Is it only in that little 34x34? (or is it one of the other baseplates?) Seems like you could only build in that space if you want it realistic...
I only know what 8 of those are by reading it, when i see sDifMi or dDMax, it needs a bit more explaining....
look at the GUI, it has pretty good explanation.
edit:
To answer your questions anyways:
Is it only in that little 34x34? (or is it one of the other baseplates?) Seems like you could only build in that space if you want it realistic...
adjustable size, but note you can crash from doing really big cloud layers.
I only know what 8 of those are by reading it, when i see sDifMi or dDMax, it needs a bit more explaining....
mX - X size
mY - Y size
M - Magnitude (Chances that a cloud centre will be placed during preparation.)
rMin - Minimum random for cloud centre depth.
rMax - Maximum random for cloud centre depth.
dDMin - Minimum random for depth difference between two cells during expansion.
dDMax - Maximum random for depth difference between two cells during expansion.
loops - Times that the cloud layer's clouds are expanded.
Type - Type of generation. Currently anything other than "Server" works for this well.
dB - Datablock used for server cloud generation.
cloudColour - Cloud colour used for server cloud generation.
getAbs - Whilst getting depth difference or building clouds, it gets the absolute value of the cell first.
expC - Chance that a cloud will expand during expansion.
intposX - Initial position X (server)
intposY - Initial position Y (server)
intposZ - Initial position Z (server)
secondChances - If this is on, when a random isn't enough to expand a cloud, it will re-generate the random before every expansion in the next direction. No significant difference is seen save that this makes larger clouds that tend to generate more in other directions.
smooth - Boolean for activating the smoother.
smoothloops - Times the smoother is run.
sDifMi - Minimum random for the value subtracted from the difference of two cells during smoothing.
sDifMa - Maximum random for the value subtracted from the difference of two cells during smoothing.
