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Introduction |
1 |
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Collection
Classes |
283 |
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Contact information, used conventions, the ROOT
framework |
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Collection types, general characteristics, iterators, memory
management, hash tables |
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Getting
Started |
9 |
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Physics
Vectors |
291 |
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Two examples to start, coding conventions, global variables, ROOT
environment, HBOOK/PAW Files |
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The TVector3 and TLorentzVector classes, rotation algorithms,
transformations |
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Histograms |
23 |
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The
Geometry Package |
299 |
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Creating and filling histograms, drawing options, histogram
features |
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Geometrical modeler, shapes, available transformations,
navigation, tracking, checking and visualization |
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Graphs |
51 |
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Python and
Ruby Interfaces |
351 |
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Creation of graphs, draw options, errors, graph filling, exclusion
zone |
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PyROOT and RubyROOT are Python and Ruby extension modules allowing
an interaction with ROOT/CINT |
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Fitting
Histograms |
65 |
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Tutorials
and Tests |
365 |
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Fit panel, methods and functions,
parameter setting, sub-ranges, the package Minuit |
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ROOT examples in tutorials and
test directories: Event application, benchmarks |
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A Little
C++ |
81 |
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Example
Analysis |
371 |
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Classes, methods and objects;
inheritance and data encapsulation |
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An example of typical physics
analysis of large data files chained together |
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CINT the
C++ Interpreter |
85 |
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Networking |
377 |
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CINT command line interface,
scripts, inspecting objects, ACLiC compiler |
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The use of ROOT socket classes for
sending data over the network |
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Object
Ownership |
101 |
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Threads |
379 |
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The ownership by current
directory, by master TROOT object, by user |
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Thread classes, threads and
processes, known problems |
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Graphics
and Graphical User Interface |
105 |
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PROOF:
Parallel Processing |
387 |
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Graphical containers: canvas and
pad, graphical objects, axis, legends, postscript interface, 3D
viewers |
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The parallel ROOT
facility |
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Folder and
Tasks |
155 |
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Writing a
Graphical User Interface |
389 |
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How to create folder hierarchy,
posting/reading data to/from a folder, execute and debug tasks
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Widgets and frames, layout
management, signals/slots event processing |
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Input/Output |
159 |
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ROOT / Qt
Integration Interfaces |
423 |
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The ROOT files, streamers,
pointers and references, schema evolution |
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Qt BNL and Qt GSI ways of
access to the ROOT graphics |
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Trees |
189 |
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Automatic
HTML Documentation |
433 |
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Using trees, branches, examples
for writing and reading trees, trees in analysis |
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The automatic generation of ROOT
reference guide |
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Math
Libraries in ROOT |
233 |
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Install
and Build ROOT |
437 |
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MathCore and MathMore libraries
and their set of mathematical and statistical functions |
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Installing ROOT, copyright and licensing
agreement; system.rootrc settings |
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Linear
Algebra in ROOT |
257 |
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Index |
447 |
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Overview of the matrix classes
available in the linear algebra library |
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Detailed index, all ROOT classes
and their methods used in this User's Guide |
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Adding a
Class |
271 |
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TObject, the CINT dictionary
generator, adding a class with a shared library, with ACLiC |
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User's Guide v5.21