Endorphin is the 3D industrys first dynamic motion synthesis software. At the heart of Endorphin are its Adaptive Behaviours, which - unlike animation data - are. We create and publish ultra-high quality free-to-play games that combine polished gameplay with high-end 3D graphics. NaturalMotion is creating the next.

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Key features Importing: this action can be performed by drag and dropping audio files to the interface of the software. After that, several modifications can be made to the audio according to the user's needs.

Effect: endorphin contains various sound effects that the user can integrate to the processed files to improve their quality. The program also provides tools to adjust the bass and treble. Compression: endorphin may also reduce the storage size of the audio file after the process. For that, the software converts the audio in VST format without changing the sound quality.

Customization: several options can be adjusted such as the frequency bands, the output stage and the minor sonic. This can be made by balancing the different monitor for each option. The user can also switch between stereo or M/S modes. Pros endorphin can be used and downloaded for free. Several bugs have been fixed from the previous version. Endorphin helps increasing depth, definition and loudness of a track. Cons It requires a minimum of knowledge in sound mixing to handle the software.

To make the legs of the barstool, draw a bone from the top to the bottom of the leg. Do the same for the leg braces in a horizontal manner. Create your seat by creating another small bone using one joint located in the middle of the seat and another just above it.

At this point, you’ll have nine separate 'bones' (two joints each) for each of the barstool model parts. Finally, add one root joint just underneath the barstool’s seat and parent the leg/brace/seat bones underneath it. Save this file, naming it something like 'barstool001.' We will parent the barstool geometry under the joints later.

The Maya Outliner of the joint hierarchy is shown here. Select all the barstool polygon geometry and export it as an 'OBJ,' naming the file 'barstoolref.obj' (you will need to have the 'objExport.mll' plug-in loaded before you do this in Maya), then delete the barstool geometry from your scene. Then, select the root joint of the barstool skeleton hierarchy and export it to an FBX (you will need to have the 'fbxmaya.mll' plug-in loaded before you do this in Maya). Name the file 'barstooljoints.fbx' and use the default settings in the FBX export popup window and hit the export button. You should see the barstool joints represented by gray capsule-shaped 'mass' objects. Imported joints will have mass objects created on them by default (as long as they have a child joint). There are also blue collision objects here but they are obscured by the mass objects.

You can right-mouse-click in the viewport to toggle the display of mass and collision objects. Next, import the 'barstoolref.obj' OBJ file, which will be displayed as partially transparent geometry; this will serve as a guide for adjusting the mass (gray) and collision (blue) objects.

Next, set the geometry types for all the legs and brace mass and collision objects to 'Cylinder.' Resize the mass/collision cylinders using the 'Radius' and 'Length' attributes of your collision objects to more closely represent the OBJ reference model. Make certain that none of the collision objects intersect, otherwise you will get collision objects jumping oddly during simulation. You can also use the translate, rotate and scale tools in endorphin to adjust the mass/collision cylinders as well.

In this example, I used a 'force' to push a character into the barstool. The sever event was added at frame 39 so it breaks apart as the character crashes into it.

Add as many barstools as you want to the scene by using the 'Add Character' menu. You may also want to check on endorphin’s Simulation Setting 'Non-Spherical Mass Objects' for more convincing dynamic motion from the barstool parts. In addition, you can edit any of the mass objects’ 'density' attributes to make the barstool pieces heavier or lighter (you can do this in 'Character Edit' mode). NaturalMotion’s endorphin is already highly touted for its ability to create dynamic human body motion. We used endorphin in a recent production and it proved to be a powerful tool for creating complex prop animation. This tutorial shows you how to use endorphin to create a breakable 'barstool,' like you’d see in a bar room fight in your favorite spaghetti western. We used version 2.5’s incredibly fast rigid body solver and 'sever' events, as well as Autodesk Maya 7.

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But this technique is just the tip of the iceberg of what you can do with endorphin’s extensive 3D animation toolset. The software ships with several helpful tutorials; For instance, check out 'Tutorial 6: Creating Props.' And because NaturalMotion offers a free Learning Edition and an informative online forum, you can experiment with the software and learn from other endorphin users before investing in the product.