private void Computing(GeometryOptions model)
{
prevOldArray = new double[param.finalArray.GetLength(0), param.finalArray.GetLength(1)];
//для проверки на зацикливание
param.tempOldArray = new double[param.finalArray.GetLength(0), param.finalArray.GetLength(1)];
param.sameNodeSimplexCount = new double[param.finalArray.GetLength(0), param.finalArray.GetLength(1)];
param.oldArray = new double[param.finalArray.GetLength(0), param.finalArray.GetLength(1)];
int kForNodes = 1;
while (param.Step > param.getEps())
{
if (check.CheckArrayPoints(param.finalArray) == true)
{
param.oldArray = prevOldArray;
break;
}
var newRow = new NewRow();
int counterStart = newRow.CheckNewRow(param.finalArray, param.oldArray, param);
var listOfComputedPoints = new ListOfComputedPoints();
param.indexOfRestrictions = listOfComputedPoints
.getListOfComputedPoints(param)
.ToDictionary(k => k.Key, v => new Restrictions(v.Value.Filling, v.Value.Force));
for (int i = counterStart; i < param.finalArray.GetLength(0); i++)
{
var mainFunction = new MainFunction(model, material, add, file, finalReport, genReport,
rout, cmd, filesForVolume);
//выполнение главной функции
mainFunction.Compute(param.finalArray, i, kForNodes);
param.indexOfRestrictions.Add(i, new Restrictions(model.pctOfDieFilling, model.reactionForceToBlank));
kForNodes++;
}
var checker = new Checker();
if (checker.CheckRestrictions(param, funcParam) == false)
{
break;
}
//если в новая точка оказалась плохой, то возвращаемся к старому массиву
//и данынм о заполняемости с индексам точек
var checkNewCoord = new CheckNewCoordinate();
if (param.arrayStatus == true && funcParam.Index == funcParam.getFactorsCount())
{
checkNewCoord.CheckingNewCoordinate(param, funcParam);
}
else
{
param.badPointsList.Clear();
param.badPointsList.Add(funcParam.Index,
new Restrictions(funcParam.IndexFilling, funcParam.IndexForce));
}
#region Копия старого симплекса с плохой точкой
prevOldArray = param.oldArray;
param.oldIndexOfRestrictions = param.indexOfRestrictions.ToDictionary(k => k.Key,
v => new Restrictions(v.Value.Filling, v.Value.Force));
param.oldArray = param.finalArray;
#endregion
var rewrire = new RewriteArray();
rewrire.makeRewriteArray(param, funcParam, model);
param.arrayStatus = true;
param.Step = 0;
}
genReport.folderName = finalReport.finalReportFolder;
finalReport.makeFinalReport(param.oldArray);
var charts = new Charts(genReport);
charts.DrawFrictionChart();
charts.DrawRadiusChart();
MessageBox.Show("Computing is complete!");
}