void Structure0815:: timestep(double dt)
{
STRUCTURE_DEBUG("Adding value changes to values.");
_oldVelocities = _velocities;
_oldDisplacements = _displacements;
_time += dt;
_timesteps++;
DynVector centerOfGravity(_dim, 0.0);
double totalMass = 0.0;
double totalVolume = 0.0;
if (not _fixedCharacteristics){
computeCharacteristics(centerOfGravity, totalMass, totalVolume);
STRUCTURE_INFO("Center of gravity delta: " << _centerOfGravity - centerOfGravity);
STRUCTURE_INFO("Total mass delta: " << _totalMass - totalMass);
STRUCTURE_INFO("Total volume delta: " << _totalMass/_density - totalVolume);
}
_statisticsWriter.writeData(TIMESTEPS, _timesteps);
_statisticsWriter.writeData(TIME, _time);
if (_dim == 2){
precice::utils::Vector2D centerOfGravity2D(centerOfGravity);
_statisticsWriter.writeData(CENTEROFGRAVITY, centerOfGravity2D);
}
else {
assertion1(_dim == 3, _dim);
precice::utils::Vector3D centerOfGravity3D(centerOfGravity);
_statisticsWriter.writeData(CENTEROFGRAVITY, centerOfGravity3D);
}
_statisticsWriter.writeData(TOTALMASS, totalMass);
_statisticsWriter.writeData(TOTALVOLUME, totalVolume);
}
UtilityMath::S_Vector2<T> UtilityMath::S_Vector2<T>::s_CenterOfGravityWith3Points(const UtilityMath::S_Vector2<T>& rA,
const UtilityMath::S_Vector2<T>& rB,
const UtilityMath::S_Vector2<T>& rC)
{
S_Vector2 centerOfGravity(rA + rB + rC);
centerOfGravity /= static_cast<T>(3);
return centerOfGravity;
}
Structure0815:: Structure0815
(
int dim,
double density,
const DynVector& gravity,
const DynVector& vertices,
const tarch::la::DynamicVector<int> faces )
:
TIMESTEPS("Timesteps"),
TIME("Time"),
CENTEROFGRAVITY("Center-of-gravity"),
TOTALMASS("Total mass"),
TOTALVOLUME("Total volume"),
_dim(dim),
_density(density),
_gravity(gravity),
_centerOfGravity(dim, 0.0),
_totalMass(0.0),
_time(0.0),
_timesteps(0),
_vertices(vertices),
_faces(faces),
_forces(vertices.size(), 0.0),
_velocities(vertices.size(), 0.0),
_oldVelocities(vertices.size(), 0.0),
_velocityDeltas(vertices.size(), 0.0),
_displacements(vertices.size(), 0.0),
_oldDisplacements(vertices.size(), 0.0),
_displacementDeltas(vertices.size(), 0.0),
_fixedTranslationDirections(dim, false),
_fixed(false),
_fixture(dim, 0.0),
_fixedCharacteristics(false),
_statisticsWriter("structure0815-statistics.txt")
{
double totalVolume = 0.0;
computeCharacteristics(_centerOfGravity, _totalMass, totalVolume);
STRUCTURE_INFO("Center of gravity: " << _centerOfGravity);
STRUCTURE_INFO("Total mass: " << _totalMass);
STRUCTURE_INFO("Total volume: " << totalVolume);
_statisticsWriter.addData(TIMESTEPS, precice::io::TXTTableWriter::INT );
_statisticsWriter.addData(TIME, precice::io::TXTTableWriter::DOUBLE );
if (dim == 2){
_statisticsWriter.addData(CENTEROFGRAVITY, precice::io::TXTTableWriter::VECTOR2D);
}
else {
_statisticsWriter.addData(CENTEROFGRAVITY, precice::io::TXTTableWriter::VECTOR3D);
}
_statisticsWriter.addData(TOTALMASS, precice::io::TXTTableWriter::DOUBLE);
_statisticsWriter.addData(TOTALVOLUME, precice::io::TXTTableWriter::DOUBLE);
_statisticsWriter.writeData(TIMESTEPS, _timesteps);
_statisticsWriter.writeData(TIME, _time);
if (dim == 2){
precice::utils::Vector2D centerOfGravity(_centerOfGravity);
_statisticsWriter.writeData(CENTEROFGRAVITY, centerOfGravity);
}
else {
assertion1(_dim == 3, _dim);
precice::utils::Vector3D centerOfGravity(_centerOfGravity);
_statisticsWriter.writeData(CENTEROFGRAVITY, centerOfGravity);
}
_statisticsWriter.writeData(TOTALMASS, _totalMass);
_statisticsWriter.writeData(TOTALVOLUME, totalVolume);
}
