def calc_from_real(self, positions_dict):
phys_pos = dict(positions_dict)
phys_pos['ai'] = deg2rad(phys_pos['ai'])
phys_pos['dtz'] = deg2rad(phys_pos['dtz'])
phys_pos['lmchi'] = deg2rad(phys_pos['lmchi'])
result = Diffract.calc_virt(phys_pos, self)
result['mu'] = rad2deg(result['mu'])
result['gamma'] = rad2deg(result['gamma'])
result['delta'] = rad2deg(result['delta'])
for mot, par in self.ParamMotors.items():
if self.has_extra[mot]:
result[mot] = self[par]
return result
def calc_from_real(self, positions_dict):
phys_pos = dict(positions_dict)
phys_pos['ai'] = deg2rad(phys_pos['ai'])
phys_pos['dtz'] = deg2rad(phys_pos['dtz'])
phys_pos['lmchi'] = deg2rad(phys_pos['lmchi'])
result = Diffract.calc_virt(phys_pos, self)
result['mu'] = rad2deg(result['mu'])
result['gamma'] = rad2deg(result['gamma'])
result['delta'] = rad2deg(result['delta'])
for mot, par in self.ParamMotors.items():
if self.has_extra[mot]:
result[mot] = self[par]
return result
def calc_from_real(self, positions_dict):
phys_pos = dict(positions_dict)
phys_pos['ai'] = deg2rad(phys_pos['ai'])
phys_pos['dtz'] = deg2rad(phys_pos['dtz'])
phys_pos['lmchi'] = deg2rad(phys_pos['lmchi'])
result = ID31_diffractometer.calc_virt(phys_pos, self)
result['mu'] = rad2deg(result['mu'])
result['gamma'] = rad2deg(result['gamma'])
result['delta'] = rad2deg(result['delta'])
if self.has_extra['ben']:
result['ben'] = self['beam_energy']
if self.has_extra['bos']:
result['bos'] = self['beam_offset']
return result
def calc_to_real(self, axis_tag, positions_dict):
virt_pos = dict(positions_dict)
bos = self['beam_offset']
if virt_pos.setdefault('bos', bos) != bos:
self['beam_offset'] = virt_pos['bos']
ben = self['beam_energy']
if virt_pos.setdefault('ben', ben) != ben:
self['beam_energy'] = virt_pos['ben']
virt_pos['mu'] = deg2rad(virt_pos['mu'])
virt_pos['gamma'] = deg2rad(virt_pos['gamma'])
virt_pos['delta'] = deg2rad(virt_pos['delta'])
result = ID31_diffractometer.calc_phys(virt_pos, self)
result['ai'] = rad2deg(result['ai'])
result['dtz'] = rad2deg(result['dtz'])
result['lmchi'] = rad2deg(result['lmchi'])
return result
def calc_to_real(self, positions_dict):
virt_pos = dict(positions_dict)
for mot, par in self.ParamMotors.items():
curr = self[par]
if virt_pos.setdefault(mot, curr) != curr:
self[par] = virt_pos[mot]
virt_pos['mu'] = deg2rad(virt_pos['mu'])
virt_pos['gamma'] = deg2rad(virt_pos['gamma'])
virt_pos['delta'] = deg2rad(virt_pos['delta'])
result = Diffract.calc_phys(virt_pos, self)
result['ai'] = rad2deg(result['ai'])
result['dtz'] = rad2deg(result['dtz'])
result['lmchi'] = rad2deg(result['lmchi'])
if not self['detector_active']:
for mot in self.DetMotors:
result.pop(mot)
return result
def calc_to_real(self, positions_dict):
virt_pos = dict(positions_dict)
for mot, par in self.ParamMotors.items():
curr = self[par]
if virt_pos.setdefault(mot, curr) != curr:
self[par] = virt_pos[mot]
virt_pos['mu'] = deg2rad(virt_pos['mu'])
virt_pos['gamma'] = deg2rad(virt_pos['gamma'])
virt_pos['delta'] = deg2rad(virt_pos['delta'])
result = Diffract.calc_phys(virt_pos, self)
result['ai'] = rad2deg(result['ai'])
result['dtz'] = rad2deg(result['dtz'])
result['lmchi'] = rad2deg(result['lmchi'])
if not self['detector_active']:
for mot in self.DetMotors:
result.pop(mot)
return result
def get_q(self, axis, th):
return Diffract.calc_q(self['beam_energy'], deg2rad(th))
def get_lm_2th(self, axis):
lm_2th = Diffract.calc_lm_2th(self['liquid_mode'], self['beam_energy'])
return rad2deg(lm_2th)
def get_lm_2th(self, axis):
lm_2th = ID31_diffractometer.calc_lm_2th(self['liquid_mode'],
self['beam_energy'])
return rad2deg(lm_2th)
def get_q(self, axis, th):
return Diffract.calc_q(self['beam_energy'], deg2rad(th))
