Reality Coding Programming Paradigms

Are we living in code? I'm asking the next question: what kind of programming paradigm best describes how reality works if it is code? It could be combinations of the the followings. Currently I'm leaning to DataFlow or Reactive. It's possible that our entire fate is contained in one giant SyncCharts, nested all the way down.


Programming paradigms

• Action
• Agent-oriented
• Array-oriented
• Automata-based
• Concept
• Concurrent computing
  • Relativistic programming
• Data-driven
• Declarative (contrast: Imperative)
  • Constraint
    • Constraint logic
      • Concurrent constraint logic
  • Dataflow
    • Flow-based
    • Cell-oriented (spreadsheets)
    • Reactive
  • Functional
    • Functional logic
    • Purely functional
  • Logic
    • Abductive logic
    • Answer set
    • Concurrent logic
    • Functional logic
    • Inductive logic
• Dynamic
• End-user programming
• Event-driven
  • Service-oriented
  • Time-driven
• Expression-oriented
• Feature-oriented
• Function-level (contrast: Value-level)
• Generic
• Imperative (contrast: Declarative)
  • Literate
  • Procedural
• Language-oriented
  • Natural language programming
  • Discipline-specific
  • Domain-specific
  • Grammar-oriented
    • Dialecting
  • Intentional
• Metaprogramming
  • Automatic
    • Inductive programming
  • Reflective
    • Attribute-oriented
  • Homoiconic
  • Macro
  • Template
    • Policy-based
• Non-structured (contrast: Structured)
  • Array
• Nondeterministic
• Parallel computing
  • Process-oriented
• Point-free style
  • Concatenative
• Probabilistic
• Semantic
• Structured (contrast: Non-structured)
  • Block-structured
  • Modular (contrast: Monolithic)
  • Object-oriented
    • Actor-based
    • Class-based
    • Concurrent
    • Prototype-based
    • By separation of concerns:
      • Aspect-oriented
      • Role-oriented
      • Subject-oriented
  • Recursive
• Value-level (contrast: Function-level)
• Quantum programming

     The essential of the syntax of SyncCharts is gathered in this figure.

• nested macrostates for hierarchy
• parallel composition for concurrency
• signal broadcasting ( by name sharing )
• preemption by dedicated arcs ( suspension colored orange; abortion colored red )