Global Mapper SDK
GM_LidarExtractSetup_t Structure |
Define setup for extraction feature outlines
Namespace:GlobalMapper.Lidar
Assembly: GlobalMapperWrapperNET45 (in GlobalMapperWrapperNET45.dll) Version: 19.1.0.0 (19.1.0.0)

C#
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public struct GM_LidarExtractSetup_t
The ChangeMe type exposes the following members.

Name | Description | |
---|---|---|
![]() | GM_LidarExtractSetup_t |
Constructor to set values directly.
|

Name | Description | |
---|---|---|
![]() | mBuildingFloorType | Area type for floor (AFC_INVALID to not create floor when creating walls) |
![]() | mBuildingMinAreaSqM | Minimum area of a building to keep in square meters |
![]() | mBuildingRoofType | Area type for roof |
![]() | mBuildingSimpEps | |
![]() | mBuildingSimpEpsUnits | |
![]() | mBuildingWallType | Area type for building wall |
![]() | mColorVertices | |
![]() | mCreateGroundFootprints | |
![]() | mCreateSideWalls | |
![]() | mFlags | Flags |
![]() | mFootprintHeight | |
![]() | mGridBinMultBuildings | Resolution to extract buildings |
![]() | mGridBinMultBuildingsUnits | Units for resolution |
![]() | mGridBinMultTrees | Resolution to extract buildings |
![]() | mIsMeshReconstructed | |
![]() | mMaxDistanceToPlane | |
![]() | mMaxIterations | |
![]() | mMinFootprintAreaSqM | |
![]() | mMinPointsInPlane | |
![]() | mNormalWeight | |
![]() | mPinFootprintsToHeight | |
![]() | mPoleBinSizeM | Bin size in meters per side (usually keep defaults) |
![]() | mPoleHighPoint | Place marker on high point (false is low point) |
![]() | mPoleMaxXDisOfGroup | Maximin X distance that a segments can span in meters |
![]() | mPoleMinHeightOfPole | How small of a vertical segment can we accept as a pole |
![]() | mPoleMinSegmentCount | Minimum number of points for a segment to be considered for final classification |
![]() | mPoleType | Point type for pole |
![]() | mPowerlineBinMult | Multiplier to apply to bin size to get actual sample size. This allows bin size to be shared with automatic classification. |
![]() | mPowerlineBinSizeM | Bin size in meters per side (usually keep defaults) |
![]() | mPowerlineClassGroupMask | Lidar class group(s) to treat as powerline types |
![]() | mPowerlineMaxAngleDeltaDeg | Maximum departure from the same bearing in degrees that a new segment can be when added |
![]() | mPowerlineMaxDistFromLineM | Maximum distance from point in bin to best-fit line to keep |
![]() | mPowerLineMaxGapLenM | Maximum gap length to cross in meters |
![]() | mPowerlineMaxVertDiffPerM | Maximum difference in height in meters over a meter of distance between points |
![]() | mPowerlineMinLineLenM | Minimum length of connected line to keep as a powerline segment |
![]() | mPowerlineMinLineSegLenM | Minimum length of in-cell line segment to start with for building powerlines |
![]() | mPseudoMeasurementsAtPlanarIntersections | |
![]() | mReconstructionRate | |
![]() | mRegularizeFootprints | |
![]() | mSimplifyFootprints | |
![]() | mTreeMaxWidthM | Maximum width of tree defining area when using spoke/wheel algorithm to get coverage |
![]() | mTreeMinHeightM | Minimum height above ground of a tree point |
![]() | mTreeMinWidthM | Minimum width of tree defining area in which it is the dominant high vegetation |
![]() | mTreeModelName | Name of model to use for tree |
![]() | mTypes | Types to extract |
