© [2026] Memo Elkh. The Mushaf The Criterion on this website is protected by copyright.
Watch this walkthrough before entering Phase 1.
This tutorial covers navigation, registry structure, and the verification flow.
Full page translation is still being expanded. Some technical content may remain in English during this first pass.
Classical Abjad System (Not Modern)
The Abjad system used here is the classical letter-number assignment
(abjad hawwaz sequence), where each Arabic letter has a fixed numeric value.
It is an old ordering system and is not the modern alphabetical teaching order.
In this project, Abjad-based measurements use normalized text according to the normalization contract,
then apply the classical values below.
| Letter Group |
Values |
| ا ب ج د ه و ز ح ط | 1, 2, 3, 4, 5, 6, 7, 8, 9 |
| ي ك ل م ن س ع ف ص | 10, 20, 30, 40, 50, 60, 70, 80, 90 |
| ق ر ش ت ث خ ذ ض ظ غ | 100, 200, 300, 400, 500, 600, 700, 800, 900, 1000 |
Concatenation Breakdown (M4-M7) Using Surah 1:1 Only
بسم الله الرحمن الرحيم
Word Abjad totals from 1:1: بسم=102, الله=66, الرحمن=329, الرحيم=289
Letter sequence for 1:1 (used directly for M4 and M6):
ب(2) | س(60) | م(40) | ا(1) | ل(30) | ل(30) | ه(5) | ا(1) | ل(30) | ر(200) | ح(8) | م(40) | ن(50) | ا(1) | ل(30) | ر(200) | ح(8) | ي(10) | م(40)
| Metric |
Direction |
1:1 Order Used |
Concatenation (1:1) |
Note |
| M4 |
Forward |
2 | 60 | 40 | 1 | 30 | 30 | 5 | 1 | 30 | 200 | 8 | 40 | 50 | 1 | 30 | 200 | 8 | 10 | 40 |
260401303051302008405013020081040 |
Letter-by-letter Abjad concatenation (not word-by-word), with Abjad-position framing. |
| M5 |
Forward |
102 | 66 | 329 | 289 |
10266329289 |
Forward word-by-word concatenation (Phase 3 M5). |
| M6 |
Reverse |
40 | 10 | 8 | 200 | 30 | 1 | 50 | 40 | 8 | 200 | 30 | 1 | 5 | 30 | 30 | 1 | 40 | 60 | 2 |
401082003015040820030153030140602 |
Reverse letter-by-letter concatenation (Phase 3 M6), with Abjad-position framing. |
| M7 |
Reverse |
289 | 329 | 66 | 102 |
28932966102 |
Reverse word-by-word concatenation (Phase 3 M7). |
Scope note: This block demonstrates concatenation mechanics for M4-M7 on Surah 1:1 only, as requested.
Full metric computation across the Quran continues by each metric's direction and rule set.
Glossary
This page defines the terms used throughout the system. All definitions are tied to fixed rules and reproducible measurements.
Foundation
The Criterion
The fixed Arabic text used as the reference for all measurements. It is not a new recitation. It is the measurement baseline: the standard text everything else is compared against, and it defines what is being measured in this project.
Dataset
The structured collection of text used for analysis (for example: surah, verse, text). Everything measured comes from the dataset.
Normalization
The process of converting text into a consistent form so it can be measured reliably. This removes variation that would affect counts.
Normalization Contract
The fixed rules used during normalization. Once defined, these rules do not change. All results depend on this contract being stable.
Measurement Layer
Measurement
A direct count or calculation performed on the dataset (letters, words, values).
Metric (M1-M7)
A specific type of measurement with a fixed rule. Surah 1:1 example:
M1=19 (letter count), M2=4 (word count), M3=786 (abjad sum), M4=260401303051302008405013020081040 (forward letter concatenation), M5=10266329289 (forward word concatenation), M6=401082003015040820030153030140602 (reverse letter concatenation), M7=28932966102 (reverse word concatenation).
Whole Book Measurements
Measurements taken across the entire dataset, not just one surah or verse.
Whole Book Values
The final totals produced from whole-book measurements.
System Behavior
Workflow
The step-by-step process used to transform the dataset into measurable results.
Deterministic
Given the same input and rules, the output will always be the same. No randomness, no variation.
Verification Flow
The process of checking that outputs are correct and reproducible under the same rules.
Structural Logic
Lock
A condition where a measurement satisfies a defined rule, such as divisibility by 19.
Sura Lock
A lock that occurs within a single surah.
Global Lock
A lock that occurs across the entire dataset.
Structural Stability
The system remains consistent when all defined rules are applied.
Global Stability
The entire dataset holds together under all measurements simultaneously.
Collapse / Collapsed Stability
When one change breaks multiple measurements, causing the system to fail.
Numeric Layer
Abjad Value
A numerical value assigned to each Arabic letter.
Concatenation
Joining numbers together to form a larger number. See the tutorial block "Concatenation Breakdown (M4-M7) Using Surah 1:1 Only" for the explicit 1:1 forward examples.
Reverse Concatenation
Joining numbers in reverse order. See the tutorial block "Concatenation Breakdown (M4-M7) Using Surah 1:1 Only" for the explicit 1:1 reverse examples.
Advanced Terms
Divergence
When results differ due to changes in rules, dataset, or measurement method.
Validation Artifact
A generated output (file, table, result) used to verify correctness.
Canonical Targets
The expected results defined by the system under fixed rules.
Hash Registered
A file or dataset is assigned a unique digital fingerprint (hash). If the data changes, the hash changes. This ensures integrity.
Boundary / Outer Boundary
The limits of what is included in the system (what is measured versus excluded).
Structural Nesting
Smaller structures (like verses or surahs) forming part of larger structures (the whole book).
Clarifier
Metrics vs Measurements
Measurement = a single count. Metric = a defined method of measuring.