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共有 11 个源码项目.每页显示10条.
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1. pcal and lcal
- Pcal prints nice-looking PostScript (or HTML) calendars, and has more options than you can shake a stick at. Its real power is its ability to create personalized calendars by marking ''events'' (for example, payday). Lcal is similar to Pcal, but it generates lunar calendars.
pcal打印精美的PostScript（或者HTML）日历，它提供了很多选项。它真正的能力在于它能够创造出个性化的通过‘事件’标识的日历(举例来说，比如发薪日)。 Lcal 和Pcal是相似的，但是它生成的是阴历。 |
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2. Orbitarium Web Service Java Client
- The Orbitarium Web Service Client is a Java applet that connects to the Orbitarium Web Service (at www.orbitarium.com). The applet is a "transparent SOAP" client, in that both the outbound and inbound SOAP-over-HTTP messages are displayed in full text form. This is useful for anyone who is learning SOAP protocols. The client code can be adapted to other Web services, to offer the same transparent messaging functionality.
Orbitarium Web Service Client是一个连接到Orbitarium Web Service（地址为www.orbitarium.com)的Java小应用程序。这个小应用程序是一个“透明SOAP”客户端，在它里面，SOAP-over-HTTP的入栈和出栈信息都以纯文本的格式显示出来。对于学习SOAP的人来说，这是很有用的。客户代码可以进行改编以适应其它的Web服务以及提供同样的透明信息功能。 |
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3. glunarclock
- glunarclock - Glunarclock displays the current phase of the Moon as an applet for the gnome panel and provides sundry astronomical data such as clock functions, rise and set times and current coordinates for the moon.
glunarclock在一个为gnome面板提供的applet中显示当前的月相，提供各种天文数据，比如云、雨情况以及当前月亮的座标。 |
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4. Gnome Predict
- Gnome Predict is a real time satellite tracking and orbit prediction program for Gnome. It can display live satellite data in lists and on maps and can predict times for upcoming passes as well.
Gnome Predict是GNome的一个实时卫星跟踪和轨道预测程序，它可以列出并在图上显示卫星的实时数据，并预测卫星的经过时间。 |
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5. Robsort Sorting Algorithm
- Robsort is a sorting algorithm that uses random number generation to sort arrays of integers. It is claimed to be the world's least efficient sorting algorithm. Scientists have calculated the robsort algorithm to approach an order of [n!] (n factorial) inefficiency. However, this inefficiency could only theoretically be obtained by using truly random numbers.
Robsort是一个排序算法，使用生成的随机数来排序整数数组。据称它是世界上最没有效率的排序算法。科学家们已经计算robsort算法，其复杂度达到[n!] (n 阶乘)。然而，这个无效性只是通过使用真正的随机数从理论上获得的。 |
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6. photom
- photom is a collection of programs designed to take raw, instrumental measurements of stellar brightness and convert them to calibrated magnitudes on some standard system. They were written as part of the TASS Mark IV pipeline, but may work on other datasets.
photom 是一个程序集合，用来接收原始的、由仪器测量的恒星亮度值，并将它们转换成某标准系统中的校准过的星等。它们作为TASS Mark IV流水线的一部分被开发，但也可以在其它数据库上工作。 |
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7. Kseti watch
- Ksetiwatch is a monitoring tool for the SETI@home distributed computing project, which searches for signals of extraterrestrial life. It displays the state of the Seti@home client(s) running on your computer or in your local network, and logs/manages completed work units.
Ksetiwatch是一个用于SETI@home分布式计算的监视工具，这个项目搜索宇宙的信号。它显视正运行在你的计算机或你的局域网上的Seti@home客户端的状态，并记录/管理完成的工作单元。 |
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8. ORSA
- Orbit Reconstruction, Simulation, and Analysis (ORSA) is a C++ framework for the development of algorithms oriented to the simulation and analysis of the orbital evolution of bodies in space. The main goals of the project are the implementation of state of the art orbit integration algorithms, with concerns on accuracy and performance, and the development of a number of analysis tools. Commandline and graphical interfaces are also provided.
Orbit Reconstruction, Simulation, and Analysis (ORSA)是一个C++框架，用于开发面向天体轨道进化模拟和分析的算法。这个项目的主要目的是art轨道集成算法状态的实现，考虑精确度和性能，以及许多分析工具的开发。提供了命令行和图形接口。 |
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9. High-precision Mars Orbit Computation mo
- This MARS orbit computation function, based on VSOP87 theory, was designed for amateur astronomers who want to perform highly accurate astronomical computations on their PC using Visual BASIC. The accuracy is comparable to the published astronomical almanacs and is based on the same computational theory used to generate them. Many published, long-term astronomy tables spanning hundreds and even thousands of years are computed using the VSOP87 theory.
这个MARS轨道计算函数，基于VSOP87理论，旨在为业余的天文学家（他们想要在他们自己的PC上，使用Visual BASIC来实现非常精确的天文学计算）使用。精确度可与公布的天文学年鉴相比，基于用来创建它的相同的计算理论。很多已公布的，长时间的天文学表格生成数以百计甚至数以千计的年，可使用VSOP87理论来计算。
来源: http://www.freevbcode.com/ShowCode.Asp?ID=1798 |
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10. Planet Finder
- Planet Finder - An applet that shows the locations of the sun, moon, stars, and planets in the sky.
Planet Finder - 一个显示太阳，月亮，星星和天上其他行星的程序。 |
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共有 11 个源码项目.每页显示10条.
<1> <2> |
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