/// <summary>
/// Решатель одномерных задач
/// </summary>
/// <param name="task"></param>
private static SolverResult CalculateTask(SolverTask1D task)
{
SolverResult solverResult = new SolverResult();
foreach (var node in task.NodeSet1D.Nodes)
{
var currentNodeValue = node.NodeValue;
// Игнорируем узлы с ненастроенным свойством NodeValue
if (currentNodeValue == null)
{
continue;
}
// Если значение в узле необходимо рассчитать
if (currentNodeValue is NodeValueRequired)
{
if (node.DerivativeOperator == null)
{
continue;
}
Equation equation = new Equation();
if (node.DerivativeOperator is DerivativeOperator1D3P)
{
var curDerivativeOperator = (DerivativeOperator1D3P)node.DerivativeOperator;
var curNodeNavigation = node.NodeNavigation as NodeNavigation1D;
var eqElement1 = new EquationElement();
eqElement1.Coefficient = curDerivativeOperator.Kim1;
eqElement1.Node = curNodeNavigation.NodeLeft;
equation.EquationElementList.Add(eqElement1);
var eqElement2 = new EquationElement();
eqElement2.Coefficient = curDerivativeOperator.Ki;
eqElement2.Node = node;
equation.EquationElementList.Add(eqElement2);
var eqElement3 = new EquationElement();
eqElement3.Coefficient = curDerivativeOperator.Kip1;
eqElement3.Node = curNodeNavigation.NodeRight;
equation.EquationElementList.Add(eqElement3);
}
//equation.EquationElementList.Add(new EquationElement { });
equation.RightSideOfEquation = 0m;
}
}
return(solverResult);
}
/// <summary>
/// Выполняет расчет
/// </summary>
/// <param name="GridPreCalc">Сетка с результатами предварительных расчетов</param>
/// <returns>Объект SolverResult с результатами расчетов</returns>
//public static SolverResult Calculate(GridWithGeometryPreCalculated GridPreCalc)
//{
// SolverResult solverResult = new SolverResult();
// return solverResult;
//}
/// <summary>
/// Выполняет расчет
/// </summary>
/// <param name="task">Объект SolverTask с описанием задачи</param>
/// <returns>Объект SolverResult с результатами расчетов</returns>
public static SolverResult Calculate(SolverTask task)
{
SolverResult solverResult = new SolverResult();
// Определяем тип задачи и вызываем соответствующий метод
if (task is SolverTask1D)
{
solverResult = CalculateTask((SolverTask1D)task);
}
else if (task is SolverTask2D)
{
solverResult = CalculateTask((SolverTask2D)task);
}
else if (task is SolverTask3D)
{
solverResult = CalculateTask((SolverTask3D)task);
}
return(solverResult);
}
/// <summary>
/// Решатель трёхмерных задач
/// </summary>
/// <param name="task"></param>
private static SolverResult CalculateTask(SolverTask3D task)
{
SolverResult solverResult = new SolverResult();
return(solverResult);
}
