MP2 MP02
Synced: 2026-04-11T17:56:32
32
Atoms
6
Elements
0
Constructs
0
Compounds
0
Dupes Resolved
Validated
CP-MP2 — MP2 Coherence Dimensions Gate Master Compound implements K-MP2
Purpose:
Execution Steps:
All Checks Passed
0/6
Families w/ Compounds
6
Orphaned Families
32
Total Atoms on Disk
Family Coverage
| Family | Atoms | Used by Compounds | Status |
|---|---|---|---|
ADR |
0 | orphaned — no compound references this family | ORPHANED |
COH |
0 | orphaned — no compound references this family | ORPHANED |
EMT |
0 | orphaned — no compound references this family | ORPHANED |
GAT |
0 | orphaned — no compound references this family | ORPHANED |
INT |
0 | orphaned — no compound references this family | ORPHANED |
MMP |
0 | orphaned — no compound references this family | ORPHANED |
Element Details
E-MP02-MMP
1 atoms
MMP
MP02-E-ADR-001
0 atoms
ADR
MP02-E-COH-001
0 atoms
COH
MP02-E-EMT-001
0 atoms
EMT
MP02-E-GAT-001
0 atoms
GAT
MP02-E-INT-001
0 atoms
INT
{
"atoms": [
{
"_inventory_only": true,
"atom_id": "MP02-A-ADR-001",
"atom_name": "ADR Completeness Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "MP02-A-ADR-001",
"source_file": "MP02-A-ADR-COMPLETENESS.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-ADR-002",
"atom_name": "ADR Immutability Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "MP02-A-ADR-002",
"source_file": "MP02-A-ADR-IMMUTABILITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-ADR-004",
"atom_name": "ADR Supersession Protocol Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "MP02-A-ADR-004",
"source_file": "MP02-A-ADR-SUPERSESSION.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-ADR-003",
"atom_name": "ADR Requirement Traceability Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "MP02-A-ADR-003",
"source_file": "MP02-A-ADR-TRACEABILITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-COH-003",
"atom_name": "Circular Reasoning Detection Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "COH",
"family_name": "COH",
"internal_id": "MP02-A-COH-003",
"source_file": "MP02-A-COH-CIRCULARITYLEVEL.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-COH-001",
"atom_name": "Layer Connectivity Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "COH",
"family_name": "COH",
"internal_id": "MP02-A-COH-001",
"source_file": "MP02-A-COH-CONNECTIVITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-COH-002",
"atom_name": "Contradiction Detection Level Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "COH",
"family_name": "COH",
"internal_id": "MP02-A-COH-002",
"source_file": "MP02-A-COH-CONTRADICTIONLEVEL.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-COH-004",
"atom_name": "Semantic Consistency Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "COH",
"family_name": "COH",
"internal_id": "MP02-A-COH-004",
"source_file": "MP02-A-COH-SEMANTICCONSISTENCY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-EMT-003",
"atom_name": "Governance Compliance Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "EMT",
"family_name": "EMT",
"internal_id": "MP02-A-EMT-003",
"source_file": "MP02-A-EMT-GOVCOMPLIANCE.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-EMT-001",
"atom_name": "Output Mode Selection Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "EMT",
"family_name": "EMT",
"internal_id": "MP02-A-EMT-001",
"source_file": "MP02-A-EMT-MODESELECTION.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-EMT-002",
"atom_name": "Package Completeness Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "EMT",
"family_name": "EMT",
"internal_id": "MP02-A-EMT-002",
"source_file": "MP02-A-EMT-PACKAGECOMPLETE.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-GAT-003",
"atom_name": "Pipeline Blocking Authority Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "MP02-A-GAT-003",
"source_file": "MP02-A-GAT-BLOCKINGAUTHORITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-GAT-001",
"atom_name": "Gate Definition Clarity Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "MP02-A-GAT-001",
"source_file": "MP02-A-GAT-DEFINITIONCLARITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-GAT-002",
"atom_name": "Escalation Threshold Validity Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "MP02-A-GAT-002",
"source_file": "MP02-A-GAT-ESCALATIONVALIDITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-GAT-004",
"atom_name": "Gate Evolution Protocol Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "MP02-A-GAT-004",
"source_file": "MP02-A-GAT-GATEEVOLUTION.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-INT-001",
"atom_name": "Chain Validity Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "INT",
"family_name": "INT",
"internal_id": "MP02-A-INT-001",
"source_file": "MP02-A-INT-CHAINVALIDITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-INT-002",
"atom_name": "Layer Presence Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "INT",
"family_name": "INT",
"internal_id": "MP02-A-INT-002",
"source_file": "MP02-A-INT-LAYERPRESENCE.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-INT-003",
"atom_name": "MP1 Clearance Confirmation Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "INT",
"family_name": "INT",
"internal_id": "MP02-A-INT-003",
"source_file": "MP02-A-INT-MP1CLEARANCE.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-A-INT-004",
"atom_name": "Segment Integrity Gauge",
"atomic_definition": "",
"definition": "",
"family_code": "INT",
"family_name": "INT",
"internal_id": "MP02-A-INT-004",
"source_file": "MP02-A-INT-SEGMENTINTEGRITY.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-ADR-ADRIMMUTABILIT",
"atom_name": "ADR Immutability Enforcement",
"atomic_definition": "Prevents unauthorized modification of approved Architecture Decision Records. Once approved, ADRs are immutable\u2014changes require supersession with a new ADR that references the original.",
"definition": "Prevents unauthorized modification of approved Architecture Decision Records. Once approved, ADRs are immutable\u2014changes require supersession with a new ADR that references the original.",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "ADR02",
"source_file": "MP02-ADR-ADRIMMUTABILIT.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-ADR-ADRRQTRACEABIL",
"atom_name": "ADR-RQ Traceability",
"atomic_definition": "Ensures every Architecture Decision Record is traceable to one or more APLM Research Questions (RQ1-RQ6). No orphan decisions\u2014every architectural choice must serve a research objective.",
"definition": "Ensures every Architecture Decision Record is traceable to one or more APLM Research Questions (RQ1-RQ6). No orphan decisions\u2014every architectural choice must serve a research objective.",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "ADR03",
"source_file": "MP02-ADR-ADRRQTRACEABIL.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-ADR-ADRSUPERSESSIO",
"atom_name": "ADR Supersession Protocol",
"atomic_definition": "Governs how approved ADRs may be superseded by new decisions. Supersession requires explicit reference to original ADR, justification for change, and documentation of what changed and why.",
"definition": "Governs how approved ADRs may be superseded by new decisions. Supersession requires explicit reference to original ADR, justification for change, and documentation of what changed and why.",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "ADR04",
"source_file": "MP02-ADR-ADRSUPERSESSIO.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-ADR-DECISIONRECORD",
"atom_name": "Decision Record Completeness",
"atomic_definition": "Validates that every Architecture Decision Record (ADR) contains complete documentation: rationale, alternatives considered, consequences, and traceability to research questions. Incomplete ADRs cannot be approved.",
"definition": "Validates that every Architecture Decision Record (ADR) contains complete documentation: rationale, alternatives considered, consequences, and traceability to research questions. Incomplete ADRs cannot be approved.",
"family_code": "ADR",
"family_name": "ADR",
"internal_id": "ADR01",
"source_file": "MP02-ADR-DECISIONRECORD.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-COH-CIRCULARREASO",
"atom_name": "Circular Reasoning Prevention",
"atomic_definition": "Detects and prevents circular reasoning in the APLM architecture where layer outputs depend on their own inputs through indirect paths. Circular dependencies create unstable or meaningless decisions.",
"definition": "Detects and prevents circular reasoning in the APLM architecture where layer outputs depend on their own inputs through indirect paths. Circular dependencies create unstable or meaningless decisions.",
"family_code": "COH",
"family_name": "COH",
"internal_id": "COH03",
"source_file": "MP02-COH-CIRCULARREASO.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-COH-CONTRADICTIOND",
"atom_name": "Contradiction Detection",
"atomic_definition": "Identifies logical contradictions between APLM layers. Contradictions occur when layer outputs conflict or when layer assumptions are mutually exclusive. All contradictions require resolution.",
"definition": "Identifies logical contradictions between APLM layers. Contradictions occur when layer outputs conflict or when layer assumptions are mutually exclusive. All contradictions require resolution.",
"family_code": "COH",
"family_name": "COH",
"internal_id": "COH02",
"source_file": "MP02-COH-CONTRADICTIOND.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-COH-LAYERCONNECTIV",
"atom_name": "Layer Connectivity Verification",
"atomic_definition": "Ensures all APLM layers (L01-L08) are logically connected and justified. No orphaned layers\u2014every layer must have defined inputs, outputs, and relationships to other layers.",
"definition": "Ensures all APLM layers (L01-L08) are logically connected and justified. No orphaned layers\u2014every layer must have defined inputs, outputs, and relationships to other layers.",
"family_code": "COH",
"family_name": "COH",
"internal_id": "COH01",
"source_file": "MP02-COH-LAYERCONNECTIV.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-COH-SEMANTICCONSIS",
"atom_name": "Semantic Consistency Check",
"atomic_definition": "Validates that terminology and concepts are used consistently across all APLM layers. Semantic drift\u2014where the same term means different things in different layers\u2014undermines coherence.",
"definition": "Validates that terminology and concepts are used consistently across all APLM layers. Semantic drift\u2014where the same term means different things in different layers\u2014undermines coherence.",
"family_code": "COH",
"family_name": "COH",
"internal_id": "COH04",
"source_file": "MP02-COH-SEMANTICCONSIS.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-GAT-ESCALATIONTHRE",
"atom_name": "Escalation Threshold Gate",
"atomic_definition": "Specifies conditions under which layer decisions must be escalated to higher governance levels. Prevents layers from making consequential decisions beyond their authority.",
"definition": "Specifies conditions under which layer decisions must be escalated to higher governance levels. Prevents layers from making consequential decisions beyond their authority.",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "GAT02",
"source_file": "MP02-GAT-ESCALATIONTHRE.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-GAT-GATEEVOLUTIONP",
"atom_name": "Gate Evolution Protocol",
"atomic_definition": "Governs how gate configurations evolve as the Charter and system requirements change. Gate modifications require traceability to Charter changes and must not weaken existing protections without justification.",
"definition": "Governs how gate configurations evolve as the Charter and system requirements change. Gate modifications require traceability to Charter changes and must not weaken existing protections without justification.",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "GAT04",
"source_file": "MP02-GAT-GATEEVOLUTIONP.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-GAT-LAYERGATEDEFIN",
"atom_name": "Layer Gate Definition",
"atomic_definition": "Defines pass/fail gates for each APLM layer (L01-L08). Gates specify the conditions under which layer output is acceptable for downstream consumption. No layer output proceeds without gate clearance.",
"definition": "Defines pass/fail gates for each APLM layer (L01-L08). Gates specify the conditions under which layer output is acceptable for downstream consumption. No layer output proceeds without gate clearance.",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "GAT01",
"source_file": "MP02-GAT-LAYERGATEDEFIN.json",
"weight_estimation": {}
},
{
"_inventory_only": true,
"atom_id": "MP02-GAT-PIPELINEBLOCKING",
"atom_name": "Pipeline Blocking Criteria",
"atomic_definition": "Configures conditions under which the entire APLM pipeline must halt. Blocking criteria include critical failures, safety concerns, and Charter violations that cannot proceed.",
"definition": "Configures conditions under which the entire APLM pipeline must halt. Blocking criteria include critical failures, safety concerns, and Charter violations that cannot proceed.",
"family_code": "GAT",
"family_name": "GAT",
"internal_id": "GAT03",
"source_file": "MP02-GAT-PIPELINEBLOCKING.json",
"weight_estimation": {}
},
{
"atom_id": "MMP02",
"atom_name": "Student Novelty Tolerance Integration",
"definition": "Evaluates whether the student\u0027s estimated tolerance for novelty (or Openness to Experience) has been utilized to calibrate the complexity, unfamiliarity, or experimental nature of the selected modalit",
"family_code": "MMP",
"family_name": "MMP"
}
],
"compounds": [
{
"_inventory_only": true,
"calls_elements": [],
"compound_id": "CP-MP2",
"compound_name": "MP2 Coherence Dimensions Gate Master Compound",
"definition": "",
"execution_steps": [],
"implements_construct": "K-MP2",
"inputs": {},
"key_atoms": [],
"outputs": {},
"purpose": ""
}
],
"constructs": [
{
"_inventory_only": true,
"compounds_managed": [],
"construct_id": "K-MP2",
"construct_name": "MP2 Coherence Dimensions Gate Master Construct",
"definition": "",
"purpose": "",
"validation_rules": {}
}
],
"elements": [
{
"_inventory_only": true,
"aggregation_method": {},
"atom_ids": [],
"element_id": "MP02-E-ADR-001",
"element_name": "Architecture Decision Record Evidence Element",
"family_code": "ADR",
"family_name": "ADR",
"output_contract": {
"bundle_structure": {
"atom_scores": "array",
"composite_score": "[0-99] weighted average",
"flags": [
"ADR_INCOMPLETE",
"IMMUTABILITY_VIOLATED",
"TRACE_GAPS"
]
},
"output_type": "EVIDENCE_BUNDLE"
},
"purpose": "Aggregates ADR completeness, immutability, traceability, and supersession atoms to produce a composite decision-record quality score. Immutability violation caps the score at 40."
},
{
"_inventory_only": true,
"aggregation_method": {},
"atom_ids": [],
"element_id": "MP02-E-COH-001",
"element_name": "Architecture Coherence Evidence Element",
"family_code": "COH",
"family_name": "COH",
"output_contract": {
"bundle_structure": {
"atom_scores": "array",
"composite_score": "[0-99] coherence health",
"flags": [
"CONNECTIVITY_GAP",
"CONTRADICTION_FOUND",
"CIRCULAR_DEPENDENCY",
"SEMANTIC_DRIFT"
]
},
"output_type": "EVIDENCE_BUNDLE"
},
"purpose": "Aggregates layer connectivity, contradiction detection, circularity reasoning, and semantic consistency atoms to assess cross-layer coherence of the instructional pipeline."
},
{
"_inventory_only": true,
"aggregation_method": {},
"atom_ids": [],
"element_id": "MP02-E-EMT-001",
"element_name": "Output Emission Evidence Element",
"family_code": "EMT",
"family_name": "EMT",
"output_contract": {
"bundle_structure": {
"atom_scores": "array",
"composite_score": "[0-99] emission validity health",
"flags": [
"MODE_ERROR",
"PACKAGE_INCOMPLETE",
"GOVERNANCE_VIOLATION"
],
"pass_threshold": 75
},
"output_type": "EVIDENCE_BUNDLE"
},
"purpose": "Aggregates emission mode selection, package completeness, and governance compliance atoms to evaluate whether meta-process outputs are correctly packaged and authorised for downstream consumption."
},
{
"_inventory_only": true,
"aggregation_method": {},
"atom_ids": [],
"element_id": "MP02-E-GAT-001",
"element_name": "Gate Definition Evidence Element",
"family_code": "GAT",
"family_name": "GAT",
"output_contract": {
"bundle_structure": {
"atom_scores": "array",
"composite_score": "[0-99] weighted average",
"flags": [
"GATE_AMBIGUOUS",
"THRESHOLD_INVALID",
"NO_AUTHORITY"
]
},
"output_type": "EVIDENCE_BUNDLE"
},
"purpose": "Aggregates gate definition clarity, escalation validity, blocking authority, and gate evolution atoms to assess whether pipeline quality gates are correctly defined and enforceable."
},
{
"_inventory_only": true,
"aggregation_method": {},
"atom_ids": [],
"element_id": "MP02-E-INT-001",
"element_name": "Intake Validation Evidence Element",
"family_code": "INT",
"family_name": "INT",
"output_contract": {
"bundle_structure": {
"atom_scores": "array",
"composite_score": "[0-99] intake validity health",
"flags": [
"CHAIN_INVALID",
"LAYERS_MISSING",
"MP1_NOT_CLEARED",
"SEGMENT_CORRUPT"
],
"pass_threshold": 75
},
"output_type": "EVIDENCE_BUNDLE"
},
"purpose": "Aggregates chain validity, layer presence, MP1 clearance, and segment integrity atoms to verify that incoming layer evidence is complete, properly chained, and cleared for meta-process evaluation."
},
{
"atom_ids": [
"MMP02"
],
"element_id": "E-MP02-MMP",
"family_name": "MMP"
}
],
"metadata": {
"agent": "mp2",
"generated_at": "",
"generator": "MP2 Operator Inference v3",
"layer": "MP02",
"synced_at": "2026-04-11T17:56:32.023726+00:00"
},
"summary": {
"compounds": 1,
"constructs": 1,
"duplicates_resolved": 0,
"total_atoms": 32,
"total_elements": 6,
"validation_passed": true
},
"validation": {
"family_coverage": {
"ADR": [],
"COH": [],
"EMT": [],
"GAT": [],
"INT": [],
"MMP": []
},
"issues": [
"Family ADR has atoms but is not referenced by any compound",
"Family COH has atoms but is not referenced by any compound",
"Family EMT has atoms but is not referenced by any compound",
"Family GAT has atoms but is not referenced by any compound",
"Family INT has atoms but is not referenced by any compound",
"Family MMP has atoms but is not referenced by any compound"
],
"passed": true
}
}