Refactoring the grids. (4d537e3d) · Commits · TNL / tnl-dev

TODO

+16 −0

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		TODO:
		- zavest namespaces

		TODO: CUDA unified memory
		- pretizit operator new s cudaMallocManaged, pak by bylo mozne vytvaret CUDA objekty pristupne pro host a device
		- v TNL solveru by pak vlastne jen stacilo vytvaret objekty pomoci new
		- zrejme bude nutne pretizit i delete
		- pokud jde o MeshDependentData, stacilo by, aby uzivatel pretizil operator new a delete. Pokud by to neudelal, mohlo by
		se s nimi pracovat postaru
		- bylo by dobre to obalit unique poinetry, aby se nemusela delat dealokace rucne

		TODO: shared pointery
		- mohli bysme pomoci nich odstranit Shared objekty
		- asi by bylo lepsi datcounter z shared pointeru primo do array a tento counter by se alokoval az po porvnim sdileni dat
		- diky tomu by se array mohlo vytvaret i na gpu bez nutnosti dynamicke alokace, jen by nebylo mozne delat bind (nebo nejaky zjednoduseny)

		TODO: Mesh
		* vsechny traits zkusit presunout do jednotneho MeshTraits, tj. temer MeshConfigTraits ale pojmenovat jako MeshTraits
		* omezit tnlDimesnionsTag - asi to ale nepujde

examples/heat-equation/tnl-heat-equation-eoc.h

+4 −4

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		@@ -57,16 +57,16 @@ class heatEquationSetter
		typedef Device DeviceType;
		typedef Index IndexType;

		typedef tnlStaticVector< MeshType::Dimensions, Real > Vertex;
		typedef tnlStaticVector< MeshType::meshDimensions, Real > Vertex;

		static bool run( const tnlParameterContainer& parameters )
		{
		enum { Dimensions = MeshType::Dimensions };
		enum { Dimensions = MeshType::meshDimensions };
		typedef tnlLinearDiffusion< MeshType, Real, Index > ApproximateOperator;
		typedef tnlExactLinearDiffusion< Dimensions > ExactOperator;
		typedef tnlTestFunction< MeshType::Dimensions, Real, Device > TestFunction;
		typedef tnlTestFunction< MeshType::meshDimensions, Real, Device > TestFunction;
		typedef tnlHeatEquationEocRhs< ExactOperator, TestFunction > RightHandSide;
		typedef tnlStaticVector < MeshType::Dimensions, Real > Vertex;
		typedef tnlStaticVector < MeshType::meshDimensions, Real > Vertex;
		typedef tnlAnalyticDirichletBoundaryConditions< MeshType, TestFunction, Real, Index > BoundaryConditions;
		typedef tnlHeatEquationEocProblem< MeshType, BoundaryConditions, RightHandSide, ApproximateOperator > Solver;
		SolverStarter solverStarter;

examples/heat-equation/tnl-heat-equation.h

+3 −3

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		@@ -64,14 +64,14 @@ class heatEquationSetter
		typedef Device DeviceType;
		typedef Index IndexType;

		typedef tnlStaticVector< MeshType::Dimensions, Real > Vertex;
		typedef tnlStaticVector< MeshType::meshDimensions, Real > Vertex;

		static bool run( const tnlParameterContainer& parameters )
		{
		enum { Dimensions = MeshType::Dimensions };
		enum { Dimensions = MeshType::meshDimensions };
		typedef tnlLinearDiffusion< MeshType, Real, Index > ApproximateOperator;
		typedef tnlConstantFunction< Dimensions, Real > RightHandSide;
		typedef tnlStaticVector < MeshType::Dimensions, Real > Vertex;
		typedef tnlStaticVector < MeshType::meshDimensions, Real > Vertex;

		tnlString boundaryConditionsType = parameters.getParameter< tnlString >( "boundary-conditions-type" );
		if( parameters.checkParameter( "boundary-conditions-constant" ) )

src/core/arrays/tnlArray.h

+4 −4

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		@@ -61,13 +61,13 @@ class tnlArray : public virtual tnlObject

		__cuda_callable__ Index getSize() const;

		void setElement( const Index i, const Element& x );
		void setElement( const Index& i, const Element& x );

		Element getElement( Index i ) const;
		Element getElement( const Index& i ) const;

		__cuda_callable__ inline Element& operator[] ( Index i );
		__cuda_callable__ inline Element& operator[] ( const Index& i );

		__cuda_callable__ inline const Element& operator[] ( Index i ) const;
		__cuda_callable__ inline const Element& operator[] ( const Index& i ) const;

		tnlArray< Element, Device, Index >& operator = ( const tnlArray< Element, Device, Index >& array );

src/core/arrays/tnlArray_impl.h

+4 −4

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		@@ -141,7 +141,7 @@ Index tnlArray< Element, Device, Index > :: getSize() const
		template< typename Element,
		typename Device,
		typename Index >
		void tnlArray< Element, Device, Index > :: setElement( const Index i, const Element& x )
		void tnlArray< Element, Device, Index > :: setElement( const Index& i, const Element& x )
		{
		tnlAssert( 0 <= i && i < this -> getSize(),
		cerr << "Wrong index for setElement method in tnlArray "
		@@ -153,7 +153,7 @@ void tnlArray< Element, Device, Index > :: setElement( const Index i, const Elem
		template< typename Element,
		typename Device,
		typename Index >
		Element tnlArray< Element, Device, Index > :: getElement( Index i ) const
		Element tnlArray< Element, Device, Index > :: getElement( const Index& i ) const
		{
		tnlAssert( 0 <= i && i < this -> getSize(),
		cerr << "Wrong index for getElement method in tnlArray "
		@@ -166,7 +166,7 @@ template< typename Element,
		typename Device,
		typename Index >
		__cuda_callable__
		inline Element& tnlArray< Element, Device, Index > :: operator[] ( Index i )
		inline Element& tnlArray< Element, Device, Index > :: operator[] ( const Index& i )
		{
		tnlAssert( 0 <= i && i < this -> getSize(),
		cerr << "Wrong index for operator[] in tnlArray "
		@@ -179,7 +179,7 @@ template< typename Element,
		typename Device,
		typename Index >
		__cuda_callable__
		inline const Element& tnlArray< Element, Device, Index > :: operator[] ( Index i ) const
		inline const Element& tnlArray< Element, Device, Index > :: operator[] ( const Index& i ) const
		{
		tnlAssert( 0 <= i && i < this -> getSize(),
		cerr << "Wrong index for operator[] in tnlArray "