Believable physical interactions involving collisions between objects are essential in motion graphics and video games. The most common approach to create such effect is to employ dynamics simulation. However, to create a simple collision effect, dynamics simulation is time-consuming and lacks artistic control. This paper presents a custom deformer for creating simple collision effects in Autodesk Maya. The deformer determines intersection between objects by performing inclusion tests for selected vertices, and approximates the elastic behavior of the soft body in response to collisions by applying a controllable deforming algorithm to the object surface. No physics simulation is required in this process. The deformer supports interacting w...
The established methods for 3D interaction with virtual environments in games are not ideally suited...
Motion-carried information is a salient visual cue used in object perception to parse form in the op...
Robots mechatronic devices are able to replicate human actions, especially in dangerous environments...
This study contributes to the development of a Coupled Level-Set and Volume- Of-Fluid (CLSVOF) metho...
Weathering in computer graphics is crucial to creating believable objects. Common methods to add wea...
Motion blur is one important method for increasing the visual quality of real-time applications. Thi...
textThis work focuses on the study of flow around cylinder with both Particle Image Velocimetry (PIV...
Dynamic wake models have been used in real-time flight simulations for over thirty years. The models...
This work investigated the impacts of a complex piston head geometry on the aerodynamics and chemica...
This thesis presents the design and evaluation of a perceptually adaptive rendering system for immer...
The simulation of flow and transport in fractured porous media is crucial to improve understanding a...
This project simulates the development of the microscopic worm, C. elegans, up to the twenty- six ce...
During surgery, medical practitioners rely on the mobile C-Arm medical x-ray system (C-Arm) and its ...
The work undertaken in this project presents a new computational model capable of predicting the geo...
The purpose of this MQP was to aid in creating high quality Male Human Body Computer-Aided Design (C...
The established methods for 3D interaction with virtual environments in games are not ideally suited...
Motion-carried information is a salient visual cue used in object perception to parse form in the op...
Robots mechatronic devices are able to replicate human actions, especially in dangerous environments...
This study contributes to the development of a Coupled Level-Set and Volume- Of-Fluid (CLSVOF) metho...
Weathering in computer graphics is crucial to creating believable objects. Common methods to add wea...
Motion blur is one important method for increasing the visual quality of real-time applications. Thi...
textThis work focuses on the study of flow around cylinder with both Particle Image Velocimetry (PIV...
Dynamic wake models have been used in real-time flight simulations for over thirty years. The models...
This work investigated the impacts of a complex piston head geometry on the aerodynamics and chemica...
This thesis presents the design and evaluation of a perceptually adaptive rendering system for immer...
The simulation of flow and transport in fractured porous media is crucial to improve understanding a...
This project simulates the development of the microscopic worm, C. elegans, up to the twenty- six ce...
During surgery, medical practitioners rely on the mobile C-Arm medical x-ray system (C-Arm) and its ...
The work undertaken in this project presents a new computational model capable of predicting the geo...
The purpose of this MQP was to aid in creating high quality Male Human Body Computer-Aided Design (C...
The established methods for 3D interaction with virtual environments in games are not ideally suited...
Motion-carried information is a salient visual cue used in object perception to parse form in the op...
Robots mechatronic devices are able to replicate human actions, especially in dangerous environments...