protected void RebuildStructure(Device device, NuSceneBuffer3D sceneBuffer,
GeneralStructuresShadingDesc shading)
{
boundingBox = GenerateBoundingBoxFromPoints(sceneBuffer.triangleStrips);
// TODO: Use meshes also for BB calc
// build tri strips
List <Vector3[]> triStripsList = sceneBuffer.triangleStrips;
triStrips = new VertexBuffer[triStripsList.Count];
triStripSizes = new int[triStripsList.Count];
for (int strip = 0; strip < triStripsList.Count; strip++)
{
Vector3[] points = triStripsList[strip];
triStrips[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormal),
points.Length, device, Usage.None,
CustomVertex.PositionNormal.Format,
Pool.Managed);
triStripSizes[strip] = points.Length - 2;
CustomVertex.PositionNormal[] verts = (CustomVertex.PositionNormal[])
triStrips[strip].Lock(0, LockFlags.None);
for (int v = 1; v < points.Length - 1; v++)
{
// positions
verts[v - 1].Position = points[v + 1];
verts[v].Position = points[v];
verts[v + 1].Position = points[v - 1];
// normals
//Vector3 v0 = verts[v - 1].Position;
//Vector3 v1 = verts[v].Position;
//Vector3 v2 = verts[v + 1].Position;
//Vector3 e1 = v1 - v0, e2 = v2 - v0;
//Vector3 vNormal = Vector3.Normalize(Vector3.Cross(e1, e2));
//verts[v - 1].Normal += vNormal;
//verts[v].Normal += vNormal;
//verts[v + 1].Normal += vNormal;
//if (v != 1)
// verts[v - 1].Normal *= 0.5f;
//if (v == points.Length - 1)
// verts[v].Normal *= 0.5f;
}
triStrips[strip].Unlock();
}
}
protected void RebuildStructure(Device device, NuSceneBuffer3D sceneBuffer,
GeneralStructuresShadingDesc shading)
{
boundingBox = GenerateBoundingBoxFromPoints(sceneBuffer.triangleStrips);
// TODO: Use meshes also for BB calc
// build tri strips
List<Vector3[]> triStripsList = sceneBuffer.triangleStrips;
triStrips = new VertexBuffer[triStripsList.Count];
triStripSizes = new int[triStripsList.Count];
for (int strip = 0; strip < triStripsList.Count; strip++)
{
Vector3[] points = triStripsList[strip];
triStrips[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormal),
points.Length, device, Usage.None,
CustomVertex.PositionNormal.Format,
Pool.Managed);
triStripSizes[strip] = points.Length - 2;
CustomVertex.PositionNormal[] verts = (CustomVertex.PositionNormal[])
triStrips[strip].Lock(0, LockFlags.None);
for (int v = 1; v < points.Length - 1; v++)
{
// positions
verts[v - 1].Position = points[v + 1];
verts[v].Position = points[v];
verts[v + 1].Position = points[v - 1];
// normals
//Vector3 v0 = verts[v - 1].Position;
//Vector3 v1 = verts[v].Position;
//Vector3 v2 = verts[v + 1].Position;
//Vector3 e1 = v1 - v0, e2 = v2 - v0;
//Vector3 vNormal = Vector3.Normalize(Vector3.Cross(e1, e2));
//verts[v - 1].Normal += vNormal;
//verts[v].Normal += vNormal;
//verts[v + 1].Normal += vNormal;
//if (v != 1)
// verts[v - 1].Normal *= 0.5f;
//if (v == points.Length - 1)
// verts[v].Normal *= 0.5f;
}
triStrips[strip].Unlock();
}
}
public abstract void Init(Device device, GeneralStructuresShadingDesc shading);
public override void Init(Device device, GeneralStructuresShadingDesc shading)
{
RebuildStructure(device, sbLocalCopy, shading);
}
protected void RebuildStructure(Device device, NuSceneBuffer3D sceneBuffer,
GeneralStructuresShadingDesc shading)
{
boundingBox = GenerateBoundingBoxFromPoints(sceneBuffer.triangleStrips);
bool useClrAxis = shading.RibbonsShadingDesc.PropertiesInUse.ContainsKey("UseClrAxis");
Vector4 xClrStep = new Vector4(), yClrStep = new Vector4(), zClrStep = new Vector4();
Vector4 xClrStart = new Vector4(), yClrStart = new Vector4(), zClrStart = new Vector4();
if (useClrAxis)
{
// pre-calculate colour ranges scale from bounding box
Color xClrA, xClrB;
if (shading.RibbonsShadingDesc.Clrs.XEnabled)
{
xClrA = shading.RibbonsShadingDesc.Clrs.Xa;
xClrB = shading.RibbonsShadingDesc.Clrs.Xb;
}
else
xClrA = xClrB = shading.RibbonsShadingDesc.DefaultClr;
Color yClrA, yClrB;
if (shading.RibbonsShadingDesc.Clrs.YEnabled)
{
yClrA = shading.RibbonsShadingDesc.Clrs.Ya;
yClrB = shading.RibbonsShadingDesc.Clrs.Yb;
}
else
yClrA = yClrB = shading.RibbonsShadingDesc.DefaultClr;
Color zClrA, zClrB;
if (shading.RibbonsShadingDesc.Clrs.ZEnabled)
{
zClrA = shading.RibbonsShadingDesc.Clrs.Za;
zClrB = shading.RibbonsShadingDesc.Clrs.Zb;
}
else
zClrA = zClrB = shading.RibbonsShadingDesc.DefaultClr;
float difA = xClrB.A - xClrA.A;
float difR = xClrB.R - xClrA.R;
float difG = xClrB.G - xClrA.G;
float difB = xClrB.B - xClrA.B;
// calc steps
xClrStep = new Vector4(difA / boundingBox.Dimensions.X,
difR / boundingBox.Dimensions.X,
difG / boundingBox.Dimensions.X,
difB / boundingBox.Dimensions.X);
difA = yClrB.A - yClrA.A;
difR = yClrB.R - yClrA.R;
difG = yClrB.G - yClrA.G;
difB = yClrB.B - yClrA.B;
yClrStep = new Vector4(difA / boundingBox.Dimensions.Y,
difR / boundingBox.Dimensions.Y,
difG / boundingBox.Dimensions.Y,
difB / boundingBox.Dimensions.Y);
difA = zClrB.A - zClrA.A;
difR = zClrB.R - zClrA.R;
difG = zClrB.G - zClrA.G;
difB = zClrB.B - zClrA.B;
zClrStep = new Vector4(difA / boundingBox.Dimensions.Z,
difR / boundingBox.Dimensions.Z,
difG / boundingBox.Dimensions.Z,
difB / boundingBox.Dimensions.Z);
}
if (shading.RibbonsShadingDesc.ShadingType == RibbonsShadingDesc.Shading.Solid)
{
// make triangle strips
List<Vector3[]> triStripsList = sceneBuffer.triangleStrips;
triStrips = new VertexBuffer[triStripsList.Count];
triStripsMirrored = new VertexBuffer[triStripsList.Count];
triStripSizes = new int[triStripsList.Count];
for (int strip = 0; strip < triStripsList.Count; strip++)
{
Vector3[] points = triStripsList[strip];
if (useClrAxis)
{
vFormat = CustomVertex.PositionNormalColored.Format;
triStrips[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormalColored),
points.Length, device, Usage.None,
CustomVertex.PositionNormalColored.Format,
Pool.Managed);
triStripSizes[strip] = points.Length - 2;
CustomVertex.PositionNormalColored[] verts = (CustomVertex.PositionNormalColored[])
triStrips[strip].Lock(0, LockFlags.None);
float xStart = boundingBox.Centre.X - (boundingBox.Dimensions.X / 2.0f);
float yStart = boundingBox.Centre.Y - (boundingBox.Dimensions.Y / 2.0f);
float zStart = boundingBox.Centre.Z - (boundingBox.Dimensions.Z / 2.0f);
for (int v = 1; v < points.Length - 1; v++)
{
// V1
float xSteps = points[v - 1].X - xStart;
float ySteps = points[v - 1].Y - yStart;
float zSteps = points[v - 1].Z - zStart;
// blend XYZ colours
int A = (int)((xClrStep.X * xSteps) + (yClrStep.X * ySteps) + (zClrStep.X * zSteps));
int R = (int)((xClrStep.Y * xSteps) + (yClrStep.Y * ySteps) + (zClrStep.Y * zSteps));
int G = (int)((xClrStep.Z * xSteps) + (yClrStep.Z * ySteps) + (zClrStep.Z * zSteps));
int B = (int)((xClrStep.W * xSteps) + (yClrStep.W * ySteps) + (zClrStep.W * zSteps));
verts[v - 1].Color = Color.FromArgb(A, R, G, B).ToArgb();
verts[v - 1].Position = points[v - 1];
// V2
xSteps = points[v].X - xStart;
ySteps = points[v].Y - yStart;
zSteps = points[v].Z - zStart;
// blend XYZ colours
A = (int)((xClrStep.X * xSteps) + (yClrStep.X * ySteps) + (zClrStep.X * zSteps));
R = (int)((xClrStep.Y * xSteps) + (yClrStep.Y * ySteps) + (zClrStep.Y * zSteps));
G = (int)((xClrStep.Z * xSteps) + (yClrStep.Z * ySteps) + (zClrStep.Z * zSteps));
B = (int)((xClrStep.W * xSteps) + (yClrStep.W * ySteps) + (zClrStep.W * zSteps));
verts[v].Color = Color.FromArgb(A, R, G, B).ToArgb();
verts[v].Position = points[v];
// V3
xSteps = points[v + 1].X - xStart;
ySteps = points[v + 1].Y - yStart;
zSteps = points[v + 1].Z - zStart;
// blend XYZ colours
A = (int)((xClrStep.X * xSteps) + (yClrStep.X * ySteps) + (zClrStep.X * zSteps));
R = (int)((xClrStep.Y * xSteps) + (yClrStep.Y * ySteps) + (zClrStep.Y * zSteps));
G = (int)((xClrStep.Z * xSteps) + (yClrStep.Z * ySteps) + (zClrStep.Z * zSteps));
B = (int)((xClrStep.W * xSteps) + (yClrStep.W * ySteps) + (zClrStep.W * zSteps));
verts[v + 1].Color = Color.FromArgb(A, R, G, B).ToArgb();
verts[v + 1].Position = points[v + 1];
// normals
Vector3 v0 = verts[v + 1].Position;
Vector3 v1 = verts[v].Position;
Vector3 v2 = verts[v - 1].Position;
Vector3 e1 = v1 - v0, e2 = v2 - v0;
Vector3 vNormal = Vector3.Normalize(Vector3.Cross(e1, e2));
verts[v - 1].Normal += vNormal;
verts[v].Normal += vNormal;
verts[v + 1].Normal += vNormal;
if (v != 1)
verts[v - 1].Normal *= 0.5f;
if (v == points.Length - 1)
verts[v].Normal *= 0.5f;
}
// mirror for double-sided
triStripsMirrored[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormalColored),
points.Length, device, Usage.None,
CustomVertex.PositionNormalColored.Format,
Pool.Managed);
// clone
triStripsMirrored[strip].SetData(verts, 0, LockFlags.None);
triStrips[strip].Unlock();
// flip
FlipNormalsVB(triStripsMirrored[strip], CustomVertex.PositionNormalColored.Format,
triStripSizes[strip]);
}
else
{
vFormat = CustomVertex.PositionNormal.Format;
triStrips[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormal),
points.Length, device, Usage.None,
CustomVertex.PositionNormal.Format,
Pool.Managed);
triStripSizes[strip] = points.Length - 2;
CustomVertex.PositionNormal[] verts = (CustomVertex.PositionNormal[])
triStrips[strip].Lock(0, LockFlags.None);
for (int v = 1; v < points.Length - 1; v++)
{
// positions
verts[v - 1].Position = points[v + 1];
verts[v].Position = points[v];
verts[v + 1].Position = points[v - 1];
// normals
Vector3 v0 = verts[v - 1].Position;
Vector3 v1 = verts[v].Position;
Vector3 v2 = verts[v + 1].Position;
Vector3 e1 = v1 - v0, e2 = v2 - v0;
Vector3 vNormal = Vector3.Normalize(Vector3.Cross(e1, e2));
verts[v - 1].Normal += vNormal;
verts[v].Normal += vNormal;
verts[v + 1].Normal += vNormal;
if (v != 1)
verts[v - 1].Normal *= 0.5f;
if (v == points.Length - 1)
verts[v].Normal *= 0.5f;
}
// mirror for double-sided
triStripsMirrored[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormal),
points.Length, device, Usage.None,
CustomVertex.PositionNormal.Format,
Pool.Managed);
// clone
triStripsMirrored[strip].SetData(verts, 0, LockFlags.None);
triStrips[strip].Unlock();
// flip
FlipNormalsVB(triStripsMirrored[strip], CustomVertex.PositionNormal.Format,
triStripSizes[strip]);
}
}
}
else if (shading.RibbonsShadingDesc.ShadingType == RibbonsShadingDesc.Shading.Edges)
{
}
}
protected void RebuildStructure(Device device, NuSceneBuffer3D sceneBuffer,
GeneralStructuresShadingDesc shading)
{
boundingBox = GenerateBoundingBoxFromPoints(sceneBuffer.triangleStrips);
bool useClrAxis = shading.RibbonsShadingDesc.PropertiesInUse.ContainsKey("UseClrAxis");
Vector4 xClrStep = new Vector4(), yClrStep = new Vector4(), zClrStep = new Vector4();
Vector4 xClrStart = new Vector4(), yClrStart = new Vector4(), zClrStart = new Vector4();
if (useClrAxis)
{
// pre-calculate colour ranges scale from bounding box
Color xClrA, xClrB;
if (shading.RibbonsShadingDesc.Clrs.XEnabled)
{
xClrA = shading.RibbonsShadingDesc.Clrs.Xa;
xClrB = shading.RibbonsShadingDesc.Clrs.Xb;
}
else
{
xClrA = xClrB = shading.RibbonsShadingDesc.DefaultClr;
}
Color yClrA, yClrB;
if (shading.RibbonsShadingDesc.Clrs.YEnabled)
{
yClrA = shading.RibbonsShadingDesc.Clrs.Ya;
yClrB = shading.RibbonsShadingDesc.Clrs.Yb;
}
else
{
yClrA = yClrB = shading.RibbonsShadingDesc.DefaultClr;
}
Color zClrA, zClrB;
if (shading.RibbonsShadingDesc.Clrs.ZEnabled)
{
zClrA = shading.RibbonsShadingDesc.Clrs.Za;
zClrB = shading.RibbonsShadingDesc.Clrs.Zb;
}
else
{
zClrA = zClrB = shading.RibbonsShadingDesc.DefaultClr;
}
float difA = xClrB.A - xClrA.A;
float difR = xClrB.R - xClrA.R;
float difG = xClrB.G - xClrA.G;
float difB = xClrB.B - xClrA.B;
// calc steps
xClrStep = new Vector4(difA / boundingBox.Dimensions.X,
difR / boundingBox.Dimensions.X,
difG / boundingBox.Dimensions.X,
difB / boundingBox.Dimensions.X);
difA = yClrB.A - yClrA.A;
difR = yClrB.R - yClrA.R;
difG = yClrB.G - yClrA.G;
difB = yClrB.B - yClrA.B;
yClrStep = new Vector4(difA / boundingBox.Dimensions.Y,
difR / boundingBox.Dimensions.Y,
difG / boundingBox.Dimensions.Y,
difB / boundingBox.Dimensions.Y);
difA = zClrB.A - zClrA.A;
difR = zClrB.R - zClrA.R;
difG = zClrB.G - zClrA.G;
difB = zClrB.B - zClrA.B;
zClrStep = new Vector4(difA / boundingBox.Dimensions.Z,
difR / boundingBox.Dimensions.Z,
difG / boundingBox.Dimensions.Z,
difB / boundingBox.Dimensions.Z);
}
if (shading.RibbonsShadingDesc.ShadingType == RibbonsShadingDesc.Shading.Solid)
{
// make triangle strips
List <Vector3[]> triStripsList = sceneBuffer.triangleStrips;
triStrips = new VertexBuffer[triStripsList.Count];
triStripsMirrored = new VertexBuffer[triStripsList.Count];
triStripSizes = new int[triStripsList.Count];
for (int strip = 0; strip < triStripsList.Count; strip++)
{
Vector3[] points = triStripsList[strip];
if (useClrAxis)
{
vFormat = CustomVertex.PositionNormalColored.Format;
triStrips[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormalColored),
points.Length, device, Usage.None,
CustomVertex.PositionNormalColored.Format,
Pool.Managed);
triStripSizes[strip] = points.Length - 2;
CustomVertex.PositionNormalColored[] verts = (CustomVertex.PositionNormalColored[])
triStrips[strip].Lock(0, LockFlags.None);
float xStart = boundingBox.Centre.X - (boundingBox.Dimensions.X / 2.0f);
float yStart = boundingBox.Centre.Y - (boundingBox.Dimensions.Y / 2.0f);
float zStart = boundingBox.Centre.Z - (boundingBox.Dimensions.Z / 2.0f);
for (int v = 1; v < points.Length - 1; v++)
{
// V1
float xSteps = points[v - 1].X - xStart;
float ySteps = points[v - 1].Y - yStart;
float zSteps = points[v - 1].Z - zStart;
// blend XYZ colours
int A = (int)((xClrStep.X * xSteps) + (yClrStep.X * ySteps) + (zClrStep.X * zSteps));
int R = (int)((xClrStep.Y * xSteps) + (yClrStep.Y * ySteps) + (zClrStep.Y * zSteps));
int G = (int)((xClrStep.Z * xSteps) + (yClrStep.Z * ySteps) + (zClrStep.Z * zSteps));
int B = (int)((xClrStep.W * xSteps) + (yClrStep.W * ySteps) + (zClrStep.W * zSteps));
verts[v - 1].Color = Color.FromArgb(A, R, G, B).ToArgb();
verts[v - 1].Position = points[v - 1];
// V2
xSteps = points[v].X - xStart;
ySteps = points[v].Y - yStart;
zSteps = points[v].Z - zStart;
// blend XYZ colours
A = (int)((xClrStep.X * xSteps) + (yClrStep.X * ySteps) + (zClrStep.X * zSteps));
R = (int)((xClrStep.Y * xSteps) + (yClrStep.Y * ySteps) + (zClrStep.Y * zSteps));
G = (int)((xClrStep.Z * xSteps) + (yClrStep.Z * ySteps) + (zClrStep.Z * zSteps));
B = (int)((xClrStep.W * xSteps) + (yClrStep.W * ySteps) + (zClrStep.W * zSteps));
verts[v].Color = Color.FromArgb(A, R, G, B).ToArgb();
verts[v].Position = points[v];
// V3
xSteps = points[v + 1].X - xStart;
ySteps = points[v + 1].Y - yStart;
zSteps = points[v + 1].Z - zStart;
// blend XYZ colours
A = (int)((xClrStep.X * xSteps) + (yClrStep.X * ySteps) + (zClrStep.X * zSteps));
R = (int)((xClrStep.Y * xSteps) + (yClrStep.Y * ySteps) + (zClrStep.Y * zSteps));
G = (int)((xClrStep.Z * xSteps) + (yClrStep.Z * ySteps) + (zClrStep.Z * zSteps));
B = (int)((xClrStep.W * xSteps) + (yClrStep.W * ySteps) + (zClrStep.W * zSteps));
verts[v + 1].Color = Color.FromArgb(A, R, G, B).ToArgb();
verts[v + 1].Position = points[v + 1];
// normals
Vector3 v0 = verts[v + 1].Position;
Vector3 v1 = verts[v].Position;
Vector3 v2 = verts[v - 1].Position;
Vector3 e1 = v1 - v0, e2 = v2 - v0;
Vector3 vNormal = Vector3.Normalize(Vector3.Cross(e1, e2));
verts[v - 1].Normal += vNormal;
verts[v].Normal += vNormal;
verts[v + 1].Normal += vNormal;
if (v != 1)
{
verts[v - 1].Normal *= 0.5f;
}
if (v == points.Length - 1)
{
verts[v].Normal *= 0.5f;
}
}
// mirror for double-sided
triStripsMirrored[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormalColored),
points.Length, device, Usage.None,
CustomVertex.PositionNormalColored.Format,
Pool.Managed);
// clone
triStripsMirrored[strip].SetData(verts, 0, LockFlags.None);
triStrips[strip].Unlock();
// flip
FlipNormalsVB(triStripsMirrored[strip], CustomVertex.PositionNormalColored.Format,
triStripSizes[strip]);
}
else
{
vFormat = CustomVertex.PositionNormal.Format;
triStrips[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormal),
points.Length, device, Usage.None,
CustomVertex.PositionNormal.Format,
Pool.Managed);
triStripSizes[strip] = points.Length - 2;
CustomVertex.PositionNormal[] verts = (CustomVertex.PositionNormal[])
triStrips[strip].Lock(0, LockFlags.None);
for (int v = 1; v < points.Length - 1; v++)
{
// positions
verts[v - 1].Position = points[v + 1];
verts[v].Position = points[v];
verts[v + 1].Position = points[v - 1];
// normals
Vector3 v0 = verts[v - 1].Position;
Vector3 v1 = verts[v].Position;
Vector3 v2 = verts[v + 1].Position;
Vector3 e1 = v1 - v0, e2 = v2 - v0;
Vector3 vNormal = Vector3.Normalize(Vector3.Cross(e1, e2));
verts[v - 1].Normal += vNormal;
verts[v].Normal += vNormal;
verts[v + 1].Normal += vNormal;
if (v != 1)
{
verts[v - 1].Normal *= 0.5f;
}
if (v == points.Length - 1)
{
verts[v].Normal *= 0.5f;
}
}
// mirror for double-sided
triStripsMirrored[strip] = new VertexBuffer(typeof(CustomVertex.PositionNormal),
points.Length, device, Usage.None,
CustomVertex.PositionNormal.Format,
Pool.Managed);
// clone
triStripsMirrored[strip].SetData(verts, 0, LockFlags.None);
triStrips[strip].Unlock();
// flip
FlipNormalsVB(triStripsMirrored[strip], CustomVertex.PositionNormal.Format,
triStripSizes[strip]);
}
}
}
else if (shading.RibbonsShadingDesc.ShadingType == RibbonsShadingDesc.Shading.Edges)
{
}
}
public override void Init(Device device, GeneralStructuresShadingDesc shading)
{
RebuildStructure(device, sbLocalCopy, shading);
}
public abstract void Init(Device device, GeneralStructuresShadingDesc shading);
