func (X *Imp) Write(l, c uint) {
//
r := rep[X.nr]
switch format {
case Short:
switch system {
case Life:
f, b := r.cf[X.mark], r.cb[X.mark]
if X.nr == nothing {
f, b = b, f
}
x, y := int(8*c)+8, int(16*l)+8
scr.Colour(f)
scr.Circle(x, y, 6)
scr.Circle(x, y, 5)
scr.Colour(b)
scr.CircleFull(x, y, 2)
case Eco:
for y := 0; y < Height; y++ {
for x := 0; x < Width; x++ {
f, b := r.cf[X.mark], r.cb[X.mark] // !
if r.img[y][x] == ' ' {
f, b = b, f
}
scr.Colours(f, b)
scr.Point(Width*int(c)/2+x, Height*int(l)+y)
}
}
}
case Long:
scr.Colour(r.cf[plantNothing])
scr.Write(r.word, l, c)
}
}
func writePlate(p uint, i bool) {
//
var r uint
if nPhilos <= 7 {
r = y0 / 8
} else {
r = y0 / 3
}
scr.Circle(xt[p], yt[p], r)
if i {
scr.Circle(xt[p], yt[p], (2*r)/1)
}
}
func (f *Imp) Write() {
//
if f.Empty() {
return
}
scr.Colour(f.colour)
switch f.sort {
case Pointset:
scr.Pointset(f.x, f.y)
case Segments:
scr.Segments(f.x, f.y)
case Polygon:
scr.Polygon(f.x, f.y)
if f.filled {
// scr.PolygonFull (f.x, f.y) // not yet implemented
}
case Curve:
scr.Curve(f.x, f.y)
if f.filled {
n := len(f.x) - 1
scr.CircleFull(f.x[n], f.y[n], 4) // ?
}
case InfLine:
scr.InfLine(f.x[0], f.y[0], f.x[1], f.y[1])
case Rectangle:
if f.filled {
scr.RectangleFull(f.x[0], f.y[0], f.x[1], f.y[1])
} else {
scr.Rectangle(f.x[0], f.y[0], f.x[1], f.y[1])
}
case Circle:
if f.filled {
scr.CircleFull(f.x[0], f.y[0], uint(f.x[1]))
} else {
scr.Circle(f.x[0], f.y[0], uint(f.x[1]))
}
case Ellipse:
if f.filled {
scr.EllipseFull(f.x[0], f.y[0], uint(f.x[1]), uint(f.y[1]))
} else {
scr.Ellipse(f.x[0], f.y[0], uint(f.x[1]), uint(f.y[1]))
}
case Text:
bx.Wd(str.ProperLen(f.tx))
bx.ColourF(f.colour)
bx.WriteGr(f.tx, f.x[0], f.y[0])
case Image:
// if bewegt {
// scr.RectangleFullInv (...)
// } else {
// copy from Imageptr in Framebuffer
// }
img.Get(f.tx, uint(f.x[0]), uint(f.y[0]))
}
}
func (x *Imp) write() {
//
r := x.Radius()
/*
if r <= R0 {
scr.CircleFull (int(x.x), int(x.y), R0)
} else {
for n:= uint(0); n <= 1; n++ {
scr.Circle (int(x.x), int(x.y), r + n)
}
}
*/
if x.length > 0 {
n := str.ProperLen(x.name)
xx := x.x - (n*scr.NX1())/2 + 1
yy := x.y - scr.NY1()/2 + 1
switch x.lab {
case zentral:
case rechts:
xx = x.x + scr.NX1() + 1
case oben:
yy -= 5 * scr.NY1() / 6
case links:
xx = x.x - n*scr.NX1() - scr.NX1() + 1
case unten:
yy += 5 * scr.NY1() / 6
}
bx.SetTransparent(transparent)
bx.Wd(x.length)
bx.WriteGr(x.name, int(xx), int(yy))
}
if r <= R0 {
scr.CircleFull(int(x.x), int(x.y), R0)
} else {
for n := uint(0); n <= 1; n++ {
scr.Circle(int(x.x), int(x.y), r+n)
}
}
}
func paint(f figure, fo format, x0, y0, x, y int) {
//
var a, b uint
if x >= x0 {
a = uint(x - x0)
} else {
a = uint(x0 - x)
}
if y >= y0 {
b = uint(y - y0)
} else {
b = uint(y0 - y)
}
switch f {
case line:
switch fo {
case border:
scr.Line(x0, y0, x, y)
case inv:
scr.LineInv(x0, y0, x, y)
case full:
// scr.StrichAusgeben (x0, y0, x, y, Staerke)
}
case rectangle:
switch fo {
case border:
scr.Rectangle(x0, y0, x, y)
case inv:
scr.RectangleInv(x0, y0, x, y)
case full:
scr.RectangleFull(x0, y0, x, y)
}
case circle:
if b > a {
a = b
}
switch fo {
case border:
scr.Circle(x0, y0, a)
case inv:
scr.CircleInv(x0, y0, a)
case full:
scr.CircleFull(x0, y0, a)
}
case ellipse:
switch fo {
case border:
/*
scr.Ellipse ((x0 + x) / 2, (y0 + y) / 2, a, b)
case invers:
scr.EllipseInv ((x0 + x) / 2, (y + y0) / 2, a, b)
case full:
scr.EllipseFull ((x0 + x) / 2, (y0 + y) / 2, a, b)
*/
scr.Ellipse(x0, y0, a, b)
case inv:
scr.EllipseInv(x0, y0, a, b)
case full:
scr.EllipseFull(x0, y0, a, b)
}
}
// scr.Colour (paintColour), (* Wörkeraund: Bildschirm....Invertieren f *)
}
func circ(c col.Colour, x, y uint) {
//
scr.Colour(c)
scr.Circle(int(8*x), int(16*y/2), 16*y/2-1)
}
func (x *Imp) Write(aktuell bool) {
//
xx, yy := scale.Scale(x.breite, x.länge)
lw := scr.ActLinewidth()
scr.SetLinewidth(scr.Thin)
if aktuell {
scr.Colours(linie.Farbe[x.linie], col.ScreenB)
} else { // umstieg
scr.Colours(col.Black, col.ScreenB)
}
const r = 2
if xx >= r && yy >= r {
scr.Circle(xx, yy, r)
// scr.Colour (col.ScreenB)
scr.CircleFull(xx, yy, r-1)
}
scr.SetLinewidth(lw)
n := int(str.ProperLen(x.name))
if n <= 2 {
return
}
n1 := int(str.ProperLen(x.name1))
if n1 > n {
n = n1
}
xn, yn := 0, 0
w, h := int(scr.NX1()), int(scr.NY1())
switch x.beschriftung {
case 'r':
xn = xx + w + 1
if n1 == 0 {
yn = yy - h/2
} else {
yn = yy - h
}
case 'o':
xn = xx - (n*w)/2 + 1
if n1 == 0 {
yn = yy - h - 1
} else {
yn = yy - 2*h - 1
}
case 'l':
xn = xx - n*w - w + 1
if n1 == 0 {
yn = yy - h/2
} else {
yn = yy - h
}
case 'u':
xn = xx - (n*w)/2 + 1
yn = yy + h/2 - 2
default:
xn = xx - (n*w)/2 + 1
if n1 == 0 {
yn = yy - h/2
} else {
yn = yy - h
}
}
xxx := x.name
for i := uint(0); i < uint(len(xxx)); i++ {
if xxx[i] == '_' {
str.Replace(&xxx, i, ' ')
}
}
xxx1 := x.name1
for i := uint(0); i < uint(len(xxx1)); i++ {
if xxx1[i] == '_' {
str.Replace(&xxx1, i, ' ')
}
}
if aktuell {
scr.Colours(linie.Farbe[x.linie], col.ScreenB)
} else { // umstieg
scr.Colours(col.Black, col.ScreenB)
scr.Colours(col.Black, col.Pink)
}
scr.WriteGr(xxx, xn, yn)
scr.WriteGr(xxx1, xn, yn+h+0)
}