NodeData pyDocs

class NodeData:

""" This abstract class represents a Node (a component of a graph) """

def __init__(self):
"""
Constructor for NodeData. the key is defined by a general counter.
"""

def __repr__(self):
"""
Tostring method
"""

def setkey(self, key: int): # replaces the constructor NodeData(int key) in previous project """ Sets the given NodeData key @return """

def copyNodeData(self, n): """ Copy constructor. takes a NodeData named n and copies it into this self NodeData. @return """

def getKey(self):
"""
  Returns the key (id) associated with this node.   
  @return
 """

def getWeight(self):

"""
Returns the weight associated with this node.
@return
"""

def setWeight(self, w: float):

"""
Allows changing this node's weight.
 @param w - the new weight
"""

def getInfo(self):

"""
Returns the remark (meta data) associated with this node.
    @return
"""


def setInfo(self, s):

"""
Allows changing the remark (meta data) associated with this node.
 @param s
"""

def getTag(self):
"""
Temporal data (aka color: e,g, white, gray, black)
which can be used be algorithms
@return
"""

def setTag(self, t: float):
"""
Allows setting the "tag" value for temporal marking an node - common
practice for marking by algorithms.
@param t - the new value of the tag
"""

def getTagB(self):
"""
Allows getting the "tagB" value for temporal marking an node - common
practice for marking by algorithms.
@param t - the new value of the tag
"""

def setTagB(self, t):
# distance of weight, """"""whats the weight in the shortest path from the src up until this one (to dest)

"""
Allows setting the "tagB" value for temporal marking an node - common
practice for marking by algorithms.
@param t - the new value of the tag
"""


def setDub(self, e):
"""
This function sets the dub value of this NodeData
"""

def setCounter(self, count):

"""
This function sets the conuter of this NodeData.
"""