// returns non-NULL pointer on success
void * win_alloc(long reverse) {
try {
// window
GoslVTK::Win * win = new GoslVTK::Win();
win->Init();
win->SetViewDefault(reverse>0);
// success
return win;
}
// fail
GOSLVTK_CATCH;
return NULL;
}
// returns 0 on success
int scene_run(
void * input_win,
double axeslen,
long hydroline,
long reverse,
long fullaxes,
long withplanes,
long interact,
long saveeps,
long savepng,
long pngmag,
char const * fnk,
char const * lblX,
char const * lblY,
char const * lblZ,
long lblSz,
double * lblClr) {
try {
// window
GoslVTK::Win * win = (GoslVTK::Win*) input_win;
// axes
GoslVTK::Axes axe;
axe.Init(axeslen, hydroline>0, reverse>0, fullaxes>0);
axe.SetLabels(lblX, lblY, lblZ, lblClr[0], lblClr[1], lblClr[2], lblSz);
axe.AddTo(*win);
// auxiliary planes
GoslVTK::Plane pxy, pyz, pzx;
if (withplanes > 0) {
double al = axeslen;
double dat[][4][3] = {
{ {-al,-al,0}, {al,-al,0}, {-al,al,0}, {0,0,1} }, // ori, pt1, pt2, normal
{ {0,-al,-al}, {0,al,-al}, {0,-al,al}, {1,0,0} },
{ {-al,0,-al}, {-al,0,al}, {al,0,-al}, {0,1,0} },
};
pxy.Init(dat[0][0], dat[0][1], dat[0][2], dat[0][3]);
pyz.Init(dat[1][0], dat[1][1], dat[1][2], dat[1][3]);
pzx.Init(dat[2][0], dat[2][1], dat[2][2], dat[2][3]);
pxy.SetColor(1, 0.5, 0, 0.05);
pyz.SetColor(1, 0.5, 0, 0.05);
pzx.SetColor(1, 0.5, 0, 0.05);
pxy.AddTo(*win);
pyz.AddTo(*win);
pzx.AddTo(*win);
}
// interact
if (interact > 0) {
win->Show();
}
// save figure
if (savepng > 0) {
bool large = (pngmag > 0 ? true : false);
win->WritePNG(fnk, large, pngmag);
}
if (saveeps > 0) {
win->WriteEPS(fnk);
}
// success
return 0;
}
// fail
GOSLVTK_CATCH;
return 1;
}
