static void Main()
{
const string inputFilenameStl = "..\\..\\archquad.stl";
Console.WriteLine("Input filename: {0}", inputFilenameStl);
//Load the triangles from the STL file and reduce to a unit 1x1x1 size
Triangles triangles = RasterLib.RasterApi.StlToTriangles(inputFilenameStl);
Console.WriteLine("Triangle count: {0}", triangles.Count);
//Say the dimensions of it too
Rect triangleBoundaries = triangles.TrianglesBoundaries;
Console.WriteLine("{0} dimensions {1}mm x {2}mm x {3}mm",
inputFilenameStl,
(int)triangleBoundaries.Width,
(int)triangleBoundaries.Height,
(int)triangleBoundaries.Depth);
//Create four (for the quad)
Console.WriteLine("Cloning quads");
Triangles trianglesNw = triangles.Clone();
Triangles trianglesNe = triangles.Clone();
Triangles trianglesSw = triangles.Clone();
Triangles trianglesSe = triangles.Clone();
Triangles trianglesQuad = RasterLib.RasterApi.CreateTriangles();
//Get the boundaries of the STL model, use that to calculate offset sizes
Rect boundaries = trianglesNw.TrianglesBoundaries;
//Calculate offsets
var offsetX = (float)boundaries.Width;
var offsetZ = (float)boundaries.Depth;
//Translate each model out to four corners
Console.WriteLine("Translating quads");
trianglesNw.Translate(-offsetX, 0, offsetZ);
trianglesNe.Translate(offsetX, 0, offsetZ);
trianglesSw.Translate(-offsetX, 0, -offsetZ);
trianglesSe.Translate(offsetX, 0, -offsetZ);
//Add them all to triangle array
Console.WriteLine("Creating final model");
trianglesQuad.Add(trianglesNw);
trianglesQuad.Add(trianglesNe);
trianglesQuad.Add(trianglesSw);
trianglesQuad.Add(trianglesSe);
//Write model
const string outputFilenameStl = "..\\..\\ArchQuad-X4.stl";
Console.WriteLine("Writing " + outputFilenameStl);
RasterLib.RasterApi.SaveTrianglesToStl(outputFilenameStl, trianglesQuad);
Console.WriteLine("Done");
}
static void Main()
{
const string inputFilenameStl = "..\\..\\archquad.stl";
Console.WriteLine("Input filename: {0}", inputFilenameStl);
//Load STL file
Triangles triangles = RasterLib.RasterApi.StlToTriangles(inputFilenameStl);
//Write message if encountered problem
if (triangles == null)
{
Console.WriteLine("Error loading " + inputFilenameStl);
return;
}
//Just output # of triangles to show it is real data
Console.WriteLine("Triangle count (source): {0}", triangles.Count);
//Say the dimensions of it too
Rect triangleBoundariesInput = triangles.TrianglesBoundaries;
Console.WriteLine("Input {0} Dimensions = {1}mm x {2}mm x {3}mm",
inputFilenameStl,
(int)triangleBoundariesInput.Width,
(int)triangleBoundariesInput.Height,
(int)triangleBoundariesInput.Depth);
//Clone the triangles
Triangles trianglesResized = triangles.Clone();
//Scale everything up by 2.5
const float scale = 2.5f;
Console.WriteLine("Scaling model size up by {0}%", scale * 100.0f);
trianglesResized.Scale(scale, scale, scale);
//Just state the dRectory we are writing to.
const string outputfilenameStl = "..\\..\\archquad-resized.stl";
Console.WriteLine("Output filename: {0}", outputfilenameStl);
//Say the dimensions of it too
Rect triangleBoundariesOutput = trianglesResized.TrianglesBoundaries;
Console.WriteLine("Output {0} Dimensions = {1}mm x {2}mm x {3}mm",
outputfilenameStl,
(int)triangleBoundariesOutput.Width,
(int)triangleBoundariesOutput.Height,
(int)triangleBoundariesOutput.Depth);
trianglesResized.PutOnGround();
//Finally save out the resized triangles back to STL file
Console.WriteLine("Writing file {0}", outputfilenameStl);
RasterLib.RasterApi.SaveTrianglesToStlAscii(outputfilenameStl, trianglesResized);
Console.WriteLine("Done.");
}
//Assumes triangle are already unit-normalized to 1x1x1
public static void MapRectToTriangles(ref List <Triangle> renderedTriangleSoup, Triangles triangles, Rect rect)
{
double midX = (rect.Width) / 2 + rect.Pt1[0];
double midY = (rect.Height) / 2 + rect.Pt1[1];
double midZ = (rect.Depth) / 2 + rect.Pt1[2];
Triangles trianglesClone = triangles.Clone();
trianglesClone.Scale((float)rect.Width, (float)rect.Height, (float)rect.Depth);
trianglesClone.Translate((float)midX, (float)midY, (float)midZ);
renderedTriangleSoup.AddRange(trianglesClone.GetTriangleArray());
}
