SPlaneSlicer::SPlaneSlicer() noexcept :
m_orientation(::fwDataTools::helper::MedicalImageAdaptor::Orientation::Z_AXIS),
m_reslicer(vtkSmartPointer<vtkImageReslice>::New())
{
newSlot(s_UPDATE_SLICE_TYPE_SLOT, &SPlaneSlicer::updateSliceOrientation, this);
newSlot(s_UPDATE_DEFAULT_VALUE_SLOT, &SPlaneSlicer::updateDefaultValue, this);
}
static void Register(HSQUIRRELVM v)
{
PropEntry props[] =
{
PROP_ENTRY (orientation),
PROP_ENTRY_R(portrait),
PROP_ENTRY_R(landscape),
PROP_ENTRY_R(left),
PROP_ENTRY_R(top),
PROP_ENTRY_R(width),
PROP_ENTRY_R(height),
PROP_ENTRY (scale),
PROP_ENTRY_R(scaledWidth),
PROP_ENTRY_R(scaledHeight),
PROP_ENTRY_R(renderDevice),
PROP_ENTRY_R(inputDevice),
NULL
};
FuncEntry funcs[] =
{
FUNC_ENTRY_H(channel, "(): EventChannel"),
NULL
};
bind(v, props, funcs);
addStaticTable(v, "ORIENT");
newSlot(v, -1, "PORTRAIT", (int)type::ORIENT_PORTRAIT);
newSlot(v, -1, "PORTRAIT_FLIP", (int)type::ORIENT_PORTRAIT_FLIP);
newSlot(v, -1, "LANDSCAPE", (int)type::ORIENT_LANDSCAPE);
newSlot(v, -1, "LANDSCAPE_FLIP", (int)type::ORIENT_LANDSCAPE_FLIP);
sq_poptop(v);
}
static void Register(HSQUIRRELVM v)
{
PropEntry props[] =
{
PROP_ENTRY_R(activatedProxy),
PROP_ENTRY_R(activated),
NULL
};
FuncEntry funcs[] =
{
CONS_ENTRY_H( "(sourceImage: Image, manager: TextureManager=NULL)\n"
"(source: StreamSource, manager: TextureManager=NULL)"),
FUNC_ENTRY_H(activate, "(ctx: RenderContext): AR"),
FUNC_ENTRY_H(deactivate, "()"),
NULL
};
bind(v, props, funcs);
addStaticTable(v, "AR");
newSlot(v, -1, "OK", (int)GLESTexture::AR_OK);
newSlot(v, -1, "NOT_LOADED", (int)GLESTexture::AR_NOT_LOADED);
newSlot(v, -1, "HAS_ERROR", (int)GLESTexture::AR_HAS_ERROR);
newSlot(v, -1, "LOADING", (int)GLESTexture::AR_LOADING);
newSlot(v, -1, "DISPOSED", (int)GLESTexture::AR_DISPOSED);
};
SNegatoSlicingInteractor::SNegatoSlicingInteractor() noexcept :
m_vtkObserver(nullptr),
m_priority(.6f)
{
m_sigSlicingStarted = newSignal< SlicingStartedSignalType >(s_SLICING_STARTED_SIG);
m_sigSlicingStopped = newSignal< SlicingStoppedSignalType >(s_SLICING_STOPPED_SIG);
newSlot(s_UPDATE_SLICE_INDEX_SLOT, &SNegatoSlicingInteractor::updateSliceIndex, this);
newSlot(s_UPDATE_SLICE_TYPE_SLOT, &SNegatoSlicingInteractor::updateSliceType, this);
}
IFrameSrv::IFrameSrv() :
m_hasMenuBar(false),
m_hasToolBar(false),
m_closePolicy("exit")
{
m_sigClosed = newSignal< ClosedSignalType >(s_CLOSED_SIG);
newSlot(s_SET_VISIBLE_SLOT, &IFrameSrv::setVisible, this);
newSlot(s_SHOW_SLOT, &IFrameSrv::show, this);
newSlot(s_HIDE_SLOT, &IFrameSrv::hide, this);
}
int FEM_Adapt::newNode(){
if(nodeValid){
return newSlot(nodeValid);
}else{
return theMesh->node.size();
}
};
SRenderer::SRenderer() noexcept :
m_render( nullptr ),
m_bPipelineIsInit(false)
{
SLM_TRACE_FUNC();
newSlot(s_REFRESH_SLOT, &SRenderer::refresh, this);
}
SJobBar::SJobBar() noexcept
{
newSlot( SHOW_JOB_SLOT, &SJobBar::showJob, this );
m_sigStarted = newSignal< StartedSignalType >( STARTED_SIGNAL );
m_sigEnded = newSignal< EndedSignalType >( ENDED_SIGNAL );
}
int FEM_Adapt::newElement(){
if(elemValid){
return newSlot(elemValid);
}else{
FEM_Elem *elem = (FEM_Elem *)theMesh->lookup(FEM_ELEM,"newElement");
return elem->size();
}
};
S2DWheel::S2DWheel() noexcept :
m_wheelWidget(vtkSmartPointer<fwVtkWheelWidget>::New()),
m_visible(true)
{
m_wheelUpdatedSignal = newSignal<WheelUpdatedSignalType>(s_WHEEL_UPDATED_SIG);
newSlot(s_UPDATE_VISIBILITY_SLOT, &S2DWheel::updateVisibility, this);
}
static void Register(HSQUIRRELVM v)
{
PropEntry props[] =
{
PROP_ENTRY_R(numWorldMatrices),
PROP_ENTRY_R(numTextureUnits),
PROP_ENTRY_R(numVertexBlendMatrices),
PROP_ENTRY_R(numVertexTextureUnits),
PROP_ENTRY_R(maxTextureSize),
PROP_ENTRY_R(maxViewportWidth),
PROP_ENTRY_R(maxViewportHeight),
PROP_ENTRY_R(numDepthBufferBits),
PROP_ENTRY_R(numStencilBufferBits),
PROP_ENTRY_R(numVertexShaderFloatConsts),
PROP_ENTRY_R(numVertexShaderIntConsts),
PROP_ENTRY_R(numVertexShaderBoolConsts),
PROP_ENTRY_R(numGeometryShaderFloatConsts),
PROP_ENTRY_R(numGeometryShaderIntConsts),
PROP_ENTRY_R(numGeometryShaderBoolConsts),
PROP_ENTRY_R(numPixelShaderFloatConsts),
PROP_ENTRY_R(numPixelShaderIntConsts),
PROP_ENTRY_R(numPixelShaderBoolConsts),
PROP_ENTRY_R(numMultiRenderTargets),
NULL
};
FuncEntry funcs[] =
{
FUNC_ENTRY_H(isCapable, "(spec: int): bool"),
FUNC_ENTRY_H(report, "(ch: LogChannel = null)"),
NULL
};
bind(v, props, funcs);
vector<std::pair<String, uint32> >::type specs;
RenderSpec::allSpecs(specs);
for (uint i=0; i<specs.size(); ++i)
{
const String& name = specs[i].first;
size_t ppos = name.find('.');
if (ppos != name.npos)
{
addStaticTable(v, name.substr(0, ppos).c_str(), false, false);
newSlot(v, -1, name.substr(ppos+1), specs[i].second);
sq_poptop(v);
}
else
{
addStatic(v, name.c_str(), specs[i].second);
}
}
}
void FFCP::createActions()
{
newAct = new QAction( tr("新建"), this); //QIcon("./images/open.png"), 暂时不设置图片
newAct->setShortcut(tr("N"));
connect(newAct, SIGNAL(triggered()), this, SLOT(newSlot()));
openAct = new QAction(tr("打开"), this);
openAct->setShortcut(tr("O"));
connect(openAct, SIGNAL(triggered()), this, SLOT(openSlot()));
saveAct = new QAction(tr("保存"), this);
saveAct->setShortcut(tr("S"));
connect(saveAct, SIGNAL(triggered()), this, SLOT(saveSlot()));
quitAct = new QAction(tr("退出"), this);
quitAct->setShortcut(tr("Q"));
connect(quitAct, SIGNAL(triggered()), this, SLOT(close()));
aboutAct = new QAction(tr("关于"), this);
aboutAct->setShortcut(tr("A"));
connect(aboutAct, SIGNAL(triggered()), this, SLOT(aboutSlot()));
compileAct = new QAction(tr("编译"), this);
compileAct->setShortcut(tr("F7"));
connect(compileAct, SIGNAL(triggered()), this, SLOT(compileSlot()));
simulationAct = new QAction(tr("仿真"), this);
simulationAct->setShortcut(tr("F6"));
connect(simulationAct, SIGNAL(triggered()), this, SLOT(simulationSlot()));
downloadAct = new QAction(tr("下载"), this);
downloadAct->setShortcut(tr("F5"));
connect(downloadAct, SIGNAL(triggered()), this, SLOT(downloadSlot()));
clearAct = new QAction(tr("清除"), this);
clearAct->setShortcut(tr("F8"));
connect(clearAct, SIGNAL(triggered()), this, SLOT(clearSlot()));
//在工具中添加变量定义
defineAct = new QAction(tr("变量定义"),this);
defineAct->setShortcut(tr("F1"));
connect(defineAct, SIGNAL(triggered()), this, SLOT(defineSlot()));
hardwareAct = new QAction(tr("硬件结构图"), this);
defineAct->setShortcut(tr("F3"));
connect(hardwareAct, SIGNAL(triggered()), this, SLOT(hardwareSlot()));
softwareAct = new QAction(tr("软件流程图"), this);
defineAct->setShortcut(tr("F2"));
connect(softwareAct, SIGNAL(triggered()), this, SLOT(softwareSlot()));
}
CFrmSettings::CFrmSettings()
{
this->gvc = gvContext();
Ui_Dialog tempDia;
tempDia.setupUi(this);
graph = NULL;
activeWindow = NULL;
QString path;
#ifndef WIN32
char *s = getenv("GVEDIT_PATH");
if (s)
path = s;
else
path = GVEDIT_DATADIR;
#endif
connect(WIDGET(QPushButton, pbAdd), SIGNAL(clicked()), this,
SLOT(addSlot()));
connect(WIDGET(QPushButton, pbNew), SIGNAL(clicked()), this,
SLOT(newSlot()));
connect(WIDGET(QPushButton, pbOpen), SIGNAL(clicked()), this,
SLOT(openSlot()));
connect(WIDGET(QPushButton, pbSave), SIGNAL(clicked()), this,
SLOT(saveSlot()));
connect(WIDGET(QPushButton, btnOK), SIGNAL(clicked()), this,
SLOT(okSlot()));
connect(WIDGET(QPushButton, btnCancel), SIGNAL(clicked()), this,
SLOT(cancelSlot()));
connect(WIDGET(QPushButton, pbOut), SIGNAL(clicked()), this,
SLOT(outputSlot()));
connect(WIDGET(QPushButton, pbHelp), SIGNAL(clicked()), this,
SLOT(helpSlot()));
connect(WIDGET(QComboBox, cbScope), SIGNAL(currentIndexChanged(int)),
this, SLOT(scopeChangedSlot(int)));
scopeChangedSlot(0);
#ifndef WIN32
loadAttrs(path + "/attrs.txt", WIDGET(QComboBox, cbNameG),
WIDGET(QComboBox, cbNameN), WIDGET(QComboBox, cbNameE));
#else
loadAttrs("../share/graphviz/gvedit/attributes.txt",
WIDGET(QComboBox, cbNameG), WIDGET(QComboBox, cbNameN),
WIDGET(QComboBox, cbNameE));
#endif
setWindowIcon(QIcon(":/images/icon.png"));
}
IActionSrv::IActionSrv() :
m_activeStateValue(true),
m_isActive(false),
m_isExecutable(true),
m_isVisible(true),
m_confirmAction(false)
{
newSlot(s_SET_IS_ACTIVE_SLOT, &IActionSrv::setIsActive, this);
newSlot(s_ACTIVATE_SLOT, &IActionSrv::activate, this);
newSlot(s_DEACTIVATE_SLOT, &IActionSrv::deactivate, this);
newSlot(s_SET_IS_EXECUTABLE_SLOT, &IActionSrv::setIsExecutable, this);
newSlot(s_SET_EXECUTABLE_SLOT, &IActionSrv::setExecutable, this);
newSlot(s_SET_INEXECUTABLE_SLOT, &IActionSrv::setInexecutable, this);
newSlot(s_SET_VISIBLE_SLOT, &IActionSrv::setVisible, this);
newSlot(s_SHOW_SLOT, &IActionSrv::show, this);
newSlot(s_HIDE_SLOT, &IActionSrv::hide, this);
m_sigEnabled = newSignal< EnabledSignalType >(s_ENABLED_SIG);
m_sigDisabled = newSignal< DisabledSignalType >(s_DISABLED_SIG);
m_sigChecked = newSignal< CheckedSignalType >(s_CHECKED_SIG);
m_sigUnchecked = newSignal< UncheckedSignalType >(s_UNCHECKED_SIG);
}
void FieldContainerViewCtl::loadFieldTypesSlot(void)
{
int i;
QString fN (QFileDialog::getOpenFileName ( QString::null,
"Type list file (*.ftd)", this ) );
if (!fN.isEmpty()) {
newSlot();
Field::loadFieldTypeList(fN);
partTypeCombo->clear();
for (i = 0; true; i++)
if (Field::typeStr(i))
partTypeCombo->insertItem(QString(Field::typeStr(i)));
else
break;
}
}
SExportSeries::SExportSeries()
{
newSlot(s_CHECK_ADDED_SERIES_SLOT, &SExportSeries::checkAddedSeries, this);
newSlot(s_CHECK_REMOVED_SERIES_SLOT, &SExportSeries::checkRemovedSeries, this);
}
SMesh::SMesh() noexcept :
m_showClippedPart(true),
m_autoResetCamera(true),
m_polyData(nullptr),
m_mapper(vtkPolyDataMapper::New()),
m_actor(nullptr),
m_clippingPlanes(nullptr),
m_servicesStarterCallback(nullptr),
m_transform(vtkTransform::New()),
m_uvgen(NONE)
{
m_unclippedPartMaterial = ::fwData::Material::New();
m_material = ::fwData::Material::New();
m_unclippedPartMaterial->diffuse()->setRGBA("#aaaaff44");
m_clippingPlanesId = "";
m_sigTextureApplied = newSignal<TextureAppliedSignalType>(s_TEXTURE_APPLIED_SIG);
newSlot(s_UPDATE_VISIBILITY_SLOT, &SMesh::updateVisibility, this);
newSlot(s_UPDATE_POINT_COLORS_SLOT, &SMesh::updatePointColors, this);
newSlot(s_UPDATE_CELL_COLORS_SLOT, &SMesh::updateCellColors, this);
newSlot(s_UPDATE_VERTEX_SLOT, &SMesh::updateVertex, this);
newSlot(s_UPDATE_POINT_NORMALS_SLOT, &SMesh::updatePointNormals, this);
newSlot(s_UPDATE_CELL_NORMALS_SLOT, &SMesh::updateCellNormals, this);
newSlot(s_UPDATE_POINT_TEX_COORDS_SLOT, &SMesh::updatePointTexCoords, this);
newSlot(s_UPDATE_CELL_TEX_COORDS_SLOT, &SMesh::updateCellTexCoords, this);
newSlot(s_SHOW_POINT_COLORS_SLOT, &SMesh::showPointColors, this);
newSlot(s_SHOW_CELL_COLORS_SLOT, &SMesh::showCellColors, this);
newSlot(s_HIDE_COLORS_SLOT, &SMesh::hideColors, this);
newSlot(s_UPDATE_COLOR_MODE_SLOT, &SMesh::updateColorMode, this);
newSlot(s_UPDATE_NORMAL_MODE_SLOT, &SMesh::updateNormalMode, this);
newSlot(s_UPDATE_MATRIX_FIELD_SLOT, &SMesh::updateMatrixField, this);
}
SSnapshot::SSnapshot() noexcept
{
newSlot(s_SNAP_SLOT, &SSnapshot::snap, this);
newSlot(s_SNAPTOIMAGE_SLOT, &SSnapshot::snapToImage, this);
}
ShowLandmark::ShowLandmark( ) noexcept
{
newSlot(s_SHOW_LANDMARK_SLOT, &ShowLandmark::showLandmark, this);
}
PointEditor::PointEditor() noexcept
{
newSlot(s_GET_INTERACTION_SLOT, &PointEditor::getInteraction, this);
}
SJumpToPointController::SJumpToPointController() noexcept
{
newSlot(s_CHANGE_DIRECT_TARGET_SLOT, &SJumpToPointController::jumpToViewPoint, this);
}