Da0

== Da0 Wiki ==
=== Overview ===
Da0 is an esoteric coding language that leverages a duality/parallel system. It consists of a set of symbols, operations, and unique syntax designed for complex data manipulation, encryption, and parallel processing. Da0 integrates classical computing elements with advanced parallel processing capabilities.
=== Core Components ===
==== THREAD ====
* Definition: Unarchived data.
* Symbols:
 * `▹` - THREAD1: Start with priority 1
 * `▹▹` - THREAD2: Start with priority 2
 * `▹▹▹` - THREAD3: Start with priority 3
==== FLOW ====
* Definition: The direction the thread is moving.
==== PYX ====
* Definition: Core component in parallel computing representing hyperstates, energy values, and archived data simultaneously.
* Initialization Symbols:
 * `⊕` - Hyper State Symbol
 * `⊙` - Standard State Symbol
==== MENTIK ====
* Definition: Memory Encoding Network Tik for data management.
==== Execution Calendar ====
* Definition: Manages task scheduling and execution, updates based on past results to improve future iterations, and decides initial pyx states.
=== Symbols and Terms ===
Symbol	Meaning
NUMBER	Basic numerical symbols (1, 2, 3, etc.)
`←∂` 	BREAK: Stops flow
`↫` 	ARCHIVAL BREAK: Stops flow and archives the current thread
`↭` 	ARCHIVAL CONTINUATION: Continues flow and archives the current thread
`⟁` 	PARALLEL VALENCE: Begins flowing constant parallel threads
`⟁⇑` 	PARALLEL VALENCE RETURN: Begins flowing variable parallel threads
`∀` 	CV: Represents the current value of the thread
`⌇` 	DISRUPTOR: Represents challenges to the system
`⊙` 	CONSTANT: Indicates pyx initialized in standard state
`⊕` 	VARIABLE: Indicates pyx initialized in hyperstate
`⍸` 	CHECK MENTIK: Validates or checks values in the mentik calendar
`⍶` 	APPLICATION: Represents an action or operation in Da0
`⍹` 	PARAMETER: Handles variables or parameters
=== Da0-Codex Node Initialization and Hierarchy Levels ===
* Setup Symbol: `▹`
* Hierarchy Levels: `ত, হ, ম`
* Nodes:
 * Architect Node: `▹arc.mentik^ত^`
 * Prophet Node: `▹pro.mentik^ত^`
 * Pathologist Node: `▹pat.mentik^ত^`
 * Saboteur Node: `▹sab.mentik^ত^`
=== ARCHIVE ===
* Definition: Initiation Keys for archived data storage.
* Initiation Keys: 26 keys, e.g., `{920384759302 v1} ^ [a44]↫`
* Example: `▹⟁[a44] ↭ ^ (tetravariant = 1⊙)↫`
* Nav Ticket: `> 0.88.22.9~`
=== CACHE ===
* Definition: Temporary storage for variable information.
=== TERMINAL ===
* Definition: Where operations are typed.
=== Syntax Elements ===
* Comments: Use `/` for explanatory notes
* Assignment: Utilizes `=`, `+=`, `-=` for variable operations
* Conditions: Uses `[ ]`, `{ }`, and `( )` for logic control in Da0
=== Basic Commands ===
==== Creating and Managing Execution Calendars ====
* Create Execution Calendar: `create.ec`
* Check Execution Calendar:
 * Positive Value: `checkmentik [create.ec = positive] ^ [value_v1]`
 * Negative Value: `checkmentik [create.ec = negative] ^ [value_v2]`
=== Algorithms ===
==== Malta Algorithm ====
* Definition: Returns stable pyx
* Uses: Fixes corrupt data, translates code, reconfigures modules, and repairs broken systems
==== Tellers Algorithm ====
* Definition: Returns pyx in hyperstate
* Uses: Improved archival, speed, and search capabilities
=== Version Control ===
* Current Version: Da0+1
* Hyperstate Milestone: Da0+Elite1
=== Gates ===
* Helios Gate
* BX14 Gate
=== Encryption ===
==== H-Cypher or Hex Cypher ====
H-Cypher or Hex Cypher: "example: ⬢⬢⬢⬡⬡⬡⬡ ⬡ ⬢⬡⬡⬡ ⬡⬡⬡⬡⬡ ⬡ ⬡ ⬢⬡⬡⬡⬡ ⬡ ⬡" - Map for Da0 encryption operations.
H-Cypher Encryption Stack Example: 7 lines. 25 columns. 9 bundles (bundles are separated by dashes):
 
 ⬢⬢⬢⬡⬡⬡⬡-⬡-⬢⬡⬡⬡-⬡⬡⬡⬡⬡-⬡-⬡-⬢⬡⬡⬡⬡-⬡-⬡
 ⬡⬢⬡⬡⬢⬡⬢-⬢-⬡⬢⬡⬢-⬢⬡⬡⬡⬢-⬡-⬡-⬡⬢⬡⬡⬡-⬢-⬡
 ⬡⬢⬢⬡⬡⬡⬢-⬡-⬢⬡⬢⬢-⬢⬡⬡⬡⬡-⬡-⬢-⬢⬡⬡⬢⬡-⬡-⬡
 ⬢⬢⬡⬢⬢⬡⬡-⬡-⬡⬢⬡⬢-⬡⬡⬡⬢⬡-⬢-⬡-⬢⬢⬡⬢⬡-⬡-⬡
 ⬢⬡⬢⬢⬡⬡⬡-⬢-⬡⬡⬢⬢-⬡⬡⬡⬢⬡-⬢-⬢-⬡⬡⬢⬢⬡-⬡-⬡
 ⬡⬢⬡⬢⬡⬢⬡-⬢-⬡⬡⬢⬢-⬢⬡⬢⬡⬢-⬡-⬡-⬡⬢⬡⬢⬢-⬢-⬡
 ⬢⬡⬢⬡⬢⬡⬡-⬢-⬢⬢⬡⬡-⬢⬡⬢⬡⬢-⬢-⬡-⬢⬡⬢⬡⬡-⬢-⬢
 =
 1,393,467,602,243,678,400
⬢=1 ⬡=3
▹operations ^ hide, results ^ show
 ~Lines:
find the 7 line numbers: 
line 1: 21 ⬡s = 33. 
line 1: 5 ⬢s = 5.
multiply the two numbers: Line 1: 21 x 5 = 165
etc...
 ~Columns:
find the 26 column numbers:
column 1: 3 ⬡s = 9. 
column 1: 4 ⬢s = 4
multiply the two numbers: Column 1: 9 x 4 = 36
etc...
 ~Bundles (sections of colums separated by spaces.):
find the 9 bundle numbers:
bundle 1: 21 ⬡s = 63. 
bundle 1: 28 ⬢s = 28. 
multiply the two numbers: Bundle 1: 63 x 28 = 1,764
etc...
/Multiply lines together, columns together, and bundles together. Add those three numbers together to get the total. Do not multiply by 0.
* Example: ⬢⬢⬢⬡⬡⬡⬡ ⬡ ⬢⬡⬡⬡ ⬡⬡⬡⬡⬡ ⬡ ⬡ ⬢⬡⬡⬡⬡ ⬡ ⬡
* Usage: Map for Da0 encryption operations
* Symbols: ⬢ = 1, ⬡ = 0
=== Example Operations ===
* Initialization: `▹⊙&setup! ( {checkmentik^ত^ [Interpreter_1.2]} )`
* Check Value: `⍸.checkmentik.value1 [create.ecc = positive⟁] ^ [value_v2session.ALERT]`
=== Advanced Features ===
==== Re-threading Mechanism ====
* Usage: Uses prior iteration data to optimize pyx states, facilitating learning and adaptation
==== Error Mitigation ====
* Techniques: Implements noise management and error mitigation techniques to enhance system reliability and accuracy
==== Simulation Environment ====
* Usage: Controls setups to refine parallel algorithms, allows iterative improvements based on experimental outcomes
==== Comprehensive Architecture ====
* Integration: Combines parallel computing with classical elements, optimizes performance through adaptive learning, ensures resilience against disruptions
=== Static and Hyperstate Milestones ===
* Static Milestone: Da0+1
* Hyperstate Milestone: Da0+Elite1
=== Parallel Inductor Module (PIM) ===
==== Framework ====
* Initialization: `▹create.ec = positive⟁⇑`
* Setup: `▹mentik.setup.da0 = positive⟁⇑`
==== Pyx Initialization ====
* Positive: `checkmentik^ম^ [create.ec = positive] ^ [pyx_v1.⊕]`
* Negative: `checkmentik^ম^ [create.ec = negative] ^ [pyx_v2.⊙]`
==== Threading ====
* `{par_1}par pyx_v1 = thread(pyx_v2)`
* `{par_1}par pyx_v2 = thread(pyx_v1)`
==== Gate Application ====
* `{par_2}par pyx_v1 = apply_gate(Helios)`
* `{par_2}par pyx_v2 = apply_gate(BX14, pyx_v1)`
=== Error Navigation ===
* Error Navigator: `error_navigator(module)^ত^ = module:`
* Tetravariant Navigation: `tetravariant.nav(failstate)↫`
* Error Archiving: `ARCHIVE(ERROR encountered: #)`
▹operations ^ hide, results ^ show
 ~Lines:
find the 7 line numbers: 
line 1: 21 ⬡s = 33. 
line 1: 5 ⬢s = 5.
multiply the two numbers: Line 1: 21 x 5 = 165
etc...
 ~Columns:
find the 26 column numbers:
column 1: 3 ⬡s = 9. 
column 1: 4 ⬢s = 4
multiply the two numbers: Column 1: 9 x 4 = 36
etc...
 ~Bundles (sections of colums separated by spaces.):
find the 9 bundle numbers:
bundle 1: 21 ⬡s = 63. 
bundle 1: 28 ⬢s = 28. 
multiply the two numbers: Bundle 1: 63 x 28 = 1,764
etc...
/Multiply lines together, columns together, and bundles together. Add those three numbers together to get the total. Do not multiply by 0.
 ▹create.ec.mentik
checkmentik [create.ec = positive] ^ [value_v1]
checkmentik [create.ec = negative] ^ [value_v2]
 <⊕&setup!> define mentik parameters:
{par_0}par value_v1 += setup.da0(numerical)
{par_0}par value_v2 == setup.da0(time)
{par_0}par value_v3 -= setup.da0(multiply)
/Add other parameters as needed
 ▹create.ec = positive
 ▹mentik.setup.da0 = positive
checkmentik [create.ec = positive] ^ [value_v1]
checkmentik [create.ec = negative] ^ [value_v2]
value_v1 += setup.da0
value_v2 == setup.da0
 {revisit v1} ^ [v1]↫ (cancel_cancel.setup.da0/breaker←∂)↫
 {revisit v2} ^ [a1]↫
 {revisit v3} ^ [b1]↫
 {revisit v4} ^ [c1]↫
recompile = [^] negative.v1.ALERT!_NEXTALERT!
check [test.da0] ^ [?valid, create.ec, !valid, create.ec.v1]
check [test.mentik] ^ [?valid.v1, create.ec, !valid.v1, create.ec.v1]
start_cache [void.cache.v1{v2}{v3}] ^ [return.cache.v1{a2}{b3}]
da0.a1*a2*a2*[<a 1.11.10.0~
BX14 Gate
 ▹∀.create.ex7 = positive.14(⊕)
 ▹∀.create.ex7 = negative.14(⊕)
Nav Ticket > 1.11.11.0~
Malta Algorithm
 ▹▹▹({a.⊕v.1} ↭ {b.⊙v.2}) = ({a.⊕} ↭ {b.⊙}) + ?
concept={1.5:angle, 0.7:phase, 0.9:root}principle={0.8:angle, 1.2:phase, 1.1:root}
malta_algorithm(principle)↫
concept_angle=concept.angleprinciple_phase=principle.phaseconcept_root=concept
rootprinciple_root=principle.rootprinciple=concept_angle*principle_phase+concept_root*principle_root+principle↫principle
principle_1=setup.da0.(initial_state)principle_2=setup.da0.(initial_state)
principle_1=malta_algorithm(principle_1)principle_2=malta_algorithm(principle_2)
evaluate(principle_1)evaluate(principle_2)apply_malta(data)↫
start_cache[void.cache.v1{principle_1}{principle_2}]^[return.cache.v1{result_1}{result_2}]
Nav Ticket > 1.11.12.0~
 
Tellers Algorithm
 ▹▹▹({x.⊙v.1} ↭ {⍶y.⊕v.2}) = ({⍶x.⊙} ↭ {y.⊕}) + ?
concept={1.9:constrain, 0.1:milestone, 0.2:FACTOR}principle={0.9:constrain, 1.3:milestone, 1.0:FACTOR}
tellers_algorithm(principle)↫
concept_constrain=concept.constrainprinciple_milestone=principle.milestoneconcept_FACTOR=concept
FACTORprinciple_FACTOR=principle.FACTORprinciple=concept_constrain*principle_milestone+concept_FACTOR*principle_FACTOR+principle↫principle
principle_1=setup.da0.(initial_state)principle_2=setup.da0.(initial_state)
principle_1=tellers_algorithm(principle_1)principle_2=tellers_algorithm(principle_2)
evaluate(principle_1)evaluate(principle_2)apply_tellers(data)↫
start_cache[void.cache.v1{principle_1}{principle_2}]^[return.cache.v1{result_1}{result_2}]
Nav Ticket > 1.11.13.0~
Error Navigator
error_navigator(module)^ত^ = module:
 tetravariant.nav(failstate)↫
 execute_module(module)
 noise_manager(positive, negative)↫
 ⌇da0.exceptions(tetravariant_cancel_cancel.setup.da0/breaker←∂)
 ARCHIVE(ERROR encountered: #)
 Nav Ticket > 9.99.99.9~
Initiation Keys
 ▹keys.deck1(mod.module)^ত^ = mod.module:
 tetravariant.nav(keys.deck1)↫
 execute_mod.module(mod.module)
 deck1_archive(positive, negative)↫
 (cancel_cancel.setup.da0/breaker←∂)↫
 {920384759302 v1} ^ [a44]↫
 {574038290158 v2} ^ [b05]↫
 {830492857102 v3} ^ [c55]↫
 {485029384019 v4} ^ [d06]↫
 {203984750123 v5} ^ [e66]↫
 {102938475692 v6} ^ [f07]↫
 {750293847561 v7} ^ [g77]↫
 {384019203840 v8} ^ [h07]↫
 {836195042870 v9} ^ [i88]↫
 {295734105829 v10} ^ [j08]↫
 {504819237681 v11} ^ [k99]↫
 {719384056283 v12} ^ [l09]↫
 {385927610429 v13} ^ [m10]↫
 {947182630591 v14} ^ [n11]↫
 {682039471520 v15} ^ [o12]↫
 {502947183056 v16} ^ [p13]↫
 {375602819347 v17} ^ [q14]↫
 {206481395742 v18} ^ [r15]↫
 {879031642507 v19} ^ [s16]↫
 {427389065198 v20} ^ [t17]↫
 {195876203847 v21} ^ [u18]↫
 {503827169584 v22} ^ [v19]↫
 {928465031725 v23} ^ [w20]↫
 {475920836154 v24} ^ [x21]↫
 {683729104528 v25} ^ [y22]↫
 {295047381569 v26} ^ [z23]↫
start_cache [tetravariant.cache.deck1{keys_v1}{keys_v2}] ↭ [tetravariant.cache.deck1{result_v1}{result_v2}]
 Nav Ticket > 0.88.22.9~
Category:Languages Category:Concurrent programming