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Mosque 3D Models Show: View as: Sort by: Per page: last Box last Polygonal mesh file formats: Autodesk 3ds Max (.max), AutoCAD (.dxf), Maya (.ma), Wavefront Object (.obj), 3D Studio Binary (.3ds), Autodesk FBX (.fbx), 3D Studio ASCII (.asc), LightWave 3D (.lwo), VRML 2.0 (.wrl;),Microsoft DirectX ASCII (.x), StereoLithography ASCII (.stl), COLLADA (.dae), X3D (.x3d). Downloaded 3D Models can be imported into Softimage, Cinema 4D, Blender, Modo, Google Earth and other 3D software. 3D CAD Solid Objects file formats: STEP SOLID AP214 (.step), IGES 5.3 NURBS (.iges). 3D CAD Solids can be imported into SolidWorks (.sldasm;.sldprt), Autodesk Inventor (.iam;.ipt), Pro/Engineer (.asm;.prt), SolidEdge, CATIA, ACIS and other CAD/CAM/CAE packages. 3D CAD models can be downloaded as polygonal 3D meshes also.

Modelling a Mosque Dome in 3D Studio Max By 3D Studio Max Intermediate This tutorial will teach you how to model a mosque dome using three main techniques, (1) the technique for creating the base of the dome, (2) the for creating the body of the dome, and (3) technique for creating the metal tip of the dome. This tutorial will cover only the modeling part of the project. The texturing process will be explored in a future tutorial. The mosque we are going to model in this tutorial is the Prophet Mohammed's Mosque in the city of Al Madinah Al Munawarah in Saudi. Our tutorial will be divided into four parts:.

Modelling the base of the dome. Adding details to the base of the dome (eg.

Modelling the drum of the dome. Modelling the dome - using the Lathe modifier.

Modelling the tip of the dome - using the Loft technique. We will go through the order shown above.

Section 1 - Modelling the Base of the Dome Our first section will involve modelling the base of the dome. We are going to use the box modelling technique to create this base. Start off by creating a box in the perspective viewport of any size. Access the modifier panel and set Length of the box to 100 units, the Width to 100 units, and the Height to 50 units. Now scroll down a bit and set the number of segments to, 10, 10, 5 respectively. Place the box at 0, 0, 0 coordinates.

Then right click on the box and convert it to Editable Mesh. Now access the Modify Panel and go to the Vertex sub-object selection mode.

Access the top viewport and select the upper half of vertices as shown in the image below and delete them. Once done, select the right half of the present vertices of the box and delete these as well. You should be left with a quarter of a box. Access the Modify Panel and activate the Polygon selection mode. Select the polygon shown in the image below and then extrude it by a value of -10 units.

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Now select the polygon above it and extrude that one by -10 units two times. (You will have to click on apply twice) Once that is done, select the polygon above it and extrude it by -10 units three times. Next, select the polygons shown in the image below and delete them. A notification window should pop up with the option to delete the Isolated Vertices. Make sure that you do NOT delete isolated vertices.

You should end up with an image similar to the one below. Select the polygons shown in the image below and delete them. Again, make sure NOT to delete isolated vertices. Rotate the viewport to show some hidden faces visible from the bottom up, select these and then delete them. Rotate the box sideways to show some more hidden faces, delete these as well. Make sure NOT to delete any of the isolated vertices in all of your steps.

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Summary This completed the first section of our tutorial, in this section we did the following:. Created a Box and converted it into an Editable Mesh. Deleted three quarters of the box to acquire a smaller box. Deleted unwanted sections to create a staggering shape. In the next stage we will create faces over the steps to model the basic shape of the base.

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