def to_triple_list(self):
res_list = []
res_list.extend(self.base_me_group.to_triple_list())
res_list.extend(self.under_me_group.to_triple_list())
attached_obj = self.base_me_group.attach_point_object()
under_attacher_obj = self.under_me_group.attacher_object()
assert is_basic_elem(attached_obj)
assert is_basic_elem(under_attacher_obj)
res_list.append(
(under_attacher_obj, attached_obj, layout_marco.REL_UNDER))
return res_list
def to_triple_list(self):
res_list = []
res_list.extend(self.base_me_group.to_triple_list())
res_list.extend(self.sub_me_group.to_triple_list())
base_attached_obj = self.base_me_group.attach_point_object()
sub_attacher_obj = self.sub_me_group.attacher_object()
assert is_basic_elem(base_attached_obj)
assert is_basic_elem(sub_attacher_obj)
res_list.append(
(sub_attacher_obj, base_attached_obj, layout_marco.REL_RSUB))
return res_list
def to_triple_list(self):
res_list = []
for mg in self.me_groups:
res_list.extend(mg.to_triple_list())
for i in range(1, len(self.me_groups)):
attached_obj = self.me_groups[i - 1].attach_point_object()
attacher_obj = self.me_groups[i].attacher_object()
assert is_basic_elem(attacher_obj)
assert is_basic_elem(attached_obj)
res_list.append((attacher_obj, attached_obj, layout_marco.REL_HOR))
return res_list
def to_triple_list(self):
res_list = []
res_list.extend(self.up_me_group.to_triple_list())
res_list.extend(self.down_me_group.to_triple_list())
up_attacher_obj = self.up_me_group.attacher_object()
down_attacher_obj = self.down_me_group.attacher_object()
assert is_basic_elem(up_attacher_obj)
assert is_basic_elem(down_attacher_obj)
res_list.append(
(up_attacher_obj, self.frac_path, layout_marco.REL_UPPER))
res_list.append(
(down_attacher_obj, self.frac_path, layout_marco.REL_UNDER))
return res_list
def to_triple_list(self):
res_list = self.hs_group.to_triple_list()
attacher_obj = self.hs_group.attacher_object()
assert is_basic_elem(attacher_obj)
attached_obj = self.hs_group.attach_point_object()
assert is_basic_elem(attached_obj)
res_list.append(
(attacher_obj, self.open_fence_symbol, layout_macro.REL_HOR))
res_list.append(
(self.close_fence_symbol, attached_obj, layout_macro.REL_HOR))
return res_list
def to_triple_list(self):
res_list = []
res_list.extend(self.me_group.to_triple_list())
attacher_obj = self.me_group.attacher_object()
assert is_basic_elem(attacher_obj)
from pdfxml.me_taxonomy.math_resources import under_name_list
if str(self.accent_symbol) in under_name_list:
res_list.append(
(self.accent_symbol, attacher_obj, layout_marco.REL_UNDER))
else:
res_list.append(
(self.accent_symbol, attacher_obj, layout_marco.REL_UPPER))
return res_list
def to_triple_list(self):
res_list = self.me_group.to_triple_list()
attacher_obj = self.me_group.attacher_object()
assert is_basic_elem(attacher_obj)
res_list.append((attacher_obj, self.sqrt_symbol, layout_macro.REL_HOR))
return res_list