基于Arduino板单片机、GPS模块和数字罗盘的第三al-Biruni法测定Kitab Tahdid Nihayat al-Amakin的Qibla方向

W. S. M. Sanjaya, Akhmad Roziqin, A. Kusumorini, D. Anggraeni, F. I. Nurrahman, W. G. Kresnadjaja, D. Maulana
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引用次数: 2

摘要

对穆斯林来说,进行Sholat或其他各种崇拜的强制性要求之一是面向Qibla方向(朝向麦加克尔白的方向)。远离卡巴的世界各地的穆斯林激发了早期的穆斯林科学家(其中之一是al-Biruni(公元973 - 1050年))开发各种方法来确定Qibla方向。本研究描述了来自手稿Kitab Tahdid Nihayat al-Amakin的al-Biruni的第三种方法,用于确定Python 2.7中计算的位置的Qibla方向。计算结果表明,al-Biruni的第三种方法相当于现代球面三角方法。因此,al-Biruni的方法现在仍然可以用来确定一个地点的Qibla方向。然后,实现al-Biruni 's Third算法,构建基于Arduino板MCU、GPS模块和数字罗盘的Q-Bot Ver. 3,实现自动实时定位Qibla方向。
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The Third al-Biruni’s Method for The Determination of Qibla Direction from Kitab Tahdid Nihayat al-Amakin with The Implementation Based on Arduino Board MCU, GPS Module, and Digital Compass
One of the mandatory requirements of performing Sholat or other various worship for Muslim’s is faces to Qibla direction (the direction toward Kaaba in Mecca). Muslims around the world who far away from Kabaa motivate the beginning Muslims scientist (one of them is al-Biruni (973 - 1050 CE)) to develop various method to determine the Qibla direction. This study describes al-Biruni’s Third method from the manuscript Kitab Tahdid Nihayat al-Amakin for determining the Qibla direction of a Location computed in Python 2.7. The computation result presents that al-Biruni’s Third method equivalent to the modern spherical trigonometry method. Hence, al-Biruni’s method can still be used to determine the Qibla direction of a location in the present. Then, the algorithm of al-Biruni’s Third has been implemented to construct Q-Bot Ver. 3 based on Arduino board MCU, GPS module, and digital compass so that can determine the Qibla direction in a Location automatically and in real-time.
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