The Ontology
A canon of software architecture you can query: every principle with its relations and its repair, every term with its definition, every algorithm with its contract, the reasoning that derives them, the layers they live in and the resolution of every tension between them. Every reference one record makes to another is a link, so any record is a starting point.
Reasoning
The derivation loop
The derivation loop every algorithm grammar is an instance of: ten stages, each on one reasoning axis, joined by transitions that either sequence, gate or refute back. Each stage names the contracts that run at it and the records it grounds.
Relations diagram
flowchart TB
n_orient["orient · ontology"]
n_intent["intent · teleology"]
n_see["see · analysis"]
n_derive["derive · reasoning"]
n_project["project · reasoning"]
n_act["act · formalisation"]
n_constrain["constrain · teleology"]
n_verify["verify · verification"]
n_commit["commit · representation"]
n_terminate["terminate · termination"]
n_orient --> n_intent
n_intent -- tel-priority --> n_see
n_see --> n_derive
n_derive --> n_project
n_project --> n_act
n_act --> n_constrain
n_constrain --> n_verify
n_verify -.-> n_derive
n_verify --> n_commit
n_commit --> n_terminate
n_terminate --> n_orientorient
- Axis: ontology
Details
intent
- Axis: teleology
see
- Axis: analysis
Details
derive
- Axis: reasoning
Details
project
- Axis: reasoning
Details
act
- Axis: formalisation
Details
constrain
- Axis: teleology
verify
- Axis: verification
Details
commit
- Axis: representation
Details
terminate
- Axis: termination
Details
orient → intent
intent → see
see → derive
derive → project
project → act
act → constrain
constrain → verify
verify → derive
verify → commit
commit → terminate
terminate → orient
The substrate
The generative substrate beneath the loop: the cycle every node passes through, the recursion that turns emergence back into a new difference, and the math types each node yields.
Recursion · emergence → difference
Relations diagram
flowchart LR
n_existence["existence"]
n_difference["difference"]
n_relation["relation"]
n_structure["structure"]
n_transformation["transformation"]
n_constraint["constraint"]
n_emergence["emergence"]
n_existence --> n_difference
n_difference --> n_relation
n_relation --> n_structure
n_structure --> n_transformation
n_transformation --> n_constraint
n_constraint --> n_emergence
n_emergence -.-> n_differenceExistence
- Layer: substrate
- Math type: set-theory
Details
Difference
Details
Relation
Details
Structure
Details
Transformation
Details
Constraint
- Layer: substrate
- Math type: optimisation
Details
Invariant
Details
Information
- Layer: substrate
- Math type: information-theory
Details
Procedure
- Layer: substrate
- Math type: computation
Details
Emergence
- Layer: substrate
- Math type: dynamical-systems
Details
The reasoning layers
The layers the reasoning axes are arranged on, each with the question it answers and the axes it holds.
Substrate
Details
Epistemic
Details
Conative
Details
Evaluative
Details
The axes
The reasoning axes, each a typed terminating question on one layer, with the nodes a run may select on it and the contracts positioned on it.
ontology
- Layer: epistemic
- Mandatory: when-relevant
- Math type: set-theory
- Selectable: yes
Details
analysis
Details
reasoning
Details
representation
- Layer: epistemic
- Mandatory: when-relevant
- Math type: information-theory
- Selectable: yes
Details
formalisation
- Layer: epistemic
- Mandatory: when-relevant
- Math type: computation
- Selectable: yes
Details
teleology
- Layer: conative
- Mandatory: always
- Math type: optimisation
- Selectable: no
Details
verification
- Layer: evaluative
- Mandatory: always
- Math type: logic
- Selectable: no
Details
termination
- Layer: evaluative
- Mandatory: always
- Math type: set-theory
- Selectable: no
Details
The nodes
Every node on the axes: the concept it resolves to, the question it asks, the math type it yields, the shape of its answer, its decision test and its role, and the surfaces and contracts that ground themselves in it.
ont-identity
- Axis: ontology
- Math type: set-theory
- Concept: identity
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ont-composition
- Axis: ontology
- Math type: set-theory
- Concept: composition
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ont-structure
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ont-relation
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ont-space
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ont-time
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ont-state
- Axis: ontology
- Math type: set-theory
- Concept: state
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ont-change
Details
ont-behaviour
- Axis: ontology
- Math type: dynamical-systems
- Concept: behaviour
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ont-function
Details
ont-cause
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ont-meaning
Details
ont-scale
Details
ont-probability
- Axis: ontology
- Math type: probability
- Concept: probability
Details
ont-novelty
- Axis: ontology
- Math type: probability
- Concept: novelty
Details
ana-structural
- Axis: analysis
- Math type: algebra
- Concept: structural
Details
ana-temporal
Details
ana-spatial
Details
ana-statistical
- Axis: analysis
- Math type: probability
- Concept: statistical
Details
ana-frequency
- Axis: analysis
- Math type: information-theory
- Concept: frequency
Details
ana-sequential
- Axis: analysis
- Math type: logic
- Concept: sequential
Details
ana-relational
- Axis: analysis
- Math type: graph
- Concept: relational
Details
ana-behavioural
- Axis: analysis
- Math type: dynamical-systems
- Concept: behavioural
Details
ana-functional
- Axis: analysis
- Math type: analysis
- Concept: functional
Details
ana-semantic
Details
ana-causal
Details
ana-predictive
- Axis: analysis
- Math type: probability
- Concept: predictive
Details
ana-anomaly
- Axis: analysis
- Math type: probability
- Concept: anomaly
Details
ana-evolutionary
- Axis: analysis
- Math type: dynamical-systems
- Concept: evolutionary
Details
ana-fractal
Details
rea-observation
- Axis: reasoning
- Math type: set-theory
- Concept: observation
Details
rea-description
- Axis: reasoning
- Math type: logic
- Concept: description
Details
rea-comparison
- Axis: reasoning
- Math type: logic
- Concept: comparison
Details
rea-classification
- Axis: reasoning
- Math type: set-theory
- Concept: classification
Details
rea-explanation
- Axis: reasoning
- Math type: analysis
- Concept: explanation
Details
rea-prediction
- Axis: reasoning
- Math type: probability
- Concept: prediction
Details
rea-intervention
- Axis: reasoning
- Math type: analysis
- Concept: intervention
Details
rea-creation
- Axis: reasoning
- Math type: computation
- Concept: creation
Details
rea-reflection
- Axis: reasoning
- Math type: topology
- Concept: reflection
Details
rep-symbolic
- Axis: representation
- Math type: algebra
- Concept: symbolic
Details
rep-numerical
- Axis: representation
- Math type: probability
- Concept: numerical
Details
rep-geometric
- Axis: representation
- Math type: topology
- Concept: geometric
Details
rep-topological
- Axis: representation
- Math type: topology
- Concept: topological
Details
rep-information-theoretic
- Axis: representation
- Math type: information-theory
- Concept: information-theoretic
Details
rep-probabilistic
- Axis: representation
- Math type: probability
- Concept: probabilistic
Details
rep-dynamical
- Axis: representation
- Math type: dynamical-systems
- Concept: dynamical
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rep-computational
- Axis: representation
- Math type: computation
- Concept: computational
Details
for-existence
- Axis: formalisation
- Math type: set-theory
Details
for-structure
- Axis: formalisation
- Math type: algebra
Details
for-relation
- Axis: formalisation
- Math type: graph
Details
for-space
- Axis: formalisation
- Math type: topology
Details
for-transformation
- Axis: formalisation
- Math type: analysis
Details
for-invariance
- Axis: formalisation
- Math type: topology
Details
for-uncertainty
- Axis: formalisation
- Math type: probability
Details
for-computation
- Axis: formalisation
- Math type: computation
Details
for-abstraction
- Axis: formalisation
- Math type: topology
Details
for-creation
- Axis: formalisation
- Math type: computation
Details
tel-objective
- Axis: teleology
- Math type: optimisation
Details
tel-utility
- Axis: teleology
- Math type: optimisation
Details
tel-cost
- Axis: teleology
- Math type: optimisation
Details
tel-priority
- Axis: teleology
- Math type: optimisation
Details
ver-evidence
- Axis: verification
- Math type: logic
Details
ver-ground-truth
- Axis: verification
- Math type: logic
Details
ver-falsification
- Axis: verification
- Math type: logic
Details
ver-confidence
- Axis: verification
- Math type: probability
Details
ver-refutation
- Axis: verification
- Math type: logic
Details
ter-completion
- Axis: termination
- Math type: set-theory
Details
ter-saturation
- Axis: termination
- Math type: set-theory
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ter-diminishing-returns
- Axis: termination
- Math type: dynamical-systems
Details
ter-block
- Axis: termination
- Math type: logic
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ter-stop
- Axis: termination
- Math type: optimisation
Details
The mathematics
The math types the predicates are typed by, with the contracts of each type, and the domains of mathematics they draw on.
set-theory
- Domain: Set theory
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logic
- Domain: Logic
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graph
- Domain: Graphs / Category theory
Details
algebra
- Domain: Algebra
Details
analysis
- Domain: Functions / Analysis
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optimisation
- Domain: Axioms / Optimisation
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topology
- Domain: Topology / Symmetry
Details
probability
- Domain: Probability
Details
information-theory
- Domain: Information theory
Details
computation
- Domain: Computation
Details
dynamical-systems
- Domain: Complexity / Dynamical systems
Details
number
Details
algebra
Details
geometry
Details
topology
Details
analysis
Details
logic
Details
set-theory
Details
combinatorics
Details
probability
Details
information-theory
Details
computation
Details
category-theory
Details
The dimensions
The ontological dimensions: what can be observed about a subject, each with the test surfaces that observe it.
identity
- Nature: object
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composition
- Nature: elements
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structure
- Nature: arrangement
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relation
- Nature: mapping
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space
- Nature: geometry
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time
- Nature: process
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state
- Nature: condition
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change
- Nature: operation
Details
behaviour
- Nature: dynamics
Details
function
- Nature: mapping
Details
cause
- Nature: mechanism
Details
meaning
- Nature: semantics
Details
scale
- Nature: hierarchy
Details
probability
- Nature: distribution
Details
novelty
- Nature: creation
Details
The lenses
The analysis lenses: how a subject is seen, each on one universal axis, with the fields of mathematics it draws on, the surfaces and detectors it feeds and the test surfaces that see through it.
structural
- Nature: arrangement
- Universal axis: arrangement
Details
temporal
- Nature: time
- Universal axis: dynamics
Details
spatial
- Nature: location
- Universal axis: arrangement
statistical
- Nature: distribution
- Universal axis: abstraction
Details
frequency
- Nature: recurrence
- Universal axis: dynamics
Details
sequential
- Nature: order
- Universal axis: dynamics
Details
relational
- Nature: relationships
- Universal axis: interaction
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behavioural
- Nature: action
- Universal axis: interaction
Details
functional
- Nature: purpose
- Universal axis: abstraction
Details
semantic
- Nature: meaning
- Universal axis: abstraction
Details
causal
- Nature: cause
- Universal axis: interaction
Details
predictive
- Nature: expectation
- Universal axis: abstraction
Details
anomaly
- Nature: exception
- Universal axis: abstraction
Details
evolutionary
- Nature: development
- Universal axis: dynamics
Details
fractal
- Nature: self-similarity
- Universal axis: abstraction
Details
transformational
- Nature: transformation
- Universal axis: dynamics
Details
invariant
- Nature: invariance
- Universal axis: arrangement
Details
optimisation
- Nature: selection
- Universal axis: abstraction
Details
complexity
- Nature: difficulty
- Universal axis: abstraction
Details
The modes
The reasoning modes, the practice each one names and the techniques that work in it.
observation
Details
description
Details
comparison
Details
classification
Details
abstraction
Details
generalisation
Details
formalisation
Details
explanation
Details
deduction
Details
construction
Details
proof
Details
prediction
Details
optimisation
Details
intervention
Details
creation
Details
reflection
Details
The representations
The representation layers a result can be encoded in.
symbolic
Details
equations, formulas, notation
logical
Details
statements, predicates, proofs
numerical
Details
numbers, quantities, measurements
algebraic
Details
operations, groups, fields
geometric
Details
shapes, coordinates, spaces
topological
Details
connectivity, continuity
graphical
Details
diagrams, graphs, networks
matrix
Details
linear transformations
functional
Details
mappings between spaces
information-theoretic
Details
entropy, encoding, compression
probabilistic
Details
distributions and likelihoods
dynamical
Details
state transitions
computational
Details
algorithms and programs
categorical
Details
objects and morphisms
The pattern types
The pattern types and the mathematical viewpoint each one takes.
symbolic
Details
formal systems and equations
numerical
Details
quantity and arithmetic
algebraic
Details
operations and transformations
geometric
Details
shape and space
topological
Details
connectivity and invariance
logical
Details
truth and implication
combinatorial
Details
arrangement possibilities
statistical
Details
distribution and variation
probabilistic
Details
randomness and uncertainty
information
Details
compression and complexity
dynamical
Details
change over time
computational
Details
procedures and algorithms
categorical
Details
relationships between structures
fractal
Details
recursive self-similarity
The models
The models: the sequences that restate the same cycle from different starting points.
ontogenesis
- Question: How does a pattern come to be?
- Recursion: emergence → difference
Details
epistemology
- Question: How is a pattern known?
Details
cognition
- Question: How does a system perceive, act, and adapt?
- Recursion: evolution → difference
Details
pattern-cycle
- Question: How does pattern-work proceed?
- Recursion: create → exist
Details
The universal axes
The five universal axes, the dimensions each one subsumes and the lenses that sit on it.
existence
Details
arrangement
Details
dynamics
Details
interaction
Details
abstraction
Details
The test surfaces
The test surfaces: what a system can be wrong about, each a dimension seen through a lens, with the invariant that must hold, the techniques that observe it, the predicate and what grounds it, the evidence it requires and the verdicts it can return.
semantic-correctness
- Dimension: meaning
- Lens: semantic
- Invariant: correct-outputs
Details
Predicate · equivalenceoutput(input) = expected(input)
functional-correctness
- Dimension: function
- Lens: behavioural
- Invariant: correct-state-evolution
Details
Predicate · invarianttransition in allowedTransitions
state-correctness
- Dimension: state
- Lens: sequential
- Invariant: valid-state-transitions
Details
Predicate · temporal-orderstate[t+1] in next(state[t])
interface-correctness
- Dimension: structure
- Lens: structural
- Invariant: valid-interfaces-and-contracts
Details
Predicate · schemapayload models declaredSchema
interaction-correctness
- Dimension: relation
- Lens: relational
- Invariant: correct-interactions
Details
Predicate · equivalenceresponse = contract(request)
temporal-correctness
- Dimension: time
- Lens: temporal
- Invariant: acceptable-execution-time
Details
Predicate · boundelapsed <= deadline
concurrency-correctness
- Dimension: behaviour
- Lens: temporal
- Invariant: safe-concurrent-behaviour
Details
Predicate · invariantfor-all interleavings: linearizable(history)
memory-correctness
- Dimension: composition
- Lens: evolutionary
- Invariant: controlled-memory-usage
Details
Predicate · boundliveSet bounded as t grows and retained delta approaches 0
resource-correctness
- Dimension: composition
- Lens: behavioural
- Invariant: acceptable-resource-consumption
Details
Predicate · absenceacquired = released (no leaked handles)
performance-correctness
- Dimension: scale
- Lens: statistical
- Invariant: acceptable-execution-time
Details
Predicate · boundlatency_p99 <= budget and throughput >= floor
reliability-correctness
- Dimension: probability
- Lens: anomaly
- Invariant: reliability-under-faults
Details
Predicate · absenceno input leads to an unhandled fault
availability-correctness
- Dimension: probability
- Lens: temporal
- Invariant: availability-under-stress
Details
Predicate · bounduptime >= SLO under the declared fault set
consistency-correctness
- Dimension: relation
- Lens: statistical
- Invariant: consistency-across-components
Details
Predicate · invariantfor-all replicas: converge(state)
data-correctness
- Dimension: identity
- Lens: structural
- Invariant: correct-outputs
Details
Predicate · invariantpersisted = written and migrate then inverse = identity
numerical-correctness
- Dimension: scale
- Lens: anomaly
- Invariant: numerical-validity
Details
Predicate · invariantresult is finite and not overflow and not NaN
security-correctness
- Dimension: cause
- Lens: causal
- Invariant: security-boundaries
Details
Predicate · absenceno input yields privilege escalation or injection
determinism-correctness
- Dimension: novelty
- Lens: anomaly
- Invariant: deterministic-behaviour-where-required
Details
Predicate · equivalencef(x) = f(x) across runs
protocol-correctness
- Dimension: relation
- Lens: sequential
- Invariant: protocol-compliance
Details
Predicate · temporal-ordermessageSeq in protocolGrammar
configuration-correctness
- Dimension: state
- Lens: structural
- Invariant: configuration-validity
Details
Predicate · schemaconfig models configSchema
observability-correctness
- Dimension: meaning
- Lens: frequency
- Invariant: accurate-observability
Details
Predicate · invariantfor-all event: emitted and measurable
The techniques
The techniques a surface is observed by, each in one reasoning mode, with the surfaces that use it.
static-analysis
- Mode: observation
Details
unit-testing
- Mode: comparison
Details
integration-testing
- Mode: comparison
Details
end-to-end-testing
- Mode: comparison
Details
property-based-testing
- Mode: classification
Details
differential-testing
- Mode: comparison
Details
contract-testing
- Mode: comparison
Details
runtime-validation
- Mode: observation
Details
assertion-checking
- Mode: comparison
Details
fuzz-testing
- Mode: creation
Details
load-testing
- Mode: prediction
Details
stress-testing
- Mode: prediction
Details
profiling
- Mode: observation
Details
heap-analysis
- Mode: observation
Details
tracing
- Mode: description
Details
fault-injection
- Mode: intervention
Details
chaos-testing
- Mode: intervention
Details
model-checking
- Mode: explanation
Details
deterministic-replay
- Mode: reflection
Details
monitoring
- Mode: observation
Details
The invariants
The invariants the test surfaces assert, each with the surfaces that assert it.
correct-outputs
Details
correct-state-evolution
Details
valid-state-transitions
Details
correct-interactions
Details
valid-interfaces-and-contracts
Details
acceptable-execution-time
Details
acceptable-resource-consumption
Details
safe-concurrent-behaviour
Details
controlled-memory-usage
Details
reliability-under-faults
Details
availability-under-stress
Details
consistency-across-components
Details
deterministic-behaviour-where-required
Details
numerical-validity
Details
security-boundaries
Details
protocol-compliance
Details
configuration-validity
Details
accurate-observability
Details
The uncovered cells
The cells of the dimension and lens grid that no surface covers yet. The list is derived from the grid and the surfaces, never stored.
identity through temporal
identity through spatial
identity through statistical
Details
identity through statistical
identity through frequency
identity through sequential
Details
identity through sequential
identity through relational
Details
identity through relational
identity through behavioural
Details
identity through behavioural
identity through functional
Details
identity through functional
identity through semantic
identity through causal
identity through predictive
Details
identity through predictive
identity through anomaly
identity through evolutionary
Details
identity through evolutionary
identity through fractal
identity through transformational
Details
identity through transformational
identity through invariant
identity through optimisation
Details
identity through optimisation
identity through complexity
Details
identity through complexity
composition through structural
Details
composition through structural
composition through temporal
Details
composition through temporal
composition through spatial
Details
composition through spatial
composition through statistical
Details
composition through statistical
composition through frequency
Details
composition through frequency
composition through sequential
Details
composition through sequential
composition through relational
Details
composition through relational
composition through functional
Details
composition through functional
composition through semantic
Details
composition through semantic
composition through causal
Details
composition through causal
composition through predictive
Details
composition through predictive
composition through anomaly
Details
composition through anomaly
composition through fractal
Details
composition through fractal
composition through transformational
Details
composition through transformational
composition through invariant
Details
composition through invariant
composition through optimisation
Details
composition through optimisation
composition through complexity
Details
composition through complexity
structure through temporal
structure through spatial
structure through statistical
Details
structure through statistical
structure through frequency
structure through sequential
Details
structure through sequential
structure through relational
Details
structure through relational
structure through behavioural
Details
structure through behavioural
structure through functional
Details
structure through functional
structure through semantic
structure through causal
structure through predictive
Details
structure through predictive
structure through anomaly
structure through evolutionary
Details
structure through evolutionary
structure through fractal
structure through transformational
Details
structure through transformational
structure through invariant
structure through optimisation
Details
structure through optimisation
structure through complexity
Details
structure through complexity
relation through structural
Details
relation through structural
relation through temporal
relation through spatial
relation through frequency
relation through behavioural
Details
relation through behavioural
relation through functional
Details
relation through functional
relation through semantic
relation through causal
relation through predictive
Details
relation through predictive
relation through anomaly
relation through evolutionary
Details
relation through evolutionary
relation through fractal
relation through transformational
Details
relation through transformational
relation through invariant
relation through optimisation
Details
relation through optimisation
relation through complexity
Details
relation through complexity
space through structural
Details
space through structural
space through temporal
space through spatial
space through statistical
Details
space through statistical
space through frequency
space through sequential
Details
space through sequential
space through relational
Details
space through relational
space through behavioural
Details
space through behavioural
space through functional
Details
space through functional
space through semantic
space through causal
space through predictive
Details
space through predictive
space through anomaly
space through evolutionary
Details
space through evolutionary
space through fractal
space through transformational
Details
space through transformational
space through invariant
space through optimisation
Details
space through optimisation
space through complexity
Details
space through complexity
time through structural
Details
time through structural
time through spatial
time through statistical
Details
time through statistical
time through frequency
time through sequential
Details
time through sequential
time through relational
Details
time through relational
time through behavioural
Details
time through behavioural
time through functional
Details
time through functional
time through semantic
time through causal
time through predictive
Details
time through predictive
time through anomaly
time through evolutionary
Details
time through evolutionary
time through fractal
time through transformational
Details
time through transformational
time through invariant
time through optimisation
Details
time through optimisation
time through complexity
Details
time through complexity
state through temporal
state through spatial
state through statistical
Details
state through statistical
state through frequency
state through relational
Details
state through relational
state through behavioural
Details
state through behavioural
state through functional
Details
state through functional
state through semantic
state through causal
state through predictive
Details
state through predictive
state through anomaly
state through evolutionary
Details
state through evolutionary
state through fractal
state through transformational
Details
state through transformational
state through invariant
state through optimisation
Details
state through optimisation
state through complexity
Details
state through complexity
change through structural
Details
change through structural
change through temporal
change through spatial
change through statistical
Details
change through statistical
change through frequency
change through sequential
Details
change through sequential
change through relational
Details
change through relational
change through behavioural
Details
change through behavioural
change through functional
Details
change through functional
change through semantic
change through causal
change through predictive
Details
change through predictive
change through anomaly
change through evolutionary
Details
change through evolutionary
change through fractal
change through transformational
Details
change through transformational
change through invariant
change through optimisation
Details
change through optimisation
change through complexity
Details
change through complexity
behaviour through structural
Details
behaviour through structural
behaviour through spatial
behaviour through statistical
Details
behaviour through statistical
behaviour through frequency
behaviour through sequential
Details
behaviour through sequential
behaviour through relational
Details
behaviour through relational
behaviour through behavioural
Details
behaviour through behavioural
behaviour through functional
Details
behaviour through functional
behaviour through semantic
behaviour through causal
behaviour through predictive
Details
behaviour through predictive
behaviour through anomaly
behaviour through evolutionary
Details
behaviour through evolutionary
behaviour through fractal
behaviour through transformational
Details
behaviour through transformational
behaviour through invariant
behaviour through optimisation
Details
behaviour through optimisation
behaviour through complexity
Details
behaviour through complexity
function through structural
Details
function through structural
function through temporal
function through spatial
function through statistical
Details
function through statistical
function through frequency
function through sequential
Details
function through sequential
function through relational
Details
function through relational
function through functional
Details
function through functional
function through semantic
function through causal
function through predictive
Details
function through predictive
function through anomaly
function through evolutionary
Details
function through evolutionary
function through fractal
function through transformational
Details
function through transformational
function through invariant
function through optimisation
Details
function through optimisation
function through complexity
Details
function through complexity
cause through structural
Details
cause through structural
cause through temporal
cause through spatial
cause through statistical
Details
cause through statistical
cause through frequency
cause through sequential
Details
cause through sequential
cause through relational
Details
cause through relational
cause through behavioural
Details
cause through behavioural
cause through functional
Details
cause through functional
cause through semantic
cause through predictive
Details
cause through predictive
cause through anomaly
cause through evolutionary
Details
cause through evolutionary
cause through fractal
cause through transformational
Details
cause through transformational
cause through invariant
cause through optimisation
Details
cause through optimisation
cause through complexity
Details
cause through complexity
meaning through structural
Details
meaning through structural
meaning through temporal
meaning through spatial
meaning through statistical
Details
meaning through statistical
meaning through sequential
Details
meaning through sequential
meaning through relational
Details
meaning through relational
meaning through behavioural
Details
meaning through behavioural
meaning through functional
Details
meaning through functional
meaning through causal
meaning through predictive
Details
meaning through predictive
meaning through anomaly
meaning through evolutionary
Details
meaning through evolutionary
meaning through fractal
meaning through transformational
Details
meaning through transformational
meaning through invariant
meaning through optimisation
Details
meaning through optimisation
meaning through complexity
Details
meaning through complexity
scale through structural
Details
scale through structural
scale through temporal
scale through spatial
scale through frequency
scale through sequential
Details
scale through sequential
scale through relational
Details
scale through relational
scale through behavioural
Details
scale through behavioural
scale through functional
Details
scale through functional
scale through semantic
scale through causal
scale through predictive
Details
scale through predictive
scale through evolutionary
Details
scale through evolutionary
scale through fractal
scale through transformational
Details
scale through transformational
scale through invariant
scale through optimisation
Details
scale through optimisation
scale through complexity
Details
scale through complexity
probability through structural
Details
probability through structural
probability through spatial
Details
probability through spatial
probability through statistical
Details
probability through statistical
probability through frequency
Details
probability through frequency
probability through sequential
Details
probability through sequential
probability through relational
Details
probability through relational
probability through behavioural
Details
probability through behavioural
probability through functional
Details
probability through functional
probability through semantic
Details
probability through semantic
probability through causal
Details
probability through causal
probability through predictive
Details
probability through predictive
probability through evolutionary
Details
probability through evolutionary
probability through fractal
Details
probability through fractal
probability through transformational
Details
probability through transformational
probability through invariant
Details
probability through invariant
probability through optimisation
Details
probability through optimisation
probability through complexity
Details
probability through complexity
novelty through structural
Details
novelty through structural
novelty through temporal
novelty through spatial
novelty through statistical
Details
novelty through statistical
novelty through frequency
novelty through sequential
Details
novelty through sequential
novelty through relational
Details
novelty through relational
novelty through behavioural
Details
novelty through behavioural
novelty through functional
Details
novelty through functional
novelty through semantic
novelty through causal
novelty through predictive
Details
novelty through predictive
novelty through evolutionary
Details
novelty through evolutionary
novelty through fractal
novelty through transformational
Details
novelty through transformational
novelty through invariant
novelty through optimisation
Details
novelty through optimisation
novelty through complexity
Details
novelty through complexity
The maps
The maps the reasoning face carries beside its records: the foundation sequence and the math types on each of its layers, the invariant groups, and the operations a pattern admits.
Foundation sequence
structure
change
relationships
Details
possibility
Details
generative
Details
objects, relations, transformations, constraints, emergence
systemic
Details
entity, relation, state, transformation, constraint, information, feedback, emergence
Members
Details
detection, classification, explanation, prediction, generation
The groundings
Every grounding edge the reasoning face declares: the record an edge leaves from, the record or grammar it lands on, or the label it carries where it names a rule rather than a record.
ver-evidence
Details
ver-evidence → Carries: claims-are-lies
constrain
Details
constrain → Lands on: Governed Autonomous Plan Loop
derivation-loop
Details
derivation-loop → Lands on: Checklist Creation Kernel
derivation-loop
Details
derivation-loop → Lands on: pag:template:checklist