<cat>struct</cat> <structure> <description>Table structure used for <page>util.TraceLine</page>.</description> <fields> <item name="start" type="Vector" default="Vector(0, 0, 0)">The start position of the trace</item> <item name="endpos" type="Vector" default="Vector(0, 0, 0)">The end position of the trace</item> <item name="filter" type="Entity" default="{}">Things the trace should not hit. Can also be a table of entities or a function with one argument: * <page>Entity</page> ent - The entity that the trace hit Return true in the function to hit the entity, false to skip it. <warning>Using a function here is super slow - try to avoid it.</warning></item> <item name="mask" type="number" default="MASK_SOLID">The trace mask <page>MASK</page>. This determines what the trace should hit and what it shouldn't hit. A mask is a combination of <page>CONTENTS</page> - you can use these for more advanced masks.</item> <item name="collisiongroup" type="number" default="COLLISION_GROUP_NONE">The collision group <page>COLLISION_GROUP</page>. This determines what the trace should hit in regards to the entity's collision group.</item> <item name="mask" type="number" default="MASK_SOLID">The trace mask <page>Enums/MASK</page>. This determines what the trace should hit and what it shouldn't hit. A mask is a combination of <page>Enums/CONTENTS</page> - you can use these for more advanced masks.</item> <item name="collisiongroup" type="number" default="COLLISION_GROUP_NONE">The collision group <page>Enums/COLLISION_GROUP</page>. This determines what the trace should hit in regards to the entity's collision group.</item> <item name="ignoreworld" type="boolean" default="false">Should the trace ignore world or not</item> <item name="output" type="table" default="nil">If set, the trace result will be written to the supplied table instead of returning a new table</item> </fields> </structure>