func pointInv(X, Y int) {
//
if underX {
xker.Point(X, Y, false)
return
}
if !iok(X, Y) {
return
}
x, y := uint(X), uint(Y)
AF := col.ActualF
CF := col.CodeF
CB := col.CodeB
C := PointColour(x, y)
col.Invert(&C)
Colour(C)
Point(int(x), int(y))
col.ActualF = AF
col.CodeF = CF
col.CodeB = CB
}
func point(X, Y int) {
//
if underX {
xker.Point(X, Y, true)
return
}
if !visible || !iok(X, Y) {
return
}
x := uint(X)
y := uint(Y)
if (x >= nX[mode]) || (y >= nY[mode]) {
return
}
a := (int(XX)*Y + X) * int(colourdepth)
c := cc(col.CodeF)
if !only2Buf {
copy(fbmem[a:a+int(colourdepth)], c)
/* TODO
if actualLinewidth > Thin && x + 1 < nX [mode] && y + 1 < nY [mode] {
if x + 1 < nY [mode] {
M += colourdepth++
copy (M, &Colours.CodeF, colourdepth)
}
if y + 1 < nX [mode] {
M += (XX - 1) * colourdepth
copy (M, &Colours.CodeF, colourdepth)
}
if actualLinewidth == Thicker {
M, colourdepth++
copy (M, &Colours.CodeF, colourdepth)
} else { // Yetthicker
if x > 0 && y > 0 {
M -= XX * 2 * colourdepth
copy (M, &Colours.CodeF, colourdepth)
M += (XX - 1) * colourdepth
copy (M, &Colours.CodeF, colourdepth)
}
}
}
*/
}
copy(fbcop[a:a+int(colourdepth)], c)
/* TODO
if actualLinewidth > Thin &&
x + 1 < nX [mode] && y + 1 < nY [mode] {
M += colourdepth
copy (M, &Colours.CodeF), colourdepth)
M += (XX - 1) * colourdepth
copy (M, &Colours.CodeF, colourdepth)
if actualLinewidth == Thicker {
M, colourdepth++
copy (M, &Colours.CodeF, colourdepth)
} else { // Yetthicker
if x > 0 && y > 0 {
M -= XX * 2 * colourdepth
copy (M, &Colours.CodeF, colourdepth)
M += (XX - 1) * colourdepth
copy (M, &Colours.CodeF, colourdepth)
}
}
}
*/
}