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category
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refactor(library/algebra/category/constructions): modify proof
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2015-06-25 17:48:26 -07:00 |
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algebra.md
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refactor(library/*): do various renamings
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2015-05-25 16:50:42 -07:00 |
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binary.lean
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refactor(library/*): remove 'Module:' lines
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2015-05-23 20:52:23 +10:00 |
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bundled.lean
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refactor(library/*): remove 'Module:' lines
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2015-05-23 20:52:23 +10:00 |
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field.lean
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feat(frontends/lean): add '[trans-instance]' attribute
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2015-06-27 14:07:29 -07:00 |
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function.lean
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fix(library/algebra/function): lean was failing to infer that injective is a decidable predicate for finite types with decidable equality
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2015-06-09 15:30:58 -07:00 |
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group.lean
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feat(frontends/lean): add '[trans-instance]' attribute
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2015-06-27 14:07:29 -07:00 |
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group_bigops.lean
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feat(frontends/lean): add '[trans-instance]' attribute
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2015-06-27 14:07:29 -07:00 |
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group_power.lean
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refactor(library/algebra/group_power): open namespaces in the "right" order
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2015-06-27 14:51:00 -07:00 |
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order.lean
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feat(library/algebra/order,library/data/nat/order,library/*): instantiate nat to lattice, add theorems
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2015-06-29 15:23:11 +10:00 |
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ordered_field.lean
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feat(library/composition_manager): simplify compositions of the form (mk ... (proj (mk ...)) ...)
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2015-06-27 14:07:32 -07:00 |
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ordered_group.lean
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feat(library/algebra/ordered_group): add theorems for max and min
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2015-06-29 15:23:11 +10:00 |
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ordered_ring.lean
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feat(library/algebra/order,library/data/nat/order,library/*): instantiate nat to lattice, add theorems
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2015-06-29 15:23:11 +10:00 |
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relation.lean
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refactor(library/*): remove 'Module:' lines
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2015-05-23 20:52:23 +10:00 |
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ring.lean
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feat(frontends/lean): add '[trans-instance]' attribute
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2015-06-27 14:07:29 -07:00 |
