WORD new_img(VOID)
{
WORD abtn;
if ( icn_edited && !rcs_xpert )
{
if ( (abtn = abandon_button()) == 1 )
{
clear_img();
return( TRUE );
}
else if (abtn == 2) /* Save Changes */
{
if ( icn_state == NOFILE_STATE)
return( svas_icn());
else
return( save_icn());
}
else /* cancel */
return (FALSE);
}
else
{
clear_img();
return( TRUE );
}
}
/* Function: render_scene
Scene should be assembled here. TODO: rework
Parameters:
counter - pointer to snapshot's point counter
*/
void render_scene(float y, float p, Snapshot *snap, uint32_t *counter)
{
uint32_t i;
uint32_t cnt = *counter;
clear_zbuffer();
clear_img(CLEAR_COLOR);
yaw = y;
pitch = p;
compute_yp();
/* render here */
render_cloud(&cloud,0,0,0,1);
/* end */
for (i=0; i<WIDTH*HEIGHT; i++) {
if (img[i] != CLEAR_COLOR) {
snap->x[cnt] = shrink(Xbuf[i], shrink_val);
snap->y[cnt] = shrink(Ybuf[i], shrink_val);
snap->z[cnt] = shrink(Zbuf[i], shrink_val);
snap->nx[cnt] = NXbuf[i];
snap->ny[cnt] = NYbuf[i];
snap->nz[cnt] = NZbuf[i];
snap->sh[cnt] = SHbuf[i];
snap->c[cnt] = true2high(img[i]);
cnt++; }
}
*counter = cnt;
}
int expose_hook(void *data)
{
t_coord p;
t_data *d;
t_map *m;
p = set_coord(-1, -1);
d = (t_data*)data;
m = &(d->map);
clear_img(&(d->img));
while (++p.y < m->hgt)
{
p.x = -1;
while (++p.x < m->wth)
{
if (m->dot[p.y][p.x].y)
{
if (p.y && m->dot[p.y - 1][p.x].y)
iso_projection(d, p, set_coord(1, -1), set_coord(0, -1));
if (p.x && m->dot[p.y][p.x - 1].y)
iso_projection(d, p, set_coord(-1, -1), set_coord(-1, 0));
}
}
}
mlx_clear_window(d->mlx, d->win);
mlx_put_image_to_window(d->mlx, d->win, d->img.i, 0, 0);
return (1);
}
ImagesList::~ImagesList()
{
#ifdef __images_list_debug
qDebug("~ImagesList()");
#endif
clear_img();
};
void put_rain(t_mod *mod)
{
mod->check = 1;
#ifdef FT
clear_img(mod, mod->img2);
#endif
#ifdef HOME
clear_img(mod, mod->img2);
clear_img(mod, mod->img1);
#endif
// particules handling
if (mod->st_lm)
set_lm_rain(mod, mod->rain->l_mesh);
if (mod->upd_sm)
{
if (mod->plane && mod->plane->plan)
{
set_gbase_trans(mod, mod->plane->plan);
update_sm(mod, mod->plane->plan);
}
set_gbase_trans(mod, mod->rain);
update_sm(mod, mod->rain);
}
#ifdef FT
draw_obj(mod, mod->rain, mod->img2);
#endif
#ifdef HOME
draw_obj(mod, mod->rain, mod->img1);
if (mod->plane && mod->plane->plan)
draw_obj(mod, mod->plane->plan, mod->img1);
#endif
if (mod->st_lm)
{
if (!mod->check)
{
mod->st_lm = 0;
mod->upd_sm = 0;
}
}
}
int grpx_link_draw_logo(VDIS_DEV devId, UInt32 startX, UInt32 startY, Bool clearImg)
{
int ret=0;
unsigned char * img_ti_logo = NULL;
app_grpx_t *grpx = &grpx_obj;
if(grpx->planeType >= GRPX_FORMAT_MAX)
{
return -1;
}
if(grpx->planeType == GRPX_FORMAT_RGB565)
{
img_ti_logo = (unsigned char *)img_ti_logo_RGB565;
grpx->iconWidth = 226;
grpx->iconHeight = 31;
}
if(grpx->planeType == GRPX_FORMAT_RGB888)
{
img_ti_logo = (unsigned char *)img_ti_logo_RGB888;
grpx->iconWidth = 240;
grpx->iconHeight = 60;
}
if (devId == VDIS_DEV_HDMI) {
if(clearImg)
{
clear_img( devId,
grpx->buf[0],
startX,
startY,
grpx->iconWidth,
grpx->iconHeight
);
}
else
{
draw_img( devId,
grpx->buf[0],
img_ti_logo,
startX,
startY,
grpx->iconWidth,
grpx->iconHeight
);
}
}
return ret;
}
void real_rain(t_mod *mod)
{
if (mod->pt_surf)
{
clear_img(mod, mod->img1);
tab_zero(mod->img_tab);
if (mod->upd_sm)
update_sm(mod, mod->obj);
draw_obj(mod, mod->obj, mod->img1);
mod->pt_surf = 0;
}
put_rain(mod);
mod->ind_h++;
#ifdef FT
on_window(mod, 1, 1, 0);
#endif
#ifdef HOME
on_window(mod, 1, 0, 0);
#endif
}
void ImagesList::clear() {
clear_img();
// hide();
};
