public override void Solve(SolverControlParameter parameter)
{
//InitalizeTemperature();
OnSolveStart();
Class3Boundary boundary = (Class3Boundary)calculate.Boundary;
double totalHeatResistance = 0;
currentStep = 0;
currentResidual = 100000000000000;
while (true)
{
if (IsConvergenced(parameter))
{
break;
}
currentStep++;
//boundary.Area = TemperatureCalculate.OutsideArea(CurrentCalculate.LayerList);
totalHeatResistance = boundary.CombinedHeatResistance;
foreach (Layer layer in calculate.LayerList)
{
if (!(layer is ResistanceLayer))
{
layer.UpdateHeatResistance(parameter.IntegrateCount);
}
totalHeatResistance += layer.HeatResistance;
}
boundary.Heatflow = (calculate.Temperature - boundary.AmbientTemperature) / totalHeatResistance;
UpdateTemperature();
}
OnSolveEnd();
}
private void TUBBIN_C3_COM(object sender, EventArgs e)
{
List <Layer> layers = CreateTestTubbinessLayers();
Class3Boundary boundary = new Class3Boundary(10, 0.8, 25 + 273.15, TemperatureCalculate.OutsideArea(layers));
Model.TemperatureCalculate cm = new Model.TemperatureCalculate(1600 + 273.15, boundary, layers);
CreateTestSolverAndRun(cm);
}
private void THICKNESS_TUBBIN_C3_COM(object sender, EventArgs e)
{
List <Layer> layers = CreateTestTubbinessLayers();
Class3Boundary boundary = new Class3Boundary(10, 0.8, 25 + 273.15, TemperatureCalculate.OutsideArea(layers));
Model.TemperatureCalculate cal = new Model.TemperatureCalculate(1600 + 273.15, boundary, layers);
SolverControlParameter par = new SolverControlParameter(SolverControlParameter.ConvergenceCriterionType.RESIDUAL_OR_MAXSTEP, 0.001, 50, 0);
ThicknessCalculate tcal = new ThicknessCalculate(cal, 2, 394.94, par, par);
ThicknessSolver solver = ThicknessSolverFactory.CreateSolver(tcal);
solver.TemperatureSolver.UpdateTemperatureEndEvent += new UpdateTemperatureEndEventHandler(OnTemperatureSolverUpdate);
solver.SolveStartEvent += new ThicknessSolverStartEventHandler(OnThicknessSolveStart);
solver.SolveUpdateEvent += new ThicknessSolverUpdateEventHandler(OnThicknessSolveUpdate);
solver.SolveStopEvent += new ThicknessSolverStopEventHandler(OnThicknessSolveStop);
double lim = solver.LimitValue();
solver.Solve();
}
public override bool Report()
{
Document doc = null;
try
{
doc = new Document(TempletFilePath);
if (doc == null)
{
return(false);
}
DocumentBuilder db = new DocumentBuilder(doc);
English = db.MoveToBookmark(MS_Englist);
WriteBookmarkText(doc, MS_ProId, Pro.Id.ToString());
WriteBookmarkText(doc, MS_ProName, Pro.Name);
WriteBookmarkText(doc, MS_ProTime, Pro.LastSolveTime.ToString());
WriteBookmarkText(doc, MS_ProOwner, Pro.OwnerId.ToString());
WriteBookmarkText(doc, MS_ProHeatflow, Pro.ColdfaceBoundary.Heatflow.ToString());
WriteBookmarkText(doc, MS_ProjectRemark, Pro.Remark);
if (English)
{
WriteBookmarkText(doc, MS_ProMode, (Pro.Mode == CalculationMode.Temperature) ? "Temperature" : "Thickness");
WriteBookmarkText(doc, MS_ProType, (Pro.Schema == GeometrySchema.Plate) ? "Plane" : "Ring");
}
else
{
WriteBookmarkText(doc, MS_ProMode, (Pro.Mode == CalculationMode.Temperature) ? "温度" : "厚度");
WriteBookmarkText(doc, MS_ProType, (Pro.Schema == GeometrySchema.Plate) ? "平板" : "圆筒");
}
WriteBookmarkText(doc, MS_RepTime, DateTime.Now.ToShortDateString());
WriteBookmarkText(doc, MS_ProHotfaceTemperature, GlobalTool.K2C(Pro.HotfaceTemperature).ToString("F1"));
if (Pro.Mode == CalculationMode.Thickness)
{
if (English)
{
WriteBookmarkText(doc, MS_ProTargetLayer, Pro.LayerList[Pro.TargetLayerIndex].Name + "(ID" + Pro.TargetLayerIndex.ToString() + ")");
}
else
{
WriteBookmarkText(doc, MS_ProTargetLayer, Pro.LayerList[Pro.TargetLayerIndex].Name + "(编号" + Pro.TargetLayerIndex.ToString() + ")");
}
WriteBookmarkText(doc, MS_ProTargetLayerThickness, Pro.LayerList[Pro.TargetLayerIndex].Thickness.ToString());
}
if (Pro.ColdfaceBoundary is Class3Boundary)
{
Class3Boundary b = Pro.ColdfaceBoundary as Class3Boundary;
if (English)
{
WriteBookmarkText(doc, MS_ProColdfaceType, "Class3 Boundary");
}
else
{
WriteBookmarkText(doc, MS_ProColdfaceType, "第三类边界");
}
WriteBookmarkText(doc, MS_ProColdfaceAmbientTemperature, GlobalTool.K2C(b.AmbientTemperature).ToString("F3"));
WriteBookmarkText(doc, MS_ProColdfaceEmissivity, b.Emissivity.ToString());
WriteBookmarkText(doc, MS_ProColdfaceFilmCoefficient, b.FilmCoefficient.ToString());
}
else if (Pro.ColdfaceBoundary is Class2Boundary)
{
if (English)
{
WriteBookmarkText(doc, MS_ProColdfaceType, "Class2 Boundary");
}
else
{
WriteBookmarkText(doc, MS_ProColdfaceType, "第二类边界");
}
}
else
{
if (English)
{
WriteBookmarkText(doc, MS_ProColdfaceType, "Class1 Boundary");
}
else
{
WriteBookmarkText(doc, MS_ProColdfaceType, "第一类边界");
}
}
WriteBookmarkText(doc, MS_ProColdfaceTemperature, GlobalTool.K2C(Pro.ColdfaceBoundary.Temperature).ToString("F3"));
WriteBookmarkText(doc, MS_ProColdfaceHeatflow, Pro.ColdfaceBoundary.Heatflow.ToString());
string img = null;
if (LayerPicturePath.Length == 0)
{
img = null;
}
if (LayerPicturePath.Length == 1)
{
img = LayerPicturePath[0];
}
else
{
img = LayerPicturePath[English ? 0 : 1];
}
WriteImage(doc, img, MS_ProLayersPicture);
WriteLayersTable(doc, Pro.LayerList, MS_ProLayers);
doc.Save(ReportFilePath, SaveFormat.Docx);
return(true);
}
catch (Exception e)
{
return(false);
}
}
