const Vec3& Constraint::SphereOnSphereContact::
getCenterOnB(const State& state) const
{ return getImpl().getParameters(state).m_p_BSb; }
int CurrentAnalysis::numQueuedDakotaJobs() const {
return getImpl()->numQueuedDakotaJobs();
}
int CurrentAnalysis::totalNumJobsInOSIteration() const {
return getImpl()->totalNumJobsInOSIteration();
}
int
ColorConfig::getNumColorSpaces () const
{
return (int) getImpl()->colorspaces.size();
}
analysis::Analysis CurrentAnalysis::analysis() const {
return getImpl()->analysis();
}
void ColorSpaceTransform::setDst(const char * dst)
{
getImpl()->dst_ = dst;
}
Real ElasticFoundationForce::getTransitionVelocity() const {
return getImpl().transitionVelocity;
}
void MatrixTransform::setDirection(TransformDirection dir)
{
getImpl()->dir_ = dir;
}
void MatrixTransform::getValue(float * m44, float * offset4) const
{
if(m44) memcpy(m44, getImpl()->matrix_, 16*sizeof(float));
if(offset4) memcpy(offset4, getImpl()->offset_, 4*sizeof(float));
}
Constraint::SphereOnSphereContact& Constraint::SphereOnSphereContact::
setDefaultRadiusOnB(Real defaultRadius) {
getImpl().invalidateTopologyCache();
updImpl().m_def_radius_B = defaultRadius;
return *this;
}
TransformDirection MatrixTransform::getDirection() const
{
return getImpl()->dir_;
}
Constraint::SphereOnSphereContact& Constraint::SphereOnSphereContact::
setDefaultCenterOnB(const Vec3& defaultCenter) {
getImpl().invalidateTopologyCache();
updImpl().m_def_p_BSb = defaultCenter;
return *this;
}
Real Constraint::SphereOnSphereContact::getPositionError(const State& s) const {
Real perr;
getImpl().getPositionErrors(s, 1, &perr);
return perr;
}
Real Constraint::SphereOnSphereContact::
getRadiusOnB(const State& state) const
{ return getImpl().getParameters(state).m_radius_B; }
void ColorSpaceTransform::setSrc(const char * src)
{
getImpl()->src_ = src;
}
void MatrixTransform::setValue(const float * m44, const float * offset4)
{
if(m44) memcpy(getImpl()->matrix_, m44, 16*sizeof(float));
if(offset4) memcpy(getImpl()->offset_, offset4, 4*sizeof(float));
}
const char * ColorSpaceTransform::getDst() const
{
return getImpl()->dst_.c_str();
}
void MatrixTransform::setMatrix(const float * m44)
{
if(m44) memcpy(getImpl()->matrix_, m44, 16*sizeof(float));
}
TransformDirection ColorSpaceTransform::getDirection() const
{
return getImpl()->dir_;
}
void MatrixTransform::getMatrix(float * m44) const
{
if(m44) memcpy(m44, getImpl()->matrix_, 16*sizeof(float));
}
bool
ColorConfig::error () const
{
return (!getImpl()->error_.empty());
}
void MatrixTransform::setOffset(const float * offset4)
{
if(offset4) memcpy(getImpl()->offset_, offset4, 4*sizeof(float));
}
const char *
ColorConfig::getColorSpaceNameByIndex (int index) const
{
return getImpl()->colorspaces[index].first.c_str();
}
void MatrixTransform::getOffset(float * offset4) const
{
if(offset4) memcpy(offset4, getImpl()->offset_, 4*sizeof(float));
}
AnalysisRunOptions CurrentAnalysis::runOptions() const {
return getImpl()->runOptions();
}
void ColorSpaceTransform::setDirection(TransformDirection dir)
{
getImpl()->dir_ = dir;
}
int CurrentAnalysis::numFailedJobsInOSIteration() const {
return getImpl()->numFailedJobsInOSIteration();
}
const char * ColorSpaceTransform::getSrc() const
{
return getImpl()->src_.c_str();
}
boost::optional<runmanager::JobErrors> CurrentAnalysis::dakotaJobErrors() const {
return getImpl()->dakotaJobErrors();
}
const Constraint::SphereOnSphereContact& Constraint::SphereOnSphereContact::
setRadiusOnB(State& state, Real sphereRadius) const {
getImpl().updParameters(state).m_radius_B = sphereRadius;
return *this;
}
