<｜begin▁of▁sentence｜>### Instruction:
As a circus performer, you and your fellow performers are constantly looking for new and exciting ways to amaze your audiences. Imagine your troupe's acrobatics performance as a complex network of interconnected movements and stunts. Your goal is to add an element of random spontaneity to your routines without changing the overall structure of the performance. You want to achieve this by incorporating a technique similar to the rewire function in igraph in order to modify the sequence and timing of the stunts while keeping the overall flow and coordination intact.
### Response:
import igraph as ig

# Load graph from file
g = ig.read('graph_network.gml')

# Make sure to create a copy if you want to preserve the original
g_copy = g.copy()

# Perform the rewiring with 10 trials keeping the degree distribution
# without creating or destroying loop edges
rewiring_trials = 10
mode = 'simple'
g_copy.rewire(rewiring_trials, mode=mode)

# Print the rewired graph's summary
g_summary = g_copy.summary()
print(g_summary)
<|EOT|>
