lib/arx/categories.rb
# frozen_string_literal: true
module Arx
# arXiv categories and their full names
CATEGORIES = {
'astro-ph' => 'Astrophysics',
'astro-ph.CO' => 'Cosmology and Nongalactic Astrophysics',
'astro-ph.EP' => 'Earth and Planetary Astrophysics',
'astro-ph.GA' => 'Astrophysics of Galaxies',
'astro-ph.HE' => 'High Energy Astrophysical Phenomena',
'astro-ph.IM' => 'Instrumentation and Methods for Astrophysics',
'astro-ph.SR' => 'Solar and Stellar Astrophysics',
'cond-mat' => 'Condensed Matter',
'cond-mat.dis-nn' => 'Disordered Systems and Neural Networks',
'cond-mat.mes-hall' => 'Mesoscale and Nanoscale Physics',
'cond-mat.mtrl-sci' => 'Materials Science',
'cond-mat.other' => 'Other Condensed Matter',
'cond-mat.quant-gas' => 'Quantum Gases',
'cond-mat.soft' => 'Soft Condensed Matter',
'cond-mat.stat-mech' => 'Statistical Mechanics',
'cond-mat.str-el' => 'Strongly Correlated Electrons',
'cond-mat.supr-con' => 'Superconductivity',
'dis-nn' => 'Disordered Systems and Neural Networks', # cond-mat
'mes-hall' => 'Mesoscale and Nanoscale Physics', # cond-mat
'mtrl-sci' => 'Materials Science', # cond-mat
'quant-gas' => 'Quantum Gases', # cond-mat
'soft' => 'Soft Condensed Matter', # cond-mat
'stat-mech' => 'Statistical Mechanics', # cond-mat
'str-el' => 'Strongly Correlated Electrons', # cond-mat
'supr-con' => 'Superconductivity', # cond-mat
'cs' => 'Computer Science',
'cs.AI' => 'Artificial Intelligence',
'cs.AR' => 'Hardware Architecture',
'cs.CC' => 'Computational Complexity',
'cs.CE' => 'Computational Engineering, Finance, and Science',
'cs.CG' => 'Computational Geometry',
'cs.CL' => 'Computation and Language',
'cs.CR' => 'Cryptography and Security',
'cs.CV' => 'Computer Vision and Pattern Recognition',
'cs.CY' => 'Computers and Society',
'cs.DB' => 'Databases',
'cs.DC' => 'Distributed, Parallel, and Cluster Computing',
'cs.DL' => 'Digital Libraries',
'cs.DM' => 'Discrete Mathematics',
'cs.DS' => 'Data Structures and Algorithms',
'cs.ET' => 'Emerging Technologies',
'cs.FL' => 'Formal Languages and Automata Theory',
'cs.GL' => 'General Literature',
'cs.GR' => 'Graphics',
'cs.GT' => 'Computer Science and Game Theory',
'cs.HC' => 'Human-Computer Interaction',
'cs.IR' => 'Information Retrieval',
'cs.IT' => 'Information Theory',
'cs.LG' => 'Learning',
'cs.LO' => 'Logic in Computer Science',
'cs.MA' => 'Multiagent Systems',
'cs.MM' => 'Multimedia',
'cs.MS' => 'Mathematical Software',
'cs.NA' => 'Numerical Analysis',
'cs.NE' => 'Neural and Evolutionary Computing',
'cs.NI' => 'Networking and Internet Architecture',
'cs.OH' => 'Other Computer Science',
'cs.OS' => 'Operating Systems',
'cs.PF' => 'Performance',
'cs.PL' => 'Programming Languages',
'cs.RO' => 'Robotics',
'cs.SC' => 'Symbolic Computation',
'cs.SD' => 'Sound',
'cs.SE' => 'Software Engineering',
'cs.SI' => 'Social and Information Networks',
'cs.SY' => 'Systems and Control',
'econ' => 'Economics',
'econ.EM' => 'Econometrics',
'eess' => 'Electrical Engineering and Systems Science',
'eess.AS' => 'Audio and Speech Processing',
'eess.IV' => 'Image and Video Processing',
'eess.SP' => 'Signal Processing',
'gr-qc' => 'General Relativity and Quantum Cosmology',
'hep-ex' => 'High Energy Physics - Experiment',
'hep-lat' => 'High Energy Physics - Lattice',
'hep-ph' => 'High Energy Physics - Phenomenology',
'hep-th' => 'High Energy Physics - Theory',
'math' => 'Mathematics',
'math.AC' => 'Commutative Algebra',
'math.AG' => 'Algebraic Geometry',
'math.AP' => 'Analysis of PDEs',
'math.AT' => 'Algebraic Topology',
'math.CA' => 'Classical Analysis and ODEs',
'math.CO' => 'Combinatorics',
'math.CT' => 'Category Theory',
'math.CV' => 'Complex Variables',
'math.DG' => 'Differential Geometry',
'math.DS' => 'Dynamical Systems',
'math.FA' => 'Functional Analysis',
'math.GM' => 'General Mathematics',
'math.GN' => 'General Topology',
'math.GR' => 'Group Theory',
'math.GT' => 'Geometric Topology',
'math.HO' => 'History and Overview',
'math.IT' => 'Information Theory',
'math.KT' => 'K-Theory and Homology',
'math.LO' => 'Logic',
'math.MG' => 'Metric Geometry',
'math.MP' => 'Mathematical Physics',
'math.NA' => 'Numerical Analysis',
'math.NT' => 'Number Theory',
'math.OA' => 'Operator Algebras',
'math.OC' => 'Optimization and Control',
'math.PR' => 'Probability',
'math.QA' => 'Quantum Algebra',
'math.RA' => 'Rings and Algebras',
'math.RT' => 'Representation Theory',
'math.SG' => 'Symplectic Geometry',
'math.SP' => 'Spectral Theory',
'math.ST' => 'Statistics Theory',
'math-ph' => 'Mathematical Physics',
'nlin' => 'Nonlinear Sciences',
'nlin.AO' => 'Adaptation and Self-Organizing Systems',
'nlin.CD' => 'Chaotic Dynamics',
'nlin.CG' => 'Cellular Automata and Lattice Gases',
'nlin.PS' => 'Pattern Formation and Solitons',
'nlin.SI' => 'Exactly Solvable and Integrable Systems',
'nucl-ex' => 'Nuclear Experiment',
'nucl-th' => 'Nuclear Theory',
'physics' => 'Physics',
'physics.acc-ph' => 'Accelerator Physics',
'physics.ao-ph' => 'Atmospheric and Oceanic Physics',
'physics.app-ph' => 'Applied Physics',
'physics.atm-clus' => 'Atomic and Molecular Clusters',
'physics.atom-ph' => 'Atomic Physics',
'physics.bio-ph' => 'Biological Physics',
'physics.chem-ph' => 'Chemical Physics',
'physics.class-ph' => 'Classical Physics',
'physics.comp-ph' => 'Computational Physics',
'physics.data-an' => 'Data Analysis, Statistics and Probability',
'physics.ed-ph' => 'Physics Education',
'physics.flu-dyn' => 'Fluid Dynamics',
'physics.gen-ph' => 'General Physics',
'physics.geo-ph' => 'Geophysics',
'physics.hist-ph' => 'History and Philosophy of Physics',
'physics.ins-det' => 'Instrumentation and Detectors',
'physics.med-ph' => 'Medical Physics',
'physics.optics' => 'Optics',
'physics.plasm-ph' => 'Plasma Physics',
'physics.pop-ph' => 'Popular Physics',
'physics.soc-ph' => 'Physics and Society',
'physics.space-ph' => 'Space Physics',
'acc-ph' => 'Accelerator Physics', # physics
'ao-ph' => 'Atmospheric and Oceanic Physics', # physics
'app-ph' => 'Applied Physics', # physics
'atm-clus' => 'Atomic and Molecular Clusters', # physics
'atom-ph' => 'Atomic Physics', # physics
'bio-ph' => 'Biological Physics', # physics
'chem-ph' => 'Chemical Physics', # physics
'class-ph' => 'Classical Physics', # physics
'comp-ph' => 'Computational Physics', # physics
'data-an' => 'Data Analysis, Statistics and Probability', # physics
'ed-ph' => 'Physics Education', # physics
'flu-dyn' => 'Fluid Dynamics', # physics
'gen-ph' => 'General Physics', # physics
'geo-ph' => 'Geophysics', # physics
'hist-ph' => 'History and Philosophy of Physics', # physics
'ins-det' => 'Instrumentation and Detectors', # physics
'med-ph' => 'Medical Physics', # physics
'optics' => 'Optics', # physics
'plasm-ph' => 'Plasma Physics', # physics
'pop-ph' => 'Popular Physics', # physics
'soc-ph' => 'Physics and Society', # physics
'space-ph' => 'Space Physics', # physics
'q-bio' => 'Quantitative Biology',
'q-bio.BM' => 'Biomolecules',
'q-bio.CB' => 'Cell Behavior',
'q-bio.GN' => 'Genomics',
'q-bio.MN' => 'Molecular Networks',
'q-bio.NC' => 'Neurons and Cognition',
'q-bio.OT' => 'Other Quantitative Biology',
'q-bio.PE' => 'Populations and Evolution',
'q-bio.QM' => 'Quantitative Methods',
'q-bio.SC' => 'Subcellular Processes',
'q-bio.TO' => 'Tissues and Organs',
'q-fin' => 'Quantitative Finance',
'q-fin.CP' => 'Computational Finance',
'q-fin.EC' => 'Economics',
'q-fin.GN' => 'General Finance',
'q-fin.MF' => 'Mathematical Finance',
'q-fin.PM' => 'Portfolio Management',
'q-fin.PR' => 'Pricing of Securities',
'q-fin.RM' => 'Risk Management',
'q-fin.ST' => 'Statistical Finance',
'q-fin.TR' => 'Trading and Market Microstructure',
'quant-ph' => 'Quantum Physics',
'stat' => 'Statistics',
'stat.AP' => 'Applications',
'stat.CO' => 'Computation',
'stat.ME' => 'Methodology',
'stat.ML' => 'Machine Learning',
'stat.OT' => 'Other Statistics',
'stat.TH' => 'Statistics Theory'
}.freeze
end