plask Namespace Reference

Patterson quadrature for complex function along specified line. More...

Namespaces
namespace	align
namespace	axis
namespace	category
namespace	ccategory
namespace	detail
namespace	details
namespace	edge
namespace	electrical
namespace	gain
namespace	hyman
namespace	interpolation
namespace	masked_hyman
namespace	materials
namespace	optical
namespace	phys
	Basic physical quantities and functions.
namespace	python
namespace	solvers
namespace	spline
namespace	thermal

Classes
struct	__InterpolateMeta__
struct	__InterpolateMeta__< SrcMeshT, SrcT, DstT, __ILLEGAL_INTERPOLATION_METHOD__ >
class	AccurateSum
	Allow to compute sum of doubles much more accurate than directly. More...
struct	aligned_allocator
	STL compatible allocator to use with with 16 byte aligned types. More...
struct	aligned_deleter
	Aligned deleter for use e.g. More...
struct	aligned_deleter< T[]>
struct	ArrangeContainer
	Sequence container that repeats its child over a line shifted by a vector. More...
struct	AssignWithBackup
	Assign new value to variable and back the old value in destructor. More...
struct	AxisNames
	Held names of axises. More...
struct	BadId
	This is thrown if name is bad id. More...
struct	BadInput
	This exception is thrown when value specified by the user is bad. More...
struct	BadMesh
	This exception is thrown when the mesh is somehow bad. More...
struct	BandEdges
	Conduction and valence band edges (eV) More...
struct	BandMatrix
struct	BarycentricExtrudedTriangularMesh3DLazyDataImpl
struct	BarycentricTriangularMesh2DLazyDataImpl
struct	Block
	Represent figure which, depends from dim is: More...
struct	Boundary
	Instance of this class represents predicate which chooses a subset of points (strictly: indices of points) from a mesh. More...
struct	BoundaryCondition
	One boundary-condition pair. More...
struct	BoundaryConditions
	Set of boundary conditions for given mesh type and boundary condition description type. More...
struct	BoundaryConditionsWithMesh
	Set of boundary conditions instances for given mesh type and boundary condition description type. More...
struct	BoundaryConditionWithMesh
	One boundary-condition pair concretized for a given mesh. More...
struct	BoundaryNodeSet
	Holds BoundaryNodeSetImpl and delegate all calls to it. More...
struct	BoundaryNodeSetImpl
	Base class for boundaries logic. More...
struct	BoundaryNodeSetWithMeshImpl
	Template of base class for boundaries of mesh with given type which store reference to mesh. More...
struct	BoundaryOp
	Boundary which represents union/intersection/difference (depending on OpNodeSetImplT) of boundaries. More...
struct	BoundingBoxCache
	Lazy cache of object bounding box. More...
struct	Box2D
	Rectangle class. More...
struct	Box3D
	Cuboid class. More...
struct	CacheBase
struct	CacheRemoveOnEachChange
	Strategy of removing from cache which removes key always when it is changed. More...
struct	CacheRemoveOnlyWhenDeleted
	Strategy of removing from cache which removes key only when it is deleted. More...
struct	CacheRemoveStrategyBase
	Base class for strategy of removing from cache. More...
struct	CarriersConcentration
	Carriers concentration (1/cm^3) For majority carriers it is not specified whether the carriers are electrons or holes. More...
class	CartesianMesh2DTo3D
	3D mesh that wrap 2D mesh. More...
class	CartesianMesh2DTo3DExtend
	3D mesh that wrap 2D mesh (sourceMesh). More...
struct	CFileOutput
struct	chooseType
	Choose nr-th type from types list. More...
struct	Circle
	Represents circle (sphere in 3D) with given radius and center at point (0, 0). More...
struct	Clip
	Represent geometry object equal to its child clipped to given box. More...
struct	CombinedProviderBase
	Template of base class of combine provider. More...
struct	CompressedSetOfNumbers
	Sorted, compressed, indexed set of numbers. More...
struct	ComputationError
	This exception should be thrown by solvers in case of error in computations. More...
struct	Conductivity
	Electrical conductivity [S/m]. More...
struct	ConstDataSourceImpl
	Don't use this directly, use ConstDataSource instead. More...
struct	ConstDataSourceImpl< PropertyT, FIELD_PROPERTY, OutputSpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	ConstDataSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, OutputSpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
class	ConstMaterial
struct	ConstValueLazyDataImpl
	Lazy data vector of consts. More...
struct	CriticalException
	Exceptions of this class are thrownin cases of critical and very unexpected errors (possible plask bugs). More...
struct	CurrentDensity
	Electric current density (kA/cm²) This is 2D vector for two-dimensional sovers. More...
struct	CustomFieldProperty
	Helper class which makes it easier to define property tags classes for vectorial fields that can be interpolated. More...
struct	CyclicReferenceException
	Exceptions of this class are thrown when called operation on geometry graph will cause cyclic reference. More...
struct	Cylinder
	Cylinder with given height and base radius. More...
struct	CylReductionTo2DMesh
	This class is a 2D mesh which wraps 3D mesh (sourceMesh), reduce each point of sourceMesh (in cylinder) to 2D and translate it by given vector (translation). More...
struct	DataError
	This exception is called when operation on data vectors cannot be performed. More...
struct	DataFrom2Dto3DSourceImpl
	Don't use this directly, use DataFrom2Dto3DSource instead. More...
struct	DataFrom2Dto3DSourceImpl< PropertyT, FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFrom2Dto3DSource instead. More...
struct	DataFrom2Dto3DSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFrom2Dto3DSource instead. More...
struct	DataFrom3Dto2DSourceImpl
	Don't use this directly, use DataFrom3Dto2DSource instead. More...
struct	DataFrom3Dto2DSourceImpl< PropertyT, FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFrom3Dto2DSource instead. More...
struct	DataFrom3Dto2DSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFrom3Dto2DSource instead. More...
struct	DataFrom3DtoCyl2DSourceImpl
	Don't use this directly, use DataFrom3DtoCyl2DSource instead. More...
struct	DataFrom3DtoCyl2DSourceImpl< PropertyT, FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFrom3DtoCyl2DSource instead. More...
struct	DataFrom3DtoCyl2DSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFrom3DtoCyl2DSource instead. More...
struct	DataFromCyl2Dto3DSourceImpl
	Don't use this directly, use DataFromCyl2Dto3DSource instead. More...
struct	DataFromCyl2Dto3DSourceImpl< PropertyT, FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFromCyl2Dto3DSource instead. More...
struct	DataFromCyl2Dto3DSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use DataFromCyl2Dto3DSource instead. More...
class	DataLog
	Template of base class for classes which store or log n-dimensional data. More...
struct	DataSourceImpl
	Don't use this directly, use DataSource instead. More...
class	DataSourceImpl< PropertyT, FIELD_PROPERTY, OutputSpaceT, VariadicTemplateTypesHolder< ExtraArgs... > >
class	DataSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, OutputSpaceT, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	DataSourceWithReceiver
struct	DataVector
	Store pointer and size. More...
struct	DelegateProvider
struct	DelegateProvider< _Res(_ArgTypes...)>
	Template of class which is good base class for providers which delegate calls of operator() to external functor (function or method). More...
struct	DgbMatrix
	Symmetric band matrix structure. More...
struct	Dielectric
	Base material class for all dielectrics. More...
struct	DiffBoundarySetImpl
	This logic holds two boundaries and represent a set difference of them. More...
struct	DimensionError
	This exception is thrown if there is a problem with dimensions. More...
struct	DirectionWithout
struct	DirectionWithout< 2, Primitive< 2 >::DIRECTION_TRAN >
struct	DirectionWithout< 2, Primitive< 2 >::DIRECTION_VERT >
struct	DirectionWithout< 3, Primitive< 3 >::DIRECTION_LONG >
struct	DirectionWithout< 3, Primitive< 3 >::DIRECTION_TRAN >
struct	DirectionWithout< 3, Primitive< 3 >::DIRECTION_VERT >
struct	DontCopyThisField
	This template can be used to show fileds shich should be just ignore by copy constructors and assign operators of the class. More...
struct	DpbMatrix
	Symmetric band matrix structure. More...
struct	DummyMaterial
	Dummy named material. More...
class	DynamicLibraries
	Represent set of dynamically loaded library. More...
struct	DynamicLibrary
	Hold opened shared library. More...
struct	ElementIndexValueGetter
struct	EmptyBoundaryImpl
	Implementation of empty boundary logic. More...
struct	EmptyLeafCacheNode
struct	EnergyLevels
	Energy levels for electrons and holes (eV) More...
struct	Epsilon
	Permittivity tensor. More...
class	EquilateralMesh3D
class	EventWithSourceAndFlags
	Base class for classes which store information about event generated by objects of type SourceType. More...
struct	Exception
	Base class for all exceptions thrown by plask library. More...
struct	ExtrudedTriangularMesh3D
	3D mesh that is a cartesian product of 2D triangular mesh at long-tran and 1D mesh at vert axis. More...
class	Extrusion
	Represent 3D geometry object which are extend of 2D object (child) in lon direction. More...
struct	FemMatrix
struct	FemSolverWithMaskedMesh
struct	FemSolverWithMesh
struct	FermiLevels
	Quasi-Fermi levels for electrons and holes (eV) More...
struct	FieldProperty
	Helper class which makes it easier to define property tags class for fields. More...
struct	FieldProvider
	Instantiation of this template is abstract base class for provider class which provide values in points described by mesh and use interpolation. More...
struct	FieldSumProvider
	Template of class of sum provider for providers with interpolation. More...
struct	FieldSumProviderImpl
	Template of base class of sum provider for providers with interpolation. More...
struct	FieldSumProviderImpl< PropertyT, SpaceT, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	FilterBaseImpl
	Don't use this directly, use FilterBase or Filter instead. More...
struct	FilterBaseImpl< PropertyT, FIELD_PROPERTY, OutputSpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	FilterBaseImpl< PropertyT, MULTI_FIELD_PROPERTY, OutputSpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	FilterCommonBase
struct	FilterImpl
struct	FilterImpl< PropertyT, Geometry2DCartesian >
	Filter which provides data in 2D Cartesian space. More...
struct	FilterImpl< PropertyT, Geometry2DCylindrical >
	Filter which provides data in 2D cylindrical space. More...
struct	FilterImpl< PropertyT, Geometry3D >
	Filter which provides data in 3D Cartesian space. More...
struct	FiltersFactory
	Construct filters using data from XML. More...
struct	Flip
	Represent geometry object equal to mirror reflection of its child. More...
struct	FunctorIndexedIterator
	Template to create iterators which using functor having size argument. More...
struct	Gain
	Material gain (1/cm). More...
struct	Gap1D
	Gap in one, choose at compile time, direction. More...
struct	GenericMaterial
	Generic material, which can actually be instantiated. More...
struct	Geometry
	Base class for all geometry trunks. More...
class	Geometry2DCartesian
	Geometry trunk in 2D Cartesian space. More...
class	Geometry2DCylindrical
	Geometry trunk in 2D Cylindrical space. More...
class	Geometry3D
	Geometry trunk in 3D space. More...
class	GeometryD
	Base class for all geometry trunks in given space. More...
struct	GeometryException
	Base class for all geometry exceptions thrown by plask library. More...
struct	GeometryObject
	Base class for all geometries. More...
struct	GeometryObjectBBox
	Geometry object + its bounding box. More...
struct	GeometryObjectContainer
	Template of base class for all container nodes. More...
struct	GeometryObjectD
	Template of base roles for geometry objects in space with given number of dimensions (2 or 3). More...
struct	GeometryObjectLeaf
	Template of base classes for all leaf nodes. More...
struct	GeometryObjectSeparator
	Template of base classes for all separator nodes. More...
struct	GeometryObjectTransform
	Template of base class for all transform nodes. More...
struct	GeometryObjectTransformSpace
	Template of base class for all transformations which change the space between its parent and child. More...
class	GeometryReader
	Allow to read geometry from XML. More...
struct	Heat
	Density of heat sources [W/m²] or (W/m³). More...
struct	HeatFlux
	Heat flux in 2D or 3D space [W/m] or [W/m²]. More...
struct	HeatSumProvider
	Provider which sums heat densities from one or more sources. More...
struct	HeightReader
	Helper used by read_... stack functions. More...
struct	Holder
	Template for base class of object holder. More...
struct	HolderRef
	Template for base class of object holder. More...
struct	HollowCylinder
	Hollow cylinder (tube) with given height and two base radii (internal and external). More...
struct	Hyman
struct	Hyman< dcomplex >
struct	Hyman< Tensor2< T > >
struct	Hyman< Tensor3< T > >
struct	Hyman< Vec< 2, T > >
struct	Hyman< Vec< 3, T > >
struct	HymanSplineMaskedRect2DLazyDataImpl
struct	HymanSplineMaskedRect3DLazyDataImpl
struct	HymanSplineRect2DLazyDataImpl
struct	HymanSplineRect3DLazyDataImpl
struct	IllFormatedComplex
	Exception thrown by complex parser when complex number is ill-formated. More...
struct	IndexedIterator
	Template to create iterators for containers which have operator[]. More...
struct	indices
	Don't use this directly, use applyTuple instead. More...
struct	InnerDataSource
struct	InternalCacheNode
	Instances of this template represents all internal nodes of cache. More...
struct	InterpolatedLazyDataImpl
	Base class for lazy data (vector) that perform interpolation. More...
struct	InterpolationAlgorithm
	Specialization of this class are used for interpolation and can depend on source mesh type, data type and the interpolation method. More...
struct	InterpolationAlgorithm< EquilateralMesh3D, SrcT, DstT, INTERPOLATION_SMOOTH_SPLINE >
struct	InterpolationAlgorithm< EquilateralMesh3D, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< EquilateralMesh3D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< ExtrudedTriangularMesh3D, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< ExtrudedTriangularMesh3D, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< ExtrudedTriangularMesh3D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< LateralMesh3D< SrcMeshT >, SrcT, DstT, INTERPOLATION_DEFAULT >
struct	InterpolationAlgorithm< LateralMesh3D< SrcMeshT >, SrcT, DstT, method >
struct	InterpolationAlgorithm< RectangularMaskedMesh2D, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< RectangularMaskedMesh2D, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMaskedMesh2D, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< RectangularMaskedMesh2D::ElementMesh, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< RectangularMaskedMesh2D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMaskedMesh2D::ElementMesh, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< RectangularMaskedMesh3D, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< RectangularMaskedMesh3D, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMaskedMesh3D, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< RectangularMaskedMesh3D::ElementMesh, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< RectangularMaskedMesh3D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMaskedMesh3D::ElementMesh, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< RectangularMesh2D, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< RectangularMesh2D, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMesh2D, SrcT, DstT, INTERPOLATION_SMOOTH_SPLINE >
struct	InterpolationAlgorithm< RectangularMesh2D, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< RectangularMesh2D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMesh3D, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< RectangularMesh3D, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< RectangularMesh3D, SrcT, DstT, INTERPOLATION_SMOOTH_SPLINE >
struct	InterpolationAlgorithm< RectangularMesh3D, SrcT, DstT, INTERPOLATION_SPLINE >
struct	InterpolationAlgorithm< RectangularMesh3D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< SrcMeshT, SrcT, DstT, INTERPOLATION_DEFAULT >
	Specialization of InterpolationAlgorithm showing elegant message if algorithm default is used. More...
struct	InterpolationAlgorithm< TriangularMesh2D, SrcT, DstT, INTERPOLATION_LINEAR >
struct	InterpolationAlgorithm< TriangularMesh2D, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< TriangularMesh2D::ElementMesh, SrcT, DstT, INTERPOLATION_NEAREST >
struct	InterpolationAlgorithm< typename std::enable_if< method !=INTERPOLATION_DEFAULT, EquilateralMesh3D >::type, SrcT, DstT, method >
struct	InterpolationAlgorithm< typename std::enable_if< method !=INTERPOLATION_DEFAULT, EquilateralMesh3D::ElementMesh >::type, SrcT, DstT, method >
struct	InterpolationAlgorithm< typename std::enable_if< method !=INTERPOLATION_DEFAULT, RectangularMesh2D::ElementMesh >::type, SrcT, DstT, method >
struct	InterpolationAlgorithm< typename std::enable_if< method !=INTERPOLATION_DEFAULT, RectangularMesh3D::ElementMesh >::type, SrcT, DstT, method >
class	InterpolationFlags
	Interpolation flags that give information how to interpolate fields on periodic and symmetric geometries. More...
struct	Intersection
	Represent geometry object equal to intersection of the children. More...
struct	IntersectionBoundarySetImpl
	This logic holds two boundaries and represent a set intersection of them. More...
struct	is_callable
	Check if Expr is callable. More...
struct	IterativeMatrixParams
struct	LateralMesh3D
	3D mesh with arbitrary lateral mesh and constant vertical coordinate. More...
struct	LateralVec
struct	Lattice
	Lattice container that arranges its children in two-dimensional lattice. More...
class	LazyData
	Lazy data (vector). More...
struct	LazyDataDelegateImpl
	Call functor to get data. More...
struct	LazyDataFromVectorImpl
	Wrap DataVector and allow to access to it. More...
struct	LazyDataImpl
	Base class for implementation used by lazy data vector. More...
struct	LeafCacheNode
struct	LightE
	Profile of the optical electric field [V/m]. More...
struct	LightH
	Profile of the optical magnetic field (A/m). More...
struct	LightMagnitude
	Profile of the optical field 1/2 E × conj(E) / Z0 [W/m²]. More...
struct	LightMagnitudeSumProvider
	Provider which sums light intensities from one or more sources. More...
struct	LinearInterpolatedLazyDataImpl
	Implementation of InterpolatedLazyDataImpl which calls src_mesh.interpolateLinear(src_vec, dst_mesh). More...
struct	LiquidCrystal
	Base material class for all liquid crystals. More...
class	Logger
	Abstract class that is base for all loggers. More...
struct	Luminescence
	Luminescence [?]. More...
struct	make_seq_indices_impl
struct	make_seq_indices_impl< Begin, End, indices< Indices... > >
struct	make_seq_indices_impl< End, End, indices< Indices... > >
struct	Manager
	Geometry manager features: More...
struct	Material
	Represent material, its physical properties. More...
struct	MaterialCache
class	MaterialCantBeMixedException
struct	MaterialInfo
	Collect meta-information about material. More...
struct	MaterialMethodNotImplemented
	This exception is thrown by material methods which are not implemented. More...
struct	MaterialParseException
	Exceptions of this class are thrownwhen material string parser find errors. More...
struct	MaterialsDB
	Materials database. More...
struct	MaterialWithBase
	Material with another one as base. More...
struct	Mesh
	Base class for all the meshes. More...
class	MeshAxis
	Abstract class to derive all mesh axes from. More...
struct	MeshBase
	Common base for meshes and generators. More...
struct	MeshD
	Base class for all meshes defined for specified number of dimensions. More...
class	MeshGenerator
	Base class for every mesh generator. More...
class	MeshGeneratorD
	Base class for specific mesh generator. More...
struct	Metal
	Base material class for all metals. More...
struct	MethodIterator
	Template to create iterators which using method having index argument. More...
struct	MIArgumentRange
class	MidpointAxis
struct	MINote
struct	Mirror
	Represent geometry object equal to its child with mirror reflection. More...
struct	MISee
struct	MISeeClass
struct	MISource
struct	MixedMaterial
	Material which consist of several real materials. More...
struct	ModeEffectiveIndex
	Effective index. More...
struct	ModeLightE
	Profile of the optical electric field [V/m]. More...
struct	ModeLightH
	Profile of the optical magnetic field (A/m). More...
struct	ModeLightMagnitude
	Profile of the optical field 1/2 E × conj(E) / Z0 [W/m²]. More...
struct	ModeLoss
	Modal loss (1/cm). More...
struct	ModePropagationConstant
	Propagation constant (1/µm). More...
struct	ModeWavelength
	Wavelength (nm). More...
struct	MultiCustomFieldProperty
	Helper class which makes it easier to define property tags classes for multiple vectorial fields that can be interpolated. More...
struct	MultiFieldProperty
	Helper class which makes it easier to define property tags class for multiple fields. More...
struct	MultiFieldProvider
	Instantiation of this template is abstract base class for provider class which provide values in points described by mesh and use interpolation. More...
struct	MultiLateralMesh3D
	3D mesh with arbitrary lateral mesh and vertical axis. More...
class	MultiStackContainer
	N-stacks. More...
struct	MultiValueProperty
	Helper class which makes it easier to define property tags class for multiple value (double type by default) properties. More...
struct	MultiValueProvider
	Instantiation of this template is abstract base class for provider which provide multiple values (for example one double). More...
struct	MultiVectorFieldProperty
	Helper class which makes it easier to define property tags classes for multiple vectorial fields that can be interpolated. More...
struct	NamesConflictException
	Exceptions of this class are thrownby some geometry object classes when there is no required child. More...
struct	NaNImpl
	This template is used by NaN function and have to be specialized to support new types (other than type supported by std::numeric_limits). More...
struct	NaNImpl< std::complex< T > >
	Specialization of NaNImpl which adds support for complex numbers. More...
struct	NaNImpl< Tensor2< T > >
	Specialization of NaNImpl which add support for 2D tensors. More...
struct	NaNImpl< Tensor3< T > >
	Specialization of NaNImpl which add support for 3D tensors. More...
struct	NaNImpl< Vec< 2, T > >
	Specialization of NaNImpl which add support for 2D vectors. More...
struct	NaNImpl< Vec< 3, T > >
	Specialization of NaNImpl which add support for 3D vectors. More...
struct	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl
struct	NearestNeighborElementTriangularMesh2DLazyDataImpl
struct	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl
struct	NearestNeighborInterpolatedLazyDataImpl
	Implementation of InterpolatedLazyDataImpl which calls src_mesh.interpolateNearestNeighbor(src_vec, dst_mesh). More...
struct	NearestNeighborTriangularMesh2DLazyDataImpl
struct	NoChildException
	Exceptions of this class are thrown by some geometry object classes when there is no required child. More...
struct	NoGeometryException
	Exceptions of this class are thrown when solvers don't have geometry set. More...
class	NoLogging
	Logger switch. More...
struct	NoMeshException
	Exceptions of this class are thrown when solvers don't have mesh set. More...
struct	NoProvider
	This exception is thrown, typically on access to receiver data, when there is no provider connected with it. More...
struct	NoSuchAxisNames
	This exception is thrown when axis (typically with given name) is not found. More...
struct	NoSuchGeometry
	This exception is thrown when geometry (typically with given name) is not found. More...
struct	NoSuchGeometryObject
	This exception is thrown when geometry object (typically with given name) is not found. More...
struct	NoSuchGeometryObjectType
	This exception is thrown when geometry object (typically with given name) is not found. More...
class	NoSuchMaterial
	This exception is thrown when material (typically with given name) is not found. More...
struct	NoSuchPath
	This exception is thrown when named PatHints are not found. More...
struct	NotImplemented
	This exception is thrown when some method is not implemented. More...
struct	NotUniqueObjectException
	Exceptions of this class are thrown by some geometry object classes. More...
struct	NoValue
struct	OmpEnabler
struct	OmpLock
struct	OmpLockGuard
struct	OmpLockState
	State of the current lock. More...
struct	OnePointAxis
	A trivial axis that contains only one point. More...
struct	OnePointMesh
	Mesh which represent set with only one point in space with size given as template parameter DIM. More...
class	OrderedAxis
	Rectilinear mesh in 1D space. More...
class	OrderedMesh1DRegularGenerator
	Generator of basic 2D geometry grid with approximately equal spacing. More...
struct	OrderedMesh1DSimpleGenerator
	Generator of basic 2D geometry grid. More...
struct	OStreamOutput
struct	OuterDataSource
	Data source in which input object is outer and contains output object. More...
struct	OutOfBoundsException
	This exception is thrown when some value (function argument) is out of bound. More...
struct	Oxide
	Base material class for all oxides. More...
struct	Path
	Path in geometry graph. More...
struct	PathHints
	Represent hints for path finder. More...
struct	PointsOnCircleMeshExtend
	3D mesh that wrap 2D mesh (sourceMesh). More...
struct	Polygon
struct	PolymorphicDelegateProvider
struct	PolymorphicDelegateProvider< _BaseClass, _Res(_ArgTypes...)>
	Template of class which is a good base class for providers which delegate calls of operator() to external functor (function or method). More...
struct	PolymorphicForwardIterator
	Polymorphic, forward iterator. More...
struct	PolymorphicForwardIteratorImpl
	Base class for forward, polymorphic iterators implementations. More...
struct	PolymorphicForwardIteratorWithIndex
	Polymorphic, forward iterator which allow to get index of current position. More...
struct	PolymorphicForwardIteratorWithIndexImpl
	Base class for forward, polymorphic iterators implementations which allow to get index of current position. More...
struct	PolymorphicForwardIteratorWrapperImpl
	Polymorphic iterator that wrap another (usually not polymorphic) iterator (of type wrapped_iterator_type). More...
struct	PositionValidator
struct	Potential
	Electric potential (V) More...
struct	PredicateBoundaryImpl
	Boundary logic implementation which represents set of indexes which fulfill predicate. More...
struct	Primitive
	Define types of primitives and constants in space with given number of dimensions. More...
struct	Primitive< 1 >
	Specialization of Primitive, which define types of primitives and constants in space with 1 dimensions. More...
struct	Primitive< 2 >
	Specialization of Primitive, which define types of primitives and constants in space with 2 dimensions. More...
struct	Primitive< 3 >
	Specialization of Primitive, which define types of primitives and constants in space with 3 dimensions. More...
struct	Printable
	Base class / helper for printable classes with virtual print method. More...
struct	Prism
struct	Property
	Helper class which makes it easier to define property tags class. More...
struct	Property< _propertyType, _ValueType, _ValueType, _ExtraParams... >
struct	PropertyAt
	Describe property type in given space. More...
struct	PropertyAt< PropertyTag, void >
struct	PropertyAtDimImpl
	Describe property in given space. Don't use it directly, but use PropertyAtDim. More...
struct	PropertyAtDimImpl< PropertyTag, 2, false >
struct	PropertyAtDimImpl< PropertyTag, 2, true >
	Describe property in 2D space. Don't use it directly, but use PropertyAtDim. More...
struct	PropertyAtDimImpl< PropertyTag, 3, false >
struct	PropertyAtDimImpl< PropertyTag, 3, true >
	Describe property in 3D space. Don't use it directly, but use PropertyAtDim. More...
struct	PropertyAtImpl
struct	PropertyAtImpl< PropertyTag, Geometry2DCylindrical, Geometry3D, false >
struct	PropertyAtImpl< PropertyTag, Geometry3D, Geometry2DCylindrical, false >
struct	PropertyTypeToProviderName
struct	PropertyTypeToProviderName< FIELD_PROPERTY >
struct	PropertyTypeToProviderName< MULTI_FIELD_PROPERTY >
struct	PropertyTypeToProviderName< MULTI_VALUE_PROPERTY >
struct	PropertyTypeToProviderName< SINGLE_VALUE_PROPERTY >
struct	Provider
	Base class for all Providers. More...
struct	ProviderFor
	Specializations of this class define implementations of providers for given property tag: More...
struct	ProviderImpl
	Specializations of this class are implementations of providers for given property tag class and this tag properties. More...
struct	ProviderImpl< PropertyT, FIELD_PROPERTY, SpaceT, VariadicTemplateTypesHolder< _ExtraParams... > >
	Specialization which implements provider class which provides values in mesh points and uses interpolation. More...
struct	ProviderImpl< PropertyT, MULTI_FIELD_PROPERTY, SpaceT, VariadicTemplateTypesHolder< _ExtraParams... > >
	Specialization which implements provider class which provides multiple values in mesh points and uses interpolation. More...
struct	ProviderImpl< PropertyT, MULTI_VALUE_PROPERTY, SpaceT, VariadicTemplateTypesHolder< _ExtraParams... > >
	Partial specialization which implements abstract provider class which provides a single value, typically one double. More...
struct	ProviderImpl< PropertyT, SINGLE_VALUE_PROPERTY, SpaceT, VariadicTemplateTypesHolder< _ExtraParams... > >
	Partial specialization which implements abstract provider class which provides a single value, typically one double. More...
class	Receiver
	Base class for all Receivers. More...
struct	ReceiverBase
	Common non-template base for all receivers. More...
struct	ReceiverFor
	Specializations of this class are implementations of Receiver for given property tag. More...
struct	Rectangular_t
struct	Rectangular_t< 1 >
struct	RectangularMaskedMesh2D
	Rectangular mesh which uses (and indexes) only chosen elements and all nodes in their corners. More...
struct	RectangularMaskedMesh3D
	Rectangular mesh which uses (and indexes) only chosen elements and all nodes in their corners. More...
struct	RectangularMaskedMeshBase
	Common base class for RectangularMaskedMesh 2D and 3D. More...
class	RectangularMesh2D
	Rectilinear mesh in 2D space. More...
class	RectangularMesh2DFrom1DGenerator
	Generator of 2D geometry grid using other generator for horizontal axis. More...
class	RectangularMesh2DRegularGenerator
	Generator of basic 2D geometry grid with approximately equal spacing. More...
struct	RectangularMesh2DSimpleGenerator
	Generator of basic 2D geometry grid. More...
class	RectangularMesh3D
	Rectangular mesh in 3D space. More...
struct	RectangularMesh3DRegularGenerator
	Generator of basic 3D geometry grid with approximately equal spacing. More...
struct	RectangularMesh3DSimpleGenerator
	Generator of basic 3D geometry grid. More...
struct	RectangularMeshBase2D
struct	RectangularMeshBase3D
struct	RectangularMeshDivideGenerator
	Dividing generator ensuring no rapid change of element size. More...
struct	RectangularMeshRefinedGenerator
	Dividing generator ensuring no rapid change of element size. More...
struct	RectangularMeshSmoothGenerator
	Dense-edge generator that has very dense sampling near edges and gradually gets wider towards the center. More...
class	RectilinearMesh3D
	Rectilinear mesh in 3D space. More...
struct	ReductionTo2DMesh
	This class is a 2D mesh which wraps 3D mesh (sourceMesh), reduce each point of sourceMesh to 2D and translate it back by given vector (translation). More...
struct	RefractiveIndex
	Refractive index. More...
struct	RegisterMeshGeneratorReader
	Helper which call stores mesh reader when constructed. More...
struct	RegisterMeshReader
	Helper which call stores mesh reader when constructed. More...
class	RegularAxis
	Regular mesh in 1d space. More...
struct	ReindexedContainer
	ReindexedContainer instantiation is class which objects have reference to original container and operator[]. More...
struct	Revolution
	Represent 3D geometry object which is an effect of revolving a 2D object (child) around the up axis. More...
struct	RotatedCuboid
	Represent a cuboid that can be rotated in a horizontal plane. More...
struct	SafeDataImpl
	LazyData implementation removing NaN from another data. More...
struct	SameMeshChecker
	Object of this class allows for checking if a given mesh is the same mesh which has been used recently. More...
struct	ScaledFieldProvider
	Template of class of scaled provider for providers with interpolation. More...
struct	ScaledFieldProviderImpl
	Template of base class of scaled provider for providers with interpolation. More...
struct	ScaledFieldProviderImpl< DstPropertyT, SrcPropertyT, MULTI_FIELD_PROPERTY, SpaceT, ScaleT, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	ScaledFieldProviderImpl< DstPropertyT, SrcPropertyT, propertyType, SpaceT, ScaleT, VariadicTemplateTypesHolder< ExtraArgs... > >
struct	ScaledLazyDataImpl
struct	ScaledProviderBase
	Template of base of scaled provider. More...
struct	SegmentSet
struct	SegmentSetMember
struct	SegmentsIterator
	Iterate over segments. More...
struct	Semiconductor
	Base material class for all semiconductors and similar materials. More...
struct	ShelfContainer2D
	Horizontal stack. More...
struct	SingleValueProperty
	Helper class which makes it easier to define property tags class for single value (double type by default) properties. More...
struct	SingleValueProvider
	Instantiation of this template is abstract base class for provider which provide one value (for example one double). More...
struct	SmoothSplineRect2DLazyDataImpl
struct	SmoothSplineRect3DLazyDataImpl
class	Solver
	Base class for all solvers. More...
class	SolverOver
	Base class for all solvers operating on specified space. More...
struct	SolverWithMesh
	Base class for all solvers operating on specified olding an external mesh. More...
struct	SparseBandMatrix
struct	SparseFreeMatrix
struct	SparseMatrix
struct	SpatialIndexNode
	Base class for cache and nodes of cache. More...
struct	SplineMaskedRect2DLazyDataImpl
struct	SplineMaskedRect3DLazyDataImpl
struct	SplineMaskedRectElement2DLazyDataImpl
struct	SplineMaskedRectElement3DLazyDataImpl
struct	SplineRect2DLazyDataImpl
struct	SplineRect3DLazyDataImpl
struct	StackContainer
	Container which have children in stack/layers. More...
struct	StackContainerBaseImpl
	Common code for stack containers (which have children in stack/layers). More...
struct	StderrLogger
struct	StdSetBoundaryImpl
	Implementation of boundary logic which holds a set of node indices in std::set. More...
class	StringInterpreter
	Objects of this class allow to parse string value and interpret it as given type. More...
struct	StrongCache
	Cache values of type Value using Key type to index it. More...
struct	Temperature
	Physical property tag class for temperature: More...
struct	Tensor2
	Diagonal tensor with all lateral components equal. More...
struct	Tensor3
	Non-diagonal tensor with all non-diagonal lateral projection. More...
struct	ThermalConductivity
	Thermal conductivity [W/m*K]. More...
struct	TranslatedInnerDataSourceImpl
	Don't use this directly, use TranslatedInnerDataSource instead. More...
struct	TranslatedInnerDataSourceImpl< PropertyT, FIELD_PROPERTY, SpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use TranslatedInnerDataSource instead. More...
struct	TranslatedInnerDataSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, SpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use TranslatedInnerDataSource instead. More...
struct	TranslatedMesh
	Mesh which translates another mesh by given vector. More...
struct	TranslatedOuterDataSourceImpl
	Don't use this directly, use TranslatedOuterDataSource instead. More...
struct	TranslatedOuterDataSourceImpl< PropertyT, FIELD_PROPERTY, SpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use TranslatedOuterDataSource instead. More...
struct	TranslatedOuterDataSourceImpl< PropertyT, MULTI_FIELD_PROPERTY, SpaceType, VariadicTemplateTypesHolder< ExtraArgs... > >
	Don't use this directly, use TranslatedOuterDataSource instead. More...
struct	Translation
	Represent geometry object equal to its child translated by vector. More...
struct	TranslationContainer
	Geometry objects container in which every child has an associated aligner. More...
struct	Triangle
	Represents triangle with one vertex at point (0, 0). More...
struct	TriangleGenerator
	Generator which creates triangular mesh by Triangle library authored by Jonathan Richard Shewchuk. More...
struct	TriangularMesh2D
struct	TriangularMesh2DGetterForRtree
	Utility struct that allows for using triangular mesh in boost::geometry::index::rtree effectively (without copying coordinates of nodes). More...
struct	TriangularPrism
	Represents prism with triangular base one vertex at point (0, 0, 0) and height h. More...
struct	TrifreeCaller
struct	UnexpectedGeometryObjectTypeException
	This exception is thrown when geometry object has type different than expectation (for example is 3d but expected 2d). More...
struct	UnionBoundarySetImpl
	This logic holds a list of boundaries and represent a set of indices which is an union of sets from this boundaries. More...
struct	VariadicTemplateTypesHolder
struct	Vec
	Generic template for 2D and 3D vectors. More...
struct	Vec< 2, T >
	Vector in 2D space. More...
struct	Vec< 3, T >
	Vector in 3D space. More...
struct	VecComponent
	Vector component helper. More...
struct	VecFuzzyCompare
struct	VectorFieldProperty
	Helper class which makes it easier to define property tags classes for vectorial fields that can be interpolated. More...
struct	Voltage
	Electric voltage (V) More...
struct	WeakCache
	Cache values of type Value using Key type to index it. More...
struct	WithAligners
	Template of base class for containers which have aligners, one per child. More...
struct	XMLBadAttrException
	Exceptions of this class are thrown when the attribute has wrong value. More...
struct	XMLConflictingAttributesException
	Exceptions of this class are thrown if two optional attributes in XML conflict with each other. More...
struct	XMLDuplicatedElementException
	Exceptions of this class are thrown when illegal repetition of tag appears. More...
struct	XMLException
	Base class for all exceptions thrown by plask library. More...
struct	XMLNoAttrException
	Exceptions of this class are thrown when the required attribute is not found in XML tag. More...
class	XMLReader
	XML pull parser. More...
struct	XMLUnexpectedAttrException
	Exceptions of this class are thrown when the required attribute is not found in XML tag. More...
struct	XMLUnexpectedElementException
	Exceptions of this class are thrown when the type of XML element is different than expected. More...
struct	XMLUnexpectedEndException
	Exceptions of this class are thrown when XML file/data stream unexpected end. More...
struct	XMLWriter
	Object of this class help produce valid XML documents. More...
struct	XMLWriterException
	Exceptions of this type are thrown by XMLWriter class. More...
struct	YEnds
struct	ZeroImpl
	This template is used by Zero function and have to be specialized to support new types. More...
struct	ZeroImpl< Tensor2< T > >
	Specialization of ZeroImpl which add support for 2D vectors. More...
struct	ZeroImpl< Tensor3< T > >
	Specialization of ZeroImpl which add support for 3D vectors. More...
struct	ZeroImpl< Vec< 2, T > >
	Specialization of ZeroImpl which add support for 2D vectors. More...
struct	ZeroImpl< Vec< 3, T > >
	Specialization of ZeroImpl which add support for 2D vectors. More...

Typedefs
template<typename PropertyT , typename OutputSpaceType >
using	DataSource = DataSourceImpl< PropertyT, PropertyT::propertyType, OutputSpaceType, typename PropertyT::ExtraParams >
template<typename PropertyT , typename OutputSpaceType >
using	ConstDataSource = ConstDataSourceImpl< PropertyT, PropertyT::propertyType, OutputSpaceType, typename PropertyT::ExtraParams >
template<typename PropertyT >
using	DataFrom3Dto2DSource = DataFrom3Dto2DSourceImpl< PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams >
	Source of data in 2D space which read, and averages data from outer 3D space.
template<typename PropertyT >
using	DataFrom2Dto3DSource = DataFrom2Dto3DSourceImpl< PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams >
	Source of data in 3D space which read it from inner 2D space (Extrusion).
template<typename PropertyT >
using	DataFrom3DtoCyl2DSource = DataFrom3DtoCyl2DSourceImpl< PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams >
	Source of data in 2D space which read, and averages data from outer 3D space.
template<typename PropertyT >
using	DataFromCyl2Dto3DSource = DataFromCyl2Dto3DSourceImpl< PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams >
	Source of data in 3D space which read it from inner 2D cylindrical space (Revolution).
template<typename PropertyT , typename OutputSpaceType >
using	FilterBase = FilterBaseImpl< PropertyT, PropertyT::propertyType, OutputSpaceType, typename PropertyT::ExtraParams >
	Base class for filters which recalculate field from one space to another (OutputSpaceType).
template<typename PropertyT , typename OutputSpaceType >
using	Filter = FilterImpl< PropertyT, OutputSpaceType >
	Filter is a special kind of Solver which "solves" the problem using another Solvers.
template<typename PropertyT , typename SpaceType >
using	TranslatedInnerDataSource = TranslatedInnerDataSourceImpl< PropertyT, PropertyT::propertyType, SpaceType, typename PropertyT::ExtraParams >
	Source of data in space SpaceType space which read it from inner space of same type.
template<typename PropertyT , typename SpaceType >
using	TranslatedOuterDataSource = TranslatedOuterDataSourceImpl< PropertyT, PropertyT::propertyType, SpaceType, typename PropertyT::ExtraParams >
	Source of data in space SpaceType space which read it from outer space of same type.
typedef Block< 2 >	Rectangle
typedef Block< 3 >	Cuboid
typedef boost::variant< shared_ptr< Material >, shared_ptr< MaterialsDB::MixedCompositionFactory > >	SolidOrGradientMaterial
	Any of the allowed material types.
typedef std::pair< shared_ptr< GeometryObject >, shared_ptr< GeometryObject > >	Edge
template<int dim>
using	StackContainerChildAligner = typename chooseType< dim-2, align::Aligner< Primitive< 3 >::DIRECTION_TRAN >, align::Aligner< Primitive< 3 >::DIRECTION_LONG, Primitive< 3 >::DIRECTION_TRAN > >::type
template<typename T >
using	aligned_unique_ptr = std::unique_ptr< T, aligned_deleter< T > >
template<typename MeshType >
using	UnionBoundary = BoundaryOp< MeshType, UnionBoundarySetImpl >
	Boundary which represents union of boundaries.
template<typename MeshType >
using	DiffBoundary = BoundaryOp< MeshType, DiffBoundarySetImpl >
	Boundary which represents difference of boundaries.
template<typename MeshType >
using	IntersectionBoundary = BoundaryOp< MeshType, IntersectionBoundarySetImpl >
	Boundary which represents intersection of boundaries.
typedef OrderedAxis	OrderedMesh1D
template<int DIM>
using	RectangularMesh = typename std::conditional< DIM==2, RectangularMesh2D, typename std::conditional< DIM==3, RectangularMesh3D, void >::type >::type
template<int DIM>
using	RectangularMeshBase = typename std::conditional< DIM==2, RectangularMeshBase2D, typename std::conditional< DIM==3, RectangularMeshBase3D, void >::type >::type
template<int DIM>
using	RectangularMaskedMesh = typename std::conditional< DIM==2, RectangularMaskedMesh2D, typename std::conditional< DIM==3, RectangularMaskedMesh3D, void >::type >::type
typedef RegularAxis	RegularMesh1D
typedef boost::geometry::index::rtree< std::size_t, boost::geometry::index::quadratic< 16 >, TriangularMesh2DGetterForRtree >	RtreeOfTriangularMesh2DNodes
	Boost rtree that holds nodes of TriangularMesh2D.
template<typename PropertyTag , int dim>
using	PropertyAtDim = PropertyAtDimImpl< PropertyTag, dim, PropertyTag::hasUniqueValueType >
typedef FieldProperty< double >	ScalarFieldProperty
	Helper class which makes it easier to define property tags classes for scalar fields (fields of doubles).
typedef MultiFieldProperty< double >	MultiScalarFieldProperty
	Helper class which makes it easier to define property tags classes for multiple scalar fields (fields of doubles).
typedef Solver *	solver_construct_f(const std::string &name)
typedef std::size_t	openmp_size_t
	type similar to std::size_t which can be used in for loop with current version of OpenMP
template<std::size_t Begin, std::size_t End>
using	make_seq_indices = typename make_seq_indices_impl< Begin, End, indices<> >::type
template<typename F >
using	return_type = typename std::result_of< F >::type
typedef boost::tokenizer< boost::escaped_list_separator< char > >	split_esc_tokenizer
typedef OStreamOutput< std::ostream & >	OStreamRef
typedef OStreamOutput< std::ofstream >	OFStream
typedef XMLWriter::Element	XMLElement
	Easier access to XML element type.

Enumerations
enum	FemMatrixAlgorithm { ALGORITHM_CHOLESKY , ALGORITHM_GAUSS , ALGORITHM_ITERATIVE }
	Choice of matrix factorization algorithms. More...
enum	EmptyElementsHandling { EMPTY_ELEMENTS_DEFAULT , EMPTY_ELEMENTS_EXCLUDED , EMPTY_ELEMENTS_INCLUDED }
enum	LogLevel {   LOG_CRITICAL_ERROR = 0 , LOG_ERROR = 1 , LOG_ERROR_DETAIL = 2 , LOG_WARNING = 3 ,   LOG_IMPORTANT = 4 , LOG_INFO = 5 , LOG_RESULT = 6 , LOG_DATA = 7 ,   LOG_DETAIL = 8 , LOG_DEBUG = 9 }
enum	InterpolationMethod : unsigned {   INTERPOLATION_DEFAULT = 0 , INTERPOLATION_NEAREST , INTERPOLATION_LINEAR , INTERPOLATION_SPLINE ,   INTERPOLATION_SMOOTH_SPLINE , INTERPOLATION_PERIODIC_SPLINE , INTERPOLATION_FOURIER , __ILLEGAL_INTERPOLATION_METHOD__ }
	Supported interpolation methods. More...
enum	PropertyType { SINGLE_VALUE_PROPERTY = 0 , MULTI_VALUE_PROPERTY = 1 , FIELD_PROPERTY = 2 , MULTI_FIELD_PROPERTY = 3 }
	Type of properties. More...

Functions
template<class T >
T	average (const DataVector< T > &v)
	Compute data arithmetic mean.
template<int dim>
shared_ptr< GeometryObject >	read_circle (GeometryReader &reader)
shared_ptr< GeometryObject >	read_Clip2D (GeometryReader &reader)
shared_ptr< GeometryObject >	read_Clip3D (GeometryReader &reader)
template<typename ChildParamF , typename WithoutChildParamF >
void	read_children (GeometryReader &reader, ChildParamF child_param_read, WithoutChildParamF without_child_param_read)
	Read children, call child_param_read if children is in <item> tag and without_child_param_read if there was no <item> tag.
shared_ptr< GeometryObject >	read_cuboid (GeometryReader &reader)
shared_ptr< GeometryObject >	read_cylinder (GeometryReader &reader)
shared_ptr< GeometryObject >	read_hollow_cylinder (GeometryReader &reader)
template<int dim>
shared_ptr< GeometryObject >	read_Intersection (GeometryReader &reader)
shared_ptr< GeometryObject >	read_arrange2d (GeometryReader &reader)
shared_ptr< GeometryObject >	read_arrange3d (GeometryReader &reader)
shared_ptr< GeometryObject >	read_lattice (GeometryReader &reader)
shared_ptr< GeometryObject >	read_block2D (GeometryReader &reader)
shared_ptr< GeometryObject >	changeToBlock (const SolidOrGradientMaterial &material, const shared_ptr< const GeometryObject > &to_change, Vec< 3, double > &translation, bool draft=false)
	Construct Block with the same dimenstion as bounding box of to_change.
template<typename GeometryType >
shared_ptr< GeometryObject >	read_flip_like (GeometryReader &reader)
shared_ptr< GeometryObject >	readPolygon (GeometryReader &reader)
constexpr Primitive< 3 >::Direction	direction3D (Primitive< 2 >::Direction dir2D)
constexpr Primitive< 3 >::Direction	direction3D (Primitive< 3 >::Direction dir3D)
shared_ptr< GeometryObject >	read_triangular_prism (GeometryReader &reader)
shared_ptr< GeometryObject >	read_prism (GeometryReader &reader)
bool	isAutoName (const std::string &name)
SpatialIndexNode< 2 > *	constructInternalNode (int dir, const double &offset, SpatialIndexNode< 2 > *lo, SpatialIndexNode< 2 > *hi)
SpatialIndexNode< 3 > *	constructInternalNode (int dir, const double &offset, SpatialIndexNode< 3 > *lo, SpatialIndexNode< 3 > *hi)
template<int DIMS>
void	inPlaceSplit (std::vector< GeometryObjectBBox< DIMS > > &inputAndLo, std::vector< GeometryObjectBBox< DIMS > > &hi, int dir, double offset)
template<int DIMS>
void	calcOptimalSplitOffset (const std::vector< GeometryObjectBBox< DIMS > > &inputSortedByLo, const std::vector< GeometryObjectBBox< DIMS > > &inputSortedByHi, int inputDir, int &bestDir, double &bestOffset, int &bestValue)
	Calculate optimal splitting offset in given direction.
template<int DIMS>
SpatialIndexNode< DIMS > *	buildCacheR (std::vector< GeometryObjectBBox< DIMS > > *input, int max_depth=16)
	Build cache.
template<int DIMS>
std::unique_ptr< SpatialIndexNode< DIMS > >	buildSpatialIndex (const std::vector< shared_ptr< Translation< DIMS > > > &children)
	Build spatial index.
template PLASK_API std::unique_ptr< SpatialIndexNode< 2 > >	buildSpatialIndex (const std::vector< shared_ptr< Translation< 2 > > > &children)
template PLASK_API std::unique_ptr< SpatialIndexNode< 3 > >	buildSpatialIndex (const std::vector< shared_ptr< Translation< 3 > > > &children)
shared_ptr< GeometryObject >	read_translation2D (GeometryReader &reader)
shared_ptr< GeometryObject >	read_translation3D (GeometryReader &reader)
shared_ptr< GeometryObject >	read_cartesianExtend (GeometryReader &reader)
shared_ptr< GeometryObject >	read_revolution (GeometryReader &reader)
template<int dim>
shared_ptr< GeometryObject >	read_TranslationContainer (GeometryReader &reader)
shared_ptr< GeometryObject >	read_triangle (GeometryReader &reader)
template<typename T , typename S >
LazyData< typename ScaledLazyDataImpl< T, S >::CellType >	operator* (LazyData< T > data, const S &scale)
	Compute factor of data and a.
template<typename T , typename S >
LazyData< typename ScaledLazyDataImpl< T, S >::CellType >	operator* (const S &scale, LazyData< T > data)
	Compute factor of vec and a.
template<class T1 , class T2 >
bool	operator== (LazyData< T1 > const &a, LazyData< T2 > const &b)
	Check if two lazy data vectors are equal.
template<class T1 , class T2 >
bool	operator== (LazyData< T1 > const &a, DataVector< T2 > const &b)
	Check if two vectors are equal.
template<class T1 , class T2 >
bool	operator== (DataVector< T1 > const &a, LazyData< T2 > const &b)
	Check if two vectors are equal.
template<class T1 , class T2 >
bool	operator!= (LazyData< T1 > const &a, LazyData< T2 > const &b)
	Check if two data vectors are not equal.
template<class T1 , class T2 >
bool	operator!= (LazyData< T1 > const &a, DataVector< T2 > const &b)
template<class T1 , class T2 >
bool	operator!= (DataVector< T1 > const &a, LazyData< T2 > const &b)
template<class T1 , class T2 >
bool	operator< (LazyData< T1 > const &a, LazyData< T2 > const &b)
	A lexical comparison of two (lazy) data vectors.
template<class T1 , class T2 >
bool	operator< (DataVector< T1 > const &a, LazyData< T2 > const &b)
template<class T1 , class T2 >
bool	operator< (LazyData< T1 > const &a, DataVector< T2 > const &b)
template<class T1 , class T2 >
bool	operator> (LazyData< T1 > const &a, LazyData< T2 > const &b)
	A lexical comparison of two (lazy) data vectors.
template<class T1 , class T2 >
bool	operator> (DataVector< T1 > const &a, LazyData< T2 > const &b)
template<class T1 , class T2 >
bool	operator> (LazyData< T1 > const &a, DataVector< T2 > const &b)
template<class T1 , class T2 >
bool	operator<= (LazyData< T1 > const &a, LazyData< T2 > const &b)
	A lexical comparison of two (lazy) data vectors.
template<class T1 , class T2 >
bool	operator<= (DataVector< T1 > const &a, LazyData< T2 > const &b)
template<class T1 , class T2 >
bool	operator<= (LazyData< T1 > const &a, DataVector< T2 > const &b)
template<class T1 , class T2 >
bool	operator>= (LazyData< T1 > const &a, LazyData< T2 > const &b)
	A lexical comparison of two (lazy) data vectors.
template<class T1 , class T2 >
bool	operator>= (DataVector< T1 > const &a, LazyData< T2 > const &b)
template<class T1 , class T2 >
bool	operator>= (LazyData< T1 > const &a, DataVector< T2 > const &b)
template<class T >
std::ostream &	operator<< (std::ostream &out, LazyData< T > const &to_print)
	Print lazy data vector to stream.
template<typename T >
LazyData< T >	SafeData (const LazyData< T > &src, const T safe_value=Zero< T >())
	Make LazyData removing NaN from another lazy data.
std::uint64_t	getUniqueNumber ()
	Get unique number.
std::string	getUniqueString ()
	Get unique string.
PLASK_API std::string	host_name ()
PLASK_API void	createDefaultLogger ()
	Create default logger.
void	writelog (LogLevel level, const std::string &msg)
	Log a message.
template<typename... Args>
void	writelog (LogLevel level, const std::string &msg, Args &&... params)
	Log a message.
template<typename ConditionT >
ConditionT	parseBoundaryValue (const XMLReader &tag_with_value)
	Parse condition from XML tag.
void	checkCompositionSimilarity (const Material::Composition &material1composition, const Material::Composition &material2composition)
std::string &	appendPart (std::string &name, const std::string &part_value, char separator)
std::string &	appendDopant (std::string &name, const std::string &dopant_name)
std::string &	appendLabel (std::string &name, const std::string &label)
std::string &	appendLabelDopant (std::string &name, const std::string &label, const std::string &dopant_name)
std::string	alloyDbKey (const Material::Composition &composition, const std::string &label, const std::string &dopant_name)
std::string	alloyDbKey (std::vector< std::string > elNames, const std::string &label, const std::string &dopant_name)
std::string	alloyDbKey (const std::string &name, const std::string &label, const std::string &dopant_name)
std::string	alloyDbKey (const std::string &fullAlloyName)
std::string	dbKey (const Material::Parameters &parameters)
int	elementGroup (const std::string &objectName)
	Get group in periodic table of given object.
template<typename NameValuePairIter >
void	fillGroupMaterialCompositionAmounts (NameValuePairIter begin, NameValuePairIter end, int group_nr)
const char *	getObjectEnd (const char *begin, const char *end)
const char *	getAmountEnd (const char *begin, const char *end)
double	toDouble (const std::string &s, const char *fullname)
template std::complex< double >	parse_complex< double > (std::string str_to_parse)
template<typename T >
constexpr std::remove_cv< typenamestd::remove_reference< T >::type >::type	NaN ()
	Construct NaN or its counterpart with given type T.
template<typename T >
constexpr std::remove_cv< typenamestd::remove_reference< T >::type >::type	Zero ()
	Construct NaN or its counterpart with given type T.
long double	conj (long double x)
double	conj (double x)
float	conj (float x)
bool	is_zero (double v, double abs_supremum=SMALL)
	Check if the real number is almost zero.
bool	is_zero (dcomplex v)
	Check if the complex number is almost zero.
bool	isnan (dcomplex v)
	Check if the complex number is NaN.
template<typename T >
T	remove_nan (T val, const T nan=Zero< T >())
	Replace NaN with some specified value (zero by default).
plask::dcomplex	operator* (int a, const plask::dcomplex &b)
plask::dcomplex	operator* (const plask::dcomplex &a, int b)
plask::dcomplex	operator* (unsigned a, const plask::dcomplex &b)
plask::dcomplex	operator* (const plask::dcomplex &a, unsigned b)
plask::dcomplex	operator/ (int a, const plask::dcomplex &b)
plask::dcomplex	operator/ (const plask::dcomplex &a, int b)
plask::dcomplex	operator/ (unsigned a, const plask::dcomplex &b)
plask::dcomplex	operator/ (const plask::dcomplex &a, unsigned b)
double	abs2 (const dcomplex &x)
template<typename T >
const T &	clamp (const T &v, const T &min, const T &max)
	Clamp value to given range.
template<typename T >
bool	in_range (const T &v, const T &beg, const T &end)
	Check if value v is in given range [beg, end).
template<typename T1 , typename T2 , typename T3 >
auto	fma (T1 to_mult_1, T2 to_mult_2, T3 to_sum) -> decltype(to_mult_1 *to_mult_2+to_sum)
	Wrapper over std::fma witch works for all types.
float	fma (float to_mult_1, float to_mult_2, float to_sum)
double	fma (double to_mult_1, double to_mult_2, double to_sum)
long double	fma (long double to_mult_1, long double to_mult_2, long double to_sum)
bool	dbl_compare_eq (double x, double y)
	Check if two doubles are equals.
bool	dbl_compare_lt (double x, double y)
	Check if x is less than y.
bool	dbl_compare_gt (double x, double y)
	Check if x is greater than y.
bool	dbl_compare_lteq (double x, double y)
	Check if x is less or equals to y.
bool	dbl_compare_gteq (double x, double y)
	Check if x is greater or equals to y.
template<typename T >
std::complex< T >	parse_complex (std::string str_to_parse)
	Parse complex number in format: R+Ij, R, Ij, or (R, I), where R and I are floating point numbers (last is standard C++ format).
void *	aligned_malloc (std::size_t size)
	Allocate size bytes.
void	aligned_free (void *ptr)
	Free memory allocated with aligned_malloc.
void *	aligned_realloc (void *ptr, std::size_t new_size, std::size_t old_size=0)
	Reallocate an aligned block of memory.
template<typename T >
T *	aligned_malloc (std::size_t num=1)
	Create new data with aligned allocation.
template<typename T >
void	aligned_free (T *ptr)
	Delete data with aligned allocation.
template<typename T , typename... Args>
T *	aligned_new (Args &&... args)
	Create new object with aligned allocation.
template<typename T >
void	aligned_delete (T *ptr)
	Delete object with aligned allocation.
template<typename T , typename... Args>
T *	aligned_new_array (std::size_t num, Args &&... args)
	Create new array with aligned allocation.
template<typename T >
void	aligned_delete_array (std::size_t num, T *ptr)
	Delete array with aligned allocation.
template<typename T >
shared_ptr< T >	getUnique (const shared_ptr< T > &ptr)
	Copy ptr data if is not the only shared_ptr instance managing the current object, i.e.
template<typename T >
shared_ptr< T >	getUnique (const shared_ptr< const T > &ptr)
	Copy ptr data if is not the only shared_ptr instance managing the current object, i.e.
template<typename T >
void	makeUnique (shared_ptr< T > &ptr)
	Copy ptr data if is not the only shared_ptr instance managing the current object, i.e.
PLASK_API void	prepareNearestNeighborInterpolationForAxis (const MeshAxis &axis, const InterpolationFlags &flags, double &wrapped_point_coord, int axis_nr)
	TODO doc - this is code by M.
PLASK_API void	prepareInterpolationForAxis (const MeshAxis &axis, const InterpolationFlags &flags, double wrapped_point_coord, int axis_nr, std::size_t &index_lo, std::size_t &index_hi, double &lo, double &hi, bool &invert_lo, bool &invert_hi)
	TODO doc - this is code by M.
template<int DIM>
shared_ptr< OnePointMesh< DIM > >	toMesh (const plask::Vec< DIM, double > &point)
	Create one-point mesh that includes given point.
template<int DIM>
shared_ptr< TranslatedMesh< DIM > >	translate (const shared_ptr< const MeshD< DIM > > &sourceMesh, const Vec< DIM, double > &translation)
BoundaryNodeSet	operator+ (BoundaryNodeSet left, BoundaryNodeSet right)
	Return union of left and right sets of nodes.
BoundaryNodeSet	operator| (BoundaryNodeSet left, BoundaryNodeSet right)
BoundaryNodeSet	operator* (BoundaryNodeSet left, BoundaryNodeSet right)
	Return intersection of left and right sets of nodes.
BoundaryNodeSet	operator& (BoundaryNodeSet left, BoundaryNodeSet right)
BoundaryNodeSet	operator- (BoundaryNodeSet left, BoundaryNodeSet right)
	Return difference of left and right sets of nodes.
template<typename MeshType >
Boundary< MeshType >	operator+ (Boundary< MeshType > left, Boundary< MeshType > right)
	Return boundary which produces the union of sets given by left and right boundaries.
template<typename MeshType >
Boundary< MeshType >	operator| (Boundary< MeshType > left, Boundary< MeshType > right)
template<typename MeshType >
Boundary< MeshType >	operator* (Boundary< MeshType > left, Boundary< MeshType > right)
	Return boundary which produces the intersection of sets given by left and right boundaries.
template<typename MeshType >
Boundary< MeshType >	operator& (Boundary< MeshType > left, Boundary< MeshType > right)
template<typename MeshType >
Boundary< MeshType >	operator- (Boundary< MeshType > left, Boundary< MeshType > right)
	Return boundary which produces the difference of sets given by left and right boundaries.
template<typename MeshType >
MeshType::Boundary	makeEmptyBoundary ()
	Helper to create empty boundary.
template<typename Boundary , typename Predicate >
Boundary	makePredicateBoundary (Predicate predicate)
	Helper to create boundary which represents set of indexes which fulfill given predicate.
template<typename Boundary >
Boundary	parseBoundary (const std::string &PLASK_UNUSED(boundary_desc), Manager &PLASK_UNUSED(manager))
	Parse boundary of given type from string.
template<typename Boundary >
Boundary	parseBoundary (XMLReader &PLASK_UNUSED(boundary_desc), Manager &PLASK_UNUSED(manager))
	Parse boundary from XML reader.
Vec< 3, double >	from_longTran_vert (const Vec< 2, double > &longTran, const double &vert)
Vec< 2, double >	to_longTran (const Vec< 3, double > &longTranVert)
Box2D	to_longTran (const Box3D &box)
template<int dim>
PLASK_API shared_ptr< OrderedAxis >	makeGeometryAxis (const shared_ptr< GeometryObjectD< dim > > &geometry, Primitive< 3 >::Direction dir, double split=0.)
	Get axis with points along edges of bounding boxes of all geometry elements.
shared_ptr< OrderedAxis >	makeGeometryGrid1D (const shared_ptr< GeometryObjectD< 2 > > &geometry, double split=0.)
	Generate grid along edges of bounding boxes of all geometry elements.
shared_ptr< RectangularMesh< 2 > >	makeGeometryGrid (const shared_ptr< GeometryObjectD< 2 > > &geometry, double split=0.)
	Generate grid along edges of bounding boxes of all geometry elements.
shared_ptr< RectangularMesh< 3 > >	makeGeometryGrid (const shared_ptr< GeometryObjectD< 3 > > &geometry, double split=0.)
	Generate grid along edges of bounding boxes of all geometry elements.
shared_ptr< OrderedAxis >	refineAxis (const shared_ptr< MeshAxis > &axis, double spacing)
	Divide existing axis into finer mesh with points approximately spaced by spacing.
template<int dim>
shared_ptr< MeshGenerator >	readRectangularDivideGenerator (XMLReader &reader, Manager &manager)
template<int dim>
shared_ptr< MeshGenerator >	readRectangularSmoothGenerator (XMLReader &reader, Manager &manager)
template PLASK_API shared_ptr< OrderedAxis >	makeGeometryAxis (const shared_ptr< GeometryObjectD< 2 > > &geometry, Primitive< 3 >::Direction dir, double split)
template PLASK_API shared_ptr< OrderedAxis >	makeGeometryAxis (const shared_ptr< GeometryObjectD< 3 > > &geometry, Primitive< 3 >::Direction dir, double split)
shared_ptr< OrderedAxis >	makeGeometryGrid1D (const shared_ptr< GeometryD< 2 > > &geometry)
	Generate grid along edges of bounding boxes of all geometry elements.
shared_ptr< RectangularMesh< 2 > >	makeGeometryGrid (const shared_ptr< GeometryD< 2 > > &geometry)
	Generate grid along edges of bounding boxes of all geometry elements.
shared_ptr< RectangularMesh< 3 > >	makeGeometryGrid (const shared_ptr< GeometryD< 3 > > &geometry)
	Generate grid along edges of bounding boxes of all geometry elements.
shared_ptr< MeshGenerator >	readTriangleGenerator (XMLReader &reader, const Manager &)
template<InterpolationMethod default_method>
InterpolationMethod	getInterpolationMethod (InterpolationMethod method)
	Helper utility that replaces INTERPOLATION_DEFAULT with particular method.
template<typename SrcMeshT , typename SrcT , typename DstT = SrcT>
LazyData< typename std::remove_const< DstT >::type >	interpolate (shared_ptr< const SrcMeshT > src_mesh, DataVector< const SrcT > src_vec, shared_ptr< const MeshD< SrcMeshT::DIM > > dst_mesh, InterpolationMethod method=INTERPOLATION_DEFAULT, const InterpolationFlags &flags=InterpolationFlags(), bool verbose=true)
	Calculate (interpolate when needed) a field of some physical properties in requested points of (dst_mesh) if values of this field in points of (src_mesh) are known.
template<typename SrcMeshT , typename SrcT , typename DstT = SrcT, typename DstMeshT >
LazyData< typename std::remove_const< DstT >::type >	interpolate (shared_ptr< SrcMeshT > src_mesh, DataVector< SrcT > src_vec, shared_ptr< DstMeshT > dst_mesh, InterpolationMethod method=INTERPOLATION_DEFAULT, const InterpolationFlags &flags=InterpolationFlags(), bool verbose=true)
shared_ptr< OrderedMesh1D >	readRectilinearMeshAxis (XMLReader &reader)
shared_ptr< OrderedMesh1D >	readOrderedMesh1D (XMLReader &reader)
shared_ptr< OrderedMesh1D >	readOrderedMesh1D_obsolete (XMLReader &reader)
shared_ptr< RectangularMesh2D >	make_rectangular_mesh (const RectangularMesh2D &to_copy)
	Copy to_copy mesh using OrderedAxis to represent each axis in returned mesh.
shared_ptr< RectangularMesh2D >	make_rectangular_mesh (shared_ptr< const RectangularMesh2D > to_copy)
shared_ptr< RectangularMesh3D >	make_rectangular_mesh (const RectangularMesh3D &to_copy)
	Copy to_copy mesh using OrderedAxis to represent each axis in returned mesh.
shared_ptr< RectangularMesh3D >	make_rectangular_mesh (shared_ptr< const RectangularMesh3D > to_copy)
shared_ptr< MeshAxis >	readMeshAxis (XMLReader &reader)
	Read 1d mesh axis from XML.
template<>
RectangularMeshBase2D::Boundary	parseBoundary< RectangularMeshBase2D::Boundary > (const std::string &boundary_desc, plask::Manager &)
template<>
RectangularMeshBase2D::Boundary	parseBoundary< RectangularMeshBase2D::Boundary > (XMLReader &boundary_desc, Manager &env)
template<>
RectangularMeshBase3D::Boundary	parseBoundary< RectangularMeshBase3D::Boundary > (const std::string &boundary_desc, plask::Manager &)
template<>
RectangularMeshBase3D::Boundary	parseBoundary< RectangularMeshBase3D::Boundary > (XMLReader &boundary_desc, Manager &env)
shared_ptr< RegularMesh1D >	readRegularMeshAxis (XMLReader &reader)
shared_ptr< RegularMesh1D >	readRegularMesh1D (XMLReader &reader)
shared_ptr< RegularMesh1D >	readRegularMesh1D_obsolete (XMLReader &reader)
TriangularMesh2D::Segment	makeSegment (std::size_t a, std::size_t b)
std::size_t	readTriangularMesh2D_readNodeIndex (XMLReader &reader, const char *attrName, std::size_t nodes_size)
template PLASK_API std::set< std::size_t >	TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::TOP > (const TriangularMesh2D::SegmentsCounts &segmentsCount) const
template PLASK_API std::set< std::size_t >	TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::LEFT > (const TriangularMesh2D::SegmentsCounts &segmentsCount) const
template PLASK_API std::set< std::size_t >	TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::RIGHT > (const TriangularMesh2D::SegmentsCounts &segmentsCount) const
template PLASK_API std::set< std::size_t >	TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::BOTTOM > (const TriangularMesh2D::SegmentsCounts &segmentsCount) const
template PLASK_API std::set< std::size_t >	TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::ALL > (const TriangularMesh2D::SegmentsCounts &segmentsCount) const
template<>
TriangularMesh2D::Boundary	parseBoundary< TriangularMesh2D::Boundary > (const std::string &boundary_desc, plask::Manager &)
template<>
TriangularMesh2D::Boundary	parseBoundary< TriangularMesh2D::Boundary > (XMLReader &boundary_desc, Manager &env)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< double, double >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< double, double >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (BarycentricTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< double, double >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >)
	PLASK_API_EXTERN_TEMPLATE_STRUCT (NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >)
template<typename T >
std::string	str (T x)
	Convert something to pretty string.
std::string	str (double x, const char *fmt="{:.9g}")
	Convert double number to pretty string.
std::string	str (std::complex< double > x, const char *fmt="{:.9g}{:+0.9g}j", const char *rfmt=nullptr)
	Convert complex number to pretty string.
template<typename ContainerType , typename Reference >
Reference	dereferenceByIndexOperator (ContainerType &container, std::size_t index)
template<typename ContainerType >
IndexedIterator< ContainerType >	makeIndexedIterator (ContainerType *c, std::size_t index)
	Get IndexedIterator for given container.
template<typename Functor >
FunctorIndexedIterator< Functor >	makeFunctorIndexedIterator (Functor f, std::size_t index)
	Get FunctorIndexedIterator for given functor.
template<typename ContainerType >
ReindexedContainer< ContainerType >	reindexContainer (ContainerType &originalContainer, int firstIndex=0, int delta=1)
	Helper function to create ReindexedContainer instantiation objects.
template<typename map_t >
map_t::mapped_type	map_find (map_t &map, const typename map_t::key_type &to_find, typename map_t::mapped_type &&if_not_found=nullptr)
	Try find value in map by key and return if_not_found value if object was not found.
template<typename Iter , typename Val >
Iter	find_nearest_using_lower_bound (Iter begin, Iter end, const Val &to_find, Iter lower_bound)
	Find position in ascending ordered, radnom access, sequence [begin, end) of floats or doubles nearest to to_find.
template<typename Iter , typename Val >
Iter	find_nearest_binary (Iter begin, Iter end, const Val &to_find)
	Find position in ascending ordered, radnom access, sequence [begin, end) of floats or doubles nearest to to_find.
template<typename ForwadIterator >
std::ostream &	printRange (std::ostream &out, ForwadIterator begin, ForwadIterator end, const char *separator=", ")
	Print range separating elements by separator (which is not printed after last element).
template<typename Tuple >
constexpr std::size_t	tuple_size ()
template<typename Op , typename T , template< std::size_t... > class I, std::size_t... Indices>
constexpr auto	apply_tuple_return_type_impl (Op &&op, T &&t, I< Indices... >) -> return_type< Op(decltype(std::get< Indices >(std::forward< T >(t)))...)>
template<typename Op , typename T >
constexpr auto	apply_tuple_return_type (Op &&op, T &&t) -> decltype(apply_tuple_return_type_impl(op, t, make_seq_indices< 0, tuple_size< T >()>{}))
template<typename Ret , typename Op , typename T , template< std::size_t... > class I, std::size_t... Indices>
Ret	apply_tuple (Op &&op, T &&t, I< Indices... >)
template<typename Op , typename Tuple >
auto	apply_tuple (Op &&op, Tuple &&t) -> decltype(apply_tuple_return_type(std::forward< Op >(op), std::forward< Tuple >(t)))
	Call f using arguments from tuple.
std::pair< std::string, std::string >	splitString2 (const std::string &to_split, char splitter)
	Split string to two parts: before spliter and after spliter.
std::string	removedChars (const std::string &str, const std::string &chars_to_remove)
split_esc_tokenizer	splitEscIterator (const std::string &str, char splitter, char quote_char='\'', char esc_char='\\')
	Split str to sequence of tokens.
std::vector< std::string >	splitEsc (const std::string &str, char splitter, char quote_char='\'', char esc_char='\\')
	Split str to sequence of tokens.
bool	isEngLower (char ch)
bool	isEngUpper (char ch)
bool	isEngAlpha (char ch)
bool	isDigit (char ch)
bool	isCid (const char *potential_id)
	Check if potential_id is valid C/C++/python name.
template<typename Iter >
std::ostream &	print_seq (std::ostream &out, Iter begin, Iter end, const char *sep=", ")
	Print all values from sequence [begin, end) sepparating by sep.
template<typename Pred >
std::string	filterChars (const std::string &str, Pred pred)
	Calculate copy of string str without some characters.
template<typename CharReplacer >
std::string	replaceChars (const std::string &str, CharReplacer repl)
	Calculate copy of string str with some characters replaced by other.
template<typename RangeT , typename PredicateT , typename SequenceSequenceT = std::vector<std::string>>
SequenceSequenceT	splitAndTrimPred (RangeT &input, PredicateT pred, boost::algorithm::token_compress_mode_type eCompress=boost::algorithm::token_compress_off)
	Split input to sequence of tokens.
template<typename T >
std::string	type_name ()
	Get simplified type name of given type.
std::string	exePathAndName ()
	Retrieves the fully qualified path for current program executable file.
std::string	exePath ()
	Get path to current program executable file.
std::string	prefixPath ()
	Get environment variable PLASK_PREFIX_PATH (should be without rearmost '/' or '\') or, if it is not set, path one step above the current program executable file.
std::string	plaskLibPath ()
	Get path to plask library files (shared libraries).
std::string	plaskSolversPath (const std::string &category)
	Get path to files (shared libraries) with solvers in given category.
std::string	plaskMaterialsPath ()
	Get path to materials files (shared libraries).
template<>
double	abs2< 2, dcomplex > (const Vec< 2, dcomplex > &v)
template<>
double	abs2< 3, dcomplex > (const Vec< 3, dcomplex > &v)
template<>
double	abs< 2, double > (const Vec< 2, double > &v)
template<typename T >
constexpr Vec< 2, T >	conj (const Vec< 2, T > &v)
	Calculate vector conjugate.
template<typename T1 , typename T2 >
auto	dot (const Vec< 2, T1 > &v1, const Vec< 2, T2 > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
template<typename T1 , typename T2 >
auto	cross (const Vec< 2, T1 > &v1, const Vec< 2, T2 > &v2) -> decltype(v1.c0 *v2.c1)
	Compute (analog of 3d) cross product of two vectors v1 and v2.
auto	dot (const Vec< 2, dcomplex > &v1, const Vec< 2, double > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
auto	dot (const Vec< 2, dcomplex > &v1, const Vec< 2, dcomplex > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
template<typename T >
constexpr Vec< 2, T >	vec (const T c0__tran, const T c1__up)
	Helper to create 2D vector.
template<typename T >
bool	is_zero (const Vec< 2, T > &v)
	Check if the vector is almost zero.
template<typename T >
constexpr Vec< 3, T >	conj (const Vec< 3, T > &v)
	Calculate vector conjugate.
template<typename T1 , typename T2 >
auto	dot (const Vec< 3, T1 > &v1, const Vec< 3, T2 > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
auto	dot (const Vec< 3, dcomplex > &v1, const Vec< 3, double > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
auto	dot (const Vec< 3, dcomplex > &v1, const Vec< 3, dcomplex > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
template<typename T >
constexpr Vec< 3, T >	vec (const T c0__lon, const T c1__tran, const T c2__up)
	Helper to create 3D vector.
template<typename T >
bool	is_zero (const Vec< 3, T > &v)
	Check if the vector is almost zero.
template<typename T1 , typename T2 >
auto	dot (const LateralVec< T1 > &v1, const LateralVec< T2 > &v2) -> decltype(v1.c0 *v2.c0)
	Compute dot product of two vectors v1 and v2.
template<typename T1 , typename T2 >
auto	cross (const LateralVec< T1 > &v1, const LateralVec< T2 > &v2) -> decltype(v1.c0 *v2.c1)
	Compute (analog of 3d) cross product of two vectors v1 and v2.
template<typename T , typename OtherT >
auto	operator* (const OtherT scale, const Tensor2< T > &tensor) -> decltype(tensor *scale)
	Calculate this tensor multiplied by scalar scale.
template<typename T >
Tensor2< T >	conj (const Tensor2< T > &v)
	Calculate tensor conjugate.
template<typename T >
bool	is_zero (const Tensor2< T > &v)
	Check if the tensor is almost zero.
template<typename T , typename OtherT >
auto	operator* (const OtherT scale, const Tensor3< T > &tensor) -> decltype(tensor *scale)
	Calculate this tensor multiplied by scalar scale.
template<typename T >
Tensor3< T >	conj (const Tensor3< T > &v)
	Calculate tensor conjugate.
template<typename T >
bool	is_zero (const Tensor3< T > &v)
	Check if the tensor is almost zero.
template<typename T >
bool	isnan (plask::Tensor3< T > tens)
double	fermiDiracHalf (double x)
template<>
thermal::tstatic::Convection	parseBoundaryValue< thermal::tstatic::Convection > (const XMLReader &tag_with_value)
template<>
thermal::tstatic::Radiation	parseBoundaryValue< thermal::tstatic::Radiation > (const XMLReader &tag_with_value)

Variables
template struct PLASK_API	Circle< 2 >
template struct PLASK_API	Circle< 3 >
template struct PLASK_API	Clip< 2 >
template struct PLASK_API	Clip< 3 >
template struct PLASK_API	GeometryObjectContainer< 2 >
template struct PLASK_API	GeometryObjectContainer< 3 >
template struct PLASK_API	Intersection< 2 >
template struct PLASK_API	Intersection< 3 >
template struct PLASK_API	ArrangeContainer< 2 >
template struct PLASK_API	ArrangeContainer< 3 >
template struct PLASK_API	GeometryObjectLeaf< 2 >
template struct PLASK_API	GeometryObjectLeaf< 3 >
template struct PLASK_API	Block< 2 >
template struct PLASK_API	Block< 3 >
template struct PLASK_API	Flip< 2 >
template struct PLASK_API	Flip< 3 >
template struct PLASK_API	Mirror< 2 >
template struct PLASK_API	Mirror< 3 >
template struct PLASK_API	GeometryObjectD< 2 >
template struct PLASK_API	GeometryObjectD< 3 >
constexpr double	POINT_TOLLERANCE = 1e-12
template struct PLASK_API	GeometryObjectSeparator< 2 >
template struct PLASK_API	GeometryObjectSeparator< 3 >
template class PLASK_API	GeometryD< 2 >
template class PLASK_API	GeometryD< 3 >
template struct PLASK_API	SpatialIndexNode< 2 >
template struct PLASK_API	SpatialIndexNode< 3 >
template struct PLASK_API	StackContainer< 2 >
template struct PLASK_API	StackContainer< 3 >
template class PLASK_API	MultiStackContainer< StackContainer< 2 > >
template class PLASK_API	MultiStackContainer< StackContainer< 3 > >
template class PLASK_API	MultiStackContainer< ShelfContainer2D >
template struct PLASK_API	Translation< 2 >
template struct PLASK_API	Translation< 3 >
template struct PLASK_API	TranslationContainer< 2 >
template struct PLASK_API	TranslationContainer< 3 >
template struct PLASK_API	BoundingBoxCache< 2 >
template struct PLASK_API	BoundingBoxCache< 3 >
std::atomic< std::uint64_t >	id
PLASK_API LogLevel	maxLoglevel = LOG_DEBUG
	Maximum log level.
PLASK_API bool	forcedLoglevel = false
PLASK_API shared_ptr< Logger >	default_logger
	Pointer to the logger.
PLASK_API OmpNestedLock	material_omp_lock
	Global Python lock.
constexpr double	PI = M_PI
constexpr double	E = M_E
constexpr double	LOG2E = M_LOG2E
constexpr double	LOG10E = M_LOG10E
constexpr double	LN2 = M_LN2
constexpr double	LN10 = M_LN10
constexpr double	PI_2 = M_PI_2
constexpr double	PI_4 = M_PI_4
constexpr double	_1_PI = M_1_PI
constexpr double	_2_PI = M_2_PI
constexpr double	_2_SQRTPI = M_2_SQRTPI
constexpr double	SQRT2 = M_SQRT2
constexpr double	SQRT1_2 = M_SQRT1_2
constexpr double	PI_DOUBLED = 6.28318530717958647692
constexpr double	SMALL = std::numeric_limits<double>::epsilon()
	The numeric precision limit.
constexpr double	SMALL2 = SMALL*SMALL
	Squared numeric precision limit.
template struct PLASK_API	OnePointMesh< 2 >
template struct PLASK_API	OnePointMesh< 3 >
template struct PLASK_API	TranslatedMesh< 2 >
template struct PLASK_API	TranslatedMesh< 3 >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< double, double >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< double, double >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< double, double >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	RectangularMeshRefinedGenerator< 1 >
template struct PLASK_API	RectangularMeshRefinedGenerator< 2 >
template struct PLASK_API	RectangularMeshRefinedGenerator< 3 >
template struct PLASK_API	RectangularMeshDivideGenerator< 1 >
template struct PLASK_API	RectangularMeshDivideGenerator< 2 >
template struct PLASK_API	RectangularMeshDivideGenerator< 3 >
template struct PLASK_API	RectangularMeshSmoothGenerator< 1 >
template struct PLASK_API	RectangularMeshSmoothGenerator< 2 >
template struct PLASK_API	RectangularMeshSmoothGenerator< 3 >
const char *	interpolationMethodNames [__ILLEGAL_INTERPOLATION_METHOD__+1]
template struct PLASK_API	MeshD< 1 >
template struct PLASK_API	MeshD< 2 >
template struct PLASK_API	MeshD< 3 >
template class PLASK_API	MeshGeneratorD< 1 >
template class PLASK_API	MeshGeneratorD< 2 >
template class PLASK_API	MeshGeneratorD< 3 >
RegisterMeshReader	rectilinearmesh1d_reader ("rectilinear1d", readOrderedMesh1D_obsolete)
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< double, double >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< double, double >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< double, double, SplineMaskedRectElement2DLazyDataImpl< double, double > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< dcomplex, dcomplex, SplineMaskedRectElement2DLazyDataImpl< dcomplex, dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double >, SplineMaskedRectElement2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double >, SplineMaskedRectElement2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor2< double >, Tensor2< double >, SplineMaskedRectElement2DLazyDataImpl< Tensor2< double >, Tensor2< double > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor3< double >, Tensor3< double >, SplineMaskedRectElement2DLazyDataImpl< Tensor3< double >, Tensor3< double > > >
template struct PLASK_API	HymanSplineMaskedRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< double, double, SplineMaskedRectElement3DLazyDataImpl< double, double > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< dcomplex, dcomplex, SplineMaskedRectElement3DLazyDataImpl< dcomplex, dcomplex > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double >, SplineMaskedRectElement3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double >, SplineMaskedRectElement3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor2< double >, Tensor2< double >, SplineMaskedRectElement3DLazyDataImpl< Tensor2< double >, Tensor2< double > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor3< double >, Tensor3< double >, SplineMaskedRectElement3DLazyDataImpl< Tensor3< double >, Tensor3< double > > >
template struct PLASK_API	HymanSplineMaskedRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< double, double >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	HymanSplineRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< double, double >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	HymanSplineRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< double, double >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	SmoothSplineRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< double, double >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	SmoothSplineRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
RegisterMeshReader	regularmesh_reader ("regular", readRegularMesh1D)
RegisterMeshReader	regularmesh1d_reader ("regular1d", readRegularMesh1D_obsolete)
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< double, double >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< double, double >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	BarycentricTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< double, double >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >
template struct PLASK_API	NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >
FiltersFactory::RegisterStandard< BandEdges >	registerBandEdgesFilters
FiltersFactory::RegisterStandard< CarriersConcentration >	registerCarriersConcentrationFilters
FiltersFactory::RegisterStandard< CurrentDensity >	registerCurrentDensityFilters
FiltersFactory::RegisterStandard< Potential >	registerPotentialFilters
FiltersFactory::RegisterStandard< FermiLevels >	registerFermiLevels
FiltersFactory::RegisterStandard< Voltage >	registerEnergyFilters
FiltersFactory::RegisterStandard< Conductivity >	registerConductivityFilters
FiltersFactory::RegisterStandard< Gain >	registerGainFilters
FiltersFactory::RegisterStandard< RefractiveIndex >	registerRefractiveIndexFilters
FiltersFactory::RegisterStandard< Epsilon >	registerEpsilonFilters
FiltersFactory::RegisterStandard< Temperature >	registerTemperatureFilters
FiltersFactory::RegisterStandard< Heat >	registerHeatFilters
FiltersFactory::RegisterStandard< ThermalConductivity >	registerThermalConductivityFilters
constexpr char	FILE_PATH_SEPARATOR = '/'
template struct PLASK_API	Vec< 2, double >
template struct PLASK_API	Vec< 2, int >
template struct PLASK_API	Vec< 3, double >
template struct PLASK_API	LateralVec< double >
template struct PLASK_API	LateralVec< int >

Detailed Description

Patterson quadrature for complex function along specified line.

Typedef Documentation

aligned_unique_ptr

template<typename T >

using plask::aligned_unique_ptr = typedef std::unique_ptr<T, aligned_deleter<T> >

Definition at line 178 of file memalloc.hpp.

ConstDataSource

template<typename PropertyT , typename OutputSpaceType >

using plask::ConstDataSource = typedef ConstDataSourceImpl<PropertyT, PropertyT::propertyType, OutputSpaceType, typename PropertyT::ExtraParams>

Definition at line 386 of file base.hpp.

Cuboid

typedef Block<3> plask::Cuboid

Definition at line 415 of file leaf.hpp.

DataFrom2Dto3DSource

template<typename PropertyT >

using plask::DataFrom2Dto3DSource = typedef DataFrom2Dto3DSourceImpl<PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams>

Source of data in 3D space which read it from inner 2D space (Extrusion).

Definition at line 237 of file change_space_size.hpp.

DataFrom3Dto2DSource

template<typename PropertyT >

using plask::DataFrom3Dto2DSource = typedef DataFrom3Dto2DSourceImpl<PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams>

Source of data in 2D space which read, and averages data from outer 3D space.

Definition at line 115 of file change_space_size.hpp.

DataFrom3DtoCyl2DSource

template<typename PropertyT >

using plask::DataFrom3DtoCyl2DSource = typedef DataFrom3DtoCyl2DSourceImpl<PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams>

Source of data in 2D space which read, and averages data from outer 3D space.

Definition at line 96 of file change_space_size_cyl.hpp.

DataFromCyl2Dto3DSource

template<typename PropertyT >

using plask::DataFromCyl2Dto3DSource = typedef DataFromCyl2Dto3DSourceImpl<PropertyT, PropertyT::propertyType, typename PropertyT::ExtraParams>

Source of data in 3D space which read it from inner 2D cylindrical space (Revolution).

Definition at line 265 of file change_space_size_cyl.hpp.

DataSource

template<typename PropertyT , typename OutputSpaceType >

using plask::DataSource = typedef DataSourceImpl<PropertyT, PropertyT::propertyType, OutputSpaceType, typename PropertyT::ExtraParams>

Definition at line 162 of file base.hpp.

DiffBoundary

template<typename MeshType >

using plask::DiffBoundary = typedef BoundaryOp<MeshType, DiffBoundarySetImpl>

Boundary which represents difference of boundaries.

Definition at line 714 of file boundary.hpp.

Edge

typedef std::pair< shared_ptr<GeometryObject>, shared_ptr<GeometryObject> > plask::Edge

Definition at line 27 of file path.hpp.

Filter

template<typename PropertyT , typename OutputSpaceType >

using plask::Filter = typedef FilterImpl<PropertyT, OutputSpaceType>

Filter is a special kind of Solver which "solves" the problem using another Solvers.

It calculates its output using input of similar type and changing it in some way, for example translating it from one space to another (2D -> 3D, 3D -> 2D, etc.).

Typically filter has one or more inputs (input receiver) and one output (output provider).

Template Parameters

PropertyT	property which has type FIELD_PROPERTY
OutputSpaceType	space of out provider included in this filter

Definition at line 763 of file filter.hpp.

FilterBase

template<typename PropertyT , typename OutputSpaceType >

using plask::FilterBase = typedef FilterBaseImpl<PropertyT, PropertyT::propertyType, OutputSpaceType, typename PropertyT::ExtraParams>

Base class for filters which recalculate field from one space to another (OutputSpaceType).

Template Parameters

PropertyT	property which has type FIELD_PROPERTY
OutputSpaceType	space of out provider included in this filter

Definition at line 475 of file filter.hpp.

IntersectionBoundary

template<typename MeshType >

using plask::IntersectionBoundary = typedef BoundaryOp<MeshType, IntersectionBoundarySetImpl>

Boundary which represents intersection of boundaries.

Definition at line 717 of file boundary.hpp.

make_seq_indices

template<std::size_t Begin, std::size_t End>

using plask::make_seq_indices = typedef typename make_seq_indices_impl<Begin, End, indices<> >::type

Definition at line 166 of file stl.hpp.

MultiScalarFieldProperty

typedef MultiFieldProperty<double> plask::MultiScalarFieldProperty

Helper class which makes it easier to define property tags classes for multiple scalar fields (fields of doubles).

Property tag class can be subclass of this, but never should be typedefs to this (tag class for each property must be a separate class — always use different types for different properties).

Definition at line 422 of file providerfor.hpp.

OFStream

typedef OStreamOutput<std::ofstream> plask::OFStream

Definition at line 47 of file writer.cpp.

openmp_size_t

typedef std::size_t plask::openmp_size_t

type similar to std::size_t which can be used in for loop with current version of OpenMP

Definition at line 31 of file openmp.hpp.

OrderedMesh1D

typedef OrderedAxis plask::OrderedMesh1D

Definition at line 301 of file ordered1d.hpp.

OStreamRef

typedef OStreamOutput<std::ostream&> plask::OStreamRef

Definition at line 46 of file writer.cpp.

PropertyAtDim

template<typename PropertyTag , int dim>

using plask::PropertyAtDim = typedef PropertyAtDimImpl<PropertyTag, dim, PropertyTag::hasUniqueValueType>

Definition at line 218 of file providerfor.hpp.

Rectangle

typedef Block<2> plask::Rectangle

Definition at line 414 of file leaf.hpp.

RectangularMaskedMesh

template<int DIM>

using plask::RectangularMaskedMesh = typedef typename std::conditional< DIM == 2, RectangularMaskedMesh2D, typename std::conditional<DIM == 3, RectangularMaskedMesh3D, void>::type >::type

Definition at line 25 of file rectangular_masked.hpp.

RectangularMesh

template<int DIM>

using plask::RectangularMesh = typedef typename std::conditional< DIM == 2, RectangularMesh2D, typename std::conditional<DIM == 3, RectangularMesh3D, void>::type >::type

Definition at line 27 of file rectangular.hpp.

RectangularMeshBase

template<int DIM>

using plask::RectangularMeshBase = typedef typename std::conditional< DIM == 2, RectangularMeshBase2D, typename std::conditional<DIM == 3, RectangularMeshBase3D, void>::type >::type

Definition at line 1237 of file rectangular_common.hpp.

RegularMesh1D

typedef RegularAxis plask::RegularMesh1D

Definition at line 216 of file regular1d.hpp.

return_type

template<typename F >

using plask::return_type = typedef typename std::result_of<F>::type

Definition at line 172 of file stl.hpp.

RtreeOfTriangularMesh2DNodes

typedef boost::geometry::index::rtree< std::size_t, boost::geometry::index::quadratic<16>, TriangularMesh2DGetterForRtree > plask::RtreeOfTriangularMesh2DNodes

Boost rtree that holds nodes of TriangularMesh2D.

Definition at line 771 of file triangular2d.hpp.

ScalarFieldProperty

typedef FieldProperty<double> plask::ScalarFieldProperty

Helper class which makes it easier to define property tags classes for scalar fields (fields of doubles).

Property tag class can be subclass of this, but never should be typedefs to this (tag class for each property must be a separate class — always use different types for different properties).

Definition at line 414 of file providerfor.hpp.

SolidOrGradientMaterial

typedef boost::variant<shared_ptr<Material>, shared_ptr<MaterialsDB::MixedCompositionFactory> > plask::SolidOrGradientMaterial

Any of the allowed material types.

Definition at line 74 of file object.hpp.

solver_construct_f

typedef Solver * plask::solver_construct_f(const std::string &name)

Definition at line 667 of file solver.hpp.

split_esc_tokenizer

typedef boost::tokenizer< boost::escaped_list_separator<char> > plask::split_esc_tokenizer

Definition at line 140 of file string.hpp.

StackContainerChildAligner

template<int dim>

using plask::StackContainerChildAligner = typedef typename chooseType<dim-2, align::Aligner<Primitive<3>::DIRECTION_TRAN>, align::Aligner<Primitive<3>::DIRECTION_LONG, Primitive<3>::DIRECTION_TRAN> >::type

Definition at line 347 of file stack.hpp.

TranslatedInnerDataSource

template<typename PropertyT , typename SpaceType >

using plask::TranslatedInnerDataSource = typedef TranslatedInnerDataSourceImpl<PropertyT, PropertyT::propertyType, SpaceType, typename PropertyT::ExtraParams>

Source of data in space SpaceType space which read it from inner space of same type.

Definition at line 134 of file translation.hpp.

TranslatedOuterDataSource

template<typename PropertyT , typename SpaceType >

using plask::TranslatedOuterDataSource = typedef TranslatedOuterDataSourceImpl<PropertyT, PropertyT::propertyType, SpaceType, typename PropertyT::ExtraParams>

Source of data in space SpaceType space which read it from outer space of same type.

Definition at line 179 of file translation.hpp.

UnionBoundary

template<typename MeshType >

using plask::UnionBoundary = typedef BoundaryOp<MeshType, UnionBoundarySetImpl>

Boundary which represents union of boundaries.

Definition at line 711 of file boundary.hpp.

XMLElement

typedef XMLWriter::Element plask::XMLElement

Easier access to XML element type.

Definition at line 386 of file writer.hpp.

Enumeration Type Documentation

EmptyElementsHandling

enum plask::EmptyElementsHandling

Enumerator
EMPTY_ELEMENTS_DEFAULT	Use default handling (exclude for Cholesky, include for iterative)
EMPTY_ELEMENTS_EXCLUDED	Exclude empty elements from matrix.
EMPTY_ELEMENTS_INCLUDED	Include empty elements in matrix.

Definition at line 139 of file fem_solver.hpp.

FemMatrixAlgorithm

enum plask::FemMatrixAlgorithm

Choice of matrix factorization algorithms.

Enumerator
ALGORITHM_CHOLESKY	Cholesky factorization.
ALGORITHM_GAUSS	Gauss elimination of asymmetric matrix (slower but safer as it uses pivoting)
ALGORITHM_ITERATIVE	Conjugate gradient iterative solver.

Definition at line 25 of file fem_solver.hpp.

InterpolationMethod

enum plask::InterpolationMethod : unsigned

Supported interpolation methods.

See also

About interpolation

Enumerator
INTERPOLATION_DEFAULT	Default interpolation (depends on source mesh)
INTERPOLATION_NEAREST	Nearest neighbor interpolation.
INTERPOLATION_LINEAR	Linear interpolation.
INTERPOLATION_SPLINE	Spline interpolation with parabolic derivatives and Hyman monotonic filter.
INTERPOLATION_SMOOTH_SPLINE	Spline interpolation with continuous second derivatives.
INTERPOLATION_PERIODIC_SPLINE	Spline interpolation with continuous second derivatives and periodic edges (1D only)
INTERPOLATION_FOURIER	Fourier transform interpolation.
__ILLEGAL_INTERPOLATION_METHOD__

Definition at line 100 of file interpolation.hpp.

LogLevel

enum plask::LogLevel

Enumerator
LOG_CRITICAL_ERROR	Exceptions and errors unconditionally interrupting program flow.
LOG_ERROR	Non-critical errors (e.g. failed convergence etc.), user can decide if the program should continue.
LOG_ERROR_DETAIL	Details of an error (e.g. stack trace)
LOG_WARNING	Warning.
LOG_IMPORTANT	Important messages.
LOG_INFO	Basic log level, gives general information on the program flow.
LOG_RESULT	Single value results (also provided with provider mechanism) for easy tracking.
LOG_DATA	Intermediate data/results, mainly for presentation in live plots.
LOG_DETAIL	Less important details on computations (i.e. recomputations of Jacobian in Broyden method)
LOG_DEBUG	Pretty much everything.

Definition at line 27 of file log.hpp.

PropertyType

enum plask::PropertyType

Type of properties.

See also

Providers and receivers

Enumerator
SINGLE_VALUE_PROPERTY	Single value property.
MULTI_VALUE_PROPERTY	Multiple values property.
FIELD_PROPERTY	Property for field which can be interpolated.
MULTI_FIELD_PROPERTY	Property for multiple fields which can be interpolated.

Definition at line 34 of file providerfor.hpp.

Function Documentation

abs2()

double plask::abs2 ( const dcomplex &  x )

inline

Definition at line 231 of file math.hpp.

abs2< 2, dcomplex >()

template<>

double plask::abs2< 2, dcomplex > ( const Vec< 2, dcomplex > &  v )

inline

Definition at line 33 of file vec.hpp.

abs2< 3, dcomplex >()

template<>

double plask::abs2< 3, dcomplex > ( const Vec< 3, dcomplex > &  v )

inline

Definition at line 36 of file vec.hpp.

abs< 2, double >()

template<>

double plask::abs< 2, double > ( const Vec< 2, double > &  v )

inline

Definition at line 61 of file vec.hpp.

aligned_delete()

template<typename T >

void plask::aligned_delete ( T *  ptr )

inline

Delete object with aligned allocation.

Parameters

ptr	pointer of object to delete

Template Parameters

T	object type

Definition at line 199 of file memalloc.hpp.

aligned_delete_array()

template<typename T >

void plask::aligned_delete_array ( std::size_t  num, T *  ptr  )

inline

Delete array with aligned allocation.

Parameters

ptr	pointer of object to delete
num	number of array elements

Template Parameters

T	object type

Definition at line 224 of file memalloc.hpp.

aligned_free() [1/2]

template<typename T >

void plask::aligned_free ( T *  ptr )

inline

Delete data with aligned allocation.

Parameters

ptr	pointer of object to delete

Template Parameters

T	object type

Definition at line 153 of file memalloc.hpp.

aligned_free() [2/2]

void plask::aligned_free ( void *  ptr )

inline

Free memory allocated with aligned_malloc.

Parameters

ptr	pointer to free

Definition at line 101 of file memalloc.hpp.

aligned_malloc() [1/2]

template<typename T >

T * plask::aligned_malloc ( std::size_t  num = 1 )

inline

Create new data with aligned allocation.

Template Parameters

T	object type

Parameters

num	number of array elements

Returns

pointer to reserved memory

Definition at line 142 of file memalloc.hpp.

aligned_malloc() [2/2]

void * plask::aligned_malloc ( std::size_t  size )

inline

Allocate size bytes.

The returned pointer is guaranteed to have 16 bytes alignment.

Parameters

size	number of bytes to allocate

Exceptions

std::bad_alloc

on allocation failure

Definition at line 83 of file memalloc.hpp.

aligned_new()

template<typename T , typename... Args>

T * plask::aligned_new ( Args &&...  args )

inline

Create new object with aligned allocation.

Template Parameters

T	object type

Parameters

args	arguments forwarded to object constructor

Returns

pointer to reserved memory

Definition at line 187 of file memalloc.hpp.

aligned_new_array()

template<typename T , typename... Args>

T * plask::aligned_new_array ( std::size_t  num, Args &&...  args  )

inline

Create new array with aligned allocation.

Template Parameters

T	object type

Parameters

num	number of array elements
args	arguments forwarded to object constructor

Definition at line 211 of file memalloc.hpp.

aligned_realloc()

void * plask::aligned_realloc ( void *  ptr, std::size_t  new_size, std::size_t  old_size = 0  )

inline

Reallocate an aligned block of memory.

Parameters

ptr	pointer to reallocate
new_size	new size
old_size	old size

Exceptions

std::bad_alloc

on allocation failure

Definition at line 120 of file memalloc.hpp.

alloyDbKey() [1/4]

std::string plask::alloyDbKey	(	const Material::Composition &	composition,
		const std::string &	label,
		const std::string &	dopant_name
	)

Definition at line 83 of file db.cpp.

alloyDbKey() [2/4]

std::string plask::alloyDbKey

(

const std::string &

fullAlloyName

)

Definition at line 100 of file db.cpp.

alloyDbKey() [3/4]

std::string plask::alloyDbKey	(	const std::string &	name,
		const std::string &	label,
		const std::string &	dopant_name
	)

Definition at line 96 of file db.cpp.

alloyDbKey() [4/4]

std::string plask::alloyDbKey	(	std::vector< std::string >	elNames,
		const std::string &	label,
		const std::string &	dopant_name
	)

Definition at line 89 of file db.cpp.

appendDopant()

std::string & plask::appendDopant	(	std::string &	name,
		const std::string &	dopant_name
	)

Definition at line 71 of file db.cpp.

appendLabel()

std::string & plask::appendLabel	(	std::string &	name,
		const std::string &	label
	)

Definition at line 75 of file db.cpp.

appendLabelDopant()

std::string & plask::appendLabelDopant	(	std::string &	name,
		const std::string &	label,
		const std::string &	dopant_name
	)

Definition at line 79 of file db.cpp.

appendPart()

std::string & plask::appendPart	(	std::string &	name,
		const std::string &	part_value,
		char	separator
	)

Definition at line 62 of file db.cpp.

apply_tuple() [1/2]

template<typename Ret , typename Op , typename T , template< std::size_t... > class I, std::size_t... Indices>

Ret plask::apply_tuple ( Op &&  op, T &&  t, I< Indices... >    )

inline

Definition at line 207 of file stl.hpp.

apply_tuple() [2/2]

template<typename Op , typename Tuple >

auto plask::apply_tuple ( Op &&  op, Tuple &&  t  ) -> decltype(apply_tuple_return_type( std::forward<Op>(op), std::forward<Tuple>(t) ))

inline

Call f using arguments from tuple.

Parameters

op	functor to call
t	tuple which contains all f arguments

Returns

result returned by f

Definition at line 219 of file stl.hpp.

apply_tuple_return_type()

template<typename Op , typename T >

constexpr auto plask::apply_tuple_return_type ( Op &&  op, T &&  t  ) -> decltype(apply_tuple_return_type_impl(op, t, make_seq_indices< 0, tuple_size< T >()>{}))

constexpr

apply_tuple_return_type_impl()

template<typename Op , typename T , template< std::size_t... > class I, std::size_t... Indices>

constexpr auto plask::apply_tuple_return_type_impl ( Op &&  op, T &&  t, I< Indices... >    ) -> return_type< Op(decltype(std::get< Indices >(std::forward< T >(t)))...)>

constexpr

average()

template<class T >

T plask::average

(

const DataVector< T > &

v

)

Compute data arithmetic mean.

Parameters

v	source data

Definition at line 818 of file data.hpp.

buildCacheR()

template<int DIMS>

SpatialIndexNode< DIMS > * plask::buildCacheR ( std::vector< GeometryObjectBBox< DIMS > > *  input, int  max_depth = 16  )

inline

Build cache.

Parameters

input	1 + DIMS * 2 vectors sorted by: 0 - in original order, dir*2 + 1 (for dim = 0 ... DIMS-1) - sorted by lower bound of bounding box in direction dir, dir*2 + 2 (for dim = 0 ... DIMS-1) - sorted by upper bound of bounding box in direction dir. Warning: this function change (destroy) inputs vectors.
max_depth	maximum depth

Returns

constructed cache

Definition at line 230 of file spatial_index.cpp.

buildSpatialIndex() [1/3]

template PLASK_API std::unique_ptr< SpatialIndexNode< 2 > > plask::buildSpatialIndex

(

const std::vector< shared_ptr< Translation< 2 > > > &

children

)

buildSpatialIndex() [2/3]

template PLASK_API std::unique_ptr< SpatialIndexNode< 3 > > plask::buildSpatialIndex

(

const std::vector< shared_ptr< Translation< 3 > > > &

children

)

buildSpatialIndex() [3/3]

template<int DIMS>

std::unique_ptr< SpatialIndexNode< DIMS > > plask::buildSpatialIndex

(

const std::vector< shared_ptr< Translation< DIMS > > > &

children

)

Build spatial index.

The index prevent reverse order of children in case of material searching.

Parameters

children

vector of geometry object for which index should be build

Returns

constructed index

Definition at line 251 of file spatial_index.cpp.

calcOptimalSplitOffset()

template<int DIMS>

void plask::calcOptimalSplitOffset	(	const std::vector< GeometryObjectBBox< DIMS > > &	inputSortedByLo,
		const std::vector< GeometryObjectBBox< DIMS > > &	inputSortedByHi,
		int	inputDir,
		int &	bestDir,
		double &	bestOffset,
		int &	bestValue
	)

Calculate optimal splitting offset in given direction.

Parameters

inputSortedByLo,inputSortedByHi	input vector sorted by lo and hi boxes coordinates (in inputDir)
inputDir	searched direction
bestDir,bestOffset,bestValue	parameters of earlier best point, eventually changed

Definition at line 188 of file spatial_index.cpp.

changeToBlock()

PLASK_API shared_ptr< GeometryObject > plask::changeToBlock	(	const SolidOrGradientMaterial &	material,
		const shared_ptr< const GeometryObject > &	to_change,
		Vec< 3, double > &	translation,
		bool	draft = false
	)

Construct Block with the same dimenstion as bounding box of to_change.

Parameters

material	material of the constructed Block
to_change	geometry object
translation[out]	set to position (lower corner) of to_change bounding box
draft	should draft graded material be created?

Returns

Block<to_change->getDimensionsCount()> object

Definition at line 302 of file leaf.cpp.

checkCompositionSimilarity()

void plask::checkCompositionSimilarity	(	const Material::Composition &	material1composition,
		const Material::Composition &	material2composition
	)

Definition at line 26 of file db.cpp.

clamp()

template<typename T >

const T & plask::clamp	(	const T &	v,
		const T &	min,
		const T &	max
	)

Clamp value to given range.

Parameters

v	value to clamp
min,max	minimal and maximal value which can be returned

Returns

min if v < min, max if v > max, v in another cases

Definition at line 242 of file math.hpp.

conj() [1/7]

template<typename T >

Tensor2< T > plask::conj ( const Tensor2< T > &  v )

inline

Calculate tensor conjugate.

Parameters

v

a tensor

Returns

conjugate tensor

Definition at line 276 of file tensor2.hpp.

conj() [2/7]

template<typename T >

Tensor3< T > plask::conj ( const Tensor3< T > &  v )

inline

Calculate tensor conjugate.

Parameters

v

a tensor

Returns

conjugate tensor

Definition at line 463 of file tensor3.hpp.

conj() [3/7]

template<typename T >

constexpr Vec< 2, T > plask::conj ( const Vec< 2, T > &  v )

inlineconstexpr

Calculate vector conjugate.

Parameters

v

a vector

Returns

conjugate vector

Definition at line 400 of file 2d.hpp.

conj() [4/7]

template<typename T >

constexpr Vec< 3, T > plask::conj ( const Vec< 3, T > &  v )

inlineconstexpr

Calculate vector conjugate.

Parameters

v

a vector

Returns

conjugate vector

Definition at line 427 of file 3d.hpp.

conj() [5/7]

double plask::conj ( double  x )

inline

Definition at line 178 of file math.hpp.

conj() [6/7]

float plask::conj ( float  x )

inline

Definition at line 179 of file math.hpp.

conj() [7/7]

long double plask::conj ( long double  x )

inline

Definition at line 177 of file math.hpp.

constructInternalNode() [1/2]

SpatialIndexNode< 2 > * plask::constructInternalNode ( int  dir, const double &  offset, SpatialIndexNode< 2 > *  lo, SpatialIndexNode< 2 > *  hi  )

inline

Definition at line 156 of file spatial_index.cpp.

constructInternalNode() [2/2]

SpatialIndexNode< 3 > * plask::constructInternalNode ( int  dir, const double &  offset, SpatialIndexNode< 3 > *  lo, SpatialIndexNode< 3 > *  hi  )

inline

Definition at line 163 of file spatial_index.cpp.

createDefaultLogger()

PLASK_API void plask::createDefaultLogger

(

)

Create default logger.

Definition at line 219 of file log.cpp.

cross() [1/2]

template<typename T1 , typename T2 >

auto plask::cross ( const LateralVec< T1 > &  v1, const LateralVec< T2 > &  v2  ) -> decltype(v1.c0*v2.c1)

inline

Compute (analog of 3d) cross product of two vectors v1 and v2.

Parameters

v1,v2

vectors

Returns

(analog of 3d) cross product of v1 and v2

Definition at line 351 of file lateral.hpp.

cross() [2/2]

template<typename T1 , typename T2 >

auto plask::cross ( const Vec< 2, T1 > &  v1, const Vec< 2, T2 > &  v2  ) -> decltype(v1.c0*v2.c1)

inline

Compute (analog of 3d) cross product of two vectors v1 and v2.

Parameters

v1,v2

vectors

Returns

(analog of 3d) cross product of v1 and v2

Definition at line 419 of file 2d.hpp.

dbKey()

std::string plask::dbKey

(

const Material::Parameters &

parameters

)

Definition at line 106 of file db.cpp.

dbl_compare_eq()

bool plask::dbl_compare_eq ( double  x, double  y  )

inline

Check if two doubles are equals.

It differs from standard == operator in case of comparing NaN-s: dbl_compare_eq(NaN, NaN) is true.

Parameters

x,y	numbers to compare

Returns

true only if x equals to y

Definition at line 302 of file math.hpp.

dbl_compare_gt()

bool plask::dbl_compare_gt ( double  x, double  y  )

inline

Check if x is greater than y.

It differs from standard > operator in case of comparing NaN-s: NaN is greater than all other numbers. It is fine to use this to sort doubles or store doubles in standard containers (which is not true in case of standard > operator).

Parameters

x,y	numbers to compare

Returns

true only if x is greater than y

Definition at line 328 of file math.hpp.

dbl_compare_gteq()

bool plask::dbl_compare_gteq ( double  x, double  y  )

inline

Check if x is greater or equals to y.

It differs from standard <= operator in case of comparing NaN-s: NaN is greater than all other numbers.

Parameters

x,y	numbers to compare

Returns

true only if x is greater or equals to y.

Definition at line 346 of file math.hpp.

dbl_compare_lt()

bool plask::dbl_compare_lt ( double  x, double  y  )

inline

Check if x is less than y.

It differs from standard < operator in case of comparing NaN-s: NaN is greater than all other numbers. It is fine to use this to sort doubles or store doubles in standard containers (which is not true in case of standard < operator).

Parameters

x,y	numbers to compare

Returns

true only if x is less than y

Definition at line 315 of file math.hpp.

dbl_compare_lteq()

bool plask::dbl_compare_lteq ( double  x, double  y  )

inline

Check if x is less or equals to y.

It differs from standard >= operator in case of comparing NaN-s: NaN is greater than all other numbers.

Parameters

x,y	numbers to compare

Returns

true only if x is less or equals to y.

Definition at line 337 of file math.hpp.

dereferenceByIndexOperator()

template<typename ContainerType , typename Reference >

Reference plask::dereferenceByIndexOperator ( ContainerType &  container, std::size_t  index  )

inline

Definition at line 220 of file iterators.hpp.

direction3D() [1/2]

constexpr Primitive< 3 >::Direction plask::direction3D ( Primitive< 2 >::Direction  dir2D )

inlineconstexpr

Definition at line 848 of file primitives.hpp.

direction3D() [2/2]

constexpr Primitive< 3 >::Direction plask::direction3D ( Primitive< 3 >::Direction  dir3D )

inlineconstexpr

Definition at line 852 of file primitives.hpp.

dot() [1/7]

template<typename T1 , typename T2 >

auto plask::dot ( const LateralVec< T1 > &  v1, const LateralVec< T2 > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 341 of file lateral.hpp.

dot() [2/7]

auto plask::dot ( const Vec< 2, dcomplex > &  v1, const Vec< 2, dcomplex > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 441 of file 2d.hpp.

dot() [3/7]

auto plask::dot ( const Vec< 2, dcomplex > &  v1, const Vec< 2, double > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 430 of file 2d.hpp.

dot() [4/7]

template<typename T1 , typename T2 >

auto plask::dot ( const Vec< 2, T1 > &  v1, const Vec< 2, T2 > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 409 of file 2d.hpp.

dot() [5/7]

auto plask::dot ( const Vec< 3, dcomplex > &  v1, const Vec< 3, dcomplex > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 458 of file 3d.hpp.

dot() [6/7]

auto plask::dot ( const Vec< 3, dcomplex > &  v1, const Vec< 3, double > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 447 of file 3d.hpp.

dot() [7/7]

template<typename T1 , typename T2 >

auto plask::dot ( const Vec< 3, T1 > &  v1, const Vec< 3, T2 > &  v2  ) -> decltype(v1.c0*v2.c0)

inline

Compute dot product of two vectors v1 and v2.

Parameters

v1	first vector
v2	second vector

Returns

dot product v1·v2

Definition at line 436 of file 3d.hpp.

elementGroup()

int plask::elementGroup

(

const std::string &

objectName

)

Get group in periodic table of given object.

Parameters

objectName

name of object

Returns

group of object with given name objectName or 0 if given object is not known

Definition at line 29 of file material.cpp.

exePath()

PLASK_API std::string plask::exePath

(

)

Get path to current program executable file.

Returns

path to program executable

Definition at line 65 of file system.cpp.

exePathAndName()

PLASK_API std::string plask::exePathAndName

(

)

Retrieves the fully qualified path for current program executable file.

Returns

program executable name with path

Definition at line 35 of file system.cpp.

fermiDiracHalf()

double plask::fermiDiracHalf

(

double

x

)

Definition at line 255 of file fd.cpp.

fillGroupMaterialCompositionAmounts()

template<typename NameValuePairIter >

void plask::fillGroupMaterialCompositionAmounts ( NameValuePairIter  begin, NameValuePairIter  end, int  group_nr  )

inline

Definition at line 41 of file material.cpp.

filterChars()

template<typename Pred >

std::string plask::filterChars	(	const std::string &	str,
		Pred	pred
	)

Calculate copy of string str without some characters.

Parameters

str	string to filter
pred	predictad which return true for chars which should stay, and false for char which should be removed

Returns

copy of str which contains only chars for which Pred is true

Template Parameters

Pred	functor which take one argument (char) and return bool

Definition at line 97 of file string.hpp.

find_nearest_binary()

template<typename Iter , typename Val >

Iter plask::find_nearest_binary ( Iter  begin, Iter  end, const Val &  to_find  )

inline

Find position in ascending ordered, radnom access, sequence [begin, end) of floats or doubles nearest to to_find.

Parameters

begin,end	ordered, radnom access, sequence [begin, end), can't be empty
to_find	value to which nearest one should be found

Returns

first position pos for which abs(*pos-to_find) is minimal

Definition at line 78 of file stl.hpp.

find_nearest_using_lower_bound()

template<typename Iter , typename Val >

Iter plask::find_nearest_using_lower_bound ( Iter  begin, Iter  end, const Val &  to_find, Iter  lower_bound  )

inline

Find position in ascending ordered, radnom access, sequence [begin, end) of floats or doubles nearest to to_find.

Parameters

begin,end	ordered, radnom access, sequence [begin, end), can't be empty
to_find	value to which nearest one should be found
lower_bound	must be equal to std::lower_bound(begin, end, to_find)

Returns

first position pos for which abs(*pos-to_find) is minimal

Definition at line 60 of file stl.hpp.

fma() [1/4]

double plask::fma ( double  to_mult_1, double  to_mult_2, double  to_sum  )

inline

Definition at line 274 of file math.hpp.

fma() [2/4]

float plask::fma ( float  to_mult_1, float  to_mult_2, float  to_sum  )

inline

Definition at line 270 of file math.hpp.

fma() [3/4]

long double plask::fma ( long double  to_mult_1, long double  to_mult_2, long double  to_sum  )

inline

Definition at line 278 of file math.hpp.

fma() [4/4]

template<typename T1 , typename T2 , typename T3 >

auto plask::fma ( T1  to_mult_1, T2  to_mult_2, T3  to_sum  ) -> decltype(to_mult_1*to_mult_2+to_sum)

inline

Wrapper over std::fma witch works for all types.

For float, double and long double it calls std::fma, and for rest it just calculates to_mult_1 * to_mult_2 + to_sum.

Parameters

to_mult_1,to_mult_2,to_sum

Returns

result of to_mult_1 * to_mult_2 + to_sum, typically with better precision

Definition at line 266 of file math.hpp.

from_longTran_vert()

Vec< 3, double > plask::from_longTran_vert ( const Vec< 2, double > &  longTran, const double &  vert  )

inline

Definition at line 23 of file extruded_triangular3d.cpp.

getAmountEnd()

const char * plask::getAmountEnd	(	const char *	begin,
		const char *	end
	)

Definition at line 311 of file material.cpp.

getInterpolationMethod()

template<InterpolationMethod default_method>

InterpolationMethod plask::getInterpolationMethod ( InterpolationMethod  method )

inline

Helper utility that replaces INTERPOLATION_DEFAULT with particular method.

Definition at line 120 of file interpolation.hpp.

getObjectEnd()

const char * plask::getObjectEnd	(	const char *	begin,
		const char *	end
	)

Definition at line 305 of file material.cpp.

getUnique() [1/2]

template<typename T >

shared_ptr< T > plask::getUnique ( const shared_ptr< const T > &  ptr )

inline

Copy ptr data if is not the only shared_ptr instance managing the current object, i.e.

whether ptr.unique() is false (ptr.use_count() != 1).

Parameters

ptr	shared pointer

Returns

ptr if ptr.unique() is true (ptr.use_count() == 1) or shared_ptr with copy of object managing by ptr if ptr.unique() is false

Template Parameters

T	type of object managing by ptr, must have copy constructor

Definition at line 184 of file memory.hpp.

getUnique() [2/2]

template<typename T >

shared_ptr< T > plask::getUnique ( const shared_ptr< T > &  ptr )

inline

Copy ptr data if is not the only shared_ptr instance managing the current object, i.e.

whether ptr.unique() is false (ptr.use_count() != 1).

Parameters

ptr	shared pointer

Returns

ptr if ptr.unique() is true (ptr.use_count() == 1) or shared_ptr with copy of object managing by ptr if ptr.unique() is false

Template Parameters

T	type of object managing by ptr, must have copy constructor

Definition at line 173 of file memory.hpp.

getUniqueNumber()

PLASK_API std::uint64_t plask::getUniqueNumber

(

)

Get unique number.

This function is threads-safe.

Returns

unique number

Definition at line 24 of file id.cpp.

getUniqueString()

PLASK_API std::string plask::getUniqueString

(

)

Get unique string.

This function is threads-safe.

Returns

lexical_cast<std::string>(getUniqueNumber())

Definition at line 28 of file id.cpp.

host_name()

PLASK_API std::string plask::host_name

(

)

Definition at line 46 of file log.cpp.

in_range()

template<typename T >

bool plask::in_range	(	const T &	v,
		const T &	beg,
		const T &	end
	)

Check if value v is in given range [beg, end).

Parameters

v	value to check
beg,end	ends of range [beg, end)

Returns

true only if beg <= v && v < end

Definition at line 255 of file math.hpp.

inPlaceSplit()

template<int DIMS>

void plask::inPlaceSplit	(	std::vector< GeometryObjectBBox< DIMS > > &	inputAndLo,
		std::vector< GeometryObjectBBox< DIMS > > &	hi,
		int	dir,
		double	offset
	)

Definition at line 172 of file spatial_index.cpp.

interpolate() [1/2]

template<typename SrcMeshT , typename SrcT , typename DstT = SrcT>

LazyData< typename std::remove_const< DstT >::type > plask::interpolate	(	shared_ptr< const SrcMeshT >	src_mesh,
		DataVector< const SrcT >	src_vec,
		shared_ptr< const MeshD< SrcMeshT::DIM > >	dst_mesh,
		InterpolationMethod	method = INTERPOLATION_DEFAULT,
		const InterpolationFlags &	flags = InterpolationFlags(),
		bool	verbose = true
	)

Calculate (interpolate when needed) a field of some physical properties in requested points of (dst_mesh) if values of this field in points of (src_mesh) are known.

Parameters

src_mesh	set of points in which fields values are known
src_vec	the vector of known field values in points described by sec_mesh
dst_mesh	requested set of points, in which the field values should be calculated (interpolated)
method	interpolation method to use
verbose	if true, the log message is written

Returns

vector of the field values in points described by dst_mesh, can be equal to src_vec if src_mesh and dst_mesh are the same mesh

Exceptions

NotImplemented	if given interpolation method is not implemented for used source mesh type
CriticalException	if given interpolation method is not valid

See also

About interpolation

Definition at line 366 of file interpolation.hpp.

interpolate() [2/2]

template<typename SrcMeshT , typename SrcT , typename DstT = SrcT, typename DstMeshT >

LazyData< typename std::remove_const< DstT >::type > plask::interpolate	(	shared_ptr< SrcMeshT >	src_mesh,
		DataVector< SrcT >	src_vec,
		shared_ptr< DstMeshT >	dst_mesh,
		InterpolationMethod	method = INTERPOLATION_DEFAULT,
		const InterpolationFlags &	flags = InterpolationFlags(),
		bool	verbose = true
	)

Definition at line 382 of file interpolation.hpp.

is_zero() [1/6]

template<typename T >

bool plask::is_zero ( const Tensor2< T > &  v )

inline

Check if the tensor is almost zero.

Parameters

v	tensor to verify

Definition at line 290 of file tensor2.hpp.

is_zero() [2/6]

template<typename T >

bool plask::is_zero ( const Tensor3< T > &  v )

inline

Check if the tensor is almost zero.

Parameters

v	tensor to verify

Definition at line 480 of file tensor3.hpp.

is_zero() [3/6]

template<typename T >

bool plask::is_zero ( const Vec< 2, T > &  v )

inline

Check if the vector is almost zero.

Parameters

v	vector to verify

Definition at line 470 of file 2d.hpp.

is_zero() [4/6]

template<typename T >

bool plask::is_zero ( const Vec< 3, T > &  v )

inline

Check if the vector is almost zero.

Parameters

v	vector to verify

Definition at line 487 of file 3d.hpp.

is_zero() [5/6]

bool plask::is_zero ( dcomplex  v )

inline

Check if the complex number is almost zero.

Parameters

v	number to verify

Definition at line 195 of file math.hpp.

is_zero() [6/6]

bool plask::is_zero ( double  v, double  abs_supremum = SMALL  )

inline

Check if the real number is almost zero.

Parameters

v	number to verify
abs_supremum

Returns

true only if abs(v) < abs_supremum

Definition at line 189 of file math.hpp.

isAutoName()

bool plask::isAutoName ( const std::string &  name )

inline

Definition at line 121 of file reader.cpp.

isCid()

PLASK_API bool plask::isCid

(

const char *

potential_id

)

Check if potential_id is valid C/C++/python name.

Parameters

potential_id

Returns

true only if potential_id is valid C/C++/python name

Definition at line 60 of file string.cpp.

isDigit()

bool plask::isDigit

(

char

ch

)

Definition at line 58 of file string.cpp.

isEngAlpha()

bool plask::isEngAlpha

(

char

ch

)

Definition at line 56 of file string.cpp.

isEngLower()

bool plask::isEngLower ( char  ch )

inline

Definition at line 48 of file string.cpp.

isEngUpper()

bool plask::isEngUpper ( char  ch )

inline

Definition at line 52 of file string.cpp.

isnan() [1/2]

bool plask::isnan ( dcomplex  v )

inline

Check if the complex number is NaN.

Definition at line 200 of file math.hpp.

isnan() [2/2]

template<typename T >

bool plask::isnan ( plask::Tensor3< T >  tens )

inline

Definition at line 491 of file tensor3.hpp.

make_rectangular_mesh() [1/4]

PLASK_API shared_ptr< RectangularMesh2D > plask::make_rectangular_mesh

(

const RectangularMesh2D &

to_copy

)

Copy to_copy mesh using OrderedAxis to represent each axis in returned mesh.

Parameters

to_copy

mesh to copy

Returns

mesh with each axis of type OrderedAxis

Definition at line 224 of file rectangular2d.cpp.

make_rectangular_mesh() [2/4]

PLASK_API shared_ptr< RectangularMesh3D > plask::make_rectangular_mesh

(

const RectangularMesh3D &

to_copy

)

Copy to_copy mesh using OrderedAxis to represent each axis in returned mesh.

Parameters

to_copy

mesh to copy

Returns

mesh with each axis of type OrderedAxis

Definition at line 40 of file rectangular3d.cpp.

make_rectangular_mesh() [3/4]

shared_ptr< RectangularMesh2D > plask::make_rectangular_mesh ( shared_ptr< const RectangularMesh2D >  to_copy )

inline

Definition at line 1090 of file rectangular2d.hpp.

make_rectangular_mesh() [4/4]

shared_ptr< RectangularMesh3D > plask::make_rectangular_mesh ( shared_ptr< const RectangularMesh3D >  to_copy )

inline

Definition at line 250 of file rectangular3d.hpp.

makeEmptyBoundary()

template<typename MeshType >

MeshType::Boundary plask::makeEmptyBoundary ( )

inline

Helper to create empty boundary.

Returns

empty boundary

Template Parameters

MeshType

type of mesh for which boundary should be returned

Definition at line 893 of file boundary.hpp.

makeFunctorIndexedIterator()

template<typename Functor >

FunctorIndexedIterator< Functor > plask::makeFunctorIndexedIterator ( Functor  f, std::size_t  index  )

inline

Get FunctorIndexedIterator for given functor.

Parameters

f	functor
index	initial iterator position

Returns

iterator which using functor f and has position index

See also

FunctorIndexedIterator

Definition at line 443 of file iterators.hpp.

makeGeometryAxis() [1/3]

template PLASK_API shared_ptr< OrderedAxis > plask::makeGeometryAxis	(	const shared_ptr< GeometryObjectD< 2 > > &	geometry,
		Primitive< 3 >::Direction	dir,
		double	split
	)

makeGeometryAxis() [2/3]

template PLASK_API shared_ptr< OrderedAxis > plask::makeGeometryAxis	(	const shared_ptr< GeometryObjectD< 3 > > &	geometry,
		Primitive< 3 >::Direction	dir,
		double	split
	)

makeGeometryAxis() [3/3]

template<int dim>

PLASK_API shared_ptr< OrderedAxis > plask::makeGeometryAxis	(	const shared_ptr< GeometryObjectD< dim > > &	geometry,
		Primitive< 3 >::Direction	dir,
		double	split = 0.
	)

Get axis with points along edges of bounding boxes of all geometry elements.

Parameters

geometry	given geometry object
dir	direction along which the points should be added
split	if not 0 split points at boundaries into two separated by split

Definition at line 22 of file generator_rectangular.cpp.

makeGeometryGrid() [1/4]

shared_ptr< RectangularMesh< 2 > > plask::makeGeometryGrid ( const shared_ptr< GeometryD< 2 > > &  geometry )

inline

Generate grid along edges of bounding boxes of all geometry elements.

Parameters

geometry

given geometry

Returns

generated mesh

Definition at line 72 of file generator_rectangular.hpp.

makeGeometryGrid() [2/4]

shared_ptr< RectangularMesh< 3 > > plask::makeGeometryGrid ( const shared_ptr< GeometryD< 3 > > &  geometry )

inline

Generate grid along edges of bounding boxes of all geometry elements.

Parameters

geometry

given geometry

Returns

generated mesh

Definition at line 81 of file generator_rectangular.hpp.

makeGeometryGrid() [3/4]

PLASK_API shared_ptr< RectangularMesh< 2 > > plask::makeGeometryGrid	(	const shared_ptr< GeometryObjectD< 2 > > &	geometry,
		double	split = 0.
	)

Generate grid along edges of bounding boxes of all geometry elements.

Parameters

geometry	given geometry object
split	if not 0 split points at boundaries into two separated by split

Returns

generated mesh

Definition at line 52 of file generator_rectangular.cpp.

makeGeometryGrid() [4/4]

PLASK_API shared_ptr< RectangularMesh< 3 > > plask::makeGeometryGrid	(	const shared_ptr< GeometryObjectD< 3 > > &	geometry,
		double	split = 0.
	)

Generate grid along edges of bounding boxes of all geometry elements.

Parameters

geometry	given geometry object
split	if not 0 split points at boundaries into two separated by split

Returns

generated mesh

Definition at line 73 of file generator_rectangular.cpp.

makeGeometryGrid1D() [1/2]

shared_ptr< OrderedAxis > plask::makeGeometryGrid1D ( const shared_ptr< GeometryD< 2 > > &  geometry )

inline

Generate grid along edges of bounding boxes of all geometry elements.

Parameters

geometry

given geometry

Returns

generated mesh

Definition at line 63 of file generator_rectangular.hpp.

makeGeometryGrid1D() [2/2]

PLASK_API shared_ptr< OrderedAxis > plask::makeGeometryGrid1D	(	const shared_ptr< GeometryObjectD< 2 > > &	geometry,
		double	split = 0.
	)

Generate grid along edges of bounding boxes of all geometry elements.

Parameters

geometry	given geometry object
split	if not 0 split points at boundaries into two separated by split

Returns

generated mesh

Definition at line 42 of file generator_rectangular.cpp.

makeIndexedIterator()

template<typename ContainerType >

IndexedIterator< ContainerType > plask::makeIndexedIterator ( ContainerType *  c, std::size_t  index  )

inline

Get IndexedIterator for given container.

Parameters

c	container
index	initial iterator position

Returns

iterator over container c which points to the position index

See also

IndexedIterator

Definition at line 313 of file iterators.hpp.

makePredicateBoundary()

template<typename Boundary , typename Predicate >

Boundary plask::makePredicateBoundary ( Predicate  predicate )

inline

Helper to create boundary which represents set of indexes which fulfill given predicate.

Use: makePredicateBoundary<MeshType::Boundary>(predicate);

Parameters

predicate

functor which check if given point is in boundary

Returns

boundary which represents set of indexes which fulfill predicate

Template Parameters

Boundary	type of boundary which should be returned
Predicate	predicate which check if given point is in boundary, predicate has the following arguments: MeshType mesh (mesh and index in mesh), std::size_t index

Definition at line 910 of file boundary.hpp.

makeSegment()

TriangularMesh2D::Segment plask::makeSegment ( std::size_t  a, std::size_t  b  )

inline

Definition at line 139 of file triangular2d.cpp.

makeUnique()

template<typename T >

void plask::makeUnique ( shared_ptr< T > &  ptr )

inline

Copy ptr data if is not the only shared_ptr instance managing the current object, i.e.

whether ptr.unique() is false (ptr.use_count() != 1).

Parameters

ptr	shared pointer which will be changed to shared_ptr with copy of object managing by ptr if ptr.unique() is false

Template Parameters

T	type of object managing by ptr, must have copy constructor

Definition at line 194 of file memory.hpp.

map_find()

template<typename map_t >

map_t::mapped_type plask::map_find ( map_t &  map, const typename map_t::key_type &  to_find, typename map_t::mapped_type &&  if_not_found = nullptr  )

inline

Try find value in map by key and return if_not_found value if object was not found.

Parameters

map	map to find in it
to_find	key to find
if_not_found	value to return when there is no object with to_find key in map

Returns

founded object or if_not_found value

Definition at line 34 of file stl.hpp.

NaN()

template<typename T >

constexpr std::remove_cv< typenamestd::remove_reference< T >::type >::type plask::NaN ( )

inlineconstexpr

Construct NaN or its counterpart with given type T.

Returns

NaN or its counterpart

Definition at line 130 of file math.hpp.

operator!=() [1/3]

template<class T1 , class T2 >

bool plask::operator!= ( DataVector< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Definition at line 337 of file lazydata.hpp.

operator!=() [2/3]

template<class T1 , class T2 >

bool plask::operator!= ( LazyData< T1 > const &  a, DataVector< T2 > const &  b  )

inline

Definition at line 336 of file lazydata.hpp.

operator!=() [3/3]

template<class T1 , class T2 >

bool plask::operator!= ( LazyData< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Check if two data vectors are not equal.

Parameters

a,b	vectors to compare

Returns

true only if a is not equal to b

Definition at line 335 of file lazydata.hpp.

operator&() [1/2]

template<typename MeshType >

Boundary< MeshType > plask::operator& ( Boundary< MeshType >  left, Boundary< MeshType >  right  )

inline

Definition at line 783 of file boundary.hpp.

operator&() [2/2]

BoundaryNodeSet plask::operator& ( BoundaryNodeSet  left, BoundaryNodeSet  right  )

inline

Definition at line 742 of file boundary.hpp.

operator*() [1/10]

template<typename MeshType >

Boundary< MeshType > plask::operator* ( Boundary< MeshType >  left, Boundary< MeshType >  right  )

inline

Return boundary which produces the intersection of sets given by left and right boundaries.

Parameters

left,right

boundaries

Returns

the intersection boundary

Definition at line 779 of file boundary.hpp.

operator*() [2/10]

BoundaryNodeSet plask::operator* ( BoundaryNodeSet  left, BoundaryNodeSet  right  )

inline

Return intersection of left and right sets of nodes.

Parameters

left,right

sets of nodes

Returns

the intersection

Definition at line 739 of file boundary.hpp.

operator*() [3/10]

template<typename T , typename OtherT >

auto plask::operator*	(	const OtherT	scale,
		const Tensor2< T > &	tensor
	)		-> decltype(tensor * scale)

Calculate this tensor multiplied by scalar scale.

Parameters

scale	scalar
tensor	tensor

Returns

this tensor multiplied by scalar

Definition at line 267 of file tensor2.hpp.

operator*() [4/10]

template<typename T , typename OtherT >

auto plask::operator*	(	const OtherT	scale,
		const Tensor3< T > &	tensor
	)		-> decltype(tensor * scale)

Calculate this tensor multiplied by scalar scale.

Parameters

scale	scalar
tensor	tensor

Returns

this tensor multiplied by scalar

Definition at line 454 of file tensor3.hpp.

operator*() [5/10]

plask::dcomplex plask::operator* ( const plask::dcomplex &  a, int  b  )

inline

Definition at line 219 of file math.hpp.

operator*() [6/10]

plask::dcomplex plask::operator* ( const plask::dcomplex &  a, unsigned  b  )

inline

Definition at line 221 of file math.hpp.

operator*() [7/10]

template<typename T , typename S >

LazyData< typename ScaledLazyDataImpl< T, S >::CellType > plask::operator*	(	const S &	scale,
		LazyData< T >	data
	)

Compute factor of vec and a.

Parameters

vec	vector to multiply
a	multiply factor

Returns

vec * a

Definition at line 300 of file lazydata.hpp.

operator*() [8/10]

plask::dcomplex plask::operator* ( int  a, const plask::dcomplex &  b  )

inline

Definition at line 218 of file math.hpp.

operator*() [9/10]

template<typename T , typename S >

LazyData< typename ScaledLazyDataImpl< T, S >::CellType > plask::operator*	(	LazyData< T >	data,
		const S &	scale
	)

Compute factor of data and a.

Parameters

data	vector to multiply
a	multiply factor

Returns

vec * a

Definition at line 289 of file lazydata.hpp.

operator*() [10/10]

plask::dcomplex plask::operator* ( unsigned  a, const plask::dcomplex &  b  )

inline

Definition at line 220 of file math.hpp.

operator+() [1/2]

template<typename MeshType >

Boundary< MeshType > plask::operator+ ( Boundary< MeshType >  left, Boundary< MeshType >  right  )

inline

Return boundary which produces the union of sets given by left and right boundaries.

Parameters

left,right

boundaries

Returns

the union boundary

Definition at line 763 of file boundary.hpp.

operator+() [2/2]

BoundaryNodeSet plask::operator+ ( BoundaryNodeSet  left, BoundaryNodeSet  right  )

inline

Return union of left and right sets of nodes.

Parameters

left,right

sets of nodes

Returns

the union

Definition at line 725 of file boundary.hpp.

operator-() [1/2]

template<typename MeshType >

Boundary< MeshType > plask::operator- ( Boundary< MeshType >  left, Boundary< MeshType >  right  )

inline

Return boundary which produces the difference of sets given by left and right boundaries.

Parameters

left,right

boundaries

Returns

the difference boundary

Definition at line 794 of file boundary.hpp.

operator-() [2/2]

BoundaryNodeSet plask::operator- ( BoundaryNodeSet  left, BoundaryNodeSet  right  )

inline

Return difference of left and right sets of nodes.

Parameters

left,right

sets of nodes

Returns

the difference

Definition at line 752 of file boundary.hpp.

operator/() [1/4]

plask::dcomplex plask::operator/ ( const plask::dcomplex &  a, int  b  )

inline

Definition at line 223 of file math.hpp.

operator/() [2/4]

plask::dcomplex plask::operator/ ( const plask::dcomplex &  a, unsigned  b  )

inline

Definition at line 225 of file math.hpp.

operator/() [3/4]

plask::dcomplex plask::operator/ ( int  a, const plask::dcomplex &  b  )

inline

Definition at line 222 of file math.hpp.

operator/() [4/4]

plask::dcomplex plask::operator/ ( unsigned  a, const plask::dcomplex &  b  )

inline

Definition at line 224 of file math.hpp.

operator<() [1/3]

template<class T1 , class T2 >

bool plask::operator< ( DataVector< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Definition at line 347 of file lazydata.hpp.

operator<() [2/3]

template<class T1 , class T2 >

bool plask::operator< ( LazyData< T1 > const &  a, DataVector< T2 > const &  b  )

inline

Definition at line 350 of file lazydata.hpp.

operator<() [3/3]

template<class T1 , class T2 >

bool plask::operator< ( LazyData< T1 > const &  a, LazyData< T2 > const &  b  )

inline

A lexical comparison of two (lazy) data vectors.

Parameters

a,b	vectors to compare

Returns

true only if a is smaller than the b

Definition at line 344 of file lazydata.hpp.

operator<<()

template<class T >

std::ostream & plask::operator<<	(	std::ostream &	out,
		LazyData< T > const &	to_print
	)

Print lazy data vector to stream.

Parameters

out	output, destination stream
to_print	lazy data vector to print

Returns

out

Definition at line 387 of file lazydata.hpp.

operator<=() [1/3]

template<class T1 , class T2 >

bool plask::operator<= ( DataVector< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Definition at line 368 of file lazydata.hpp.

operator<=() [2/3]

template<class T1 , class T2 >

bool plask::operator<= ( LazyData< T1 > const &  a, DataVector< T2 > const &  b  )

inline

Definition at line 369 of file lazydata.hpp.

operator<=() [3/3]

template<class T1 , class T2 >

bool plask::operator<= ( LazyData< T1 > const &  a, LazyData< T2 > const &  b  )

inline

A lexical comparison of two (lazy) data vectors.

Parameters

a,b	vectors to compare

Returns

true only if a is smaller or equal to b

Definition at line 367 of file lazydata.hpp.

operator==() [1/3]

template<class T1 , class T2 >

bool plask::operator== ( DataVector< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Check if two vectors are equal.

Parameters

a,b	vectors to compare

Returns

true only if a is equal to b (a[0]==b[0], a[1]==b[1], ...)

Definition at line 328 of file lazydata.hpp.

operator==() [2/3]

template<class T1 , class T2 >

bool plask::operator== ( LazyData< T1 > const &  a, DataVector< T2 > const &  b  )

inline

Check if two vectors are equal.

Parameters

a,b	vectors to compare

Returns

true only if a is equal to b (a[0]==b[0], a[1]==b[1], ...)

Definition at line 319 of file lazydata.hpp.

operator==() [3/3]

template<class T1 , class T2 >

bool plask::operator== ( LazyData< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Check if two lazy data vectors are equal.

Parameters

a,b	vectors to compare

Returns

true only if a is equal to b (a[0]==b[0], a[1]==b[1], ...)

Definition at line 310 of file lazydata.hpp.

operator>() [1/3]

template<class T1 , class T2 >

bool plask::operator> ( DataVector< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Definition at line 359 of file lazydata.hpp.

operator>() [2/3]

template<class T1 , class T2 >

bool plask::operator> ( LazyData< T1 > const &  a, DataVector< T2 > const &  b  )

inline

Definition at line 360 of file lazydata.hpp.

operator>() [3/3]

template<class T1 , class T2 >

bool plask::operator> ( LazyData< T1 > const &  a, LazyData< T2 > const &  b  )

inline

A lexical comparison of two (lazy) data vectors.

Parameters

a,b	vectors to compare

Returns

true only if b is smaller than the a

Definition at line 358 of file lazydata.hpp.

operator>=() [1/3]

template<class T1 , class T2 >

bool plask::operator>= ( DataVector< T1 > const &  a, LazyData< T2 > const &  b  )

inline

Definition at line 377 of file lazydata.hpp.

operator>=() [2/3]

template<class T1 , class T2 >

bool plask::operator>= ( LazyData< T1 > const &  a, DataVector< T2 > const &  b  )

inline

Definition at line 378 of file lazydata.hpp.

operator>=() [3/3]

template<class T1 , class T2 >

bool plask::operator>= ( LazyData< T1 > const &  a, LazyData< T2 > const &  b  )

inline

A lexical comparison of two (lazy) data vectors.

Parameters

a,b	vectors to compare

Returns

true only if b is smaller or equal to a

Definition at line 376 of file lazydata.hpp.

operator|() [1/2]

template<typename MeshType >

Boundary< MeshType > plask::operator| ( Boundary< MeshType >  left, Boundary< MeshType >  right  )

inline

Definition at line 767 of file boundary.hpp.

operator|() [2/2]

BoundaryNodeSet plask::operator| ( BoundaryNodeSet  left, BoundaryNodeSet  right  )

inline

Definition at line 728 of file boundary.hpp.

parse_complex()

template<typename T >

std::complex< T > plask::parse_complex

(

std::string

str_to_parse

)

Parse complex number in format: R+Ij, R, Ij, or (R, I), where R and I are floating point numbers (last is standard C++ format).

Parameters

str_to_parse

string to parse

Returns

parsed complex number

Exceptions

IllFormatedComplex

when str_to_parse is in bad format

Definition at line 369 of file math.hpp.

parse_complex< double >()

template PLASK_API std::complex< double > plask::parse_complex< double >

(

std::string

str_to_parse

)

parseBoundary() [1/2]

template<typename Boundary >

Boundary plask::parseBoundary ( const std::string &  PLASK_UNUSEDboundary_desc, Manager &  PLASK_UNUSEDmanager  )

inline

Parse boundary of given type from string.

Specialization of this function:

template <> inline BoundaryType parseBoundary<BoundaryType>(const std::string& boundary_desc) { ... }

are responsible to parse boundary of type BoundaryType from string.

Parameters

boundary_desc	boundary description, depends on type of boundary (which generally depends on mesh type)
manager	geometry manager

Returns

parsed boundary or Boundary() if can't parse given string

Definition at line 932 of file boundary.hpp.

parseBoundary() [2/2]

template<typename Boundary >

Boundary plask::parseBoundary ( XMLReader &  PLASK_UNUSEDboundary_desc, Manager &  PLASK_UNUSEDmanager  )

inline

Parse boundary from XML reader.

It starts from tag which beginning is pointed by reader and (in case of successful parse) move reader to end of this tag.

For given boundary type (Boundary) specialization of this function:

template <> inline Boundary parseBoundary<Boundary>(XMLReader& boundary_desc) { ... }

are responsible to parse boundary from XML for this boundary type (which generally depends on mesh type).

Parameters

boundary_desc	boundary description, depends on type of mesh
manager	geometry manager

Returns

parsed boundary or Boundary() if can't parse given tag

Definition at line 950 of file boundary.hpp.

parseBoundary< RectangularMeshBase2D::Boundary >() [1/2]

template<>

RectangularMeshBase2D::Boundary plask::parseBoundary< RectangularMeshBase2D::Boundary > ( const std::string &  boundary_desc, plask::Manager &    )

inline

Definition at line 641 of file rectangular_common.hpp.

parseBoundary< RectangularMeshBase2D::Boundary >() [2/2]

template<>

RectangularMeshBase2D::Boundary plask::parseBoundary< RectangularMeshBase2D::Boundary > ( XMLReader &  boundary_desc, Manager &  env  )

inline

Definition at line 644 of file rectangular_common.hpp.

parseBoundary< RectangularMeshBase3D::Boundary >() [1/2]

template<>

RectangularMeshBase3D::Boundary plask::parseBoundary< RectangularMeshBase3D::Boundary > ( const std::string &  boundary_desc, plask::Manager &    )

inline

Definition at line 1230 of file rectangular_common.hpp.

parseBoundary< RectangularMeshBase3D::Boundary >() [2/2]

template<>

RectangularMeshBase3D::Boundary plask::parseBoundary< RectangularMeshBase3D::Boundary > ( XMLReader &  boundary_desc, Manager &  env  )

inline

Definition at line 1233 of file rectangular_common.hpp.

parseBoundary< TriangularMesh2D::Boundary >() [1/2]

template<>

TriangularMesh2D::Boundary plask::parseBoundary< TriangularMesh2D::Boundary > ( const std::string &  boundary_desc, plask::Manager &    )

inline

Definition at line 712 of file triangular2d.hpp.

parseBoundary< TriangularMesh2D::Boundary >() [2/2]

template<>

TriangularMesh2D::Boundary plask::parseBoundary< TriangularMesh2D::Boundary > ( XMLReader &  boundary_desc, Manager &  env  )

inline

Definition at line 715 of file triangular2d.hpp.

parseBoundaryValue()

template<typename ConditionT >

ConditionT plask::parseBoundaryValue ( const XMLReader &  tag_with_value )

inline

Parse condition from XML tag.

Default implementation just read it from "value" attribute which use boost::lexical_cast to convert it to given type ConditionT. Specializations for chosen types can require other attributes.

Parameters

tag_with_value

XML tag to parse

Returns

parsed condition

Template Parameters

ConditionT

type of condition to parse

Definition at line 662 of file manager.hpp.

parseBoundaryValue< thermal::tstatic::Convection >()

template<>

thermal::tstatic::Convection plask::parseBoundaryValue< thermal::tstatic::Convection > ( const XMLReader &  tag_with_value )

inline

Definition at line 50 of file common.hpp.

parseBoundaryValue< thermal::tstatic::Radiation >()

template<>

thermal::tstatic::Radiation plask::parseBoundaryValue< thermal::tstatic::Radiation > ( const XMLReader &  tag_with_value )

inline

Definition at line 55 of file common.hpp.

PLASK_API_EXTERN_TEMPLATE_STRUCT() [1/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [2/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< double, double >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [3/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [4/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [5/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [6/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [7/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [8/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [9/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [10/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [11/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [12/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< double, double >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [13/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [14/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [15/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [16/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [17/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [18/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [19/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [20/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [21/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [22/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< double, double >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [23/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [24/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [25/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [26/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [27/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [28/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [29/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

)

PLASK_API_EXTERN_TEMPLATE_STRUCT() [30/30]

plask::PLASK_API_EXTERN_TEMPLATE_STRUCT

(

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

)

plaskLibPath()

PLASK_API std::string plask::plaskLibPath

(

)

Get path to plask library files (shared libraries).

This directory contains subdirectories: solvers (see plaskSolversPath), materials (see plaskMaterialsPath).

Returns

path to plask library files (with rearmost '/' or '\')

Definition at line 79 of file system.cpp.

plaskMaterialsPath()

PLASK_API std::string plask::plaskMaterialsPath

(

)

Get path to materials files (shared libraries).

Returns

path (with rearmost '/' or '\')

Definition at line 98 of file system.cpp.

plaskSolversPath()

PLASK_API std::string plask::plaskSolversPath

(

const std::string &

category

)

Get path to files (shared libraries) with solvers in given category.

Parameters

category

name of solvers category

Returns

path (with rearmost '/' or '\')

Definition at line 89 of file system.cpp.

prefixPath()

PLASK_API std::string plask::prefixPath

(

)

Get environment variable PLASK_PREFIX_PATH (should be without rearmost '/' or '\') or, if it is not set, path one step above the current program executable file.

Returns

path one step above from program executable

Definition at line 69 of file system.cpp.

prepareInterpolationForAxis()

PLASK_API void plask::prepareInterpolationForAxis	(	const MeshAxis &	axis,
		const InterpolationFlags &	flags,
		double	wrapped_point_coord,
		int	axis_nr,
		std::size_t &	index_lo,
		std::size_t &	index_hi,
		double &	lo,
		double &	hi,
		bool &	invert_lo,
		bool &	invert_hi
	)

TODO doc - this is code by M.

Dems copied from interpolation methods of rectngular meshes

This function is used by linear and spline interpolations of rectangular meshes.

Parameters

[in]	axis
[in]	flags
[in]	wrapped_point_coord
[in]	axis_nr
[out]	index_lo
[out]	index_hi
[out]	lo
[out]	hi
[out]	invert_lo
[out]	invert_hi

Definition at line 99 of file axis1d.cpp.

prepareNearestNeighborInterpolationForAxis()

PLASK_API void plask::prepareNearestNeighborInterpolationForAxis	(	const MeshAxis &	axis,
		const InterpolationFlags &	flags,
		double &	wrapped_point_coord,
		int	axis_nr
	)

TODO doc - this is code by M.

Dems copied from interpolation methods of rectngular meshes

Parameters

[in]	axis
[in]	flags
[in,out]	wrapped_point_coord
[in]	axis_nr

Definition at line 89 of file axis1d.cpp.

print_seq()

template<typename Iter >

std::ostream & plask::print_seq	(	std::ostream &	out,
		Iter	begin,
		Iter	end,
		const char *	sep = ", "
	)

Print all values from sequence [begin, end) sepparating by sep.

Parameters

out	print destination
begin,end	sequence to print
sep

Returns

out

Definition at line 73 of file string.hpp.

printRange()

template<typename ForwadIterator >

std::ostream & plask::printRange	(	std::ostream &	out,
		ForwadIterator	begin,
		ForwadIterator	end,
		const char *	separator = ", "
	)

Print range separating elements by separator (which is not printed after last element).

Parameters

out	stream to print to
begin,end	[begin, end) range to print
separator	string placed between each pair of adjacent elements

Returns

out

Definition at line 93 of file stl.hpp.

read_arrange2d()

shared_ptr< GeometryObject > plask::read_arrange2d

(

GeometryReader &

reader

)

Definition at line 247 of file lattice.cpp.

read_arrange3d()

shared_ptr< GeometryObject > plask::read_arrange3d

(

GeometryReader &

reader

)

Definition at line 258 of file lattice.cpp.

read_block2D()

shared_ptr< GeometryObject > plask::read_block2D

(

GeometryReader &

reader

)

Definition at line 136 of file leaf.cpp.

read_cartesianExtend()

shared_ptr< GeometryObject > plask::read_cartesianExtend

(

GeometryReader &

reader

)

Definition at line 126 of file transform_space_cartesian.cpp.

read_children()

template<typename ChildParamF , typename WithoutChildParamF >

void plask::read_children ( GeometryReader &  reader, ChildParamF  child_param_read, WithoutChildParamF  without_child_param_read  )

inline

Read children, call child_param_read if children is in <item> tag and without_child_param_read if there was no <item> tag.

Read "path" parameter from each <item> tag.

Parameters

reader	reader
child_param_read	functor called for each <item> tag, without parameters, should create child, add it to container and return PathHints::Hint (and move reader.source to end of current, <item>, tag)
without_child_param_read	functor called for each children (when there was no <item> tag), should create child, add it to container, and move reader.source to end of current tag

Definition at line 333 of file container.hpp.

read_circle()

template<int dim>

shared_ptr< GeometryObject > plask::read_circle

(

GeometryReader &

reader

)

Definition at line 161 of file circle.cpp.

read_Clip2D()

shared_ptr< GeometryObject > plask::read_Clip2D

(

GeometryReader &

reader

)

Definition at line 186 of file clip.cpp.

read_Clip3D()

shared_ptr< GeometryObject > plask::read_Clip3D

(

GeometryReader &

reader

)

Definition at line 193 of file clip.cpp.

read_cuboid()

shared_ptr< GeometryObject > plask::read_cuboid

(

GeometryReader &

reader

)

Definition at line 128 of file cuboid.cpp.

read_cylinder()

shared_ptr< GeometryObject > plask::read_cylinder

(

GeometryReader &

reader

)

Definition at line 129 of file cylinder.cpp.

read_flip_like()

template<typename GeometryType >

shared_ptr< GeometryObject > plask::read_flip_like

(

GeometryReader &

reader

)

Definition at line 253 of file mirror.cpp.

read_hollow_cylinder()

shared_ptr< GeometryObject > plask::read_hollow_cylinder

(

GeometryReader &

reader

)

Definition at line 309 of file cylinder.cpp.

read_Intersection()

template<int dim>

shared_ptr< GeometryObject > plask::read_Intersection

(

GeometryReader &

reader

)

Definition at line 138 of file intersection.cpp.

read_lattice()

shared_ptr< GeometryObject > plask::read_lattice

(

GeometryReader &

reader

)

Definition at line 503 of file lattice.cpp.

read_prism()

shared_ptr< GeometryObject > plask::read_prism

(

GeometryReader &

reader

)

Definition at line 327 of file prism.cpp.

read_revolution()

shared_ptr< GeometryObject > plask::read_revolution

(

GeometryReader &

reader

)

Definition at line 161 of file transform_space_cylindric.cpp.

read_translation2D()

shared_ptr< GeometryObject > plask::read_translation2D

(

GeometryReader &

reader

)

Definition at line 154 of file transform.cpp.

read_translation3D()

shared_ptr< GeometryObject > plask::read_translation3D

(

GeometryReader &

reader

)

Definition at line 161 of file transform.cpp.

read_TranslationContainer()

template<int dim>

shared_ptr< GeometryObject > plask::read_TranslationContainer

(

GeometryReader &

reader

)

Definition at line 131 of file translation_container.cpp.

read_triangle()

shared_ptr< GeometryObject > plask::read_triangle

(

GeometryReader &

reader

)

Definition at line 160 of file triangle.cpp.

read_triangular_prism()

shared_ptr< GeometryObject > plask::read_triangular_prism

(

GeometryReader &

reader

)

Definition at line 138 of file prism.cpp.

readMeshAxis()

shared_ptr< MeshAxis > plask::readMeshAxis

(

XMLReader &

reader

)

Read 1d mesh axis from XML.

Parameters

reader

Returns

the axis readed

Definition at line 19 of file rectangular_common.cpp.

readOrderedMesh1D()

shared_ptr< OrderedMesh1D > plask::readOrderedMesh1D

(

XMLReader &

reader

)

Definition at line 184 of file ordered1d.cpp.

readOrderedMesh1D_obsolete()

shared_ptr< OrderedMesh1D > plask::readOrderedMesh1D_obsolete

(

XMLReader &

reader

)

Definition at line 196 of file ordered1d.cpp.

readPolygon()

shared_ptr< GeometryObject > plask::readPolygon

(

GeometryReader &

reader

)

Definition at line 161 of file polygon.cpp.

readRectangularDivideGenerator()

template<int dim>

shared_ptr< MeshGenerator > plask::readRectangularDivideGenerator	(	XMLReader &	reader,
		Manager &	manager
	)

Definition at line 555 of file generator_rectangular.cpp.

readRectangularSmoothGenerator()

template<int dim>

shared_ptr< MeshGenerator > plask::readRectangularSmoothGenerator	(	XMLReader &	reader,
		Manager &	manager
	)

Definition at line 615 of file generator_rectangular.cpp.

readRectilinearMeshAxis()

shared_ptr< OrderedMesh1D > plask::readRectilinearMeshAxis

(

XMLReader &

reader

)

Definition at line 162 of file ordered1d.cpp.

readRegularMesh1D()

shared_ptr< RegularMesh1D > plask::readRegularMesh1D

(

XMLReader &

reader

)

Definition at line 80 of file regular1d.cpp.

readRegularMesh1D_obsolete()

shared_ptr< RegularMesh1D > plask::readRegularMesh1D_obsolete

(

XMLReader &

reader

)

Definition at line 90 of file regular1d.cpp.

readRegularMeshAxis()

PLASK_API shared_ptr< RegularMesh1D > plask::readRegularMeshAxis

(

XMLReader &

reader

)

Definition at line 72 of file regular1d.cpp.

readTriangleGenerator()

shared_ptr< MeshGenerator > plask::readTriangleGenerator	(	XMLReader &	reader,
		const Manager &
	)

Definition at line 157 of file generator_triangular.cpp.

readTriangularMesh2D_readNodeIndex()

std::size_t plask::readTriangularMesh2D_readNodeIndex	(	XMLReader &	reader,
		const char *	attrName,
		std::size_t	nodes_size
	)

Definition at line 479 of file triangular2d.cpp.

refineAxis()

PLASK_API shared_ptr< OrderedAxis > plask::refineAxis	(	const shared_ptr< MeshAxis > &	axis,
		double	spacing
	)

Divide existing axis into finer mesh with points approximately spaced by spacing.

Parameters

spacing

approximate distance between mesh points

Returns

refined mesh

Definition at line 89 of file generator_rectangular.cpp.

reindexContainer()

template<typename ContainerType >

ReindexedContainer< ContainerType > plask::reindexContainer	(	ContainerType &	originalContainer,
		int	firstIndex = 0,
		int	delta = 1
	)

Helper function to create ReindexedContainer instantiation objects.

Parameters

originalContainer,firstIndex,delta

ReindexedContainer constructor parameters

Returns

ReindexedContainer<ContainerType>(originalContainer, firstIndex, delta)

Template Parameters

ContainerType

type of original container

Definition at line 483 of file iterators.hpp.

remove_nan()

template<typename T >

T plask::remove_nan ( T  val, const T  nan = Zero<T>()  )

inline

Replace NaN with some specified value (zero by default).

Parameters

val	value to test
nan	value returned instead of NaN

Returns

val or its replacement (nan) if value is NaN

Definition at line 212 of file math.hpp.

removedChars()

PLASK_API std::string plask::removedChars	(	const std::string &	str,
		const std::string &	chars_to_remove
	)

Parameters

str	string to filter
chars_to_remove	set of characters to remove

Returns

copy of str with removed chars which are include in chars_to_remove

Definition at line 34 of file string.cpp.

replaceChars()

template<typename CharReplacer >

std::string plask::replaceChars	(	const std::string &	str,
		CharReplacer	repl
	)

Calculate copy of string str with some characters replaced by other.

Parameters

str	string
repl	functor which return new character or string for each input character

Returns

copy of str witch replaced all characters by results of repl

Template Parameters

CharReplacer

functor which take one argument (char) and return char or string

Definition at line 111 of file string.hpp.

SafeData()

template<typename T >

LazyData< T > plask::SafeData ( const LazyData< T > &  src, const T  safe_value = Zero<T>()  )

inline

Make LazyData removing NaN from another lazy data.

Parameters

src	source lazy data or vector
sane_value	sane value that is returned instead of NaN

Definition at line 437 of file lazydata.hpp.

splitAndTrimPred()

template<typename RangeT , typename PredicateT , typename SequenceSequenceT = std::vector<std::string>>

SequenceSequenceT plask::splitAndTrimPred	(	RangeT &	input,
		PredicateT	pred,
		boost::algorithm::token_compress_mode_type	eCompress = boost::algorithm::token_compress_off
	)

Split input to sequence of tokens.

White spaces on beginning and ending of each token are removed.

Parameters

input	input string
pred	a predicate to identify separators, this predicate is supposed to return true only if a given object is a separator
eCompress	if it is set to boost::algorithm::token_compress_on, adjacent separators are merged together, otherwise, every two separators delimit a token.

Returns

sequence of token

Definition at line 133 of file string.hpp.

splitEsc()

PLASK_API std::vector< std::string > plask::splitEsc	(	const std::string &	str,
		char	splitter,
		char	quote_char = '\'',
		char	esc_char = '\\'
	)

Split str to sequence of tokens.

White spaces on beginning and ending of each token are removed.

Parameters

str	input string
splitter	character which separate tokents, typically ',' or ';'
quote_char	the character to use for the quote also allow to insert separate character in token
esc_char	escape character which allow to insert separate character in token

Returns

sequence of token

Definition at line 42 of file string.cpp.

splitEscIterator()

PLASK_API split_esc_tokenizer plask::splitEscIterator	(	const std::string &	str,
		char	splitter,
		char	quote_char = '\'',
		char	esc_char = '\\'
	)

Split str to sequence of tokens.

White spaces on beginning and ending of each token are removed.

Parameters

str	input string
splitter	character which separate tokents, typically ',' or ';'
quote_char	the character to use for the quote, allow to insert separate character in token (if token is quoted)
esc_char	escape character which allow to insert separate character in token, typically '\'

Returns

tokenizer which allow to iterate over tokens

Definition at line 38 of file string.cpp.

splitString2()

PLASK_API std::pair< std::string, std::string > plask::splitString2	(	const std::string &	to_split,
		char	splitter
	)

Split string to two parts: before spliter and after spliter.

If spliter is not included in string return pair: to_split and empty string.

Parameters

to_split	string to split
splitter	splitter character

Returns

two strings, to_split after split

Definition at line 27 of file string.cpp.

str() [1/3]

std::string plask::str ( double  x, const char *  fmt = "{:.9g}"  )

inline

Convert double number to pretty string.

Parameters

x	value to convert
fmt	format to use

Definition at line 46 of file format.hpp.

str() [2/3]

std::string plask::str ( std::complex< double >  x, const char *  fmt = "{:.9g}{:+0.9g}j", const char *  rfmt = nullptr  )

inline

Convert complex number to pretty string.

Parameters

x	value to convert
fmt	format to use
rfmt	format used if Im(x) == 0

Definition at line 56 of file format.hpp.

str() [3/3]

template<typename T >

std::string plask::str ( T  x )

inline

Convert something to pretty string.

Parameters

x	value to convert

Definition at line 37 of file format.hpp.

to_longTran() [1/2]

Box2D plask::to_longTran ( const Box3D &  box )

inline

Definition at line 31 of file extruded_triangular3d.cpp.

to_longTran() [2/2]

Vec< 2, double > plask::to_longTran ( const Vec< 3, double > &  longTranVert )

inline

Definition at line 27 of file extruded_triangular3d.cpp.

toDouble()

double plask::toDouble	(	const std::string &	s,
		const char *	fullname
	)

Definition at line 317 of file material.cpp.

toMesh()

template<int DIM>

shared_ptr< OnePointMesh< DIM > > plask::toMesh ( const plask::Vec< DIM, double > &  point )

inline

Create one-point mesh that includes given point.

Parameters

point

point to include

Returns

mesh with one point

Definition at line 54 of file basic.hpp.

translate()

template<int DIM>

shared_ptr< TranslatedMesh< DIM > > plask::translate ( const shared_ptr< const MeshD< DIM > > &  sourceMesh, const Vec< DIM, double > &  translation  )

inline

Definition at line 90 of file basic.hpp.

TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::ALL >()

template PLASK_API std::set< std::size_t > plask::TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::ALL >

(

const TriangularMesh2D::SegmentsCounts &

segmentsCount

)

const

TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::BOTTOM >()

template PLASK_API std::set< std::size_t > plask::TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::BOTTOM >

(

const TriangularMesh2D::SegmentsCounts &

segmentsCount

)

const

TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::LEFT >()

template PLASK_API std::set< std::size_t > plask::TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::LEFT >

(

const TriangularMesh2D::SegmentsCounts &

segmentsCount

)

const

TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::RIGHT >()

template PLASK_API std::set< std::size_t > plask::TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::RIGHT >

(

const TriangularMesh2D::SegmentsCounts &

segmentsCount

)

const

TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::TOP >()

template PLASK_API std::set< std::size_t > plask::TriangularMesh2D::boundaryNodes< TriangularMesh2D::BoundaryDir::TOP >

(

const TriangularMesh2D::SegmentsCounts &

segmentsCount

)

const

tuple_size()

template<typename Tuple >

constexpr std::size_t plask::tuple_size ( )

constexpr

Definition at line 175 of file stl.hpp.

type_name()

template<typename T >

std::string plask::type_name

(

)

Get simplified type name of given type.

Definition at line 172 of file string.hpp.

vec() [1/2]

template<typename T >

constexpr Vec< 3, T > plask::vec ( const T  c0__lon, const T  c1__tran, const T  c2__up  )

inlineconstexpr

Helper to create 3D vector.

Parameters

c0__lon,c1__tran,c2__up

vector coordinates

Returns

constructed vector

Definition at line 468 of file 3d.hpp.

vec() [2/2]

template<typename T >

constexpr Vec< 2, T > plask::vec ( const T  c0__tran, const T  c1__up  )

inlineconstexpr

Helper to create 2D vector.

Parameters

c0__tran,c1__up

vector coordinates

Returns

constructed vector

Definition at line 451 of file 2d.hpp.

writelog() [1/2]

void plask::writelog ( LogLevel  level, const std::string &  msg  )

inline

Log a message.

Parameters

level	log level to log
msg	log message

Definition at line 123 of file log.hpp.

writelog() [2/2]

template<typename... Args>

void plask::writelog ( LogLevel  level, const std::string &  msg, Args &&...  params  )

inline

Log a message.

Parameters

level	log level to log
msg	log message
params	parameters passed to format

Definition at line 137 of file log.hpp.

Zero()

template<typename T >

constexpr std::remove_cv< typenamestd::remove_reference< T >::type >::type plask::Zero ( )

inlineconstexpr

Construct NaN or its counterpart with given type T.

Returns

NaN or its counterpart

Definition at line 152 of file math.hpp.

Variable Documentation

_1_PI

constexpr double plask::_1_PI = M_1_PI

constexpr

Definition at line 89 of file math.hpp.

_2_PI

constexpr double plask::_2_PI = M_2_PI

constexpr

Definition at line 95 of file math.hpp.

_2_SQRTPI

constexpr double plask::_2_SQRTPI = M_2_SQRTPI

constexpr

Definition at line 101 of file math.hpp.

ArrangeContainer< 2 >

template struct PLASK_API plask::ArrangeContainer< 2 >

Definition at line 273 of file lattice.cpp.

ArrangeContainer< 3 >

template struct PLASK_API plask::ArrangeContainer< 3 >

Definition at line 274 of file lattice.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >

Definition at line 503 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< double, double >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< double, double >

Definition at line 502 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 509 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 508 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 511 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 510 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 505 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 504 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 507 of file extruded_triangular3d.cpp.

BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::BarycentricExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 506 of file extruded_triangular3d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

Definition at line 603 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< double, double >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< double, double >

Definition at line 602 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 609 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 608 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 611 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 610 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 605 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 604 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 607 of file triangular2d.cpp.

BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::BarycentricTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 606 of file triangular2d.cpp.

Block< 2 >

template struct PLASK_API plask::Block< 2 >

Definition at line 270 of file leaf.cpp.

Block< 3 >

template struct PLASK_API plask::Block< 3 >

Definition at line 271 of file leaf.cpp.

BoundingBoxCache< 2 >

template struct PLASK_API plask::BoundingBoxCache< 2 >

Definition at line 56 of file utils.cpp.

BoundingBoxCache< 3 >

template struct PLASK_API plask::BoundingBoxCache< 3 >

Definition at line 57 of file utils.cpp.

Circle< 2 >

template struct PLASK_API plask::Circle< 2 >

Definition at line 170 of file circle.cpp.

Circle< 3 >

template struct PLASK_API plask::Circle< 3 >

Definition at line 171 of file circle.cpp.

Clip< 2 >

template struct PLASK_API plask::Clip< 2 >

Definition at line 205 of file clip.cpp.

Clip< 3 >

template struct PLASK_API plask::Clip< 3 >

Definition at line 206 of file clip.cpp.

default_logger

PLASK_API shared_ptr< Logger > plask::default_logger

Pointer to the logger.

Definition at line 200 of file log.cpp.

E

constexpr double plask::E = M_E

constexpr

Definition at line 47 of file math.hpp.

FILE_PATH_SEPARATOR

constexpr char plask::FILE_PATH_SEPARATOR = '/'

constexpr

Definition at line 29 of file system.hpp.

Flip< 2 >

template struct PLASK_API plask::Flip< 2 >

Definition at line 266 of file mirror.cpp.

Flip< 3 >

template struct PLASK_API plask::Flip< 3 >

Definition at line 267 of file mirror.cpp.

forcedLoglevel

PLASK_API bool plask::forcedLoglevel = false

Definition at line 36 of file log.cpp.

GeometryD< 2 >

template class PLASK_API plask::GeometryD< 2 >

Definition at line 166 of file space.cpp.

GeometryD< 3 >

template class PLASK_API plask::GeometryD< 3 >

Definition at line 167 of file space.cpp.

GeometryObjectContainer< 2 >

template struct PLASK_API plask::GeometryObjectContainer< 2 >

Definition at line 292 of file container.cpp.

GeometryObjectContainer< 3 >

template struct PLASK_API plask::GeometryObjectContainer< 3 >

Definition at line 293 of file container.cpp.

GeometryObjectD< 2 >

template struct PLASK_API plask::GeometryObjectD< 2 >

Definition at line 252 of file object.cpp.

GeometryObjectD< 3 >

template struct PLASK_API plask::GeometryObjectD< 3 >

Definition at line 253 of file object.cpp.

GeometryObjectLeaf< 2 >

template struct PLASK_API plask::GeometryObjectLeaf< 2 >

Definition at line 133 of file leaf.cpp.

GeometryObjectLeaf< 3 >

template struct PLASK_API plask::GeometryObjectLeaf< 3 >

Definition at line 134 of file leaf.cpp.

GeometryObjectSeparator< 2 >

template struct PLASK_API plask::GeometryObjectSeparator< 2 >

Definition at line 102 of file separator.cpp.

GeometryObjectSeparator< 3 >

template struct PLASK_API plask::GeometryObjectSeparator< 3 >

Definition at line 103 of file separator.cpp.

HymanSplineMaskedRect2DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< dcomplex, dcomplex >

Definition at line 597 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< dcomplex, dcomplex, SplineMaskedRectElement2DLazyDataImpl< dcomplex, dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< dcomplex, dcomplex, SplineMaskedRectElement2DLazyDataImpl< dcomplex, dcomplex > >

Definition at line 628 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< double, double >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< double, double >

Definition at line 596 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< double, double, SplineMaskedRectElement2DLazyDataImpl< double, double > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< double, double, SplineMaskedRectElement2DLazyDataImpl< double, double > >

Definition at line 627 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 606 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > > >

Definition at line 637 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 605 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor2< double >, Tensor2< double >, SplineMaskedRectElement2DLazyDataImpl< Tensor2< double >, Tensor2< double > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor2< double >, Tensor2< double >, SplineMaskedRectElement2DLazyDataImpl< Tensor2< double >, Tensor2< double > > >

Definition at line 636 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 609 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > > >

Definition at line 640 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 608 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Tensor3< double >, Tensor3< double >, SplineMaskedRectElement2DLazyDataImpl< Tensor3< double >, Tensor3< double > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Tensor3< double >, Tensor3< double >, SplineMaskedRectElement2DLazyDataImpl< Tensor3< double >, Tensor3< double > > >

Definition at line 639 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 600 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > > >

Definition at line 631 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 599 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double >, SplineMaskedRectElement2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double >, SplineMaskedRectElement2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > > >

Definition at line 630 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 603 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex >, SplineMaskedRectElement2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > > >

Definition at line 634 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 602 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double >, SplineMaskedRectElement2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > > >

template struct PLASK_API plask::HymanSplineMaskedRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double >, SplineMaskedRectElement2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > > >

Definition at line 633 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< dcomplex, dcomplex >

Definition at line 612 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< dcomplex, dcomplex, SplineMaskedRectElement3DLazyDataImpl< dcomplex, dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< dcomplex, dcomplex, SplineMaskedRectElement3DLazyDataImpl< dcomplex, dcomplex > >

Definition at line 643 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< double, double >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< double, double >

Definition at line 611 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< double, double, SplineMaskedRectElement3DLazyDataImpl< double, double > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< double, double, SplineMaskedRectElement3DLazyDataImpl< double, double > >

Definition at line 642 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 621 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > > >

Definition at line 652 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 620 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor2< double >, Tensor2< double >, SplineMaskedRectElement3DLazyDataImpl< Tensor2< double >, Tensor2< double > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor2< double >, Tensor2< double >, SplineMaskedRectElement3DLazyDataImpl< Tensor2< double >, Tensor2< double > > >

Definition at line 651 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 624 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > > >

Definition at line 655 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 623 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Tensor3< double >, Tensor3< double >, SplineMaskedRectElement3DLazyDataImpl< Tensor3< double >, Tensor3< double > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Tensor3< double >, Tensor3< double >, SplineMaskedRectElement3DLazyDataImpl< Tensor3< double >, Tensor3< double > > >

Definition at line 654 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 615 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > > >

Definition at line 646 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 614 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double >, SplineMaskedRectElement3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double >, SplineMaskedRectElement3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > > >

Definition at line 645 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 618 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex >, SplineMaskedRectElement3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > > >

Definition at line 649 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 617 of file rectangular_masked_spline.cpp.

HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double >, SplineMaskedRectElement3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > > >

template struct PLASK_API plask::HymanSplineMaskedRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double >, SplineMaskedRectElement3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > > >

Definition at line 648 of file rectangular_masked_spline.cpp.

HymanSplineRect2DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< dcomplex, dcomplex >

Definition at line 409 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< double, double >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< double, double >

Definition at line 408 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 418 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 417 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 421 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 420 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 412 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 411 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 415 of file rectangular_spline.cpp.

HymanSplineRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::HymanSplineRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 414 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< dcomplex, dcomplex >

Definition at line 424 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< double, double >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< double, double >

Definition at line 423 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 433 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 432 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 436 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 435 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 427 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 426 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 430 of file rectangular_spline.cpp.

HymanSplineRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::HymanSplineRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 429 of file rectangular_spline.cpp.

id

std::atomic<std::uint64_t> plask::id

Definition at line 21 of file id.cpp.

interpolationMethodNames

PLASK_API const char * plask::interpolationMethodNames

Initial value:

= {
    "DEFAULT",
    "NEAREST",
    "LINEAR",
    "SPLINE",
    "SMOOTH_SPLINE",
    "PERIODIC_SPLINE",
    "FOURIER",
    
    "ILLEGAL"
}

Definition at line 18 of file interpolation.cpp.

Intersection< 2 >

template struct PLASK_API plask::Intersection< 2 >

Definition at line 159 of file intersection.cpp.

Intersection< 3 >

template struct PLASK_API plask::Intersection< 3 >

Definition at line 160 of file intersection.cpp.

LateralVec< double >

template struct PLASK_API plask::LateralVec< double >

Definition at line 18 of file lateral.cpp.

LateralVec< int >

template struct PLASK_API plask::LateralVec< int >

Definition at line 19 of file lateral.cpp.

LN10

constexpr double plask::LN10 = M_LN10

constexpr

Definition at line 71 of file math.hpp.

LN2

constexpr double plask::LN2 = M_LN2

constexpr

Definition at line 65 of file math.hpp.

LOG10E

constexpr double plask::LOG10E = M_LOG10E

constexpr

Definition at line 59 of file math.hpp.

LOG2E

constexpr double plask::LOG2E = M_LOG2E

constexpr

Definition at line 53 of file math.hpp.

material_omp_lock

PLASK_API OmpNestedLock plask::material_omp_lock

extern

Global Python lock.

maxLoglevel

PLASK_API LogLevel plask::maxLoglevel = LOG_DEBUG

Maximum log level.

Definition at line 33 of file log.cpp.

MeshD< 1 >

template struct PLASK_API plask::MeshD< 1 >

Definition at line 78 of file mesh.cpp.

MeshD< 2 >

template struct PLASK_API plask::MeshD< 2 >

Definition at line 79 of file mesh.cpp.

MeshD< 3 >

template struct PLASK_API plask::MeshD< 3 >

Definition at line 80 of file mesh.cpp.

MeshGeneratorD< 1 >

template class PLASK_API plask::MeshGeneratorD< 1 >

Definition at line 82 of file mesh.cpp.

MeshGeneratorD< 2 >

template class PLASK_API plask::MeshGeneratorD< 2 >

Definition at line 83 of file mesh.cpp.

MeshGeneratorD< 3 >

template class PLASK_API plask::MeshGeneratorD< 3 >

Definition at line 84 of file mesh.cpp.

Mirror< 2 >

template struct PLASK_API plask::Mirror< 2 >

Definition at line 269 of file mirror.cpp.

Mirror< 3 >

template struct PLASK_API plask::Mirror< 3 >

Definition at line 270 of file mirror.cpp.

MultiStackContainer< ShelfContainer2D >

template class PLASK_API plask::MultiStackContainer< ShelfContainer2D >

Definition at line 781 of file stack.cpp.

MultiStackContainer< StackContainer< 2 > >

template class PLASK_API plask::MultiStackContainer< StackContainer< 2 > >

Definition at line 779 of file stack.cpp.

MultiStackContainer< StackContainer< 3 > >

template class PLASK_API plask::MultiStackContainer< StackContainer< 3 > >

Definition at line 780 of file stack.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >

Definition at line 551 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< double, double >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< double, double >

Definition at line 550 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 557 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 556 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 559 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 558 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 553 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 552 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 555 of file extruded_triangular3d.cpp.

NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::NearestNeighborElementExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 554 of file extruded_triangular3d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

Definition at line 638 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< double, double >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< double, double >

Definition at line 637 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 644 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 643 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 646 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 645 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 640 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 639 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 642 of file triangular2d.cpp.

NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::NearestNeighborElementTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 641 of file triangular2d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< dcomplex, dcomplex >

Definition at line 436 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< double, double >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< double, double >

Definition at line 435 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 442 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 441 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 444 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 443 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 438 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 437 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 440 of file extruded_triangular3d.cpp.

NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::NearestNeighborExtrudedTriangularMesh3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 439 of file extruded_triangular3d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< dcomplex, dcomplex >

Definition at line 565 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< double, double >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< double, double >

Definition at line 564 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 571 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 570 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 573 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 572 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 567 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 566 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 569 of file triangular2d.cpp.

NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::NearestNeighborTriangularMesh2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 568 of file triangular2d.cpp.

OnePointMesh< 2 >

template struct PLASK_API plask::OnePointMesh< 2 >

Definition at line 28 of file basic.cpp.

OnePointMesh< 3 >

template struct PLASK_API plask::OnePointMesh< 3 >

Definition at line 29 of file basic.cpp.

PI

constexpr double plask::PI = M_PI

constexpr

Definition at line 41 of file math.hpp.

PI_2

constexpr double plask::PI_2 = M_PI_2

constexpr

Definition at line 77 of file math.hpp.

PI_4

constexpr double plask::PI_4 = M_PI_4

constexpr

Definition at line 83 of file math.hpp.

PI_DOUBLED

constexpr double plask::PI_DOUBLED = 6.28318530717958647692

constexpr

Definition at line 117 of file math.hpp.

POINT_TOLLERANCE

constexpr double plask::POINT_TOLLERANCE = 1e-12

constexpr

Definition at line 26 of file primitives.hpp.

RectangularMeshDivideGenerator< 1 >

template struct PLASK_API plask::RectangularMeshDivideGenerator< 1 >

Definition at line 605 of file generator_rectangular.cpp.

RectangularMeshDivideGenerator< 2 >

template struct PLASK_API plask::RectangularMeshDivideGenerator< 2 >

Definition at line 606 of file generator_rectangular.cpp.

RectangularMeshDivideGenerator< 3 >

template struct PLASK_API plask::RectangularMeshDivideGenerator< 3 >

Definition at line 607 of file generator_rectangular.cpp.

RectangularMeshRefinedGenerator< 1 >

template struct PLASK_API plask::RectangularMeshRefinedGenerator< 1 >

Definition at line 464 of file generator_rectangular.cpp.

RectangularMeshRefinedGenerator< 2 >

template struct PLASK_API plask::RectangularMeshRefinedGenerator< 2 >

Definition at line 465 of file generator_rectangular.cpp.

RectangularMeshRefinedGenerator< 3 >

template struct PLASK_API plask::RectangularMeshRefinedGenerator< 3 >

Definition at line 466 of file generator_rectangular.cpp.

RectangularMeshSmoothGenerator< 1 >

template struct PLASK_API plask::RectangularMeshSmoothGenerator< 1 >

Definition at line 666 of file generator_rectangular.cpp.

RectangularMeshSmoothGenerator< 2 >

template struct PLASK_API plask::RectangularMeshSmoothGenerator< 2 >

Definition at line 667 of file generator_rectangular.cpp.

RectangularMeshSmoothGenerator< 3 >

template struct PLASK_API plask::RectangularMeshSmoothGenerator< 3 >

Definition at line 668 of file generator_rectangular.cpp.

rectilinearmesh1d_reader

RegisterMeshReader plask::rectilinearmesh1d_reader("rectilinear1d", readOrderedMesh1D_obsolete)	(	"rectilinear1d"	,
		readOrderedMesh1D_obsolete
	)

registerBandEdgesFilters

FiltersFactory::RegisterStandard<BandEdges> plask::registerBandEdgesFilters

Definition at line 20 of file filters-electrical-bandedges.cpp.

registerCarriersConcentrationFilters

FiltersFactory::RegisterStandard<CarriersConcentration> plask::registerCarriersConcentrationFilters

Definition at line 20 of file filters-electrical-carriersconcentration.cpp.

registerConductivityFilters

FiltersFactory::RegisterStandard<Conductivity> plask::registerConductivityFilters

Definition at line 21 of file filters-electrical.cpp.

registerCurrentDensityFilters

FiltersFactory::RegisterStandard<CurrentDensity> plask::registerCurrentDensityFilters

Definition at line 20 of file filters-electrical-currentdensity.cpp.

registerEnergyFilters

FiltersFactory::RegisterStandard<Voltage> plask::registerEnergyFilters

Definition at line 20 of file filters-electrical-voltage.cpp.

registerEpsilonFilters

FiltersFactory::RegisterStandard<Epsilon> plask::registerEpsilonFilters

Definition at line 24 of file filters-optical.cpp.

registerFermiLevels

FiltersFactory::RegisterStandard<FermiLevels> plask::registerFermiLevels

Definition at line 20 of file filters-electrical-quasifermilevels.cpp.

registerGainFilters

FiltersFactory::RegisterStandard<Gain> plask::registerGainFilters

Definition at line 20 of file filters-gain.cpp.

registerHeatFilters

FiltersFactory::RegisterStandard<Heat> plask::registerHeatFilters

Definition at line 23 of file filters-thermal.cpp.

registerPotentialFilters

FiltersFactory::RegisterStandard<Potential> plask::registerPotentialFilters

Definition at line 20 of file filters-electrical-potential.cpp.

registerRefractiveIndexFilters

FiltersFactory::RegisterStandard<RefractiveIndex> plask::registerRefractiveIndexFilters

Definition at line 23 of file filters-optical.cpp.

registerTemperatureFilters

FiltersFactory::RegisterStandard<Temperature> plask::registerTemperatureFilters

Definition at line 20 of file filters-thermal.cpp.

registerThermalConductivityFilters

FiltersFactory::RegisterStandard<ThermalConductivity> plask::registerThermalConductivityFilters

Definition at line 24 of file filters-thermal.cpp.

regularmesh1d_reader

RegisterMeshReader plask::regularmesh1d_reader("regular1d", readRegularMesh1D_obsolete)	(	"regular1d"	,
		readRegularMesh1D_obsolete
	)

regularmesh_reader

RegisterMeshReader plask::regularmesh_reader("regular", readRegularMesh1D)	(	"regular"	,
		readRegularMesh1D
	)

SMALL

constexpr double plask::SMALL = std::numeric_limits<double>::epsilon()

constexpr

The numeric precision limit.

Definition at line 182 of file math.hpp.

SMALL2

constexpr double plask::SMALL2 = SMALL*SMALL

constexpr

Squared numeric precision limit.

Definition at line 183 of file math.hpp.

SmoothSplineRect2DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< dcomplex, dcomplex >

Definition at line 660 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< double, double >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< double, double >

Definition at line 659 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 669 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 668 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 672 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 671 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 663 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 662 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 666 of file rectangular_spline.cpp.

SmoothSplineRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::SmoothSplineRect2DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 665 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< dcomplex, dcomplex >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< dcomplex, dcomplex >

Definition at line 676 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< double, double >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< double, double >

Definition at line 675 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Tensor2< dcomplex >, Tensor2< dcomplex > >

Definition at line 685 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Tensor2< double >, Tensor2< double > >

Definition at line 684 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Tensor3< dcomplex >, Tensor3< dcomplex > >

Definition at line 688 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Tensor3< double >, Tensor3< double > >

Definition at line 687 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Vec< 2, dcomplex >, Vec< 2, dcomplex > >

Definition at line 679 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Vec< 2, double >, Vec< 2, double > >

Definition at line 678 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Vec< 3, dcomplex >, Vec< 3, dcomplex > >

Definition at line 682 of file rectangular_spline.cpp.

SmoothSplineRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

template struct PLASK_API plask::SmoothSplineRect3DLazyDataImpl< Vec< 3, double >, Vec< 3, double > >

Definition at line 681 of file rectangular_spline.cpp.

SpatialIndexNode< 2 >

template struct PLASK_API plask::SpatialIndexNode< 2 >

Definition at line 274 of file spatial_index.cpp.

SpatialIndexNode< 3 >

template struct PLASK_API plask::SpatialIndexNode< 3 >

Definition at line 275 of file spatial_index.cpp.

SQRT1_2

constexpr double plask::SQRT1_2 = M_SQRT1_2

constexpr

Definition at line 113 of file math.hpp.

SQRT2

constexpr double plask::SQRT2 = M_SQRT2

constexpr

Definition at line 107 of file math.hpp.

StackContainer< 2 >

template struct PLASK_API plask::StackContainer< 2 >

Definition at line 389 of file stack.cpp.

StackContainer< 3 >

template struct PLASK_API plask::StackContainer< 3 >

Definition at line 390 of file stack.cpp.

TranslatedMesh< 2 >

template struct PLASK_API plask::TranslatedMesh< 2 >

Definition at line 81 of file basic.cpp.

TranslatedMesh< 3 >

template struct PLASK_API plask::TranslatedMesh< 3 >

Definition at line 82 of file basic.cpp.

Translation< 2 >

template struct PLASK_API plask::Translation< 2 >

Definition at line 172 of file transform.cpp.

Translation< 3 >

template struct PLASK_API plask::Translation< 3 >

Definition at line 173 of file transform.cpp.

TranslationContainer< 2 >

template struct PLASK_API plask::TranslationContainer< 2 >

Definition at line 168 of file translation_container.cpp.

TranslationContainer< 3 >

template struct PLASK_API plask::TranslationContainer< 3 >

Definition at line 169 of file translation_container.cpp.

Vec< 2, double >

template struct PLASK_API plask::Vec< 2, double >

Definition at line 18 of file 2d.cpp.

Vec< 2, int >

template struct PLASK_API plask::Vec< 2, int >

Definition at line 20 of file 2d.cpp.

Vec< 3, double >

template struct PLASK_API plask::Vec< 3, double >

Definition at line 18 of file 3d.cpp.