static void rotate(string inputPath, string outputPath)
{
// var test= MFDocument.test(inputPath);
Console.WriteLine("Working with file " + Path.GetFileName(inputPath));
var fileHandler = new FileHandler();
Stopwatch Total = new Stopwatch();
Total.Start();
var facets = fileHandler.LoadFile(inputPath);
// var facets = MFDocument.test(inputPath).FirstOrDefault();
fileHandler.ActionOccured += actionOccured;
CustomFacet[] preproccessed;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
preproccessed = opti.PreProcess(facets);
}
List <Counter> accumulated;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
accumulated = opti.AreaZinate(preproccessed);
}
Result result;
IEnumerable <Result> results;
DetailedResult detailedResult;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
// results = accumulated.Select (x => opti.CalculateOverhang (opti.ProjectVertices (preproccessed, x.Array), x.Array)).OrderBy (x => ((x.Unprintablitiy + 1) * (x.Overhang + 1)) / ((x.Bottom + 1) * (x.Contour + 1))).ToList();
results = accumulated.Select(x => opti.CalculateOverhang(opti.ProjectVertices(preproccessed, x.Array), x.Array)).OrderBy(x => x.Unprintablitiy).ToList();
result = results.FirstOrDefault();
}
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
detailedResult = opti.GetEulerParams(result);
}
detailedResult.Serialize(outputPath); //Create log xml file
Console.WriteLine("-----------------------------------------------------");
Console.WriteLine(detailedResult);
IxMilia.Stl.StlTriangle[] rotated;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
rotated = opti.RotateMesh(facets, detailedResult.RotationMatrix).ToArray();
}
fileHandler = new FileHandler();
fileHandler.WriteFIle(rotated, outputPath);
fileHandler.ActionOccured += actionOccured;
Console.WriteLine($"Mesh rotated and writen successfully in {Total.Elapsed.TotalSeconds} Seconds");
GC.Collect();
Total.Stop();
}
static void comparefunction(string inputPath)
{
Console.WriteLine("Analysing the actual Position of the Object " + Path.GetFileName(inputPath));
var fileHandler1 = new FileHandler();
Stopwatch Total = new Stopwatch();
Total.Start();
var facets1 = fileHandler1.LoadFile(inputPath);
fileHandler1.ActionOccured += actionOccured;
CustomFacet[] preproccessed1;
using (var opti1 = new Opti()) {
opti1.ActionOccured += actionOccured;
preproccessed1 = opti1.PreProcess(facets1);
Result results1;
double[] orient = { 0, 0, 1 };
results1 = opti1.CalculateOverhang(preproccessed1, orient);
Console.WriteLine("Analysis Complete");
////////
Console.WriteLine("Looking for the Perfect Position of the file " + Path.GetFileName(inputPath));
var fileHandler = new FileHandler();
var facets = fileHandler.LoadFile(inputPath);
CustomFacet[] preproccessed;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
preproccessed = opti.PreProcess(facets);
}
List <Counter> accumulated;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
accumulated = opti.AreaZinate(preproccessed);
}
Result result;
IEnumerable <Result> results;
DetailedResult detailedResult;
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
// results = accumulated.Select (x => opti.CalculateOverhang (opti.ProjectVertices (preproccessed, x.Array), x.Array)).OrderBy (x => ((x.Unprintablitiy + 1) * (x.Overhang + 1)) / ((x.Bottom + 1) * (x.Contour + 1))).ToList();
results = accumulated.Select(x => opti.CalculateOverhang(opti.ProjectVertices(preproccessed, x.Array), x.Array)).OrderBy(x => x.Unprintablitiy).ToList();
result = results.FirstOrDefault();
}
using (var opti = new Opti()) {
opti.ActionOccured += actionOccured;
detailedResult = opti.GetEulerParams(result);
}
Console.WriteLine("Use the following parameters to optimize the Print");
Console.WriteLine(detailedResult);
Console.WriteLine($"Perfect position found in {Total.Elapsed.TotalSeconds} Seconds");
Console.WriteLine(results1.Unprintablitiy);
Console.WriteLine(result.Unprintablitiy);
var Compared = (result.Unprintablitiy / results1.Unprintablitiy) * 100;
Console.WriteLine("The object Orientation is positioned {0} % to the perfect position ", Compared);
GC.Collect();
Total.Stop();
}
}
