Function reference • OCNet

All functions

OCN_20: Example of small OCN

OCN_250: Example of single-outlet OCN

OCN_250_PB: Example of single-outlet OCN with periodic boundaries

OCN_250_T: Example of single-outlet OCN

OCN_250_V: Example of single-outlet OCN

OCN_250_V_cold: Example of single-outlet OCN

OCN_250_V_hot: Example of single-outlet OCN

OCN_250_cold: Example of single-outlet OCN

OCN_250_hot: Example of single-outlet OCN

OCN_300_4out: Example of multiple-outlet OCN

OCN_300_4out_PB_hot: Example of multiple-outlet OCN with periodic boundaries

OCN_300_7out: Example of multiple-outlet OCN

OCN_300_diag: Example of single-outlet OCN

OCN_4: Example of small OCN

OCN_400_Allout: Example of OCN with all perimetric pixels as outlets

OCN_400_T_hot: Example of single-outlet OCN

OCN_500_PB_hot: Example of single-outlet OCN with periodic boundaries

OCN_500_hot: Example of single-outlet OCN

OCN_rect1: Example of single-outlet OCN

OCN_rect2: Example of single-outlet OCN

OCN_to_AEM(): Construct asymmetric eigenvector maps (AEM) from an OCN

OCN_to_SSN(): Transform OCN into SSN object (disabled)

OCN_to_igraph(): Transform OCN into igraph object

OCNet-package OCNet: Create and analyze Optimal Channel Networks.

aggregate_OCN(): Aggregate an Optimal Channel Network

continue_OCN(): Perform OCN Search Algorithm on an Existing OCN

create_OCN(): Create an Optimal Channel Network

create_general_contour_OCN(): Create an Optimal Channel Network on a general contour

create_peano(): Create Peano network

draw_contour_OCN(): Draw Optimal Channel Network with catchment contours

draw_elev2D_OCN(): Plot 2D map of elevation generated by an OCN

draw_elev3D_OCN(): Plot 3D map of elevation generated by an OCN

draw_elev3Drgl_OCN(): Plot 3D map of elevation generated by an OCN via rgl rendering

draw_simple_OCN(): Draw an Optimal Channel Network

draw_subcatchments_OCN(): Draw subcatchment map from an Optimal Channel Network

draw_thematic_OCN(): Draw thematic map on an Optimal Channel Network

find_area_threshold_OCN(): Find relationship between number of nodes and threshold area in an OCN

flowDir: Example of initial flow direction matrix to be used as input in create_general_contour_OCN.

landscape_OCN(): Generate 3D landscape from an Optimal Channel Network

paths_OCN(): Calculate paths between nodes in an Optimal Channel Network

plot(<river>,<numeric>) plot(<numeric>,<river>) plot(<river>,<missing>): Plot a river

river river-class show,river-method $,river-method $ names,river-method [[,river,character,missing-method [[ [[: river class

rivergeometry_OCN(): River geometry of an Optimal Channel Network