Changes

*[[EM.Ferma]] allows you to specify the electric potential boundary conditions on the domain box. Two options are available. The Dirichlet boundary condition is the default option and is specified as a fixed potential value on the surface of the domain walls. By default, this value is 0 Volts. The Neumann boundary condition specifies the normal derivative of the electric scalar potential on the surface of the domain walls. This is equivalent to the a constant normal electric field component on the domain walls and its value is specified in V/m.  *The magnetostatic simulation engine always assumes Dirichlet domain boundary conditions and sets the values of the magnetic vector potential to zero on all the domain walls.  *[[EM.Ferma]] provides two options for thermal boundary conditions on the domain box. The Dirichlet boundary condition is the default option and is specified as a fixed temperature value on the surface of the domain walls. By default, this value is 0°C. The Neumann boundary condition specifies the normal derivative of the electric scalar potential on the surface of the domain walls. This is equivalent to a constant normal electric field component on the domain walls and its value is specified in V/m.  To modify the boundary conditions, right-click on "Boundary Conditions" in the Navigation Treenavigation tree, and select "Boundary Conditions..." from the contextual menu to open the Boundary Conditions Dialog. {{Note|You can switch between the electrostatic and thermal solvers from the boundary conditions dialog.}}