Multi-Horizon Alignment Case

Synchronizing Intraday Range Compression with Daily Trends

How multi-horizon screening architectures isolate tight 30-minute consolidation clusters without losing alignment with macro daily directional drift.

August 25, 2026
Julian Hayes
8 min read
Timeframe Cases
Multi-horizon technical screening architecture synchronizing 30-minute range compression with daily trend filters
Primary Scale
Daily Trend (D1)
Secondary Scale
Intraday Range (30m)
Filter Cascade
4 Logical Stages
Pass Rate
1.4% of Universe
Overview & Method Statement

Resolving Time Disparity in Multi-Horizon Scanning

Screening for narrow consolidation ranges on lower-tier intraday timeframes frequently captures dead or directionless symbols unless anchored to dominant daily directional drivers. This study deconstructs how a staged EasyScan pipeline verifies daily trend persistence before measuring 30-minute Average True Range (ATR) compression.

By establishing a clear hierarchy between daily structural criteria and intraday volatility bounds, the screening pipeline drops uncorrelated noise and isolates candidates where compressed intraday price action aligns cleanly with underlying multi-week momentum.

Key Analytical Takeaways

  • Intraday volatility contraction signals false breakouts when evaluated independently of the parent daily moving average slope.
  • Evaluating 30-minute high-low bandwidth as a ratio against 20-day historical ATR prevents regime misclassification.
  • Sequencing daily liquid universe boundaries ahead of intraday calculations reduces scanner latency and eliminates erratic penny spreads.
Index of Analysis
Timeline Progression
Execution Breakdown

Four-Stage Multi-Timeframe Synchronization Pipeline

01
Stage 1 • Macro Anchor Daily Timeframe (D1)

Daily Structural Trend Verification

The condition stack begins on the daily horizon by isolating liquid equities trading above an upward-sloping 50-day simple moving average where price also maintains positioning above the 20-day exponential moving average. This ensures the candidate universe possesses established structural demand before lower-timeframe calculations trigger.

Verification Rule: Daily Close > SMA(50) AND SMA(50) > SMA(50)[5] AND Daily Volume 50-day average > 750,000 shares.
02
Stage 2 • Compression Intraday (30-Minute Bars)

30-Minute Range Compression Measurement

Once daily eligibility is confirmed, the scan computes the intraday price range across the most recent six 30-minute intervals. The maximum high minus minimum low over this window must register below 35% of the symbol's 14-day daily Average True Range, indicating acute coil behavior rather than normal intra-session drift.

Verification Rule: (Max(H, 6) - Min(L, 6)) / Daily_ATR(14) < 0.35 on the 30-minute aggregation tier.
03
Stage 3 • Relative Location Intraday / Daily Sync

Alignment with Upper Daily Boundary

Compression located near the lower band of a daily cycle often precedes breakdowns despite daily trend alignment. This step mandates that the compressed 30-minute consolidation corridor sits within the upper 15% of the preceding 5-day high-low envelope, proving buyers are defending overhead price levels.

Verification Rule: Min(L, 6) on 30m >= (Daily_High(5) - 0.15 * (Daily_High(5) - Daily_Low(5))).
04
Stage 4 • Volume Decay Intraday (30-Minute Bars)

Volume Desiccation during Consolidation

Range compression is vulnerable to false positives when accompanied by erratic block distribution. The fourth condition evaluates the average volume across the compressed 30-minute intervals, filtering out any candidate where volume exceeds 40% of the symbol's normal 30-minute volume benchmark.

Verification Rule: Volume_30m_Avg(6) < 0.40 * Volume_30m_SMA(50), confirming liquidity dry-up during consolidation.

Case Topic Taxonomy

Multi-Timeframe Logic Intraday Compression Daily Trend Anchor Volatility Contraction TC2000 PCF Scripts
Reference Architecture

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Synchronizing Intraday Range Compression with Daily Trends

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