Ref_OLP_ToolpathOptim_Criteria

A target criteria has been defined by:

an evaluation parameter function that returns the value of the criteria that is being evaluated

a specific setup of quality value ranges for this evaluation parameter.

There are 4 value ranges (maximum) for each criteria.

	Good (green) The value range of the criteria that is defined as good. There is no necessity to improve here.
	Acceptable (yellow) The value range of the criteria that is defined as acceptable. Although the result is acceptable, it is advised to improve here.
	Critical  (orange) The value range of the criteria that is defined as critical. It is strongly recommended to modify, to improve the toolpath.
	Invalid (red) The value (and above) of the criteria that is defined as not acceptable. It is mandatory to modify, to improve the toolpath.

The following target criteria are supported, but there presence depends on the applied technology and type of machine or robot:

	Criteria	Description	Value range	Remark
	Unreachability	Evaluates unreachable situations of the robot or machine.	Good or invalid.	The evaluation against this criteria is always being performed.
	Collision	Evaluates collision situations.	Good or invalid.	The evaluation against this criteria is only being executed when the Collision analysis switch in the simulation player toolbar has been activated.
	Singularity	Evaluates singularity situations of the robot or machine.	Good or invalid.	The evaluation against this criteria is always being performed.
	Process angle deviation	Evaluates the process angle deviation from its reference value.	Angle ranges from good to invalid.
	Tool angle deviation (arc welding technology)	Evaluates the tool angle deviation from its reference value.	Angle ranges from good to invalid.
	Travel angle deviation (arc welding technology)	Evaluates the travel angle (tangent direction) deviation from its reference value.	Angle ranges from good to invalid.	Only available when the process angle deviation criteria has been replaced by separated work and tool angle criteria.
	Work angle deviation (arc welding technology)	Evaluates the work angle (bi-tangent direction) deviation from its reference value.	Angle ranges from good to invalid.	Only available when the process angle deviation criteria has been replaced by separated work and tool angle criteria.
	Axis limit proximity	Evaluates the proximity to the limits of the axis of the inverse kinematic chain of the (manufacturing) resource. Separated evaluation value range for linear and circular joint axis.	Linear distance or angular ranges from good to invalid.	Required to ensure that small differences between the computed and real axis positions do not lead to possible failure (limit reached) or other axis issues of the resource.
	Axis speed	Evaluates the axis speed of all driven axis as a (absolute) difference between the start and the end motion between positions.	Percentage ranges from good to invalid.
	Axis minimal delta (point based technology)	Evaluates all robots axes movements on consecutive toolpath elements	Percentage ranges from good to invalid.	The goal is to reduce the change in each axis as much as possible. This is Expert mode attribute
	Tool angle minimal delta (point based technology)	Evaluates tool tangent orientation on consecutive toolpath elements	Angle ranges from good to invalid.	This ensures smoother transitions in tool orientation. This is Expert mode attribute