Module:category tree/topic cat/data/Mathematics

local labels = {}

labels["formal sciences"] = { type = "related-to", description = "=the formal sciences, the study of non-physical systems and abstractions", parents = {"sciences"}, }

labels["mathematics"] = { type = "related-to", description = "default no singularize", parents = {"formal sciences"}, }

labels["algebra"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["algebraic geometry"] = { type = "related-to", description = "default", parents = {"geometry", "algebra"}, }

labels["algebraic topology"] = { type = "related-to", description = "default", parents = {"topology", "algebra"}, }

labels["analysis"] = { type = "related-to", description = "default no singularize", parents = {"mathematics"}, }

labels["applied mathematics"] = { type = "related-to", description = "default no singularize", parents = {"mathematics"}, }

labels["arithmetic"] = { type = "related-to", description = "default", parents = {"mathematics", "applied sciences"}, }

labels["calculus"] = { type = "related-to", description = "default no singularize", parents = {"mathematical analysis"}, }

labels["category theory"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["cellular automata"] = { type = "related-to", description = "default", parents = {"mathematics", "theory of computing"}, }

labels["circle"] = { type = "related-to", description = "default", parents = {"curves"}, }

labels["coding theory"] = { type = "related-to", description = "default", parents = {"information theory"}, }

labels["combinatorics"] = { type = "related-to", description = "default no singularize", parents = {"mathematics"}, }

labels["complex analysis"] = { type = "related-to", description = "default no singularize", parents = {"mathematics"}, }

labels["curves"] = { type = "related-to", description = "default", parents = {"shapes"}, }

labels["differential geometry"] = { type = "related-to", description = "default", parents = {"geometry", "mathematical analysis"}, }

labels["functional analysis"] = { type = "related-to", description = "default no singularize", parents = {"mathematical analysis"}, }

labels["functions"] = { type = "related-to", description = "default", parents = {"algebra", "calculus", "geometry", "mathematical analysis"}, }

labels["fuzzy logic"] = { type = "related-to", description = "default", parents = {"logic"}, }

labels["game theory"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["geometry"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["graph theory"] = { type = "related-to", description = "default", parents = {"mathematics", "visualization"}, }

labels["group theory"] = { type = "related-to", description = "default", parents = {"algebra"}, }

labels["higher-dimensional geometry"] = { type = "related-to", description = "default", parents = {"geometry"}, }

labels["hyperbolic functions"] = { type = "related-to", description = "default", parents = {"functions"}, }

labels["information theory"] = { type = "related-to", description = "default", parents = {"applied mathematics"}, }

labels["linear algebra"] = { type = "related-to", description = "default", parents = {"algebra"}, }

labels["logic"] = { type = "related-to", description = "default", parents = {"formal sciences", "philosophy"}, }

labels["mathematical analysis"] = { type = "related-to", description = "default no singularize", parents = {"mathematics"}, }

labels["measure theory"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["number theory"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["numerical analysis"] = { type = "related-to", description = "default no singularize", parents = {"mathematical analysis"}, }

labels["polygons"] = { type = "related-to", description = "default", parents = {"shapes"}, }

labels["polyhedra"] = { type = "related-to", description = "=polyhedra, i.e. solid figures with straight edges and flat faces", parents = {"shapes"}, }

labels["probability theory"] = { type = "related-to", description = "default", parents = {"mathematical analysis"}, }

labels["ring theory"] = { type = "related-to", description = "default", parents = {"algebra"}, }

labels["set theory"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["shapes"] = { type = "related-to", description = "default", parents = {"geometry"}, }

labels["surfaces"] = { type = "related-to", description = "=geometric surfaces", parents = {"shapes"}, }

labels["topology"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["trigonometry"] = { type = "related-to", description = "default", parents = {"mathematics"}, }

labels["trigonometric functions"] = { type = "related-to", description = "default", parents = {"functions", "trigonometry", "circle"}, }

return labels