public void Dispose()
{
if (com != null)
{
com.Dispose();
com = null;
}
}
public void Dispose()
{
if (com != null)
{
com.Dispose();
com = null;
}
}
private void init()
{
try
{
var usages = new REIGN_D3DDECLUSAGE[ElementCount];
var types = new REIGN_D3DDECLTYPE[ElementCount];
var usageIndicies = new int[ElementCount];
var offsets = new int[ElementCount];
var methods = new REIGN_D3DDECLMETHOD[ElementCount];
var streams = new int[ElementCount];
int i = 0;
foreach (BufferLayoutElement element in Elements)
{
switch (element.Usage)
{
case BufferLayoutElementUsages.Position: usages[i] = REIGN_D3DDECLUSAGE.POSITION; break;
case BufferLayoutElementUsages.Color: usages[i] = REIGN_D3DDECLUSAGE.COLOR; break;
case BufferLayoutElementUsages.UV: usages[i] = REIGN_D3DDECLUSAGE.TEXCOORD; break;
case BufferLayoutElementUsages.Normal: usages[i] = REIGN_D3DDECLUSAGE.NORMAL; break;
case BufferLayoutElementUsages.Index: usages[i] = REIGN_D3DDECLUSAGE.BLENDINDICES; break;
case BufferLayoutElementUsages.IndexClassic: usages[i] = REIGN_D3DDECLUSAGE.BLENDINDICES; break;
default: Debug.ThrowError("BufferLayoutDesc", "Unsuported ElementUsage"); break;
}
switch (element.Type)
{
case BufferLayoutElementTypes.Float: types[i] = REIGN_D3DDECLTYPE.FLOAT1; break;
case BufferLayoutElementTypes.Vector2: types[i] = REIGN_D3DDECLTYPE.FLOAT2; break;
case BufferLayoutElementTypes.Vector3: types[i] = REIGN_D3DDECLTYPE.FLOAT3; break;
case BufferLayoutElementTypes.Vector4: types[i] = REIGN_D3DDECLTYPE.FLOAT4; break;
case BufferLayoutElementTypes.RGBAx8: types[i] = REIGN_D3DDECLTYPE.D3DCOLOR; break;
default: Debug.ThrowError("BufferLayoutDesc", "Unsuported ElementType"); break;
}
usageIndicies[i] = element.UsageIndex;
offsets[i] = element.ByteOffset;
methods[i] = REIGN_D3DDECLMETHOD.DEFAULT;
streams[i] = element.StreamIndex;
++i;
}
com = new BufferLayoutDescCom(ElementCount, usages, types, usageIndicies, offsets, methods, streams);
}
catch (Exception e)
{
Dispose();
throw e;
}
}
private void init()
{
try
{
var usages = new REIGN_D3DDECLUSAGE[ElementCount];
var types = new REIGN_D3DDECLTYPE[ElementCount];
var usageIndicies = new int[ElementCount];
var offsets = new int[ElementCount];
var methods = new REIGN_D3DDECLMETHOD[ElementCount];
var streams = new int[ElementCount];
int i = 0;
foreach(BufferLayoutElement element in Elements)
{
switch (element.Usage)
{
case BufferLayoutElementUsages.Position: usages[i] = REIGN_D3DDECLUSAGE.POSITION; break;
case BufferLayoutElementUsages.Color: usages[i] = REIGN_D3DDECLUSAGE.COLOR; break;
case BufferLayoutElementUsages.UV: usages[i] = REIGN_D3DDECLUSAGE.TEXCOORD; break;
case BufferLayoutElementUsages.Normal: usages[i] = REIGN_D3DDECLUSAGE.NORMAL; break;
case BufferLayoutElementUsages.Index: usages[i] = REIGN_D3DDECLUSAGE.BLENDINDICES; break;
case BufferLayoutElementUsages.IndexClassic: usages[i] = REIGN_D3DDECLUSAGE.BLENDINDICES; break;
default: Debug.ThrowError("BufferLayoutDesc", "Unsuported ElementUsage"); break;
}
switch (element.Type)
{
case BufferLayoutElementTypes.Float: types[i] = REIGN_D3DDECLTYPE.FLOAT1; break;
case BufferLayoutElementTypes.Vector2: types[i] = REIGN_D3DDECLTYPE.FLOAT2; break;
case BufferLayoutElementTypes.Vector3: types[i] = REIGN_D3DDECLTYPE.FLOAT3; break;
case BufferLayoutElementTypes.Vector4: types[i] = REIGN_D3DDECLTYPE.FLOAT4; break;
case BufferLayoutElementTypes.RGBAx8: types[i] = REIGN_D3DDECLTYPE.D3DCOLOR; break;
default: Debug.ThrowError("BufferLayoutDesc", "Unsuported ElementType"); break;
}
usageIndicies[i] = element.UsageIndex;
offsets[i] = element.ByteOffset;
methods[i] = REIGN_D3DDECLMETHOD.DEFAULT;
streams[i] = element.StreamIndex;
++i;
}
com = new BufferLayoutDescCom(ElementCount, usages, types, usageIndicies, offsets, methods, streams);
}
catch (Exception e)
{
Dispose();
throw e;
}
}
private void init()
{
try
{
int count = Elements.Count;
var semanticNames = new string[count];
var formats = new REIGN_DXGI_FORMAT[count];
var samanticIndicies = new uint[count];
var inputSlots = new uint[count];
var alignedByteOffsets = new uint[count];
uint i = 0;
foreach (var element in Elements)
{
switch (element.Usage)
{
case BufferLayoutElementUsages.Position: semanticNames[i] = "POSITION"; break;
case BufferLayoutElementUsages.Color: semanticNames[i] = "COLOR"; break;
case BufferLayoutElementUsages.UV: semanticNames[i] = "TEXCOORD"; break;
case BufferLayoutElementUsages.Normal: semanticNames[i] = "NORMAL"; break;
case BufferLayoutElementUsages.Index: semanticNames[i] = "BLENDINDICES"; break;
case BufferLayoutElementUsages.IndexClassic: semanticNames[i] = "BLENDINDICES"; break;
default: Debug.ThrowError("BufferLayoutDesc", "Unsuported ElementUsage"); break;
}
switch (element.Type)
{
case BufferLayoutElementTypes.Float: formats[i] = REIGN_DXGI_FORMAT.R32_FLOAT; break;
case BufferLayoutElementTypes.Vector2: formats[i] = REIGN_DXGI_FORMAT.R32G32_FLOAT; break;
case BufferLayoutElementTypes.Vector3: formats[i] = REIGN_DXGI_FORMAT.R32G32B32_FLOAT; break;
case BufferLayoutElementTypes.Vector4: formats[i] = REIGN_DXGI_FORMAT.R32G32B32A32_FLOAT; break;
case BufferLayoutElementTypes.RGBAx8: formats[i] = REIGN_DXGI_FORMAT.R8G8B8A8_UNORM; break;
default: Debug.ThrowError("BufferLayoutDesc", "Unsuported ElementType"); break;
}
samanticIndicies[i] = (uint)element.UsageIndex;
inputSlots[i] = (uint)element.StreamIndex;
alignedByteOffsets[i] = (uint)element.ByteOffset;
++i;
}
com = new BufferLayoutDescCom(count, semanticNames, formats, samanticIndicies, inputSlots, alignedByteOffsets);
}
catch (Exception e)
{
Dispose();
throw e;
}
}
