public XSecModelParams()
{
Material = new Material();
RemovalRate = new RemovalRate();
CurvatureEffect = new CurvatureEffect();
DepthInfo = new DepthInfo();
}
double GetNewMrr(double baseMrr, DepthInfo depthInfo)
{
depthInfo.CurrentDepth = GetInspectionDepth();
double mrrAdjustFactor = Math.Abs(depthInfo.TargetDepth / depthInfo.CurrentDepth);
double newMrr = baseMrr * mrrAdjustFactor;
return(newMrr);
}
internal AbMachParameters(AbMachOperation op, RunInfo runInfo, RemovalRate removalRate, Material mat, AbMachJet abmachJet, DepthInfo depthInfo, double meshSize)
{
Operation = op;
RunInfo = runInfo;
RemovalRate = removalRate;
Material = mat;
AbMachJet = abmachJet;
DepthInfo = depthInfo;
_meshSize = meshSize;
}
internal AbMachParameters()
{
_meshSize = .005;
AbMachJet = new AbMachJet();
RunInfo = new RunInfo();
RemovalRate = new RemovalRate();
Material = new Material();
Operation = AbMachOperation.OTHER;
DepthInfo = new DepthInfo();
}
public DepthInfo(DepthInfo info)
{
LocationOfDepthMeasure = info.LocationOfDepthMeasure;
SearchRadius = info.SearchRadius;
StartDepth = info.StartDepth;
TargetDepth = info.TargetDepth;
DepthTolerance = info.DepthTolerance;
CurrentDepth = info.CurrentDepth;
SearchType = info.SearchType;
ConstTargetDepth = info.ConstTargetDepth;
}
DepthInfo GetNewDepthInfo(DepthInfo oldDepthInfo)
{
var depthInfo = new DepthInfo();
double inspectionLoc = oldDepthInfo.LocationOfDepthMeasure.X;
depthInfo.StartDepth = startProf.GetValue(inspectionLoc);
depthInfo.TargetDepth = targetProf.GetValue(inspectionLoc);
depthInfo.CurrentDepth = profile.GetValue(inspectionLoc);
return(depthInfo);
}
public static AbMachParameters Build()
{
double meshSize = .001;
AbMachOperation op = AbMachOperation.OTHER;
RunInfo runInfo = new RunInfo();
RemovalRate removalRate = new RemovalRate();
Material mat = new Material();
AbMachJet abmachJet = new AbMachJet();
DepthInfo depthInfo = new DepthInfo();
return(new AbMachParameters(op, runInfo, removalRate, mat, abmachJet, depthInfo, meshSize));
}
public AbmachSimModel3D(ISurface <AbmachPoint> initialSurface, ISurface <AbmachPoint> targetSurface, ModelPath path, AbMachParameters parms)
{
surface = initialSurface;
this.targetSurface = targetSurface;
this.initialSurface = initialSurface.Clone();
this.path = path;
abmachParams = parms;
runInfo = parms.RunInfo;
jetRadius = abmachParams.AbMachJet.Diameter / 2.0;
currentRemovalRate = parms.RemovalRate;
depthInfo = abmachParams.DepthInfo;
}
double getDepth(ModelPathEntity mpe, DepthInfo depthInfo)
{
switch (depthInfo.SearchType)
{
case DepthSearchType.FindMaxDepth:
return(getMaxDepth(mpe, depthInfo.SearchRadius));
case DepthSearchType.FindMinDepth:
return(getMinDepth(mpe, depthInfo.SearchRadius));
case DepthSearchType.FindAveDepth:
default:
return(getAveDepth(mpe, depthInfo.SearchRadius));
}
}
double getDepth(DepthInfo depthInfo)
{
try
{
double depth = 0;
if (depthInfo.SearchType == DepthSearchType.FindAveDepth)
{
depth = averageDepth(depthInfo.LocationOfDepthMeasure.X, depthInfo.LocationOfDepthMeasure.Y, depthInfo.SearchRadius);
}
return(depth);
}
catch (Exception)
{
throw;
}
}
private ModelPath newFeedrates(ModelPath path, DepthInfo depthInfo)
{
ModelPath newPath = new ModelPath();
foreach (ModelPathEntity mpe in path)
{
ModelPathEntity mpNew = mpe.Clone();
mpe.Depth = getDepth(mpe, depthInfo);
if (mpe.Depth != 0)
{
mpNew.Feedrate.Value = mpe.Feedrate.Value * (mpe.Depth / mpe.TargetDepth);
mpNew.Depth = mpe.Depth;
}
newPath.Add(mpNew);
}
savePath(path, "oldfeedrates");
savePath(newPath, "newFeedrates");
return(newPath);
}
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;
}
}
public static AbMachParameters Build(AbMachOperation op, RunInfo runInfo, RemovalRate removalRate,
Material mat, AbMachJet abmachJet, DepthInfo depthInfo, double meshSize)
{
return(new AbMachParameters(op, runInfo, removalRate, mat, abmachJet, depthInfo, meshSize));
}
private RemovalRate newRemovalRate(ModelPath path, RunInfo runInfo, RemovalRate oldRemovalRate, DepthInfo depthInfo)
{
var newRemovalRate = new RemovalRate();
ModelPathEntity mpeDepth = nearestPathEntity(path, depthInfo.LocationOfDepthMeasure);
double currentDepth = getDepth(mpeDepth, depthInfo);
double currentDepthPerRun = currentDepth / runInfo.CurrentRun;
double currentTargetDepthPerRun = depthInfo.TargetDepth / runInfo.CurrentRun;
depthInfo.CurrentDepth = currentDepth;
if (currentDepth != 0)
{
double newMrr = oldRemovalRate.DepthPerPass * (currentTargetDepthPerRun / currentDepthPerRun);
return(newRemovalRate);
}
else
{
return(oldRemovalRate);
}
}
