private void VisuCercleCirconscritAuTriangle(double[] v_pointA, double[] v_pointB, double[] v_pointC, string p_message)
{
List <double[]> v_pointsTriangle;
v_pointsTriangle = new List <double[]>();
v_pointsTriangle.Add(v_pointA);
v_pointsTriangle.Add(v_pointB);
v_pointsTriangle.Add(v_pointC);
//
SpatialTrace.Enable();
SpatialTrace.TraceText(p_message);
Color param_couleurContour = Color.FromArgb(125, 125, 125);
SpatialTrace.SetLineColor(param_couleurContour);
Color p_couleurCourante;
int p_taillePoint;
IGeometry v_pointGeom;
double[] v_pointCentre;
double v_rayon;
v_pointCentre = FServicesApplicatifs.createCalculServicesLow_testDivers().GetCoordonneesCercleCirconscritAuTriangle(v_pointsTriangle);
v_rayon = Math.Sqrt(Math.Pow((v_pointA[0] - v_pointCentre[0]), 2) + Math.Pow((v_pointA[1] - v_pointCentre[1]), 2));
//Cercle
p_couleurCourante = Color.FromArgb(50, 50, 50);
v_pointGeom = FLabServices.createUtilitaires().ConstructPoint(v_pointCentre[0], v_pointCentre[1], 2154).Buffer(v_rayon);
SpatialTrace.TraceGeometry(v_pointGeom, "Cercle", "Cercle");
//Points du triangle
p_taillePoint = 5;
p_couleurCourante = Color.FromArgb(255, 0, 0);
SpatialTrace.SetFillColor(p_couleurCourante);
v_pointGeom = FLabServices.createUtilitaires().ConstructPoint(v_pointA[0], v_pointA[1], 2154).Buffer(p_taillePoint);
SpatialTrace.TraceGeometry(v_pointGeom, "Pt A", "Pt A");
v_pointGeom = FLabServices.createUtilitaires().ConstructPoint(v_pointB[0], v_pointB[1], 2154).Buffer(p_taillePoint);
SpatialTrace.TraceGeometry(v_pointGeom, "Pt B", "Pt B");
v_pointGeom = FLabServices.createUtilitaires().ConstructPoint(v_pointC[0], v_pointC[1], 2154).Buffer(p_taillePoint);
SpatialTrace.TraceGeometry(v_pointGeom, "Pt C", "Pt C");
//Cercle
p_taillePoint = 8;
p_couleurCourante = Color.FromArgb(0, 255, 0);
SpatialTrace.SetFillColor(p_couleurCourante);
v_pointGeom = FLabServices.createUtilitaires().ConstructPoint(v_pointCentre[0], v_pointCentre[1], 2154).Buffer(p_taillePoint);
SpatialTrace.TraceGeometry(v_pointGeom, "Centre", "Centre");
SpatialTrace.Disable();
//
}
//
private void TestIsInCercleCirconscrit(List <double[]> p_pointsTriangle, double[] p_pointToTest, string p_messageResultatAttendu)
{
bool v_estInclusDansCercleExplicite;
bool v_estInclusDansCercleMatrice;
v_estInclusDansCercleExplicite = FServicesApplicatifs.createCalculServicesLow_testDivers().IsPointDDansCercleCirconscritAuTriangleExplicite(p_pointsTriangle, p_pointToTest);
v_estInclusDansCercleMatrice = FServicesApplicatifs.createCalculServicesLow_testDivers().IsPointDDansCercleCirconscritAuTriangleByMatrice(p_pointsTriangle, p_pointToTest);
//
string v_label;
v_label = p_messageResultatAttendu + "\n";
v_label += " Résultats calcul";
v_label += " =>'Explicite': " + v_estInclusDansCercleExplicite.ToString();
v_label += " =>'Matrice':" + v_estInclusDansCercleMatrice.ToString();
VisuCercleCirconscritAuTriangle(p_pointsTriangle[0], p_pointsTriangle[1], p_pointsTriangle[2], v_label);
VisuPointSuppl(p_pointToTest, "Pt à tester", 3);
}
public void TestOrdonnancement()
{
double v_xMin = 1500000;
double v_yMin = 6000000;
//
//double[] v_point1;
//double[] v_point2;
//double[] v_point3;
Dictionary <int, double[]> v_points = new Dictionary <int, double[]>();
bool v_renvoyerNullSiColineaire_vf;
bool v_horaire_vf;
////Triangle 1
//v_point1 = new double[2] { v_xMin + 50, v_yMin + 100 };
//v_point2 = new double[2] { v_xMin, v_yMin };
//v_point3 = new double[2] { v_xMin + 100, v_yMin};
////Triangle 2
//v_point1 = new double[2] { v_xMin + 50, v_yMin + 100 };
//v_point2 = new double[2] { v_xMin, v_yMin };
//v_point3 = new double[2] { v_xMin + 100, v_yMin-50 };
////Triangle 3
//v_point1 = new double[2] { v_xMin + 50, v_yMin + 100 };
//v_point2 = new double[2] { v_xMin, v_yMin };
//v_point3 = new double[2] { v_xMin + 100, v_yMin+500 };
//v_points.Add(1, v_point1);
//v_points.Add(2, v_point2);
//v_points.Add(3, v_point3);
//Groupe de points:
BeanParamGenerationAutoDePointsTests v_paramGenerationPoints = new BeanParamGenerationAutoDePointsTests();
v_paramGenerationPoints.p51_hauteurRefEnM = 100;
v_paramGenerationPoints.p31_nbrePoints = 5;
v_paramGenerationPoints.p11_pointBasGaucheX = v_xMin;
v_paramGenerationPoints.p12_pointBasGaucheY = v_yMin;
v_paramGenerationPoints.p13_pointHautDroitX = v_xMin + v_paramGenerationPoints.p51_hauteurRefEnM;
v_paramGenerationPoints.p14_pointHautDroitY = v_yMin + v_paramGenerationPoints.p51_hauteurRefEnM;
v_paramGenerationPoints.p32_pasEntrePointsEnM = 6;
v_paramGenerationPoints.p32_seed = 13;
List <BeanPoint_internal> v_pointsTests;
v_pointsTests = FServicesApplicatifs.createEchantillonsTestsServices().GetPointsTests(v_paramGenerationPoints);
int v_indice = 0;
v_points = v_pointsTests.ToDictionary(c => v_indice++, c => c.p10_coord);
//
v_renvoyerNullSiColineaire_vf = true;
v_horaire_vf = false;
List <int> v_pointsOrdonnances;
v_pointsOrdonnances = FServicesApplicatifs.createCalculServicesLow_testDivers().GetOrdonnancement(v_points, v_renvoyerNullSiColineaire_vf, v_horaire_vf);
string v_sens = "hor.";
if (!v_horaire_vf)
{
v_sens = "antih.";
}
int v_no = 1;
foreach (int v_id in v_pointsOrdonnances)
{
VisuPointSuppl(v_points[v_id], "no: " + v_no + " (pt " + v_id + " " + v_sens + ")", 2);
v_no++;
}
////SpatialTrace.ShowDialog();
}
