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Worden Discussion Forum » Customer Training & Support » Ask a Trainer - TC2000 version 7 » TSV scan question

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TylerH
Posted : Thursday, September 9, 2010 1:22:18 PM
Registered User
Joined: 5/6/2009
Posts: 3
 I would like to know if there is a way to program a scan that identifies when TSV 15 with an exponential moving average of 25 is at the bottom of a stocks chart on the 5 minute, 60 minute and daily chart.

Thankyou
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Bruce_L
Posted : Thursday, September 9, 2010 1:38:14 PM


Worden Trainer

Joined: 10/7/2004
Posts: 65,138
 Welcome to the forums. A very good foundation for learning how to use TeleChart can be gained by reviewing the following:

If you are new to TeleChart READ THIS FIRST!

I can't think of a practical automated method of doing for doing so in all three Time Frames even if the Chart Zoom and type of TSV (Simple or Exponential) is known.
-Bruce
Personal Criteria Formulas
TC2000 Support Articles
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TylerH
Posted : Friday, September 10, 2010 12:23:20 PM
Registered User
Joined: 5/6/2009
Posts: 3
 Is there a way to run a scan for each time frame separately?
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Bruce_L
Posted : Friday, September 10, 2010 12:43:57 PM


Worden Trainer

Joined: 10/7/2004
Posts: 65,138
 If the TSV is Simple and the Zoom is 9, then the basic formula would be:

XAVG(TSV15,25) <= XAVG(TSV15.1,25) AND XAVG(TSV15,25) <= XAVG(TSV15.2,25) AND XAVG(TSV15,25) <= XAVG(TSV15.3,25) AND XAVG(TSV15,25) <= XAVG(TSV15.4,25) AND XAVG(TSV15,25) <= XAVG(TSV15.5,25) AND XAVG(TSV15,25) <= XAVG(TSV15.6,25) AND XAVG(TSV15,25) <= XAVG(TSV15.7,25) AND XAVG(TSV15,25) <= XAVG(TSV15.8,25) AND XAVG(TSV15,25) <= XAVG(TSV15.9,25) AND XAVG(TSV15,25) <= XAVG(TSV15.10,25) AND XAVG(TSV15,25) <= XAVG(TSV15.11,25) AND XAVG(TSV15,25) <= XAVG(TSV15.12,25) AND XAVG(TSV15,25) <= XAVG(TSV15.13,25) AND XAVG(TSV15,25) <= XAVG(TSV15.14,25) AND XAVG(TSV15,25) <= XAVG(TSV15.15,25) AND XAVG(TSV15,25) <= XAVG(TSV15.16,25) AND XAVG(TSV15,25) <= XAVG(TSV15.17,25) AND XAVG(TSV15,25) <= XAVG(TSV15.18,25) AND XAVG(TSV15,25) <= XAVG(TSV15.19,25)

If the TSV is Exponential and the Zoom is 9, then the basic formula would be:

24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.1,25) - 14 * XAVG(TSV1.1,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.2,25) - 14 * XAVG(TSV1.2,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.3,25) - 14 * XAVG(TSV1.3,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.4,25) - 14 * XAVG(TSV1.4,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.5,25) - 14 * XAVG(TSV1.5,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.6,25) - 14 * XAVG(TSV1.6,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.7,25) - 14 * XAVG(TSV1.7,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.8,25) - 14 * XAVG(TSV1.8,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.9,25) - 14 * XAVG(TSV1.9,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.10,25) - 14 * XAVG(TSV1.10,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.11,25) - 14 * XAVG(TSV1.11,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.12,25) - 14 * XAVG(TSV1.12,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.13,25) - 14 * XAVG(TSV1.13,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.14,25) - 14 * XAVG(TSV1.14,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.15,25) - 14 * XAVG(TSV1.15,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.16,25) - 14 * XAVG(TSV1.16,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.17,25) - 14 * XAVG(TSV1.17,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.18,25) - 14 * XAVG(TSV1.18,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.19,25) - 14 * XAVG(TSV1.19,15)

You could use one of these formulas as a Personal Criteria Formula to determine if the 25-Period Moving Average of a 15-Period Time Segmented Volume is at the bottom of the Pane of a Zoom 9 Daily Chart displaying 20-Minute delayed data. Changing the Zoom would require a longer version of the formula following the same pattern using a number of terms based on the number of Bars in the Zoom.

How to create a Personal Criteria Forumula (PCF)
PCF Formula Descriptions
Handy PCF example formulas to help you learn the syntax of PCFs!

Personal Criteria Formula are always based on the twenty-minute delayed Daily data, but you could use the same formula as a Custom Percent True Indicator to get a Plot of the results in a different Time Frame Plotted on the Chart. You could then use Indicator Sorting on the Indicator. Realtime Indicator Sorting is limited to the top 200 symbols in the WatchList however.

Visually Backtesting Specific Symbols
Real time indicator sorting (available at the Platinum level)
-Bruce
Personal Criteria Formulas
TC2000 Support Articles
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TylerH
Posted : Friday, September 10, 2010 1:43:46 PM
Registered User
Joined: 5/6/2009
Posts: 3

This looks good, however It would be more beneficial if I could use it on a zoom 4.  Is that possible?
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Bruce_L
Posted : Friday, September 10, 2010 1:54:56 PM


Worden Trainer

Joined: 10/7/2004
Posts: 65,138
 The formula are quite a bit longer for Zoom 4 than Zoom 9 because Zoom 4 has 148 Bars while Zoom 9 only has 20 Bars. The formula for the Simple TSV would be:

XAVG(TSV15,25) <= XAVG(TSV15.1,25) AND XAVG(TSV15,25) <= XAVG(TSV15.2,25) AND XAVG(TSV15,25) <= XAVG(TSV15.3,25) AND XAVG(TSV15,25) <= XAVG(TSV15.4,25) AND XAVG(TSV15,25) <= XAVG(TSV15.5,25) AND XAVG(TSV15,25) <= XAVG(TSV15.6,25) AND XAVG(TSV15,25) <= XAVG(TSV15.7,25) AND XAVG(TSV15,25) <= XAVG(TSV15.8,25) AND XAVG(TSV15,25) <= XAVG(TSV15.9,25) AND XAVG(TSV15,25) <= XAVG(TSV15.10,25) AND XAVG(TSV15,25) <= XAVG(TSV15.11,25) AND XAVG(TSV15,25) <= XAVG(TSV15.12,25) AND XAVG(TSV15,25) <= XAVG(TSV15.13,25) AND XAVG(TSV15,25) <= XAVG(TSV15.14,25) AND XAVG(TSV15,25) <= XAVG(TSV15.15,25) AND XAVG(TSV15,25) <= XAVG(TSV15.16,25) AND XAVG(TSV15,25) <= XAVG(TSV15.17,25) AND XAVG(TSV15,25) <= XAVG(TSV15.18,25) AND XAVG(TSV15,25) <= XAVG(TSV15.19,25) AND XAVG(TSV15,25) <= XAVG(TSV15.20,25) AND XAVG(TSV15,25) <= XAVG(TSV15.21,25) AND XAVG(TSV15,25) <= XAVG(TSV15.22,25) AND XAVG(TSV15,25) <= XAVG(TSV15.23,25) AND XAVG(TSV15,25) <= XAVG(TSV15.24,25) AND XAVG(TSV15,25) <= XAVG(TSV15.25,25) AND XAVG(TSV15,25) <= XAVG(TSV15.26,25) AND XAVG(TSV15,25) <= XAVG(TSV15.27,25) AND XAVG(TSV15,25) <= XAVG(TSV15.28,25) AND XAVG(TSV15,25) <= XAVG(TSV15.29,25) AND XAVG(TSV15,25) <= XAVG(TSV15.30,25) AND XAVG(TSV15,25) <= XAVG(TSV15.31,25) AND XAVG(TSV15,25) <= XAVG(TSV15.32,25) AND XAVG(TSV15,25) <= XAVG(TSV15.33,25) AND XAVG(TSV15,25) <= XAVG(TSV15.34,25) AND XAVG(TSV15,25) <= XAVG(TSV15.35,25) AND XAVG(TSV15,25) <= XAVG(TSV15.36,25) AND XAVG(TSV15,25) <= XAVG(TSV15.37,25) AND XAVG(TSV15,25) <= XAVG(TSV15.38,25) AND XAVG(TSV15,25) <= XAVG(TSV15.39,25) AND XAVG(TSV15,25) <= XAVG(TSV15.40,25) AND XAVG(TSV15,25) <= XAVG(TSV15.41,25) AND XAVG(TSV15,25) <= XAVG(TSV15.42,25) AND XAVG(TSV15,25) <= XAVG(TSV15.43,25) AND XAVG(TSV15,25) <= XAVG(TSV15.44,25) AND XAVG(TSV15,25) <= XAVG(TSV15.45,25) AND XAVG(TSV15,25) <= XAVG(TSV15.46,25) AND XAVG(TSV15,25) <= XAVG(TSV15.47,25) AND XAVG(TSV15,25) <= XAVG(TSV15.48,25) AND XAVG(TSV15,25) <= XAVG(TSV15.49,25) AND XAVG(TSV15,25) <= XAVG(TSV15.50,25) AND XAVG(TSV15,25) <= XAVG(TSV15.51,25) AND XAVG(TSV15,25) <= XAVG(TSV15.52,25) AND XAVG(TSV15,25) <= XAVG(TSV15.53,25) AND XAVG(TSV15,25) <= XAVG(TSV15.54,25) AND XAVG(TSV15,25) <= XAVG(TSV15.55,25) AND XAVG(TSV15,25) <= XAVG(TSV15.56,25) AND XAVG(TSV15,25) <= XAVG(TSV15.57,25) AND XAVG(TSV15,25) <= XAVG(TSV15.58,25) AND XAVG(TSV15,25) <= XAVG(TSV15.59,25) AND XAVG(TSV15,25) <= XAVG(TSV15.60,25) AND XAVG(TSV15,25) <= XAVG(TSV15.61,25) AND XAVG(TSV15,25) <= XAVG(TSV15.62,25) AND XAVG(TSV15,25) <= XAVG(TSV15.63,25) AND XAVG(TSV15,25) <= XAVG(TSV15.64,25) AND XAVG(TSV15,25) <= XAVG(TSV15.65,25) AND XAVG(TSV15,25) <= XAVG(TSV15.66,25) AND XAVG(TSV15,25) <= XAVG(TSV15.67,25) AND XAVG(TSV15,25) <= XAVG(TSV15.68,25) AND XAVG(TSV15,25) <= XAVG(TSV15.69,25) AND XAVG(TSV15,25) <= XAVG(TSV15.70,25) AND XAVG(TSV15,25) <= XAVG(TSV15.71,25) AND XAVG(TSV15,25) <= XAVG(TSV15.72,25) AND XAVG(TSV15,25) <= XAVG(TSV15.73,25) AND XAVG(TSV15,25) <= XAVG(TSV15.74,25) AND XAVG(TSV15,25) <= XAVG(TSV15.75,25) AND XAVG(TSV15,25) <= XAVG(TSV15.76,25) AND XAVG(TSV15,25) <= XAVG(TSV15.77,25) AND XAVG(TSV15,25) <= XAVG(TSV15.78,25) AND XAVG(TSV15,25) <= XAVG(TSV15.79,25) AND XAVG(TSV15,25) <= XAVG(TSV15.80,25) AND XAVG(TSV15,25) <= XAVG(TSV15.81,25) AND XAVG(TSV15,25) <= XAVG(TSV15.82,25) AND XAVG(TSV15,25) <= XAVG(TSV15.83,25) AND XAVG(TSV15,25) <= XAVG(TSV15.84,25) AND XAVG(TSV15,25) <= XAVG(TSV15.85,25) AND XAVG(TSV15,25) <= XAVG(TSV15.86,25) AND XAVG(TSV15,25) <= XAVG(TSV15.87,25) AND XAVG(TSV15,25) <= XAVG(TSV15.88,25) AND XAVG(TSV15,25) <= XAVG(TSV15.89,25) AND XAVG(TSV15,25) <= XAVG(TSV15.90,25) AND XAVG(TSV15,25) <= XAVG(TSV15.91,25) AND XAVG(TSV15,25) <= XAVG(TSV15.92,25) AND XAVG(TSV15,25) <= XAVG(TSV15.93,25) AND XAVG(TSV15,25) <= XAVG(TSV15.94,25) AND XAVG(TSV15,25) <= XAVG(TSV15.95,25) AND XAVG(TSV15,25) <= XAVG(TSV15.96,25) AND XAVG(TSV15,25) <= XAVG(TSV15.97,25) AND XAVG(TSV15,25) <= XAVG(TSV15.98,25) AND XAVG(TSV15,25) <= XAVG(TSV15.99,25) AND XAVG(TSV15,25) <= XAVG(TSV15.100,25) AND XAVG(TSV15,25) <= XAVG(TSV15.101,25) AND XAVG(TSV15,25) <= XAVG(TSV15.102,25) AND XAVG(TSV15,25) <= XAVG(TSV15.103,25) AND XAVG(TSV15,25) <= XAVG(TSV15.104,25) AND XAVG(TSV15,25) <= XAVG(TSV15.105,25) AND XAVG(TSV15,25) <= XAVG(TSV15.106,25) AND XAVG(TSV15,25) <= XAVG(TSV15.107,25) AND XAVG(TSV15,25) <= XAVG(TSV15.108,25) AND XAVG(TSV15,25) <= XAVG(TSV15.109,25) AND XAVG(TSV15,25) <= XAVG(TSV15.110,25) AND XAVG(TSV15,25) <= XAVG(TSV15.111,25) AND XAVG(TSV15,25) <= XAVG(TSV15.112,25) AND XAVG(TSV15,25) <= XAVG(TSV15.113,25) AND XAVG(TSV15,25) <= XAVG(TSV15.114,25) AND XAVG(TSV15,25) <= XAVG(TSV15.115,25) AND XAVG(TSV15,25) <= XAVG(TSV15.116,25) AND XAVG(TSV15,25) <= XAVG(TSV15.117,25) AND XAVG(TSV15,25) <= XAVG(TSV15.118,25) AND XAVG(TSV15,25) <= XAVG(TSV15.119,25) AND XAVG(TSV15,25) <= XAVG(TSV15.120,25) AND XAVG(TSV15,25) <= XAVG(TSV15.121,25) AND XAVG(TSV15,25) <= XAVG(TSV15.122,25) AND XAVG(TSV15,25) <= XAVG(TSV15.123,25) AND XAVG(TSV15,25) <= XAVG(TSV15.124,25) AND XAVG(TSV15,25) <= XAVG(TSV15.125,25) AND XAVG(TSV15,25) <= XAVG(TSV15.126,25) AND XAVG(TSV15,25) <= XAVG(TSV15.127,25) AND XAVG(TSV15,25) <= XAVG(TSV15.128,25) AND XAVG(TSV15,25) <= XAVG(TSV15.129,25) AND XAVG(TSV15,25) <= XAVG(TSV15.130,25) AND XAVG(TSV15,25) <= XAVG(TSV15.131,25) AND XAVG(TSV15,25) <= XAVG(TSV15.132,25) AND XAVG(TSV15,25) <= XAVG(TSV15.133,25) AND XAVG(TSV15,25) <= XAVG(TSV15.134,25) AND XAVG(TSV15,25) <= XAVG(TSV15.135,25) AND XAVG(TSV15,25) <= XAVG(TSV15.136,25) AND XAVG(TSV15,25) <= XAVG(TSV15.137,25) AND XAVG(TSV15,25) <= XAVG(TSV15.138,25) AND XAVG(TSV15,25) <= XAVG(TSV15.139,25) AND XAVG(TSV15,25) <= XAVG(TSV15.140,25) AND XAVG(TSV15,25) <= XAVG(TSV15.141,25) AND XAVG(TSV15,25) <= XAVG(TSV15.142,25) AND XAVG(TSV15,25) <= XAVG(TSV15.143,25) AND XAVG(TSV15,25) <= XAVG(TSV15.144,25) AND XAVG(TSV15,25) <= XAVG(TSV15.145,25) AND XAVG(TSV15,25) <= XAVG(TSV15.146,25) AND XAVG(TSV15,25) <= XAVG(TSV15.147,25)

While the formula for the Exponential TSV would be:

24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.1,25) - 14 * XAVG(TSV1.1,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.2,25) - 14 * XAVG(TSV1.2,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.3,25) - 14 * XAVG(TSV1.3,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.4,25) - 14 * XAVG(TSV1.4,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.5,25) - 14 * XAVG(TSV1.5,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.6,25) - 14 * XAVG(TSV1.6,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.7,25) - 14 * XAVG(TSV1.7,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.8,25) - 14 * XAVG(TSV1.8,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.9,25) - 14 * XAVG(TSV1.9,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.10,25) - 14 * XAVG(TSV1.10,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.11,25) - 14 * XAVG(TSV1.11,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.12,25) - 14 * XAVG(TSV1.12,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.13,25) - 14 * XAVG(TSV1.13,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.14,25) - 14 * XAVG(TSV1.14,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.15,25) - 14 * XAVG(TSV1.15,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.16,25) - 14 * XAVG(TSV1.16,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.17,25) - 14 * XAVG(TSV1.17,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.18,25) - 14 * XAVG(TSV1.18,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.19,25) - 14 * XAVG(TSV1.19,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.20,25) - 14 * XAVG(TSV1.20,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.21,25) - 14 * XAVG(TSV1.21,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.22,25) - 14 * XAVG(TSV1.22,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.23,25) - 14 * XAVG(TSV1.23,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.24,25) - 14 * XAVG(TSV1.24,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.25,25) - 14 * XAVG(TSV1.25,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.26,25) - 14 * XAVG(TSV1.26,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.27,25) - 14 * XAVG(TSV1.27,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.28,25) - 14 * XAVG(TSV1.28,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.29,25) - 14 * XAVG(TSV1.29,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.30,25) - 14 * XAVG(TSV1.30,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.31,25) - 14 * XAVG(TSV1.31,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.32,25) - 14 * XAVG(TSV1.32,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.33,25) - 14 * XAVG(TSV1.33,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.34,25) - 14 * XAVG(TSV1.34,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.35,25) - 14 * XAVG(TSV1.35,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.36,25) - 14 * XAVG(TSV1.36,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.37,25) - 14 * XAVG(TSV1.37,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.38,25) - 14 * XAVG(TSV1.38,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.39,25) - 14 * XAVG(TSV1.39,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.40,25) - 14 * XAVG(TSV1.40,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.41,25) - 14 * XAVG(TSV1.41,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.42,25) - 14 * XAVG(TSV1.42,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.43,25) - 14 * XAVG(TSV1.43,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.44,25) - 14 * XAVG(TSV1.44,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.45,25) - 14 * XAVG(TSV1.45,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.46,25) - 14 * XAVG(TSV1.46,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.47,25) - 14 * XAVG(TSV1.47,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.48,25) - 14 * XAVG(TSV1.48,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.49,25) - 14 * XAVG(TSV1.49,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.50,25) - 14 * XAVG(TSV1.50,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.51,25) - 14 * XAVG(TSV1.51,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.52,25) - 14 * XAVG(TSV1.52,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.53,25) - 14 * XAVG(TSV1.53,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.54,25) - 14 * XAVG(TSV1.54,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.55,25) - 14 * XAVG(TSV1.55,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.56,25) - 14 * XAVG(TSV1.56,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.57,25) - 14 * XAVG(TSV1.57,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.58,25) - 14 * XAVG(TSV1.58,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.59,25) - 14 * XAVG(TSV1.59,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.60,25) - 14 * XAVG(TSV1.60,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.61,25) - 14 * XAVG(TSV1.61,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.62,25) - 14 * XAVG(TSV1.62,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.63,25) - 14 * XAVG(TSV1.63,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.64,25) - 14 * XAVG(TSV1.64,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.65,25) - 14 * XAVG(TSV1.65,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.66,25) - 14 * XAVG(TSV1.66,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.67,25) - 14 * XAVG(TSV1.67,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.68,25) - 14 * XAVG(TSV1.68,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.69,25) - 14 * XAVG(TSV1.69,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.70,25) - 14 * XAVG(TSV1.70,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.71,25) - 14 * XAVG(TSV1.71,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.72,25) - 14 * XAVG(TSV1.72,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.73,25) - 14 * XAVG(TSV1.73,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.74,25) - 14 * XAVG(TSV1.74,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.75,25) - 14 * XAVG(TSV1.75,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.76,25) - 14 * XAVG(TSV1.76,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.77,25) - 14 * XAVG(TSV1.77,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.78,25) - 14 * XAVG(TSV1.78,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.79,25) - 14 * XAVG(TSV1.79,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.80,25) - 14 * XAVG(TSV1.80,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.81,25) - 14 * XAVG(TSV1.81,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.82,25) - 14 * XAVG(TSV1.82,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.83,25) - 14 * XAVG(TSV1.83,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.84,25) - 14 * XAVG(TSV1.84,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.85,25) - 14 * XAVG(TSV1.85,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.86,25) - 14 * XAVG(TSV1.86,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.87,25) - 14 * XAVG(TSV1.87,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.88,25) - 14 * XAVG(TSV1.88,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.89,25) - 14 * XAVG(TSV1.89,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.90,25) - 14 * XAVG(TSV1.90,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.91,25) - 14 * XAVG(TSV1.91,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.92,25) - 14 * XAVG(TSV1.92,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.93,25) - 14 * XAVG(TSV1.93,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.94,25) - 14 * XAVG(TSV1.94,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.95,25) - 14 * XAVG(TSV1.95,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.96,25) - 14 * XAVG(TSV1.96,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.97,25) - 14 * XAVG(TSV1.97,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.98,25) - 14 * XAVG(TSV1.98,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.99,25) - 14 * XAVG(TSV1.99,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.100,25) - 14 * XAVG(TSV1.100,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.101,25) - 14 * XAVG(TSV1.101,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.102,25) - 14 * XAVG(TSV1.102,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.103,25) - 14 * XAVG(TSV1.103,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.104,25) - 14 * XAVG(TSV1.104,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.105,25) - 14 * XAVG(TSV1.105,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.106,25) - 14 * XAVG(TSV1.106,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.107,25) - 14 * XAVG(TSV1.107,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.108,25) - 14 * XAVG(TSV1.108,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.109,25) - 14 * XAVG(TSV1.109,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.110,25) - 14 * XAVG(TSV1.110,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.111,25) - 14 * XAVG(TSV1.111,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.112,25) - 14 * XAVG(TSV1.112,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.113,25) - 14 * XAVG(TSV1.113,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.114,25) - 14 * XAVG(TSV1.114,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.115,25) - 14 * XAVG(TSV1.115,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.116,25) - 14 * XAVG(TSV1.116,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.117,25) - 14 * XAVG(TSV1.117,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.118,25) - 14 * XAVG(TSV1.118,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.119,25) - 14 * XAVG(TSV1.119,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.120,25) - 14 * XAVG(TSV1.120,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.121,25) - 14 * XAVG(TSV1.121,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.122,25) - 14 * XAVG(TSV1.122,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.123,25) - 14 * XAVG(TSV1.123,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.124,25) - 14 * XAVG(TSV1.124,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.125,25) - 14 * XAVG(TSV1.125,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.126,25) - 14 * XAVG(TSV1.126,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.127,25) - 14 * XAVG(TSV1.127,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.128,25) - 14 * XAVG(TSV1.128,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.129,25) - 14 * XAVG(TSV1.129,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.130,25) - 14 * XAVG(TSV1.130,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.131,25) - 14 * XAVG(TSV1.131,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.132,25) - 14 * XAVG(TSV1.132,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.133,25) - 14 * XAVG(TSV1.133,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.134,25) - 14 * XAVG(TSV1.134,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.135,25) - 14 * XAVG(TSV1.135,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.136,25) - 14 * XAVG(TSV1.136,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.137,25) - 14 * XAVG(TSV1.137,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.138,25) - 14 * XAVG(TSV1.138,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.139,25) - 14 * XAVG(TSV1.139,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.140,25) - 14 * XAVG(TSV1.140,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.141,25) - 14 * XAVG(TSV1.141,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.142,25) - 14 * XAVG(TSV1.142,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.143,25) - 14 * XAVG(TSV1.143,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.144,25) - 14 * XAVG(TSV1.144,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.145,25) - 14 * XAVG(TSV1.145,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.146,25) - 14 * XAVG(TSV1.146,15) AND 24 * XAVG(TSV,25) - 14 * XAVG(TSV,15) <= 24 * XAVG(TSV1.147,25) - 14 * XAVG(TSV1.147,15)
-Bruce
Personal Criteria Formulas
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kundurs
Posted : Sunday, September 26, 2010 10:31:56 PM
Registered User
Joined: 4/27/2006
Posts: 2
 I would like to know how to extend a PCF that is used to scan on daily time frame to a perform scans on a 4 day time frame chart. For example, I have a simple scanner that I use to scan for price crossing a 20 period moving average on a daily timeframe. I would like to extend this to scan for price crossing a 20 period moving average on a 4 day timeframe. Would it work if I simply change the time period from 20 to 80 (i.e., 20 times 4)?Thanks
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Bruce_L
Posted : Monday, September 27, 2010 9:34:01 AM


Worden Trainer

Joined: 10/7/2004
Posts: 65,138
 kundurs,
It is not possible to extend these particular Personal Criteria Formulas to a 4-Day Time Frame without knowing how Time Segmented Volmue is calculated (and that is proprietary).

You could use them as Indicator Sorts as pointed out in my Friday, September 10, 2010 12:43:57 PM ET response however.
-Bruce
Personal Criteria Formulas
TC2000 Support Articles
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