void main(void *arg)
{
ei_sub_context();
eiToken filename = eval_token(filename);
eiToken root_name = eval_token(root_name);
ei_parse2(filename.str, EI_TRUE);
// set the root node for current procedural object
geometry_root(root_name.str);
ei_end_sub_context();
}
void main(void *arg)
{
ei_sub_context();
eiToken filename = eval_token(filename);
eiToken root_name = eval_token(root_name);
eiScalar particle_radius = eval_scalar(particle_radius);
eiInt render_frame = eval_int(render_frame);
eiScalar particle_speed = eval_scalar(particle_speed);
ei_parse_abc(filename.str, particle_radius, particle_speed, render_frame, EI_TRUE);
// set the root node for current procedural object
geometry_root(root_name.str);
ei_end_sub_context();
}
enum TOKTYPE
peek_token(void)
{
enum TOKTYPE type = T_EOI;
if (itok < ntok) {
type = eval_token(tokens[itok]);
}
return type;
}
void
next_token(void)
{
token.sym = NULL;
token.type = T_EOI;
if (itok < ntok) {
token.sym = tokens[itok++];
token.type = eval_token(token.sym);
#ifdef LEXER_DEBUG
printf(";// token %s <%d>\n", token.sym, token.type);
#endif
}
}
void main(void *arg)
{
ei_sub_context();
eiToken filename = eval_token(fileName);
eiScalar proxy_scale = eval_scalar(proxy_scale);
char resolved_filename[ EI_MAX_FILE_NAME_LEN ];
ei_resolve_scene_name(resolved_filename, filename.str);
ei_parse_vrmesh(resolved_filename, proxy_scale, "instance_group");
// set the root node for current procedural object
geometry_root("instance_group");
ei_end_sub_context();
}
