Chapter 14: Discrete Event Simulation with salabim¶

Part III — Discrete Spatial Modeling

Learning Objectives¶

By the end of this chapter you will be able to:

• Understand the salabim Component lifecycle and simulation clock
• Register models and run a simulation with env.run()
• Reimplement Game of Life using salabim Components

{note}
Show that salabim solves the coordination problem, not the performance problem.

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# Standard imports — add chapter-specific imports below
import numpy as np
import pandas as pd
import matplotlib.pyplot as plt

# Standard imports — add chapter-specific imports below import numpy as np import pandas as pd import matplotlib.pyplot as plt

What Is Discrete Event Simulation?¶

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# Code for section: What Is Discrete Event Simulation?

# Code for section: What Is Discrete Event Simulation?

salabim: Environment, Component, Clock¶

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# Code for section: salabim: Environment, Component, Clock

# Code for section: salabim: Environment, Component, Clock

Multiple Components, One Environment¶

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# Code for section: Multiple Components, One Environment

# Code for section: Multiple Components, One Environment

Game of Life with salabim (vector)¶

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# Code for section: Game of Life with salabim (vector)

# Code for section: Game of Life with salabim (vector)

Composing Models and Visualization¶

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# Code for section: Composing Models and Visualization

# Code for section: Composing Models and Visualization

What salabim Buys Us¶

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# Code for section: What salabim Buys Us

# Code for section: What salabim Buys Us

Summary¶

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Key concepts introduced¶

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Further Reading¶

• TODO: add references.