It was set to hi cap 1000. I changed to U.S. Stocks and that fixed the problem.
Thanks for you help

as of April 13 StockFinder scan with
TC LR Channel indicator with the following settings
Period is 63
Width is 1
TCWidth is False
and price.close less than lower band
AndAlso volume.AVGC(21) > 10000 AndAlso volume.MinClose(5) > 4000 _
AndAlso price.close > 1 AndAlso price.Close < 10
returns symbols ABEV, APPS, BW, CIG, EDGE, HMY, MBT, MNKD, NLNK, NVAX, SBS and SIRI
TC2000
avgv21 > 1000000 and minv5 > 400000
and c > 1 and c < 10
and C < 3 * FAVGC63  2 * AVGC63  STDDEV63
returns ABEV, BBD, MBT, SBS, SIRI
The StockFinder stocks are all under lower band. TC2000 does not appear to be finding all the stocks.

I set up your TC LR Channel indicator with the following settings
Period is 63
Width is .95
TCWidth is False
I scan for Price.Low less than lower band
Can this be done in TC2000?

Is have it possible to have a linear regression trend line with a valiable period and have 1 and 2 standard deviation lines above and below the LinReg trend line in StockFinder and TC2000?

Thanks for your help Bruce.

I am using the following for 14 bar daily range. How do I convert to weekly?
'# Period = UserInput.Integer = 14
Static SumC As Single
If isFirstBar Then
SumC = 0
End If
SumC += Price.High  Price.Low
If CurrentIndex >= Period Then
SumC = Price.High(Period)  Price.Low(Period)
End If
If CurrentIndex >= Period  1 Then
plot = SumC / Period
Else
Plot = Single.NaN
End If

Is RealCode possible the the following?
SQR(ABS((SUM(LOG((H + L + C) / 3)  LOG((H1 + L1 + C1) / 3), 30)  SUM(LOG((H + L + C) / 3)  LOG((H1 + L1 + C1) / 3), 30) ^ 2 / 30) / 30))

"Else If mf < cutoff then" in prior post s/b
Else If mf < cutoff Then
but this make vcp zero
'# Length = UserInput.Integer = 130
'# coef = UserInput.Integer = .2
'# vcoef = UserInput.Integer = 2.5
Dim inter As Single
Dim typical As Single
Dim typical1 As Single
Dim vinter As Single
Dim cutoff As Single
Dim vave As Single
Dim vmax As Single
Dim vc As Single
dim mf as Single
Dim vcp As Single
Dim vfi As Single
Dim vfima As Single
Dim d As Single
Dim signallength As Single = 5
Static SumC As Single
Static SumSq As Single
'typical = hlc3
'inter = log(typical)  log(typical[1] )
'vinter = stdev(inter, 30)
'cutoff = coef * vinter * close
'vave = sma(volume, length)[1]
'vmax = vave * vcoef
'vc = iff(volume < vmax, volume, vmax) //min(volume, vmax)
'mf = typical  typical[1]
'vcp = iff(mf > cutoff, vc, iff(mf < cutoff, vc, 0))
'vfi = ma(sum(vcp, length) / vave, 3)
'vfima = ema(vfi, signalLength)
'd = vfi  vfima
typical = (price.High + price.Low + price.Close) / 3
typical1 = (price.high(1) + price.Low(1) + price.Close(1)) / 3
'inter = log(typical)  log(typical[1] )
inter = system.Math.Log(typical)  system.Math.Log(typical1)
'vinter = stdev(inter, 30)
'# Period = UserInput.Integer = 30
If isFirstBar Then
SumC = 0
SumSq = 0
Else If CurrentIndex > Period Then
SumC = inter
SumSq = inter ^ 2
Else
SumC += inter
SumSq += inter ^ 2
End If
If CurrentIndex >= Period  1 Then
vinter = system.Math.abs((SumSq  SumC ^ 2 / Period) / Period) ^ .5
Else
vinter = Single.NaN
End If
cutoff = coef * vinter * price.close
vave = volume.AVGC(length, 1)
vmax = vave * vcoef
'vc = iff(volume < vmax, volume, vmax) //min(volume, vmax)
If volume.Close < vmax Then
vc = volume.close
Else
vc = vmax
End If
mf = typical  typical1
If mf > cutoff Then
vcp = vc
Else If mf < cutoff Then
vcp = vc
Else
vcp = 0
End If
plot = vcp
