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mt3d-usgs_example.py.
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MT3D-USGS Example
Demonstrates functionality of the flopy MT3D-USGS module using the ‘Crank-Nicolson’ example distributed with MT3D-USGS.
Problem description:
Grid dimensions: 1 Layer, 3 Rows, 650 Columns
Stress periods: 3
Units are in seconds and meters
Flow package: UPW
Stress packages: SFR, GHB
Solvers: NWT, GCG
[1]:
import os
import string
[2]:
import sys
from pprint import pformat
from tempfile import TemporaryDirectory
import matplotlib as mpl
import matplotlib.pyplot as plt
import numpy as np
import flopy
print(sys.version)
print(f"numpy version: {np.__version__}")
print(f"matplotlib version: {mpl.__version__}")
print(f"flopy version: {flopy.__version__}")
3.12.2 | packaged by conda-forge | (main, Feb 16 2024, 20:50:58) [GCC 12.3.0]
numpy version: 1.26.4
matplotlib version: 3.8.4
flopy version: 3.7.0.dev0
[3]:
temp_dir = TemporaryDirectory()
modelpth = temp_dir.name
modelname = "CrnkNic"
mfexe = "mfnwt"
mtexe = "mt3dusgs"
# Make sure modelpth directory exists
if not os.path.isdir(modelpth):
os.makedirs(modelpth, exist_ok=True)
# Instantiate MODFLOW object in flopy
mf = flopy.modflow.Modflow(
modelname=modelname, exe_name=mfexe, model_ws=modelpth, version="mfnwt"
)
Set up model discretization
[4]:
Lx = 650.0
Ly = 15
nrow = 3
ncol = 650
nlay = 1
delr = Lx / ncol
delc = Ly / nrow
xmax = ncol * delr
ymax = nrow * delc
X, Y = np.meshgrid(
np.linspace(delr / 2, xmax - delr / 2, ncol),
np.linspace(ymax - delc / 2, 0 + delc / 2, nrow),
)
Instantiate output control (oc) package for MODFLOW-NWT
[5]:
# Output Control: Create a flopy output control object
oc = flopy.modflow.ModflowOc(mf)
Instantiate solver package for MODFLOW-NWT
[6]:
# Newton-Raphson Solver: Create a flopy nwt package object
headtol = 1.0e-4
fluxtol = 5
maxiterout = 5000
thickfact = 1e-06
linmeth = 2
iprnwt = 1
ibotav = 1
nwt = flopy.modflow.ModflowNwt(
mf,
headtol=headtol,
fluxtol=fluxtol,
maxiterout=maxiterout,
thickfact=thickfact,
linmeth=linmeth,
iprnwt=iprnwt,
ibotav=ibotav,
options="SIMPLE",
)
Instantiate discretization (DIS) package for MODFLOW-NWT
[7]:
# The equations for calculating the ground elevation in the 1 Layer CrnkNic model.
# Although Y isn't used, keeping it here for symetry
def topElev(X, Y):
return 100.0 - (np.ceil(X) - 1) * 0.03
grndElev = topElev(X, Y)
bedRockElev = grndElev - 3.0
Steady = [False, False, False]
nstp = [1, 1, 1]
tsmult = [1.0, 1.0, 1.0]
# Stress periods extend from (12AM-8:29:59AM); (8:30AM-11:30:59AM); (11:31AM-23:59:59PM)
perlen = [30600, 10800, 45000]
# Create the discretization object
# itmuni = 1 (seconds); lenuni = 2 (meters)
dis = flopy.modflow.ModflowDis(
mf,
nlay,
nrow,
ncol,
nper=3,
delr=delr,
delc=delc,
top=grndElev,
botm=bedRockElev,
laycbd=0,
itmuni=1,
lenuni=2,
steady=Steady,
nstp=nstp,
tsmult=tsmult,
perlen=perlen,
)
Instantiate upstream weighting (UPW) flow package for MODFLOW-NWT
[8]:
# UPW parameters
# UPW must be instantiated after DIS. Otherwise, during the mf.write_input() procedures,
# flopy will crash.
laytyp = 1
layavg = 2
chani = 1.0
layvka = 1
iphdry = 0
hk = 0.1
hani = 1
vka = 1.0
ss = 0.000001
sy = 0.20
hdry = -888
upw = flopy.modflow.ModflowUpw(
mf,
laytyp=laytyp,
layavg=layavg,
chani=chani,
layvka=layvka,
ipakcb=53,
hdry=hdry,
iphdry=iphdry,
hk=hk,
hani=hani,
vka=vka,
ss=ss,
sy=sy,
)
Instantiate basic (BAS or BA6) package for MODFLOW-NWT
[9]:
# Create a flopy basic package object
def calc_strtElev(X, Y):
return 99.5 - (np.ceil(X) - 1) * 0.0001
ibound = np.ones((nlay, nrow, ncol))
ibound[:, 0, :] *= -1
ibound[:, 2, :] *= -1
strtElev = calc_strtElev(X, Y)
bas = flopy.modflow.ModflowBas(mf, ibound=ibound, hnoflo=hdry, strt=strtElev)
Instantiate streamflow routing (SFR2) package for MODFLOW-NWT
[10]:
# Streamflow Routing Package: Try and set up with minimal options in use
# 9 11 IFACE # Data Set 1: ISTCB1 ISTCB2
nstrm = ncol
nss = 6
const = 1.0
dleak = 0.0001
istcb1 = -10
istcb2 = 11
isfropt = 1
segment_data = None
channel_geometry_data = None
channel_flow_data = None
dataset_5 = None
reachinput = True
# The next couple of lines set up the reach_data for the 30x100 hypothetical model.
# Will need to adjust the row based on which grid discretization we're doing.
# Ensure that the stream goes down one of the middle rows of the model.
strmBed_Elev = 98.75 - (np.ceil(X[1, :]) - 1) * 0.0001
s1 = "k,i,j,iseg,ireach,rchlen,strtop,slope,strthick,strhc1\n"
iseg = 0
irch = 0
for y in range(ncol):
if y <= 37:
if iseg == 0:
irch = 1
else:
irch += 1
iseg = 1
strhc1 = 1.0e-10
elif y <= 104:
if iseg == 1:
irch = 1
else:
irch += 1
iseg = 2
strhc1 = 1.0e-10
elif y <= 280:
if iseg == 2:
irch = 1
else:
irch += 1
iseg = 3
strhc1 = 2.946219199e-6
elif y <= 432:
if iseg == 3:
irch = 1
else:
irch += 1
iseg = 4
strhc1 = 1.375079882e-6
elif y <= 618:
if iseg == 4:
irch = 1
else:
irch += 1
iseg = 5
strhc1 = 1.764700062e-6
else:
if iseg == 5:
irch = 1
else:
irch += 1
iseg = 6
strhc1 = 1e-10
# remember that lay, row, col need to be zero-based and are adjusted accordingly by flopy
# layer + row + col + iseg + irch + rchlen + strtop + slope + strthick + strmbed K
s1 += f"0,{1}"
s1 += f",{y}"
s1 += f",{iseg}"
s1 += f",{irch}"
s1 += f",{delr}"
s1 += f",{strmBed_Elev[y]}"
s1 += f",{0.0001}"
s1 += f",{0.50}"
s1 += f",{strhc1}\n"
fpth = os.path.join(modelpth, "s1.csv")
f = open(fpth, "w")
f.write(s1)
f.close()
dtype = [
("k", "<i4"),
("i", "<i4"),
("j", "<i4"),
("iseg", "<i4"),
("ireach", "<f8"),
("rchlen", "<f8"),
("strtop", "<f8"),
("slope", "<f8"),
("strthick", "<f8"),
("strhc1", "<f8"),
]
f = open(fpth, "rb")
reach_data = np.genfromtxt(f, delimiter=",", names=True, dtype=dtype)
f.close()
s2 = "nseg,icalc,outseg,iupseg,nstrpts, flow,runoff,etsw,pptsw, roughch, roughbk,cdpth,fdpth,awdth,bwdth,width1,width2\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 \
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 \
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 \
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 \
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 \
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"
fpth = os.path.join(modelpth, "s2.csv")
f = open(fpth, "w")
f.write(s2)
f.close()
f = open(fpth, "rb")
segment_data = np.genfromtxt(f, delimiter=",", names=True)
f.close()
# Be sure to convert segment_data to a dictionary keyed on stress period.
segment_data = np.atleast_1d(segment_data)
segment_data = {0: segment_data, 1: segment_data, 2: segment_data}
# There are 3 stress periods
dataset_5 = {0: [nss, 0, 0], 1: [nss, 0, 0], 2: [nss, 0, 0]}
sfr = flopy.modflow.ModflowSfr2(
mf,
nstrm=nstrm,
nss=nss,
const=const,
dleak=dleak,
isfropt=isfropt,
istcb2=0,
reachinput=True,
reach_data=reach_data,
dataset_5=dataset_5,
segment_data=segment_data,
channel_geometry_data=channel_geometry_data,
)
Instantiate gage package for use with MODFLOW-NWT package
[11]:
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],
]
files = [
"CrnkNic.gage",
"CrnkNic.gag1",
"CrnkNic.gag2",
"CrnkNic.gag3",
"CrnkNic.gag4",
"CrnkNic.gag5",
"CrnkNic.gag6",
]
gage = flopy.modflow.ModflowGage(
mf, numgage=6, gage_data=gages, filenames=files
)
Instantiate linkage with mass transport routing (LMT) package for MODFLOW-NWT (generates linker file)
[12]:
lmt = flopy.modflow.ModflowLmt(
mf,
output_file_name="CrnkNic.ftl",
output_file_header="extended",
output_file_format="formatted",
package_flows=["sfr"],
)
Write the MODFLOW input files
[13]:
mf.write_input()
# run the model
success, buff = mf.run_model(silent=True, report=True)
assert success, pformat(buff)
Now draft up MT3D-USGS input files.
[14]:
# Instantiate MT3D-USGS object in flopy
mt = flopy.mt3d.Mt3dms(
modflowmodel=mf,
modelname=modelname,
model_ws=modelpth,
version="mt3d-usgs",
namefile_ext="mtnam",
exe_name=mtexe,
ftlfilename="CrnkNic.ftl",
ftlfree=True,
)
Instantiate basic transport (BTN) package for MT3D-USGS
[15]:
btn = flopy.mt3d.Mt3dBtn(
mt,
sconc=3.7,
ncomp=1,
prsity=0.2,
cinact=-1.0,
thkmin=0.001,
nprs=-1,
nprobs=10,
chkmas=True,
nprmas=10,
dt0=180,
mxstrn=2500,
)
Instantiate advection (ADV) package for MT3D-USGS
[16]:
adv = flopy.mt3d.Mt3dAdv(mt, mixelm=0, percel=1.00, mxpart=5000, nadvfd=1)
Instatiate generalized conjugate gradient solver (GCG) package for MT3D-USGS
[17]:
rct = flopy.mt3d.Mt3dRct(mt, isothm=0, ireact=100, igetsc=0, rc1=0.01)
[18]:
gcg = flopy.mt3d.Mt3dGcg(
mt, mxiter=10, iter1=50, isolve=3, ncrs=0, accl=1, cclose=1e-6, iprgcg=1
)
Instantiate source-sink mixing (SSM) package for MT3D-USGS
[19]:
# For SSM, need to set the constant head boundary conditions to the ambient concentration
# for all 1,300 constant head boundary cells.
itype = flopy.mt3d.Mt3dSsm.itype_dict()
ssm_data = {}
ssm_data[0] = [(0, 0, 0, 3.7, itype["CHD"])]
ssm_data[0].append((0, 2, 0, 3.7, itype["CHD"]))
for i in [0, 2]:
for j in range(1, ncol):
ssm_data[0].append((0, i, j, 3.7, itype["CHD"]))
ssm = flopy.mt3d.Mt3dSsm(mt, stress_period_data=ssm_data)
Instantiate streamflow transport (SFT) package for MT3D-USGS
[20]:
dispsf = []
for y in range(ncol):
if y <= 37:
dispsf.append(0.12)
elif y <= 104:
dispsf.append(0.15)
elif y <= 280:
dispsf.append(0.24)
elif y <= 432:
dispsf.append(0.31)
elif y <= 618:
dispsf.append(0.40)
else:
dispsf.append(0.40)
# Enter a list of the observation points
# Each observation is taken as the last reach within the first 5 segments
seg_len = np.unique(reach_data["iseg"], return_counts=True)
obs_sf = np.cumsum(seg_len[1])
obs_sf = obs_sf.tolist()
# The last reach is not an observation point, therefore drop
obs_sf.pop(-1)
# In the first and last stress periods, concentration at the headwater is 3.7
sf_stress_period_data = {0: [0, 0, 3.7], 1: [0, 0, 11.4], 2: [0, 0, 3.7]}
gage_output = [None, None, "CrnkNic.sftobs"]
sft = flopy.mt3d.Mt3dSft(
mt,
nsfinit=650,
mxsfbc=650,
icbcsf=81,
ioutobs=82,
isfsolv=1,
cclosesf=1.0e-6,
mxitersf=10,
crntsf=1.0,
iprtxmd=0,
coldsf=3.7,
dispsf=dispsf,
nobssf=5,
obs_sf=obs_sf,
sf_stress_period_data=sf_stress_period_data,
filenames=gage_output,
)
sft.dispsf[0].format.fortran = "(10E15.6)"
Write the MT3D-USGS input files and run the model.
[21]:
mt.write_input()
mt.run_model(silent=True, report=True)
[21]:
(False,
['',
' MT3D-USGS - Modular 3D Multi-Species Transport Model [Ver 1.1.0] ',
' and based on MT3DMS. MT3D-USGS developed in cooperation by ',
' S.S. Papadopulos & Associates and the U.S. Geological Survey',
'',
' Using NAME File: CrnkNic.mtnam',
'',
' STRESS PERIOD NO. 1',
'',
' TIME STEP NO. 1',
' FROM TIME = 0.0000 TO 30600. ',
'',
' Transport Step: 1 Step Size: 180.0 Total Elapsed Time: 180.00 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.4865 [K,I,J] 1 2 289',
' Outer Iter. 1 Inner Iter. 2: Max. DC = 0.5960E-07 [K,I,J] 1 1 36',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 2 Step Size: 180.0 Total Elapsed Time: 360.00 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.9385 [K,I,J] 1 2 394',
' Outer Iter. 1 Inner Iter. 2: Max. DC = 0.1788E-06 [K,I,J] 1 2 294',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.3934E-05 [K,I,J] 1 2 294',
' Outer Iter. 2 Inner Iter. 2: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 3 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 3 Step Size: 180.0 Total Elapsed Time: 540.00 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.7602 [K,I,J] 1 1 1',
' Outer Iter. 1 Inner Iter. 2: Max. DC = 0.1788E-06 [K,I,J] 1 2 2',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.8884E-06 [K,I,J] 1 1 642',
' Transport Step: 4 Step Size: 180.0 Total Elapsed Time: 720.00 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.3366E-03 [K,I,J] 1 2 1',
' Outer Iter. 1 Inner Iter. 2: Max. DC = 0.4657E-09 [K,I,J] 1 2 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 5 Step Size: 180.0 Total Elapsed Time: 900.00 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 6 Step Size: 180.0 Total Elapsed Time: 1080.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 7 Step Size: 180.0 Total Elapsed Time: 1260.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 8 Step Size: 180.0 Total Elapsed Time: 1440.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 9 Step Size: 180.0 Total Elapsed Time: 1620.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 10 Step Size: 180.0 Total Elapsed Time: 1800.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 11 Step Size: 180.0 Total Elapsed Time: 1980.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 12 Step Size: 180.0 Total Elapsed Time: 2160.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 13 Step Size: 180.0 Total Elapsed Time: 2340.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 14 Step Size: 180.0 Total Elapsed Time: 2520.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 15 Step Size: 180.0 Total Elapsed Time: 2700.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 16 Step Size: 180.0 Total Elapsed Time: 2880.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 17 Step Size: 180.0 Total Elapsed Time: 3060.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 18 Step Size: 180.0 Total Elapsed Time: 3240.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 19 Step Size: 180.0 Total Elapsed Time: 3420.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 20 Step Size: 180.0 Total Elapsed Time: 3600.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 21 Step Size: 180.0 Total Elapsed Time: 3780.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 22 Step Size: 180.0 Total Elapsed Time: 3960.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 23 Step Size: 180.0 Total Elapsed Time: 4140.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 24 Step Size: 180.0 Total Elapsed Time: 4320.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 25 Step Size: 180.0 Total Elapsed Time: 4500.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 26 Step Size: 180.0 Total Elapsed Time: 4680.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 27 Step Size: 180.0 Total Elapsed Time: 4860.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 28 Step Size: 180.0 Total Elapsed Time: 5040.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 29 Step Size: 180.0 Total Elapsed Time: 5220.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 30 Step Size: 180.0 Total Elapsed Time: 5400.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 31 Step Size: 180.0 Total Elapsed Time: 5580.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 32 Step Size: 180.0 Total Elapsed Time: 5760.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 33 Step Size: 180.0 Total Elapsed Time: 5940.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 34 Step Size: 180.0 Total Elapsed Time: 6120.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 35 Step Size: 180.0 Total Elapsed Time: 6300.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 36 Step Size: 180.0 Total Elapsed Time: 6480.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 37 Step Size: 180.0 Total Elapsed Time: 6660.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 38 Step Size: 180.0 Total Elapsed Time: 6840.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 39 Step Size: 180.0 Total Elapsed Time: 7020.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 40 Step Size: 180.0 Total Elapsed Time: 7200.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 41 Step Size: 180.0 Total Elapsed Time: 7380.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 42 Step Size: 180.0 Total Elapsed Time: 7560.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 43 Step Size: 180.0 Total Elapsed Time: 7740.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 44 Step Size: 180.0 Total Elapsed Time: 7920.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 45 Step Size: 180.0 Total Elapsed Time: 8100.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 46 Step Size: 180.0 Total Elapsed Time: 8280.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 47 Step Size: 180.0 Total Elapsed Time: 8460.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 48 Step Size: 180.0 Total Elapsed Time: 8640.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 49 Step Size: 180.0 Total Elapsed Time: 8820.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 50 Step Size: 180.0 Total Elapsed Time: 9000.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 51 Step Size: 180.0 Total Elapsed Time: 9180.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 52 Step Size: 180.0 Total Elapsed Time: 9360.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 53 Step Size: 180.0 Total Elapsed Time: 9540.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 54 Step Size: 180.0 Total Elapsed Time: 9720.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 55 Step Size: 180.0 Total Elapsed Time: 9900.0 ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 56 Step Size: 180.0 Total Elapsed Time: 10080. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 57 Step Size: 180.0 Total Elapsed Time: 10260. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 58 Step Size: 180.0 Total Elapsed Time: 10440. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 59 Step Size: 180.0 Total Elapsed Time: 10620. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 60 Step Size: 180.0 Total Elapsed Time: 10800. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 61 Step Size: 180.0 Total Elapsed Time: 10980. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 62 Step Size: 180.0 Total Elapsed Time: 11160. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 63 Step Size: 180.0 Total Elapsed Time: 11340. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 64 Step Size: 180.0 Total Elapsed Time: 11520. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 65 Step Size: 180.0 Total Elapsed Time: 11700. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 66 Step Size: 180.0 Total Elapsed Time: 11880. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 67 Step Size: 180.0 Total Elapsed Time: 12060. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 68 Step Size: 180.0 Total Elapsed Time: 12240. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 69 Step Size: 180.0 Total Elapsed Time: 12420. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 70 Step Size: 180.0 Total Elapsed Time: 12600. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 71 Step Size: 180.0 Total Elapsed Time: 12780. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 72 Step Size: 180.0 Total Elapsed Time: 12960. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 73 Step Size: 180.0 Total Elapsed Time: 13140. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 74 Step Size: 180.0 Total Elapsed Time: 13320. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 75 Step Size: 180.0 Total Elapsed Time: 13500. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 76 Step Size: 180.0 Total Elapsed Time: 13680. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 77 Step Size: 180.0 Total Elapsed Time: 13860. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 78 Step Size: 180.0 Total Elapsed Time: 14040. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 79 Step Size: 180.0 Total Elapsed Time: 14220. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 80 Step Size: 180.0 Total Elapsed Time: 14400. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 81 Step Size: 180.0 Total Elapsed Time: 14580. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 82 Step Size: 180.0 Total Elapsed Time: 14760. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 83 Step Size: 180.0 Total Elapsed Time: 14940. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 84 Step Size: 180.0 Total Elapsed Time: 15120. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 85 Step Size: 180.0 Total Elapsed Time: 15300. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 86 Step Size: 180.0 Total Elapsed Time: 15480. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 87 Step Size: 180.0 Total Elapsed Time: 15660. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 88 Step Size: 180.0 Total Elapsed Time: 15840. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 89 Step Size: 180.0 Total Elapsed Time: 16020. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 90 Step Size: 180.0 Total Elapsed Time: 16200. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 91 Step Size: 180.0 Total Elapsed Time: 16380. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 92 Step Size: 180.0 Total Elapsed Time: 16560. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 93 Step Size: 180.0 Total Elapsed Time: 16740. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 94 Step Size: 180.0 Total Elapsed Time: 16920. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 95 Step Size: 180.0 Total Elapsed Time: 17100. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 96 Step Size: 180.0 Total Elapsed Time: 17280. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 97 Step Size: 180.0 Total Elapsed Time: 17460. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 98 Step Size: 180.0 Total Elapsed Time: 17640. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 99 Step Size: 180.0 Total Elapsed Time: 17820. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 100 Step Size: 180.0 Total Elapsed Time: 18000. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 101 Step Size: 180.0 Total Elapsed Time: 18180. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 102 Step Size: 180.0 Total Elapsed Time: 18360. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 103 Step Size: 180.0 Total Elapsed Time: 18540. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 104 Step Size: 180.0 Total Elapsed Time: 18720. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 105 Step Size: 180.0 Total Elapsed Time: 18900. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 106 Step Size: 180.0 Total Elapsed Time: 19080. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 107 Step Size: 180.0 Total Elapsed Time: 19260. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 108 Step Size: 180.0 Total Elapsed Time: 19440. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 109 Step Size: 180.0 Total Elapsed Time: 19620. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 110 Step Size: 180.0 Total Elapsed Time: 19800. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 111 Step Size: 180.0 Total Elapsed Time: 19980. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 112 Step Size: 180.0 Total Elapsed Time: 20160. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 113 Step Size: 180.0 Total Elapsed Time: 20340. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 114 Step Size: 180.0 Total Elapsed Time: 20520. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 115 Step Size: 180.0 Total Elapsed Time: 20700. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 116 Step Size: 180.0 Total Elapsed Time: 20880. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 117 Step Size: 180.0 Total Elapsed Time: 21060. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 118 Step Size: 180.0 Total Elapsed Time: 21240. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 119 Step Size: 180.0 Total Elapsed Time: 21420. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 120 Step Size: 180.0 Total Elapsed Time: 21600. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 121 Step Size: 180.0 Total Elapsed Time: 21780. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 122 Step Size: 180.0 Total Elapsed Time: 21960. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 123 Step Size: 180.0 Total Elapsed Time: 22140. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 124 Step Size: 180.0 Total Elapsed Time: 22320. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 125 Step Size: 180.0 Total Elapsed Time: 22500. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 126 Step Size: 180.0 Total Elapsed Time: 22680. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 127 Step Size: 180.0 Total Elapsed Time: 22860. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 128 Step Size: 180.0 Total Elapsed Time: 23040. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 129 Step Size: 180.0 Total Elapsed Time: 23220. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 130 Step Size: 180.0 Total Elapsed Time: 23400. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 131 Step Size: 180.0 Total Elapsed Time: 23580. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 132 Step Size: 180.0 Total Elapsed Time: 23760. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 133 Step Size: 180.0 Total Elapsed Time: 23940. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 134 Step Size: 180.0 Total Elapsed Time: 24120. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 135 Step Size: 180.0 Total Elapsed Time: 24300. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 136 Step Size: 180.0 Total Elapsed Time: 24480. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 137 Step Size: 180.0 Total Elapsed Time: 24660. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 138 Step Size: 180.0 Total Elapsed Time: 24840. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 139 Step Size: 180.0 Total Elapsed Time: 25020. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 140 Step Size: 180.0 Total Elapsed Time: 25200. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 141 Step Size: 180.0 Total Elapsed Time: 25380. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 142 Step Size: 180.0 Total Elapsed Time: 25560. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 143 Step Size: 180.0 Total Elapsed Time: 25740. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 144 Step Size: 180.0 Total Elapsed Time: 25920. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 145 Step Size: 180.0 Total Elapsed Time: 26100. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 146 Step Size: 180.0 Total Elapsed Time: 26280. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 147 Step Size: 180.0 Total Elapsed Time: 26460. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 148 Step Size: 180.0 Total Elapsed Time: 26640. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 149 Step Size: 180.0 Total Elapsed Time: 26820. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 150 Step Size: 180.0 Total Elapsed Time: 27000. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 151 Step Size: 180.0 Total Elapsed Time: 27180. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 152 Step Size: 180.0 Total Elapsed Time: 27360. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 153 Step Size: 180.0 Total Elapsed Time: 27540. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 154 Step Size: 180.0 Total Elapsed Time: 27720. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 155 Step Size: 180.0 Total Elapsed Time: 27900. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 156 Step Size: 180.0 Total Elapsed Time: 28080. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 157 Step Size: 180.0 Total Elapsed Time: 28260. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 158 Step Size: 180.0 Total Elapsed Time: 28440. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 159 Step Size: 180.0 Total Elapsed Time: 28620. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 160 Step Size: 180.0 Total Elapsed Time: 28800. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 161 Step Size: 180.0 Total Elapsed Time: 28980. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 162 Step Size: 180.0 Total Elapsed Time: 29160. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 163 Step Size: 180.0 Total Elapsed Time: 29340. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 164 Step Size: 180.0 Total Elapsed Time: 29520. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 165 Step Size: 180.0 Total Elapsed Time: 29700. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 166 Step Size: 180.0 Total Elapsed Time: 29880. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 167 Step Size: 180.0 Total Elapsed Time: 30060. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 168 Step Size: 180.0 Total Elapsed Time: 30240. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 169 Step Size: 180.0 Total Elapsed Time: 30420. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 170 Step Size: 180.0 Total Elapsed Time: 30600. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
'',
' STRESS PERIOD NO. 2',
'',
' TIME STEP NO. 1',
' FROM TIME = 30600. TO 41400. ',
'',
' Transport Step: 1 Step Size: 180.0 Total Elapsed Time: 30780. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.2062E-04 [K,I,J] 1 1 1',
' Outer Iter. 1 Inner Iter. 2: Max. DC = 0.6548E-10 [K,I,J] 1 2 3',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 2 Step Size: 180.0 Total Elapsed Time: 30960. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 3 Step Size: 180.0 Total Elapsed Time: 31140. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 4 Step Size: 180.0 Total Elapsed Time: 31320. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 5 Step Size: 180.0 Total Elapsed Time: 31500. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 6 Step Size: 180.0 Total Elapsed Time: 31680. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 7 Step Size: 180.0 Total Elapsed Time: 31860. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 8 Step Size: 180.0 Total Elapsed Time: 32040. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 9 Step Size: 180.0 Total Elapsed Time: 32220. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 10 Step Size: 180.0 Total Elapsed Time: 32400. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 11 Step Size: 180.0 Total Elapsed Time: 32580. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 12 Step Size: 180.0 Total Elapsed Time: 32760. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 13 Step Size: 180.0 Total Elapsed Time: 32940. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 14 Step Size: 180.0 Total Elapsed Time: 33120. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 15 Step Size: 180.0 Total Elapsed Time: 33300. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 16 Step Size: 180.0 Total Elapsed Time: 33480. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 17 Step Size: 180.0 Total Elapsed Time: 33660. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 18 Step Size: 180.0 Total Elapsed Time: 33840. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 19 Step Size: 180.0 Total Elapsed Time: 34020. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 20 Step Size: 180.0 Total Elapsed Time: 34200. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 21 Step Size: 180.0 Total Elapsed Time: 34380. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 22 Step Size: 180.0 Total Elapsed Time: 34560. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 23 Step Size: 180.0 Total Elapsed Time: 34740. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 24 Step Size: 180.0 Total Elapsed Time: 34920. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 25 Step Size: 180.0 Total Elapsed Time: 35100. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 26 Step Size: 180.0 Total Elapsed Time: 35280. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 27 Step Size: 180.0 Total Elapsed Time: 35460. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 28 Step Size: 180.0 Total Elapsed Time: 35640. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 29 Step Size: 180.0 Total Elapsed Time: 35820. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 30 Step Size: 180.0 Total Elapsed Time: 36000. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 31 Step Size: 180.0 Total Elapsed Time: 36180. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 32 Step Size: 180.0 Total Elapsed Time: 36360. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 33 Step Size: 180.0 Total Elapsed Time: 36540. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 34 Step Size: 180.0 Total Elapsed Time: 36720. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 35 Step Size: 180.0 Total Elapsed Time: 36900. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 36 Step Size: 180.0 Total Elapsed Time: 37080. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 37 Step Size: 180.0 Total Elapsed Time: 37260. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 38 Step Size: 180.0 Total Elapsed Time: 37440. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 39 Step Size: 180.0 Total Elapsed Time: 37620. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 40 Step Size: 180.0 Total Elapsed Time: 37800. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 41 Step Size: 180.0 Total Elapsed Time: 37980. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 42 Step Size: 180.0 Total Elapsed Time: 38160. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 43 Step Size: 180.0 Total Elapsed Time: 38340. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 44 Step Size: 180.0 Total Elapsed Time: 38520. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 45 Step Size: 180.0 Total Elapsed Time: 38700. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 46 Step Size: 180.0 Total Elapsed Time: 38880. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 47 Step Size: 180.0 Total Elapsed Time: 39060. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 48 Step Size: 180.0 Total Elapsed Time: 39240. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 49 Step Size: 180.0 Total Elapsed Time: 39420. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 50 Step Size: 180.0 Total Elapsed Time: 39600. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 51 Step Size: 180.0 Total Elapsed Time: 39780. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 52 Step Size: 180.0 Total Elapsed Time: 39960. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 53 Step Size: 180.0 Total Elapsed Time: 40140. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 54 Step Size: 180.0 Total Elapsed Time: 40320. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 55 Step Size: 180.0 Total Elapsed Time: 40500. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 56 Step Size: 180.0 Total Elapsed Time: 40680. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 57 Step Size: 180.0 Total Elapsed Time: 40860. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 58 Step Size: 180.0 Total Elapsed Time: 41040. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 59 Step Size: 180.0 Total Elapsed Time: 41220. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 60 Step Size: 180.0 Total Elapsed Time: 41400. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
'',
' STRESS PERIOD NO. 3',
'',
' TIME STEP NO. 1',
' FROM TIME = 41400. TO 86400. ',
'',
' Transport Step: 1 Step Size: 180.0 Total Elapsed Time: 41580. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 2 Step Size: 180.0 Total Elapsed Time: 41760. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 3 Step Size: 180.0 Total Elapsed Time: 41940. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 4 Step Size: 180.0 Total Elapsed Time: 42120. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 5 Step Size: 180.0 Total Elapsed Time: 42300. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 6 Step Size: 180.0 Total Elapsed Time: 42480. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 7 Step Size: 180.0 Total Elapsed Time: 42660. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 8 Step Size: 180.0 Total Elapsed Time: 42840. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 9 Step Size: 180.0 Total Elapsed Time: 43020. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 10 Step Size: 180.0 Total Elapsed Time: 43200. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 11 Step Size: 180.0 Total Elapsed Time: 43380. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 12 Step Size: 180.0 Total Elapsed Time: 43560. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 13 Step Size: 180.0 Total Elapsed Time: 43740. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 14 Step Size: 180.0 Total Elapsed Time: 43920. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 15 Step Size: 180.0 Total Elapsed Time: 44100. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 16 Step Size: 180.0 Total Elapsed Time: 44280. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 17 Step Size: 180.0 Total Elapsed Time: 44460. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 18 Step Size: 180.0 Total Elapsed Time: 44640. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 19 Step Size: 180.0 Total Elapsed Time: 44820. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 20 Step Size: 180.0 Total Elapsed Time: 45000. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 21 Step Size: 180.0 Total Elapsed Time: 45180. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 22 Step Size: 180.0 Total Elapsed Time: 45360. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 23 Step Size: 180.0 Total Elapsed Time: 45540. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 24 Step Size: 180.0 Total Elapsed Time: 45720. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 25 Step Size: 180.0 Total Elapsed Time: 45900. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 26 Step Size: 180.0 Total Elapsed Time: 46080. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 27 Step Size: 180.0 Total Elapsed Time: 46260. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 28 Step Size: 180.0 Total Elapsed Time: 46440. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 29 Step Size: 180.0 Total Elapsed Time: 46620. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 30 Step Size: 180.0 Total Elapsed Time: 46800. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 31 Step Size: 180.0 Total Elapsed Time: 46980. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 32 Step Size: 180.0 Total Elapsed Time: 47160. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 33 Step Size: 180.0 Total Elapsed Time: 47340. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 34 Step Size: 180.0 Total Elapsed Time: 47520. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 35 Step Size: 180.0 Total Elapsed Time: 47700. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 36 Step Size: 180.0 Total Elapsed Time: 47880. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 37 Step Size: 180.0 Total Elapsed Time: 48060. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 38 Step Size: 180.0 Total Elapsed Time: 48240. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 39 Step Size: 180.0 Total Elapsed Time: 48420. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 40 Step Size: 180.0 Total Elapsed Time: 48600. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 41 Step Size: 180.0 Total Elapsed Time: 48780. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 42 Step Size: 180.0 Total Elapsed Time: 48960. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 43 Step Size: 180.0 Total Elapsed Time: 49140. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 44 Step Size: 180.0 Total Elapsed Time: 49320. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 45 Step Size: 180.0 Total Elapsed Time: 49500. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 46 Step Size: 180.0 Total Elapsed Time: 49680. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 47 Step Size: 180.0 Total Elapsed Time: 49860. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 48 Step Size: 180.0 Total Elapsed Time: 50040. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 49 Step Size: 180.0 Total Elapsed Time: 50220. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 50 Step Size: 180.0 Total Elapsed Time: 50400. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 51 Step Size: 180.0 Total Elapsed Time: 50580. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 52 Step Size: 180.0 Total Elapsed Time: 50760. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 53 Step Size: 180.0 Total Elapsed Time: 50940. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 54 Step Size: 180.0 Total Elapsed Time: 51120. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 55 Step Size: 180.0 Total Elapsed Time: 51300. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 56 Step Size: 180.0 Total Elapsed Time: 51480. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 57 Step Size: 180.0 Total Elapsed Time: 51660. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 58 Step Size: 180.0 Total Elapsed Time: 51840. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 59 Step Size: 180.0 Total Elapsed Time: 52020. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 60 Step Size: 180.0 Total Elapsed Time: 52200. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 61 Step Size: 180.0 Total Elapsed Time: 52380. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 62 Step Size: 180.0 Total Elapsed Time: 52560. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 63 Step Size: 180.0 Total Elapsed Time: 52740. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 64 Step Size: 180.0 Total Elapsed Time: 52920. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 65 Step Size: 180.0 Total Elapsed Time: 53100. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 66 Step Size: 180.0 Total Elapsed Time: 53280. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 67 Step Size: 180.0 Total Elapsed Time: 53460. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 68 Step Size: 180.0 Total Elapsed Time: 53640. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 69 Step Size: 180.0 Total Elapsed Time: 53820. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 70 Step Size: 180.0 Total Elapsed Time: 54000. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 71 Step Size: 180.0 Total Elapsed Time: 54180. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 72 Step Size: 180.0 Total Elapsed Time: 54360. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 73 Step Size: 180.0 Total Elapsed Time: 54540. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 74 Step Size: 180.0 Total Elapsed Time: 54720. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 75 Step Size: 180.0 Total Elapsed Time: 54900. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 76 Step Size: 180.0 Total Elapsed Time: 55080. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 77 Step Size: 180.0 Total Elapsed Time: 55260. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 78 Step Size: 180.0 Total Elapsed Time: 55440. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 79 Step Size: 180.0 Total Elapsed Time: 55620. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 80 Step Size: 180.0 Total Elapsed Time: 55800. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 81 Step Size: 180.0 Total Elapsed Time: 55980. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 82 Step Size: 180.0 Total Elapsed Time: 56160. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 83 Step Size: 180.0 Total Elapsed Time: 56340. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 84 Step Size: 180.0 Total Elapsed Time: 56520. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 85 Step Size: 180.0 Total Elapsed Time: 56700. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 86 Step Size: 180.0 Total Elapsed Time: 56880. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 87 Step Size: 180.0 Total Elapsed Time: 57060. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 88 Step Size: 180.0 Total Elapsed Time: 57240. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 89 Step Size: 180.0 Total Elapsed Time: 57420. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 90 Step Size: 180.0 Total Elapsed Time: 57600. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 91 Step Size: 180.0 Total Elapsed Time: 57780. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 92 Step Size: 180.0 Total Elapsed Time: 57960. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Transport Step: 93 Step Size: 180.0 Total Elapsed Time: 58140. ',
' Outer Iter. 1 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
' Outer Iter. 2 Inner Iter. 1: Max. DC = 0.000 [K,I,J] 1 1 1',
...])
Compare mt3d-usgs results to an analytical solution
[22]:
# Define a function to read SFT output file
def load_ts_from_SFT_output(fname, nd=1):
f = open(fname)
iline = 0
lst = []
for line in f:
if line.strip().split()[0].replace(".", "", 1).isdigit():
l = line.strip().split()
t = float(l[0])
loc = int(l[1])
conc = float(l[2])
if loc == nd:
lst.append([t, conc])
ts = np.array(lst)
f.close()
return ts
# Also define a function to read OTIS output file
def load_ts_from_otis(fname, iobs=1):
f = open(fname)
iline = 0
lst = []
for line in f:
l = line.strip().split()
t = float(l[0])
val = float(l[iobs])
lst.append([t, val])
ts = np.array(lst)
f.close()
return ts
Load output from SFT as well as from the OTIS solution
[23]:
# Model output
fname_SFTout = os.path.join(modelpth, "CrnkNic.sftcobs.out")
# Loading MT3D-USGS output
ts1_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=38)
ts2_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=105)
ts3_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=281)
ts4_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=433)
ts5_mt3d = load_ts_from_SFT_output(fname_SFTout, nd=619)
# OTIS results located here
fname_OTIS = "../../examples/data/mt3d_test/mfnwt_mt3dusgs/sft_crnkNic/OTIS_solution.out"
# Loading OTIS output
ts1_Otis = load_ts_from_otis(fname_OTIS, 1)
ts2_Otis = load_ts_from_otis(fname_OTIS, 2)
ts3_Otis = load_ts_from_otis(fname_OTIS, 3)
ts4_Otis = load_ts_from_otis(fname_OTIS, 4)
ts5_Otis = load_ts_from_otis(fname_OTIS, 5)
Set up some plotting functions
[24]:
def set_plot_params():
import matplotlib as mpl
from matplotlib.font_manager import FontProperties
mpl.rcParams["font.sans-serif"] = "Arial"
mpl.rcParams["font.serif"] = "Times"
mpl.rcParams["font.cursive"] = "Zapf Chancery"
mpl.rcParams["font.fantasy"] = "Comic Sans MS"
mpl.rcParams["font.monospace"] = "Courier New"
mpl.rcParams["pdf.compression"] = 0
mpl.rcParams["pdf.fonttype"] = 42
ticksize = 10
mpl.rcParams["legend.fontsize"] = 7
mpl.rcParams["axes.labelsize"] = 12
mpl.rcParams["xtick.labelsize"] = ticksize
mpl.rcParams["ytick.labelsize"] = ticksize
return
def set_sizexaxis(a, fmt, sz):
success = 0
x = a.get_xticks()
# print x
xc = np.chararray(len(x), itemsize=16)
for i in range(0, len(x)):
text = fmt % (x[i])
xc[i] = string.strip(string.ljust(text, 16))
# print xc
a.set_xticklabels(xc, size=sz)
success = 1
return success
def set_sizeyaxis(a, fmt, sz):
success = 0
y = a.get_yticks()
# print y
yc = np.chararray(len(y), itemsize=16)
for i in range(0, len(y)):
text = fmt % (y[i])
yc[i] = string.strip(string.ljust(text, 16))
# print yc
a.set_yticklabels(yc, size=sz)
success = 1
return success
Compare output:
[25]:
# set up figure
try:
plt.close("all")
except:
pass
set_plot_params()
fig = plt.figure(figsize=(6, 4), facecolor="w")
ax = fig.add_subplot(1, 1, 1)
ax.plot(ts1_Otis[:, 0], ts1_Otis[:, 1], "k-", linewidth=1.0)
ax.plot(ts2_Otis[:, 0], ts2_Otis[:, 1], "b-", linewidth=1.0)
ax.plot(ts3_Otis[:, 0], ts3_Otis[:, 1], "r-", linewidth=1.0)
ax.plot(ts4_Otis[:, 0], ts4_Otis[:, 1], "g-", linewidth=1.0)
ax.plot(ts5_Otis[:, 0], ts5_Otis[:, 1], "c-", linewidth=1.0)
ax.plot(
(ts1_mt3d[:, 0]) / 3600,
ts1_mt3d[:, 1],
"kD",
markersize=2.0,
mfc="none",
mec="k",
)
ax.plot(
(ts2_mt3d[:, 0]) / 3600,
ts2_mt3d[:, 1],
"b*",
markersize=3.0,
mfc="none",
mec="b",
)
ax.plot((ts3_mt3d[:, 0]) / 3600, ts3_mt3d[:, 1], "r+", markersize=3.0)
ax.plot(
(ts4_mt3d[:, 0]) / 3600,
ts4_mt3d[:, 1],
"g^",
markersize=2.0,
mfc="none",
mec="g",
)
ax.plot(
(ts5_mt3d[:, 0]) / 3600,
ts5_mt3d[:, 1],
"co",
markersize=2.0,
mfc="none",
mec="c",
)
# customize plot
ax.set_xlabel("Time, hours")
ax.set_ylabel("Concentration, mg L-1")
ax.set_ylim([3.5, 13])
ticksize = 10
# legend
leg = ax.legend(
(
"Otis, Site 1",
"Otis, Site 2",
"Otis, Site 3",
"Otis, Site 4",
"Otis, Site 5",
"MT3D-USGS, Site 1",
"MT3D-USGS, Site 2",
"MT3D-USGS, Site 3",
"MT3D-USGS, Site 4",
"MT3D-USGS, Site 5",
),
loc="upper right",
labelspacing=0.25,
columnspacing=1,
handletextpad=0.5,
handlelength=2.0,
numpoints=1,
)
leg._drawFrame = False
plt.show()
[26]:
try:
# ignore PermissionError on Windows
temp_dir.cleanup()
except:
pass