AnalysisG
Installing Analysis-G
Installing via Github
Installing via PyPI (pip)
Additional Software Setup
Install via Command-Line
Install via Framework
Getting Started
Using the Framework with ROOT Samples
Particle Definitions
Event Definitions
Important Attributes of EventTemplate
Graph Definitions
Selection Definitions
Advanced Usage of EventTemplate
EventTemplate
Magic Functions
Meaning of
In
and
Post
Compilation
Example Attributes used In and Post Compilation
Simple CompileEvent Example
Complex CompileEvent Example
Examples of Complex Implementations
Advanced Usage of ParticleTemplate
ParticleTemplate
Magic Functions
Particle Templating (Use-Case of Type)
Advanced Usage of SelectionTemplate
SelectionTemplate
Magic Functions
Semi-Advanced Selection Example
Advanced Usage of GraphTemplate
GraphTemplate
Missing EventTemplate Attribute Behavior
The Analysis Generator
Generating Events from EventTemplates:
Magic Functions
Minimalistic Example
Graph Generation Attributes
Optimizer Attributes
Run-Time Functions:
The SampleTracer
Methods and Attributes
The EventGenerator
The GraphGenerator
SelectionGenerator
SampleGenerator
MetaData Wrapper
MetaData
UpROOT wrapper
UpROOT
Using nTupler After Running a Selection
Introduction
Example Code Usage
Optimizer
ModelWrapper
The Condor Submission Module
Condor-Dagman
A Simple Illustration of Chained Submissions
Plotting (TH1F, TH2F, CombineTH1F)
Attributes (Cosmetics)
Attributes (IO)
Attributes (Axis)
Attributes (Bins)
Attributes (Data)
Functions (IO)
Functions (Cosmetics)
Example: A simple TH1F plot
Example: A TH1F plot with bin centering
Example: Combining two or more TH1F plots
Example: A Simple TH2F Plot
Tools and cTools
Tools
cTools
Multi-Threading
How to Structure your Function
Include a Progress Bar to the Threading Function
Known Issues and Limitations
Code Tracing
Code
Data Types and Dictionary Mapping
Introduction
Transformation
Operators
Single Neutrino Reconstruction
Double Neutrino Reconstruction
Torch Extension Modules (pyc) Python Interfaces
Graph
Torch Extension Modules (pyc) C++ Interfaces
Transformation Module
Physics Module
Operator Module
Double and Single Neutrino Reconstruction Module
Double Leptonic Resonance Decay Analysis
Selection Criteria
Grouping Strategy
Multiple Neutrino Reconstruction Solutions
Parameters
Figures
Top Quark Reconstruction:
Resonance Reconstruction:
Neutrino Reconstruction
Selection Criteria:
Particle Definitions:
Created Plots:
Truth Matching Studies for AnalysisTop n-tuples
Glossary
Figure Naming Convention
Studies
ResonanceDecayModes
ResonanceMassFromTops
ResonanceTopKinematics
EventNTruthJetAndJets
EventMETImbalance
EventNuNuSolutions
TopDecayModes
ResonanceMassFromChildren
TruthChildrenKinematics
ResonanceMassTruthJets
ResonanceMassTruthJetsNoSelection
TopMassTruthJets
TopTruthJetsKinematics
ResonanceMassJets
TopMassJets
MergedTopsTruthJets
MergedTopsJets
AnalysisG
Single Neutrino Reconstruction
¶
Double Neutrino Reconstruction
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