XSecJetPath GetNewJetArrayFeedrates(double measureWidth, string directory, string timeCode)
{
path.AdjustFeedrates(profile.AsCartData(), startProf.AsCartData(), targetProf.AsCartData(), measureWidth);
string filename = directory + "pathlist" + timeCode + ".csv";
FileIOLib.FileIO.Save(path.AsCSVFile(filename, ""), filename);
var jetArray = new XSecJetPath(jet, path, parameters.MeshSize, parameters.RemovalRate.NominalSurfaceSpeed);
return(jetArray);
}
void RunPath(CancellationToken ct, IProgress <int> progress, XSecJetPath jetArr, Vector2 gridOrigin, double gridWidth,
double averagingWindow, double mrr, double critAngle)
{
try
{
double curvatureSearchWindow = .014;
int run = 0;
profile = new XSection(startProf);
while (run < parameters.RunTotal && !ct.IsCancellationRequested)
{
//index acroos jet path locations in jet path array
for (int pathIndex = 0; pathIndex < jetArr.PathCount; pathIndex++)
{
//index across jet locations in jet-path array
var tempProf = new XSection(gridOrigin, gridWidth, parameters.MeshSize);
for (int jetLocIndex = 0; jetLocIndex < jetArr.JetCount; jetLocIndex++)
{
var jetRay = jetArr.GetJetRay(pathIndex, jetLocIndex);
double x = jetRay.Origin.X;
var profileNormal = profile.GetNormalAngle(x, averagingWindow);
var angleEffect = AngleEffect(profileNormal, critAngle);
var curvatureEffect = parameters.CurvatureEffect.Factor(profile.GetCurvature(x, curvatureSearchWindow));
double materialRemoved = mrr * jetRay.Length * angleEffect * curvatureEffect;
tempProf.SetValue(materialRemoved, x);
}
tempProf.Smooth(jet.Radius);
profile.AddProfile(tempProf);
profile.Smooth(jet.Radius);
}
int p = (int)(100 * currentModelRun++ / totalModelRuns);
progress.Report(p);
run++;
}
}
catch (Exception)
{
throw;
}
}
public void Run(CancellationToken ct, IProgress <int> progress, int innerIterations, int outerIterations)
{
try
{
var meshSize = parameters.MeshSize;
var gridOrigin = profile.Origin;
var gridWidth = profile.Width;
var jetArr = new XSecJetPath(jet, path, parameters.MeshSize, parameters.RemovalRate.NominalSurfaceSpeed);
var baseMrr = parameters.RemovalRate.DepthPerPass;
var mrr = baseMrr;
var averagingWindow = parameters.SmoothingWindowWidth;
var critAngle = parameters.Material.CriticalRemovalAngle;
int outerIterator = 0;
int innerIterator = 0;
totalModelRuns = outerIterations * innerIterations * parameters.RunTotal;
currentModelRun = 0;
var depthInfo = new DepthInfo(parameters.DepthInfo);
while (outerIterator < outerIterations)
{
mrr = baseMrr;
innerIterator = 0;
while (innerIterator < innerIterations)
{
RunPath(ct, progress, jetArr, gridOrigin, gridWidth, averagingWindow, mrr, critAngle);
depthInfo = GetNewDepthInfo(depthInfo);
mrr = GetNewMrr(mrr, depthInfo);
}
}
}
catch
{
throw;
}
}