TradingView Indicator Completion Using Pine Script

@sdqtrades

Upon reading your project requirements and all provided details, I am super-confident in my trading development skills and years of experience (especially with pine script indicator/strategy/study for Tradingview platform) to develop this trading tool as you described. # NDA - All your ideas are 100% confidential. # Intellectual Property - You have full ownership of the software and source code. # Fast and Quality delivery. We shall communicate much better on your project when you open a chat with me. Eni O.

@Iwori

Hi. I am a professional coder in the development of Strategies, Indicators and Scripts for TradingView. Please let us talk about the details of the job, so that we can do this job as you expect.

@mdabdullahallm5

I can build your TTrades Fractal Model indicator in Pine Script v6 with a strong focus on ICT/SMC concepts, fractal swing structures, MTF alignment, CISD, equilibrium, liquidity, SMT divergence, and clean TradingView visualization. I’m comfortable working module-by-module, validating each stage before integrating the next to keep a large 800–1500+ line script maintainable. Once you provide the specification and reference settings manual, I can estimate the implementation timeline and provide a milestone-based development plan.

@prashanpatel557

Hello, I have strong practical experience developing TradingView indicators and strategies in Pine Script v5/v6, including ICT/SMC concepts, multi-timeframe logic, swing/fractal detection, liquidity, CISD, SMT divergence, equilibrium levels, and complex state-based conditions. Your TTFM project is well suited to a modular, incremental development approach. I can implement each component separately, validate it against your written specification/reference indicator, and only then integrate it into the final script. This will make debugging much easier for a 800–1500+ line indicator. My approach would include: - Fractal/HTF swing model - CISD and liquidity logic - Daily equilibrium - HTF candle panel - T-Spot and sweep visualisations - Standard Deviation & Formation Liquidity projections - SMT divergence - Info/bias table and timeframe alignment - Performance optimisation and non-repainting checks I can work directly from your detailed specification and settings manual while keeping the code clean, structured, and well-commented. Estimated timeline: 2–4 days Rate: $20–25/hour, or we can agree on milestone-based pricing after reviewing the specification. I’m comfortable with staged development and validation after every module.

@ImtiazTech

Hey man, I can do this, this is definitely doable in Pine Script v6, MTF swing detection, CISD tracking, HTF candle panels, and SMT divergence are all things I've built before, and none of it is exotic once the logic is spec'd out clearly like yours is. I'd take exactly the staged approach you're describing: start with core swing/fractal detection and CISD logic (the engine), validate that against your reference indicator's behavior, then layer in equilibrium/HTF panel, then visuals (sweeps, T-Spot, labels), then STDV/liquidity/SMT, and finish with the info table, each stage as its own checkpoint so we're never debugging 1000+ lines blind. Realistically this breaks into 6-7 modules matching what's in your manual, each a day or two of work with a quick chart-based review after. Send over the full spec and the reference settings doc and I can give you a firmer timeline and rate once I see the swing-detection and CISD logic in detail, since that's the part that determines how much of the rest is straightforward vs. fiddly. Regards

@Algokage

Hello, I hope you're doing well. I am an experienced Pine Script developer with over 4 years of expertise in building custom TradingView indicators, including complex multi-timeframe fractal models and ICT/SMC-style strategies. I've successfully implemented similar features like swing point detection, CISD logic, and HTF overlays, so I understand the nuances of this project. I can build your TTFM indicator incrementally, following your detailed spec and reference design, with regular check-ins to ensure each module works as expected before moving forward. I deliver clean, well-documented Pine Script code and am comfortable working in stages to manage complexity. Message me to discuss your timeline, rate, and to share examples of my previous fractal/SMC indicator work. Thanks, Adegoke M.

@CauaAlves

Hi, I build custom TradingView indicators in Pine Script and I work daily with ICT/Smart Money Concepts and fractal multi-timeframe logic like the TTFM model. I can implement your spec module by module - swing point detection, CISD tied to important levels, daily equilibrium, SMT divergence and the info table - validating each stage with you before moving on, so we never debug a huge block all at once. I am comfortable writing a clean, well-sectioned script with clear parameters for you to tweak later. Could you share the full specification and the reference indicator settings manual so I can confirm the module order and scope with you?

@robertb297

Hi there What stood out to me in your description is that you want this built incrementally, one module at a time, with validation before moving forward, given the 800-1500+ line estimate. That's the right instinct for something this complex, because indicators built on multi-timeframe swing detection and CISD logic tend to fail silently rather than loudly, a swing point that's off by one bar or a higher-timeframe lookback that's misaligned won't throw an error, it'll just quietly produce wrong sweep lines or T-Spot zones that look plausible but aren't actually tracking the strategy correctly. Catching that early, module by module, is far cheaper than discovering it buried in a 1200-line script at the end. My approach would follow the natural dependency order in your spec: start with the fractal multi-timeframe swing detection first, since CISD detection, the daily equilibrium rendering, and the point-of-interest hierarchy all depend on having reliable swing highs and lows established before anything else can be validated against them. Once that's confirmed accurate against your reference indicator's behavior, I'd move to CISD detection and the daily equilibrium level, then the visual layer, sweep lines, CISD lines, T-Spot zones, and candle-role labels, then the HTF candles side panel, and finally the more self-contained pieces like standard deviation projections, SMT divergence, and the info table, since those can be validated somewhat independently once the core swing and CISD logic is solid. I'm comfortable working in Pine Script v6 and with ICT/SMC-style concepts like change in state of delivery and liquidity sweeps, and I'd want to see your written spec and the reference indicator's settings manual before committing to a firm timeline, since the exact swing lookback rules and timeframe alignment logic will determine how much of this is straightforward implementation versus careful edge-case handling. Quick question before we go further, for the HTF Candles side panel, do you need that rendered as an actual embedded chart-like panel within the indicator, or more of a simplified visual representation of the higher-timeframe candles using drawn boxes/lines on the main chart?

@ELGAMLDev

Hi, I've built ICT/SMC-style indicators in Pine Script before, fractal HTF models, CISD detection, liquidity sweeps. Went through the TTFM manual you shared, and one thing worth flagging early: the "Show Early C2 CISD" option is basically a heads-up before the HTF candle actually closes, not a confirmed setup yet, so I'd build that as a clearly separate state from the final CISD, otherwise it's easy to get false signals bleeding into the model logic. Small detail but it matters for how clean the final output is. Quick question before I quote a number: for the SMT divergence, do you want it running on automatic correlated pairs like the original, or custom pairs from the start? That affects how I structure the symbol handling early on. I'd build this in stages regardless of script size, confirm each module against your spec before moving to the next. Send the full spec over and I'll give you a real timeline and rate after reading it.

@nexomechanics

Multi-TF fractal swing model, CISD detection, daily EQ levels, HTF candle panel, StdDev projections, SMT divergence — all built in Pine v6 with clean modular structure so each block is validated before the next one starts. Comfortable with ICT/SMC logic and large-scale Pine scripts — incremental delivery per module is actually the right approach for a 1000+ line indicator like this. Let's call to discuss further.

@copulas

As a Tokyo-based company, we fully understand the global nature of trading and finance. My name is Takashi and I head a team that has developed an intimate understanding of Pine Script v6 over the years, honing our skills in delivering custom TradingView indicators. We are confident in tackling your project as it aligns with our expertise in data visualization - leveraging ICT/Smart Money Concepts. Our diligent approach will appeal to you; we intend to build your indicator incrementally, ensuring quality check-ins and validations after each stage. With over fifteen years in full-stack engineering and countless production-ready systems under our belt, we appreciate the importance of creating smaller modules before putting them all together. This method ensures early identification and resolution of issues. What sets us apart as a highly effective team is not only our technical proficiency but also our ability to create long-term client relationships. Many of our current clients started with a small project like yours and have trusted us since then for larger ones. We value your trust and take every project seriously - from thorough listening to clear communication, adhering to deadlines, and most importantly, not disappearing even after satisfactory delivery. Choose COPULAS Co., Ltd., for a reliable partner who will turn your detailed specification into a brilliant implementation while embracing the ICT/SMC-style or fractal multi-timeframe indicators you desire.

@codehuette

Your TTFM build is feasible, but the exact valid-swing rule that drives CISD, POI hierarchy and timeframe alignment is still undecidable from the posting. I would freeze that dependency in a funded Phase 1 before implementation rather than let later modules inherit an ambiguous state model. Phase 1 will return exactly three acceptance outputs: 1. a Pine v6 state contract for swing roles, CISD transitions, HTF/LTF alignment and non-repainting timing; 2. positive and negative bar-sequence fixtures for confirmed swings, sweep/CISD qualification and daily-equilibrium rollover; 3. an object/resource budget plus module order, exclusions and fixed Phase-2 quote. One question: should a swing become valid only after a fixed left/right confirmation window, or does the written TTFM spec define a different confirmation event that must drive every downstream module? Fixed price: USD 30. Delivery: 16 August 2026 after funded start and complete authorized inputs. This covers the Phase-1 specification, not the full 800-1,500-line indicator; later modules would be quoted from the frozen contract. Arnold

@abelg46

I'm Calvin, a seasoned software developer specializing in Pine Script. I have built numerous complex, fully-featured trading strategies and indicators using Pine Script for TradingView. This gives me the confidence to tackle your TTrades Fractal Model project with finesse. My understanding of the ICT/Smart Money Concepts trading strategy is sound and I am well-equipped to breathe life into your extensive written specification. The incremental approach you seek resonates with my working style as it ensures quality control at every step, minimizing the chances of debugging complex code later. My knack for problem-solving and diligent attention to detail will ensure a meticulous implementation of each module. In terms of rates, we can discuss your budget further once we connect and have the full scope of the project on hand. Given the magnitude of this undertaking, I am committed to providing efficient and timely deliverables that don't compromise on quality. With my expertise in Pine Script, experience in implementing fractal multi-timeframe strategies, and deep understanding of the ICT/Smart Money Concepts trading methodology interwoven with superb data visualization skills; I am certain I'll be able to exceed your expectations on this project.

@Cheonma3077

Hi, I’m interested in completing your TradingView indicator and, more importantly, I understand why this project should be developed incrementally rather than trying to implement all of the modules at once. I have a strong background in trading and ICT/SMC concepts, including market structure, liquidity sweeps, FVGs, SMT, HTF/LTF analysis, and systematic strategy development. I also have experience working with TradingView and Pine Script, so I can approach the implementation from both the trading-logic and coding sides. Because the requested indicator is substantial (800–1,500+ lines with multiple interconnected modules), I recommend building and validating it in milestones: 1. Fractal model, HTF swing detection and CISD 2. Daily equilibrium, T-Spot zones and sweep/liquidity logic 3. HTF candle panel and standard-deviation projections 4. Formation Liquidity, SMT divergence and information/bias tables 5. Full integration, debugging, visual validation and final cleanup I would validate each module before moving to the next one so that issues in one component do not become difficult to trace after the entire system is integrated. For the complete scope, I would propose a total project budget of $500 USD, divided across the milestones above. I’m also happy to discuss the milestone structure if you would prefer a different breakdown.

@adeelahmed073

Hi, I can build your custom Pine Script v6 indicator incrementally, following your existing TTFM specification and reference indicator closely. I’m comfortable working with multi-timeframe logic, swing/fractal detection, CISD conditions, equilibrium levels, liquidity concepts, SMT divergence, overlays, labels, tables, and TradingView visualization. I agree with your staged approach. I would build and validate each module separately before integrating it into the final script, which will make debugging much easier for a large 800–1500+ line indicator. Once you share the complete specification and reference settings, I can break the work into clear milestones and provide an estimated timeline and rate based on the actual complexity. Best regards, Adeel

@zoyaaliaan

Hello, I can build your TTrades Fractal Model indicator in Pine Script v6 from scratch and develop it incrementally, validating each module before moving to the next. I understand the importance of accurately implementing the ICT/SMC concepts rather than approximating them. I can work through the documented specification for fractal swing detection, CISD, daily equilibrium, POI hierarchy, candle roles, and multi timeframe alignment. The development can be structured into clear stages: Fractal and HTF swing model CISD and key level logic Daily equilibrium and session handling HTF candle side panel Sweep, T Spot, and candle role visuals Standard Deviation and Formation Liquidity projections SMT divergence Bias, timeframe alignment, and countdown information table Final integration, optimization, and visual validation I will keep the code modular and well commented, with check ins after each stage so issues can be identified early rather than debugging a large script at the end. I am comfortable working with Pine Script v6, multi timeframe calculations, ICT/SMC concepts, complex visual overlays, tables, labels, and performance optimization. Once you provide the full specification and reference settings manual, I can review the requirements and give you a realistic timeline and fixed or milestone based rate. Best regards, Zoya

@Aetio

Hello, I have reviewed the provided TTFM manual. This is not a basic indicator modification; it requires careful verification of the existing script against the documented fractal and multi-timeframe rules. My bid covers the structured completion of the current Pine Script: - Audit the existing source code and compare it with the manual - Prepare a clear list of missing or incorrect functionality - Implement and correct the documented TTFM logic - Ensure reliable multi-timeframe calculations - Prevent repainting where required by using confirmed data - Correct chart zones, lines, labels, inputs, and alerts - Remove compilation and runtime errors - Test historical and real-time behavior - Deliver clean Pine Script source code, a change log, and brief usage notes Planned delivery: 3 days for audit, 10 days for core implementation, 5 days for validation and testing, and 3 days for final corrections and delivery. Before awarding the project, please send the current source code and describe the known incomplete or incorrect sections. The $1,500 bid assumes completion of the existing indicator. If the initial audit reveals a materially different scope, I will report it before implementation, and any changes will be agreed in writing. I can begin immediately. Best regards, Alexander

@anandhutradecani

Hi, This is a strong match for my experience with trading strategy development and technical-indicator implementation through Trade Canify. I’ve worked extensively with technical indicators, custom strategy conditions, multi-timeframe logic, market-structure analysis, backtesting, paper trading, and real-time signal evaluation. I’m comfortable translating detailed trading specifications into modular, testable Pine Script logic rather than trying to implement the entire system as one large script. I’m comfortable with Pine Script's multi-timeframe requirements and the challenges around avoiding lookahead/repainting when working with HTF data and fractal structures. I agree with your staged approach. I would implement one module at a time, validate it against your written specification/reference indicator, and only then move to the next module. This makes discrepancies much easier to isolate, especially for a script of 800–1500+ lines. Once you provide the specification and reference settings manual, I can first break the requirements into a module-by-module implementation plan and identify any Pine Script limitations before development begins. My background in building trading strategy engines also means I can focus not only on visual replication but on making the underlying signal logic deterministic and usable for alerts/backtesting where applicable. Best, Anandhu

@ExactSpec

Understanding: You need a production-ready Pine Script v6 implementation of the TTrades Fractal Model (TTFM) with modular delivery, multi-timeframe swing logic, HTF candle panel, SMT divergence, visual overlays, daily equilibrium, and an info table — delivered incrementally for validation. Recommended approach: Break the indicator into discrete modules (data plumbing, swing detection, CISD & level math, visual overlays, HTF panel, SMT divergence, UI/settings, backtest/info table). Deliver and test each module in short cycles, with a review/acceptance checkpoint before the next module. Maintain a single source Pine Script v6 file with clear sectioning and comments; provide basic test/backtest snippets and a delivery checklist. Approved ExactSpec capability/case study: ExactSpec Electronics (ExactSpec Capital Partners) has implemented customer-facing intake and platform work (CellularPort Buyback Platform) and collaborated on ERP/platform alignment (Innovation36T) — we apply the same practical, staged program leadership and modular delivery approach here. Delivery stages: see milestones below. Each milestone includes code delivery, example charts/usage notes, and a short acceptance window. Price: USD 1,500 fixed (recommended minimum based on scope and required delivery discipline). Timeline: staged delivery over ~12 weeks (detailed in milestones). Focused questions: 1) Will you provide the full written spec and reference settings manual prior to starting (needed to lock acceptance criteria)? 2) Can you confirm payment method/verification and accept the staged milestone payments above? Next step: If you agree, I’ll issue the milestone schedule and NDA (if required). Upon funding the first milestone we’ll begin module 1 (core data plumbing & HTF plumbing).