=========================== SUMMARY OF MODEL SIMULATION =========================== Logfile for IMODFLOW v2.6.53 ACTIVE MODULES/PACKAGES =================================================================== Module 1 not present SIMGRO Module 2 present active IBOUND Module 3 present active STARTING_HEAD Module 4 not present TRANSMISSIVITIES Module 5 not present VERTICAL_RESIST._VALUES Module 6 not present STORAGE_COEFFICIENTS Module 7 not present PERCHED_WATER_TABLE Module 8 not present ANISOTROPY Module 9 not present HORIZONTAL_FLOW_BARRIER Module 10 present active TOP_OF_AQUIFER Module 11 present active BOTTOM_OF_AQUIFER Module 12 not present CONCENTRATION Module 13 present active HORIZONTAL_K_VALUE Module 14 present active VERTICAL_K_VALUE Module 15 not present INTERBED_STORAGE Module 16 not present PARAMETER ESTIMATION Module 17 present active VERTICAL ANISOTROPY Module 18 not present STREAM FLOW THICKNESS Module 19 not present COMMON POINTER MODULE Module 20 not present STORAGE COEFFICIENT MODU Module 21 not present SUBSIDENCE_CREEP_PACKAGE Package 1 present active WELLS Package 2 not present DRAINS Package 3 not present RIVERS Package 4 not present EVAPOTRANSPIRATION Package 5 not present GENERAL_HEAD_BOUNDARY Package 6 present active RECHARGE Package 7 not present OVERLANDFLOW Package 8 not present CONSTANT_HEAD Package 9 not present SEGMENT_RIVER =================================================================== Solving system (ncol x nrow x nlay): 100 x 100 x 2 Given window of interest: Xmin - Xmax - Delta X (m): 200000.00 202500.00 2500.00 Ymin - Ymax - Delta Y (m): 400000.00 402500.00 2500.00 Computed window of simulation: Cellsize - Buffer (m) : 25.00 0.00 Xmin - Xmax - Delta X (m): 200000.00 202500.00 2500.00 Ymin - Ymax - Delta Y (m): 400000.00 402500.00 2500.00 Total Area (km2) : 6.25 Processing IBOUND module Assigned P:\1206764-IMOD\IMOD30\TESTBANK\RUNS\TEST_ALL\BOUNDARY\IMODFLOW_IBOUND1.IDF * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Read Constant Value 1.000 * Modellayer: 2; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 1.000 Processing STARTING_HEAD module Read Constant Value 2.500 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 2.500 Read Constant Value 2.500 * Modellayer: 2; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 2.500 Processing TOP_OF_AQUIFER module Read Constant Value 10.00 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 10.00 Read Constant Value -5.000 * Modellayer: 2; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes -5.000 Processing BOTTOM_OF_AQUIFER module Read Constant Value 0.000 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 0.000 Read Constant Value -50.00 * Modellayer: 2; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes -50.00 Processing HORIZONTAL_K_VALUE module Read Constant Value 5.000 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 5.000 Read Constant Value 25.00 * Modellayer: 2; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 25.00 Processing VERTICAL ANISOTROPY module Read Constant Value 0.3000 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 0.3000 Read Constant Value 0.3000 * Modellayer: 2; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 0.3000 Processing VERTICAL_K_VALUE module Read Constant Value 0.5000E-02 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 0.5000E-02 Adjusted Conductances(no.:0,maxfct: 0.950 < 0.000 < 1.053 ==================================================== Start steady-state period ==================================================== Processing WELLS package Assigned P:\1206764-IMOD\IMOD30\TESTBANK\RUNS\TEST_ALL\WELLS\IMODFLOW_WELL1.IPF * Modellayer: 1; Mult. Factor: 0.1000; Addition: 0.000 Assigned P:\1206764-IMOD\IMOD30\TESTBANK\RUNS\TEST_ALL\WELLS\IMODFLOW_WELL2.IPF * Modellayer: 2; Mult. Factor: 0.5000; Addition: 0.000 Processing RECHARGE package Read Constant Value 0.7500 * Modellayer: 1; Mult. Factor: 1.000; Addition: 0.000 Constant Value becomes 0.7500 Checking input (and assigning modellayers) ... WEL-elements system:1,layer:1, removed 0/0 errors/outliers from 1 remaining 1 system:2,layer:2, removed 0/0 errors/outliers from 1 remaining 1 RCH-elements system:1,layer:1, removed 0/200 errors/outliers from 10000 remaining 9800 Finished Checking Input (and assigning modellayers). ========================================================================= Solving : 1 out of 1 stress periods Period : [result for] STEADY-STATE Duration: 0.00 days ========================================================================= Head-Closure Cell (lrc) Budget-Closure Cell (lrc) NIter Sol. (crit=.100E-03) (crit=.100E+02) (**) Adjusted Conductances(no.:0,maxfct: 0.950 < 0.000 < 1.053 0.25638264 (1-97-69) -48.39370346 (2-71-27) 20 0 Adjusted Conductances(no.:10000,maxfct: 0.950 < 5.799 < 1.053 0.34347814 (1-99-10) 26.20421028 (2-74-24) 40 0 Adjusted Conductances(no.:9797,maxfct: 0.950 < 1.583 < 1.053 0.03403825 (1-49-49) 0.72149396 (1-49-49) 60 0 Adjusted Conductances(no.:1017,maxfct: 0.950 < 1.225 < 1.053 0.03349698 (1-46-52) 0.83942914 (1-51-47) 80 0 Adjusted Conductances(no.:3017,maxfct: 0.950 < 1.183 < 1.053 0.00170669 (1-48-48) 0.08829486 (1-46-53) 100 0 Adjusted Conductances(no.:259,maxfct: 0.950 < 1.069 < 1.053 0.00285479 (1-52-46) -0.12272406 (1-46-52) 120 0 Adjusted Conductances(no.:548,maxfct: 0.950 < 1.057 < 1.053 0.00022335 (1-47-51) 0.00767763 (1-51-48) 140 0 Adjusted Conductances(no.:28,maxfct: 0.950 < 1.053 < 1.053 0.00029914 (1-3-80) -0.00829200 (1-47-95) 160 0 Adjusted Conductances(no.:57,maxfct: 0.950 < 1.053 < 1.053 0.00008321 (1-1-86) 0.00560032 (1-61-95) 171 1 Adjusted Conductances(no.:2,maxfct: 0.950 < 1.053 < 1.053 0.00009610 (1-41-88) -0.00333191 (1-39-90) 174 2 Adjusted Conductances(no.:0,maxfct: 0.950 < 0.000 < 1.053 0.00003687 (1-39-90) 0.00143850 (1-40-89) 175 3 ========================================================================= ========================================================================= Model Converged Writing Output ... ======================================================================== ============================================= Resulting Waterbalance for: STEADY-STATE ============================================= Budget Type Q-in (m3/d) Q-out (m3/d) bdgwel 0.00000E+00 -0.15000E+04 bdgrch 0.45938E+04 0.00000E+00 bdgbnd 0.00000E+00 -0.30934E+04 --------------------------------------------- TOTAL 0.45938E+04 -0.45934E+04 ERROR 0.30664E+00m3 0.007% ============================================= --------------------------------------------- Succesfully completed IMODFLOW v2.6.53 Simulation time: 3 secs./0.05 minutes ---------------------------------------------