from ijutils import *
import java.util.Arrays  as Arrays

ret = grab_frames(image, 3, roi=None, wait_next=True)
av = average_frames(ret) 

div = ret[0].copy()
div.div(ret[1])

save_as_tiff(ret[0], "{images}/0.tif", check=True)
save_as_tiff(ret[1], "{images}/1.tif", check=True)
save_as_tiff(ret[2], "{images}/2.tif", check=True)
save_as_tiff(av, "{images}/av.tif", check=True)
save_as_tiff(div, "{images}/div.tif", check=True)


plot([ret[0].matrix, ret[1].matrix, ret[2].matrix, av.matrix, div.matrix], name=["1","2","3","av", "div"])



i0=open_image("{images}/0.tif")
a0 = get_ip_array(i0)
i1=open_image("{images}/0.tif")
a1 = get_ip_array(i1)
i2=open_image("{images}/0.tif")
a2 = get_ip_array(i2)
ia=open_image("{images}/av.tif")
aa = get_ip_array(ia)

plot([a0,a1,a2,aa], name=["1","2","3","av"], title="Read")


a = get_ip_array(load_array(ret[0].matrix))
print Arrays.deepEquals(a, a0)


a0 = get_ip_array(open_image("{images}/0.tif"))
a1 = get_ip_array(open_image("{images}/1.tif"))
a2 = get_ip_array(open_image("{images}/2.tif"))



measures = [i0,i1,i2]
av2=average_ips (measures, roi=None, as_float=True)  
save_as_tiff(av2, "{images}/av2.tif", check=True)



arr1=av.matrix
arr2=get_ip_array(av2)
print Arrays.deepEquals(arr1,arr2)
plot([arr1[0], arr2[0]], name =["arr1", "arr2"], title = "Cmp")