void BoxCollider::DebugDraw(Matrix view, Matrix projection)
{
m_DebugMaterial->SetFloat4x4("view", view);
m_DebugMaterial->SetFloat4x4("projection", projection);
SetModelMatrix(p_Transform->GetWorldMatrix());
float scale = m_HalfWidth.x;
if (m_HalfWidth.y > scale)
scale = m_HalfWidth.y;
if (m_HalfWidth.z > scale)
scale = m_HalfWidth.z;
m_DebugMaterial->SetFloat4x4("model", Matrix::CreateScale(scale * 1.2f) *
Matrix::CreateTranslation(m_OCenter));
m_DebugMaterial->Bind();
m_DebugOuterMesh->Draw();
m_DebugMaterial->SetFloat4x4("model", Matrix::CreateFromQuaternion(p_Transform->GetWorldRotation()) *
Matrix::CreateScale(m_HalfWidth) *
Matrix::CreateTranslation(p_Transform->GetWorldPosition()));
m_DebugMesh->Draw();
m_DebugMaterial->SetColor("tint", Color::Green);
}
void HexMapTest::SetRotation(float deltaRotation)
{
rotation = rotation_initial + deltaRotation;
while (rotation >= 360.0f)
rotation -= 360.0f;
while (rotation < 0.0f)
rotation += 360.0f;
SetModelMatrix();
}
void proRenderBuffer::OnRenderPass(eRenderPass renderPass, tRenderToken *pToken)
{
SetModelMatrix(renderPass, pToken->m_renderMat);
if(pToken->m_pShaderChain && pToken->m_pVertBuff)
{
pToken->m_pShaderChain->AddVertHeader(pToken->m_pVertBuff->GetHeader());
pToken->m_pShaderChain->Set(pToken->m_pVertBuff->GetHeader(), pToken->m_pVertBuff, pToken->m_pShdVarStore, pToken->m_pTextureChain);
}
//HACK to set the shadow texture
proITex *pTex = proRenderBuffer::Instance()->GetLight(proRenderBuffer::kLightSlot_Global).m_pShadowBuffer;
pToken->m_pShaderChain->SetTex(pTex, proRenderBuffer::kTexture_Shadow);
if(pToken->m_pTextureChain && pToken->m_pShaderChain)
{
//this will set the textures to each of the shader programs
pToken->m_pTextureChain->PushTexChain(pToken->m_pShaderChain);
}
if(pToken->m_pVertBuff)
{
pToken->m_pVertBuff->Render();
}
if(pToken->m_pShaderChain && pToken->m_pVertBuff)
{
if(pToken->m_minVertBound == 0 && pToken->m_maxVertBound == 0)
{
if(pToken->m_pVertBuff->IsIndexed())
{
pToken->m_pShaderChain->Use(pToken->m_pVertBuff->GetIndexCount(), 0, TRUE);
}
else
{
pToken->m_pShaderChain->Use(pToken->m_pVertBuff->GetPrimitiveCount());
}
}
else
{
pToken->m_pShaderChain->Use(pToken->m_maxVertBound-pToken->m_minVertBound, pToken->m_minVertBound);
}
}
if(pToken->m_pVertBuff)
{
pToken->m_pVertBuff->PostRender();
}
}
void HexMapTest::SetZoom(float deltaZoom, int multiplier)
{
if (deltaZoom >= 1)
deltaZoom = (deltaZoom-1)*multiplier+1;
else
deltaZoom = (deltaZoom-1)+1;
if (multiplier != 1 && deltaZoom > float(multiplier))
deltaZoom = float(multiplier);
if (multiplier != 1 && deltaZoom < 1.0f/multiplier)
deltaZoom = 1.0f/multiplier;
zoom = zoom_initial * deltaZoom;
screenTranslationX = int16(screenTranslationX_initial*zoom/zoom_initial);
screenTranslationY = int16(screenTranslationY_initial*zoom/zoom_initial);
SetModelMatrix();
}
void HexMapTest::SetTranslation()
{
int16 sprite1_pos_x,sprite1_pos_y,sprite1_pos_x_initial,sprite1_pos_y_initial;
if (g_Input.finger1MovedTo(sprite1_pos_x, sprite1_pos_y)) {
g_Input.finger1Initial(sprite1_pos_x_initial, sprite1_pos_y_initial);
}
iwfixed sinTheta = IwGeomSin(IW_ANGLE_FROM_DEGREES(rotation));
iwfixed cosTheta = IwGeomCos(IW_ANGLE_FROM_DEGREES(rotation));
int odx = sprite1_pos_x_initial - sprite1_pos_x;
int ody = sprite1_pos_y_initial - sprite1_pos_y;
int dx = (IW_FIXED_MUL(odx, cosTheta) - IW_FIXED_MUL(ody, sinTheta));
int dy = (IW_FIXED_MUL(odx, sinTheta) + IW_FIXED_MUL(ody, cosTheta));
screenTranslationX = screenTranslationX_initial + dx;
screenTranslationY = screenTranslationY_initial + dy;
SetModelMatrix();
}
//--- Non Standard Singleton Methods
void MyBOManager::AddObject(String a_sName)
{
std::vector<vector3> lVertex = m_pMeshMngr->GetVertexList(a_sName);
AddObject(lVertex, a_sName);
SetModelMatrix(m_pMeshMngr->GetModelMatrix(a_sName), a_sName);
}
Camera::Camera() : m_Orientation(ObjQuat(cos(M_PI/6), sin(M_PI/6), 0.0f, 0.0f)) {
m_Position = ObjPos(0.0f, 0.0f, 0.0f);
SetModelMatrix();
};
