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dust3d/thirdparty/cgal/CGAL-5.1/include/CGAL/Qt/constraint_impl.h

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Integrate Instant-Meshes 1. Drop windows 32bit support Add windows 64bit support. 2. Remove Script(quickjs) support The current integrated quickjs is a very old version which doesn’t support windows 64bit system. In the future, (TODO)WebAssembly should be integrate as plugin system. 3. Integrate Instant-Meshes Instant-Meshes take less than 1 second on all three platforms. 4. Remove QuadriFlow Current implementation of QuadriFlow is too slow (take about 5 seconds on the example model) to do realtime remeshing.
2020-01-04 10:29:10 +00:00
/****************************************************************************
Copyright (c) 2018 GeometryFactory Sarl (France).
Copyright (C) 2002-2014 Gilles Debunne. All rights reserved.
This file is part of a fork of the QGLViewer library version 2.7.0.
*****************************************************************************/
Update CGAL to 5.1
2020-10-13 12:44:25 +00:00
// $URL: https://github.com/CGAL/cgal/blob/v5.1/GraphicsView/include/CGAL/Qt/constraint_impl.h $
// $Id: constraint_impl.h 1ef976e 2019-10-19T16:09:56+02:00 Sébastien Loriot
// SPDX-License-Identifier: GPL-3.0-only
Integrate Instant-Meshes 1. Drop windows 32bit support Add windows 64bit support. 2. Remove Script(quickjs) support The current integrated quickjs is a very old version which doesn’t support windows 64bit system. In the future, (TODO)WebAssembly should be integrate as plugin system. 3. Integrate Instant-Meshes Instant-Meshes take less than 1 second on all three platforms. 4. Remove QuadriFlow Current implementation of QuadriFlow is too slow (take about 5 seconds on the example model) to do realtime remeshing.
2020-01-04 10:29:10 +00:00
#ifdef CGAL_HEADER_ONLY
#define CGAL_INLINE_FUNCTION inline
#include <CGAL/license/GraphicsView.h>
#else
#define CGAL_INLINE_FUNCTION
#endif
#include <CGAL/Qt/constraint.h>
#include <CGAL/Qt/manipulatedCameraFrame.h>
#include <CGAL/Qt/camera.h>
namespace CGAL{
namespace qglviewer{
////////////////////////////////////////////////////////////////////////////////
// Constraint //
////////////////////////////////////////////////////////////////////////////////
/*! Default constructor.
translationConstraintType() and rotationConstraintType() are set to
AxisPlaneConstraint::FREE. translationConstraintDirection() and
rotationConstraintDirection() are set to (0,0,0). */
CGAL_INLINE_FUNCTION
AxisPlaneConstraint::AxisPlaneConstraint()
: translationConstraintType_(FREE), rotationConstraintType_(FREE) {
// Do not use set since setRotationConstraintType needs a read.
}
/*! Simply calls setTranslationConstraintType() and
* setTranslationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void AxisPlaneConstraint::setTranslationConstraint(Type type,
const Vec &direction) {
setTranslationConstraintType(type);
setTranslationConstraintDirection(direction);
}
/*! Defines the translationConstraintDirection(). The coordinate system where \p
* direction is expressed depends on your class implementation. */
CGAL_INLINE_FUNCTION
void AxisPlaneConstraint::setTranslationConstraintDirection(
const Vec &direction) {
if ((translationConstraintType() != AxisPlaneConstraint::FREE) &&
(translationConstraintType() != AxisPlaneConstraint::FORBIDDEN)) {
const qreal norm = direction.norm();
if (norm < 1E-8) {
qWarning("AxisPlaneConstraint::setTranslationConstraintDir: null vector "
"for translation constraint");
translationConstraintType_ = AxisPlaneConstraint::FREE;
} else
translationConstraintDir_ = direction / norm;
}
}
/*! Simply calls setRotationConstraintType() and
* setRotationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void AxisPlaneConstraint::setRotationConstraint(Type type,
const Vec &direction) {
setRotationConstraintType(type);
setRotationConstraintDirection(direction);
}
/*! Defines the rotationConstraintDirection(). The coordinate system where \p
* direction is expressed depends on your class implementation. */
CGAL_INLINE_FUNCTION
void AxisPlaneConstraint::setRotationConstraintDirection(const Vec &direction) {
if ((rotationConstraintType() != AxisPlaneConstraint::FREE) &&
(rotationConstraintType() != AxisPlaneConstraint::FORBIDDEN)) {
const qreal norm = direction.norm();
if (norm < 1E-8) {
qWarning("AxisPlaneConstraint::setRotationConstraintDir: null vector for "
"rotation constraint");
rotationConstraintType_ = AxisPlaneConstraint::FREE;
} else
rotationConstraintDir_ = direction / norm;
}
}
/*! Set the Type() of the rotationConstraintType(). Default is
AxisPlaneConstraint::FREE.
Depending on this value, the Frame will freely rotate
(AxisPlaneConstraint::FREE), will only be able to rotate around an axis
(AxisPlaneConstraint::AXIS), or will not able to rotate at all
(AxisPlaneConstraint::FORBIDDEN).
Use Frame::setOrientation() to define the orientation of the constrained Frame
before it gets constrained.
\attention An AxisPlaneConstraint::PLANE Type() is not meaningful for
rotational constraints and will be ignored. */
CGAL_INLINE_FUNCTION
void AxisPlaneConstraint::setRotationConstraintType(Type type) {
if (rotationConstraintType() == AxisPlaneConstraint::PLANE) {
qWarning("AxisPlaneConstraint::setRotationConstraintType: the PLANE type "
"cannot be used for a rotation constraints");
return;
}
rotationConstraintType_ = type;
}
////////////////////////////////////////////////////////////////////////////////
// LocalConstraint //
////////////////////////////////////////////////////////////////////////////////
/*! Depending on translationConstraintType(), constrain \p translation to be
along an axis or limited to a plane defined in the Frame local coordinate
system by translationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void LocalConstraint::constrainTranslation(Vec &translation,
Frame *const frame) {
Vec proj;
switch (translationConstraintType()) {
case AxisPlaneConstraint::FREE:
break;
case AxisPlaneConstraint::PLANE:
proj = frame->rotation().rotate(translationConstraintDirection());
translation.projectOnPlane(proj);
break;
case AxisPlaneConstraint::AXIS:
proj = frame->rotation().rotate(translationConstraintDirection());
translation.projectOnAxis(proj);
break;
case AxisPlaneConstraint::FORBIDDEN:
translation = Vec(0.0, 0.0, 0.0);
break;
}
}
/*! When rotationConstraintType() is AxisPlaneConstraint::AXIS, constrain \p
rotation to be a rotation around an axis whose direction is defined in the
Frame local coordinate system by rotationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void LocalConstraint::constrainRotation(Quaternion &rotation, Frame *const) {
switch (rotationConstraintType()) {
case AxisPlaneConstraint::FREE:
break;
case AxisPlaneConstraint::PLANE:
break;
case AxisPlaneConstraint::AXIS: {
Vec axis = rotationConstraintDirection();
Vec quat = Vec(rotation[0], rotation[1], rotation[2]);
quat.projectOnAxis(axis);
rotation = Quaternion(quat, 2.0 * acos(rotation[3]));
} break;
case AxisPlaneConstraint::FORBIDDEN:
rotation = Quaternion(); // identity
break;
}
}
////////////////////////////////////////////////////////////////////////////////
// WorldConstraint //
////////////////////////////////////////////////////////////////////////////////
/*! Depending on translationConstraintType(), constrain \p translation to be
along an axis or limited to a plane defined in the world coordinate system by
translationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void WorldConstraint::constrainTranslation(Vec &translation,
Frame *const frame) {
Vec proj;
switch (translationConstraintType()) {
case AxisPlaneConstraint::FREE:
break;
case AxisPlaneConstraint::PLANE:
if (frame->referenceFrame()) {
proj = frame->referenceFrame()->transformOf(
translationConstraintDirection());
translation.projectOnPlane(proj);
} else
translation.projectOnPlane(translationConstraintDirection());
break;
case AxisPlaneConstraint::AXIS:
if (frame->referenceFrame()) {
proj = frame->referenceFrame()->transformOf(
translationConstraintDirection());
translation.projectOnAxis(proj);
} else
translation.projectOnAxis(translationConstraintDirection());
break;
case AxisPlaneConstraint::FORBIDDEN:
translation = Vec(0.0, 0.0, 0.0);
break;
}
}
/*! When rotationConstraintType() is AxisPlaneConstraint::AXIS, constrain \p
rotation to be a rotation around an axis whose direction is defined in the
world coordinate system by rotationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void WorldConstraint::constrainRotation(Quaternion &rotation,
Frame *const frame) {
switch (rotationConstraintType()) {
case AxisPlaneConstraint::FREE:
break;
case AxisPlaneConstraint::PLANE:
break;
case AxisPlaneConstraint::AXIS: {
Vec quat(rotation[0], rotation[1], rotation[2]);
Vec axis = frame->transformOf(rotationConstraintDirection());
quat.projectOnAxis(axis);
rotation = Quaternion(quat, 2.0 * acos(rotation[3]));
break;
}
case AxisPlaneConstraint::FORBIDDEN:
rotation = Quaternion(); // identity
break;
}
}
////////////////////////////////////////////////////////////////////////////////
// CameraConstraint //
////////////////////////////////////////////////////////////////////////////////
/*! Creates a CameraConstraint, whose constrained directions are defined in the
\p camera coordinate system. */
CGAL_INLINE_FUNCTION
CameraConstraint::CameraConstraint(const Camera *const camera)
: AxisPlaneConstraint(), camera_(camera) {}
/*! Depending on translationConstraintType(), constrain \p translation to be
along an axis or limited to a plane defined in the camera() coordinate system
by translationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void CameraConstraint::constrainTranslation(Vec &translation,
Frame *const frame) {
Vec proj;
switch (translationConstraintType()) {
case AxisPlaneConstraint::FREE:
break;
case AxisPlaneConstraint::PLANE:
proj =
camera()->frame()->inverseTransformOf(translationConstraintDirection());
if (frame->referenceFrame())
proj = frame->referenceFrame()->transformOf(proj);
translation.projectOnPlane(proj);
break;
case AxisPlaneConstraint::AXIS:
proj =
camera()->frame()->inverseTransformOf(translationConstraintDirection());
if (frame->referenceFrame())
proj = frame->referenceFrame()->transformOf(proj);
translation.projectOnAxis(proj);
break;
case AxisPlaneConstraint::FORBIDDEN:
translation = Vec(0.0, 0.0, 0.0);
break;
}
}
/*! When rotationConstraintType() is AxisPlaneConstraint::AXIS, constrain \p
rotation to be a rotation around an axis whose direction is defined in the
camera() coordinate system by rotationConstraintDirection(). */
CGAL_INLINE_FUNCTION
void CameraConstraint::constrainRotation(Quaternion &rotation,
Frame *const frame) {
switch (rotationConstraintType()) {
case AxisPlaneConstraint::FREE:
break;
case AxisPlaneConstraint::PLANE:
break;
case AxisPlaneConstraint::AXIS: {
Vec axis = frame->transformOf(
camera()->frame()->inverseTransformOf(rotationConstraintDirection()));
Vec quat = Vec(rotation[0], rotation[1], rotation[2]);
quat.projectOnAxis(axis);
rotation = Quaternion(quat, 2.0 * acos(rotation[3]));
} break;
case AxisPlaneConstraint::FORBIDDEN:
rotation = Quaternion(); // identity
break;
}
}
}}//end namespace