#########################################
### Really important parameters
## to be set to discover what the geometry conventions
## really are


orientation_codes=5  # 8 possibilities look at analyse_maxima_fourier.py
theta =  0.0
theta_offset = 0.0

alpha = 50.0
beta = 0.0
angular_step = +0.1


dist =  244.31059
pixel_size = 0.172
kappa = 2.25396653702
omega = 89.57298

det_origin_X=731.071873845
det_origin_Y=1665.81842237


# lmbda is not so important in the desperate phase. It just expand the size of the lattice
lmbda = 0.68894

#####################################################
### Other parameters that are generally small or that can
##  be refined later like r1,r2,r3
beam_tilt_angle = 0.13396

d1 = -0.146084537931
d2 =  0.171515179405

omega_offset =  0
phi = 0


##################################
# AA,BB,CC r1,r2,r3 : we will find them later 
############################"
## aAA, aBB, aCC... later


################################################
###### peaks positions are read from this file
maxima_file = "maxima.p"


###########################################################################
## we are going to visualise the spots distribution in reciprocal 3D space
##
transform_only  = 1