Volatility of Volatility State Lattice [Pineify]
Volatility of Volatility State Lattice [Pineify]
Overview
This pane separates relative range level from range instability. Pressure and finite memory distinguish orderly activity from repeated expansion and contraction in four confirmed states.
Problem Definition
Two intervals can have similar median true range while one stays elevated and the other alternates between large and small bars. ATR level alone hides that sequence. Differencing separately normalized values can also measure a moving denominator instead of changing ranges. The task is to compare a recent range path in one common coordinate system, then separate present disorder from persistent disorder.
Design Rationale
A strictly older median/MAD baseline keeps the recent path out of its own reference. One scale for every path point avoids artificial jumps from separately moving baselines. Speed distinguishes quiet noise from substantial movement; flips and inefficient travel distinguish alternation from orderly drift. A finite mean replaces a single spike trigger, at the cost of delay. Hysteresis limits threshold chatter. High level is a separate axis. Defaults are starting choices, not optimized settings.
Key Features
The main 0-100 pressure line carries the last confirmed state color: blue stable low, amber stable high, magenta unstable, teal re-stabilizing. The thin line is pressure memory. Optional ribbon, background, event marks and lattice table explain the same measurements.
How It Works
True range is the largest of high-low and the two distances from prior close. With defaults, 80 baseline bars precede all 17 points of a 16-step recent path. Center is baseline median; scale is the maximum of 1.4826 times MAD, 10% of center and minimum tick. Every path value becomes (range-center)/scale; their median is relative level. Mean absolute step is speed A. R counts adjacent opposite steps, divided by 15; steps within 0.05 units break adjacency. E is endpoint distance divided by total travel, or zero for no travel. Pressure equals 100*A/(A+0.60)*(0.25+0.40*R+0.35*(1-E)). Memory averages eight closing pressures. Both must reach 55 to enter unstable, or fall to 30 to release. Level enters high at 1.0 and exits at 0.5. Transitions need two consecutive closes. Release enters re-stabilizing; five quiet closes plus transition confirmation restore a stable state. Startup waits for a full path, baseline and memory, then quiet or unstable evidence. Invalid slots suppress values and reset memory at close.
How Multiple Indicators Work Together
The older scale defines comparable steps; travel and flips define disorder; memory requires that disorder to persist. The independent level latch then distinguishes the two stable states. Removing memory admits isolated spikes; removing path structure confuses fast orderly growth with repeated reversals. Release and settling distinguish cooling from completed recovery.
Trading Ideas and Insights
Compare price setups under stable-high and unstable backgrounds even when ATR looks similar. Re-stabilizing means quiet evidence has appeared, but the required quiet interval is unfinished. A return to instability cancels that recovery. It supplies neither direction nor position size; low pressure does not promise a breakout.
Unique Aspects
Relative to a range average or dispersion line, the contribution is a common-coordinate path test coupled to persistent entry and a separate post-release settling state. An orderly ramp has efficient travel and no flips, so even fast travel contributes at most 25 pressure points. Alternating ranges can approach 100. The ribbon shows observed pressure-memory separation, not forecast uncertainty or statistical confidence.
How to Use
Use standard candles on liquid markets, initially within 5 minutes to 1 week. Allow warm-up; gray means waiting or calibrating. Coverage combines valid-slot share and memory maturity, not a probability. Read pressure against dashed entry/release levels, then the active lattice cell. U marks instability, H stable high and R completed recovery. Configure the three corresponding alerts once per bar close; H and R can coincide.
Customization
Baseline length changes reference age; path steps trade local sensitivity for sequence coverage. Memory length and confirmation add persistence delay. Speed reference changes pressure sensitivity; direction deadband changes flip counting. Level entry and hysteresis width control the relative-high latch. Pressure entry/release and quiet duration control recovery. Secondary layers can be hidden; pressure and memory remain.
Assumptions and Limitations
Live values, ribbon and diagnostics change intrabar; state, colors and alerts retain the last confirmed close. Data/settings revisions can recalculate history. The baseline rolls forward and may absorb a lasting regime; high/low are relative labels. Tick/median scale floors and outliers affect sensitivity. Full valid windows are required; observed bars do not measure elapsed session time. Synthetic or illiquid candles distort interpretation. This is not options-implied volatility of volatility, a fitted probability, a forecast or evidence of profitability. Recovery and level transitions lag by design.
Conclusion
The lattice asks whether ranges are large, disorderly and persistently so, using distinct tests for each. Read a confirmed state alongside its live measurements and recovery progress, rather than turning the pressure number into a trading instruction.
Overview
This pane separates relative range level from range instability. Pressure and finite memory distinguish orderly activity from repeated expansion and contraction in four confirmed states.
Problem Definition
Two intervals can have similar median true range while one stays elevated and the other alternates between large and small bars. ATR level alone hides that sequence. Differencing separately normalized values can also measure a moving denominator instead of changing ranges. The task is to compare a recent range path in one common coordinate system, then separate present disorder from persistent disorder.
Design Rationale
A strictly older median/MAD baseline keeps the recent path out of its own reference. One scale for every path point avoids artificial jumps from separately moving baselines. Speed distinguishes quiet noise from substantial movement; flips and inefficient travel distinguish alternation from orderly drift. A finite mean replaces a single spike trigger, at the cost of delay. Hysteresis limits threshold chatter. High level is a separate axis. Defaults are starting choices, not optimized settings.
Key Features
The main 0-100 pressure line carries the last confirmed state color: blue stable low, amber stable high, magenta unstable, teal re-stabilizing. The thin line is pressure memory. Optional ribbon, background, event marks and lattice table explain the same measurements.
How It Works
True range is the largest of high-low and the two distances from prior close. With defaults, 80 baseline bars precede all 17 points of a 16-step recent path. Center is baseline median; scale is the maximum of 1.4826 times MAD, 10% of center and minimum tick. Every path value becomes (range-center)/scale; their median is relative level. Mean absolute step is speed A. R counts adjacent opposite steps, divided by 15; steps within 0.05 units break adjacency. E is endpoint distance divided by total travel, or zero for no travel. Pressure equals 100*A/(A+0.60)*(0.25+0.40*R+0.35*(1-E)). Memory averages eight closing pressures. Both must reach 55 to enter unstable, or fall to 30 to release. Level enters high at 1.0 and exits at 0.5. Transitions need two consecutive closes. Release enters re-stabilizing; five quiet closes plus transition confirmation restore a stable state. Startup waits for a full path, baseline and memory, then quiet or unstable evidence. Invalid slots suppress values and reset memory at close.
How Multiple Indicators Work Together
The older scale defines comparable steps; travel and flips define disorder; memory requires that disorder to persist. The independent level latch then distinguishes the two stable states. Removing memory admits isolated spikes; removing path structure confuses fast orderly growth with repeated reversals. Release and settling distinguish cooling from completed recovery.
Trading Ideas and Insights
Compare price setups under stable-high and unstable backgrounds even when ATR looks similar. Re-stabilizing means quiet evidence has appeared, but the required quiet interval is unfinished. A return to instability cancels that recovery. It supplies neither direction nor position size; low pressure does not promise a breakout.
Unique Aspects
Relative to a range average or dispersion line, the contribution is a common-coordinate path test coupled to persistent entry and a separate post-release settling state. An orderly ramp has efficient travel and no flips, so even fast travel contributes at most 25 pressure points. Alternating ranges can approach 100. The ribbon shows observed pressure-memory separation, not forecast uncertainty or statistical confidence.
How to Use
Use standard candles on liquid markets, initially within 5 minutes to 1 week. Allow warm-up; gray means waiting or calibrating. Coverage combines valid-slot share and memory maturity, not a probability. Read pressure against dashed entry/release levels, then the active lattice cell. U marks instability, H stable high and R completed recovery. Configure the three corresponding alerts once per bar close; H and R can coincide.
Customization
Baseline length changes reference age; path steps trade local sensitivity for sequence coverage. Memory length and confirmation add persistence delay. Speed reference changes pressure sensitivity; direction deadband changes flip counting. Level entry and hysteresis width control the relative-high latch. Pressure entry/release and quiet duration control recovery. Secondary layers can be hidden; pressure and memory remain.
Assumptions and Limitations
Live values, ribbon and diagnostics change intrabar; state, colors and alerts retain the last confirmed close. Data/settings revisions can recalculate history. The baseline rolls forward and may absorb a lasting regime; high/low are relative labels. Tick/median scale floors and outliers affect sensitivity. Full valid windows are required; observed bars do not measure elapsed session time. Synthetic or illiquid candles distort interpretation. This is not options-implied volatility of volatility, a fitted probability, a forecast or evidence of profitability. Recovery and level transitions lag by design.
Conclusion
The lattice asks whether ranges are large, disorderly and persistently so, using distinct tests for each. Read a confirmed state alongside its live measurements and recovery progress, rather than turning the pressure number into a trading instruction.
🚀🚀🚀 Pineify - pineify.app
Essential Toolkit for Every Trader
- AI Pine Script Generator
- Finance AI Agent
- AI Stock Picker
- Pine Script Visual Editor
- Invited indicators
- Strategy Optimizer
- Trading Journal
- Backtest Report
Essential Toolkit for Every Trader
- AI Pine Script Generator
- Finance AI Agent
- AI Stock Picker
- Pine Script Visual Editor
- Invited indicators
- Strategy Optimizer
- Trading Journal
- Backtest Report
Declinazione di responsabilità
Le informazioni e le pubblicazioni non sono intese come, e non costituiscono, consulenza o raccomandazioni finanziarie, di investimento, di trading o di altro tipo fornite o approvate da TradingView. Per ulteriori informazioni, consultare i Termini di utilizzo.
🚀🚀🚀 Pineify - pineify.app
Essential Toolkit for Every Trader
- AI Pine Script Generator
- Finance AI Agent
- AI Stock Picker
- Pine Script Visual Editor
- Invited indicators
- Strategy Optimizer
- Trading Journal
- Backtest Report
Essential Toolkit for Every Trader
- AI Pine Script Generator
- Finance AI Agent
- AI Stock Picker
- Pine Script Visual Editor
- Invited indicators
- Strategy Optimizer
- Trading Journal
- Backtest Report
Declinazione di responsabilità
Le informazioni e le pubblicazioni non sono intese come, e non costituiscono, consulenza o raccomandazioni finanziarie, di investimento, di trading o di altro tipo fornite o approvate da TradingView. Per ulteriori informazioni, consultare i Termini di utilizzo.