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Making a Game Character Move
Piia Brusi MAKING A GAME CHARACTER MOVE Animation and motion capture for video games Bachelor’s thesis Degree programme in Game Design 2021 Author (authors) Degree title Time Piia Brusi Bachelor of Culture May 2021 and Arts Thesis title 69 pages Making a game character move Animation and motion capture for video games Commissioned by South Eastern Finland University of Applied Sciences Supervisor Marko Siitonen Abstract The purpose of this thesis was to serve as an introduction and overview of video game animation; how the interactive nature of games differentiates game animation from cinematic animation, what the process of producing game animations is like, what goes into making good game animations and what animation methods and tools are available. The thesis briefly covered other game design principles most relevant to game animators: game design, character design, modelling and rigging and how they relate to game animation. The text mainly focused on animation theory and practices based on commentary and viewpoints provided by industry professionals. Additionally, the thesis described various 3D animation and motion capture systems and software in detail, including how motion capture footage is shot and processed for games. The thesis ended on a step-by-step description of the author’s motion capture cleanup project, where a jog loop was created out of raw motion capture data. As the topic of game animation is vast, the thesis could not cover topics such as facial motion capture and procedural animation in detail. Technologies such as motion matching, machine learning and range imaging were also suggested as topics worth covering in the future. -
CMSC427 Computer Graphics
CMSC427 Computer Graphics Matthias Zwicker Fall 2018 Staff Instructor • Matthias Zwicker ([email protected], https://cs.umd.edu/~zwicker) Teaching assistant • Yue Jiang ([email protected]) 2 Today • Course overview • Course organization • Vectors and coordinate systems 3 Computer graphics applications 4 Computer graphics • „Technology to create images using computers“ • This course: underlying algorithms for interactive applications – AR, VR, games, scientific visualization, etc. • Core areas – 3D rendering – Modeling – Animation 5 Rendering • Synthesis of 2D image from 3D scene description http://en.wikipedia.org/wiki/Rendering_(computer_graphics) – Rendering algorithms interpret data structures that represent scenes using geometric primitives, material properties, and lights • Input – Data structures that represent scene (geometry, material properties, lights, virtual camera) • Output – 2D image (array of pixels) – Red, green, blue values for each pixel 6 Photorealistic rendering See also http://en.wikipedia.org/wiki/Rendering_(computer_graphics) 7 Photorealistic rendering • Physically-based simulation of light, materials, and camera – Physical model expressed using the rendering equation, http://en.wikipedia.org/wiki/Rendering_equation – Shadows, realistic illumination, multiple light bounces • Slow, minutes to hours per image • Special effects, movies • Not in this class 8 Interactive rendering 9 Interactive rendering • Focus of this class • Produce images within milliseconds • Interactive applications (games, …) • Using specialized -
Comparative Analysis of Human Modeling Tools Emilie Poirson, Mathieu Delangle
Comparative analysis of human modeling tools Emilie Poirson, Mathieu Delangle To cite this version: Emilie Poirson, Mathieu Delangle. Comparative analysis of human modeling tools. International Digital Human Modeling Symposium, Jun 2013, Ann Arbor, United States. hal-01240890 HAL Id: hal-01240890 https://hal.archives-ouvertes.fr/hal-01240890 Submitted on 24 Dec 2015 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Comparative analysis of human modeling tools Emilie Poirson & Matthieu Delangle LUNAM, IRCCYN, Ecole Centrale de Nantes, France April 25, 2013 Abstract sometimes a multitude of functions that are not suitable for his application case. Digital Human Modeling tools simulate a task performed by a human in a virtual environment and provide useful The first step of our study consisted in listing all indicators for ergonomic, universal design and represen- the comparable software and to select the comparison tation of product in situation. The latest developments criteria. Then a list of indicators is proposed, in three in this field are in terms of appearance, behaviour and major categories: degree of realism, functions and movement. With the considerable increase of power com- environment. Based on software use, literature searches puters,some of these programs incorporate a number of [7] and technical reports ([8], [9], [10], for example), the key details that make the result closer and closer to a real table of indicator is filled and coded from text to a quinary situation. -
Blender Instructions a Summary
BLENDER INSTRUCTIONS A SUMMARY Attention all Mac users The first step for all Mac users who don’t have a three button mouse and/or a thumb wheel on the mouse is: 1.! Go under Edit menu 2.! Choose Preferences 3.! Click the Input tab 4.! Make sure there is a tick in the check boxes for “Emulate 3 Button Mouse” and “Continuous Grab”. 5.! Click the “Save As Default” button. This will allow you to navigate 3D space and move objects with a trackpad or one-mouse button and the keyboard. Also, if you prefer (but not critical as you do have the View menu to perform the same functions), you can emulate the numpad (the extra numbers on the right of extended keyboard devices). It means the numbers across the top of the standard keyboard will function the same way as the numpad. 1.! Go under Edit menu 2.! Choose Preferences 3. Click the Input tab 4.! Make sure there is a tick in the check box for “Emulate Numpad”. 5.! Click the “Save As Default” button. BLENDER BASIC SHORTCUT KEYS OBJECT MODE SHORTCUT KEYS EDIT MODE SHORTCUT KEYS The Interface The interface of Blender (version 2.8 and higher), is comprised of: 1. The Viewport This is the 3D scene showing you a default 3D object called a cube and a large mesh-like grid called the plane for helping you to visualize the X, Y and Z directions in space. And to save time, in Blender 2.8, the camera (left) and light (right in the distance) has been added to the viewport as default. -
Christian Otten
CHRISTIAN OTTEN 3D GENERALIST PORTFOLIO 2018 Demo Scene - Apothecary Modelled with Maya | ngplant 2017 Rendered with Corona for C4D Compositing with Nuke demo scene - sector 51 Modelled with Maya | Cinema 4D 2017 Rendered with Corona for C4D Compositing with After Effects (Lens Flares) and Nuke demo scene - wynyard Modelled with Maya | zBrush | ngplant 2017 Rendered with Vray (Raven) and Corona Compositing with Nuke prototype Modelled with Cinema 4D 2018 Rendered with Corona Compositing with Nuke interiors Modelled with Cinema 4D | 3D Studio Max 2014-2018 Rendered with Corona | Vray | C4D Physical Renderer Compositing with Photoshop | Nuke exteriors Modelled with Cinema 4D | Maya | zbrush | ngplant 2011-2018 Rendered with Corona | Vray | C4D Physical Renderer Compositing with Photoshop | Nuke fantasy Modelled with Cinema 4D | zBrush | ngplant | makehuman 2011-2018 Rendered with Corona | C4D Physical Renderer Compositing with Photoshop | darktable | Nuke futuristic Modelled with Cinema 4D | zBrush 2012-2015 Rendered with C4D Physical Renderer Compositing with Photoshop For a more comprehensive portfolio feel free to visit: christianotten.daportfolio.com or ignisferroque.cgsociety.org A few animated experiments are available on: https://vimeo.com/christianotten All models, scenes and materials presented here where made by me, unless stated otherwise. Photo textures from cgtextures.com Thank you for watching! CHRISTIAN OTTEN Curriculum Vitae PERSONAL INFORMATION EDUCATION: Date of Birth: 09.09.1984 2016-2017 3D Animation and VFX course Place -
Poseray Handbuch 3.10.3
Das PoseRay Handbuch 3.10.3 Zusammengestellt von Steely. Angelehnt an die PoseRay Hilfedatei. PoseRay Handbuch V 3.10.3 Seite 1 Yo! Hör genau zu: Dies ist das deutsche Handbuch zu PoseRay, basierend auf dem Helpfile zum Programm. Es ist keine wörtliche Übersetzung, und FlyerX trifft keine Schuld an diesem Dokument (wenn man davon absieht, daß er PoseRay geschrieben hat). Dies ist ein Handbuch, kein Tutorial. Es erklärt nicht, wie man mit Poser tolle Frauen oder mit POV- Ray tolle Bilder macht. Es ist nur eine freie Übersetzung der poseray.html, die PoseRay beiliegt. Ich will mich bemühen, dieses Dokument aktuell zu halten, und es immer dann überarbeiten und erweitern, wenn FlyerX sichtbar etwas am Programm verändert. Das ist zumindest der Plan. Damit keine Verwirrung aufkommt, folgt das Handbuch in seinen Versionsnummern dem Programm. Die jeweils neueste Version findest Du auf meiner Homepage: www.blackdepth.de. Sei dankbar, daß Schwedenmann und Tom33 von www.POVray-forum.de meinen Prolltext auf Fehler gecheckt haben, sonst wäre das Handbuch noch grausiger. POV-Ray, Poser, DAZ, und viele andere Programm- und Firmennamen in diesem Handbuch sind geschützte Warenzeichen oder zumindest wie solche zu behandeln. Daß kein TM dahinter steht, bedeutet nicht, daß der Begriff frei ist. Unser Markenrecht ist krank, bevor Du also mit den Namen und Begriffen dieses Handbuchs rumalberst, mach dich schlau, ob da einer die Kralle drauf hat. Noch was: dieses Handbuch habe ich geschrieben, es ist mein Werk und ich kann damit machen, was ich will. Deshalb bestimme ich, daß es nicht geschützt ist. Es gibt schon genug Copyright- und IPR- Idioten; ich muß nicht jeden Blödsinn nachmachen. -
John Bachofer Graphic Designer
JOHN BACHOFER GRAPHIC DESIGNER Animation/Graphic Design/3D Modelling Marketing/Freelancer [email protected] | (760)-518-0145 http://johnkathrynjanewayba.wixsite.com/johnbachoferartist https://www.linkedin.com/in/johnny-bachofer-32888ab8/ Education Summary B.S. in Graphic Design with Meticulous and knowledgeable Graphic Design graduate known for skill in 3D modeling, rigging Emphasis on Animation and texturing. Deadline driven and results oriented artist who has exhibited exceptional talent in Grand Canyon University building highly detailed products yielding customer satisfaction. Graduated 2018 Key Skills include: graphic design, illustration, modeling/texturing, rigging and animation Software Work Experience Autodesk MAYA Source FilmMaker Real Art Daily Productions - Los Angeles, CA (Online) 11/2019 - Present Blender 3D Adobe Creative Lightwave 3D Suite: Character Animator DAZ Studio Photoshop • Mastered the use of Unreal Engine 4. Unreal Engine 4 Illustrator • Developed comprehensive 3D modelling and rigging skills. MakeHuman InDesign • Completed the company’s first animation of a quadruped character. Autodesk 3DS MAX After Effects • Met project milestones for writing, storyboard development and comencement of production. Unity Lightroom • Successful team member in a diverse and inclusive workplace. ZBrush Microsoft Office Sketchup Suite: Mogul Mommies Inc - New York, NY (Online) Feb 2017 - May 2018 AutoCAD Excel Game Development Artist Mixamo Fuse Word • Developed and released the “Toss That!” mobile app game. Poser Powerpoint -
A Procedural Interface Wrapper for Houdini Engine in Autodesk Maya
A PROCEDURAL INTERFACE WRAPPER FOR HOUDINI ENGINE IN AUTODESK MAYA A Thesis by BENJAMIN ROBERT HOUSE Submitted to the Office of Graduate and Professional Studies of Texas A&M University in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE Chair of Committee, André Thomas Committee Members, John Keyser Ergun Akleman Head of Department, Tim McLaughlin May 2019 Major Subject: Visualization Copyright 2019 Benjamin Robert House ABSTRACT Game development studios are facing an ever-growing pressure to deliver quality content in greater quantities, making the automation of as many tasks as possible an important aspect of modern video game development. This has led to the growing popularity of integrating procedural workflows such as those offered by SideFX Software’s Houdini FX into the already established de- velopment pipelines. However, the current limitations of the Houdini Engine plugin for Autodesk Maya often require developers to take extra steps when creating tools to speed up development using Houdini. This hinders the workflow for developers, who have to design their Houdini Digi- tal Asset (HDA) tools around the limitations of the Houdini Engine plugin. Furthermore, because of the implementation of the HDA’s parameter display in Maya’s Attribute Editor when using the Houdini Engine Plugin, artists can easily be overloaded with too much information which can in turn hinder the workflow of any artists who are using the HDA. The limitations of an HDA used in the Houdini Engine Plugin in Maya as a tool that is intended to improve workflow can actually frustrate and confuse the user, ultimately causing more harm than good. -
Surface Recovery: Fusion of Image and Point Cloud
Surface Recovery: Fusion of Image and Point Cloud Siavash Hosseinyalamdary Alper Yilmaz The Ohio State University 2070 Neil avenue, Columbus, Ohio, USA 43210 pcvlab.engineering.osu.edu Abstract construct surfaces. Implicit (or volumetric) representation of a surface divides the three dimensional Euclidean space The point cloud of the laser scanner is a rich source of to voxels and the value of each voxel is defined based on an information for high level tasks in computer vision such as indicator function which describes the distance of the voxel traffic understanding. However, cost-effective laser scan- to the surface. The value of every voxel inside the surface ners provide noisy and low resolution point cloud and they has negative sign, the value of the voxels outside the surface are prone to systematic errors. In this paper, we propose is positive and the surface is represented as zero crossing two surface recovery approaches based on geometry and values of the indicator function. Unfortunately, this repre- brightness of the surface. The proposed approaches are sentation is not applicable to open surfaces and some mod- tested in realistic outdoor scenarios and the results show ifications should be applied to reconstruct open surfaces. that both approaches have superior performance over the- The least squares and partial differential equations (PDE) state-of-art methods. based approaches have also been developed to implicitly re- construct surfaces. The moving least squares(MLS) [22, 1] and Poisson surface reconstruction [16], has been used in 1. Introduction this paper for comparison, are particularly popular. Lim and Haron review different surface reconstruction techniques in Point cloud is a valuable source of information for scene more details [20]. -
Experimental Validation of Autodesk 3Ds Max Design 2009 and Daysim
Experimental Validation of Autodesk® 3ds Max® Design 2009 and Daysim 3.0 NRC Project # B3241 Submitted to: Autodesk Canada Co. Media & Entertainment Submitted by: Christoph Reinhart1,2 1) National Research Council Canada - Institute for Research in Construction (NRC-IRC) Ottawa, ON K1A 0R6, Canada (2001-2008) 2) Harvard University, Graduate School of Design Cambridge, MA 02138, USA (2008 - ) February 12, 2009 B3241.1 Page 1 Table of Contents Abstract ....................................................................................................................................... 3 1 Introduction .......................................................................................................................... 3 2 Methodology ......................................................................................................................... 5 2.1 Daylighting Test Cases .................................................................................................... 5 2.2 Daysim Simulations ....................................................................................................... 12 2.3 Autodesk 3ds Max Design Simulations ........................................................................... 13 3 Results ................................................................................................................................ 14 3.1 Façade Illuminances ...................................................................................................... 14 3.2 Base Case (TC1) and Lightshelf (TC2) -
Mi Army Maya Download Crack
Mi Army Maya Download Crack Mi Army Maya Download Crack 1 / 2 Copy video URL Copy embed code Report issue · Powered by Streamable. Mi Army For Maya Download Crack ->>> http://urllie.com/wn9ff 42 views.. Miarmy 6.2 for Autodesk Maya | crowd-simulation plugin for Maya https://goo.gl/uWs11s More plugin .... Miarmy for maya. Bored of creating each separate models for warfield or fight. Now it's easy to create army. This plug-in is useful for creating armies reducing the .... 11.6MB Miarmy (named My Army) is a Maya plugin for crowd simulation AI behavioral animation creature physical .. KickassTorrents - Download torrent from .... free software downloadfree software download sitespc software free download full ... Miarmy (named “My Army”) is a Maya plugin for crowd simulation, AI, .... It's fast, fluid, intuitive, and designed to let you do what you want, the way you want. What you will get: Miarmy Express; Installation Guide; Free License .... Used to kill for MOD, MI ARMY, FBM, PB ADDICTS, ALL STAR KIDZ. Godonthefield is offline Miarmy pro maya 2011 torrent download, miarmy for maya .... Plugins Reviews and Download free for CG Softwares ... Basefount released Miarmy 7 with Maya 2019 Support. CGRecord ... Basefount released the new update of its crowd simulation tool for Autodesk Maya - Miarmy 7.. Plugins Reviews and Download free for CG Softwares ... [ #Autodesk #Maya #Basefount #Miarmy #Crowd #Simulation ]. Basefount has released Miarmy 6.5, the latest update to its crowd-simulation system for Maya with .... ... and Software Crack Full Version Title Download Android Games / PC Games and Software Crack Full Version: Miarmy 3.0 for Autodesk Maya Link Download. -
Open Source Software for Daylighting Analysis of Architectural 3D Models
19th International Congress on Modelling and Simulation, Perth, Australia, 12–16 December 2011 http://mssanz.org.au/modsim2011 Open Source Software for Daylighting Analysis of Architectural 3D Models Terrance Mc Minn a a Curtin University of Technology School of Built Environment, Perth, Australia Email: [email protected] Abstract:This paper examines the viability of using open source software for the architectural analysis of solar access and over shading of building projects. For this paper open source software also includes freely available closed source software. The Computer Aided Design software – Google SketchUp (Free) while not open source, is included as it is freely available, though with restricted import and export abilities. A range of software tools are used to provide an effective procedure to aid the Architect in understanding the scope of sun penetration and overshadowing on a site and within a project. The technique can be also used lighting analysis of both external (to the building) as well as for internal spaces. An architectural model built in SketchUp (free) CAD software is exported in two different forms for the Radiance Lighting Simulation Suite to provide the lighting analysis. The different exports formats allow the 3D CAD model to be accessed directly via Radiance for full lighting analysis or via the Blender Animation program for a graphical user interface limited option analysis. The Blender Modelling Environment for Architecture (BlendME) add-on exports the model and runs Radiance in the background. Keywords:Lighting Simulation, Open Source Software 3226 McMinn, T., Open Source Software for Daylighting Analysis of Architectural 3D Models INTRODUCTION The use of daylight in buildings has the potential for reduction in the energy demands and increasing thermal comfort and well being of the buildings occupants (Cutler, Sheng, Martin, Glaser, et al., 2008), (Webb, 2006), (Mc Minn & Karol, 2010), (Yancey, n.d.) and others.