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// K-3D
// Copyright (c) 2008, Timothy M. Shead
//
// Contact: tshead@k-3d.com
//
// This program is free software; you can redistribute it and/or
// modify it under the terms of the GNU General Public
// License as published by the Free Software Foundation; either
// version 2 of the License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
// General Public License for more details.
//
// You should have received a copy of the GNU General Public
// License along with this program; if not, write to the Free Software
// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
/** \file
\author Timothy M. Shead (tshead@k-3d.com)
*/
#include <k3d-i18n-config.h>
#include <k3dsdk/basic_math.h>
#include <k3dsdk/cylinder.h>
#include <k3dsdk/document_plugin_factory.h>
#include <k3dsdk/material_sink.h>
#include <k3dsdk/measurement.h>
#include <k3dsdk/mesh_source.h>
#include <k3dsdk/node.h>
#include <k3dsdk/sphere.h>
#include <k3dsdk/torus.h>
#include <boost/scoped_ptr.hpp>
namespace module
{
namespace quadrics
{
/////////////////////////////////////////////////////////////////////////////
// logo
class logo :
public k3d::material_sink<k3d::mesh_source<k3d::node> >
{
typedef k3d::material_sink<k3d::mesh_source<k3d::node> > base;
public:
logo(k3d::iplugin_factory& Factory, k3d::idocument& Document) :
base(Factory, Document),
m_radius(init_owner(*this) + init_name("radius") + init_label(_("Radius")) + init_description(_("Controls the radius of the output logo.")) + init_value(10.0) + init_step_increment(0.1) + init_units(typeid(k3d::measurement::distance)))
{
m_material.changed_signal().connect(k3d::hint::converter<
k3d::hint::convert<k3d::hint::any, k3d::hint::none> >(make_update_mesh_slot()));
m_radius.changed_signal().connect(k3d::hint::converter<
k3d::hint::convert<k3d::hint::any, k3d::hint::none> >(make_update_mesh_slot()));
}
static void add_capsule(k3d::cylinder::primitive& Cylinders, k3d::sphere::primitive& Spheres, k3d::imaterial* const Material, const k3d::double_t Radius, const k3d::point3& From, const k3d::point3& To, const k3d::matrix4& Global)
{
const k3d::vector3 look = k3d::normalize(To - From);
const k3d::vector3 right = k3d::vector3(0, -1, 0);
const k3d::vector3 up = look ^ right;
const k3d::double_t length = k3d::length(To - From);
const k3d::matrix4 place(
k3d::vector4(right[0], up[0], look[0], From[0]),
k3d::vector4(right[1], up[1], look[1], From[1]),
k3d::vector4(right[2], up[2], look[2], From[2]),
k3d::vector4(0, 0, 0, 1));
Spheres.matrices.push_back(Global * place * k3d::translate3(0, 0, length));
Spheres.materials.push_back(Material);
Spheres.radii.push_back(Radius);
Spheres.z_min.push_back(0.0);
Spheres.z_max.push_back(1.0);
Spheres.sweep_angles.push_back(k3d::pi_times_2());
Spheres.selections.push_back(0.0);
Cylinders.matrices.push_back(Global * place);
Cylinders.materials.push_back(Material);
Cylinders.radii.push_back(Radius);
Cylinders.z_min.push_back(0.0);
Cylinders.z_max.push_back(length);
Cylinders.sweep_angles.push_back(k3d::pi_times_2());
Cylinders.selections.push_back(0.0);
Spheres.matrices.push_back(Global * place);
Spheres.materials.push_back(Material);
Spheres.radii.push_back(Radius);
Spheres.z_min.push_back(-1.0);
Spheres.z_max.push_back(0.0);
Spheres.sweep_angles.push_back(k3d::pi_times_2());
Spheres.selections.push_back(0.0);
}
static void add_sphere(k3d::sphere::primitive& Spheres, k3d::imaterial* const Material, const k3d::double_t Radius, const k3d::point3& Center, const k3d::matrix4& Global)
{
const k3d::matrix4 center = k3d::translate3(Center[0], Center[1], Center[2]);
Spheres.matrices.push_back(Global * center);
Spheres.materials.push_back(Material);
Spheres.radii.push_back(Radius);
Spheres.z_min.push_back(-1.0);
Spheres.z_max.push_back(1.0);
Spheres.sweep_angles.push_back(k3d::pi_times_2());
Spheres.selections.push_back(0.0);
}
static void add_torus(k3d::torus::primitive& Tori, k3d::sphere::primitive& Spheres, k3d::imaterial* const Material, const k3d::double_t Radius, const k3d::point3& Center, const k3d::double_t MajorRadius, const k3d::double_t SweepAngle, const k3d::matrix4& Global, const k3d::matrix4& Orientation)
{
const k3d::matrix4 center = k3d::translate3(Center[0], Center[1], Center[2]);
Spheres.matrices.push_back(Global * center * Orientation * k3d::translate3(MajorRadius, 0, 0) * k3d::rotate3(k3d::pi_over_2(), k3d::vector3(1, 0, 0)));
Spheres.materials.push_back(Material);
Spheres.radii.push_back(Radius);
Spheres.z_min.push_back(0.0);
Spheres.z_max.push_back(1.0);
Spheres.sweep_angles.push_back(k3d::pi_times_2());
Spheres.selections.push_back(0.0);
Tori.matrices.push_back(Global * center * Orientation);
Tori.materials.push_back(Material);
Tori.major_radii.push_back(MajorRadius);
Tori.minor_radii.push_back(Radius);
Tori.phi_min.push_back(0.0);
Tori.phi_max.push_back(k3d::pi_times_2());
Tori.sweep_angles.push_back(SweepAngle);
Tori.selections.push_back(0.0);
Spheres.matrices.push_back(Global * center * Orientation * k3d::rotate3(SweepAngle, k3d::vector3(0, 0, 1)) * k3d::translate3(MajorRadius, 0, 0) * k3d::rotate3(k3d::pi_over_2(), k3d::vector3(1, 0, 0)));
Spheres.materials.push_back(Material);
Spheres.radii.push_back(Radius);
Spheres.z_min.push_back(-1.0);
Spheres.z_max.push_back(0.0);
Spheres.sweep_angles.push_back(k3d::pi_times_2());
Spheres.selections.push_back(0.0);
}
void on_update_mesh_topology(k3d::mesh& Output)
{
Output = k3d::mesh();
k3d::imaterial* const material = m_material.pipeline_value();
const k3d::double_t radius = m_radius.pipeline_value();
boost::scoped_ptr<k3d::cylinder::primitive> cylinders(k3d::cylinder::create(Output));
boost::scoped_ptr<k3d::sphere::primitive> spheres(k3d::sphere::create(Output));
boost::scoped_ptr<k3d::torus::primitive> tori(k3d::torus::create(Output));
const k3d::matrix4 transformation = k3d::scale3(0.1, 0.1, 0.1);
// Create the "K"
add_capsule(*cylinders, *spheres, material, radius, k3d::point3(11.5, 0, -11.5), k3d::point3(11.5, 0, -70), transformation);
add_capsule(*cylinders, *spheres, material, radius, k3d::point3(37.5, 0, -63), k3d::point3(62.917, 0, -88.417), transformation);
add_sphere(*spheres, material, radius, k3d::point3(47, 0, -39), transformation);
// Create the "-"
add_capsule(*cylinders, *spheres, material, radius, k3d::point3(71, 0, -57.5), k3d::point3(90.917, 0, -57.5), transformation);
// Create the "3"
add_capsule(*cylinders, *spheres, material, radius, k3d::point3(145, 0, -30), k3d::point3(100.5, 0, -30), transformation);
add_capsule(*cylinders, *spheres, material, radius, k3d::point3(122.25, 0, -56.5), k3d::point3(145, 0, -30), transformation);
add_torus(*tori, *spheres, material, radius, k3d::point3(122.25, 0, -80.25), 23.75, 3 * k3d::pi_over_2(), transformation, k3d::rotate3(k3d::pi(), k3d::vector3(0, 1, 0)) * k3d::rotate3(k3d::pi_over_2(), k3d::vector3(1, 0, 0)));
// Create the "D"
add_capsule(*cylinders, *spheres, material, radius, k3d::point3(172, 0, -29), k3d::point3(172, 0, -104.5), transformation);
add_torus(*tori, *spheres, material, radius, k3d::point3(197.5, 0, -66.75), 37.75, k3d::pi(), transformation, k3d::rotate3(k3d::pi_over_2(), k3d::vector3(0, 1, 0)) * k3d::rotate3(k3d::pi_over_2(), k3d::vector3(1, 0, 0)));
}
void on_update_mesh_geometry(k3d::mesh& Output)
{
}
static k3d::iplugin_factory& get_factory()
{
static k3d::document_plugin_factory<logo > factory(
k3d::uuid(0xefc80ecb, 0x9340c5b0, 0x0061109e, 0xc97591a3),
"QuadricLogo",
"Creates the K-3D logo using quadric primitives.",
"Quadric",
k3d::iplugin_factory::STABLE);
return factory;
}
private:
k3d_data(k3d::double_t, immutable_name, change_signal, with_undo, local_storage, no_constraint, measurement_property, with_serialization) m_radius;
};
k3d::iplugin_factory& logo_factory()
{
return logo::get_factory();
}
} // namespace quadrics
} // namespace module
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