help.config.engine.spacebetweenparts Space between Objects / Goods [mm]

Define the minimum space between objects / Packaging.
ATTENTION !!!
The space between the load and the edge of the container is equal to 50% of the Set value.
This value adds up to the space you give to the "Safety border" parameter.
If you don't want to leave space between objects, set value to zero. ]] help.config.engine.sheetspace Safety Edge

It is the space between the load and the edge expressed in [mm].
Set this parameter other than "0" when you need space between the objects/goods and the walls of the container/vehicle.
The enhancement of the field forces the analysis process to reduce the load surface in consideration of the transmitted values [mm]. ]] help.config.engine.partrotations Object Rotation

Set the number of rotations that the BI system in C4RGO Load Configurator must apply to the packages in search of the best solution for each insertion of a "part" during the analysis.
For example:
- 4 rotations are usually sufficient and ensure that the edges of cuboid necks line up or tile easily. ( Fig 1 )
- 8 rotations, some parts may have an angle of 45 degrees ( Fig 2 );
Higher rotations can help in space optimization research if you have irregular objects.
ATTENTION !! This option takes much longer to process. ]] help.config.engine.optimizationtype 1. Gravity

This setting minimizes the width of the grouping.
Setting indicated when the positioning plane of the Objects/Goods is rectangular and you want to maximize the residual free space.
Indicated when the loading activity takes place on the short side of the vehicle. (Ex : Containers ).


2. Bounding Box

Setting indicated to reduce the overall rectangular limits of the grouping. The minor Silhouette.
This mode is the best option if only a small part of the surface is used.
Indicated when the loading activity takes place from the long side of the vehicle. (Ex : Tarpaulin Pivot ). ]] help.config.engine.timeratio Load Rationalization Index

When placing each "object/packaging", the BI algorithm in C4RGO Load Configurator must balance between 2 choices:
is it more important to save space as much as possible or reduce calculation times and waste some of the surface?.
When the optimization ratio is 0, the load plan optimization calculations are privileged.
When the ratio is 1, the saving of time to elaborate the solution is considered equal to the optimization, therefore less time, some more inaccuracies. ]] help.config.engine.gapopulation “Raw” grouping

Use this parameter when you need to load several hundred “parts” whose geometries are irregular and unique in shape. These scenarios require lengthy processing and use a lot of resources ( CPU ) to arrive at appreciable solutions.
Its activation varies the polygonal approximation calculation method, introducing a less "severe" algorithm than the standard.
This choice speeds up the process but with less precision in the use of the "container/loading surface" surface.
If, on the other hand, the objects to be positioned are not "unique", but the assortment is made up of several hundred identical "parts", there are no problems; make sure that all the "objects/goods" are present in the "quantity" field of the "load detail". ]] help.config.engine.gamutationrate Gene mutation rate

How much to change the population in each subsequent trial.
A higher mutation rate ensures that a wide variety of grouping arrangements are tried, but reduces the algorithm's ability to build on previous successes.
Increase this value if there are obvious dispositions that it doesn't seem to explore. ]] help.config.engine.checkscopeinsert Check the Capacity or maximize the load plan

The BI processes present in C4RGO Load Configurator 2D, in addition to optimizing the space and positioning of the objects/goods, allow contextually checking the loading capacity of the container according to the quantity of goods, packaging, objects that it tries to insert in a in a container or loaded onto a vehicle.
By disabling the control parameter, C4RGO Load Configurator will proceed to the best positioning of all the objects of the Packing List without considering their weight.
]] help.config.engine.useroughapproximation Use rough approximation

Use this parameter when you need to load several hundred “parts” whose geometries are irregular and unique in shape. These scenarios require lengthy processing and use a lot of resources ( CPU ) to arrive at appreciable solutions.
ATTENTION !!
Its activation changes the polygonal approximation calculation method, introducing a less "severe" algorithm than the standard. This choice speeds up the process but with less precision in the use of the surface of the "container/loading surface".
If, on the other hand, the objects are not "unique", but composed of several hundred identical "parts", there are no problems; make sure that all the "Parts" are present in the "quantity" field of the "load detail".]]