=============================================== Node - class to represent node =============================================== This class is Multiple Master - compatible Node() - generic constructor, creates an empty node Node(Node) - copy constructor Node(intteger type, Point p) - creates a Node and assigns type and coordinates of the final point parent (read-only) - Node's parent object, Glyph type (integer) - type of the node, values are: nMOVE, nLINE, nCURVE or nOFF count (integer, read-only) - number of points in the node. 3 for curves and 1 for all other types of nodes alignment (integer) - type of primitive connection, possible values are: nSHARP, nSMOOTH, nFIXED selected (integer) - True if node is selected point (Point) - position of the final point of the first master points [(Points)] - positions of all points of the first master x (integer) - horizontal position of the final point of the node y (integer) - vertical position of the final point of the node len() - returns number of points in the node, same as count attribute [] - can be used to access individial points of the first master multiply - second operand must be Matrix, applies matrix transformation to a node Assign - assigns new values to a Node, refer to constructor for a description of possible options SetAllLayers(pointindex, Point p) - assigns position of the point p to all masters of the point number 'pointindex' Layer(masterindex) - returns list of points for the master 'masterindex' Section(pointindex) - returns list of points for all layers and point number 'pointindex' Shift(Point p, masterindex) - shifts position of all points for the master 'masterindex' ExpandLayer(masterindex) - copies positions of all points in the master 'masterindex' to other masters Transform(Matrix m) - applies Matrix transformation to the Node (see Matrix().__doc__)