void
applyTransforms(struct trans *tlist, struct GENode *glist) {
struct trans *ptl = tlist;
struct GENode *pgl = NULL;
struct transMatrix m, aux;
struct homoCoord start;
struct homoCoord end;
while(NULL != ptl) {
pgl = glist;
while(NULL != pgl) {
switch(pgl->el.type)
{
case LINE:
initHomoVector(&start, pgl->el.data.line.st.x, pgl->el.data.line.st.y);
initHomoVector(&end, pgl->el.data.line.en.x, pgl->el.data.line.en.y);
break;
default:
break;
}
switch(ptl->tType) {
case TRANSLATION:
initTranslation(&m, ptl->data.t.tx, ptl->data.t.ty);
break;
case SCALING:
initScale(&m, ptl->data.s.sx, ptl->data.s.sy);
if (!(ptl->data.s.px == 0 && ptl->data.s.py == 0))
{
initTranslation(&aux, -1*ptl->data.s.px, -1*ptl->data.s.py);
matrixProduct(&m, m, aux);
initTranslation(&aux, ptl->data.s.px, ptl->data.s.py);
matrixProduct(&m, m, aux);
}
break;
case ROTATION:
initRotation(&m, ptl->data.r.u);
if (!(ptl->data.s.px == 0 && ptl->data.s.py == 0))
{
initTranslation(&aux, -1*ptl->data.r.px, -1*ptl->data.r.py);
matrixProduct(&m, m, aux);
initTranslation(&aux, ptl->data.s.px, ptl->data.s.py);
matrixProduct(&m, m, aux);
}
break;
default:
break;
}
matrixVectorProduct(&start, m, start);
matrixVectorProduct(&end, m, end);
twoDCoord(&pgl->el.data.line.st, start);
twoDCoord(&pgl->el.data.line.en, end);
pgl = pgl->next;
}
ptl = ptl->next;
}
}
UiManager::UiManager(QObject *parent) :
QObject(parent),mView(0),mThumbTask(new ThumbTask),mThumbsCount(0)
,mSearchInput(0),mGoogleSearcher(0),mSearchImageIndex(0)
{
initTranslation();
score = new Score();
connect(mThumbTask->watcher(), SIGNAL(resultReadyAt(int)), this, SLOT(updateThumbItemAt(int)));
connect(mThumbTask->watcher(), SIGNAL(finished()), this, SLOT(updateDisplayedThumbList()));
}
static inline ovrMatrix4f posefToMatrix4f(const ovrPosef pose)
{
ovrMatrix4f orientation = quatfToMatrix4f(pose.Orientation);
ovrMatrix4f translation = initTranslation(pose.Position);
translation.M[0][3] = -translation.M[0][3];
translation.M[1][3] = -translation.M[1][3];
translation.M[2][3] = -translation.M[2][3];
return matrix4fMul(translation, orientation);
}
int main(int argc, char *argv[])
{
/* Disable rwx memory.
This will also ensure full PAX/Grsecurity protections. */
qputenv("QV4_FORCE_INTERPRETER", "1");
qputenv("QT_ENABLE_REGEXP_JIT", "0");
QApplication a(argc, argv);
a.setApplicationVersion(QLatin1String("1.1.2"));
a.setOrganizationName(QStringLiteral("Ricochet"));
#if !defined(Q_OS_WIN) && !defined(Q_OS_MAC)
a.setWindowIcon(QIcon(QStringLiteral(":/icons/ricochet.svg")));
#endif
QScopedPointer<SettingsFile> settings(new SettingsFile);
SettingsObject::setDefaultFile(settings.data());
QString error;
QLockFile *lock = 0;
if (!initSettings(settings.data(), &lock, error)) {
QMessageBox::critical(0, qApp->translate("Main", "Ricochet Error"), error);
return 1;
}
QScopedPointer<QLockFile> lockFile(lock);
initTranslation();
/* Initialize OpenSSL's allocator */
CRYPTO_malloc_init();
/* Seed the OpenSSL RNG */
if (!SecureRNG::seed())
qFatal("Failed to initialize RNG");
qsrand(SecureRNG::randomInt(UINT_MAX));
/* Tor control manager */
Tor::TorManager *torManager = Tor::TorManager::instance();
torManager->setDataDirectory(QFileInfo(settings->filePath()).path() + QStringLiteral("/tor/"));
torControl = torManager->control();
torManager->start();
/* Identities */
identityManager = new IdentityManager;
QScopedPointer<IdentityManager> scopedIdentityManager(identityManager);
/* Window */
QScopedPointer<MainWindow> w(new MainWindow);
if (!w->showUI())
return 1;
return a.exec();
}
void NAMESPACE::Trackball::buttonPressed(uint button, uint x, uint y)
{
if (button == LIBSL_LEFT_BUTTON) {
m_Status = m_Status | ROTATING;
initRotation(x, y);
}
else if (button == LIBSL_MIDDLE_BUTTON) {
m_Status = m_Status | ZOOMING;
initZoom(x, y);
}
else if (button == LIBSL_RIGHT_BUTTON) {
m_Status = m_Status | TRANSLATING;
initTranslation(x, y);
}
}
void Dump::dumpRsol(ScalarField nbound, string fname)
{
//Compute normalization factor for the partition:
int nAtomsTot = 0; for(const auto& sp: e->iInfo.species) nAtomsTot += sp->atpos.size();
const double nFloor = 1e-5/nAtomsTot; //lower cap on densities to prevent Nyquist noise in low density regions
ScalarField nAtomicTot;
for(const auto& sp: e->iInfo.species)
{ RadialFunctionG nRadial;
logSuspend(); sp->getAtom_nRadial(0,0, nRadial, true); logResume();
for(unsigned atom=0; atom<sp->atpos.size(); atom++)
{ ScalarField nAtomic = radialFunction(e->gInfo, nRadial, sp->atpos[atom]);
double nMin, nMax; callPref(eblas_capMinMax)(e->gInfo.nr, nAtomic->dataPref(), nMin, nMax, nFloor);
nAtomicTot += nAtomic;
}
}
ScalarField nboundByAtomic = (nbound*nbound) * inv(nAtomicTot);
ScalarField rInv0(ScalarFieldData::alloc(e->gInfo));
{ logSuspend(); WignerSeitz ws(e->gInfo.R); logResume();
threadLaunch(set_rInv, e->gInfo.nr, e->gInfo.S, e->gInfo.RTR, &ws, rInv0->data());
}
//Compute bound charge 1/r and 1/r^2 expectation values weighted by atom-density partition:
FILE* fp = fopen(fname.c_str(), "w");
fprintf(fp, "#Species rMean +/- rSigma [bohrs] (rMean +/- rSigma [Angstrom]) sqrt(Int|nbound^2|) in partition\n");
for(const auto& sp: e->iInfo.species)
{ RadialFunctionG nRadial;
logSuspend(); sp->getAtom_nRadial(0,0, nRadial, true); logResume();
for(unsigned atom=0; atom<sp->atpos.size(); atom++)
{ ScalarField w = radialFunction(e->gInfo, nRadial, sp->atpos[atom]) * nboundByAtomic;
//Get r centered at current atom:
ScalarFieldTilde trans; nullToZero(trans, e->gInfo); initTranslation(trans, e->gInfo.R*sp->atpos[atom]);
ScalarField rInv = I(trans * J(rInv0), true);
//Compute moments:
double wNorm = integral(w);
double rInvMean = integral(w * rInv) / wNorm;
double rInvSqMean = integral(w * rInv * rInv) / wNorm;
double rInvSigma = sqrt(rInvSqMean - rInvMean*rInvMean);
double rMean = 1./rInvMean;
double rSigma = rInvSigma / (rInvMean*rInvMean);
//Print stats:
fprintf(fp, "Rsol %s %.2lf +/- %.2lf ( %.2lf +/- %.2lf A ) Qrms: %.1le\n", sp->name.c_str(),
rMean, rSigma, rMean/Angstrom, rSigma/Angstrom, sqrt(wNorm));
}
}
fclose(fp);
}
/**
* Process the mouse press event.
* Send out movement initialization signals.
*/
void InputController3DMove::mousePressEvent(QMouseEvent *event)
{
if (event->buttons() & Qt::MidButton)
{
emit initZoom(event->x(),event->y());
m_isButtonPressed=true;
}
else if (event->buttons() & Qt::LeftButton)
{
emit initRotation(event->x(),event->y());
m_isButtonPressed=true;
}
else if(event->buttons() & Qt::RightButton)
{
emit initTranslation(event->x(),event->y());
m_isButtonPressed=true;
}
}
int main(int argc, char *argv[])
{
QApplication a(argc, argv);
a.setApplicationVersion(QLatin1String("1.1.0"));
a.setOrganizationName(QStringLiteral("Ricochet"));
initTranslation();
#if !defined(Q_OS_WIN) && !defined(Q_OS_MAC)
a.setWindowIcon(QIcon(QStringLiteral(":/icons/ricochet.svg")));
#endif
QScopedPointer<SettingsFile> settings(new SettingsFile);
SettingsObject::setDefaultFile(settings.data());
QString error;
QLockFile *lock = 0;
if (!initSettings(settings.data(), &lock, error)) {
QMessageBox::critical(0, qApp->translate("Main", "Ricochet Error"), error);
return 1;
}
QScopedPointer<QLockFile> lockFile(lock);
/* Initialize OpenSSL's allocator */
CRYPTO_malloc_init();
/* Seed the OpenSSL RNG */
if (!SecureRNG::seed())
qFatal("Failed to initialize RNG");
qsrand(SecureRNG::randomInt(UINT_MAX));
/* Tor control manager */
Tor::TorManager *torManager = Tor::TorManager::instance();
torManager->setDataDirectory(QFileInfo(settings->filePath()).path() + QStringLiteral("/tor/"));
torControl = torManager->control();
torManager->start();
/* Identities */
identityManager = new IdentityManager;
/* Window */
MainWindow w;
return a.exec();
}
BaseMainPage::BaseMainPage(QString strTitle, QWidget *parent)
: QMainWindow(parent)
, m_strTitle(strTitle)
, m_nPageIndex(STARTUPPAGE_INDEX)
, m_pCtrlPage(0)
,adminFlag(false)
,m_bNavigatorMode(true)
,m_nNavigatorCnt(NAVIGATORCNT)
,m_nCurrentNavigator(0)
{
ui.setupUi(this);
g_pMainWindow = this;
initShotCut();
initMachine();
initTranslation();
initTimer();
initPage();
backToPage();
}
Application::Application(int& _argc, char** _argv) :
QApplication(_argc, _argv),
m_applicationManager(0)
{
//
// Настроим информацию о приложении
//
setOrganizationName("DimkaNovikov labs.");
setOrganizationDomain("dimkanovikov.pro");
setApplicationName("Scenarist");
setApplicationVersion("0.6.0 beta 6");
//
// Настроим стиль отображения внешнего вида приложения
//
setStyle(QStyleFactory::create("Fusion"));
//
// Загрузим шрифты в базу шрифтов программы, если их там ещё нет
//
QFontDatabase fontDatabase;
fontDatabase.addApplicationFont(":/Fonts/Courier New");
fontDatabase.addApplicationFont(":/Fonts/Courier Prime");
fontDatabase.addApplicationFont(":/Fonts/Courier Prime Bold");
fontDatabase.addApplicationFont(":/Fonts/Courier Prime Italic");
fontDatabase.addApplicationFont(":/Fonts/Courier Prime Bold Italic");
//
// Настроим перевод приложения
//
initTranslation();
//
// Настроим таймер определения простоя приложения
//
m_idleTimer.setInterval(3000);
connect(&m_idleTimer, &QTimer::timeout, [=] {
if (m_applicationManager != 0) {
postEvent(m_applicationManager, new QEvent(QEvent::User));
}
});
m_idleTimer.start();
}
