void Window::checkIfIsOffScreen(bool partially, bool entirely)
{
// Move the window onto screen if it has become off screen
// For instance, because of resolution change...
// First of all, don't deal when a window hasn't got
// any size initialized yet...
if (getWidth() == 0 && getHeight() == 0)
return;
// Made partially the default behaviour
if (!partially && !entirely)
partially = true;
// Keep guichan window inside screen (supports resizing any side)
gcn::Rectangle winDimension = getDimension();
if (winDimension.x < 0)
{
winDimension.width += winDimension.x;
winDimension.x = 0;
}
if (winDimension.y < 0)
{
winDimension.height += winDimension.y;
winDimension.y = 0;
}
// Look if the window is partially off-screen limits...
if (partially)
{
if (winDimension.x + winDimension.width > graphics->getWidth())
{
winDimension.x = graphics->getWidth() - winDimension.width;
}
if (winDimension.y + winDimension.height > graphics->getHeight())
{
winDimension.y = graphics->getHeight() - winDimension.height;
}
setDimension(winDimension);
return;
}
if (entirely)
{
if (winDimension.x > graphics->getWidth())
{
winDimension.x = graphics->getWidth() - winDimension.width;
}
if (winDimension.y > graphics->getHeight())
{
winDimension.y = graphics->getHeight() - winDimension.height;
}
}
setDimension(winDimension);
}
void FilenameBox::resetPositions(){
//make the window a standard size
setDimension( gcn::Rectangle(0,0,450,100) );
//position the elements
bodyText->setX( 0 );
//input field
input->setX( bodyText->getX() + bodyText->getWidth() +2 );
input->setWidth( getWidth() - (input->getX()+10) );
//buttons
cancelButton->setX( getWidth() - cancelButton->getWidth() -10 );
doneButton->setX( cancelButton->getX() - doneButton->getWidth() );
//label y near center
bodyText->setY( 30 );
input->setY( 30 );
//button right bottom
doneButton->setY( getHeight() - doneButton->getHeight() -20);
doneButton->setFrameSize(0);
cancelButton->setY( doneButton->getY() );
cancelButton->setFrameSize(0);
//put window in center
setPosition((1024+getWidth())/4, (764+getHeight())/4);
}
RMatrix& RMatrix::attachRows (const RMatrix& A)
{
//! \todo zcopy_ verwenden
const LongInt n = numberOfColumns();
const LongInt m1 = numberOfRows();
const LongInt m2 = A.numberOfRows();
const LongInt m = m1+m2;
RMatrix temp((*this));
setDimension(m,n);
for(LongInt j=0; j<n; j++)
{
LongInt i;
for(i=0; i<m1; i++)
{
(*this)(i,j) = temp(i,j);
}
for(i=0; i<m2; i++)
{
(*this)(i+m1,j) = A(i,j);
}
}
return (*this);
}
WindowMenu::WindowMenu():
mEmotePopup(0)
{
int x = 0, h = 0;
addButton(":-)", x, h, "button-icon-smilies.png");
addButton(N_("Status"), x, h, "button-icon-status.png",
KeyboardConfig::KEY_WINDOW_STATUS);
addButton(N_("Inventory"), x, h, "button-icon-inventory.png",
KeyboardConfig::KEY_WINDOW_INVENTORY);
addButton(N_("Equipment"), x, h, "button-icon-equipment.png",
KeyboardConfig::KEY_WINDOW_EQUIPMENT);
if (skillDialog->hasSkills())
addButton(N_("Skills"), x, h, "button-icon-skills.png",
KeyboardConfig::KEY_WINDOW_SKILL);
if (specialsWindow->hasSpecials())
addButton(N_("Specials"), x, h, "button-icon-specials.png");
addButton(N_("Social"), x, h, "button-icon-social.png",
KeyboardConfig::KEY_WINDOW_SOCIAL);
addButton(N_("Shortcuts"), x, h, "button-icon-shortcut.png",
KeyboardConfig::KEY_WINDOW_SHORTCUT);
addButton(N_("Setup"), x, h, "button-icon-setup.png",
KeyboardConfig::KEY_WINDOW_SETUP);
setDimension(gcn::Rectangle(graphics->getWidth() - x, 3,
x - 3, h));
setVisible(true);
}
TargetDebugTab::TargetDebugTab()
{
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
mTargetLabel = new Label(strprintf("%s ?", _("Target:")));
mTargetIdLabel = new Label(strprintf("%s ? ", _("Target Id:")));
mTargetLevelLabel = new Label(strprintf("%s ?", _("Target level:")));
mTargetRaceLabel = new Label(strprintf("%s ?", _("Target race:")));
mTargetPartyLabel = new Label(strprintf("%s ?", _("Target party:")));
mTargetGuildLabel = new Label(strprintf("%s ?", _("Target guild:")));
mAttackDelayLabel = new Label(strprintf("%s ?", _("Attack delay:")));
mMinHitLabel = new Label(strprintf("%s ?", _("Minimal hit:")));
mMaxHitLabel = new Label(strprintf("%s ?", _("Maximum hit:")));
mCriticalHitLabel = new Label(strprintf("%s ?", _("Critical hit:")));
place(0, 0, mTargetLabel, 2);
place(0, 1, mTargetIdLabel, 2);
place(0, 2, mTargetLevelLabel, 2);
place(0, 3, mTargetRaceLabel, 2);
place(0, 4, mAttackDelayLabel, 2);
place(0, 5, mTargetPartyLabel, 2);
place(0, 6, mTargetGuildLabel, 2);
place(0, 7, mMinHitLabel, 2);
place(0, 8, mMaxHitLabel, 2);
place(0, 9, mCriticalHitLabel, 2);
place.getCell().matchColWidth(0, 0);
place = h.getPlacer(0, 1);
setDimension(gcn::Rectangle(0, 0, 600, 300));
}
RMatrix& RMatrix::isConversionOf (const AMatrix& A)
{
const AMatrixType theMatrixA = A.type();
if(theMatrixA==isRMatrix)
{
(*this) = (RMatrix&) A;
}
else if(theMatrixA==isRkRMatrix)
{
(*this) = ((RkRMatrix&) A).convert2RMatrix();
}
else
{
const LongInt m = A.numberOfRows();
const LongInt n = A.numberOfColumns();
RVector temp(n);
setDimension(m, n);
for(LongInt j=0; j<n; j++)
{
RVector helpVp_w(m, &(*this)(0,j));
temp(j) = 1.0;
A(0, helpVp_w, 0, temp);
temp(j) = 0.0;
}
}
return (*this);
}
Setup_Keyboard::Setup_Keyboard():
mKeyListModel(new KeyListModel),
mKeyList(new ListBox(mKeyListModel)),
mKeySetting(false)
{
keyboard.setSetupKeyboard(this);
setName(_("Keyboard"));
refreshKeys();
mKeyList->addActionListener(this);
ScrollArea *scrollArea = new ScrollArea(mKeyList);
scrollArea->setHorizontalScrollPolicy(gcn::ScrollArea::SHOW_NEVER);
mAssignKeyButton = new Button(_("Assign"), "assign", this);
mAssignKeyButton->addActionListener(this);
mAssignKeyButton->setEnabled(false);
mMakeDefaultButton = new Button(_("Default"), "makeDefault", this);
mMakeDefaultButton->addActionListener(this);
// Do the layout
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
place(0, 0, scrollArea, 4, 6).setPadding(2);
place(0, 6, mMakeDefaultButton);
place(3, 6, mAssignKeyButton);
setDimension(gcn::Rectangle(0, 0, 365, 280));
}
void LeastSquareSolver::solve(const Matrix& A,const Vector& b)
{
// Assert the combination
if (A.rows()!=b.size())
{
std::cerr<<"Warning: The shape of input matrix 'A' and vector 'b' is not consistent! Least square solver ends"<<std::endl;
return;
}
else if (A.cols() != __dim)
{
std::cerr<<"Warning: The shape of input matrix 'A' is not consistent with the dimension of the problem. The dimension is changed automatically"<<std::endl;
setDimension(A.cols());
}
switch (__lstype)
{
case Tra:
solveTraditional(A,b);
break;
case LMS:
solveLMS(A,b);
break;
case RLS:
solveRLS(A,b);
break;
default:
break;
}
}
void NTNDArrayRecord::update()
{
lock();
try
{
beginGroupPut();
PVUByteArray::svector bytes;
imageGen->fillSharedVector(bytes,angle);
setValue(freeze(bytes));
if (firstTime)
{
int dims[] = { imageGen->getWidth(), imageGen->getHeight() };
setDimension(dims, 2);
setAttributes();
setSizes(static_cast<int64_t>(imageGen->getSize()));
firstTime = false;
}
setDataTimeStamp();
setUniqueId(count++);
process();
endGroupPut();
}
catch(...)
{
unlock();
throw;
}
angle += 1;
unlock();
}
MapDebugTab::MapDebugTab() :
mTexturesLabel(nullptr)
{
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
mMusicFileLabel = new Label(strprintf(_("Music:")));
mMapLabel = new Label(strprintf(_("Map:")));
mMinimapLabel = new Label(strprintf(_("Minimap:")));
mTileMouseLabel = new Label(strprintf("%s (%d, %d)", _("Cursor:"), 0, 0));
mXYLabel = new Label(strprintf("%s (?,?)", _("Player Position:")));
mParticleCountLabel = new Label(strprintf("%s %d",
_("Particle count:"), 88888));
mMapActorCountLabel = new Label(strprintf("%s %d",
_("Map actors count:"), 88888));
mUpdateTime = 0;
#ifdef USE_OPENGL
switch (imageHelper->useOpenGL())
{
case 0:
mFPSText = _("%d FPS (Software)");
break;
case 1:
default:
mFPSText = _("%d FPS (fast OpenGL)");
break;
case 2:
mFPSText = _("%d FPS (old OpenGL)");
break;
};
#else
mFPSText = _("%d FPS (Software)");
#endif
mFPSLabel = new Label(strprintf(_("%d FPS"), 0));
mLPSLabel = new Label(strprintf(_("%d LPS"), 0));
place(0, 0, mFPSLabel, 2);
place(0, 1, mLPSLabel, 2);
place(0, 2, mMusicFileLabel, 2);
place(0, 3, mMapLabel, 2);
place(0, 4, mMinimapLabel, 2);
place(0, 5, mXYLabel, 2);
place(0, 6, mTileMouseLabel, 2);
place(0, 7, mParticleCountLabel, 2);
place(0, 8, mMapActorCountLabel, 2);
#ifdef USE_OPENGL
#ifdef DEBUG_OPENGL_LEAKS
mTexturesLabel = new Label(strprintf("%s %s", _("Textures count:"), "?"));
place(0, 9, mTexturesLabel, 2);
#endif
#endif
place.getCell().matchColWidth(0, 0);
place = h.getPlacer(0, 1);
setDimension(gcn::Rectangle(0, 0, 600, 300));
}
void NonGradient::initialize_mesh_iteration(PatchData &pd, MsqError &err)
{
int elementDimension = getPatchDimension( pd, err ); // to do: react to error
int dimension = elementDimension * pd.num_free_vertices();
//printPatch( pd, err );
setDimension(dimension);
int maxNumEval = 100*dimension; // 1. Make this a user parameter
setMaxNumEval(maxNumEval);
double threshold = 1.e-10; // avoid division by zero
setThreshold(threshold);
double minEdgeLen = 0.0;
double maxEdgeLen = 0.0;
// double ftol = 0.;
if( dimension > 0 )
{
pd.get_minmax_edge_length( minEdgeLen, maxEdgeLen );
//ftol = minEdgeLen * 1.e-4; // Turn off Amoeba convergence criterion
if( mNonGradDebug >= 1 )
{
std::cout << "minimum edge length " << minEdgeLen << " maximum edge length " << maxEdgeLen << std::endl;
}
MSQ_PRINT(3)("minimum edge length %e maximum edge length %e\n", minEdgeLen, maxEdgeLen);
}
// setTolerance(ftol);
int numRow = dimension;
int numCol = numRow+1;
if( numRow*numCol <= simplex.max_size() )
{
simplex.assign(numRow*numCol, 0.); // guard against previous simplex value
double scale = minEdgeLen * mScaleDiameter;;
const MsqVertex* coord = pd.get_vertex_array(err);
if( pd.num_free_vertices() > 1 )
{
MSQ_SETERR(err)("Only one free vertex per patch implemented", MsqError::NOT_IMPLEMENTED);
}
size_t index = 0;
for( int col = 0; col < numCol; col++ )
{
for (int row=0;row<numRow;row++)
{
simplex[ row + col*numRow ] = coord[index][row];
if( row == col-1 )
{
simplex[ row + col*numRow ] += scale/ static_cast<double>(numCol);
}
}
}
}
else
{
MSQ_SETERR(err)("Use patch with fewer free vertices", MsqError::OUT_OF_MEMORY);
if( mNonGradDebug >= 1 )
{
std::cout << "ERROR: Too many free vertices in patch" << std::endl;
}
//MSQ_PRINT(1)("ERROR: Too many free vertices in patch\n");
}
}
PgSQLType::PgSQLType(unsigned type_id, unsigned length, unsigned dimension, int precision, bool with_timezone, IntervalType interv_type, SpatialType spatial_type) : PgSQLType()
{
(*this)=type_id;
setLength(length);
setDimension(dimension);
setPrecision(precision);
setWithTimezone(with_timezone);
setIntervalType(interv_type);
setSpatialType(spatial_type);
}
PgSQLType::PgSQLType(const QString &type_name, unsigned length, unsigned dimension, int precision, bool with_timezone, IntervalType interv_type, SpatialType spatial_type)
{
(*this)=type_name;
setLength(length);
setDimension(dimension);
setPrecision(precision);
setWithTimezone(with_timezone);
setIntervalType(interv_type);
setSpatialType(spatial_type);
}
void RadioButton::setText(string text) {
label->setText(text);
int radius = label->getFont()->lineHeight() * 0.7;
label->setLocation(radius * 2, 0);
if (isAutoDimension()) {
setDimension(getCalculatedDimension());
}
}
CheckBox::CheckBox(Component *component): Component(component), checked(false) {
// emptyTexture = loadAsTexture(component.getRenderer(), "tick.png");
// checkedTexture = loadAsTexture(component.getRenderer(), "tick-checked.png");
setDimension(20, 20);
onClick.push_back([&]() -> void {
checked = !checked;
});
}
Schema InPlaceReprojection::alterSchema(Schema& schema)
{
const std::string x_name = getOptions().getValueOrDefault<std::string>("x_dim", "X");
const std::string y_name = getOptions().getValueOrDefault<std::string>("y_dim", "Y");
const std::string z_name = getOptions().getValueOrDefault<std::string>("z_dim", "Z");
log()->get(logDEBUG2) << "x_dim '" << x_name <<"' requested" << std::endl;
log()->get(logDEBUG2) << "y_dim '" << y_name <<"' requested" << std::endl;
log()->get(logDEBUG2) << "z_dim '" << z_name <<"' requested" << std::endl;
Dimension const& dimX = schema.getDimension(x_name);
Dimension const& dimY = schema.getDimension(y_name);
Dimension const& dimZ = schema.getDimension(z_name);
log()->get(logDEBUG3) << "Fetched x_name: " << dimX;
log()->get(logDEBUG3) << "Fetched y_name: " << dimY;
log()->get(logDEBUG3) << "Fetched z_name: " << dimZ;
double offset_x = getOptions().getValueOrDefault<double>("offset_x", dimX.getNumericOffset());
double offset_y = getOptions().getValueOrDefault<double>("offset_y", dimY.getNumericOffset());
double offset_z = getOptions().getValueOrDefault<double>("offset_z", dimZ.getNumericOffset());
log()->floatPrecision(8);
log()->get(logDEBUG2) << "original offset x,y: " << offset_x <<"," << offset_y << std::endl;
reprojectOffsets(offset_x, offset_y, offset_z);
log()->get(logDEBUG2) << "reprojected offset x,y: " << offset_x <<"," << offset_y << std::endl;
double scale_x = getOptions().getValueOrDefault<double>("scale_x", dimX.getNumericScale());
double scale_y = getOptions().getValueOrDefault<double>("scale_y", dimY.getNumericScale());
double scale_z = getOptions().getValueOrDefault<double>("scale_z", dimZ.getNumericScale());
setDimension(x_name, m_old_x_id, m_new_x_id, schema, scale_x, offset_x);
setDimension(y_name, m_old_y_id, m_new_y_id, schema, scale_y, offset_y);
setDimension(z_name, m_old_z_id, m_new_z_id, schema, scale_z, offset_z);
return schema;
}
void OccupationMap::setCellSize(int cx, int cy) {
if (cx == 0 || cy == 0) {
return;
}
MatrixDimension gridDim;
if (m_winSize.cx > 0) {
gridDim.columnCount = (int)ceil((double)m_winSize.cx / cx);
}
if (m_winSize.cy > 0) {
gridDim.rowCount = (int)ceil((double)m_winSize.cy / cy);
}
m_cellSize = CSize(cx, cy);
setDimension(gridDim);
}
ProfileChooser::ProfileChooser ( GuiMain *gMain ) : GuiObject(gMain)
{
setVisible ( false );
mOk.setCaption ( "Ok" );
mCancel.setCaption ( "Cancel" );
mOk.addActionListener ( this );
mCancel.addActionListener ( this );
mCreateNew.addActionListener ( this );
mOk.setActionEventId ( "mOk" );
mCancel.setActionEventId ( "mCancel" );
mCreateNew.setActionEventId ( "mCreateNew" );
mProfileLabel.setCaption ( "Profile" );
mNewProfileLabel.setCaption ( "Profile" );
mCreateNew.setCaption ( "Create New" );
mProfile.setListModel ( &mProfileList );
/*
* Size and place our widgets
*/
add ( &mProfileLabel );
add ( &mNewProfileLabel );
add ( &mProfile );
add ( &mNewProfile );
add ( &mCreateNew );
add ( &mOk );
add ( &mCancel );
setCaption ( "Choose Profile or Create New" );
setDimension ( mGuiMain->getRectangle(10,8,60,10) );
mProfileLabel.setDimension ( mGuiMain->getRectangle(2,1,8,1.2) );
mProfile.setDimension ( mGuiMain->getRectangle(10,1,45,1.2) );
mCreateNew.setDimension ( mGuiMain->getRectangle(2,3,10,1.2) );
mNewProfileLabel.setDimension ( mGuiMain->getRectangle(2,5,8,1.2) );
mNewProfile.setDimension ( mGuiMain->getRectangle(10,5,45,1.2) );
mOk.setDimension ( mGuiMain->getRectangle(21,7,4,1.2) );
mCancel.setDimension ( mGuiMain->getRectangle(31,7,4,1.2) );
mProfileLabel.adjustSize();
mProfile.adjustHeight();
mCreateNew.adjustSize();
mNewProfile.adjustHeight();
mOk.adjustSize();
mCancel.adjustSize();
}
int main() {
std::cout << "Initialising problem..." << std::endl;
auto initialiser = std::make_shared<vof::DoubleMachInitialiser>();
initialiser->setResolution(0, 400);
initialiser->setResolution(1, 300);
initialiser->setDimension(2);
std::cout << "Running simulation..." << std::endl;
vof::Controller<2, vof::FluxCalculatorGodunovImpl<2> > controller(initialiser);
controller.runSimulation();
std::cout << "Simulation completed successfully!" << std::endl;
return 0;
}
NetDebugTab::NetDebugTab()
{
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
mPingLabel = new Label(" ");
mInPackets1Label = new Label(" ");
mOutPackets1Label = new Label(" ");
place(0, 0, mPingLabel, 2);
place(0, 1, mInPackets1Label, 2);
place(0, 2, mOutPackets1Label, 2);
place.getCell().matchColWidth(0, 0);
place = h.getPlacer(0, 1);
setDimension(gcn::Rectangle(0, 0, 600, 300));
}
InfoClanTab::InfoClanTab(const Widget2 *const widget) :
Container(widget),
mNameLabel(new Label(this, " ")),
mMasterLabel(new Label(this, " ")),
mMapLabel(new Label(this, " "))
{
setSelectable(false);
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
place(0, 0, mNameLabel, 2, 1);
place(0, 1, mMasterLabel, 2, 1);
place(0, 2, mMapLabel, 2, 1);
place.getCell().matchColWidth(0, 0);
setDimension(Rect(0, 0, 600, 300));
}
RMatrix& RMatrix :: operator = (const RMatrix& A)
{
LongInt n = A.numberOfRows();
LongInt m = A.numberOfColumns();
setDimension(n, m);
attr_type = A.attr_type;
setTranspose(A.isTranspose());
integer dim = n*m;
integer nx = 1;
TensorCalculus::Blas<double>::copy (dim, (&A._pelm[0]), nx, (&this->_pelm[0]), nx);
return (*this);
}
AlgMultiArranque::AlgMultiArranque(vector<Cluster*>& clusters, vector<Objeto*>& objetos) {
setNombreAlgoritmo(" Técnica MultiArranque ");
setObjetos(objetos);
setClusters(clusters);
setDimension(getClusters()[0]->getDimension());
int* sol = new int [getObjetos().size()];
_solActual = new int [getObjetos().size()];
_mejorSol = new int [getObjetos().size()];
for (unsigned int i = 0; i < getObjetos().size(); ++i) {
sol[i] = -1;
}
setSolucion(sol);
delete [] sol;
_tecnicaLocal = NULL;
_centroidesFin = new int *[getClusters().size()];
for (unsigned int i = 0; i < getClusters().size(); ++i)
_centroidesFin[i] = new int[getDimension()];
}
//! constructor
CGameUnitsFormation::CGameUnitsFormation(
core::dimension2di dim, s32 formation_id
) :
FormationID(-1), MaxUnitsCount(0), FormationState(EFS_FORMING), Commander(0),
FirstForming(true)
{
#if MY_DEBUG_MODE
setClassName("CGameUnitsFormation");
#endif
setFormationID(formation_id);
setDimension(dim);
core::array< core::vector2df > points;
points.push_back( core::vector2df( 0.0f, 0.0f ) );
points.push_back( core::vector2df( 50.0f, 0.25f ) );
points.push_back( core::vector2df( 100.0f, 1.0f ) );
SpeedInterpolator.init(points.pointer(), points.size());
}
RMatrix& RMatrix::isReorganized(const RMatrix& A)
{
const LongInt n = A.numberOfColumns();
if(true) //!todo Pr�fe ob n eine Quadratzahl ist!
{
const LongInt m = (LongInt) (sqrt((LongReal)n)+0.5);
setDimension(n, n);
LongInt i=0, j=0, iA=0, jA=0;
for(LongInt i1=0; i1<m; i1++)
{
for(LongInt i2=0; i2<m; i2++)
{
for(LongInt j1=0; j1<m; j1++)
{
for(LongInt j2=0; j2<m; j2++)
{
i = i1+j1*m;
j = i2+j2*m;
iA = i1+i2*m;
jA = j1+j2*m;
(*this)(i,j) = A(iA,jA);
}
}
}
}
}
else
{
throw SimpleException(IString("Warning In RMatrix::isReorganized(const RMatrix& A), rows!=columns!!!"));
}
return (*this);
}
RMatrix& RMatrix::attachColumns (const RMatrix& A)
{
const LongInt m = numberOfRows();
const LongInt n1 = numberOfColumns();
const LongInt n2 = A.numberOfColumns();
const LongInt n = n1+n2;
RMatrix temp((*this));
setDimension(m, n);
integer dim1 = m*n1;
integer nx = 1;
// dcopy (&dim1, (LongReal*)(&temp._pelm[0]), &nx, (LongReal*)(&_pelm[0]), &nx);
TensorCalculus::Blas<double>::copy (dim1, (&temp._pelm[0]), nx, (&_pelm[0]), nx);
integer dim2 = m*n2;
// dcopy (&dim2, (LongReal*)(&A._pelm[0]), &nx, (LongReal*)(&_pelm[dim1]), &nx);
TensorCalculus::Blas<double>::copy (dim2, (&A._pelm[0]), nx, (&_pelm[dim1]), nx);
return (*this);
}
Setup_Joystick::Setup_Joystick():
mCalibrateLabel(new Label(_("Press the button to start calibration"))),
mCalibrateButton(new Button(_("Calibrate"), "calibrate", this)),
mJoystickEnabled(new CheckBox(_("Enable joystick")))
{
setName(_("Joystick"));
mOriginalJoystickEnabled = !config.getBoolValue("joystickEnabled");
mJoystickEnabled->setSelected(mOriginalJoystickEnabled);
mJoystickEnabled->addActionListener(this);
// Do the layout
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
place(0, 0, mJoystickEnabled);
place(0, 1, mCalibrateLabel);
place.getCell().matchColWidth(0, 0);
place = h.getPlacer(0, 1);
place(0, 0, mCalibrateButton);
setDimension(gcn::Rectangle(0, 0, 370, 75));
}
WindowMenu::WindowMenu():
mEmotePopup(0)
{
int x = 0, h = 0;
//addButton(":-)", x, h);
addButton(N_("Status"), x, h);
addButton(N_("Equipment"), x, h);
addButton(N_("Inventory"), x, h);
//if (skillDialog->hasSkills())
//addButton(N_("Skills"), x, h);
// if (specialsWindow->hasSpecials())
//addButton(N_("Specials"), x, h);
//addButton(N_("Social"), x, h);
addButton(N_("Shortcut"), x, h);
addButton(N_("Setup"), x, h);
setDimension(gcn::Rectangle(graphics->getWidth() - x - 3, 3,
x - 3, h));
setVisible(true);
}
Setup_Perfomance::Setup_Perfomance(const Widget2 *const widget) :
SetupTabScroll(widget),
#ifdef USE_SDL2
mSdlDriversList(new NamesModel),
#endif // USE_SDL2
mTexturesList(new NamesModel)
{
// TRANSLATORS: settings tab name
setName(_("Performance"));
// Do the layout
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
place(0, 0, mScroll, 10, 10);
#ifdef USE_SDL2
StringVect sdlDriversList;
SDL::getRenderers(sdlDriversList,
config.getStringValue("sdlDriver"));
sdlDriversList.insert(sdlDriversList.begin(),
// TRANSLATORS: sdl driver name
N_("default"));
#endif // USE_SDL2
// TRANSLATORS: settings option
new SetupItemLabel(_("Better performance (enable for better performance)"),
"", this,
Separator_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Auto adjust performance"), "",
"adjustPerfomance", this, "adjustPerfomanceEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Hw acceleration"), "",
"hwaccel", this, "hwaccelEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable opacity cache (Software, can "
"use much memory)"), "", "alphaCache", this, "alphaCacheEvent",
MainConfig_true);
#ifndef USE_SDL2
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable map reduce (Software)"), "",
"enableMapReduce", this, "enableMapReduceEvent",
MainConfig_true);
#endif // USE_SDL2
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable compound sprite delay (Software)"), "",
"enableCompoundSpriteDelay", this, "enableCompoundSpriteDelayEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable delayed images load (OpenGL)"), "",
"enableDelayedAnimations", this, "enableDelayedAnimationsEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable texture sampler (OpenGL)"), "",
"useTextureSampler", this, "useTextureSamplerEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable OpenGL context creation"),
"", "openglContext", this, "openglContextEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable OpenGL direct state access"),
"", "enableDSA", this, "enableDSAEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemLabel(_("Better quality (disable for better performance)"),
"", this,
Separator_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable alpha channel fix (Software, can "
"be very slow)"), "Can slow down drawing", "enableAlphaFix",
this, "enableAlphaFixEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Show beings transparency"), "",
"beingopacity", this, "beingopacityEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable reorder sprites (need for mods support)."),
"", "enableReorderSprites", this, "enableReorderSpritesEvent",
MainConfig_true);
#ifndef USE_SDL2
// TRANSLATORS: settings option
new SetupItemLabel(_("Small memory (enable for lower memory usage)"),
"", this,
Separator_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Disable advanced beings caching (Software)"), "",
"disableAdvBeingCaching", this, "disableAdvBeingCachingEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Disable beings caching (Software)"), "",
"disableBeingCaching", this, "disableBeingCachingEvent",
MainConfig_true);
#endif // USE_SDL2
// TRANSLATORS: settings group
new SetupItemLabel(_("Different options (enable or disable can "
"improve performance)"), "", this,
Separator_true);
#ifdef USE_SDL2
mSdlDriversList->fillFromVector(sdlDriversList);
new SetupItemDropDownStr(
// TRANSLATORS: settings option
_("Try first sdl driver (only for SDL2 default mode)"),
"", "sdlDriver", this, "sdlDriverEvent", mSdlDriversList, 100,
MainConfig_true);
#endif // USE_SDL2
mTexturesList->fillFromArray(&texturesList[0], texturesListSize);
// TRANSLATORS: settings option
new SetupItemDropDown(_("Enable texture compression (OpenGL)"), "",
"compresstextures", this, "compresstexturesEvent", mTexturesList, 100,
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable rectangular texture extension (OpenGL)"),
"", "rectangulartextures", this, "rectangulartexturesEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Use new texture internal format (OpenGL)"),
"", "newtextures", this, "newtexturesEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Enable texture atlases (OpenGL)"), "",
"useAtlases", this, "useAtlasesEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Cache all sprites per map (can use "
"additional memory)"), "", "uselonglivesprites", this,
"uselonglivespritesEvent",
MainConfig_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Cache all sounds (can use additional memory)"),
"", "uselonglivesounds", this,
"uselonglivesoundsEvent",
MainConfig_true);
// TRANSLATORS: settings group
new SetupItemLabel(_("Critical options (DO NOT change if you don't "
"know what you're doing)"), "", this,
Separator_true);
// TRANSLATORS: settings option
new SetupItemCheckBox(_("Disable logging in game (do not enable)"),
"", "disableLoggingInGame", this, "disableLoggingInGameEvent",
MainConfig_true);
setDimension(Rect(0, 0, 550, 350));
}
Setup_Relations::Setup_Relations():
mPlayerTableTitleModel(new StaticTableModel(1, COLUMNS_NR)),
mPlayerTableModel(new PlayerTableModel),
mPlayerTable(new GuiTable(mPlayerTableModel)),
mPlayerTitleTable(new GuiTable(mPlayerTableTitleModel)),
mPlayerScrollArea(new ScrollArea(mPlayerTable)),
mDefaultTrading(new CheckBox(_("Allow trading"),
player_relations.getDefault() & PlayerRelation::TRADE)),
mDefaultWhisper(new CheckBox(_("Allow whispers"),
player_relations.getDefault() & PlayerRelation::WHISPER)),
mDeleteButton(new Button(_("Delete"), ACTION_DELETE, this))
{
setName(_("Relations"));
mPlayerTable->setOpaque(false);
mPlayerTableTitleModel->fixColumnWidth(NAME_COLUMN, NAME_COLUMN_WIDTH);
mPlayerTableTitleModel->fixColumnWidth(RELATION_CHOICE_COLUMN,
RELATION_CHOICE_COLUMN_WIDTH);
mPlayerTitleTable->setBackgroundColor(gcn::Color(0xbf, 0xbf, 0xbf));
mIgnoreActionChoicesModel = new IgnoreChoicesListModel;
mIgnoreActionChoicesBox = new DropDown(mIgnoreActionChoicesModel);
for (int i = 0; i < COLUMNS_NR; i++)
mPlayerTableTitleModel->set(0, i, new Label(gettext(table_titles[i])));
mPlayerTitleTable->setLinewiseSelection(true);
mPlayerScrollArea->setHorizontalScrollPolicy(gcn::ScrollArea::SHOW_NEVER);
mPlayerTable->setActionEventId(ACTION_TABLE);
mPlayerTable->setLinewiseSelection(true);
mPlayerTable->addActionListener(this);
gcn::Label *ignore_action_label = new Label(_("When ignoring:"));
mIgnoreActionChoicesBox->setActionEventId(ACTION_STRATEGY);
mIgnoreActionChoicesBox->addActionListener(this);
int ignore_strategy_index = 0; // safe default
if (player_relations.getPlayerIgnoreStrategy())
{
ignore_strategy_index = player_relations.getPlayerIgnoreStrategyIndex(
player_relations.getPlayerIgnoreStrategy()->mShortName);
if (ignore_strategy_index < 0)
ignore_strategy_index = 0;
}
mIgnoreActionChoicesBox->setSelected(ignore_strategy_index);
mIgnoreActionChoicesBox->adjustHeight();
reset();
// Do the layout
LayoutHelper h(this);
ContainerPlacer place = h.getPlacer(0, 0);
place(0, 0, mPlayerTitleTable, 6);
place(0, 1, mPlayerScrollArea, 6, 4).setPadding(2);
place(0, 5, mDeleteButton);
place(3, 5, ignore_action_label, 1);
place(4, 5, mIgnoreActionChoicesBox, 2).setPadding(2);
place(3, 6, mDefaultTrading, 3);
place(3, 7, mDefaultWhisper, 3);
player_relations.addListener(this);
setDimension(gcn::Rectangle(0, 0, 500, 350));
}