It is necessary to add the Node-Set information in the Mesh class. In this scenario, users can apply the nodal type boundary condition, i.e. the nodal force or the nodal flux or the nodal type Dirichlet boundary condition.
Its time to split the boundary conditions into: nodal type (boundary nodes) and elemental type (boundary elements). Therefore, the postprocess class should also depend on both the nodal and elemental information.
So, we should allow the storage of both the Node-set information and Element-set information in our Mesh class.
This function is supported now, please check: fa5d985d482eac3d858b8d8423894bb67aa023ac, e09c52f0027d576f76caa2d9f32adb70b395ee34, c7abd46d0d91a1c59ea76e886e1d7f4a6e2fcb66
It is necessary to add the Node-Set information in the Mesh class. In this scenario, users can apply the nodal type boundary condition, i.e. the nodal force or the nodal flux or the nodal type Dirichlet boundary condition.
Its time to split the boundary conditions into: nodal type (boundary nodes) and elemental type (boundary elements). Therefore, the postprocess class should also depend on both the nodal and elemental information.
So, we should allow the storage of both the Node-set information and Element-set information in our Mesh class.