AFEME Namespace Reference

Classes
class	IAfemeCallback
	Afeme callback interface - Override this class to receive Afeme messages. More...
class	IAfeme
struct	BeamSectionProperties

Enumerations
enum	AFEME_ERROR {   NO_ERRORS , INCORRECT_YOUNG_MODULUS , INCORRECT_POISSON , INCORRECT_DENSITY ,   NEGATIVE_MASS , NON_EXISTING_MATERIAL , INSUFFICIENT_SECTION_COORDINATES , SELF_INTERSECTING_BEAM_SECTION ,   LOOP_NOT_CLOSED , DEGENERATE_LOOP , HOLE_OUTSIDE_SECTION , HOLE_INTERSECTS_OUTER ,   HOLES_INTERSECT , NEGATIVE_BEAM_AREA , NEGATIVE_INERTIA_Y , NEGATIVE_INERTIA_Z ,   MAX_NUM_STRESS_BEAM_PROBING_POINTS_EXCEEDED , BEAM_SECTION_TORSION_NOT_SOLVED , NEGATIVE_OR_ZERO_THICKNESS , NON_EXISTING_PROPERTY ,   UP_VECTOR_COLLINEAR_WITH_ELEMENT , ZERO_LENGTH_ELEMENT , ZERO_AREA_ELEMENT , ZERO_VOLUME_ELEMENT ,   INCORRECT_FACE_INDEX , INCORRECT_ELEMENT_INDEX , INCORRECT_NODE_INDEX , INCORRECT_DOF_INDEX ,   INCORRECT_LOAD_CASE_INDEX , INCORRECT_MODE_INDEX , NO_MATERIALS_EXIST , NO_PROPERTIES_EXIST ,   NO_ELEMENTS_EXIST , CONSTRAINT_REFERENCED_NON_EXISTING_NODE , MISSING_SLAVE_NODE , MISSING_MPC_WEIGHTS ,   INCORRECT_SLAVE_NODE , MASTER_NODE_IN_SLAVE_ALSO , NO_DOFS_IN_SYSTEM , NO_ACTIVE_TASKS ,   PROBLEM_RUNNING_SYSTEM_SOLVER , NOT_ENOUGH_MEMORY , MATRIX_SINGULAR , TOO_SMALL_SUBSPACE ,   NO_EIGENVALUES_FOUND , ACTION_NOT_SUPPORTED_FOR_REQUESTED_ANALYSIS , STEP_INDEX_NOT_GIVEN , NEGATIVE_FREQUENCY ,   UPPER_FREQ_LOWER_FREQ , UPPER_EIGENVALUE_LOWER_EIGENVALUE , INCORRECT_NUMBER_OF_MODES_REQUESTED , INCORRECT_STEPSIZE ,   INCORRECT_DAMPING_COEFFICIENT , INCORRECT_DAMPING_FREQUENCY , TRANSIENT_RESPONSE_NOT_INITIALIZED , ANALYSIS_NOT_RUN ,   EXTERNAL_ERROR , DOF_DEPENDENT_IN_MULTIPLE_MPCS , CIRCULAR_MPC_DEPENDENCY , INCORRECT_MPC_WEIGHTS ,   EIGENVALUES_MISSED , NUM_ERROR_CODES }
	Defines Afeme global error codes. More...
enum	AFEME_ANALYSIS_TYPE {   ANALYSIS_NONE , ANALYSIS_NATURAL_FREQUENCIES , ANALYSIS_LINEAR_STATIC , ANALYSIS_LINEAR_BUCKLING ,   ANALYSIS_TRANSIENT_RESPONSE }
	Defines Afeme analysis types. More...
enum	AFEME_STORAGE_SYSTEM { STORAGE_SYSTEM_SPARSE , STORAGE_SYSTEM_DENSE , NUM_STORAGE_SYSTEM_TYPES }
	Defines Afeme matrix storage system. More...
enum	PRESSURE_DISTRIBUTION_TYPE { PRESSURE_DISTRIBUTION_EQUAL , PRESSURE_DISTRIBUTION_SHAPE_FUNCTION }
	Defines pressure distribution types. More...
enum	AFEME_EIGENVALUE_PERFORMANCE_MODE { EIGEN_MODE_SPEED , EIGEN_MODE_ACCURACY }
	Defines eigenvalue performance mode (favoring speed or accuracy). More...

Functions
const char *	getAfemeCoreVersion ()
	Returns Afeme version.
const char *	getAfemeCoreSubversion ()
	Returns Afeme subversion.
void	getAfemeCoreBuildDate (char buildDate[9])
	Returns Afeme build date.
IAfeme *	Create ()
void	Delete (IAfeme *afeme)
AFEME_ERROR	calculateBeamSectionProperties (int numCoords, const float *coords, BeamSectionProperties &properties)

Enumeration Type Documentation

AFEME_ERROR

enum AFEME::AFEME_ERROR

Defines Afeme global error codes.

Enumerator
NO_ERRORS
INCORRECT_YOUNG_MODULUS	Zero or negative Young's modulus.
INCORRECT_POISSON	Incorrect Poisson's ratio.
INCORRECT_DENSITY	Zero or negative material density.
NEGATIVE_MASS	Negative point mass.
NON_EXISTING_MATERIAL	Material referenced by property does not exist.
INSUFFICIENT_SECTION_COORDINATES	Insufficient number of coordinates defining cross section.
SELF_INTERSECTING_BEAM_SECTION	Self-intersecting beam section.
LOOP_NOT_CLOSED	Loop defining beam section not closed.
DEGENERATE_LOOP	Degenerate loop defining beam section.
HOLE_OUTSIDE_SECTION	Hole outside outer section.
HOLE_INTERSECTS_OUTER	Hole intersects outer section.
HOLES_INTERSECT	Holes intersect each other.
NEGATIVE_BEAM_AREA	Zero or negative beam area.
NEGATIVE_INERTIA_Y	Zero or negative beam inertia around Y axis.
NEGATIVE_INERTIA_Z	Zero or negative beam inertia around Z axis.
MAX_NUM_STRESS_BEAM_PROBING_POINTS_EXCEEDED	Maximum number of beam stress probing points exceeded.
BEAM_SECTION_TORSION_NOT_SOLVED	Torsion of beam section could not be solved.
NEGATIVE_OR_ZERO_THICKNESS	Negative or zero shell thickness.
NON_EXISTING_PROPERTY	Property referenced by element does not exist.
UP_VECTOR_COLLINEAR_WITH_ELEMENT	Vector defining cross section vertical direction is collinear with element direction.
ZERO_LENGTH_ELEMENT	Element has zero (side) length.
ZERO_AREA_ELEMENT	Element has zero area.
ZERO_VOLUME_ELEMENT	Element has zero volume.
INCORRECT_FACE_INDEX	Referenced non-existing element face.
INCORRECT_ELEMENT_INDEX	Referenced non-existing element.
INCORRECT_NODE_INDEX	Referenced non-existing node.
INCORRECT_DOF_INDEX	Referenced non-existing node DOF.
INCORRECT_LOAD_CASE_INDEX	Referenced non-existing load case.
INCORRECT_MODE_INDEX	Referenced non-existing mode.
NO_MATERIALS_EXIST	No materials exist.
NO_PROPERTIES_EXIST	No properties exist.
NO_ELEMENTS_EXIST	No elements exist.
CONSTRAINT_REFERENCED_NON_EXISTING_NODE	Constraint referenced non-existing node.
MISSING_SLAVE_NODE	No slave nodes in MPC definition.
MISSING_MPC_WEIGHTS	No weights in MPC definition.
INCORRECT_SLAVE_NODE	Constraint referenced non-existing slave node.
MASTER_NODE_IN_SLAVE_ALSO	Master node is also slave node in constraint.
NO_DOFS_IN_SYSTEM	System contains no degrees of freedom.
NO_ACTIVE_TASKS	No active tasks (no tasks run).
PROBLEM_RUNNING_SYSTEM_SOLVER	Problem running system solver.
NOT_ENOUGH_MEMORY	Not enough memory.
MATRIX_SINGULAR	Matrix is singular.
TOO_SMALL_SUBSPACE	Too small number of requested modes within requested interval.
NO_EIGENVALUES_FOUND	No eigenvalues found within search interval.
ACTION_NOT_SUPPORTED_FOR_REQUESTED_ANALYSIS	Action not supported for requested task.
STEP_INDEX_NOT_GIVEN	Mode/case index not given.
NEGATIVE_FREQUENCY	Negative frequency given.
UPPER_FREQ_LOWER_FREQ	Upper frequency should be greater than lower frequency.
UPPER_EIGENVALUE_LOWER_EIGENVALUE	Upper eigenvalue should be greater than lower eigenvalue.
INCORRECT_NUMBER_OF_MODES_REQUESTED	Incorrect number of modes requested.
INCORRECT_STEPSIZE	Incorrect step size.
INCORRECT_DAMPING_COEFFICIENT	Incorrect damping coefficient.
INCORRECT_DAMPING_FREQUENCY	Incorrect damping frequency.
TRANSIENT_RESPONSE_NOT_INITIALIZED	Transient response analysis not initialized.
ANALYSIS_NOT_RUN	Analysis not run.
EXTERNAL_ERROR	External error (e.g. license error).
DOF_DEPENDENT_IN_MULTIPLE_MPCS	Node is dependent in more than one MPC (slave node of rigid MPC or master node of average MPC).
CIRCULAR_MPC_DEPENDENCY	MPCs depend on each other in a circle.
INCORRECT_MPC_WEIGHTS	Sum of weights of average MPC is not positive.
EIGENVALUES_MISSED	Eigenvalue solver did not return all modes that lie within search interval.
NUM_ERROR_CODES	Counter of error codes.

AFEME_ANALYSIS_TYPE

enum AFEME::AFEME_ANALYSIS_TYPE

Defines Afeme analysis types.

Enumerator
ANALYSIS_NONE	No active (initialized) tasks.
ANALYSIS_NATURAL_FREQUENCIES	Natural frequencies analysis.
ANALYSIS_LINEAR_STATIC	Linear static analysis.
ANALYSIS_LINEAR_BUCKLING	Linear buckling analysis.
ANALYSIS_TRANSIENT_RESPONSE	Transient response analysis.

AFEME_STORAGE_SYSTEM

enum AFEME::AFEME_STORAGE_SYSTEM

Defines Afeme matrix storage system.

Enumerator
STORAGE_SYSTEM_SPARSE	Sparse matrix storage.
STORAGE_SYSTEM_DENSE	Dense matrix storage.
NUM_STORAGE_SYSTEM_TYPES	Counter of matrix storage system types.

PRESSURE_DISTRIBUTION_TYPE

enum AFEME::PRESSURE_DISTRIBUTION_TYPE

Defines pressure distribution types.

Enumerator
PRESSURE_DISTRIBUTION_EQUAL	Pressure force equally distributed to face nodes.
PRESSURE_DISTRIBUTION_SHAPE_FUNCTION	Pressure force distributed according to shape functions.

AFEME_EIGENVALUE_PERFORMANCE_MODE

enum AFEME::AFEME_EIGENVALUE_PERFORMANCE_MODE

Defines eigenvalue performance mode (favoring speed or accuracy).

Enumerator
EIGEN_MODE_SPEED	Speed mode.
EIGEN_MODE_ACCURACY	Accuracy mode.

Function Documentation

getAfemeCoreVersion()

const char * AFEME::getAfemeCoreVersion

(

)

Returns Afeme version.

getAfemeCoreSubversion()

const char * AFEME::getAfemeCoreSubversion

(

)

Returns Afeme subversion.

getAfemeCoreBuildDate()

void AFEME::getAfemeCoreBuildDate

(

char

buildDate[9]

)

Returns Afeme build date.

Create()

IAfeme * AFEME::Create

(

)

Delete()

void AFEME::Delete

(

IAfeme *

afeme

)

calculateBeamSectionProperties()

AFEME_ERROR AFEME::calculateBeamSectionProperties	(	int	numCoords,
		const float *	coords,
		BeamSectionProperties &	properties )

Calculates properties of a beam cross section the same way the solver does. The section polyline is one outer loop followed by any number of holes, each loop closed by repeating its first point.

Parameters

numCoords	- Number of polyline coordinates
coords	- Array of polyline coordinates (x,y per point)
properties	- Calculated section properties

Returns

Error code (properties are not set if the section is not valid)