//project X optional file, read-only
//user colour table definition for DVB subpictures, creating a .sup file, as a replacement of the internal remapping

//required entries of a table:
//table=list name
//model=final colour link depth of this table in bits (2, 4, 8) (means max. 4, 16, 256 paletized colours, best value depends on broadcasters std. table)
//model + 1 activates multicolor sup mode, such sup files may not be compatible to some old DVD players or software
//0..x=ARGB (alpha,red,green,blue as 32bit uimsbf, 8bit each)  (undefined colour links are fully transparent)

//you can add as many tables you wish

table=UkFreeview(mc)
model=5
0=000E0EFD
1=00111111
2=008E8E0F
3=00CCCC0E
4=00FDFD0E
5=000F8E0F
6=000ECC0E
7=000EFD0E
8=000F8E8E
9=000ECCCC
10=000EFDFD
11=008E8E8E
12=00CCCCCC
13=00FFFFFF
14=00FF8C8C
15=00FF1010

table=ZDFvision(mc)
model=5	         
0=00000081   //    blue   with hue=A0 and lum=40
1=00000000   //    dark   with hue=A0 and lum=00
2=00DC0000   //     red   with hue=00 and lum=6E
3=0093E682   //   green*  with hue=50 and lum=B4
4=00EBEB7B   //  yellow*  with hue=28 and lum=B3
5=008C8CEB   //    blue*  with hue=A0 and lum=BB
6=00EB8FEB   // magenta*  with hue=C7 and lum=BD
7=0063EBEB   //    cyan*  with hue=78 and lum=A7
8=00EBEBEB   //   white*  with hue=A0 and lum=EB
9=007F0000   //     red   with hue=00 and lum=3F
10=00007F00  //   green   with hue=50 and lum=3F
11=007F7F00  //  yellow   with hue=28 and lum=3F
12=0000007F  //    blue   with hue=A0 and lum=3F
13=00CFCFCF  //   white   
14=00007F7F  //    cyan   with hue=78 and lum=3F
15=007F3F7F  // magenta   with hue=C8 and lum=5F
//13=007F3F7F  // magenta   with hue=C8 and lum=5F
//14=00007F7F  //    cyan   with hue=78 and lum=3F
//15=007F7F7F  //   white   with hue=A0 and lum=7F

table=SVT
model=4
0=0
1=FF101000
2=0
3=FF101010
4=FF101010
5=FF101010
6=FF101010
7=FF101010
8=FF101010
9=FF101010
10=FF101010
11=FF989898
12=FF989898
13=FF989898
14=FFDCDCDC
15=FFDCDCDC

table=NRK
model=4
0=0
1=D4101010
2=D4101010
3=D4101010
4=D4101010
5=D4101010
6=D4101010
7=D4101010
8=D4101010
9=D4101010
10=FF7C7C7C
11=FF7C7C7C
12=FF7C7C7C
13=FFDCDCDC
14=FFDCDCDC
15=FFDCDCDC

table=YLE
model=4
0=0
1=FF010101
2=FF010101
3=FF010101
4=FF010101
5=FF010101
6=FF010101
7=FF9C9C9C
8=FF9C9C9C
9=FFD0D0D0
10=FFD0D0D0
11=FFD0D0D0
12=FFD0D0D0
13=FFD0D0D0
14=FFD0D0D0
15=FFD0D0D0

table=C+Pol
model=2
0=0
1=FF101010
2=FFDCDCDC
3=FF9C9C9C

table=MTVAdria
model=4
0=0
1=FF010101
2=FF010101
3=FF010101
4=0
5=FF010101
6=FF010101
7=FF010101
8=FF010101
9=FF010101
10=FF010101
11=FF8C8C8C
12=FFC9C9C9
13=FFC9C9C9
14=FFC9C9C9
15=0

table=UkFreeview
model=4
0=0
1=FF101010
2=FFDADADA
3=FF8C8C8C
4=FF8C8C8C
5=FFDADADA
6=FFDADADA
7=FFDADADA
8=FFDADADA
9=FFDADADA
10=FFDADADA
11=FFDADADA
12=FFDADADA
13=FFDADADA
14=FFDADADA
15=FFDADADA

table=SVT DKTV2-Hvid/omrids
model=4
0=0
1=FF101000
2=0
3=FF101010
4=FF101010
5=FF101010
6=FF101010
7=FF101010
8=FF101010
9=FF101010
10=FF101010
11=FF989898
12=FF989898
13=FF989898
14=FFDCDCDC
15=FFDCDCDC

table=TV2-DLP-3
model=4        
0=0
1=FFFFFFFF
2=0
3=FF0000FF
4=FF0000FF
5=FF0000FF
6=FF0000FF
7=FF0000FF
8=FF0000FF
9=FF0000FF
10=FFFFFFFF
11=FFFFFFFF
12=FFFFFFFF
13=FFFFFFFF
14=FFFFFFFF
15=FFFFFFFF
