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deltadet1.pro
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deltadet1.pro
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; IDL procedure by Sreejith
; Start : 25 Jun 2013 12:24
; Last Mod : 18 Aug 2014 10:59
;------------------- Details of the program --------------------------;
;PRO delta
;+
; NAME:
; deltadet
;
; PURPOSE:
; This program uses SMART to pick up ARs automatically and uses find_delta
; on those selected ROI.
;
; CALLING SEQUENCE:
; deltadet,indirc,indirm,[/mkmovie,/moviedir,/plotmap,/savestr
pro deltadet1,cfnames,mfnames,fdostr,$
MKMOVIE=mkmovie,movdir=movdir,MKPLOT=mkplot,plotmap=plotmap,listfname=listfname,savestr=savestr
poslimit=1000 ;Consider ARs position less than poslimit; in arcesec
; if n_elements(inroi) ne 0 then begin
; roi=inroi
; xcen=roi[0] & ycen=roi[1] & dx = roi[2] & dy = roi[3]
; endif
;if strlen(indirc) ne 0. then begin
;spawn,'ls '+indirC+'/*continuum.fits',cfnames
ss=1
read_sdo,cfnames,cindex,/nodata,/uncomp_delete
ctime=anytim2tai(cindex.date_obs)
;endif
;if strlen(indirm) ne 0. then begin
;spawn,'ls '+indirM+'/*magnetogram.fits',mfnames
ss1=1
read_sdo,mfnames,mindex,/nodata,/uncomp_delete
mtime=anytim2tai(mindex.date_obs)
openw,out,listfname,/get_lun
printf,out,format='(%"\t%s\n")','Full Disk- delta positions (if detected)'
printf,out,format='(%"\t%s\t\t%s\t\t%s\t\t%s\n")','#','xcen','ycen','date'
; for ii=0,ss-1 do begin
; for ii=206,206 do begin
; tmp=min(abs(mtime-ctime[ii]),minpos)
ostr=find_delta(cfnames,mfnames,/nolimbdark)
fdostr=ostr
if ostr.ndelta ge 1 then begin
for ii=0,ostr.ndelta-1 do begin
printf,out,format='(%"\t%d\t%f\t%f\t%s\n")',ii+1,ostr.dltcen[0,ii],ostr.dltcen[1,ii],ostr.cmap.time
endfor
endif
if (keyword_set(mkmovie)) then begin
if (keyword_set(movdir)) then dirname=movdir else dirname='DELTMOV'
fname=strcompress(dirname+"/"+ostr.cmap.time+"_fd.eps",/remove_all)
spawn,'mkdir -p '+dirname
deltadet_mkmov,ostr,fname,/hor ;$
;else artrk_mkmov,ostrarr,dirname
endif
printf,out,format='(%"\t%s\n")','AR FOVs'
printf,out,format='(%"\t%s\t\t%s\t\t%s\t\t%s\n")','xcen','ycen','delta','date'
ar_extract,mfnames,pospropstr
; if data_type(pospropstr) ne 8 then continue
roin=size(pospropstr,/dim)
print,"AR numbers Detected = ",roin
for kk=0,roin[0]-1 do begin
cent=[pospropstr[kk].hcxbnd,pospropstr[kk].hcybnd]
if abs(cent[0]) le poslimit then begin
ostr=find_delta(cfnames,mfnames,center=cent,fov=5,/nolimbdark)
; if data_type(ostr) ne 8 then continue
cent=[pospropstr[kk].hcxbnd,pospropstr[kk].hcybnd]
printf,out,format='(%"\t%f\t%f\t%d\t%s\n")',cent[0],cent[1],ostr.ndelta,ostr.cmap.time
if (keyword_set(plotmap)) then deltadet_plotmap,ostr
if(keyword_set(savestr)) then begin
dirname='OUTSTR'
fname1=strcompress(dirname+"/"+ostr.cmap.time+"_"+string(kk,FORMAT='(I02)')+".sav",/remove_all)
spawn,'mkdir -p '+dirname
save,ostr,filename=fname1
endif
if (keyword_set(mkmovie)) then begin
if (keyword_set(movdir)) then dirname=movdir else dirname='DELTMOV'
fname=strcompress(dirname+"/"+ostr.cmap.time+"_"+string(kk,FORMAT='(I02)')+".eps",/remove_all)
spawn,'mkdir -p '+dirname
deltadet_mkmov,ostr,fname,/hor ;$
;else artrk_mkmov,ostrarr,dirname
endif
endif
;endfor
endfor
free_lun,out
END
PRO deltadet_plotmap,ostr
device,decomposed=0
set_plot,'x'
!p.multi=[0,2,1]
!p.thick=2.5
loadct,0
plot_map,ostr.cmap
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
if ostr.ndelta ne 0 then begin
for jj=0,ostr.ndelta-1 do begin
cumap=ostr.dltmap
cumap.data=cumap.data*0b
circu=cir_mask(cumap.data,ostr.dltcenpx[0,jj],ostr.dltcenpx[1,jj],70)
cumap.data(circu)=byte(1)
plot_map,cumap,/over,/cont,c_level=[1],c_color=[20],c_thick=2.5
endfor
plot_map,ostr.dltmap,/over,/cont,levels=[126,127,128,129,130],c_color=[30,30,30,10,10],c_thick=2.0
endif
loadct,0
plot_map,ostr.mmap,dmin=-1000,dmax=1000
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
if ostr.ndelta ne 0 then begin
for jj=0,ostr.ndelta-1 do begin
cumap=ostr.dltmap
cumap.data=cumap.data*0b
circu=cir_mask(cumap.data,ostr.dltcenpx[0,jj],ostr.dltcenpx[1,jj],70)
cumap.data(circu)=byte(1)
plot_map,cumap,/over,/cont,c_level=[1],c_color=[20],c_thick=2.5
endfor
plot_map,ostr.dltmap,/over,/cont,levels=[126,127,128,129,130],c_color=[30,30,30,10,10],c_thick=2.0
endif
end
; IDL procedure by Sreejith
; Start : 11 Oct 2013 00:44
; Last Mod : 28 Nov 2013 20:36
;------------------- Details of the program --------------------------;
PRO deltadet_mkmov,strar,fname,hor=hor,plotmap=plotmap,yr=yr
;+
; NAME:
; Function
;
; PURPOSE:
; This function writes
;
; CALLING SEQUENCE:
; Function, input,output
device,decomposed=0.
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
tvlct,150,0,255,40
tvlct,0,150,255,50
tvlct,50,90,255,60
tvlct,255,255,255,1
tvlct,200,200,200,2
ss=size(strar,/dim)
ss1=size(strar.cmap.data,/dim)
for ii=0,ss[0]-1 do begin
;for ii=206,206 do begin
; fname = strcompress(dirname+"/"+string(ii,FORMAT='(I05)')+".eps",$
; /remove_all)
xl=ss1[0] & yl=ss1[1]
if keyword_set(hor) then xl=2.*xl else yl=2.*yl
set_plot,'x'
set_plot,'ps'
device,bits_per_pixel = 8,/portrait,filename = fname,/color,encapsulated=0,$
YSIZE=yl/15.,xsize=xl/15.
device,decomposed=0.
!p.charthick = 2.5
!p.charsize = 2.0
if keyword_set(hor) then !p.multi=[0,2,1] else !p.multi=[0,1,2]
loadct,0
plot_map,strar[ii].cmap,dmin=75000,dmax=20000;,yrange=[-400,-250]
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
tvlct,255,0,255,40
if strar[ii].ndelta ne 0 then begin
for jj=0,strar[ii].ndelta-1 do begin
cumap=strar[ii].dltmap
cumap.data=cumap.data*0b
circu=cir_mask(cumap.data,strar[ii].dltcenpx[0,jj],strar[ii].dltcenpx[1,jj],70)
cumap.data(circu)=byte(1)
plot_map,cumap,/over,/cont,c_level=[1],c_color=[40],c_thick=3.5
endfor
; plot_map,strar[ii].mskmap,/over,/cont,levels=[60,150],c_color=[30,20],c_thick=7.0,max_val=160
; plot_map,strar[ii].mskmap,/over,/cont,levels=[byte(60),byte(200)],c_color=[30,10],c_thick=7.0
plot_map,strar[ii].dltmap,/over,/cont,levels=[126,127,128,129,130],c_color=[30,30,30,10,10],c_thick=3.0
endif
loadct,0
plot_map,strar[ii].mmap,dmin=-1000,dmax=1000;,yrange=[-150,-300]
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
tvlct,255,0,255,40
if strar[ii].ndelta ne 0 then begin
for jj=0,strar[ii].ndelta-1 do begin
cumap=strar[ii].dltmap
cumap.data=cumap.data*0b
circu=cir_mask(cumap.data,strar[ii].dltcenpx[0,jj],strar[ii].dltcenpx[1,jj],70)
cumap.data(circu)=byte(1)
plot_map,cumap,/over,/cont,c_level=[1],c_color=[40],c_thick=5.5
endfor
;plot_map,strar[ii].mskmap,/over,/cont,levels=[60,150],c_color=[30,20],c_thick=7.0,max_val=160
;plot_map,strar[ii].mskmap,/over,/cont,levels=[byte(60),byte(200)],c_color=[30,10],c_thick=7.0
plot_map,strar[ii].dltmap,/over,/cont,levels=[126,127,128,129,130],c_color=[30,30,30,10,10],c_thick=4.0
endif
loadct,0
device,/close
set_plot,'x'
if (keyword_set(plotmap)) then begin
loadct,0
plot_map,strar[ii].cmap
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
if strar[ii].ndelta ne 0 then begin
for jj=0,strar[ii].ndelta-1 do begin
cumap=strar[ii].dltmap
cumap.data=cumap.data*0b
circu=cir_mask(cumap.data,strar[ii].dltcenpx[0,jj],strar[ii].dltcenpx[1,jj],70)
cumap.data(circu)=byte(1)
plot_map,cumap,/over,/cont,c_level=[1],c_color=[20],c_thick=2.5
endfor
plot_map,strar[ii].dltmap,/over,/cont,levels=[126,127,128,129,130],c_color=[30,30,30,10,10],c_thick=1.5
endif
loadct,0
plot_map,strar[ii].mmap,dmin=-1000,dmax=1000
tvlct,250,0,0,10
tvlct,0,220,0,20
tvlct,0,0,255,30
if strar[ii].ndelta ne 0 then begin
for jj=0,strar[ii].ndelta-1 do begin
cumap=strar[ii].dltmap
cumap.data=cumap.data*0b
circu=cir_mask(cumap.data,strar[ii].dltcenpx[0,jj],strar[ii].dltcenpx[1,jj],70)
cumap.data(circu)=byte(1)
plot_map,cumap,/over,/cont,c_level=[1],c_color=[20],c_thick=2.5
endfor
plot_map,strar[ii].dltmap,/over,/cont,levels=[126,127,128,129,130],c_color=[30,30,30,10,10],c_thick=1.5
wait,1
endif
loadct,0
endif
!p.multi=0.
endfor
END