A time-looping variable container for quantum misfits and deterministic dreamers.
Get Started
$ dotnet add package PositronicVariablesReadme
PositronicVariable (.NET Library)
A time looping variable container for quantum misfits and deterministic dreamers.
PositronicVariable<T> simulates values that evolve across iterative timelines. Think Schr�dinger's variable: simultaneously filled with regret and potential. Now with automatic convergence, STM-backed transactional updates, telemetry, and existential debugging.
Not exactly time travel but close enough to confuse your boss.
Features
- Temporal journaling: remembers past states better than you remember birthdays
- Automatic convergence: simulates logic until values settle (therapy not included)
- NeuralNodule: quantum flavoured neurons for group therapy style computation
- Time reversal: runs logic backward, forward and sideways (flux capacitor optional)
- Seamless integration with
QuBit<T>from QuantumSuperposition - STM telemetry: commits, retries, aborts, validation failures, lock-hold timings, contention hotspots
- Read-only fast path: validate-only transactions with no lock acquisition
Getting Started
Installation
dotnet add package PositronicVariables
Quick Example
Logical loop with no stable resolution:
[DontPanic]
private static void Main()
{
var antival = PositronicVariable<int>.GetOrCreate("antival", -1);
Console.WriteLine($"The antival is {antival}");
var val = -1 * antival;
Console.WriteLine($"The value is {val}");
antival.State = val;
}
Output (after convergence)
The antival is any(-1, 1)
The value is any(1, -1)
Two state paradox. Like a light switch held halfway by indecision. Convergence matters. Without it you loop until the compiler cries.