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/libCEED/julia/LibCEED.jl/src/
H A D	Basis.jl	17 - [`create_tensor_h1_lagrange_basis`](@ref) 18 - [`create_tensor_h1_basis`](@ref) 19 - [`create_h1_basis`](@ref) 20 - [`create_hdiv_basis`](@ref) 21 - [`create_hcurl_basis`](@ref) 24 ref::RefValue{C.CeedBasis} field 25 function Basis(ref) 26 obj = new(ref) 34 destroy(b::Basis) = C.CeedBasisDestroy(b.ref) # COV_EXCL_LINE 35 Base.getindex(b::Basis) = b.ref[] [all …]
H A D	ElemRestriction.jl	15 elements. An `ElemRestriction` object can be created using [`create_elem_restriction`](@ref) 16 or [`create_elem_restriction_strided`](@ref). 19 ref::RefValue{C.CeedElemRestriction} field 20 function ElemRestriction(ref) 21 obj = new(ref) 29 destroy(r::ElemRestriction) = C.CeedElemRestrictionDestroy(r.ref) # COV_EXCL_LINE 30 Base.getindex(r::ElemRestriction) = r.ref[] 54 - `ceed`: The [`Ceed`](@ref) object 64 offsets (into the input [`CeedVector`](@ref)) for the unknowns corresponding 67 - `mtype`: Memory type of the `offsets` array, see [`MemType`](@ref) [all …]
H A D	QFunction.jl	9 A libCEED `CeedQFunction` object, typically created using the [`@interior_qf`](@ref) macro. 12 [`create_interior_qfunction`](@ref). The identity Q-function can be created using 13 [`create_identity_qfunction`](@ref). 16 ref::RefValue{C.CeedQFunction} field 19 function QFunction(ref, user_qf) 20 obj = new(ref, user_qf, nothing) 28 QFunction(ref::Ref{C.CeedQFunction}) = QFunction(ref, nothing) 29 destroy(qf::QFunction) = C.CeedQFunctionDestroy(qf.ref) # COV_EXCL_LINE 30 Base.getindex(qf::QFunction) = qf.ref[] 35 ref = Ref{C.CeedQFunction}() [all …]
H A D	CeedVector.jl	12 ref::RefValue{C.CeedVector} field 14 CeedVector(ref::Ref{C.CeedVector}) = new(ref, nothing) 25 ref = Ref{C.CeedVector}() 26 C.CeedVectorCreate(c[], len, ref) 27 obj = CeedVector(ref) 37 destroy(v::CeedVector) = C.CeedVectorDestroy(v.ref) # COV_EXCL_LINE 38 Base.getindex(v::CeedVector) = v.ref[] 51 len = Ref{C.CeedSize}() 65 Set the [`CeedVector`](@ref) to a constant value. 72 Set the [`CeedVector`](@ref) to a constant value, synonymous to [`setvalue!`](@ref). [all …]
H A D	Operator.jl	2 ref::RefValue{C.CeedOperator} field 7 function Operator(ref, qf, dqf, dqfT) 8 obj = new(ref, qf, dqf, dqfT, []) 16 destroy(op::Operator) = C.CeedOperatorDestroy(op.ref) # COV_EXCL_LINE 17 Base.getindex(op::Operator) = op.ref[] 59 ref = Ref{C.CeedOperator}() 60 C.CeedOperatorCreate(c[], qf[], dqf[], dqfT[], ref) 61 Operator(ref, qf, dqf, dqfT) 67 Create an [`Operator`](@ref) whose action represents the sum of the operators in the 71 ref = Ref{C.CeedOperator}() [all …]
H A D	Ceed.jl	41 ref::RefValue{C.Ceed} field 50 obj = Ceed(Ref{C.Ceed}()) 51 C.CeedInit(spec, obj.ref) 57 C.CeedSetErrorHandler(obj.ref[], ehandler) 64 destroy(c::Ceed) = C.CeedDestroy(c.ref) # COV_EXCL_LINE 65 Base.getindex(c::Ceed) = c.ref[] 72 Returns the resource string associated with the given [`Ceed`](@ref) object. 75 res = Ref{Ptr{Cchar}}() 83 Returns true if backend of the given [`Ceed`](@ref) object is deterministic, and false 87 isdet = Ref{Bool}() [all …]
H A D	Context.jl	`2 ref::RefValue{C.CeedQFunctionContext} field 4 function Context(ref::Ref{C.CeedQFunctionContext}) 5 obj = new(ref) 8 C.CeedQFunctionContextDestroy(x.ref) 13 Base.getindex(ctx::Context) = ctx.ref[] 29 ref = Ref{C.CeedQFunctionContext}() 30 C.CeedQFunctionContextCreate(c[], ref) 31 ctx = Context(ref)`
H A D	C.jl	`13 const CEED_STRIDES_BACKEND = Ref{Ptr{CeedInt}}() 14 const CEED_BASIS_NONE = Ref{CeedBasis}() 15 const CEED_VECTOR_ACTIVE = Ref{CeedVector}() 16 const CEED_VECTOR_NONE = Ref{CeedVector}() 17 const CEED_ELEMRESTRICTION_NONE = Ref{CeedElemRestriction}() 18 const CEED_QFUNCTION_NONE = Ref{CeedQFunction}() 19 const CEED_REQUEST_IMMEDIATE = Ref{CeedRequest}() 20 const CEED_REQUEST_ORDERED = Ref{CeedRequest}()`
H A D	LibCEED.jl	179 major = Ref{Cint}() 180 minor = Ref{Cint}() 181 patch = Ref{Cint}() 182 release = Ref{Bool}() 193 major = Ref{Cint}() 194 minor = Ref{Cint}() 195 patch = Ref{Cint}() 196 release = Ref{Bool}() 273 calling [`set_libceed_path!`](@ref) or by using a depot-wide Overrides.toml file. 290 scalar_type = Ref{C.CeedScalarType}()
/libCEED/doc/sphinx/source/
H A D	libCEEDdev.md	5 …gle user facing API for creating and using the libCEED objects ({ref}`CeedVector`, {ref}`CeedBasis… 6 Different Ceed backends are selected by instantiating a different {ref}`Ceed` object to create the … 24 A Ceed backend is not required to implement all libCeed objects or {ref}`CeedOperator` methods. 27 1. Delegation - Developers may use {c:func}`CeedSetDelegate` to set a general delegate {ref}`Ceed` … 28 …This delegate {ref}`Ceed` will provide the implementation of any libCeed objects that parent backe… 31 2. Object delegation - Developers may use {c:func}`CeedSetObjectDelegate` to set a delegate {ref}`… 32 …This delegate {ref}`Ceed` will only provide the implementation of that specific libCeed object for… 35 …se {c:func}`CeedSetOperatorFallbackCeed` to set a {ref}`Ceed` object to provide any unimplemented … 36 The parent backend must implement the basic {ref}`CeedOperator` functionality. 37 …Like the delegates above, this fallback {ref}`Ceed` object should be created and set in the backen… [all …]
H A D	releasenotes.md	57 - Added Sycl backends `/gpu/sycl/ref`, `/gpu/sycl/shared`, and `/gpu/sycl/gen`. 62 - Added support for application codes which manage multiple {ref}`Ceed` objects, parallelized acros… 68 #### {ref}`example-petsc-bps` 72 #### {ref}`example-petsc-navier-stokes` 115 #### {ref}`example-petsc-navier-stokes` 127 #### {ref}`example-petsc-bps` 247 - {ref}`example-petsc-elasticity` example updated with traction boundary conditions and improved Di… 248 - {ref}`example-petsc-elasticity` example updated with Neo-Hookean hyperelasticity in current confi… 249 - {ref}`example-petsc-navier-stokes` example updated with isentropic traveling vortex test case, an… 250 - {ref}`example-petsc-navier-stokes` example updated with support for performing convergence study … [all …]
H A D	libCEEDapi.md	38 In the code, the function that represents the weak form at quadrature points is called the {ref}`Ce… 39 In the {ref}`Examples` provided with the library (in the {file}`examples/` directory), we store the… 40 If equation {eq}`residual` only presents a term of the type $\bm f_0$, the {ref}`CeedQFunction` wil… 41 If equation {eq}`residual` also presents a term of the type $\bm f_1$, then the {ref}`CeedQFunction… 181 …l, where the logical devices, which in the library are represented by the {ref}`Ceed` object, are … 182 Each MPI rank can use one or more {ref}`Ceed`s, and each {ref}`Ceed`, in turn, can represent one or… 184 …ockets and 4 GPUs, one may decide to use 6 MPI ranks (each using a single {ref}`Ceed` object): 2 r… 185 Another choice could be to run 1 MPI rank on the whole node and use 5 {ref}`Ceed` objects: 1 managi… 207 [ceed-ref.c](https://github.com/CEED/libCEED/blob/main/backends/ref/ceed-ref.c). 212 - L-, E- and Q-vector are represented as variables of type {ref}`CeedVector`. [all …]
/libCEED/interface/
H A D	ceed-qfunction.c	58 …@param[in] init Initialization function called by @ref CeedQFunctionCreateInteriorByName() w… 62 @ref Developer 90 …@brief Set a `CeedQFunction` field, used by @ref CeedQFunctionAddInput() and @ref CeedQFunctionAdd… 94 …ref CEED_EVAL_NONE and @ref CEED_EVAL_WEIGHT, (`num_comp * 1`) for @ref CEED_EVAL_INTERP for an \f… 95 @param[in] eval_mode @ref CEED_EVAL_NONE to use values directly, 96 @ref CEED_EVAL_WEIGHT to use quadrature weights, 97 @ref CEED_EVAL_INTERP to use interpolated values, 98 @ref CEED_EVAL_GRAD to use gradients, 99 @ref CEED_EVAL_DIV to use divergence, 100 @ref CEED_EVAL_CURL to use curl [all …]
H A D	ceed-qfunctioncontext.c	34 @ref Developer 51 @param[in] field_type @ref CeedContextFieldType 56 @ref Developer 103 …@brief Destroy user data held by `CeedQFunctionContext`, using function set by @ref CeedQFunctionC… 109 @ref Developer 138 @ref Developer 152 @ref Developer 175 @ref Backend 189 @ref Backend 201 @ref Backend [all …]
H A D	ceed.c	43 …This predefined constant is passed as the @ref CeedRequest argument to interfaces when the caller … 65 …This predefined constant is passed as the @ref CeedRequest argument to interfaces when the caller … 78 …@todo The current implementation is overly strict, offering equivalent semantics to @ref CEED_REQU… 85 @brief Wait for a @ref CeedRequest to complete. 87 Calling @ref CeedRequestWait() on a `NULL` request is a no-op. 89 @param[in,out] req Address of @ref CeedRequest to wait for; zeroed on completion. 93 @ref User 111 Note: Backends should call @ref CeedRegister() instead. 115 …@param[in] init Initialization function called by @ref CeedInit() when the backend is selected… 117 …Lower values are preferred in case the resource requested by @ref CeedInit() has non-unique best p… [all …]
H A D	ceed-vector.c	28 /// Indicate that vector will be provided as an explicit argument to @ref CeedOperatorApply(). 31 /// Indicate that no vector is applicable (i.e., for @ref CEED_EVAL_WEIGHT). 50 @ref Developer 64 @ref Developer 87 @ref Backend 103 @brief Check for borrowed array of a specific @ref CeedMemType in a `CeedVector` 111 @ref Backend 128 @ref Backend 143 @ref Backend 158 @ref Backend [all …]
H A D	ceed-object.c	`35 @ref Backend 54 @ref Backend 68 @ref Backend 75 @brief Destroy a @ref CeedObject 81 @ref Backend 106 @ref User 114 @brief Set the number of tabs to indent for @ref CeedObjectView() output 121 @ref User 130 @brief Get the number of tabs to indent for @ref CeedObjectView() output 137 @ref User [all …]`
H A D	ceed-elemrestriction.c	36 @ref Utility 62 @ref Utility 87 @ref Utility 109 @ref Developer 123 @ref Developer 146 @ref Backend 161 @ref Backend 176 @ref Backend 184 …@brief Check if two `CeedElemRestriction` created with @ref CeedElemRestrictionCreateAtPoints() an… 192 @ref Backend [all …]
H A D	ceed-operator.c	34 @ref Developer 96 @ref Utility 136 @ref Utility 185 @ref Developer 199 @ref Developer 209 Note: Caller is responsible for destroying the `active_basis` with @ref CeedBasisDestroy(). 216 @ref Developer 226 Note: Caller is responsible for destroying the bases with @ref CeedBasisDestroy(). 234 @ref Developer 292 …Note: Caller is responsible for destroying the `active_rstr` with @ref CeedElemRestrictionDestroy(… [all …]
H A D	ceed-basis.c	26 /// Argument for @ref CeedOperatorSetField() indicating that the field does not require a `CeedBasi… 46 @ref Developer 64 @ref Developer 97 @ref Developer 118 …@param[in] t_mode @ref CEED_NOTRANSPOSE to rotate the basis counter-clockwise, which has the e… 119 @ref CEED_TRANSPOSE for the opposite rotation 127 @ref Developer 161 @ref Developer 188 @ref Developer 202 @ref Developer [all …]
H A D	ceed-tensor.c	29 @ref Developer 52 @ref Backend 85 …@param[in] t_mode Transpose mode for `t`, @ref CEED_NOTRANSPOSE for `t_jb` @ref CEED_TRANSPOSE … 92 @ref Backend 115 …@param[in] t_mode Transpose mode for `t`, @ref CEED_NOTRANSPOSE for `t_djb` @ref CEED_TRANSPOSE… 122 @ref Backend 146 @ref Backend 160 @ref Backend 172 @ref Backend 187 @ref Backend [all …]
H A D	ceed-config.c	`19 While @ref CeedGetVersion() uniquely identifies the source code for release 27 @ref Developer 44 @ref Developer 61 @ref Developer 79 @ref Developer`
/libCEED/julia/LibCEED.jl/examples/
H A D	ex1-volume-c.jl	`130 rstr = Ref{C.CeedElemRestriction}() 144 rstr_i = Ref{C.CeedElemRestriction}() 166 coords_ref = Ref{Ptr{C.CeedScalar}}() 186 coords_ref = Ref{Ptr{C.CeedScalar}}() 221 ceed = Ref{C.Ceed}() 224 mesh_basis = Ref{C.CeedBasis}() 225 sol_basis = Ref{C.CeedBasis}() 266 mesh_coords = Ref{C.CeedVector}() 274 build_qfunc = Ref{C.CeedQFunction}() 277 qf_ctx = Ref{C.CeedQFunctionContext}() [all …]`
/libCEED/doc/sphinx/source/api/
H A D	CeedOperator.rst	6 A `CeedOperator` defines the finite/spectral element operator associated to a :ref:`CeedQFunction`. 7 A `CeedOperator` connects objects of the type :ref:`CeedElemRestriction`, :ref:`CeedBasis`, and :re…
/libCEED/julia/LibCEED.jl/docs/src/
H A D	index.md	19 as described in the [Configuring LibCEED.jl](@ref) section. 26 in the [Configuring LibCEED.jl](@ref) section. 59 When accessing [`CeedVector`](@ref) objects, the C interface requires the user 67 In LibCEED.jl, this difficulty is mitigated using the [`witharray`](@ref) 68 function and [`@witharray`](@ref) macro. There are also read-only versions, 69 [`witharray_read`](@ref) and [`@witharray_read`](@ref). When using this

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