I was thinking about the input of the simulator, which could be an annotated single-cell dataset plus a text file with the desired fractions per cell type.
However, users might be not skilled enough to design a proper simulation.
So we could provide some options/modules to compute the cell fractions (and then derive the corresponding pseudo-bulk dataset) in an automated way, following the scenarios that @grst already implemented in the immunedeconv paper (e.g. spillover analysis).
I think the scripts for such simulations are readily available, right!?
Hello!
I was thinking about the input of the simulator, which could be an annotated single-cell dataset plus a text file with the desired fractions per cell type.
However, users might be not skilled enough to design a proper simulation. So we could provide some options/modules to compute the cell fractions (and then derive the corresponding pseudo-bulk dataset) in an automated way, following the scenarios that @grst already implemented in the immunedeconv paper (e.g. spillover analysis). I think the scripts for such simulations are readily available, right!?
Cheers, Francesca