public static void TriangulateBarMegaQuad(MeshGenerator mesh, Vector3 workingZero, float height, float offset, int cornerIndexA, int cornerIndexB)
{
offset -= 0.1f;
float scale = 0.25f;
vertexA = (workingZero + (Metrics.CornerFromIndex[cornerIndexA] * scale)) + (Vector3.up * offset);
vertexB = (workingZero + (Metrics.CornerFromIndex[cornerIndexB] * scale)) + (Vector3.up * offset);
vertexC = new Vector3(vertexA.x, height, vertexA.z) + (Vector3.up * offset);
vertexD = new Vector3(vertexB.x, height, vertexB.z) + (Vector3.up * offset);
uvA = new Vector2(0.5f + (scale / 2f), height);
uvB = new Vector2(0.5f - (scale / 2f), height);
uvC = new Vector2(0.5f + (scale / 2f), 0.5f - (scale / 2f));
uvD = new Vector2(0.5f - (scale / 2f), 0.5f - (scale / 2f));
mesh.AddTriangle(vertexC, vertexB, vertexA);
mesh.AddTriangle(vertexD, vertexB, vertexC);
mesh.AddTriangleUV(uvC, uvB, uvA);
mesh.AddTriangleUV(uvD, uvB, uvC);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[(int)MatI.Boards]);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[(int)MatI.Boards]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[(int)ColI.Black]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[(int)ColI.Black]);
}
public static void TriangulateHorizontalMegaQuad(MeshGenerator mesh, Vector3 workingZero, int materialIndex, int colorIndex, bool flat = false)
{
vertexA = workingZero + Metrics.CornerFromIndex[0];
vertexB = workingZero + Metrics.CornerFromIndex[1];
vertexC = workingZero + Metrics.CornerFromIndex[2];
vertexD = workingZero + Metrics.CornerFromIndex[3];
uvA = new Vector2(1, 1);
uvB = new Vector2(1, 0);
uvC = new Vector2(0, 0);
uvD = new Vector2(0, 1);
if (flat == true)
{
mesh.AddTriangleUnperturbed(Metrics.PerturbFlat(vertexA), Metrics.PerturbFlat(vertexB), Metrics.PerturbFlat(vertexC));
mesh.AddTriangleUnperturbed(Metrics.PerturbFlat(vertexC), Metrics.PerturbFlat(vertexD), Metrics.PerturbFlat(vertexA));
}
else
{
mesh.AddTriangle(vertexA, vertexB, vertexC);
mesh.AddTriangle(vertexC, vertexD, vertexA);
}
mesh.AddTriangleUV(uvA, uvB, uvC);
mesh.AddTriangleUV(uvC, uvD, uvA);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
}
public static void TriangulateGrateMegaQuad(MeshGenerator mesh, Vector3 workingZero, int materialIndex, int colorIndex, int cornerIndexA, int cornerIndexB)
{
float horizontalScale = 0.5f;
float verticalScale = 0.5f;
float height = Metrics.trimHeight * verticalScale;
float offset = -height;
#region TriangulateHorizontalMegaQuad
vertexA = (workingZero + Metrics.CornerFromIndex[cornerIndexA]);
vertexB = (workingZero + (Metrics.CornerFromIndex[cornerIndexA] * horizontalScale));
vertexC = (workingZero + (Metrics.CornerFromIndex[cornerIndexB] * horizontalScale));
vertexD = (workingZero + Metrics.CornerFromIndex[cornerIndexB]);
uvA = new Vector2(1, 1);
uvB = new Vector2(0.75f, 0.25f);
uvC = new Vector2(0.25f, 0.25f);
uvD = new Vector2(0, 1);
mesh.AddTriangle(vertexA, vertexB, vertexC);
mesh.AddTriangle(vertexC, vertexD, vertexA);
mesh.AddTriangleUV(uvA, uvB, uvC);
mesh.AddTriangleUV(uvC, uvD, uvA);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
#endregion
#region TriangulateReverseVerticalMegaQuad
vertexA = (workingZero + (Metrics.CornerFromIndex[cornerIndexA] * horizontalScale)) + (Vector3.up * offset);
vertexB = (workingZero + (Metrics.CornerFromIndex[cornerIndexB] * horizontalScale)) + (Vector3.up * offset);
vertexC = new Vector3(vertexA.x, height, vertexA.z) + (Vector3.up * offset);
vertexD = new Vector3(vertexB.x, height, vertexB.z) + (Vector3.up * offset);
uvA = new Vector2(1, height - offset);
uvB = new Vector2(verticalScale, height - offset);
uvC = new Vector2(1, verticalScale);
uvD = new Vector2(verticalScale, verticalScale);
mesh.AddTriangle(vertexC, vertexB, vertexD);
mesh.AddTriangle(vertexA, vertexB, vertexC);
mesh.AddTriangleUV(uvC, uvB, uvD);
mesh.AddTriangleUV(uvA, uvB, uvC);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
#endregion
}
public static void TriangulateHorizontalQuadFlat(MeshGenerator mesh, Vector3 workingZero, int colorIndex)
{
vertexA = workingZero + Metrics.CornerFromIndex[0];
vertexB = workingZero + Metrics.CornerFromIndex[1];
vertexC = workingZero + Metrics.CornerFromIndex[2];
vertexD = workingZero + Metrics.CornerFromIndex[3];
uvA = new Vector2(1, 1);
uvB = new Vector2(1, 0);
uvC = new Vector2(0, 0);
uvD = new Vector2(0, 1);
mesh.AddTriangleUnperturbed(Metrics.PerturbFlat(vertexA), Metrics.PerturbFlat(vertexB), Metrics.PerturbFlat(vertexC));
mesh.AddTriangleUnperturbed(Metrics.PerturbFlat(vertexC), Metrics.PerturbFlat(vertexD), Metrics.PerturbFlat(vertexA));
mesh.AddTriangleUV(uvA, uvB, uvC);
mesh.AddTriangleUV(uvC, uvD, uvA);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
}
public static void TriangulateReverseVerticalMegaQuad(MeshGenerator mesh, Vector3 workingZero, float height, float offset, int materialIndex, int colorIndex, int cornerIndexA, int cornerIndexB)
{
vertexA = (workingZero + Metrics.CornerFromIndex[cornerIndexA]) + (Vector3.up * offset);
vertexB = (workingZero + Metrics.CornerFromIndex[cornerIndexB]) + (Vector3.up * offset);
vertexC = new Vector3(vertexA.x, height, vertexA.z) + (Vector3.up * offset);
vertexD = new Vector3(vertexB.x, height, vertexB.z) + (Vector3.up * offset);
uvA = new Vector2(1, height - offset);
uvB = new Vector2(0, height - offset);
uvC = new Vector2(1, 0);
uvD = new Vector2(0, 0);
mesh.AddTriangle(vertexC, vertexB, vertexD);
mesh.AddTriangle(vertexA, vertexB, vertexC);
mesh.AddTriangleUV(uvC, uvB, uvD);
mesh.AddTriangleUV(uvA, uvB, uvC);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
}
public static void TriangulateReverseHorizontalMegaQuad(MeshGenerator mesh, Vector3 workingZero, int materialIndex, int colorIndex)
{
vertexA = workingZero + Metrics.CornerFromIndex[0];
vertexB = workingZero + Metrics.CornerFromIndex[1];
vertexC = workingZero + Metrics.CornerFromIndex[2];
vertexD = workingZero + Metrics.CornerFromIndex[3];
uvA = new Vector2(1, 1);
uvB = new Vector2(1, 0);
uvC = new Vector2(0, 0);
uvD = new Vector2(0, 1);
mesh.AddTriangle(vertexA, vertexD, vertexC);
mesh.AddTriangle(vertexC, vertexB, vertexA);
mesh.AddTriangleUV(uvA, uvD, uvC);
mesh.AddTriangleUV(uvC, uvB, uvA);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleTextureProperties(Metrics.megaSurface.properties[materialIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
mesh.AddTriangleColor(Metrics.megaSurface.colors[colorIndex]);
}
