Method getAnalysisDescription

source/Gui/PatternAnalysisDialog.cpp:119–153

}

auto PatternAnalysisDialog::getAnalysisDescription(ClusterDescription const& cluster) const -> ClusterAnalysisDescription
{
    ClusterAnalysisDescription result;
    std::map<uint64_t, CellAnalysisDescription> cellAnalysisDescById;
    auto insertCellAnalysisDescription = [&cellAnalysisDescById](CellDescription const& cell) {
        if (cellAnalysisDescById.find(cell.id) == cellAnalysisDescById.end()) {
            CellAnalysisDescription result;
            result.maxConnections = cell.maxConnections;
            result.numConnections = cell.connections.size();
            result.constructionState = cell.livingState;
            result.inputExecutionOrderNumber = cell.inputExecutionOrderNumber;
            result.outputBlocked = cell.outputBlocked;
            result.executionOrderNumber = cell.executionOrderNumber;
            result.color = cell.color;
            result.cellFunction = cell.getCellFunctionType();

            cellAnalysisDescById.insert_or_assign(cell.id, result);
        }
    };

    std::map<uint64_t, int> cellDescIndexById;
    for (auto const& [index, cell] : cluster.cells | boost::adaptors::indexed(0)) {
        cellDescIndexById.insert_or_assign(cell.id, toInt(index));
    }

    for (auto const& cell : cluster.cells) {
        insertCellAnalysisDescription(cell);
        for (auto const& connection : cell.connections) {
            auto connectingCellId = connection.cellId;
            insertCellAnalysisDescription(cluster.cells.at(cellDescIndexById.at(connectingCellId)));
            result.connectedCells.insert(std::set<CellAnalysisDescription>{cellAnalysisDescById.at(cell.id), cellAnalysisDescById.at(connectingCellId)});
        }
    }
    return result;
}