func put(n string, x, y, w, h uint) {
//
if str.Empty(n) {
return
}
str.RemSpaces(&n)
filename := n + suffix
if scr.UnderX() {
errh.Hint("bitte etwas Geduld ...")
}
buf := scr.P6Encode(x, y, w, h)
if scr.UnderX() {
errh.DelHint()
}
file := pseq.New(buf)
file.Name(filename)
file.Clr()
file.Put(buf)
file.Terminate()
if !toPrint {
exec.Command("pnmtopng", filename+suffix, ">", n, ".png").Run()
ker.Msleep(100)
exec.Command("rm", filename)
}
}
func Write0() {
//
if !initialized {
initialize()
}
if !scr.UnderX() {
ker.Stop(pack, 1)
}
C.glMatrixMode(C.GL_MODELVIEW)
C.glLoadIdentity()
for i := 0; i < 3; i++ {
matrix[i][0] = C.GLdouble(right[i])
matrix[i][1] = C.GLdouble(top[i])
matrix[i][2] = C.GLdouble(-front[i])
}
C.glMultMatrixd(&matrix[0][0])
C.glTranslated(C.GLdouble(-eye[0]), C.GLdouble(-eye[1]), C.GLdouble(-eye[2]))
C.glClear(C.GL_COLOR_BUFFER_BIT + C.GL_DEPTH_BUFFER_BIT)
for n := uint(0); n < MaxL; n++ {
if lightInitialized[n] {
ActualizeLight(n)
}
}
C.glBegin(POINTS)
nn = 0
}
func scale(x, y float64) (int, int) {
//
rx, ry := int(math.Trunc(mX*(x-x0))+0.5), int(math.Trunc(mY*(y-y0))+0.5)
ry = int(scr.NY()) - ry
if scr.UnderX() {
if minInt <= rx && rx < maxInt && minInt <= ry && ry < maxInt {
return rx, ry
}
} else if x0 <= x && x < x0+width && y0 <= y && y < y0+height {
return rx, ry
}
return maxInt, maxInt
}
