| MinSG.BlueSurfels.computeRelPixelSize(p0, p1 [, p2]) |
[ESMF] Number MinSG.BlueSurfels.computeRelPixelSize(MinSG::FrameContext & context, MinSG::Node * node) |
| MinSG.BlueSurfels.computeSurfelPacking(p0) |
[ESMF] Number MinSG.BlueSurfels.computeSurfelPacking(Rendering.Mesh) |
| MinSG.BlueSurfels.differentialDomainAnalysis(p0, p1 [, p2 [, p3 [, p4 [, p5]]]]) |
[ESF] Bitmap Experiments.differentialDomainAnalysis(Mesh, Number diff_max, [Number resolution, [Number count, [Bool geodetic, [Bool adaptive]]]]) |
| MinSG.BlueSurfels.getMedianOfNthClosestNeighbours(p0, p1, p2) |
[ESMF] Number MinSG.BlueSurfels.getMedianOfNthClosestNeighbours(Rendering::Mesh& mesh, size_t prefixLength, size_t nThNeighbour) |
| MinSG.BlueSurfels.getMinimalVertexDistances(p0, p1 [, p2]) |
[Number*] MinSG.BlueSurfels.getMinimalVertexDistances(Rendering.Mesh,Number,[Bool]) |
| MinSG.BlueSurfels.getPrefixForRadius(p0, p1) |
[ESMF] Number MinSG.BlueSurfels.getPrefixForRadius(float radius, float packing) |
| MinSG.BlueSurfels.getProgressiveMinimalMinimalVertexDistances(p0) |
[Number*] MinSG.BlueSurfels.getProgressiveMinimalMinimalVertexDistances(Rendering.Mesh) |
| MinSG.BlueSurfels.getRadialMeanVariance(p0) |
[Number*] MinSG.BlueSurfels.getRadialMeanVariance(Util.Bitmap dda) |
| MinSG.BlueSurfels.getRadiusForPrefix(p0, p1) |
[ESMF] Number MinSG.BlueSurfels.getRadiusForPrefix(uint32_t prefix, float packing) |
| MinSG.BlueSurfels.radiusToSize(p0, p1) |
[ESMF] Number MinSG.BlueSurfels.radiusToSize(float radius, float relPixelSize) |
| MinSG.BlueSurfels.sizeToRadius(p0, p1) |
[ESMF] Number MinSG.BlueSurfels.sizeToRadius(float size, float relPixelSize) |