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genidl.f90
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genidl.f90
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!Read in the output data file and Generate an IDL .pro file, with which you can
!plot a triangle-style plot.
!You can also modify the generated file and make a plot that you prefer.
Module GenerateIDL
use cosmoSetUp, only : nparam, pset, modelname
use ReadData, only : obs, nobs
use Constants, only : mtxt
use IO
character, parameter :: c_idx='c'
character, parameter :: ip_idx='i'
character, parameter :: x_idx='x'
character, parameter :: parr_idx='p'
character(len=mtxt) :: IDLfile
contains
subroutine GenIDL(useMCMC)
integer :: useMCMC
if(useMCMC .eq. 1 ) then
IDLfile=trim(modelname)//IDLMCMCfile
call GenIDL_MCMC
else
IDLfile=trim(modelname)//IDLGridfile
call GenIDL_Grid
endif
end subroutine GenIDL
!---------------------------------------------MCMC-------------------------------------------------
subroutine GenIDL_MCMC
use Precision
implicit none
integer :: iobs
integer :: iparam, jparam
character(len=mtxt) :: obsname, tmp, tmp2
integer :: uidl
uidl=unit_idl
open(uidl, file=trim(plotdir)//(trim(IDLfile)//'.pro'))
write(uidl, *) ';Generated by ', trim(version)
write(uidl, *) 'pro ', trim(IDLfile), ', usm'
!plotdir=
write(uidl, *) "plotdir=''"!, trim(plotdir), "'"
write(uidl, *) "use_multi=usm ;if use_multi=1, &
plot 'SN', 'SN+Hz', 'SN+Hz+CMB', ..."
write(uidl, *) ''
!nparam=
write(uidl, *) trim('nparam=')//ch(nparam)
write(uidl, *) trim('nobs=')//ch(nobs)
write(uidl, *) 'npplot=nparam ;or nparam-1 or nparam-2'
!pname=('Om', ..., 'h', 'wb')
write(uidl, *) "modelname='", trim(modelname), "'"
write(uidl, *) 'pname=strarr(', ch(nparam), ')', &
'& precision=fltarr(', ch(nparam), ')'
do iparam=1, nparam
write(uidl, *) 'pname(', ch(iparam-1), ")='", trim(pset(iparam)%name)//"'", &
' &precision(', ch(iparam-1), ')=', pset(iparam)%width
end do
!Get a proper magnification factor
write(uidl, *) 'mag=1./precision'
write(uidl, *) ''
!Get observation names
tmp='['
do iobs=1, nobs
tmp2="'"
tmp2=trim(tmp2)//obs(iobs)%name
tmp2=trim(tmp2)//"'"
tmp=trim(tmp)//trim(tmp2)
if(iobs/=nobs) then
tmp=trim(tmp)//','
else
tmp=trim(tmp)//']'
endif
enddo
write(uidl, *) 'obsname=', trim(tmp)
write(uidl, *) ';------------------begin plotting-----------------'
write(uidl, *) "set_plot, 'ps'"
write(uidl, *) 'loadct, 13, NCOLORS=', num_color
write(uidl, *) 'cxori=', cxori
write(uidl, *) 'cyori=', cyori
write(uidl, *) 'cxend=', cxend
write(uidl, *) 'cyend=', cyend
write(uidl, *) 'xgap=', xgap
write(uidl, *) 'ygap=', ygap
write(uidl, *) 'csize=', charsize
write(uidl, *) 'pheight=(cyend-cyori-(npplot-1)*ygap)/npplot'
write(uidl, *) 'pwidth =(cxend-cxori-(npplot-1)*xgap)/npplot'
write(uidl, *) 'clvl=[6.18, 2.3]' !, 11.83]'
write(uidl, *) 'clvl=exp(-0.5*clvl)'
write(uidl, *) 'lcolor=50'
write(uidl, *) 'nc=', num_color
write(uidl, *) 'maxlvl=7'
write(uidl, *) 'lglvls=maxlvl-maxlvl*findgen(200+1)/200'
write(uidl, *) 'lvls=exp(-0.5*lglvls)'
write(uidl, *) 'colors=lvls*nc'
write(uidl, *) 'bklvl=min(lvls)'
write(uidl, *) 'bkcolor=bklvl*nc'
write(uidl, *) 'obscolor=indgen(nobs)*lcolor'
write(uidl, *) 'item=', "''"
write(uidl, *) 'for iobs=0, nobs-1 do begin'
write(uidl, *) ' if(use_multi eq 1) then begin'
write(uidl, *) ' if(iobs eq 0) then item=obsname(iobs)'
write(uidl, *) " if(iobs ne 0) then item=item+'_'+obsname(iobs)"
write(uidl, *) ' endif'
write(uidl, *) " if(use_multi ne 1) then item=obsname(iobs)"
write(uidl, *) ' datname=plotdir+modelname+item+', "'_mc.dat'"
call multi_index(nparam, c_idx, tmp) !tmp='c1, c2, c3, c4'
write(uidl, *) ' readcol, datname, ', trim(tmp)//', chi2'
write(uidl, *) 'nsample=size(c1, /n_elements)'
write(uidl, *) 'ptot=fltarr(nparam, nsample)'
do iparam=1, nparam
write(uidl, *) 'ptot(', ch(iparam-1), ', *)=c', ch(iparam)
end do
write(uidl, *) 'psname=plotdir+modelname+item+', "'_mc.ps'"
write(uidl, *) 'device, file=psname, /color'
write(uidl, *) 'for iparam=0, npplot-1 do begin'
write(uidl, *) ' for jparam=npplot-1, iparam, -1 do begin'
write(uidl, *) ' xname=pname(iparam)'
write(uidl, *) ' yname=pname(jparam)'
write(uidl, *) " xtkname=''"
write(uidl, *) " ytkname=''"
write(uidl, *) ' if(jparam ne npplot-1) then begin'
write(uidl, *) " xtkname=replicate(' ', 8)"
write(uidl, *) " xname=''"
write(uidl, *) ' endif'
write(uidl, *) ' if(iparam ne 0) then begin'
write(uidl, *) " ytkname=replicate(' ', 8)"
write(uidl, *) " yname=''"
write(uidl, *) ' endif'
write(uidl, *) ' pxori=cxori+iparam*(pwidth+xgap)'
write(uidl, *) ' pyori=cyori+(npplot-1-jparam)*(pheight+ygap)'
write(uidl, *) ' pxend=pxori+pwidth'
write(uidl, *) ' pyend=pyori+pheight'
write(uidl, *) ' if(iparam eq jparam) then begin'
write(uidl, *) ' var=ptot(iparam, *)'
write(uidl, *) ' vplot=(var-min(var))*mag(iparam)'
write(uidl, *) ' size_bin=1' !bs(iparam).'
write(uidl, *) ' hist_var=histogram(vplot, binsize=size_bin)'
write(uidl, *) ' tmp=size(hist_var, /dimensions)'
write(uidl, *) ' size_var=tmp(0)'
write(uidl, *) ' xaxis=min(var)+findgen(size_var)*(max(var)-min(var))/(size_var-1)'
write(uidl, *) ' max_hist=max(hist_var, location)'
write(uidl, *) ' indmax=array_indices(hist_var, location)'
write(uidl, *) ' indx=indmax(0)'
!plot a black box first
write(uidl, *) ' plot, xaxis, hist_var*1.0/max(hist_var), $'
write(uidl, *) ' xtit=xname, charsize=csize,$'
write(uidl, *) ' position=[pxori, pyori, pxend, pyend], /noerase, /nodata, $'
write(uidl, *) ' xtickname=xtkname, ystyle=4, xstyle=8'
write(uidl, *) ' oplot, xaxis, hist_var*1.0/max(hist_var), $'
write(uidl, *) ' color=lcolor*iobs'
write(uidl, *) ' oplot, [xaxis(indx), xaxis(indx)], $'
write(uidl, *) ' [0, 1], linestyle=2'
write(uidl, *) ' endif else begin'
write(uidl, *) ' vx=ptot(iparam, *)'
write(uidl, *) ' vy=ptot(jparam, *)'
write(uidl, *) ' vxplot=(vx-min(vx))*mag(iparam)'
write(uidl, *) ' vyplot=(vy-min(vy))*mag(jparam)'
write(uidl, *) ' size_bin1=1' !bs(iparam).'
write(uidl, *) ' size_bin2=1' !bs(jparam).'
write(uidl, *) ' hist_var=hist_2d(vxplot, vyplot, bin1=size_bin1, bin2=size_bin2)'
write(uidl, *) ' hist_var=smooth(hist_var, 3)'
write(uidl, *) ' tmp=size(hist_var, /dimensions)'
write(uidl, *) ' svx=tmp(0)'
write(uidl, *) ' svy=tmp(1)'
write(uidl, *) ' xaxis=min(vx)+findgen(svx)*(max(vx)-min(vx))/(svx-1)'
write(uidl, *) ' yaxis=min(vy)+findgen(svy)*(max(vy)-min(vy))/(svy-1)'
write(uidl, *) ' max_hist=max(hist_var, location)'
write(uidl, *) ' indmax=array_indices(hist_var, location)'
write(uidl, *) ' indx=indmax(0) & indy=indmax(1)'
write(uidl, *) ' contour, bklvl+fltarr(svx, svy), level=bklvl, $'
write(uidl, *) ' c_color=bkcolor, xaxis, yaxis, /fill, $'
write(uidl, *) ' position=[pxori, pyori, pxend, pyend], /noerase, $'
write(uidl, *) ' xtickname=xtkname, ytickname=ytkname, charsize=csize, $'
write(uidl, *) ' xtit=xname, ytit=yname, xstyle=1, ystyle=1'
write(uidl, *) ' contour, hist_var*1.0/max(hist_var), xaxis, yaxis, $'
write(uidl, *) ' level=lvls, /fill, /noerase, $'
write(uidl, *) ' c_colors=colors, /overplot'
write(uidl, *) ' oplot, [xaxis(indx)], [yaxis(indy)],$'
write(uidl, *) ' psym=1'
write(uidl, *) ' endelse'
write(uidl, *) ' endfor'
write(uidl, *) 'endfor'
write(uidl, *) 'bxori=cxori-0.07'
write(uidl, *) 'byori=cyori'
write(uidl, *) 'bxend=cxori-0.06'
write(uidl, *) 'byend=cyend'
write(uidl, *) 'bloc=[bxori, byori, bxend, byend]'
write(uidl, *) 'fsc_colorbar, ncolors=nc, /vertical, position=bloc, $'
write(uidl, *) " minrange=0, maxrange=1.0, format='(F4.2)', $"
write(uidl, *) " title='Likelihood', charsize=csize"
! write(uidl, *) 'position=[lxori, lyori]'
! write(uidl, *) 'plot,findgen(11)/10, findgen(11)/10, /noerase, color=300'
! write(uidl, *) 'legend, items, color=obscolor,linestyle=0, position=position'
! write(uidl, *) "print, 'Plot Over!'"
write(uidl, *) 'device, /close'
write(uidl, *) 'endfor'
write(uidl, *) "print, 'Plot Over!'"
write(uidl, *) 'end'
close(uidl)
end subroutine GenIDL_MCMC
!----------------------------------------------------------------------------------
!----------------------------------------------------------------------------------
!-----------------------------------------Grid-------------------------------------
!----------------------------------------------------------------------------------
!----------------------------------------------------------------------------------
subroutine GenIDL_Grid
use Precision
implicit none
integer :: iparam, iobs, jp
integer :: uidl
integer :: idx
integer, dimension(nparam) :: ibeg, iend
character(len=mtxt) :: tmp, tmp2, tmp_number
! character(len=mtxt) :: mat_idx
character(len=mtxt) :: col_idx
character(len=10) :: mchi='mchi', lchi='lchi'
character(len=mtxt) :: psobs
uidl=unit_idl
open(uidl, file=trim(plotdir)//(trim(IDLfile)//'.pro'))
write(uidl, *) ';Generated by ', trim(version)
write(uidl, *) 'pro ', trim(IDLfile), ', usm'
write(uidl, *) "plotdir=''"!, trim(plotdir), "'"
write(uidl, *) 'use_multi=usm'
write(uidl, *) ''
!nparam=
write(uidl, *) trim('nparam=')//ch(nparam)
write(uidl, *) trim('nobs=')//ch(nobs)
write(uidl, *) 'npplot=nparam ;or nparam-1 or nparam-2'
!get observation names
tmp='['
do iobs=1, nobs
tmp2="'"
tmp2=trim(tmp2)//obs(iobs)%name
tmp2=trim(tmp2)//"'"
tmp=trim(tmp)//trim(tmp2)
if(iobs/=nobs) then
tmp=trim(tmp)//','
else
tmp=trim(tmp)//']'
endif
enddo
write(uidl, *) 'obsname=', trim(tmp)
!pname=('Om', 'f', 'Ophi'...)
write(uidl, *) "modelname='", trim(modelname), "'"
write(uidl, *) 'pname=strarr(', ch(nparam), ')'
do iparam=1, nparam
write(uidl, *) 'pname(', ch(iparam-1), ")='", trim(pset(iparam)%name)//"'"
end do
!n1=pset(1)%n etc
do iparam=1, nparam
write(tmp, *) pset(iparam)%n
write(uidl, *) comb_cn('n', iparam), '=', trim(tmp)//'l'
end do
!readcol, '...\chi2.dat', c1, c2, c3, ..., x1, x2, x3...
call multi_index(nparam, c_idx, tmp)
call multi_index(nobs, x_idx, tmp2)
write(uidl, *) "cname=plotdir+modelname+'", trim(chi2file), "'"
write(uidl, *) 'readcol, cname, $'
write(uidl, *) trim(tmp)//',', trim(tmp2)
write(uidl, *) ';------------get value of each parameter---------'
!get parameter array
do iparam=1, nparam
write(uidl, *) comb_cn(parr_idx, iparam), '=fltarr(', comb_cn('n', iparam), ')'
enddo
call collum_index(nparam, tmp)
tmp=trim('(')//tmp
tmp=trim(tmp)//')'
do iparam=1, nparam
do jp=1, nparam
if(jp/=iparam) write(uidl, *) trim(comb_cn(ip_idx, jp))//'=0'
end do
write(uidl, *) 'for ', trim(comb_cn(ip_idx, iparam))//'=0, ', comb_cn('n', iparam), '-1 do begin'
write(uidl, *) trim(comb_cn(parr_idx, iparam))//'(', trim(comb_cn(ip_idx, iparam))//')=$'
write(uidl, *) trim(comb_cn(c_idx, iparam))//trim(tmp)
write(uidl, *) 'endfor'
end do
tmp='ptot=['
do iparam=1, nparam
tmp=trim(tmp)//comb_cn(parr_idx, iparam)
if(iparam/=nparam) then
tmp=trim(tmp)//','
else
tmp=trim(tmp)//']'
endif
enddo
write(uidl, *) tmp
write(uidl, *) trim('ibeg=intarr(')//(trim(ch(nparam))//')')
write(uidl, *) trim('iend=intarr(')//(trim(ch(nparam))//')')
!idx_p=[0,..,np1-1, np1, ..., np1+np2-1, ...]
write(uidl, *) ';idx_p=[0,..,np1-1, np1, ..., np1+np2-1, ...]'
idx=0
do iparam=1, nparam
ibeg(iparam)=idx
idx=idx+pset(iparam)%n
iend(iparam)=idx-1
enddo
do iparam=1, nparam
write(uidl, *) 'ibeg(', ch(iparam-1), ')=', ibeg(iparam)
write(uidl, *) 'iend(', ch(iparam-1), ')=', iend(iparam)
enddo
write(uidl, *) ' '
!mchi=fltarr(nobs, n1*n2*n3...)
tmp=''
do iparam=1, nparam
tmp=trim(tmp)//trim(comb_cn('n', iparam))
if (iparam/=nparam) then
tmp=trim(tmp)//'*'
else
tmp=trim(tmp)//')'
endif
enddo
write(uidl, *) 'rawmchi=fltarr(nobs, ', trim(tmp)
!mchi(0, :)=x1; mchi(1, :)=x2; ...
do iobs=1, nobs
write(uidl, *) 'rawmchi(', ch(iobs-1), ', *)=', comb_cn(x_idx, iobs)
enddo
!mchi=fltarr(1, 50, 30, 20)
do iparam=1, nparam
if (iparam==1) tmp=trim('mchi=fltarr(')
tmp=trim(tmp)//comb_cn('n', iparam)
if(iparam/=nparam) then
tmp=trim(tmp)//','
else
tmp=trim(tmp)//')'
endif
enddo
write(uidl, *) tmp
!write(uidl, *) 'cur_chi=0'
write(uidl, *) 'cur_chi=0'
! call multi_index(nparam, ip_idx, mat_idx)
write(uidl, *) ';------------------begin plotting-----------------'
write(uidl, *) "set_plot, 'ps'"
write(uidl, *) 'loadct, 13'
! write(uidl, *) "device, file='", trim(plotdir)//(trim(psfile)//"', /color")
write(uidl, *) 'cxori=', cxori
write(uidl, *) 'cyori=', cyori
write(uidl, *) 'cxend=', cxend
write(uidl, *) 'cyend=', cyend
write(uidl, *) 'xgap=', xgap
write(uidl, *) 'ygap=', ygap
write(uidl, *) 'pheight=(cyend-cyori-(npplot-1)*ygap)/npplot'
write(uidl, *) 'pwidth =(cxend-cxori-(npplot-1)*xgap)/npplot'
write(uidl, *) 'clvl=[2.3, 6.18]' !, 11.83]'
write(uidl, *) 'lcolor=50'
write(uidl, *) 'obscolor=indgen(nobs)*lcolor'
write(uidl, *) 'items=obsname'
write(uidl, *) 'for ', trim('iobs')//'=0, ', ch(nobs-1), ' do begin'
write(uidl, *) '; ------------get the chi2 matrix: mchi---------------'
write(uidl, *) ' if (use_multi eq 1) then begin'
write(uidl, *) ";obsname=['SN', 'SN+Hz', 'SN+Hz+BAO', 'SN+Hz+BAO+BAOP', 'SN+Hz+BAO+BAOP+CMB']"
write(uidl, *) ' for jobs=0, iobs do begin'
write(uidl, *) ' if (jobs eq 0) then tmp=obsname(jobs)'
write(uidl, *) " if (jobs ne 0) then tmp=tmp+'+'+obsname(jobs)"
write(uidl, *) ' endfor'
write(uidl, *) ' items(iobs)=tmp'
write(uidl, *) ' cur_chi=cur_chi+rawmchi(iobs, *) '
write(uidl, *) ' endif else begin'
write(uidl, *) '; items(iobs)=obsname(iobs)'
write(uidl, *) ' cur_chi=rawmchi(iobs, *)'
write(uidl, *) ' endelse'
write(uidl, *) "fname=plotdir+modelname+items(iobs)+'_grid.ps'"
write(uidl, *) 'device, file=fname, /color'
!for i1=1, pset(ip)-1'...
do iparam=1, nparam
write(uidl, *) ' for ', trim(comb_cn(ip_idx, iparam))//'=0, ', trim(comb_cn('n', iparam))//'-1 do begin'
end do
call multi_index(nparam, ip_idx, tmp)
call collum_index(nparam, col_idx)
tmp=trim('(')//tmp
tmp=trim(tmp)//')=$'
write(uidl, '(a5, a)') '', trim(mchi)//trim(tmp)
tmp='cur_chi('
tmp=trim(tmp)//(trim(col_idx)//')')
write(uidl, *) tmp
!'endfor'...
do iparam=1, nparam
write(uidl, *) ' endfor'
end do
write(uidl, *) ' min_chi=min(mchi)'
write(uidl, *) ' mchi=exp((600.0d - 0.5d*(temporary(mchi) - min_chi)) > (-600.0d))'
write(uidl, *) ' for iparam=0, npplot-1 do begin'
write(uidl, *) ' for jparam=npplot-1, iparam, -1 do begin'
write(uidl, *) ' mxtmp=mchi'
write(uidl, *) ' xname=pname(iparam)'
write(uidl, *) ' yname=pname(jparam)'
write(uidl, *) " xtkname=''"
write(uidl, *) " ytkname=''"
write(uidl, *) ' if(jparam ne npplot-1) then begin'
write(uidl, *) " xtkname=replicate(' ', 8)"
write(uidl, *) " xname=''"
write(uidl, *) ' endif'
write(uidl, *) ' if(iparam ne 0) then begin'
write(uidl, *) " ytkname=replicate(' ', 8)"
write(uidl, *) " yname=''"
write(uidl, *) ' endif'
write(uidl, *) ' for kparam=nparam-1, 0, -1 do begin'
write(uidl, *) ' if (kparam ne iparam && kparam ne jparam) then begin'
write(uidl, *) ' mxtmp=total(mxtmp, kparam+1)'
write(uidl, *) ' endif'
write(uidl, *) ' endfor'
write(uidl, *) ' mxtmp=-2.*alog(mxtmp)'
write(uidl, *) ' min_mxtmp=min(mxtmp, location)'
write(uidl, *) ' indmin=array_indices(mxtmp, location)'
write(uidl, *) ' mxtmp=mxtmp-min(mxtmp)'
write(uidl, *) ' pxori=cxori+iparam*(pwidth+xgap)'
write(uidl, *) ' pyori=cyori+(npplot-1-jparam)*(pheight+ygap)'
write(uidl, *) ' pxend=pxori+pwidth'
write(uidl, *) ' pyend=pyori+pheight'
write(uidl, *) ' if(iparam eq jparam) then begin'
write(uidl, *) ' indx=indmin(0)'
write(uidl, *) ' plot, ptot(ibeg(iparam):iend(iparam)), $'
write(uidl, *) ' exp(-0.5*mxtmp), xtit=xname, ytit=dChi2, charsize=0.5,$'
write(uidl, *) ' position=[pxori, pyori, pxend, pyend], /noerase, /nodata, $'
write(uidl, *) ' xtickname=xtkname ;, ystyle=4, xstyle=8'
write(uidl, *) ' oplot, ptot(ibeg(iparam):iend(iparam)), $'
write(uidl, *) ' exp(-0.5*mxtmp), color=lcolor*iobs'
write(uidl, *) ' oplot, [ptot(ibeg(iparam)+indx), ptot(ibeg(iparam)+indx)], $'
write(uidl, *) ' [0, 1], linestyle=2'
! write(uidl, *) ' onesigma=where(abs(mxtmp(ibeg(iparam)+indx:iend(iparam))-1) lt 0.01)'
! write(uidl, *) ' if (onesigma eq -1) then $'
! write(uidl, *) ' onesigma=where(abs(mxtmp(ibeg(iparam)+indx:iend(iparam))-1) lt 0.1)'
! write(uidl, *) ' sos=size(onesigma, /n_elements)'
! write(uidl, *) ' uponesig=onesigma(sos-1)'
! write(uidl, *) ' onesigma=where(abs(mxtmp(ibeg(iparam):ibeg(iparam)+indx)-1) lt 0.01) '
! write(uidl, *) ' if (onesigma eq -1) then $'
! write(uidl, *) ' onesigma=where(abs(mxtmp(ibeg(iparam):ibeg(iparam)+indx)-1) lt 0.1) '
! write(uidl, *) ' dnonesig=onesigma(0) '
! write(uidl, *) ' get_lun, /lun'
! write(uidl, *) " openu, lun, 'stat.txt'"
! write(uidl, *) ' printf, lun, pname(iparam), $'
! write(uidl, *) " ' - ', mxtmp(ibeg(iparam)+indx)-mxtmp(ibeg(iparam)+dnonesig), $"
! write(uidl, *) " ' + ', mxtmp(ibeg(iparam)+indx+uponesig)-mxtmp(ibeg(iparam)+indx)"
! write(uidl, *) ' free_lun, /lun'
write(uidl, *) ' endif else begin'
write(uidl, *) ' indx=indmin(0) & indy=indmin(1)'
write(uidl, *) ' contour, mxtmp, ptot(ibeg(iparam):iend(iparam)), $'
write(uidl, *) ' ptot(ibeg(jparam):iend(jparam)), $'
write(uidl, *) ' level=clvl, xtit=xname, ytit=yname, $'
write(uidl, *) ' c_colors=lcolor*iobs, charsize=0.5, c_linestyle=[0, 1],$'
write(uidl, *) ' xstyle=1, ystyle=1, $'
write(uidl, *) ' position=[pxori, pyori, pxend, pyend], /noerase, $'
write(uidl, *) ' xtickname=xtkname, ytickname=ytkname'
write(uidl, *) ' oplot, [ptot(ibeg(iparam)+indx)], [ptot(ibeg(jparam)+indy)],$'
write(uidl, *) ' psym=1, color=lcolor*iobs'
write(uidl, *) ' endelse'
write(uidl, *) ' endfor'
write(uidl, *) ' endfor'
write(uidl, *) ' device, /close'
write(uidl, *) 'endfor'
write(uidl, *) ';lxori=', lxori
write(uidl, *) ';lyori=', lyori
write(uidl, *) ';position=[lxori, lyori]'
write(uidl, *) ';plot,findgen(11)/10, findgen(11)/10, /noerase, color=300'
write(uidl, *) ';legend, items, color=obscolor,linestyle=0, position=position'
write(uidl, *) "print, 'Plot Over!'"
write(uidl, *) 'end'
close(uidl)
end subroutine GenIDL_Grid
subroutine multi_index(np, prefix, m_index)
implicit none
character(len=mtxt) :: tmp, m_index
integer :: np, ip
character :: prefix
m_index=''
do ip=1, np
tmp=ch(ip)
tmp=trim(prefix)//tmp
m_index=trim(m_index)//trim(tmp)
if(ip/=np) m_index=trim(m_index)//','
enddo
end subroutine multi_index
subroutine collum_index(np, c_index)
implicit none
integer :: ip, jp, np
character(len=mtxt) :: c_index, tmp
c_index=''
do ip=np, 1, -1
c_index=trim(comb_cn(ip_idx, ip))//c_index
do jp=ip+1, np
tmp=comb_cn('n', jp)
tmp=trim(tmp)//'*'
c_index=trim(tmp)//c_index
enddo
if(ip/=1) then
c_index=trim('+')//trim(c_index)
! else
! c_index=trim('(')//trim(c_index)
endif
enddo
end subroutine collum_index
function comb_cn(c, n)
implicit none
integer :: n
character :: c
character(len=2) :: nc
character(len=2) :: comb_cn
nc=ch(n)
write(nc, '(i1)') n
comb_cn=trim(c)//trim(nc)
end function
function ch(n)
implicit none
character :: ch
integer :: n
write(ch, '(i1)') n
end function
end Module GenerateIDL