void OcTree::GetRenderQuery(const Collidable &collider, const std::shared_ptr<RenderQuery> &renderQuery) const
{
renderQuery->Clear();
WalkScene(collider, [&](const SceneNode::Ptr &sceneNode)
{
if (sceneNode->GetComponent<Light>() != nullptr)
renderQuery->AddLight(sceneNode);
if (auto render = sceneNode->GetComponent<MeshRender>())
{
if (render->GetRenderable())
renderQuery->AddRenderable(sceneNode);
}
});
}
void PlotWindowOpened::RemoveChannelOpened(std::shared_ptr<ChannelOpened> channel)
{
auto SThis = dynamic_pointer_cast<PlotWindowOpened, AsyncObject>(shared_from_this());
channel->Clear();
TaskQueue()->QueueTask([SThis, channel](){
int chId = channel->Id();
auto iterCh = SThis->_chMap.find(channel);
if (iterCh != SThis->_chMap.end())
{
SThis->_chMap.erase(iterCh);
SThis->OnChannelClosed(channel);
channel->SetOpenState(false);
}
auto iterNewCh = SThis->_newChSet.find(chId);
if (iterNewCh != SThis->_newChSet.end())
{
SThis->_newChSet.erase(chId);
}
if (SThis->_chMap.size() == 0)
{
HWND hWnd = SThis->_plotWnd->m_hWnd;
if (hWnd)
::PostMessage(hWnd, WM_CLOSE, 0, 0);
SThis->_bWndValid = false;
}
else
{
SThis->UpdateWndCaption();
}
});
}
void DrawImageData(uint32_t cam_id)
{
if (cam_id == 0) {
gui_vars.handler->track_centers.clear();
}
line_strip->Clear();
for (uint32_t ii = 0; ii < poses.size() ; ++ii) {
axes[ii]->SetPose(poses[ii]->t_wp.matrix());
Eigen::Vector3f vertex = poses[ii]->t_wp.translation().cast<float>();
line_strip->AddVertex(vertex);
}
// Draw the tracks
for (std::shared_ptr<sdtrack::DenseTrack>& track : *current_tracks) {
Eigen::Vector2d center;
if (track->keypoints.back()[cam_id].tracked || is_manual_mode) {
DrawTrackData(track, image_width, image_height, center,
gui_vars.handler->selected_track == track, cam_id);
}
if (cam_id == 0) {
gui_vars.handler->track_centers.push_back(
std::pair<Eigen::Vector2d, std::shared_ptr<sdtrack::DenseTrack>>(
center, track));
}
}
// Populate the first column with the reference from the selected track.
if (gui_vars.handler->selected_track != nullptr) {
DrawTrackPatches(gui_vars.handler->selected_track, gui_vars.patches);
}
for (uint32_t cam_id = 0; cam_id < rig.cameras_.size(); ++cam_id) {
gui_vars.camera_view[cam_id]->RenderChildren();
}
}
void CleanUp()
{
gScenario.reset();
gArgParser->Clear();
}
void Update()
{
if(m_text==m_ss.str()){
return;
}
m_text=m_ss.str();
m_image->Clear();
BYTE *data=m_image->GetSample();
int pitch=m_image->GetWidth()*4;
// フォントの生成
LOGFONT lf = {m_fontsize, 0, 0, 0, 0, 0, 0, 0,
SHIFTJIS_CHARSET, OUT_TT_ONLY_PRECIS,
CLIP_DEFAULT_PRECIS, PROOF_QUALITY, FIXED_PITCH | FF_MODERN, _T("ＭＳ 明朝")};
HFONT hFont=CreateFontIndirect(&lf);
if(!(hFont)){
return;
}
// デバイスコンテキスト取得
// デバイスにフォントを持たせないとGetGlyphOutline関数はエラーとなる
HDC hdc = GetDC(NULL);
HFONT oldFont = (HFONT)SelectObject(hdc, hFont);
std::vector<BYTE> gryph;
int x_pos=0;
int y_pos=0;
int col_size=m_fontsize/2;
for(auto c=m_text.begin(); c!=m_text.end(); ++c){
if(y_pos>=m_row*m_fontsize){
break;
}
if(*c==L'\n'){
y_pos+=m_fontsize+5;
x_pos=0;
continue;
}
if(x_pos+col_size>=m_col*col_size){
y_pos+=m_fontsize+5;
x_pos=0;
}
// フォントビットマップ取得
TEXTMETRIC TM;
GetTextMetrics( hdc, &TM );
GLYPHMETRICS GM;
CONST MAT2 Mat = {{0,1},{0,0},{0,0},{0,1}};
DWORD size = GetGlyphOutline(hdc, *c, GGO_GRAY4_BITMAP, &GM, 0, NULL, &Mat);
if(size>0){
gryph.resize(size);
GetGlyphOutline(hdc, *c, GGO_GRAY4_BITMAP, &GM, gryph.size(), &gryph[0], &Mat);
// フォント情報の書き込み
// iOfs_x, iOfs_y : 書き出し位置(左上)
// iBmp_w, iBmp_h : フォントビットマップの幅高
// Level : α値の段階 (GGO_GRAY4_BITMAPなので17段階)
int iOfs_x = x_pos+GM.gmptGlyphOrigin.x;
int iOfs_y = y_pos+TM.tmAscent - GM.gmptGlyphOrigin.y;
int iBmp_w = GM.gmBlackBoxX + (4-(GM.gmBlackBoxX%4))%4;
int iBmp_h = GM.gmBlackBoxY;
int Level = 17;
DWORD Alpha, Color;
for(int y=iOfs_y; y<iOfs_y+iBmp_h; y++){
for(size_t x=iOfs_x; x<iOfs_x+GM.gmBlackBoxX; x++){
Alpha = (255 * gryph[x-iOfs_x + iBmp_w*(y-iOfs_y)]) / (Level-1);
Color = 0x00ffffff | (Alpha<<24);
memcpy((BYTE*)data + pitch*y + 4*x, &Color, sizeof(DWORD));
}
}
x_pos+=iBmp_w;
}
else{
x_pos+=col_size;
}
}
// デバイスコンテキストとフォントハンドルの開放
SelectObject(hdc, oldFont);
DeleteObject(hFont);
ReleaseDC(NULL, hdc);
}
void Pacman::Update(const SDLInput& input, Tilemap& tilemap, float deltaTime, const std::shared_ptr<SDLRenderTarget>& tileSurface, const std::vector<SDLSurface>& gridSurf)
{
if (m_State == PacState::PowerUp) // if powered up
{
float currentTime = Timer::GetTime();
if ((currentTime - m_powerDuration) > 5.f) // if powered up for more tha 5 seconds
{
m_State = PacState::Normal;// return to normal
}
}
//set our speed
float speed = 5.5f * deltaTime;
// clamp position
size_t cX = (size_t)(clamp(m_Position.x, 0.f, 18.f) + 0.5f);
size_t cY = (size_t)(clamp(m_Position.y, 0.f, 22.f) + 0.5f);
switch (m_CurrentDirection) // move in direction
{
case Direction::Left:
m_Position.x -= speed;
break;
case Direction::Right:
m_Position.x += speed;
break;
case Direction::Up:
m_Position.y -= speed;
break;
case Direction::Down:
m_Position.y += speed;
break;
}
//make the side wall let us trough
if (m_Position.x < 0.f)
{
m_Position.x = 19.f;
}
if (m_Position.x > 19.0f)
{
m_Position.x = 0.f;
}
if (m_CurrentDirection == Direction::None && m_NextDirection != Direction::None && tilemap.GetDirectionFlag(cX, cY, (size_t)m_NextDirection))
{// if the current direction is None and the next input direction is not none and we can go in that direction
m_CurrentDirection = m_NextDirection; // switch directions
m_NextDirection = Direction::None; // set next to none
}
if (m_CurrentDirection != Direction::None) // if our current direction is not None ( we are not at base)
{
m_DistanceLeft -= speed; // reduce the distance of travel
if (m_DistanceLeft <= 0.f) //if we have traveled 1 tile
{
if (!tilemap.GetDirectionFlag(cX, cY, (size_t)m_CurrentDirection)) // if the tile we are on dosent have the current direction direction flag set
{
m_CurrentDirection = Direction::None;// make curent dir none
}
if (m_NextDirection != Direction::None) // if we have a pending direction command
{
if (tilemap.GetDirectionFlag(cX, cY, (size_t)m_NextDirection)) // and if the tile we are one has the next direction tag set
{
m_CurrentDirection = m_NextDirection;// go in that direction
}
}
m_DistanceLeft += 1.0f;// add distace to travel
}
}
Rect rect(m_Position.x + 0.05f, m_Position.y + 0.05f, 0.9f, 0.9f);//construct a collision rect;
//get all intersections
auto intersections = tilemap.Intersect(rect);
for (auto &i : intersections) // go trough them
{
if (i.type == Coin) // if its a coin
{
m_Points += 1; // increase points
tilemap.Set(i.x, i.y, Empty); //remove coin
tileSurface->Clear(); // clear tilemap render
tileSurface->RenderTileset(gridSurf, tilemap.GetGrid(), 19, 32.0f);// re - render the grid without the coin.
}
}
//set directions accortind to input keys
if (input.GetKey(Left))
{
m_NextDirection = Direction::Left;
}
if (input.GetKey(Right))
{
m_NextDirection = Direction::Right;
}
if (input.GetKey(Up))
{
m_NextDirection = Direction::Up;
}
if (input.GetKey(Down))
{
m_NextDirection = Direction::Down;
}
}
