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oct2020plotsfordave_v2.pro
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;Theoritical calculation of photoionisation and verification of the model photoionisation-FINAL RESULTS with ols data
;Oct 27, 2020
;checking calculatios for each bin and only low solar zenith angle
;ALL plots are w.r.t optical depth
;__________________________________________________________________________________________________________________________________________________________________________________
;__________________________________________________________________________________________________________________________________________________________________________________
;Model data file
floc='/home/srimoyee/Desktop/nrl_files/sav_files/'
;______________________________________________________________________________________________________
restore,filename=floc+'peakx9_oct2020.sav'
; file has:eionz_wv_loc,eionz_wv_transp ,photi_wv ,zz,wv1,wv2,sza,lat,lon,tau
nrl_wv1= wv1
nrl_wv2= wv2
x9_tau=tau ;[altitude, wavelength]
x9_szalo_photoi= photi_wv
x9_szalo_eiionz_loc= eionz_wv_loc
x9_szalo_eiionz_transp= eionz_wv_transp
;______________________________________________________________________________________________________
restore,filename=floc+'peakm5_oct2020.sav'
; file has:eionz_wv_loc,eionz_wv_transp ,photi_wv ,zz,wv1,wv2,sza,lat,lon,tau
m5_tau=tau ;[altitude, wavelength]
m5_szalo_photoi= photi_wv
m5_szalo_eiionz_loc= eionz_wv_loc
m5_szalo_eiionz_transp= eionz_wv_transp
close,/all
;___________________________________________________________________________________________________________________________________________________________________________________
;___________________________________________________________________________________________________________________________________________________________________________________
plt_loc="/home/srimoyee/Desktop/nrl_files/jul12_plots/x9_"
;Universal Plot variables
;xg=0 ;gridstyles
;yg=0
;xtl=1. ;ticklen
;ytl=1.
;xsg=-1
;ysg=-1
;xstl=0.5
;ystl=0.5
xg=0 ;gridstyles
yg=0
xtl=1. ;ticklen
ytl=1.
xsg=1
ysg=1
xstl=1.
ystl=1.
colors=['red','dark green','dodger blue','purple',"dark goldenrod","midnight blue","orchid","dim gray"]
lstyl=[0,2,3,4]
fnt_sz=15
thck=3.
ln_thck=5
sym_thck=2
sym_incr=10
leg_loc=[0.1, 0.9]
leg_loc_left=[0.04, 0.9]
leg_loc_right=[0.98, 0.9]
leg_transp=50
maj=['O ','O!L2!N ','N!L2!N ']
sym=["*","+","tu"]
;___________________________________________________________________________________________________________________________________________________________________________________
postpleft=[0.05,0.55,0.33,0.9]
postpmid=[0.39,0.55,0.68,0.9]
postpright=[0.73,0.55,0.98,0.9]
posbtleft=[0.05,0.15,0.33,0.45]
posbtmid=[0.39,0.15,0.68,0.45]
posbtright=[0.73,0.15,0.98,0.45]
leg_nam1=['0.5-1.0 A','1.0-1.5 A','1.5-2.0 A','2.0-2.5 A','2.5-3.0 A','3.0-4.0 A']
leg_nam2=['4-5 A','5-6 A','6-8 A']
leg_nam3=['8-10 A','10-14 A','14-18 A']
leg_nam='0.5-18 A'
tit_fl=['M5 flare -','X9 flare -']
;_______________________________________________________________________________________________________________________
;___________________________________________________N2 plot (1st 6bins)__________________________________________________
;____________________________________________________M5 Flare____________________________________________________________
;___________________________________________________Photoionisation plot__________________________________________________
sp=2
xr=[1.e-5,1.e2]
yr=[5,0]
;xr=[]
;yr=[]
xt=[];'Photoionisation (Pi) (cm!U-3!N s!U-1!N)
yt='Optical Depth'
titl='Photoionization'
w1 = WINDOW(WINDOW_TITLE=titl,DIMENSIONS=get_screen_size())
N2_pi1=plot(m5_szalo_photoi[sp,*,0],m5_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpleft,/current)
N2_pi2=plot(m5_szalo_photoi[sp,*,1],m5_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(m5_szalo_photoi[sp,*,2],m5_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pi4=plot(m5_szalo_photoi[sp,*,3],m5_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pi5=plot(m5_szalo_photoi[sp,*,4],m5_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pi6=plot(m5_szalo_photoi[sp,*,5],m5_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3,N2_pi4,N2_pi5,N2_pi6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,orientation=1,/normal)
;___________________________________________________Photoelectron Ionisation plot___________________________________________________
xt=[];'Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionization'
N2_ei1=plot(m5_szalo_eiionz_transp[sp,*,0],m5_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpmid,/current)
N2_ei2=plot(m5_szalo_eiionz_transp[sp,*,1],m5_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(m5_szalo_eiionz_transp[sp,*,2],m5_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_ei4=plot(m5_szalo_eiionz_transp[sp,*,3],m5_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_ei5=plot(m5_szalo_eiionz_transp[sp,*,4],m5_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_ei6=plot(m5_szalo_eiionz_transp[sp,*,5],m5_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3,N2_ei4,N2_ei5,N2_ei6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot______________________________________________________________________
xr=[1.,1000.]
xt=[];'Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(m5_szalo_eiionz_transp[sp,*,0]/m5_szalo_photoi[sp,*,0],m5_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpright,/current)
N2_pp2=plot(m5_szalo_eiionz_transp[sp,*,1]/m5_szalo_photoi[sp,*,1],m5_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(m5_szalo_eiionz_transp[sp,*,2]/m5_szalo_photoi[sp,*,2],m5_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pp4=plot(m5_szalo_eiionz_transp[sp,*,3]/m5_szalo_photoi[sp,*,3],m5_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pp5=plot(m5_szalo_eiionz_transp[sp,*,4]/m5_szalo_photoi[sp,*,4],m5_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pp6=plot(m5_szalo_eiionz_transp[sp,*,5]/m5_szalo_photoi[sp,*,5],m5_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg5 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3,N2_pp4,N2_pp5,N2_pp6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;______________________________________________________________________________________________________________________________________________
;________________________________________________________X9 flare______________________________________________________________________________
;___________________________________________________Photoionisation plot_______________________________________________________________________
xr=[1.e-4,1.e4]
;xr=[]
;yr=[]
xt='Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionisation'
N2_pi1=plot(x9_szalo_photoi[sp,*,0],x9_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtleft,/current)
N2_pi2=plot(x9_szalo_photoi[sp,*,1],x9_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(x9_szalo_photoi[sp,*,2],x9_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pi4=plot(x9_szalo_photoi[sp,*,3],x9_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pi5=plot(x9_szalo_photoi[sp,*,4],x9_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pi6=plot(x9_szalo_photoi[sp,*,5],x9_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3,N2_pi4,N2_pi5,N2_pi6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Photoelectron Ionisation plot__________________________________________________________________
xt='Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionisation'
N2_ei1=plot(x9_szalo_eiionz_transp[sp,*,0],x9_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtmid,/current)
N2_ei2=plot(x9_szalo_eiionz_transp[sp,*,1],x9_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(x9_szalo_eiionz_transp[sp,*,2],x9_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_ei4=plot(x9_szalo_eiionz_transp[sp,*,3],x9_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_ei5=plot(x9_szalo_eiionz_transp[sp,*,4],x9_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_ei6=plot(x9_szalo_eiionz_transp[sp,*,5],x9_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3,N2_ei4,N2_ei5,N2_ei6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot________________________________________________________________________________________
xr=[1.,1000.]
xt='Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(x9_szalo_eiionz_transp[sp,*,0]/x9_szalo_photoi[sp,*,0],x9_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtright,/current)
N2_pp2=plot(x9_szalo_eiionz_transp[sp,*,1]/x9_szalo_photoi[sp,*,1],x9_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(x9_szalo_eiionz_transp[sp,*,2]/x9_szalo_photoi[sp,*,2],x9_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pp4=plot(x9_szalo_eiionz_transp[sp,*,3]/x9_szalo_photoi[sp,*,3],x9_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pp5=plot(x9_szalo_eiionz_transp[sp,*,4]/x9_szalo_photoi[sp,*,4],x9_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pp6=plot(x9_szalo_eiionz_transp[sp,*,5]/x9_szalo_photoi[sp,*,5],x9_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg3 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3,N2_pp4,N2_pp5,N2_pp6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;_________________________________________________________________________________________________________________________________________________________
;_________________________________________________________________________________________________________________________________________________________
;___________________________________________________N2 plot (2nd 3bins)____________________________________________________________________________________
;____________________________________________________M5 Flare______________________________________________________________________________________________
;___________________________________________________Photoionisation plot___________________________________________________________________________________
xr=[1.e-4,1.e4]
;xr=[]
;yr=[]
xt=[];'Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionisation'
w2 = WINDOW(WINDOW_TITLE=titl,DIMENSIONS=get_screen_size())
N2_pi1=plot(m5_szalo_photoi[sp,*,6],m5_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpleft,/current)
N2_pi2=plot(m5_szalo_photoi[sp,*,7],m5_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(m5_szalo_photoi[sp,*,8],m5_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,orientation=1,/normal)
;___________________________________________________Photoelectron Ionisation plot____________________________________________________________________________
xt=[];'Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionisation'
N2_ei1=plot(m5_szalo_eiionz_transp[sp,*,6],m5_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpmid,/current)
N2_ei2=plot(m5_szalo_eiionz_transp[sp,*,7],m5_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(m5_szalo_eiionz_transp[sp,*,8],m5_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot________________________________________________________________________________________________
xr=[1.,1000.]
xt=[];'Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(m5_szalo_eiionz_transp[sp,*,6]/m5_szalo_photoi[sp,*,6],m5_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpright,/current)
N2_pp2=plot(m5_szalo_eiionz_transp[sp,*,7]/m5_szalo_photoi[sp,*,7],m5_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(m5_szalo_eiionz_transp[sp,*,8]/m5_szalo_photoi[sp,*,8],m5_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
;leg3 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;________________________________________________________________________________________________________________________________________________________________
;________________________________________________________X9 flare________________________________________________________________________________________________
;___________________________________________________Photoionisation plot_________________________________________________________________________________________
xr=[1.e-4,1.e4]
;xr=[]
;yr=[]
xt='Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionisation '
N2_pi1=plot(x9_szalo_photoi[sp,*,6],x9_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtleft,/current)
N2_pi2=plot(x9_szalo_photoi[sp,*,7],x9_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(x9_szalo_photoi[sp,*,8],x9_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
;leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Photoelectron Ionisation plot________________________________________________________________________________
xt='Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionisation'
N2_ei1=plot(x9_szalo_eiionz_transp[sp,*,6],x9_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtmid,/current)
N2_ei2=plot(x9_szalo_eiionz_transp[sp,*,7],x9_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(x9_szalo_eiionz_transp[sp,*,8],x9_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot___________________________________________________________________________________________________
xr=[1.,1000]
xt='Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(x9_szalo_eiionz_transp[sp,*,6]/x9_szalo_photoi[sp,*,6],x9_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtright,/current)
N2_pp2=plot(x9_szalo_eiionz_transp[sp,*,7]/x9_szalo_photoi[sp,*,7],x9_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(x9_szalo_eiionz_transp[sp,*,8]/x9_szalo_photoi[sp,*,8],x9_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
;leg3 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________________________________________________________________________________________________________________________
;___________________________________________________________________________________________________________________________________________________________________
;___________________________________________________N2 plot (3rd 3bins)_____________________________________________________________________________________________
;____________________________________________________M5 Flare________________________________________________________________________________________________________
;___________________________________________________Photoionisation plot_____________________________________________________________________________________________
xr=[1.e-4,1.e4]
;xr=[]
;yr=[]
xt=[];'Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionization'
w3 = WINDOW(WINDOW_TITLE=titl,DIMENSIONS=get_screen_size())
N2_pi1=plot(m5_szalo_photoi[sp,*,9],m5_tau[*,9],name=leg_nam3[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpleft,/current)
N2_pi2=plot(m5_szalo_photoi[sp,*,10],m5_tau[*,10],name=leg_nam3[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(m5_szalo_photoi[sp,*,11],m5_tau[*,11],name=leg_nam3[2],$
thick=thck,color=colors[4],/overplot)
leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,orientation=1,/normal)
;___________________________________________________Photoelectron Ionisation plot_______________________________________________________________________________________
xt=[];'Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionization'
N2_ei1=plot(m5_szalo_eiionz_transp[sp,*,9],m5_tau[*,9],name=leg_nam3[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpmid,/current)
N2_ei2=plot(m5_szalo_eiionz_transp[sp,*,10],m5_tau[*,10],name=leg_nam3[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(m5_szalo_eiionz_transp[sp,*,11],m5_tau[*,11],name=leg_nam3[2],$
thick=thck,color=colors[4],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot___________________________________________________________________________________________________________
xr=[1.,1000]
xt=[];'Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(m5_szalo_eiionz_transp[sp,*,9]/m5_szalo_photoi[sp,*,9],m5_tau[*,9],name=leg_nam3[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpright,/current)
N2_pp2=plot(m5_szalo_eiionz_transp[sp,*,10]/m5_szalo_photoi[sp,*,10],m5_tau[*,10],name=leg_nam3[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(m5_szalo_eiionz_transp[sp,*,11]/m5_szalo_photoi[sp,*,11],m5_tau[*,11],name=leg_nam3[2],$
thick=thck,color=colors[4],/overplot)
;leg3 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;______________________________________________________________________________________________________________________________________________________________________
;________________________________________________________X9 flare_______________________________________________________________________________________________________
;___________________________________________________Photoionisation plot________________________________________________________________________________________________
xr=[1.e-4,1.e5]
;xr=[]
;yr=[]
xt='Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionisation'
N2_pi1=plot(x9_szalo_photoi[sp,*,9],x9_tau[*,9],name=leg_nam3[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtleft,/current)
N2_pi2=plot(x9_szalo_photoi[sp,*,10],x9_tau[*,10],name=leg_nam3[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(x9_szalo_photoi[sp,*,11],x9_tau[*,11],name=leg_nam3[2],$
thick=thck,color=colors[4],/overplot)
;leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Photoelectron Ionisation plot_________________________________________________________________________________________
xt='Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionisation'
N2_ei1=plot(x9_szalo_eiionz_transp[sp,*,9],x9_tau[*,9],name=leg_nam3[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtmid,/current)
N2_ei2=plot(x9_szalo_eiionz_transp[sp,*,10],x9_tau[*,10],name=leg_nam3[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(x9_szalo_eiionz_transp[sp,*,11],x9_tau[*,11],name=leg_nam3[2],$
thick=thck,color=colors[4],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot_____________________________________________________________________________________________________________
xr=[1.,1000]
xt='Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(x9_szalo_eiionz_transp[sp,*,9]/x9_szalo_photoi[sp,*,9],x9_tau[*,9],name=leg_nam3[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtright,/current)
N2_pp2=plot(x9_szalo_eiionz_transp[sp,*,10]/x9_szalo_photoi[sp,*,10],x9_tau[*,10],name=leg_nam3[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(x9_szalo_eiionz_transp[sp,*,11]/x9_szalo_photoi[sp,*,11],x9_tau[*,11],name=leg_nam3[2],$
thick=thck,color=colors[4],/overplot)
;leg3 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;_______________________________________________________________________________________________________________________________________________________________________
;________________________________________________________________________________________________________________________________________________________________________
;_______________________________________________________________________________________________________________________
;___________________________________________________O2 plot (1st 6bins)__________________________________________________
;____________________________________________________M5 Flare____________________________________________________________
;___________________________________________________Photoionisation plot__________________________________________________
sp=1
xr=[1.e-4,1.e3]
;xr=[]
;yr=[]
xt=[];'Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionization'
w1 = WINDOW(WINDOW_TITLE=titl,DIMENSIONS=get_screen_size())
N2_pi1=plot(m5_szalo_photoi[sp,*,0],m5_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpleft,/current)
N2_pi2=plot(m5_szalo_photoi[sp,*,1],m5_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(m5_szalo_photoi[sp,*,2],m5_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pi4=plot(m5_szalo_photoi[sp,*,3],m5_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pi5=plot(m5_szalo_photoi[sp,*,4],m5_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pi6=plot(m5_szalo_photoi[sp,*,5],m5_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3,N2_pi4,N2_pi5,N2_pi6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,orientation=1,/normal)
;___________________________________________________Photoelectron Ionisation plot___________________________________________________
xt=[];'Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionization'
N2_ei1=plot(m5_szalo_eiionz_transp[sp,*,0],m5_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpmid,/current)
N2_ei2=plot(m5_szalo_eiionz_transp[sp,*,1],m5_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(m5_szalo_eiionz_transp[sp,*,2],m5_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_ei4=plot(m5_szalo_eiionz_transp[sp,*,3],m5_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_ei5=plot(m5_szalo_eiionz_transp[sp,*,4],m5_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_ei6=plot(m5_szalo_eiionz_transp[sp,*,5],m5_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3,N2_ei4,N2_ei5,N2_ei6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot______________________________________________________________________
xr=[1.,1000]
xt=[];'Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(m5_szalo_eiionz_transp[sp,*,0]/m5_szalo_photoi[sp,*,0],m5_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpright,/current)
N2_pp2=plot(m5_szalo_eiionz_transp[sp,*,1]/m5_szalo_photoi[sp,*,1],m5_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(m5_szalo_eiionz_transp[sp,*,2]/m5_szalo_photoi[sp,*,2],m5_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pp4=plot(m5_szalo_eiionz_transp[sp,*,3]/m5_szalo_photoi[sp,*,3],m5_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pp5=plot(m5_szalo_eiionz_transp[sp,*,4]/m5_szalo_photoi[sp,*,4],m5_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pp6=plot(m5_szalo_eiionz_transp[sp,*,5]/m5_szalo_photoi[sp,*,5],m5_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg5 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3,N2_pp4,N2_pp5,N2_pp6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;______________________________________________________________________________________________________________________________________________
;________________________________________________________X9 flare______________________________________________________________________________
;___________________________________________________Photoionisation plot_______________________________________________________________________
xr=[1.e-4,1.e3]
;xr=[]
;yr=[]
xt='Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionisation'
N2_pi1=plot(x9_szalo_photoi[sp,*,0],x9_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtleft,/current)
N2_pi2=plot(x9_szalo_photoi[sp,*,1],x9_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(x9_szalo_photoi[sp,*,2],x9_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pi4=plot(x9_szalo_photoi[sp,*,3],x9_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pi5=plot(x9_szalo_photoi[sp,*,4],x9_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pi6=plot(x9_szalo_photoi[sp,*,5],x9_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3,N2_pi4,N2_pi5,N2_pi6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Photoelectron Ionisation plot__________________________________________________________________
xt='Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionisation'
N2_ei1=plot(x9_szalo_eiionz_transp[sp,*,0],x9_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtmid,/current)
N2_ei2=plot(x9_szalo_eiionz_transp[sp,*,1],x9_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_ei3=plot(x9_szalo_eiionz_transp[sp,*,2],x9_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_ei4=plot(x9_szalo_eiionz_transp[sp,*,3],x9_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_ei5=plot(x9_szalo_eiionz_transp[sp,*,4],x9_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_ei6=plot(x9_szalo_eiionz_transp[sp,*,5],x9_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg2 = LEGEND(TARGET=[N2_ei1,N2_ei2,N2_ei3,N2_ei4,N2_ei5,N2_ei6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;___________________________________________________Pe/Pi plot________________________________________________________________________________________
xr=[1.,1000]
xt='Pe/Pi '
titl='Pe/Pi'
N2_pp1=plot(x9_szalo_eiionz_transp[sp,*,0]/x9_szalo_photoi[sp,*,0],x9_tau[*,0],name=leg_nam1[0],$
xtitle=xt,ytitle=yt,title=tit_fl[1]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=posbtright,/current)
N2_pp2=plot(x9_szalo_eiionz_transp[sp,*,1]/x9_szalo_photoi[sp,*,1],x9_tau[*,1],name=leg_nam1[1],$
thick=thck,color=colors[3],/overplot)
N2_pp3=plot(x9_szalo_eiionz_transp[sp,*,2]/x9_szalo_photoi[sp,*,2],x9_tau[*,2],name=leg_nam1[2],$
thick=thck,color=colors[4],/overplot)
N2_pp4=plot(x9_szalo_eiionz_transp[sp,*,3]/x9_szalo_photoi[sp,*,3],x9_tau[*,3],name=leg_nam1[3],$
thick=thck,color=colors[5],/overplot)
N2_pp5=plot(x9_szalo_eiionz_transp[sp,*,4]/x9_szalo_photoi[sp,*,4],x9_tau[*,4],name=leg_nam1[4],$
thick=thck,color=colors[6],/overplot)
N2_pp6=plot(x9_szalo_eiionz_transp[sp,*,5]/x9_szalo_photoi[sp,*,5],x9_tau[*,5],name=leg_nam1[5],$
thick=thck,color=colors[7],/overplot)
;leg3 = LEGEND(TARGET=[N2_pp1,N2_pp2,N2_pp3,N2_pp4,N2_pp5,N2_pp6], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,/normal)
;_________________________________________________________________________________________________________________________________________________________
;_________________________________________________________________________________________________________________________________________________________
;___________________________________________________O2 plot (2nd 3bins)____________________________________________________________________________________
;____________________________________________________M5 Flare______________________________________________________________________________________________
;___________________________________________________Photoionisation plot___________________________________________________________________________________
xr=[1.e-4,1.e4]
;xr=[]
;yr=[]
xt=[];'Photoionisation (Pi) (cm!U-3!N s!U-1!N)
titl='Photoionization'
w2 = WINDOW(WINDOW_TITLE=titl,DIMENSIONS=get_screen_size())
N2_pi1=plot(m5_szalo_photoi[sp,*,6],m5_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$
thick=thck,color=colors[1],font_size=fnt_sz,position=postpleft,/current)
N2_pi2=plot(m5_szalo_photoi[sp,*,7],m5_tau[*,7],name=leg_nam2[1],$
thick=thck,color=colors[3],/overplot)
;
N2_pi3=plot(m5_szalo_photoi[sp,*,8],m5_tau[*,8],name=leg_nam2[2],$
thick=thck,color=colors[4],/overplot)
leg1 = LEGEND(TARGET=[N2_pi1,N2_pi2,N2_pi3], POSITION=leg_loc,font_size=fnt_sz,transparency=leg_transp,orientation=1,/normal)
;___________________________________________________Photoelectron Ionisation plot____________________________________________________________________________
xt=[];'Photoelectron Ionisation (Pe) (cm!U-3!N s!U-1!N) '
titl='Photoelectron Ionization'
N2_ei1=plot(m5_szalo_eiionz_transp[sp,*,6],m5_tau[*,6],name=leg_nam2[0],$
xtitle=xt,ytitle=yt,title=tit_fl[0]+maj[sp]+titl,$
xstyle=1,ystyle=1,xrange=xr,yrange=yr,xlog=1,$;yrange=yr,xrange=xr,
xgridstyle=xg,ygridstyle=yg,xticklen=xtl,yticklen=ytl,xsubgridstyle=xsg,ysubgridstyle=ysg,xsubticklen=xstl,ysubticklen=ystl,$