Given an commutative $C^{*}$ algebra, can we recover the topological dimension of the space(under Gelfrand duality)?

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Given a commutative $C^{*}$ algebra $A$, by Gelfrand duality, $A$ is homeomorphic to a locally compact Hausdorff space $X$. Then can we know the topological dimension of $X$ from $A$?and how?

My first thought is the Krull dimension, by the maximal length of chain of prime ideal of $A$. But I don't think that is the case.