LESM
Class Print

LESM.Print

Direct Known Subclasses:

Print_Frame2D, Print_Frame3D, Print_Grillage, Print_Truss2D, Print_Truss3D

public abstract class Print

Abstract super-class that generically specifies methods for printing analysis model information and results of the LESM program

• Print

Field Summary

(package private) Drv	drv Handle to an object of the Drv class
(package private) int	txt Output identifier

Method Summary

abstract void	analysisLabel() Prints analyis model type
void	clean() Destructor method
abstract void	elemDispl() Prints results of elements internal displacements
abstract void	elements() Prints elements information
void	header() Prints header of analysis results
abstract void	intForces() Prints results of internal forces at element nodes
abstract void	linearElementLoads(int n_ll) Prints linearly distributed loads information
void	material() Prints material properties
abstract int[]	modelDescrip() Prints model description
void	nodalCoords() Prints nodal coordinates
abstract void	nodalDisplRot() Prints results of nodal displacements and rotations
abstract void	nodalLoads(int n_nl) Prints nodal loads
abstract void	nodalPrescDisp(int n_pd) Prints nodal prescribed displacements
abstract void	nodalSupport() Prints nodal support conditions
Print	Print() Constructor method
abstract void	reactions() Prints results of support reactions
abstract void	results() Prints analyis results
abstract void	section() Prints cross-section properties
abstract void	temperatureVariation(int n_tv) Prints thermal loads information
abstract void	unifElementLoads(int n_ul) Prints uniformly distributed loads information

Field Detail

txt

int txt

Output identifier

drv

Drv drv

Handle to an object of the Drv class

Method Detail

Print

public Print Print()

Constructor method

results

public abstract void results()

Prints analyis results

analysisLabel

public abstract void analysisLabel()

Prints analyis model type

modelDescrip

public abstract int[] modelDescrip()

Prints model description

section

public abstract void section()

Prints cross-section properties

nodalSupport

public abstract void nodalSupport()

Prints nodal support conditions

nodalLoads

public abstract void nodalLoads(int n_nl)

Prints nodal loads

nodalPrescDisp

public abstract void nodalPrescDisp(int n_pd)

Prints nodal prescribed displacements

elements

public abstract void elements()

Prints elements information

unifElementLoads

public abstract void unifElementLoads(int n_ul)

Prints uniformly distributed loads information

linearElementLoads

public abstract void linearElementLoads(int n_ll)

Prints linearly distributed loads information

temperatureVariation

public abstract void temperatureVariation(int n_tv)

Prints thermal loads information

nodalDisplRot

public abstract void nodalDisplRot()

Prints results of nodal displacements and rotations

reactions

public abstract void reactions()

Prints results of support reactions

intForces

public abstract void intForces()

Prints results of internal forces at element nodes

elemDispl

public abstract void elemDispl()

Prints results of elements internal displacements

header

public void header()

Prints header of analysis results

material

public void material()

Prints material properties

nodalCoords

public void nodalCoords()

Prints nodal coordinates

clean

public void clean()

Destructor method