Following up on yesterday’s posting, I stumbled across this interesting Google Map mashup. The Qibla (or Kiblah or Qiblah or Quibla) is the Arabic word for the direction that should be faced when a Muslim prays, otherwise known as the direction of the Kaaba in Mecca. For obedient muslims, the Salah, or formal prayer, is performed five times a day: at dawn (fajr), noon (dhuhr), in the afternoon (asr), at sunset (maghrib) and nightfall (isha’a). The Qibla Locator is a simple Google Map that is designed to automatically orient Muslims toward the direction of the Kaaba. Simply enter your location and the red line that is generated shows the shortest distance to the Kaaba. In the case of the screen grab above I decided to show what direction a Muslim would pray if they were in the White House in Washington, DC. I chose this location because I’ve read about some nutty folks who actually think president Barack Obama is a Muslim. Frankly, I don’t care what religion he practices and to take issue with anyone’s religion is a sign of intolerance and veiled ignorance. What I find most interesting about the Google Map is that the rhumb line toward the Kaaba can be somewhat deceiving. I’m not blaming the author of the mashup, rather, I think the nature of how the Quibla is found is unique. Since its based on the shortest distance to Mecca, sometimes the fastest way seems counter-intuitive, as in, I was thought the path from the White House (above) would be facing South-East instead of North-East. If you have a moment, try it out.
A couple interesting notes from the Wikipedia entry:
• The head of an animal that is slaughtered using Halal methods is aligned with the Qibla.
• Muslims are buried with their faces in the direction of the qiblah. Thus, archeology can indicate a Muslim necropolis if no other signs are present.
A short history of the Qibla:
Originally, the direction of the Qibla was toward Masjid al-Aqsa, Jerusalem (and it is therefore called the First of the Two Qiblahs). At least since Mishnaic times (AD200), Jews face the Temple Mount in Jerusalem while praying. The Mishnah speaks about this in Berakhot (Talmud) chapter 4, Mishnahs 5 and 6 and this practice is even found as early as I Kings 8:35-36. In Islam, this qiblat was used for over 13 years, from 610 CE until 623 CE. Seventeen months after Muhammad’s 622 CE arrival in Medina, the Qiblah became oriented towards the Kaaba in Mecca. According to accounts from the prophet Muhammad’s companions, the change happened very suddenly during the noon prayer in Medina, in a mosque now known as Masjid al-Qiblatain (Mosque of the Two Qiblahs). Muhammad was leading the prayer when he received revelations from Allah instructing him to take the Kaaba as the Qiblah (literally, “turn your face towards the Masjid al Haram”). According to the historical accounts, Muhammad, who had been facing Jerusalem, upon receiving this revelation, immediately turned around to face Mecca, and those praying behind him also did so.
Related Mecca Entries:
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Google Maps: Add the Contour Interval to the Legend of your Terrain maps
|| 8/6/2009 || 3:56 pm || 5 Comments Rendered || ||
Nearly every printed topographic map I’ve ever looked at has the contour interval, otherwise known as the distance between contour lines, listed in the legend. Depending on the scale of the map, the contour interval ranges from 1 foot to hundreds of feet between each successive contour line. The contour interval allows the map reader to instantly know the relative steepness & flatness of the topography in the map at one quick glance. Because of this crucial information, a topographic map is considered incomplete when it does not disclose this information to the reader.
Enter the Terrain feature of Google Maps. Released to the public in November of 2007, the contour lines were subsequently added in April of 2008. I hadn’t really given the feature much use until last week when I was planning my weekend excursion to the Shenandoah mountains. I was trying to figure out the altitude variation on my friends property by finding where their property line started & ended and calculating the elevation change. Since their property lies on the side of a mountain, I wanted to know the altitude at the bottom of the property and the altitude of the highest portion of the property, and subtract the difference to find the total elevation variance.
What I found out instead was that Terrain function of Google Maps was lacking the contour interval declaration in the legend. As with all their maps, the lower left-hand corner showed the units of distance on the map, but was missing the topographical information provided by the contour interval declaration.
In lieu of ever getting a response from Google Maps after previous queries, I decided to send a tweet to Google Maps:
I wasn’t really expecting a response, but a couple hours later I received this response on Twitter:
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