Off-line Graphics Tools Ianna Osborne Northeastern University

Outline Graphics and graphics tools IGUANA Demo

Graphics The New Oxford Dictionary of English defines graphics as: the products of the graphic arts, especially commercial design or illustration; the use of diagrams in calculation and design; visual images produced by computer processing. the use of computers linked to display screens to generate and manipulate visual images. Graphics tools for GUI, 2D and 3D graphics

Graphics Application Layers X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries

Graphics Application Layers X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries

Graphics Application Layers X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries

Graphics Application Layers X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries

Graphics Application Layers X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries

IGUANA Interactive Graphics for User ANAlysis Main IGUANA focus - interactive detector and event visualisation: High- performance 2D/3D graphics; Graphical user interfaces; Data browsers. Integration of other tools, components The goal is to provide common look and feel for the CMS interactive graphical applications Interactive analysis is not considered a primary goal. It is assumed that this functionality will be provided by other tools (JAS, Hippodraw, Lizard, ROOT, or OpenScientist)

GUI Toolkits X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries Qt Motif gtk Standard Dialogs Menus Widgets

Qt Toolkit

Qt Toolkit Implicitly and Explicitly Shared Classes that use reference counting for fast copying. Input/Output and Networking Classes to provide file input and output along with directory and network handling. Multimedia Classes that provide support for graphics, sound, animation, etc. The Qt application framework's underlying object model. Organizers: splitters, tab bars, button groups, etc. Plugin Classes. Template Library: container classes. Text Related and XML Classes (DOM, SAX) Threading Classes Widget Classes Database related classes, e.g. for SQL databases. Date and Time Classes for handling date and time. Drag and Drop Classes dealing with drag and drop and mime type encoding and decoding. Environment Classes to create and handle events and to provide various global services (event handling, access to system settings,internationalization. Non-GUI Collection Classes such as list, queue, stack and string, along with other classes that can be used without needing QApplication. Graphics and Printing Classes to provide drawing (and printing) primitives, including OpenGL and digital image encoding, decoding and manipulation. Layout Management Classes to handle automatic resizing and moving of widgets, for composing complex dialogs.

Qt Example #include int main( int argc, char **argv ) { QApplication a( argc, argv ); QPushButton quit( "Quit", 0 ); quit.resize( 75, 30 ); quit.setFont( QFont( "Times", 18, QFont::Bold ) ); QObject::connect( &quit, SIGNAL(clicked()), &a, SLOT(quit()) ); a.setMainWidget( &quit ); quit.show(); return a.exec(); } #include int main( int argc, char **argv ) { QApplication a( argc, argv ); QPushButton quit( "Quit", 0 ); quit.resize( 75, 30 ); quit.setFont( QFont( "Times", 18, QFont::Bold ) ); QObject::connect( &quit, SIGNAL(clicked()), &a, SLOT(quit()) ); a.setMainWidget( &quit ); quit.show(); return a.exec(); }

Qt Toolkit Platforms: Qt/Windows is designed for MS Windows 95/98/Me, NT4, 2000 and XP. Qt/X11 is designed for Linux, Solaris, HP-UX, IRIX, AIX, and many other Unix variants. Qt/Mac is designed for Apple Mac OS X.Windows A non-commercial version of Qt/X11 is the de facto standard C++ toolkit for GUI applications on Linux. The KDE desktop environment is based on Qt/X11. Used by CMS, LHCb, D0, etc. Recommended by LCG

3D Graphics Packages X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries Low-level 3D graphics: OpenGL High-level 3D graphics: Open Inventor Integration of 3D graphics with GUI toolkit: SoQt HEP-specific 3D extensions: IGUANA (HEPVis)

2D Graphics X11 GLX OpenGL OS Specific (Linux) GUI 2D 3D 3D/GUI User Application Graphics Toolkits and Libraries Qt Qwt Qplotter Kmatplot HEPVis ROOT

User Application Federationwizards Detector/EventDisplay Data Browser Analysis job wizards Generic analysis Tools ORCA FAMOS Objytools GRID OSCAR COBRA Distributed Data Store & Computing Infrastructure CMStools Consistent User Interface: IGUANA Coherent basic tools and mechanisms

IGUANA Plugin Architecture Plug-In Cache Object Factory Object Factory Component Database Plug-In Cache Plug-In Object Factory Attached Unattached IGUANA provides a platform that makes it easy to integrate GUIs as a coherent whole, to provide application services and to visualise any application object Many categories / layers: GUI gadgets & support, application environment, data visualisers, data representation methods, control panels, … Designed to integrate with and into other applications Virtually everything is in plug-ins (can still be statically linked)

Frameworks ODBM S GEANT 3 / 4 CLHEP PAW Replacement C++ Standard Library + Extension Toolkits Calibration Objects Generic Application Framework Physics modules Grid-Uploadable BasicServices Adapters and Extensions Configuration Objects Event Objects (Grid-aware) Data-Products SpecificFrameworks Event Filter Reconstruction Algorithms Physics Analysis Data Monitoring

ORCA Visualisation with IGUANA Interactive 3D CMS Detector geometry (Geant3) for sensitive volumes with level of details; Interactive 3D reps of reconstructed and simulated events including visualisation of physics quantities such as tangent of a simhit; Access event by event or automatically fetching events (no batch mode); Event and run number displayed; Interactive picking; Correlated selection; Projections (a la 2D); Save.iv and print (gif, jpeg, tiff, bitmap and vector postscript); Multiple (cloned) views; Slices and cuts; Printout for selected objects; Zoom and search; Context help; Viewpoints;

OSCAR (Geant4) Visualisation

Tracker selection map: display a layer/ring in a 3D window; open a 2D map of a layer/ring. 2D selection maps: display a module in a 3D window. Print information for selected module Draw SimHits for selected modules Custom tracker selection is implemented by Maria Mennea and Guiseppe Zito, INFN Vertex visualisation is implemented by Stephanie Moreau, IN2P3 PRS Contributions to IGUANA Detector units along SimTracks  Improved performance;  New development by PRS groups: ● custom tracker selection, ● vertex visualisation Tracker reconstruction geometry implemented by Eric Chabanat and Stephane Olivie Perries, IN2P3

A bug in the HCAL noise simulation: "virtual" HCAL barrel towers (No. 16, 17) R = 280 cm (depth = 3) produce noise Found and Fixed Problems: Digis in HCAL