def create_specsheets():
specsheets = {}
# setup finite conjugate defaults
fev = dict2D(fld_ape_set, obj_img_set)
fev['field']['object'] = dict([(fld_labels[0], None)])
fev['aperture']['object'] = dict([(ap_labels[2], None),
(ap_labels[1], None)])
fev['field']['image'] = dict([(fld_labels[0], None)])
fev['aperture']['image'] = dict([(ap_labels[2], None),
(ap_labels[1], None)])
fss = SpecSheet('finite', etendue_values=fev)
specsheets['finite'] = fss
# setup infinite conjugate defaults
imager_inputs = {'s': -math.inf}
imager = IdealImager(None, -math.inf, None, None, None)
iev = dict2D(fld_ape_set, obj_img_set)
iev['field']['object'] = dict([(fld_labels[1], None)])
iev['aperture']['object'] = dict([(ap_labels[0], None)])
iev['field']['image'] = dict([(fld_labels[0], None)])
iev['aperture']['image'] = dict([(ap_labels[2], None),
(ap_labels[1], None)])
ifss = SpecSheet('infinite',
imager=imager,
imager_inputs=imager_inputs,
frozen_imager_inputs=[True, True, True, True, False],
etendue_values=iev)
specsheets['infinite'] = ifss
return specsheets
def __init__(self, parent, itype, specsheet, **kwargs):
super().__init__(title='etendue definition', **kwargs)
self.parent = parent
self.specsheet = specsheet
self.groupboxes = dict2D(fld_ape_set, obj_img_set)
if itype is 'infinite':
gb00 = SpaceGroupBox(parent=self, title='object space',
obj_img='object', fld_ape='field',
keys=(fld_labels[1],))
self.groupboxes['field']['object'] = gb00
gb10 = SpaceGroupBox(parent=self, title='',
obj_img='object', fld_ape='aperture',
keys=(ap_labels[0],))
self.groupboxes['aperture']['object'] = gb10
gb01 = SpaceGroupBox(parent=self, title='image space',
obj_img='image', fld_ape='field',
keys=(fld_labels[0],))
self.groupboxes['field']['image'] = gb01
gb11 = SpaceGroupBox(parent=self, title='',
obj_img='image', fld_ape='aperture',
keys=(ap_labels[2], ap_labels[1]))
self.groupboxes['aperture']['image'] = gb11
else:
gb00 = SpaceGroupBox(parent=self, title='object space',
fld_ape='field', obj_img='object',
keys=(fld_labels[0],))
self.groupboxes['field']['object'] = gb00
gb10 = SpaceGroupBox(parent=self, title='',
fld_ape='aperture', obj_img='object',
keys=(ap_labels[2], ap_labels[1]))
self.groupboxes['aperture']['object'] = gb10
gb01 = SpaceGroupBox(parent=self, title='image space',
fld_ape='field', obj_img='image',
keys=(fld_labels[0],))
self.groupboxes['field']['image'] = gb01
gb11 = SpaceGroupBox(parent=self, title='',
fld_ape='aperture', obj_img='image',
keys=(ap_labels[2], ap_labels[1]))
self.groupboxes['aperture']['image'] = gb11
layout = QGridLayout()
layout.addWidget(gb00, 0, 0)
layout.addWidget(gb10, 1, 0)
layout.addWidget(gb01, 0, 1)
layout.addWidget(gb11, 1, 1)
self.setLayout(layout)
def __init__(self,
conjugate_type,
imager=None,
imager_inputs=None,
frozen_imager_inputs=None,
etendue_inputs=None,
etendue_values=None):
self.conjugate_type = conjugate_type
if imager is None:
imager = IdealImager(None, None, None, None, None)
self.imager = imager
self.imager_inputs = imager_inputs if imager_inputs else {}
self.frozen_imager_inputs = (frozen_imager_inputs
if frozen_imager_inputs else [False] * 5)
self.etendue_inputs = (etendue_inputs if etendue_inputs else dict2D(
fld_ape_set, obj_img_set))
self.etendue_values = (etendue_values if etendue_values else dict2D(
fld_ape_set, obj_img_set))
self.partition_defined()
def create_etendue_dict():
"""Returns an empty dict2D(fld_ape_set, obj_img_set)."""
return dict2D(fld_ape_set, obj_img_set)