Example on how to add a 160 board size:
1) Open the tcl file (scid.gui for windows, scid for linux and mac)
2) Change the line
set boardSizes [list 25 30 35 40 45 50 55 60 65 70 80]
to
set boardSizes [list 25 30 35 40 45 50 55 60 65 70 80 160]
3) Assuming that you want to use the default "Merida1" piece set, add a 
file "img/pieces/Merida1/Merida1_160.gif" with all the 12 piece type (6 
white + 6 black) of size 1920 (160 * 12) x 160 pixel.
4) Assuming that you want to use the default white-blue board 
background, change the lines:
bgl$size copy $boardfile_lite -from 0 0 $size $size
bgd$size copy $boardfile_dark -from 0 0 $size $size
to
bgl$size copy $boardfile_lite
bgd$size copy $boardfile_dark

When you restart Scid the new board size will be available (no need to 
recompile).
I agree about the log scale.
Let me now if you need some other help.
Bye,
Fulvio




Alexander Klimov wrote:
> Hi.
>
> Since you are the one who committed "Moving images out of tcl code", I 
> hope you also know how the images were generated, if I am wrong, 
> please, forward this message to someone who knows.
>
> On a large screen (2560x1440 or 2560x1600) even the largest board took 
> only a small fraction of the screen. It would be nice not to stop
> boardSizes on 80, but go to at least twice more. 
>
> Note that the 5-pixel step "25 30 35 40 45 50 55 60 65 70 80" is not 
> the optimal one. To cover range from 25..160 evenly, it is better to 
> use log scale:
>
>  round(exp(seq(from=log(25),to=log(160),length.out=10))) # R
>
>  25  31  38  46  57  70  86 106 130 160
>
>   


-- 
"I mean Negative Capability, that is when man is capable of being in 
uncertainties, Mysteries, doubts without any irritable reaching after fact & 
reason"


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