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others.f90
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!
! others.f90
! MarsInversion
!
! Created by fuji on 04/12/2019.
! Copyright 2019 nfuji. All rights reserved.
!
subroutine pinput
use parameters
use angles
implicit none
character(200) :: argv
integer :: argc
character(200) :: tmpfile,metafile
character(200) :: obsfile
character(200) :: dummy
real(kind(0d0)) :: fdummy,fdummy2,phirq
!integer, external :: getpid
integer :: iloop,it,icheck,jloop,iFind
!character(200) :: commandline
character(200) :: paramName
call getarg(1,argv)
metafile=argv
call getarg(2,argv)
workingDir=argv
call getarg(3,argv)
resultDir=argv
call getarg(4,argv)
inversionName=argv
argc=iargc()
dummy = 'mkdir -p '//trim(resultDir)
call system(dummy)
if(argc.ne.4) then
print *, "you need <metafile> <working directory> <result directory> <inversion name>"
print *, "cheers"
stop
endif
!write(tmpfile,"(Z5.5)") getpid()
!tmpfile='tmpfileMarsInversion'//tmpfile
tmpfile='tmpfileMarsInversion'
open(unit=5,file=metafile,status='unknown')
open(unit=1,file=tmpfile,status='unknown')
100 continue
read(5,110) dummy
110 format(a200)
if(dummy(1:1).eq.'#') goto 100
if(dummy(1:3).eq.'end') goto 120
write(1,110) dummy
goto 100
120 continue
close(1)
close(5)
!open(unit=1,file=tmpfile,status='unknown')
calculMode=0
nmt=6
!read(1,110) dummy ! This dummy string determines i) test mode, ii) Alice normal, or iii) versionSGT mode
paramName="calculMode"
call searchForParams(tmpfile,paramName,dummy,0)
print *, "calculMode is ", dummy
if((dummy(1:10).eq.'versionSGT').or.(dummy(1:10).eq.'monitoring') &
.or.(dummy(1:12).eq.'lightMonitor').or.(dummy(1:12).eq.'heavyMonitor').or.(dummy(1:9).eq.'synthetic')) then
!close(1)
if(dummy(1:10).eq.'versionSGT') calculMode=2
if(dummy(1:10).eq.'monitoring') calculMode=3
if(dummy(1:12).eq.'lightMonitor') calculMode=4
if(dummy(1:12).eq.'heavyMonitor') calculMode=5
if(dummy(1:9).eq.'synthetic') calculMode=10
paramName="inversionMode"
inversionMode="6components"
call searchForParamsOption(tmpfile,paramName,inversionMode,0,iFind)
print *, "inversionMode = ", inversionMode
if(calculMode.eq.10) then
Mij_synthetic=0.d0
Mij_synthetic(1)=1.d0 ! Mrr activated
paramName="momentTensor"
call searchForParamsOption(tmpfile,paramName,dummy,1,iFind)
if(iFind.eq.1) read(dummy,*) Mij_synthetic(1:6)
if(iFind.ne.1) print *, "Since you did not precise Mij, we chose 1 0 0 0 0 0"
print *, "momentTensor", Mij_synthetic
dummy = 'mkdir -p '//trim(workingDir)
call system(dummy)
endif
nmt=6
if(calculMode.eq.5) then
print *, "are you sure that you are using MPI version?"
paramName='toleranceDistance'
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) toleranceDistance
endif
ZRTorZNE="ZRT" ! ZRT is used unless ZNE is explicitly defined
paramName="ZRTorZNE"
call searchForParamsOption(tmpfile,paramName,ZRTorZNE,0,iFind)
print *, "ZRTorZNE is ", ZRTorZNE
paramName="SGTinfo"
call searchForParams(tmpfile,paramName,SGTinfo,0)
print *, "SGTinfo is ", SGTinfo
paramName="parentDir"
call searchForParams(tmpfile,paramName,parentDir,0)
print *, "parentDir is ", parentDir
paramName="eventName"
call searchForParams(tmpfile,paramName,eventName,0)
print *, "eventName is ", trim(eventName)
paramName="stationName"
call searchForParams(tmpfile,paramName,stationName,0)
print *, "stationName is ", stationName
paramName="stlalo"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy, *) stla, stlo
print *, "stla is ", stla, " and stlo is", stlo
rlat=stla
rlon=stlo
paramName="searchAreaDistance"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) gcarcmin,gcarcmax,dgcarc
print *, "gcarc min, max and interval are: ", gcarcmin,gcarcmax,dgcarc
ntheta = int((gcarcmax-gcarcmin)/dgcarc)+1
allocate(gcarc(1:ntheta))
allocate(ithetaD(1:ntheta))
do iloop=1,ntheta
gcarc(iloop) = gcarcmin + dble(iloop-1)*dgcarc
enddo
paramName="searchAreaAzimuth"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) azimuthmin,azimuthmax,dazimuth
print *, "azimuth min, max and interval are: ", azimuthmin,azimuthmax,dazimuth
nphi = int((azimuthmax-azimuthmin)/dazimuth)+1
allocate(azimuth(1:nphi))
do iloop=1,nphi
azimuth(iloop) = azimuthmin + dble(iloop-1)*dazimuth
enddo
paramName="searchAreaRadius"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) radiusmin,radiusmax,dradius
print *, "source radius min, max and interval are: ", radiusmin,radiusmax,dradius
nr = int((radiusmax-radiusmin)/dradius)+1
allocate(radius(1:nr))
allocate(iradiusD(1:nr))
do iloop=1,nr
radius(iloop) = radiusmin + dble(iloop-1)*dradius
enddo
paramName="dt"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) dt
print *, "dt is ", dt, "(s)"
samplingHz=1.d0/dt
!paramName="tlenDSM"
!call searchForParams(tmpfile,paramName,dummy,1)
!read(dummy,*) tlenDSM
!print *, "tlen in DSM synthetic is ", tlenDSM, " (s)"
!npDSM=int(tlenDSM/dt)
!print *, " thus npDSM is ", npDSM
paramName="tlenData"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) tlenData
npData = int(tlenData/dt)
print *, "tlenData is ", tlenData, " (s) and thus npData is ", npData
paramName="movingWindowStep"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) movingWindowStep
print *, "movingWindowStep for each MT inversion is ", movingWindowStep, " (s)"
ntStep=int(movingWindowStep/dt)
print *, " thus npStep is ", ntStep
paramName="npButterworth"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) npButterworth
paramName="fmin"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) fmin
paramName="fmax"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) fmax
print *, "Butterworth parameters (npButterworth, fmin, fmax) are:"
print *, " ", npButterworth, fmin, fmax
paramName="effectiveSynWindow"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) start, end
print *, "effective DSM synthetic window is from ", start, " (s) to ", end, " (s)"
paramName="numberofSynWindows"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) ntwin
allocate(twin(1:4,1:ntwin))
allocate(itwin(1:4,1:ntwin))
do iloop=1,ntwin
write(paramName,*) iloop
paramName="synWindow"//trim(adjustl(paramName))
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) twin(1,iloop),twin(2,iloop),twin(3,iloop),twin(4,iloop)
print *, iloop,"-th window in syn is characterised by:", &
twin(1,iloop),twin(2,iloop),twin(3,iloop),twin(4,iloop)
enddo
itwin=int(twin/dt)
allocate(obsRaw(0:npData,1:3))
allocate(obsFilt(0:npData,1:3))
allocate(obsFiltTapered(0:npData,1:3))
if(calculMode.ne.10) then
paramName="obsZfile"
call searchForParams(tmpfile,paramName,obsfile,0)
obsfile=trim(workingDir)//"/"//trim(obsfile)
print *, "Reading obsZfile: ", obsfile
open(unit=10,file=obsfile,status='unknown')
do it=0,npData
read(10,*) obsRaw(it,1)
enddo
paramName="obsNfile"
call searchForParams(tmpfile,paramName,obsfile,0)
obsfile=trim(workingDir)//"/"//trim(obsfile)
print *, "Reading obsNfile: ", obsfile
open(unit=10,file=obsfile,status='unknown')
do it=0,npData
read(10,*) obsRaw(it,2)
enddo
paramName="obsEfile"
call searchForParams(tmpfile,paramName,obsfile,0)
obsfile=trim(workingDir)//"/"//trim(obsfile)
print *, "Reading obsEfile: ", obsfile
open(unit=10,file=obsfile,status='unknown')
do it=0,npData
read(10,*) obsRaw(it,3)
enddo
paramName="numberofObsWindows"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) ntwinObs
paramName="obsMovingWindowOption"
call searchForParams(tmpfile,paramName,dummy,0)
if(dummy(1:5).eq.'fixed') then
NmovingWindowDimension=1
elseif(dummy(1:).eq.'independent') then
NmovingWindowDimension=ntwinObs
endif
print *, "the number of Obs Windows is ", ntwinObs, " and the dimension is ", &
NmovingWindowDimension, " since you chose the ", trim(dummy), " option."
if((calculMode.eq.3).and.(NmovingWindowDimension.ne.1)) then
print *, "monitoring mode is not supporting independent window shifting"
stop
endif
if((calculMode.eq.4).and.(NmovingWindowDimension.ne.1)) then
print *, "light monitoring mode is not supporting independent window shifting"
stop
endif
if((calculMode.eq.5).and.(NmovingWindowDimension.ne.1)) then
print *, "heavy monitoring mode is not supporting independent window shifting"
stop
endif
allocate(twinObs(1:4,1:ntwinObs))
allocate(itwinObs(1:4,1:ntwinObs))
do iloop=1,ntwinObs
write(paramName,*) iloop
paramName="obsWindow"//trim(adjustl(paramName))
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) twinObs(1,iloop),twinObs(2,iloop),twinObs(3,iloop),twinObs(4,iloop)
print *, iloop,"-th window in obs is characterised by:", &
twinObs(1,iloop),twinObs(2,iloop),twinObs(3,iloop),twinObs(4,iloop)
enddo
itwinObs=int(twinObs/dt)
endif
!commandline = 'mkdir -p '//trim(parentDir)
!call system(commandline)
call pinputDSM(DSMconfFile,PoutputDir,psvmodel,&
modelname,tlenFull,rmin_,rmax_,rdelta_, &
r0min,r0max,r0delta,thetamin,thetamax,thetadelta, &
imin,imax,rsgtswitch,tsgtswitch, &
synnswitch,SGTinfo)
call readDSMconf(DSMconfFile,re,ratc,ratl,omegai,maxlmax)
! lsmoothfinder for FFT
np0=imax
call lsmoothfinder(tlenFull,np0,samplingHz,lsmooth)
iloop=1
do while (iloop<lsmooth)
iloop = iloop*2
enddo
lsmooth = iloop
iloop = 0
np1 = 1
do while (np1<np0)
np1 = np1*2
enddo
np1 = np1*lsmooth
! redefinition of samplingHz
samplingHz = dble(2*np1)/tlenFull
dtn = 1.d0/samplingHz
iWindowStart = int(start*samplingHz)
iWindowEnd = int(end*samplingHz)
call makingIndependentWindow
if(tlenFull<end) then
print *, "DSM tlen is ", tlenFull, "and you asked to take window up to ", end
print *, "it is impossible, sorry."
stop
endif
tmpfile='tmpReadPSVmodel'
call readpsvmodel(psvmodel,tmpfile)
INFO_TSGT = trim(parentDir)//"/INFO_TSGT.TXT"
INFO_RSGT = trim(parentDir)//"/INFO_RSGT.TXT"
rsampletxt = trim(parentDir)//"/rsample.txt"
modelcard = trim(parentDir)//"/"//trim(modelname)//".card"
!synnfile = trim(parentDir)//"/"//trim(stationName)//"."//trim(eventName)//"."//trim(compo)//"s.dat"
r_n = int((rmax_-rmin_)/rdelta_)+1
allocate(r_(1:r_n))
do iloop=1,r_n
r_(iloop) = rmin_ + dble(iloop-1)*rdelta_
enddo
theta_n = int((thetamax-thetamin)/thetadelta)+1
allocate(thetaD(1:theta_n))
do iloop=1,theta_n
thetaD(iloop) = thetamin + dble(iloop-1)*thetadelta
enddo
print *, "r, theta are discretised in ", r_n, theta_n, "pieces in DSM pre-calculation"
! check r(:) and r_(:) because we don't interpolate for depth
iradiusD=0
do iloop=1,nr
icheck=0
do jloop=1,r_n
if(dabs(r_(jloop)-radius(iloop))< 1.d-5*radius(iloop)) then
icheck=1
iradiusD(iloop)=jloop
endif
enddo
if(icheck.eq.0) then
print *, radius(iloop), "is not in the catalogue, sorry"
stop
endif
enddo
! check gcarc(:) and thetaD(:) because we don't interpolate for depth
ithetaD=0
do iloop=1,ntheta
icheck=0
do jloop=1,theta_n
if(dabs(thetaD(jloop)-gcarc(iloop))<1.d-5*gcarc(iloop)) then
icheck=1
ithetaD(iloop)=jloop
endif
enddo
if(icheck.eq.0) then
print *, gcarc(iloop), "is not in the catalogue, sorry"
stop
endif
enddo
allocate(latgeo(1:nphi,1:ntheta),longeo(1:nphi,1:ntheta))
allocate(crq(1:nphi,1:ntheta),crq2(1:nphi,1:ntheta))
allocate(srq(1:nphi,1:ntheta),srq2(1:nphi,1:ntheta))
allocate(cqr(1:nphi,1:ntheta),sqr(1:nphi,1:ntheta))
latgeo=0.d0
longeo=0.d0
do iloop=1,ntheta
do jloop=1,nphi
call geoCoordinates(stla*degree2radian,stlo*degree2radian, &
latgeo(jloop,iloop),longeo(jloop,iloop),azimuth(jloop)*degree2radian, &
fdummy,gcarc(iloop)*degree2radian) !!! geoCooridnates uses radian
enddo
enddo
latgeo=latgeo*radian2degree
longeo=longeo*radian2degree
print *, "InSight: ", stla, stlo
do iloop=1,ntheta
do jloop=1,nphi
!print *, gcarc(iloop),azimuth(jloop), latgeo(jloop,iloop),longeo(jloop,iloop)
!azimuth(jloop)=-azimuth(jloop)
call azimth(0,latgeo(jloop,iloop),longeo(jloop,iloop),stla,stlo,fdummy2,phirq,fdummy)
!print *, " inverse: ",fdummy2,phirq,fdummy
!print *, phirq,fdummy
phirq=pi-phirq*degree2radian
fdummy=fdummy*degree2radian
if(phirq.lt.0.d0) phirq=phirq+2.d0*pi
if(phirq.gt.(2.d0*pi)) phirq=phirq-2.d0*pi
crq(jloop,iloop)=dcos(phirq)
srq(jloop,iloop)=dsin(phirq)
crq2(jloop,iloop)=dcos(2.d0*phirq)
srq2(jloop,iloop)=dsin(2.d0*phirq)
cqr(jloop,iloop)=dcos(fdummy)
sqr(jloop,iloop)=dsin(fdummy)
enddo
enddo
! allocate SGTs, synthetics in frequency
allocate(omega(imin:imax))
do iloop = imin, imax
omega(iloop) = 2.d0*pi*dble(iloop)/tlenFull
enddo
!nConfiguration=r_n*theta_n*phi_n
nConfiguration=nr*ntheta*nphi
print *, "source locations to be tested (in r, theta, phi, total): "
print *, " ", nr,ntheta,nphi,nConfiguration
!elseif((dummy(1:6).eq.'normal').or.(dummy(1:4).eq.'test')) then
else
print *, "no more support for non RSGT methods. Sorry."
stop
endif
end subroutine pinput
subroutine azimth(ellips,slat,slon,rlat,rlon,delta,azim,bazim)
! This routine uses Euler angles to find the geocentric distance,
! azimuth, and back azimuth for a source-reciever pair.
!
! Input
!
! slat - source geographic latitude in decimal degrees
! slon - source longitude in decimal degrees
! rlat - reciever geographic latitude in decimal degrees
! rlon - reciever longitude in decimal degrees
!
! Output
!
! delta - geocentric source-reciever distance in decimal degrees of arc
! azim - geocentric azimuth from the source to the reciever
! bazim - geocentric back azimuth from the reciever to the source
!
! The distance calculated here delta is always between 0 and 180 degrees.
! Accordingly, the azimuth and back azimuth are defined for the minor
! arc between (slat,slon) and (rlat,rlon).
!
! if ellips = 0 then geocentric = geocentric
! because in NF version it is already taken into account so ellips should be 0 always
implicit none
real(kind(0d0)) :: dtor,e,slatra,slat,w,s,scolat,rlatra,rlat,rcolat,slonra,rlon,c2,s2,c1,s1,slatrc,x0,y0,z0,x1,y1,z1,x2,y2,z2,slon,rlonra,delta,azim,bazim,pi
real(kind(0d0)), parameter :: flt = 298.25d0
integer :: ellips
dtor=4.d0*datan(1.d0)/180.d0
pi=4.d0*datan(1.d0)
if(ellips.ne.0) then
e=1.d0/flt
else
e=0.d0
endif
! Convert to geocentric coordinates and from latitude to colatitude.
slatra=dtor*slat
w=dsin(slatra)
s=((2.d0-e)*w+4.d0*e*(w**3))*e*dcos(slatra)
!scolat=1.5707963d0-slatra+s
scolat=pi*5.d-1-slatra+s
rlatra=dtor*rlat
w=dsin(rlatra)
s=((2.d0-e)*w+4.d0*e*(w**3))*e*dcos(rlatra)
!rcolat=1.5707963d0-rlatra+s
rcolat=pi*5.d-1-rlatra+s
slonra=slon*dtor
rlonra=rlon*dtor
c2=dcos(scolat)
s2=dsin(scolat)
c1=dcos(slonra)
s1=dsin(slonra)
slatrc=dsin(rcolat)
! Find the azimuth and distance by rotating the source to the north pole.
x0=slatrc*dcos(rlonra)
y0=slatrc*dsin(rlonra)
z0=dcos(rcolat)
x1=c1*x0+s1*y0
z0=dcos(rcolat)
x1=c1*x0+s1*y0
y1=-s1*x0+c1*y0
z1=z0
x2=c2*x1-s2*z1
y2=y1
z2=c2*z1+s2*x1
call angles(x2,y2,z2,delta,azim)
azim=180.d0-azim
! Find the back azimuth by rotating the receiver to the north pole.
c2=dcos(rcolat)
s2=dsin(rcolat)
c1=dcos(rlonra)
s1=dsin(rlonra)
slatrc=dsin(scolat)
x0=slatrc*dcos(slonra)
y0=slatrc*dsin(slonra)
z0=dcos(scolat)
x1=c1*x0+s1*y0
y1=-s1*x0+c1*y0
z1=z0
x2=c2*x1-s2*z1
y2=y1
z2=c2*z1+s2*x1
call angles(x2,y2,z2,delta,bazim)
bazim=180.d0-bazim
return
end subroutine azimth
subroutine angles(x,y,z,theta,phi)
! Finds the angles theta and phi of a spherical polar coordinate
! system from the cartesion coordinates x, y, and z.
implicit none
real(kind(0d0)) :: pi,rtod,arg1,x,y,theta,phi,z
! real(kind(0d0)), parameter :: eps = 1.d-14
real(kind(0d0)), parameter :: eps = 0.d0
pi=4.d0*datan(1.d0)
rtod=180.d0/pi
arg1=dsqrt(x*x+y*y)
theta=datan2(arg1,z)
if(dabs(x).le.eps.and.dabs(y).le.eps) then
phi=0.d0
else
phi=datan2(y,x)
endif
phi=phi*rtod
theta=theta*rtod
return
end subroutine angles
subroutine geoCoordinates(glat1,glon1,glat2,glon2,faz,baz,s)
!
! *** solution of the geodetic direct problem after t.vincenty
! *** modified rainsford's method with helmert's elliptical terms
! *** effective in any azimuth and at any distance short of antipodal
!
! *** a is the semi-major axis of the reference ellipsoid
! *** f is the flattening of the reference ellipsoid
! *** latitudes and longitudes in radians positive north and east
! *** azimuths in radians clockwise from north
! *** geodesic distance s assumed in units of semi-major axis a
!
! *** programmed for cdc-6600 by lcdr l.pfeifer ngs rockville md 20feb75
! *** modified for system 360 by john g gergen ngs rockville md 750608
!
! Here everything is in radian!
!implicit real*8 (a-h,o-z)
implicit none
real(kind(0d0)) :: glat1,glon1,glat2,glon2,faz,baz,s
real(kind(0d0)) :: a,pi,f,eps,r,tu,sf,cf,cu,su,sa,c2a,x,c,d,y,sy,cy,cz,e
!common/const/pi,rad
!common/elipsoid/a,f
a=1
pi=4.d0*datan(1.d0)
f=0
eps = 0.5d-13
r=1.-f
tu=r*dsin(glat1)/dcos(glat1)
sf=dsin(faz)
cf=dcos(faz)
baz=0.
if(abs(cf)>eps) baz=datan2(tu,cf)*2.
cu=1./dsqrt(tu*tu+1.)
su=tu*cu
sa=cu*sf
c2a=-sa*sa+1.
x=dsqrt((1./r/r-1.)*c2a+1.)+1.
x=(x-2.)/x
c=1.-x
c=(x*x/4.+1)/c
d=(0.375d0*x*x-1.)*x
tu=s/r/a/c
y=tu
100 sy=dsin(y)
cy=dcos(y)
cz=dcos(baz+y)
e=cz*cz*2.-1.
c=y
x=e*cy
y=e+e-1.
y=(((sy*sy*4.-3.)*y*cz*d/6.+x)*d/4.-cz)*sy*d+tu
if(dabs(y-c).gt.eps)go to 100
baz=cu*cy*cf-su*sy
c=r*dsqrt(sa*sa+baz*baz)
d=su*cy+cu*sy*cf
glat2=datan2(d,c)
c=cu*cy-su*sy*cf
x=datan2(sy*sf,c)
c=((-3.*c2a+4.)*f+4.)*c2a*f/16.
d=((e*cy*c+cz)*sy*c+y)*sa
glon2=glon1+x-(1.-c)*d*f
baz=datan2(sa,baz)+pi
return
end subroutine
subroutine searchForParams(filename,ParamName,textParam,paramisText)
implicit none
character(200) :: filename,textParam,text_line
integer :: paramLength,textLength,paramisText,io
character(200) :: ParamName
integer :: iFind, jtemp, iCut
filename=trim(filename)
ParamName=trim(ParamName)
paramLength=len_trim(ParamName)
!print *, paramLength, ParamName
iFind=0
iCut=0
open(20,file=filename,status='unknown')
do while(iFind.eq.0)
read(20,'(a)',IOSTAT=io) text_line
if(io>0) then
print *, "oh, no"
print *, trim(ParamName), " is not found."
stop
endif
textLength=len_trim(text_line)
!print *, text_line(1:textLength)
if(text_line(1:paramLength).eq.ParamName(1:paramLength)) then
do jtemp = 1,textLength
if(text_line(jtemp:jtemp).eq.'=') iCut = jtemp
enddo
!print *, iCut, textLength
iFind=1
!print *,text_line(iCut+1:textLength)
textParam=text_line(iCut+1:textLength)
if(paramisText.eq.0) then
textParam=trim(textParam)
textParam=adjustl(textParam)
endif
!print *, textParam
endif
enddo
close(20)
if(iFind.eq.0) then
print *, ParamName, "is not found."
stop
endif
end subroutine
subroutine searchForParamsOption(filename,ParamName,textParam,paramisText,iFind)
implicit none
character(200) :: filename,textParam,text_line
integer :: paramLength,textLength,paramisText,io
character(200) :: ParamName
integer :: iFind, jtemp, iCut
filename=trim(filename)
ParamName=trim(ParamName)
paramLength=len_trim(ParamName)
!print *, paramLength, ParamName
iFind=0
iCut=0
open(20,file=filename,status='unknown')
do while(iFind.eq.0)
read(20,'(a)',IOSTAT=io) text_line
if(io>0) then
!print *, "oh, no"
!print *, trim(ParamName), " is not found. But maybe it's alright (option parameters)."
!stop
iFind=2
endif
textLength=len_trim(text_line)
!print *, text_line(1:textLength)
if(text_line(1:paramLength).eq.ParamName(1:paramLength)) then
do jtemp = 1,textLength
if(text_line(jtemp:jtemp).eq.'=') iCut = jtemp
enddo
!print *, iCut, textLength
iFind=1
!print *,text_line(iCut+1:textLength)
textParam=text_line(iCut+1:textLength)
if(paramisText.eq.0) then
textParam=trim(textParam)
textParam=adjustl(textParam)
endif
!print *, textParam
endif
enddo
close(20)
if(iFind.eq.2) iFind=0
end subroutine
subroutine makingIndependentWindow
use parameters
implicit none
integer :: iloop,jloop,tmpinteger
integer, allocatable :: indexInWindow(:)
character(200) :: dummy, paramName, tmpfile
! Moving windows
allocate(fMovingWindowStart(1:NmovingWindowDimension))
allocate(fMovingWindowEnd(1:NmovingWindowDimension))
allocate(iMovingWindowStart(1:NmovingWindowDimension))
allocate(iMovingWindowEnd(1:NmovingWindowDimension))
allocate(indexInWindow(1:ntwinObs))
allocate(totalNumberInWindowDimension(1:NmovingWindowDimension))
tmpfile='tmpfileMarsInversion'
if((calculMode.eq.2).or.(calculMode.eq.10)) then
do iloop=1,NmovingWindowDimension
write(paramName,*) iloop
paramName="movingWindowRange"//trim(adjustl(paramName))
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*) fMovingWindowStart(iloop), fMovingWindowEnd(iloop)
print *, iloop,"-th moving range in obs is characterised by:", &
fMovingWindowStart(iloop), fMovingWindowEnd(iloop)
enddo
elseif((calculMode.eq.3).or.(calculMode.eq.4).or.(calculMode.eq.5)) then
paramName="movingWindowRangeMonitoring"
call searchForParams(tmpfile,paramName,dummy,1)
read(dummy,*)fMovingWindowStart(1), fMovingWindowEnd(1)
endif
iMovingWindowStart=int(fMovingWindowStart/dt)
iMovingWindowEnd=int(fMovingWindowEnd/dt)
nTimeCombination = 1
if((calculMode.eq.2).or.(calculMode.eq.10)) then
do iloop=1,NmovingWindowDimension
iMovingWindowStart(iloop)=itwinObs(1,iloop)+iMovingWindowStart(iloop)
iMovingWindowEnd(iloop)=itwinObs(1,iloop)+iMovingWindowEnd(iloop)
totalNumberInWindowDimension(iloop)=(iMovingWindowEnd(iloop)-iMovingWindowStart(iloop))/ntStep+1
nTimeCombination = nTimeCombination*totalNumberInWindowDimension(iloop)
!print *, iloop, totalNumberInWindowDimension(iloop)
enddo
elseif((calculMode.eq.3).or.(calculMode.eq.4).or.(calculMode.eq.5)) then
totalNumberInWindowDimension(1)=(iMovingWindowEnd(1)-iMovingWindowStart(1))/ntStep+1
nTimeCombination = totalNumberInWindowDimension(1)
!print *, "The number of time window shift steps for monitoring:", nTimeCombination
endif
allocate(fEachShift(1:nTimeCombination,1:ntwinObs))
allocate(iEachWindowStart(1:nTimeCombination,1:ntwinObs))
allocate(iEachWindowEnd(1:nTimeCombination,1:ntwinObs))
if((calculMode.eq.2).or.(calculMode.eq.10)) then
do jloop=1,nTimeCombination
tmpinteger=jloop-1
if(NmovingWindowDimension.eq.ntwinObs) then ! independent time window
do iloop=1,NmovingWindowDimension
indexInWindow(iloop)=mod(tmpinteger,totalNumberInWindowDimension(iloop))+1
tmpinteger=tmpinteger/totalNumberInWindowDimension(iloop)
fEachShift(jloop,iloop)=fMovingWindowStart(iloop)+dt*dble(ntStep)*dble(indexInWindow(iloop)-1)
iEachWindowStart(jloop,iloop)=iMovingWindowStart(iloop)+ntStep*(indexInWindow(iloop)-1)
iEachWindowEnd(jloop,iloop)=iEachWindowStart(jloop,iloop)+itwinObs(4,iloop)-itwinObs(1,iloop)
! check whether syn and obs are available for these indices
if(iEachWindowEnd(jloop,iloop)<iWindowStart) then
print *, "no sufficient data points in syn data for the window", iloop
stop
endif
if(iEachWindowStart(jloop,iloop)>iWindowEnd) then
print *, "no sufficient data points in syn data for the window", iloop
stop
endif
enddo
else
do iloop=1,ntwinObs ! fixed time window
indexInWindow(iloop)=jloop
fEachShift(jloop,iloop)=fMovingWindowStart(iloop)+dt*dble(ntStep)*dble(indexInWindow(iloop)-1)
iEachWindowStart(jloop,iloop)=iMovingWindowStart(iloop)+ntStep*(indexInWindow(iloop)-1)
iEachWindowEnd(jloop,iloop)=iEachWindowStart(jloop,iloop)+itwinObs(4,iloop)-itwinObs(1,iloop)+1
! check whether syn and obs are available for these indices
if(iEachWindowEnd(jloop,iloop)<iWindowStart) then
print *, "no sufficient data points in syn data for the window", iloop
stop
endif
if(iEachWindowStart(jloop,iloop)>iWindowEnd) then
print *, "no sufficient data points in syn data for the window", iloop
stop
endif
enddo
endif
!print *, jloop,indexInWindow(:),iEachWindowStart(jloop,:),iEachWindowEnd(jloop,:)
!print *, fEachShift(jloop,:)
enddo
elseif((calculMode.eq.3).or.(calculMode.eq.4).or.(calculMode.eq.5)) then ! here the syn is normally shorter than the obs
if(iMovingWindowStart(1)+iWindowStart<iWindowStart) then
print *, "no sufficient data points in obs data for the window on the left side"
stop
endif
if(iMovingWindowStart(1)+ntStep*(totalNumberInWindowDimension(1)-1)+iWindowEnd>npData) then
print *, "no sufficient data points in obs data for the window on the right side"
!print *, iMovingWindowStart(1)+ntStep*(totalNumberInWindowDimension(1)-1)+iWindowEnd
!print *, npData
stop
endif
endif
!stop
end subroutine makingIndependentWindow
subroutine pinputDSM(DSMconfFile,outputDir,psvmodel, &
modelname,tlen,rmin_,rmax_,rdelta_,r0min,r0max,r0delta, &
thetamin,thetamax,thetadelta,imin,imax,rsgtswitch,tsgtswitch,synnswitch,SGTinfo)
implicit none
!character(120), parameter :: tmpfile='tmpworkingfile_for_SGTcalcul'
character(200) :: dummy,outputDir,psvmodel,modelname,DSMconfFile,SGTinfo
real(kind(0d0)) :: tlen,rmin_,rmax_,rdelta_,r0min,r0max,r0delta
real(kind(0d0)) :: thetamin,thetamax,thetadelta
integer :: imin,imax,rsgtswitch,tsgtswitch,synnswitch
integer, external :: getpid
character(120) :: tmpfile
!write(tmpfile, "(Z5.5)") getpid()
!tmpfile='tmpworkingfile_for_SGTcalcul'//tmpfile
tmpfile='tmpworkingfile_for_SGTcalcul'
open(unit=2, file=SGTinfo)
open(unit=1, file=tmpfile,status='unknown')
100 continue
read(2,110) dummy
110 format(a120)
if(dummy(1:1).eq.'#') goto 100
if(dummy(1:3).eq.'end') goto 120
write(1,110) dummy
goto 100
120 continue
close(1)
close(2)
open(unit=1,file=tmpfile,status='unknown')
read(1,110) DSMconfFile
read(1,110) outputDir
read(1,110) psvmodel
read(1,110) modelname
outputDir=trim(outputDir)
psvmodel=trim(psvmodel)
modelname=trim(modelname)
modelname=adjustl(modelname)
outputDir=adjustl(outputDir)
psvmodel=adjustl(psvmodel)
read(1,*) tlen
read(1,*) rmin_,rmax_,rdelta_
read(1,*) r0min
r0max=r0min
r0delta=20.d0
read(1,*) thetamin,thetamax,thetadelta
read(1,*) imin,imax
read(1,*) rsgtswitch,tsgtswitch,synnswitch
close(1,status='delete')
end subroutine pinputDSM
subroutine readDSMconf(DSMconfFile,re,ratc,ratl,omegai,maxlmax)
implicit none
!character(120), parameter :: tmpfile='tmpworkingfile_for_DSMconf'
character(120) :: dummy,DSMconfFile
real(kind(0d0)) :: re,ratc,ratl,omegai
integer :: maxlmax
integer, external :: getpid
character(120) :: tmpfile
!write(tmpfile,"(Z5.5)") getpid()
!tmpfile='tmpworkingfile_for_DSMconf'//tmpfile
tmpfile='tmpworkingfile_for_DSMconf'
open(unit=2, file=DSMconfFile, status='old',action='read',position='rewind')
open(unit=1, file=tmpfile,status='unknown')
100 continue
read(2,110) dummy
110 format(a120)
if(dummy(1:1).eq.'#') goto 100