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2018issue C1144-45

Constructing futures rolls ahead of first notice day

A physically settled long can be assigned a delivery notice from first notice day through last trading day. Treat first notice day as the deadline to build the flatten or contract-roll while two-sided volume still supports a volume-weighted-average-price exit.

  • First notice day is the construction deadline for a physically settled long, because a delivery notice can be assigned from that session through last trading day.
  • Longs are required to offset by the close of the session before first notice day. Shorts that remain can still avoid forced delivery if they offset by the close on last trading day.
  • Build the flatten or contract-roll while two-sided volume still supports a volume-weighted-average-price exit, before implementation cost rises in the notice-to-expiry window.
  • Use volume-price analysis and nearby support and resistance only to test whether leftover price action is still a trade hypothesis or already a late-life liquidity and delivery-cost event.
Entries in this reading3 entries

First notice day as a construction deadline

Physically settled futures are written against a deliverable commodity, so they list both a first notice day and a last trading day. A physically settled long can be assigned a delivery notice beginning on first notice day, and notices can be issued at any time from that session through last trading day.

Cash-settled futures expire into an account debit or credit rather than a cash-market transfer of the underlying, so only last trading day applies. First notice day is listed only when the contract can transfer the underlying in the cash market.

Editorial reading: treat first notice day as the construction deadline for the flatten or contract-roll, not as the session in which to start looking for an exit.

Assignment, leftover interest, and settlement type

Delivery assignment is described as starting with the longest-held long positions and then proceeding through remaining long interest.

On last trading day the contract stops trading at the session close. Leftover physically settled positions enter delivery. Leftover cash-settled positions are settled in cash the next day at the exchange settlement.

A listed corn futures purchase is described as an agreement to take delivery of the grain unless the long offsets before being forced to accept delivery.

Offset rules before the notice window

Longs are required to offset by the close of the session before first notice day. Shorts that remain after that date still avoid forced delivery if they offset by the close on last trading day.

Late-life futures are described as prone to sudden, irregular volatility into first notice day and last trading day. The material treats a roll completed at least two days earlier as a way to stay out of that window.

Construct the flatten or roll as an executable order

Editorial reading: build the flatten or contract-roll while two-sided volume still supports a volume-weighted-average-price exit. Use that average as an execution filter only while the order book, spread, and remaining session volume still make the ticket implementable.

Implementation cost is the spread, fee, and forced-process expense that rises if a long is assigned or if an offset is delayed into the notice-to-expiry window. Delaying the offset into that window is how a construction problem becomes a delivery-cost event.

Chart tests for leftover exposure

Editorial reading: volume-price analysis compares late-life OHLC structure with volume to test whether the move is still a repeatable chart condition or already a contract-expiry frenzy. Nearby support and resistance frame a falsifiable hypothesis about whether residual exposure should still be held inside the notice window.

Those chart tests do not extend the construction deadline. If the book can no longer support an implementable volume-weighted-average-price offset, leftover price action is already a liquidity and delivery-cost event.

Educational research material, not investment advice. Historical source context does not establish present-day performance.
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All readings on this track · 18 readings
  1. 2000Volume-weighted average price as a baseline for indicator construction
  2. 2001Constructing VWAP support and resistance from cumulative volume
  3. 2001An elastic volume-weighted moving average from a share-count lookback
  4. 2001Constructing an elastic volume-weighted average and volatility bands
  5. 2004Volume-weighted column averages and crossovers on point-and-figure charts
  6. 2004Session volume-weighted average for limit placement and listed routing
  7. 2008Building MIDAS curves from an anchored volume-weighted average
  8. 2008Construct a launch-point VWAP as support and resistance filters
  9. 2014Workstation order routing, VWAP, and session filters
  10. 2015Constructing price gravity and float turnover filters
  11. 2015Constructing four-stage cycles with anchored VWAP
  12. 2017Constructing a volume-weighted crossover and breakout as one swing rule set
  13. 2017Constructing a volume-weighted moving-average crossover
  14. 2017Constructing anchored volume-weighted average price maps for crowd-visible execution costs
  15. 2018Order book heatmaps, VWAP, and flow for execution
  16. 2018Constructing futures rolls ahead of first notice day
  17. 2019Evaluate a mechanical futures system as one procedure
  18. 2020Every bounce is a falsifiable regime test
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