cppxfel.py

from __future__ import division

import boost.python
from os import path
ext = boost.python.import_ext("cppxfel_ext")
from cppxfel_ext import *

class Parser:

    def __init__(self, commandFile):
        self.parser = ext.cppParser(commandFile)

# file provided under keyword ORIENTATION_MATRIX_LIST
    def loadImagesFromFile(self):


#       def loadImages(self, experimentList):
#               import dxtbx
#               import array
#
#               firstExp = experimentList[0]
#               imageNameLong = str(firstExp.imageset)[2:-2]
#               imageName = path.basename(imageNameLong)
#               db = dxtbx.load(imageName).get_detectorbase()
#               imageData = db.get_raw_data()
#               data_array = array.array('i')
#
#               for i in range(0, len(imageData)):
#                       data_array.append(imageData[i])
#
#               length = len(imageData)
#               distance = firstExp.detector[0].get_distance()
#               wavelength = firstExp.beam.get_wavelength()
#               self.parser.loadImage(imageName, data_array.tostring(), distance, wavelength)
#
#               for experiment in experimentList:
#                       unit_cell = list(experiment.crystal.get_B().as_mat3())
#                       rotation = list(experiment.crystal.get_U().as_mat3())
#                       self.parser.addMatrixToLastImage(unit_cell, rotation)

    def integrate(self):
        self.parser.integrate()