<｜begin▁of▁sentence｜>### Instruction:
Imagine you're embarking on an archaeological expedition to decrypt the ancient civilization's method of cataloging their lineage, akin to a genealogical tree with strict hierarchies and connections. Upon meticulous excavation, you unearth a relic with inscriptions that conceptualize their familial ties. This relic depicts a structured diagram akin to a balanced binary tree with a bifurcation count of two, symbolizing the generational progression from ancestors to descendants, and spanning three tiers in height, suggesting the passage of at least three generations. 

In this tree of lineage, each progenitor bequeaths to two offspring, representing the natural binary branching. However, amidst the standard connections, there's an anomalous inscription linking a descendant, specifically marked as the fifth in line, back to one higher in the hierarchy, the second marked individual, disrupting the expected flow of descent.

Given the fascination with translating such a complex and intertwined tree into a format that can be analyzed and interpreted using modern techniques, you seek to transpose this ancient schematic into a textual format that is universally understood, utilizing the humble means of ASCII characters. This task involves the creation of a symbolic representation that maintains the integrity of the original binary tree, including the noted irregular connection, for further study and dissemination among your fellow archaeologists.

How might one go about encoding this tree, with its classical structure and peculiar linkage, into a textual artifact using only the simplest of symbols, ensuring the preservation of each relation as discovered on the ancient relic?
### Response:
import networkx as nx

# Create a balanced binary tree graph
graph = nx.balanced_tree(r=2, h=3, create_using=nx.DiGraph)

# Add a non-tree edge to the graph
graph.add_edge(5, 2)

# Write the text representation of the graph to stdout
nx.write_network_text(graph, with_labels=False, ascii_only=True)
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