def __init__(self, name, id_gap_scannable, id_rowphase1_scannable,
id_rowphase2_scannable, id_rowphase3_scannable,
id_rowphase4_scannable, id_jawphase_scannable,
pgm_energy_scannable,
gap, rowphase1, rowphase2, rowphase3, rowphase4, jawphase_poly):
EnergyScannableBase.__init__(self, name, id_gap_scannable,
id_rowphase1_scannable, id_rowphase2_scannable,
id_rowphase3_scannable, id_rowphase4_scannable,
id_jawphase_scannable, pgm_energy_scannable,
gap, rowphase1, rowphase2, rowphase3, rowphase4, jawphase_poly)
def __init__(self, name, id_gap_scannable, id_rowphase1_scannable,
id_rowphase2_scannable, id_rowphase3_scannable,
id_rowphase4_scannable, id_jawphase_scannable,
pgm_energy_scannable, gap, rowphase1, rowphase2, rowphase3,
rowphase4, jawphase_poly):
EnergyScannableBase.__init__(
self, name, id_gap_scannable, id_rowphase1_scannable,
id_rowphase2_scannable, id_rowphase3_scannable,
id_rowphase4_scannable, id_jawphase_scannable,
pgm_energy_scannable, gap, rowphase1, rowphase2, rowphase3,
rowphase4, jawphase_poly)
# Do some minimal sanity checking on the _poly's.
assert (type(jawphase_poly) == type(Poly([])))
def getPosition(self):
(energy_eV, gap, rowphase1, rowphase2, rowphase3, rowphase4, jawphase,
pgm_energy, pgm_diff) = EnergyScannableBase.getPosition(self)
id_energy = self.getEnergy(
IdPosition(gap, rowphase1, rowphase2, rowphase3, rowphase4,
jawphase))
id_diff = energy_eV - id_energy
return (energy_eV, gap, rowphase1, rowphase2, rowphase3, rowphase4,
jawphase, pgm_energy, pgm_diff, id_energy, id_diff)
def __init__(self, name, id_gap_scannable, id_rowphase1_scannable,
id_rowphase2_scannable, id_rowphase3_scannable,
id_rowphase4_scannable, id_jawphase_scannable,
pgm_energy_scannable, energyPositions):
EnergyScannableBase.__init__(
self, name, id_gap_scannable, id_rowphase1_scannable,
id_rowphase2_scannable, id_rowphase3_scannable,
id_rowphase4_scannable, id_jawphase_scannable,
pgm_energy_scannable,
dict((energy, position.gap)
for (energy, position) in energyPositions.items()),
dict((energy, position.rowphase1)
for (energy, position) in energyPositions.items()),
dict((energy, position.rowphase2)
for (energy, position) in energyPositions.items()),
dict((energy, position.rowphase3)
for (energy, position) in energyPositions.items()),
dict((energy, position.rowphase4)
for (energy, position) in energyPositions.items()),
dict((energy, position.jawphase)
for (energy, position) in energyPositions.items()))
self.energyPositions = energyPositions
def getOutputFormat(self):
outputFormat = EnergyScannableBase.getOutputFormat(self)
outputFormat.extend(['%f', '%f'])
return outputFormat
def getExtraNames(self):
extraNames = EnergyScannableBase.getExtraNames(self)
extraNames.extend(['id_energy', 'id_diff'])
return extraNames
def __init__(self,
name,
id_gap_scannable,
id_rowphase1_scannable,
id_rowphase2_scannable,
id_rowphase3_scannable,
id_rowphase4_scannable,
id_jawphase_scannable,
pgm_energy_scannable,
pol_angle_scannable_name,
angle_min_Deg,
angle_max_Deg,
angle_threshold_Deg,
energy_min_eV,
energy_max_eV,
gap_from_energy=None,
rowphase1_from_energy=None,
rowphase2_from_energy=None,
rowphase3_from_energy=None,
rowphase4_from_energy=None,
jawphase_from_energy=None,
gap_from_angle=None,
rowphase1_from_angle=None,
rowphase2_from_angle=None,
rowphase3_from_angle=None,
rowphase4_from_angle=None,
jawphase_from_angle=None):
self.pol_angle_scannable_name = pol_angle_scannable_name
self.angle_min_Deg = angle_min_Deg
self.angle_max_Deg = angle_max_Deg
self.angle_threshold_Deg = angle_threshold_Deg
self.energy_min_eV = energy_min_eV
self.energy_max_eV = energy_max_eV
self.angle_Deg = 0
# For each value, ensure that one and only one value is specified
assert ((gap_from_energy == None) != (gap_from_angle == None))
assert ((rowphase1_from_energy == None) !=
(rowphase1_from_angle == None))
assert ((rowphase2_from_energy == None) !=
(rowphase2_from_angle == None))
assert ((rowphase3_from_energy == None) !=
(rowphase3_from_angle == None))
assert ((rowphase4_from_energy == None) !=
(rowphase4_from_angle == None))
assert ((jawphase_from_energy == None) !=
(jawphase_from_angle == None))
EnergyScannableBase.__init__(
self, name, id_gap_scannable, id_rowphase1_scannable,
id_rowphase2_scannable, id_rowphase3_scannable,
id_rowphase4_scannable, id_jawphase_scannable,
pgm_energy_scannable, gap_from_energy, rowphase1_from_energy,
rowphase2_from_energy, rowphase3_from_energy,
rowphase4_from_energy, jawphase_from_energy)
self.gap_from_angle = EnergyScannableBase.ValueLookup(
gap_from_angle, "deg")
self.rowphase1_from_angle = EnergyScannableBase.ValueLookup(
rowphase1_from_angle, "deg")
self.rowphase2_from_angle = EnergyScannableBase.ValueLookup(
rowphase2_from_angle, "deg")
self.rowphase3_from_angle = EnergyScannableBase.ValueLookup(
rowphase3_from_angle, "deg")
self.rowphase4_from_angle = EnergyScannableBase.ValueLookup(
rowphase4_from_angle, "deg")
self.jawphase_from_angle = EnergyScannableBase.ValueLookup(
jawphase_from_angle, "deg")