tree1.create_node('Child2', 'child2', parent = 'root', data =Nodex('5'));\ tree1.create_node('Child3', 'child3', parent = 'root', data =Nodex('6'));\ 构造结果: >>> tree1.show() Root ├── Child1 ├── Child2 └── Child3 >>> tree1.show(data_property = 'n...
save2file(self, filename, nid=None, level=0, idhidden=True, filter=None, key=None, reverse=False, line_type=u'ascii-ex', data_property=None) 将树保存到文件,以作离线分析 show(self, nid=None, level=0, idhidden=True, filter=None, key=None, reverse=False, line_type=u'ascii-ex', ...
save2file(self, filename, nid=None, level=0, idhidden=True, filter=None, key=None, reverse=False, line_type=u'ascii-ex', data_property=None) 将树保存到文件,以作离线分析 show(self, nid=None, level=0, idhidden=True, filter=None, key=None, reverse=False, line_type=u'ascii-ex', ...
An efficient implementation of tree data structure in python 2/3. - treelib/treelib/tree.py at master · caesar0301/treelib
deftest_show_data_property(self):new_tree =Tree()classFlower(object):def__init__(self, color):self.color = color new_tree.create_node("Jill","jill", data=Flower("white")) new_tree.show(data_property="color") 开发者ID:CHEN-JIANGHANG,项目名称:treelib,代码行数:7,代码来源:test_treelib...
按照.data的属性输出树结构: 1>>> ftree.show(data_property="color")2black3├── white4└── red 注意:在1.2.5版本之前,你需要继承并重写Node类方法,比如: 1>>>classFlowerNode(treelib.Node): \2def__init__(self, color): \3self.color =color4>>>#create a new node5>>> fnode = Flowe...