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Registered User
Joined: 3/17/2016
Posts: 48
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Hi,
Since I've updated to the new release last week, my charts are not showing some of the plots. It was working on V17, but the update that came out last week killed the plots.
I had TTM Squeeze on the chart as dots and its not displaying the dots anymore. When I open the plot settings, it says ERROR:Unreachable code. Please can you look into fixing it.
Formula on chart:
0 / ABS (4 * SQR(ABS(C ^ 2 + C1 ^ 2 + C2 ^ 2 + C3 ^ 2 + C4 ^ 2 + C5 ^ 2 + C6 ^ 2 + C7 ^ 2 + C8 ^ 2 + C9 ^ 2 + C10 ^ 2 + C11 ^ 2 + C12 ^ 2 + C13 ^ 2 + C14 ^ 2 + C15 ^ 2 + C16 ^ 2 + C17 ^ 2 + C18 ^ 2 + C19 ^ 2 - 20 * AVGC20 ^ 2) / 20) < 3 * ((AVGH20 - AVGL20) / 2 + (ABS(H - C1) + ABS(L - C1) + ABS(H1 - C2) + ABS(L1 - C2) + ABS(H2 - C3) + ABS(L2 - C3) + ABS(H3 - C4) + ABS(L3 - C4) + ABS(H4 - C5) + ABS(L4 - C5) + ABS(H5 - C6) + ABS(L5 - C6) + ABS(H6 - C7) + ABS(L6 - C7) + ABS(H7 - C8) + ABS(L7 - C8) + ABS(H8 - C9) + ABS(L8 - C9) + ABS(H9 - C10) + ABS(L9 - C10) + ABS(H10 - C11) + ABS(L10 - C11) + ABS(H11 - C12) + ABS(L11 - C12) + ABS(H12 - C13) + ABS(L12 - C13) + ABS(H13 - C14) + ABS(L13 - C14) + ABS(H14 - C15) + ABS(L14 - C15) + ABS(H15 - C16) + ABS(L15 - C16) + ABS(H16 - C17) + ABS(L16 - C17) + ABS(H17 - C18) + ABS(L17 - C18) + ABS(H18 - C19) + ABS(L18 - C19) + ABS(H19 - C20) + ABS(L19 - C20)) / 40)
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Registered User
Joined: 9/17/2010
Posts: 484
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I'm not having that problem on the new beta release.
May I suggest you contact Support Support@TC2000.com
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Worden Trainer
Joined: 10/7/2004
Posts: 65,138
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Try getting rid of the space right after the ABS in the formula. In should be ABS( without a space and not ABS ( with a space. i would probably also get rid of the line return at the very end of the formula so it ends 40)) without any spaces or line returns, but it isn't a necessary change.
This can actually be written as follows in the newest TC2000 v17 beta.
0 / ABS(4 * STDDEV(C, 20) < 3 * ATR(20))
-Bruce
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Registered User
Joined: 3/17/2016
Posts: 48
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Bruce,
The formula you have provided, I want to plot the TTM Squeeze as dots, this worked in V16.
Are you sure that the formula below is TTM Squeeze (Bollinger Bands inside Keltner Channels)?
0 / ABS(4 * STDDEV(C, 20) < 3 * ATR(20))
Also,
I use the VIX Bottom plot on chart, you provided the formula and it worked on V16.
Below is the formula, this isn't working anymore:
0 / ABS (100 * (1 - L / MAXC22) / ABS((100 * (1 - L / MAXC22) >= 85 * (1 - L1 / MAXC22.1) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L2 / MAXC22.2) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L3 / MAXC22.3) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L4 / MAXC22.4) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L5 / MAXC22.5) AND 100 * (1 - L / MAXC22) >= 85 * ( - L6 / MAXC22.6) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L7 / MAXC22.7) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L8 / MAXC22.8) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L9 / MAXC22.9) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L10 / MAXC22.10) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L11 / MAXC22.11) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L12 / MAXC22.12) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L13 / MAXC22.13) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L14 / MAXC22.14) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L15 / MAXC22.15) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L16 / MAXC22.16) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L17 / MAXC22.17) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L18 / MAXC22.18) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L19 / MAXC22.19) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L20 / MAXC22.20) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L21 / MAXC22.21) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L22 / MAXC22.22) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L23 / MAXC22.23) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L24 / MAXC22.24) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L25 / MAXC22.25) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L26 / MAXC22.26) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L27 / MAXC22.27) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L28 / MAXC22.28) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L29 / MAXC22.29) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L30 / MAXC22.30) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L31 / MAXC22.31) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L32 / MAXC22.32) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L33 / MAXC22.33) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L34 / MAXC22.34) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L35 / MAXC22.35) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L36 / MAXC22.36) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L37 / MAXC22.37) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L38 / MAXC22.38) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L39 / MAXC22.39) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L40 / MAXC22.40) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L41 / MAXC22.41) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L42 / MAXC22.42) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L43 / MAXC22.43) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L44 / MAXC22.44) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L45 / MAXC22.45) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L46 / MAXC22.46) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L47 / MAXC22.47) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L48 / MAXC22.48) AND 100 * (1 - L / MAXC22) >= 85 * (1 - L49 / MAXC22.49)) OR (1 - L / MAXC22) >= (((1 - L / MAXC22) + (1 - L1 / MAXC22.1) + (1 - L2 / MAXC22.2) + (1 - L3 / MAXC22.3) + (1 - L4 / MAXC22.4) + (1 - L5 / MAXC22.5) + (1 - L6 / MAXC22.6) + (1 - L7 / MAXC22.7) + (1 - L8 / MAXC22.8) + (1 - L9 / MAXC22.9) + (1 - L10 / MAXC22.10) + (1 - L11 / MAXC22.11) + (1 - L12 / MAXC22.12) + (1 - L13 / MAXC22.13) + (1 - L14 / MAXC22.14) + (1 - L15 / MAXC22.15) + (1 - L16 / MAXC22.16) + (1 - L17 / MAXC22.17) + (1 - L18 / MAXC22.18) + (1 - L19 / MAXC22.19)) / 20) + 2 * SQR(ABS((1 - L / MAXC22) ^ 2 + (1 - L1 / MAXC22.1) ^ 2 + (1 - L2 / MAXC22.2) ^ 2 + (1 - L3 / MAXC22.3) ^ 2 + (1 - L4 / MAXC22.4) ^ 2 + (1 - L5 / MAXC22.5) ^ 2 + (1 - L6 / MAXC22.6) ^ 2 + (1 - L7 / MAXC22.7) ^ 2 + (1 - L8 / MAXC22.8) ^ 2 + (1 - L9 / MAXC22.9) ^ 2 + (1 - L10 / MAXC22.10) ^ 2 + (1 - L11 / MAXC22.11) ^ 2 + (1 - L12 / MAXC22.12) ^ 2 + (1 - L13 / MAXC22.13) ^ 2 + (1 - L14 / MAXC22.14) ^ 2 + (1 - L15 / MAXC22.15) ^ 2 + (1 - L16 / MAXC22.16) ^ 2 + (1 - L17 / MAXC22.17) ^ 2 + (1 - L18 / MAXC22.18) ^ 2 + (1 - L19 / MAXC22.19) ^ 2 - 20 * (((1 - L / MAXC22) + (1 - L1 / MAXC22.1) + (1 - L2 / MAXC22.2) + (1 - L3 / MAXC22.3) + (1 - L4 / MAXC22.4) + (1 - L5 / MAXC22.5) + (1 - L6 / MAXC22.6) + (1 - L7 / MAXC22.7) + (1 - L8 / MAXC22.8) + (1 - L9 / MAXC22.9) + (1 - L10 / MAXC22.10) + (1 - L11 / MAXC22.11) + (1 - L12 / MAXC22.12) + (1 - L13 / MAXC22.13) + (1 - L14 / MAXC22.14) + (1 - L15 / MAXC22.15) + (1 - L16 / MAXC22.16) + (1 - L17 / MAXC22.17) + (1 - L18 / MAXC22.18) + (1 - L19 / MAXC22.19)) / 20) ^ 2) / 20))
)
Can you provide VIX formula or above equivalent that works, I need to plot the dots on chart for when the condition is true.
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Worden Trainer
Joined: 10/7/2004
Posts: 65,138
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Yes, I am sure the formula matches the formula you gave which is in fact an Indicator Formula designed to be used as the Formula in a Custom PCF Indicator with the Plot Style set to Dots so dots plot when the TTM Squeeze is true and nothing plots when the TTM Squeeze is false (because it generates a division by zero error).
That said, TTM Squeeze is NOT Bollinger Bands inside Keltner Channels but is instead Bollinger Bands being narrower than Keltner Channels.
Your new formula has exactly the same issue as the TTM Squeeze Formula you gave originally. There is a space in the ABS( function between ABS and the opening parenthesis which should not be there.
-Bruce
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Registered User
Joined: 6/14/2016
Posts: 285
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Hi Bruce,
I'm looking to use an condition in an Easyscan column which will show me the %value(s) of:
- the last bar high to the
- upper Keltner Band (using 16 periods & atr multiplier of 1.3)
relative to the (1) lower Keltner Band, and alternately, relative the (2) last 10 bar low..
Many thanks for your help with this.
Chris
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Worden Trainer
Joined: 10/7/2004
Posts: 65,138
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The percent that the high of the current bar is above the low of the most recent 10 bars is pretty straightforward and should work in any version of TC2000.
100 * (H / MINL10 - 1)
The percentage that price is above or below the upper Keltner Channel 16, 1.30 follows a similar pattern but is longer because the formula for the upper Keltner Channel is longer than the formula for the lowest low of the most recent 10 bars. This will also only work in TC2000 v17 as written.
100 * (H / XAVG((H + L + C) / 3 + 1.3 * ATR, 16) - 1)
Using the lower channel results in a similar formula.
100 * (H / XAVG((H + L + C) / 3 - 1.3 * ATR, 16) - 1)
-Bruce
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Registered User
Joined: 6/14/2016
Posts: 285
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Many thanks Bruce, I appreciate your help.
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Worden Trainer
Joined: 10/7/2004
Posts: 65,138
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You're welcome.
-Bruce
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