| .. |
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bool
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refactor(library/data/bool): break into pieces to reduce dependencies
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2014-11-07 08:41:14 -08:00 |
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int
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refactor(library/data/nat): declare lt and le asap using inductive definitions, and make key theorems transparent for definitional package
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2014-11-22 00:19:39 -08:00 |
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list
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feat(library/definitional/cases_on): automatically add 'cases_on'
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2014-10-25 17:22:02 -07:00 |
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nat
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fix(library/data/nat/div): notation should be local
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2014-11-22 17:33:42 -08:00 |
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num
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refactor(data/num/string): break into pieces to reduce dependencies
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2014-11-07 08:53:14 -08:00 |
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prod
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refactor(data.prod): move theorems about products from data.quotient.util to data.prod.thms
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2014-11-22 17:44:12 -08:00 |
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quotient
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refactor(data.prod): move theorems about products from data.quotient.util to data.prod.thms
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2014-11-22 17:44:12 -08:00 |
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sigma
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feat(hott/types/sigma): port large part of the sigma library from the hott library
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2014-11-22 17:44:12 -08:00 |
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string
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refactor(data/num/string): break into pieces to reduce dependencies
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2014-11-07 08:53:14 -08:00 |
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unit
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fix(library/data/unit): missing file
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2014-10-25 18:34:41 -07:00 |
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data.md
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refactor(library): remove unnecessary 'standard' subdirectory
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2014-08-23 18:08:09 -07:00 |
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default.lean
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refactor(library): remove unnecessary 'standard' subdirectory
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2014-08-23 18:08:09 -07:00 |
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empty.lean
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feat(empty): define negation of types
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2014-11-08 19:12:54 -08:00 |
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fin.lean
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refactor(library/data/nat): declare lt and le asap using inductive definitions, and make key theorems transparent for definitional package
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2014-11-22 00:19:39 -08:00 |
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option.lean
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refactor(library/data/option): cleanup using 'no_confusion'
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2014-11-16 17:56:51 -08:00 |
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set.lean
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refactor(library): use 'reserve' notation in the standard library
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2014-10-21 15:39:47 -07:00 |
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subtype.lean
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refactor(library/data/subtype): define subtype using 'structure' command
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2014-11-16 15:01:14 -08:00 |
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sum.lean
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refactor(library/data/sum): use no_confusion construction to simplify proofs
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2014-11-08 18:58:56 -08:00 |
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vector.lean
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feat(library/data): define 'nat.addl' addition using recursion on the first argument, prove it to be equivalent to 'add', and use it to define vector.append
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2014-11-17 22:03:39 -08:00 |
