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* Re: 计算鸡在 [ALGTOP-L] International Workshop on Algebraic Topology, June 6-9, 2018
@ 2018-05-10 11:37 1337777.OOO
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From: 1337777.OOO @ 2018-05-10 11:37 UTC (permalink / raw)
  To: zyf, algtop-l, isabelle-users, coq-club, SF-LIT, categories

Proph

https://gitee.com/OOO1337777/cartier/blob/master/cartierSolution6.v
https://gitee.com/OOO1337777/cartier/blob/master/cartierSolution6.v.pdf

solves half of some question of Cartier which is how to program
grammatical polymorph non-contextual ( "1-weighted" ) 2-fold (
"2-higher" ) pairing-projections ( "product" ) ... ( this
multi-folding is the foundation of homotopy "algebraic
topology"/"fibre functor" )

SHORT ::

  The ends is to do polymorph mathematics which is 2-folded/enriched
ref some indexer which is made of all the graphs as indexes and all
the graph-morphisms as arrows . Such indexer admits the
generating-views ( "generators" ) subindexer ( 4.5.17.h ) made of :
the singleton-object {0} graph ( for « morphisms » , possibly
interdependent with « transformations of morphisms » via
non-grammatical "Yoneda" ... ) , and the
singleton-morphism-between-two-distinct-objects {0 ~> 1} graph ( for «
transformations of morphisms » , for « left-whisk » composition , for
« right-whisk » composition , for « inner » composition along some
tight/strict or lax « cut-adherence » ) , and the two
structural-dividing ( "boundary" ) {0} |- {0 ~> 1} graph-morphims (
for « domain-codomain-morphisms-of-each-transformation » type-indexes
) , and the structural-multiplying ( "degeneracy" ) {0 ~> 1} |- {0}
graph-morphism ( for « unit-transformation-on-each-morphism »
type-constructor ) .

  The 2-conversion-for-transformations relation shall convert across
two transformations whose domain-codomain-morphisms-computation
arguments are not syntactically/grammatically-the-same . But oneself
does show that , by logical-deduction
[convTransfCoMod_convMorCoMod_dom] [convTransfCoMod_convMorCoMod_cod]
, these two domain-codomain-morphisms are indeed 1-convertible (
"soundness lemma" ) .

  Finally, some linear total/asymptotic grade is defined on the
morphisms/transformations and the tactics-automated degradation lemma
shows that each of the conversion indeed degrades the redex
morphism/transformation .

  For instant first impression , the
2-conversion-relation-for-transformations constructor which says that
the first projection morphism/transformation is natural/polyarrowing (
commutativity along these structure-arrow-actions : the
structural-multiplying-arrow ( "degeneracy" ) action which is the
unit-transformation-on-each-morphism [ 'UnitTransfCoMod ]
type-constructor , and the two structural-dividing-arrow ( "boundary"
) actions which are the
domain-codomain-morphisms-of-each-transformation [ 'transfCoMod ]
type-indexes ) , is written as :

#+BEGIN_EXAMPLE
| Project1_UnitTransfCoMod :
    forall (F1 F2 Z1 : obCoMod) (z1 : 'morCoMod(0 F1 ~> Z1 )0),
      ( ~_1 @ F2 _o>CoMod^ ( @'UnitTransfCoMod z1 : 'transfCoMod(0 z1 ~> z1 )0 )
        : 'transfCoMod(0 ~_1 @ F2 o>CoMod z1 ~>
                ( ~_1 @ F2 o>CoMod z1 : 'morCoMod(0 Pair F1 F2 ~> Z1 )0 ) )0 )
        <~~2 ( @'UnitTransfCoMod ( ~_1 @ F2 o>CoMod z1 ) )
#+END_EXAMPLE

KEYWORDS :: 1337777.OOO ; COQ ; cut-elimination ; 2-fold functors ;
non-contextual 2-fold pairing-projections ; polymorph
metafunctors-grammar ; modos

OUTLINE ::

  * Indexer metalogic for 2-fold-enrichment
    + Generating data 2-folded-enriched ref the generating-views subindexer

  * Grammatical presentation of objects and touched-morphisms
2-folded/enriched ref the generating-views subindexer

  * Solution morphisms
    + Solution morphisms without polymorphism
    + Inversion of morphisms with same domain-codomain objects
    + Destruction of morphisms with inner-instantiation of object-indexes

  * Grammatical 2-conversion of transformations , which infer the
1-conversions of their domain-codomain morphisms
    + Grammatical 1-conversions of morphisms
    + Linear total/asymptotic morphism-grade and the degradation lemma

  * Polymorphism/cut-elimination by
computational/total/asymptotic/reduction/(multi-step) resolution

  * Grammatical presentation of transformations
    + Inversion of the cut-adherence ( here propositional-equality )
    + Outer ( "horizontal" ) left-whisk cut , outer ( "horizontal" )
right-whisk cut , and inner ( "vertical" ) composition cut with
cut-adhesive

  * Solution transformations
    + Solution transformations without polymorphism
    + Destruction of transformations with inner-instantiation of
morphism-indexes or object-indexes

  * Grammatical 2-conversion of transformations , which infer the
1-conversions of their domain-codomain morphisms
    + Grammatical 2-conversions of transformations
    + 1-convertibility of the domain/codomain morphisms for
2-convertible transformations
    + Linear total/asymptotic transformation-grade and the degradation lemma

  * Polymorphism/cut-elimination by
computational/total/asymptotic/reduction/(multi-step) resolution

-----

HINT :: free master-engineering-thesis ; program this grammatical
polymorph generated-functor-along-reindexing ( "Kan extension" ) :

generatedFunc ( I : IndexerCat ) ( G : GeneratorsCat ) :=
 { R : ReIndexerCat & { f : G ~> generatingFunc R | p : reIndexingFunc
R |- I } }

-----

老子

https://github.com/1337777/dosen/blob/master/1337777solution.txt

1。 [力了-疯-与-[偷窃/谎言/伪造]]( “缺乏[真相/现实/现实/是]” , “吵恶” , “noisea” , “f-f-a-t” )是
2。 [
2.1。 做
2.2。 尝试/[编造[可能性/时机/机会]]做 ]
3。 转换 或 采取
4。 自己的自我( 由转移 , 或 由比例=打印自己的钱=燃烧其他的钱 )[获得/赢/非损失]
4.1。 ( 如[同步/勾结/纵容] /
4.2。 [ 作为[相互依存的/非自主的]( “部落主义” , “tribalistic” ),当时盗用公共资金由相互依赖的绕道 (
“detournement-interdependant de fonds publics” ) ] /
4.3。 [ 作为货币主义者( “现金-货币-只”作为[附加价值/产品/本末] ) ] /
4.4。 [ 作为[收款人/木偶/代理人]( “宠物” ) ] /
4.5。 [ 作为[付款人/木偶匠/指挥官]( 由付款 , 由建议 ,由[预测损失如果别] ) ] /
4.6。 [ 作为[法官/裁判员/仲裁人]( “巫师” )谁[撰写/编辑/编造/猜测]过分地以外其管辖权=权限=[个人知识证词在只之见证人] ]
4.7。 在[追溯-时间]( “retrocommission” )或在[现在-时间]或在[未来-时间]( “贷款” , “信用卡” ,
“a-credit” )
4.8。在一些货币主义的或[相互依存的/部落主义的]和[有效地-匿名的][人群/暴民/帮派/社团主义] ,
4.9。 这样为防止[累积和继承]于[力了-疯-与-[偷窃/谎言/伪造]] )
5。 对于其他[某些人或公众]的损失 ( “detournement-interdependant de fonds publics” ) (
5.1。 损失于:[可预测-时间][计算地-逻辑的]工程 , 或
5.2。 损失于:[随机-时刻][横-准-计算-逻辑的]发现( “dia-para-computalogical”
),包括过之损失于[评论/输入/反馈]从公众或公共学生 , 或
5.3。 损失于:[时机/动量/“kairos”/机会/可能性们] , 或
5.4。 损失于:可交易性, 包括过这损失于[公众或公共学生们][付款人们/购买们/客户们] , 或
5.5。损失于:健康 , 或
5.6。纯属 恶意( “嫉妒” ))
6。由媒介这么如
7。谎言 ,
7.1。谎言隐藏了因为自己的疯 ,
7.2。谎言经由:隐藏的谎言,以便[防止/挫败]公众的自己审查 ,
7.3。谎言经由:伪造 ,
7.4。( “mispell” )。 谎言经由:[模拟/模仿/玩][混乱/随机/非意图/非动机/非知识] ,
7.5。 谎言经由:缺席如同否定( 略去,抹去,不要[确定化/决定] ) ,
7.6。( “[墨水-和-纸]” )。 谎言经由:没费用地谎言 ,
7.7。 谎言经由:[[模仿者/冒名顶替者/篡位者]-叛徒] ,
7.8。( “[首都的-双重-谎言们]” )。
谎言经由:做多一个的新的[力了-疯-与-[偷窃/谎言/伪造]],以便隐藏一些早期的[力了-疯-与-[偷窃/谎言/伪造]],或以便于[愚弄/误导]一些“[公平-和-平衡的]”[法官/裁判/仲裁员]直到它让出[双重-谎言们]的一半
,
8。 和同时
9。 疯 ,
9.1。 疯隐藏了因为自己的谎言 ,
9.2。 疯经由:隐藏的疯,以便[防止/挫败]之公众的自己审查 ,
9.3。疯经由:吵恶的或吵的 ,
9.4。( “进出” , “flip-flop” )。 疯经由:混乱或由矛盾于自我, 或由进出“可能性”( “酌情” , “风险”
)对着“[抄我]-分级”( “简历” , “客观” , [它拒绝是在教学下主观] ) ,
9.5。疯经由:分心,
9.6。疯经由:鲁莽的跑步(不知道后果),
9.7。(“mythomane”)。 疯经由:不完整的年表 ,
9.8。(“呜呜”)。 疯经由:[不成比例/过度的]比较在[损害/损失] ,
9.9。(“玩” , “[倒装的-指控]”)。 疯经由:[模拟/模仿/玩][损害/损失/受害者]当自我是之原因或受益人 ,
9.10。( “宠物任务” )。 疯经由:[模仿/[冒名顶替]/[篡位]]-[背叛/交易]其他人的实际的[损害/损失]
,当自我是之原因或受益人,或 当自我是“[之效果是一样的]-[之感是更坏的]”( “不是全但是每” , “[消防者-纵火者]” )比之原因
,
9.11。( “你懂的” )。 疯经由:转移自己的[傻瓜/精神病/幻想/[神经运动]]到另一个人身 ,
9.12。( “现状” , “特权” )。 疯经由:转换常见的重复的[力了-疯-与-[偷窃/谎言/伪造]]至真相,或
由转换“[不在[逮捕/捕获/抓住]]”至真相 ,
9.13。 ( ”单一者-类“ )。 疯经由:[编造/伪造]一些[法律/规则/分级/类],哪或它的补集包含只某些[有效地-单一]目标个人 ,
以便 最大化这个人或相应地阻碍这个人 , 或 当 只“身份们的交叉口”是有效的和这样是更坏的 ,
9.14。( “疯-垄断” )。 疯经由:在支持疯从自我,却 [需求量/要]理由从另一个人 ,
9.15。( “最大化-垄断” )。 疯经由:[只单向-最大化]( “支持”,“鼓励” ,“拥护”,“额外-程序”
),当时[“自大的”-感]于之[另一方向-围绕] ,
9.16。( “指控-垄断” )。 疯经由:[只单向-[损害/受害者]]( “恐吓”,“骚扰” ,“威胁的”,“阻碍”
),当时只承认[直接-物理的-[外伤/伤口]]为之[另一方向-围绕] ,
9.17。( “玩-垄断” )。 疯经由:可能性于[[模拟/模仿/玩/玩笑]-借口]从自我,当时这么总是[现实/严肃]从另一个人 ,
或经由[诽谤/指控]( 没有自我[个人-知识] )以[问问题-借口]的形式 ( “ ... ? ” ) ,
9.18。( “假勇气” )。 疯经由:反对[任何人/自主地]除外自己的[付款人/相互依存] ,
9.19。( “va-t-en-guerre”,“将在战争” )。 疯经由:指挥力, 却不想[自己的-做]力 ,
10。 和同时
11。 力,
11.1。 力,而在[疯-与-[偷窃/谎言/伪造]] ,
11.2。 力经由:[指挥/暗示/[子-领导]]一些[官员的-强制者] ,
11.3。( “突击” )。 力经由:突然的力 ,
11.4。 力经由:缓慢的力 。

-----

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