GoldSim 15.0.0257

Simulation Filename:	LID Treatment.gsm

Simulation Start Time:	2/1/2026 6:36:09 AM

Simulation Run Time:	0.2 s

Model Author Name:	Jason Lillywhite

Analysis Description:	(not specified)



*** Simulation Time Settings ***

Time Basis:  Elapsed Time

Time Unit: hr

Duration: 6 hr

Basic Timestep: 1 min

Reporting Periods: none

Scheduled Updates: 361

Number of Plot Points: 361

Final Value Capture Times:

  At the end of the simulation



*** Simulation Monte-Carlo Settings ***

Simulation Type: Probabilistic (run 1 realization)

Latin Hypercube Sampling: enabled (using random points in strata)

Sampling Sequences: repeated; beginning seed 1



WARNINGS AND ERRORS:



Module: Radionuclide Transport Version 7.4.0257



   Solution precision:		Medium

   Barrier failure type:	Random failure time

   No. waste packages failed:	rounded




Realization 1

0 hr:
\Water_Media\S3_Media\History 1: The result element contains one or more invalid or incomplete result items.


0 hr:
\SWMM5: External Dll GSswmm.dll, module SwmmGoldSimBridge initialized successfully, version = 5.21


0.0333333 hr:
\CT_Network\Outfall_: Pathway inflow (69.1843 m3/hr) exceeds outflow (17.002 m3/hr)


0.0333333 hr:
\CT_Network\PorousPavement: The reference fluid volume in the Cell is changing rapidly between updates (25775%). This may lead to inaccurate concentrations and mass transfer rates. To minimize errors, see 'Dealing with Changing Media Amounts in a Cell' in the User Manual or Help file.
	 (This message will not be repeated for this Cell.)


0.0666667 hr:
\Material\DS_Sink: Pathway inflow (60.422 m3/hr) exceeds outflow (0 m3/hr)


0.1 hr:
\CT_Network\Swale4: The reference fluid volume in the Cell is changing rapidly between updates (41.2%). This may lead to inaccurate concentrations and mass transfer rates. To minimize errors, see 'Dealing with Changing Media Amounts in a Cell' in the User Manual or Help file.
	 (This message will not be repeated for this Cell.)


0.466667 hr:
\CT_Network\Swale6: The reference fluid volume in the Cell is changing rapidly between updates (16%). This may lead to inaccurate concentrations and mass transfer rates. To minimize errors, see 'Dealing with Changing Media Amounts in a Cell' in the User Manual or Help file.
	 (This message will not be repeated for this Cell.)

