private void Read_modelRead(object sender, ModelReadEventArgs e)
{
pointsExC = new List <PointEx>();
pointsExS = new List <PointEx>();
facesC = new List <Fase>();
facesS = new List <Fase>();
#region Separate C and S and create obj files
PointByTheta pointByTheta = new PointByTheta(ref read.points);
for (int i = 0; i < read.points.Count; i++)
{
if (read.points[i].Lambda == 0)
{
pointsExC.Add(read.points[i]);
}
else
{
pointsExS.Add(read.points[i]);
}
}
for (int i = pointsExC.Count - 1; i >= pointsExC.Count - pointByTheta.m_noOfThetaGroups; i--)
{
pointsExS.Insert(0, pointsExC[i]);
}
Calculate.GetFaces(ref facesC, ref pointsExC, pointByTheta.m_noOfThetaGroups, Model.cylinder);
Calculate.GetFaces(ref facesS, ref pointsExS, pointByTheta.m_noOfThetaGroups, Model.sphere);
Write.OBJFileEx(ref pointsExC, ref facesC, "C");
Write.OBJFileEx(ref pointsExS, ref facesS, "S");
#endregion
#region Volume calculation
threadS = new Thread(() => volumeS.TotalVolume(ref pointsExS, ref facesS, Model.sphere));
threadC = new Thread(() => volumeC.TotalVolume(ref pointsExC, ref facesC, Model.cylinder));
threadS.Start();
threadC.Start();
#endregion
}
private void GtnGen_Click(object sender, EventArgs e)
{
#region Generate points
List <PointEx> pointsEx = new List <PointEx>();
Random random = new Random();
float theta_steps = (float)(System.Convert.ToDouble(textBoxThetaStepSize.Text));
float lambda_steps = (float)(System.Convert.ToDouble(textBoxLambdaStepSizeS.Text));
float z_steps_c = (float)(System.Convert.ToDouble(textBoxZStepSizeC.Text));
float z_from_c = (float)System.Convert.ToDouble(textBoxZfromC.Text);
float z_to_c = (float)System.Convert.ToDouble(textBoxZToC.Text);
float radius = (float)System.Convert.ToDouble(textBoxRadius.Text);
ModelVolume.updated = true;
ModelVolume.volumeS = (2 * Math.PI * radius * radius * radius) / 3;
ModelVolume.volumeC = Math.PI * radius * radius * (z_to_c - z_from_c);
if (checkBoxNoise.Checked)//generate points with noise
{
int percentage = comboBoxPercentage.SelectedIndex;
for (float z = z_from_c; z <= z_to_c; z = z + z_steps_c)
{
for (float t = 0; t < 360; t = t + theta_steps)
{
pointsEx.Add(ConvertCoordinate.CylindricalToCartesianEx(t, radius + RandGen(random, (int)radius, percentage), z, 0));
}
}
for (float l = lambda_steps; l < 90; l = l + lambda_steps)
{
for (float t = 0; t < 360; t = t + theta_steps)
{
pointsEx.Add(ConvertCoordinate.SphericalToCartesianEx(radius + RandGen(random, (int)radius, percentage), l, t, z_to_c));
}
}
pointsEx.Add(ConvertCoordinate.SphericalToCartesianEx(radius + RandGen(random, (int)radius, percentage), 90, 0, z_to_c)); // Bottom point
}
else//whiout noise
{
for (float z = z_from_c; z <= z_to_c; z = z + z_steps_c)
{
for (float t = 0; t < 360; t = t + theta_steps)
{
pointsEx.Add(ConvertCoordinate.CylindricalToCartesianEx(t, radius, z, 0));
}
}
for (float l = lambda_steps; l < 90; l = l + lambda_steps)
{
for (float t = 0; t < 360; t = t + theta_steps)
{
pointsEx.Add(ConvertCoordinate.SphericalToCartesianEx(radius, l, t, z_to_c));
}
}
pointsEx.Add(ConvertCoordinate.SphericalToCartesianEx(radius, 90, 0, z_to_c)); // Bottom point
}
#endregion
#region Generate faces for points
List <Fase> faces = new List <Fase>();
int N = (int)(360 / theta_steps);
int pointCount = pointsEx.Count;
Calculate.GetFaces(ref faces, ref pointsEx, N, Model.Complete_Model);
#endregion
Write.PCDFileEx(ref pointsEx);
Write.OBJFileEx(ref pointsEx, ref faces, "Points");
Write.ModelFileEx(ref pointsEx, "PointsEx");
pointsEx.Clear();
faces.Clear();
}
