None of these methods need to be inlined.

Yiting Shao authored Jun 14, 2019 and David Flynn committed Aug 12, 2019

Adjust the operation sequence of slice partition and geometry quantization. We
do geometry quantization first and then do the slice partition, so that the
point number of each slice would be kept in the predefined range under
lossless/lossy geometry coding conditions.

Arash Vosoughi authored Jul 22, 2019 and David Flynn committed Aug 12, 2019

This commit implements the recolouring method described in m47800, which
notably uses a distance-weighted average rather than the previous
unweighted average.

This method has been replaced by an LoD decimation method.

This is part of a series attempting to remove unhelpful typedefs.

The old typedefs (PCCBox3D) is retained for compatibility, but marked as
deprecated.

This is part of a series attempting to remove unhelpful typedefs.

This is part of a series attempting to remove unhelpful typedefs.

The old typedefs (PCCVector3D, PCCPoint3D, PCCColor3B) are retained for
compatibility, but marked as deprecated.

This is part of a series attempting to remove unhelpful typedefs.

This commit provides support for each slice to have an origin
specified relative to the sequence bounding box.

Reconstructed points are offset by the slice origin prior to inverse
scaling and translation.

 - calculates the sequence bounding box at the start of encoding
   (in original coordinates as a decoder may reconstruct it)
 - signals bounding box in SPS
 - disables signalling of geometry box origin (always 0)

Philip A. Chou authored Jul 19, 2018 and David Flynn committed Nov 01, 2018

This commit integrates a c++ trisoup codec, replacing the previous matlab
implementation.

The provided code has been reworked to avoid duplicating code, dead code,
and operate with the current HLS.

This commit prepares for the possibility that geometry coding itself is
lossy.  Instead of performing recolouring just after input quantisation,
it is deferred until after geometry processing.

The recolouring functions are updated to handle differences in
pointcloud scales rather than requiring the target pointcloud to be
scaled identically to the source.

This commit removes unnecessary include directives.

This commit removes the searchRange option that was set to 0 by m42538.

Ohji Nakagami authored Apr 13, 2018 and David Flynn committed May 11, 2018

This commit eliminates the blending of point attribute values during
the attribute transfer process used in geometry quantisation by forcing
the blending weight to be 0|1 (m42141).

m42538 also recommends to disable the bounded search of the closest
attribute from the contributing set by setting searchRange=0.  This is
reflected by a change to the software defaults and configuration.

Ohji Nakagami authored Feb 19, 2018 and David Flynn committed May 11, 2018

This commit fixes an issue with source sequences that contain 16-bit
reflectance data, which may be clipped to 8-bit ranges during attribute
transfer (recolouring) following geometry quantisation.

git-svn-id: http://wg11.sc29.org/svn/repos/MPEG-I/Part5-PointCloudCompression/TM/TMC3/trunk@1262 94298a81-5874-47c9-aab8-bfb24faeed7f

git-svn-id: http://wg11.sc29.org/svn/repos/MPEG-I/Part5-PointCloudCompression/TM/TMC3/trunk@1221 94298a81-5874-47c9-aab8-bfb24faeed7f