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OCTSpatialCurrWeight

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OCTSpatialCurrWeight

Section Calculation Modes::Optimal Control
Type block

Can be seen as a position-dependent OCTCurrentWeight. Consequently, it weights contribution of current $j$ to its functional $J1_c[j]$ according to the position in space. For example, oct_curr_square thus becomes $J1_c[j] = {\tt OCTCurrentWeight} \int{\left| j(r) \right|^2 {\tt OCTSpatialCurrWeight}(r) dr}$ .

It is defined as OCTSpatialCurrWeight $(r) = g(x) g(y) g(z)$ , where $g(x) = \sum_{i} 1/(1+e^{-{\tt fact} (x-{\tt startpoint}_i)}) - 1/(1+e^{-{\tt fact} (x-{\tt endpoint}_i)})$ . If not specified, $g(x) = 1$ .

Each $g(x)$ is represented by one line of the block that has the following form

There are no restrictions on the number of lines, nor on the number of pairs of start- and endpoints. Attention: startpoint and endpoint have to be supplied pairwise with startpoint < endpoint. dimension > 0 is integer, fact is float.

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