AEResult BuildCBFPRLights(GraphicDevice* graphicDevice, ConstantBuffer** cb)
{
AEAssert(graphicDevice != nullptr);
if (graphicDevice == nullptr)
{
return AEResult::GraphicDeviceNull;
}
AEAssert(cb != nullptr);
if (cb == nullptr)
{
return AEResult::NullParameter;
}
AEResult ret = AEResult::Ok;
uint32_t offset = 0;
/////////////////////////////////////////////////////
//Create Constant Buffer _AE_CB_FPR_LightCulling
//
// cbuffer _AE_CB_FPR_Lights : register(b0)
// {
// float3 _AE_CameraPos : packoffset(c0);
// uint _AE_WindowWidth : packoffset(c0.w);
// };
//
/****************************************************************************
*Constant Buffer: _AE_CB_HalfPixel
****************************************************************************/
ConstantBuffer* tempCB = new ConstantBuffer(graphicDevice, 0, AE_CB_FPR_LIGHTS_NAME);
/**************************************
*Add Var 1: _AE_CameraPos
***************************************/
ShaderCustomVariable* scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_CAMERA_POS_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 3;
scv->m_Rows = 1;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::vec3);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::vec3);
scv->m_ShaderVariableClass = ShaderVariableClass::Vector;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 2: _AE_WindowWidth
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_WINDOW_WIDTH_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 1;
scv->m_Rows = 1;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(uint32_t);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(uint32_t);
scv->m_ShaderVariableClass = ShaderVariableClass::Scalar;
scv->m_ShaderVariableType = ShaderVariableType::UInt;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Initialize
***************************************/
ret = tempCB->Initialize();
if (ret != AEResult::Ok)
{
DeleteMem(cb);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Finish
***************************************/
*cb = tempCB;
return AEResult::Ok;
}
AEResult BuildCBFPRLightCulling(GraphicDevice* graphicDevice, ConstantBuffer** cb)
{
AEAssert(graphicDevice != nullptr);
if (graphicDevice == nullptr)
{
return AEResult::GraphicDeviceNull;
}
AEAssert(cb != nullptr);
if (cb == nullptr)
{
return AEResult::NullParameter;
}
AEResult ret = AEResult::Ok;
uint32_t offset = 0;
/////////////////////////////////////////////////////
//Create Constant Buffer _AE_CB_FPR_LightCulling
//
// cbuffer _AE_CB_FPR_LightCulling : register(b0)
// {
// matrix _AE_View : packoffset(c0);
// matrix _AE_InvProjection : packoffset(c4);
//
// uint _AE_WindowHeight : packoffset(c8.x);
// uint _AE_WindowWidth : packoffset(c8.y);
// uint _AE_NumLights : packoffset(c8.z);
// };
//
/****************************************************************************
*Constant Buffer: _AE_CB_FPR_LightCulling
****************************************************************************/
ConstantBuffer* tempCB = new ConstantBuffer(graphicDevice, 0, AE_CB_FPR_LIGHT_CULLING_NAME);
/**************************************
*Add Var 1: _AE_View
***************************************/
ShaderCustomVariable* scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_VIEW_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 4;
scv->m_Rows = 4;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::mat4);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::mat4);
scv->m_ShaderVariableClass = ShaderVariableClass::Matrix;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 2: _AE_InvProjection
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_INV_PROJECTION_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 4;
scv->m_Rows = 4;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::mat4);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::mat4);
scv->m_ShaderVariableClass = ShaderVariableClass::Matrix;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 3: _AE_WindowHeight
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_WINDOW_HEIGHT_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 1;
scv->m_Rows = 1;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(uint32_t);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(uint32_t);
scv->m_ShaderVariableClass = ShaderVariableClass::Scalar;
scv->m_ShaderVariableType = ShaderVariableType::UInt;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 4: _AE_WindowWidth
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_WINDOW_WIDTH_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 1;
scv->m_Rows = 1;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(uint32_t);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(uint32_t);
scv->m_ShaderVariableClass = ShaderVariableClass::Scalar;
scv->m_ShaderVariableType = ShaderVariableType::UInt;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 5: _AE_NumLights
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_NUM_LIGHTS_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 1;
scv->m_Rows = 1;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(uint32_t);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(uint32_t);
scv->m_ShaderVariableClass = ShaderVariableClass::Scalar;
scv->m_ShaderVariableType = ShaderVariableType::UInt;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Initialize
***************************************/
ret = tempCB->Initialize();
if (ret != AEResult::Ok)
{
DeleteMem(cb);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Finish
***************************************/
*cb = tempCB;
return AEResult::Ok;
}
AEResult BuildCBWVP(GraphicDevice* graphicDevice, ConstantBuffer** cb)
{
AEAssert(graphicDevice != nullptr);
if (graphicDevice == nullptr)
{
return AEResult::GraphicDeviceNull;
}
AEAssert(cb != nullptr);
if (cb == nullptr)
{
return AEResult::NullParameter;
}
AEResult ret = AEResult::Ok;
uint32_t offset = 0;
/////////////////////////////////////////////////////
//Create Constant Buffer _AE_CB_World_View_Proj
//
// cbuffer _AE_CB_World_View_Proj : register(b0)
// {
// matrix _AE_World : packoffset(c0);
// matrix _AE_View : packoffset(c4);
// matrix _AE_PROJection : packoffset(c8);
// };
//
/****************************************************************************
*Constant Buffer: _AE_CB_World_View_Proj
****************************************************************************/
ConstantBuffer* tempCB = new ConstantBuffer(graphicDevice, 0, AE_CB_WORLD_VIEW_PROJ_NAME);
/**************************************
*Add Var 1: _AE_World
***************************************/
ShaderCustomVariable* scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_WORLD_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 4;
scv->m_Rows = 4;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::mat4);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::mat4);
scv->m_ShaderVariableClass = ShaderVariableClass::Matrix;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 2: _AE_View
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_VIEW_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 4;
scv->m_Rows = 4;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::mat4);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::mat4);
scv->m_ShaderVariableClass = ShaderVariableClass::Matrix;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Add Var 3: _AE_PROJection
***************************************/
scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_PROJECTION_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 4;
scv->m_Rows = 4;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::mat4);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::mat4);
scv->m_ShaderVariableClass = ShaderVariableClass::Matrix;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Initialize
***************************************/
ret = tempCB->Initialize();
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Finish
***************************************/
*cb = tempCB;
return AEResult::Ok;
}
AEResult BuildCBHalfPixel(GraphicDevice* graphicDevice, ConstantBuffer** cb)
{
AEAssert(graphicDevice != nullptr);
if (graphicDevice == nullptr)
{
return AEResult::GraphicDeviceNull;
}
AEAssert(cb != nullptr);
if (cb == nullptr)
{
return AEResult::NullParameter;
}
AEResult ret = AEResult::Ok;
uint32_t offset = 0;
/////////////////////////////////////////////////////
//Create Constant Buffer _AE_CB_HalfPixel
//
// cbuffer _AE_CB_HalfPixel : register(b0)
// {
// float2 _AE_HalfPixel : packoffset(c0);
// };
//
/****************************************************************************
*Constant Buffer: _AE_CB_HalfPixel
****************************************************************************/
ConstantBuffer* tempCB = new ConstantBuffer(graphicDevice, 0, AE_CB_HALF_PIXEL_NAME);
/**************************************
*Add Var 1: _AE_HalfPixel
***************************************/
ShaderCustomVariable* scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_HALF_PIXEL_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 2;
scv->m_Rows = 1;
scv->m_Elements = 0;
scv->m_IsArray = false;
scv->m_ElementSize = sizeof(glm::vec2);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::vec2);
scv->m_ShaderVariableClass = ShaderVariableClass::Vector;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Initialize
***************************************/
ret = tempCB->Initialize();
if (ret != AEResult::Ok)
{
DeleteMem(cb);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Finish
***************************************/
*cb = tempCB;
return AEResult::Ok;
}
AEResult BuildCBBones(GraphicDevice* graphicDevice, ConstantBuffer** cb)
{
AEAssert(graphicDevice != nullptr);
if (graphicDevice == nullptr)
{
return AEResult::GraphicDeviceNull;
}
AEAssert(cb != nullptr);
if (cb == nullptr)
{
return AEResult::NullParameter;
}
AEResult ret = AEResult::Ok;
uint32_t offset = 0;
/////////////////////////////////////////////////////
//Create Constant Buffer _AE_CB_Bones
//
// cbuffer _AE_CB_Bones : register(b1)
// {
// matrix _AE_BoneTransforms[MAX_BONES] : packoffset(c0);
// };
//
/****************************************************************************
*Constant Buffer: _AE_CB_Bones
****************************************************************************/
ConstantBuffer* tempCB = new ConstantBuffer(graphicDevice, 1, AE_CB_BONES_NAME);
/**************************************
*Add Var 1: _AE_World
***************************************/
ShaderCustomVariable* scv = new ShaderCustomVariable();
scv->m_Name = AE_CB_BONE_TRANSFORMS_VAR_NAME;
scv->m_StartOffset = offset;
scv->m_Columns = 4;
scv->m_Rows = 4;
scv->m_Elements = AE_MAX_BONES;
scv->m_IsArray = true;
scv->m_ElementSize = sizeof(glm::mat4);
scv->m_Offset = 0;
scv->m_UserVariable = false;
scv->m_Size = sizeof(glm::mat4) * AE_MAX_BONES;
scv->m_ShaderVariableClass = ShaderVariableClass::Matrix;
scv->m_ShaderVariableType = ShaderVariableType::Float;
ret = tempCB->AddVariable(scv);
offset = (scv->m_StartOffset + scv->m_Offset + scv->m_Size);
if (ret != AEResult::Ok)
{
DeleteMem(tempCB);
DeleteMem(scv);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Initialize
***************************************/
ret = tempCB->Initialize();
if (ret != AEResult::Ok)
{
DeleteMem(cb);
return AEResult::ConstantBufferInitFailed;
}
/**************************************
*Constant Buffer Finish
***************************************/
*cb = tempCB;
return AEResult::Ok;
}