Change Details

Let's say I want to check if an object is blocking my way. Currently you'd have to use `lineIntersectsSurfaces` at discrete steps , but you might miss some objects between the gaps. But if we checked surface-with-surface intersects, it would be much more convenient and faster. I would ask for `SurfaceIntersectsSurfaces` (with the same output as `lineIntersectsSurfaces`), but it doesn't make any sense when you're intersecting with a surface. > SurfaceIntersectsObjs [Surface, ignoreObj1, ignoreObj2, LOD1, LOD2, maxResults] > Surface: //Array of ASL positions that form a surface (minimum 3 positions)// > ignoreObj1 (Optional): //Object - first object to ignore or objNull: Default: objNull // > ignoreObj2 (Optional): //Object - second object to ignore or objNull: Default: objNull // > maxResults (Optional): //Number - Max results to return. -1 to return every result. Default: 1 // > LOD1 (Optional): //String - Primary LOD to look for intersection. Default: "VIEW" // > LOD2 (Optional): //String - Secondary LOD to look for intersection. Default: "FIRE" // > Return value: //Array of objects//

Let's say I want to check if an object is blocking my way. Currently you'd have to use `lineIntersectsSurfaces` at discrete steps , but you might miss some objects between the gaps. But if we checked surface-with-surface intersects, it would be much more convenient and faster. I would ask for `SurfaceIntersectsSurfaces` (with the same output as `lineIntersectsSurfaces`), but that format doesn't make any sense when you're intersecting a surface with another surface. > SurfaceIntersectsObjs [Surface, ignoreObj1, ignoreObj2, LOD1, LOD2, maxResults] > Surface: //Array of ASL positions that form a surface (minimum 3 positions)// > ignoreObj1 (Optional): //Object - first object to ignore or objNull: Default: objNull // > ignoreObj2 (Optional): //Object - second object to ignore or objNull: Default: objNull // > maxResults (Optional): //Number - Max results to return. -1 to return every result. Default: 1 // > LOD1 (Optional): //String - Primary LOD to look for intersection. Default: "VIEW" // > LOD2 (Optional): //String - Secondary LOD to look for intersection. Default: "FIRE" // > Return value: //Array of objects//

Let's say I want to check if an object is blocking my way. Currently you'd have to use `lineIntersectsSurfaces` at discrete steps , but you might miss some objects between the gaps. But if we checked surface-with-surface intersects, it would be much more convenient and faster. I would ask for `SurfaceIntersectsSurfaces` (with the same output as `lineIntersectsSurfaces`), but itthat format doesn't make any sense when you're intersecting a surface with another surface. > SurfaceIntersectsObjs [Surface, ignoreObj1, ignoreObj2, LOD1, LOD2, maxResults] > Surface: //Array of ASL positions that form a surface (minimum 3 positions)// > ignoreObj1 (Optional): //Object - first object to ignore or objNull: Default: objNull // > ignoreObj2 (Optional): //Object - second object to ignore or objNull: Default: objNull // > maxResults (Optional): //Number - Max results to return. -1 to return every result. Default: 1 // > LOD1 (Optional): //String - Primary LOD to look for intersection. Default: "VIEW" // > LOD2 (Optional): //String - Secondary LOD to look for intersection. Default: "FIRE" // > Return value: //Array of objects//