SMS:CMS-Flow Hot Start: Difference between revisions
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*''HOTSTARTx.H5'' (where "x" is a counter) These files have the simulation data including elevations and velocities. </blockquote> | *''HOTSTARTx.H5'' (where "x" is a counter) These files have the simulation data including elevations and velocities. </blockquote> | ||
Once the hot start files are created, they can be read into CMS-Flow. Open the ''CMS-Flow Model Control'' and check the "initial conditions file" check box, then select the hot start file | Once the hot start files are created, they can be read into CMS-Flow. Open the ''CMS-Flow Model Control'' and check the "initial conditions file" check box, then select the hot start file to be used. | ||
When using a hot start file, the following parameters should be changed as follows: | When using a hot start file, the following parameters should be changed as follows: |
Revision as of 15:01, 8 August 2014
In the CMS-Flow Model Control, the user can specify a previously saved hot start file to be used as initial conditions or instruct CMS-Flow to save hot start files for future use.
To create a hot start file, either select Write Hot Start output file and select an output time, or select Automatic recurring Hot Start file and choose an output interval.
- Choosing to write the hot start file at a specific output time will create the following file:
- hot_start.h5 This file has the simulation data including elevations and velocities.
- Choosing automatic recurring hot start files will create the following files:
- HOTSTART.INFO This file records what time the hot start file was written and which hot start file is the most recent.
- HOTSTARTx.H5 (where "x" is a counter) These files have the simulation data including elevations and velocities.
Once the hot start files are created, they can be read into CMS-Flow. Open the CMS-Flow Model Control and check the "initial conditions file" check box, then select the hot start file to be used.
When using a hot start file, the following parameters should be changed as follows:
- Start Date: no change
- Start Time: no change
- Simulation Duration: decrease by the duration of the hot start file
- Boundary Conditions: no change
Note: For a simulation using a hot start file, the first time step of the solution will be the start time plus the value of one time step plus the duration of the hot start file.
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