Template:Drop box CMT quick start: Difference between revisions
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<div class="NavHead">'''Running a Coupled Model'''</div> | <div class="NavHead">'''Running a Coupled Model'''</div> | ||
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A [[media:CMTRunningCoupledModels.ppt| presentation]] explains how to run three coupled components. | A [[media:CMTRunningCoupledModels.ppt| presentation]] explains how to run three coupled components: a river branching over the floodplain and building a delta. | ||
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We have used this example with students in our Fall 2010 class; notes on this excercise and a more detailed presentation on the model are posted in the EKT repository. River to Delta Modeling [[Labs_portal| notes]] and a [[SurfaceDynamics_Modeling_CMT| lecture]] on the Coastline Evolution Model, CEM. | We have used this example with students in our Fall 2010 class; notes on this excercise and a more detailed presentation on the model are posted in the EKT repository. River to Delta Modeling [[Labs_portal| notes]] and a [[SurfaceDynamics_Modeling_CMT| lecture]] on the Coastline Evolution Model, CEM. | ||
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Revision as of 13:48, 9 December 2010
Click here for a short manual on navigating and using the CMT Tool.
A presentation explaining the lay-out and basic functionality of the CMT is available too.
A presentation explains how to run one of the components as a stand-alone model.
We have used this example with students in our Fall 2010 class; notes on this excercise and a more detailed presentation on the model are posted in the EKT repository. Sediment Supply Numerical Experiments notes and a lecture on the Sediment Supply Model, Hydrotrend.
A presentation explains how to run three coupled components: a river branching over the floodplain and building a delta.
We have used this example with students in our Fall 2010 class; notes on this excercise and a more detailed presentation on the model are posted in the EKT repository. River to Delta Modeling notes and a lecture on the Coastline Evolution Model, CEM.
