HBITMAP KGUISkin::CreateBitmap(HDC hDC, FInt32 fFactor, bool bHor)
{
FInt32 fLight = L + (1.f - L) * fFactor;
RGBQUAD rgb = KColor::HSL2RGB(H, S, fLight);
COLORREF clr = KColor(rgb.rgbRed, rgb.rgbGreen, rgb.rgbBlue).ToColor();
return CreateGradient(hDC, m_Color.ToColor(), clr, clr, bHor);
}
KDNAMESTART
KDNAMEGUI
#define KUDEET_DEFAULT_BRUSH_SIZE 40
KGUISkin::KGUISkin()
{
m_BmpHorHover = NULL;
m_BmpHor = NULL;
m_BmpVer = NULL;
m_BmpVerHover = NULL;
m_BaseBrush = NULL;
m_DecBrush = NULL;
m_IncBrush = NULL;
m_BmpBtnHoverV = NULL;
m_BmpBtnNormalV = NULL;
m_BmpBtnHover = NULL;
m_BmpBtnNormal = NULL;
m_BmpTitle = NULL;
m_BmpHighlight = NULL;
m_hICON = NULL;
m_TextColor = RGB(0, 0, 0);
m_bColorDirty = true;
m_nWidth = KUDEET_DEFAULT_BRUSH_SIZE;
//SetBaseColor(220, 0.5f, 0.5f); // HSL
SetBaseColor(KColor(0x22, 0x75, 0xA0));
//SetBaseColor(0x22, 0x75, 0xA0);
}
void KGUISkin::SetBaseColor(KColor & color)
{
if (m_Color.ToColor() == color.ToColor())
return;
m_Color = color;
RGBQUAD rgb = { color.m_B, color.m_G, color.m_R };
KColor::RGB2HSL(&rgb, &H, &S, &L);
m_ReverseColor.m_B = 255 - m_Color.m_B;
m_ReverseColor.m_G = 255 - m_Color.m_G;
m_ReverseColor.m_R = 255 - m_Color.m_R;
m_IncColor = KColor(ColorAdjustLuma(RGB(m_Color.m_R, m_Color.m_G, m_Color.m_B), 200, TRUE));
m_DecColor = KColor(ColorAdjustLuma(RGB(m_Color.m_R, m_Color.m_G, m_Color.m_B), -200, TRUE));
InitialSkin();
}
void KOrthogonalMap::initeLayer(const KOrthoNode &Node, KOrthoLayer &Layer) {
Layer.textureID = Node.verts[0].tindex;
Layer.blend = KColor(Node.verts[0].r, Node.verts[0].g, Node.verts[0].b, Node.verts[0].a);
Layer.atlas = _ktilesetStamp.getStamp(Node.atlasID).atlas;
Layer.layerIndex = Node.layerIndex;
if (Node.fliph) Layer.atlas.flipH();
if (Node.flipv) Layer.atlas.flipV();
#if defined(KITE_EDITOR)
Layer.sceneItem = Node.sceneItem;
#endif
}
void KGUISkin::SetBaseColor(COLORREF clrValue)
{
SetBaseColor(KColor(clrValue));
}
void KGUISkin::SetBaseColor(FInt32 fH, FInt32 fS, FInt32 fL)
{
H = fH; S = fS; L = fL;
RGBQUAD rgb = KColor::HSL2RGB(H, S, L);
SetBaseColor(KColor(rgb.rgbRed, rgb.rgbGreen, rgb.rgbBlue));
}
KColor TracingInstance::GetBackGroundColor(const KVec3& dir) const
{
return KColor(0,0,0);
}
bool SceneLoader::LoadFromFile(const char* file_name)
{
KTimer stop_watch(true);
FILE* pFile = NULL;
bool ret = false;
int ext = _FileExtension(file_name);
std::string file_dir;
GetPathDir(file_name, file_dir);
Texture::TextureManager::GetInstance()->AddSearchPath(file_dir.c_str());
if (!mpScene)
mpScene = new KSceneSet;
else
mpScene->Reset();
mIsFromOBJ = false;
mIsSceneLoaded = false;
KTimer fileReadingTime(true);
// Perform the file reading
if (ext == FILE_EXT_OBJ) {
KRT_ObjFileLoader OBJLoader;
OBJLoader.mUseTexMap = USE_TEX_MAP ? true : false;
// Create scene
UINT32 kd_idx = 0;
KScene* pKDScene = mpScene->AddKDScene(kd_idx);
mpScene->SceneNode_Create(kd_idx);
if (OBJLoader.LoadObjFile(file_name, *pKDScene)) {
ret = true;
mIsFromOBJ = true;
}
else {
mpScene->Reset();
ret = false;
}
}
else if (ext == FILE_EXT_ABC) {
if (mAbcLoader.Load(file_name, *mpScene))
ret = true;
else {
mpScene->Reset();
ret = false;
}
}
if (ret) {
BuildNodeIdMap();
mIsSceneLoaded = true;
}
mFileLoadingTime = UINT32(fileReadingTime.Stop() * 1000);
// End of file reading, now build the acceleration structure
mpAccelData = new KAccelStruct_BVH(mpScene);
mpAccelData->SceneNode_BuildAccelData(NULL);
KBBox scene_box = mpAccelData->GetSceneBBox();
KVec3 center = scene_box.Center();
float radius = nvmath::length(scene_box.mMax - scene_box.mMin) * 1.0f;
CameraManager* pCameraMan = CameraManager::GetInstance();
if (pCameraMan->GetCameraCnt() == 0 && mpScene) {
// If there's no camera, create a default light regarding the bounding box of scene
KCamera* pPinHoleCamera = pCameraMan->OpenCamera("__default", true);
KCamera::MotionState ms;
ms.pos = center + KVec3(0.5,0.5,0.5)*radius;
ms.lookat = center;
ms.up = KVec3(0, 1.0f, 0);
ms.xfov = 45.0f;
ms.focal = radius * 0.5f;
pPinHoleCamera->SetupStillCamera(ms);
}
LightScheme* pLightScheme = LightScheme::GetInstance();
if (pLightScheme->GetLightCount() == 0 && mpScene) {
// If there's no light source, create a default one, otherwize the scene will be entirely dark.
PointLightBase* pLight0 = dynamic_cast<PointLightBase*>(pLightScheme->CreateLightSource(POINT_LIGHT_TYPE));
PointLightBase* pLight1 = dynamic_cast<PointLightBase*>(pLightScheme->CreateLightSource(POINT_LIGHT_TYPE));
pLight0->SetIntensity(KColor(0.55f, 0.55f, 0.55f));
pLight1->SetIntensity(KColor(0.55f, 0.55f, 0.55f));
pLight0->SetPos(center + KVec3(0,1,1)*(radius*3.0f));
pLight1->SetPos(center + KVec3(1,1,0)*(radius*3.0f));
}
if (pFile)
fclose(pFile);
mLoadingTime = stop_watch.Stop();
return ret;
}
