CTZ MVRV Z-Score & Realized CapHere's a PulseWire description for it. I've kept the emphasis where you asked — it's a stronger bottom-picker than top-picker — and stayed honest about what it is and its limits.
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**CTZ MVRV Z-Score & Realized Cap**
An on-chain valuation tool for Bitcoin that compares what the market is paying for BTC against what holders actually paid for it — and flags when price has fallen below the aggregate cost basis, which is historically where major bottoms form.
This pulls real on-chain data (CoinMetrics Market Cap and Realized Cap via PulseWire), not a price-based approximation. Run it on a BTCUSD chart for full history.
WHAT IT MEASURES
Market Cap is Bitcoin's price times circulating supply — what the network is worth right now. Realized Cap values every coin at the price it last moved on-chain, so it represents the aggregate cost basis of all holders — what the market actually paid.
From these two it builds:
MVRV Ratio — Market Cap divided by Realized Cap. Above 1, holders are in aggregate profit; below 1, the market is in aggregate loss, which is rare and historically a strong accumulation signal.
MVRV Z-Score — the orange line. It standardises the gap between market value and realized value against its own historical deviation, so extremes stand out clearly across cycles. A green accumulation band sits at the bottom, a red distribution band up top.
Below-Realized flag — when Market Cap drops below Realized Cap (price below the average cost basis of the whole market), the background shades green. This is the core bottom condition and the reason the tool leans the way it does.
BETTER FOR BOTTOMS THAN TOPS — READ THIS
Be clear on how to use this: it is a far more reliable bottom-picker than top-picker.
The bottom signal is grounded in something real and hard to fake — when price falls below the market's aggregate cost basis, the average holder is underwater, and that level of capitulation has marked every major Bitcoin bottom to date. It's a rare, high-conviction condition. When the Z-Score sinks into the green zone or the background flags below-realized, history says you are near a generational buying area.
The top signal is looser. Cycle tops have printed at very different Z-Score peaks as the asset has matured — each cycle tends to top at a lower Z-Score than the last as Bitcoin grows and volatility compresses. So the red band is a "getting expensive, take note" warning, not a precise sell trigger. Treat a green-zone reading as a strong signal to accumulate; treat a red-zone reading as a caution flag to pair with your own confirmation, never as a standalone exit.
In short: lean on it hard at the bottoms, lean on it lightly at the tops.
HOW TO USE IT
Run it on BTCUSD (or INDEX:BTCUSD / BLX for the longest history). Watch for the orange Z-Score entering the green band or the green background appearing — those are your accumulation windows. Use the red band as an overvaluation caution rather than a timed top. You can toggle between the Z-Score and the raw MVRV ratio, and adjust the zone thresholds to your own cycle read.
NOTES
This relies on PulseWire's on-chain data feed. If the on-chain series don't resolve on your plan, the tool shows a notice instead of plotting approximate data — it will never fake the metric. Because Realized Cap is Bitcoin-specific, this is a BTC-only tool.
Valuation extremes tell you when, roughly, not exactly. Bottoms are a zone, not a single day, and tops even more so. Use this as a cycle-position framework alongside your own analysis, not as a standalone buy/sell signal.
For educational and analytical purposes only. Not financial advice.
Indicator
Fibo Sequence Pro - Multi-TF ffCet indicateur détecte automatiquement les séquences impulsives de bougies (haussières ou baissières) et trace le retracement de Fibonacci correspondant sans aucune intervention manuelle, pour repérer les zones de correction propices à une prise de position à contre-tendance.
Fonctionnement :
Dès qu'un enchaînement d'au moins 3 bougies de la même couleur atteint une amplitude minimum (réglable, 3% par défaut), l'indicateur calcule le Fibonacci de cet enchaînement. Il attend ensuite une clôture confirmée au-delà du niveau 0,236 avant de valider quoi que ce soit — aucun signal n'est jamais donné en intra-bougie, uniquement à la clôture.
Une fois confirmé, une zone rectangulaire s'affiche entre les niveaux 0,382 et 0,618, avec une ligne pointillée au niveau 0,5 (premier objectif). Cette zone s'étire automatiquement au fil du temps et disparaît dès que le prix atteint ce premier objectif.
Fonctionnalités :
Détection simultanée des configurations long et short
Filtre d'amplitude minimum pour ignorer les mouvements insignifiants
Zone de correction visuelle claire et personnalisable
Overlay multi-timeframe (15m à Weekly) affiché directement sur le graphique actif
Alertes natives avec paire et timeframe inclus dans le message
Tous les seuils Fibonacci et paramètres entièrement réglables
Avertissement : Cet indicateur est un outil d'aide à la visualisation et ne constitue pas un conseil en investissement. Les performances passées ne préjugent pas des résultats futurs. Indicator
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Moon Phases [TradingTruth]🌙 Moon Phases
Visualize the lunar cycle directly on your chart and explore how market behavior aligns with the different phases of the Moon.
Moon Phases marks every New Moon, Full Moon, and optionally the First Quarter and Last Quarter, allowing traders to study recurring market behavior, timing, volatility, and potential turning points through a clean, distraction-free interface.
Whether you're researching market cycles or simply curious about the relationship between lunar phases and price action, this indicator provides an elegant way to incorporate astronomical timing into your chart analysis.
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✨ FEATURES
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🌑 New Moon Detection
Automatically marks every New Moon.
Optional background highlighting for quick visual identification.
🌕 Full Moon Detection
Displays every Full Moon with clear chart labels.
Subtle background shading helps distinguish Full Moon periods.
🌓 Quarter Moon Support
Optionally display:
First Quarter
Last Quarter
Ideal for traders researching intermediate lunar cycle behavior.
📅 One Signal Per Lunar Event
Labels are plotted only on the first trading bar of each lunar phase.
Prevents duplicate signals across multiple candles.
📊 Live Moon Information
The information panel displays:
Current Moon Phase
Moon Phase Angle
Current Date
🎨 Minimal Chart Clutter
Designed to stay out of the way while remaining easy to read:
Clean emoji labels
Optional phase labels
Light background highlights
Works across all markets and timeframes
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⚙️ SETTINGS
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Customize the indicator to suit your workflow:
✅ Enable or disable:
New & Full Moon labels
Quarter Moon labels
Automatically highlights:
🌑 New Moon periods
🌕 Full Moon periods
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📈 USE CASES
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Many traders enjoy studying lunar cycles alongside traditional technical analysis to investigate potential relationships with:
• Market turning points
• Volatility expansions
• Trend continuation
• Swing highs and lows
• Time cycle analysis
• Seasonal market behavior
This indicator is designed as a research and visualization tool, allowing you to perform your own historical analysis without making assumptions about market direction.
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💡 BEST USED WITH
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Combine Moon Phases with:
Market Structure
Support & Resistance
Volume Analysis
Wyckoff Methodology
Gann Time Cycles
Elliott Wave Analysis
Session Analysis
Trend Following Systems
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⚠️ DISCLAIMER
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This indicator does not generate buy or sell signals.
Moon phases should be treated as one of many timing factors within a broader trading methodology. Always combine them with sound technical analysis, proper risk management, and market context before making trading decisions.
I also think a stronger title for PulseWire would be:
🌙 Moon Phases
🌙 Moon Phases for Traders
🌙 Lunar Market Cycles
🌙 Moon Cycle Tracker
🌙 Moon Phases & Market Timing
🌙 Lunar Cycle Indicator
🌙 Trading Truth Moon Phases (if you're releasing it under your brand)
For discoverability on PulseWire, "Moon Phases" or "Moon Phases for Traders" are the strongest choices because they're simple, searchable, and immediately communicate the indicator's purpose. Indicator
CTZ Cycles Zones + MeasureHere's a PulseWire-ready description. It's written for the publish box — plain, no markdown headers that TV won't render well — and it explains what the tool does, how each element works, and how to use it, without overpromising.
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**CTZ Cycle Zones + Measure**
A forward-projection and measurement tool for cycle traders. It marks your key cycle pivots, measures the exact time and price move between them, and projects the next buy and sell windows ahead of price — so you can see where the cycle points next, not just where it has been.
WHAT IT DRAWS
Pivot tags — Label each confirmed cycle turn with its date and price. Tops are red, bottoms are green, matching how you read the structure.
Measure legs — Between each pivot the indicator draws a leg showing the number of days elapsed, the price change in dollars, and the percentage move. This is the same readout as the built-in trend-measure tool, but automatic and permanent, so you can compare one leg against another at a glance (top-to-bottom vs bottom-to-top, and so on).
Buy Zone — A projected accumulation window shaded green, placed a set number of days after your top pivot. A dashed centre line marks the average target date inside the window.
Sell Zone — A projected distribution window shaded red, placed a set number of days after the projected low. Its centre line marks the average date the next top is due.
Weekly and Yearly Lows — Automatic detection of weekly cycle lows (🚀 WCL) and yearly cycle lows (★ YCL) using pivot logic with cycle-spacing gates, so only genuine cycle turns are tagged. A lower low inside the yearly window supersedes the previous marker.
Next Low Projection — From the most recent detected weekly and yearly low, the tool projects the next low window forward as a shaded zone with a centre line on the average due date. As new lows confirm, the projections roll forward with them.
HOW TO USE IT
Enter your two real anchor pivots — the last major bottom and the last major top — in the settings, along with their prices. Set the buy-zone and sell-zone day ranges to your cycle's measured interval (defaults are tuned to a roughly one-year top-to-bottom and a longer bottom-to-top leg). The indicator then measures the legs between your pivots and projects the buy and sell windows into open chart space to the right of price.
The weekly and yearly low detection runs independently on the chart's own price action, so the WCL and YCL markers and their forward projections update on their own as the market prints new lows.
Everything is adjustable — pivot dates, prices, zone day-ranges, cycle lengths in weeks, lookbacks, and colours — so the same framework fits Bitcoin, other crypto, or any market with a repeating low-to-low rhythm.
NOTES
The zones are projections built from the intervals you supply and from historically measured cycle spacing. They mark where the cycle is due, not a guarantee of what price will do. Timing drifts from cycle to cycle, which is why each target is drawn as a window with a centre line rather than a single date. Use it as a timing framework alongside your own confirmation, not as a standalone signal.
For educational and analytical purposes only. Not financial advice.
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BK AK-Gann Celestial CycleBK AK-Gann Celestial Cycle
An open-source, non-commercial celestial timing framework that maps astronomical cycle transitions directly onto the market chart as objective decision windows—not directional trading signals.
Acknowledgment
All glory to G-d.
The AK in BK AK-Gann Celestial Cycle honors my mentor, A.K.—the man whose guidance shaped my discipline, patience, market judgment, and respect for clean execution. I dedicate every indicator I build to his honor.
Celestial Engine Attribution
BK AK-Gann Celestial Cycle uses:
Blueprint Ephemeris by BlueprintResearch
Library: BlueprintResearch/blueprint_ephemeris_lib/7
Library author: Blueprint Research LLC
Library license: CC BY-NC-SA 4.0
Respect and Appreciation for BlueprintResearch
BlueprintResearch’s indicators and celestial research tools are exceptional. The precision, depth, and craftsmanship behind the Blueprint Ephemeris library deserve full recognition, and I am genuinely grateful for the opportunity to build upon that work with proper attribution.
The astronomical engine is a major foundation of BK AK-Gann Celestial Cycle, and full credit belongs to BlueprintResearch for creating and maintaining such a high-quality resource. This acknowledgment reflects my sincere respect and appreciation for the work and does not imply a formal partnership, sponsorship, or endorsement.
Overview
BK AK-Gann Celestial Cycle is designed to place significant astronomical transitions on financial charts with precise timestamps and organized visual context.
The indicator can track:
Solar sign ingresses
Equinoxes and solstices
New and Full Moons
The complete eight-phase lunar cycle
Mercury retrograde and direct stations
North and South lunar-node crossings
Its governing principle is:
Celestial events identify timing windows. Price structure determines direction.
The appearance of a celestial marker does not mean that price must rise, fall, reverse, accelerate, or become more volatile.
Each event should be treated as a timestamp around which traders can evaluate independent market evidence such as:
Swing structure
Support and resistance
VWAP location
Moving-average context
Volume
Momentum
Breakout acceptance
Rejection
Compression and expansion
Gann-Inspired Cycle Framework
BK AK-Gann Celestial Cycle organizes recurring astronomical transitions into measurable angular and time-based divisions.
These include:
Solar ingresses at 30-degree zodiac boundaries
Equinoxes and solstices at major seasonal quarter points
New and Full Moons at opposing points of the lunation cycle
Eight lunar phases divided into 45-degree intervals
Mercury stations marking changes in apparent geocentric motion
Lunar-node crossings based on the Moon’s relationship to the selected node axis
These divisions are displayed as timing references.
They are not presented as predetermined bullish or bearish forecasts.
Adaptive Trading Modes
The indicator includes four operating modes:
Auto
Intraday
Swing
Manual
Auto Mode
Auto mode adjusts the Moon display according to the active chart timeframe.
Below four hours: complete eight-phase lunar cycle
Four hours and above: New and Full Moon display
This provides additional short-cycle detail on intraday charts while reducing clutter on higher timeframes.
Intraday Mode
Intraday mode emphasizes:
Eight-phase Moon transitions
Precise event placement
Same-bar marker separation
Shorter observation windows
Immediate VWAP and structure context
Swing Mode
Swing mode emphasizes broader celestial references such as:
New and Full Moons
Solar ingresses
Seasonal transitions
Mercury stations
Higher-timeframe market structure
Manual Mode
Manual mode follows the user’s exact display selections without automatically changing the event configuration according to timeframe.
Solar Ingresses
A solar ingress occurs when the Sun enters the next 30-degree zodiac division.
The indicator detects the transition and places the corresponding zodiac marker at the calculated event time.
Solar ingresses create recurring monthly cycle partitions that can be reviewed alongside:
Existing trend structure
Important swing levels
Range expansion
Breakout attempts
Volatility changes
VWAP acceptance or rejection
The ingress itself does not provide direction.
Equinoxes and Solstices
The seasonal engine identifies:
March Equinox
June Solstice
September Equinox
December Solstice
These events represent major quarter-year timing divisions.
Because they occur less frequently than ordinary solar ingresses, they can provide broader reference windows for examining:
Weekly structure
Extended directional moves
Major support and resistance tests
Volatility transitions
Larger range changes
Lunar Cycle
The Moon module supports:
Off
New and Full Moon only
Complete eight-phase cycle
New and Full Moon Mode
This mode displays only:
New Moon
Full Moon
It provides a cleaner layout for swing and higher-timeframe analysis.
Eight-Phase Mode
The full lunar cycle includes:
New Moon
Waxing Crescent
First Quarter
Waxing Gibbous
Full Moon
Waning Gibbous
Last Quarter
Waning Crescent
Each phase represents a 45-degree division of the angular relationship between the Sun and Moon.
These phases provide recurring timing intervals. Any continuation, reversal, pause, or volatility interpretation must be confirmed independently through price behavior.
Mercury Stations
The Mercury engine identifies transitions between:
Direct motion
Retrograde motion
Retrograde status is determined through geocentric Mercury speed supplied by the Blueprint Ephemeris library.
The indicator searches within the relevant interval and refines the station timestamp rather than assigning the transition only to a broad calendar date.
Mercury stations should be treated as transition windows for reviewing market structure, volatility, and breakout quality.
No specific market outcome is assumed.
Lunar-Node Crossings
The optional lunar-node module can use:
Mean Node
True Node
It identifies Moon crossings of the selected North and South Node axis.
Node crossings provide another celestial timing layer, but they do not independently establish market direction.
The default Mean Node setting provides a smoother node model, while the True Node includes additional periodic variation.
Refined Event Timing
The indicator does more than compare daily calendar dates.
It searches for astronomical state changes inside the relevant chart interval and refines the transition time through bounded interval calculations.
This timing process is applied to events including:
Solar sign changes
Mercury stations
New and Full Moons
Eight-phase lunar transitions
Lunar-node crossings
Markers use the calculated event timestamp through time-based chart positioning.
The chart timeframe still determines the candle in which the event is visually contained. A transition occurring inside a four-hour bar will necessarily appear within that four-hour chart interval.
Event Markers and Clutter Control
Event markers can be displayed using:
Above/below-candle placement
ATR-based Zenith placement
Users can configure:
Marker size
Horizontal offset
Minimum spacing between event types
Same-bar marker separation
Maximum retained event icons
Moon icon style
Waxing and waning placement
Background shading
When several events occur within the same chart bar, the spread system can shift the markers horizontally to reduce overlap.
Older event markers are automatically removed when the selected maximum is exceeded.
Status and “What’s Next” Table
The optional status table summarizes current celestial conditions and upcoming events.
It can display:
Current solar sign
Current Mercury state
Current lunar phase
Next solar ingress
Next seasonal transition
Next Mercury station
Next lunar event
Next lunar-node crossing
Hovering over each field provides expanded information, timestamps, current chart context, and related upcoming events.
The table can be positioned in any major chart corner or center location.
Display Timezone
Displayed timestamps can use:
New York
Chicago
Denver
Los Angeles
UTC
The chart symbol’s timezone
Changing the display timezone affects only how event times appear in tooltips and the status table.
It does not alter the astronomical calculations.
Market-Context References
The event tooltips include basic chart context from:
Session VWAP
EMA 20
SMA 50
Current price location relative to those references
These measurements provide additional market context around the celestial timestamp.
They are separate from the celestial calculation engine and do not convert an astronomical event into a trading signal.
Alerts
Alerts are available for:
Solar ingresses
Equinoxes and solstices
New Moon
Full Moon
Eight-phase lunar changes
Mercury station retrograde
Mercury station direct
North Node crossing
South Node crossing
Alerts can be restricted to confirmed chart bars.
An alert means the relevant astronomical transition occurred within the evaluated chart interval. It does not constitute a buy, sell, reversal, continuation, or volatility signal.
How to Use BK AK-Gann Celestial Cycle
1. Begin With Auto Mode
Auto mode provides the simplest starting configuration.
It automatically selects:
Eight lunar phases for intraday charts
New and Full Moon events for higher timeframes
Manual mode is available when exact control is preferred.
2. Treat Every Event as a Timing Window
A marker means:
A defined celestial transition occurred at this timestamp.
It does not mean:
Buy
Sell
Reverse
Exit
Increase exposure
Observe how the market behaves before, during, and after the event.
3. Check Market Structure
Determine whether the event occurs near:
A confirmed swing high or low
Prior-day or prior-week structure
VWAP
A major moving average
A consolidation boundary
Established support or resistance
A timing event near an important price reference may deserve greater attention than one occurring in the middle of an unresolved range.
4. Observe Acceptance and Rejection
After the event, evaluate whether price:
Breaks and holds beyond structure
Breaks and returns inside the prior range
Reclaims VWAP
Rejects VWAP
Forms a higher low
Forms a lower high
Expands from compression
Fails to continue after the initial move
Direction must come from market behavior—not from the celestial event name.
5. Match the Window to the Timeframe
On intraday charts, the event bar and the next several bars may be the relevant observation window.
On daily or weekly charts, the event may be reviewed across a broader multi-bar period.
The appropriate window depends on:
Chart timeframe
Instrument volatility
Session structure
Proximity to an important price level
6. Control Visual Density
A practical starting layout is:
Solar ingresses: On
Seasonal events: On
Moon display: Auto
Mercury stations: On
Lunar nodes: Off
Marker size: Tiny
Same-bar spread: 1
Status table: On
Additional events can be enabled after the primary layout is understood.
Recommended Starting Configuration
Trading Mode: Auto
Coordinate System: Geocentric
Solar Ingresses: On
Solstices and Equinoxes: On
Moon Display: Auto
Mercury Stations: On
Lunar Nodes: Off initially
Icon Placement: Zenith
Icon Size: Tiny
Same-Bar Spread: 1
Status Table: On
Realtime Status Updates: Off
Display Timezone: America/New_York
Alerts Confirmed Only: On
Original BK Contribution
The underlying astronomical calculations are supplied by Blueprint Ephemeris by BlueprintResearch and are not claimed as original BK work.
The BK contribution includes the integration and chart framework that:
Organizes celestial events into adaptive operating modes
Detects transitions inside chart intervals
Refines event timestamps
Prevents duplicate event markers
Separates simultaneous chart events
Provides configurable marker placement
Manages marker-retention limits
Builds the status and upcoming-event interface
Applies user-selectable timezone formatting
Connects celestial timing with basic market context
Produces event-specific alerts and tooltips
Presents celestial events as timing filters rather than directional signals
Open-Source and Non-Commercial License
BK AK-Gann Celestial Cycle is published as an open-source, non-commercial indicator.
The celestial engine is provided by:
Blueprint Ephemeris by BlueprintResearch
Library: BlueprintResearch/blueprint_ephemeris_lib/7
Library author: Blueprint Research LLC
License: CC BY-NC-SA 4.0
This indicator may be viewed, studied, modified, and shared for personal, educational, and other non-commercial purposes, subject to the applicable attribution and ShareAlike requirements.
Modified versions must:
Preserve appropriate attribution
Identify that changes were made
Remain non-commercial
Be distributed under the applicable CC BY-NC-SA 4.0 terms
Commercial use, paid access, resale, paid redistribution, or inclusion in a commercial product is not authorized.
Realtime Behavior and Limitations
Realtime astronomical status may update while the active bar develops.
Confirmed-bar alerts wait until the host chart bar closes.
Intrabar alerts may occur earlier when confirmed-only mode is disabled.
Marker precision is still visually limited by the chart timeframe.
Large chart intervals can contain multiple astronomical transitions.
Timezone settings affect presentation, not astronomical computation.
Celestial timing does not establish market causation.
Historical coincidence does not guarantee future behavior.
Astronomical events do not override price structure, volume, or risk management.
Every market interpretation requires independent confirmation.
Risk Disclosure
BK AK-Gann Celestial Cycle is provided for analytical, educational, and timing-research purposes.
It does not provide financial advice, guarantee performance, or predict future market direction with certainty.
Users remain responsible for their own:
Market analysis
Entries
Exits
Position sizing
Invalidation
Order execution
Account risk
Time marks the window. Structure reveals the direction. Execution determines the outcome. Indicator
Ichimoku Status Panel - Projection and Price TargetsIchimoku Status Panel - Projection and Price Targets
WHAT THIS IS
A read-only status panel for Ichimoku Kinko Hyo. It produces no buy or sell
signals and takes no view on direction. It reports what the chart currently
shows, in a form that is quicker to read than the lines themselves, and leaves
the judgement to the reader.
The panel is aimed at people who already trade with Ichimoku and want the
bookkeeping done for them: which conditions hold, for how long, and what is
already determined about the next few bars.
WHAT IT ADDS OVER A PLAIN ICHIMOKU
1. Projection of the Tenkan-sen and Kijun-sen.
The Tenkan-sen and Kijun-sen are midpoints of rolling high/low windows. That
means the bar on which the current extreme leaves the window is already known,
and so is the value the line will take once it does. The panel reports this as
"in N bars, up/down to X". Unless a new extreme is made in the meantime, that
move is settled in advance. A moving average cannot be read this way, and this
property is generally not surfaced by Ichimoku tools.
2. Chikou Span measured against the cloud, not only against price.
Most implementations compare the Chikou Span with the price 26 periods back
and stop there. Classical treatments also compare it with the cloud that sits
at that same location. A break of the cloud by price that is not confirmed by
the Chikou Span clearing the cloud behind it is a well documented failure
pattern. The panel shows this as a separate row, and calls out when the Chikou
Span is inside the cloud.
3. Counting that matches the original construction.
The original definition displaces by "26 periods including the current one",
which is a 25-bar shift. The script uses this by default and exposes a toggle
for anyone who prefers a plain 26-bar shift, so the reading can be matched to
whichever convention the rest of a workflow uses.
4. Construction from closes only, for indices.
Classical practice takes the intraday high and low, with the note that stock
indices remain valid when built from closes alone. Both are available.
5. Wave price targets, with a validity rule.
V, N, E and NT calculations from the last three alternating swing points, with
the percentage of the move already completed, and an option to hide targets
that price has passed. Consecutive swing points of the same kind are merged
into the more extreme one, so a usable wave is always available rather than
the display stalling whenever two highs or two lows confirm in a row.
More importantly, a wave whose starting point A has been taken out by price is
no longer a valid premise for a target. Pivots confirm several bars late, so
after a breakout the most recent completed wave often still runs against the
market, and every target it produces sits on the wrong side. When this happens
the script falls back to the preceding wave, which by construction runs the
other way, and the panel marks the condition. This keeps the levels on the
side the market is actually working toward.
PANEL ROWS
Bullish count how many of the six conditions currently hold
Price - Tenkan side, plus distance from the Tenkan-sen in percent
Tenkan - Kijun bullish or bearish, and how many bars it has held
Chikou - Price bullish or bearish, and how many bars it has held
Chikou - Kumo above, below, or inside the cloud behind price
Price - Kumo above, below, or inside the current cloud
Kijun slope rising, falling, or flat with a count of flat bars
Proj Tenkan bars until the Tenkan-sen moves, and to what value
Proj Kijun bars until the Kijun-sen moves, and to what value
Kumo twist bars until the next crossing of the leading spans
Bars since bars since the recent high and low, flagged when close to
the classical time numbers 9, 17, 26, 33, 42, 65 and 76
Wave the A, B and C points currently used for the targets,
marked when the preceding wave is in use or when the
starting point has been broken
All panel values are also written to the data window, so past bars can be
inspected by moving the cursor across the chart.
PRICE TARGET FORMULAS
With A as the start of the wave, B as the first objective and C as the
pullback or rally against it:
V = B + (B - C)
N = C + (B - A)
E = B + (B - A)
NT = C + (C - A)
The same four formulas serve both directions. In a down wave A is the starting
high, B the low and C the rally high, which makes the bracketed terms negative
and places the targets below B.
NT is off by default. Classical texts describe it as the rarest of the four,
and leaving all four on tends to produce a level near any price.
ON LAG AND REVISION
Swing points are found with a pivot lookback, so they confirm a number of bars
after the fact, set by "Swing sensitivity". Until a pivot confirms, the most
recent leg is not part of the wave, and the wave used for the targets can
change as new pivots arrive. The target lines move when it does. This is
inherent to identifying waves mechanically and is not hidden: the A, B and C
values in use are always shown in the panel so the reading can be checked.
The six conditions, the projections and the Kumo twist count are all evaluated
on confirmed values and do not revise.
Choosing the wave is a judgement in classical practice, not a calculation. The
automatic detection here is a convenience. Where it disagrees with the wave you
would have drawn, trust your own.
SETTINGS WORTH KNOWING
Wave selection "Latest valid" falls back to the preceding wave when
price takes out the starting point of the latest one.
"Latest only" always uses the most recent wave.
Swing sensitivity larger picks up larger waves, and confirms later
Target line length how far left the target lines are drawn
Panel theme the panel is opaque, so it stays readable on any
chart background; the theme is a preference
Draw the Ichimoku lines
turn this off if you already have the built-in
Ichimoku Cloud on the chart
The time-number flags on the "Bars since" row derive from calendar-based
reasoning in the original theory. They are meaningful on daily charts. On
intraday charts the rest of the panel still applies, but those flags are best
ignored.
CREDIT
Ichimoku Kinko Hyo was developed by Goichi Hosoda. The projection property,
the Chikou Span versus cloud relationship, the inclusive counting convention
and the four price target formulas are all part of the classical body of
theory. The code and the panel design are my own. Indicator
Indicator
CTZ 144 Cycle CounterHere's a description that leans into the Fibonacci-time angle and positions it as a timing overlay to pair with your other tools.
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**CTZ 144 Cycle Counter**
144 isn't a random number — it's the twelfth Fibonacci number (…55, 89, **144**, 233…), and the same sequence that governs price also tends to govern *time*. Markets don't just retrace by Fibonacci ratios; they turn on Fibonacci counts. This tool takes that idea and builds a clean, rhythmic time grid across your chart.
**What it does**
Anchored to Bitcoin's last bear market bottom (21 Nov 2022 by default, fully adjustable), it counts forward in blocks of 144 bars and drops a vertical line at every boundary — C1, C2, C3, and so on. Each 144-bar window closes and a new one opens, marking a point in time where the market has historically been prone to a shift. A dashed half-cycle line at bar 72 marks the midpoint, where the internal high often forms. Dotted projection lines extend the rhythm into the future, so you can see the next turning windows *before* price gets there.
**Why time, not just price**
Most indicators react to what price has already done. This one is anchored to the clock instead — the count advances the same way whether the market is trending, ranging, or reversing. Because a 144-bar cadence produces a turning window with real regularity, there's almost always a high or a low landing somewhere near each boundary. That's the point: it's not trying to call the direction, it's telling you *when* to pay attention.
**Timeframe-native**
The count follows whatever chart you load it on. On the daily it's a 144-day rhythm; on the 4H it's 144 four-hour blocks; on the weekly, 144 weeks. Same Fibonacci cadence, scaled to your view — so you can run a macro 144-week grid and a tactical 144-hour grid side by side.
**Built to combine**
This is a timing layer, not a signal system on its own — and that's its strength. A momentum trigger, a cycle-low detector, or a support/resistance level means far more when it fires *inside* a 144 turn window than in dead space mid-cycle. Use the boundaries as a confluence filter: when your entry indicator lines up with a 144 count, the timing and the trigger are agreeing. The counter table keeps you oriented at a glance — which cycle you're in, how many bars deep, and a yellow warning as you enter the turn zone.
*The rhythm tells you when. Your other tools tell you what. Together they tell you whether to act.*
*For educational purposes. Not financial advice — always confirm with your own analysis and test on your own instruments before trading live.*
Indicator
Razor Fractal MirrorHistorical analog projection and market-state intelligence
Razor Fractal Mirror scans the recent history of the current chart for past price structures that resemble what's happening right now, then projects how those historical structures resolved forward in time — as a probabilistic scenario, not a prediction.
What It Does
1. Structure Matching
The indicator normalizes the last Pattern Length bars (log-return or percent-change shape, user's choice) and compares that shape against thousands of historical windows going back up to the configured Historical Search Depth. Each candidate is scored on three components:
• Shape correlation — how closely the normalized price path matches
• Normalized error — RMSE between the current and candidate paths
• Regime compatibility (optional) — whether the candidate occurred in a similar trend/volatility regime, measured via EMA distance and ATR-normalized volatility
These three scores combine into a single composite similarity score, weighted by user-configurable inputs.
2. Analog Selection
The engine keeps the three strongest, non-overlapping matches — minimum spacing is enforced so it isn't just picking adjacent bars of the same move — that clear the minimum similarity threshold.
3. Forward Projection
For each matched analog, the indicator replays what price actually did in the bars after that historical structure, rescaled proportionally to the current price. These are blended into a similarity-weighted consensus path, with the individual analog paths shown as secondary "mirror" lines and a confidence cloud representing the spread between them.
4. Mirror Quality Scoring
A composite 0–100 score (graded A+ through D) built from average similarity, regime match, path stability (agreement between analogs plus cloud compactness), and outcome reliability (historical reward-to-risk and target-hit rates from those same analogs).
5. Decision Layer
Combines Mirror Quality, analog agreement, projected move size (in ATR), and optional multi-timeframe bias fusion (four configurable timeframes) into a state: ACTIONABLE, WATCH, or AVOID. Includes early and confirmation checkpoints plus a calculated invalidation level.
6. Live Lifecycle Tracking
Once a mirror is locked, the indicator tracks price adherence to the projected path bar-by-bar, flags drift or invalidation in real time, and records the eventual outcome into a rolling forecast library. That library feeds an adaptive "analog reputation" score that adjusts future decision scoring based on how this specific setup's projections have actually performed — and reports whether the model is trending IMPROVING, STABLE, or DEGRADING.
7. Projection Anchoring
Three modes control how projections behave once drawn: Locked Snapshot (freezes the projection at capture so it doesn't repaint as price moves), Hybrid (controlled refresh), and Live Projection (recalculates continuously).
Why It's Useful
Most "pattern matching" tools just eyeball similar-looking chart shapes. This engine quantifies similarity mathematically (correlation, error, and regime fit), requires multiple independent historical analogs to agree before calling a setup actionable, and — critically — tracks its own projections against real subsequent price action so traders can see adherence, drift, and invalidation as they happen rather than only in hindsight.
Why It's Unique
• Analog selection uses a three-factor composite score, not simple pattern-shape correlation alone.
• Self-tracking forecasts: locked projections are graded against real outcomes and feed an adaptive reputation score — the tool has a memory of its own track record.
• Snapshot anchoring prevents repainting of the displayed projection, addressing a common criticism of analog and projection-style indicators.
• Multi-timeframe fusion cross-checks the projected direction against bias and confidence readings from four additional timeframes before flagging a setup actionable.
Important Notes
Historical similarity does not guarantee a repeated outcome. Projections are analytical scenarios derived from historical analog behavior, not financial advice or a guarantee of future price action. Always combine with proper risk management and a trade plan.
Indicator
Future Swing Target (FST) [ZeroEmotionTrading]This indicator is based on the original *Future Swing* concept by **BigBeluga**, with enhancements focused on swing-distance tracking, adaptive timing, and forward projection analysis.
The original script provides swing-based forecasting using confirmed pivot structure and historical swing behavior.
The modified version extends that foundation by adding:
- **Average bar-distance analysis** between pivots, so projected swing timing is not only price-based but also informed by how long swings typically take.
- **Adaptive future projection timing**, using historical target-hit behavior and/or average pivot duration to estimate how many bars a projected move may take.
- **Tracking of previously completed swing targets**, including whether targets were successfully reached and how many bars each prior target took to complete.
- **Forward multi-pivot forecasting**, allowing the script to project multiple future swings in sequence using current historical averages — for example: current direction → opposite direction → current direction again.
This makes the indicator useful not only for estimating the next likely swing distance, but also for visualizing the probable push/pullback structure ahead based on historical swing behavior.
**Attribution**
Original concept and script by **BigBeluga**.
Enhanced and modified with adaptive timing, prior target-hit tracking, and chained future swing projections. Indicator
Indicator
MAUI Body Gaps INEF V2## MAUI Body Gaps MTF
The **MAUI Body Gaps MTF** indicator identifies price gaps between the closing price of one candle and the opening price of the next candle across multiple timeframes.
The indicator supports the following timeframes:
**Current Chart, M1, M2, M3, M4, M5, M15, M30, M45, H1, H2, H3, H4, and Daily.**
Each timeframe can be enabled or disabled individually. Bullish and bearish gap colors can also be configured separately for every timeframe.
### Gap Detection Modes
The indicator offers two detection methods:
* **Previous Close → Next Open**
Detects a gap between the previous candle’s closing price and the next candle’s opening price.
* **Completely Separated Candle Bodies**
Detects gaps where the candle bodies do not overlap.
### Main Features
* Multi-timeframe gap detection
* Individual color settings for every timeframe
* Separate bullish and bearish gap colors
* Adjustable minimum gap size in ticks
* Adjustable line width and line style
* Optional display of bullish or bearish gaps
* Optional deletion of fully filled gaps
* Gap mitigation based on wick or candle body
* Maximum number of displayed gaps can be configured
* Alert conditions for new bullish and bearish gaps
* Optional setting to display only confirmed, fully printed gaps
When **“Only confirmed printed gaps”** is enabled, a gap is displayed only after the relevant candle has fully closed. This prevents unfinished gaps from appearing while a candle is still forming.
Filled gaps can either be stopped at the mitigation candle or removed completely from the chart.
This indicator is designed to provide a clear overview of open body gaps across several intraday and higher timeframes.
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