Future Days=5
Percent Missing Allowed= 100%
Write Dailys= True
Write Hourly Avg= True
Write Daily Max= True
Write Unit Values= True
Write Unit Shifts= False
Overwrite Protected Source 5= True
Check for Possible Bad Values= False
Possible Bad Value Change= 300%
Last Runoff Run's Storage= True
Minutes between retrievals=30
Max hours of radar=4
Save Radar greater than= False
Beep on Save= True
Delete temporary internet files=True
Loop radar boundaries=True
Use Nexrad Ridge1 full web file listing=False
Use Nexrad short web file listing=False
Use Nexrad Ridge2 Iowa State Mesonet=True
Compact and Backup HDB at midnight= False
GetAccess.exe folder=C:\GETNASHVILLE\GETACCESS\
GetGraphs.exe folder=C:\GETNASHVILLE\GETGRAPHS\
GetNexrad.exe folder=C:\GETNASHVILLE\GETNEXRAD\
NowCast Info folder=C:\GETNASHVILLE\GETNEXRAD\
Gage Avg OnOff folder=
Radar Boundary File folder=
Menu Pic=
Menu Text Color= 5869787 
Minimize to System Tray=True
Column Widths=1410,1095,1425,2340,510,1620,2085
Alert Address=
Alert Address CC=
Alert Address BCC=
Don't Ask Questions=False
Create Winds Aloft graphic file=False
Metric Units=False

Database Connection String=Provider=Microsoft.Jet.OLEDB.4.0;Data Source=C:\GetNashville\GetAccess\GetAccessHDB_Nashville.mdb;User Id=admin;Password=;

Station_ID; Datatype_Site_ID; Datatype_Name; Site_Name; base1; shift1; formula1; base2; shift2; formula2; base3; shift3; formula3
*******; ********; *********; ***RADAR NASHVILLE TN*****************
NEXRAD-OHX; -10801; Rainfall; Browns Creek Basin, TN; 0; Nowcast 3
NEXRAD-OHX; -10802; Rainfall; Browns Cr Sub1, TN; 0; Nowcast 3
NEXRAD-OHX; -10803; Rainfall; Browns Cr Sub2, TN; 0; Nowcast 3
NEXRAD-OHX; -10804; Rainfall; Browns Cr Sub3, TN; 0; Nowcast 3
NEXRAD-OHX; -10811; Rainfall; KTNNASHV31 Rand Lake Nashville; 0
NEXRAD-OHX; -10812; Rainfall; KTNNASHV42 Forest Hills Nashville; 0
NEXRAD-OHX; -10813; Rainfall; KTNANTIO2 Antioch Nashville; 0
NEXRAD-OHX; -10814; Rainfall; KTNNASHV1 Bellevue Nashville; 0
NEXRAD-OHX; -10816; Rainfall; KTNNASHV24 Oak Hill Nashville; 0
NEXRAD-OHX; -10817; Rainfall; KTNBRENT22 Brentwood South; 0
NEXRAD-OHX; -10818; Rainfall; KTNGOODL1 North Rivergate; 0
**NEXRAD-OHX; -10811; Rainfall; KBNA Nashville Airport; 0
*******; ********; *********; ***NASHVILLE TN*****************
03431300; 1800; Flow; BROWNS CREEK AT STATE FAIRGROUNDS AT NASHVILLE, TN
FORECAST-NWS; 11801; Forecast Rain; Browns Cr Big Sub; -2; 36.0713, -86.777, 3
FORECAST-NWS; 11802; Forecast Rain; Browns Cr Sub1, TN; -2; 36.0713, -86.777, 3
FORECAST-NWS; 11803; Adjust Rain; Browns Cr Sub2, TN; -2; 36.0713,-86.777,3
FORECAST-NWS; 11804; Adjust Rain; Browns Cr Sub3, TN; -2; 36.0713,-86.777,3
**KBNA; 10811; Rainfall; Nashville Airport
KTNNASHV31; 10811; Rainfall; Rand Lake Nashville
KTNANTIO2; 10813; Rainfall; Antioch Nashville
KTNNASHV1; 10814; Rainfall; Bellevue Nashville
KTNBRENT22; 10817; Rainfall; Brentwood South
KTNGOODL1; 10818; Rainfall; North Rivergate, TN
COMPUTE-Hour; 10815; Rainfall>0.01-hour; Nashville Avg of 4 Rain Gages; 0; 0; (P1+P2+P3+P4+P5+P6)/N
COMPUTE-Hour; -10815; Rainfall; Nashville Avg of 4 Radars; 0; 0; (P1+P2+P3+P4+P5+P6)/N
COMPUTE-Hour; 31815; Ratio; Nashville Gage/radar; 0; 0.01,  0.75, 5; P1/P2
COMPUTE-unit; 11811; Adj Rainfall; Adjusted Rand Lake Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11813; Adj Rainfall; Adjusted Antioch Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11814; Adj Rainfall; Adjusted Bellevue Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11817; Adj Rainfall; Adjusted  WCPike North Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11801; Adj Rainfall; Nashville Basin Adjusted Radar; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11802; Adj Rainfall; Browns Cr Sub1, TN; 0; -1, 0.75, 0.38, 1.50; P1*P2
COMPUTE-unit; 11803; Adj Rainfall; Browns Cr Sub2, TN; 0; -1, 0.75, 0.38, 1.50; P1*P2
COMPUTE-unit; 11804; Adj Rainfall; Browns Cr Sub3, TN; 0; -1, 0.75, 0.38, 1.50; P1*P2
COMPUTE-unit; 30801; Runoff; Nashville Basin at Gage; 2; 1.06, 64, 0.1, 28, 11.80, 0.5, 0.2, 0.4, 4, 0.3, 8, 89, 58, 0.8, 0, 3.0, 0.1, 0.6, 0.03, 0.51, 0, 0.2, 1, 0.7, 0, Lag0; P1; 0; Triangle Unit Graph
COMPUTE-unit; 30802; Runoff; Browns Cr Sub1, TN; 1; 1.06, 64.8, 0.1, 25, 6.506, 1, 0.20, 0.6, 6, 0.2, 12, 89, 58, .2, 0, 2, 0.2, 0.6, 0.05, 0.4, 0, 0.2, 1, 0.7, 0, Lag0; P1; 0; Triangle Unit Graph
COMPUTE-unit; 30803; Runoff; Browns Cr Sub2, TN; 0; 0.75, 64, 0.1, 30, 3.278, 0.5, 0.3, 0.6, 6, 0.2, 12, 89, 58, .65, 0, 2, 0.2, 0.6, 0.03, 0.8, 0, 0.2, 1, 0.7, 0, Lag0; P1; 0; Triangle Unit Graph
COMPUTE-unit; 30804; Runoff; Browns Cr Sub3, TN; 0; 0.75, 64, 0.1, 30, 2.016, 0.75, 0.3, 0.4, 6, 0.5, 12, 89, 58, 0.65, 0, 2, 0.2, 0.6, 0.03, 0.8, 0, 0.2, 1, 0.7, 0, Lag0; P1; 0; Triangle Unit Graph
Run-ROUTE-unit; 1805; Flow; Nashville Subs Combine 1,2,3, TN
Lookup-unit-log-log; -2805; G.H.; Nashville Routed Subs USGS Rating; 0; -0.05; P1+shift
*******; ********; *********; ***HEC-HMS PROJECT*****************
***COMPUTE-Put-unit; 11801; PRECIP-INC; Lumped Nasville Basin; -1; C:\GetNashville\NashvilleHMS\NashvilleBasinRainfall.dss
***SHELL-C:\Program Files (x86)\HEC\HEC-HMS\4.2\hec-hms.cmd; -1; Flow; Nashville Lumped Basin HMS Example; -1; C:\GetNashville\NashvilleHMS\NashvilleHMSBig.hms, Control_1.control, Run 1, 5-Minute; delete.dss, delete.log
***COMPUTE-get; 1801; Runoff; HMS Nashville Full Basin at Gage
*******; ********; *********; ***HEC-RAS PROJECT*****************
***COMPUTE-Put-unit; 1801; Flow; Nashville Combined Subs (HMS Out); -1; C:\GetNashville\NashvilleRAS\VillageCrUpperSubs.dss
***SHELL-C:\Program Files (x86)\HEC\HEC-RAS\5.0.3\ras.exe; 0; Flow; Nashville Subs (village Cr); -1; C:\GetNashville\NashvilleRAS\LowerBham.prj; delete.dss, delete.bco01, delete.rst, hotstart
***COMPUTE-Get; 1806; Runoff; RAS Nashville Routing (village Cr)
*******; ********; *********; ***EPA-SWMM PROJECT*****************
***COMPUTE-Put-unit; 11801; INTENSITY; Lumped Nasville Basin; -1; C:\GetNashville\NashvilleSWMM\TS1.dat
***SHELL-SWMM; 0; Flow; Nashville Subs (village Cr); -1; C:\GetNashville\NashvilleSWMM\MyTutorial.INP
***COMPUTE-Get-SWMM; 1801; Runof; Nashville SWMM Subcatch #1; 0; C:\GetNashville\NashvilleSWMM\MyTutorial.out; Type=Catchment,Item=0,Variable=4
***COMPUTE-Get-SWMM; 1806; Flow; Nashville SWMM Outflow; 0; C:\GetNashville\NashvilleSWMM\MyTutorial.out; Type=node,Item=4,Variable=4
END



Backups down here:
*******; ********; *********; ***RADAR NASHVILLE TN*****************
*******; ********; *********; ***RADAR NASHVILLE TN*****************
NEXRAD-OHX; -10801; Rainfall; Browns Creek Basin, TN; 0
NEXRAD-OHX; -10802; Rainfall; Browns Cr Sub1, TN; 0
NEXRAD-OHX; -10803; Rainfall; Browns Cr Sub2, TN; 0
NEXRAD-OHX; -10804; Rainfall; Browns Cr Sub3, TN; 0
NEXRAD-OHX; -10811; Rainfall; KTNNASHV31 Rand Lake Nashville; 0
NEXRAD-OHX; -10812; Rainfall; KTNNASHV42 Forest Hills Nashville; 0
NEXRAD-OHX; -10813; Rainfall; KTNANTIO2 Antioch Nashville; 0
NEXRAD-OHX; -10814; Rainfall; KTNNASHV1 Bellevue Nashville; 0
NEXRAD-OHX; -10816; Rainfall; KTNNASHV24 Oak Hill Nashville; 0
NEXRAD-OHX; -10817; Rainfall; KTNBRENT22 Brentwood South; 0
NEXRAD-OHX; -10818; Rainfall; KTNGOODL1 North Rivergate; 0
**NEXRAD-OHX; -10811; Rainfall; KBNA Nashville Airport; 0
*******; ********; *********; ***NASHVILLE TN*****************
03431300; 1800; Flow; BROWNS CREEK AT STATE FAIRGROUNDS AT NASHVILLE, TN
FORECAST-NWS; 11801; Forecast Rain; Browns Cr Big Sub; -2; 36.0713, -86.777, 3
FORECAST-NWS; 11802; Forecast Rain; Browns Cr Sub1, TN; -2; 36.0713, -86.777, 3
FORECAST-NWS; 11803; Adjust Rain; Browns Cr Sub2, TN; -2; 36.0713,-86.777,3
FORECAST-NWS; 11804; Adjust Rain; Browns Cr Sub3, TN; -2; 36.0713,-86.777,3
**KBNA; 10811; Rainfall; Nashville Airport
KTNNASHV31; 10811; Rainfall; Rand Lake Nashville
KTNANTIO2; 10813; Rainfall; Antioch Nashville
KTNNASHV1; 10814; Rainfall; Bellevue Nashville
KTNBRENT22; 10817; Rainfall; Brentwood South
KTNGOODL1; 10818; Rainfall; North Rivergate, TN
COMPUTE-Hour; 10815; Rainfall>0.01-hour; Nashville Avg of 4 Rain Gages; 0; 0; (P1+P2+P3+P4+P5+P6)/N
COMPUTE-Hour; -10815; Rainfall; Nashville Avg of 4 Radars; 0; 0; (P1+P2+P3+P4+P5+P6)/N
COMPUTE-Hour; 31815; Ratio; Nashville Gage/radar; 0; 0.01,  0.75, 5; P1/P2
COMPUTE-unit; 11811; Adj Rainfall; Adjusted Rand Lake Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11813; Adj Rainfall; Adjusted Antioch Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11814; Adj Rainfall; Adjusted Bellevue Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11817; Adj Rainfall; Adjusted  WCPike North Nashville; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11801; Adj Rainfall; Nashville Basin Adjusted Radar; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11802; Adj Rainfall; Browns Cr Sub1, TN; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11803; Adj Rainfall; Browns Cr Sub2, TN; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 11804; Adj Rainfall; Browns Cr Sub3, TN; 0; -1, 1,0.75, 1.50; P1*P2
COMPUTE-unit; 30801; Runoff; Nashville Basin at Gage; 2; 1.06, 64, 0.1, 28, 11.80, 0.5, 0.2, 0.4, 4, 0.3, 8, 89, 58, 0.8, 0, 3, 0.1, 0.6, 0.03, 0.51, 0, Lag0; P1; 0; Triangle Unit Graph
COMPUTE-unit; 30802; Runoff; Browns Cr Sub1, TN; 1; 1.06, 64.8, 0.1, 25, 6.506, 1, 0.20, 0.6, 6, 0.2, 12, 89, 58, .2, 0, 2, 0.2, 0.6, 0.05, 0.4, 0, Lag0; P1; 0; Triangle Unit Graph
COMPUTE-unit; 30803; Runoff; Browns Cr Sub2, TN; 0; 0.75, 64, 0.1, 30, 3.278, 0.5, 0.3, 0.6, 6, 0.2, 12, 89, 58, .65, 0, 2, 0.2, 0.6, 0.03, 0.8, 0, Lag0; P1; 0; Triangle Unit Graph
COMPUTE-unit; 30804; Runoff; Browns Cr Sub3, TN; 0; 0.75, 64, 0.1, 30, 2.016, 0.75, 0.3, 0.4, 6, 0.5, 12, 89, 58, 0.65, 0, 2, 0.2, 0.6, 0.03, 0.8, 0, Lag0; P1; 0; Triangle Unit Graph
Run-ROUTE-unit; 1805; Flow; Nashville Subs Combine 1,2,3, TN
*******; ********; *********; ***HEC-HMS PROJECT*****************
**COMPUTE-Put-unit; 11801; PRECIP-INC; Lumped Nasville Basin; 0; C:\GetNashville\NashvilleHMS\NashvilleBasinRainfall.dss
**SHELL-C:\Program Files\HEC\HEC-HMS\3.5\hec-hms.cmd; 0; Flow; Nashville Lumped Basin HMS Example; -1; C:\GetNashville\NashvilleHMS\NashvilleHMSBig.hms, Control_1.control, Run 1, 5-Minute; delete.dss, delete.log
**COMPUTE-get; 1801; Runoff; HMS Nashville Full Basin at Gage
*******; ********; *********; ***HEC-RAS PROJECT*****************
**COMPUTE-Put-unit; 1805; Flow; Nashville Combined Subs (Village Cr); -1; C:\GetNashville\NashvilleRAS\VillageCrUpperSubs.dss
**SHELL-C:\Program Files\HEC\HEC-RAS\4.1.0\ras.exe; 0; Flow; Nashville Subs (Village Cr); -1; C:\GetNashville\NashvilleRAS\LowerBham.prj; delete.dss, delete.bco01, delete.rst, hotstart
**COMPUTE-Get; 1806; Runoff; RAS Nashville Routing (Village Cr)


SHELL-C:\VBget\GetXmore\GetNexrad\GetNexrad.exe -2 mypassword; 0; Picture; Nashville Nexrad Picture; 0
SHELL-C:\VBget\GetXmore\GetGraphs\GetGraphs1\GetGraphs.exe 1 mypassword; 0; Graphs; Getgraphs to Web; 0
SHELL-C:\VBget\GetXmore\GetGraphs\GetGraphs1\GetFromAccessNOW.exe rdaymax, 10815 -10815 11802 1805 1800, -2, 5, NashvilleNOW.txt, mypassword; 0; Flow Data to Web; Put Flow Data Text File on Web; 0



Notes:
My Site_Id's=0^00 where 0=area or reach, 00=count in reach.  My Site_Id's are 0 to 999.
My Datatype_Site_ID (DSID)=00^000 where 00=my datatype_id and 000=Site_id.
Valid SDID integers are -32,768 to 32,767
Datatype_id 1=flow, cfs
Datatype_id 10=rainfal,inchesDatatype_id 11=gage height, feet
Example:  1212 =flow, area 2, 12th station
Example: 10212 =rain, area 2, 12th station
Im using negative DSID's for values I have computed so as to keep them separated from USGS values
You might have another method but remember the valid DSID integer range -32,768 to 32,767.

Convervsion formulas use parameters in the order stated in the field parameter_code in table Rsite.
Examples: See station examples above for converting degrees C to F, GH to Elev, and GH1-GH2-Gate to flow and others.

Computations are based on:
1)Base P1 for determining if formulas is used. If P1>=Base then use associated formula.
2)Shift... may be applied as needed in formula as a shift or an adjust factor.
3)Formula with any valid symbols like: log,sin,cos,sqr,exp,^*/+- and such.
Up to 5 sets of Base, Shift, Formula may be used.

The varible "D" can be used and is the the number of days and day fraction since 1900.
The function "julian(D)" has been added to convert date to day of year.


The Base can be a constant or and expression that evaluates to True or False like P1>(P2+10).
The Shift can be a constant or an expression.
For example to shift with stage the Shift could be 0.15-0.15*(P1-7)/(10-7) for the base 7 ft up to the next base 10 ft.

The dissolved oxygen saturation formula example above is a curve fit to USGS Weiss table at 760 mmHg or sea level.
Correction for station elevation ELV in feet can be computed from 0.999723-0.0000364*ELV+0.000000000563*ELV^2 and entered as the Shift.
