3D Forest
Software for analysis of Lidar data from forest environment.
Public Types | Public Attributes | List of all members
ComputeSegmentationNNParameters Class Reference

#include <ComputeSegmentationNNParameters.hpp>

Public Types

enum  Channel { CHANNEL_DESCRIPTOR = 0 , CHANNEL_INTENSITY }
 

Public Attributes

Channel leafToWoodChannel {CHANNEL_INTENSITY}
 
double voxelRadius {0.1}
 
double woodThresholdMin {25.0}
 
double searchRadiusTrunkPoints {0.25}
 
double searchRadiusLeafPoints {0.25}
 
double treeBaseElevationMin {0.0}
 
double treeBaseElevationMax {2.0}
 
double treeHeightMin {1.0}
 
bool zCoordinatesAsElevation {false}
 
bool segmentOnlyTrunks {false}
 

Member Enumeration Documentation

◆ Channel

enum ComputeSegmentationNNParameters::Channel

Compute Segmentation NN Parameters Channel.

Enumerator
CHANNEL_DESCRIPTOR 
CHANNEL_INTENSITY 

Member Data Documentation

◆ leafToWoodChannel

Channel ComputeSegmentationNNParameters::leafToWoodChannel {CHANNEL_INTENSITY}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNAction::createVoxel(), and ComputeSegmentationNNWidget::slotApply().

◆ searchRadiusLeafPoints

double ComputeSegmentationNNParameters::searchRadiusLeafPoints {0.25}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNAction::findNearestNeighbor(), ComputeSegmentationNNWidget::slotApply(), and ComputeSegmentationNNAction::start().

◆ searchRadiusTrunkPoints

double ComputeSegmentationNNParameters::searchRadiusTrunkPoints {0.25}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNWidget::slotApply(), ComputeSegmentationNNAction::start(), and ComputeSegmentationNNAction::stepCreateTrunks().

◆ segmentOnlyTrunks

bool ComputeSegmentationNNParameters::segmentOnlyTrunks {false}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNWidget::slotApply(), and ComputeSegmentationNNAction::stepCreateTrunks().

◆ treeBaseElevationMax

double ComputeSegmentationNNParameters::treeBaseElevationMax {2.0}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNWidget::slotApply(), ComputeSegmentationNNAction::start(), and ComputeSegmentationNNAction::stepCreateTrunks().

◆ treeBaseElevationMin

double ComputeSegmentationNNParameters::treeBaseElevationMin {0.0}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNWidget::slotApply(), ComputeSegmentationNNAction::start(), and ComputeSegmentationNNAction::stepPointsToVoxels().

◆ treeHeightMin

double ComputeSegmentationNNParameters::treeHeightMin {1.0}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNWidget::slotApply(), ComputeSegmentationNNAction::start(), and ComputeSegmentationNNAction::stepCreateTrunks().

◆ voxelRadius

double ComputeSegmentationNNParameters::voxelRadius {0.1}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNAction::createVoxel(), ComputeSegmentationNNWidget::slotApply(), and ComputeSegmentationNNAction::start().

◆ woodThresholdMin

double ComputeSegmentationNNParameters::woodThresholdMin {25.0}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNWidget::slotApply(), ComputeSegmentationNNAction::start(), and ComputeSegmentationNNAction::trunkVoxel().

◆ zCoordinatesAsElevation

bool ComputeSegmentationNNParameters::zCoordinatesAsElevation {false}

Referenced by ComputeSegmentationNNWidget::ComputeSegmentationNNWidget(), ComputeSegmentationNNAction::continueGroup(), ComputeSegmentationNNWidget::slotApply(), ComputeSegmentationNNAction::startGroup(), and ComputeSegmentationNNAction::stepPointsToVoxels().

The documentation for this class was generated from the following file: