restructure

Author: karaposu

thinking_disciplines/a.md

@@ -36,9 +36,9 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
-## To Build
+## Planned
 
-### 3. Structural Critique
+### 3. Critique
 
 **Transform:** Plan or idea → Identified risks, errors, and conflicts
 
@@ -55,7 +55,7 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
-### 4. Structural Decomposition
+### 4. Decomposition
 
 **Transform:** Complex whole → Manageable independent parts
 
@@ -73,7 +73,7 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
-### 5. Structural Diagnosis
+### 5. Diagnosis
 
 **Transform:** Failure → Root cause localization
 
@@ -92,7 +92,7 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
-### 6. Structural Exploration
+### 6. Exploration
 
 **Transform:** Unknown territory → Mapped understanding
 
@@ -103,15 +103,15 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 - Depth probes (where should we go deeper?)
 - Boundary detection (where does this territory end?)
 - Knowledge gap identification (what do we NOT know after scanning?)
-- Confidence mapping (what are we sure about, what's uncertain, what's unknown?)
+- Confidence mapping (what are we sure about, what is partially known , what's uncertain, what's unknown?)
 - What are the failure modes? (exploring too deep before scanning breadth, mistaking surface understanding for deep understanding, stopping exploration when it feels "enough" rather than when gaps are closed)
 
 **Existing commands:** `/arch-small-summary`, `/arch-intro`, `/arch-traces`, `/arch-traces-2`
 **Priority:** Medium — the archaeology commands work well, but a framework would make them more principled
 
 ---
 
-### 7. Structural Reflection
+### 7. Reflection
 
 **Transform:** Completed work → Extracted patterns and insights
 
@@ -129,7 +129,7 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
-### 8. Structural Recovery
+### 8. Recovery
 
 **Transform:** Broken state → Restored function
 
@@ -148,7 +148,7 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
-### 9. Structural Evaluation
+### 9. Evaluation
 
 **Transform:** Output → Intent comparison
 
@@ -166,16 +166,47 @@ Each thinking discipline has: a philosophy/definition, structural components, a
 
 ---
 
+### 10. Meta-Plan
+
+**Transform:** Problem + context → Correct sequence of disciplines to apply
+
+**What it is:** The discipline for combining other disciplines. Given a problem and its current context (including what has already been done, what was tried before, what failed), Meta-Plan determines which disciplines to apply, in what order, and how their outputs feed into each other. It is the orchestrator that makes the other nine disciplines work together as a system rather than a disconnected toolbox.
+
+Without Meta-Plan, the user has to decide: "should I sensemaking this first, or decompose it, or innovate?" That decision itself requires structured thinking. Meta-Plan IS that structured thinking.
+
+**Components to define:**
+- Problem classification (what kind of problem is this? ambiguous? complex? broken? novel? stale?)
+- Context reading (what has already been done? what disciplines have been applied? what did they produce? what failed?)
+- Discipline selection (which disciplines does this problem need, and which does it NOT need?)
+- Sequencing (what order? what feeds into what? where are the dependencies between discipline outputs?)
+- Past context integration (what was learned in previous sessions, previous attempts, previous failures that should inform the current plan?)
+- Adaptive re-planning (when a discipline produces unexpected output, how does the plan adjust?)
+- What are the failure modes? (applying disciplines in the wrong order, skipping a needed discipline because it feels redundant, ignoring past context and re-discovering the same dead ends, over-planning instead of starting, rigid sequencing that doesn't adapt to what each discipline reveals)
+
+**Existing commands:** `/align-modes` (partial, assesses all modes but doesn't sequence disciplines)
+**Priority:** High — this is what makes the disciplines composable instead of isolated
+
+---
+
 ## Discipline Relationships
 
 ```
+                        ┌─────────────┐
+                        │  Meta-Plan  │
+                        │ (sequences  │
+                        │  all others)│
+                        └──────┬──────┘
+                               │
+            ┌──────────────────┼──────────────────┐
+            ▼                  ▼                  ▼
 Exploration → Sensemaking → Innovation
                                ↓
                           Decomposition → Critique → (implement) → Evaluation
                                                                        ↓
                                                          Diagnosis → Recovery
 
-Reflection spans all — it operates on the output of any framework
+Reflection spans all — it operates on the output of any discipline
+Meta-Plan spans all — it decides which disciplines to use and in what order
 ```
 
-Each discipline is standalone and domain-agnostic. Together they cover the cognitive operations that development requires. The AlignStack Agent uses them as the methodology behind its seven modes.
+Each discipline is standalone and domain-agnostic. Together they cover the cognitive operations that development requires. Meta-Plan is what turns them from a list into a system — it reads the problem, reads the context, and produces the right sequence of disciplines for this specific situation. The AlignStack Agent uses them as the methodology behind its seven modes.

agent/frameworklist.md …nking_disciplines/list_of_disciplines.mdagent/frameworklist.md renamed to thinking_disciplines/list_of_disciplines.md agent/frameworklist.md renamed to thinking_disciplines/list_of_disciplines.md

@@ -0,0 +1,17 @@
+i think thinking disciplines are about finding a coverage equation for the definition, like sensemaking , innovation it fitts this understanding. 
+but not only. it also about how this coverage should be used , what should be be done it too. 
+
+
+also in math we also use abstract thinking , meta thinking to redefine problems in other space and solve there and reimplement in orignanl space. Z-space is something like this. 
+
+and i think thinking disciplines are somehow related to the geometry field.  Our thinking is mathematics unnderneath the neurons and it is actually geometry too. 
+
+
+i think one way to show the power of this thinking disciplines is to actually use them to solve a Millennium Prize Problem.  and using all in thinking_disciplines/list_of_disciplines.md might be a way to do that . becasue the mentioned disciplines covers all types of thinking. They don't cover all DEPTHS of knowledge. But all together they have emergent feature of covering all depts of knowledge and they should be able to understand that in face of a millenium prize question like P vs NP, this needs creation of new mathematical concept, what are the possibilities of creating new concepts, lets scan all concepts in mathematiccs and find meta definition of mathematical concept. and then use that definition to generate a new thinking discipline and with coverate lets generate all these new concepts via innovation , and then inspect each ... and goes on. 
+
+
+ ... if Millennium Prize Problems cant be solved , it means they dont cover all thinking or this probelm is not solvable in it's nature. 
+
+
+
+ If they can be combined in a meta manner, one emergent feature is  disciplines being SELF-EXTENDING. They recognize their own depth limitation, use their own mechanisms to address it, and generate the missing depth. The depth isn't pre-loaded, it's produced by the disciplines themselves.