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This document discusses animatronics and provides information on its history, technology, and applications. It summarizes that: - Animatronics uses electronics and programming to create the optical illusion of motion in animated creatures through the control of voltages and microcontrollers. Actuators enable facial movements. - Applications include Walt Disney's Enchanted Tiki Room from 1963 as well as theme parks and movies. Skills like electronics, mechanics, sculpting, and control technology are important for animatronics careers. - Diagrams show examples of animatronic robot kits, components like servos and software, and how a full animatronic system works using elements like a motor system, face and
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Animatronics
Animatronics is a combination of animation and electronics that uses mechanized puppets or robots to simulate living creatures. It involves designing and sculpting animatronic figures, building an internal armature, programming complex movements, and integrating electronics and control systems. Major applications of animatronics include theme parks like Disneyland, movies to create special effects, and as a developing career field.
Animatronics-ppt
Animatronics uses electronics and mechanics to create lifelike animated puppets. Walt Disney pioneered the use of animatronics in the 1950s for films and later at Disney theme parks. The creation of animatronic figures involves designing, sculpting, mold making, building an armature, costuming, and programming the figure to synchronize motion and sound. Disney further advanced animatronics with the Enchanted Tiki Room in 1963, which used pneumatic actuators and digital controls to animate singing bird figures. Modern animatronics production requires skills in electronics, mechanics, sculpting, and programming to bring animated creatures to life.
Animatronics
The document discusses the history and process of animatronics. It begins with an introduction to the early use of audio animatronics in Disney attractions. It then defines animatronics as mechanized puppets that can be programmed or remotely controlled to perform movements. The document outlines the design and fabrication process for animatronics, including sculpting, mold making, and programming. It provides details on the creation of animatronic dinosaurs for Jurassic Park, specifically the steps of conceptualizing, sculpting, casting, and assembling the animatronic components. Finally, it notes that building professional quality animatronics requires many technical skills and significant resources.
Project Animatronics
Our project describes the Animatronics with its phases and procedures. It is describing the project ,with the manner of film production.
Animatronics
This presentation discusses animatronics, which use electronics to create lifelike robotic creatures and characters. It describes the multi-step process used to design and build animatronic figures, including drawings, maquettes, full-size sculptures, molds, integrated mechanical and electronic components, and testing. Precautions are needed due to the power involved. Improvements continue to make the movements and appearances of animatronics more realistic.
ANIMATRONICS
This document provides an overview of animatronics, including its history, formation process, and applications. Some key points:
- Animatronics combines animation and electronics to create mechanized puppets that can be programmed or remotely controlled. Walt Disney pioneered their use in theme parks in the 1960s.
- The formation process involves designing, sculpting, molding, armature fabrication, costuming, programming, and testing animatronic figures. Electronics and microcontrollers are used to synchronize sound and motion.
- Animatronics have applications in entertainment, films, displays, defense, medicine, ichthyology, and more. They are used to make lifelike robots and replace live animals
Animatronics PPT
This document discusses the history and development of animatronics. It begins by defining animatronics as a combination of animation and electronics involving mechanized puppets. It then provides a brief history, noting early examples from China and Leonardo Da Vinci, before discussing popularization in movies like Jurassic Park. Disney is credited with coining the term "audio-animatronics" and developing advanced technologies. Key steps in design like framing, skin/exterior, and assembly are outlined. Potential future applications discussed include artificial zoos, prosthetics, and robotic fish for research.
Animatronics Presentation
Animatronics refers to the use of robotic devices to emulate a human or an animal or bring lifelike characteristics to an otherwise inanimate object. Animatronic creations include animals (including dinosaurs), plants and even mythical creatures. A robot designed to be a convincing imitation of a human is more specifically labeled as an android. Modern animatronics have found widespread applications in movie special effects and theme parks and have, since their inception, been primarily used as a spectacle of amusement.
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Animatronics
Animatronics is a combination of animation and electronics that uses mechanized puppets or robots to simulate living creatures. It involves designing and sculpting animatronic figures, building an internal armature, programming complex movements, and integrating electronics and control systems. Major applications of animatronics include theme parks like Disneyland, movies to create special effects, and as a developing career field.
Animatronics-ppt
Animatronics uses electronics and mechanics to create lifelike animated puppets. Walt Disney pioneered the use of animatronics in the 1950s for films and later at Disney theme parks. The creation of animatronic figures involves designing, sculpting, mold making, building an armature, costuming, and programming the figure to synchronize motion and sound. Disney further advanced animatronics with the Enchanted Tiki Room in 1963, which used pneumatic actuators and digital controls to animate singing bird figures. Modern animatronics production requires skills in electronics, mechanics, sculpting, and programming to bring animated creatures to life.
Animatronics
The document discusses the history and process of animatronics. It begins with an introduction to the early use of audio animatronics in Disney attractions. It then defines animatronics as mechanized puppets that can be programmed or remotely controlled to perform movements. The document outlines the design and fabrication process for animatronics, including sculpting, mold making, and programming. It provides details on the creation of animatronic dinosaurs for Jurassic Park, specifically the steps of conceptualizing, sculpting, casting, and assembling the animatronic components. Finally, it notes that building professional quality animatronics requires many technical skills and significant resources.
Project Animatronics
Our project describes the Animatronics with its phases and procedures. It is describing the project ,with the manner of film production.
Animatronics
This presentation discusses animatronics, which use electronics to create lifelike robotic creatures and characters. It describes the multi-step process used to design and build animatronic figures, including drawings, maquettes, full-size sculptures, molds, integrated mechanical and electronic components, and testing. Precautions are needed due to the power involved. Improvements continue to make the movements and appearances of animatronics more realistic.
ANIMATRONICS
This document provides an overview of animatronics, including its history, formation process, and applications. Some key points:
- Animatronics combines animation and electronics to create mechanized puppets that can be programmed or remotely controlled. Walt Disney pioneered their use in theme parks in the 1960s.
- The formation process involves designing, sculpting, molding, armature fabrication, costuming, programming, and testing animatronic figures. Electronics and microcontrollers are used to synchronize sound and motion.
- Animatronics have applications in entertainment, films, displays, defense, medicine, ichthyology, and more. They are used to make lifelike robots and replace live animals
Animatronics PPT
This document discusses the history and development of animatronics. It begins by defining animatronics as a combination of animation and electronics involving mechanized puppets. It then provides a brief history, noting early examples from China and Leonardo Da Vinci, before discussing popularization in movies like Jurassic Park. Disney is credited with coining the term "audio-animatronics" and developing advanced technologies. Key steps in design like framing, skin/exterior, and assembly are outlined. Potential future applications discussed include artificial zoos, prosthetics, and robotic fish for research.
Animatronics Presentation
Animatronics refers to the use of robotic devices to emulate a human or an animal or bring lifelike characteristics to an otherwise inanimate object. Animatronic creations include animals (including dinosaurs), plants and even mythical creatures. A robot designed to be a convincing imitation of a human is more specifically labeled as an android. Modern animatronics have found widespread applications in movie special effects and theme parks and have, since their inception, been primarily used as a spectacle of amusement.
Animatronics presentation
"Animatronics are now are more lifelikely than before. They have advanced in exactly the same was as the CGI has.it is all really out of my area of expertise, but it definitely made my job a lot easier to act to something that was a lot of more expressive,more real" ----SAM NEILL
Animatronics
Animatronics is a cross between animation and electronics. What is Animatronics? Basically, an animatronics is a mechanized puppet. It may be preprogrammed or remotely controlled.
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Animatronics refers to using robotic devices to emulate humans, animals, or bring lifelike characteristics to inanimate objects. It has applications in film special effects and theme parks. Walt Disney pioneered the use of sophisticated animatronics called audio-animatronics in Disney theme parks starting in the 1950s. The design process for animatronics involves sculpting, mold making, fabrication, costuming, and programming to bring characters to life with realistic motion and appearance.
Histmojurassicpark 090807051516-phpapp01
Animatronics were first developed for Disney studios in 1954 for the film 20,000 Leagues Under the Sea. The first use of audio-animatronics was in Walt Disney's Enchanted Tiki Room at Disneyland, which opened in 1963. Animatronics involve mechanized creatures that make imaginary animals appear alive through movement. The process of creating animatronics involves designing, sculpting, model making, armature fabrication, costuming, programming, and putting everything together to make the creatures move in a lifelike manner.
animatronics pdf
This document discusses animatronics and provides details about their creation and applications. It begins with definitions of animatronics and examples from history. Specific projects are then described, such as the animatronic Spinosaurus created for Jurassic Park. The document outlines the various stages of designing and building animatronics, including mechanical, electronic, structural and surface work. It concludes by noting that animatronics are primarily used in movies and theme parks to create realistic creatures and characters.
Animatronics presentation
Animatronics is the use of mechatronics to create machines that appear lifelike rather than robotic. The design process involves sculpting, mold making, armature fabrication, costuming, and programming. Animatronics are used in entertainment like movies and theme parks to bring characters and creatures to life. While animatronics provide realistic experiences, the technology is also very costly, complex, time-consuming, and requires skilled labor.
Animatronics
This document discusses the history and process of animatronics. It begins with a brief history, noting that animatronics originated with clock makers in Europe and was advanced by Leonardo Da Vinci. Modern animatronics were pioneered by Walt Disney. The document then outlines the multi-step process used to design, sculpt, mold, program and construct advanced animatronic figures like the Spinosaurus used in Jurassic Park. It also lists several laws of animatronics and discusses applications in entertainment, training and education as well as advantages like realistic experiences and disadvantages like high costs.
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This document provides an overview of motion capturing technology, including its history, techniques, applications, and conclusion. It discusses how motion capture works by recording human movement through cameras and mapping it onto digital characters. The document traces the evolution of motion capture from early techniques like rotoscoping in the 1970s to current optical, electromagnetic and mechanical methods. It outlines key applications in entertainment, video games, medicine and military. In conclusion, motion capture is an effective tool for realistically animating digital characters with captured human motions.
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Animatronics
Introduction
History
Father of animatronics
Formation
Laws of animatronics
Making of spinosauraus
Application
Advantages and disadvantages
conclusion
IT WAS MAINLY STARTED BY THE CLOCK MAKERS IN THE ANCIENT TIMES WHO USED TO MAKE CLOCK WERE CHARACTERS WERE HIDDEN/DISPLAYED BY THE SOUND OF THE CLOCK
IT WAS MAINLY DESIGNED BY THE EUROPEAN AND ONE OF SUCH CLOCK NAME PRAGUE ASTRONOMICAL CLOCK MADE IN 1410 AND ANIMATED IN 1600 AND STILL SURVIVE TODAY
GERMAN LATER ON IN 1700 MADE MORE ADVANCEMENT AND TOOK THIS ANIMATION IN HOME CLOCKS
THESE INCLUDE POPING OUT OF CUKOO BIRD OR ANY CHARACTER FROM THE CLOCK
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Animatronics presentation
"Animatronics are now are more lifelikely than before. They have advanced in exactly the same was as the CGI has.it is all really out of my area of expertise, but it definitely made my job a lot easier to act to something that was a lot of more expressive,more real" ----SAM NEILL
Animatronics
Animatronics is a cross between animation and electronics. What is Animatronics? Basically, an animatronics is a mechanized puppet. It may be preprogrammed or remotely controlled.
Animatronics POWERPOINT PRESENTATION
Animatronics refers to using robotic devices to emulate humans, animals, or bring lifelike characteristics to inanimate objects. It has applications in film special effects and theme parks. Walt Disney pioneered the use of sophisticated animatronics called audio-animatronics in Disney theme parks starting in the 1950s. The design process for animatronics involves sculpting, mold making, fabrication, costuming, and programming to bring characters to life with realistic motion and appearance.
Histmojurassicpark 090807051516-phpapp01
Animatronics were first developed for Disney studios in 1954 for the film 20,000 Leagues Under the Sea. The first use of audio-animatronics was in Walt Disney's Enchanted Tiki Room at Disneyland, which opened in 1963. Animatronics involve mechanized creatures that make imaginary animals appear alive through movement. The process of creating animatronics involves designing, sculpting, model making, armature fabrication, costuming, programming, and putting everything together to make the creatures move in a lifelike manner.
animatronics pdf
This document discusses animatronics and provides details about their creation and applications. It begins with definitions of animatronics and examples from history. Specific projects are then described, such as the animatronic Spinosaurus created for Jurassic Park. The document outlines the various stages of designing and building animatronics, including mechanical, electronic, structural and surface work. It concludes by noting that animatronics are primarily used in movies and theme parks to create realistic creatures and characters.
Animatronics presentation
Animatronics is the use of mechatronics to create machines that appear lifelike rather than robotic. The design process involves sculpting, mold making, armature fabrication, costuming, and programming. Animatronics are used in entertainment like movies and theme parks to bring characters and creatures to life. While animatronics provide realistic experiences, the technology is also very costly, complex, time-consuming, and requires skilled labor.
Animatronics
This document discusses the history and process of animatronics. It begins with a brief history, noting that animatronics originated with clock makers in Europe and was advanced by Leonardo Da Vinci. Modern animatronics were pioneered by Walt Disney. The document then outlines the multi-step process used to design, sculpt, mold, program and construct advanced animatronic figures like the Spinosaurus used in Jurassic Park. It also lists several laws of animatronics and discusses applications in entertainment, training and education as well as advantages like realistic experiences and disadvantages like high costs.
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The presentation gives a brief view of how animatronics plays a role in modern motion pictures. It also describes the management and engineering perspective of the project of creating animated characters
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Tick Tock Unlock, the story behind the creation of a multiplayer VR escape room experience.
http://AugmentedWorldExpo.com
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Motion capture involves sensing and recording human or object motion as 3D data. There are several motion capture methods, including prosthetic, acoustic, electromagnetic, optical fiber, and optical. Optical motion capture uses reflective markers and high-speed cameras to capture high accuracy marker data. The motion data goes through processing like cleanup and mapping to digital characters. Motion capture is used extensively in movies for animating realistic characters and scenes but has limitations like expense and inability to add more expression than what is captured. Future improvements may include markerless motion capture and cheaper systems.
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The evoMouse allows users to use their finger as a pointer instead of a physical mouse across nearly any flat surface. It requires little space. The evoMouse is made up of two principal components: 3D electronic perception sensor chips and image processing software. It connects to computers through both Bluetooth and a USB port.
Motion Capturing Technology
This document provides an overview of motion capturing technology, including its history, techniques, applications, and conclusion. It discusses how motion capture works by recording human movement through cameras and mapping it onto digital characters. The document traces the evolution of motion capture from early techniques like rotoscoping in the 1970s to current optical, electromagnetic and mechanical methods. It outlines key applications in entertainment, video games, medicine and military. In conclusion, motion capture is an effective tool for realistically animating digital characters with captured human motions.
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Motion capture technology involves recording human movements and translating them onto digital models. There are several types of motion capture techniques, including optical, mechanical, and magnetic. Optical motion capture uses multiple cameras to track passive or active markers placed on an actor's body. Early motion capture systems involved tracing live-action footage frame-by-frame (rotoscoping). Modern optical systems can capture high-resolution movement data at fast frame rates.
The evolution mouse by celluon
This document presents information on the evolution mouse. It begins with objectives to describe features of the evolution mouse and compare it to other mice. It then provides an introduction and overview of traditional computer mice. The core of the document describes how the evolution mouse works using infrared sensors instead of physical movement. It provides details on functions like cursor control, clicking, dragging and handwriting recognition. The document discusses advantages like multi-touch capability and compatibility with different devices and operating systems. It concludes that the evolution mouse changes the way users interact with computers using natural hand movements.
Evo mouse
The EvoMouse is a dog-shaped multi-touch device that allows any flat surface to function as a touchpad using infrared sensors and image processing technology. It allows users to perform standard mouse functions with their fingers instead of a physical mouse by tracking finger movements in 3D. The EvoMouse requires very little space, has a rechargeable battery, and can connect via Bluetooth or USB to work with PCs, laptops, and mobile devices running various operating systems.
Evo mouse and magic cibe
The document discusses two input devices: the Evo Mouse, which turns any flat surface into a touchpad using infrared sensors and image processing, and the Magic Cube projection keyboard, which projects a virtual keyboard that can be typed on using infrared detection of finger movements. Both devices connect via USB and work on various operating systems. They provide portable, space-saving alternatives to traditional mice and keyboards.
Animatronics
Introduction
History
Father of animatronics
Formation
Laws of animatronics
Making of spinosauraus
Application
Advantages and disadvantages
conclusion
IT WAS MAINLY STARTED BY THE CLOCK MAKERS IN THE ANCIENT TIMES WHO USED TO MAKE CLOCK WERE CHARACTERS WERE HIDDEN/DISPLAYED BY THE SOUND OF THE CLOCK
IT WAS MAINLY DESIGNED BY THE EUROPEAN AND ONE OF SUCH CLOCK NAME PRAGUE ASTRONOMICAL CLOCK MADE IN 1410 AND ANIMATED IN 1600 AND STILL SURVIVE TODAY
GERMAN LATER ON IN 1700 MADE MORE ADVANCEMENT AND TOOK THIS ANIMATION IN HOME CLOCKS
THESE INCLUDE POPING OUT OF CUKOO BIRD OR ANY CHARACTER FROM THE CLOCK
Motion Capture Technology
Here is the brief information about Motion Capture Technology.
http://www.gameyan.com/motion-capture.html
evomouse full report
The document discusses the history and evolution of the computer mouse from its early prototypes to modern versions. It describes Douglas Engelbart's early wooden mouse from 1963. Later mice included the trackball, ball mouse, optical mouse, and laser mouse. The ball mouse replaced wheels with a single ball and light sensors to detect motion. Optical mice used LEDs and cameras rather than internal parts. Laser mice improved on optical mice with infrared lasers. Gyroscopic and 3D mice provided motion sensing in multiple axes. The document concludes with an introduction to the Evo Mouse, described as a portable, dog-shaped mouse that functions differently than previous models.
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Just a presentation I did before the Oculus Rift was announced, just had an interest in virtual reality and the professor asked us to sell a product we invented, and act as if we had infinite resources. This was before the dawn of VR started so now I would have added more information. Two of my classmates and I presented this for our second year English class in college.
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Smart quill
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Animatronics_sjec
- 4. 1 • Walt Disney's Enchanted Tiki Room,1963. 2 • Theme parks and cinematography industry.
- 7. It is an optical illusion of motion due to the phenomenon of persistence of vision.
- 8. Electronics is used in doing programming of these animated creatures. It is done by controlling the voltage regulation. It is also done by embedded microcontroller.
- 9. Animatronics puppet that is animated by means of electromechanical devices. Actuators are responsible for various facial movements. Electronics and software provides synchronization of sound and motion.
- 10. Step 1: Sculpting Step 2: Mold making Step 3: Armature Fabrication Step 4: Costuming Step 5: Programming
- 14. Kit Includes: System Requirements: Servo controller circuit board 486 or higher processor (Pentium recommended) Two Hi-tech HS-300 hobby servos 8 megabytes of RAM (32 recommended) Mini SSC Panel v1.2 software 3.5" 1.44MB floppy Pack Windows 3.x, 95, 98 or NT Two servo horn assembly packs Available serial port Illustrated Instruction manual 20 Megabytes of hard drive space
- 16. WHAT IEEE IS THINKING ..???
- 17. Animatronics has now developed as a career which may require combined talent in- Electrical/e lectronics Air brushing Mechanical engg. Sculpting and casting Control technology Radio control
- 18. USED IN ENTERTAINMENT AREA USED IN CREATING SPECIAL EFFECTS IN MOVIES. EDUCATIONAL PUPOSES
- 20. THANK YOU..!!!!