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3d_dose_distribution_matlab

armadillo

A personal fork of the armadillo C++ linear algebra library (http://arma.sourceforge.net/)

arts

The Atmospheric Radiative Transfer Simulator

assimp

The official Open-Asset-Importer-Library Repository. Loads 40+ 3D-file-formats into one unified and clean data structure.

awesome-quant

A curated list of insanely awesome libraries, packages and resources for Quants (Quantitative Finance)

bfgs

This is an original project that I got from Allan Kaku and Anders Skajaa and posted original on the website http://cims.nyu.edu/~aak357/ The original code has changed a lot and now it takes into account everything in a unified template system

boost

Super-project for modularized Boost

bplustree

A minimal but extreme fast B+ tree indexing structure demo for billions of key-value storage

cadmesh

A CAD file interface for GEANT4

calitool

图形界面刻度程序。可手动、可自动刻度。

cancermdp

A Markov Decision Process approach to optimizing cancer therapy using multiple treatment modalities

captk

Cancer Imaging Phenomics Toolkit (CaPTk) is a software platform to perform image analysis and predictive modeling tasks. Documentation: https://cbica.github.io/CaPTk/

casecreation

This is a python project that creates a particular 2-Dimensional test case of a cancer patient with tumors and OARs

casereader

ceres-solver

A large scale non-linear optimization library

cerr_lq

Matlab based platform for Radiological Research

cgal

The public CGAL repository, see the README below

cmake-qml-template

templaye for cmake+qml+cpp projects

cmake_fortran_utils

CMake modules dealing with Fortran-specific issues and Fortran libraries

co

An elegant and efficient C++ basic library for Linux, Windows and Mac.

code

面试高频算法题总结，个人博客

combined_compton_angles

python code to combine multiple Compton images taken at several angles

compton_mlem

Code written for Compton scattering image reconstruction using CUDA.

conrad

convex radiation treatment planning

covid-ct

cpp-projectmanagement

The Project Management Project implements a Direct Acyclic Graph using C++. This Graph is used to calculate the shortest path between project start and completion. In addition, task slack is calculated to determine the any additional time available for certain tasks within the project.

cpp_directed_acyclic_graph

C++ implementation of a directed acyclic graph. Written for maximum execution speed, therefore avoiding the new operator whenever possible and allocating memory only once.

cppnumericalsolvers

L-BFGS-B for TensorFlow or pure C++11 and other optimization methods

crashrpt

CrashRpt

ct-2-mcnp-python

This code inputs CT scans and creates a text file which models a phantom in MCNP radiation transport code.