Animation Technologies

Animation is one of the most effective and cutting-edge ways to present a visual message that involves showing a macro or micro process (parts, molecules), the workings of any system (human body, manufacturing, a product), or the evolution of events.

Animation provides a viewing experience that most audiences have come to expect when watching mainstream TV/Film and entertainment. Animated media can be created and viewed in two forms, two dimensionally (2D) and three dimensionally (3D). The differences between the two are as follows: 2D animation generally has a more flattened or cartoon look with simple movement effects. It is a less costly than 3D animation and its genius lies in that the effective presentation of sometimes complex concepts in an easy to understand format.

3D animation, on the other hand, is the pinnacle of animated presentation with its strength lying in the overall look and design of its subject matter created in three-dimensional space. Objects look and feel more photo-realistic. Like real objects, 3D animations can be moved, rotated, and transitioned in any direction. A more advanced process of modeling, texture mapping, and particle effects results in a more visually dynamic viewing experience. Higher end animation projects and Visual Effects (VFX) are created in 3D.

Forensic animation is a branch of forensic science in which audio-visual recreations of incidents or accidents are created to aid investigators. Examples include the use of computer animation, stills, and other audio visual aids. Application of computer animation in courtrooms today is becoming more popular.

The basic objective of the animation is to portray or convey a scene which might otherwise be hard to visualize. The use of animation is evolving along with the forensic science. Since the animation has already been used to enhance presentation for cases, some companies, such as think about animation as a futuristic necessity. The role of animation can be applied to situations such as car accidents, a homicide showing penetration of an object into the skull, etc. Occasionally, companies can provide any person involved in the case with said visual information to better the person’s idea of what occurred, which does not necessarily have to be shown in court to a jury. The types of specific details the animation intends to explore are those revolving around timing, perspective, distance/position and process/mechanism of either an object or a person involved in the ordeal. This form of visual testimony is also key in providing the audience with a tool to remember what occurred. The visual stimulation can allow viewers to remember what they saw in court better, to place them in the perspective of the victim, or to enhance the presentation of the speaker.

• Accident and Scene Reconstruction
• DFDR Flight Path and VDR Course Imaging
• Simulations
• Scenario Analysis
• 3-D Exploration Tools
• 3-D Tutorials
• 3-D Imaging (3-D Scanning, Motion Capture)