•    
    惑星の現在位置
    2017年7月22日, 14:45 世界時
    太陽2958'47"20n09
    191' 0"19n05
    水星2556' 1"12n58
    金星1941' 2"21n01
    火星121'22"20n55
    木星1549'23"5s06
    土星224' 1"r21s55
    天王星2828'15"10n23
    海王星1355'45"r7s10
    冥王星1749'28"r21s31
    月の交点2419' 2"r13n25
    カイロン2840' 9"r3n06
    記号の説明
    現在のチャート
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Frequently asked questions

Swiss Ephemeris > For Programmers

  1. Where can I find more information on the Swiss Ephemeris?

    You can find a full documentation under www.astro.com/swisseph/. The Swiss Ephemeris is designed for developers of astrological software. It consists of files that are not really useful until they are read by software which you have to develop first. For commercial use of Swiss Ephemeris you must purchase a license.

  2. Can I compute the planetary nodes with Swiss Ephemeris?

    A sufficiently talented programmer can use our Swiss Ephemeris package to compute the planetary nodes. There are functions provided for the osculating nodes of any celestial body.
    Please, see chapter 5 of the Programmer's documentation for the Swiss Ephemeris. For celestial bodies with mean theories (Mercury to Neptune) mean nodes are also available, for the others (Pluto and all 23'000 asteroids) only osculating nodes are available.
    If you are not a programmer, please use the Swiss Ephemeris test page at
    www.astro.com/swisseph/swetest.htm
    See Swiss Ephemeris full documentation, section 2.2.4 for more explanation. The matter is not trivial, though very few astrologers have an idea about the technical problems involved.

  3. Is it possible to calculate an asteroid ephemeris?

    You can easily create such an ephemeris yourself on our website, and then copy-paste it to a local document on your computer.

    First, go to the Extended Chart Selection and use the link provided at the very bottom of the page to find the number of this asteroid. It is 1981 for Midas, for example. To include it in any chart, just enter this number in the field on the extended chart selection page.

    For a simple ephemeris, you need to use the Swiss Ephemeris test page.
    Fill out the form like this (or study the explanation page to find out for yourself):
    start date: whatever you like
    steps -n: 365 (for a 5-year ephemeris in 5-day steps)
    stepsize -s: 5
    planet selection -p: s
    output format -f: PTLBD
    (P = planet name, T = date, L = longitude, B = latitude, D = declination)
    other options: -xs1981
    (-xs followed by the number of the Asteroid you wish)
    If you prefer signs and degrees instead of 360-degree notation for longitude, replace L with Z.
    Now click on the 'submit' button.

    There are also instructions how to do it at the bottom of the Haumea ephemeris http://www.astro.com/swisseph/haumea.htm

    The objects can be found at http://www.astro.com/swisseph/astlist.htm

  4. Where can I find historical declination data?

    For individual dates, you can run a chart and then access the additional data tables (link on top of the chart)
    There, declination is also listed.

    A declination ephemeris can be created with the Swiss Ephemeris test page
    http://www.astro.com/swisseph/swetest.htm

    Swiss Ephemeris test
page
    This is a screenshot with the parameters pre-set to generate a year 2016 ephemeris for all planets, with longitude and declination columns for each planet.

    The output will  be a wide page. So, a computer with a wide screen is the best device to read such a page.

    Data

 

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