Kaaba measurements and why they are referred to as having the golden ratio

The small, cubic building of the Kaaba may not compete with skyscrapers for height or shortage in width, but its impact on history and humans is unparalleled. The Kaaba building is 39 feet 6 inches tall and has a total size of 627 square feet. The interior room of the Kaaba is 13 x 9 meters and its walls are one meter wide. The floor inside is 2.2 meters higher than the place where people perform the circumambulation, the ceiling and the roof are two levels made of wood. Rebuilt with teak crowned with stainless steel, all walls are made of stone. The stones inside are polished, while the external stones are polished. In this article, we will learn about the relationship of Kaaba measurements with the golden ratio.

It was built and rebuilt by the prophets Adam, Ibrahim, Ismail and Muhammad (peace be upon them all). No other building was so honored.

Kaaba measurements and the golden ratio

The location of the Kaaba on the globe is extremely important, as it achieves what is known as the Golden Ratio (also known as the golden section or the golden mean or the divine ratio or the Greek letter Phi) This ratio is a mathematical constant that was discovered before Christmas, and after 1597 it was calculated Accurately calculated by the German mathematician Michael Maesteln, where he found that this constant has a precise value of 1.6180339887

Read also: Success Elements of Landscape Design

This ratio expresses the degree of consistency, beauty and accuracy, in simple terms as possible. The golden ratio exists when the line is divided into two parts and the longest part (a) is divided by the smallest part (b) equal to the sum of (a) + (b) divided by (a), both of which are equal 1.618.

Where it was used in the pyramids of Egypt and in the building “Parthenon”. This golden ratio is also present in every detail of the human body and various other organisms on Earth.

The Muslim opinion was that there is a divine miracle in choosing the location of the Kaaba as it achieves the golden ratio. It was very easy to ensure that the Kaaba site matched this ratio, as accurate measuring tools are available, the most famous of which are provided by Google Earth.

The distance between the Kaaba and the Antarctic is 12361.17 km, and the distance between the Kaaba and the North Pole is 7639.50 km. When the first number is divided by the second result is 1.618 and this number corresponds to the golden ratio.

From another angle, the ratio between the distance between Mecca and the North Pole to the distance between Mecca and the South Pole is exactly 1.618, which is the golden meaning and the ratio of the distance between the South Pole and Makkah to the distance between the two poles again 1.618.

The miracle is not complete yet, the golden ratio in the world is located in the city of Makkah Al-Mukarramah according to the map of longitude and latitude. The ratio of the eastern distance to the western distance from the solstice line of Makkah is 1.618 again. Moreover, the ratio of the distance from Mecca to the coup line

From the west side and the world ocean in this line is also surprisingly equal to the golden ratio of 1.618

Read also: Plants importance in the blanks for interior design

How to apply the golden ratio to your designs as an architect:

You can apply the golden ratio to many of the structural elements of your design, including layout, spacing, content, images, and patterns. The golden ratio is a useful guide to defining the dimensions of the layout. One very simple way to apply the golden ratio is to adjust the dimensions.

For example, take a typical 960 pixel display design and divide it by 1.618. You will get 594, which will be the height of the design. When you really think about it, one of the coolest aspects of architecture is the ability for buildings to be completely different, very diverse in size, shape and style, but very similar in essence. Regardless of who designs the building and regardless of the shape of the structure once it is finished and the end purpose of the building, the golden ratio was most likely used to determine the proportions of the difference in the buildings. Of course, not all buildings will be completely rectangular, whether natural landscape, current quantity boundaries, or personal style presupposes that the structure takes different shapes, architects need to be a means of accommodating a range of shapes, with some additional modifications to the golden rectangle, architects can easily Apply the ratio to any shape they can dream of. Unlike the golden rectangle, there are shapes that architects consider:

  • Golden Triangle: Refers to an isosceles triangle in which the smaller side has a golden ratio next to it next door.
  • Spiral logarithmic: can be created by taking an existing golden triangle and slicing the corners to create another golden triangle and continuing indefinitely.

By taking advantage of a combination of the golden rectangle, the golden triangle, and the logarithmic spiral, architects can create a variety of shapes ranging from pentagonal to polyphonic symbols, containing 30 points and beyond. However, it is important to note that these measurements are often used as rough estimates or rules of thumbs instead of standard and rapid shapes. Practical limitations to materials, workplaces, and human calculations often make it difficult to fully determine the ratio.

Architects take the golden ratio into consideration when it is time to decide how the floor plan of a building will flow. It is used when defining features such as how to properly determine the design of buildings, put windows outside, and specify where the door should be placed in the room. While these proportions are of minor importance to the structural integrity of the building, adherence to this ratio increases the chances that people will find the building aesthetically pleasing.

The References 1 | 2 | 3

Comments are closed.