public void Triangle(
NwVertex v1,
NwVertex v2,
NwVertex v3)
{
++TriangleCount;
}
public void Triangle(COMApi.InwSimpleVertex v1,
COMApi.InwSimpleVertex v2,
COMApi.InwSimpleVertex v3)
{
Array array_v1 = (Array)(object)v1.coord;
float v1_x = (float)(array_v1.GetValue(1));
float v1_y = (float)(array_v1.GetValue(2));
float v1_z = (float)(array_v1.GetValue(3));
Array array_v2 = (Array)(object)v2.coord;
float v2_x = (float)(array_v2.GetValue(1));
float v2_y = (float)(array_v2.GetValue(2));
float v2_z = (float)(array_v2.GetValue(3));
Array array_v3 = (Array)(object)v3.coord;
float v3_x = (float)(array_v3.GetValue(1));
float v3_y = (float)(array_v3.GetValue(2));
float v3_z = (float)(array_v3.GetValue(3));
//Matrix
float w1 = matrix[3] * v1_x + matrix[7] * v1_y + matrix[11] * v1_z + matrix[15];
var v1__x = (matrix[0] * v1_x + matrix[4] * v1_y + matrix[8] * v1_z + matrix[12]) / w1;
var v1__y = (matrix[1] * v1_x + matrix[5] * v1_y + matrix[9] * v1_z + matrix[13]) / w1;
var v1__z = (matrix[2] * v1_x + matrix[6] * v1_y + matrix[10] * v1_z + matrix[14]) / w1;
float w2 = matrix[3] * v2_x + matrix[7] * v2_y + matrix[11] * v2_z + matrix[15];
var v2__x = (matrix[0] * v2_x + matrix[4] * v2_y + matrix[8] * v2_z + matrix[12]) / w2;
var v2__y = (matrix[1] * v2_x + matrix[5] * v2_y + matrix[9] * v2_z + matrix[13]) / w2;
var v2__z = (matrix[2] * v2_x + matrix[6] * v2_y + matrix[10] * v2_z + matrix[14]) / w2;
float w3 = matrix[3] * v3_x + matrix[7] * v3_y + matrix[11] * v3_z + matrix[15];
var v3__x = (matrix[0] * v3_x + matrix[4] * v3_y + matrix[8] * v3_z + matrix[12]) / w3;
var v3__y = (matrix[1] * v3_x + matrix[5] * v3_y + matrix[9] * v3_z + matrix[13]) / w3;
var v3__z = (matrix[2] * v3_x + matrix[6] * v3_y + matrix[10] * v3_z + matrix[14]) / w3;
Coords.Add((float)v1__x);
Coords.Add((float)v1__y);
Coords.Add((float)v1__z);
Coords.Add((float)v2__x);
Coords.Add((float)v2__y);
Coords.Add((float)v2__z);
Coords.Add((float)v3__x);
Coords.Add((float)v3__y);
Coords.Add((float)v3__z);
}
} // Unused
public void Triangle(ComApi.InwSimpleVertex v1, ComApi.InwSimpleVertex v2, ComApi.InwSimpleVertex v3)
{
// Clear String
KANGVars.PrimitiveOutputString = "";
// Get Primitive Data And Evaluate For Min/Max
#region Vertex 1 //
Array array_v1 = (Array)(object)v1.coord;
// X
float fVal_nw2013_VS2010 = (float)(array_v1.GetValue(1)); // Cast .coord 1 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + KANGVars.strg + "," + "Vertex 1 " + ",";
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + ","; // x
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxX) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxX = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minX) // Check If New Minimum
{
KANGlobalMinMaxCoords.minX = fVal_nw2013_VS2010;
}
// Y
fVal_nw2013_VS2010 = (float)(array_v1.GetValue(2)); // Cast .coord 2 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + ","; // y
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxY) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxY = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minY) // Check If New Minimum
{
KANGlobalMinMaxCoords.minY = fVal_nw2013_VS2010;
}
//Z
fVal_nw2013_VS2010 = (float)(array_v1.GetValue(3)); // Cast .coord 3 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + "\n"; // z
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxZ) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxZ = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minZ) // Check If New Minimum
{
KANGlobalMinMaxCoords.minZ = fVal_nw2013_VS2010;
}
#endregion // Vertex 1 //
#region Vertex 2 //
Array array_v2 = (Array)(object)v2.coord;
// X
fVal_nw2013_VS2010 = (float)(array_v2.GetValue(1)); // Cast .coord 1 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + KANGVars.strg + "," + "Vertex 2 " + ",";
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + ","; // x
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxX) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxX = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minX) // Check If New Minimum
{
KANGlobalMinMaxCoords.minX = fVal_nw2013_VS2010;
}
// Y
fVal_nw2013_VS2010 = (float)(array_v2.GetValue(2)); // Cast .coord 2 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + ","; // y
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxY) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxY = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minY) // Check If New Minimum
{
KANGlobalMinMaxCoords.minY = fVal_nw2013_VS2010;
}
// Z
fVal_nw2013_VS2010 = (float)(array_v2.GetValue(3)); // Cast .coord 3 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + "\n"; // z
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxZ) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxZ = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minZ) // Check If New Minimum
{
KANGlobalMinMaxCoords.minZ = fVal_nw2013_VS2010;
}
#endregion // Vertex 2
#region Vertex 3 //
Array array_v3 = (Array)(object)v3.coord;
// X
fVal_nw2013_VS2010 = (float)(array_v3.GetValue(1)); // Cast .coord 1 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + KANGVars.strg + "," + "Vertex 3 " + ",";
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + ","; // x
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxX) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxX = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minX) // Check If New Minimum
{
KANGlobalMinMaxCoords.minX = fVal_nw2013_VS2010;
}
// Y
fVal_nw2013_VS2010 = (float)(array_v3.GetValue(2)); // Cast .coord 2 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + ","; // y
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxY) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxY = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minY) // Check If New Minimum
{
KANGlobalMinMaxCoords.minY = fVal_nw2013_VS2010;
}
// Z
fVal_nw2013_VS2010 = (float)(array_v3.GetValue(3)); // Cast .coord 3 Value As float
KANGVars.PrimitiveOutputString = KANGVars.PrimitiveOutputString + fVal_nw2013_VS2010.ToString() + "\n\n"; // z
if (fVal_nw2013_VS2010 > KANGlobalMinMaxCoords.maxZ) // Check If New Maximum
{
KANGlobalMinMaxCoords.maxZ = fVal_nw2013_VS2010;
}
if (fVal_nw2013_VS2010 < KANGlobalMinMaxCoords.minZ) // Check If New Minimum
{
KANGlobalMinMaxCoords.minZ = fVal_nw2013_VS2010;
}
#endregion// Vertex 3 //
// Result Written To File
System.IO.File.AppendAllText(@".\" + KANGVars.PrimitivesFileName + ".txt", KANGVars.PrimitiveOutputString);
// Reset String
KANGVars.PrimitiveOutputString = "";
}
} // Unused
public void SnapPoint(ComApi.InwSimpleVertex v1)
{
} // Unused
public void Line(ComApi.InwSimpleVertex v1, ComApi.InwSimpleVertex v2)
{
} // Unused
public void SnapPoint(COMApi.InwSimpleVertex v1)
{
}
public void Line(COMApi.InwSimpleVertex v1,
COMApi.InwSimpleVertex v2)
{
}
public void Triangle(COMApi.InwSimpleVertex v1,
COMApi.InwSimpleVertex v2,
COMApi.InwSimpleVertex v3)
{
// do your work
}
public void SnapPoint(COMApi.InwSimpleVertex v1)
{
// do your work
}
public void Line(COMApi.InwSimpleVertex v1,
COMApi.InwSimpleVertex v2)
{
// do your work
}
public void SnapPoint(NwVertex v1)
{
++SnapPointCount;
}
public void Point(NwVertex v1)
{
++PointCount;
}
public void Line(NwVertex v1, NwVertex v2)
{
++LineCount;
}
