int main(int argc, char *argv[])
{
(void)argc; (void)argv;
// Enable collision checking
aa_rx_cl_init();
// Initialize scene graph
struct aa_rx_sg *scenegraph = aa_rx_dl_sg__scenegraph(NULL);
aa_rx_sg_init(scenegraph);
aa_rx_sg_cl_init(scenegraph);
// setup window
struct aa_rx_win * win = baxter_demo_setup_window(scenegraph);
struct aa_gl_globals *globals = aa_rx_win_gl_globals(win);
aa_gl_globals_set_show_visual(globals, 0);
aa_gl_globals_set_show_collision(globals, 1);
struct display_cx cx = {0};
cx.win = win;
cx.scenegraph = scenegraph;
cx.i_q = aa_rx_sg_config_id(scenegraph, "left_s0");
cx.cl = aa_rx_cl_create( scenegraph );
{
aa_rx_frame_id n = aa_rx_sg_frame_count(scenegraph);
aa_rx_frame_id m = aa_rx_sg_config_count(scenegraph);
double q[m];
AA_MEM_ZERO(q,m);
double TF_rel[7*n];
double TF_abs[7*n];
aa_rx_sg_tf(scenegraph, m, q,
n,
TF_rel, 7,
TF_abs, 7 );
struct aa_rx_cl_set *allowed = aa_rx_cl_set_create( scenegraph );
int col = aa_rx_cl_check( cx.cl, n, TF_abs, 7, allowed );
aa_rx_cl_allow_set( cx.cl, allowed );
aa_rx_cl_set_destroy( allowed );
}
aa_rx_win_set_display( win, display, &cx );
aa_rx_win_display_loop(win);
// Cleanup
aa_rx_cl_destroy( cx.cl );
aa_rx_sg_destroy(scenegraph);
aa_rx_win_destroy(win);
SDL_Quit();
return 0;
}
int display( struct aa_rx_win *win, void *cx_, struct aa_sdl_display_params *params )
{
(void)win;
struct display_cx *cx = (struct display_cx *)cx_;
const struct timespec *now = aa_sdl_display_params_get_time_now(params);
const struct timespec *last = aa_sdl_display_params_get_time_last(params);
const struct aa_rx_sg *scenegraph = cx->scenegraph;
size_t n = aa_rx_sg_frame_count(scenegraph);
size_t m = aa_rx_sg_config_count(scenegraph);
double q[m];
AA_MEM_ZERO(q,m);
int first = aa_sdl_display_params_is_first(params);
if( ! first ) {
double dt = aa_tm_timespec2sec( aa_tm_sub(*now, *last) );
cx->q += dt * 45 * (M_PI/180);
}
q[ cx->i_q ] = cx->q;
double TF_rel[7*n];
double TF_abs[7*n];
aa_rx_sg_tf(scenegraph, m, q,
n,
TF_rel, 7,
TF_abs, 7 );
aa_rx_win_display_sg_tf( cx->win, params, scenegraph,
n, TF_abs, 7 );
int col = aa_rx_cl_check( cx->cl, n, TF_abs, 7, NULL );
printf("in collision: %s\n",
col ? "yes" : "no" );
return 0;
}
int display( void *globals_, struct aa_sdl_display_params *param )
{
int updated = aa_sdl_display_params_get_update(param);
if( !updated ) return 0;
const struct aa_gl_globals *globals = (const struct aa_gl_globals *) globals_;
glClearColor(1.0f, 1.0f, 1.0f, 1.0f);
check_error("glClearColor");
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
check_error("glClear");
size_t n = aa_rx_sg_frame_count(scenegraph);
double TF_rel[7*n];
double TF_abs[7*n];
aa_rx_sg_tf(scenegraph, 0, NULL,
2,
TF_rel, 7,
TF_abs, 7 );
aa_rx_sg_render( scenegraph, globals,
(size_t)n, TF_abs, 7 );
return updated;
}
