Yes.
How wood reflects light, and why it reflects it differently depending on your relative position to the light source, is way beyond my knowledge. I just know it does. This snippet is from a study at Cornell that tries to diagnose the causes of light reflection of wood:
Quote:
The distinctive optical behavior of wood is most dramatic in woods with unusual grain patterns, or figures, such as tiger, burl, and birdseye. In boards of figured wood, irregularities in the growth of the tree result in wood fibers whose angle with the surface varies substantially across the board. This causes spatial variation, not just in color, but also in the directional scattering characteristics. In straight-grained wood, the same kind of reflection occurs, but with subtler spatial variation.
If you are interested, the full PDF is here
http://www.cs.cornell.edu/~srm/publicat ... 5-wood.pdfEngineered veneers are created by harvesting fast growth trees, cutting them into veneers, dying the veneers, dying glues, and pressing and gluing the veneers into a new log. Differing orientations of grain, and different applications of pressure are used strategically so that, when veneers are cut from the new log, the grain looks more diverse as exotic veneers will, swirls of color and grain emulate burls, and curved lines produce 'cathedral' effects (as in rauxswood) or a wandering figure appearance (buaxbing).
To the degree that the parent wood (poplar or soft maple) reflect light, the new veneer will too, but it will only be in very small sections and not contiguous, as the veneer on your snare is.
Grained maple is a bit of a mystery. In some photographs it looks more like a printed pattern on top of a quilted maple veneer. But notice how the pattern of 'pops' is linear. The pops in Scandi are not like that. I'd have to see Grained Maple in person to understand it. One thing about the veneer on your snare shell - there is no discernible pattern. I don't just mean no repeating pattern; the variables of ALPI production make absolute repetition unlikely. But ALPI cannot recreate the glorious complexity of that veneer.