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2004issue C081-4

Volume flow and band construction as one inspectable problem

A finite-volume reading, a related ease-of-movement cutoff, and a volatility-band envelope can be built as one construction stack. Editorial reading: inspect the signed flow, the envelope, and a simple accumulation total together rather than as three separate chart ornaments.

  • A finite-volume construction can suppress extreme volume spikes so the remaining histogram stays readable on a common scale.
  • A 30-session historical-volatility window can act as a threshold input, and lookbacks from 20 to 40 bars are described as changing the finite-volume result only slightly.
  • An ease-of-movement variant signs volume only when a money-flow term exceeds an adaptive cutoff from intra-bar and inter-bar log-range dispersion, and it also uses the high-low range inside the bar.
  • A published channel comparison treats Bollinger Bands as a backtested envelope beside another volatility band family, and treats a 10-day moving-average channel as a less promising construction.
Entries in this reading3 entries

One construction problem

Volume-price analysis is a construction that converts the relationship between price movement and traded volume into a signed, time-windowed flow reading.

On-balance volume is a running signed-volume total that adds volume on up closes and subtracts it on down closes. It is used as a simple accumulation check against a more filtered flow measure.

Bollinger Bands are a volatility envelope built from a moving average and a multiple of recent price dispersion. In this article they are a comparative baseline rather than a standalone forecast.

Editorial reading: treat the signed flow, the envelope, and the cumulative volume check as one inspectable construction problem, not as three separate chart ornaments.

Finite volume as a readable flow

A finite-volume construction can suppress extreme volume spikes so that the remaining histogram stays readable on a common scale.

A finite-volume formula can treat a 30-session historical-volatility window as a threshold input rather than as the core of the signal.

In that construction, any lookback from 20 to 40 bars is described as changing the final finite-volume result only slightly, because the window mainly sets a cutoff.

A related ease-of-movement volume construction signs volume only when a money-flow term exceeds an adaptive cutoff. That cutoff is built from intra-bar and inter-bar log-range dispersion.

That ease-of-movement construction is described as similar to the finite-volume indicator, except that it also uses the high-low range inside the bar.

Color rules for price or volume bars can be assembled from the same intra-bar and inter-bar log-range terms used to define the volume-flow cutoff.

The band envelope as a comparative baseline

A published channel comparison treats Bollinger Bands as a backtested envelope worth inspecting alongside another volatility band family.

The same comparison treats a 10-day moving-average channel rule as a less promising construction than those two band families.

Editorial reading: keep the band envelope as a baseline next to the filtered flow and the on-balance volume check.

Educational research material, not investment advice. Historical source context does not establish present-day performance.
45 of 61 in the On-balance volume track
20041-5 pp.Next on On-balance volumeAuditing advance-decline confirmation for scale, horizon, and compositionA raw advance-decline line steps by each session's net issue count, so listing-universe bias makes the same net reading a smaller share of the tape as more names list.
All readings on this track · 61 readings
  1. 1988Cumulative volume trend and 200-session polarity
  2. 1988Three clocks when cumulative volume led price
  3. 1988Payoff index checkpoints for open interest and divergence
  4. 1988Relative strength, stochastics, and on-balance volume as a turning-point stack
  5. 1988Signing volume by open interest change
  6. 1988Case study: weekly on-balance volume with trendlines and a 21-period average
  7. 1988Combining weekly and daily MACD divergences with on-balance volume
  8. 1988Restoring the original tests for market breadth, on-balance volume, and trendlines
  9. 1989Evaluating volume-weighted breadth extremes
  10. 1989Demand oscillator construction with a momentum overlay
  11. 1989Constructing a volume percentage ratio from advance-decline flow
  12. 1990Constructing net positive volume as On-balance volume
  13. 1990Buying-share scale with on-balance volume
  14. 1990Friday-filtered on-balance confirmation lines
  15. 1991Constructing rate-market volume breadth from on-balance volume
  16. 1991Building a breadth composite from on-balance volume breakouts
  17. 1992Constructing a rate-complex volume-breadth index
  18. 1992Constructing a breadth index from on-balance volume
  19. 1992Constructing signed market thrust from issue volume
  20. 1992Constructing indicator phase across averages, volume and bands
  21. 1993Force on-balance volume to agree with itself at slower horizons
  22. 1993Three transforms of market thrust from breadth and volume
  23. 1994Constructing a tick-line momentum oscillator
  24. 1994Constructing a smoothed on-balance tick momentum oscillator
  25. 1994Histogram confirmation and a second-series veto for MACD-family alerts
  26. 1994Constructing a 40-period envelope on on-balance volume
  27. 1996Constructing a matched percent-B volume disparity
  28. 1997Constructing calendar regime overlays and volume-weighted rules
  29. 1997Constructing market thrust from breadth and volume
  30. 1997Constructing on-balance volume as a signed running total
  31. 1997A three-layer construction for a signed volume-force oscillator
  32. 1997Constructing a range-sum volume-force oscillator
  33. 1999On-balance volume confirmation, price-indicator divergence, and bounded exits
  34. 2000A daily long-only confirmation stack on the tether line
  35. 2000A three-filter tether and volume trend system
  36. 2003Constructing finite volume elements as a finite-period money-flow filter
  37. 2003Constructing on-balance volume from signed session volume
  38. 2003On-balance volume as a market-breadth participation ledger
  39. 2003Construct a volatility-adjusted on-balance volume filter before confirming a breakout
  40. 2004Opening and midday ranges as an on-balance-volume breakout case
  41. 2004Constructing a volatility-gated volume-flow measure
  42. 2004Constructing a volume-flow series from on-balance volume
  43. 2004Volume-flow indicator construction from on-balance volume
  44. 2004Volume-flow slope divergence, then separate on-balance-volume and crossover rules
  45. 2004Volume flow and band construction as one inspectable problem
  46. 2004Auditing advance-decline confirmation for scale, horizon, and composition
  47. 2005Bounded market breadth from the Arms index to BRIN
  48. 2006Overnight-hold entry and exit construction
  49. 2007Evaluating Volume-price confirmation versus On-balance volume and MACD
  50. 2009Volume confirmation versus a price advance
  51. 2010Typeahead retrieval of a moving average, on-balance volume, and a stochastic oscillator
  52. 2010Modified volume-price trend and log-price scale alignment
  53. 2010Constructing liquidity accelerometers from advance-decline averages
  54. 2012Failed short cycles as breadth and volume tests
  55. 2016Earnings straddles, implied volatility, and money-flow filters
  56. 2017A volume residual filter and a price projection matrix
  57. 2019Volume-volatility parabola and signed-volume momentum
  58. 2019Separating on-balance volume into breadth and volume
  59. 2020Constructing the obvm signal line
  60. 2020Constructing smoothed on-balance volume with a signal line
  61. 2020Keep neutrality as a first-class input in three-state market data
All 88 readings tagged On-balance volume
Also on On-balance volume5 readings