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WinRAR 5.40
一个强大的压缩解压缩软件。它能备份你的数据,减少你的 E-mail 附件的大小,解压缩从 Internet 上下载的 RAR、ZIP 和其他格式的压缩文件,并能创建 RAR 和 ZIP 格式的压缩文件.
2018-05-01
X-Ways.WinHex.v15.0.Incl.Keymaker-ZWT
WinHex是一款以通用的16进制编辑器为核心,专门用来对付计算机取证、数据恢复、低级数据处理、以及IT安全性、各种日常紧急情况的高级工具:用来检查和修复各种文件、恢复删除文件、硬盘损坏、数码相机卡损坏造成的数据丢失等,拥有强大的系统效用。
功能包括 (依照授权类型):
硬盘, 软盘, CD-ROM 和 DVD, ZIP, Smart Media, Compact Flash, 等磁盘编辑器...
支持 FAT, NTFS, Ext2/3, ReiserFS, Reiser4, UFS, CDFS, UDF 文件系统
支持对磁盘阵列 RAID 系统和动态磁盘的重组、分析和数据恢复
多种数据恢复技术 ......
2018-05-01
Beyond Compare 2.4.3-special
Beyond Compare 是一套非常实用的文件及文件夹比较软件,不仅可以快速比较出两个文件夹的不同之处,还可以详细的比较文件之间的内容差异。程序内建了文件浏览器,方便您对文件、文件夹、压缩包、FTP网站之间的差异对比以及资料同步。您可以使用它管理程序源代码,同步文件夹,比较程序输出,及验证光盘的复制。Beyond Compare还支持脚本处理、支持插件,尤其对中文支持很好。
2018-05-01
EASEUS.Partition.Master.v7.1.1.Server.Edition.Retail-FOSI
EASEUS Partition Master是一款多功能的硬盘分区管理工具,可轻松进行分区管理和磁盘管理,完全可与同类软件 Partition Magic 相媲美。
该软件简单易用,使用它,可以在不损失硬盘数据的前提下,调整大小/移动分区,扩展系统驱动器,复制磁盘及分区,合并分区,分割分区,重新分配空间,转换动态磁盘,分区恢复等等。
有了 EASEUS Partition Master ,分区再也不是专业人士的代名词了,只要略微懂一些计算机知识就能轻松玩转。
2018-04-30
Customizable Contraction Hierarchies开源代码
# RoutingKit
[![Build Status](https://travis-ci.org/RoutingKit/RoutingKit.svg?branch=master)](https://travis-ci.org/RoutingKit/RoutingKit)
RoutingKit is a C++ library that provides advanced route planning functionality.
It was developed at [KIT](https://www.kit.edu) in the [group of Prof. Dorothea Wagner](https://i11www.iti.kit.edu/).
The most prominent component is an index-based data structure called (Customizable) Contraction Hierarchy, that allows to answer shortest path queries within milliseconds or even less on data sets of continental size while keeping the arc weights flexible.
Such running times cannot be achieved without indices.
One of the main design goals of RoutingKit is to make recent research results easily accessible to people developing route planning applications.
A key element is an interface that is a good compromise between usability and running time performance.
For example the following code snippet is enough to build and query a basic index given an [OSM](https://www.openstreetmap.org) PBF data export.
```cpp
#include <routingkit/osm_simple.h>
#include <routingkit/contraction_hierarchy.h>
#include <routingkit/inverse_vector.h>
#include <routingkit/timer.h>
#include <routingkit/geo_position_to_node.h>
#include <iostream>
using namespace RoutingKit;
using namespace std;
int main(){
// Load a car routing graph from OpenStreetMap-based data
auto graph = simple_load_osm_car_routing_graph_from_pbf("file.pbf");
auto tail = invert_inverse_vector(graph.first_out);
// Build the shortest path index
auto ch = ContractionHierarchy::build(
graph.node_count(),
tail, graph.head,
graph.travel_time
);
// Build the index to quickly map latitudes and longitudes
GeoPositionToNode map_geo_position(graph.latitude, graph.longitude);
// Besides the CH itself we need a query object.
ContractionHierarchyQuery ch_query(ch);
// Use the query object to answer queries from stdin to stdout
float from_latitude, from_longitude, to_latitude, to
2018-04-30
Customizable Route Planning开源代码(CRP)
# CRP
Open source C++ Implementation of Customizable Route Planning (CRP) by Delling et al. This project was part of a practical course at Karlsruhe Institute of Technology (KIT).
Requirements
============
In order to build CRP you need to have the following software installed:
- Boost C++ Library (http://www.boost.org), more specifically Boost Iostreams.
- Scons (http://scons.org)
- g++ >= 4.8 (https://gcc.gnu.org)
Building CRP
============
If the Boost Library is not in your PATH, make sure to edit the *SConstruct* file in the root directory to point the build script to the correct location of Boost. There is a section *Libraries* in the *SConstruct* file where you can specify the paths.
Once you have installed all the software packages listed above, you can build the CRP programs by typing
```
scons --target=CRP --optimize=Opt -jX
```
into your terminal where `X` is the number of cores you want to use for building the project. If you want to use a specific g++ compiler version you can add `--compiler=g++-Version`. We also support a debug and profiling build that you can call with `--optimize=Dbg` and `--optimize=Pro` respectively.
This command will build three programs in the folder *deploy*:
- *osmparser*: Used to parse an OpenStreetMap (OSM) bz2-compressed map file. Call it with `./deploy/osmparser path_to_osm.bz2 path_to_output.graph.bz2`
- *precalculation*: Used to build an overlay graph based on a given partition. Call it with `./deploy/precalculation path_to_graph path_to_mlp output_directory`. Here, *path_to_mlp* is the path to a *MultiLevelPartition* file for the graph that you need to provide. For more details, take a look into our project documentation.
- *customization*: Used to precompute the metric weights for the overlay graph. Call it with `./deploy/customization path_to_graph path_to_overlay_graph metric_output_directory metric_type`. We currently support the following metric types: *hop* (number of edges traversed), *time* and *dist*.
2018-04-30
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