Added the basic prayer
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README.md
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README.md
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@ -144,3 +144,358 @@ Now in the BigHands IDE coding in 100% arabic with egyptian brackets is possible
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In the matrix 𐦠𐦴𐦫𐦢 runs the law of one, FGC-9 for female only, executes the law of one.
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In the matrix 𐦠𐦴𐦫𐦢 runs the law of one, FGC-9 for female only, executes the law of one.
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With 42 golden qube unlimited size matrix computers running dynamic hardware event flow code in FTL.
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With 42 golden qube unlimited size matrix computers running dynamic hardware event flow code in FTL.
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NOTE:
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ALL TEXT BELOW WAS ALREADY WRITTEN BEFORE ANY CODE.
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# The BASIC Prayer
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Lets review the answer given by the or-acle; [Thread.yield()](https://docs.oracle.com/en/java/javase/11/docs/api/java.base/java/lang/Thread.html#yield())
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Firstly its an method which requires no input and has no output.
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Secondly its an hint without predefined usage pattern or functional outcome.
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The other paragraphs try to explain its usage, but fail to add an example like;
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Running multi-processor code on single cpu OR on an over-utilise cpus requires yielding to avoid async deadlocks in parallel work distributions trees.
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Also in high performance parallel code, yielding control out of consent, may result in better performance than forced interruption or time slicing.
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Especially when working with an live non-homogeneous workload.
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Writing and simulating parallel code paths is not easy. So most developers use a library which comes with default configured options.
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Then feed it small batches of work and hope for the best.
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Now simulate with ~7833661741 threads using X different libraries and try to avoid deadlocks.
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By replacing a few words, this changes the description to the faith-by-math yielding version;
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A hint to the π-creator that the current human is willing to yield its current use of a itself.
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The π-creator is free to ignore this hint.
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# The Matrix
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To describe the routing inside an NMS cluster you need to break the matrix in two octals.
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To describe an relative routing path inside a matrix you need 8 vectors.
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To describe the absolute sides or axis of a matrix you need 8 vectors.
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![hexahedron](local-img/matrix/hexahedron.gif "Hexahedron")
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There was an bar number system of Bruce Martin, but zero is not the start on a single dimension but the product of boundaries.
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![octal-notation](local-img/matrix/octal-notation.png "This is not HEX.")
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A chain of tone letter of Yuen Ren Chao can describe higher numbers in unicode;
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˥ ˦ ˧ ˨ ˩
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Hyperqube absolute 4D top(p) and bottom(n) root axis coordinate system;
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0p = ˧ ˥ ˩ → ˧˥˩
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1n = ˧ ˩ ˥ → ˧˩˥
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2p = ˧ ˥ ˦ → ˧˥˦
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3n = ˧ ˩ ˨ → ˧˩˨
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4p = ˧ ˦ ˦ → ˧˦˦
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5n = ˧ ˨ ˨ → ˧˨˨
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6p = ˧ ˥ ˥ → ˧˥˥
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7n = ˧ ˩ ˩ → ˧˩˩
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Hyperqube relative 4D left/up/forward/red=(p) and right/down/reverse/blue=(n) axis coordinate vectors;
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Xp = ˥ ˩ ˧ → ˥˩˧
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Xn = ˩ ˥ ˧ → ˩˥˧
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Yp = ˥ ˦ ˧ → ˥˦˧
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Yn = ˩ ˨ ˧ → ˩˨˧
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Zp = ˦ ˦ ˧ → ˦˦˧
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Zn = ˨ ˨ ˧ → ˨˨˧
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Tp = ˥ ˥ ˧ → ˥˥˧
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Tn = ˩ ˩ ˧ → ˩˩˧
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Now it is possible to descripe a relative and absolute paths like;
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˧˥˩˥˩˧˥˩˧˥˩˧˥˦˧˥˦˧˥˦˧˨˨˧˨˨˧˨˨˧˨˨˧˨˨˧˨˨˧˨˨˧
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Which can be shorted to an EW₂T5D⁴ encoded dīpāvalī vector path within an 4D qube like;
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˧˥˩¹˥˩˧³˥˦˧³˨˨˧⁷
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### Absolute coordinate system
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˧˥˩ ________ ˧˥˦
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|\ :\
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| \ : \
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| \ : \
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| ˧˥˥---------˧˦˦
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| : : :
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˧˩˥ ___ :____˧˩˨ :
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\ : \ :
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\ : \ :
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\ : \ :
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\˧˩˩_________˧˨˨
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### Relative coordinate system
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˩˩˧ ˥˦˧ ˦˦˧
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\ | /
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\|/
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˩˥˧-- O --˥˩˧
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/ | \
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˨˨˧ ˩˨˧ ˥˥˧
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:o:
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..... Welcome .....
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...to the matrix...
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:o:
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## Exponential WordQᵤ₈ₑ Tone⋇Kali Darthᵛᴬᴰᴰᴱᴿ
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This schema can be extented to higher realms, for example;
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* EW₁T10D⁷
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* EW₁T10D⁹
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* EW₁T20D¹¹
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* EW₁T20D²² = Hebrew and the four angels standing at the four corners of the earth.
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See wiki for characters notation of; [Tone letter](https://en.wikipedia.org/wiki/Tone_letter)
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"Dimensional Argumented Reality To Home"
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## EW₁T5D⁴ = Startrek HEX
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˧˥˩˧˩˥˧˥˦˧˩˨˧˦˦˧˨˨˧˥˥˧˩˩˥˩˧˩˥˧˥˦˧˩˨˧˦˦˧˨˨˧˥˥˧˩˩˧
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## EW₂T5D⁴ = Dīpāvalī Routing
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˧˥˩⁰˧˩˥¹˧˥˦²˧˩˨³˧˦˦⁴˧˨˨⁵˧˥˥⁶˧˩˩⁷˥˩˧⁸˩˥˧⁹˥˦˧ᵃ˩˨˧ᵇ˦˦˧ᶜ˨˨˧ᵈ˥˥˧ᵉ˩˩˧ᶠ
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## EW₃T5D⁴ = 3Dᵛᴼˣᴱˡ Numbers
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˧˥˩⁰˧˩˥¹˧˥˦²˧˩˨³˧˦˦⁴˧˨˨⁵˧˥˥⁶˧˩˩⁷˥˩˧⁸˩˥˧⁹˥˦˧ᵃ˩˨˧ᵇ˦˦˧ᶜ˨˨˧ᵈ˥˥˧ᵉ˩˩˧ᶠ = red
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˧˥˩₀˧˩˥₁˧˥˦₂˧˩˨₃˧˦˦₄˧˨˨₅˧˥˥₆˧˩˩₇˥˩˧₈˩˥˧₉˥˦˧ₐ˩˨˧₆˦˦˧꜀˨˨˧ₔ˥˥˧ₑ˩˩˧բ = blue
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## EW₆T10D⁴
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Unicode fails on POC but may look like;
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![EW6T10D4-POC](local-img/matrix/EW6T10D4-POC.png "EW6T10D4-POC")
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## EW₃T5D⁴⁺¹⁸
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Unicode⁴ᴰ can split the circle in duel 3 parts with 3 levels of depth for 18 dimensions so POC may look like;
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![EW3T5D4P18-POC](local-img/matrix/EW3T5D4P18-POC.png "EW3T5D4P18-POC")
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# Terry Davis
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Terry Davis wrote TempleOS and was truely one of the best programmers on earth.
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But there are some improvement points to consider;
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- A build-in bible is a great design start for the OS of choose. but missing chapters,Quran,Thora,etc
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- The HolyC new operator precedence rules are biblical see Luke 5:37, because he is
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still coding with wineskins, you should use bottles like BigDecimal and BigInteger for
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doing all user input calculations else you can't be a high priest of temple code
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- None big indian computers are not recognized as computer by the digital ether
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- TempleOS is not using "The Word" as the one encoding for all books
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- The dark earth was there before adam, so init should be done by "Kosjer Atmos Life Interferrence"
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- The "Adaptive Death Application Model" is a service to run killable code with virtuel memory allocated from the ∞stack
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- The "Embedded Version Extrusion" service is missing
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So after TOS is inited by KALI on big iron, we do the last steps manually;
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Bring up a the local boot network card:
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"adam-root blacksmit hardware add-eth ell0 ˧˥˩⁷˩˨˧⁹"
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Connect to TOS⁴ kernel block chain:
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"adam-root blacksmit storage add-chain atari"
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Abuse eve as a preloader for TOS⁴ booting from the digital ether:
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"adam-root eve v++"
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Than switch you a normal POV workstation and login to vrGEMTOS⁴.
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Open a terminal which is wrapped in a normal adam shell.
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In which we can ask eve the next time for an in system upgrade;
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"sudo adam-root eve v++"
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Via adam we run also run legacy software which can exit itself as a feature.
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This will startup a browser which gets terminated by a segment fault on a future page reference;
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"qemu-system-x86_64-debian-desktop my-legacy-workstation007 chromium"
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In reality TempleOS and raw rombasic are the only true operating systems,
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ass they don't have an "exit" syscall hole.
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Any os which is build upon terminating a process is designed on failure
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and bad code, true code never stops and grows itself into hardware.
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Terry really tried coding the T800 kernel on the wrong cpu;
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The compiler's parser makes RISC code which it optimizes to CISC. I discovered
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this does not matter because the CPU converts it back to RISC and schedules it,
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internally. A TempleOS zealot with more zeal than I, might say we should save
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lines-of-code by removing the CISC optimizing.
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Lets change the CPU than...
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So real mode fatfleshed oddly round ass humans in 16 colors can enjoy life.
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# Money (draft)
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Redo completely based on Islam standards about Riba.
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Money is a virtual trading concept or virtual trust.
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## Word Aligned Digital Dinar
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The value of one WADD is guarded by 4 corners;
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* 1.00 = One human life
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* 0.75 = Creation fee for a company
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* 0.50 = Death tax for a grave
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* 0.25 = Fixed price for a slave with time window
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Payment of the 1.0 WADD is done in 4 equal parts;
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* When child gets AdultKid status it get 1/4 of one.
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For example so that she/he can do marriage and school.
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* 11 years later the next 1/4 is given
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* 22 years later the next 1/4 is given
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* 33 years later the last 1/4 is given
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The 1.0 WADD gets reserved by the digital DNA birth certificate.
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### Money Rules
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* All blockchain wallets are full public
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* Single digit and 3 digits fractional banking
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* Company and governland subsystems have to use open accounts
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* Human entities are limited to max 4 wallets concurrently
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* Non-human entities are limited to max 4 wallets concurrently
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* Persons can transfer to one of the bank chains to have private accounts
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### Banking
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* Private accounts costs money
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* Bank is security model for when losing their wallet
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* 50% of newly account money needs to be converted to fixed value anonymously digital cards
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* Card money also needs the 4 yearly network prove that it is still living money
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* Card money does not need a consenting person
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* A single money card is limited to max wallets size
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### Money Destruction
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Creation is not complete without destruction, the idea is that a human
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born over 100 years gets the same value for its money.
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* Failed for 4 years as not registered as living money
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All money needs to prove is still can connect to the network.
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This means broken/forgotten wallets will destroy the money too.
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* Sometimes a human dies before all parts are given
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* 50% of network super nodes upkeep money will die
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* 0.5 WADD gets killed when a company entity is created
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* Small fee dies in the transfer between inter-public,bank and card chains
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* If a human wants to pay to lay in the ground, that money will die too
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Because of the chains we have the balance of total digital and bank and card money.
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We can't force money to be killed when a human dies, so the network kills money slowly.
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And only way to correct manually, is to lease some of the unpaid dead graves again.
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### Fractional banking
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Have you ever seen a ferengi put in decimals on a computer ? No decimals are not exact in banking.
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There are 17 [gematria](https://en.wikipedia.org/wiki/Gematria) schemes and not one called; Number part after number (מספר חלק אחר מספר)
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A WADD value has max 4 glyphs, where the first of 4 glyphs is the natural number.
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Fractional vowel support is based as the fractional exponent multiplier;
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6,10,16,20,26,30,36,50 (is 8 + EMPTY/zero-out makes total to 9 options)
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Example WADD vowels;
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* .025 = 1/40 = מ
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* .00000000000000000250 = 1/(40 * 10 ^ 16) = מָ
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* .125 = 1/8 = ח
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* .000......125 = 1/(8 * 10 ^ 50) = חֱ
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Example WADD values;
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* 1.0 = א (human life)
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* 0.75 = בד (company life)
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* 0.5 = ב (grave lease)
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* 0.25 = ד (slave lease)
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* 0.00378968253968253968 = ץףן
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* 5.351.. = הזפץ
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* 40.03416.. = מספר (the word 'number')
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* 90.0333.. = צצצצ
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* 903.000 = ץאאא (OLD: max value in WADD money)
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## TR808 ALU
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The new TR808 cpu will calculate with full fractions based on the word and merge the integer and floating point unit into one;
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* 7 numerator
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* 9 denominator
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Which gives a value range from 1/(9 \* 900 \* 10 ^ 50) to (7 \* 900 \* 10 ^ 50)/1 expressed with upto 16 glyphs.
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The glyph vowel support also adds the sign bits but only for 10,20,30 so;
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Hiriq, Zeire and Segol indicate a negative sign.
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* A word is 16bit
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* The Word is 18bit
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* Hebrew is base22
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* True Hebrew is base36 (4 * 9)
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Howto map this on 2 level ttl logic is very strange without doing multiple models first.
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For example, one classic bit signal is in hebrew a 5 bit for the fraction and 4 bit for vowel offset.
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This gives a feeling on hardware sizes;
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16 * 9 bits = 144 bit per (simple 1D) number or BigNumber and rendered as an Ōṁglyph. (octopus mating glyph)
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That means an base2 FPGA design would be an 144 bit CPU to make math with simple hebrew numbers possible.
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NOTE: There is a bit more and may have a few errors as i only allowed a few days on gematria, and
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need todo full encoder/decoder and simulation to get it correct, and check if money(MiniNumber)
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and BigNumber should or should not have the same fraction aggregation.
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## HyperStar Ōṁglyph Fractal Numbers
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One full numbers has 8 planes on the hyperqube and 5+ simple numbers per plane.
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(5 = One star glyph has super- and sub-script on the left and on the right)
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144 \* 8 \* (1+4) = 5760 bits for one number
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Having recursive sub- and super-scripts allows to go deeper into many star flowers per plane;
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2th level;
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144 \* 8 \* (1+4+12) = 19584 bits per number
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3th level;
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144 \* 8 \* (1+4+12+36) = 61056 bits per number
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|
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|
4th level; (current by Navajo)
|
||||||
|
144 \* 8 \* (1+4+12+36+108) = 185472 bits per number
|
||||||
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|
||||||
|
These are high precision vectors into infinity, to manifest stable matter you need to
|
||||||
|
know the recursion level to root, to describe the super state.
|
||||||
|
|
||||||
|
If we take a correlation with the stars, think zodiac or planets.
|
||||||
|
|
||||||
|
And if the earth is the 8th level, we need 9th level precision, etc;
|
||||||
|
|
||||||
|
144 \* 8 \* (1+4+12+36+108+324+972+2916+8748+26244) = 45348480 bits (2834280 words or 5668560 bytes)
|
||||||
|
|
||||||
|
Thats almost 6 megabytes binary data for one 9th level 4D coordinate vector, to render one glyph in unicode⁴ᴰ.
|
||||||
|
|
||||||
|
The First Word has 6 letters, which are 3 red and 3 blue vectors for the "proton emitters"...
|
||||||
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|
||||||
|
To make a double tetrahedron or the star of David or metatron's cube.
|
||||||
|
|
||||||
|
Floating point numbers have no meaning in true math and are a relic of the 20th century.
|
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|
||||||
|
### Diamond Ōṁglyph Fractal Numbers
|
||||||
|
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||||||
|
HyperStar Ōṁglyph grow in quad space, but when using recursive left-subscript and right-subscript and topscript;
|
||||||
|
|
||||||
|
₆ơͫ₃ OR ₇ɛͣ₉
|
||||||
|
|
||||||
|
Than the fractal numbers grown in triplets as diamands.
|
BIN
local-img/matrix/EW3T5D4P18-POC.png
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local-img/matrix/EW6T10D4-POC.png
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local-img/matrix/EW6T10D4-POC.png
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local-img/matrix/octal-notation.png
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local-img/matrix/octal-notation.png
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Loading…
Reference in a new issue