def __init__(self, filename):
self.filename = filename
self.bruker = Bruker_base(filename)
self.bin = 1
self.bin_safe_set_data(self.bruker.linearintdata())
self.vendortype = "Bruker Proteus CCD"
self.readHeader()
def __init__(self,filename): self.filename=filename self.bruker = Bruker_base(filename) self.bin=1 self.bin_safe_set_data(self.bruker.linearintdata()) self.vendortype = "Bruker Proteus CCD" self.readHeader()
class BrukerImage (DetectorImageBase):
def __init__(self,filename):
self.filename=filename
self.bruker = Bruker_base(filename)
self.bin=1
self.bin_safe_set_data(self.bruker.linearintdata())
self.vendortype = "Bruker Proteus CCD"
self.readHeader()
def readHeader(self):
self.parameters={
# image saturation not available. take the maximum pixel instead
'CCD_IMAGE_SATURATION': self.bruker.ccd_image_saturation,
'SIZE1':1024,
'SIZE2':1024,
'PIXEL_SIZE':self.bruker.pixel_size,
'OSC_START':self.bruker.osc_start,
'DISTANCE':10.0*(self.bruker.distance_cm+self.bruker.distance_delta),
'WAVELENGTH':self.bruker.wavelength,
#first attempt formula to support two theta offset.
# But the resulting distl_overlay did not put the beam in exactly
# the right position.
'BEAM_CENTER_X':self.bruker.pixel_size*self.bruker.centerx_pix +
10.*self.bruker.distance_cm *
math.tan (math.pi*self.bruker.twotheta/180.),
'BEAM_CENTER_Y':self.bruker.pixel_size*self.bruker.centery_pix,
'OSC_RANGE':self.bruker.osc_range,
'TWOTHETA':self.bruker.twotheta,
'DETECTOR_SN':0,
}
def read(self):
return
class BrukerImage(DetectorImageBase):
def __init__(self, filename):
self.filename = filename
self.bruker = Bruker_base(filename)
self.bin = 1
self.bin_safe_set_data(self.bruker.linearintdata())
self.vendortype = "Bruker Proteus CCD"
self.readHeader()
def readHeader(self):
self.parameters = {
# image saturation not available. take the maximum pixel instead
'CCD_IMAGE_SATURATION':
self.bruker.ccd_image_saturation,
'SIZE1':
1024,
'SIZE2':
1024,
'PIXEL_SIZE':
self.bruker.pixel_size,
'OSC_START':
self.bruker.osc_start,
'DISTANCE':
10.0 * (self.bruker.distance_cm + self.bruker.distance_delta),
'WAVELENGTH':
self.bruker.wavelength,
#first attempt formula to support two theta offset.
# But the resulting distl_overlay did not put the beam in exactly
# the right position.
'BEAM_CENTER_X':
self.bruker.pixel_size * self.bruker.centerx_pix +
10. * self.bruker.distance_cm *
math.tan(math.pi * self.bruker.twotheta / 180.),
'BEAM_CENTER_Y':
self.bruker.pixel_size * self.bruker.centery_pix,
'OSC_RANGE':
self.bruker.osc_range,
'TWOTHETA':
self.bruker.twotheta,
'DETECTOR_SN':
0,
}
def read(self):
return