Rheinwalt

Pinned Repositories

FacetFlowNetwork
Flow accumulation on TINs of point-cloud data
Language:C2 0 01
gaussian_kde_gpu
GPU Gaussian kernel density estimation
Language:Jupyter Notebook0 1 01
jakteristics
Compute point cloud geometric features from python
Language:Python0 0 00
laspy-waveform
Laspy based lidar waveform reading
Language:Python2 1 01
numba_cuda_block_matching
Numba based GPU block matching
Language:Python11
pulsewaves
Python3 module for reading lidar full waveform PulseWaves files
Language:Python2 0 01
spatial-effects-networks
Spatial effects in network measures of spatially embedded networks
Language:Python3 1 02
WeatherGenerator
Data-driven and event-based time series generator that preserves inter-arrival time and burst length distributions
Language:C1 1 00
CorrCoef
Python C-extension for memory efficient and multithreaded Pearson product-moment correlation coefficient estimation using OpenMP
Language:C8 3 02
TopoMetricUncertainty
Uncertainties in topographic metrics due to truncation errors and elevation uncertainty
Language:Python6 5 01

Rheinwalt's Repositories

Rheinwalt/spatial-effects-networks
Spatial effects in network measures of spatially embedded networks
Language:Python3 1 02
Rheinwalt/FacetFlowNetwork
Flow accumulation on TINs of point-cloud data
Language:C2 0 01
Rheinwalt/laspy-waveform
Laspy based lidar waveform reading
Language:Python2 1 01
Rheinwalt/pulsewaves
Python3 module for reading lidar full waveform PulseWaves files
Language:Python2 0 01
Rheinwalt/numba_cuda_block_matching
Numba based GPU block matching
Language:Python11
Rheinwalt/WeatherGenerator
Data-driven and event-based time series generator that preserves inter-arrival time and burst length distributions
Language:C1 1 00
Rheinwalt/gaussian_kde_gpu
GPU Gaussian kernel density estimation
Language:Jupyter Notebook0 1 01
Rheinwalt/jakteristics
Compute point cloud geometric features from python
Language:Python0 0 00
Rheinwalt/pebble-instance-segmentation
3D mesh based pebble instance segmentation
00
Rheinwalt/pyhull
Pyhull is a Python wrapper to Qhull (http://www.qhull.org/) for the computation of the convex hull, Delaunay triangulation and Voronoi diagram.
Language:C0 0 00
Rheinwalt/structure-tensor
Structure tensor 2D and 3D implementation for Python.
Language:Python0 0 00
Rheinwalt/svgpathtools
A collection of tools for manipulating and analyzing SVG Path objects and Bezier curves.
Language:Python0 0
Rheinwalt/TopoGraphs
Topographic flow networks
1 0
Rheinwalt/volumetric-diffusion
Fast volumetric diffusion of signed scalar fields
Language:C1 01