Rules facing to The Qiblah

thumbnail
kakbah the qibla of moslem
Source : Google Earth Software

Understanding of the direction of Qiblah is very simple, because the problem of the direction of Qibla is only a directional problem, is the direction of the Ka'ba which is in Mecca and each place must have different direction in facing Qibla.

In simple terms it can be seen that the area in the South Kabah facing to the North, the area located in the North Kabah facing to the South, the area in the East Kabah facing to the West, the area in the West Kabah facing East,

If further clarified then the area located in the North East Kabah facing to the South West, the area located in the South East of the Kabah facing to the North West, the area located in the South West Kabah facing the North East and the area located in the North West Kabah facing South East.

It can be a bit complicated if we further see that the earth is round, then there must be a special calculation for it, but if in a state of urgency can use the logic above.

The meaning of Qiblah in language is derived from the word قبل- يقبل - قبلة, which means facing, whereas in term, the islamic astronomers define with the Direction closest to the Ka'ba, The direction in which Muslims confront their faces during the prayer.

So why should we face qibla ???

The scientist of the fiqh agree that facing the Qiblah in the prayer is a requirement of the validity of the prayer, as the syar'I proposition exists:

Allah has commanded this three times, namely in Al-Baqarah: 144,149 and 150:
قد نرى تقلب وجهك في السماء فلنولينك قبلة ترضاها فول وجهك شطر المسجد الحرام وحيث ما كنتم فولوا وجوهكم شطره وإن الذين أوتوا الكتاب ليعلمون أنه الحق من ربهم وما الله بغافل عما يعملون

and in the hadith :
 قال أبو هريرة رضي الله عنه: قال رسول الله صلى الله عليه وسلم: اذا قمت الي الصلاة فاسبغ الوضوء ثم استقبل القبلة وكبر. رواه   البخارى ومسلم

For people around the holy mosque overlooking the Ka'ba is not a problem because they easily do that. Then what about the people who are far away with the Grand Mosque even outside the city of Mecca. Are we still required to face the true Ka'ba? Or just with an estimate only?

The opinion of the scholars:

Imam As Syafi'i & Shi'a Imamiyah:
Obligatory to the Ka'ba itself, both for the near and far.
If you can know the direction of the Ka'ba itself (exact), then it must face in that direction. If not, then just with an estimate only. (az-Zuhaily, Tafsir Al-Munir, p. 234)

Imam Hambali, Maliki, Hanafi & some scholars of Shi'a Imamiyah:
The direction of qibla is the direction in which the Ka'ba is located, not the Ka'ba itself. (As Suyuthiy, Al Asybah Wa An Nazair, p. 116)

The clerical agreement
All scholars agree that the Ka'ba is a qibla for those who are close and can see it. But they differ on the qibla for the distant and can not see it. (as-Sya'rani, Al-Miizaan Al-Kubra p. 116)

Based on the strongness of prejudice, there are 3 methods in determining the direction of Qibla
1. Overlooking Qibla Sure
A person who is inside the Grand Mosque (Masjidil Haram) and sees the Ka'ba directly, must face himself to Qibla with confidence. This is also referred to as "Ain al-Ka'ba".

2. Overlooking Qibla Estimates
Someone who is outside the Grand Mosque so that they can not see the Ka'ba building, they are obliged to face the Grand Mosque as the intent of facing Qibla in a dzan or approximation is called "Jihat al-Ka'ba"

3. Facing Qibla with Ijtihad
Ijtihad can be used to determine the direction of Qibla from a place far from the Holy Mosque, such as someone outside the holy land of Mecca or even outside Saudi Arabia, the method used is "Jihat al-Qiblah"

Why should a mathematical approach in determining the direction of Qibla?
As long as there is a more accurate way why choose another less accurate way, In a qaidah ushul fiqh
لا عبرة بالظن البين خطؤه
"The theory or practice that is based on the zan (allegation) that is clearly wrong is not considered"

Total Solar Eclipse August 21, 2017

thumbnail

Today (August 22, 2017) is a special day for the United States and its surrounding communities, there will be a very rare eclipse of the Sun Total, among the cities that passed are Oregon, Montana, Idaho, Wyoming, Nebraska, Iowa, Kansas, Missouri, Illionis, Kentucky, Tennesse, Georgia, North Carolina and South Carolina.

The partial eclipse phase will begin at 12:01 UTC-4. It reaches a maximum around 13:33 UTC-4 when the sun is 81% blocked by the moon. Partial eclipse ends at 15:00 UTC-4. For more details please visit NASA.

Total solar eclipse in the United States described the American Space Agency (NASA) through a video duration 04 minutes 25 seconds. The visualization contains details of eclipse location and explanation of why eclipses can occur. According to NASA, the eclipse will occur along 112 kilometers. In the video looks the line that seemed to divide the Land of Abang Sam from Oregon on the west coast of lau, to South Carolina on the northeast coast. See the following vidio:


One of the greatest features of a total solar eclipse happening in the United States today is to be the last eclipse for a long time, an eclipse of this type will happen 600 million years.

When the sky is dark you will feel the temperature down slightly. You may also be able to see and hear animals and insects going into their nightly cycles or nighttime routines. Remember that it can be a cloudy day but where you are, the sky will remain dark. More than a few days before, it would be difficult to know whether the sky might be cloudy or not.

Some things need to be a concern when the solar eclipse. Do not look directly at a partial solar eclipse. It can cause permanent damage to your eyes. Do not look through sunglasses, binoculars, or telescopes. You have to get special glasses known as "eclipse viewing glasses", if using binoculars or a telescope should also be equipped with special filters. Here's what you need to know in order to keep your eyes safe during an eclipse.

Do not forget also to perform the eclipse prayer !, please visit the following page for the Procedure of Performing The Eclipse Prayer.

Accurate Times

thumbnail
The Accurate Times application is a well-known application amongst the astronomers, this software is made by Mohammad Syawkat Audah. In this application there are several calculation programs, such as the program of Salat Time, Moon and Moon Setting program, Moon Phase, Hilal Visibility, Sun Ephemeris program, Hijriah-Masehi (Lunar-Sun) Calendar, Qibla Direction and also Solar and Moon position guidance program for telescope operation.

This application was originally a prayer time application adopted by the Jordanian Ministry of Religious Affairs for the early determination of the prayer time in Jordan, but at a later stage it developed to the point of calculating the conversion of the Hijriah-Mashi-Hijri date and the determination of the beginning of the continuing month on the visibility of the new moon .

The front view of the Accurate Times application

One of these in-app programs that reflects his thoughts is the Crescent Visibility or Visibility Hilal program the author has described in the previous chapter.

Crescent Visibility program display in the Accurate Times application

In this program provided several options for the determination of criteria:
- Waxing / Waning Crescent
This option is used to select the object we will look for visibility, whether young moon or old moon.
- Calculations
This option is used to select the basic reference of calculation, whether the calculation based on the geosentric point that will produce the essential moon, or from the surface of the earth (Toposentric) that will produce the hilal mar'i.
- Day of Calculations
This option is used to determine the state of visibility, at day of intent, 1 day or 2 days after.
- Time of Calculations
This option is used to select the visibility reference time, at sunset, when the Moon is set, or when the Best time, which is one of Mohammad Odeh's formulas also that the author has described in the previous discussion.

Map of Hilal Accurate Times Visibility

The above picture is the moon visibility map of the Beginning Moon of Shawwal 1438 in the Accurate Times application with youthful hilal, topocentric hilal, hilal on the day of ijtimak and hilal at best time.

Visit this link to download it. Download

When did 1 Dhul-Hijjah 1438 Begin?

thumbnail
The month of Dhul-Hijjah, or the month of Hajj in 2017 coincides with the year 1438. Ijtima' or the conjunction of the signing of the month of Dhul-Hijjah 1438 according to the book of Ittifaq Dzatil Bain happened on: Monday, 21 August 2017 18:35 UTC (Tuesday, 22 August 2017, 01:35 UTC+7). This conjunction coincides with the 17,256th month round in the Islamic date (Islamic Lunacy Number - ILN). In the evening of Tuesday, the crescent moon (hilal) will be visible in almost all parts of the world (see Hilal Visibility Map below).
Map of Crescent Visibility
Source : Accurate Times M. Odeh

Map of Hilal Visibility (Crescent) for 1 Dhul-Hijjah 1438. Most of the world will be able to see the moon on the evening of Tuesday, August 22, 2017. Thus calculation, 1 Dhul-Hijjah 1438 will fall on Wednesday, August 23, 2017.

In Indonesia, Insha Allah, there is no difference between the government and Islamic Organizations, especially Muhammadiyah and PERSIS. Likewise Saudi Arabia, which usually uses rukyatul hilal for the determination of the Wukuf date in Arafat and Eid al-Adha, will begin 1 Dhul-Hijjah 1438 H on the same day. The Ummul Qura calendar of Saudi Arabia shows 1 Dzulhijjah 1438 H falls on Wednesday, August 23, 2017.

If there is no official change from the government, then the following is the date of Wuquf and the holy day of Qurban, Eid al-Adha 2017 :
- Wukuf, 9 Dhul-Hijjah 1438 H is calculated on Thursday, August 31, 2017
- Eid al-Adha, 10 Dhul-Hijjah 1438 H is calculated on Friday, September 1, 2017
- Arafah Fasting year 1438 is calculated on Thursday, August 31, 2017

Below is a simulation of the moon's new state during the evening tuesday :

Calculation in the book of Ittifaq Dzatil Bain at Condrodipo, Gresik, Indonesia.

Ghurub (Sunset) Simulation at Condrodipo
Source : Stellarium 

Rukyatul Hilal Simulation at Condrodipo
Source : Stellarium

Souvenir from Space Day

thumbnail
Last night I joined the space day, I am from Indonesia and the day of space is celebrated on last night (07 August 2017). On that day people in Indonesia is recommended to turn off the lights at 20.00 pm. until 21:00 pm.

I took part to capture the beauty of the sky that night, albeit somewhat disappointingly, because the condition of the sky last night was not so dark due to 2 factors, the first not everyone turned off the lights of his house, and the moon before the full moon, so the rays of the sun that bounced off the moon Generated by stars.

But it's okay, I still managed to immortalize the constellation of scorpio stars.


Scorpio (Scorpion) is one of the constellations of the zodiac. In Javanese tradition, this constellation is known as "Banyakangrem (Geese incubate)".

This constellation is between Libra to the west and Sagittarius to the east and is one of the great constellations located in the southern hemisphere near the center of the Milky Way. As one of the zodiac constellations, it is bypassed by an imaginary ecliptic line. It is easily recognizable from a series of stars that form like a large S or A in the southern hemisphere.

There are some stars in this constellation. that is :

1. α Sco (Antares, Cor Scorpii / Qalb al-Aqrab / Vespertilo)
2. λ Sco (Shaula)
3. θ Sco (Sargas, Girtab)
4. δ Sco (Dschubba, Al Jabba, Iclarkrau)
5. E Sco (Wei)
6. κ Sco (Girtab)
7. β1 Sco (Acrab, Elacrab, Graffias, Grafias, Grassias)
8. υ Sco (Lesath, Lesuth)
9. τ Sco (Alniyat, Al Niyat)
10. π Sco (Vrischika)
11. σ Sco (Alniyat, Al Niyat)
12. ι1 Sco (Apollyon)
13. μ1 Sco (Denebakrab)
14. G Sco (Basanismus, Chuen Shwo)
15. ω1 Sco (Jabhat al Akrab)
16. ν Sco (Jabbah, Jabah)
17. ω2 Sco (Jabhat al Akrab)

Explanation of the constellation of scorpio:
The constellation Scorpio has the abbreviation "Sco", symbolized by the scorpion animal, the position of this constellation is approximately in the coordinates of Right Ascension 16j 53m 15d and Declination -30° 44 '12 ", the area is 496,783 square degrees. The bright star is about 13 stars, with the brightest star Antares (α Sco) (0.96m). In this constellation also often occur meteor shower, the meteor Alpha Scorpiids and Omega Scorpiids. This constellation is adjacent to 7 constellations (Sagittarius, Ofiukus, Libra, Lupus, Norma, Ara, Corona Australis)

Ordinance of Eclipse Prayer

thumbnail

Source : http://www.mutiarapublic.com

On this day, August 07, 2017 there will be an eclipse at midnight until the day move on August 8, 2017. at that time the sun's light reflected to the Moon will be obscured by the Earth's shadow.

This event becomes very interesting if observed, especially if we can record or immortalize it. But do not forget!, when the eclipse occurs, either the eclipse of the Moon or the Sun, is devoted to doing the eclipse prayer.

Then how the procedure of the eclipse prayer?. In the book of "Zaadul Ma'ad", the work of Ibn al-Qayyim is explained about the procedure of performing the eclipse prayer (Qayyim 1438: 349-356):

1. Intend in the heart and should not be mentioned because mentioning the intention does not include in the guidance of the Prophet Muhammad (Sunnah/Hadeeth) and the Prophet also never taught him intentions on certain prayers to his companions.

2. Takbiratul ihram is doing Takbir as usual prayer.

3. Read the Iftitah and Ta'awudz, then read the Al-Fatihah and read a long Surah (like the Al Baqarah) while being stitched (hardened voice, not soft) as contained in the hadeeth of A'ishah:
جهر النبى - صلى الله عليه وسلم - فى صلاة الخسوف بقراءته
"The Prophet annihilated his reading during the eclipse prayer." (Narrated by Bukhari no 1065 and Muslim 901)

4. Then doing Ruku' while extending it.

5. Then rise from Ruku '(I'tidal) while saying "Sami' Allah li Man Hamidah, Rabbana wa Laka al-Hamd"

6. After this I'tidal did not directly prostrate, but continued by reading Al-Fatihah and long Surah again. This second stand is shorter than the first.

7. Then doing Ruku' again (second Ruku') which length is shorter than Ruku' before.

8. Then rise from ruku' (I'tidal) again.

9. Then prostrate as long as Ruku', then sit between two prostrations and then bow down again.

10. Then rose from prostration and worked on the second raka'at as the first raka'at only the reading and the movements are shorter than before.

11. Tasyahud.

12. Greetings (doing Salam).

13. The priest then gives a sermon to the congregation that contains the suggestion for dhikr, praying, alms, and freeing slaves.

Dark Night Sky

thumbnail
Source : www.scienceandart.com/

On this day (August 6, 2017) commemorated the day of indulgence in Indonesia. The residents were asked to turn off the lights at 20:00 pm until 21:00 pm.

This movement originated from the concerns of astronomy activists on smoke pollution and light pollution in Indonesia, especially in urban areas. A lot of smoke and light from the city that pollute the nature of the air in Indonesia, this is very different from the conditions of the area which is still a rural, very beautiful, bright sky without smoke or light pollution.

With the existence of this movement may the human concerns of nature increasing, and hopefully they always keep, our nature, our land, sea, and air space.

Capture the Phenomenon of Partial Lunar Eclipse 7-8 August 2017

thumbnail

Visualitation of Partial Lunar Eclipse 7-8 August 2017
Source : MrEclipse.com
Date 7-8 August 2017 is a special date where on that date there will be a rare phenomenon, the phenomenon of partial lunar eclipse. The phenomenon would be very interesting if we managed to record and immortalize it.

But capturing images from the lunar eclipse is not an easy thing, sometimes a photographer difficult to take pictures, due to the lunar eclipse conditions that enter the full phase, the moonlight will be brighter.

At the time of the full moon, the earth is between the Moon and the Sun. The sunlight is reflected by the Moon towards us, so there is no Earth's shadow on the Moon that is used to adjust the contrast. Unlike at the time of the crescent moon, Crescent moon can be recorded with longer exposure or darker background to show the best light, although it is sometimes difficult to do.

So how to capture a lunar eclipse that right? We have a few ways and tricks for that.

1. Take pictures with twilight mode. If your camera does not have manual controls, choose the twilight shooting mode. With this mode, a very bright moonlight will be photographed with a fairly short exposure. If there is no twilight mode then use the automatic mode, and use the flash. The flash will shorten the exposure time so the moon does not experience overexposure. For close-up wear the highest lens enlargement setting.

2. Manual mode. Set ISO to a low value of 80 or 100 with a 1/80 or 1/100 exposure and f / 6.6 aparture.

3. Adjust the focus. If your camera has "Infinity" mode then it is great. If not there, autofocus is also good.

4. Use a support such as a tripod or a strong support. Enable the image stabilizer in the lens. Remember, the slightest movement has made the image obscure. When using a DSLR, you need a telephoto lens (minimum 300mm). If there is no tripod set ISO to 400 or more to get a shorter exposure without making the image too dark. High ISO values ​​are high noise, so do not use ISO too high.

5. Do not limit snapshots. With a large memory card capacity, you can take multiple shots on an ongoing basis. This is to get the best results, especially with the telephoto lens DSLR camera. Taking pictures with different exposure lengths increases the chances of getting the best photos. When the moon is near full, start with a low ISO, usually 100 with f / 6.6 aperture, and a 1/100 second exposure length. Periodically increase the exposure until the moon image becomes dark, it can take the exposure value 1/60, 1/50, 140, so on regularly.

6. Choose an interesting background. Fortunately the moon moves slowly so make sure enough time to get the background in the form of buildings, trees, or other objects to support the image of the moon in the right position.

7. Edit photos with software. Start by cutting a lot of black background and then adjust the brightness and contrast to get the desired result. We usually choose to reduce saturation because in reality the moon was relatively colorless.

Good luck!.

Google Qibla Finder

thumbnail
One of the requirements of a valid prayer is facing the Qibla, which is a Ka'ba in Mecca, Saudi Arabia.

To determine the direction of qibla there are many ways, ranging from traditional to modern. Some use a very traditional tool like a stick, some use simple tools but still have a fairly high accuracy such as Mizwala and Istiwaaini, some also use modern tools as well as Teodholite and Total Station. Use of some of these ways may still cause difficulties if who will determine is a beginner.

Nowadays has come a very useful technology for all human activity, that is smartphone. These benefits also apply to the determination of Qibla direction. Lots of users or developers who already take advantage of this technology, a lot of software / program direction of the Qibla is made for smartphones, let alone android smartphone. There are currently around 500 to 600 Qibla direction apps in the playstore, but if we are going to download the app it will be a bit complicated and confused, especially as the accuracy of the apps itself is untested.

But Google has responded to that, Google has presented a web-based qibla direction program that is highly compatible with smartphones especially android and has a very nice interface. The program is called Google Qibla Finder.

To use it we just need to open the browser, any browser through our smarphone, then slide to the site Google Qibla Finder then we will be taken to the Google Qibla Finder page.


Then please note that the GPS position must be in a state of luminous, so that our android can read the coordinates of where we are. In the next step we will choose the interface language we want, then press the Let's Go!


Then Google Qibla Finder will directly calculate, measure the direction of Qibla and apply it to a map which is the location where we are.


If we flip smartphone towards the front, then the interface will turn into a camera and the line appears which is the direction of our place qibla. We can directly mark the direction of Qiblah on our floor through the line that is in our smartphone camera.

Very practical without having to calculate and bring a tool to measure the direction of Qibla. Can we use wherever we are.

Note: There are some things to watch out for, smarphone must support multiple sensors, such as gps, compass and motion sensors, other than that the camera conditions must also be in normal. For the last step I can not exemplify because my camera is in error.

Good luck!

Spherical Earth Coordinate System

thumbnail

Coordinate is a number used to denote a point or a value. Have you ever heard of the term Cartesian Coordinates? A coordinate indicated by the x-axis and the y-axis. With this cartesian coordinate we can see that the area above the x-axis is positive, and the area below the x-axis is negative. While the area to the right of the y-axis is positive and the area to the left of the y-axis is negative.


The spherical coordinate system is also like cartesian coordinates, but the plane in cartesian coordinates is replaced by the spherical. The x-axis in the coordinate of the globe that is the equator (the line that divides the earth into two parts, north and south), and the y-axis in the form of Greenwich line (line connecting the two poles, the north pole and the south pole. This line are in Greenwich London Britaria Kingdom).

Spherical coordinates of the earth consists of two elements namely latitude and longitude. Latitude is an arc or line parallel to the center line of the earth / equator line. The value of the latitude is calculated from the equator line as the 0 point, the positive value for the north and the negative for the south.


Longitude is an arc or line connecting two poles. The value of longitude is calculated from Greenwich as 0 point, the east area of Greenwich is positive and the west area of Greenwich is negative.


Latitude is denoted by phi (φ), the value of latitude ranges from 0 degrees to +90 degrees and 0 degrees to -90 degrees. Longitude is represented by lambda (λ). The values ​​of longitude range from 0 degrees to +179.99 degrees and 0 degrees to -179.99 degrees. For longitude 180 can be positive and negative.


Suppose we will define the position Ka'ba in the form of coordinates (we can get help through the application Google Map / Google Earth). Then the value of Ka'ba coordinate is worth + 21˚ 25 '21,04 "and + 39˚ 49' 34,33" because the position of the Ka'ba is in north latitude and east longitude, it can also be written 21˚ 25 '21,04 " N (North) and 39˚ 49' 34.33 " E (East).