public void triangulationTest()
{
{
//0個の頂点を分割。0個の三角形を取得
LDPointList form = new LDPointList();
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 0);
}
{
//1個の頂点を分割。0個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 0);
}
{
//2個の頂点を分割。0個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0)).add(new LDPoint(1, 1));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 0);
}
{
//3個の頂点を分割。1個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0)).add(new LDPoint(1, 1)).add(new LDPoint(1, 0));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 1);
TestUtil.VERIFY(result[0] == new LDTriangle(0, 1, 2));
}
{
//4個の頂点を分割。2個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0)).add(new LDPoint(1, 1)).add(new LDPoint(1, 0)).add(new LDPoint(0, 1));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 2);
TestUtil.VERIFY(result.Contains(new LDTriangle(0, 1, 2)));
TestUtil.VERIFY(result.Contains(new LDTriangle(0, 1, 3)));
}
// {
// LDPointList form;
// form).add( new LDPoint(20,0)).add( new LDPoint(1,1)).add( new LDPoint(1,0)).add( new LDPoint(0,1)
// ).add( new LDPoint(0,15.5)).add( new LDPoint(11,12)).add( new LDPoint(1,0)).add( new LDPoint(100,0.1);
// LDTriangleList result=Triangulation.exec(form);
// qDebug()).add( new result;
// }
}
public void triangulationTest()
{
{
//0個の頂点を分割。0個の三角形を取得
LDPointList form = new LDPointList();
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 0);
}
{
//1個の頂点を分割。0個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 0);
}
{
//2個の頂点を分割。0個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0)).add(new LDPoint(1, 1));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 0);
}
{
//3個の頂点を分割。1個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0)).add(new LDPoint(1, 1)).add(new LDPoint(1, 0));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 1);
TestUtil.VERIFY(result[0] == new LDTriangle(0, 1, 2));
}
{
//4個の頂点を分割。2個の三角形を取得
LDPointList form = new LDPointList();
form.add(new LDPoint(0, 0)).add(new LDPoint(1, 1)).add(new LDPoint(1, 0)).add(new LDPoint(0, 1));
LDTriangleList result = Triangulation.exec(form);
TestUtil.COMPARE(result.length(), 2);
TestUtil.VERIFY(result.Contains(new LDTriangle(0, 1, 2)));
TestUtil.VERIFY(result.Contains(new LDTriangle(0, 1, 3)));
}
// {
// LDPointList form;
// form).add( new LDPoint(20,0)).add( new LDPoint(1,1)).add( new LDPoint(1,0)).add( new LDPoint(0,1)
// ).add( new LDPoint(0,15.5)).add( new LDPoint(11,12)).add( new LDPoint(1,0)).add( new LDPoint(100,0.1);
// LDTriangleList result=Triangulation.exec(form);
// qDebug()).add( new result;
// }
}
public void simpleTransformTest()
{
LDQuadTransform quad=new LDQuadTransform(new LDPoint(10, 10), new LDPoint(30, 30));
{
LDPoint src=new LDPoint(0, 0);
LDPoint dst;
dst = quad.transform(src);
TestUtil.COMPARE(dst.x(), 10.0);
TestUtil.COMPARE(dst.y(), 10.0);
}
{
LDPoint src=new LDPoint(1, 1);
LDPoint dst;
dst = quad.transform(src);
TestUtil.COMPARE(dst.x(), 30.0);
TestUtil.COMPARE(dst.y(), 30.0);
}
{
LDPoint src=new LDPoint(0.5f, 0.25f);
LDPoint dst;
dst = quad.transform(src);
TestUtil.COMPARE(dst.x(), 20.0f);
TestUtil.COMPARE(dst.y(), 15.0f);
}
{
LDPoint src=new LDPoint(0.75f, 0.8f);
LDPoint dst;
dst = quad.transform(src);
TestUtil.COMPARE(dst.x(), 25.0f);
TestUtil.COMPARE(dst.y(), 26.0f);
}
{
LDPointList src=new LDPointList();
src.add(new LDPoint(0.25f, 0.4f)).add( new LDPoint(0.75f, 0.8f));
LDPointList dst;
dst = quad.transform(src);
TestUtil.VERIFY(dst.length() == 2);
TestUtil.COMPARE(dst[0],new LDPoint(15.0f, 18.0f));
TestUtil.COMPARE(dst[1],new LDPoint(25, 26));
}
// {
// LDGridTransform src(0.5,0.5,0.5,0.5,1,1);
// LDGridTransform dst;
// dst=grid.transform(src);
// TestUtil.COMPARE(dst.getPoint(0,0),LDPoint(40,40));
// TestUtil.COMPARE(dst.getPoint(0,1),LDPoint(60,40));
// TestUtil.COMPARE(dst.getPoint(1,1),LDPoint(60,60));
// TestUtil.COMPARE(dst.getPoint(1,0),LDPoint(40,60));
// }
// {
// LDAffineTransform src;
// src.translate(0.5,0.5);
// src.rotate(30);
// src.scale(2,2);
// LDAffineTransform dst;
// dst=grid.transform(src);
// TestUtil.COMPARE(dst.getTranslate(),LDPoint(40,40));
// }
}
/*
public void serializeTest()
{
string name = "gridMesh";
LDGridTransform src = new LDGridTransform(0, 0, 100, 100, 2, 2));
//シリアライズ
SerializeHelper.writeBoostXml(name, src);
//デシリアライズ
var dst = SerializeHelper.readBoostXml<LDGridTransform>(name);
TestUtil.VERIFY(dst->getGridPoints() == src->getGridPoints());
}
*/
public void simpleTransformTest()
{
LDGridTransform grid = new LDGridTransform(20, 20, 40, 40, 1, 1);
{
LDPoint src = new LDPoint(0.5f, 0.5f);
LDPoint dst;
dst = grid.transform(src);
TestUtil.COMPARE(dst.x(), 40.0);
TestUtil.COMPARE(dst.y(), 40.0);
}
{
LDPointList src = new LDPointList();
src.add(new LDPoint(0.25f, 0.25f)).add(new LDPoint(0.75f, 0.75f));
LDPointList dst;
dst = grid.transform(src);
TestUtil.VERIFY(dst.length() == 2);
TestUtil.COMPARE(dst[0], new LDPoint(30.0f, 30));
TestUtil.COMPARE(dst[1], new LDPoint(50.0f, 50));
}
{
LDGridTransform src = new LDGridTransform(0.5f, 0.5f, 0.5f, 0.5f, 1, 1);
LDGridTransform dst = new LDGridTransform();
dst = grid.transform(src);
TestUtil.COMPARE(dst.getPoint(0, 0),new LDPoint(40, 40));
TestUtil.COMPARE(dst.getPoint(0, 1),new LDPoint(60, 40));
TestUtil.COMPARE(dst.getPoint(1, 1),new LDPoint(60, 60));
TestUtil.COMPARE(dst.getPoint(1, 0),new LDPoint(40, 60));
}
{
LDAffineTransform src = new LDAffineTransform();
src.translate(0.5f, 0.5f);
src.rotate(30);
src.scale(2, 2);
LDAffineTransform dst = new LDAffineTransform();
dst = grid.transform(src);
TestUtil.COMPARE(dst.getTranslate(), new LDPoint(40, 40));
}
}
public void inverseTransformTest()
{
{
LDGridTransform grid = new LDGridTransform(20, 20, 40, 40, 2, 2);
LDPoint src = new LDPoint(30, 30);
LDPoint dst = new LDPoint();
dst = grid.inverseTransform(src);
TestUtil.COMPARE(dst.x(), 0.25);
TestUtil.COMPARE(dst.y(), 0.25);
}
{
LDGridTransform grid = new LDGridTransform(20, 20, 40, 40, 2, 2);
LDPointList src = new LDPointList();
src.add(new LDPoint(30, 30)).add(new LDPoint(50, 50));
LDPointList dst;
dst = grid.inverseTransform(src);
TestUtil.COMPARE(dst[0], new LDPoint(0.25f, 0.25f));
TestUtil.COMPARE(dst[1], new LDPoint(0.75f, 0.75f));
}
/*
{
LDGridTransform grid = new LDGridTransform(20, 20, 40, 40, 2, 2);
LDGridTransform src = new LDGridTransform(24, 24, 52 - 24, 52 - 24, 2, 2);
LDGridTransform dst = src;
var points = grid.inverseTransform(src.toForm());
dst.setForm(points);
LDFUZZY_COMPARE(dst.getPoint(0, 0).x(), 0.1f, 0.0000001f);
LDFUZZY_COMPARE(dst.getPoint(2, 2).x(), 0.8f, 0.0000001f);
LDFUZZY_COMPARE(dst.getPoint(2, 0).x(), 0.1f, 0.0000001f);
LDFUZZY_COMPARE(dst.getPoint(2, 0).y(), 0.8f, 0.0000001f);
}
*/
{
LDGridTransform grid = new LDGridTransform(20.53125f, 20.62423f, 40.614312f, 40.94645f, 2, 2);
LDGridTransform src = new LDGridTransform(24.0134623f, 24.9143f, 52 - 24.090023f, 52 - 24.00001f, 2, 2);
LDGridTransform dst = new LDGridTransform(src);
var points = grid.inverseTransform(src.toForm());
var rest = grid.transform(points);
dst.setForm(points);
TestUtil.VERIFY(LDMathUtil.fuzzyCompare(rest, src.toForm(), 0.0000001f));
}
{
LDGridTransform grid=new LDGridTransform(2530.53125f, 2540.62423f, 4015.614312f, 4026.94645f, 2, 2);
LDGridTransform src=new LDGridTransform(2594.0134623f, 2594.9143f, 5274 - 2594.090023f, 5276 - 2594.00001f, 2, 2);
LDGridTransform dst = new LDGridTransform( src);
var points = grid.inverseTransform(src.toForm());
var rest = grid.transform(points);
dst.setForm(points);
TestUtil.VERIFY(LDMathUtil.fuzzyCompare(rest, src.toForm(), 0.0000001f));
}
{
LDGridTransform grid=new LDGridTransform(
new LDPoint(20.53125f, 20.62423f)
, new LDPoint(40.53125f, 20.62423f)
, new LDPoint(45.53125f, 45.62423f)
, new LDPoint(20.614312f, 40.94645f), 2, 2);
LDGridTransform src=new LDGridTransform(34.0134623f, 24.9143f, 52 - 24.090023f, 52 - 24.00001f, 8, 8);
LDGridTransform dst = new LDGridTransform(src);
var points = grid.inverseTransform(src.toForm());
var rest = grid.transform(points);
dst.setForm(points);
TestUtil.VERIFY(LDMathUtil.fuzzyCompare(rest, src.toForm(), 0.0000001f));
}
{
LDGridTransform grid=new LDGridTransform(
new LDPoint(2012.53125f, 2051.62423f)
, new LDPoint(4097.53125f, 2033.62423f)
, new LDPoint(4575.53125f, 4566.62423f)
, new LDPoint(2062.614312f, 4000.94645f), 2, 2);
LDGridTransform src=new LDGridTransform(3444.0134623f, 2442.9143f, 5242 - 2412.090023f, 5211 - 2467.00001f, 8, 8);
LDGridTransform dst = new LDGridTransform(src);
var points = grid.inverseTransform(src.toForm());
var rest = grid.transform(points);
dst.setForm(points);
TestUtil.VERIFY(LDMathUtil.fuzzyCompare(rest, src.toForm(), 0.0000001f));
}
}
