Explore a curated collection of TikZ libraries with live previews, ready-to-use code snippets, and easy integration for your LaTeX projects.
Create commutative diagrams with TikZ. Essential for category theory, algebra, and topology.
Draw quantum circuit diagrams. Used in quantum computing and quantum information theory.
Create high-quality plots and charts. Supports 2D/3D plots, bar charts, histograms, and more.
Draw electrical and electronic circuits. Supports resistors, capacitors, transistors, op-amps, and more.
Draw 3D coordinate systems and geometric figures. Great for physics and engineering illustrations.
Draw finite automata, state machines, and Petri nets. Standard TikZ library for CS theory.
Draw chemical structural formulas and reaction schemes. Supports bonds, rings, and mechanisms.
Draw linguistic syntax trees and general tree diagrams with automatic layout.
Feynman diagrams for particle physics. Automates vertex placement with TikZ graph algorithms.
ZX-calculus diagrams for quantum computing. Spiders, wires, and quantum circuit notation.
Optical components for laser setups: lenses, mirrors, beamsplitters.
Dynkin, Coxeter, and Satake diagrams for Lie algebras.
Braid diagrams with PGF/TikZ. For knot theory and braid groups.
Matrix representations of tensors with indices.
Atomic and molecular orbitals using TikZ.
Draw polyhedral solids: cubes, dodecahedra, etc.
Penrose tilings (aperiodic tilings). Uses tilings package.
n-fold torus paths and multi-path decorations.
Neural network diagrams: layers, nodes, connections.
Venn diagrams for set theory.
Horizontal timelines with per-day granularity.