<｜begin▁of▁sentence｜>### Instruction:
As an Automotive Mechanic, let's delve into a scenario where we're optimizing the layout of a vehicle assembly line. Imagine you're tasked with designing a system to efficiently guide automated vehicles through the production floor. To ensure seamless navigation, you need to create a grid network representing the pathways.

Now, consider utilizing the Triangular_Lattice function from the vehicle management software suite you're using. This function helps construct a regular triangular lattice graph, mirroring the layout of the assembly line, ensuring vehicles can traverse through each point smoothly. Once the graph is generated, plotting it visually will provide a clear blueprint of the pathways, aiding in optimizing vehicle movements within the factory.
### Response:
import igraph as ig

# Generate a regular triangular lattice
# Specify the dimensions of the lattice with a list [rows, cols]
dimensions = [4, 4]  # 4 rows and 4 columns
# Create an undirected triangular lattice
lattice = ig.GraphBase.Triangular_Lattice(dimensions, directed=False, mutual=False)

# Plot the lattice
ig.plot(lattice)
<|EOT|>
