In [1]:

    

from odin import xray


    

In [3]:

    

# load up the shotset from disk
ss = xray.Shotset.load('shotset.shot')
print ss


    

    




<odin.xray.Shotset object at 0x10b4b8190>

In [4]:

    

ip = ss.intensity_profile()

figure()
plot(ip[:,0], ip[:,1], lw=2)
show()


    

In [8]:

    

q_values = array([1.9]) # not gold but you get the idea...

# ---- THIS IS THE IMPORTANT ONE ----
rings = ss.to_rings(q_values, num_phi=360)
# -----------------------------------

corr = rings.correlate_intra(1.9, 1.9, mean_only=True)


figure()
plot(rings.phi_values, corr)
xlabel(r'$\phi$')
ylabel('Correlation')
show()


    

    




14:22:54 - Converting 1 shots to polar space (Rings)






    

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