Question about the implementaion for Long Crash Tube Task

[KeiHiroshima]

Thank you for your great work.
I have a question about the implementaion for Long crash tube task. In your paper, the triplet is defined in "zi, εi, hi" order and domain as below:

Each trigger is characterized by a triplet (zi, εi, hi ), where zi denotes the axial (along the z-axis) position of the trigger’s centroid relative to a fixed reference point, εi represents the trigger’s protrusion (depth) from the face surface, and hi corresponds to its vertical extent (height).
−40 mm ≤ zi ≤ 40 mm, −4 mm ≤ εi ≤ 4 mm, 0 mm ≤ hi ≤ 16 mm.

However it seems those are defined as "εi, zi, hi" and each of those ranges as following in your code:

patterns = [(-4, 4), (-10, 10), (0, 4)]

MECHBench/src/sob/physical_models/crashTube.py

Lines 91 to 114 in 7da7907

	@staticmethod
	def _generate_variable_ranges_map(dimension:int)->List[tuple]:
	r"""
	Generates the ranges map given a dimensionality; This is a
	static method, which is provided with the class to call methods
	outsude the framework.
	Args
	----------------------
	- dimension: `int`: An integer denoting the dimensionality set by the user
	Returns
	----------------------
	- `List[tuple]`: A list of tuples indicating the physical ranges of the problem.
	"""
	patterns = [(-4, 4), (-10, 10), (0, 4)]
	variable_ranges_map = {}
	for dim in range(1, dimension+1):
	variable_ranges_map[dim] = [patterns[i % 3] for i in range(dim)]
	return variable_ranges_map[dimension]

That would be appreciated if you would check your implementation and reply. Thank you.