static void volume_test() {
// test cases for cuboid variant
check_within_d(
volume(make_cuboid(0.0, 0.0, 0.0)),
0.0, EPSILON);
check_within_d(
volume(make_cuboid(1.0, 1.0, 1.0)),
1.0, EPSILON);
check_within_d(
volume(make_cuboid(1.4, 2.5, 3.6)),
12.6, EPSILON);
// test cases for cylinder
check_within_d(
volume(make_cylinder(0.0, 2.0)),
0.0, EPSILON);
check_within_d(
volume(make_cylinder(1.0, 1.0 / PI)),
1.0, EPSILON);
check_within_d(
volume(make_cylinder(1.9, 1.2)),
PI * 1.9 * 1.9 * 1.2, EPSILON);
// test cases for ball
check_within_d(
volume(make_ball(0.0)),
0.0, EPSILON);
check_within_d(
volume(make_ball(1.0)),
4.0 / 3.0 * PI, EPSILON);
check_within_d(
volume(make_ball(2.4)),
4.0 / 3.0 * PI * 2.4 * 2.4 * 2.4, EPSILON);
}
void make_shape(Shape *vert)
{
double ray = 1; // radius
int height = 1; // height
double torus_radius = 1.2; // radius from origin to center of tube
double tube_radius = 0.2; // tube radius
GLfloat p0[3] = {0,0,0};
GLfloat p1[3] = {0,1,0};
theLine.type = LINE;
float l1 = 1.0;
float l2 = 0.75;
float l3 = 0.50;
switch(vert->type)
{
case HOUSE:
make_house(vert);break;
case SPHERE:
make_sphere(vert, ray); break;
case CYLINDER:
make_cylinder(vert, ray, height); break;
case CONE:
make_cone(vert, height, ray); break;
case TORUS:
make_torus(vert,torus_radius, tube_radius); break;
case CUBE:
make_cube_smart(vert, 2); break;
case LINE:
make_line(vert, p0, p1);
case SUPER:
make_quadric(vert, l1, l2, l3);
}
}
void make_nozzle(NOZZLE* noz, double ray, double height){
SHAPE cyl;
noz->Shape = cyl;
make_cylinder(&(noz->Shape),ray,height);
}
void make_nozzle(NOZZLE* noz, double ray, double height, int id){
SHAPE cyl;
make_cylinder(&cyl, ray, height);
noz->shape = cyl;
noz->cur_firework = 0; // at position 0 in the fireworks array
noz->nozzle_id = id; // set the nozzle id
// TODO -- set the array of fireworks that are in the nozzle
}
/*TODO add make_cone, make_torus, make_your_shape etc. */
void my_setup(){
crt_render_mode = GL_POLYGON;//GL_LINE_LOOP;
crt_shape = HOUSE;
crt_transform = NONE_MODE;
crt_rs = 20;
crt_vs = 10;
make_cube_smart(1);
make_cylinder(cyl_height,cyl_ray,crt_rs,crt_vs);
make_sphere(sph_ray,crt_rs,crt_vs);
return;
}
/*TODO EC: add make_torus etc. */
void my_setup(void) {
theta_x = 0;
theta_y = 0;
crt_render_mode = GL_LINE_LOOP;
crt_shape = HOUSE;
crt_rs = 20;
crt_vs = 10;
make_cylinder(cyl_height,cyl_ray,crt_rs,crt_vs);
make_sphere(sph_ray,crt_rs,crt_vs);
//add make_torus etc...
return;
}
/* virtual */ void
cylinder::do_changed(field::base& f)
{
TRACE("scene::primitive::cylinder::do_changed");
if (&f == &sides) {
make_cylinder(*sides, attribute_list_, index_list_);
compute_bounds();
compute_tangents();
}
else {
node::geometry::do_changed(f);
}
}
