LSDTopoTools
 All Classes Files Functions Variables Friends Pages
Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
oCband_matrix
oCDisjointSet
oCDSnode
oCFillNodeUsed in pit filling to store elevation data and row and colum indexes
oCindex_cmpComparison struct used by sort
oCLSDBasinObject to store information about drainage basins and generate basin average metrics.
oCLSDChannelThis object inherets from LSDIndexChannel and is used for chi analysis
oCLSDChiNetworkThis object is used to examine a network of channels in chi space
oCLSDCoordinateConverterLLandUTM
oCLSDCosmoBasinA derived class that is used to compute erosion rates based on concentrations of in-situ cosmogenic nuclides such as 10Be and 26Al
oCLSDCosmoData
oCLSDCRNParametersThis class contains parameters used in cosmogenic nuclide calculations It sits seperately from the particle object since it applies to an entire environment and not just an individual particle. Seperating the object in this way reduces memory redundancy
oCLSDCRNParticleCRN tracer particle object, a particle that contains nuclide information
oCLSDDatumDatum class for converting coordinates between UTM and lat long
oCLSDEllipsoidEllipsoid class for converting coordinates between UTM and lat long
oCLSDFlowInfoObject to perform flow routing
oCLSDIndexChannelThis object contains the node indexes as well as the row and col indices for individual channel segments
oCLSDIndexChannelTreeThis object spawns vectors of LSDIndexChannels
oCLSDIndexRasterObject to handle integer rasters
oCLSDJunctionNetworkObject to create a channel network from an LSDFlowInfo object
oCLSDMostLikelyPartitionsFinderThis object looks for the most likeley partitions or segments of 2D data
oCLSDParameterParserObject to perform flow routing
oCLSDParticleThis is a class for a particle that can be tracked through simulations and retains data about position and chemical content
oCLSDRasterMain analysis object to interface with other LSD objects
oCLSDRasterInfoObject that stores georeferencing information. This information is also stored with the raster, it is seperated here mainly to compare different datasets
oCLSDRasterSpectralThis object performs spectral analysis
oCLSDSpatialCSVReader
oCPointData
oCspline
\CUnivariateDensityDerivative