LML

Collaboration diagram for LML:

Classes
class	Acceleration
	Class that defines the type of Load 'Acceleration', for example to set the gravity. More...
class	AccelerationUnit
	Class that defines the different units of a Load 'Acceleration'. More...
class	Direction
	Class that defines the direction of the Load with x, y and z. More...
class	Force
	Class that defines the type of Load 'Force'. More...
class	ForceUnit
	Class that defines the different units of a Load 'Force'. More...
class	Load
	Class that describes a load to be used in the simulation. This load can have different types Translation, Rotation, Force and Pressure. This load can be created by parsing in an XML file or by load library programming A load could be save in XML format as well using the << operator. The load is set automatically when the method setTarget is called. More...
class	Loads
	This class makes it possible to manage a list of "Load". Remember that Load is an abstract class (concrete instances are in instances of Translation, Force...etc) More...
class	Pressure
	Class that defines the type of Load 'Pressure'. More...
class	PressureUnit
	Class that defines the different units of a Load 'Pressure'. More...
class	Rotation
	Class that defines the type of Load 'Rotation'. More...
class	RotationUnit
	RotationUnit model the different values that can be taken by the unit field of a rotation. More...
class	TargetList
	Manage a list of targets, can be created/modified using either an integer, a name, a list of integers given in a string (e.g. "1,3,5,10-15"), or a list of names given in a string (e.g. "componentA,componentB"). More...
class	Translation
	Class that defines the type of Load 'Translation'. More...
class	TranslationUnit
	TranslationUnit model the different values that can be taken by the unit field of a translation. More...
class	Unit
	Class that defines the unit of the Load. More...
class	ValueEvent
	A valueEvent of a load is composed of a value and a date. More...

Detailed Description

Load Markup Language. LML stands for Load Markup Language. It is a XML language designed to describe forces or constraints applied to one or many "points" for a given time and a given intensity.

• To know the exact current LML library version use Loads::VERSION