How to Use the Orbit Data Extraction Feature

There are two main methods:

1. Access URL1, select the observation date/time range and coordinate system you wish to extract, then click the “Submit” button.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/ORBIT.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/orbit.cgi?yy1={}&mm1={}&dd1={}&hm1={}&dd2={}&hm2={}&h1={}&h2={}&clat1={}&clat2={}&cmlt1={}&cmlt2={}&lat1={}&lat2={}&lon1={}&lon2={}&glat1={}&glat2={}&gmlt1={}&gmlt2={}&gclat1={}&gclat2={}&gclon1={}&gclon2={}&ST{}&D={}&B={}&F={}&M={}&EF={}&P={}&V={}&e={}&L={}&S={}&T={}&R={}&A={}&Submit=Submit

URL Parameters

• yy1, mm1: Observation year and month. Example: September 1993 → yy1=1993&mm1=9

• dd1, hm1: Start date and time (date, hour, minute). Example: 1st, 00:00 → dd1=1&hm1=0000

• dd2, hm2: End date and time (date, hour, minute). Example: 10th, 24:00 → dd2=10&hm2=2400

• h1, h2: Height [km] Min, Max. Example: h1=0&h2=20000

• clat1, clat2: CLAT [deg] Min, Max. -90.0 to +90.0. The plus sign can be omitted. Example: clat1=-90.0&clat2=+90.0

• cmlt1, cmlt2: CMLT [hr] Min, Max. 0.0 to 24.0. The plus sign can be omitted. Example: cmlt1=0.0&cmlt2=24.0

• lat1, lat2: LAT [deg] Min, Max. -90.0 to +90.0. The plus sign can be omitted. Example: lat1=-90.0&lat2=90.0

• lon1, lon2: LON [deg] Min, Max. 0.0 to 360.0. Example: lon1=0.0&lon2=360.0

• glat1, glat2: GLAT [deg] Min, Max. -90.0 to +90.0. The plus sign can be omitted. Example: glat1=-90.0&glat2=+90.0

• gmlt1, gmlt2: GMLT [hr] Min, Max. 0.0 to 24.0. Example: gmlt1=+0.0&gmlt2=+24.0

• gclat1, gclat2: GCLAT [deg] Min, Max. -90.0 to +90.0. The plus sign can be omitted. Example: gclat1=-90.0&gclat2=90.0

• gclon1, gclon2: GCLON [deg] Min, Max. 0.0 to 360.0. Example: gclon1=0.0&gclon2=360.0

• ST: Received Station. Either -1 or 1 to 8.

  • -1: All+“NO-DATA”
  • 1: KSC-P
  • 2: SYOWA-R
  • 3: SYOWA-P
  • 4: ESR-R
  • 5: ESR-P
  • 6: P.A-R
  • 7: P.A-P
  • 8: All

• D: Day/Night. Either -1 (=All), 0 (=Night), or 1 (=Day).

• B: Bitrate. Either -1 (=All), 1 (=Low), 2 (=Mid), or 3 (=Hi).

• F: Format. Either -1 (=All), 1, or 3.

• M: Status of observation instrument MGF. Either -1 (=None), 0 (=Off), or 1 (=On).

• EF: Status of observation instrument EFD. Either -1 (=None), 0 (=Off), or 1 (=On).

• P: Status of observation instrument PWS. Either -1 (=None), 0 (=Off), or 1 (=On).

• V: Status of observation instrument VLF. Either -1 (=None), 0 (=Off), or 1 (=On).

• e: Status of observation instrument ELF. Either -1 (=None), 0 (=Off), or 1 (=On).

• L: Status of observation instrument LEP. Either -1 (=None), 0 (=Off), or 1 (=On).

• S: Status of observation instrument SMS. Either -1 (=None), 0 (=Off), or 1 (=On).

• T: Status of observation instrument TED. Either -1 (=None), 0 (=Off), or 1 (=On).

• R: Status of observation instrument RDM. Either -1 (=None), 0 (=Off), or 1 (=On).

• A: Status of observation instrument ATV. Either -1 (=None), 0 (=Off), or 1 (=On).

How to Use the LEP ET Plot Image Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “ET-Plot” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/LEP.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/lep1.cgi?yy={}&mm={}&out=0&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (19XX). Example: yy=93&mm=09

• out: 0 (=ET-Plot)

How to Use the LEP-e, LEP-i Data Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “ASCII-dump(&ET&SDB)” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed, select an angle in PitchAngle, and click the “Submit” button.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/LEP.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/lep2.cgi?fname={}&pitch={}&Submit=Submit

URL Parameters

• fname: Observation start date and time (year, month, day, hour). The year is the last two digits of the Gregorian year (19XX). Example: January 4, 1990, 18:00 → fname=90010418

• pitch: PitchAngle. Specify one of the following:

  • 0: Angle at Max-flux
  • 1: 0–10 deg
  • 2: 10–20 deg
  • 3: 20–30 deg
  • 4: 30–40 deg
  • 5: 40–50 deg
  • 6: 50–60 deg
  • 7: 60–70 deg
  • 8: 70–80 deg
  • 9: 80–90 deg
  • 10: 90–100 deg
  • 11: 100–110 deg
  • 12: 110–120 deg
  • 13: 120–130 deg
  • 14: 130–140 deg
  • 15: 140–150 deg
  • 16: 150–160 deg
  • 17: 160–170 deg
  • 18: 170–180 deg

How to Use the LEP SDB Binary Data Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “SDB-data” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/LEP.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/lep1.cgi?yy={}&mm={}&out=2&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (19XX). Example: September 1993 → yy=93&mm=09

• out: 2 (=SDB-data)

How to Use the TED ET Plot Image Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “ET-Plot” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/TED.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/ted1.cgi?yy={}&mm={}&out=0&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (19XX). Example: September 1993 → yy=93&mm=09

• out: 0 (=ET-Plot)

How to Use the TED SDB Binary Data Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “SDB-data” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/TED.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/ted1.cgi?yy={}&mm={}&out=1&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (19XX). Example: September 1993 → yy=93&mm=09

• out: 1 (=SDB-data)

How to Use the SMS Summary Plot Image Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “Summary Plot” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/SMS.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/sms1.cgi?yy={}&mm={}&out=0&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (19XX). Example: September 1993 → yy=93&mm=09

• out: 0 (=Summary Plot)

How to Use the SMS SDB Binary Data Search Feature

There are two main methods:

1. Access URL1, select the year and month and output type “SDB-data” you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/TED.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/ted1.cgi?yy={}&mm={}&out=2&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (19XX). Example: September 1993 → yy=93&mm=09

• out: 2 (=SDB-data)

How to Use the RDM Mapping Plot Data Search Feature

There are two main methods:

1. Access URL1, select the year you wish to output in Mapping Plot, then click the “Submit” button.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/RDM.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/rdmmap.cgi?yyyy={}&Submit=Submit

URL Parameters

• yyyy: Observation year. Example: yyyy=1993

How to Use the RDM Flux versus L-value Plot Data Search Feature

There are two main methods:

1. Access URL1, select the year and month you wish to output in the Flux Plot’s Daily electron flux versus L-value plot, then click the “Submit” button.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/RDM.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/rdmfl1.cgi?mm={}&yy={}&Submit=Submit

URL Parameters

• yy, mm: Observation year and month. The year is the last two digits of the Gregorian year (20XX). Example: September 2007 → yy=07&mm=09

How to Use the RDM Flux Average Plot Data Search Feature

There are two main methods:

1. Access URL1, select the year you wish to output in the Flux Plot’s Daily average electron flux plot, then click the “Submit” button.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/RDM.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/rdmfl2.cgi?yyyy={}&Submit=Submit

URL Parameters

• yyyy: Observation year. Example: yyyy=1993

How to Use the ATV Data Search Feature

There are two main methods:

1. Access URL1, select the year and month you wish to output, then click the “Submit” button. Select one from the list of observation dates and time slots displayed.
2. Edit the parameters of URL2 and access it.

URL

1. https://darts.isas.jaxa.jp/app/stp/akebono/RDM.html
2. https://darts.isas.jaxa.jp/app/stp/akebono/cgi-bin/atv2.cgi?fname={}&Submit=Submit

URL Parameters

• fname: Observation date and time (year, month, day, hour). Example: April 18, 1989, 19:00 → fname=1989041819