building muqarnas in GeoGebra
This book is a tutorial to construct muqarnas with the use of custom tools on a toolbar. - In the 2D Graphics you can use the tools to build up the plan with the known polygons and their vertices. - In the 3D Graphics you can use the tools to construct the units upon marked points. A series of muqarnas construction created with these custom tools in the GeoGebra interface you can find in the GeoGebrabook on [url=https://www.geogebra.org/m/tcmsgvjw]muqarnas[/url] by Henk Hietbrink. I created other GeoGebrabooks on muqarnas: [list][*][url=https://www.geogebra.org/m/n7ps6rtv]introduction[/url] on muqarnas[/*][*]the book of [url=https://www.geogebra.org/m/zfavcpsm]Fatin Uluegin[/url] on muqarnas[/*][/list]
Índice
- custom tools
- Point tools
- Tiles
- muqarnas units
- example
- examples
- Amasya Bimarhane
- Nigde Ak Medresse
- Bursa Abdal Mehmet
- Kayseri Cifte Madrasah
- M. Fatin Uluengin (page 43)
- Çorum Osmancık
Point tools
To defines the vertices of tiles in a 2D plan and/or in a 3D construction of a muqarnas, a set of point tools is useful to mark points on distances that match with the lengths of the sides. Working on a unit square grid, two distances in particular are useful: 1 and [math]\sqrt{2}[/math] in all directions. [br]A set of tools, grouped in a dropdown list, allows you to define a point on a distance 1 or [math]\sqrt{2}[/math] to the right, left, up or down of a clicked point. Just click on a point to create this point.
The last tool in the dropdown list allows you to define a point at a given horizontal and vertical distance of it. After clicking on a point dialogs open in which you can type the values for the horizontal and the vertical translation.
Amasya Bimarhane
[size=100][table][tr][td]Amasya is an ancient city with a long history that starts before the Roman times. It was also an important city in Ottoman times. Sultan Selim I was born there, for example. The Bimarhane mosque is located in Amasya. In the entrance portal, two small muqarnas are incorporated in the wall on the left and right. [br][br]This muqarnas follows the line "back on front" and has as exception only two half intermediate units.[br][br]This worksheet is part of my geogebra book on [url=https://www.geogebra.org/m/tcmsgvjw]Muqarnas[/url].[br]More information is available on my website [url=http://www.fransvanschooten.nl/fvs_muqarnas_uk.htm#Amasya]Muqarnas/Amasya[/url].[br][br]Below, you can see the design of this muqarnas. Use the slider to investigate this muqarnas level by level in order to check which basic elements are involved. For design purposes, each element has been given a different color. Drag the slider to the right for a view in a shiny white color.[br][br]You can create a muqarnas yourself in the GeoGebra book [url=https://www.geogebra.org/m/tcmsgvjw#material/puntqphq]Muqarnas Tool[/url].[/td][td][img]http://www.fransvanschooten.nl/images/Amasya_3.jpg[/img][center]© [url=https://pbase.com/dosseman/image/136630913]Dick Osseman[/url][/center]More information is available at [url=https://archnet.org/sites/3611/media_contents/127710]Archnet/Amasya Bimarhanesi[/url][br][/td][/tr][/table][/size]