127 results about "Animation system" patented technology

A method and apparatus for animating a synthetic body part. The 3D-animation system and method use a database of basic postures. In a first step, for each frame, a linear combination of the basic postures from a database of basic postures is obtained by minimizing the Euclidean distance between the displacement of critical points. The displacement information is supplied externally, and typically can be obtained by observing the displacement of physical markers placed on a moving physical body part in the real world. For instance, the synthetic body part may be an expression of a human face and the displacement data are obtained by observing physical markers placed on the face of an actor. The linear combination of the postures in the database of postures is then used to construct the desired posture. Postures are constructed for each time frame and are then displayed consecutively to provide animation. A computer readable storage medium containing a program element to direct a processor of a computer to implement the animation process is also provided.

System and method for generating reactive animation, providing a generic link between tools for graphic animation, by operatively linking the representation of an event driven system in conjunction with an event driven engine to an animation engine to generate reactive animation.

Animation devices and a method that may output text-based data as an animation, are provided. The device may be a terminal, such as a mobile phone, a computer, and the like. The animation device may extract one or more emotions corresponding to a result obtained by analyzing text-based data. The emotion may be based on user relationship information managed by a user of the device. The device may select an action corresponding to the emotion from a reference database, and combine the text-based data with the emotion and action to generate an animation script. The device may generate a graphic in which a character is moved based on the action information, the emotion information, and the text-based data.

The invention relates to motion tracking system (10) for tracking a movement of an object (P) in a three-dimensional space, the said object being composed of object portions having individual dimensions and mutual proportions and being sequentially interconnected by joints the system comprising orientation measurement units (S1, S3, . . . SN) for measuring data related to at least orientation of the object portions, wherein the orientation measurement units are arranged in positional and orientational relationships with respective object portions and having at least orientational parameters; a processor (3, 5) for receiving data from the orientation measurement units, the said processor comprising a module for deriving orientation and/or position information of the object portions using the received data and a calibration unit (7) arranged to calculate calibration values based on received data and pre-determined constraints for determining at least the mutual proportions of the object portions and orientational parameters of the orientation measurement units based on received data, pre-determined constrains and additional input data. The invention further relates to a method for tracking a movement of an object, a medical rehabilitation system and an animation system.

A motion tracking system enables faithful capture of subtle facial and eye motion using a surface electromyography (EMG) detection method to detect muscle movements and an electrooculogram (EOG) detection method to detect eye movements. Signals corresponding to the detected muscle and eye movements are used to control an animated character to exhibit the same movements performed by a performer. An embodiment of the motion tracking animation system comprises a plurality of pairs of EMG electrodes adapted to be affixed to a skin surface of a performer at plural locations corresponding to respective muscles, and a processor operatively coupled to the plurality of pairs of EMG electrodes. The processor includes programming instructions to perform the functions of acquiring EMG data from the plurality of pairs of EMG electrodes. The EMG data comprises electrical signals corresponding to muscle movements of the performer during a performance. The programming instructions further include processing the EMG data to provide a digital model of the muscle movements, and mapping the digital model onto an animated character. In another embodiment of the invention, a plurality of pairs of EOG electrodes are adapted to be affixed to the skin surface of the performer at locations adjacent to the performer's eyes. The processor is operatively coupled to the plurality of pairs of EOG electrodes and further includes programming instructions to perform the functions of acquiring EOG data from the plurality of pairs of EOG electrodes. The EOG data comprises electrical signals corresponding to eye movements of the performer during a performance. The programming instructions further provide processing of the EOG data and mapping of the processed EOG data onto the animated character. As a result, the animated character will exhibit the same muscle and eye movements as the performer.

An animation system integrating face and body tracking for puppet and avatar animation by using a 3D camera is provided. The 3D camera human body and facial animation system includes a 3D camera having an image sensor and a depth sensor with same fixed focal length and image resolution, equal FOV and aligned image center. The system software of the animation system provides on-line tracking and off-line learning functions. An algorithm of object detection for the on-line tracking function includes detecting and assessing a distance of an object; depending upon the distance of the object, the object can be identified as a face, body, or face/hand so as to perform face tracking, body detection, or ‘face and hand gesture’ detection procedures. The animation system can also have zoom lens which includes an image sensor with an adjustable focal length f′ and a depth sensor with a fixed focal length f.

Systems and methods are described for animating 3D characters using synthetic motion data generated by generative models in response to a high level description of a desired sequence of motion provided by an animator. In a number of embodiments, an animation system is accessible via a server system that utilizes the ability of generative models to generate synthetic motion data across a continuum to enable multiple animators to effectively reuse the same set of previously recorded motion capture data to produce a wide variety of desired animation sequences. In several embodiments, an animator can upload a custom model of a 3D character and the synthetic motion data generated by the generative model is retargeted to animate the custom 3D character. One embodiment of the invention includes a server system configured to communicate with a database containing motion data including repeated sequences of motion, where the differences between the repeated sequences of motion are described using at least one high level characteristic. In addition, the server system is connected to a communication network, the server system is configured to train a generative model using the motion data, the server system is configured to generate a user interface that is accessible via the communication network, the server system is configured to receive a high level description of a desired sequence of motion via the user interface, the server system is configured to use the generative model to generate synthetic motion data based on the high level description of the desired sequence of motion, and wherein the server system is configured to transmit a stream via the communication network including information that can be used to display a 3D character animated using the synthetic motion data.

The technology herein involves use of 2D imposters to achieve seemingly 3D effects with high efficiency where plural objects such as animated characters move together such as when one character follows or carries another character. A common 2D imposter or animated sprite is used to image and animate the plural objects in 2D. When the plural objects are separated in space, each object can be represented using its respective 3D model. However, when the plural objects contact one another, occupy at least part of the same space, or are very close to one other (e.g., as would arise in a situation when the plural objects are moving together in tandem), the animation system switches from using plural respective 3D models to using a common 2D model to represent the plural objects. Such use of a common 2D model can be restricted in some implementations to situations where the user's viewpoint can be restricted to be at least approximately perpendicular to the plane of 2D model, or the 2D surface on which the combined image is texture mapped can be oriented in response to the current virtual camera position.

The invention discloses a three-dimensional game animation system which comprises an upper layer function module called by a program developer, an upper layer editing module called by an art developer, a bottom layer management module and a bottom layer function module, wherein the bottom layer management module and the bottom layer function module are called by a bottom layer program developer for development and maintenance. The modules are connected through standard interfaces and game animation can be conveniently manufactured simply by understanding calling rules of the interfaces of the modules. Due to the fact that the system comprises the upper layer function module, the upper layer editing module, the bottom layer management module and the bottom layer function module, functions are complete, the standard interfaces are adopted, the modules are independent of one another, the standard interfaces are used for connection, and developers can manufacture the game animation conveniently only through understanding the calling rules of the interfaces of the modules without understanding detail development modes of the animation system. Thus, the three-dimensional game animation system is easy to use and expand.

An exemplary method includes a transition animation system detecting a screen size of a display screen associated with a computing device executing an application, automatically generating, based on the detected screen size, a plurality of animation step values each corresponding to a different animation step included in a plurality of animation steps that are to be involved in an animation of a transition of a user interface associated with the application into the display screen, and directing the computing device to perform the plurality of animation steps in accordance with the generated animation step values. Corresponding methods and systems are also disclosed.

A method for animating data analytics on a display is provided. The method includes receiving, at a processor, a first request to display a set of data, the set of data including a plurality of data dimensions having respective data. The method includes generating one or more visualizations of the set of data corresponding to at least two data dimensions. The method includes applying a filter to select one or more data ranges to be displayed along the at least two data dimensions. The method includes displaying each of the one or more visualizations at respective sets of pixels of the display based upon the applied filter. The method includes generating respective animations of the displayed one or more visualizations by simultaneously displaying respective variations in the at least two data dimensions on the respective sets of the pixels of the display.

The invention discloses a collaborative filtering-based real-time voice-driven human face and lip synchronous animation system. By inputting voice in real time, a human head model makes lip animation synchronous with the input voice. The system comprises an audio/video coding module, a collaborative filtering module, and an animation module; the module respectively performs Mel frequency cepstrum parameter coding and human face animation parameter coding in the standard of Moving Picture Experts Group (MPEG-4) on the acquired voice and human face three-dimensional characteristic point motion information to obtain a Mel frequency cepstrum parameter and human face animation parameter multimodal synchronous library; the collaborative filtering module solves a human face animation parameter synchronous with the voice by combining Mel frequency cepstrum parameter coding of the newly input voice and the Mel frequency cepstrum parameter and human face animation parameter multimodal synchronous library through collaborative filtering; and the animation module carries out animation by driving the human face model through the human face animation parameter. The system has the advantages of better sense of reality, real-time and wider application environment.

The invention relates to a method for realizing a three-dimensional facial animation based on layered modeling and multi-body driving. In the method, on the basis of constructing a layered facial model, independent driving is carried out according to the characteristics of each rigid or flexible body so as to simulate more true and more subtle expressions to synthesize driving effects of eyes and a mouth. In the embodiment of the invention, the three-dimensional facial animation can be acquired through simulation experiments only by respectively shooting a front photograph and a profile photograph of the face of a model, wherein the face of the model needs to be in a naturally relaxed state, two eyes look ahead and the head needs to be vertical to the ground. The method for realizing a three-dimensional facial animation based on layered modeling and multi-body driving is used as the key link of synthesizing a virtual human and has an important actual application value to human-machine interaction and a virtual human voice animation system.

Systems, methods, and computer-readable media are provided for generating a cascaded animation in a user interface. In accordance with one implementation, a method is provided that includes operations performed by at least one processor, including determining coordinates and an initial time for an input to the user interface. The method may also include identifying at least one user interface element capable of being animated. Additionally, the method may determine coordinates for the at least one user interface element corresponding to the spatial location of the at least one user interface element in the user interface. The method also may include calculating a target time based on the initial time and distance between the coordinates of the input and the coordinates of the at least one user interface element. The method may generate a command to animate the display of the at least one user interface element when the target time is reached.

The invention provides a 3Dmax aided animation system. A 3Dmax three-dimensional animation system self does not provide a management tool, which makes an animator not only create a picture but also manage a material. Aimed at the problem in the 3Dmax system, the invention provides the 3Dmax aided animation system, comprising an interface module which is connected with the 3Dmax system in order to realize a data transmission between the 3Dmax system and the aided unit, a display module which provides a user interface and receives an operational order of a user, and an expression binding management module which respectively tabulates a skeleton and a muscle of the different positions of an animated character, and produces the expression of the character according to the skeleton or the muscle selected by the user, and generates a continuous motion by invoking the expression of a task. The 3D max aided animation system provides a friendly interface and integrates functions necessary for the animation into the interface, which reduces the difficulty of the animation for the animator and improves the efficiency.