-
doSymetrixMatrix(matrix, transp) - It takes in the input matrix and makes it symmetric for the non-directional graph, if flag transp is true transponate matrix
-
graphTriangle(n) - places the vertices of the graph in the form of a triangle, where n is the number of vertices
-
findCoords(from, to, directed, arrowRadius) - Searches for the coordinates of the exit and entrance of the rib, depending on whether it is strained
-
drawArrowhead(ctx, from, to, arrowRadius) - Draws the head of the arrow depending on where and where it is directed
-
drawArrow(from, to, directed, arrowRadius) - Draws an arrow from the specified point to the end, or the line if the graph is not directional
-
drawCircle(from, directed) - Draws a loop depending on whether the graph is strained or not
-
evasion(from, to, event, directed, arrowRadius) - The main function that draws the edges, calculates the bypass paths depending on the event
-
checkOne(from, to, side) - A function that checks for vertices on one side of a triangle
-
check(from, to) - Function that returns an event for the function evasion, depending on the location of 2 vertices
-
edge(matrix, directed) - A function that takes a matrix as input and, relative to the matrix, transfers corresponding vertices in the cycle to the evasion
-
viewDegree(degree) - A function that takes the inputs of massmills of degrees, displays them depending on the type of graph, and analyzes the graph for hanging vertices, isolated vertices and homogeneity