It looks as though the attachment to my last post didn't make the cut (or
at least it's not appearing on the Nabble forum), for one reason or
another. I'm reattaching a smaller version so folks can run the code
(won't work without a text file to operate on). So, while the attached
file is only a small sample of the larger file and will therefore run
quickly, I would still be helpful if someone knows a more efficient
approach to the code in the previous post.
On Wed, Aug 28, 2013 at 11:28 AM,
>
> A relatively concise, commented, working solution to the problem
> originally motivating this thread was found (below). I suspect the
> approach I've taken has a major inefficiency through the use of the
> "scan" statement appearing inside the function "g". The way the code
> works right now, it has to re-open and read the file 'length(matched)
> times' rather than sequentially reading through to the next pertinent
> section of the txt file. Does anyone have a more efficient approach in
> mind so I don't have to wait 1/2 hour to get the results? (The only
> adjustment to the code that follows is to point "txt" to wherever the
> attached file is placed)
>
>
> # where is the file?
> txt<-"c:/temp/MCR_Budgets.txt"
>
> # Demarcation header
> hdr_str<-"Flow Budget for Zone 2"
>
> # string to identify lines with desired values
> srch_str<-" RECHARGE ="
>
> # retrieves desired values
> g<-function(txt_con, hdr_str, srch_str, from, to, ...) {
>
> L <- readLines(txt_con)
>
> #matched contains the line #s w/ hdr_str
> matched <- grep(hdr_str, L, value = FALSE, ...)
>
> #initialize output list
> fetched_list<-numeric()
>
> #for each instance of hdr_str, loop
> for(i in 1:(length(matched))){
>
> #retrieve a section of text following each hdr_str
> snippet<-scan(txt_con, what=character(), skip=matched[i]-1, n=42,
> sep='\n')
>
> #get data within the short section of retrieved text
> fetched <- grep(srch_str, snippet, value=TRUE)
>
> #append output vector for plotting time series
> fetched_list <- c(fetched_list, as.numeric(substring(fetched, from,
> to)))
>
> #monitor
> print(i)
> }
>
> #return desired values
> as.numeric(fetched_list)
> }
>
> #The results of system.time reflect full 147 MB file,
> # only half of which is attached.
> system.time(
> rech_z2<-g(txt,hdr_str,srch_str,37,51)
> )
> # user system elapsed
> #1740.48 36.08 1825.77
>
>
-------------- next part --------------
ZONEBUDGET version 3.01
Program to compute a flow budget for subregions of a model using
budget data from MODFLOW, the USGS Modular Ground-Water Flow Model.
The cell-by-cell budget file is:
mcr.cbc
Single precision budget file
6 layers 376 rows 546 columns
mark_zone
The zone file is:
mcr.zon
Zone Array for layer 1 will be read from the Zone File
Zone Array for layer 1 will be read using format: (546I3)
-----------------------------------------------------------------------
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75
76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99100
101102103104105106107108109110111112113114115116117118119120121122123124125
126127128129130131132133134135136137138139140141142143144145146147148149150
151152153154155156157158159160161162163164165166167168169170171172173174175
176177178179180181182183184185186187188189190191192193194195196197198199200
201202203204205206207208209210211212213214215216217218219220221222223224225
226227228229230231232233234235236237238239240241242243244245246247248249250
251252253254255256257258259260261262263264265266267268269270271272273274275
276277278279280281282283284285286287288289290291292293294295296297298299300
301302303304305306307308309310311312313314315316317318319320321322323324325
326327328329330331332333334335336337338339340341342343344345346347348349350
351352353354355356357358359360361362363364365366367368369370371372373374375
376377378379380381382383384385386387388389390391392393394395396397398399400
401402403404405406407408409410411412413414415416417418419420421422423424425
426427428429430431432433434435436437438439440441442443444445446447448449450
451452453454455456457458459460461462463464465466467468469470471472473474475
476477478479480481482483484485486487488489490491492493494495496497498499500
501502503504505506507508509510511512513514515516517518519520521522523524525
526527528529530531532533534535536537538539540541542543544545546
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 2
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.37855E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.58275E-04
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.88
Zone 1 to 31 = 85204.
Zone 1 to 40 = 12404.
Zone 1 to 91 = 30968.
Total OUT = 0.12898E+06
IN - OUT = 0.14138E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 2
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.18833E-05
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 13134.
Total IN = 0.28729E+06
OUT:
----
STORAGE = 0.10823E-04
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6812.7
Zone 2 to 31 = 0.20820E+06
Zone 2 to 91 = 72274.
Total OUT = 0.28729E+06
IN - OUT = 0.58504E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 2
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.84894E-04
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1234.9
Total IN = 82319.
OUT:
----
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 53937.
Zone 3 to 91 = 28382.
Total OUT = 82319.
IN - OUT = 0.81732E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 3
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.15770E-04
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.38262E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.88
Zone 1 to 31 = 85214.
Zone 1 to 40 = 12405.
Zone 1 to 91 = 30958.
Total OUT = 0.12898E+06
IN - OUT = 0.88928E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 3
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 13215.
Total IN = 0.28737E+06
OUT:
----
STORAGE = 0.27267E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6813.6
Zone 2 to 31 = 0.20827E+06
Zone 2 to 91 = 72291.
Total OUT = 0.28737E+06
IN - OUT = 0.69125E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 3
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1262.7
Total IN = 82346.
OUT:
----
STORAGE = 0.18113E-03
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 53843.
Zone 3 to 91 = 28503.
Total OUT = 82346.
IN - OUT = -0.14018E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 4
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.27619E-03
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.86048E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.88
Zone 1 to 31 = 85222.
Zone 1 to 40 = 12415.
Zone 1 to 91 = 30939.
Total OUT = 0.12898E+06
IN - OUT = -0.14927E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 4
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 13523.
Total IN = 0.28768E+06
OUT:
----
STORAGE = 0.10926E-01
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6816.8
Zone 2 to 31 = 0.20851E+06
Zone 2 to 91 = 72351.
Total OUT = 0.28768E+06
IN - OUT = 0.30442E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 4
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1529.0
Total IN = 82613.
OUT:
----
STORAGE = 0.19885E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 52801.
Zone 3 to 91 = 29812.
Total OUT = 82613.
IN - OUT = 0.17957E-02
Percent Discrepancy = 0.00
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 5
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.36379E-03
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.14784E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.88
Zone 1 to 31 = 85216.
Zone 1 to 40 = 12424.
Zone 1 to 91 = 30936.
Total OUT = 0.12898E+06
IN - OUT = -0.18928E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 5
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 14013.
Total IN = 0.28817E+06
OUT:
----
STORAGE = 0.19315E-01
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6821.6
Zone 2 to 31 = 0.20891E+06
Zone 2 to 91 = 72438.
Total OUT = 0.28817E+06
IN - OUT = 0.26581E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 5
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 2041.7
Total IN = 83125.
OUT:
----
STORAGE = 0.41109E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 50673.
Zone 3 to 91 = 32452.
Total OUT = 83125.
IN - OUT = 0.64988E-03
Percent Discrepancy = 0.00
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 6
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.20107E-03
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.12563E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.89
Zone 1 to 31 = 85214.
Zone 1 to 40 = 12429.
Zone 1 to 91 = 30934.
Total OUT = 0.12898E+06
IN - OUT = -0.82634E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 6
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 14152.
Total IN = 0.28831E+06
OUT:
----
STORAGE = 0.10904E-01
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6821.5
Zone 2 to 31 = 0.20905E+06
Zone 2 to 91 = 72438.
Total OUT = 0.28831E+06
IN - OUT = 0.52095E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 6
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.26737E-02
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1750.3
Total IN = 82834.
OUT:
----
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 51290.
Zone 3 to 91 = 31544.
Total OUT = 82834.
IN - OUT = -0.37810E-03
Percent Discrepancy = 0.00
1
Flow Budget for Zone 1 at Time Step 1 of Stress Period 7
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.10149E-03
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.15845E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.88
Zone 1 to 31 = 85211.
Zone 1 to 40 = 12432.
Zone 1 to 91 = 30933.
Total OUT = 0.12898E+06
IN - OUT = -0.32836E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 7
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 14200.
Total IN = 0.28836E+06
OUT:
----
STORAGE = 0.79129E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6820.1
Zone 2 to 31 = 0.20911E+06
Zone 2 to 91 = 72428.
Total OUT = 0.28836E+06
IN - OUT = 0.18527E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 7
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.13050E-02
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1567.6
Total IN = 82651.
OUT:
----
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 52133.
Zone 3 to 91 = 30518.
Total OUT = 82651.
IN - OUT = 0.20639E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 8
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.44065E-04
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.14495E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.89
Zone 1 to 31 = 85210.
Zone 1 to 40 = 12433.
Zone 1 to 91 = 30933.
Total OUT = 0.12898E+06
IN - OUT = 0.16619E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 8
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 14834.
Total IN = 0.28899E+06
OUT:
----
STORAGE = 0.27229E-01
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6825.3
Zone 2 to 31 = 0.20962E+06
Zone 2 to 91 = 72547.
Total OUT = 0.28899E+06
IN - OUT = 0.15796E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 8
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 2391.3
Total IN = 83475.
OUT:
----
STORAGE = 0.61833E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 48975.
Zone 3 to 91 = 34500.
Total OUT = 83475.
IN - OUT = 0.18733E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 9
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.10901E-02
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.89
Zone 1 to 31 = 85212.
Zone 1 to 40 = 12432.
Zone 1 to 91 = 30932.
Total OUT = 0.12898E+06
IN - OUT = -0.10139E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 9
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 14887.
Total IN = 0.28904E+06
OUT:
----
STORAGE = 0.12237E-01
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6823.0
Zone 2 to 31 = 0.20970E+06
Zone 2 to 91 = 72518.
Total OUT = 0.28904E+06
IN - OUT = -0.14947E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 9
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.39472E-02
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1896.9
Total IN = 82981.
OUT:
----
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 50408.
Zone 3 to 91 = 32572.
Total OUT = 82981.
IN - OUT = -0.10577E-02
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 1 at Time Step 1 of Stress Period 10
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.95680E-04
CONSTANT HEAD = 0.0000
RECHARGE = 0.12898E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 16 to 1 = 0.0000
Zone 31 to 1 = 0.0000
Zone 40 to 1 = 0.0000
Zone 91 to 1 = 0.0000
Total IN = 0.12898E+06
OUT:
----
STORAGE = 0.82025E-04
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 1 to 16 = 399.89
Zone 1 to 31 = 85212.
Zone 1 to 40 = 12431.
Zone 1 to 91 = 30933.
Total OUT = 0.12898E+06
IN - OUT = 0.86815E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 2 at Time Step 1 of Stress Period 10
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 0.27416E+06
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 15 to 2 = 0.0000
Zone 31 to 2 = 0.0000
Zone 91 to 2 = 14978.
Total IN = 0.28913E+06
OUT:
----
STORAGE = 0.12544E-01
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 2 to 15 = 6821.1
Zone 2 to 31 = 0.20980E+06
Zone 2 to 91 = 72515.
Total OUT = 0.28913E+06
IN - OUT = -0.33737E-03
Percent Discrepancy = 0.00
1
mark_zone
Flow Budget for Zone 3 at Time Step 1 of Stress Period 10
-------------------------------------------------------------
Budget Term Flow (L**3/T)
-----------------------------
IN:
---
STORAGE = 0.0000
CONSTANT HEAD = 0.0000
RECHARGE = 81084.
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 31 to 3 = 0.0000
Zone 91 to 3 = 1947.9
Total IN = 83032.
OUT:
----
STORAGE = 0.55572E-03
CONSTANT HEAD = 0.0000
RECHARGE = 0.0000
STREAM LEAKAGE = 0.0000
LAKE SEEPAGE = 0.0000
UZF ET = 0.0000
GW ET = 0.0000
UZF INFILTR. = 0.0000
SFR-DIV. INFLTR. = 0.0000
UZF RECHARGE = 0.0000
SURFACE LEAKAGE = 0.0000
Zone 3 to 31 = 50466.
Zone 3 to 91 = 32566.
Total OUT = 83032.
IN - OUT = 0.79892E-02
Percent Discrepancy = 0.00
1