Tsunami height varies according to dozens of factors, so it's very difficult to guess at. Further out you are, the lower the delta. Wave height varies by shore line shape, by approach depth profile, by earthquake intensity, by the way in which the earthquake adjusted the ocean floor profile, etc. It just depends.
Same can be said for storm surge. Surge varies by how low the central pressure of the hurricane is, by whether you're on the leading or trailing side, by the speed with which the storm tracks over land, and also by some of the same geometry factors above, like shore line shape and approach depth profile. The big one for hurricanes is the delta between the central pressure of the storm and the surrounding air, which tends to squeeze surrounding water towards the center of the hurricane.
"100 year storm" is a terrible thing to try and compare to, because the 100 year storm is a measure of rainfall depth over an arbitrarily chosen duration, which is only loosely correlated with the surge. But even if it wasn't, I seriously doubt you find the data to answer your question anywhere, unless it's neck deep in someone's phd thesis.
Go watch some youtube videos. There was a fantastic one of the Indonesian tsunami that I saw a while back taken from a guy on his sailboat, anchored up in a cove. He and his buddies in the anchorage all came above decks to check out what was going on as they swung at anchor, and I remember him filming his anchor rode. Looked to be about a four or five knot current going under his boat. Then he panned the camera shoreward and caught the wave as it hit the village. I can't seem to find it now, but if I do later I'll post a link.
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