GM_LidarExtractSetup_t Fields

The GM_LidarExtractOutput_t type exposes the following members.

Fields

	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

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