carl-zz

carl-zz's Stars

• WongKinYiu/yolov7

  Implementation of paper - YOLOv7: Trainable bag-of-freebies sets new state-of-the-art for real-time object detectors

  Language:Jupyter Notebook13.3k1131.8k4.2k

• CGAL/cgal

  The public CGAL repository, see the README below

  Language:C++4.9k1683.1k1.4k

• visose/Robots

  Create and simulate ABB, KUKA, UR, and Staubli robot programs.

  Language:C#3002677123

• anvaka/streamlines

  Streamlines calculator

  Language:JavaScript2918527

• GenerativeMachine/Gen5X

  Repo for the development of the Gen5X open hardware self-generating 5 axis 3D printer.

  Language:GAP21224622

• nasa/CompDam_DGD

  Language:Fortran11529957

• ijpb/MorphoLibJ

  Collection of mathematical morphology methods and plugins for ImageJ

  Language:Java101176448

• zhangty019/S3_DeformFDM

  S^3-Slicer: A General Slicing Framework for Multi-Axis 3D Printing

  Language:C++9662315

• MicroBahner/MobaTools

  Arduino library for model railroaders

  Language:C++76173510

• anvaka/wind-lines

  Streamline animation of wind data

  Language:JavaScript65408

• SolavLab/DuoDIC

  Stereo 3D Digital Image Correlation (3D-DIC) MATLAB toolbox

  Language:MATLAB502112

• DAguirreAg/GCode-to-ABB

  A python implementation for transforming a GCode file to a ABB robot specific movements.

  Language:G-code25106

• DanielAbalde/PowerDiagrams

  2D Weighted Voronoi/Power diagrams for Grasshopper

  Language:C#22422

• GCoiffier/mouette

  Simple geometry processing and mesh handling library in Python.

  Language:Python14212

• lm2-poly/OpenFiberSeg

  Automated segmentation tool for the extraction of individual fibers in short fiber reinforced composites

  Language:C++12101

• vedranaa/InSegt

  Interactive segmentation

  Language:Jupyter Notebook12302

• vedranaa/insegtpy

  Language:Jupyter Notebook9415

• dani-lbnl/pyF3D

  Image processing for many and multi-core platforms (see also https://github.com/CameraIA/F3D)

  Language:Python7323

• stevenhan1991/CGA19-FFR

  Pytorch implementation for Flow Field Reduction via Reconstructing Vector Data from 3D Streamlines Using Deep Learning

  Language:Python60

• alexdesiqueira/fcn_microct

  Language:Python5310

• andvazva/FFClust

  Language:Python51

• zhangty019/remesh_bat

  A tool to re-mesh based on MeshLab

  Language:Batchfile5110

• CMG-KULeuven/UnetID-Fibreseg

  Individual fibre segmentation with PyTorch based on U-Net-ID

  Language:Python42

• JamesRunnalls/three-streamlines

  Visualise three dimensional vector fields in browser using stream lines.

  Language:JavaScript3200

• rutger-kok/catalanotti_failure_criteria

  3D Failure Criteria for FRPs

  Language:Fortran31

• marcbln/python-streamlines-builder

  building streamlines from a 2d vector field

  Language:Python2100

• http406/Vect-Field-Remastered.py

  From the previous code of Vector Field 2D, using arrows to represent a vector field works fairly well. But matplotlib can do better than this—it can show the streamlines of a vector field. A streamline shows how the vector field flows. In this recipe, we will show you how to create streamlines. Let's use the fluid flow example of the previous recipe. You will simply replace the arrows ( the first code of vector field ) with streamlines, as shown in the following code.

  1

• Kanaya-Tamihiro/ofxStreamLine

  Vector field stream line visualization add-on.

  Language:C++1200

• manuelarturosantana/StreamLinesHPC

  Final Project for CS5030 High Performance Computing which computes streamlines given a vector field by a fourth order rugga kutta method

  Language:C++1100

• ovf22/XRCT_3DFE

  Language:Python11