "n_cores = os.cpu_count()\n",
    "params.n_jobs = params.n_jobs_mkl = params.n_jobs_fir = params.n_jobs_resample = min(n_cores, 6)\n",
    "if mne.utils.get_config('MNE_USE_CUDA') == 'true':   # false for Mac OS, true for Linux\n",
    "    params.n_jobs_fir = params.n_jobs_resample = 'cuda'\n",
    "    \n",
    "params.work_dir = os.path.expanduser('~/Data/MEG/f2f')  # on Thicke\n",
    "# params.work_dir = os.path.expanduser('~/Data/MEG/MMF_sample')  # on Mac\n",
    "params.subjects_dir = os.path.expanduser('~/Data/MEG/anatomy')\n",
    "params.subjects = use_subjects\n",
    "params.structurals = use_subjects\n",
    "params.subject_indices = subject_indices\n",
    "\n",
    "# Set source model parameters #\n",
    "SOURCE_TYPE = 'surf';    # options are 'surf' or 'vol'\n",
    "\n",
    "if SOURCE_TYPE == 'surf':\n",
    "    params.src = 'oct6'\n",
    "    params.forward_dir = 'forward_surf'\n",
    "    params.inverse_dir = 'inverse_surf'\n",
    "elif SOURCE_TYPE == 'vol':\n",
    "    params.src = 'vol5'\n",
    "    params.forward_dir = 'forward_vol'\n",
    "    params.inverse_dir = 'inverse_vol'\n",
    "else:\n",
    "    raise ValueError('Source type must be \"surf\" or \"vol\".')"
   ]
  },
  {
   "cell_type": "raw",
   "metadata": {
    "scrolled": true
   },
   "source": [
    "# Can skip this after performing once #\n",
    "mnefun.do_processing(params, do_score=True, print_status=False)  # shorter intervals"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Doing epoch EQ/DQ. \n",
      "  Loading raw files for subject f2f_011.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 145500 ... 1720499 =     46.800 ...   553.393 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_011/sss_pca_fif/f2f_011_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1720500 ... 3182999 =    553.393 ...  1023.802 secs\n",
      "Ready.\n",
      "    Epoching data (decim=10 -> sfreq=310.9 Hz).\n",
      "    Computing autoreject thresholdsNot setting metadata\n",
      "Not setting metadata\n",
      "1246 matching events found\n",
      "Applying baseline correction (mode: mean)\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "Loading data for 1246 events and 3110 original time points ...\n",
      "348 bad epochs dropped\n",
      ": mag=20481 fT, grad=1024 fT/cm\n",
      "    Events restricted to those in params.in_numbers\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "1148 matching events found\n",
      "Applying baseline correction (mode: mean)\n",
      "Entering delayed SSP mode.\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "Loading data for 1148 events and 3110 original time points ...\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0222', 'MEG0242', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123', 'MEG0132', 'MEG0143', 'MEG0142', 'MEG0222', 'MEG0233', 'MEG0242', 'MEG0342', 'MEG1522', 'MEG1523', 'MEG1532']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0123', 'MEG0132', 'MEG0142', 'MEG0242', 'MEG0342', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1532', 'MEG1542', 'MEG1713', 'MEG1712', 'MEG1722', 'MEG1723', 'MEG1742']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0123', 'MEG0132', 'MEG0142', 'MEG0213', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1532', 'MEG1542', 'MEG1612', 'MEG1713', 'MEG1712', 'MEG1722', 'MEG1723', 'MEG1742']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123', 'MEG0143', 'MEG0142', 'MEG0342', 'MEG1512', 'MEG1522', 'MEG1533', 'MEG1532', 'MEG1543', 'MEG1712', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0242', 'MEG0313', 'MEG0343', 'MEG0342', 'MEG1512', 'MEG1543', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0143', 'MEG0142', 'MEG0212', 'MEG0232', 'MEG0343', 'MEG0342', 'MEG1512', 'MEG1543']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0212', 'MEG0343', 'MEG0342', 'MEG1543']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0313', 'MEG0312', 'MEG0343', 'MEG0342', 'MEG1513', 'MEG1543', 'MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0313', 'MEG0312', 'MEG0343', 'MEG0342', 'MEG1513', 'MEG1543']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0313', 'MEG0312', 'MEG0343', 'MEG1533', 'MEG1532', 'MEG1543', 'MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0142', 'MEG0213', 'MEG0313', 'MEG0312', 'MEG0343', 'MEG1532', 'MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0142']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123', 'MEG0143', 'MEG0222', 'MEG0233', 'MEG0242', 'MEG0342', 'MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123', 'MEG0143', 'MEG0222', 'MEG0233', 'MEG0242', 'MEG0342', 'MEG1543', 'MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123', 'MEG0313', 'MEG0343']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0313', 'MEG0312', 'MEG0343', 'MEG0342', 'MEG0512', 'MEG1533', 'MEG1713']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0313', 'MEG0343']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0313', 'MEG0343', 'MEG0513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0313', 'MEG0343', 'MEG0513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0313', 'MEG0513', 'MEG0523']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0313', 'MEG0513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0313', 'MEG0343']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0212', 'MEG0222', 'MEG0232', 'MEG0243', 'MEG0242', 'MEG0313', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1642', 'MEG1722', 'MEG1723', 'MEG1732']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0232', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0143', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0213', 'MEG0233', 'MEG0242', 'MEG0313', 'MEG0343', 'MEG1522', 'MEG1642', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0523']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0123', 'MEG0313', 'MEG0343', 'MEG0513', 'MEG0523']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0313', 'MEG0343', 'MEG0513', 'MEG0523']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0242']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0133', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0243', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1513', 'MEG1542', 'MEG1612']\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0132', 'MEG0133', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0233', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1513', 'MEG1542', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0233', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1513', 'MEG1542', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0132', 'MEG0212', 'MEG0222', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0132', 'MEG0222', 'MEG0242', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG0242', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0242']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1522', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0243', 'MEG0242', 'MEG0313', 'MEG0343', 'MEG1513', 'MEG1522', 'MEG1533', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1623', 'MEG1643', 'MEG1642', 'MEG1713', 'MEG1722', 'MEG1723', 'MEG1732']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0122', 'MEG0123', 'MEG0143', 'MEG0313', 'MEG0523', 'MEG0813']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0123', 'MEG0243', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0313', 'MEG0343', 'MEG1542']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0313', 'MEG0343', 'MEG0513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0313']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG1522', 'MEG1612', 'MEG1623', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG0343', 'MEG0342', 'MEG1213', 'MEG1413', 'MEG1423', 'MEG1422', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1623', 'MEG1643', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0232', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1643', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1643', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1612', 'MEG1622', 'MEG1643', 'MEG1642', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1543', 'MEG1612', 'MEG1622', 'MEG1642', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0133', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1643', 'MEG1642', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0212', 'MEG0242', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1612', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0212', 'MEG1522', 'MEG1523', 'MEG1612', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0212', 'MEG0232', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1612', 'MEG1622', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0212', 'MEG0223', 'MEG0232', 'MEG0233', 'MEG0242', 'MEG1512', 'MEG1522', 'MEG1523', 'MEG1612', 'MEG1622', 'MEG1643', 'MEG1642']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1512', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG0212', 'MEG0223', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1523', 'MEG1542', 'MEG1612', 'MEG1623']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0242', 'MEG0343', 'MEG0342', 'MEG1523', 'MEG1543', 'MEG1542', 'MEG1613', 'MEG1612', 'MEG1623']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0123', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0223', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1523', 'MEG1543', 'MEG1542', 'MEG1613', 'MEG1612', 'MEG1623']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0143', 'MEG0212', 'MEG0223', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG0212', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0212', 'MEG1512', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG0212', 'MEG0232', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0212']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0212', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0212', 'MEG0232', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0242', 'MEG0342']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0212', 'MEG0242', 'MEG0342', 'MEG1512', 'MEG1513']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1523', 'MEG1612']\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Rejecting  epoch based on GRAD : ['MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0243', 'MEG0343', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1613']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0243', 'MEG0343', 'MEG1512', 'MEG1522', 'MEG1613']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0243', 'MEG0343', 'MEG1512', 'MEG1513', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0243', 'MEG1512', 'MEG1513', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0243', 'MEG0343', 'MEG1512', 'MEG1522', 'MEG1613']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1522', 'MEG1613']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0243', 'MEG1512', 'MEG1513', 'MEG1613']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0243', 'MEG1512', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0122', 'MEG0132', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0222', 'MEG0232', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0212', 'MEG0232', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0143', 'MEG0212', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1423', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1542', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1643', 'MEG1642', 'MEG1713', 'MEG1722', 'MEG1723', 'MEG1943']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0243', 'MEG0242', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1643', 'MEG1642', 'MEG1722', 'MEG1723']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1213', 'MEG1223', 'MEG1413', 'MEG1422', 'MEG1443', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1633', 'MEG1643', 'MEG1642', 'MEG1713', 'MEG1722', 'MEG1723', 'MEG1932', 'MEG1942']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0112', 'MEG0122', 'MEG0123', 'MEG0132', 'MEG0133', 'MEG0143', 'MEG0142', 'MEG0213', 'MEG0212', 'MEG0223', 'MEG0232', 'MEG0233', 'MEG0243', 'MEG0242', 'MEG1213', 'MEG1223', 'MEG1413', 'MEG1422', 'MEG1443', 'MEG1512', 'MEG1513', 'MEG1522', 'MEG1523', 'MEG1533', 'MEG1532', 'MEG1543', 'MEG1613', 'MEG1612', 'MEG1622', 'MEG1623', 'MEG1632', 'MEG1633', 'MEG1643', 'MEG1642', 'MEG1713', 'MEG1722', 'MEG1723', 'MEG1732', 'MEG1733', 'MEG1913', 'MEG1932', 'MEG1943', 'MEG1942']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0213', 'MEG0212', 'MEG0242', 'MEG1512', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0212', 'MEG0223', 'MEG1512', 'MEG1522']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0212', 'MEG1512']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0132', 'MEG0143', 'MEG0212', 'MEG0223', 'MEG0232', 'MEG1512', 'MEG1612', 'MEG1623']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0113', 'MEG0143', 'MEG0212', 'MEG0223', 'MEG1523', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143']\n",
      "    Rejecting  epoch based on GRAD : ['MEG1722']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0143', 'MEG0212', 'MEG1612']\n",
      "    Rejecting  epoch based on GRAD : ['MEG0212', 'MEG0223', 'MEG1523', 'MEG1612']\n",
      "486 bad epochs dropped\n",
      "    Matching trial counts and saving data to disk.\n",
      "      Analysis \"All\": 662 epochs / condition\n",
      "        Equalizing: ['talk', 'ignore']\n",
      "Dropped 136 epochs: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 165, 166, 167, 168, 169, 170, 171, 172, 173, 174, 175, 176, 177, 206, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 279, 280, 281, 282, 283, 284, 285, 286, 287, 308, 309, 348, 349, 350, 351, 352, 353, 354, 355, 372, 373, 404, 459, 460, 461, 462, 463, 472, 473, 474, 475, 476, 477, 478, 479, 480, 481, 498, 499, 500, 505, 506, 507, 508, 509, 510, 511, 512, 513, 540, 541, 542, 543, 544, 545, 546, 547, 548, 549, 606, 607, 608, 609\n",
      "      Analysis \"Each\": 263 epochs / condition\n",
      "    Saving epochs to disk.\n",
      "  (0:00:40.025)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "# Generate 1-sec epochs, with files named using the .epochs_prefix parameter.\n",
    "mnefun.do_processing(params, write_epochs=True, print_status=False)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Perform a one-time creation of scaled mri files\n",
    "Some of the anatomy folders I received from MC did not have an \"mri\" folder, required for volumetric models, so this was the suggested fix.  \n",
    "Also, in Explore_STCMethods, I made a one-time creation of the volumetric source space for the 14-month surrogate brain, at _bem/14mo_surr-vol-5-src.fif_."
   ]
  },
  {
   "cell_type": "raw",
   "metadata": {},
   "source": [
    "# Run on batches of subjects, but make sure to keep track of which subjects were altered #\n",
    "fix_mri(params, params.subjects, bem_only=True)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Create covariance, forward model, and inverse model\n",
    "2020-09-25: Volumetric model with 5 mm spacing. (The 'src_pos' parameter may not do anything, but I'm changing it to 5.0 after this run.)  \n",
    "2020-10-02: Volumetric and surface models are saved in different folders from now on."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Generating covariances. \n",
      "  Subject  1/ 3...Reading /home/sbierer/Data/MEG/f2f/f2f_014/epochs/All_1sec_80-sss_f2f_014-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "385 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "Projections have already been applied. Setting proj attribute to True.\n",
      " : MEG rank 45Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_erm_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 36000 ... 370999 =     36.000 ...   370.999 secs\n",
      "Ready.\n",
      "Reading 0 ... 334999  =      0.000 ...   334.999 secs...\n",
      "Using up to 1675 segments\n",
      "Computing rank from data with rank={'meg': 45}\n",
      "    Created an SSP operator (subspace dimension = 2)\n",
      "    Setting small MEG eigenvalues to zero (without PCA)\n",
      "Reducing data rank from 305 -> 45\n",
      "Estimating covariance using SHRUNK\n",
      "Done.\n",
      "Number of samples used : 166600\n",
      "[done]\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 217500 ... 1792499 =     69.958 ...   576.552 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1792500 ... 2575499 =    576.552 ...   828.401 secs\n",
      "Ready.\n",
      "Computing rank from data with rank={'meg': 45}\n",
      "    Created an SSP operator (subspace dimension = 2)\n",
      "    Setting small MEG eigenvalues to zero (without PCA)\n",
      "Reducing data rank from 305 -> 45\n",
      "Estimating covariance using SHRUNK\n",
      "Done.\n",
      "Number of samples used : 39186\n",
      "[done]\n",
      "\n",
      "  Subject  2/ 3...Reading /home/sbierer/Data/MEG/f2f/f2f_022/epochs/All_1sec_80-sss_f2f_022-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "431 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "Projections have already been applied. Setting proj attribute to True.\n",
      " : MEG rank 46Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_pca_fif/f2f_022_erm_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 183000 ... 492999 =    183.000 ...   492.999 secs\n",
      "Ready.\n",
      "Reading 0 ... 309999  =      0.000 ...   309.999 secs...\n",
      "Using up to 1550 segments\n",
      "Computing rank from data with rank={'meg': 46}\n",
      "    Created an SSP operator (subspace dimension = 2)\n",
      "    Setting small MEG eigenvalues to zero (without PCA)\n",
      "Reducing data rank from 306 -> 46\n",
      "Estimating covariance using SHRUNK\n",
      "Done.\n",
      "Number of samples used : 290800\n",
      "[done]\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_pca_fif/f2f_022_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 127500 ... 1668877 =     41.010 ...   536.789 secs\n",
      "Ready.\n",
      "Computing rank from data with rank={'meg': 46}\n",
      "    Created an SSP operator (subspace dimension = 2)\n",
      "    Setting small MEG eigenvalues to zero (without PCA)\n",
      "Reducing data rank from 306 -> 46\n",
      "Estimating covariance using SHRUNK\n",
      "Done.\n",
      "Number of samples used : 141505\n",
      "[done]\n",
      "\n",
      "  Subject  3/ 3...Reading /home/sbierer/Data/MEG/f2f/f2f_026/epochs/All_1sec_80-sss_f2f_026-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "436 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "Projections have already been applied. Setting proj attribute to True.\n",
      " : MEG rank 46Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_erm_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 116000 ... 416999 =    116.000 ...   416.999 secs\n",
      "Ready.\n",
      "Reading 0 ... 300999  =      0.000 ...   300.999 secs...\n",
      "Using up to 1505 segments\n",
      "Computing rank from data with rank={'meg': 46}\n",
      "    Created an SSP operator (subspace dimension = 2)\n",
      "    Setting small MEG eigenvalues to zero (without PCA)\n",
      "Reducing data rank from 306 -> 46\n",
      "Estimating covariance using SHRUNK\n",
      "Done.\n",
      "Number of samples used : 245800\n",
      "[done]\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 36000 ... 1606499 =     11.579 ...   516.725 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 1606500 ... 1657499 =    516.726 ...   533.129 secs\n",
      "Ready.\n",
      "Computing rank from data with rank={'meg': 46}\n",
      "    Created an SSP operator (subspace dimension = 2)\n",
      "    Setting small MEG eigenvalues to zero (without PCA)\n",
      "Reducing data rank from 306 -> 46\n",
      "Estimating covariance using SHRUNK\n",
      "Done.\n",
      "Number of samples used : 143060\n",
      "[done]\n",
      "\n",
      "  (0:05:20.434)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "mnefun.do_processing(params, gen_covs=True, print_status=False)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Generating forward models. \n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "  Creating forward solution(s) using a 1-layer BEM for f2f_014...Using surface from /media/sbierer/smbdata/MEG/anatomy/f2f_014/bem/f2f_014-head.fif.\n",
      " (dig<->MRI 4.4 mm)\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 217500 ... 1792499 =     69.958 ...   576.552 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1792500 ... 2575499 =    576.552 ...   828.401 secs\n",
      "Ready.\n",
      "Source space          : <SourceSpaces: [<surface (lh), n_vertices=99704, n_used=4098>, <surface (rh), n_vertices=100758, n_used=4098>] MRI (surface RAS) coords, subject 'f2f_014', ~13.3 MB>\n",
      "MRI -> head transform : instance of Transform\n",
      "Measurement data      : instance of Info\n",
      "Conductor model   : instance of ConductorModel\n",
      "Accurate field computations\n",
      "Do computations in head coordinates\n",
      "Free source orientations\n",
      "\n",
      "Read 2 source spaces a total of 8196 active source locations\n",
      "\n",
      "Coordinate transformation: MRI (surface RAS) -> head\n",
      "     0.938937 -0.343340  0.022696       9.71 mm\n",
      "     0.307536  0.866950  0.392199      20.40 mm\n",
      "    -0.154333 -0.361270  0.919600      21.32 mm\n",
      "     0.000000  0.000000  0.000000       1.00\n",
      "\n",
      "Read 305 MEG channels from info\n",
      "99 coil definitions read\n",
      "Coordinate transformation: MEG device -> head\n",
      "     0.992307 -0.070534 -0.101745      -5.24 mm\n",
      "     0.106259  0.906965  0.407582       6.92 mm\n",
      "     0.063531 -0.415258  0.907483      83.03 mm\n",
      "     0.000000  0.000000  0.000000       1.00\n",
      "MEG coil definitions created in head coordinates.\n",
      "Source spaces are now in head coordinates.\n",
      "\n",
      "Employing the head->MRI coordinate transform with the BEM model.\n",
      "BEM model instance of ConductorModel is now set up\n",
      "\n",
      "Source spaces are in head coordinates.\n",
      "Checking that the sources are inside the surface and at least    2.0 mm away (will take a few...)\n",
      "    Skipping interior check for 1873 sources that fit inside a sphere of radius   43.0 mm\n",
      "    Skipping solid angle check for 0 points using Qhull\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Skipping interior check for 1940 sources that fit inside a sphere of radius   43.0 mm\n",
      "    Skipping solid angle check for 0 points using Qhull\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    1.6s remaining:    1.6s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    1.6s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "\n",
      "Setting up compensation data...\n",
      "    No compensation set. Nothing more to do.\n",
      "\n",
      "Composing the field computation matrix...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.5s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.5s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.1s remaining:    0.1s\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Computing MEG at 8196 source locations (free orientations)...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.2s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    1.2s remaining:    1.2s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    1.6s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "\n",
      "Finished.\n",
      "Overwriting existing file.\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    [done]\n",
      "    2 source spaces written\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "  Creating forward solution(s) using a 1-layer BEM for f2f_022...Using surface from /media/sbierer/smbdata/MEG/anatomy/f2f_022/bem/f2f_022-head.fif.\n",
      " (dig<->MRI 4.9 mm)\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_pca_fif/f2f_022_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 127500 ... 1668877 =     41.010 ...   536.789 secs\n",
      "Ready.\n",
      "Source space          : <SourceSpaces: [<surface (lh), n_vertices=99704, n_used=4098>, <surface (rh), n_vertices=100758, n_used=4098>] MRI (surface RAS) coords, subject 'f2f_022', ~13.3 MB>\n",
      "MRI -> head transform : instance of Transform\n",
      "Measurement data      : instance of Info\n",
      "Conductor model   : instance of ConductorModel\n",
      "Accurate field computations\n",
      "Do computations in head coordinates\n",
      "Free source orientations\n",
      "\n",
      "Read 2 source spaces a total of 8196 active source locations\n",
      "\n",
      "Coordinate transformation: MRI (surface RAS) -> head\n",
      "     0.998361  0.040594  0.040335     -18.15 mm\n",
      "    -0.048737  0.972552  0.227523      19.35 mm\n",
      "    -0.029992 -0.229116  0.972937      10.68 mm\n",
      "     0.000000  0.000000  0.000000       1.00\n",
      "\n",
      "Read 306 MEG channels from info\n",
      "99 coil definitions read\n",
      "Coordinate transformation: MEG device -> head\n",
      "     0.985691  0.014920 -0.167902     -44.59 mm\n",
      "     0.048951  0.927813  0.369820      -3.76 mm\n",
      "     0.161299 -0.372747  0.913806      76.97 mm\n",
      "     0.000000  0.000000  0.000000       1.00\n",
      "MEG coil definitions created in head coordinates.\n",
      "Source spaces are now in head coordinates.\n",
      "\n",
      "Employing the head->MRI coordinate transform with the BEM model.\n",
      "BEM model instance of ConductorModel is now set up\n",
      "\n",
      "Source spaces are in head coordinates.\n",
      "Checking that the sources are inside the surface and at least    2.0 mm away (will take a few...)\n",
      "    Skipping interior check for 2926 sources that fit inside a sphere of radius   51.6 mm\n",
      "    Skipping solid angle check for 0 points using Qhull\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Skipping interior check for 2872 sources that fit inside a sphere of radius   51.6 mm\n",
      "    Skipping solid angle check for 0 points using Qhull\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.3s remaining:    0.3s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "\n",
      "Setting up compensation data...\n",
      "    No compensation set. Nothing more to do.\n",
      "\n",
      "Composing the field computation matrix...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.3s remaining:    0.3s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.3s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.1s remaining:    0.1s\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Computing MEG at 8196 source locations (free orientations)...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.2s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    1.2s remaining:    1.2s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    1.6s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "\n",
      "Finished.\n",
      "Overwriting existing file.\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "  Creating forward solution(s) using a 1-layer BEM for f2f_026...Using surface from /media/sbierer/smbdata/MEG/anatomy/f2f_026/bem/f2f_026-head.fif.\n",
      " (dig<->MRI 1.4 mm)\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 36000 ... 1606499 =     11.579 ...   516.725 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 1606500 ... 1657499 =    516.726 ...   533.129 secs\n",
      "Ready.\n",
      "Source space          : <SourceSpaces: [<surface (lh), n_vertices=99704, n_used=4098>, <surface (rh), n_vertices=100758, n_used=4098>] MRI (surface RAS) coords, subject 'f2f_026', ~13.3 MB>\n",
      "MRI -> head transform : instance of Transform\n",
      "Measurement data      : instance of Info\n",
      "Conductor model   : instance of ConductorModel\n",
      "Accurate field computations\n",
      "Do computations in head coordinates\n",
      "Free source orientations\n",
      "\n",
      "Read 2 source spaces a total of 8196 active source locations\n",
      "\n",
      "Coordinate transformation: MRI (surface RAS) -> head\n",
      "     0.985260 -0.145697  0.089635      -7.15 mm\n",
      "     0.095338  0.902763  0.419439      13.88 mm\n",
      "    -0.142030 -0.404711  0.903347      24.36 mm\n",
      "     0.000000  0.000000  0.000000       1.00\n",
      "\n",
      "Read 306 MEG channels from info\n",
      "99 coil definitions read\n",
      "Coordinate transformation: MEG device -> head\n",
      "     0.997463  0.021306  0.067924     -10.02 mm\n",
      "    -0.027354  0.995622  0.089381      -5.17 mm\n",
      "    -0.065722 -0.091012  0.993679      84.07 mm\n",
      "     0.000000  0.000000  0.000000       1.00\n",
      "MEG coil definitions created in head coordinates.\n",
      "Source spaces are now in head coordinates.\n",
      "\n",
      "Employing the head->MRI coordinate transform with the BEM model.\n",
      "BEM model instance of ConductorModel is now set up\n",
      "\n",
      "Source spaces are in head coordinates.\n",
      "Checking that the sources are inside the surface and at least    2.0 mm away (will take a few...)\n",
      "    Skipping interior check for 1745 sources that fit inside a sphere of radius   43.8 mm\n",
      "    Skipping solid angle check for 0 points using Qhull\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "    Skipping interior check for 1790 sources that fit inside a sphere of radius   43.8 mm\n",
      "    Skipping solid angle check for 0 points using Qhull\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.5s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "\n",
      "Setting up compensation data...\n",
      "    No compensation set. Nothing more to do.\n",
      "\n",
      "Composing the field computation matrix...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.5s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.1s remaining:    0.1s\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Computing MEG at 8196 source locations (free orientations)...\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.2s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n",
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    1.2s remaining:    1.2s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    1.6s finished\n",
      "[Parallel(n_jobs=6)]: Using backend LokyBackend with 6 concurrent workers.\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "\n",
      "Finished.\n",
      "Overwriting existing file.\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "[Parallel(n_jobs=6)]: Done   3 out of   6 | elapsed:    0.4s remaining:    0.4s\n",
      "[Parallel(n_jobs=6)]: Done   6 out of   6 | elapsed:    0.4s finished\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "  (0:00:38.696)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "mnefun.do_processing(params, gen_fwd=True, print_status=False)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Generating inverse solutions. \n",
      "  Subject f2f_014Reading /home/sbierer/Data/MEG/f2f/f2f_014/epochs/All_1sec_80-sss_f2f_014-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "385 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "    305 x 305 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 217500 ... 1792499 =     69.958 ...   576.552 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1792500 ... 2575499 =    576.552 ...   828.401 secs\n",
      "Ready.\n",
      "Reading forward solution from /home/sbierer/Data/MEG/f2f/f2f_014/forward_surf/f2f_014-sss-fwd.fif...\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "    Desired named matrix (kind = 3523) not available\n",
      "    Read MEG forward solution (8196 sources, 305 channels, free orientations)\n",
      "    Source spaces transformed to the forward solution coordinate frame\n",
      "    No patch info available. The standard source space normals will be employed in the rotation to the local surface coordinates....\n",
      "    Converting to surface-based source orientations...\n",
      "    [done]\n",
      "    305 x 305 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    305 out of 305 channels remain after picking\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (45 > 43). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_014/inverse_surf/f2f_014-80-sss-meg-free-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_014/inverse_surf/f2f_014-80-sss-meg-fixed-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (45 > 43). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n",
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (45 > 43). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_014/inverse_surf/f2f_014-80-sss-meg-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "    305 out of 305 channels remain after picking\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (45 > 43). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_014/inverse_surf/f2f_014-meg-erm-free-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_014/inverse_surf/f2f_014-meg-erm-fixed-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (45 > 43). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n",
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (45 > 43). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_014/inverse_surf/f2f_014-meg-erm-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "\n",
      "  Subject f2f_022Reading /home/sbierer/Data/MEG/f2f/f2f_022/epochs/All_1sec_80-sss_f2f_022-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "431 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "    306 x 306 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_pca_fif/f2f_022_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 127500 ... 1668877 =     41.010 ...   536.789 secs\n",
      "Ready.\n",
      "Reading forward solution from /home/sbierer/Data/MEG/f2f/f2f_022/forward_surf/f2f_022-sss-fwd.fif...\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "    Desired named matrix (kind = 3523) not available\n",
      "    Read MEG forward solution (8196 sources, 306 channels, free orientations)\n",
      "    Source spaces transformed to the forward solution coordinate frame\n",
      "    No patch info available. The standard source space normals will be employed in the rotation to the local surface coordinates....\n",
      "    Converting to surface-based source orientations...\n",
      "    [done]\n",
      "    306 x 306 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    306 out of 306 channels remain after picking\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_022/inverse_surf/f2f_022-80-sss-meg-free-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_022/inverse_surf/f2f_022-80-sss-meg-fixed-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_022/inverse_surf/f2f_022-80-sss-meg-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "    306 out of 306 channels remain after picking\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_022/inverse_surf/f2f_022-meg-erm-free-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_022/inverse_surf/f2f_022-meg-erm-fixed-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_022/inverse_surf/f2f_022-meg-erm-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "\n",
      "  Subject f2f_026Reading /home/sbierer/Data/MEG/f2f/f2f_026/epochs/All_1sec_80-sss_f2f_026-epo.fif ...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Found the data of interest:\n",
      "        t =       0.00 ...     997.11 ms\n",
      "        0 CTF compensation matrices available\n",
      "Not setting metadata\n",
      "Not setting metadata\n",
      "436 matching events found\n",
      "No baseline correction applied\n",
      "Created an SSP operator (subspace dimension = 2)\n",
      "2 projection items activated\n",
      "    306 x 306 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 36000 ... 1606499 =     11.579 ...   516.725 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 1606500 ... 1657499 =    516.726 ...   533.129 secs\n",
      "Ready.\n",
      "Reading forward solution from /home/sbierer/Data/MEG/f2f/f2f_026/forward_surf/f2f_026-sss-fwd.fif...\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    Reading a source space...\n",
      "    [done]\n",
      "    2 source spaces read\n",
      "    Desired named matrix (kind = 3523) not available\n",
      "    Read MEG forward solution (8196 sources, 306 channels, free orientations)\n",
      "    Source spaces transformed to the forward solution coordinate frame\n",
      "    No patch info available. The standard source space normals will be employed in the rotation to the local surface coordinates....\n",
      "    Converting to surface-based source orientations...\n",
      "    [done]\n",
      "    306 x 306 full covariance (kind = 1) found.\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    306 out of 306 channels remain after picking\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (46 > 41). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_026/inverse_surf/f2f_026-80-sss-meg-free-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_026/inverse_surf/f2f_026-80-sss-meg-fixed-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (46 > 41). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n",
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (46 > 41). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_026/inverse_surf/f2f_026-80-sss-meg-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "    306 out of 306 channels remain after picking\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (46 > 41). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_026/inverse_surf/f2f_026-meg-erm-free-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_026/inverse_surf/f2f_026-meg-erm-fixed-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (46 > 41). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n",
      "/home/sbierer/CodeBase/mnefun/mnefun/_inverse.py:123: RuntimeWarning: Something went wrong in the data-driven estimation of the data rank as it exceeds the theoretical rank from the info (46 > 41). Consider setting rank to \"auto\" or setting it explicitly as an integer.\n",
      "  **kwargs)\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Write inverse operator decomposition in /home/sbierer/Data/MEG/f2f/f2f_026/inverse_surf/f2f_026-meg-erm-inv.fif...\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    Write a source space...\n",
      "    [done]\n",
      "    2 source spaces written\n",
      "    Writing inverse operator info...\n",
      "    Writing noise covariance matrix.\n",
      "    Writing source covariance matrix.\n",
      "    Writing orientation priors.\n",
      "    [done]\n",
      "\n",
      "  (0:00:14.089)\n",
      "Status. \n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_fif/f2f_014_raw_sss.fif...\n",
      "    Range : 217500 ... 1792499 =     69.958 ...   576.552 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_014/sss_fif/f2f_014_raw_sss-1.fif...\n",
      "    Range : 1792500 ... 2575499 =    576.552 ...   828.401 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_fif/f2f_014_erm_raw_sss.fif...\n",
      "    Range : 36000 ... 370999 =     36.000 ...   370.999 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 217500 ... 1792499 =     69.958 ...   576.552 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_014/sss_pca_fif/f2f_014_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 305)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 305)  idle\n",
      "    Range : 1792500 ... 2575499 =    576.552 ...   828.401 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_fif/f2f_022_raw_sss.fif...\n",
      "    Range : 127500 ... 1668877 =     41.010 ...   536.789 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_fif/f2f_022_erm_raw_sss.fif...\n",
      "    Range : 183000 ... 492999 =    183.000 ...   492.999 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_022/sss_pca_fif/f2f_022_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 127500 ... 1668877 =     41.010 ...   536.789 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_fif/f2f_026_raw_sss.fif...\n",
      "    Range : 36000 ... 1606499 =     11.579 ...   516.725 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_026/sss_fif/f2f_026_raw_sss-1.fif...\n",
      "    Range : 1606500 ... 1657499 =    516.726 ...   533.129 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_fif/f2f_026_erm_raw_sss.fif...\n",
      "    Range : 116000 ... 416999 =    116.000 ...   416.999 secs\n",
      "Ready.\n",
      "Opening raw data file /home/sbierer/Data/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 36000 ... 1606499 =     11.579 ...   516.725 secs\n",
      "Ready.\n",
      "Opening raw data file /media/sbierer/smbdata/MEG/f2f/f2f_026/sss_pca_fif/f2f_026_allclean_fil80_raw_sss-1.fif...\n",
      "    Read a total of 2 projection items:\n",
      "        meg-ECG--0.08-0.08-PCA-01 (1 x 306)  idle\n",
      "        meg-ECG--0.08-0.08-PCA-02 (1 x 306)  idle\n",
      "    Range : 1606500 ... 1657499 =    516.726 ...   533.129 secs\n",
      "Ready.\n",
      "╒═════════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╤═════╕\n",
      "│         │ raw │ sco │ pbd │ cor │ sss │ chf │ gsp │ asp │ epv │ cov │ fwd │ inv │ rep │ don │\n",
      "╞═════════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╪═════╡\n",
      "│ f2f_014 │   X │   X │   X │     │   X │   X │   X │   X │   X │   X │   X │   X │   X │     │\n",
      "├─────────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┤\n",
      "│ f2f_022 │   X │   X │   X │     │   X │   X │   X │   X │   X │   X │   X │   X │   X │     │\n",
      "├─────────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┼─────┤\n",
      "│ f2f_026 │   X │   X │     │     │   X │   X │   X │   X │   X │   X │   X │   X │   X │     │\n",
      "╘═════════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╧═════╛\n",
      "  (0:00:11.425)\n",
      "Done\n"
     ]
    }
   ],
   "source": [
    "mnefun.do_processing(params, gen_inv=True, print_status=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "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": "3.7.5"
  },
  "toc": {
   "base_numbering": 1,
   "nav_menu": {},
   "number_sections": false,
   "sideBar": true,
   "skip_h1_title": true,
   "title_cell": "Table of Contents",
   "title_sidebar": "Contents",
   "toc_cell": true,
   "toc_position": {
    "height": "calc(100% - 180px)",
    "left": "10px",
    "top": "150px",
    "width": "241px"
   },
   "toc_section_display": true,
   "toc_window_display": true
  },
  "varInspector": {
   "cols": {
    "lenName": 16,
    "lenType": 16,
    "lenVar": 40
   },
   "kernels_config": {
    "python": {
     "delete_cmd_postfix": "",
     "delete_cmd_prefix": "del ",
     "library": "var_list.py",
     "varRefreshCmd": "print(var_dic_list())"
    },
    "r": {
     "delete_cmd_postfix": ") ",
     "delete_cmd_prefix": "rm(",
     "library": "var_list.r",
     "varRefreshCmd": "cat(var_dic_list()) "
    }
   },
   "position": {
    "height": "265.85px",
    "left": "892px",
    "right": "20px",
    "top": "120px",
    "width": "345px"
   },
   "types_to_exclude": [
    "module",
    "function",
    "builtin_function_or_method",
    "instance",
    "_Feature"
   ],
   "window_display": false
  }
 },
 "nbformat": 4,
 "nbformat_minor": 4
}