# Lightweight classroom bridge into:
# /Users/yimingzhang/Github/merrill.jl-examples
#
# This file is intentionally a teaching scaffold rather than a replacement for
# the repository notebooks. Use it to introduce the sequence of modeling
# decisions before opening the full examples.

const MERRILL_EXAMPLES = "/Users/yimingzhang/Github/merrill.jl-examples"

println("Suggested MERRILL teaching path")
println("1. notebooks/material_properties.ipynb")
println("2. notebooks/simple_mesh_generation.ipynb")
println("3. notebooks/Cube_80nm.ipynb")
println("4. notebooks/hysteresis_demo.ipynb")
println("5. notebooks/NEB_80nm_cube.ipynb")
println("6. notebooks/NEB_relaxation_times_48nm_cube.ipynb")

# In class:
# - start with a known mesh and material constants
# - minimize from multiple initial states
# - sweep field and record moment
# - compare local energy minima
# - run or inspect NEB paths between selected states
# - convert energy barriers to relaxation times