	Name	Description
	LocalCoolingStepProperty	Reference to the LocalCoolingStep property
	LocalDirectionDeviationProperty	Reference to the LocalDirectionDeviation property
	LocalWarmingStepProperty	Reference to the LocalWarmingStep property
	MaxForceProperty	Reference to the MaxForce property
	MaxLocalTemperatureProperty	Reference to the MaxLocalTemperature property
	NForceEnvironmentSchema	Schema associated with NForceEnvironment
	UseGlobalTemperatureProperty	Reference to the UseGlobalTemperature property
	UseLocalTemperatureProperty	Reference to the UseLocalTemperature property
	XMagnitudeFactorProperty	Reference to the XMagnitudeFactor property
	YMagnitudeFactorProperty	Reference to the YMagnitudeFactor property

	Name	Description
	Layout	Gets the force directed layout to which this environment belongs
	LocalCoolingStep	Gets or sets the local cooling step. It controls the amount with which the vertex local temperature is decreased if it deviates from its direction. By default set to 0.1f
	LocalDirectionDeviation	Gets or sets the direction deviation. It controls the allowed deviation from the previous vertex force direction, below which the vertex is considered to have the same direction. By default set to 45 degrees
	LocalWarmingStep	Gets or sets the local warming step. It controls the amount with which the vertex local temperature is increased if it follows its direction. By default set to 0.1f
	MaxForce	Gets or sets the max force. In order to ensure the layout stability, the max force is used to define the largest possible force applied at each iteration.
	MaxLocalTemperature	Gets or sets the max local temperature. It controls the maximum to which a vertex can be warmed. By default set to 1.0f
	UseGlobalTemperature	Gets or sets whether to use global temperature. If this setting is set to true the movement of the vertices will be gradually constrained until they are finally freezed
	UseLocalTemperature	Gets or sets whether to use local temperature. Setting this property to true, speeds up the movement of vertices traveling in the same direction and slows down the oscillating and rotating vertices
	XMagnitudeFactor	Gets or sets the X magnitude factor. Controls the X force fraction to apply at each iteration. By default set to 1.0f
	YMagnitudeFactor	Gets or sets the Y magnitude factor. Controls the Y force fraction to apply at each iteration. By default set to 1.0f

	Name	Description
	ApplyForce	Called to apply the force, which was accumulated in the specified vertex
	Reset	Resets the enviroment. This method is called before the first iteration of each pass
	Update	Updates the enviroment. This method is called on each layout iteration.

Reference