Changes

EM.Ferma currently offers three different simulation modesas follows: Analysis, Parametric Sweep and Optimization. An "Analysis" is a single-shot finite difference solution of your static structure. The structure is first discretized using a fixed-cell mesh and the Poisson equation is solved numerically everywhere in your computational domain. The field and potential values at each mesh node are computed and the specified observables are written into data files.

In a {| class="wikitable"|-! scope="col"| Simulation Mode! scope="col"| Usage! scope="col"| Number of Engine Runs! scope="col"| Frequency ! scope="col"| Restrictions|-| style="width:120px;" | Analysis| style="width:270px;" | Simulates the physical structure "As Is"| style="width:100px;" | Single run| style="width:200px;" | N/A| style="width:150px;" | None|-| style="width:120px;" | [[Parametric Modeling & Sweep Simulations in EM.Cube#Running Parametric Sweep Simulations in EM.Cube | Parametric Sweep]]| style=", one ore more variables are varied at width:270px;" | Varies the specified stepsvalue(s). This means that you must first define of one or more project variables | style="width:100px;" | Multiple runs| style="width:200px;" | N/A| style="width:150px;" | None|-| style="width:120px;" | [[Planning & Performing Optimization in your projectsEM. Variables can be associated with CAD object properties like dimensions, coordinates, rotation angles, etc. or with material properties or source properties. For each single variable sample or each combination of variable samples, first all Cube | Optimization]]| style="width:270px;" | Optimizes the associated CAD object properties, material properties value(s) of one or source properties are updated in the more project workspace. Then is a finite difference solution of your updated static structure is computed and parametric sweep proceeds variables to the next variable sample or combination.achieve a design goal | style="width:100px;" | Multiple runs | style="width:200px;" | N/A| style="width:150px;" | None|}

The optimization An "Analysis" is the simplest simulation mode requires definition of one or more objectives based on the standard output quantitiesEM. At the present time, the optimization mode Ferma. It is only available for the 2D Quasia single-Static Mode shot finite difference solution of your static problem. The physical structure of your project workspace is first discretized using a fixed-cell mesh and the EMPoisson equation is solved numerically everywhere in the computational domain.FermaThe field and potential values at each mesh node are computed, which will be discussed separately laterand the specified observables are written into data files.