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Hi, something I would find helpful in this context, is to be able to draw a ruler at the z-position. Currently it is possibly using h (horizontal) and v (vertical) to draw rulers at certain x and y positions. It would be nice if another key (perhaps 'O' for orthogonal) would place a ruler where the z-plane happens to be. Obviously you won't see that in the window where it is placed, but it would be helpful in the other widows - I often look at 3Ds in two windows which are orthogonal to one another so as to work out the 3D shape of overlapping peaks. Thanks. Vicky Christoph Brockmann wrote: > Hi everyone, > > I am experimenting at the moment to find a comfortable way to judge > whether I am in the Z-maximum of a 3D peak. My Current approach is to > pick a peak where I think it should go and then navigate to that > position in another window that shows the same spectrum in an > orthogonal view. Then I subsequently move or delete that peak. > However, this approach is very cumbersome and it would be nice if > there was a quick way to judge whether the peak should be picked in > that position in the first place. > > Do you think it would be a good idea to have Z-crosshair trace that > would work more or less like the X and Y traces at the moment? Even > nicer would be a strip that would show an orthogonal region of the > spectrum around the crosshair, but I would assume that this would be a > bit demanding performance wise. > > Another way to solve this would be a macro that places a marker at the > crosshair position AND navigates to the correct place in the > orthogonal view at the same time that could be evoked with a single > key. Any Ideas how to accomplish this? Ideally this macro would be > universal looking for other windows that have the same spectra mapped > but a different permutation of the axis but I think even a hardcoded > version that just works in two specific windows would help a lot... > > Christoph > -- ********************************************************* Dr. Victoria A. Higman Leibniz-Institut fuer Molekulare Pharmakologie (FMP) NMR-Supported Structural Biology Robert-Roessle-Str. 10 13125 Berlin Germany and School of Chemistry University of Bristol Bristol BS8 1TS United Kingdom Phone: +44-117-95-46325 E-mail: [log in to unmask] (or [log in to unmask]) *********************************************************