INVITE-ONLY SCRIPT
Prophet Model [TakingProphets]
The Prophet Model
**OVERVIEW**
Prophet Model is a **workflow assistant** for traders who practice ICT-style analysis. It does not issue buy/sell signals. Instead, it **discovers and organizes institutional context** in real time:
- Projects **HTF PD Arrays (FVGs)** onto your current chart.
- Validates **directional bias** using **Candle Range Theory (CRT)**.
- Detects **Liquidity Sweeps** (BSL/SSL).
- Confirms **Change in State of Delivery (CISD)** after a sweep.
- Refines entries with **EPE (Easiest Point of Entry)** if an internal imbalance appears.
- Generates **dynamic risk levels** (**TP/BE/SL**) from structural displacement rather than fixed distances.
- Keeps a **checklist** (PDA tap, CRT, Sweep, CISD) so you gate execution with rules.
This publication is **closed-source / invite-only** due to the integrated architecture (multi-module detection engine), nearest-PDA persistence logic, sweep→CISD sequencing, EPE refinement, dynamic risk math, and tables that maintain a consistent execution discipline.
---
**ARCHITECTURE AT A GLANCE**
- **Data sources**
- The script maps your current timeframe to a **higher timeframe** (HTF). Examples:
- 15S → M5, M1 → M15, M5 → H1, M15 → H4, H1 → D, H4 → W, D → M.
- HTF **O/H/L/C/time** are fetched using `request.security()` (with gaps handling).
- A **live HTF close** stream is kept (no lookahead), so structures update until the HTF candle closes.
- **Core modules**
- **HTF PD Arrays (FVGs)**: formation, visibility management, inverse-mitigation cleanup, nearest-PDA persistence.
- **CRT**: bias validation from a two-candle HTF pattern (bullish/bearish formulations).
- **Liquidity Sweeps**: BSL/SSL pivot tracking on HTF-derived levels.
- **CISD**: displacement confirmation through the **sequence open** following a sweep.
- **EPE**: optional refinement if an **internal FVG** forms right after CISD.
- **Dynamic TP/BE/SL**: derived from **measured swing** (not fixed pips).
- **Tables/Checklist**: execution discipline and TF relationship guidance.
---
**WHAT EACH MODULE DOES (WITH RULES AND EDGE CASES)**
- **HTF PD Arrays (FVGs)**
- **Bearish FVG condition (HTF):** `low[3] > high[1]` (skips weekend gaps and micro gaps).
- **Bullish FVG condition (HTF):** `high[3] < low[1]` (same filters).
- **Weekend-gap and tiny-gap filters:** prevent false PD arrays.
- **Inverse mitigation:** if price **invalidates** the box (e.g., trades clean through), the box is removed and the internal state resets (waiting flags for displacement cleared).
- **Nearest-PDA persistence:** when multiple FVGs exist, the script **keeps only the closest** to promote focus and reduce clutter.
- **Right extension:** each FVG box optionally **extends** X bars forward (input) to visualize lingering influence.
- **CRT (Candle Range Theory)**
- **Bullish CRT (HTF):**
- Candle2 **wicks below** Candle1 Low,
- Candle2 **closes back inside** Candle1 range, **below** Candle1 High,
- Candle2 **does not take** Candle1 High.
- **Bearish CRT (HTF):**
- Candle2 **wicks above** Candle1 High,
- Candle2 **closes back inside** Candle1 range, **above** Candle1 Low,
- Candle2 **does not take** Candle1 Low.
- **Role:** sets **directional conviction** and is paired to CISD when alignments match.
- **Liquidity Sweeps (BSL/SSL)**
- Tracks candidate **pivot highs/lows** as buy-side / sell-side liquidity.
- A **sweep** registers when price **takes** a tracked pivot.
- **Sweep + interaction with active HTF FVG** → **arm CISD watch** (we require context + response).
- **CISD (Change in State of Delivery)**
- **Sequence-finding:** locate the **open** of the impulsive leg (a run of same-color candles) starting at or right after the sweep.
- **Displacement confirmation:**
- After BSL sweep (seeking bearish shift): **close < sequence-open**.
- After SSL sweep (seeking bullish shift): **close > sequence-open**.
- On confirmation, the model **plots a CISD line**, marks **CISD present** on the checklist, and queues **dynamic risk** computation.
- **EPE (Easiest Point of Entry)**
- Immediately following CISD, scan **subsequent bars** for an **internal imbalance** (mini-FVG).
- If found, **move entry** from CISD level to the refined **EPE** level and **relabel** accordingly.
- EPE is optional; if none exists, CISD level remains as the default reference.
- **Dynamic Risk (TP / BE / SL)**
- Uses the **measured displacement** from swing extremes surrounding CISD:
- Example implementation in this build:
- `TP = swingStart − swingStop` **scaled** and **added/subtracted** based on side (≈2.25× stretch).
- `BE = swingStart − swingStop` (≈1× stretch).
- `SL` is aligned to **recent extremes** (contextual, not a fixed offset).
- These lines are **labeled** and can optionally **show price**; they can be shifted to follow real time.
- **Tables & Checklist**
- **Checklist** marks when each of the following is satisfied:
- **HTF PDA Tap**, **CRT**, **Liquidity Sweep**, **CISD**.
- **Flow State Relationships** table lists common **HTF PDA ↔ CISD** pairs (e.g., Weekly PDA ↔ H4 CISD).
- Both tables reinforce a **rules-first, confirmation-later** mindset.
---
**DETAILED LOGIC FLOW (SEQUENCE DIAGRAM STYLE)**
1) **Map TF → HTF** → fetch rolling HTF O/H/L/C/time + live HTF close.
2) **Detect new HTF candle** → re-run PD array, CRT, and cleanup steps.
3) **Create/extend FVGs** if valid; **remove** inverse-mitigated FVGs; keep **nearest** only.
4) **Check sweeps**: when a BSL/SSL pivot is taken, verify that price **engages the current HTF PDA**.
5) If engaged, **arm CISD** and start watching for **displacement through the sequence open**.
6) On displacement, **confirm CISD** → draw CISD level, compute **TP/BE/SL**.
7) Within the follow-up window, **scan for internal FVG** → if found, **promote EPE** (entry refinement).
8) **Checklist** updates; **Relationship table** highlights current TF pair.
9) **Cleanup**: old lines/labels/boxes are periodically removed to keep charts light and relevant.
---
**WHY THIS IS ORIGINAL**
- **Integrated engine**: HTF PDA maintenance + CRT gating + liquidity sweep → CISD confirmation → EPE refinement → **dynamic risk** (TP/BE/SL) across one coherent pipeline.
- **Nearest-FVG persistence** and **inverse-mitigation** rules focus the analyst on **the** active institutional area rather than crowding the chart.
- **Displacement-based risk math** avoids one-size-fits-all pip distances.
- **Execution discipline features** (checklist + relationships table) are designed to reduce discretionary errors and curb overtrading.
---
**INPUTS (FULL OVERVIEW)**
- **General**
- Extend HTF FVGs by X bars (right extension of boxes)
- **Fair Value Gaps**
- Show/Hide FVGs, optional borders
- Bullish/Bearish colors, label color, label size
- **CISD**
- Show/Hide CISD lines
- Line color, label color, label size
- **EPE**
- Show/Hide EPE lines
- Line color, label color, label size
- **Limits (TP/BE/SL)**
- Show/Hide each level independently
- Show prices on labels (on/off)
- TP/BE/SL colors
- **Info Box & Tables**
- Show info box (title, symbol, date) + text color
- Show Relationship table (TF pairing guidance)
- Show Strategy Checklist (PDA Tap, CRT, Sweep, CISD)
- Table text size and header colors
---
**HOW TO USE (PRACTICAL PLAYBOOK)**
- **Setup**
- Keep your normal trading timeframe; add the indicator.
- Let the tool auto-map HTF and draw **current PD arrays**.
- **Checklist sequence**
- Wait for **HTF PDA** engagement (tap/mitigation).
- Confirm **CRT** in the direction of interest.
- Observe a **Liquidity Sweep** (BSL for potential shorts, SSL for potential longs).
- Seek **CISD confirmation** through the **sequence open**.
- **Entry refinement**
- If CISD prints, look for **internal FVG** shortly after; if present, the model **promotes EPE** as a refined entry.
- If no internal FVG forms, CISD line remains the primary reference.
- **Risk planning**
- Use **dynamic TP/BE/SL** lines (derived from the displacement leg).
- You can toggle price labels and line colors to match your workspace.
- **Context management**
- Use the **Relationships** table to align typical PDA↔CISD pairs (e.g., Weekly PDA driving H4 CISD).
- Review **only the nearest FVG**—the model hides the rest to reduce noise.
---
**REPAINTING, TIMING, AND LIMITATIONS**
- `request.security()` is used **without lookahead**; HTF data **updates intrabar** until the HTF bar closes.
- **CISD/EPE** are **live**: conditions can **form and then invalidate** before the HTF bar close.
- Conservative users may choose to **act only on close** of the HTF bar that confirms CISD.
- **Weekend gaps / tiny gaps** are filtered; extremely thin sessions can reduce clarity.
- **Dynamic risk** references structural swings; it is **not** a guarantee or an optimized money-management model.
- This tool is **analytical** and **educational**. No performance claims.
---
**ALERTS**
*(This build focuses on drawings/tables. You can add alertconditions aligned with these events in your private version.)*
- **CISD Confirmed (Bullish / Bearish)**
- **EPE Set / Updated**
- **HTF PDA Tap (Bullish / Bearish box)**
- **CRT Detected (Bullish / Bearish)**
**Example alert text**
- “Prophet: CISD+ confirmed on {{ticker}} / {{interval}}”
- “Prophet: EPE refined (bullish) at {{close}} on {{time}}”
---
**NOTES & ATTRIBUTION**
- Aligned with **ICT concepts**: PD arrays (FVGs), CRT, liquidity sweeps, displacement/CISD, refined entries.
- **Closed-source & invite-only** due to the original **end-to-end architecture** and maintenance value.
- **Educational use only. Not financial advice.**
**OVERVIEW**
Prophet Model is a **workflow assistant** for traders who practice ICT-style analysis. It does not issue buy/sell signals. Instead, it **discovers and organizes institutional context** in real time:
- Projects **HTF PD Arrays (FVGs)** onto your current chart.
- Validates **directional bias** using **Candle Range Theory (CRT)**.
- Detects **Liquidity Sweeps** (BSL/SSL).
- Confirms **Change in State of Delivery (CISD)** after a sweep.
- Refines entries with **EPE (Easiest Point of Entry)** if an internal imbalance appears.
- Generates **dynamic risk levels** (**TP/BE/SL**) from structural displacement rather than fixed distances.
- Keeps a **checklist** (PDA tap, CRT, Sweep, CISD) so you gate execution with rules.
This publication is **closed-source / invite-only** due to the integrated architecture (multi-module detection engine), nearest-PDA persistence logic, sweep→CISD sequencing, EPE refinement, dynamic risk math, and tables that maintain a consistent execution discipline.
---
**ARCHITECTURE AT A GLANCE**
- **Data sources**
- The script maps your current timeframe to a **higher timeframe** (HTF). Examples:
- 15S → M5, M1 → M15, M5 → H1, M15 → H4, H1 → D, H4 → W, D → M.
- HTF **O/H/L/C/time** are fetched using `request.security()` (with gaps handling).
- A **live HTF close** stream is kept (no lookahead), so structures update until the HTF candle closes.
- **Core modules**
- **HTF PD Arrays (FVGs)**: formation, visibility management, inverse-mitigation cleanup, nearest-PDA persistence.
- **CRT**: bias validation from a two-candle HTF pattern (bullish/bearish formulations).
- **Liquidity Sweeps**: BSL/SSL pivot tracking on HTF-derived levels.
- **CISD**: displacement confirmation through the **sequence open** following a sweep.
- **EPE**: optional refinement if an **internal FVG** forms right after CISD.
- **Dynamic TP/BE/SL**: derived from **measured swing** (not fixed pips).
- **Tables/Checklist**: execution discipline and TF relationship guidance.
---
**WHAT EACH MODULE DOES (WITH RULES AND EDGE CASES)**
- **HTF PD Arrays (FVGs)**
- **Bearish FVG condition (HTF):** `low[3] > high[1]` (skips weekend gaps and micro gaps).
- **Bullish FVG condition (HTF):** `high[3] < low[1]` (same filters).
- **Weekend-gap and tiny-gap filters:** prevent false PD arrays.
- **Inverse mitigation:** if price **invalidates** the box (e.g., trades clean through), the box is removed and the internal state resets (waiting flags for displacement cleared).
- **Nearest-PDA persistence:** when multiple FVGs exist, the script **keeps only the closest** to promote focus and reduce clutter.
- **Right extension:** each FVG box optionally **extends** X bars forward (input) to visualize lingering influence.
- **CRT (Candle Range Theory)**
- **Bullish CRT (HTF):**
- Candle2 **wicks below** Candle1 Low,
- Candle2 **closes back inside** Candle1 range, **below** Candle1 High,
- Candle2 **does not take** Candle1 High.
- **Bearish CRT (HTF):**
- Candle2 **wicks above** Candle1 High,
- Candle2 **closes back inside** Candle1 range, **above** Candle1 Low,
- Candle2 **does not take** Candle1 Low.
- **Role:** sets **directional conviction** and is paired to CISD when alignments match.
- **Liquidity Sweeps (BSL/SSL)**
- Tracks candidate **pivot highs/lows** as buy-side / sell-side liquidity.
- A **sweep** registers when price **takes** a tracked pivot.
- **Sweep + interaction with active HTF FVG** → **arm CISD watch** (we require context + response).
- **CISD (Change in State of Delivery)**
- **Sequence-finding:** locate the **open** of the impulsive leg (a run of same-color candles) starting at or right after the sweep.
- **Displacement confirmation:**
- After BSL sweep (seeking bearish shift): **close < sequence-open**.
- After SSL sweep (seeking bullish shift): **close > sequence-open**.
- On confirmation, the model **plots a CISD line**, marks **CISD present** on the checklist, and queues **dynamic risk** computation.
- **EPE (Easiest Point of Entry)**
- Immediately following CISD, scan **subsequent bars** for an **internal imbalance** (mini-FVG).
- If found, **move entry** from CISD level to the refined **EPE** level and **relabel** accordingly.
- EPE is optional; if none exists, CISD level remains as the default reference.
- **Dynamic Risk (TP / BE / SL)**
- Uses the **measured displacement** from swing extremes surrounding CISD:
- Example implementation in this build:
- `TP = swingStart − swingStop` **scaled** and **added/subtracted** based on side (≈2.25× stretch).
- `BE = swingStart − swingStop` (≈1× stretch).
- `SL` is aligned to **recent extremes** (contextual, not a fixed offset).
- These lines are **labeled** and can optionally **show price**; they can be shifted to follow real time.
- **Tables & Checklist**
- **Checklist** marks when each of the following is satisfied:
- **HTF PDA Tap**, **CRT**, **Liquidity Sweep**, **CISD**.
- **Flow State Relationships** table lists common **HTF PDA ↔ CISD** pairs (e.g., Weekly PDA ↔ H4 CISD).
- Both tables reinforce a **rules-first, confirmation-later** mindset.
---
**DETAILED LOGIC FLOW (SEQUENCE DIAGRAM STYLE)**
1) **Map TF → HTF** → fetch rolling HTF O/H/L/C/time + live HTF close.
2) **Detect new HTF candle** → re-run PD array, CRT, and cleanup steps.
3) **Create/extend FVGs** if valid; **remove** inverse-mitigated FVGs; keep **nearest** only.
4) **Check sweeps**: when a BSL/SSL pivot is taken, verify that price **engages the current HTF PDA**.
5) If engaged, **arm CISD** and start watching for **displacement through the sequence open**.
6) On displacement, **confirm CISD** → draw CISD level, compute **TP/BE/SL**.
7) Within the follow-up window, **scan for internal FVG** → if found, **promote EPE** (entry refinement).
8) **Checklist** updates; **Relationship table** highlights current TF pair.
9) **Cleanup**: old lines/labels/boxes are periodically removed to keep charts light and relevant.
---
**WHY THIS IS ORIGINAL**
- **Integrated engine**: HTF PDA maintenance + CRT gating + liquidity sweep → CISD confirmation → EPE refinement → **dynamic risk** (TP/BE/SL) across one coherent pipeline.
- **Nearest-FVG persistence** and **inverse-mitigation** rules focus the analyst on **the** active institutional area rather than crowding the chart.
- **Displacement-based risk math** avoids one-size-fits-all pip distances.
- **Execution discipline features** (checklist + relationships table) are designed to reduce discretionary errors and curb overtrading.
---
**INPUTS (FULL OVERVIEW)**
- **General**
- Extend HTF FVGs by X bars (right extension of boxes)
- **Fair Value Gaps**
- Show/Hide FVGs, optional borders
- Bullish/Bearish colors, label color, label size
- **CISD**
- Show/Hide CISD lines
- Line color, label color, label size
- **EPE**
- Show/Hide EPE lines
- Line color, label color, label size
- **Limits (TP/BE/SL)**
- Show/Hide each level independently
- Show prices on labels (on/off)
- TP/BE/SL colors
- **Info Box & Tables**
- Show info box (title, symbol, date) + text color
- Show Relationship table (TF pairing guidance)
- Show Strategy Checklist (PDA Tap, CRT, Sweep, CISD)
- Table text size and header colors
---
**HOW TO USE (PRACTICAL PLAYBOOK)**
- **Setup**
- Keep your normal trading timeframe; add the indicator.
- Let the tool auto-map HTF and draw **current PD arrays**.
- **Checklist sequence**
- Wait for **HTF PDA** engagement (tap/mitigation).
- Confirm **CRT** in the direction of interest.
- Observe a **Liquidity Sweep** (BSL for potential shorts, SSL for potential longs).
- Seek **CISD confirmation** through the **sequence open**.
- **Entry refinement**
- If CISD prints, look for **internal FVG** shortly after; if present, the model **promotes EPE** as a refined entry.
- If no internal FVG forms, CISD line remains the primary reference.
- **Risk planning**
- Use **dynamic TP/BE/SL** lines (derived from the displacement leg).
- You can toggle price labels and line colors to match your workspace.
- **Context management**
- Use the **Relationships** table to align typical PDA↔CISD pairs (e.g., Weekly PDA driving H4 CISD).
- Review **only the nearest FVG**—the model hides the rest to reduce noise.
---
**REPAINTING, TIMING, AND LIMITATIONS**
- `request.security()` is used **without lookahead**; HTF data **updates intrabar** until the HTF bar closes.
- **CISD/EPE** are **live**: conditions can **form and then invalidate** before the HTF bar close.
- Conservative users may choose to **act only on close** of the HTF bar that confirms CISD.
- **Weekend gaps / tiny gaps** are filtered; extremely thin sessions can reduce clarity.
- **Dynamic risk** references structural swings; it is **not** a guarantee or an optimized money-management model.
- This tool is **analytical** and **educational**. No performance claims.
---
**ALERTS**
*(This build focuses on drawings/tables. You can add alertconditions aligned with these events in your private version.)*
- **CISD Confirmed (Bullish / Bearish)**
- **EPE Set / Updated**
- **HTF PDA Tap (Bullish / Bearish box)**
- **CRT Detected (Bullish / Bearish)**
**Example alert text**
- “Prophet: CISD+ confirmed on {{ticker}} / {{interval}}”
- “Prophet: EPE refined (bullish) at {{close}} on {{time}}”
---
**NOTES & ATTRIBUTION**
- Aligned with **ICT concepts**: PD arrays (FVGs), CRT, liquidity sweeps, displacement/CISD, refined entries.
- **Closed-source & invite-only** due to the original **end-to-end architecture** and maintenance value.
- **Educational use only. Not financial advice.**
نص برمجي للمستخدمين المدعوين فقط
يمكن فقط للمستخدمين الذين تمت الموافقة عليهم من قبل المؤلف الوصول إلى هذا البرنامج النصي. ستحتاج إلى طلب الإذن والحصول عليه لاستخدامه. يتم منح هذا عادةً بعد الدفع. لمزيد من التفاصيل، اتبع تعليمات المؤلف أدناه أو اتصل TakingProphets مباشرة.
لا توصي TradingView بالدفع مقابل برنامج نصي أو استخدامه إلا إذا كنت تثق تمامًا في مؤلفه وتفهم كيفية عمله. يمكنك أيضًا العثور على بدائل مجانية ومفتوحة المصدر في نصوص مجتمعنا.
تعليمات المؤلف
Access on WHOP. Thank you <3
إخلاء المسؤولية
لا يُقصد بالمعلومات والمنشورات أن تكون، أو تشكل، أي نصيحة مالية أو استثمارية أو تجارية أو أنواع أخرى من النصائح أو التوصيات المقدمة أو المعتمدة من TradingView. اقرأ المزيد في شروط الاستخدام.
نص برمجي للمستخدمين المدعوين فقط
يمكن فقط للمستخدمين الذين تمت الموافقة عليهم من قبل المؤلف الوصول إلى هذا البرنامج النصي. ستحتاج إلى طلب الإذن والحصول عليه لاستخدامه. يتم منح هذا عادةً بعد الدفع. لمزيد من التفاصيل، اتبع تعليمات المؤلف أدناه أو اتصل TakingProphets مباشرة.
لا توصي TradingView بالدفع مقابل برنامج نصي أو استخدامه إلا إذا كنت تثق تمامًا في مؤلفه وتفهم كيفية عمله. يمكنك أيضًا العثور على بدائل مجانية ومفتوحة المصدر في نصوص مجتمعنا.
تعليمات المؤلف
Access on WHOP. Thank you <3
إخلاء المسؤولية
لا يُقصد بالمعلومات والمنشورات أن تكون، أو تشكل، أي نصيحة مالية أو استثمارية أو تجارية أو أنواع أخرى من النصائح أو التوصيات المقدمة أو المعتمدة من TradingView. اقرأ المزيد في شروط الاستخدام.