def render_graph_color(graph_object,filename_str):
import pydot
node_list, adjacency_matrix = graph_object.labels, graph_object.adjacency_matrix
if not (adjacency_matrix.shape[0] == adjacency_matrix.shape[1]):
raise Exception("adjacency matrix should be square")
if not (len(node_list) == adjacency_matrix.shape[0]):
raise Exception("number of nodes is inconsistent with the number of available node labels")
if is_directed(adjacency_matrix):
graph = pydot.Dot(graph_type='digraph')
else:
graph = pydot.Dot(graph_type='graph')
nodes_dot=[]
for n in node_list:
tmp = pydot.Node(n)
nodes_dot.append(tmp)
graph.add_node(tmp)
for (i,j) in get_indices(adjacency_matrix):
graph.add_edge(pydot.Edge(nodes_dot[i], nodes_dot[j], label=graph_object.property_str, labelfontcolor="#009933", fontsize="10.0", color=graph_object.edge_color))
name = "%s.png" % filename_str
graph.write_png(name)
def create_graph(nodes_list, adjacency_matrix, label_str = ""):
if not (adjacency_matrix.shape[0] == adjacency_matrix.shape[1]):
raise Exception("adjacency matrix should be square")
if not (len(nodes_list) == adjacency_matrix.shape[0]):
raise Exception("number of nodes is inconsistent with the number of available node labels")
if is_directed(adjacency_matrix):
gr = digraph()
else:
gr = graph()
adjacency_matrix = np.triu(adjacency_matrix)
gr.add_nodes(nodes_list)
for (x,y) in get_indices(adjacency_matrix):
gr.add_edge((nodes_list[x],nodes_list[y]),label = label_str)
return gr
def render_multi_prop_graph(multi_prop_graph,filename_str):
node_list, adjacency_matrix = multi_prop_graph.labels, multi_prop_graph.adjacency_matrix
if not (adjacency_matrix.shape[0] == adjacency_matrix.shape[1]):
raise Exception("adjacency matrix should be square")
if not (len(node_list) == adjacency_matrix.shape[0]):
raise Exception("number of nodes is inconsistent with the number of available node labels")
if is_directed(adjacency_matrix):
graph = pydot.Dot(graph_type='digraph')
direction = 'forward'
else:
graph = pydot.Dot(graph_type='graph',compound='true',mindist='0',ranksep='0',nodesep='0')
direction = 'none'
nodes_dot=[]
for n in node_list:
tmp = pydot.Node(n)
nodes_dot.append(tmp)
graph.add_node(tmp)
y = deepcopy(adjacency_matrix)
for (i,j) in get_indices(y):
if y[i][j] == 1:
if y[j][i] ==1:
y[j][i] =0
direction = 'none'
graph.add_edge(pydot.Edge(nodes_dot[i], nodes_dot[j], label=multi_prop_graph.property_str, labelfontcolor="#009933", fontsize="10.0", dir=direction,color=multi_prop_graph.edge_colormap[node_list[i],node_list[j]]))
if is_directed(adjacency_matrix) :
direction = 'forward'
name = "%s.png" % filename_str
#graph = add_legend(graph, property_colormap)
graph.write_png(name)