Centos8.3
gcc/g++ 10.1.0
[root@localhost CDB]# ./CDBConverter -h
Convert CDB to 3D Tiles
Usage:
CDBConverter [OPTION...]
-i, --input arg CDB directory
-o, --output arg 3D Tiles output directory
--combine arg Combine converted datasets into one tileset.
Each dataset format is
{DatasetName}{ComponentSelector1}{ComponentSelector2}. Repeat this
option to group different dataset into
different tilesets. E.g:
--combine=Elevation_1_1,GSModels_1_1 --combine=GTModels_2_1,GTModels_1_1
will combine Elevation_1_1 and GSModels_1_1
into one tileset. GTModels_2_1 and GTModels_1_1
will be combined into a different tileset
(default:
Elevation_1_1,GSModels_1_1,GTModels_2_1,GTModels_1_1)
--elevation-normal Generate elevation normal
--elevation-lod Generate elevation and imagery based on
elevation LOD only
--elevation-decimate-error arg
Set target error when decimating elevation
mesh. Target error is normalized to 0..1 (0.01
means the simplifier maintains the error to be
below 1% of the mesh extents) (default: 0.01)
--elevation-threshold-indices arg
Set target percent of indices when decimating
elevation mesh (default: 0.3)
-h, --help Print usage
Centos8.3 gcc/g++ 10.1.0 [root@localhost CDB]# ./CDBConverter -h Convert CDB to 3D Tiles Usage: CDBConverter [OPTION...]
-i, --input arg CDB directory -o, --output arg 3D Tiles output directory --combine arg Combine converted datasets into one tileset. Each dataset format is {DatasetName}{ComponentSelector1}{ComponentSelector2}. Repeat this option to group different dataset into different tilesets. E.g: --combine=Elevation_1_1,GSModels_1_1 --combine=GTModels_2_1,GTModels_1_1 will combine Elevation_1_1 and GSModels_1_1 into one tileset. GTModels_2_1 and GTModels_1_1 will be combined into a different tileset (default: Elevation_1_1,GSModels_1_1,GTModels_2_1,GTModels_1_1) --elevation-normal Generate elevation normal --elevation-lod Generate elevation and imagery based on elevation LOD only --elevation-decimate-error arg Set target error when decimating elevation mesh. Target error is normalized to 0..1 (0.01 means the simplifier maintains the error to be below 1% of the mesh extents) (default: 0.01) --elevation-threshold-indices arg Set target percent of indices when decimating elevation mesh (default: 0.3) -h, --help Print usage
Segmentation fault (core dumped)