The declared center is the Titov Reference Price. Above it lies the Titov Uchaf Sector; below it lies the Titov Isaf Sector. These names describe spatial location rather than a predetermined market opinion. Both sectors can contain Titov Ascendant Force and Titov Descendant Force, so location never substitutes for directional measurement.
The Titov Analytical Scale records the complete lens through which a field is observed: chart interval, reference-price convention, Uchaf and Isaf widths, lookback depth, price unit, completion rule, boundary convention, and normalization. Changing any of these coordinates creates a different measurement object that must be reported as such.
The Titov Admission Principle requires complete containment. A completed event enters a sector only when its entire High-to-Low range lies inside that sector. An event crossing the central division or an outer boundary is excluded rather than clipped, divided, or counted twice. The rule sacrifices some observations in order to preserve authentic event geometry and reproducibility.
Titov Ascendant Force is derived from the lower non-retained extension of an admitted event. Titov Descendant Force is derived from the upper non-retained extension. The names identify the direction of the visible return toward the body, not an observed participant identity and not a guaranteed future movement.
Key Concepts
The vocabulary of the field.
Titov Uchaf Sector
The bounded portion of the field located above the Titov Reference Price.
Titov Isaf Sector
The bounded portion of the field located below the Titov Reference Price.
Titov Admission Principle
The rule admitting an event only when its complete High-to-Low range belongs to one declared sector.
Research Takeaway
A Titov quantity becomes scientifically useful only when its name, location, admission rule, unit, and calculation can be stated without ambiguity.
This essay explains the theory’s definitions and architecture. It does not constitute investment advice, a trading signal, or a promise of future performance.