Dear @JonathanGregory , Regarding the interpolation of bounds, [you asked](https://urldefense.us/v3/__https://github.com/cf-convention/cf-conventions/issues/327*issuecomment-886687324__;Iw!!G2kpM7uM-TzIFchu!gwecS-gI9rNIndTP8rqMcB6mXYSV_fxclkyOlS4CO2hI_NE9xWHxmdM2h4s2mto-MGJkkxsi9oo$ ):
> Are you restricting the consideration of 2D bounds to rectangular cells, or > are polygons of n vertices allowed? We are restricting the interpolation of bounds to contiguous cell bounds. I think that the consequence of this is that we are are restricting the consideration of 2D bounds to rectangular cells. Possibly @davidhassell can confirm. What we do support is interpolation of 1D, 2D, etc bounds. Hence the sentence: > One of the vertices of each coordinate tie point cell is chosen as the bounds > tie point for the cell. It is selected as the vertex of the tie point cell > that is the closest to the boundary of the interpolation subarea with respect > to each interpolated dimension. that applies for any number of interpolated dimensions. Cheers Anders -- You are receiving this because you are subscribed to this thread. Reply to this email directly or view it on GitHub: https://urldefense.us/v3/__https://github.com/cf-convention/cf-conventions/issues/327*issuecomment-895958409__;Iw!!G2kpM7uM-TzIFchu!gwecS-gI9rNIndTP8rqMcB6mXYSV_fxclkyOlS4CO2hI_NE9xWHxmdM2h4s2mto-MGJkbfpAcUM$ This list forwards relevant notifications from Github. It is distinct from cf-metad...@cgd.ucar.edu, although if you do nothing, a subscription to the UCAR list will result in a subscription to this list. To unsubscribe from this list only, send a message to cf-metadata-unsubscribe-requ...@listserv.llnl.gov.
