CNP HOL Trading Framework

Specification Type: Algorithmic Architecture Protocol	Candle Frequency: 1-Minute (Absolute Range)
Core Asset Focus: NIFTY50 Options Execution (Buy Only)	Date of Issuance: June 16, 2026

1. Foundations & Metric Formulations

The CNP HOL framework establishes a strict structural mapping mechanism utilizing three specific entities: NIFTY50-INDEX (N), representing baseline market sentiment; INDEX-OPTIONS-CE (C), tracking Call options; and INDEX-OPTIONS-PE (P), tracking Put options. The strategy operates strictly within an Options-BUY paradigm, where directions are derived directly from the directional adjustments of N.

1.1 Equal-Weighted Cumulative Moving Average (Custom VWAP)

Rather than utilizing volume-weighted standard matrices, the framework enforces an intentional equal-weighted Volume Weighted Average Price calculation. This functions as a Cumulative Moving Average (CMA) of the Typical Price, resetting strictly at session boundaries. For each 1-minute candle:

Typical Price (TP) = (High + Low + Close) / 3

Cumulative Typical (Cum_{Typical}) = \Sigma(TP)

Cumulative Volume Counter (Cum_{Vol}) = \Sigma(1)

Candle VWAP (O) = Cum_{Typical} / Cum_{Vol}

1.2 Anchor Candle Architecture (T1, T2, T3)

T1 Candle: The definitive initial candle of the trading day's session. It establishes the baseline reference levels: High (H), Low (L), and Orange (O).
T2 Candle: The first subsequent candle whose entire absolute structural range (both High and Low) forms entirely outside and does not touch the T1 VWAP (O).
T3 Candle: The first candle forming chronological to T2 that maps onto the exact opposite side of T1's VWAP, ensuring that the Orange line (O) remains structurally positioned directly between T2 and T3.

2. Macro Geometric Boundaries (HOL Partitioning)

The three horizontal reference vectors established by T1 (High, Orange, Low - HOL) partition the price landscape into 6 non-overlapping structural zones. The intervals between major boundaries are divided into two precise mathematical halves via an Upper Midpoint (M_U) and a Lower Midpoint (M_L).

M_U = (H + O) / 2 | M_L = (O + L) / 2

LEVEL: T1 HIGH (H)
HU	High Up: Price acts strictly above H. Sky-free structural zone. No historical overhead resistance.
HD	High Down: Upper channel top zone. Price is bounded between H and M_U [H ≥ Price > M_U].
LEVEL: UPPER MIDPOINT (M_U)
OU	Orange Up: Upper channel bottom zone. Price is bounded between M_U and O [M_U ≥ Price > O].
LEVEL: T1 ORANGE / VWAP (O)
OD	Orange Down: Lower channel top zone. Price is bounded between O and M_L [O ≥ Price > M_L].
LEVEL: LOWER MIDPOINT (M_L)
LU	Low Up: Lower channel bottom zone. Price is bounded between M_L and L [M_L ≥ Price > L].
LEVEL: T1 LOW (L)
LD	Low Down: Price acts strictly below L. Abyss structural zone. No underlying localized support.

3. Dynamic Support & Resistance Vectors

The HOL boundaries represent dynamic barriers whose polarity flips instantly upon a definitive crossover by a formed 1-minute candle:

Ascending Trajectory: When climbing upwards (L → O → H), an approaching barrier serves as structural Resistance. Once a candle closes completely above that barrier, the level immediately converts into Support, and the next sequential line higher becomes the active target Resistance.
Descending Trajectory: When descending downwards (H → O → L), an approaching barrier serves as structural Support. Upon a clear break below the level, it converts into active Resistance, and the next lower vector becomes target Support.
Velocity Escape: When candles exit structural boundaries into either HU (ascending) or LD (descending), they enter anchor-free momentum regimes and run unhindered until opposing tracking data dictates structural exhaustion.

4. Actionable Co-Alignment Matrix (The Slog)

To ensure optimal transaction probability, execution is restricted to regimes where C and N are in clean operational co-alignment, while P is strictly inversely aligned. This filters out structural consolidation and range-bound chop.

4.1 Call Options Buying Archetypes (Bullish Order Flow)

Slog Token	N State	C State	P State	Strategic Execution Mechanics & Context
CHU-NHU-PLD	HU	HU	LD	Momentum Breakout Execution: Absolute sky-free regime for both Nifty and Call premium. Put premium has fully broken below the floor into the abyss. Maximum velocity premium expansion.
CHD-NHD-PLU	HD	HD	LU	Resistance Grid Entry: Price action is grinding through the top quadrant of the upper channel. Concurrently approaching major H resistance. High win-rate if volume expansion confirms.
COU-NOU-POD	OU	OU	OD	Value Pullback / VWAP Support: Confirmation that N and C have flipped the Orange line (O) into dynamic support. Optimal structural entry point for trend generation.

4.2 Put Options Buying Archetypes (Bearish Order Flow)

Slog Token	N State	C State	P State	Strategic Execution Mechanics & Context
CLD-NLD-PHU	LD	LD	HU	Panic Momentum Execution: Nifty and Call metrics are flushing structural floors into the lower abyss. Put premiums are trading in sky-free territory. Velocity premium expansion.
CLU-NLU-PHD	LU	LU	HD	Support Grid Entry: Price action is driving down through the bottom quadrant of the lower channel toward the absolute floor (L). Put option is testing its upper bounds.
COD-NOD-POU	OD	OD	OU	Value Entry / VWAP Rejection: Nifty and Call structures have failed to sustain levels above the Orange line (O), mapping a structural rejection. Put options have secured VWAP support.

5. Programmatic Execution Protocol

For direct ingestion into automated trade routing engines or rule-based AI processing pipelines, the state evaluation loop must execute precisely at the close of every 1-minute candle interval:

// State Engine Evaluation Routine executed every 60 seconds
void EvaluateCNPHolState(Candle nCandle, Candle cCandle, Candle pCandle) 
{
    string nZone = CalculateZone(nCandle, nHOL);
    string cZone = CalculateZone(cCandle, cHOL);
    string pZone = CalculateZone(pCandle, pHOL);
    
    string slogToken = $"{cZone}-{nZone}-{pZone}";
    
    switch (slogToken) 
    {
        case "CHU-NHU-PLD":
            ExecuteOrder(Buy, OptionsCE, StrategyMode.MomentumBreakout);
            break;
        case "CHD-NHD-PLU":
            ExecuteOrder(Buy, OptionsCE, StrategyMode.ResistanceApproach);
            break;
        case "COU-NOU-POD":
            ExecuteOrder(Buy, OptionsCE, StrategyMode.VwapSupportHold);
            break;
            
        case "CLD-NLD-PHU":
            ExecuteOrder(Buy, OptionsPE, StrategyMode.MomentumBreakout);
            break;
        case "CLU-NLU-PHD":
            ExecuteOrder(Buy, OptionsPE, StrategyMode.SupportApproach);
            break;
        case "COD-NOD-POU":
            ExecuteOrder(Buy, OptionsPE, StrategyMode.VwapResistanceReject);
            break;
            
        default:
            // Non-aligned state maps to immediate neutral bypass mode
            MaintainNeutralPosition(Reason.RegimeInversionOrChop);
            break;
    }
}