Follow a causal chain.
Observation and premise lead through mechanism, process, deduction, and result in a directional sequence.
Explore four computational visualizations of causal, dialectical, panoramic, and synergetic dynamics. The simulations are the centerpiece: pause them, step through states, change speed, inspect live variables, and open any model fullscreen.
Enter the simulation studio ↓Each model has a distinct visual grammar, state sequence, color system, and explanatory panel.
Observation and premise lead through mechanism, process, deduction, and result in a directional sequence.
Thesis and antithesis move through contradiction toward synthesis, rule formation, and algorithmic execution.
A stable conceptual object remains central while changing projections make different aspects visible.
Alternatives fluctuate, are screened, and gather around an attractor as feedback changes the field.
Seeds and steps control the software model. The resulting states describe the simulation, not a measurement of a person's cognition.
Conceptual terminology and framing are identified as source-derived where applicable.
Numerical variables, transition rules, trajectories, particles, animation, and interface are software representations created for this studio.
Simulation output is an output of the computational model. It is not automatically empirical evidence for a theory of human cognition.
This is an educational interactive laboratory, not a diagnostic tool, clinical instrument, or validated psychological assessment.
Viktor V. Gulenko,
“Forms of Thinking”
Socionics, Mentology and Personality Psychology
,
No. 4 (2002),
pp. 9–25.
This project does not claim endorsement by the author or publication.