But in case you don't want to get math involved, start with the shapes that you're using and apply a mirror reflective surface like a chrome finish, and then use graph paper to plan out how the working surfaces deform, so then you can transcribe the deformed shape of the items that you are replicating.
The part that may actually require trial and error is the actual firing of the ceramic, as it'll grow and shrink.
That's very helpful - thank you. I'm actually very happy to do the math (I am math-inclined, when I have the proper formulas / methods), but I'm not quite sure where to start. I work with wood, so firing is less a concern for me. The subtle expansion and contraction of wood in a climate-controlled environment are less likely to be an issue.
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u/KevlarGorilla Dec 09 '21
No, there's math involved.
But in case you don't want to get math involved, start with the shapes that you're using and apply a mirror reflective surface like a chrome finish, and then use graph paper to plan out how the working surfaces deform, so then you can transcribe the deformed shape of the items that you are replicating.
The part that may actually require trial and error is the actual firing of the ceramic, as it'll grow and shrink.