Short answer: Yes.
Long answer:
There are different usecases for this scenario.
1.) As a user I want to select one / or more vertices move it with the mouse in 3D and all lines, cond. lines, triangles, quads (no vertices from type 1) connected will be affected by the move. An isolated vertex should be defined by a "0 !LD_PART_EDITOR VERTEX x y z" meta command within the file source code. The occurence of these meta commands will produce a discreet warning message. (this is already feasible with the current data model)
2.) As a user I want to select one / or more vertices which are linked to one / or more subfiles move it with the mouse in 3D and all lines, cond. lines, triangles, quads and subfile vertices connected will be affected by the move. (edit: this is now feasible with the current data model)
3.) As a user I want to select all vertices which are linked to one / or more subfiles move it with the mouse in 3D and all lines, cond. lines, triangles, quads connected will be affected by the move. (this is already feasible with the current data model)
The second use case is not trivial to implement, but it is possible.
Long answer:
There are different usecases for this scenario.
1.) As a user I want to select one / or more vertices move it with the mouse in 3D and all lines, cond. lines, triangles, quads (no vertices from type 1) connected will be affected by the move. An isolated vertex should be defined by a "0 !LD_PART_EDITOR VERTEX x y z" meta command within the file source code. The occurence of these meta commands will produce a discreet warning message. (this is already feasible with the current data model)
2.) As a user I want to select one / or more vertices which are linked to one / or more subfiles move it with the mouse in 3D and all lines, cond. lines, triangles, quads and subfile vertices connected will be affected by the move. (edit: this is now feasible with the current data model)
3.) As a user I want to select all vertices which are linked to one / or more subfiles move it with the mouse in 3D and all lines, cond. lines, triangles, quads connected will be affected by the move. (this is already feasible with the current data model)
The second use case is not trivial to implement, but it is possible.