VISTmany Scientific & Practical Terminology

VISTmany is a research project and framework for studying financial-market behaviour through time, temporal structures, price structure, and their interaction.

A fundamental practical feature of VISTmany is the ability to calculate future Liquidity Activation Points (LAP) and expected movement in advance for the coming trading week.

The project therefore provides information about:

• when potential market activation may occur;
• in which direction movement is expected;
• how much movement may potentially occur within the corresponding interval;
• how individual timings form temporal structures;
• how different temporal structures interact;
• how temporal structures interact with price.

TLV (Time Language VISTmany) is the conceptual language used to describe financial-market behaviour through time and price.

The fundamental representation is:

Within TLV, time is not treated only as a chronological measurement. It is studied as a structured component of market behaviour. The main TLV concepts include:

• Timing; LAP; Timing Interval;
• Expected Movement; Direction;
• Temporal Space; Temporal Spectrum; Temporal Density;
• Time–Price Alignment (TPA); t(p); p(p);
• Market Activation; Impulse; Exhaustion.

Timing is a forecast temporal point or temporal interval associated with a potential market reaction or activation. The term timing represents the practical, trader-oriented form of the concept.

During the development of VISTmany, the concept of timing was progressively refined into:

Thus, timing remains a convenient practical term, while LAP is the more precise scientific term used within the VISTmany framework.

A Liquidity Activation Point (LAP) is a calculated future temporal point at which the market may activate movement. LAP is therefore not simply a historical timestamp. It is a forward-looking forecast.

For every financial instrument, the VISTmany calculation framework can determine in advance:

• LAP time;
• timing interval;
• expected direction;
• expected movement;
• relationships with other LAPs.

A Week-Ahead Temporal Forecast is a forecast of the future temporal structure of a financial instrument for the coming trading week. VISTmany calculates future LAPs and expected movement before the corresponding market events occur.

This creates a fundamentally different workflow from conventional reactive analysis:

The trader therefore begins the week with a predefined map of potential temporal activation points.

Expected Movement is the forecast amount of price movement associated with a LAP and its timing interval. In iVISTscalp5, Expected Movement is expressed in points.

For example:
LAP: 10:30 | Direction: Buy | Expected Movement: 180 points

The system therefore provides three fundamental dimensions:

• When? — LAP
• Where? — Market/price context
• How much? — Expected Movement

Expected Movement is a calculated expectation, not a guarantee. Actual market behaviour must always be compared with the forecast.

Direction is the forecast direction associated with a LAP (For example: Buy or Sell). In iVISTscalp5, direction may be represented visually by colour.

Direction is one component of the forecast and should be interpreted together with: LAP, Expected Movement, previous price movement, price structure, market context, and other LAPs and temporal spectra.

A Timing Interval is the temporal interval used by the VISTmany calculation framework to generate LAPs.

Examples currently used in VISTLAB include: 7 minutes, 15 minutes, 30 minutes, 60 minutes, 80 minutes, 100 minutes. These intervals are not a theoretical limitation. Other intervals can be used for research.

The purpose of using multiple intervals is to study how different temporal structures coexist and interact.

Temporal Space is the structured space formed by future LAPs calculated across multiple timing intervals. It is more than a time axis.

It contains: future LAPs, timing intervals, temporal proximity, Temporal Spectra, Temporal Density, intersections between temporal structures, expected movement, and relative temporal energy.

Temporal Spectrum is a structured group of closely positioned LAPs. A Temporal Spectrum can have three forms based on how the LAPs are distributed in time and across timing intervals:

10.1 Horizontal Temporal Spectrum

Occurs when multiple LAPs appear close to each other within the same timing interval. The LAPs are distributed horizontally along the time axis.
Example: 7-minute LAP: 10:00; 10:01; 10:03; 10:05.
Important visualization rule: Horizontal spectra should be represented horizontally and consecutively to show their distribution along the time axis.

10.2 Vertical Temporal Spectrum

Occurs when LAPs from different timing intervals converge within the same temporal region.
Example: 7-min LAP at 10:00, 15-min at 10:02, 30-min at 10:04.
The key characteristic: Different timing intervals → same temporal region.

10.3 Combined Horizontal–Vertical Temporal Spectrum

Occurs when multiple LAPs are clustered within individual timing intervals AND the spectra of several different timing intervals overlap in the same temporal region. This is the most structurally complex type.

Combined Horizontal–Vertical Temporal Spectra represent the strongest and most informative temporal structures for VISTmany research. They show both density within each temporal layer and synchronization between different temporal layers.

Temporal Density describes the degree of concentration and overlap of Temporal Spectra in time. It describes how strongly different structures overlap or concentrate.

• Low Temporal Density: Timing structures are widely separated (e.g. LAPs at 10:00, 10:20, 10:45).
• High Temporal Density: Several timing structures converge within a very narrow period (e.g. LAPs at 10:00, 10:02, 10:04, 10:05).

The wider and deeper the temporal overlap of different Temporal Spectra, the higher the Temporal Density.

These concepts must not be confused.

• Temporal Spectrum answers: What temporal structure has formed? (It exists even without high density).
• Temporal Density answers: How strongly are temporal structures concentrated or overlapping?

A Timing Intersection occurs when LAPs from different timing structures converge or closely overlap in time. (e.g., 7-minute LAP + 15-minute LAP + 30-minute LAP within the same temporal region). It is one of the mechanisms through which Vertical or Combined Temporal Spectra emerge.

A Momentum Cluster is a concentrated group of closely positioned LAPs that may indicate an increased probability of a stronger market reaction. It is a practical interpretation of temporal concentration.

A Momentum Cluster is not a guarantee of movement; actual market reaction must be observed.

Market Activation is the observed beginning or strengthening of market movement around a forecast LAP or temporal structure. VISTmany separates the forecast from empirical observation:

• LAP = forecast
• Market Activation = observed event
• Price Reaction = observed market response

16. Impulse: Market movement that develops following temporal activation. Conceptually: Impulse = t(p) × p(p).

17. t(p) — Time Level: Represents the price position of the market at the moment of timing activation. It answers: Where is price when the LAP becomes active?

18. p(p) — Price Level: Represents a principal price level forming part of the price structure.

19. Time–Price Alignment (TPA): Describes the alignment between a forecast LAP and a relevant price structure (when LAP + t(p) + p(p) form a coherent configuration).

20. Price–Time Interaction: Describes the sequence: Forecast → Activation → Reaction → Movement.

21. Exhaustion: The weakening or completion of a movement relative to the expected movement associated with a timing. Previous movement changes the context of the next LAP.

22. Timing Reaction: The actual price response around a forecast LAP (impulse, reversal, acceleration, delayed, weak, or none). The LAP identifies the period requiring attention; the trader determines the entry.

Higher Timing: LAPs generated from larger timing intervals. They provide broader temporal context.

Lower Timing: LAPs generated from smaller timing intervals. They provide greater temporal precision.

Temporal Energy is a relative measure used to compare the expected intensity of different LAPs against the calculated average market energy for the forecast week.

This allows visualization of not only when a timing occurs, but also how strong its expected movement is relative to the forecast week.

TimeMap is a new VISTmany research and visualization indicator designed specifically for studying Temporal Space. It uses the same LAP forecasting calculation core as iVISTscalp5, but removes price-level information to present a clean visual map of temporal structures.

TimeMap visualizes the Temporal Space of a financial instrument one week ahead. Note: It is currently being prepared for publication and future commercial distribution.

27. iVISTscalp5: The principal framework implementation of VISTmany. It provides week-ahead LAP forecasts, directional forecasts, expected movement, and practical trading functionality connecting theory with market observation.

28. Main Research Instrument: Creates a continuous cycle: Calculation → Forecast → Observation → Testing → Research → Theory Development.

29. iVISTscalp5 and TimeMap: Both use the same core. iVISTscalp5 focuses on Time + Price. TimeMap focuses on Temporal Space alone.

30. VISTLAB: The online research laboratory of VISTmany allowing users to study future temporal structures directly via the website.

31. Strategy Tester Research: Empirical testing of VISTmany forecasts in the MT5 Strategy Tester to investigate LAP reactions, spectra, and expected vs. realized movement.

The complete VISTmany research logic can be represented as the following sequence:

Timing

Attention

LAP

Forecast Temporal Activation Point

Direction

Forecast

Expected Movement

Calculated Movement Potential

Temporal Spectrum

Structured Group of Closely Positioned LAPs

Horizontal Spectrum

Concentration within a Timing Interval

Vertical Spectrum

Convergence across Different Timing Intervals

Combined Spectrum

Horizontal and Vertical Structure at the Same Time

Temporal Density

Degree of Temporal Concentration and Overlap

Price Context

Current Market State

Price Reaction

Empirical Confirmation

Trade Decision

Trader’s Decision