void Cursor::setMode(Cursor::Mode m) {
// m_mode = m;
if (m_mode == m) {
return;
}
m_mode = m;
switch (m) {
case Mode::PanningGallery:
setImage(images[ordinal(Mode::PanningImage)]);
setAnimate(false);
break;
case Mode::PanningImage:
setImage(images[ordinal(Mode::PanningImage)]);
break;
case Mode::Selecting:
setImage(images[ordinal(Mode::Selecting)]);
setAnimate(true);
break;
case Mode::Selected:
setImage(images[ordinal(Mode::Selected)]);
setAnimate(false);
break;
case Mode::Normal:
default:
setImage(images[ordinal(Mode::Normal)]);
setAnimate(false);
break;
}
}
void effectFlame(struct Animate *a) {
int yellow[3] = {255, rand() % 51 + 75, rand() % 10 + 1};
int red = rand() % 16 + 240;
if (a->open) {
setAnimate(a, (yellow[0] + red) / 2, yellow[1], yellow[2], 0, 15);
}
nextStep(a);
}
void Cursor::update(float dt) {
if (m_animate) {
m_angle += (m_da * dt);
if (m_angle > 365.0f) {
setAnimate(false);
}
}
}
void Context::copySimulationContext(const Context& c)
{
worldGravity_.setValue(c.getGravity()); ///< Gravity IN THE WORLD COORDINATE SYSTEM.
setDt(c.getDt());
setTime(c.getTime());
setAnimate(c.getAnimate());
}
void Context::copySimulationContext(const Context& c)
{
worldGravity_.setValue(c.getGravity()); ///< Gravity IN THE WORLD COORDINATE SYSTEM.
setDt(c.getDt());
setTime(c.getTime());
setAnimate(c.getAnimate());
#ifdef SOFA_SMP
if(c.gpuPrioritary.getValue())
gpuPrioritary.setValue(true);
#endif
#ifdef SOFA_SUPPORT_MOVING_FRAMES
setPositionInWorld( c.getPositionInWorld());
spatialVelocityInWorld_ = c.spatialVelocityInWorld_;
velocityBasedLinearAccelerationInWorld_ = c.velocityBasedLinearAccelerationInWorld_;
#endif
#ifdef SOFA_SUPPORT_MULTIRESOLUTION
// for multiresolution
// finestLevel_ = c.finestLevel_;
// coarsestLevel_ = c.coarsestLevel_;
// currentLevel_ = c.currentLevel_;
#endif
#ifdef SOFA_SMP
if(!partition_)
{
if(processor.getValue()!=-1)
is_partition_.setValue(true);
if(is_partition())
{
partition_= new Iterative::IterativePartition();
// partition_->setCPU(processor.getValue());
}
}
if(processor.getValue()==-1&&c.processor.getValue()!=-1)
{
processor.setValue(c.processor.getValue());
is_partition_.setValue(true);
}
if(c.is_partition()&&!partition_)
{
partition_=c.getPartition();
is_partition_.setValue(true);
}
if((gpuPrioritary.getValue())&&partition_)
{
partition_->setGPUPrioritary();
}
#endif
}
Audio::Audio(): mStateInput(StateInput::getInstance()),
mMainBackground("Main", 1, 1),
mInGameBackground("Ingame", 1, 1),
mSoundVolume("SoundVolume", 1, 2),
mEffectLeftArrow("LeftArrow", 1, 2),
mEffectRightArrow("RightArrow", 1, 2),
mEffectNumbers1("Numbers", 1, 20),
mEffectNumbers10("Numbers", 1, 20),
mEffectNumbers100("Numbers", 1, 20),
mMusicVolume("MusicVolume", 1, 2),
mMusicLeftArrow("LeftArrow", 1, 2),
mMusicRightArrow("RightArrow", 1, 2),
mMusicNumbers1("Numbers", 1, 20),
mMusicNumbers10("Numbers", 1, 20),
mMusicNumbers100("Numbers", 1, 20),
mSoundMute("SoundMute", 1, 4),
mMusicMute("MusicMute", 1, 4),
mBack("Back", 1, 2),
mBlip("Blip", 1, 1),
mWindow(Window::getWindow()),
mStatus(0),
mBlipPos(240, 150),
currentBackground(&mMainBackground),
currentSelection(&mBack),
mEVolume(100),
mMVolume(100),
mChangeVolume(false),
mEffectNr1(0),
mEffectNr10(0),
mEffectNr100(1),
mEffectHighlightNr(0),
mMusicNr1(0),
mMusicNr10(0),
mMusicNr100(1),
mMusicHighlightNr(0),
mEMute(false),
mMMute(false),
mHighlight(1)
{
setSpritePosition();
setAnimate();
}
void FalagardActionButton::updateAnimate(ANIMATE& animate)
{
if(!animate.d_animate) return;
int time_now = (int)(System::getSingleton().getCurTimeElapsed()*1000.0f);
const Image* pFrame = animate.d_animate->getFrame( time_now-animate.d_time_start, animate.d_time_total );
animate.d_currentFrame = pFrame;
animate.d_alpha = animate.d_animate->getFrameAlpha( time_now-animate.d_time_start, animate.d_time_total );
requestRedraw();
if( pFrame == NULL )
{
if( m_bCoolDown ) // 如果是cooldown ，就开始播放特效动画
{
setAnimate( "CoolDownEnd", -1, 0 );
animate.d_alpha = 0;
}
}
}
HippoBubble::HippoBubble(void)
{
idle_ = FALSE;
screenSaverRunning_ = FALSE;
haveMouse_ = FALSE;
effectiveIdle_ = FALSE;
shown_ = FALSE;
desiredWidth_ = BASE_WIDTH;
desiredHeight_ = BASE_HEIGHT;
layerDC_ = NULL;
oldBitmap_ = NULL;
images_ = NULL;
// Notes on animation
//
// * Without our usage of UpdateLayeredWindow, it would fade the window in and
// out using AnimateWindow, but you turn on fading in then you'll probably have difficulties
// the second time you show the window ... it appears that the web browser control has some
// bugs with WM_PRINTCLIENT; the first time the contents of the window are properly
// initialized before fade-in, but on subsequent shows they are not. A crude
// workaround might be to reembed a new control every time, but there are probably
// less sledgehammer methods. Even without animation there are sometimes problems
// with reshowing the window, which is why we turn on updateOnShow(). (This may
// no longer be necessary with our usage of UpdateLayeredWindow())
//
// * AnimateWindow isn't compatible with UpdateLayeredWindow() ... when you start
// animating the window, the shape is removed. This is presumably because AnimateWindow
// internally uses SetLayeredWindowAttributes, which is exclusive with UpdateLayeredWindow
// So to animate a shaped window, we'd have to fade the bits in and out ourselves.
//
setAnimate(false);
setUseParent(true);
setUpdateOnShow(true);
setWindowStyle(WS_POPUP);
setExtendedStyle(WS_EX_TOPMOST | WS_EX_LAYERED | WS_EX_NOACTIVATE);
setClassName(L"HippoBubbleClass");
setTitle(L"Hippo Notification");
setApplication(this);
}
