Документ взят из кэша поисковой машины. Адрес оригинального документа : http://lnfm1.sai.msu.ru/~kupry/SOFTWARE/calib.pro Дата изменения: Fri Oct 1 14:09:10 2004 Дата индексирования: Mon Oct 1 22:39:01 2012 Кодировка:

FUNCTION HUNT,array,value,position

;Numerical Recipes in C
n = N_ELEMENTS(array)
ascnd = (array(n - 1) GE array(0))

if ((position LE -1) OR (position GT (n-1))) then begin
position = -1 ; input guess not usefull
i_hi = n ; go to bisektor
endif else begin
inc = 1
if ((value GE array(position)) EQ ascnd) then begin ;hunt up
if (position EQ n-1) then return,position
i_hi = position + 1

while ((value GE array(i_hi)) EQ ascnd) do begin
position = i_hi
inc = inc + 1
i_hi = position + inc
if (i_hi GT (n-1)) then begin
i_hi = n
goto, BISECTOR ; goto bisector
endif
endwhile

endif else begin ;hunt down
if (position EQ 0) then begin
position = -1
return,position
endif
i_hi = position - 1

while ((value LT array(position)) EQ ascnd) do begin
i_hi = position
inc = 2*inc
if (inc GE i_hi) then begin
position = -1
goto, BISECTOR
endif else position = i_hi - inc
endwhile

endelse
endelse
BISECTOR:
while ((i_hi - position) NE 1) do begin
i_m = (i_hi + position) / 2
if ((value GE array(i_m)) EQ ascnd) then position = i_m else i_hi = i_m
endwhile
if (value EQ array(0)) then position = 0
if (value EQ array(n-1)) then $
position = n-2
return,position
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

FUNCTION GET_TAB,fileTAB,B0,l,b

;F_EXISTS,fileTAB,'GET_TAB'
if ((b GT 90) OR (b LT -90) OR (l GT 90) OR (l LT -90)) then begin
MESSAGE,'Bad values of l or b !',/noprefix,/informational,/continue
MESSAGE,'(l,b)= -90 .. 90',/noprefix
endif

pi = 3.1415926d
l = pi / 180 * l & b = pi / 180 * b & B0 = pi / 180 * B0
sin_theta = SQRT(1 - ((COS(b) * COS(B0) * COS(l)) + (SIN(b)*SIN(B0)))^2)
sint = [0,0.6,0.8,0.9,0.95,0.98,0.99]
OPENR,unit,fileTAB,/get_lun
info = DBLARR(3)
READF,unit,info
coef = DBLARR(7)
READF,unit,coef
int = FLTARR(8,info(2))
READF,unit,int
FREE_LUN,unit

b = TOTAL(ALOG(coef)*ALOG(1-sint))/TOTAL((ALOG(1-sint))^2)
fce = coef/(1-sint)^b ; zavislost sint na coef = (1-sint)^b * fce(sint)
; interpoluje se jen fce(sint)
ld_coef = INTERPOL(fce,sint,sin_theta)*(1-sin_theta)^b
index = WHERE(sin_theta LT sint,count)
if ( count NE 0) then begin
column = index(0)
tab = [int(0,*),int(column:column+1,*)]
data = {line : info(0),ld_coef : ld_coef, coef_tab : [coef(column - 1),coef(column)], tab : tab}
endif else begin
column = N_ELEMENTS(sint)
PRINT,'get_data: Position of event is too close to the limb! Atlas intensity will not be precise!'
tab = [int(0,*),int(column,*)]
data = {line : info(0),ld_coef : ld_coef,tab : tab}
endelse

return, data
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

FUNCTION T_INT,koef,range
COMMON universal,tab,coef,cont

N = N_ELEMENTS(range)
if (N NE 0) then N = N - 1

l = ABS(koef(0) + koef(1) * range - tab.line)

TInt = DBLARR(N+1)
dim = SIZE(tab.tab)
pos_lambda = 0
for i = 0, (N) do begin
dist = l(i)
pos_lambda = HUNT(tab.tab(0,*),dist,pos_lambda)

if ((pos_lambda EQ -1) OR (pos_lambda EQ (dim(2) - 1))) then begin
MESSAGE,'Value of lambda is not tabulated!',/noprefix
endif

; interpolation using bilinear method (Numerical Recipes in C)
t = (dist - tab.tab(0,pos_lambda)) / (tab.tab(0,pos_lambda + 1) - tab.tab(0,pos_lambda))
if (dim(1) EQ 3) then begin
u = (tab.ld_coef - tab.coef_tab(0)) / (tab.coef_tab(1) - $
tab.coef_tab(0))
TInt(i) = tab.ld_coef * ((1 - t) * (1 - u) * tab.tab(1,pos_lambda) + t * (1 - u) * $
tab.tab(1,pos_lambda + 1) + t * u * tab.tab(2,pos_lambda + 1) + $
u * (1 - t) * tab.tab(2,pos_lambda))
endif else $
TInt(i) = tab.ld_coef * ((1 - t) * tab.tab(1,pos_lambda) + t * tab.tab(1,pos_lambda + 1))
endfor
return,Tint
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

PRO GFUNCT,x,a,f,pder
da=(x)^a(1)
f=da*a(0)+a(2)
IF N_PARAMS() GE 4 THEN $
pder= [[da],[a(0)*da*alog(x)],[replicate(1.0, N_ELEMENTS(X))]]
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

FUNCTION BROYFUNC,x
COMMON SHARE,XX,YY,pr,Isl,In
COMMON SUM,sumxy,sumx2,sumx,sumy,sumxylx,sumx2lx,sumxlx,a,c
N = n_elements(XX)
sumxy = 0d & sumx2 = 0d & sumx = 0d & sumy = 0d & sumxylx = 0d & sumx2lx = 0d & sumxlx = 0d
for i=0,N-1 do begin
sumxy = sumxy + YY(i)*XX(i)^x(0)
sumx2 = sumx2 + XX(i)^(2*x(0))
sumx = sumx + XX(i)^x(0)
sumy = sumy + YY(i)
sumxylx = sumxylx + YY(i)*XX(i)^x(0)*alog(XX(i))
sumx2lx = sumx2lx + XX(i)^(2*x(0))*alog(XX(i))
sumxlx = sumxlx + XX(i)^x(0)*alog(XX(i))
endfor

mat = dblarr(2,2)
mat(0,0) = sumx2
mat(1,0) = sumx
mat(1,1) = N
mat(0,1) = mat(1,0)
column = [sumxy,sumy]
res = CRAMER(mat,column,/double)
a = res(0) & c = res(1)
RETURN,[-sumxylx + a * sumx2lx + c * sumxlx]
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

FUNCTION PARAMS,b

COMMON SHARE,XX,YY,pr,Isl,In
COMMON SUM
RETURN,[a,b(0),c]
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

PRO KORELMAT,a,H

COMMON SHARE,XX,YY,pr,Isl,In
dim = n_elements(a)
N = n_elements(XX)

sumx2 = 0d & sumx = 0d & sumxylx = 0d & sumx2lx = 0d & sumxlx = 0d
sumxylx2 = 0d & sumx2lx2 = 0d & sumxlx2 = 0d
sumy = 0d & sumxy = 0d
for i=0,N-1 do begin
sumx2 = sumx2 + XX(i)^(2*a(1))
sumx = sumx + XX(i)^a(1)
sumxy = sumxy + YY(i)*XX(i)^a(1)
sumy = sumy + YY(i)
sumxylx = sumxylx + YY(i)*XX(i)^a(1)*alog(XX(i))
sumx2lx = sumx2lx + XX(i)^(2*a(1))*alog(XX(i))
sumxlx = sumxlx + XX(i)^a(1)*alog(XX(i))
sumxylx2 = sumxylx2 + YY(i)*XX(i)^a(1)*(alog(XX(i)))^2
sumx2lx2 = sumx2lx2 + (XX(i)^a(1)*alog(XX(i)))^2
sumxlx2 = sumxlx2 + XX(i)^a(1)*(alog(XX(i)))^2
endfor

H=fltarr(dim,dim)
H(0,0) = - sumx2
H(1,0) = sumxylx - 2 * a(0) * sumx2lx - a(2) * sumxlx
H(2,0) = - sumx
H(1,1) = a(0) * (sumxylx2 - 2 * a(0) * sumx2lx2 - a(2) * sumxlx2)
H(1,2) = - a(0) * sumxlx
H(2,2) = - N
H(0,1) = H(1,0)
H(0,2) = H(2,0)
H(2,1) = H(1,2)
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

FUNCTION POWFUNC, koef
COMMON universal,tab,coef,cont
COMMON SHARE
COMMON HELP,pom,f,chyba

TInt = T_INT(koef,pom)
result = TOTAL(((f - pr(0)*TInt)/chyba)^2)
koef = coef
RETURN, result
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

FUNCTION MYSIGMAY,x,a,s

pder = [[x^a(1)],[a(0)*alog(x)*x^a(1)],[replicate(1.0,n_elements(x))]]
mat = pder # s # transpose(pder)
result = fltarr(n_elements(x))
for i=0,n_elements(x)-1 do result(i) = sqrt(mat(i,i))
RETURN,result
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

PRO CALCUL,myprof1,index,pocet_klinu,b,a,S2

COMMON universal,tab,coef,cont
COMMON SHARE,X,Y,pr,Isl,In


Nindex = N_ELEMENTS(index)
Int = T_INT(coef,index) ;!!!!!!!!!!!!!!!!!!!!!!!
Isl = TOTAL(Int)/Nindex
In = TOTAL(myprof1(index,*),1)/DOUBLE(Nindex) ;prum. hod. kont. pro kl. sl. a kliny
m = DBLARR(pocet_klinu)
for j=0,pocet_klinu - 1 do m(j) = MIN(myprof1(*,j))
I_HA = TOTAL(T_INT(coef,(tab.line-coef(0))/coef(1)))
X = dblarr(2*pocet_klinu) & Y =dblarr(2*pocet_klinu)
X(0:pocet_klinu-1) = In(0:pocet_klinu-1) & Y(0:pocet_klinu-1) = pr*Isl
X(pocet_klinu:*) = m(0:pocet_klinu-1) & Y(pocet_klinu:*) = I_HA*pr

res = BROYDEN(b,'BROYFUNC',/double,check=check,stepmax=5)
a = PARAMS(res)

if check then begin
MESSAGE,'I did not find true parameters, try different starting point!',/noprefix,/informational,/continue
MESSAGE,'Use keyword to set different starting point. See help or manual',/noprefix
endif
KORELMAT,a,H
GFUNCT,X,a,f
chi2 = TOTAL((Y-f)^2)
sigma2 = chi2/(N_ELEMENTS(X)-1)
H = H/sigma2
S2 = -INVERT(H,/double)
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

PRO CLB_CURV,myprof,a,S2,reg_bounds,A_K,Id_klin = Id_klin,Start_point = Start_point,$
Draw = Draw
COMMON scal,cekat,base3
COMMON clb,A_K1,myprofd,index1,pocet_klinu1,b1,a1,S21,nula3,fmin,iter,jedna3
COMMON universal,tab,coef,cont
COMMON cesta,nazevsouboru
COMMON udaje11,t11,t12,hranice1,hranice2,button1
COMMON obecny,cara,button114

no_par = N_PARAMS()
COMMON SHARE,X,Y,pr,Isl,In
COMMON HELP,pom,f,chyba

case cara of
1:begin
pr=[0.8511d,0.5754d,0.4074d,0.2818d,0.1950d,0.1318d,0.09120d,0.06166d]
end
2:begin
pr=[0.8318d,0.5420d,0.4017d,0.2924d,0.2070d,0.1432d,0.0986d,0.0661d]
;pr=[0.5420d,0.4017d,0.2924d,0.2070d,0.1432d,0.0986d,0.0661d,0.0442d]
end
3:begin
pr=[0.8736d,0.6143d,0.4140d,0.2695d,0.1810d,0.1185d,0.0826d,0.0565d] ;ziskane interpolaci
end
endcase

if KEYWORD_SET(Start_point) then b = [DOUBLE(Start_point)]


pocet_klinu = TOTAL(Id_klin)
pr = pr(where(pr * Id_klin))
down = MIN(myprof(cont(0):cont(1),0),max=up)
index = where ((myprof(*,0) GE down) AND (myprof(*,0) LE up))

CALCUL,myprof,index,pocet_klinu,b,a,S2 ;zde se spocitaji kalibracni koeficienty a

nula3=widget_base(base3,/row) & jedna3=widget_base(nula3,/column)
; jedna31=widget_label(jedna3,value='COMPUTING...!!!',/align_left)
mez31=widget_base(jedna3,ysize=50)
jedna32=widget_label(jedna3,value='Calibration curve')
jedna33=widget_draw(jedna3,xsize=400,ysize=400)
mez32=widget_base(jedna3,ysize=10)
widget_control,jedna33,get_value=comp & wset,comp
xyouts,200,200,'WAIT...',alignment=0.5,charsize=2,/device


;widget_control,jedna33,get_value=nastav33
; wset,nastav33
; PLOT,X,Y,psym=2,xtitle = 'Instrumental intensity',ytitle='I/Icont [%]' ;zobrazeni kalibracni krivky
; OPLOT,X,a(0)*X^a(1)+a(2)

if (N_PARAMS() EQ 5) then begin ;zde se zjisti disperzni koeficienty fitovani naseho profilu na teoreticky
A_K = DBLARR(2)
A_K(1) = Isl/(a(0)*In(pocet_klinu)^a(1)+a(2))
GFUNCT,myprof(*,0),a,f
chyba = MYSIGMAY(myprof(*,0),a,S2)
ftol = 1.0e-4
xi = TRANSPOSE([[0.01,0.0],[0.0,0.001]])
pom1 = DINDGEN(N_ELEMENTS(myprof(*,0)))
no_reg = N_ELEMENTS(reg_bounds(0,*))
no_points = 0
for j = 0, no_reg - 1 do begin
no_points = no_points + reg_bounds(1,j) - reg_bounds(0,j) + 1
endfor
pom = DINDGEN(no_points)
pos = 0
for j = 0,no_reg - 1 do begin
pom(pos) = pom1(reg_bounds(0,j):reg_bounds(1,j))
pos = pos + reg_bounds(1,j)-reg_bounds(0,j) + 1
endfor
f = f(pom) & chyba = chyba(pom)
;coefdrive=coef
POWELL,coef,xi,ftol,fmin,'POWFUNC',ITER=ITER,/double ;minimalizacni procedura

; widget_control,jedna31,set_value='' ;zobrazeni fitovanych profilu (nas prepocteny na teoreticky a teoreticky)
chyba3=widget_base(/column) ;pred upravou koeficientu
chybadraw=widget_draw(chyba3,xsize=400,ysize=300)
if (fmin/N_ELEMENTS(pom) GT 4) then chyba31=widget_label(chyba3,value='High value of CHI2!')
chyba32=widget_base(chyba3,/row)
widget_control,chyba3,/realize

;widget_control,chybadraw,get_value=nastavchyba
;wset,nastavchyba
;GFUNCT,myprof(*,0),a,f
;PLOT,coef(0)+coef(1)*pom1,f,psym=3
;OPLOT,coef(0)+coef(1)*pom1,pr(0)*T_INT(coefdrive,pom1)
;wait,3

A_K(0) = coef(1)
CALCUL,myprof,index,pocet_klinu,b,a,S2 ;znovu se provede kalibrace s novymi disperznimi koeficienty
A_K(1) = Isl/(a(0)*In(pocet_klinu)^a(1)+a(2))

widget_control,jedna33,get_value=nastav33
wset,nastav33
PLOT,X,Y,psym=2,xtitle = 'Instrumental intensity',ytitle='I/Icont [%]' ;zobrazeni nove kalibracni krivky
OPLOT,X,a(0)*X^a(1)+a(2)

widget_control,chybadraw,get_value=nastavchyba ;zobrazeni nafitovanych profilu s novymi kalibr. koef.
wset,nastavchyba
GFUNCT,myprof(*,0),a,f ;prvni klin
PLOT,coef(0)+coef(1)*pom1,f,psym=3,title='1st wedge'
OPLOT,coef(0)+coef(1)*pom1,pr(0)*T_INT(coef,pom1)

; GFUNCT,myprof(*,pocet_klinu),a,fklid ;klidne slunce
; PLOT,coef(0)+coef(1)*pom1,fklid*A_K(1),psym=3
; OPLOT,coef(0)+coef(1)*pom1,T_INT(coef,pom1)



coefup=fltarr(2) ;vypis vysledku
hran1=float(hranice1(0))
coefup(0)=coef(0)-coef(1)*hran1
coefup(1)=coef(1)
;widget_control,jedna31,set_value=''
mezera=widget_base(nula3,xsize=150)
dva3=widget_base(nula3,/column)
mez35=widget_base(dva3,ysize=80)
reslab=widget_label(dva3,value='RESULTS',/align_left)
mez33=widget_base(dva3,ysize=40)
dvapom1=widget_base(dva3,/column,/frame)
chlab=widget_label(dvapom1,value='CHI2: '+string(fmin),/align_left)
iterlab=widget_label(dvapom1,value='Number of iterations: '+string(iter),/align_left)
mez34=widget_base(dva3,ysize=40)
dvapom2=widget_base(dva3,/column,/frame)
alab=widget_label(dvapom2,value='a '+string(a(0)*A_K(1)),/align_left)
blab=widget_label(dvapom2,value='b '+string(a(1)),/align_left)
clab=widget_label(dvapom2,value='c '+string(a(2)*A_K(1)),/align_left)
mez36=widget_base(dva3,ysize=40)
dvapom3=widget_base(dva3,/column,/frame)
co1lab=widget_label(dvapom3,value='c1 '+string(coefup(0)),/align_left)
co2lab=widget_label(dvapom3,value='c2 '+string(coefup(1)),/align_left)
pomzpet=widget_base(jedna3,/column)
zpet3=widget_button(pomzpet,value='PREVIOUS',uvalue='DRUHA',xsize=150)

case cara of
1:pripona='ha'
2:pripona='hb'
3:pripona='ca'
endcase
lastocc=rstrpos(nazevsouboru,'\')
if lastocc eq -1 then lastocc=rstrpos(nazevsouboru,'/')
kolik=strlen(nazevsouboru)-lastocc-5
cesta=strmid(nazevsouboru,lastocc+1,kolik)+'_'+pripona+'.cfs'

openw,unit,cesta,/get_lun
printf,unit,'a ',a(0)*A_K(1)
printf,unit,'b ',a(1)
printf,unit,'c ',a(2)*A_K(1)
printf,unit,'c1 ',coefup(0)
printf,unit,'c2 ',coefup(1)
printf,unit,'chi2 ',fmin
free_lun,unit
mez37=widget_base(dva3,ysize=20)
ulozlab=widget_label(dva3,value='The coefficients have been writen to the '+cesta)
endif
END


;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
;pro pokrac_event,event
;COMMON udaje11,t11,t12,hranice1,hranice2,button1
;COMMON universal,tab,coef,cont
;COMMON clb,A_K1,myprofd,index1,pocet_klinu1,b1,a1,S21,nula3,fmin,iter,jedna3
;COMMON share
;COMMON scal,cekat,base3
;COMMON cesta,nazevsouboru
;widget_control,event.id,get_uvalue=uvalue
;case uvalue of

;'ANO':BEGIN
; widget_control,event.top,/destroy
; A_K1(0) = coef(1)
; CALCUL,myprofd,index1,pocet_klinu1,b1,a1,S21
; A_K1(1) = Isl/(a1(0)*In(pocet_klinu1)^a1(1)+a1(2))

;coefup=fltarr(2)
;hran1=float(hranice1(0))
;coefup(0)=coef(0)-coef(1)*hran1
;coefup(1)=coef(1)

; mezera=widget_base(nula3,xsize=150)
; dva3=widget_base(nula3,/column)
; mez35=widget_base(dva3,ysize=80)
; reslab=widget_label(dva3,value='RESULTS',/align_left)
; mez33=widget_base(dva3,ysize=40)
; dvapom1=widget_base(dva3,/column,/frame)
; chlab=widget_label(dvapom1,value='CHI2: '+string(fmin),/align_left)
; iterlab=widget_label(dvapom1,value='Number of iterations: '+string(iter),/align_left)
; mez34=widget_base(dva3,ysize=40)
; dvapom2=widget_base(dva3,/column,/frame)
; alab=widget_label(dvapom2,value='a '+string(a1(0)*A_K1(1)),/align_left)
; blab=widget_label(dvapom2,value='b '+string(a1(1)),/align_left)
; clab=widget_label(dvapom2,value='c '+string(a1(2)*A_K1(1)),/align_left)
; mez36=widget_base(dva3,ysize=40)
; dvapom3=widget_base(dva3,/column,/frame)
; co1lab=widget_label(dvapom3,value='c1 '+string(coefup(0)),/align_left)
; co2lab=widget_label(dvapom3,value='c2 '+string(coefup(1)),/align_left)
; pomzpet=widget_base(jedna3,/column)
; zpet3=widget_button(pomzpet,value='PREVIOUS',uvalue='DRUHA',xsize=150)

;lastocc=rstrpos(nazevsouboru,'\')
;if lastocc eq -1 then lastocc=rstrpos(nazevsouboru,'/')
;kolik=strlen(nazevsouboru)-lastocc-5
;cesta=strmid(nazevsouboru,lastocc+1,kolik)+'.cfs'

;openw,unit,cesta,/get_lun
;printf,unit,'a ',a1(0)*A_K1(1)
;printf,unit,'b ',a1(1)
;printf,unit,'c ',a1(2)*A_K1(1)
;printf,unit,'c1 ',coefup(0)
;printf,unit,'c2 ',coefup(1)
;printf,unit,'chi2 ',fmin
;free_lun,unit
;mez37=widget_base(dva3,ysize=20)
;ulozlab=widget_label(dva3,value='The coefficients have been writen to the '+cesta)

; END

;'NE':BEGIN
; widget_control,event.top,/destroy
; pomzpet=widget_base(jedna3,/column)
; zpet3=widget_button(pomzpet,value='PREVIOUS',uvalue='DRUHA',xsize=150)
; END
;endcase
;END



;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!


PRO info11_event,event ;oblast profilu
COMMON inner,myprofiles,image,profil,prof11,prof12,prof13,prof14,prof15,$
base1,prof16,base2,poloha2,ymyprof,zavedeno,jas,klin,jasnost
COMMON udaje11,t11,t12,hranice1,hranice2,button1
widget_control,event.id,get_uvalue=uvalue
case uvalue of

'ZAVRI':BEGIN

widget_control,t11,get_value=hranice11
widget_control,t12,get_value=hranice22

s=size(image) ;kontrola spravnosti (zda je oblast v obrazku)
test=1
if (fix(hranice11(0)) lt 0) or (fix(hranice11(0)) gt s(1)) then test=0
if (fix(hranice22(0)) lt 0) or (fix(hranice22(0)) gt s(1)) then test=0
if fix(hranice11(0)) ge fix(hranice22(0)) then test=0

if test eq 1 then begin ;pokud spravne zadany rozsah
widget_control,button1,sensitive=1
widget_control,event.top,/destroy

if ((hranice11(0) ne hranice1(0)) or (hranice22(0) ne hranice2(0))) and (zavedeno eq 1) then begin
if total(myprofiles) ne 0 then begin ;prekreslovani vytvorenych profilu

myprofilespom=make_array(fix(hranice22(0))-fix(hranice11(0))+1,6,value=0)
for i=0,5 do begin
if total(myprofiles(*,i)) ne 0 then begin
oblast1=image(fix(hranice11(0)):fix(hranice22(0)),ymyprof(i)-2:ymyprof(i)+2)
ips=make_array(fix(hranice22(0))-fix(hranice11(0))+1,value=0)
for j=0,4 do ips=ips+float(oblast1(*,j)) & ips=ips/5
myprofilespom(*,i)=round(ips)
endif
endfor

myprofiles=myprofilespom
for i=0,5 do begin
case i of
0:widget_control,prof11,get_value=nastav1
1:widget_control,prof12,get_value=nastav1
2:widget_control,prof13,get_value=nastav1
3:widget_control,prof14,get_value=nastav1
4:widget_control,prof15,get_value=nastav1
5:widget_control,prof16,get_value=nastav1
endcase
wset,nastav1
plot,myprofiles(*,i),pos=[0,0,1,1],xstyle=4,ystyle=4
endfor
endif
endif

hranice1=hranice11(0) & hranice2=hranice22(0)
endif
END
endcase
END

PRO info12_event,event ;coordinates
COMMON udaje12,t13,t14,longt,lat,t15,center
widget_control,event.id,get_uvalue=uvalue
case uvalue of
'ZAVRI':BEGIN
widget_control,t13,get_value=longt
widget_control,t14,get_value=lat
widget_control,t15,get_value=center
widget_control,event.top,/destroy
END
endcase
END

PRO info21_event,event ;disperse
COMMON udaje21,voda2,alfa2,posvoda,posalfa
widget_control,event.id,get_uvalue=uvalue
case uvalue of
'ZAVRI':BEGIN
widget_control,voda2,get_value=posvoda
widget_control,alfa2,get_value=posalfa
widget_control,event.top,/destroy
END
endcase
END

PRO info22_event,event ;kontinuum
COMMON udaje22,kont1,kont2,kontinuum1,kontinuum2
widget_control,event.id,get_uvalue=uvalue
case uvalue of
'ZAVRI':BEGIN
widget_control,kont1,get_value=kontinuum1
widget_control,kont2,get_value=kontinuum2
widget_control,event.top,/destroy
END
endcase
END

PRO info23_event,event ;minimizing
COMMON udaje23,iksm11,iksm12,iksm21,iksm22,reg11,reg12,reg21,reg22
widget_control,event.id,get_uvalue=uvalue
case uvalue of
'ZAVRI':BEGIN
widget_control,iksm11,get_value=reg11 & widget_control,iksm12,get_value=reg12
widget_control,iksm21,get_value=reg21 & widget_control,iksm22,get_value=reg22
widget_control,event.top,/destroy
END
endcase
END

;-------------------calib_event---------------------------
PRO calib_event, event
COMMON universal,tab,coef,cont
COMMON udaje12,t13,t14,longt,lat,t15,center
COMMON udaje23,iksm11,iksm12,iksm21,iksm22,reg11,reg12,reg21,reg22
COMMON udaje22,kont1,kont2,kontinuum1,kontinuum2
COMMON udaje21,voda2,alfa2,posvoda,posalfa
COMMON udaje11,t11,t12,hranice1,hranice2,button1
COMMON vse,base,poloha,zac,im,zac2,w2,g1,zac3,jedna,dva,tri,basepoc,f1
COMMON inner,myprofiles,image,profil,prof11,prof12,prof13,prof14,prof15,$
base1,prof16,base2,poloha2,ymyprof,zavedeno,jas,klin,jasnost
COMMON scal,cekat,base3
COMMON cesta,nazevsouboru
COMMON obecny,cara,button114
WIDGET_CONTROL, event.id, GET_UVALUE=uvalue
CASE uvalue OF

'QUIT':BEGIN
widget_control,base,/destroy
END

'START1':BEGIN

widget_control,event.id,get_value=pom

if dva eq 1 then widget_control,base2,/destroy ;z druhe obrazovky
if tri eq 1 then widget_control,base3,/destroy ;z treti obrazovky
if jedna eq 1 then widget_control,base1,/destroy ;z prvni obrazovky
if pom(0) eq 'ENTER' then widget_control,basepoc,/destroy ;zacatek

if (pom(0) eq 'LOAD') or (pom(0) eq 'ENTER') then begin ;zacatek
widget_control,f1,sensitive=1
zac=0 & hranice1='' & hranice2='' & zac2=0 & zac3=0
posvoda='' & posalfa='' & kontinuum1='' & kontinuum2=''
reg11='' & reg12='' & reg21='' & reg22='' & longt='' & lat=''
zac=0 & jedna=0 & dva=0 & tri=0 & zavedeno=0 & postreti=''
jasnost=0 & center=''
klin=make_array(8,value=0)
cara=1
profil=1
nazevsouboru=pickfile(/read,filter='*.fts')
image=readfits(nazevsouboru,header)
endif

rozmer=size(image)
base1=widget_base(base,/column)
base11=widget_base(base1,/row)
base111=widget_base(base11,/column)
oznobr=widget_label(base111,value='Image for calibration')
im=widget_draw(base111,xsize=rozmer(1),ysize=rozmer(2),x_scroll_size=500,y_scroll_size=500,$
/motion_events,/button_events,uvalue='OBR')

base12=widget_base(base11,/column)
basemezera1=widget_base(base11,xsize=50)
base13=widget_base(base11,/column)

mez1=widget_base(base12,ysize=20)
lab1=widget_label(base12,value='range for profiles',/align_left)
button112=widget_button(base12,value='range',uvalue='INFO11',xsize=110)
mez2=widget_base(base12,ysize=20)
lab2=widget_label(base12,value='number of profile',/align_left) ;base12
button1=widget_button(base12,value='1',/menu,xsize=110)
button11=widget_button(button1,value='1',uvalue='1jedna')
button12=widget_button(button1,value='2',uvalue='2jedna')
button13=widget_button(button1,value='3',uvalue='3jedna')
button14=widget_button(button1,value='4',uvalue='4jedna')
button15=widget_button(button1,value='5',uvalue='5jedna')
button16=widget_button(button1,value='quiet sun',uvalue='6jedna')
; button17=widget_button(button1,value='delete 3',uvalue='7jedna')
; button18=widget_button(button1,value='delete 4',uvalue='8jedna')
; button19=widget_button(button1,value='delete 5',uvalue='9jedna')
mez3=widget_base(base12,ysize=20)
lab3=widget_label(base12,value='coordinates',/align_left)
button113=widget_button(base12,value='coordinates of region',uvalue='INFO12',xsize=110)
mez4=widget_base(base12,ysize=20)
lab2=widget_label(base12,value='spectral line',/align_left)
button114=widget_button(base12,value='Halpha',/menu,xsize=110)
button1141=widget_button(button114,value='Halpha',uvalue='HALFA')
button1142=widget_button(button114,value='Hbeta',uvalue='HBETA')
button1143=widget_button(button114,value='CaII',uvalue='CAII')
; widget_control,button1143,sensitive=0


mezer1=widget_base(base12,ysize=150)
pollab=widget_label(base12,value='position',/align_left)
poloha=widget_label(base12,value='position',/frame,xsize=110,/align_left)
mezer2=widget_base(base12,ysize=20)
jaslab=widget_label(base12,value='brightness',/align_left)
jas=widget_slider(base12,uvalue='BRI',value=jasnost,min=0,max=50)
case cara of
1:begin
widget_control,button114,set_value='Halpha'
end
2:begin
widget_control,button114,set_value='Hbeta'
end
3:begin
widget_control,button114,set_value='CaII'
end
endcase

profmez=widget_base(base13,ysize=20)
ozn11=widget_label(base13,value='Profile from 1st wedge step') & prof11=widget_draw(base13,xsize=200,ysize=62)
ozn12=widget_label(base13,value='Profile from 2nd wedge step') & prof12=widget_draw(base13,xsize=200,ysize=62)
ozn13=widget_label(base13,value='Profile from 3rd wedge step') & prof13=widget_draw(base13,xsize=200,ysize=62)
ozn14=widget_label(base13,value='Profile from 4th wedge step') & prof14=widget_draw(base13,xsize=200,ysize=62)
ozn15=widget_label(base13,value='Profile from 5th wedge step') & prof15=widget_draw(base13,xsize=200,ysize=62)
ozn16=widget_label(base13,value='Profile of quiet sun') & prof16=widget_draw(base13,xsize=200,ysize=62)

base14=widget_base(base1,/row)
dalsi1=widget_button(base14,xsize=100,value='NEXT',uvalue='DRUHA')

if zac eq 0 then widget_control,button1,sensitive=0 ;number of profile

widget_control,im,get_value=okno & wset,okno
tv,image+jasnost

if zac2 eq 1 then begin ;pokud navrat tak vykreslit profily
for i=0,5 do begin
case i of
0:widget_control,prof11,get_value=nastav1
1:widget_control,prof12,get_value=nastav1
2:widget_control,prof13,get_value=nastav1
3:widget_control,prof14,get_value=nastav1
4:widget_control,prof15,get_value=nastav1
5:widget_control,prof16,get_value=nastav1
endcase
wset,nastav1
plot,myprofiles(*,i),pos=[0,0,1,1],xstyle=4,ystyle=4
endfor
endif

jedna=1 & dva=0 & tri=0 & zac=1

END

;--------------------range,coordinates,dispersion,kontinuum,fitting---------
'INFO11':BEGIN ;range
infobase11=widget_base(/column)
b11=widget_base(infobase11,/row) & b12=widget_base(infobase11,/row)
t11=cw_field(b11,title='1st x position')
t12=cw_field(b12,title='2nd x position')
okbut11=widget_button(infobase11,value='OK',uvalue='ZAVRI')
widget_control,t11,set_value=hranice1 & widget_control,t12,set_value=hranice2
widget_control,infobase11,/realize
xmanager,'info11',infobase11
END

'INFO12':BEGIN ;coordinates
infobase12=widget_base(/column) ;xsize=600
b13=widget_base(infobase12,/row) & b14=widget_base(infobase12,/row) & b15=widget_base(infobase12,/row)
t13=cw_field(b13,title='heliographic longtitude')
t14=cw_field(b14,title='heliographic latitude')
t15=cw_field(b15,title='latitude of the center of the disk')
okbut12=widget_button(infobase12,value='OK',uvalue='ZAVRI')
widget_control,t13,set_value=longt & widget_control,t14,set_value=lat
widget_control,t15,set_value=center
widget_control,infobase12,/realize
xmanager,'info12',infobase12
END

'DISP':BEGIN ;disperse
case cara of
1:begin
napis1='6560.555' & napis2='6564.206'
end
2:begin
napis1='4859.747' & napis2='4862.598'
end
3:begin
napis1='8540.817' & napis2='8542.144' ;dodelat
end
endcase
dispbase2=widget_base(/column)
dis1=widget_base(dispbase2,/row) & dis2=widget_base(dispbase2,/row) ;& dis3=widget_base(dispbase2,/row)
alfa2=cw_field(dis1,title='position of '+napis1+' line')
voda2=cw_field(dis2,title='position of '+napis2+' line')
okbut21=widget_button(dispbase2,value='OK',uvalue='ZAVRI')
widget_control,alfa2,set_value=posalfa & widget_control,voda2,set_value=posvoda
widget_control,dispbase2,/realize
xmanager,'info21',dispbase2
END

'CONT':BEGIN ;kontinuum
kontbase2=widget_base(/column)
kon1=widget_base(kontbase2,/row) & kon2=widget_base(kontbase2,/row)
kont1=cw_field(kon1,title='left x position of continuum')
kont2=cw_field(kon2,title='right x position of continuum')
okbut22=widget_button(kontbase2,value='OK',uvalue='ZAVRI')
widget_control,kont1,set_value=kontinuum1 & widget_control,kont2,set_value=kontinuum2
widget_control,kontbase2,/realize
xmanager,'info22',kontbase2
END

'MINIMIZING':BEGIN ;fitting
minbase2=widget_base(/column)
zn1=widget_label(minbase2,value='1st region for fitting',/frame,/align_left)
minim1=widget_base(minbase2,/row)
iksm11=cw_field(minim1,title='left x position')
iksm12=cw_field(minim1,title='right x position')
zn2=widget_label(minbase2,value='2nd region for fitting',/frame,/align_left)
minim2=widget_base(minbase2,/row)
iksm21=cw_field(minim2,title='left x position')
iksm22=cw_field(minim2,title='right x position')
okbut31=widget_button(minbase2,value='OK',uvalue='ZAVRI')
widget_control,iksm11,set_value=reg11 & widget_control,iksm12,set_value=reg12
widget_control,iksm21,set_value=reg21 & widget_control,iksm22,set_value=reg22
widget_control,minbase2,/realize
xmanager,'info23',minbase2
END

;---------------------------------image------------------------------------
'OBR': BEGIN
;position of cursor
widget_control,poloha,set_value=strcompress('('+string(event.x)+','+ $
string(event.y)+')',/remove_all)

;plotting a profile
if (event.press eq 1) and (zac eq 1) and (profil le 6) then begin
hr1=fix(hranice1(0)) & hr2=fix(hranice2(0)) ;range
if (hr1 ne 0) and (hr2 ne 0) then begin ;pokud zadany range
if total(klin) eq 0 then begin
myprofiles=make_array(hr2-hr1+1,6,value=0)
zavedeno=1 ;zavedeno myprofiles
ymyprof=make_array(6,value=0) ;y hodnoty profilu
endif

oblast=image(hr1:hr2,event.y-2:event.y+2) ;oblast pro profil
ips=make_array(hr2-hr1+1,value=0)
for i=0,4 do ips=ips+float(oblast(*,i))
ips=ips/5 ;prumer profilu
myprofiles(*,profil-1)=round(ips)
ymyprof(profil-1)=event.y
if profil ne 6 then klin(profil-1)=1 ;pokud profil klinu

case profil of ;nakresleni profilu
1:widget_control,prof11,get_value=nastav1
2:widget_control,prof12,get_value=nastav1
3:widget_control,prof13,get_value=nastav1
4:widget_control,prof14,get_value=nastav1
5:widget_control,prof15,get_value=nastav1
6:widget_control,prof16,get_value=nastav1
endcase
wset,nastav1
plot,ips,pos=[0,0,1,1],xstyle=4,ystyle=4
endif
endif
END

;---------------------------2nd screen (position)-----------------
'OBR2':BEGIN
coord=convert_coord(event.x,event.y,/device,/to_data) ;data coord.
iks=round(coord(0)) & ips=round(coord(1))
widget_control,poloha2,set_value=STRCOMPRESS('('+string(iks)+','+string(ips)+')',/rem)
END

;--------------------------nahrani druhe obrazovky-------------------
'DRUHA':BEGIN
test=1

;kontrola zda spravne hodnoty coordinates, zda aspon dva klinove
;profily, zda profil klidneho slunce, zda profily poporade
if jedna eq 1 then begin ;pokud z prvni obrazovky
if zavedeno eq 1 then begin ;je-li zavedeno pole myprofiles
;if (fix(longt(0)) eq 0) or (fix(lat(0)) eq 0) then test=0
;if (total(myprofiles(*,0)) eq 0) or (total(myprofiles(*,1)) eq 0) or (total(myprofiles(*,5)) eq 0) then test=0
;if (total(myprofiles(*,0)) eq 0) or (total(myprofiles(*,5)) eq 0) then test=0
;if total(klin(0:total(klin)-1)) ne total(klin) then test=0
if (total(klin) le 2) or (total(myprofiles(*,5)) eq 0) then test=0 ;mene nez 2 kliny nebo neni klidny slunce
if (fix(longt(0)) gt 90) or (fix(longt(0)) lt -90) or (fix(lat(0)) gt 90) or (fix(longt(0)) lt -90) then test=0
if (center(0) eq '') or (longt(0) eq '') or (lat(0) eq '')then test=0
endif else test=0
endif

if test eq 1 then begin ;pokud v poradku, nahraj druhou obrazovku
if jedna eq 1 then widget_control,base1,/destroy ;z prvni obrazovky
if tri eq 1 then widget_control,base3,/destroy ;z druhy obrazovky

if (dva eq 0) then begin
zac2=1
base2=widget_base(base,/column)
base21=widget_base(base2,/row)

dr12=widget_draw(base21,xsize=500,ysize=500,/motion_events,uvalue='OBR2')
base23=widget_base(base21,/column)
displab=widget_label(base23,value='dispersion curve',/align_left)
disp=widget_button(base23,value='position of lines',uvalue='DISP',xsize=110)
dispmez=widget_base(base23,ysize=20)
kontlab=widget_label(base23,value='continuum',/align_left)
kont=widget_button(base23,value='position of continuum',uvalue='CONT',xsize=110)
kontmez=widget_base(base23,ysize=20)
minimlab=widget_label(base23,value='fitting',/align_left)
minim=widget_button(base23,value='regions for fitting',uvalue='MINIMIZING',xsize=110)
minimmez=widget_base(base23,ysize=250)
poloha2lab=widget_label(base23,value='position',/align_left)
poloha2=widget_label(base23,value='position',/frame,xsize=110)
base22=widget_base(base2,/row)
prev2=widget_button(base22,value='PREVIOUS',uvalue='START1')
next2=widget_button(base22,value='CALIBRATE',uvalue='TRETI')

widget_control,dr12,get_value=nastav2 & wset,nastav2
plot,myprofiles(*,5) ;profil klidneho slunce
endif

tri=0 & jedna=0 & dva=1

endif else begin ;ohlaseni chyb
chyba1=widget_base(/column)
mez11=widget_base(chyba1,ysize=10)
chyba11=widget_label(chyba1,value='Missing some information')
chyba12=widget_label(chyba1,value='or data incorrect!')
mez12=widget_base(chyba1,ysize=10)
widget_control,chyba1,/realize
wait,2
widget_control,chyba1,/destroy
endelse
END

;-------------------------------nahrani treti obrazovky---------------------
'TRETI':BEGIN

test=1
;neni zadane
if (fix(posvoda(0)) eq 0) or (fix(posalfa(0)) eq 0) then test=0
if (fix(kontinuum1(0)) eq 0) or (fix(kontinuum2(0)) eq 0) then test=0
if (fix(reg11(0)) eq 0) or (fix(reg12(0)) eq 0) or (fix(reg21(0)) eq 0) or (fix(reg22(0)) eq 0) then test=0
s=size(myprofiles)
;neni v poli myprofiles
if (fix(posvoda(0)) lt 0) or (fix(posvoda(0)) gt s(1)) then test=0
if (fix(posalfa(0)) lt 0) or (fix(posalfa(0)) gt s(1)) then test=0
if (fix(kontinuum1(0)) lt 0) or (fix(kontinuum1(0)) gt s(1)) then test=0
if (fix(kontinuum2(0)) lt 0) or (fix(kontinuum2(0)) gt s(1)) then test=0
if (fix(reg11(0)) lt 0) or (fix(reg11(0)) gt s(1)) then test=0
if (fix(reg12(0)) lt 0) or (fix(reg12(0)) gt s(1)) then test=0
if (fix(reg21(0)) lt 0) or (fix(reg21(0)) gt s(1)) then test=0
if (fix(reg22(0)) lt 0) or (fix(reg22(0)) gt s(1)) then test=0
;prehozene hodnoty
if (fix(posalfa(0)) ge fix(posvoda(0))) or (fix(kontinuum1(0)) ge fix(kontinuum2(0))) then test=0
if (fix(reg11(0)) ge fix(reg12(0))) or (fix(reg12(0)) ge fix(reg21(0))) then test=0
if (fix(reg21(0)) ge fix(reg22(0))) then test=0

if test eq 1 then begin
zac3=1 & tri=1 & dva=0 & jedna=0
widget_control,base2,/destroy
base3=widget_base(base,/column)

;disperse
disp1=make_array(2,/float) & disp2=make_array(2,/float)
disp2(0)=fix(posalfa(0)) & disp2(1)=fix(posvoda(0))


case cara of
1:begin
disp1(0)=6560.555 & disp1(1)=6564.206
tabulka='halpha.tab'
end
2:begin
disp1(0)=4859.747 & disp1(1)=4862.598
tabulka='hbeta.tab'
end
3:begin
disp1(0)=8540.817 & disp1(1)=8542.144 ;neni udelane
tabulka='caii.tab'
end
endcase

result=poly_fit(double(disp2),disp1,1)
coef=dblarr(2) & coef(0)=result(0) & coef(1)=result(1)

;kontinuum
cont=make_array(2,/int) & cont(0)=fix(kontinuum1(0)) & cont(1)=fix(kontinuum2(0))

;vstupni pole pro clb_curv
myprofiles1=make_array(s(1),total(klin)+1)
myprofiles1(*,0:total(klin)-1)=myprofiles(*,where(klin))
myprofiles1(*,total(klin))=myprofiles(*,5) ;klidne slunce

;oblasti minimalizace
reg=make_array(2,2,/int)
reg(0,0)=fix(reg11(0)) & reg(0,1)=fix(reg21(0)) & reg(1,0)=fix(reg12(0)) & reg(1,1)=fix(reg22(0))

Draw=1 & Start_point=1.8 & stred=float(center(0))

tab=get_tab(tabulka,stred,fix(longt(0)),fix(lat(0)))
clb_curv,myprofiles1,a,s2,reg,a_k,Id_klin=klin,Start_point=Start_point,/Draw

endif else begin ;ohlaseni chyb
chyba2=widget_base(/column)
mez21=widget_base(chyba2,ysize=10)
chyba21=widget_label(chyba2,value='Missing some information')
chyba22=widget_label(chyba2,value='or data incorrect!')
mez22=widget_base(chyba2,ysize=10)
widget_control,chyba2,/realize
wait,2
widget_control,chyba2,/destroy
endelse
END

;-----------------------brightness--------------------
'BRI':begin
widget_control,jas,get_value=jasnost
widget_control,im,get_value=nastavjas
wset,nastavjas & tv,image+jasnost
end
;-----------------------spectral line------------------
'HALFA':begin
widget_control,button114,set_value='Halpha'
cara=1
end
'HBETA':begin
widget_control,button114,set_value='Hbeta'
cara=2
end
'CAII':begin
widget_control,button114,set_value='CaII'
cara=3
end

;-----------------------deleting of profile-------------------
;'7jedna':begin
; myprofiles(*,2)=0
; ymyprof(2)=0 & klin(2)=0
; widget_control,prof13,get_value=nastavsmazat
; wset,nastavsmazat & erase
; end

;'8jedna':begin
; myprofiles(*,3)=0
; ymyprof(3)=0 & klin(3)=0
; widget_control,prof14,get_value=nastavsmazat
; wset,nastavsmazat & erase
; end

;'9jedna':begin
; myprofiles(*,4)=0
; ymyprof(4)=0 & klin(4)=0
; widget_control,prof15,get_value=nastavsmazat
; wset,nastavsmazat & erase
; end

;----------------------store number of profile to variable profil------
ELSE:begin
widget_control,event.id,get_value=pom
widget_control,widget_info(event.id,/parent),set_value=pom(0)
cisloprofilu=fix(strmid(uvalue,0,1))
profil=cisloprofilu
end
ENDCASE
END

;!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
;--------------------------calib---------------------------------
PRO calib
COMMON udaje12,t13,t14,longt,lat,t15,center
COMMON udaje23,iksm11,iksm12,iksm21,iksm22,reg11,reg12,reg21,reg22
COMMON udaje22,kont1,kont2,kontinuum1,kontinuum2
COMMON udaje21,voda2,alfa2,posvoda,posalfa
COMMON vse,base,poloha,zac,im,zac2,w2,g1,zac3,jedna,dva,tri,basepoc,f1
COMMON udaje11,t11,t12,hranice1,hranice2

zac=0 & hranice1='' & hranice2='' & zac2=0 & zac3=0
posvoda='' & posalfa='' & kontinuum1='' & kontinuum2=''
reg11='' & reg12='' & reg21='' & reg22='' & longt='' & lat=''
jedna=0 & dva=0 & tri=0 & center=''

base=widget_base(title='CALIB',xsize=940,ysize=650,/row,mbar=bar)
fmenu=widget_button(bar,value='FILE',/menu)
f1=widget_button(fmenu,value='LOAD',uvalue='START1')
f2=widget_button(fmenu,value='QUIT',uvalue='QUIT')

basepoc=widget_base(base,xsize=970,ysize=650)
vstup=widget_button(basepoc,value='ENTER',uvalue='START1',xsize=970,ysize=650)
WIDGET_CONTROL,base,/REALIZE
widget_control,f1,sensitive=0
XMANAGER,'calib',base
END