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  2. To generate random graphs with networkx, you can use the following methods1234:
    • erdos_renyi_graph(n, p): generates a random graph with n nodes and edge probability p.
    • complete_graph(N, nx.DiGraph()): creates a complete directed graph with N nodes.
    • add_edge(u, v): adds an edge between nodes u and v.
    • random.random(): assigns random weights to each graph edge.
    • random.randint(0,10): assigns random integer weights to each graph edge.
    Learn more:
    In Python, you can simply use the networkx package to generate such a random graph: from networkx.generators.random_graphs import erdos_renyi_graph n = 6 p = 0.5 g = erdos_renyi_graph(n, p) print(g.nodes) # [0, 1, 2, 3, 4, 5] print(g.edges)
    blog.finxter.com/how-to-generate-random-graphs-…
    You can create the complete directed graph: import networkx as nx import random N = 7 G = nx.complete_graph (N, nx.DiGraph ()) and then assign random weights to each graph edge: for (start, end) in G.edges: G.edges [start, end] ['weight'] = random.random () so you will get exactly the graph you need: G.edges.data ('weight')
    stackoverflow.com/questions/56209291/how-to-gen…
    import random import networkx as nx edge_probability = 0.3 n_nodes = 10 G = nx.DiGraph () G.add_nodes_from (range (n_nodes)) for u in G.nodes: for v in G.nodes: if random.random () < edge_probability: G.add_edge (u, v)
    stackoverflow.com/questions/62848904/how-to-ge…
    you could use (I believe in both networkx 1.x and 2.x): import random #code creating G here for (u,v,w) in G.edges (data=True): w ['weight'] = random.randint (0,10) The variable w is a dictionary whose keys are all the different edge attributes. Alternatively in networkx 2.x you can do
    stackoverflow.com/questions/31804117/how-to-cre…
     
  3. People also ask
    How to generate a random graph in NetworkX?NetworkX provides a range of functions for generating graphs. For generating a random graph, we will use the basic gnp_random_graph function. By providing a seed, we can ensure that we get the same graph every time (otherwise there is no guarantee of it being connected!). To make the graph directed, we will simply use G.to_directed.
    How do I create a random graph without a connected graph?G.add_edge(prev_node, node) prev_node = node If you don't need a connected graph you just create a random graph, get the isolated nodes through nx.isolates (G) and connect them to another random node, except himself.
    How to generate ER graph in NetworkX?The equation above means: set a probability r for an edge that occurs between two arbitrary and distinct nodes. The higher the r is, the more densely connected graph will be. It’s quite easy to generate the ER graph with nx.erdos_renyi_graph function from the NetworkX package:
    Is there a graph generator for NetworkX?There doesn't seem to be a NetworkX graph generator to directly generate a graph that fulfills such requirement.
     
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