Very confused about the z, below is an old version I was using can you do example of this version
12 4 1
200 * (XAVGC4  (XAVG(MAXH12,4) + XAVG(MINL12,4)) / 2) / (XAVG(MAXH12,4)  XAVG(MINL12,4))

Is the signal line the "Slow" Line

If you wish to use SMA instead of EMA simply remove the X from XAVG?

I am interested in plotting the slow and the fast indicator plots

Bruce
What is the stochastic momentum indicator called in TC2000

I do understand the easyscan with different time frames, but can i do this
x condition for RMI 14 5 (3minute)
or
X CONDITION FOR RMI 14 5 (15MINUTE)
IN THE SAME SCAN
I HAVE ONE PCF anytime it occurs on anytime frame i am interested
SO IF I HAD 1 SCAN LOOKING AT ALL that would be really awesome

actually i did it backwards
i dont think can but 3 on a 15 but might can put the above on a 3m for a 15m equal??

Bruce help me wrap my head around this
RMI14,5 from 1 bar ago:
100 * (XAVG(IIF(C1 > C6, C1  C6, 0), 27) / XAVG(ABS(C1  C6), 27)
RMI14,5 from 2 bars ago:
100 * (XAVG(IIF(C2 > C7, C2  C7, 0), 27) / XAVG(ABS(C2  C7), 27)
RMI14,5 from 3 bars ago:
100 * (XAVG(IIF(C3 > C8, C3  C8, 0), 27) / XAVG(ABS(C3  C8), 27)
I am using these on multiple time frames, but am trying to reduce number of scans needed to follow
I want to take this for the short time frames 2m 3m 5m and convert to 10m and 15m
RMI14,5:
100 * (XAVG(IIF(C > C5, C  C5, 0), 27) / XAVG(ABS(C  C5), 27)
conversion attempt at 3m to 15m
RMI14,5: (RMI 42, 15)
100 * (XAVG(IIF(C > C15, C  C15, 0), 83) / XAVG(ABS(C  C15), 83)
is that close
Thanks GREG

QUOTE (Bruce_L)
Please try the following Indicator Formula.
100  100 / (1 + ((H + L + C > H1 + L1 + C1) * (H + L + C) * V + (H1 + L1 + C1 > H2 + L2 + C2) * (H1 + L1 + C1) * V1 + (H2 + L2 + C2 > H3 + L3 + C3) * (H2 + L2 + C2) * V2) / ((H + L + C < H1 + L1 + C1) * (H + L + C) * V + (H1 + L1 + C1 < H2 + L2 + C2) * (H1 + L1 + C1) * V1 + (H2 + L2 + C2 < H3 + L3 + C3) * (H2 + L2 + C2) * V2  .00001))
Bruce I think this the last formula i am using in the old format
Can you convert to new syntax Thanks

Thanks alot
I forgot i dot actually have the standard
Linear regression formula (not high not low normal)
Current and1 bar ago
