func init() {
//
colour = [max]col.Colour{col.LightCyan, col.LightYellow, col.Pink, col.LightGreen,
col.LightWhite, col.Orange, col.LightBlue, col.Yellow,
col.LightGreen, col.LightRed, col.LightMagenta, col.LightOrange}
notUsedColour = col.DarkGray
image = [max + 1]string{"Anaxagoras", "Aristoteles", "Cicero", "Demokrit",
"Diogenes", "Epikur", "Heraklit", "Platon",
"Protagoras", "Pythagoras", "Sokrates", "Thales",
"Niemand"}
for n := 0; n <= max; n++ {
image[n] = env.Val("GOSRC") + "/murus/phil/pics/" + image[n]
}
const zweipi = float64(2 * math.Pi)
text = [nStatuses]string{" satt ", " hungrig ", "sehr hungrig",
"sehr hungrig", "sehr hungrig", " speisend "}
thinkColour = col.ScreenB
/*
if p > 6 {
if scr.UnderX () {
scr.Fullscreen()
}
}
*/
x0, y0 = scr.NX()/2, scr.NY()/2
const f = float64(0.5)
for p := uint(0); p < nPhilos; p++ {
// Attention: the mathematical positiv sense is inverted on the scr, because lines count upwards !
// middlepoint of plates:
w, r := float64(p)/float64(nPhilos), 0.75*float64(y0)
xt[p] = int(math.Trunc(r*math.Cos(zweipi*w)+f)) + int(x0)
yt[p] = int(math.Trunc(-r*math.Sin(zweipi*w)+f)) + int(y0)
// endpoints of the fork to the right (with the same number):
w, r = w+0.5/float64(nPhilos), float64(y0)
x[p] = int(math.Trunc(r*math.Cos(zweipi*w)+f)) + int(x0)
y[p] = int(math.Trunc(-r*math.Sin(zweipi*w)+f)) + int(y0)
r = r / 2.0
x1[p] = int(math.Trunc(r*math.Cos(zweipi*w)+f)) + int(x0)
y1[p] = int(math.Trunc(-r*math.Sin(zweipi*w)+f)) + int(y0)
// stat[p] = hungry
}
}
func Far() bool {
//
return env.Val(_DISPLAY)[0] == 'l' // localhost
}
func Active() bool {
//
dspl = env.Val(_DISPLAY)
return dspl != ""
}