void buildParmsFromValues()
{
try
{
meshSize = .003;
jetDiameter = .110;
double nominalSurfaceSpeed = 50.0;
double depthPerPass = .005;
int runs = 10;
int iterations = 1;
int equationIndex = 4;
double searchRadius = jetDiameter * .1;
var jet = new AbMachJet(meshSize, jetDiameter, equationIndex);
var runInfo = new RunInfo(runs, iterations, ModelRunType.RunAsIs);
var removalRate = new RemovalRate(nominalSurfaceSpeed, depthPerPass);
var depthInfo = new DepthInfo(new Vector3(.456, .8254, 0), DepthSearchType.FindAveDepth, searchRadius);
var op = AbMachOperation.ROCKETCHANNEL;
var mat = new Material(
MaterialType.Metal,
"Aluminum",
thickness: .25,
millMachinabilityIndex: 1,
cutMachinabilityIndex: 1,
criticalAngleRadians: Math.PI * 70.0 / 180);
parms = AbMachParamBuilder.Build(op, runInfo, removalRate, mat, jet, depthInfo, meshSize);
AbMachParametersFile.Save(parms, "params.xml");
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public void paramFile_openSavedFile_parmsOK()
{
double meshSize = .005;
double diameter = .04;
double nominalSurfaceSpeed = 40;
double depthPerPass = .001;
int runs = 3;
int iterations = 1;
int equationIndex = 2;
var jet = new AbMachJet(diameter, equationIndex);
var runInfo = new RunInfo(runs, iterations, ModelRunType.NewFeedrates);
var removalRate = new RemovalRate(nominalSurfaceSpeed, depthPerPass);
var depthInfo = new DepthInfo(new GeometryLib.Vector3(1, 1, 0), DepthSearchType.FindAveDepth, diameter / 10);
var op = AbMachOperation.ROCKETCHANNEL;
var mat = new AWJModel.Material(AWJModel.MaterialType.Metal, "Aluminum", .25, 123, 456, 789, 143, 345, 543, 1);
AbMachParameters parms = AbMachParamBuilder.Build(op, runInfo, removalRate, mat, jet, depthInfo, meshSize);
string fileName = "paramSaveTest.prx";
AbMachParametersFile.Save(parms, fileName);
AbMachParameters parmsOpen = AbMachParametersFile.Open(fileName);
Assert.AreEqual(parms.Material.CriticalRemovalAngle, parmsOpen.Material.CriticalRemovalAngle);
}
static void Main(string[] args)
{
double meshSize = .002;
int index = 3;
double jetD = .050;
AbMachJet abmachJet = new AbMachJet(jetD, meshSize, index);
Console.WriteLine(abmachJet.Diameter.ToString());
Console.WriteLine(abmachJet.JetMeshRadius.ToString());
Console.WriteLine(abmachJet.EquationIndex.ToString());
Console.ReadLine();
double[,] footprint = abmachJet.FootPrint();
List <string> file = new List <string>();
List <DrawingIO.DwgEntity> pointList = new List <DrawingIO.DwgEntity>();
DrawingIO.DXFFile dxffile = new DrawingIO.DXFFile();
for (int i = 0; i < footprint.GetLength(0); i++)
{
for (int j = 0; j < footprint.GetLength(1); j++)
{
double x = i * meshSize;
double y = j * meshSize;
double z = footprint[i, j];
string l = x + "," + y + "," + z;
DrawingIO.Vector3 pt = new DrawingIO.Vector3(x, y, z);
pointList.Add(pt);
file.Add(l);
Console.WriteLine(l);
using (System.IO.StreamWriter sw = new System.IO.StreamWriter("jetfootprint.txt"))
{
foreach (string line in file)
{
sw.WriteLine(line);
}
}
}
}
dxffile.Save(pointList, "jetfootprint.dxf");
Console.ReadLine();
}
void initParms()
{
meshSize = .005;
diameter = .04;
double nominalSurfaceSpeed = 40;
double depthPerPass = .001;
int runs = 1;
int iterations = 1;
int equationIndex = 2;
double searchRadius = diameter * .1;
var jet = new AbMachJet(diameter, equationIndex);
var runInfo = new RunInfo(runs, iterations, ModelRunType.NewFeedrates);
var removalRate = new RemovalRate(nominalSurfaceSpeed, depthPerPass);
var depthInfo = new DepthInfo(new Vector3(1, 1, 0), DepthSearchType.FindAveDepth, searchRadius);
var op = AbMachOperation.ROCKETCHANNEL;
var mat = new AWJModel.Material(AWJModel.MaterialType.Metal, "Aluminum", .25, 123, 456, 789, 143, 345, 543, 1);
parms = AbMachParamBuilder.Build(op, runInfo, removalRate,
mat, jet, depthInfo, meshSize);
}
public void AbmachJet_ctor_returnsJet()
{
double jetDiam = .1;
double jetRadius = jetDiam / 2;
AbMachJet jet = new AbMachJet(jetDiam, 2);
double mrr1 = jet.RemovalRate(.01 * jetRadius);
Assert.AreEqual(0.628959112, mrr1, .005);
double mrr0 = jet.RemovalRate(.051 * jetRadius);
Assert.AreEqual(0.646885911, mrr0, .005);
double mrr3 = jet.RemovalRate(.418 * jetRadius);
Assert.AreEqual(0.847790721, mrr3, .005);
double mrr4 = jet.RemovalRate(.649 * jetRadius);
Assert.AreEqual(0.525730358, mrr4, .005);
double mrr5 = jet.RemovalRate(1.001 * jetRadius);
Assert.AreEqual(0.0, mrr5, .001);
}
public void abmTests_Const_valuesAreCorrect()
{
double meshSize = .005;
double diameter = .04;
double nominalSurfaceSpeed = 40;
double depthPerPass = .001;
int runs = 3;
int iterations = 1;
int equationIndex = 2;
var jet = new AbMachJet(diameter, equationIndex);
var runInfo = new RunInfo(runs, iterations, ModelRunType.NewFeedrates);
var removalRate = new RemovalRate(nominalSurfaceSpeed, depthPerPass);
var depthInfo = new DepthInfo(new GeometryLib.Vector3(1, 1, 0), DepthSearchType.FindAveDepth, diameter / 10);
var op = AbMachOperation.ROCKETCHANNEL;
var mat = new AWJModel.Material(AWJModel.MaterialType.Metal, "Aluminum", .25, 1, 1, 1, 1, 1, 1, 1);
AbMachParameters parms = AbMachParamBuilder.Build(op, runInfo, removalRate,
mat, jet, depthInfo, meshSize);
Assert.AreEqual(nominalSurfaceSpeed, parms.RemovalRate.SurfaceSpeed, "surfspeed");
}
public void AbmachJet_defConst_returnsEmptyJet()
{
AbMachJet jet = new AbMachJet();
Assert.IsNotNull(jet);
}
