def radialchart(nodes, edgelist):
ids, times, relevances = nodes.T
times *= 2
node_x, node_y = _radial_layout(nodes)
nodepos = np.asarray((node_x, node_y)).T
hold()
circle(node_x, node_y, color="red", size=relevances * 4, alpha=relevances)
coords = nodepos[edgelist].reshape((len(edgelist), 4)).T
segment(coords[0], coords[1], coords[2], coords[3], line_alpha=0.35)
def radialchart(nodes, edgelist):
ids, times, relevances = nodes.T
times *= 2
node_x, node_y = _radial_layout(nodes)
nodepos = np.asarray((node_x, node_y)).T
hold()
circle(node_x, node_y, color="red", size=relevances*4, alpha=relevances)
coords = nodepos[edgelist].reshape((len(edgelist), 4)).T
segment(coords[0], coords[1], coords[2], coords[3],
line_alpha=0.35)
def crawlchart(nodes, edgelist):
""" edges is an Nx2 array of node ids
"""
ids, times, relevances = nodes.T
times *= 2
node_y = _rectilinear_layout(nodes)
hold()
#circle(times, node_y, color="gray", size=1)
# Draw the relevant points in a different color
circle(times, node_y, color="red", size=relevances * 6, alpha=relevances)
nodepos = np.asarray((times, node_y)).T
coords = nodepos[edgelist].reshape((len(edgelist), 4)).T
segment(coords[0], coords[1], coords[2], coords[3], line_alpha=0.35)
def crawlchart(nodes, edgelist):
""" edges is an Nx2 array of node ids
"""
ids, times, relevances = nodes.T
times *= 2
node_y = _rectilinear_layout(nodes)
hold()
#circle(times, node_y, color="gray", size=1)
# Draw the relevant points in a different color
circle(times, node_y, color="red", size=relevances*6, alpha=relevances)
nodepos = np.asarray((times,node_y)).T
coords = nodepos[edgelist].reshape((len(edgelist), 4)).T
segment(coords[0], coords[1], coords[2], coords[3],
line_alpha=0.35)
