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Characters 3D Models are a part of the process of creating a virtual three-dimensional model of the character with the help of special software. 3D animation allows you to “revive” 3D models of characters and populate them with virtual worlds.
3D-modeling of characters has application in many areas. Some of the examples:

• PC and Flash games

The widest application of 3D character modeling is in creating heroes for games – from large desktops to PCs or consoles to Flash games online or for mobile devices.

• Cinema

3D modeling has become an integral part of the cinema – movies and cartoons are full of 3D characters. Sometimes this is a completely hand-modeled figure, which is animated with special software.

• Advertising

3D-modeling of the character is also a popular technique in advertising. Many brands order the development of branded characters.
Programs for modeling characters are also called programs for digital sculpture – the process of creating models simulates the process of modeling.

• Zbrush
• Blender
• Programs from Autodesk
• Cinema 4D

On FlatPyramid you will find different categories of 3D characters, like:

• Aliens
• Animal Types
• Anime
• Babies and Toddlers
• Cartoons
• Humans
• Monsters and Creatures
• Robots

Some of our popular characters 3D models:

Now you have a model that you can import into 3ds Max.

Import the SAT model into 3ds Max:

1. Start 3ds Max.
2. On the Quick Access toolbar, click Project Folder and set your current project to Autodesk 3ds Max 2016 Tutorials.
3. Choose Customize Units Setup. On the Units Setup dialog, choose Metric, and then choose Millimeters from the drop-down list. Click OK.
4. From the Application menu, choose Import. In the Select File To Import dialog, navigate to the importInventor_files folder, highlight my_blade_clamp.sat, and then click Open.
   Note: If you skipped the procedure with Inventor, import blade_clamp.sat.

   3ds Max opens the SAT Import dialog.

5. On the SAT Import dialog, turn on Convert SAT Y Axis to Z Axis.

   In Inventor, the up-axis is Y, rather than Z as it is in 3ds Max. So when you move a file from one product to the other, you have to be careful to make this adjustment.

6. Click OK.

   3ds Max now shows the blade clamp as geometry in the viewports.

   There are two objects: blade_clamp_01 is the mounting pin, and blade_clamp_02 is the clamp itself.

Examine the geometry:

1. Select the clamp, blade_clamp_02, and go to the Modify panel.

   SAT objects appear in 3ds Max as the Body Object type. Body Objects model solids.

2. Change the Perspective viewport to Edged Faces display (press F4). On the Modify panel, look at the Viewport Display Settings rollout.

   By default, the display is set to Both and Medium.

3. Choose Mesh to see the 3ds Max mesh approximation of the clamp.

   In viewports, 3ds Max approximates Body Objects as meshes. Try choosing Coarse and then Fine as the mesh types.

   Coarse mesh

   Note: The Curves display option displays only the curves that outline Body Object geometry, even when the viewport is a shaded view.

   If you plan to deform the Body Object geometry, as in this tutorial, then it helps to set the Max Edge Len[gth] % value explicitly.

4. Change the Mesh Quality Presets back to Medium.
5. In the Mesh Display group, set Max Edge Len. % to 3.0.

   3ds Max subdivides the mesh approximation.

   This fine-grained subdivision gives 3ds Max modifiers adequate geometry to modify.

   When Max Edge Len. % is set to 0.0, the parameter is inactive. Values between 2.0 and 5.0 are good for deforming geometry in 3ds Max.

6. Change the Display Options back to Both.

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