Situational Reality
Human beings do not act on reality in its totality.
We act on reality as it becomes available to us through perception, context, memory, language, expectation, culture, tools, and bodily presence.
This effective reality-for-action is called situational reality.
A Working Definition
In the simplest form:
Situational Reality = Intention + Set of Perceptions
In Intention Space, those perceptions are represented as Pulses.
That means a situation is not merely a collection of data. It is a context in which some things have become relevant enough to guide action.
Shared World, Different Situations
Many beings can share the same physical world without sharing the same situational reality.
A person, a camera, a phone, a machine-learning model, and an animal may all be present around the same event. Each participates through different perceptual structures.
They may share:
- time
- space
- physical interaction
- signals
- consequences
But they do not necessarily share:
- interpretation
- priority
- emotional meaning
- intention
- available context
- capacity to respond
This distinction matters for software because systems often assume that shared data means shared understanding.
It does not.
Why Context Must Be Explicit
The same phrase can mean different things in different situations.
door open
This can mean one thing in a home, another in a hospital, another in an aircraft, another in a prison, and another in a software simulation.
Without context, a Signal loses grounding.
Without grounding, action loses meaning.
CPUX therefore treats context-bearing communication as first-class. A Signal is not just a payload. It is a Pulse set carried under an Intention within a runtime field.
Situational Reality In A Perceptive App
In a Perceptive App, the current application state is not only a technical object stored somewhere.
It is an evolving situational reality.
The CPUX Field carries this state through:
- Field Intention Set
- Field Pulse Set
- reflected Signals
- latest trivalent status
- accumulated perception history
The Field does not claim to contain total reality. It contains the represented situation relevant to a CPUX unit of work.
That limitation is a strength. It makes the computational situation inspectable.
The Developer Shift
Traditional development often asks:
What data do I need?
CPUX asks:
What situation must be represented so that this action has meaning?
That shift is the beginning of intention-representable design.