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Scientific Notebook # 473
Contenrs
1
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h
if(subcon(i)) then 1 subsurface control condition: if (lowet( j, i) ) then sku(j) = sk2(i) if((ffl( j,i) .ge. cumcm(i))
h .and. .not. topfil( j,i)) then topfil(j,i) = .true. tho(j,i) = thsl(i)
if(j .eq. nk .and. .not. notify(i)) then dum izr = = 0 1.0 & s - - ~ , + I c L - 1
call qwrt (id, izr, trace, cumcm(i), dum, dum,
notify(i) = .true.
dum, id, 0, i, t) I ass cumcm and t to writer if(diag .and. j .eq. jd) write(99,*) t(i)
end if end if
else if(fi(j,i) .gt. 0 . .and. rfj .gt. 1.5*skl(i)) then I.
end if - surface layer control conditions --
8ku(j) = skl(i)
else
__^_- I
I
5
-. ' 7 c ? - C i - 7-
d ~u1, finlor! = finlot/real(nkm,4) + k 5 -\5 zL if(fin1o .gt. 1.e-6) then
write(77,'(' finlo ",3gl3.4)') finlot, fs(2,l), ffl(2,l) call q w r t (id, * ,trace, finlo, dum, dum,
d dum, id, 0 , 1 pass cumcm and t to writer
a- end if
end if
6
C
C
C
entry qwrt. ( i d , k, idstr, qpk, tpk, v i , area, RE3 Z / Z G / O t E4 storq, typ, storr, qrmax)
--I
- t
i f ( k .eq. 0 ) then 4
if(storr: .eq. 1) then f i l l 2 = .true. f i l t v = qpk*conv filtm = qrmax/60.
f i l l o v = .true. ! overbank f i l l f i l tvo = qpk*conv filtmo = qrmax/60.
e l se i f ( :storr .ge. 2 ) then
end i f
e l se i f ( k . I t . 0 ) then I report loss to lower layer lowfin(storr) = .true. f loss ( storr) = qpk*conv
e l se 7
.-_XI,
1
C
C
C
C
C
. _ . _ _ _ _ _ _ - _ _ - - _ _ optional table of element data 8 L if (tabl) then
call blanks twol = .false. do je = 1,ltab if (sumtab(je)%twola) then twol = .true. exit
end if end do
if (twol) then m = 116 write(colunits(99:114), ' ( " " , a2 , "
& qlab1,qlabl head1(99:115) = str2a ! ' TopLay Subsoil' head2(99:115) = str2b ! I Infil. Infil.'
m = 100 else
end if
aref = sumtab(ltab)%cumare if (sed) then addsl = 'Sediment' adds2 - Yield ms = m+3 me = ms+l colunits (ms:me) = wlab
end if
me = m+7 write(headl(m:me),' (as) * ) addsl write(head2 (m:me), (as) ' ) adds2 write (f ilel, 811) head1 write(filel.811) head2 write(filel,811) colunits
do je = 1, ltab list upland elements: plane, urban, injects
itu = sumtab(ie1 %itvpe if(itu .eq. 0 wr i te ( idbuf f idbuff (7:20) if(itu .eq. do j = 1.8 tabs tr ng
end do
call fmtlO call fmtlO
else
_ _ or. itu .eq. 6 .or. itu .eq. 5) then 1:6) , I (15,lx) ' ) sumtab(je)%idel = typname ( i tu) ( 1 : 14 ) ) then
j) - empty (sumtab(je)%are, aref, tabstrng(l), j) (sumtab(ie)%cumare. aref, tabstrna(2), i)
write(tabstrng(6 if (itu .ne. 3) vinfl = sumtab write (tabstrng write (tabstrng
end if if (twol) then nx = 10 js(9) = 2 i s ( l 0 ) = 2
- - . . - write (tabstrng (3) , *.jlx, f 9.4) j sumtab (je) %volin write(tabstrng(4), (lx,f9.4) ' ) sumtab(je)%volrn
end if write(tabstrng(5),' (lx,f9.4) ' ) sumtab(je)%volro
, (2x,f8.3) I ) sumtab(je)%ropeak hen je)%ftot !/sumtab(je)%are 7), (1x.fg.4) I ) vinfl ! infil in mA3 8),1(4x,f6.4)') sumtab(je)%thst
! first character of string to use
tabstrng(9) = empty ! upper layer infil tabstrng(l0) = empty !lower layer infil if (sumtab(je) %twola) then flinmm = sumtab(je)%flowr * conv write(tabstrng(lO), I (2x,f8.3) I ) flinmm upper = vinfl/sumtab(je)%are *conv - flinmm write(tabstrng(9), (2x,f8.3) ' ) upper
end if
n x = 8 else
end if
if (sed) then nx = nx+l
tabstrng(nx) = empty
c - - - - - - - - - - - - - - - - - - optional table of element data if (tabl) then
call blanks twol = .false. do je = 1,ltab if (sumtab(je)%twola) then twol = .true. exit
end if end do
if (twol) then C
m = 116 write(colunits(99:~~4), ( " I' , a2 , 'I
head1(99:115) = str2a ! ' TopLay Subsoil' head2(99:115) = str2b ! ' Infil. Infil.'
m = 100
& qlab1,qlabl
else
end if
aref = sumtab(1tab) %cumare if (sed) then
C
addsl = 'Sediment' adds2 = Yield ms = m+3 me = ms+l colunits(ms:me) = wlab
end if C
me = m+7 write (headl (m:me) , (as) ' ) addsl write(head2 (m:me), ' (a8) ' 1 adds2 write(filel.8111 headl write(filel,811) head2 write(filel,811) colunits
do je = 1, ltab C . list upland elements: plane, urban, injects
itu = sumtab(je)%itype if(itu .eq. 0 .or. itu .eq. 6 .or. itu .eq. 5 ) then write(idbuff (1:6), I (15,lx) ' ) sumtab(je)%idel idbuff ( 7 : 2 0 ) = typname(itu) (1:14) if(itu .eq. 5) then do j = 1,8
end do
call fmtlO (sumtab(je)%are, aref, tabstrng(l), j ) call fmtlO (sumtab(je)%cumare, aref, tabstrng(2), j) write(tabstrng(3), (lx,f9.4) ' ) sumtab(je)%volin write(tabstrng(4), I (lx,f9.4'l ' ) sumtab(je)%volrn
tabsting(]) = empty
else
end if write (tabstrng ( 5 ) , ' (lx, f9.4) ' I sumtab( je) %volro write(tabstrng(6), ' (2x,f8.3) ' I sumtab(je)%ropeak if (itu .ne. 3) then vinfl = sumtab(je)%ftot !/sumtab(je)%are write(tabstrng(7),'(lx,f9.4)') vinfl ! infil in m.3 write(tabstrng(8), '(4x,f6.4)') sumtab(je)%thst
end if if (twol) then
m = 10 js(9) = 2 ! first character of string to use j s ( 1 0 ) = 2 tabstrng(9) - empty ! upper layer infil tabstrng(l0) = empty !lower layer infil if (sumtab(je) %twola) then flinmm = sumtab(je)%flowr * conv write(tabstrng(lO), ' (2x,f8.3) ' ) flinmm upper = vinfl/sumtab(je)%are *conv - flinmm write(tabstrng(g), ' (2x,f8.3) ' ) upper
end if
n x = 8 else
end if
if (sed) then nx = nx+l
tabstrng(nx1 = empty C
C
,
C
C
C
C
js(nx) = 1 write(tabstrng(nx), (lx.fg.3) ' ) sumtab(je)%sedout
end if write(filel,810) idbuff, (tabstrng(j) (js(j) :IO) ,j=l,nx)
end if end do
do je = 1, ltab now do channels and pipes:
itu = sumtab(je)%itype if(itu .eq. 1 .or. itu .eq. 2 .or. itu .eq. 4) then write(idbuff(1:6), '(15,lx) I ) surntab(je)%idel idbuff (7:20) = typname(itu) (1:14) if(itu .ne. 2) then
else
end if call fmtlO (sumtab(je)%cumare, aref, tabstrng(2), j) write(tabstrng(3), ' (lx,f9.4) ' ) sumtab(je)%volin write(tabstrng(4), ' (lx,f9.4) ' ) sumtab(je)%volrn write(tabstrng(S), (lx,f9.4) ' ) sumtab(je)%volro write(tabstrng(6), ' (2x.fa.3) ' ) sumtab(je)%ropeak if(itu .eq. 2 ) then !pipe case
call frntlO (sumtab(je)%are, aref, tabstrng(l), j)
tabstrng(1) = empty
n x = a if (twol) IIX = 10 do j=7,nx
end do tabstrng(j) = empty
(infiltrating channels) else vinfl = sumtab(je)%ftot !/sumtab(je)%are write(tabstrng(7), (lx,f9.4) ' ) vinfl
write(tabstrng(8),'(4x,f6.4) ' 1 sumtab(je)%thst if (twol) then
nx = 10 js(9) = 2 js(10) = 2 tabstrng(9) = empty ! upper soil infil tabstrng(l0) = empty ! lower layer infil if (sumtab(je) %twola) then
end if
flinmm = sumtab(je)%flowr conv write(tabstrng(lO), (2x,f8.3) ' ) flinmm upper = sumtab(je)%vbot/sumtab(je)%abot*conv - flinnun write(tabstrng(g), (2x,f8.3) I ) upper !sumtab(je)%pored
end if
n x = 8 else
end if end if
if (sed) then nx = nx+1 js(N0 = 1 write(tabstrng(nx), I (lx,f9.3) ' ) sumtab(je)%sedout
end if write(filel.810) idbuff, (tabstrng(j) (js(j) :IO) ,j=l,nx)
end if end do
do je = 1, ltab now do ponds
itu = sumtab(je)%itype if(itu .eq. 3 ) then write(idbuff (1:6) , ' (15.1~) ' ) sumtab(je)%idel idbuff (7:20) = typname(itu) (1:14) call fmtlo (sumtab( call fmtio (sumtab( write(tabstrng(3), ' write(tabstrng(4) , ' write(tabstrng(S), write(tabstrng(6), ' vinfl = sumtab(je)% write(tabstrng(7), end if tabstrng(8) = empty wr i te ( tabs tr ng ( 8 , if (twol) then
IIX = 10
e)%are, aref, tabstrng(l), j) e)%cumare, aref, tabstrng(2), j) lx,f9.4) I ) sumtab(je)%volin IX , f 9 .4 ) ) sumtab ( j e ) %volrn ix, f9.4) ) sumtab (je) %volro 2x, fa. 3 ) I ) sumtab(je) %ropeak tot ! /sumtab( je) %are ix.f9.4) ' ) vinfl
(4x, f6.4) I ) sumtab( je) %thst
C
j S ( l 0 ) = 2 tabstrng(9) = empty ! upper layer infil tabstrng(l0) = empty ! lower soil infil
else
end if
if (sed) then nx = nx+l
nx = 8
js(nx) = 1 write(tabstrng(nx),' (lx,f9.3) ' ) sumtab(je)%sedout
end if write (filel, 810) idbuff, (tabstrngt j ) (js( j) :lo), j-1,nx)
end if end do
C end if
810 format(a20,5a10,4a9,2a8,3a10) 811 format(al23)
C
9 i
,
I D E l e m e n t Type
i P i d r i r 3 P l a n e 5 P l a n e 7 P l a n e 9 P l a n e
11 P l a n e 2 P l a n e 4 P l a n e 6 P l a n e 8 P l a n e
1 0 P l a n e 1 2 P l a n e 13 P l a n e 1 4 P l a n e 15 P l a n e 1 6 P l a n e 1 7 P l a n e 1 8 P l a n e 1 9 P l a n e 2 0 P l a n e 2 1 P l a n e 2 2 C h a n n e l
T a b u l a r Summary of E l e m e n t H y d r o l o g i c Components
A r e a s E l e m e n t C u m u l a t e d
m"2 m A 2 i787.40 i787.40
8 4 0 . 9 5 2 6 2 8 . 3 5 1 9 0 5 . 7 0 4 5 3 4 . 0 5 2 5 9 2 . 6 0 7 1 2 6 . 6 5 3 1 3 3 . 4 7 1 0 2 6 0 . 1 2 2398.82 1 2 6 5 8 . 9 4 2 4 1 0 . 8 0 2 4 1 0 . 8 0 1 0 2 6 . 3 8 3 4 3 7 . 1 8 1 9 9 7 . 0 4 5 4 3 4 . 2 2 2 0 9 2 . 7 2 7 5 2 6 . 9 4 1 4 2 5 . 0 6 8 9 5 2 . 0 0 1 4 3 5 . 2 0 1 0 3 8 7 . 2 0 1 8 0 9 . 5 0 1 8 0 9 . 5 0
471 .60 2 2 8 1 . 1 0 5 5 1 . 8 8 5 5 1 . 8 8 2 7 1 . 5 6 8 2 3 . 4 4 6 8 4 . 6 4 1 5 0 8 . 0 8 6 6 8 . 1 0 2 1 7 6 . 1 8 6 2 7 . 2 0 2 8 0 3 . 3 8
1 1 6 8 . 8 6 3 9 7 2 . 2 4 4 5 5 . 0 0 4 4 2 7 . 2 4
3 0 . 0 0 29754.48
I P
! 5 -
Inf low
m" 3 0 .000 0 .000 4 . 2 4 7
1 3 . 7 0 7 2 6 . 4 6 2 1 7 . 5 5 3
0 .000 0 .000 5 . 1 8 1
1 5 . 0 8 7 2 5 . 3 6 4 1 9 . 7 9 8
0.000 0.000 0 .000 0.000 1 . 3 7 0 4 . 7 4 5 7 . 9 6 3 3 . 2 0 5 1 . 2 3 6
2 5 . 0 1 7
R a i n f a l l
m" 3 46 .472 2 1 . 8 6 5 4 9 . 5 4 8 6 7 . 4 0 8 8 1 . 4 7 0 6 2 . 3 6 9 6 2 . 6 8 1 2 6 . 6 8 6 5 1 . 9 2 3 5 4 . 4 1 1 37 .052 3 7 . 3 1 5 4 7 . 0 4 7 1 2 . 2 6 2 1 4 . 3 4 9
7 . 0 6 1 1 7 . 8 0 1 1 7 . 3 7 1 1 6 . 3 0 7 3 0 . 3 9 0 1 1 . 8 3 0
0.000
i L" 1
O u t f l o w
m"3 0 . 0 0 0 4 . 2 4 1
1 3 . 6 9 0 2 6 . 4 3 6 1 7 . 5 6 4 1 0 . 1 4 7
0 .000 5 . 1 7 4
1 5 . 0 6 9 2 5 . 3 3 8 1 9 . 7 8 7 1 3 . 3 8 6
0 .000 0 .000 0.000 1 . 3 6 8 4 . 7 3 9 7 . 9 5 7 3 . 2 1 3 1 . 2 3 9 0 . 9 0 2
2 3 . 6 2 3
P e a k Flow mm/h 0 .00 1 . 7 1 2 . 5 9 2 . 9 9 1 . 6 3 1 . 0 4 0 . 0 0 1 . 5 6 2 . 3 6 2 . 7 1 2 . 0 0 1 . 4 6 0 . 0 0 0 .00 0 .00 1 . 7 1 2 . 5 3 2.97 0 . 9 3 0 . 2 5 0 . 1 6 0 . 9 6
ii i
T o t a l I n i t i a l Upper L a y e r : I n f i l Water Max- S t o r
m"3 C o n t e n t 4 6 . 4 7 0.i356 1 7 . 6 2 0 .1375 4 0 . 1 1 0 . 1 3 7 5 5 4 . 6 8 0 . 1 3 7 5 9 0 . 4 0 0 . 1 3 5 6 69 .22 0 . 1 3 5 6 62 .68 0 . 1 3 5 6 2 1 . 5 1 0 . 1 3 7 5 4 2 . 0 4 0 . 1 3 7 5 4 4 . 1 6 0 . 1 3 7 5 4 2 . 6 3 0 . 1 3 5 6 43 .75 0 . 1 3 5 6 4 7 . 0 5 0 . 1 3 5 6 1 2 . 2 6 0 . 1 3 5 6 14.35 0 . 1 3 5 6
5 . 6 9 0 . 1 3 7 5 1 4 . 4 3 0 . 1 3 7 5 1 4 . 1 6 0 . 1 3 7 5 2 1 . 0 7 0 . 1 3 5 6 3 2 . 3 8 0 . 1 3 5 6 1 2 . 1 7 0 . 1 3 5 6
1 . 4 0 0 . 0 9 0 0
mm i87.43
9 2 . 7 3 5 5 . 6 4
1 8 7 . 4 3 2 8 1 . 1 4
2 8 . 1 1 4 6 . 3 7
1 2 9 . 8 3 1 8 5 . 4 6 3 3 7 . 3 7 3 3 7 . 3 7 1 1 2 . 4 6 3 3 7 . 3 7
2 8 . 1 1 3 7 . 0 9
1 4 8 . 3 7 2 2 2 . 5 6 1 4 9 . 9 4 1 1 2 . 4 6 9 3 7 . 1 4
8 6 . 9 9
1 4 8 . 3 7
I n f il . mm
n c nn L V . U U
1 7 . 2 8 1 7 . 2 9 1 7 . 3 7 2 8 . 8 5 2 8 . 8 6 1 5 . 2 9 1 7 . 2 7 1 7 . 2 9 1 7 . 3 9 2 9 . 9 2 3 0 . 4 8 1 5 . 8 2 2 6 . 0 0 1 5 . 2 9 1 7 . 2 6 1 7 . 3 3 1 7 . 4 8 2 3 . 5 9 1 7 . 0 2 2 6 . 7 4 4 3 . 4 3
i a
S u b s o i l I n f i l .
nun n nn u. v u 3 . 6 7 3 . 7 6 3 . 7 2 0 . 0 0 0 .00
1 0 . 7 1 3 . 6 9 3 . 7 6 3 . 7 1 0 .00 0 .00
1 0 . 1 8 0 .00
1 0 . 7 1 3 . 7 0 3 . 7 5 3 . 7 1
1 0 . 0 1 1 0 . 6 9
0 .00 3 . 2 2
11
r- - . . . , .
15
File: Edit2 3/27/2002, 8:58:18AM ."-I- _,
C obflx = boflx If(ntsoi1 .gt. 1) then Do i = 2, ms
if(ntype(i) .ne. ntype(i-1)) then ! soil interface boflx = flowi(i) 1 to *60.cm/hr rdelf2 = abs(bof1x-obflx)/rbase if(rdelf2 .gt. rdelf) rdelf = rdelf2 exit
end if End Do
E l s e
End If boflx = 0.
16 3/27/02
---- lll_ --____.,__ . ................ ... _l_l_.-.... .................. _..-.I__ .. ..... " l _ _ l _ _ - ~ _ _ _ _ ~ , _ _
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t - lll_.....___l.._.__._.-_I .. ... -. J. .... ~ . - ......... _ _ ............. ....... l_I1___l . l__l_l '40
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Time, min.
Rain rate - Flux into lower layer
T - min
6000 8C
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. . ... . . . . - . . I . . . .
234.
50
40
30
20
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Rain S I 8-95-2 : Element 23
:
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Rain rate - Flux into lower layer
' 8000 101
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Time, min.
L A S E P
Rain G3-91-1 Element 170
__.I_.-" .... - . . . . . 1000 2000 3000 4000
X S 4=
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time, min.
8!
6 -
4 -
2
rain rate - flux into lower layer
- O O fi\ 1000 2000 L , , , 3000 , , , , I 4
time. min.
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I I
CAS€€ 50 L
Rain S I 8-95-2 Element 170
Time, min.
8 1
rain rate flux into lower layer -
6
4
0 8000 1 O(
time, min.
0
24
a- t , , _. .- .. -. .
... ....... ' 8 " .
I r ' ~ ' x ..... ....
CASE I= 30
25
20
15
10
5
0
Time, min.
15 - Rain Rate - Flux into lower layer
x: .2.
E E 10
0
Time, min.
25
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27
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no
31
33
34 File:. d : \ ~ P u s Z \ S p l i t ~ \ ~ t r a n s f . f o r 8/26/2002, 9:34:42AM
program t o read G S t i p data from DAW and w r i t e Opus f i l e - - i & 3 r c program d t r a n s f
---
- C
- C
' . C 10
C e
-
- C
C -
- C
C 101 -
character(LEN-50) : : f i f e i n , o u t f i l e real , dimension (100) : : t w , d w read i n p u t f i l s name w r i t e ( * , * ) I E n t e r name of r a w data f i l e : ' read(*,' ( a ) ' ) f i l e i n open (3, fLle=fLle tn , status='old') read o u t p u t f i l e name
r e a d ( * , ' (a) ' ) outfile open ( 6 , f i l e = o u t f i l e , s t a t u s = ' unknown ' 1
i = l read(3,lOl) i y r n , j d a n , i h r n , iminn, dmmn I c a l l monday( jdan , mons, ids, i y r n ) idp = ids j d s = j d a n dmms = drnrnn
c o n t i n u e c a l l monday( jdan , mons, ids , i y r n ) t w ( i ) = ih rn*60 + iminn + l $$O*( jdan- jds ) dw(i) = dmmn i y r o = i y r n j d a o = jdan
entec n a m e of f i l e t o create:
z
i h r o = i h r n i r n h = iminn
&mu = dmmn I
rerad(3,101,err=98, end=99) i y r n , j dan , i h r n , iminn, dmmn
if( (dmmn - dmmo) .It. 0.0001 .or. i y r n .gt. iyro) then wrfte event midn = j d a o - jds n = i
w r i t e ( 6 , 2 0 1 ) i y r o , mons, idp, n, midn, t d e p w r i t e ( 6 , 2 0 2 ) ( d w ( i ) , t w (i) , i=l, n ) I
j d s = j d a n idg = ids m - s = m n i = l
i = i t l
tdep = dmmo - dmms
e b e
end i f go to 10
format(2x,i4,i4,2i3,f7.1)
35 -
File: D:\OPusZ\SplitW\dtransf.for 8/26/2002, 9:34:42AM - -
201 format (4x,I4,4x, 12, 12,18,18, f8.2) 202 format(5(f8.2,f8.1)) - 98 continue -
99 w r i t e ( * , * ) ' f i n i s h e d i n p u t f i l e ' - 199 continue -
- write(*,*) ' error end ' go to 199
close (3) close 16) -
- c----.-------------------------------------------------------------------
C Finds Month, Day of Month, and Year, g i v e n date i n GGG format, where - - SUBROUTINE MONDAY (jDATE,MON, DAY, YEAR)
C
GGG is gregorian day - INTEGER :: jDATE, DAY, MON, MOM, M, YEAR integer,dimension(l3) ;; CAL = (/31,6Q,91,121,152,182,213,244,2~4,-
iE 3 0 5 , 3 3 5 , 3 6 6 , 0 / ) -
IF(jDATE .LE. 0) Then - MON =13 -
JDAY = MOD(]DATE, 1000) - jday = jdate -
ADD DAY TO GET IN CORRECT PHASE WITH CAL(M) FOR NON-LEAP YEARS: - IF(JDAY .GE. CAL(2) .AND. MOD(YEAR,4) .GT. 0 ) JDAY = JDAY+l - f f (JI3AY .gt. 3 6 6 ) Then
- CALIMON) IS THE JULIAN DAY OF LAST DAY OF MONTH ON LEAPYEARS
- RETURN Else
YEAR = jDATE/1000
- YEAR = YEAR -k 1 JDAY = JDAY-366 -
End If -
M = M + 1 -
M = l Do While (JDAY .gt. CAL(M) )
End Do M =13 MON = M - MOM = MON - 1 IF(M0N .LE. 1) THEN
ELSE -
END IF RETURN -
-
-
- - DAY = JDAY
DAY = JDAY-CALIMOM) -.
End If - END
-
39
-- I-
-- -I
-- I-
--
File: C:\Applications\OPus2\SplitW\transpdm~.for 10/18/2002, 11:10:14A
C this program reads USGS quarterly daily tmax and tmin files C and writes daily max and min temps in Opus format on a file C whose name is specified. C
program ymdrnxmn C
character(LEN=50) :: opusfil, qfilmin, qfilmax, blank50,
character (LEN=20) : : film, filmn integer :: nsite, lumax, lumin, lunout
blank50 = 1
write(*, ' ( ' I Enter name for OPUS actdat file to create: " ) ' 1 read(*, ' (a) ' 1 opusfil lunout = 8 open(8,file=opusfil,status='unknown*,err=998) write(*, ' ( " read(*,*) nsite write (8,921 nsite
write(*,91)
read(*, (a) ' 1 filist open(7,file=filist,status='old1,err=998)
I -
& filist
C
Which Met site do you wish to compile?: " 1 ' 1
C
91 Format(' Enter filename for list of files to process: ' 1
C 91 format(' Enter name of the next quarterly TdMX file to use:' C & / ' ' 1 C 93 format(' Enter name of the corresponding TdMN file to use:' C c / ' ' )
92 format ("mm/dd/YY met site ",i2) 1 continue
read(7, ' (a) ' ) qfilmax if(qfi1max .eq. blank50) go to 999 open(4,file=qfilmax,status='old',err=998) film = trim(qfi1max) lumax = 4
read(7, (a) ' 1 qfilmin if(qfi1min .eq. blank50) go to 999 open(3,file=qfilmin,status='o1d1,er~=998) filmn = trim(qfi1mi.n) lumin = 3 call reader (lumax, lumin, nsite, lunout, filmx, filmn) close (3) close ( 4 ) go to 1
C
C 998 stop ' error opening input file ' 99!3 write (*, ( ' I end specified " 1 ' )
close ( 7 ) end
C
C subroutine reader (lmax, lmin, nsite, l o u t , filmx, filmn) character (len=l) : : first
41
ll:10:14k le: C:\Applications\OPus2\SplitW\transpdmx.for - 10/18/2002,
character(LEN=4) :: site = ' S I T E ' , dsite character (LEX=lO) : : chdate character(LEN=20) :: film, film
integer :: nsite, jsite, nrow, ldate, jdate, jd, jm, jy, mdate, character(LEN=5) :: chour -
& lmax, lmin I real :: th, tmin, tmax 6
1 - linek = 0 do while ( .true. ) read(lmax, ' (al) ' ) first linek = linek + 1 - if(1inek .gt. 5. and. first .eq. '1') exi
,x.T data end do
t ! found first line of -
I backspace (lmax)
do while (.true.) read (lmin, ' (al) ' ) first linek = linek + 1 if(1inek .gt. 5. and. first .eq. '1') exit ! found first line of
minT data end do backspace (lmin) jsite = 0
do while(jsite .ne. nsite) . . read (lmin, *, end=96) nrow, tmin, chdate, chour, dsi . _ .
C & nrow, chdate, chour, dsite, jsite
C end do
jsite = 0 do while(jsite .ne. nsite) read(lmax, *, end=97) nrow, tmax, chdate, chour, dsite, jsite
C C & nrow, chdate, chour, dsite, jsite
C found first line of site, each file
write (lout, ' (15, lx, a10, lx, a5, lx, a4,iZ) ' )
end do
read(chdate,49) jm, jd, jy mdate = 1000000*jm + 10000*jd + jy write (lout, 48) mdate, tmin, tmax ! , m i s s
49 format (i2,lx,i2,lx,i4)
1 continue 1 C jdate = jd + 100*jm + lOOOO*jy C do while (jsite .eq. nsite)
read (lmin, * ) nrow, tmin, chdate, chour, dsite, jsite read (lmax, * ) nrow, tmax, chdate, chour, dsite, jsite if (jsite .eq. nsite) then read(chdate.49) im, id, i v mdate = 1 write (lou
File: C:\Applications\OPus2\SplitW\transpohr.for 10/18/2002, 3:22:llPM - C this program reads USGS quarterly hourly temperature files C arid writes daily max and min temps in Opus format on a files C whose name is specified. C
program yuccahr C
character (LEN=50) : : opusfil, qfilen, blank50, filist character(LEN=20) :: fname integer :: nsite, lunin, lunout
C blank50 = ' I
write(*, ' (I' Enter name for OPUS actdat file to create: " ) I ) - read(*, I (a) ' ) opusfil lunout = 8 open(8,file=opusfil,status='unknown',err=998) - write(*, ' ( " Which Met site do you wish to compile?: 'I) ' ) read (*, * ) nsite - write(8,92) nsite
write (*, 91) read(*, (a) ' ) filist open(3,file=filist,status='old',err=998) -
--
- C
91 format(' Enter name list of quarterly USGS data files to use:'
92 format ("mm/dd/YY met site ", i2, t76, "missing") & / I ' 1
1 continue C write (*, 91)
read(3, ' (a) ' ) qfilen if(qfi1en .eq. blank501 go to 999 o p e n ( 4 , f i l e = q f i l e n , s t a t u s = " , e r r = 9 9 8 ) lunin = 4 call reader(lunin,nsite,lunout, fname) close (4) go to 1
C 998 stop I error opening input file 999 write (*, ( " end specified 'I) ' )
end C
C subroutine reader (lin, nsite, lout, fname) character(len=l) :: first character(LEN=4) :: site = 'SITE', dsite character (LEN=lO) : : chdate character (LEN=20) : : fname character (LEN=5) : : chour integer :: nsite, jsite, nrow, ldate, jdate, jd, jm, jy, mdate real :: th, tmin, tmax
C do while (.true. ) read(lin, ' (al) I ) first if(first .eq. '1') exit ! found first line of data
end do backspace (lin)
Page :
jsite = 0
C C
C
49
C 1
C
do while (jsite .ne. nsite) read (lin, *, end=95) nrow, th, chdate, chour, dsite, jsite write (lout, ' (15, lx, a10, lx, a5, lx, a4, i2 1 '
& nrow, chdate, chour, dsite, jsite end do
read(chdate,49) jm, jd, jy format (i2, lx, i2,lx,i4) jdate = jd + 100*jm + lOOOO*jy continue ldate = jdate
tmin = max (th, 999. ) ! initialize tmax = min(th,-999.) m i s s = 0 do while (jsite .eq. nsite)
found first line of site
backspace (lin)
if(th .gt. 9998.) th = 999.
read (lin, *, end=96) nrow, th, chdate, chour, dsite, jsite read(chdate,49) im, id, jy jdate = id + 100*im + lOOOO*jy if (jdate .eq. ldate ) then
if(th .It. 999.) then if(tmax .It. th) tmax = th if (tmin .gt. th) tmin = th
m i s s = m i s s + 1 else
end if
mdate = 1000000*jm + 10000*jd + jy write (lout, 48) mdate, tmin, tmax, miss jm = im jd = id if(jsite .eq. nsite) go to 1
else
end if end do
48 format lBZ. 18.48x.2f8.1. 6x- i 31
95 continue write (lout, 195) nsite, fname
return 96 continue
mdate = 1000000*jm + 10000*jd + jy
195 format(' site',i2,' data not found in file ',azo)
writellout.48) mdate. t m i n - t m a x - m i s s 1 i n pa-,= - i t a i c > a c t in 1 4
end 4
1
45 I
program yuccaHUM
character(LEN=50) :: opusfil, qfilen, filist, blank50 character(LEN=256) :: message integer :: nsite, lunin, lunout, listu
blank50 = ' write(*, I ('I Enter name for file to create: " ) I )
read(*, (a) I ) opusfil lunout = 8 open(8 , f i le=opusf i l , s ta tus= 'unknown' ,e r r=998) write (*, ' ( " Which Met site do you wish to compile?: 'I) ' ) read (*, * ) nsite write (8,921 nsite
write (*, 91) read(*, ' (a) ' 1 filist write(*, ' (2x,a50) ' ) filist o p e n ( 3 , f i l e = f i l i s t , s t a t u s = " , i o s t a t = i e r r )
91 format(' Enter name of sequential list of quarterly
92 format ( " mm/dd/YY met site ", i2, t28, "missing") & / ' USGS data filenames: ' )
1 continue read(3, (a) I ) qfilen if(qfi1en .eq. blank50) go to 999 o p e n ( 4 , f i l e = q f i l e n , s t a t u s = " , e r r = 9 9 8 ) lunin = 4 call reader(lunin,nsite,lunout,q€ilen) close ( 4 )
998 stop error opening input file ' 999 write (*, ' ( " end specified ' I ) ' )
c _______________-__________L_____________------__-_
subroutine reader (lin, nsite, lout, fname) character(len=l) :: first character(LEN=4) :: site = 'SITE', dsite character(LEN=lO) :: chdate character(LEN=50) :: fname character(LEN=20) :: tfname character(LEN=5) :: chour integer :: nsite, jsite, nrow, ldate, jdate, jd, jm, jy, mdate real :: th, tmin, tmax
linek = 0 do while ( .true. ) read(lin, ' (al) I ) first linek = linek + 1
if(1inek .gt. 6 .and. first .eq. '1') exit ! found first line of R data $-+- end do
backspace (lin)
jsite = 0 do while(jsite .ne. nsite) read(lin, *,end=97) nrow, th, chdate, chour, dsite, jsite write(lout, (I5,lx,a10,lx,a5,lx,a4,i2) I )
& nrow, chdate, chour, dsite, jsite end do
read(chdate,49) jm, jd, jy
jdate = jd + 100*jm + lOOOO*jy if(th .It. 999.) then
found first line of site
49 format (i2, lx, i2,lx,i4)
nh = 1 sumh = th miss = 0
nh = 0 sumh = 0. miss = 1
end if 1 continue ldate = jdate if(th .gt. 9998.) th = 999. tmin = max (th, 999. ) ! initialize tmax = min(th,-999.)
do while (jsite .eq. nsite) read (lin, * ) nrow, th, chdate, chour, dsite, jsite read(chdate,49) im, id, jy jdate = id + 100*im + lOOOO*jy if (jdate . eq. ldate) then if(th .It. 999.) then nh = nh + 1 sumH = sumh + th miss = m i s s + 1
else
end if
if(nh .ge. 1) then
else
end if mdate = lOOOOOO*jm + 10000*jd + jy write (lout, 48) mdate, avrh, miss jm = im jd = id if(th .It. 999.) then
avrh = sumH/real (nh, 4)
avrh = 9999.
nh = 1 sumh = th miss = 0
- -"I_" -__I-. ~
File: Edit2 9/18/2003, 10:09:29PM - "_ - -
...................................... ~
* IDCR IPER PLAI DDEM DDMX PDRYM POTY RDP PLIG RLIG DesBrush 5 . 3 0 14.5 2343. 2000. 10. 1000.0 0.15 0.10 * POTHT PPCV TGBM TGOP CONVF DEACT COVI DMINIT PST HPC
* CONY CFXN PNO PNF DKC PNRAT x x 0.018 0.0 0.02 0.012 3.00 0.25
* IDCR IPER PLAI DDEM DDMX PDRYM POTY RDP PLIG RLIG __ CoolGrss 3 1-50 80. 1100. 2000. 10. 300.0 0.15 0.10
* POTHT PPCV TGBM TGOP CONVF DEACT COVI DMINIT PST HPC
* CONY CFXN PNO PNF DKC PNRAT 0.018 0.0 0.02 0.012 3.00 0.25
* IDCR IPER PLAI DDEM DDMX PDRYM POTY RDP PLIG RLIG _ _ WarmGrss 3 1.50 550. 1400. 2000. 10. 300.0 0.15 0.10
* POTHT PPCV TGBM TGOP CONVF DEACT COVI DMINIT PST HPC
.6 0.17 -1.0 22.0 1.0 0.01 0.1 0.0 0 .
- .3 0.30 0.5 16.0 8.0 0.02 0.0 0.0 0.
. 3 0.30 8.0 21.0 8.0 0.02 0.0 0.0 0. * cony CFXN PNO PNF DKC PNRAT 0.018 0.0 0.02 0.012 3.00 0.25
--_ x - "~II --.x .-"I
~. ~ - -- ~ ~ " - ~ - ~ _ I - - . ~ ~ ~ _ _
i
51
. . . . . . . . . . . ~ . . . . . . . " _ .. ... - ....... . . . . . . . . . . . ."_x "~".-Ix ~
. . . . . 1_ I ..................................... . . . . . . . . . -._..I .... . __-_ . ,..-I.__ ..x-...... ....-_I -I-. .
-I-
--__ --I_
-_I
53 .' ............................................ , .a __I" .. ................................................... . ~ - " . _ .
advance of flow on steady infiltrating surface 2*10"
0
\ *\ (theoretical shock arrival at 26.7 min) +,
t---t 22 min.: first flow at end 0-0 26 minutes 4-4 steady flow pattern
I I I I
20 40 60 80 1
distance, m 0
it-
, *.
I
2-
L , -,
.
0
Depth, mm
. P
18 0
3
;cI
5
Q
-. -
I U
I
I I
P
A
in 1
50 L Infiltration model in KINEROS2
j 4 0 t \
0-Q KINEROSZ results I I I I I
2 4 6 8 I O Mean Iover time step, mm
7 d r ' f i - 4 fn* Q. so.
-- I
Simulated weather for Monsoonal Climate Brush plus Warm and Cool Season Grasses
-- -- -- -- -- -II_.
-- -- -- -- I-
-- -- -..-
1-
I-
- - - - ~
---
$q. E/o2 Simulated weather for Monsoonal Climate Brush plus Warm and Cool Season Grasses -- E 12
e
2
r a
0 - 10
P v)
([J
.- . i i -
.-
L
- 191 6-1 0-01
Simulated weather for Monsoonal Climate Brush plus Warm and Cool Season Grasses
2! '
0 1 91 5-07-01 1 9 1 5- 1 0-01 1 91 6-01 -01 1 91 6-04-01 1 91 6-07-01 1 91 6- 1 0-01
Date
................ .....
- c--. ...................... -a,-"- ............ .-I_,- . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
02 ............. " " ~ - ~ ~ 0 ~ . - ~ ~ ~ - - - " ~ . ~ ~ ~ . 2 7 _.-_ C L Z I-....." "*Q" ............. me"" ...... "_I" .. ..... "_
............... -- .."+-"I--.. ........ .......... I - 79 . J&.%??-. ....... 3.9. 1390. ...................
. . ........... ......---...--...---.....I-.
............ ..._I ..... --.....-..r_.-^-II.- ..... ".l.-. ........... _...--..-".~.-I-_--. .. ._...I_ ......... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
....... :-ACG.--..-% 0'3 21 -_ ....... $.\.e 2!2~.%2 ._,I_ x_.__ G.0 ............. . . ..
...... . .......
............ ...... ....
........... "--I----~ ........ ... -- ............... .......................... ....
........... XI. . .... -2%!-fi-?5.--&L ... ... .-I._ _2f)..6.127_. . -. ...... 1.5-6 .... 7.W ......... ... ___.
......... .- . ~. ......... 2 1 1 . 0 3 .. ................ .........
.. ._I_.,- . ..... .. ..... ...................... - ................... ........
. . -. .. . AVC,Zl- 22 --I_- Z-!:%%-_. --__- LKA8-J _...2! 7, ........... .............. .
......... _-_I .. .---.--_.I I..--."__ .... -0 :S? ..... - ........... "-2 .......... ( ( 8 P ................. ......... . _"_I
- 0
.. .... _._ .I%"G!-..". 1672-29- ..... .-..Iz.s . . . . . 7629 ...................... - ...... ....... ... .. . . . . . . . ---. 12.52.. 2 0 . . " I 1 0 0 ...... . .....
0 . G (
. .. ........ I-.... - ...... - . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .............
................................... . ~ ~ ! / ~ 2 - - 2 ~ - - ~ - " " ~ - 1 - ~ 6 % _."-.-lst2-w~-,- ""713 . 429 .... ..................
. . . . . . . . . . . . . . . . . . ."""_)lll ......................... 4.53 207.JZ .......... .6 0 r3oo . . . . . . . . . . . . . . . . .:.. ............. . . . . . I ..... -%.!.!.. cs-. . . . . . . . . . . . . . . . . . .......... .
- . . . . . . . . . . . . . . . . . . .
............. I.,. ................................... ..... ... "___ . . . . . . . . . . . . . . . . . . . . . . . . .
200
E E
Monthly seepage, monsoonal climate at Split Wash 10 yr sample, 300mm soil
I I I I I I I I I
[ I monthly precip 0-0 monthly seepage
1915 1916 1917 1918 1919 1920 1921 1922 1923 1924 Month
C:\Applications\OPus2\SplitW\Spl30di OyLseep.draw
0.2 Q) .. U $ 0.18 Y
i= 0 2 0.16 Q) (0
3 0.14 )r
5
E
CI
- g 0.12
C ' (0 0.1 s
monthly mean rootzone water content Opus2 simulation, monsoonal climate, 300mm soil, Split Wash
I I I I I I I I I
e
e e e e e
600
500
400
300
200
I 00
n
3
Cumulative Seepage effected by upper soil depth 10 yr Opus2 simulation of monsoonal climate at Split Wash
t I I I I I I I I 1 c - 120mm upper soil
" 1915 1916 1917 1918 1919 1920 1921 1922 19231924 Date
C:\Applbcations\OPus2\SplitW\SpRNLSeepI Ocum.draw
250
200
1 50
100
50
0
Cumulative Runoff varying with upper soil depth 10 simulation of monsoonal climate, split Wash
- 120mm soil ----. 300mm soil .-.- 500mm soil
I--
/- -1
J-c-
' . " ~ ~ ' ~ " ' ' ~ ~ " ' ' ~ ~ ' ~ ~ " . ' ~ ' ~ ' ' ' ~ ' 1916 1917 1918 1919 1920 1921 1922 1923 1924
Date
CV\ppliitions\OPus2\SpliplWLROcum 1 Oy.dmw
.. . . ,, . . .. . . . , .. . . . . . . . .." ." " .......... ." - ... . "
. .. , , . . . - ..- ..-,--- -. - . .. - - .- ..I._x_ ~ . ,"". , , . .. " .. . ~ . ." ".-- , . "_ " . . .. . . .
C
C
-~
C program for converting tipping bucket data to Opus format
C program tipover
real,dimension(900) :: cumt, cumrd integer I: im,id, iyr, nhr, nmin, nsec, nelaps, nzr = 0 character(LEN=601 :: tipfile, outfile write(*,*) ' Transform tip data to cum. pairs: write ( * , 101)
101 format(" Enter filename of tip data: " ) Kead(*,'(a)') tipfile open(3 , f i l e= t ip f i l e , s t a tus= 'o ld ' , e r r=991)
write(*,102)
read(*,'[a)') outfile open(7,file=outfile,status='unknown',err=992)
call skipl(3)
nwr = nzr nelaps = 0 bkptot = 0. stmtot = 0. add = 0. rate = 0. do while (.true.) onlaps = nelaps l y r = iyr ratel = rate read(3,105,end=99) rate, irn,id,iyr, nhr,nmin,nsec, nelaps
102 format(" Enter filename for output: ' I )
103 format(" Enter averaging relative diff ( 0 to'-0.05): " )
write (7,501 ) nhr, nmin, nsec c* .. C 501 forrnat(Sx,iZ, ': ', i2, ' : ', i2) C nelaps is elapsed seconds since last tip. C rate is in mm/h
if(nhr .eq. -9) cycle if(ne1aps .eq. 0 .or. nelaps .gt. 18000) then if(ibp .ge. 2 ) then ! write record write(7,204) iyr, jm, jd, ibp,nwr,stmtot write(7,ZOS) (cumrd(i),cumt(i),i=l,ibp) bkptot = cumrd(ibp) ibp = 0
end if nwr = nzr if(iyr .gt. lyrl bkptot = 0. !start cumulating at beg. of yr. btime = 0. add = 0. stmtot = 0. if(ne1aps .eq. 0 ) cycle
end if ptime = btime btime = ftime(nhr,nmin,nsec) + add if(btime .It. ptime) then add = add t 1440. btime = btime + 1440. nwr = nwr + 1
end if elapm = real(nelaps,4)/60. ! elapsed time in min. if(ne1aps .gt. 18000) then ! dummy up a start time and rate elapm = 120. ! = 2 hrs (in minutes) arbitrary deld = rate*2. ! added last tip if(de1d .le. . 0 8 ) then
deld = 0.105 ! small rates are reported as 0. and must be revised rate = deld/2.
end if ot = btime - elapm ]d = id ]m = im
-~
stop ' end of input file found'
stop ' unable to open input tipfile stop unable to open Out file '
991 continue
992 continue
993 continue 105 format (tll,f6.0,t54, i2,lx,i2,lx,i4,t71,3(i2,1x 202 format(4x,"interval apparent"/
h sec vol (m)") 203 format (t5,16, t20, f6.4) 204 format (t5,14,t13,212,218,T36, f5.2) ! bkpt 205 format(5(f8.2,f8.1)) ! bkpt
end
subroutine skipl(nu). ! gets past heading info in file nu integer :: nu character(LEN=l) :: cha do while (.true.)
read(nu,'la)') cha if(cha .ne. ' * I ) then
c----------------------------------------------------------------------
backspace nu return
end if end do stop ' end of record in skip1 ' end
function f time (nh, nm, ns ) integer : : nh, nm, ns real :: ftirne ftime = real(nh,4)*60. + real(nm,4) + real(ns/60.,4) return end
C-----------------------------------------------------------------------
, t88, i7 )
rain header line rain pair line
Opus2 simulated seepage, Split Wash I O yrs recorded data, 300mm soil w. desert brush
1-1 monthly precip 0-0 seepage at 1OOOmm n
987 1988 1989 1990 '1991 1992 1993 1994 1995 19% Month
0.2
0.05
Simulated monthly rootzone water content Opus2 model, 300mm upper soil depth, Split Wash
I I I I I I I I I
1987 1988 1989 1990 1991 1992 1993 1994 1995
Month
Seepage effected by upper soil depth Opus2 simulation of 1 Oyr recorded climate, Split Wash
.-.-.-.-.-.
- 120mm upper soil ----. 300mm upper soil
500mm upper soil ai U) [o
a> cn 300
r- /------,
., .
y
k
78 I
Cumulative runoff for different soil depths Opus2 simulation, current climate, SDlit Wash
I t
120mm soil depth ---I. 300mm soil depth .-.- 500mm soil depth
-
1 I r-----*
f----' I ! I I
_ _ - Month / Year
-___I_
I
79
E 300 I E I
I I I
L.
0
B s
I 1 I I I I I
IO0 120 60 80 20 40 0
Months Effect of Soil Depth on Surface Runofc OPUS Element 23. Monsoon Climate. No Ks Variation
Fde C I USW 04 I OPUS-KWEROS I SMmC-OPUS3 I OPUSRO3 POW daw 9 - 36 -04
600 I I
I I I
I ----;- I I-
, I I
20 40 0 ~-
Month
Effect of Soil Depth and Soil Conductivity _. on Seepage EIement 23, Monsoon Climate, No Seasonal Variation of Ks
subroutine soil-set-ksv ( iel, jday )
sets kbar for first layer and second based on time of year
integer :: jday, dtd, iel real :: fvm
sdat => soilreads(ie1)
fvm = 1.0 - sdat%kshift select case (jday ) case (1:120)
case (121:181) fvk = 1.0
dtd = jday - 120 fvk = 1.0 - real(dtd,4)/61.0 * sdat%kshift
case (182: 304 )
case (305: 366) fvk = fvm
dtd = jday - 304 fvk = fvm + real(dtd,4)/62. * sdat%kshift
end select end subroutine soil-set-ksv
ADDITIONAL INFORMATION FOR SCIENTIFIC NOTEBOOK NO. 473
Data Sensitivity:
Document Date: I 9 I wi I a m
21 0.522.5054 M“Non-Sensitive” Sensitive o”Non-Sensitive - Copyright” Sensitive - Copyright
Availability : Southwest Research Institute@ Center for Nuclear Waste Regulatory Analyses 6220 Culebra Road
Contact: -7
runs, etc.) I J
ADDITIONAL INFORMATION FOR SCIENTIFIC NOTEBOOK NO. 473
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‘1 I aci 1 LOO i Southwest Research Institute@ Center for Nuclear Waste Regulatory Analyses 6220 Culebra Road San Antonio, Texas 78228 Southwest Research Institute@ Center for Nuclear Waste Regulatory Analyses 6220 Culebra Road San Antonio, TX 78228-51 66 Attn.: Director of Administration 21 0.522.5054
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ADDITIONAL INFORMATION FOR SCIENTIFIC NOTEBOOK NO. 473
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Southwest Research Institute@ Center for Nuclear Waste Regulatory Analyses 6220 Culebra Road San Antonio. Texas 78228 Southwest Research Institute@ Center for Nuclear Waste Regulatory Analyses 6220 Culebra Road San Antonio, TX 78228-51 66 Attn.: Director of Administration 21 0.522.5054
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