Is it any way to to scan the candles that I like ?

regards

JS 

I am not sure what candles you like, but the Boolean PCFs for Candlestick Patterns topic has Condition Formulas for a wide variety of candlestick patterns.

thanks, I wil check.

kind regards

Jorge

Hi, 

when I try to copy and paste the hammer it gaves me an error in formula. it says `` Unable to parse number.2 at position 12 . can you help me to resolve it please 

regards

Jorge S. 

The most likely reason would be your computer being set to use the , as the decimal marker instead of using the . as the decimal marker as would be more common in the United States.

You could re-write the two hammer formulas in the topic without the use of decimal markers as follows.

Hammer/Dragonfly Doji

ABS(C-O)<=2*(H-L)/10 AND ABS(O-C)>=1*(H-L)/10 AND (O-L)>=5*(H-L)/10 AND (C-L)>=5*(H-L)/10 AND (H-O)<=5*(H-L)/100 OR (H-C)<=5*(H-L)/100 AND (H-L)>=8*(AVGH10-AVGL10)/10 AND (L=MINL5) AND (H>L)

Inverted Hammer

ABS(O-C)<=2*(H-L)/10 AND ABS(O-C)>=1*(H-L)/10 AND (H-O)>=5*(H-L)/10 AND (H-C)>=5*(H-L)/10 AND (O-L)<=5*(H-L)/100 OR (C-L)<=5*(H-L)/100 AND (H-L)>=8*(AVGH10-AVGL10)/10 AND (O<=(H1-5*(H1-L1)/10)) AND (C<=(H1-5*(H1-L1)/10)) AND (L=MINL5) AND (H>L)

Note that all I did was take things like .2 and covert it to 2 / 10 or .05 and covert it to 5 / 100. Similar changes can be made to any of the other formulas using decimal markers.

what you say makes sense. i dont live in the US and you are right ,we use comas differently, thanks a lot . 

Try these candles

hammer

(((H - L) > 3 * (O - C) AND ((C - L) / (.001 + H - L) > 0.6) AND ((O - L) / (.001 + H - L) > 0.6)))

Shooter Star

(L2<L1 and H1<H2) AND (((H - L) > 3 * (O - C) AND ((H-C) / (.001 + H - L) > 0.6) AND ((H-O) / (.001 + H - L) > 0.6))) AND H>H1

inside bar

L1<=L and H<=H1

I have hammer and up, shooting star and down, and inside and up or down

will do thanks jklmttrader

You will probably need to eliminate the decimal markers in the first two of those formulas as well.

Hammer:

H - L > 3 * (O - C) AND 10 * (C - L) > 6 * (H - L) AND 10 * (O - L) > 6 * (H - L)

Shooter Star:

L2 < L1 AND H1 < H2 AND H - L > 3 * (O - C) AND 10 * (H - C) > 6 * (H - L) AND 10 * (H - O) > 6 * (H - L) AND H > H1