cd Dax

# In notebook the ots/bin/ds9 is in PATH first.  Need to run wrapper explicitly

$ASCDS_INSTALL/bin/ds9 acisf00635_repro_evt2.fits -bin factor 4 -scale log -scale limits 0 100 &

import -window "SAOImage ds9" dax_01.png 
display < dax_01.png

# Tear off Analysis menu
sleep 5

import -window "Analysis" dax_02.png 
display < dax_02.png

# Open, Tear Off CIAO menu
sleep 2

import -window "CIAO" dax_02.png 
display < dax_02.png

xpaset -p ds9 regions command "circle(3814,3466,45)" 

xpaset -p ds9 analysis task '{Net Counts}'
sleep 5
# Resize window

import -window "Net Counts" dax_04.png 
display < dax_04.png

xpaset -p ds9 regions command "{circle(3878,3742,80) # background}"

xpaset -p ds9 analysis task '{Net Counts}'
sleep 5
# Resize window

import -window "Net Counts" dax_05.png 
display < dax_05.png

xpaset -p ds9 regions select all

xpaset -p ds9 analysis task '{Photometry (srcflux)}'

# Wait for srcflux ~1min

# Resize window
sleep 3

import -window 'Photometry (srcflux)' dax_05a.png
display < dax_05a.png

xpaset -p ds9 analysis task '{G-L Vary}'

sleep 2

# Click on chips window
import dax_06.png
display < dax_06.png


# Right Click
# Show GUI
# Click on Histogram

sleep 5
import -window 'ChIPS GUI Panel' dax_07.png
display < dax_07.png


# Tear Open and Tear off Sherpa menu 
sleep 5

import -window 'Sherpa' dax_08.png
display < dax_08.png

xpaset -p ds9 regions select all

xpaset -p ds9 analysis task '{Spectral Fit}'

# Wait for fit to complete ~ 20 sec

import -window 'Spectral Fit' dax_09.png
display < dax_09.png

# Click on Chips Window
sleep 3

import dax_10.png
display < dax_10.png

xpaset -p ds9 analysis task '{2D Image Fit}'

xpaset -p ds9 tile 

import -window "SAOImage ds9" dax_11.png
display < dax_11.png

import -window "2D Image Fit" dax_12.png
display < dax_12.png

xpaset -p ds9 quit