LML

Load Markup Language. More...

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. More...
class	Loads
	This class makes it possible to manage a list of "Load". 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. 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 learn more about LML, go to the PML/LML website
• If you would like to help please check the TODO
• To know the exact current LML library version use Loads::VERSION