Mathematics in Lean
1. 引言
2. 基础知识
3. 逻辑
4. 集合和函数
5. 初等数论
6. Discrete Mathematics
7. Structures
8. Hierarchies
9. Groups and Rings
10. Linear algebra
11. Topology
12. Differential Calculus
13. Integration and Measure Theory
Index
Mathematics in Lean
Mathematics in Lean
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Mathematics in Lean
1. 引言
1.1. 入门指南
1.2. 概述
2. 基础知识
2.1. 计算
2.2. 证明代数结构中的恒等式
2.3. 使用定理和引理
2.4. 更多使用 apply 和 rw 的示例
2.5. 证明关于代数结构的事实
3. 逻辑
3.1. 蕴含和全称量词
3.2. 存在量词
3.3. 否定
3.4. 合取和等价
3.5. 析取
3.6. 序列和收敛
4. 集合和函数
4.1. 集合
4.2. 函数
4.3. 施罗德-伯恩斯坦定理
5. 初等数论
5.1. 无理根
5.2. 归纳和递归
5.3. 素数无穷
5.4. More Induction
6. Discrete Mathematics
6.1. Finsets and Fintypes
6.2. Counting Arguments
6.3. Inductively Defined Types
7. Structures
7.1. Defining structures
7.2. Algebraic Structures
7.3. Building the Gaussian Integers
8. Hierarchies
8.1. Basics
8.2. Morphisms
8.3. Sub-objects
9. Groups and Rings
9.1. Monoids and Groups
9.2. Rings
10. Linear algebra
10.1. Vector spaces and linear maps
10.2. Subspaces and quotients
10.3. Endomorphisms
10.4. Matrices, bases and dimension
11. Topology
11.1. Filters
11.2. Metric spaces
11.3. Topological spaces
12. Differential Calculus
12.1. Elementary Differential Calculus
12.2. Differential Calculus in Normed Spaces
13. Integration and Measure Theory
13.1. Elementary Integration
13.2. Measure Theory
13.3. Integration