def to_tree(self):
t = Tree()
for mg in self.me_groups:
tmp_t = mg.to_tree()
tmp_t.info['rel'] = 'HOR'
t.add_children(tmp_t)
return t
def to_tree(self):
t = Tree()
t1 = self.base_me_group.to_tree()
t1.info['rel'] = 'HOR'
t2 = self.sub_me_group.to_tree()
t2.info['rel'] = 'SUB'
t.add_children(t1)
t.add_children(t2)
return t
def to_tree(self):
t = Tree("")
t1 = Tree("")
t1.info['rel'] = "HOR"
t1.info['cid'] = self.sqrt_symbol.get_info("cid")
t1.info['me_sym'] = self.sqrt_symbol
t2 = self.me_group.to_tree()
t.add_children(t1)
t.add_children(t2)
return t
def to_tree(self):
t = Tree()
t1 = self.bind_var_symbol.to_tree()
t1.info['rel'] = 'HOR'
t.add_children(t1)
t2 = self.up_me_group.to_tree()
t2.info['rel'] = 'BIND_UPPER'
t.add_children(t2)
t3 = self.down_me_group.to_tree()
t3.info['rel'] = 'BIND_UNDER'
t.add_children(t3)
return t
def to_tree(self):
t = Tree()
t1 = self.base_me_group.to_tree()
t1.info['rel'] = 'HOR'
t.add_children(t1)
t2 = self.upper_me_group.to_tree()
t2.info['rel'] = 'UPPER'
t.add_children(t2)
t3 = self.under_me_group.to_Tree()
t3.info['rel'] = 'UNDER'
t.add_children(t3)
return t
def to_tree(self):
t = Tree()
t1 = self.up_me_group.to_tree()
t1.info['rel'] = 'FRAC_UP'
t.add_children(t1)
t2 = self.down_me_group.to_tree()
t2.info['rel'] = 'FRAC_DOWN'
t.add_children(t2)
return t
def to_tree(self):
t = Tree("")
return t # nothing here
def to_tree(self):
t = Tree("")
t.info['rel'] = 'HOR'
t.info['cid'] = self.get_info('cid')
t.info['me_sym'] = self
return t
def to_tree(self):
t = Tree()
t1 = self.me_group.to_tree()
t1.info['rel'] = 'HOR'
t.add_children(t1)
t2 = Tree()
t2.info['cid'] = self.accent_symbol.get_info('cid')
t2.info['me_sym'] = self.accent_symbol
from pdfxml.me_taxonomy.math_resources import under_name_list
if str(self.accent_symbol) in under_name_list:
t2.info['rel'] = 'ACCENT_DOWN'
else:
t2.info['rel'] = 'ACCENT_UP'
t.add_children(t2)
return t
def to_tree(self):
t = Tree("")
t1 = Tree("")
t1.info['rel'] = "HOR"
t1.info['cid'] = self.open_fence_symbol.get_info("cid")
t1.info['me_sym'] = self.open_fence_symbol
t2 = self.hs_group.to_tree()
t3 = Tree("")
t3.info['rel'] = "HOR"
t3.info['cid'] = self.close_fence_symbol.get_info("cid")
t3.info['me_sym'] = self.close_fence_symbol
t.add_children(t1)
t.add_children(t2)
t.add_children(t3)
return t