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// The point of this program is simply to see how large some of our data
// structures are, to help decide when to implement move semantics, and
// when it is reasonable to keep things on the stack vs allocate on the heap.
#include <iostream>
#include "link/link.h"
#include "link/tangle.h"
#include "manifold/graphloop.h"
#include "manifold/graphpair.h"
#include "manifold/graphtriple.h"
#include "manifold/handlebody.h"
#include "manifold/lensspace.h"
#include "manifold/sfs.h"
#include "manifold/simplesurfacebundle.h"
#include "manifold/snappeacensusmfd.h"
#include "manifold/torusbundle.h"
#include "subcomplex/augtrisolidtorus.h"
#include "subcomplex/blockedsfs.h"
#include "subcomplex/blockedsfsloop.h"
#include "subcomplex/blockedsfspair.h"
#include "subcomplex/blockedsfstriple.h"
#include "subcomplex/layeredchain.h"
#include "subcomplex/layeredchainpair.h"
#include "subcomplex/layeredlensspace.h"
#include "subcomplex/layeredloop.h"
#include "subcomplex/layeredsolidtorus.h"
#include "subcomplex/layeredtorusbundle.h"
#include "subcomplex/layering.h"
#include "subcomplex/pillowtwosphere.h"
#include "subcomplex/pluggedtorusbundle.h"
#include "subcomplex/plugtrisolidtorus.h"
#include "subcomplex/satregion.h"
#include "subcomplex/snappeacensustri.h"
#include "subcomplex/snappedball.h"
#include "subcomplex/snappedtwosphere.h"
#include "subcomplex/spiralsolidtorus.h"
#include "subcomplex/trisolidtorus.h"
#include "subcomplex/trivialtri.h"
#include "angle/anglestructures.h"
#include "hypersurface/normalhypersurfaces.h"
#include "surface/normalsurfaces.h"
#include "triangulation/dim2.h"
#include "triangulation/dim3.h"
#include "triangulation/dim4.h"
#include "triangulation/generic.h"
#include "triangulation/dim3/homologicaldata.h"
#define SHOW_SIZE(T) std::cout << #T << ": " \
<< sizeof(T) << " byte(s)" << std::endl;
using namespace regina;
int main() {
std::cout << "Algebra:" << std::endl;
SHOW_SIZE(AbelianGroup);
SHOW_SIZE(GroupPresentation);
SHOW_SIZE(HomGroupPresentation);
SHOW_SIZE(MarkedAbelianGroup);
std::cout << std::endl;
std::cout << "Manifolds:" << std::endl;
SHOW_SIZE(GraphLoop);
SHOW_SIZE(GraphPair);
SHOW_SIZE(GraphTriple);
SHOW_SIZE(Handlebody);
SHOW_SIZE(LensSpace);
SHOW_SIZE(SFSpace);
SHOW_SIZE(SimpleSurfaceBundle);
SHOW_SIZE(SnapPeaCensusManifold);
SHOW_SIZE(TorusBundle);
std::cout << std::endl;
std::cout << "Mathematical Support:" << std::endl;
SHOW_SIZE(Integer);
SHOW_SIZE(LargeInteger);
SHOW_SIZE(Matrix2);
SHOW_SIZE(MatrixInt);
SHOW_SIZE(VectorInt);
SHOW_SIZE(Perm<2>);
SHOW_SIZE(Perm<3>);
SHOW_SIZE(Perm<4>);
SHOW_SIZE(Perm<5>);
SHOW_SIZE(Perm<6>);
SHOW_SIZE(Perm<7>);
std::cout << std::endl;
std::cout << "Standard Triangulations:" << std::endl;
SHOW_SIZE(AugTriSolidTorus);
SHOW_SIZE(BlockedSFS);
SHOW_SIZE(BlockedSFSLoop);
SHOW_SIZE(BlockedSFSPair);
SHOW_SIZE(BlockedSFSTriple);
SHOW_SIZE(LayeredChain);
SHOW_SIZE(LayeredChainPair);
SHOW_SIZE(LayeredLensSpace);
SHOW_SIZE(LayeredLoop);
SHOW_SIZE(LayeredSolidTorus);
SHOW_SIZE(LayeredTorusBundle);
SHOW_SIZE(Layering);
SHOW_SIZE(PillowTwoSphere);
SHOW_SIZE(PluggedTorusBundle);
SHOW_SIZE(PlugTriSolidTorus);
SHOW_SIZE(SatRegion);
SHOW_SIZE(SnapPeaCensusTri);
SHOW_SIZE(SnappedBall);
SHOW_SIZE(SnappedTwoSphere);
SHOW_SIZE(SpiralSolidTorus);
SHOW_SIZE(TriSolidTorus);
SHOW_SIZE(TrivialTri);
std::cout << std::endl;
std::cout << "Packets:" << std::endl;
SHOW_SIZE(Packet);
SHOW_SIZE(Link);
SHOW_SIZE(Triangulation<2>);
SHOW_SIZE(Triangulation<3>);
SHOW_SIZE(Triangulation<4>);
SHOW_SIZE(Triangulation<5>);
std::cout << std::endl;
std::cout << "Surfaces and Structures:" << std::endl;
SHOW_SIZE(AngleStructure);
SHOW_SIZE(NormalHypersurface);
SHOW_SIZE(NormalSurface);
SHOW_SIZE(AngleStructures);
SHOW_SIZE(NormalHypersurfaces);
SHOW_SIZE(NormalSurfaces);
std::cout << std::endl;
std::cout << "Other:" << std::endl;
SHOW_SIZE(HomologicalData);
SHOW_SIZE(Tangle);
std::cout << std::endl;
return 0;
}
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