Search Results for "dicom 3d stl"

SIVIC is an open-source, standards-based software framework and application suite for processing and visualization of DICOM MR Spectroscopy data. Through the use of DICOM, SIVIC aims to facilitate the application of MRS in medical imaging studies.

IVCon-TL can read and write a variety of 3D graphics file formats, converting from one to the other. Supported formats include 3DS, ASE, BYU, DXF, GMOD, HRC, IV, OBJ, OFF, POV, SMF, STL/STLA/STLB, TEC, TRI/TRIA/TRIB, UCD, VLA, WRL/VRML, XGL and more.

Open Source CAM - Toolpath Generation for 3-Axis CNC machining

"Unified Modular System" is project primarily designed to create platform independent light-weighted modular applications like games but also GUI or service utilities supported. Application is gathered from unified modules as brick wall from brick.

A 3D cardiac model for electrophysical study.

AshTL aims to provide a complete framework for dealing with spatial data in an efficient, parallel manner. As such, we primarily provide container classes and data types relating to 2D and 3D coordinate grids. AshTL is currently in alpha development (some features may not work correctly, and interfaces are likely to change). While in alpha and beta development, AshTL is licensed under AGPL v3+. Stable releases will include an exception so that AshTL itself will always be AGPL...

Small tool to convert Heightmap images (grayscale) to stl models. Usage: java -jar heightmap2stl.jar 'path to imagefile' 'height of model' 'height of base' http://www.thingiverse.com/thing:15276

A robotic DIY styrofoam cutter consisting of one rotational and two translational axes. It cuts a variety of shapes out of styrofoam-like materials using a hot wire. This project documents the necessary hardware and software parts. Don't miss the follow-up project at http://raumschaum.org Its goal is to further develop hardware and software into an user friendly application.

3D medical image platform for visualization and image processing. Segmentation with Levels sets. Surface reconstruction with marching Cubes, texture Mapping and Raycasting,DICOM support. Integration environment for VTK, ITK and vtkInria3D under wxWidgets

Using C++, STL, OpenGL, SDL, Box2D and ODE. This project strives for platform independance, code readability and speed. The main target is to provide a convincing driving and physical simulation through the use of ODE at a reasonable frame rate.

OpenCTM is a file format, a software library and a tool set for compression of 3D triangle meshes. The geometry is compressed to a fraction of comparable file formats (3DS, STL, COLLADA...), and the format is accessible through a simple, portable API

Server-client apps that can access DCM4CHEE Dicom images using WADO. The client has an image viewer that is capable of render 2D, 3D and MPR images from DICOM datasets. Based on DCM4CHE and ImageJ. Download Turyon Client and Server (View all files)

ImLib3D is a C++ library and visualisation system for 3D image processing. It contains most basic image processing algorithms, and some more sophisticated ones. ImLib3D images are STL-compliant templated containers. Keywords: Medical, MRI, Brain

Open Source and Portable object oriented software for 3D digital image segmentation and visualization. Pipes and Filters Architechture. Implemented in C++, and uses FLTK, VTK, ITK, TCL (plugins), and pipeline filters implemented in XML. DICOM support.

A library of algorithms for general purpose use to alter representations of 3D meshes. Currently tested in the GNU/Linux and Win32 environments. C++ STL, OpenGL, GLUT, VRML97.

libkine --- A serial robot kinematics library. Feature: --- * [x] DH Paramters * [x] Homogenous transformation matrix * [ ] Screw theory * [ ] Rigid body velocity / Jacobian * [x] 3D Visualization with using STL files Dependencies: --- 1. VTK for visualization 2. Armadillo for matrix calculation 3. FLTK for the joint sider interface How to Install: --- 1. Make sure you have git-lfs installed 2. Clone the repository: git clone git@github.com:auralius/libkine.git 3. Go...