Warning File (.WRN) Example
This example file is from the case_01 test case.
"src2",5
"6/28/2006","14:8:5"
"Missing value for clhlc (1,1,0,0,0,0) set to 0.000000"
"Missing value for clhlc (1,2,0,0,0,0) set to 0.000000"
"Missing value for clhlc (1,2,1,0,0,0) set to 0.000000"
"Missing value for clhlc (1,4,0,0,0,0) set to 0.000000"
"vad4",68
******************************************************************************
Modeling Parent Contaminant Number 1 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 0.000E+00
(g/mL)
******************************************************************************
Modeling Parent Contaminant Number 2 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
WARNING --> Contaminant Number = 2
The initial concentration at the source for this
contaminant is being set to 1E+30, and thus will not
be a constraint on concentrations at the receptor.
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 0.000E+00
(g/mL)
******************************************************************************
Modeling Parent Contaminant Number 3 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
******************************************************************************
Modeling Parent Contaminant Number 4 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 0.000E+00
(g/mL)
"vad5",68
******************************************************************************
Modeling Parent Contaminant Number 1 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 0.000E+00
(g/mL)
******************************************************************************
Modeling Parent Contaminant Number 2 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
WARNING --> Contaminant Number = 2
The initial concentration at the source for this
contaminant is being set to 1E+30, and thus will not
be a constraint on concentrations at the receptor.
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 0.000E+00
(g/mL)
******************************************************************************
Modeling Parent Contaminant Number 3 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
******************************************************************************
Modeling Parent Contaminant Number 4 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 1
Source Configuration = 4
Source Term Discharge Type = 1
PARTIALLY SATURATED ZONE
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 0.000E+00
(g/mL)
"aqu6",112
******************************************************************************
Modeling Parent Contaminant Number 1 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 4
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A RIVER
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 3.000E-06
(g/mL)
******************************************************************************
Modeling Parent Contaminant Number 2 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 4
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A RIVER
WARNING --> Contaminant Number = 2
The solubility limit is being used for the initial concentration.
******************************************************************************
Modeling Parent Contaminant Number 3 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 4
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A RIVER
******************************************************************************
Modeling Parent Contaminant Number 4 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 4
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A RIVER
******************************************************************************
Modeling Parent Contaminant Number 1 for Scenario Number 2
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 3
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A WELL
WARNING --> Contaminant Number = 1
The initial concentration at the source for this
contaminant EXCEEDS the solubility limit of 3.000E-06
(g/mL)
WARNING! --> Antimony: The computed maximum concentration EXCEEDS
the solubility limit of 3.000E-06 (g/mL).
******************************************************************************
Modeling Parent Contaminant Number 2 for Scenario Number 2
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 3
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A WELL
WARNING --> Contaminant Number = 2
The solubility limit is being used for the initial concentration.
******************************************************************************
Modeling Parent Contaminant Number 3 for Scenario Number 2
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 3
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A WELL
******************************************************************************
Modeling Parent Contaminant Number 4 for Scenario Number 2
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 3
Source Configuration = 6
Source Term Discharge Type = 2
SATURATED ZONE AT A WELL
"riv7",88
******************************************************************************
Modeling Parent Contaminant Number 1 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 5
Source Configuration = 0
Source Term Discharge Type = 3
SURFACE WATER ENVIRONMENT
WARNING --> Contaminant Number = 1
The solubility limit is being used for the initial concentration.
Antimony ----- IMPORTANT NOTE FOR THIS RUN -------
The computed maximum concentration is greater than the
designated initial concentration at the source of
3.000E-06(g/ml or pCi/ml), after accounting for decay.
The current receptor is located too close to the source,
creating a near-field condition which cannot be properly
assessed by a flux boundary condition model.
WARNING! --> Antimony: The computed maximum concentration EXCEEDS
the solubility limit of 3.000E-06 (g/mL).
******************************************************************************
Modeling Parent Contaminant Number 2 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 5
Source Configuration = 0
Source Term Discharge Type = 3
SURFACE WATER ENVIRONMENT
WARNING --> Contaminant Number = 1
The solubility limit is being used for the initial concentration.
WARNING --> Contaminant Number = 2
The solubility limit is being used for the initial concentration.
******************************************************************************
Modeling Parent Contaminant Number 3 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 5
Source Configuration = 0
Source Term Discharge Type = 3
SURFACE WATER ENVIRONMENT
WARNING --> Contaminant Number = 1
The solubility limit is being used for the initial concentration.
Trichlor ----- IMPORTANT NOTE FOR THIS RUN -------
The computed maximum concentration is greater than the
designated initial concentration at the source of
3.000E-06(g/ml or pCi/ml), after accounting for decay.
The current receptor is located too close to the source,
creating a near-field condition which cannot be properly
assessed by a flux boundary condition model.
WARNING! --> Trichlor: The computed maximum concentration EXCEEDS
the solubility limit of 3.000E-06 (g/mL).
******************************************************************************
Modeling Parent Contaminant Number 4 for Scenario Number 1
******************************************************************************
Modeling Medium # 1
Medium Type (MED) = 5
Source Configuration = 0
Source Term Discharge Type = 3
SURFACE WATER ENVIRONMENT
WARNING --> Contaminant Number = 1
The solubility limit is being used for the initial concentration.
"sen11",53
"Sensitivity/Uncertainty warnings and messages"
Initializing SUMMM data SUM::Initialize
Copying temporary case files SUM::Initialize
Creating SUF output file SUM::Initialize
Opening GID file SUM::Initialize
Loading GID file SUM::Initialize
Reading user distributions for key file SUM::Initialize
Closeing GID file SUM::Initialize
Writing user distributions to key file SUM::Initialize
Spawning Latin.exe to sample distributions SUM::Initialize
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Reading S/U results in SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Reading S/U results in SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Reading S/U results in SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
Deleting temporary files SUM::Iterate
Writing substitute GID file SUM::Iterate
Spawning DoAll.exe on substitute GID file SUM::Iterate
Writing S/U results out SUM::Iterate
