(Sure, the same translation is applied for the sequence.)

once with rounding (for textures), once without (for masks).

It fills two new ActiveMesh attributes: meshPlayground & meshShift.

It is therefore important to render masks from the main branch till the latest filopodium offspring.

The ActiveMesh::PopulateSurfTriangles_Ftree() allows now to choose which to use.

(but the whole offspring skeleton is not translated as a whole).

Added helper function FindIndexInSkeletons() to help determining branching points in the filopodium skeleton.

The latter reads the filopodium skeleton (into a certain index) and
the former populates (a given index) skeleton with surface mesh.

Previously, idx must have specified exact position in the array (which is still possible as well).

we better re-render it again (into the new re-sampled empty mask image).

(which is here due to failed load of next non-existing file).

Changed LoadNewMesh() as well as parameters the simulator listens to.

And applied right on the cell body initial texture (to disturb otherwise regular initial texture).

BUG removed: Random generators reseeding happens to fast and the seeds (which are a function of time) were not changing...

 Dropped (perhaps) some more obsoleted functions etc.
 Dropped cmath3d_v files, files reorganized.

We have exactly the same policy in all other microns->pixels conversions.

so now every filopodium remembers it. This is useful for generating filo texture later.
Mesh moving and scaling functions were updated to reflect this.

Updated ImportVTK_Ftree() and InitDots_filo() so that the former really only
reads the filo geometry and the latter creates a texture for it.

Filopodia skeleton segments are displayed in OpenGL now by default.

Corrected by dilating the filopodia mask...

that make up a plane in which the filopodia segments bend and connect.