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mimosa_init.f90
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mimosa_init.f90
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!*********************************
MODULE MIMOSA_INIT_MODULE
!*********************************
INTERFACE
SUBROUTINE InitWork(Status)
!-------------------------------------------
IMPLICIT NONE
INTEGER :: Status
END SUBROUTINE InitWork
SUBROUTINE ReadParFile(Status)
!-------------------------------
IMPLICIT NONE
!OUTPUT VARIABLES
INTEGER :: Status
END SUBROUTINE ReadParFile
SUBROUTINE ReadOffCorrIndex(IdxPtr,BinNumber,&
Bins,Status)
!----------------------------------------------
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
REAL(kind=8),dimension(:,:),pointer::Bins
INTEGER :: IdxPtr, BinNumber,Status
END SUBROUTINE ReadOffCorrIndex
SUBROUTINE InitArrays(iSky,jSky,iEdge,jEdge,&
Shd,ShdVar,ShdEffi,&
GroupShd,GroupShdVar,GroupShdEffi,&
Wei,Sky,SkyCle,SkyResid,SkySignif,SkyVar,&
Status)
!-----------------------------------------------------
IMPLICIT NONE
!INPUT VARIABLES
INTEGER,Intent(in)::iSky,jSky
!OUTPUT VARIABLES
INTEGER,Intent(out)::Status,iEdge,jEdge
REAL(kind=4),dimension(:,:),pointer :: Shd,ShdVar,ShdEffi
REAL(kind=4),dimension(:,:),pointer ::GroupShd,GroupShdVar,GroupShdEffi
REAL(kind=4),dimension(:,:),pointer :: Sky,SkyCle,Wei
REAL(kind=4),dimension(:,:),pointer :: SkyResid,SkySignif,SkyVar
END SUBROUTINE InitArrays
SUBROUTINE CleanStaInit(RaX,DecX,RaZ,DecZ,AttiNumPoi,nclean,Status)
!-----------------------------------------------------------------
IMPLICIT NONE
!INPUT VARIABLES
INTEGER,Intent(in) ::AttiNumPoi,nclean
REAL(kind=8), dimension(:), pointer ::RaX,DecX,RaZ,DecZ
!OUTPUT VARIABLES
INTEGER,Intent(out) ::Status
END SUBROUTINE CleanStaInit
SUBROUTINE AttiInitialise(MosaNumber,raX,decX,raZ,decZ,posAngle,&
AttiNumPoi,&
iMapSize,jMapSize,Status)
!------------------------------------------------------
IMPLICIT NONE
!INPUT VARIABLES
REAL(kind=8), dimension(:), pointer ::RaX,DecX,RaZ,DecZ,posAngle
INTEGER,Intent(in) :: MosaNumber
!OUTPUT VARIABLES
INTEGER,Intent(out) :: AttiNumPoi
INTEGER,Intent(out) :: iMapSize,jMapSize
INTEGER,Intent(out) :: Status
END SUBROUTINE AttiInitialise
SUBROUTINE DESCRIPTION(mosanumber,Rax,Decx,imapsize,jmapsize)
!---------------------
IMPLICIT NONE
INTEGER :: mosanumber,imapsize,jmapsize
REAL(KIND=8),DIMENSION(:),POINTER::raX,decX
END SUBROUTINE DESCRIPTION
END INTERFACE
!*********************************
END MODULE MIMOSA_INIT_MODULE
!*********************************
!***************
MODULE INIT_PROC
!***************
INTERFACE
SUBROUTINE CalcMapSize(MosaNumber,ip,mf,iMapSize,jMapSize,iprint,Status)
!-------------------------------------------------------------------
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER,Intent(in) :: MosaNumber,ip,iprint
REAL(kind=4),Intent(in) :: mf
INTEGER,Intent(out) :: iMapSize,jMapSize,Status
END SUBROUTINE CalcMapSize
SUBROUTINE CalcRefFrame(AttiNumPoi,RaX,DecX,RaZ,DecZ)
!--------------------------------------------------------
IMPLICIT NONE
INTEGER,Intent(in) ::AttiNumPoi
REAL(kind=8),dimension(:),pointer:: RaX,DecX,RaZ,DecZ
END SUBROUTINE CalcRefFrame
SUBROUTINE CalcLBRefFrame(AttiNumPoi,RaX,DecX,RaZ,DecZ)
!--------------------------------------------------------
IMPLICIT NONE
INTEGER,Intent(in) ::AttiNumPoi
REAL(kind=8),dimension(:),pointer:: RaX,DecX,RaZ,DecZ
END SUBROUTINE CalcLBRefFrame
END INTERFACE
!*******************
END MODULE INIT_PROC
!*******************
!***************
MODULE READ_POM
!***************
INTERFACE
SUBROUTINE ReadPar(parName,par,Status)
!---------------------------------------
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER :: Status
CHARACTER(LEN=30) :: parName
CHARACTER(LEN=*) :: par
END SUBROUTINE ReadPar
END INTERFACE
!*******************
END MODULE READ_POM
!*******************
!***************
MODULE LOCAL_INIT
!***************
INTERFACE
SUBROUTINE CalcMapSizeOneLine(num1,ipr,imaCi,imaCj,minI,maxI,minJ,maxJ,&
pixel1,pixel2,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,&
aref,dref,lref,bref,ri,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,Status)
!-------------------------------------------
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER :: num1,ipr,imaCi,imaCj
INTEGER :: minI,maxI,minJ,maxJ
REAL(kind=8) :: pixel1,pixel2,pixel_ang1,pixel_ang2
REAL(kind=8) :: aref,dref,lref,bref,ri
REAL(kind=8) :: arefimage,drefimage,lrefimage,brefimage
Real(kind=8),Dimension(3,3)::rot_mat1,rot_mat2,rot_mat3,rot_mat4
INTEGER::Status
END SUBROUTINE CalcMapSizeOneLine
SUBROUTINE CalcMapSizeOneRow(num1,ipr,imaCi,imaCj,minI,maxI,minJ,maxJ,&
pixel1,pixel2,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,aref,dref,lref,bref,rj,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,Status)
!-----------------------------------------------------------
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER :: num1,ipr,imaCi,imaCj
INTEGER :: minI,maxI,minJ,maxJ
REAL(kind=8) :: pixel1,pixel2,pixel_ang1,pixel_ang2
REAL(kind=8) :: aref,dref,lref,bref,rj
REAL(kind=8) :: arefimage,drefimage,lrefimage,brefimage
Real(kind=8),Dimension(3,3)::rot_mat1,rot_mat2,rot_mat3,rot_mat4
INTEGER::Status
END SUBROUTINE CalcMapSizeOneRow
SUBROUTINE ReadCovr(CovarTab,Covar1Tab,Status)
!.---------------------------------------------
IMPLICIT NONE
!OUTPUT VARIABLES
REAL(kind=4),dimension(:,:),pointer::CovarTab,Covar1Tab
INTEGER :: Status
END SUBROUTINE ReadCovr
END INTERFACE
!***************
END MODULE LOCAL_INIT
!***************
!###################################
! MODULE INIT_PROC SUBROUTINES CODE
!####################################
!===================================================================
SUBROUTINE CalcMapSizeOneLine(num1,ipr,imaCi,imaCj,minI,maxI,minJ,maxJ,&
pixel1,pixel2,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,aref,dref,lref,bref,ri,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,Status)
!===================================================================
USE ISDC
USE MIMOSA_CONTROL_MODULE
USE MIMOSA_GLOBVAR_MODULE
USE MIMOSA_USE_MODULE
USE ATTI_DEFS
USE ATTI_DECLARATIONS
USE ATTI_INTERNAL
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER :: num1,ipr,imaCi,imaCj
INTEGER :: minI,maxI,minJ,maxJ
REAL(kind=8) :: pixel1,pixel2,pixel_ang1,pixel_ang2
REAL(kind=8) :: arefimage,drefimage,lrefimage,brefimage
REAL(kind=8) :: aref,dref,lref,bref,ri
Real(kind=8),Dimension(3,3)::rot_mat1,rot_mat2,rot_mat3,rot_mat4
INTEGER::Status
!LOCAL VARIABLES
INTEGER ::num2
Real(KIND=8) ::rj,xn,yn,pixj
CHARACTER(len=20) :: procName
Status = ISDC_OK
procName = 'CalcMapSizeOneLine'
pixj = RealMapSize(num1,2,1)+0.5
do while (pixj.lt.RealMapSize(num1,2,2)+1.0)
rj=pixj-imaCj
call image_to_sky_projection(InputProjType(num1),ProjType,pixel1,pixel2,&
pixel_ang1,pixel_ang2,arefimage,drefimage,lrefimage,brefimage,&
aref,dref,lref,bref,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,ri,rj,xn,yn,Status)
if(Status.ne.0)then
if(ipr==1)then
write(str250,'(" Mosa no. ",I3,&
&" too far from map centre ")')num1
goto 111
110 str250 = 'input mosa too far from map centre'
111 call WAR_Message(procName,str250,0,Status)
str250 = '- will be only partally projected onto final mosaicks'
call WAR_Message(procName,str250,0,Status)
write(str250,*)' Add. infos : arefimage,drefimage,aref,dref, : ',arefimage,drefimage,aref,dref
call Message(procName,str250,0,Status)
ipr = 0
endif
Status = 0
else
if(xn.lt.minI)minI=xn
if(xn.gt.maxI)maxI=xn
if(yn.lt.minJ)minJ=yn
if(yn.gt.maxJ)maxJ=yn
!!$ print '(6f10.2)',ri,rj,aproj,dproj,xn,yn
endif
pixj = pixj+1.
enddo
!=================================
END SUBROUTINE CalcMapSizeOneLine
!=================================
!===================================================================
SUBROUTINE CalcMapSizeOneRow(num1,ipr,imaCi,imaCj,minI,maxI,minJ,maxJ,&
pixel1,pixel2,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,aref,dref,lref,bref,rj,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,Status)
!===================================================================
USE ISDC
USE MIMOSA_CONTROL_MODULE
USE MIMOSA_GLOBVAR_MODULE
USE MIMOSA_USE_MODULE
USE ATTI_DEFS
USE ATTI_DECLARATIONS
USE ATTI_INTERNAL
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER :: num1,ipr,imaCi,imaCj
INTEGER :: minI,maxI,minJ,maxJ
REAL(kind=8) :: pixel1,pixel2,pixel_ang1,pixel_ang2
REAL(kind=8) :: aref,dref,lref,bref,rj
REAL(kind=8) :: arefimage,drefimage,lrefimage,brefimage
Real(kind=8),Dimension(3,3)::rot_mat1,rot_mat2,rot_mat3,rot_mat4
INTEGER::Status
!LOCAL VARIABLES
INTEGER :: num2
Real(KIND=8) ::ri,xn,yn,pixi
CHARACTER(len=20) :: procName
Status = ISDC_OK
procName = 'CalcMapSizeOneRow'
pixi = RealMapSize(num1,1,1)-0.5
do while (pixi.lt.RealMapSize(num1,1,2)+1.0)
ri=pixi-imaCi
call image_to_sky_projection(InputProjType(num1),ProjType,&
pixel1,pixel2,&
pixel_ang1,pixel_ang2,arefimage,drefimage,lrefimage,brefimage,&
aref,dref,lref,bref,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,ri,rj,xn,yn,Status)
if(Status.ne.0)then
if(ipr==1)then
write(str250,'(" Mosa no. ",I3,&
&" too far from map centre ")')num1
goto 111
110 str250 = 'input mosa too far from map centre'
111 call WAR_Message(procName,str250,0,Status)
str250 = '- will be only partally projected onto final mosaicks'
call WAR_Message(procName,str250,0,Status)
ipr = 0
endif
Status = 0
else
if(xn.lt.minI)minI=xn
if(xn.gt.maxI)maxI=xn
if(yn.lt.minJ)minJ=yn
if(yn.gt.maxJ)maxJ=yn
endif
pixi = pixi+1.
enddo
!=================================
END SUBROUTINE CalcMapSizeOneRow
!=================================
!===================================================================
SUBROUTINE CalcMapSize(MosaNumber,ip,mf,iMapSize,jMapSize,iprint,Status)
!===================================================================
USE ISDC
USE MIMOSA_CONTROL_MODULE
USE MIMOSA_GLOBVAR_MODULE
USE MIMOSA_USE_MODULE
USE ATTI_DEFS
USE ATTI_DECLARATIONS
USE ATTI_INTERNAL
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER,Intent(in) :: MosaNumber,ip,iprint
REAL(kind=4),Intent(in) :: mf
INTEGER,Intent(out) :: iMapSize,jMapSize,Status
!LOCAL VARIABLES
INTEGER :: imaCi,imaCj,toobig,cutmap,imc,jmc,im1,im2,jm1,jm2
INTEGER :: i,j,i1,j1,iskysize,jskysize
REAL(kind=8) :: pixel1,pixel2,pixel_ang1,pixel_ang2
INTEGER :: minI,maxI,minJ,maxJ,ipr
INTEGER :: num1,num2
Real(kind=8),Dimension(3,3)::rot_mat1,rot_mat2,rot_mat3,rt,rt2,rot_mat4
Real(KIND=8) :: ri,rj,xn,yn,pixi,pixj,aref,dref,lref,bref
Real(KIND=8) :: arefimage,drefimage,lrefimage,brefimage
Real(KIND=8) :: al,del,alpha1,delta1,alpha2,delta2,d,l1 ,l2,b1,b2
REAL(kind=4):: y,z,ytab(4),ztab(4)
CHARACTER(len=20) :: procName
Status = ISDC_OK
procName = 'CalcMapSize'
if(DebugMode.eq.3)&
call Message(procName,' ',ZeroError,Status)
pixel1 = pixel_ratio
pixel2 = pixel_ratio*mf
pixel_ang1 = pixel_ang_size
pixel_ang2 = rad_to_deg*atan(pixel2)
!initialisation of map size
minI = 0;maxI = 0;minJ = 0;maxJ = 0
!last pointing - OG map centre
num2 =MosaNumber+1
!rot_mat2 = point_rot_mat(num2,1:3,1:3)
do i=1,3
do j=1,3
rot_mat2(i,j) = point_rot_mat(num2,i,j)
enddo
enddo
rt2(1:3,1:3) = Transpose(rot_mat2(1:3,1:3))
aref = POINTING_TABLE(num2,1)
dref = pointing_table(num2,2)
write(str250,*)' num2,aref,dref : ',num2,aref,dref
call message(procname,str250,0,status)
lref = LX(num2)
bref = BX(num2)
ipr = iprint
call message(procname,' Final mosaics size calculating ...',Zeroerror,status)
!verification for all image positions
do num1=1,MosaNumber
arefimage = POINTING_TABLE(num1,1)
drefimage = pointing_table(num1,2)
lrefimage = LX(num1)
brefimage = BX(num1)
imaCi = defmapsize(num1,1)/2.
imaCj =defmapsize(num1,2)/2.
do i=1,3
do j=1,3
rot_mat1(i,j) = point_rot_mat(num1,i,j)
enddo
enddo
rt(1:3,1:3) = Transpose(rot_mat1(1:3,1:3))
Call sla_dmxm(rot_mat2,rt,rot_mat3)
Call sla_dmxm(rot_mat1,rt2,rot_mat4)
pixi = RealMapSize(num1,1,1)- 0.5
ri=pixi-imaCi
call CalcMapSizeOneLine(num1,ipr,imaCi,imaCj,&
minI,maxI,minJ,maxJ,pixel1,pixel2 ,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,&
aref,dref,lref,bref,ri,rot_mat1,rot_mat2,&
rot_mat3,rot_mat4,Status)
pixi = RealMapSize(num1,1,2)+ 0.5
ri=pixi-imaCi
call CalcMapSizeOneLine(num1,ipr,imaCi,imaCj,&
minI,maxI,minJ,maxJ,pixel1,pixel2 ,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,&
aref,dref,lref,bref,ri,rot_mat1,rot_mat2,&
rot_mat3,rot_mat4,Status)
pixj = RealMapSize(num1,2,1)- 0.5
rj=pixj-imaCj
call CalcMapSizeOneRow(num1,ipr,imaCi,imaCj,minI,maxI,minJ,maxJ,&
pixel1,pixel2,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,aref,dref,lref,bref,rj,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,Status)
pixj = RealMapSize(num1,2,2)+ 0.5
rj=pixj-imaCj
call CalcMapSizeOneRow(num1,ipr,imaCi,imaCj,minI,maxI,minJ,maxJ,&
pixel1,pixel2,pixel_ang1,pixel_ang2,&
arefimage,drefimage,lrefimage,brefimage,aref,dref,lref,bref,rj,&
rot_mat1,rot_mat2,rot_mat3,rot_mat4,Status)
enddo ! end of pointing loop
iMapSize = max(abs(minI),maxI)*2+2
JMapSize = max(abs(minJ),maxJ)*2+2
if(2*(iMapSize/2).eq.iMapSize)iMapSize=iMapSize+1
if(2*(jMapSize/2).eq.jMapSize)jMapSize=jMapSize+1
!!$iMapSize=890
!!$jmapsize = 1234
!!$print *,' hardcoded map size'
!!$
toobig = 0
im1 = iMapSize
jm1 = jMapSize
if(iMapSize > MaxMapISize)then
iMapSize=MaxMapISize
toobig = 1
endif
if(jMapSize > MaxMapJSize)then
jMapSize=MaxMapJSize
toobig = 1
endif
if((toobig==1).and.(MapParDec(3)==0))then
write(str250,*,err=101)&
' Whole map (',im1,'x',jm1,') is too big and will be cut '
goto 102
101 str250 = ' Whole map is too big and will be cut '
102 if(ip==1)call message(procname,str250,ZeroError,Status)
endif
cutmap=0
if((MapParDec(3)==1).and.(MapParval(3)< 180))then
!map radius contolled by user
cutmap=1
do i=1,4
select case(i)
case(1)
i1 = 1
j1 = 1
case(2)
i1 = -1
j1 = 1
case(3)
i1 = -1
j1 = -1
case(4)
i1 = 1
j1 = -1
end select
al = aref+ i1*MapParVal(3)
del = dref+ j1*MapParVal(3)
if (al <0)al=al+360.0d0
al = mod(al,360.0d0)
if(del > deltalimit)del = deltalimit
if(del < -deltalimit)del = -deltalimit
!!$ call ATTI_CONV_ADYZ(al,del,ytab(i),ztab(i),num2,projType,mf,status)
call SkyPixProj(real(al),real(del),ytab(i),ztab(i),Status)
if(status .ne.0) then
cutmap =0
status = 0
exit
endif
enddo
if(cutmap==1)then
im1 = iMapSize
jm1 = jMapsize
iMapSize = int(sum(abs(ytab))/4.)*2
jMapsize = int(sum(abs(Ztab))/4.)*2
if(iMapSize > MaxMapISize)then
iMapSize=MaxMapISize
endif
if(jMapSize > MaxMapJSize)then
jMapSize=MaxMapJSize
endif
write(str250,*,err=104)' User map radius = ',MapParVal(3),' ==> map will be cut to ',iMapSize,'x',jMapSize,' pixels'
goto 105
104 str250 = ' User map radius set ==> map will be cut '
105 if(ip==1)call message(procname,str250,ZeroError,Status)
endif
endif !map radius contolled by user
!============================
END SUBROUTINE CalcMapSize
!============================
!=====================================================
SUBROUTINE CalcRefFrame(AttiNumPoi,RaX,DecX,RaZ,DecZ)
!=====================================================
USE MIMOSA_CONTROL_MODULE
USE MIMOSA_GLOBVAR_MODULE
USE MIMOSA_USE_MODULE
USE ATTI_DEFS
USE ATTI_DECLARATIONS
USE ATTI_INTERNAL
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER,Intent(in) ::AttiNumPoi
REAL(kind=8),dimension(:),pointer:: RaX,DecX,RaZ,DecZ
!LOCAL VARIABLES
Integer::i,scwnum,decyd,k,status,iactive
REAL(kind=8)::ra,dec,minra,mindec,maxra,maxdec,val,sumrax,sumdex,valdex,a,d
CHARACTER(len=20) :: procName
Status = ISDC_OK
procName = 'CalcRefFrame'
scwnum=AttiNumPoi-1
minra = 1000.
maxra = -1000.
mindec = 1000.
maxdec = -1000.
sumrax = 0.
sumdex = 0.
iactive = 0
write(str250,*)' scwnum, rax(scwnum-1),rax(scwnum),decx(scwnum-1),decx(scwnum) :',&
scwnum, rax(scwnum-1),rax(scwnum),decx(scwnum-1),decx(scwnum)
call message(procname,str250,0,status)
do i=1,scwnum
!!$ write(str250,*)' i ra dec : ',i,rax(i),decx(i)
!!$ call message(procname,str250,0,status)
val = RaX(i)
valdex = DecX(i)
iactive = iactive +1
sumrax = sumrax+val
sumdex = sumdex + valdex
if(val < minra)minra = val
if(val > maxra)maxra = val
if(valdex < mindec)mindec = valdex
if(valdex > maxdec)maxdec = valdex
enddo
dec = sumdex/iactive
!!$write(str250,*)' calculated mean dec : ',dec
!!$call message(procname,str250,0,status)
!!$write(str250,*)'maxra, minra : ',maxra, minra
!!$call message(procname,str250,0,status)
if(abs(maxra-minra) .le. 180.)then
ra = sumrax/iactive
else
ra = 0.
do k=1,scwnum
val = rax(k)
if(val < 180)then
ra = ra+val
else
ra = ra+val-360.
endif
enddo
ra = ra/iactive
endif
!!$write(str250,*)' calculated mean ra : ',ra
!!$call message(procname,str250,0,status)
if(ra < 0.)ra = ra+360.0d0
!!$write(str250,*)'Projtype, MapParDec(1:2): ',Projtype,MapParDec(1:2)
!!$call message(procname,str250,0,status)
if(ProjType==1)then
if(sum(MapParDec(1:2)) < 2)then
RaX(AttiNumPoi) = ra
DecX(AttiNumPoi) = dec
else
!user map centre
decyd = 1
if(abs(maxra-minra) .le. 180.)then
!normal case
if((MapParVal(1) < minra-MaxDiffRadius).or.&
(MapParVal(1) > maxra+MaxDiffRadius))then
decyd = 0
endif
else
!near 0.
minra = 400.
maxra = -400.
do k=1,scwnum
val = rax(k)
if(val < 180)val = val+360.
if(val < minra)minra = val
if(val > maxra)maxra = val
enddo
maxra = maxra-360.
minra = minra-360.
val = MapParVal(1)
if(val > 180.)val = val-360.
if((val < minra-MaxDiffRadius).or.&
(val > maxra+MaxDiffRadius))then
decyd = 0
endif
endif!near 0.
if((MapParVal(2) < mindec-MaxDiffRadius).or.&
(MapParVal(2) > maxdec+MaxDiffRadius))then
decyd = 0
endif
write(str250,*) ' ra,dec : ',ra,dec
call message(procname,str250,ZeroError,Status)
if(decyd==0)then
str250 = ' User given map centre too far from barycentre ==> wil be re-set'
call message(procname,str250,ZeroError,Status)
MapParDec(1:2) = 0
RaX(AttiNumPoi) = ra
DecX(AttiNumPoi) = dec
else
!user map centre accepted
RaX(AttiNumPoi)= MapParVal(1)
DecX(AttiNumPoi) =MapParVal(2)
endif
endif !user map centre
else
!CAR projection
if(EquaGal==0)then
!RA/DEC__CAR
DecX(AttiNumPoi) = 0.
if( MapParDec(1)==1)then
RaX(AttiNumPoi) =MapParVal(1)
else
RaX(AttiNumPoi) =ra
endif
else
!LB_CAR
!will be calculated in CalcLBRefFrame
endif
endif!CAR projection
!===============================
END SUBROUTINE CalcRefFrame
!===============================
!=====================================================
SUBROUTINE CalcLBRefFrame(AttiNumPoi,RaX,DecX,RaZ,DecZ)
!=====================================================
USE MIMOSA_CONTROL_MODULE
USE MIMOSA_GLOBVAR_MODULE
USE MIMOSA_USE_MODULE
USE ATTI_DEFS
USE ATTI_DECLARATIONS
USE ATTI_INTERNAL
IMPLICIT NONE
!INPUT/OUTPUT VARIABLES
INTEGER,Intent(in) ::AttiNumPoi
REAL(kind=8),dimension(:),pointer:: RaX,DecX,RaZ,DecZ
!LOCAL VARIABLES
Integer::i,scwnum,decyd,k,status,iactive
REAL(kind=8)::ra,dec,minra,mindec,maxra,maxdec,val,sumrax,sumdex,valdex,l,b,a,d
CHARACTER(len=20) :: procName
Status = ISDC_OK
procName = 'CalcLBRefFrame'
scwnum=AttiNumPoi-1
do i=1,scwnum
val = RaX(i)
valdex = DecX(i)
call D_CONV_AD_LB(val,valdex,l,b)
lx(i) = l
bx(i) = b
enddo
minra = 1000.
maxra = -1000.
mindec = 1000.
maxdec = -1000.
sumrax = 0.
sumdex = 0.
iactive = 0
do i=1,scwnum
val = LX(i)
valdex =BX(i)
iactive = iactive +1
sumrax = sumrax+val
sumdex = sumdex + valdex
if(val < minra)minra = val
if(val > maxra)maxra = val
if(valdex < mindec)mindec = valdex
if(valdex > maxdec)maxdec = valdex
enddo
dec = sumdex/iactive
if(abs(maxra-minra) .le. 180.)then
ra = sumrax/iactive
else
ra = 0.
do k=1,scwnum
val = rax(k)
if(val < 180)then
ra = ra+val
else
ra = ra+val-360.
endif
enddo
ra = ra/iactive
endif
if(ra < 0.)ra = ra+360.0d0
l=ra
b=dec
if(ProjType==1)then
!TAN projection
if(sum(MapParDec(1:2)) < 2)then
LX(AttiNumPoi) = l
BX(AttiNumPoi) = b
else
call D_CONV_AD_LB(RaX(AttiNumPoi),DecX(AttiNumPoi),l,b)
LX(AttiNumPoi)= l
BX(AttiNumPoi) =b
endif!user map centre
else
!CAR projection
if(EquaGal==0)then
!RA/DEC__CAR
call D_CONV_AD_LB(RaX(AttiNumPoi),DecX(AttiNumPoi),l,b)
LX(AttiNumPoi)= l
BX(AttiNumPoi) =b
else
!LB_CAR
if( MapParDec(1)==1)then
LX(AttiNumPoi) = MapParVal(1)
BX(AttiNumPoi) = 0.
call D_CONV_LB_AD(LX(AttiNumPoi),BX(AttiNumPoi),ra,dec)
RaX(AttiNumPoi) = ra
DecX(AttiNumPoi) = dec
else
LX(AttiNumPoi) =l
BX(AttiNumPoi) = b
call D_CONV_LB_AD(l,b,ra,dec)
RaX(AttiNumPoi) = ra
DecX(AttiNumPoi) = dec
endif
endif!CAR projection LB_CAR
endif
!===============================
END SUBROUTINE CalcLBRefFrame
!===============================
!##########################
!EXTERNAL SUBROUTINES CODE
!##########################
!==========================================================
SUBROUTINE InitWork(Status)
!==========================================================
USE ISDC
USE MIMOSA_CONTROL_MODULE
USE MIMOSA_GLOBVAR_MODULE
USE MIMOSA_USE_MODULE
USE IBIS_DECON_LIB_MOD
USE IBIS_IMAGING_PARAM
USE FITS_DECLARATIONS
USE ATTI_DEFS
USE LOCAL_INIT
IMPLICIT NONE
INTEGER :: Status
!LOCAL VARIABLES
CHARACTER (len=80) :: bpName159,decodName,pcName
INTEGER ::iok,imadim,jmadim,i,j
INTEGER ::bpi,bpj,decodi,decodj,pci,pcj
real(kind=8),dimension(-5:5)::u
CHARACTER(len=20)::procName
covpattern(1,1,1,2) = 0.75
covpattern(1,2,1,1) = 0.75
covpattern(2,1,2,2) = 0.75
covpattern(2,2,2,1) = 0.75
covpattern(1,1,2,1) = 0.75
covpattern(1,2,2,2) = 0.75
covpattern(2,1,1,1) = 0.75
covpattern(2,2,1,2) = 0.75
covpattern(1,1,2,2) = 0.75**2
covpattern(1,2,2,1) = 0.75**2
covpattern(2,1,1,2) = 0.75**2
covpattern(2,2,1,1) = 0.75**2
u(0)=1.
u(1) = 0.731111
u(2) = 0.285715
u(3) = 0.0596829
u(4) = 0.00666397
u(5) = 0.000397725
do i=-5,-1
u(i) = u(-i)
enddo
do i=-5,5
do j=-5,5
ucoeff(i,j) = u(i)*u(j)
enddo
enddo
message_level = 0
SourceCat = 0
ScwDurationMode = 0
AttiMode = 0
GhostPeakWidth = 1
ScwDurationMode = 0 ! scw duration taken from array
! Equagal=1
OneScwMode=0
DebugMode = 0
! images created as to seen from inside
IOSphere = -1
! telescope sight axis displacement with respect to the image centre
XDisi = 0.5
XDisj = 0.5
MapDisi = 0.0
MapDisj = 0.0
! attitude from OG
AttiMode = 0
! projection type in the final sky map
!ProjType = 0
! rebinning type
if(PixSpread==0)then
RebinType = 5 !if no variance weighting ==>0
else
RebinType = 7
endif
! ratio image/map/point map pixel /detector pixel size
ImageMagnifFactor = 1.
MagnifFactor = 1.0
PointMagnifFactor=1.0
! Scw duration from OG
if(CalibMode==0)ScwDurationMode = 0
! save random generator routines state
GRAIN_INIT=1
! newsequence
RepetableGeneratorMode = 1
! normal treatment
EmptyMode = 0
!no prints from atti_lib
message_level=0
if(cleanMode == -1) then
MapMode = 1
else
MapMode = 0
endif
! 0 map from cleaned images
! 1 map from raw images
! 2 map from resid images
! can be next modified by the hidden file
! Scw trated in individual analysis
OneBandMode = 0
!print *,procname,' only one band treated'
BandStart=1
BandStop=2
MapOnlyMode = 0
select case(DoPart2)
case(0)
MapOnlyMode = 1
case(1)
MapOnlyMode = 0
case(2)
MapOnlyMode = 3
end select
! 0 - Scw+Map
! 1 - Scw only
! 2 - Map only
! 3 - Scw (only shd reading) + Map
!source searching mode - read from .par file
! SearchMode = 1
! number of sources to be searched - read from .par file
! nToClean=1
! analysis of source ghosts
FantomAnalysis = 1
! minimum peak height in sigma for catalogue source
! PeakMinHeight and NonIdentPeakMinHeight read from .par file
!PeakMinHeight = 6.
! minimum peak height in sigma for non catalogue source
!NonIdentPeakMinHeight = 7
! source identification radius
SouSearchRadius = 1.5