Change Details

Can the component index be added to `lineIntersectsSurfaces` returned array? The reason I ask is because when there are many intersections, it's difficult to say which intersections belong to the same part. By "component index" I mean: 1. Convex Component index for FIRE/GEOM/VIEW LODs (because they use convex components) 2. Plane index for ROADWAY LOD (though I don't care about this, because they have no thickness anyway, so you can just return -1 for this case) E.g. let's say I want to know the **thickness of a wall** that is between points `p1` and `p2` and calculate a penetration value for it, so I perform 2 intersections, one `p1-p2` and one `p2-p1`. The problem is, if there are multiple intersections, I can't tell which one was the exit point. Also around sharp corners `lineIntersectsSurfaces` sometimes misses the exit/entry so I can't pair them up correctly. So getting the wall thickness is very unreliable right now. A simple example in 2D, where you have 2 convex parts as rectangles: {F2777187}

Can the component index be added to `lineIntersectsSurfaces` returned array? The reason I ask is because when there are many intersections, it's difficult to say which intersections belong to the same part. By "component index" I mean: 1. Convex Component index for FIRE/GEOM/VIEW LODs (because they use convex components) 2. Plane index for ROADWAY LOD (though I don't care about this, because they have no thickness anyway, so you can just return -1 for this case) E.g. let's say I want to know the **thickness of a wall** that is between points `p1` and `p2` and calculate a penetration value for it, so I perform 2 intersections, one `p1-p2` and one `p2-p1`. The problem is, if there are multiple intersections, I can't tell which one was the exit point. Also around sharp corners `lineIntersectsSurfaces` sometimes misses the exit/entry so I can't pair them up correctly. So getting the wall thickness is very unreliable right now. A simple example in 2D, where you have 2 convex parts as rectangles: {F2777187} So with this change, the new returned arrays would be: ``` [pos, normal, proxy, parent, selections, bisurf, index] ```

Can the component index be added to `lineIntersectsSurfaces` returned array? The reason I ask is because when there are many intersections, it's difficult to say which intersections belong to the same part. By "component index" I mean: 1. Convex Component index for FIRE/GEOM/VIEW LODs (because they use convex components) 2. Plane index for ROADWAY LOD (though I don't care about this, because they have no thickness anyway, so you can just return -1 for this case) E.g. let's say I want to know the **thickness of a wall** that is between points `p1` and `p2` and calculate a penetration value for it, so I perform 2 intersections, one `p1-p2` and one `p2-p1`. The problem is, if there are multiple intersections, I can't tell which one was the exit point. Also around sharp corners `lineIntersectsSurfaces` sometimes misses the exit/entry so I can't pair them up correctly. So getting the wall thickness is very unreliable right now. A simple example in 2D, where you have 2 convex parts as rectangles: {F2777187} So with this change, the new returned arrays would be: ``` [pos, normal, proxy, parent, selections, bisurf, index] ```