void mouseButtonEventHandle(int iMouseID,int iMouseState) {
if (iMouseID == GLFW_MOUSE_BUTTON_LEFT) {
CCEGLView* pEGLView = CCEGLView::sharedOpenGLView();
//get current mouse pos
int x,y;
glfwGetMousePos(&x, &y);
DPoint oPoint((float)x,(float)y);
/*
if (!CCRect::CCRectContainsPoint(s_pMainWindow->m_rcViewPort,oPoint))
{
CCLOG("not in the viewport");
return;
}
*/
oPoint.x /= pEGLView->m_fFrameZoomFactor;
oPoint.y /= pEGLView->m_fFrameZoomFactor;
int id = 0;
if (iMouseState == GLFW_PRESS) {
pEGLView->handleTouchesBegin(1, &id, &oPoint.x, &oPoint.y);
} else if (iMouseState == GLFW_RELEASE) {
pEGLView->handleTouchesEnd(1, &id, &oPoint.x, &oPoint.y);
}
}
}
void mouseButtonEventHandle(int iMouseID,int iMouseState) {
if (iMouseID == GLFW_MOUSE_BUTTON_LEFT) {
//get current mouse pos
int x,y;
glfwGetMousePos(&x, &y);
CCPoint oPoint((float)x,(float)y);
if (!CCRect::CCRectContainsPoint(s_pMainWindow->m_rcViewPort,oPoint)) {
CCLOG("not in the viewport");
return;
}
s_pMainWindow->m_pTouch->SetTouchInfo((float)(oPoint.x - s_pMainWindow->m_rcViewPort.origin.x) / s_pMainWindow->m_fScreenScaleFactor,
(float)(oPoint.y - s_pMainWindow->m_rcViewPort.origin.y) / s_pMainWindow->m_fScreenScaleFactor);
s_pMainWindow->m_pSet->addObject(s_pMainWindow->m_pTouch);
s_pMainWindow->m_mousePoint = oPoint;
if (iMouseState == GLFW_PRESS) {
s_pMainWindow->m_pDelegate->touchesBegan(s_pMainWindow->m_pSet,NULL);
} else if (iMouseState == GLFW_RELEASE) {
s_pMainWindow->m_pDelegate->touchesEnded(s_pMainWindow->m_pSet,NULL);
}
}
}
void
BF_GUI_TopVMenu::DrawItem(BView *po_Render,int32 i_Index,bool b_ReqDrawBack)
{
BF_GUI_DlgView_VMenu::DrawItem(po_Render,i_Index,b_ReqDrawBack);
////
BF_GUI_TopMenu_VItem *po;
po = (BF_GUI_TopMenu_VItem*)ploMenu->ItemAt(i_Index);
ASSERT(po);
if(po->sTitle!="" && po->sKeyLabel!=""){
BPoint oPoint(0,0);
BRect oRect(po_Render->Bounds());
oPoint.y += ((float)(i_Index-iFirstIndex)) * Height();
oPoint.x = oRect.Width()-po->fKeyWidth;
oPoint.y += poFont->fAscent;
po_Render->DrawString(po->sKeyLabel.String(),oPoint);
}
}
void SketchUpModel::PopulateObject(Scene & Scene)
{
float * pEntireVertexData = new float[3 * 3 * m_TriangleCount];
float * pEntireNormalData = new float[3 * 3 * m_TriangleCount];
uint8 * pEntireColorData = new uint8[3 * 3 * m_TriangleCount];
float * pEntireLineVertexData = new float[3 * 3 * m_LineCount];
size_t nTriangleNumber = 0;
size_t nLineNumber = 0;
FCDSceneNode * pNode = m_pDocument->GetVisualSceneRoot();
size_t nMeshCount = m_pDocument->GetGeometryLibrary()->GetEntityCount();
for (size_t nMesh = 0; nMesh < nMeshCount; ++nMesh)
{
FCDGeometryMesh * pMesh = m_pDocument->GetGeometryLibrary()->GetEntity(nMesh)->GetMesh();
size_t nPolygonsCount = pMesh->GetPolygonsCount();
for (size_t nPolygon = 0; nPolygon < nPolygonsCount; ++nPolygon)
{
if (pMesh->GetPolygons(nPolygon)->IsTriangles())
{
size_t nTriangleCount = pMesh->GetPolygons(nPolygon)->GetFaceCount();
//float * pVertexData = pMesh->GetVertexSource(0)->GetData();
float * pVertexData = pMesh->GetPolygons(nPolygon)->GetInput(0)->GetSource()->GetData();
//float * pNormalData = pMesh->GetSource(1)->GetData();
float * pNormalData = pMesh->GetPolygons(nPolygon)->GetInput(1)->GetSource()->GetData();
uint32 * pVertexIndicies = pMesh->GetPolygons(nPolygon)->GetInput(0)->GetIndices();
uint32 * pNormalIndicies = pMesh->GetPolygons(nPolygon)->GetInput(1)->GetIndices();
//size_t d = pMesh->GetPolygons(nPolygon)->GetInputCount();
//printf("d = %d\n", d);
// Material info
FCDEffectStandard * effect = nullptr;
for (size_t nGeometryInstance = 0; nGeometryInstance < m_pDocument->GetVisualSceneLibrary()->GetEntity(0)->GetChild(0)->GetInstanceCount(); ++nGeometryInstance) {
if (pMesh->GetDaeId() == m_pDocument->GetVisualSceneLibrary()->GetEntity(0)->GetChild(0)->GetInstance(nGeometryInstance)->GetEntity()->GetDaeId()
&& FCDEntityInstance::Type::GEOMETRY == m_pDocument->GetVisualSceneLibrary()->GetEntity(0)->GetChild(0)->GetInstance(nGeometryInstance)->GetType()
&& 1 <= reinterpret_cast<FCDGeometryInstance *>(m_pDocument->GetVisualSceneLibrary()->GetEntity(0)->GetChild(0)->GetInstance(nGeometryInstance))->GetMaterialInstanceCount())
{
effect = dynamic_cast<FCDEffectStandard *>(reinterpret_cast<FCDGeometryInstance *>(m_pDocument->GetVisualSceneLibrary()->GetEntity(0)->GetChild(0)->GetInstance(nGeometryInstance))->GetMaterialInstance(0)->GetMaterial()->GetEffect()->GetProfile(0));
break;
}
}
//if (nullptr == effect) printf("no effect: mesh %d, poly %d\n", nMesh, nPolygon);
if (nullptr == effect) effect = dynamic_cast<FCDEffectStandard *>(m_pDocument->GetMaterialLibrary()->GetEntity(0)->GetEffect()->GetProfile(0));
//if (pMesh->GetSourceCount() != 3 || 1 != pMesh->GetVertexSourceCount())
// printf("wth %d source, %d vertex source\n", pMesh->GetSourceCount(), pMesh->GetVertexSourceCount());
/*size_t x = 0;
FCDEntityInstance * inst = nullptr;
if (pNode->GetChild(nMesh)->GetChildrenCount() == 0)
inst = pNode->GetChild(nMesh)->GetInstance(0);
else
inst = pNode->GetChild(nMesh)->GetChild(0)->GetInstance(0);
if (nMesh < 50) {
//printf("%d\n", x);
//printf("%s\n", inst->GetEntityReference()->GetObjectType().GetTypeName());
printf("%d: %s\n", nMesh, !pNode->GetChild(nMesh)->GetChildrenCount() ? pNode->GetChild(nMesh)->GetDaeId().c_str() : pNode->GetChild(nMesh)->GetChild(0)->GetDaeId().c_str());
printf(" %s\n", pMesh->GetPolygons(nPolygon)->GetMaterialSemantic().c_str());
for (size_t Material = 0; Material < m_pDocument->GetMaterialLibrary()->GetEntityCount(); ++Material)
{
if (m_pDocument->GetMaterialLibrary()->GetEntity(Material)->GetDaeId() == pMesh->GetPolygons(nPolygon)->GetMaterialSemantic())
{
FCDEffectStandard * standardProfile = dynamic_cast<FCDEffectStandard *>(m_pDocument->GetMaterialLibrary()->GetEntity(Material)->GetEffect()->GetProfile(0));
printf(" DiffuseColor().x = %f\n", standardProfile->GetDiffuseColor().x);
}
}
}*/
//printf("GetEffectParameterCount %d\n", m_pDocument->GetEffectLibrary()->GetEntity(400)->GetEffectParameterCount());
/*Wm5::Matrix4f oMatrix(pNode->GetChild(nMesh)->CalculateWorldTransform().m[0][0], pNode->GetChild(nMesh)->CalculateWorldTransform().m[0][1], pNode->GetChild(nMesh)->CalculateWorldTransform().m[0][2], pNode->GetChild(nMesh)->CalculateWorldTransform().m[0][3],
pNode->GetChild(nMesh)->CalculateWorldTransform().m[1][0], pNode->GetChild(nMesh)->CalculateWorldTransform().m[1][1], pNode->GetChild(nMesh)->CalculateWorldTransform().m[1][2], pNode->GetChild(nMesh)->CalculateWorldTransform().m[1][3],
pNode->GetChild(nMesh)->CalculateWorldTransform().m[2][0], pNode->GetChild(nMesh)->CalculateWorldTransform().m[2][1], pNode->GetChild(nMesh)->CalculateWorldTransform().m[2][2], pNode->GetChild(nMesh)->CalculateWorldTransform().m[2][3],
pNode->GetChild(nMesh)->CalculateWorldTransform().m[3][0], pNode->GetChild(nMesh)->CalculateWorldTransform().m[3][1], pNode->GetChild(nMesh)->CalculateWorldTransform().m[3][2], pNode->GetChild(nMesh)->CalculateWorldTransform().m[3][3]);
if (pNode->GetChild(nMesh)->GetChildrenCount() > 0) {
Wm5::Matrix4f oMatrix1(pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[0][0], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[0][1], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[0][2], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[0][3],
pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[1][0], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[1][1], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[1][2], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[1][3],
pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[2][0], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[2][1], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[2][2], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[2][3],
pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[3][0], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[3][1], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[3][2], pNode->GetChild(nMesh)->GetChild(0)->CalculateLocalTransform().m[3][3]);
oMatrix = oMatrix1 * oMatrix;
}*/
Wm5::Matrix4f oMatrix(Wm5::Matrix4f::IDENTITY);
if (fstring::npos != m_pDocument->GetAsset()->GetContributor(0)->GetAuthoringTool().find("Google SketchUp 8"))
for (uint8 i = 0; i < 3; ++i)
oMatrix[i][i] *= 0.4f;
for (size_t nTriangle = 0; nTriangle < nTriangleCount; ++nTriangle)
{
// Check for and skip degenerate (i.e. zero area) triangles
{
Wm5::Triangle3f Triangle(Wm5::Vector3f(pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 0], pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 1], pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 2]),
Wm5::Vector3f(pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 0], pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 1], pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 2]),
Wm5::Vector3f(pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 0], pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 1], pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 2]));
bool DegenerateTriangle = IsTriangleDegenerate(Triangle);
if (DegenerateTriangle)
continue;
}
#define PREAPPLYMATRIX
pEntireColorData[3 * 3 * nTriangleNumber + 0] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().x);// + effect->GetAmbientColor().x - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
pEntireColorData[3 * 3 * nTriangleNumber + 1] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().y);// + effect->GetAmbientColor().y - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
pEntireColorData[3 * 3 * nTriangleNumber + 2] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().z);// + effect->GetAmbientColor().z - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
#ifdef PREAPPLYMATRIX
{Wm5::Vector4f oPoint(pNormalData[3 * pNormalIndicies[3 * nTriangle + 0] + 0], pNormalData[3 * pNormalIndicies[3 * nTriangle + 0] + 1], pNormalData[3 * pNormalIndicies[3 * nTriangle + 0] + 2], 0); oPoint = oPoint * oMatrix; oPoint.Normalize();
pEntireNormalData[3 * 3 * nTriangleNumber + 0] = oPoint.X();
pEntireNormalData[3 * 3 * nTriangleNumber + 1] = oPoint.Y();
pEntireNormalData[3 * 3 * nTriangleNumber + 2] = oPoint.Z();}
Wm5::Vector4f oPoint1(pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 0], pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 1], pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 2], 1); oPoint1 = oPoint1 * oMatrix;
pEntireVertexData[3 * 3 * nTriangleNumber + 0] = oPoint1.X();
pEntireVertexData[3 * 3 * nTriangleNumber + 1] = oPoint1.Y();
pEntireVertexData[3 * 3 * nTriangleNumber + 2] = oPoint1.Z();
#else
pEntireNormalData[3 * 3 * nTriangleNumber + 0] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 0] + 0];
pEntireNormalData[3 * 3 * nTriangleNumber + 1] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 0] + 1];
pEntireNormalData[3 * 3 * nTriangleNumber + 2] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 0] + 2];
pEntireVertexData[3 * 3 * nTriangleNumber + 0] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 0];
pEntireVertexData[3 * 3 * nTriangleNumber + 1] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 1];
pEntireVertexData[3 * 3 * nTriangleNumber + 2] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 0] + 2];
#endif
pEntireColorData[3 * 3 * nTriangleNumber + 3] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().x);// + effect->GetAmbientColor().x - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
pEntireColorData[3 * 3 * nTriangleNumber + 4] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().y);// + effect->GetAmbientColor().y - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
pEntireColorData[3 * 3 * nTriangleNumber + 5] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().z);// + effect->GetAmbientColor().z - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
#ifdef PREAPPLYMATRIX
{Wm5::Vector4f oPoint(pNormalData[3 * pNormalIndicies[3 * nTriangle + 1] + 0], pNormalData[3 * pNormalIndicies[3 * nTriangle + 1] + 1], pNormalData[3 * pNormalIndicies[3 * nTriangle + 1] + 2], 0); oPoint = oPoint * oMatrix; oPoint.Normalize();
pEntireNormalData[3 * 3 * nTriangleNumber + 3] = oPoint.X();
pEntireNormalData[3 * 3 * nTriangleNumber + 4] = oPoint.Y();
pEntireNormalData[3 * 3 * nTriangleNumber + 5] = oPoint.Z();}
Wm5::Vector4f oPoint2(pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 0], pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 1], pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 2], 1); oPoint2 = oPoint2 * oMatrix;
pEntireVertexData[3 * 3 * nTriangleNumber + 3] = oPoint2.X();
pEntireVertexData[3 * 3 * nTriangleNumber + 4] = oPoint2.Y();
pEntireVertexData[3 * 3 * nTriangleNumber + 5] = oPoint2.Z();
#else
pEntireNormalData[3 * 3 * nTriangleNumber + 3] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 1] + 0];
pEntireNormalData[3 * 3 * nTriangleNumber + 4] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 1] + 1];
pEntireNormalData[3 * 3 * nTriangleNumber + 5] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 1] + 2];
pEntireVertexData[3 * 3 * nTriangleNumber + 3] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 0];
pEntireVertexData[3 * 3 * nTriangleNumber + 4] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 1];
pEntireVertexData[3 * 3 * nTriangleNumber + 5] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 1] + 2];
#endif
pEntireColorData[3 * 3 * nTriangleNumber + 6] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().x);// + effect->GetAmbientColor().x - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
pEntireColorData[3 * 3 * nTriangleNumber + 7] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().y);// + effect->GetAmbientColor().y - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
pEntireColorData[3 * 3 * nTriangleNumber + 8] = static_cast<uint8>(255.999 * effect->GetDiffuseColor().z);// + effect->GetAmbientColor().z - rand()%1000 * 0.0001f;//rand()%1000 * 0.001f;
#ifdef PREAPPLYMATRIX
{Wm5::Vector4f oPoint(pNormalData[3 * pNormalIndicies[3 * nTriangle + 2] + 0], pNormalData[3 * pNormalIndicies[3 * nTriangle + 2] + 1], pNormalData[3 * pNormalIndicies[3 * nTriangle + 2] + 2], 0); oPoint = oPoint * oMatrix; oPoint.Normalize();
pEntireNormalData[3 * 3 * nTriangleNumber + 6] = oPoint.X();
pEntireNormalData[3 * 3 * nTriangleNumber + 7] = oPoint.Y();
pEntireNormalData[3 * 3 * nTriangleNumber + 8] = oPoint.Z();}
Wm5::Vector4f oPoint3(pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 0], pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 1], pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 2], 1); oPoint3 = oPoint3 * oMatrix;
pEntireVertexData[3 * 3 * nTriangleNumber + 6] = oPoint3.X();
pEntireVertexData[3 * 3 * nTriangleNumber + 7] = oPoint3.Y();
pEntireVertexData[3 * 3 * nTriangleNumber + 8] = oPoint3.Z();
#else
pEntireNormalData[3 * 3 * nTriangleNumber + 6] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 2] + 0];
pEntireNormalData[3 * 3 * nTriangleNumber + 7] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 2] + 1];
pEntireNormalData[3 * 3 * nTriangleNumber + 8] = pNormalData[3 * pNormalIndicies[3 * nTriangle + 2] + 2];
pEntireVertexData[3 * 3 * nTriangleNumber + 6] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 0];
pEntireVertexData[3 * 3 * nTriangleNumber + 7] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 1];
pEntireVertexData[3 * 3 * nTriangleNumber + 8] = pVertexData[3 * pVertexIndicies[3 * nTriangle + 2] + 2];
#endif
++nTriangleNumber;
}
}
else if (FCDGeometryPolygons::PrimitiveType::LINES == pMesh->GetPolygons(nPolygon)->GetPrimitiveType())
{
size_t nLineCount = pMesh->GetPolygons(nPolygon)->GetInput(0)->GetIndexCount() / 2;
//float * pLineVertexData = pMesh->GetVertexSource(0)->GetData();
float * pLineVertexData = pMesh->GetPolygons(nPolygon)->GetInput(0)->GetSource()->GetData();
uint32 * pLineVertexIndicies = pMesh->GetPolygons(nPolygon)->GetInput(0)->GetIndices();
Wm5::Matrix4f oMatrix(Wm5::Matrix4f::IDENTITY);
if (fstring::npos != m_pDocument->GetAsset()->GetContributor(0)->GetAuthoringTool().find("Google SketchUp 8"))
for (uint8 i = 0; i < 3; ++i)
oMatrix[i][i] *= 0.4f;
for (size_t nLine = 0; nLine < nLineCount; ++nLine)
{
#ifdef PREAPPLYMATRIX
{Wm5::Vector4f oPoint(pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 0] + 0], pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 0] + 1], pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 0] + 2], 0); oPoint = oPoint * oMatrix;
pEntireLineVertexData[2 * 3 * nLineNumber + 0] = oPoint.X();
pEntireLineVertexData[2 * 3 * nLineNumber + 1] = oPoint.Y();
pEntireLineVertexData[2 * 3 * nLineNumber + 2] = oPoint.Z();}
{Wm5::Vector4f oPoint(pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 1] + 0], pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 1] + 1], pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 1] + 2], 0); oPoint = oPoint * oMatrix;
pEntireLineVertexData[2 * 3 * nLineNumber + 3] = oPoint.X();
pEntireLineVertexData[2 * 3 * nLineNumber + 4] = oPoint.Y();
pEntireLineVertexData[2 * 3 * nLineNumber + 5] = oPoint.Z();}
#else
pEntireLineVertexData[2 * 3 * nLineNumber + 0] = pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 0] + 0];
pEntireLineVertexData[2 * 3 * nLineNumber + 1] = pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 0] + 1];
pEntireLineVertexData[2 * 3 * nLineNumber + 2] = pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 0] + 2];
pEntireLineVertexData[2 * 3 * nLineNumber + 3] = pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 1] + 0];
pEntireLineVertexData[2 * 3 * nLineNumber + 4] = pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 1] + 1];
pEntireLineVertexData[2 * 3 * nLineNumber + 5] = pLineVertexData[3 * pLineVertexIndicies[2 * nLine + 1] + 2];
#endif
++nLineNumber;
}
}
}
}
// Populate Object
float * pVertexData, * pNormalData, * pTextureCoordData, * pLineVertexData;
uint8 * pColorData;
Scene.PopulateObjectPointers(pVertexData, pNormalData, pColorData, pTextureCoordData, pLineVertexData);
memcpy(pVertexData, pEntireVertexData, 3 * 3 * m_TriangleCount * sizeof(*pEntireVertexData));
memcpy(pNormalData, pEntireNormalData, 3 * 3 * m_TriangleCount * sizeof(*pEntireNormalData));
memcpy(pColorData, pEntireColorData, 3 * 3 * m_TriangleCount * sizeof(*pEntireColorData));
memset(pTextureCoordData, 0, 2 * 3 * m_TriangleCount * sizeof(*pTextureCoordData));
memcpy(pLineVertexData, pEntireLineVertexData, 2 * 3 * m_LineCount * sizeof(*pEntireLineVertexData));
Scene.PopulatedObject(m_TriangleCount, m_LineCount);
delete[] pEntireVertexData;
delete[] pEntireNormalData;
delete[] pEntireColorData;
delete[] pEntireLineVertexData;
}
Point2i C_CoordinateTransform::GetCoordinate( Point2f A_rPoint )
{
Point2i oPoint((long)A_rPoint.x, (long)A_rPoint.y);
return p->m_oTransformationMatrix.get_element(oPoint.x, oPoint.y);
}
// draw current page
void
BF_GUI_Text::DrawPage()
{
BRect oRect;
BPoint oPoint(3,poSysSetup->oFontNode.fHeight);
int32 iCurLine;
BString *psLine;
char cBuffer[256];
oRect = Bounds();
SetHighColor(SYS_COLOR(BF_COLOR_NODE));
SetLowColor(SYS_COLOR(BF_COLOR_BACK));
for(iCurLine = 0;oPoint.y < oRect.bottom + poSysSetup->oFontNode.fHeight && iCurLine < ploString->CountItems();iCurLine++)
{
psLine = (BString *) ploString->ItemAt(iCurLine);
ToUtf8(psLine->String(),cBuffer);
BString oCurStr(cBuffer);
oCurStr.ReplaceAll("\r","\x0");
oCurStr.ReplaceAll("\n","\x0");
oCurStr.ReplaceAll("\t"," ");
if (bDrawSel && iMatchLine == iCurLine)
{
BString oBuffer;
// draw first part of the string
iStartSel = oCurStr.FindFirst(poMatch->String(),iStartSel);
iStopSel = poMatch->CountChars();
oCurStr.MoveInto(oBuffer,0,iStartSel);
DrawString(oBuffer.String(),oPoint);
// draw selected part of the string
SetHighColor(SYS_COLOR(BF_COLOR_CURSOR_BACK));
float fStartPoint = StringWidth(oBuffer.String());
float fWidth = StringWidth(poMatch->String());
BRect oRect(oPoint.x + fStartPoint,oPoint.y - poSysSetup->oFontNode.fHeight,oPoint.x + fStartPoint + fWidth,oPoint.y);
FillRect(oRect);
SetHighColor(0,0,0);
SetLowColor(SYS_COLOR(BF_COLOR_CURSOR_BACK));
oCurStr.MoveInto(oBuffer,0,iStopSel);
DrawString(oBuffer.String());
// draw rest part of the string
SetHighColor(SYS_COLOR(BF_COLOR_NODE));
SetLowColor(SYS_COLOR(BF_COLOR_BACK));
DrawString(oCurStr.String());
}
else
{
// draw string without selection
DrawString(oCurStr.String(),oPoint);
};
oPoint.y += poSysSetup->oFontNode.fHeight;
};
//-------------------------------- change display position ----------------------------
/*
BMessage *poMSG = new BMessage(BF_MSG_VIEWER_MOVE);
float fPOS = oPoint.y / (poSysSetup->oFontNode.fHeight * ploString->CountItems());
poMSG->AddFloat("Position",fPOS);
BMessenger oMessenger(poStatus);
oMessenger.SendMessage(poMSG);
*/
//------------------------------ TRUE if page is full ---------------------------------
bFullPage = (oPoint.y < oRect.bottom + poSysSetup->oFontNode.fHeight) ? false : true;
};
void CStdUtilsTestDlg::OnTestMarkup()
{
CStdXml oXml, oXml2;
CStdString strVal;
int iVal=0;
long lVal=0;
float fltVal=0;
double dblVal=0;
bool bVal=false;
try
{
strVal = "This is a string";
lVal = 55433;
iVal = 43;
dblVal = 34.224432;
fltVal = (float) 34.22;
bVal = true;
//Testing the Add functions
oXml.AddElement("World");
oXml.AddChildElement("string", strVal);
oXml.AddChildElement("long", lVal);
oXml.AddChildElement("int", iVal);
oXml.AddChildElement("double", dblVal);
oXml.AddChildElement("float", fltVal);
oXml.AddChildElement("bool", bVal);
oXml.AddChildElement("Robots");
oXml.IntoChildElement("Robots");
CStdIPoint oPoint(1,2,3), oPoint2;
CStdFPoint oFPoint;
Std_SavePoint(oXml, "Point", oPoint);
Std_LoadPoint(oXml, "Point", oPoint2);
Std_LoadPoint(oXml, "Point", oFPoint);
oXml.SetAttrib("DoubleVal", dblVal);
oXml.AddChildElement("Robot");
oXml.IntoChildElement("Robot");
oXml.AddChildElement("bool", bVal);
oXml.SetChildAttrib("lVal", lVal);
oXml.AddChildCData("Description", "n<6");
oXml.OutOfElem();
oXml.OutOfElem();
oXml.Save("C:\\Biomechs\\Libraries\\StdUtils\\Test.xml");
// Testing the get functions
// oXml.Load("C:\\Biomechs\\Darwins Playground\\Projects\\InsectSimulator\\Scripts\\Final_Insect.xml");
/*
oXml.FindElement("Test");
strVal = oXml.GetChildString("string");
iVal = oXml.GetChildInt("int");
iVal = oXml.GetChildInt("float", -1);
iVal = oXml.GetChildInt("string", -1);
lVal = oXml.GetChildLong("long");
lVal = oXml.GetChildLong("float", -1);
lVal = oXml.GetChildLong("string", -1);
fltVal = oXml.GetChildFloat("float");
fltVal = oXml.GetChildFloat("int");
fltVal = oXml.GetChildFloat("string", (float) 0.2);
dblVal = oXml.GetChildDouble("double");
dblVal = oXml.GetChildDouble("int");
dblVal = oXml.GetChildDouble("string", 0.3455);
bVal = oXml.GetChildBool("bool");
bVal = oXml.GetChildBool("bool2");
bVal = oXml.GetChildBool("bool3");
bVal = oXml.GetChildBool("bool4");
bVal = oXml.GetChildBool("string", false);
//Errors
//iVal = oXml.GetChildInt("string");
//iVal = oXml.GetChildInt("float");
//lVal = oXml.GetChildLong("string");
//lVal = oXml.GetChildLong("float");
//fltVal = oXml.GetChildFloat("string");
//dblVal = oXml.GetChildDouble("string");
//bVal = oXml.GetChildBool("string");
*/
}
catch(CStdErrorInfo oError)
{
AfxMessageBox(oError.m_strError);
}
catch(...)
{
AfxMessageBox("Unidentified Error");
}
}