defutils Module Reference

Data Types
interface	default1stordertime
interface	default2ndordertime
interface	defaultupdatebulk
interface	defaultupdatedamp
interface	defaultupdateequations
interface	defaultupdateforce
interface	defaultupdatemass
interface	defaultupdatetimeforce
interface	getlocaleigenmode
interface	getlocalsolution

Public Member Functions
type(solver_t) function, pointer	getsolver ()
type(matrix_t) function, pointer	getmatrix (USolver)
type(mesh_t) function, pointer	getmesh (USolver)
type(element_t) function, pointer	getcurrentelement (Element)
integer function	getelementindex (Element)
integer function	getnofactive (USolver)
real(kind=dp) function	gettime ()
integer function	gettimestep ()
integer function	gettimestepinterval ()
real(kind=dp) function	gettimestepsize ()
real(kind=dp) function	getangularfrequency (ValueList, Found)
integer function	getcouplediter ()
integer function	getnonliniter ()
integer function	getnofboundaryelements (UMesh)
subroutine	getscalarlocalsolution (x, name, UElement, USolver, tStep)
subroutine	getvectorlocalsolution (x, name, UElement, USolver, tStep)
integer function	getnofeigenmodes (name, USolver)
subroutine	getscalarlocaleigenmode (x, name, UElement, USolver, NoEigen, ComplexPart)
subroutine	getvectorlocaleigenmode (x, name, UElement, USolver, NoEigen, ComplexPart)
subroutine	defaultvariableadd (Name, DOFs, Perm, Values, Output, Secondary, Global, InitValue, USolver)
character(len=max_name_len) function	getstring (List, Name, Found)
integer function	getinteger (List, Name, Found)
logical function	getlogical (List, Name, Found)
recursive function	getconstreal (List, Name, Found, x, y, z)
recursive function	getcreal (List, Name, Found)
recursive function	getreal (List, Name, Found, UElement)
recursive function	getparentmatprop (Name, UElement, Found, UParent)
recursive subroutine	getconstrealarray (List, x, Name, Found, UElement)
recursive subroutine	getrealarray (List, x, Name, Found, UElement)
subroutine	setelementproperty (Name, Values, UElement)
real(kind=dp) function, dimension(:), pointer	getelementproperty (Name, UElement)
type(element_t) function, pointer	getactiveelement (t, USolver)
type(element_t) function, pointer	getboundaryelement (t, USolver)
logical function	activeboundaryelement (UElement, USolver)
integer function	getelementcode (Element)
integer function	getelementfamily (Element)
logical function	possiblefluxelement (Element, Mesh)
integer function	getelementnofnodes (Element)
integer function	getelementnofdofs (UElement, USolver)
integer function	getelementdofs (Indexes, UElement, USolver, NotDG)
integer function	getelementnofbdofs (Element, USolver)
subroutine	getelementnodes (ElementNodes, UElement, USolver)
integer function	getbody (Element)
type(valuelist_t) function, pointer	getbodyparams (Element)
integer function	getbodyforceid (Element, Found)
integer function	getmaterialid (Element, Found)
integer function	getequationid (Element, Found)
type(valuelist_t) function, pointer	getsimulation ()
type(valuelist_t) function, pointer	getconstants ()
type(valuelist_t) function, pointer	getsolverparams (Solver)
type(valuelist_t) function, pointer	getmaterial (Element, Found)
type(valuelist_t) function, pointer	getbodyforce (Element, Found)
logical function	eigenorharmonicanalysis (Usolver)
type(valuelist_t) function, pointer	getequation (Element, Found)
integer function	getbcid (UElement)
type(valuelist_t) function, pointer	getbc (UElement)
integer function	geticid (Element, Found)
type(valuelist_t) function, pointer	getic (Element, Found)
subroutine	default1stordertimer (M, A, F, UElement, USolver)
subroutine	default1stordertimec (MC, AC, FC, UElement, USolver)
subroutine	default1stordertimeglobal (USolver)
subroutine	default2ndordertimeglobal (USolver)
subroutine	default2ndordertimer (M, B, A, F, UElement, USolver)
subroutine	default2ndordertimec (MC, BC, AC, FC, UElement, USolver)
subroutine	defaultinitialize (USolver)
real(kind=dp) function	defaultsolve (USolver, BackRotNT)
subroutine	defaultupdateequationsr (G, F, UElement, USolver, BulkUpdate)
subroutine	defaultupdateequationsc (GC, FC, UElement, USolver, BulkUpdate)
subroutine	defaultupdateforcer (F, UElement, USolver, BulkUpdate)
subroutine	defaultupdateforcec (FC, UElement, USolver)
subroutine	defaultupdatetimeforcer (F, UElement, USolver)
subroutine	defaultupdatetimeforcec (FC, UElement, USolver)
subroutine	defaultupdatemassr (M, UElement, USolver)
subroutine	defaultupdatemassc (MC, UElement, USolver)
subroutine	defaultupdatedampr (B, UElement, USolver)
subroutine	defaultupdatedampc (BC, UElement, USolver)
subroutine	defaultupdatebulkr (B, F, UElement, USolver)
subroutine	defaultupdatebulkc (BC, FC, UElement, USolver)
subroutine	defaultdirichletbcs (USolver, Ux, UOffset, OffDiagonalMatrix)
subroutine	solvelinsys (A, x, n)
subroutine	localbcintegral (BC, Element, nd, Parent, np, Name, Integral)
subroutine	localbcbdofs (BC, Element, nd, Name, STIFF, Force)
subroutine	defaultfinishbulkassembly (Solver, BulkUpdate)
subroutine	defaultfinishboundaryassembly (Solver, BulkUpdate)
subroutine	defaultfinishassembly (Solver)
type(gaussintegrationpoints_t) function	gausspointsboundary (Element, boundary, np)
subroutine	mapgausspoints (Element, n, gaussP, Nodes)
subroutine	getboundaryindexes (Mesh, Element, Parent, Indexes, indSize)
subroutine	getboundaryindexesgl (Mesh, Element, BElement, lIndexes, gIndexes, indSize)
integer function, dimension(:,:), pointer	getedgemap (ElementFamily)
subroutine	getparentuvw (Element, n, Parent, np, U, V, W, Basis)
subroutine	getedgebasis (Element, WBasis, RotWBasis, Basis, dBasisdx)
subroutine	galerkinprojector (Model, Mesh, A, B, NumericEps)

Member Function/Subroutine Documentation

subroutine defutils::defaultupdateequationsc	(	complex(kind=dp), dimension(:,:)	GC,
		complex(kind=dp), dimension(:)	FC,
		type(element_t), optional, target	UElement,
		type(solver_t), optional, target	USolver,
		logical, optional	BulkUpdate
	)

References g(), getelementdofs(), solver(), and solverutils::updateglobalequations().

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subroutine defutils::mapgausspoints	(	type(element_t)	Element,
		integer	n,
		type(gaussintegrationpoints_t)	gaussP,
		type(nodes_t)	Nodes
	)

References elementdescription::elementinfo().

Referenced by gausspointsboundary().

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The documentation for this module was generated from the following file:

• DefUtils.src