| Welcome Guest, please sign in to participate in a discussion. | Search | Active Topics | |
Registered User
Joined: 7/29/2010
Posts: 417
|
Bruce,
I have a pcf that counts the number of bars where the 8ema is falling.
Please create a pcf which counts the number bars where the 8ema falling bars is 0.
Thank you.
Don
|
|
Administration
Joined: 9/30/2004
Posts: 9,187
|
Post your PCF that counts the number of bars where the 8ema is falling and we can build from that.
|
|
Registered User
Joined: 7/29/2010
Posts: 417
|
8 ema falling bars pcf
ABS(XAVGC8 < XAVGC8.1) * (ABS(XAVGC8.1 >= XAVGC8.2) + ABS(XAVGC8.1 < XAVGC8.2) * (ABS(XAVGC8.2 >= XAVGC8.3) * 2 + ABS(XAVGC8.2 < XAVGC8.3) * (ABS(XAVGC8.3 >= XAVGC8.4) * 3 + ABS(XAVGC8.3 < XAVGC8.4) * (ABS(XAVGC8.4 >= XAVGC8.5) * 4 + ABS(XAVGC8.4 < XAVGC8.5) * (ABS(XAVGC8.5 >= XAVGC8.6) * 5 + ABS(XAVGC8.5 < XAVGC8.6) * (ABS(XAVGC8.6 >= XAVGC8.7) * 6 + ABS(XAVGC8.6 < XAVGC8.7) * (ABS(XAVGC8.7 >= XAVGC8.8) * 7 + ABS(XAVGC8.7 < XAVGC8.8) * (ABS(XAVGC8.8 >= XAVGC8.9) * 8 + ABS(XAVGC8.8 < XAVGC8.9) * (ABS(XAVGC8.9 >= XAVGC8.10) * 9 + ABS(XAVGC8.9 < XAVGC8.10) * (ABS(XAVGC8.10 >= XAVGC8.11) * 10 + ABS(XAVGC8.10 < XAVGC8.11) * (ABS(XAVGC8.11 >= XAVGC8.12) * 11 + ABS(XAVGC8.11 < XAVGC8.12) * (ABS(XAVGC8.12 >= XAVGC8.13) * 12 + ABS(XAVGC8.12 < XAVGC8.13) * (ABS(XAVGC8.13 >= XAVGC8.14) * 13 + ABS(XAVGC8.13 < XAVGC8.14) * (ABS(XAVGC8.14 >= XAVGC8.15) * 14 + ABS(XAVGC8.14 < XAVGC8.15) * (ABS(XAVGC8.15 >= XAVGC8.16) * 15 + ABS(XAVGC8.15 < XAVGC8.16) * (ABS(XAVGC8.16 >= XAVGC8.17) * 16 + ABS(XAVGC8.16 < XAVGC8.17) * (ABS(XAVGC8.17 >= XAVGC8.18) * 17 + ABS(XAVGC8.17 < XAVGC8.18) * (ABS(XAVGC8.18 >= XAVGC8.19) * 18 + ABS(XAVGC8.18 < XAVGC8.19) * (ABS(XAVGC8.19 >= XAVGC8.20) * 19 + ABS(XAVGC8.19 < XAVGC8.20) * (ABS(XAVGC8.20 >= XAVGC8.21) * 20 + ABS(XAVGC8.20 < XAVGC8.21) * (ABS(XAVGC8.21 >= XAVGC8.22) * 21 + ABS(XAVGC8.21 < XAVGC8.22) * (ABS(XAVGC8.22 >= XAVGC8.23) * 22 + ABS(XAVGC8.22 < XAVGC8.23) * (ABS(XAVGC8.23 >= XAVGC8.24) * 23 + ABS(XAVGC8.23 < XAVGC8.24) * (ABS(XAVGC8.24 >= XAVGC8.25) * 24 + ABS(XAVGC8.24 < XAVGC8.25) * (ABS(XAVGC8.25 >= XAVGC8.26) * 25 + ABS(XAVGC8.25 < XAVGC8.26) * (ABS(XAVGC8.26 >= XAVGC8.27) * 26 + ABS(XAVGC8.26 < XAVGC8.27) * (ABS(XAVGC8.27 >= XAVGC8.28) * 27 + ABS(XAVGC8.27 < XAVGC8.28) * (ABS(XAVGC8.28 >= XAVGC8.29) * 28 + ABS(XAVGC8.28 < XAVGC8.29) * (ABS(XAVGC8.29 >= XAVGC8.30) * 29 + ABS(XAVGC8.29 < XAVGC8.30) * 30)))))))))))))))))))))))))))))
|
|
Worden Trainer
Joined: 10/7/2004
Posts: 65,138
|
I'm not sure I'm understand the question correctly, but if you just want to count the number of bars in a row where your current formula returns 0, you should be able to just switch the < signs with the >= signs.
ABS(XAVGC8 >= XAVGC8.1) * (ABS(XAVGC8.1 < XAVGC8.2) + ABS(XAVGC8.1 >= XAVGC8.2) * (ABS(XAVGC8.2 < XAVGC8.3) * 2 + ABS(XAVGC8.2 >= XAVGC8.3) * (ABS(XAVGC8.3 < XAVGC8.4) * 3 + ABS(XAVGC8.3 >= XAVGC8.4) * (ABS(XAVGC8.4 < XAVGC8.5) * 4 + ABS(XAVGC8.4 >= XAVGC8.5) * (ABS(XAVGC8.5 < XAVGC8.6) * 5 + ABS(XAVGC8.5 >= XAVGC8.6) * (ABS(XAVGC8.6 < XAVGC8.7) * 6 + ABS(XAVGC8.6 >= XAVGC8.7) * (ABS(XAVGC8.7 < XAVGC8.8) * 7 + ABS(XAVGC8.7 >= XAVGC8.8) * (ABS(XAVGC8.8 < XAVGC8.9) * 8 + ABS(XAVGC8.8 >= XAVGC8.9) * (ABS(XAVGC8.9 < XAVGC8.10) * 9 + ABS(XAVGC8.9 >= XAVGC8.10) * (ABS(XAVGC8.10 < XAVGC8.11) * 10 + ABS(XAVGC8.10 >= XAVGC8.11) * (ABS(XAVGC8.11 < XAVGC8.12) * 11 + ABS(XAVGC8.11 >= XAVGC8.12) * (ABS(XAVGC8.12 < XAVGC8.13) * 12 + ABS(XAVGC8.12 >= XAVGC8.13) * (ABS(XAVGC8.13 < XAVGC8.14) * 13 + ABS(XAVGC8.13 >= XAVGC8.14) * (ABS(XAVGC8.14 < XAVGC8.15) * 14 + ABS(XAVGC8.14 >= XAVGC8.15) * (ABS(XAVGC8.15 < XAVGC8.16) * 15 + ABS(XAVGC8.15 >= XAVGC8.16) * (ABS(XAVGC8.16 < XAVGC8.17) * 16 + ABS(XAVGC8.16 >= XAVGC8.17) * (ABS(XAVGC8.17 < XAVGC8.18) * 17 + ABS(XAVGC8.17 >= XAVGC8.18) * (ABS(XAVGC8.18 < XAVGC8.19) * 18 + ABS(XAVGC8.18 >= XAVGC8.19) * (ABS(XAVGC8.19 < XAVGC8.20) * 19 + ABS(XAVGC8.19 >= XAVGC8.20) * (ABS(XAVGC8.20 < XAVGC8.21) * 20 + ABS(XAVGC8.20 >= XAVGC8.21) * (ABS(XAVGC8.21 < XAVGC8.22) * 21 + ABS(XAVGC8.21 >= XAVGC8.22) * (ABS(XAVGC8.22 < XAVGC8.23) * 22 + ABS(XAVGC8.22 >= XAVGC8.23) * (ABS(XAVGC8.23 < XAVGC8.24) * 23 + ABS(XAVGC8.23 >= XAVGC8.24) * (ABS(XAVGC8.24 < XAVGC8.25) * 24 + ABS(XAVGC8.24 >= XAVGC8.25) * (ABS(XAVGC8.25 < XAVGC8.26) * 25 + ABS(XAVGC8.25 >= XAVGC8.26) * (ABS(XAVGC8.26 < XAVGC8.27) * 26 + ABS(XAVGC8.26 >= XAVGC8.27) * (ABS(XAVGC8.27 < XAVGC8.28) * 27 + ABS(XAVGC8.27 >= XAVGC8.28) * (ABS(XAVGC8.28 < XAVGC8.29) * 28 + ABS(XAVGC8.28 >= XAVGC8.29) * (ABS(XAVGC8.29 < XAVGC8.30) * 29 + ABS(XAVGC8.29 >= XAVGC8.30) * 30)))))))))))))))))))))))))))))
-Bruce
Personal Criteria Formulas
TC2000 Support Articles
|
|
Registered User
Joined: 7/29/2010
Posts: 417
|
Bruce,
Thank you.
That is exactly what I was looking for.
Have a happy Thanksgiving!
Don
|
|
Worden Trainer
Joined: 10/7/2004
Posts: 65,138
|
You're welcome. Happy Thanksgiving!
-Bruce
Personal Criteria Formulas
TC2000 Support Articles
|
|
Registered User
Joined: 5/27/2016
Posts: 5
|
QUOTE (donv98)
Bruce,
I have a pcf that counts the number of bars where the 8ema is falling.
Please create a pcf which counts the number bars where the 8ema falling bars is 0.
Thank you.
Don
Dony,
What does this accomplish for you? I'm not a code writer and do not get what you are looking for.
|
|
Registered User
Joined: 7/29/2010
Posts: 417
|
If the number bars where the 8ema falling bars is 0, then the 8ema must be rising or flat.
So this allows me to easily see this on the chart.
You may want to try it out for yourself with some indicator you find useful.
|
|
|
Guest-1 |