Three level tesselation

[danishTUE]

Hello Romain,

I am interested to generate a three level tesselation: let say at level l1, l2 and l3. l1 and l2 are equi-axed while l3 is supposed to be of lamellar morphology, dividing every cell at level l2 into equi-width m number of lamellae along a particular direction d. m is fixed and does not vary with cells at l2 however d changes from cell to cell at level l2. I understand that in order to invoke lamellae morphology, we need to use from_morpho while defining n (number of cells). However, this way I can not fix the number of lamellae to be m. One possibility that I can think of is to first run a two level tesselation generation and then generate the statistics for the resultant cells using -statcell to get the idea of the cell size. Then re-run the three level tesselation, with lamellae width now defined using a file (based on the information obtained from -statcell). I have four queries:

1. Is there a more straight forward way to achieve the desired outcome that I described above then running Neper two times?
2. When I use -statcell as -statcell 'id','size','diameq' I get a file with information based on the id of the cell. However I do not have the the information of the hierarchy of the tesselation (i.e. I do not know which cell of l3 belongs to which cell at level l2). How can I get this information?
3. How can I get the dimension of a cell along a particular direction d (This information will help me in dividing the cell at level l2 into equi-width m lamellae along direction d)
4. Can you please share a simple quick script for your suggestion?

Regards,

Danish

[rquey]

In the last version (4.9.1-4), I have "unlocked" -n ... -morpho lamellar, which I think solves your problem altogether. Please get back to me if it doesn't.

neper -T -n 10 -morpho lamellar -dim 2 -o tmp
neper -V tmp.tess -print img

neper -T -n 10::10 -morpho gg::lamellar -dim 2 -o tmp
neper -V tmp.tess -print img

[danishTUE]

Many thanks! I will try this feature and let you know if I have some issues.