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Misty
Advanced interactive mathematics learning platform. A-Level past paper questions, proofs, and competition-level problem solving in one tailored environment.
Open Misty
Codex Mathematica
A comprehensive mathematical knowledge base that brings together calculus in a clean, searchable, and interconnected format.
Open Codex
Course Planner
Visualisation suite for mapping MMath curriculum paths, module interdependencies, and academic progression at the University of Exeter.
Open Planner
Parse
A multi-threaded, realtime LaTeX Computer Algebra System powered by a dual-engine architecture combining SymPy WASM and a native Julia desktop engine.
Open Parse
Mathematics Platform
Misty
An advanced, interactive mathematics learning and problem-solving dashboard. Designed specifically for students mastering A-Level past paper questions, mathematical proofs, and competition-level mathematics.
Past Paper Archive
Hyper-precise indexing of A-Level questions by topic and sub-topic across all major exam boards.
Competition Mode
STEP, AEA, and BMO-level challenges for advanced problem-solving and olympiad preparation.
Proof Environment
Structured workspace for working through rigorous mathematical proofs with guided progression.
Tailored Learning
Personalised topic selection and difficulty tiers adapted to your current level and goals.
Grand Archive
Codex Mathematica
A comprehensive mathematical knowledge base that brings together calculus in a clean, searchable, and interconnected format.
Curated Mathematical Library
Explore formulas, identities, theorems, and derivations organized across major mathematical disciplines.
Worked Examples
Build detailed solutions and step-by-step explanations designed to reinforce mathematical intuition.
Connected Concepts
Navigate relationships between topics, revealing how ideas build upon one another across mathematics.
Modern Reference System
Quickly search, revisit, and explore mathematical content through an organized and accessible interface.
Academic Tool
Course Planner
A comprehensive visualisation suite for mapping MMath curriculum paths, module interdependencies, and academic progression at the University of Exeter. Plan your degree with complete clarity.
Curriculum Mapping
Visual graph of the MMath module structure, prerequisites, and interdependencies.
Path Planning
Explore degree pathways and understand the implications of your module choices across all years.
UoE Specific
Built precisely around the University of Exeter Mathematics department structure.
Progress Overview
Track completed modules and visualise your academic progression across year groups.
Computer Algebra System
Parse
A multi-threaded, realtime LaTeX Computer Algebra System powered by a dual-engine architecture. Write maths naturally in LaTeX and get instant symbolic and numeric results, with seamless fallback to a native Julia desktop engine for high-performance computation.
SymPy WASM Engine
The default browser-based engine for exact symbolic math, indefinite integrals, and algebra — no install required.
Julia Desktop Engine
Connect a native Julia companion for deep iteration, stateful variable memory, and raw multi-threaded performance.
Realtime LaTeX Input
Tab completion, auto-brackets, and live rendering let you write maths fluidly without leaving the keyboard.
Hacker Console
Real-time system telemetry and asynchronous step-by-step math breakdowns via the backtick console.