examples/Notebooks/flopy3_MT3D-USGS_example.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# FloPy\n",
    "\n",
    "### MT3D-USGS Example\n",
    "\n",
    "Demonstrates functionality of the flopy MT3D-USGS module using the 'Crank-Nicolson' example distributed with MT3D-USGS.  \n",
    "\n",
    "#### Problem description:\n",
    "\n",
    "* Grid dimensions: 1 Layer, 3 Rows, 650 Columns\n",
    "* Stress periods: 3\n",
    "* Units are in seconds and meters\n",
    "* Flow package: UPW\n",
    "* Stress packages: SFR, GHB\n",
    "* Solvers: NWT, GCG"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "3.7.3 (default, Mar 27 2019, 16:54:48) \n",
      "[Clang 4.0.1 (tags/RELEASE_401/final)]\n",
      "numpy version: 1.16.2\n",
      "matplotlib version: 3.0.3\n",
      "flopy version: 3.2.12\n"
     ]
    }
   ],
   "source": [
    "%matplotlib inline\n",
    "import sys\n",
    "import os\n",
    "import platform\n",
    "import string\n",
    "from io import StringIO, BytesIO\n",
    "import math\n",
    "import numpy as np\n",
    "import matplotlib as mpl\n",
    "import matplotlib.pyplot as plt\n",
    "\n",
    "# run installed version of flopy or add local path\n",
    "try:\n",
    "    import flopy\n",
    "except:\n",
    "    fpth = os.path.abspath(os.path.join('..', '..'))\n",
    "    sys.path.append(fpth)\n",
    "    import flopy\n",
    "\n",
    "print(sys.version)\n",
    "print('numpy version: {}'.format(np.__version__))\n",
    "print('matplotlib version: {}'.format(mpl.__version__))\n",
    "print('flopy version: {}'.format(flopy.__version__))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "modelpth = os.path.join('data')\n",
    "modelname = 'CrnkNic'\n",
    "mfexe = 'mfnwt'\n",
    "mtexe = 'mt3dusgs'\n",
    "if platform.system() == 'Windows':\n",
    "    mfexe += '.exe'\n",
    "    mtexe += '.exe'\n",
    "\n",
    "# Make sure modelpth directory exists\n",
    "if not os.path.exists(modelpth):\n",
    "    os.mkdir(modelpth)\n",
    "\n",
    "# Instantiate MODFLOW object in flopy\n",
    "mf = flopy.modflow.Modflow(modelname=modelname, exe_name=mfexe, model_ws=modelpth, version='mfnwt')"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {
    "collapsed": true
   },
   "source": [
    "Set up model discretization"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "Lx = 650.0 \n",
    "Ly = 15\n",
    "nrow = 3\n",
    "ncol = 650\n",
    "nlay = 1\n",
    "\n",
    "delr = Lx / ncol\n",
    "delc = Ly / nrow\n",
    "\n",
    "xmax = ncol * delr\n",
    "ymax = nrow * delc\n",
    "\n",
    "X, Y = np.meshgrid(np.linspace(delr / 2, xmax - delr / 2, ncol),    \n",
    "                   np.linspace(ymax - delc / 2, 0 + delc / 2, nrow))\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate output control (oc) package for MODFLOW-NWT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Output Control: Create a flopy output control object\n",
    "oc = flopy.modflow.ModflowOc(mf)                      "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate solver package for MODFLOW-NWT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Newton-Raphson Solver: Create a flopy nwt package object\n",
    "\n",
    "headtol = 1.0E-4 \n",
    "fluxtol = 5      \n",
    "maxiterout = 5000\n",
    "thickfact = 1E-06\n",
    "linmeth = 2      \n",
    "iprnwt = 1       \n",
    "ibotav = 1       \n",
    "\n",
    "nwt = flopy.modflow.ModflowNwt(mf, headtol=headtol, fluxtol=fluxtol, maxiterout=maxiterout,       \n",
    "                               thickfact=thickfact, linmeth=linmeth, iprnwt=iprnwt, ibotav=ibotav,\n",
    "                               options='SIMPLE')                                          \n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate discretization (DIS) package for MODFLOW-NWT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "# The equations for calculating the ground elevation in the 1 Layer CrnkNic model.  \n",
    "# Although Y isn't used, keeping it here for symetry\n",
    "\n",
    "def topElev(X, Y):\n",
    "    return 100. - (np.ceil(X)-1) * 0.03\n",
    "\n",
    "grndElev = topElev(X, Y)\n",
    "bedRockElev = grndElev - 3.\n",
    "\n",
    "Steady = [False, False, False]                                                                  \n",
    "nstp = [1, 1, 1]                                                                        \n",
    "tsmult = [1., 1., 1.]\n",
    "\n",
    "# Stress periods extend from (12AM-8:29:59AM); (8:30AM-11:30:59AM); (11:31AM-23:59:59PM)\n",
    "perlen = [30600, 10800, 45000]                                                                    \n",
    "                                                                                       \n",
    "# Create the discretization object\n",
    "# itmuni = 1 (seconds); lenuni = 2 (meters)\n",
    "dis = flopy.modflow.ModflowDis(mf, nlay, nrow, ncol, nper=3, delr=delr, delc=delc,     \n",
    "                               top=grndElev, botm=bedRockElev, laycbd=0, itmuni=1, lenuni=2,\n",
    "                               steady=Steady, nstp=nstp, tsmult=tsmult, perlen=perlen) \n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate upstream weighting (UPW) flow package for MODFLOW-NWT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [],
   "source": [
    "# UPW parameters \n",
    "# UPW must be instantiated after DIS.  Otherwise, during the mf.write_input() procedures,   \n",
    "# flopy will crash.\n",
    "\n",
    "\n",
    "laytyp = 1   \n",
    "layavg = 2   \n",
    "chani = 1.0  \n",
    "layvka = 1\n",
    "iphdry = 0\n",
    "hk = 0.1\n",
    "hani = 1\n",
    "vka = 1.\n",
    "ss = 0.000001\n",
    "sy = 0.20\n",
    "hdry = -888\n",
    "\n",
    "upw = flopy.modflow.ModflowUpw(mf, laytyp=laytyp, layavg=layavg, chani=chani, layvka=layvka,\n",
    "                               ipakcb=53, hdry=hdry, iphdry=iphdry, hk=hk, hani=hani,\n",
    "                               vka=vka, ss=ss, sy=sy)\n",
    "                                 \n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate basic (BAS or BA6) package for MODFLOW-NWT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Create a flopy basic package object                                               \n",
    "def calc_strtElev(X, Y):             \n",
    "    return 99.5 - (np.ceil(X)-1) * 0.0001\n",
    "\n",
    "ibound = np.ones((nlay, nrow, ncol))\n",
    "ibound[:,0,:] *= -1\n",
    "ibound[:,2,:] *= -1\n",
    "\n",
    "strtElev = calc_strtElev(X, Y)\n",
    "\n",
    "bas = flopy.modflow.ModflowBas(mf, ibound=ibound, hnoflo=hdry, strt=strtElev)\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate streamflow routing (SFR2) package for MODFLOW-NWT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Streamflow Routing Package: Try and set up with minimal options in use\n",
    "# 9 11 IFACE # Data Set 1: ISTCB1  ISTCB2\n",
    "\n",
    "nstrm = ncol  \n",
    "nss = 6       \n",
    "const = 1.0   \n",
    "dleak = 0.0001\n",
    "istcb1 = -10  \n",
    "istcb2 = 11   \n",
    "isfropt = 1   \n",
    "\n",
    "segment_data = None\n",
    "channel_geometry_data = None\n",
    "channel_flow_data = None\n",
    "dataset_5 = None\n",
    "reachinput = True\n",
    "\n",
    "\n",
    "# The next couple of lines set up the reach_data for the 30x100 hypothetical model.\n",
    "# Will need to adjust the row based on which grid discretization we're doing.\n",
    "# Ensure that the stream goes down one of the middle rows of the model.\n",
    "\n",
    "strmBed_Elev = 98.75 - (np.ceil(X[1,:])-1) * 0.0001\n",
    "\n",
    "s1 = 'k,i,j,iseg,ireach,rchlen,strtop,slope,strthick,strhc1\\n'\n",
    "iseg = 0\n",
    "irch = 0\n",
    "\n",
    "for y in range(ncol):\n",
    "    if y <= 37:\n",
    "        if iseg == 0:\n",
    "            irch = 1\n",
    "        else:\n",
    "            irch += 1\n",
    "        iseg = 1\n",
    "        strhc1 = 1.0e-10\n",
    "    elif y <= 104:\n",
    "        if iseg == 1:\n",
    "            irch = 1\n",
    "        else:\n",
    "            irch += 1\n",
    "        iseg = 2\n",
    "        strhc1 = 1.0e-10\n",
    "    elif y <= 280:\n",
    "        if iseg == 2:\n",
    "            irch = 1\n",
    "        else:\n",
    "            irch += 1\n",
    "        iseg = 3\n",
    "        strhc1 = 2.946219199e-6\n",
    "    elif y <= 432:\n",
    "        if iseg == 3:\n",
    "            irch = 1\n",
    "        else:\n",
    "            irch += 1\n",
    "        iseg = 4\n",
    "        strhc1 = 1.375079882e-6\n",
    "    elif y <= 618:\n",
    "        if iseg == 4:\n",
    "            irch = 1\n",
    "        else:\n",
    "            irch += 1\n",
    "        iseg = 5\n",
    "        strhc1 = 1.764700062e-6\n",
    "    else:\n",
    "        if iseg == 5:\n",
    "            irch = 1\n",
    "        else:\n",
    "            irch += 1\n",
    "        iseg = 6\n",
    "        strhc1 = 1e-10\n",
    "    \n",
    "    # remember that lay, row, col need to be zero-based and are adjusted accordingly by flopy\n",
    "    #    layer +  row      +      col     +       iseg      +      irch      +     rchlen      +            strtop          +       slope       +     strthick    +     strmbed K\n",
    "    s1 += '0,{}'.format(1)\n",
    "    s1 += ',{}'.format(y)\n",
    "    s1 += ',{}'.format(iseg)\n",
    "    s1 += ',{}'.format(irch)\n",
    "    s1 += ',{}'.format(delr)\n",
    "    s1 += ',{}'.format(strmBed_Elev[y])\n",
    "    s1 += ',{}'.format(0.0001)\n",
    "    s1 += ',{}'.format(0.50)\n",
    "    s1 += ',{}\\n'.format(strhc1)\n",
    "\n",
    "\n",
    "if not os.path.exists('data'):\n",
    "    os.mkdir('data')\n",
    "\n",
    "fpth = os.path.join('data', 's1.csv')\n",
    "f = open(fpth, 'w')\n",
    "f.write(s1)\n",
    "f.close()\n",
    "\n",
    "dtype = [('k', '<i4'), ('i', '<i4'), ('j', '<i4'), ('iseg', '<i4'), \n",
    "         ('ireach', '<f8'), ('rchlen', '<f8'), ('strtop', '<f8'), \n",
    "         ('slope', '<f8'), ('strthick', '<f8'), ('strhc1', '<f8')]\n",
    "\n",
    "if (sys.version_info > (3, 0)):\n",
    "    f = open(fpth, 'rb')\n",
    "else:\n",
    "    f = open(fpth, 'r')\n",
    "\n",
    "reach_data = np.genfromtxt(f, delimiter=',', names=True, dtype=dtype)\n",
    "f.close()\n",
    "\n",
    "s2 = \"nseg,icalc,outseg,iupseg,nstrpts,   flow,runoff,etsw,pptsw,        roughch,        roughbk,cdpth,fdpth,awdth,bwdth,width1,width2\\n \\\n",
    "      1,    1,     2,     0,      0, 0.0125,   0.0, 0.0,  0.0, 0.082078856000, 0.082078856000,  0.0,  0.0,  0.0,  0.0,   1.5,   1.5\\n \\\n",
    "      2,    1,     3,     0,      0,    0.0,   0.0, 0.0,  0.0, 0.143806300000, 0.143806300000,  0.0,  0.0,  0.0,  0.0,   1.5,   1.5\\n \\\n",
    "      3,    1,     4,     0,      0,    0.0,   0.0, 0.0,  0.0, 0.104569661821, 0.104569661821,  0.0,  0.0,  0.0,  0.0,   1.5,   1.5\\n \\\n",
    "      4,    1,     5,     0,      0,    0.0,   0.0, 0.0,  0.0, 0.126990045841, 0.126990045841,  0.0,  0.0,  0.0,  0.0,   1.5,   1.5\\n \\\n",
    "      5,    1,     6,     0,      0,    0.0,   0.0, 0.0,  0.0, 0.183322283828, 0.183322283828,  0.0,  0.0,  0.0,  0.0,   1.5,   1.5\\n \\\n",
    "      6,    1,     0,     0,      0,    0.0,   0.0, 0.0,  0.0, 0.183322283828, 0.183322283828,  0.0,  0.0,  0.0,  0.0,   1.5,   1.5\"\n",
    "\n",
    "fpth = os.path.join('data', 's2.csv')\n",
    "f = open(fpth, 'w')\n",
    "f.write(s2)\n",
    "f.close()\n",
    "\n",
    "if (sys.version_info > (3, 0)):\n",
    "    f = open(fpth, 'rb')\n",
    "else:\n",
    "    f = open(fpth, 'r')\n",
    "\n",
    "segment_data = np.genfromtxt(f, delimiter=',',names=True)\n",
    "f.close()\n",
    "\n",
    "# Be sure to convert segment_data to a dictionary keyed on stress period.\n",
    "segment_data = np.atleast_1d(segment_data)                                                                                                                                                   \n",
    "segment_data = {0: segment_data,                                                                                                                                                             \n",
    "                1: segment_data,\n",
    "                2: segment_data}\n",
    "                                                                                                                                                                                             \n",
    "# There are 3 stress periods\n",
    "dataset_5 = {0: [nss, 0, 0],\n",
    "             1: [nss, 0, 0],\n",
    "             2: [nss, 0, 0]}\n",
    " \n",
    "sfr = flopy.modflow.ModflowSfr2(mf, nstrm=nstrm, nss=nss, const=const, dleak=dleak, isfropt=isfropt, istcb2=0,\n",
    "                                reachinput=True, reach_data=reach_data, dataset_5=dataset_5,\n",
    "                                segment_data=segment_data, channel_geometry_data=channel_geometry_data)\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate gage package for use with MODFLOW-NWT package"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [],
   "source": [
    "gages = [[1,38,61,1],[2,67,62,1], [3,176,63,1], [4,152,64,1], [5,186,65,1], [6,31,66,1]]\n",
    "files = ['CrnkNic.gage','CrnkNic.gag1','CrnkNic.gag2','CrnkNic.gag3','CrnkNic.gag4','CrnkNic.gag5',\n",
    "         'CrnkNic.gag6']\n",
    "gage = flopy.modflow.ModflowGage(mf, numgage=6, gage_data=gages, filenames = files)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate linkage with mass transport routing (LMT) package for MODFLOW-NWT (generates linker file)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "lmt = flopy.modflow.ModflowLmt(mf, output_file_name='CrnkNic.ftl', output_file_header='extended',\n",
    "                               output_file_format='formatted', package_flows = ['sfr'])"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Write the MODFLOW input files"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "/Users/jdhughes/Documents/Development/flopy_git/examples/Notebooks\n",
      "FloPy is using the following executable to run the model: /Users/jdhughes/Documents/Development/bin/mac/mfnwt\n",
      "\n",
      "                                  MODFLOW-NWT-SWR1 \n",
      "    U.S. GEOLOGICAL SURVEY MODULAR FINITE-DIFFERENCE GROUNDWATER-FLOW MODEL\n",
      "                             WITH NEWTON FORMULATION\n",
      "                             Version 1.1.3, 8/01/2017                        \n",
      "                    BASED ON MODFLOW-2005 Version 1.11.0 08/08/2013                       \n",
      "\n",
      "                    SWR1 Version 1.04.0 09/15/2016                       \n",
      "\n",
      " Using NAME file: CrnkNic.nam \n",
      " Run start date and time (yyyy/mm/dd hh:mm:ss): 2018/02/19 11:38:25\n",
      "\n",
      " Solving:  Stress period:     1    Time step:     1    Groundwater-Flow Eqn.\n",
      " Solving:  Stress period:     2    Time step:     1    Groundwater-Flow Eqn.\n",
      " Solving:  Stress period:     3    Time step:     1    Groundwater-Flow Eqn.\n",
      " Run end date and time (yyyy/mm/dd hh:mm:ss): 2018/02/19 11:38:25\n",
      " Elapsed run time:  0.078 Seconds\n",
      "\n",
      "  Normal termination of simulation\n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "(True, [])"
      ]
     },
     "execution_count": 12,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "pth = os.getcwd()\n",
    "print(pth)\n",
    "\n",
    "mf.write_input()\n",
    "\n",
    "# run the model\n",
    "mf.run_model()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Now draft up MT3D-USGS input files.  "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Instantiate MT3D-USGS object in flopy\n",
    "mt = flopy.mt3d.Mt3dms(modflowmodel=mf, modelname=modelname, model_ws=modelpth,\n",
    "                       version='mt3d-usgs', namefile_ext='mtnam', exe_name=mtexe,\n",
    "                       ftlfilename='CrnkNic.ftl', ftlfree=True)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate basic transport (BTN) package for MT3D-USGS"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [],
   "source": [
    "btn = flopy.mt3d.Mt3dBtn(mt, sconc=3.7, ncomp=1, prsity=0.2, cinact=-1.0, \n",
    "                         thkmin=0.001, nprs=-1, nprobs=10, chkmas=True, \n",
    "                         nprmas=10, dt0=180, mxstrn=2500)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate advection (ADV) package for MT3D-USGS"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [],
   "source": [
    "adv = flopy.mt3d.Mt3dAdv(mt, mixelm=0, percel=1.00, mxpart=5000, nadvfd=1)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instatiate generalized conjugate gradient solver (GCG) package for MT3D-USGS"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {},
   "outputs": [],
   "source": [
    "rct = flopy.mt3d.Mt3dRct(mt,isothm=0,ireact=100,igetsc=0,rc1=0.01)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {},
   "outputs": [],
   "source": [
    "gcg = flopy.mt3d.Mt3dGcg(mt, mxiter=10, iter1=50, isolve=3, ncrs=0,\n",
    "                   accl=1, cclose=1e-6, iprgcg=1)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate source-sink mixing (SSM) package for MT3D-USGS"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [],
   "source": [
    "# For SSM, need to set the constant head boundary conditions to the ambient concentration\n",
    "# for all 1,300 constant head boundary cells.\n",
    "\n",
    "itype = flopy.mt3d.Mt3dSsm.itype_dict()\n",
    "ssm_data = {}\n",
    "ssm_data[0] = [(0, 0, 0, 3.7, itype['CHD'])]\n",
    "ssm_data[0].append((0, 2, 0, 3.7, itype['CHD']))\n",
    "for i in [0,2]:\n",
    "    for j in range(1, ncol):\n",
    "        ssm_data[0].append((0, i, j, 3.7, itype['CHD']))\n",
    "\n",
    "ssm = flopy.mt3d.Mt3dSsm(mt, stress_period_data=ssm_data)\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Instantiate streamflow transport (SFT) package for MT3D-USGS"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [],
   "source": [
    "dispsf = []\n",
    "for y in range(ncol):\n",
    "    if y <= 37:\n",
    "        dispsf.append(0.12)\n",
    "    elif y <= 104:\n",
    "        dispsf.append(0.15)\n",
    "    elif y <= 280:\n",
    "        dispsf.append(0.24)\n",
    "    elif y <= 432:\n",
    "        dispsf.append(0.31)\n",
    "    elif y <= 618:\n",
    "        dispsf.append(0.40)\n",
    "    else:\n",
    "        dispsf.append(0.40)\n",
    "\n",
    "# Enter a list of the observation points\n",
    "# Each observation is taken as the last reach within the first 5 segments\n",
    "\n",
    "seg_len = np.unique(reach_data['iseg'], return_counts=True)\n",
    "obs_sf = np.cumsum(seg_len[1])\n",
    "obs_sf = obs_sf.tolist()\n",
    "\n",
    "# The last reach is not an observation point, therefore drop\n",
    "obs_sf.pop(-1)\n",
    "\n",
    "# In the first and last stress periods, concentration at the headwater is 3.7\n",
    "sf_stress_period_data = {0: [0, 0, 3.7],\n",
    "                         1: [0, 0, 11.4],\n",
    "                         2: [0, 0, 3.7]}\n",
    "\n",
    "gage_output = [None, None, 'CrnkNic.sftobs']\n",
    "\n",
    "sft = flopy.mt3d.Mt3dSft(mt, nsfinit=650, mxsfbc=650, icbcsf=81, ioutobs=82,\n",
    "                         isfsolv=1, cclosesf=1.0E-6, mxitersf=10, crntsf=1.0, iprtxmd=0,\n",
    "                         coldsf=3.7, dispsf=dispsf, nobssf=5, obs_sf=obs_sf,\n",
    "                         sf_stress_period_data = sf_stress_period_data,\n",
    "                         filenames=gage_output)\n",
    "\n",
    "sft.dispsf[0].format.fortran = \"(10E15.6)\""
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Write the MT3D-USGS input files"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "FloPy is using the following executable to run the model: /Users/jdhughes/Documents/Development/bin/mac/mt3dusgs\n",
      "\n",
      " MT3D-USGS - Modular 3D Multi-Species Transport Model [Ver 1.00.00] \n",
      " and based on MT3DMS. MT3D-USGS developed in cooperation by \n",
      " S.S. Papadopulos & Associates and the U.S. Geological Survey\n",
      "\n",
      " Using NAME File: CrnkNic.mtnam\n",
      "\n",
      " STRESS PERIOD NO.    1\n",
      "\n",
      " TIME STEP NO.    1\n",
      " FROM TIME =   0.0000     TO    30600.    \n",
      "\n",
      " Transport Step:    1   Step Size:   180.0     Total Elapsed Time:   180.00    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =  0.4865      [K,I,J]    1    2   20\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =  0.5960E-07  [K,I,J]    1    1   36\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    2   Step Size:   180.0     Total Elapsed Time:   360.00    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =  0.9385      [K,I,J]    1    2   21\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =  0.1192E-06  [K,I,J]    1    1   26\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =  0.3397E-05  [K,I,J]    1    2  609\n",
      " Outer Iter.  2  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  3  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    3   Step Size:   180.0     Total Elapsed Time:   540.00    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   11.72      [K,I,J]    1    2   20\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =  0.1907E-05  [K,I,J]    1    1   64\n",
      " Outer Iter.  1  Inner Iter.  3:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    4   Step Size:   180.0     Total Elapsed Time:   720.00    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =  0.4768E-06  [K,I,J]    1    1   26\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    5   Step Size:   180.0     Total Elapsed Time:   900.00    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    6   Step Size:   180.0     Total Elapsed Time:   1080.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =  0.4768E-06  [K,I,J]    1    2    2\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    7   Step Size:   180.0     Total Elapsed Time:   1260.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    8   Step Size:   180.0     Total Elapsed Time:   1440.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  626\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    9   Step Size:   180.0     Total Elapsed Time:   1620.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   10   Step Size:   180.0     Total Elapsed Time:   1800.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   11   Step Size:   180.0     Total Elapsed Time:   1980.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   64\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   12   Step Size:   180.0     Total Elapsed Time:   2160.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   13   Step Size:   180.0     Total Elapsed Time:   2340.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   14   Step Size:   180.0     Total Elapsed Time:   2520.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  622\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   15   Step Size:   180.0     Total Elapsed Time:   2700.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   16   Step Size:   180.0     Total Elapsed Time:   2880.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  596\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   17   Step Size:   180.0     Total Elapsed Time:   3060.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   18   Step Size:   180.0     Total Elapsed Time:   3240.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  596\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   19   Step Size:   180.0     Total Elapsed Time:   3420.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   64\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   20   Step Size:   180.0     Total Elapsed Time:   3600.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   44\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   21   Step Size:   180.0     Total Elapsed Time:   3780.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1   28\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   22   Step Size:   180.0     Total Elapsed Time:   3960.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1   47\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   23   Step Size:   180.0     Total Elapsed Time:   4140.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   24   Step Size:   180.0     Total Elapsed Time:   4320.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   25\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   25   Step Size:   180.0     Total Elapsed Time:   4500.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   26   Step Size:   180.0     Total Elapsed Time:   4680.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   44\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   27   Step Size:   180.0     Total Elapsed Time:   4860.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   28   Step Size:   180.0     Total Elapsed Time:   5040.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  622\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   29   Step Size:   180.0     Total Elapsed Time:   5220.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   20\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   30   Step Size:   180.0     Total Elapsed Time:   5400.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   31   Step Size:   180.0     Total Elapsed Time:   5580.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   50\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   32   Step Size:   180.0     Total Elapsed Time:   5760.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  607\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   33   Step Size:   180.0     Total Elapsed Time:   5940.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   34   Step Size:   180.0     Total Elapsed Time:   6120.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   35   Step Size:   180.0     Total Elapsed Time:   6300.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   44\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   36   Step Size:   180.0     Total Elapsed Time:   6480.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  626\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   37   Step Size:   180.0     Total Elapsed Time:   6660.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   38   Step Size:   180.0     Total Elapsed Time:   6840.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   84\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   39   Step Size:   180.0     Total Elapsed Time:   7020.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  615\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   40   Step Size:   180.0     Total Elapsed Time:   7200.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  626\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   41   Step Size:   180.0     Total Elapsed Time:   7380.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  623\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   42   Step Size:   180.0     Total Elapsed Time:   7560.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   43   Step Size:   180.0     Total Elapsed Time:   7740.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   44   Step Size:   180.0     Total Elapsed Time:   7920.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  606\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   45   Step Size:   180.0     Total Elapsed Time:   8100.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   44\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   46   Step Size:   180.0     Total Elapsed Time:   8280.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   47   Step Size:   180.0     Total Elapsed Time:   8460.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   48   Step Size:   180.0     Total Elapsed Time:   8640.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1   75\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   49   Step Size:   180.0     Total Elapsed Time:   8820.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   50   Step Size:   180.0     Total Elapsed Time:   9000.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   51   Step Size:   180.0     Total Elapsed Time:   9180.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   64\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   52   Step Size:   180.0     Total Elapsed Time:   9360.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   53   Step Size:   180.0     Total Elapsed Time:   9540.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   54   Step Size:   180.0     Total Elapsed Time:   9720.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  611\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   55   Step Size:   180.0     Total Elapsed Time:   9900.0    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   56   Step Size:   180.0     Total Elapsed Time:   10080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   57   Step Size:   180.0     Total Elapsed Time:   10260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   58   Step Size:   180.0     Total Elapsed Time:   10440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   86\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   59   Step Size:   180.0     Total Elapsed Time:   10620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   60   Step Size:   180.0     Total Elapsed Time:   10800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   61   Step Size:   180.0     Total Elapsed Time:   10980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   92\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   62   Step Size:   180.0     Total Elapsed Time:   11160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  626\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   63   Step Size:   180.0     Total Elapsed Time:   11340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   64   Step Size:   180.0     Total Elapsed Time:   11520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   65   Step Size:   180.0     Total Elapsed Time:   11700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  615\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   66   Step Size:   180.0     Total Elapsed Time:   11880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   28\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   67   Step Size:   180.0     Total Elapsed Time:   12060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   68   Step Size:   180.0     Total Elapsed Time:   12240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   69   Step Size:   180.0     Total Elapsed Time:   12420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   64\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   70   Step Size:   180.0     Total Elapsed Time:   12600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   45\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   71   Step Size:   180.0     Total Elapsed Time:   12780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   26\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   72   Step Size:   180.0     Total Elapsed Time:   12960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1   47\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   73   Step Size:   180.0     Total Elapsed Time:   13140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   85\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   74   Step Size:   180.0     Total Elapsed Time:   13320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    3  647\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   75   Step Size:   180.0     Total Elapsed Time:   13500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   57\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   76   Step Size:   180.0     Total Elapsed Time:   13680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  636\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   77   Step Size:   180.0     Total Elapsed Time:   13860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   78   Step Size:   180.0     Total Elapsed Time:   14040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   20\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      " Transport Step:   79   Step Size:   180.0     Total Elapsed Time:   14220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   80   Step Size:   180.0     Total Elapsed Time:   14400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   81   Step Size:   180.0     Total Elapsed Time:   14580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   82   Step Size:   180.0     Total Elapsed Time:   14760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   21\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   83   Step Size:   180.0     Total Elapsed Time:   14940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   84   Step Size:   180.0     Total Elapsed Time:   15120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  647\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   85   Step Size:   180.0     Total Elapsed Time:   15300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  636\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   86   Step Size:   180.0     Total Elapsed Time:   15480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  636\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   87   Step Size:   180.0     Total Elapsed Time:   15660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   20\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   88   Step Size:   180.0     Total Elapsed Time:   15840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   89   Step Size:   180.0     Total Elapsed Time:   16020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   90   Step Size:   180.0     Total Elapsed Time:   16200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   91   Step Size:   180.0     Total Elapsed Time:   16380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  636\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   92   Step Size:   180.0     Total Elapsed Time:   16560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   93   Step Size:   180.0     Total Elapsed Time:   16740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   94   Step Size:   180.0     Total Elapsed Time:   16920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  637\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   95   Step Size:   180.0     Total Elapsed Time:   17100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   96   Step Size:   180.0     Total Elapsed Time:   17280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   97   Step Size:   180.0     Total Elapsed Time:   17460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   84\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   98   Step Size:   180.0     Total Elapsed Time:   17640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   99   Step Size:   180.0     Total Elapsed Time:   17820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  100   Step Size:   180.0     Total Elapsed Time:   18000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  101   Step Size:   180.0     Total Elapsed Time:   18180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  102   Step Size:   180.0     Total Elapsed Time:   18360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  103   Step Size:   180.0     Total Elapsed Time:   18540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  104   Step Size:   180.0     Total Elapsed Time:   18720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  105   Step Size:   180.0     Total Elapsed Time:   18900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  106   Step Size:   180.0     Total Elapsed Time:   19080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  107   Step Size:   180.0     Total Elapsed Time:   19260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  108   Step Size:   180.0     Total Elapsed Time:   19440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  109   Step Size:   180.0     Total Elapsed Time:   19620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  110   Step Size:   180.0     Total Elapsed Time:   19800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  111   Step Size:   180.0     Total Elapsed Time:   19980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  112   Step Size:   180.0     Total Elapsed Time:   20160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   27\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  113   Step Size:   180.0     Total Elapsed Time:   20340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  647\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  114   Step Size:   180.0     Total Elapsed Time:   20520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   35\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  115   Step Size:   180.0     Total Elapsed Time:   20700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  116   Step Size:   180.0     Total Elapsed Time:   20880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  117   Step Size:   180.0     Total Elapsed Time:   21060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  118   Step Size:   180.0     Total Elapsed Time:   21240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   50\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  119   Step Size:   180.0     Total Elapsed Time:   21420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  120   Step Size:   180.0     Total Elapsed Time:   21600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  121   Step Size:   180.0     Total Elapsed Time:   21780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  122   Step Size:   180.0     Total Elapsed Time:   21960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  123   Step Size:   180.0     Total Elapsed Time:   22140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  616\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  124   Step Size:   180.0     Total Elapsed Time:   22320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  125   Step Size:   180.0     Total Elapsed Time:   22500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   84\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  126   Step Size:   180.0     Total Elapsed Time:   22680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   56\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  127   Step Size:   180.0     Total Elapsed Time:   22860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   27\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  128   Step Size:   180.0     Total Elapsed Time:   23040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  129   Step Size:   180.0     Total Elapsed Time:   23220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  617\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  130   Step Size:   180.0     Total Elapsed Time:   23400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  131   Step Size:   180.0     Total Elapsed Time:   23580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   45\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  132   Step Size:   180.0     Total Elapsed Time:   23760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  133   Step Size:   180.0     Total Elapsed Time:   23940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   84\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  134   Step Size:   180.0     Total Elapsed Time:   24120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  135   Step Size:   180.0     Total Elapsed Time:   24300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  136   Step Size:   180.0     Total Elapsed Time:   24480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  137   Step Size:   180.0     Total Elapsed Time:   24660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  608\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  138   Step Size:   180.0     Total Elapsed Time:   24840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  139   Step Size:   180.0     Total Elapsed Time:   25020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   45\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  140   Step Size:   180.0     Total Elapsed Time:   25200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  141   Step Size:   180.0     Total Elapsed Time:   25380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   28\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  142   Step Size:   180.0     Total Elapsed Time:   25560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  143   Step Size:   180.0     Total Elapsed Time:   25740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  639\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  144   Step Size:   180.0     Total Elapsed Time:   25920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  145   Step Size:   180.0     Total Elapsed Time:   26100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  146   Step Size:   180.0     Total Elapsed Time:   26280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  147   Step Size:   180.0     Total Elapsed Time:   26460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   47\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  148   Step Size:   180.0     Total Elapsed Time:   26640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  149   Step Size:   180.0     Total Elapsed Time:   26820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  150   Step Size:   180.0     Total Elapsed Time:   27000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  151   Step Size:   180.0     Total Elapsed Time:   27180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  152   Step Size:   180.0     Total Elapsed Time:   27360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  153   Step Size:   180.0     Total Elapsed Time:   27540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   28\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  154   Step Size:   180.0     Total Elapsed Time:   27720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  155   Step Size:   180.0     Total Elapsed Time:   27900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   57\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  156   Step Size:   180.0     Total Elapsed Time:   28080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  627\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  157   Step Size:   180.0     Total Elapsed Time:   28260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  158   Step Size:   180.0     Total Elapsed Time:   28440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  159   Step Size:   180.0     Total Elapsed Time:   28620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  160   Step Size:   180.0     Total Elapsed Time:   28800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  628\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  161   Step Size:   180.0     Total Elapsed Time:   28980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   67\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  162   Step Size:   180.0     Total Elapsed Time:   29160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  163   Step Size:   180.0     Total Elapsed Time:   29340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  164   Step Size:   180.0     Total Elapsed Time:   29520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   21\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  165   Step Size:   180.0     Total Elapsed Time:   29700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  166   Step Size:   180.0     Total Elapsed Time:   29880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  167   Step Size:   180.0     Total Elapsed Time:   30060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  168   Step Size:   180.0     Total Elapsed Time:   30240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  169   Step Size:   180.0     Total Elapsed Time:   30420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  170   Step Size:   180.0     Total Elapsed Time:   30600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      "\n",
      " STRESS PERIOD NO.    2\n",
      "\n",
      " TIME STEP NO.    1\n",
      " FROM TIME =   30600.     TO    41400.    \n",
      "\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      " Transport Step:    1   Step Size:   180.0     Total Elapsed Time:   30780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   23\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    2   Step Size:   180.0     Total Elapsed Time:   30960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    3   Step Size:   180.0     Total Elapsed Time:   31140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  648\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    4   Step Size:   180.0     Total Elapsed Time:   31320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   23\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    5   Step Size:   180.0     Total Elapsed Time:   31500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    6   Step Size:   180.0     Total Elapsed Time:   31680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    7   Step Size:   180.0     Total Elapsed Time:   31860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    8   Step Size:   180.0     Total Elapsed Time:   32040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    9   Step Size:   180.0     Total Elapsed Time:   32220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   47\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   10   Step Size:   180.0     Total Elapsed Time:   32400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  618\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   11   Step Size:   180.0     Total Elapsed Time:   32580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   12   Step Size:   180.0     Total Elapsed Time:   32760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   13   Step Size:   180.0     Total Elapsed Time:   32940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  627\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   14   Step Size:   180.0     Total Elapsed Time:   33120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   15   Step Size:   180.0     Total Elapsed Time:   33300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  608\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   16   Step Size:   180.0     Total Elapsed Time:   33480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   17   Step Size:   180.0     Total Elapsed Time:   33660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  619\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   18   Step Size:   180.0     Total Elapsed Time:   33840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   19   Step Size:   180.0     Total Elapsed Time:   34020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   20   Step Size:   180.0     Total Elapsed Time:   34200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   21   Step Size:   180.0     Total Elapsed Time:   34380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   22   Step Size:   180.0     Total Elapsed Time:   34560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   23   Step Size:   180.0     Total Elapsed Time:   34740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   24   Step Size:   180.0     Total Elapsed Time:   34920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   25   Step Size:   180.0     Total Elapsed Time:   35100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   26   Step Size:   180.0     Total Elapsed Time:   35280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   27   Step Size:   180.0     Total Elapsed Time:   35460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   28   Step Size:   180.0     Total Elapsed Time:   35640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   29   Step Size:   180.0     Total Elapsed Time:   35820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   30   Step Size:   180.0     Total Elapsed Time:   36000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   31   Step Size:   180.0     Total Elapsed Time:   36180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   32   Step Size:   180.0     Total Elapsed Time:   36360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   33   Step Size:   180.0     Total Elapsed Time:   36540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   34   Step Size:   180.0     Total Elapsed Time:   36720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   86\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   35   Step Size:   180.0     Total Elapsed Time:   36900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   36   Step Size:   180.0     Total Elapsed Time:   37080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   37   Step Size:   180.0     Total Elapsed Time:   37260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   38   Step Size:   180.0     Total Elapsed Time:   37440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   39   Step Size:   180.0     Total Elapsed Time:   37620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   40   Step Size:   180.0     Total Elapsed Time:   37800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   41   Step Size:   180.0     Total Elapsed Time:   37980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   42   Step Size:   180.0     Total Elapsed Time:   38160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   43   Step Size:   180.0     Total Elapsed Time:   38340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   44   Step Size:   180.0     Total Elapsed Time:   38520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   45   Step Size:   180.0     Total Elapsed Time:   38700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   46   Step Size:   180.0     Total Elapsed Time:   38880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   47   Step Size:   180.0     Total Elapsed Time:   39060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   48   Step Size:   180.0     Total Elapsed Time:   39240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   49   Step Size:   180.0     Total Elapsed Time:   39420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   50   Step Size:   180.0     Total Elapsed Time:   39600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   51   Step Size:   180.0     Total Elapsed Time:   39780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   52   Step Size:   180.0     Total Elapsed Time:   39960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  628\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   53   Step Size:   180.0     Total Elapsed Time:   40140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   54   Step Size:   180.0     Total Elapsed Time:   40320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   86\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   55   Step Size:   180.0     Total Elapsed Time:   40500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   56   Step Size:   180.0     Total Elapsed Time:   40680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   57   Step Size:   180.0     Total Elapsed Time:   40860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   58   Step Size:   180.0     Total Elapsed Time:   41040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  618\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   59   Step Size:   180.0     Total Elapsed Time:   41220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   60   Step Size:   180.0     Total Elapsed Time:   41400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      "\n",
      " STRESS PERIOD NO.    3\n",
      "\n",
      " TIME STEP NO.    1\n",
      " FROM TIME =   41400.     TO    86400.    \n",
      "\n",
      " Transport Step:    1   Step Size:   180.0     Total Elapsed Time:   41580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    2   Step Size:   180.0     Total Elapsed Time:   41760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    3   Step Size:   180.0     Total Elapsed Time:   41940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  639\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    4   Step Size:   180.0     Total Elapsed Time:   42120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    5   Step Size:   180.0     Total Elapsed Time:   42300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    6   Step Size:   180.0     Total Elapsed Time:   42480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    7   Step Size:   180.0     Total Elapsed Time:   42660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    8   Step Size:   180.0     Total Elapsed Time:   42840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:    9   Step Size:   180.0     Total Elapsed Time:   43020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   10   Step Size:   180.0     Total Elapsed Time:   43200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   11   Step Size:   180.0     Total Elapsed Time:   43380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   12   Step Size:   180.0     Total Elapsed Time:   43560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   13   Step Size:   180.0     Total Elapsed Time:   43740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   14   Step Size:   180.0     Total Elapsed Time:   43920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   37\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   15   Step Size:   180.0     Total Elapsed Time:   44100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   16   Step Size:   180.0     Total Elapsed Time:   44280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   17   Step Size:   180.0     Total Elapsed Time:   44460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  608\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   18   Step Size:   180.0     Total Elapsed Time:   44640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  608\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   19   Step Size:   180.0     Total Elapsed Time:   44820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   20   Step Size:   180.0     Total Elapsed Time:   45000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   21   Step Size:   180.0     Total Elapsed Time:   45180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   22   Step Size:   180.0     Total Elapsed Time:   45360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   23   Step Size:   180.0     Total Elapsed Time:   45540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   24   Step Size:   180.0     Total Elapsed Time:   45720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   68\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   25   Step Size:   180.0     Total Elapsed Time:   45900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   26   Step Size:   180.0     Total Elapsed Time:   46080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   27   Step Size:   180.0     Total Elapsed Time:   46260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   28   Step Size:   180.0     Total Elapsed Time:   46440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  618\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   29   Step Size:   180.0     Total Elapsed Time:   46620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   30   Step Size:   180.0     Total Elapsed Time:   46800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   31   Step Size:   180.0     Total Elapsed Time:   46980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   32   Step Size:   180.0     Total Elapsed Time:   47160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   76\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   33   Step Size:   180.0     Total Elapsed Time:   47340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  639\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   34   Step Size:   180.0     Total Elapsed Time:   47520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   35   Step Size:   180.0     Total Elapsed Time:   47700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   36   Step Size:   180.0     Total Elapsed Time:   47880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   37   Step Size:   180.0     Total Elapsed Time:   48060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  641\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   38   Step Size:   180.0     Total Elapsed Time:   48240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   39   Step Size:   180.0     Total Elapsed Time:   48420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   40   Step Size:   180.0     Total Elapsed Time:   48600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   41   Step Size:   180.0     Total Elapsed Time:   48780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   42   Step Size:   180.0     Total Elapsed Time:   48960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   43   Step Size:   180.0     Total Elapsed Time:   49140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  611\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   44   Step Size:   180.0     Total Elapsed Time:   49320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   45   Step Size:   180.0     Total Elapsed Time:   49500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   46   Step Size:   180.0     Total Elapsed Time:   49680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   47   Step Size:   180.0     Total Elapsed Time:   49860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   48   Step Size:   180.0     Total Elapsed Time:   50040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   49   Step Size:   180.0     Total Elapsed Time:   50220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   67\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   50   Step Size:   180.0     Total Elapsed Time:   50400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   51   Step Size:   180.0     Total Elapsed Time:   50580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  649\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   52   Step Size:   180.0     Total Elapsed Time:   50760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   53   Step Size:   180.0     Total Elapsed Time:   50940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   54   Step Size:   180.0     Total Elapsed Time:   51120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  609\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   55   Step Size:   180.0     Total Elapsed Time:   51300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   56   Step Size:   180.0     Total Elapsed Time:   51480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   57   Step Size:   180.0     Total Elapsed Time:   51660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   60\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   58   Step Size:   180.0     Total Elapsed Time:   51840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   59   Step Size:   180.0     Total Elapsed Time:   52020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   60   Step Size:   180.0     Total Elapsed Time:   52200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   61   Step Size:   180.0     Total Elapsed Time:   52380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  620\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   62   Step Size:   180.0     Total Elapsed Time:   52560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   63   Step Size:   180.0     Total Elapsed Time:   52740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   64   Step Size:   180.0     Total Elapsed Time:   52920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   57\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   65   Step Size:   180.0     Total Elapsed Time:   53100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   66   Step Size:   180.0     Total Elapsed Time:   53280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   67   Step Size:   180.0     Total Elapsed Time:   53460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   68   Step Size:   180.0     Total Elapsed Time:   53640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   69   Step Size:   180.0     Total Elapsed Time:   53820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   70   Step Size:   180.0     Total Elapsed Time:   54000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   71   Step Size:   180.0     Total Elapsed Time:   54180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  618\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   72   Step Size:   180.0     Total Elapsed Time:   54360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   73   Step Size:   180.0     Total Elapsed Time:   54540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   74   Step Size:   180.0     Total Elapsed Time:   54720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   75   Step Size:   180.0     Total Elapsed Time:   54900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  608\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   76   Step Size:   180.0     Total Elapsed Time:   55080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   77   Step Size:   180.0     Total Elapsed Time:   55260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   78   Step Size:   180.0     Total Elapsed Time:   55440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   79   Step Size:   180.0     Total Elapsed Time:   55620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   80   Step Size:   180.0     Total Elapsed Time:   55800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   81   Step Size:   180.0     Total Elapsed Time:   55980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   82   Step Size:   180.0     Total Elapsed Time:   56160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   83   Step Size:   180.0     Total Elapsed Time:   56340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   84   Step Size:   180.0     Total Elapsed Time:   56520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   85   Step Size:   180.0     Total Elapsed Time:   56700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   86   Step Size:   180.0     Total Elapsed Time:   56880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   87   Step Size:   180.0     Total Elapsed Time:   57060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   88   Step Size:   180.0     Total Elapsed Time:   57240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  629\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   89   Step Size:   180.0     Total Elapsed Time:   57420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   90   Step Size:   180.0     Total Elapsed Time:   57600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  591\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   91   Step Size:   180.0     Total Elapsed Time:   57780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   92   Step Size:   180.0     Total Elapsed Time:   57960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   51\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   93   Step Size:   180.0     Total Elapsed Time:   58140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   50\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   94   Step Size:   180.0     Total Elapsed Time:   58320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   95   Step Size:   180.0     Total Elapsed Time:   58500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   96   Step Size:   180.0     Total Elapsed Time:   58680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   97   Step Size:   180.0     Total Elapsed Time:   58860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   98   Step Size:   180.0     Total Elapsed Time:   59040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:   99   Step Size:   180.0     Total Elapsed Time:   59220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  628\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  100   Step Size:   180.0     Total Elapsed Time:   59400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  101   Step Size:   180.0     Total Elapsed Time:   59580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  102   Step Size:   180.0     Total Elapsed Time:   59760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   76\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  103   Step Size:   180.0     Total Elapsed Time:   59940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  104   Step Size:   180.0     Total Elapsed Time:   60120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  105   Step Size:   180.0     Total Elapsed Time:   60300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  106   Step Size:   180.0     Total Elapsed Time:   60480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  107   Step Size:   180.0     Total Elapsed Time:   60660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  108   Step Size:   180.0     Total Elapsed Time:   60840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   86\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  109   Step Size:   180.0     Total Elapsed Time:   61020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  110   Step Size:   180.0     Total Elapsed Time:   61200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  111   Step Size:   180.0     Total Elapsed Time:   61380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  112   Step Size:   180.0     Total Elapsed Time:   61560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  113   Step Size:   180.0     Total Elapsed Time:   61740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  618\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  114   Step Size:   180.0     Total Elapsed Time:   61920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   60\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  115   Step Size:   180.0     Total Elapsed Time:   62100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  116   Step Size:   180.0     Total Elapsed Time:   62280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  117   Step Size:   180.0     Total Elapsed Time:   62460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  118   Step Size:   180.0     Total Elapsed Time:   62640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  119   Step Size:   180.0     Total Elapsed Time:   62820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  120   Step Size:   180.0     Total Elapsed Time:   63000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  121   Step Size:   180.0     Total Elapsed Time:   63180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  122   Step Size:   180.0     Total Elapsed Time:   63360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   86\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  123   Step Size:   180.0     Total Elapsed Time:   63540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  124   Step Size:   180.0     Total Elapsed Time:   63720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  125   Step Size:   180.0     Total Elapsed Time:   63900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  126   Step Size:   180.0     Total Elapsed Time:   64080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  609\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  127   Step Size:   180.0     Total Elapsed Time:   64260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  128   Step Size:   180.0     Total Elapsed Time:   64440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   78\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  129   Step Size:   180.0     Total Elapsed Time:   64620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  130   Step Size:   180.0     Total Elapsed Time:   64800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  131   Step Size:   180.0     Total Elapsed Time:   64980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  132   Step Size:   180.0     Total Elapsed Time:   65160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  133   Step Size:   180.0     Total Elapsed Time:   65340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  134   Step Size:   180.0     Total Elapsed Time:   65520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  135   Step Size:   180.0     Total Elapsed Time:   65700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  136   Step Size:   180.0     Total Elapsed Time:   65880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  137   Step Size:   180.0     Total Elapsed Time:   66060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  138   Step Size:   180.0     Total Elapsed Time:   66240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  139   Step Size:   180.0     Total Elapsed Time:   66420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  140   Step Size:   180.0     Total Elapsed Time:   66600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   29\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  141   Step Size:   180.0     Total Elapsed Time:   66780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  142   Step Size:   180.0     Total Elapsed Time:   66960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  143   Step Size:   180.0     Total Elapsed Time:   67140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  144   Step Size:   180.0     Total Elapsed Time:   67320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  145   Step Size:   180.0     Total Elapsed Time:   67500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  609\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  146   Step Size:   180.0     Total Elapsed Time:   67680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  147   Step Size:   180.0     Total Elapsed Time:   67860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   78\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  148   Step Size:   180.0     Total Elapsed Time:   68040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  149   Step Size:   180.0     Total Elapsed Time:   68220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  150   Step Size:   180.0     Total Elapsed Time:   68400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  151   Step Size:   180.0     Total Elapsed Time:   68580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   69\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  152   Step Size:   180.0     Total Elapsed Time:   68760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  153   Step Size:   180.0     Total Elapsed Time:   68940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   77\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  154   Step Size:   180.0     Total Elapsed Time:   69120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   60\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  155   Step Size:   180.0     Total Elapsed Time:   69300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  156   Step Size:   180.0     Total Elapsed Time:   69480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  157   Step Size:   180.0     Total Elapsed Time:   69660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  158   Step Size:   180.0     Total Elapsed Time:   69840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    1  650\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  159   Step Size:   180.0     Total Elapsed Time:   70020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  160   Step Size:   180.0     Total Elapsed Time:   70200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  161   Step Size:   180.0     Total Elapsed Time:   70380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  162   Step Size:   180.0     Total Elapsed Time:   70560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  163   Step Size:   180.0     Total Elapsed Time:   70740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  164   Step Size:   180.0     Total Elapsed Time:   70920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  165   Step Size:   180.0     Total Elapsed Time:   71100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  166   Step Size:   180.0     Total Elapsed Time:   71280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  167   Step Size:   180.0     Total Elapsed Time:   71460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  168   Step Size:   180.0     Total Elapsed Time:   71640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  169   Step Size:   180.0     Total Elapsed Time:   71820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  170   Step Size:   180.0     Total Elapsed Time:   72000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  171   Step Size:   180.0     Total Elapsed Time:   72180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  172   Step Size:   180.0     Total Elapsed Time:   72360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  607\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  173   Step Size:   180.0     Total Elapsed Time:   72540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  174   Step Size:   180.0     Total Elapsed Time:   72720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  175   Step Size:   180.0     Total Elapsed Time:   72900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  176   Step Size:   180.0     Total Elapsed Time:   73080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  177   Step Size:   180.0     Total Elapsed Time:   73260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  178   Step Size:   180.0     Total Elapsed Time:   73440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  179   Step Size:   180.0     Total Elapsed Time:   73620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  180   Step Size:   180.0     Total Elapsed Time:   73800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   78\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  181   Step Size:   180.0     Total Elapsed Time:   73980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  182   Step Size:   180.0     Total Elapsed Time:   74160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   87\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  183   Step Size:   180.0     Total Elapsed Time:   74340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  628\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  184   Step Size:   180.0     Total Elapsed Time:   74520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  185   Step Size:   180.0     Total Elapsed Time:   74700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   79\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  186   Step Size:   180.0     Total Elapsed Time:   74880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  187   Step Size:   180.0     Total Elapsed Time:   75060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  188   Step Size:   180.0     Total Elapsed Time:   75240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  189   Step Size:   180.0     Total Elapsed Time:   75420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  190   Step Size:   180.0     Total Elapsed Time:   75600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  191   Step Size:   180.0     Total Elapsed Time:   75780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   41\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  192   Step Size:   180.0     Total Elapsed Time:   75960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   50\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  193   Step Size:   180.0     Total Elapsed Time:   76140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  194   Step Size:   180.0     Total Elapsed Time:   76320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  195   Step Size:   180.0     Total Elapsed Time:   76500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  196   Step Size:   180.0     Total Elapsed Time:   76680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   48\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  197   Step Size:   180.0     Total Elapsed Time:   76860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   32\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  198   Step Size:   180.0     Total Elapsed Time:   77040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   88\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  199   Step Size:   180.0     Total Elapsed Time:   77220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   78\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  200   Step Size:   180.0     Total Elapsed Time:   77400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  201   Step Size:   180.0     Total Elapsed Time:   77580.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  202   Step Size:   180.0     Total Elapsed Time:   77760.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  620\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  203   Step Size:   180.0     Total Elapsed Time:   77940.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  204   Step Size:   180.0     Total Elapsed Time:   78120.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   30\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  205   Step Size:   180.0     Total Elapsed Time:   78300.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  642\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  206   Step Size:   180.0     Total Elapsed Time:   78480.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  207   Step Size:   180.0     Total Elapsed Time:   78660.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  644\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  208   Step Size:   180.0     Total Elapsed Time:   78840.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  642\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  209   Step Size:   180.0     Total Elapsed Time:   79020.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   50\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  210   Step Size:   180.0     Total Elapsed Time:   79200.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   60\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  211   Step Size:   180.0     Total Elapsed Time:   79380.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  618\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  212   Step Size:   180.0     Total Elapsed Time:   79560.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  638\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  213   Step Size:   180.0     Total Elapsed Time:   79740.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  214   Step Size:   180.0     Total Elapsed Time:   79920.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  215   Step Size:   180.0     Total Elapsed Time:   80100.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  216   Step Size:   180.0     Total Elapsed Time:   80280.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  217   Step Size:   180.0     Total Elapsed Time:   80460.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  609\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  218   Step Size:   180.0     Total Elapsed Time:   80640.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   60\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  219   Step Size:   180.0     Total Elapsed Time:   80820.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  220   Step Size:   180.0     Total Elapsed Time:   81000.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  221   Step Size:   180.0     Total Elapsed Time:   81180.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   68\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  222   Step Size:   180.0     Total Elapsed Time:   81360.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  223   Step Size:   180.0     Total Elapsed Time:   81540.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  224   Step Size:   180.0     Total Elapsed Time:   81720.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  225   Step Size:   180.0     Total Elapsed Time:   81900.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  629\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  226   Step Size:   180.0     Total Elapsed Time:   82080.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  227   Step Size:   180.0     Total Elapsed Time:   82260.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   31\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  228   Step Size:   180.0     Total Elapsed Time:   82440.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   78\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  229   Step Size:   180.0     Total Elapsed Time:   82620.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  230   Step Size:   180.0     Total Elapsed Time:   82800.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  599\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  231   Step Size:   180.0     Total Elapsed Time:   82980.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  232   Step Size:   180.0     Total Elapsed Time:   83160.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   67\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  233   Step Size:   180.0     Total Elapsed Time:   83340.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   47\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  234   Step Size:   180.0     Total Elapsed Time:   83520.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   88\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  235   Step Size:   180.0     Total Elapsed Time:   83700.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   38\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  236   Step Size:   180.0     Total Elapsed Time:   83880.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  237   Step Size:   180.0     Total Elapsed Time:   84060.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  238   Step Size:   180.0     Total Elapsed Time:   84240.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   60\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  239   Step Size:   180.0     Total Elapsed Time:   84420.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   59\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  240   Step Size:   180.0     Total Elapsed Time:   84600.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  647\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  241   Step Size:   180.0     Total Elapsed Time:   84780.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  242   Step Size:   180.0     Total Elapsed Time:   84960.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   58\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  243   Step Size:   180.0     Total Elapsed Time:   85140.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  592\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  244   Step Size:   180.0     Total Elapsed Time:   85320.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   87\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  245   Step Size:   180.0     Total Elapsed Time:   85500.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   50\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  246   Step Size:   180.0     Total Elapsed Time:   85680.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2  640\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  247   Step Size:   180.0     Total Elapsed Time:   85860.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   39\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  248   Step Size:   180.0     Total Elapsed Time:   86040.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   49\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  249   Step Size:   180.0     Total Elapsed Time:   86220.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   40\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Transport Step:  250   Step Size:   180.0     Total Elapsed Time:   86400.    \n",
      " Outer Iter.  1  Inner Iter.  1:  Max. DC =   1.800      [K,I,J]    1    2   78\n",
      " Outer Iter.  1  Inner Iter.  2:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      " Outer Iter.  2  Inner Iter.  1:  Max. DC =   0.000      [K,I,J]    1    1    1\n",
      "\n",
      " Program completed.   Total CPU time:  000 minutes  1.074 seconds\n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "(False, [])"
      ]
     },
     "execution_count": 20,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "mt.write_input()\n",
    "\n",
    "# run the model\n",
    "mt.run_model()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Compare mt3d-usgs results to an analytical solution"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Define a function to read SFT output file\n",
    "def load_ts_from_SFT_output(fname, nd=1):\n",
    "    f=open(fname, 'r')\n",
    "    iline=0\n",
    "    lst = []\n",
    "    for line in f:\n",
    "        if line.strip().split()[0].replace(\".\", \"\", 1).isdigit():\n",
    "            l = line.strip().split()\n",
    "            t = float(l[0])\n",
    "            loc = int(l[1])\n",
    "            conc = float(l[2])\n",
    "            if(loc == nd):\n",
    "                lst.append( [t,conc] )\n",
    "                \n",
    "    ts = np.array(lst)\n",
    "    f.close()\n",
    "    return ts\n",
    "\n",
    "# Also define a function to read OTIS output file\n",
    "def load_ts_from_otis(fname, iobs=1):\n",
    "    f = open(fname,'r')\n",
    "    iline = 0\n",
    "    lst = []\n",
    "    for line in f:\n",
    "        l = line.strip().split()\n",
    "        t = float(l[0])\n",
    "        val = float(l[iobs])\n",
    "        lst.append( [t, val] )  \n",
    "    \n",
    "    ts = np.array(lst)\n",
    "    f.close()\n",
    "    return ts\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Load output from SFT as well as from the OTIS solution"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 22,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Model output\n",
    "fname_SFTout = os.path.join('data', 'CrnkNic.sftcobs.out')\n",
    "\n",
    "# Loading MT3D-USGS output\n",
    "ts1_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=38) \n",
    "ts2_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=105) \n",
    "ts3_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=281)\n",
    "ts4_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=433)\n",
    "ts5_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=619)\n",
    "\n",
    "# OTIS results located here\n",
    "fname_OTIS = os.path.join('..', 'data', 'mt3d_test', 'mfnwt_mt3dusgs', 'sft_crnkNic', 'OTIS_solution.out')\n",
    "\n",
    "# Loading OTIS output\n",
    "ts1_Otis = load_ts_from_otis(fname_OTIS, 1)\n",
    "ts2_Otis = load_ts_from_otis(fname_OTIS, 2)\n",
    "ts3_Otis = load_ts_from_otis(fname_OTIS, 3)\n",
    "ts4_Otis = load_ts_from_otis(fname_OTIS, 4)\n",
    "ts5_Otis = load_ts_from_otis(fname_OTIS, 5)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Set up some plotting functions"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {},
   "outputs": [],
   "source": [
    "def set_plot_params():\n",
    "    import matplotlib as mpl\n",
    "    from matplotlib.font_manager import FontProperties\n",
    "    mpl.rcParams['font.sans-serif']          = 'Arial'\n",
    "    mpl.rcParams['font.serif']               = 'Times'\n",
    "    mpl.rcParams['font.cursive']             = 'Zapf Chancery'\n",
    "    mpl.rcParams['font.fantasy']             = 'Comic Sans MS'\n",
    "    mpl.rcParams['font.monospace']           = 'Courier New'\n",
    "    mpl.rcParams['pdf.compression']          = 0\n",
    "    mpl.rcParams['pdf.fonttype']             = 42\n",
    "    \n",
    "    ticksize = 10\n",
    "    mpl.rcParams['legend.fontsize']  = 7\n",
    "    mpl.rcParams['axes.labelsize']   = 12\n",
    "    mpl.rcParams['xtick.labelsize']  = ticksize\n",
    "    mpl.rcParams['ytick.labelsize']  = ticksize\n",
    "    return\n",
    "\n",
    "def set_sizexaxis(a,fmt,sz):\n",
    "    success = 0\n",
    "    x = a.get_xticks()\n",
    "#   print x\n",
    "    xc = np.chararray(len(x), itemsize=16)\n",
    "    for i in range(0,len(x)):\n",
    "        text = fmt % ( x[i] )\n",
    "        xc[i] = string.strip(string.ljust(text,16))\n",
    "#   print xc\n",
    "    a.set_xticklabels(xc, size=sz)\n",
    "    success = 1\n",
    "    return success\n",
    "\n",
    "def set_sizeyaxis(a,fmt,sz):\n",
    "    success = 0\n",
    "    y = a.get_yticks()\n",
    "#   print y\n",
    "    yc = np.chararray(len(y), itemsize=16)\n",
    "    for i in range(0,len(y)):\n",
    "        text = fmt % ( y[i] )\n",
    "        yc[i] = string.strip(string.ljust(text,16))\n",
    "#   print yc\n",
    "    a.set_yticklabels(yc, size=sz)\n",
    "    success = 1\n",
    "    return success\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Compare output:"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 24,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x116a99b70>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#set up figure\n",
    "try:\n",
    "    plt.close('all')\n",
    "except:\n",
    "    pass\n",
    "\n",
    "set_plot_params()\n",
    "\n",
    "fig = plt.figure(figsize=(6, 4), facecolor='w')\n",
    "ax = fig.add_subplot(1, 1, 1)\n",
    "\n",
    "ax.plot(ts1_Otis[:,0], ts1_Otis[:,1], 'k-', linewidth=1.0)\n",
    "ax.plot(ts2_Otis[:,0], ts2_Otis[:,1], 'b-', linewidth=1.0)\n",
    "ax.plot(ts3_Otis[:,0], ts3_Otis[:,1], 'r-', linewidth=1.0)\n",
    "ax.plot(ts4_Otis[:,0], ts4_Otis[:,1], 'g-', linewidth=1.0)\n",
    "ax.plot(ts5_Otis[:,0], ts5_Otis[:,1], 'c-', linewidth=1.0)\n",
    "\n",
    "ax.plot((ts1_mt3d[:,0])/3600, ts1_mt3d[:,1], 'kD', markersize=2.0, mfc='none',mec='k')\n",
    "ax.plot((ts2_mt3d[:,0])/3600, ts2_mt3d[:,1], 'b*', markersize=3.0, mfc='none',mec='b')\n",
    "ax.plot((ts3_mt3d[:,0])/3600, ts3_mt3d[:,1], 'r+', markersize=3.0)\n",
    "ax.plot((ts4_mt3d[:,0])/3600, ts4_mt3d[:,1], 'g^', markersize=2.0, mfc='none',mec='g')\n",
    "ax.plot((ts5_mt3d[:,0])/3600, ts5_mt3d[:,1], 'co', markersize=2.0, mfc='none',mec='c')\n",
    "\n",
    "#customize plot\n",
    "ax.set_xlabel('Time, hours')\n",
    "ax.set_ylabel('Concentration, mg L-1')\n",
    "ax.set_ylim([3.5,13])\n",
    "ticksize = 10\n",
    "\n",
    "#legend\n",
    "leg = ax.legend(\n",
    "                (\n",
    "                 'Otis, Site 1', 'Otis, Site 2', 'Otis, Site 3', 'Otis, Site 4', 'Otis, Site 5',\n",
    "                 'MT3D-USGS, Site 1', 'MT3D-USGS, Site 2', 'MT3D-USGS, Site 3', 'MT3D-USGS, Site 4', 'MT3D-USGS, Site 5',\n",
    "                 ), \n",
    "                loc='upper right', labelspacing=0.25, columnspacing=1,\n",
    "                handletextpad=0.5, handlelength=2.0, numpoints=1)\n",
    "leg._drawFrame = False \n",
    "\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
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