//Mise à jour Z
internal void UpdatePointsTests_Z(ref List <BeanPoint_internal> p_points, BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
try
{
switch (p_paramGenerationPointsTest.p02_modeGenerationEnZ)
{
case enumMethodeGenerationValeursEnZ.altitudeConstante:
UpdatePointsTests_Z_constante(ref p_points, p_paramGenerationPointsTest);
break;
case enumMethodeGenerationValeursEnZ.plan:
UpdatePointsTests_Z_NonConstante(ref p_points, p_paramGenerationPointsTest);
break;
case enumMethodeGenerationValeursEnZ.paraboloideElliptique:
UpdatePointsTests_Z_NonConstante(ref p_points, p_paramGenerationPointsTest);
break;
case enumMethodeGenerationValeursEnZ.paraboloideHyperbolique:
UpdatePointsTests_Z_NonConstante(ref p_points, p_paramGenerationPointsTest);
break;
default:
throw new Exception("Méthode " + p_paramGenerationPointsTest.p02_modeGenerationEnZ + " non implémentée");
}
}
catch (Exception)
{
throw;
}
}
//Couverture XY
internal List <BeanPoint_internal> GetPointsTestsXY(BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
List <BeanPoint_internal> v_pointsToTest = new List <BeanPoint_internal>();
try
{
switch (p_paramGenerationPointsTest.p01_modeGenerationXY)
{
case enumMethodeGenerationPtsEnXetY.repartitionAleatoireUniforme:
v_pointsToTest = GetPointsTestsXY_RepartitionUniforme(p_paramGenerationPointsTest);
break;
case enumMethodeGenerationPtsEnXetY.carroyageRegulierParPas:
v_pointsToTest = GetPointsTestsXY_RepartitionReguliere(p_paramGenerationPointsTest);
break;
default:
throw new Exception("Méthode " + p_paramGenerationPointsTest.p01_modeGenerationXY + " non implémentée");
}
}
catch (Exception)
{
throw;
}
return(v_pointsToTest);
}
private Dictionary <enumCoeffRecalage, double> RenormalisationDuPlanXY(BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
Dictionary <enumCoeffRecalage, double> v_coeff = new Dictionary <enumCoeffRecalage, double>();
try
{
double v_origineX = p_paramGenerationPointsTest.p11_pointBasGaucheX;
double v_origineY = p_paramGenerationPointsTest.p12_pointBasGaucheY;
double v_centreX = ((p_paramGenerationPointsTest.p13_pointHautDroitX - p_paramGenerationPointsTest.p11_pointBasGaucheX) / 2) + p_paramGenerationPointsTest.p11_pointBasGaucheX;
double v_centreY = ((p_paramGenerationPointsTest.p14_pointHautDroitY - p_paramGenerationPointsTest.p12_pointBasGaucheY) / 2) + p_paramGenerationPointsTest.p12_pointBasGaucheY;
//
double v_extensionX = Math.Abs(p_paramGenerationPointsTest.p13_pointHautDroitX - p_paramGenerationPointsTest.p11_pointBasGaucheX);
double v_extensionY = Math.Abs(p_paramGenerationPointsTest.p14_pointHautDroitY - p_paramGenerationPointsTest.p12_pointBasGaucheY);
double v_coeff_X = (p_paramGenerationPointsTest.p42_recalageMaxX - p_paramGenerationPointsTest.p41_recalageMinX) / v_extensionX;
double v_coeff_Y = (p_paramGenerationPointsTest.p44_recalageMaxY - p_paramGenerationPointsTest.p43_recalageMinY) / v_extensionY;
//
v_coeff.Add(enumCoeffRecalage.centreX, v_centreX);
v_coeff.Add(enumCoeffRecalage.centreY, v_centreY);
v_coeff.Add(enumCoeffRecalage.origineX, v_origineX);
v_coeff.Add(enumCoeffRecalage.origineY, v_origineY);
//
v_coeff.Add(enumCoeffRecalage.coeffRecalageY, v_coeff_Y);
v_coeff.Add(enumCoeffRecalage.coeffRecalageX, v_coeff_X);
}
catch (Exception)
{
throw;
}
return(v_coeff);
}
internal List <BeanPoint_internal> GetPointsTestsXY_RepartitionReguliere(BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
List <BeanPoint_internal> v_pointsToTest = new List <BeanPoint_internal>();
try
{
BeanPoint_internal v_point;
double[] v_coord;
double v_coordX = p_paramGenerationPointsTest.p11_pointBasGaucheX;
double v_coordY = p_paramGenerationPointsTest.p12_pointBasGaucheY;
while (v_coordX < p_paramGenerationPointsTest.p13_pointHautDroitX)
{
v_coordY = p_paramGenerationPointsTest.p12_pointBasGaucheY;
while (v_coordY < p_paramGenerationPointsTest.p14_pointHautDroitY)
{
v_coord = new double[3];
v_coord[0] = v_coordX;
v_coord[1] = v_coordY;
v_point = new BeanPoint_internal(v_coord, p_paramGenerationPointsTest.p10_srid);
v_pointsToTest.Add(v_point);
//
v_coordY += p_paramGenerationPointsTest.p32_pasEntrePointsEnM;
}
v_coordX += p_paramGenerationPointsTest.p32_pasEntrePointsEnM;
v_coordY = p_paramGenerationPointsTest.p12_pointBasGaucheY;
}
}
catch (Exception)
{
throw;
}
return(v_pointsToTest);
}
private void RemonteParametres()
{
_paramGenerationPoints = new BeanParamGenerationAutoDePointsTests();
_paramGenerationPoints.p51_hauteurRefEnM = Convert.ToDouble(tb_hauteurMinEnM.Text);
_paramGenerationPoints.p31_nbrePoints = Convert.ToInt32(tb_NbrePoints.Text);
_paramGenerationPoints.p11_pointBasGaucheX = Convert.ToDouble(tb_pointBasGaucheX.Text);
_paramGenerationPoints.p12_pointBasGaucheY = Convert.ToDouble(tb_pointBasGaucheY.Text);
_paramGenerationPoints.p13_pointHautDroitX = Convert.ToDouble(tb_pointHautDroitX.Text);
_paramGenerationPoints.p14_pointHautDroitY = Convert.ToDouble(tb_pointHautDroitY.Text);
_paramGenerationPoints.p32_pasEntrePointsEnM = Convert.ToDouble(tb_pasSeparationEntrePoints.Text);
_paramGenerationPoints.p32_seed = Convert.ToInt32(tb_seed.Text);
//
_paramGenerationPoints.p01_modeGenerationXY = (enumMethodeGenerationPtsEnXetY)Enum.Parse(typeof(enumMethodeGenerationPtsEnXetY), lb_modeGenerationXY.SelectedItem.ToString(), true);
//
_paramGenerationPoints.p02_modeGenerationEnZ = (enumMethodeGenerationValeursEnZ)Enum.Parse(typeof(enumMethodeGenerationValeursEnZ), lb_modeGenerationZ.SelectedItem.ToString(), true);
//
if (lb_srid.SelectedItem.ToString() == enumSrid.Lambert93.ToString())
{
_paramGenerationPoints.p10_srid = 2154;
}
else
{
throw new Exception("Méthode " + lb_srid.SelectedItem.ToString() + " non implémentée");
}
//
_paramGenerationPoints.p41_recalageMinX = Convert.ToDouble(tb_recalageMinX.Text);
_paramGenerationPoints.p42_recalageMaxX = Convert.ToDouble(tb_recalageMaxX.Text);
_paramGenerationPoints.p43_recalageMinY = Convert.ToDouble(tb_recalageMinY.Text);
_paramGenerationPoints.p44_recalageMaxY = Convert.ToDouble(tb_recalageMaxY.Text);
//
_paramGenerationPoints.p52_coeff_X = Convert.ToDouble(tb_coeffX.Text);
_paramGenerationPoints.p53_coeff_Y = Convert.ToDouble(tb_coeffY.Text);
}
void UpdatePointsTests_Z_constante(ref List <BeanPoint_internal> p_points, BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
try
{
foreach (BeanPoint_internal v_point in p_points)
{
v_point.p10_coord[2] = p_paramGenerationPointsTest.p51_hauteurRefEnM;
}
}
catch (Exception)
{
throw;
}
}
public List <BeanPoint_internal> GetPointsTests(BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
List <BeanPoint_internal> v_pointsToTest = new List <BeanPoint_internal>();
try
{
v_pointsToTest = GetPointsTestsXY(p_paramGenerationPointsTest);
UpdatePointsTests_Z(ref v_pointsToTest, p_paramGenerationPointsTest);
}
catch (Exception)
{
throw;
}
return(v_pointsToTest);
}
internal List <BeanPoint_internal> GetPointsTestsXY_RepartitionUniforme(BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
List <BeanPoint_internal> v_pointsToTest = new List <BeanPoint_internal>();
try
{
Random v_random = new Random(p_paramGenerationPointsTest.p32_seed);
double[] v_coord;
//[Attention: nécessité de passer en int)
int v_minX = Convert.ToInt32(Math.Round(p_paramGenerationPointsTest.p11_pointBasGaucheX, 0));
int v_maxX = Convert.ToInt32(Math.Round(p_paramGenerationPointsTest.p13_pointHautDroitX, 0));
int v_minY = Convert.ToInt32(Math.Round(p_paramGenerationPointsTest.p12_pointBasGaucheY, 0));
int v_maxY = Convert.ToInt32(Math.Round(p_paramGenerationPointsTest.p14_pointHautDroitY, 0));
//
HashSet <string> p_codes = new HashSet <string>();
string p_code;
int v_no = 0;
for (v_no = 1; v_no <= p_paramGenerationPointsTest.p31_nbrePoints;)
{
v_coord = new double[3];
v_coord[0] = v_random.Next(v_minX, v_maxX);
v_coord[1] = v_random.Next(v_minY, v_maxY);
v_coord[2] = 0;
//
BeanPoint_internal v_point = new BeanPoint_internal(v_coord, p_paramGenerationPointsTest.p10_srid);
// p_code = FLabServices.createUtilitaires().GethCodeGeogPoint(v_coord);
p_code = FLabServices.createUtilitaires().GetHCodeGeogPoint(v_coord);
//(On évite les doublons)
if (!p_codes.Contains(p_code))
{
p_codes.Add(p_code);
v_pointsToTest.Add(v_point);
v_no++;
}
}
}
catch (Exception)
{
throw;
}
return(v_pointsToTest);
}
void UpdatePointsTests_Z_NonConstante(ref List <BeanPoint_internal> p_points, BeanParamGenerationAutoDePointsTests p_paramGenerationPointsTest)
{
try
{
Dictionary <enumCoeffRecalage, double> v_coeffRecalage = RenormalisationDuPlanXY(p_paramGenerationPointsTest);
//
double[] v_coordRecalees;
foreach (BeanPoint_internal v_point in p_points)
{
v_coordRecalees = GetValeurXYNormalisees(v_point.p10_coord, v_coeffRecalage);
switch (p_paramGenerationPointsTest.p02_modeGenerationEnZ)
{
case enumMethodeGenerationValeursEnZ.plan:
v_point.p10_coord[2] = (v_coordRecalees[0] * p_paramGenerationPointsTest.p52_coeff_X) + (v_coordRecalees[1] * p_paramGenerationPointsTest.p53_coeff_Y) + p_paramGenerationPointsTest.p51_hauteurRefEnM;
break;
case enumMethodeGenerationValeursEnZ.paraboloideElliptique:
v_point.p10_coord[2] = (v_coordRecalees[0] * v_coordRecalees[0] * p_paramGenerationPointsTest.p52_coeff_X) + (v_coordRecalees[1] * v_coordRecalees[1] * p_paramGenerationPointsTest.p53_coeff_Y) + p_paramGenerationPointsTest.p51_hauteurRefEnM;
break;
case enumMethodeGenerationValeursEnZ.paraboloideHyperbolique:
v_point.p10_coord[2] =
((
((v_coordRecalees[0] / p_paramGenerationPointsTest.p52_coeff_X) * (v_coordRecalees[0] / p_paramGenerationPointsTest.p52_coeff_X))
+ ((v_coordRecalees[1] / p_paramGenerationPointsTest.p53_coeff_Y) * (v_coordRecalees[1] / p_paramGenerationPointsTest.p53_coeff_Y))
) * -1)
+ p_paramGenerationPointsTest.p51_hauteurRefEnM;
break;
default:
throw new Exception("Méthode " + p_paramGenerationPointsTest.p02_modeGenerationEnZ + " non implémentée.");
}
}
}
catch (Exception)
{
throw;
}
}
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();
}
