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Metaballs in Cinema 4DMetaballs are pieces of geometry (balls, cubes, cylinders, etc.) that, in the case of C4D, have attractive ‘forces’ attached to them. When these metaball objects come into proximity, they stretch their surfaces towards each other – the extent to which they stretch relative to their distance, as well as how smoothly the bridging geometry is created are parameters that the user can control.
We’ll begin by creating a simple custom metaball object so that you can become familiar with the metaball concept and controls. Then we’ll go over how to import and turn into a metaball a simple PDB file for export to Maya. Open Cinema 4D – in order to navigate the viewport as you would in Maya, go to the Edit pull-down menu at the very top of the interface (not the viewport panel Edit!). Go to Edit ? Preferences… , and in the default “Common” tab (highlighted in red) activate the “Reverse Orbit” checkbox. Now, when you are in the main ‘Perspective’ viewport, you can alt+RMB to tumble, alt+MMB to move, and alt+LMB to zoom.
Download pdf Metaballs in Cinema 4DGetting Started with Maya TutorialViewing the Maya 3D scene Introduction Camera tools Workflow overview Viewing objects in shaded mode Grouping objects The Hypergraph Selection modes and masks Pivot points Save your work Beyond the lesson Lesson 4 Components and attributes Introduction Template display Components The Attribute Editor Surface materials Save your work Beyond the lesson Getting Started with Maya 4 Table of Contents 3 Polygonal Modeling Introduction Preparing for the lesson Lesson 1 Modeling a polygonal mesh Introduction Setting modeling preferences
Using 2D reference images Creating a polygon primitive Modeling in shaded mode Model symmetry Selecting components by painting Selecting edge loops Editing components in the orthographic views Editing components in the perspective view Drawing a polygon Extruding polygon components Bridging between edges Adding polygons to a mesh Splitting polygon faces Terminating edge loops Deleting construction history Mirror copying a mesh Working with a smoothed mesh Creasing and hardening edges on a mesh Beyond the lesson Getting Started with Maya 5 Table of Contents 4 NURBS Modeling Introduction Preparing for the lessons Lesson 1 Revolving a curve to create a surface Introduction Creating a profile curve Creating a revolve surface Editing a revolve surface Beyond the lesson Lesson 2 Sculpting a NURBS surface Introduction Preparing a surface for sculpting Basic sculpting techniques Additional sculpting techniques Sculpting a nose Sculpting eye sockets Sculpting eyebrows Sculpting a mouth Sculpting other facial features Beyond the lesson Lesson 3 Lofting curves to create a surface Introduction Creating profile curves for a surface Duplicating curves Lofting a surface Getting StartedDOLFIN User ManualDOLFIN is implemented as a C++ library and can be used either as a stand- alone solver, or as a tool for the development and implementation of new methods. To simplify usage and emphasize structure, DOLFIN is organized into three levels of abstraction, referred to as kernel level, module level, and user level, as shown in Figure 1.1. Core features, such as the automatic evaluation of variational forms and adaptive mesh refinement, are implemented as basic tools at kernel level. At module level, new solvers/modules can be assembled from these basic tools and integrated into the system. At user level, a model of the form is specified and solved, either using one of the built-in solvers/modules or by direct usage of the basic tools.
This chapter demonstrates how to get started with DOLFIN, including downloading and installing the latest version of DOLFIN, and solving Poisson’s equation. These topics are discussed in more detail elsewhere in this manual. In particular, see Appendix B for detailed installation instructions and Chap- ter 7 for a detailed discussion of how to solve partial differential equations with DOLFIN.
Download pdf DOLFIN User ManualDukane Users Guide Model 28A7100HC pdfPositioning the projector 5 Connecting a computer source 6 Required computer connections 6 Optional computer connections 6 Displaying a computer source image 7 Adjusting the image 8 Using the projector with Windows 98 for the first time 9 Connecting a video device 11 Video connections 12 Video device connections 13 Composite video connection 13 S- video connection 13 Component video connection 14 VGA connection 14 Displaying video 15 Adjusting the image 15 Shutting down the projector 17 Troubleshooting your setup 17 Using the remote control 25 Using the audio 26 Using the keypad buttons 26 Optimizing computer images 27 Presentation features 27 Optimizing video images 28 Customizing the projector
28 Using the menus 29 Picture menu 30 Settings menu 33 Maintenance 36 Cleaning the Lens 36 Replacing the Projection Lamp 36 Cleaning the Lamp Housing Screens 38 Using the security lock 38 Appendix 39 Specifications 39 Projected image size 40 Red LED Behavior and Projector Errors 41 card that was included. For complete details on connecting and operating the projector, refer to this User s Guide. The website also has technical specifications (an interactive image size cal- culator, laptop activation commands, connector pin outs, a glossary, the product data sheet), a web store to buy accessories, and a page for online registration. Important Operating Considerations Do not place the projector on a tablecloth or other soft coverings that may block the front or back vents. Do not use a non- approved ceiling mount. In the unlikely event of the bulb rupturing,Std 1560 Cov&front BKLubricant Service Designations for. Automotive Manual Transmissions,. Manual Transaxles, and Axles. Manufacturing, Distribution and Marketing Department
Download PDF2007 Harley-Davidson Dyna Family: SpecificationsHarley-Davidson reserves the right to discontinue models or. change specifications at any time ... See motorcycle owner's manual for complete details.
FXDB Dyna® Street Bob™ FXDC Dyna® Super Glide® Custom Length (mm) 2355 2355 Overall Height (mm) 1285 1200 Overall Width (mm) 940 955 Seat Height - laden (mm) 2 655 681 Ground Clearance (mm) 142 153 Rake (steering head) 29° 29° Fork Angle 29° 29° Trail (mm) 119 119 Wheelbase (mm) 1630 1630 Fuel Capacity (litres) 17.8 19.3 Oil Capacity w/filter (litres) 2.8 2.8 Dry Weight (kg) 290 295 Engine 3 Air-cooled, Twin Cam 96™ Air-cooled, Twin Cam 96™ Displacement (cu. cm) 1584 1584 Bore x Stroke 95.3 mm x 111.1 mm 95.3 mm x 111.1 mm Fuel System Electronic Sequential Port Fuel Injection (ESPFI) Electronic Sequential Port Fuel Injection (ESPFI) Compression Ratio 9.2:1 9.2:1 Exhaust System Chrome, staggered shorty duals Chrome, staggered shorty duals Type Dunlop® Harley-Davidson Series, blackwall Dunlop® Harley-Davidson Series, blackwall Front D401F 100/90-19 57H D401F 100/90-19 57H Rear K591 160/70B17 73V K591 160/70B17 73V Front Chrome laced Chrome laced 19 x 2.5 in. 19 x 2.5 in. Rear Chrome laced Chrome laced 17 x 4.5 in. 17 x 4.5 in. Primary Drive Chain, 34/46 ratio Chain, 34/46 ratio Final Drive Belt, 32/66 ratio Belt, 32/66 ratio Clutch 9-plate, wet 9-plate, wet Tramission 6-speed Cruise Drive™ 6-speed Cruise Drive™ 1st 9.31 9.31 2nd 6.42 6.42 3rd 4.77 4.77 4th 3.93 3.93 5th 3.28 3.28 6th 2.79 2.79 2007 Harley-Davidson ® Dyna ® Family: Specificatio 1 Gear RatiosWebstrategy Formulation: Benefiting from Web 2.0 Concepts to Deliver Business ValuesThe growth of internet usage has been increasing tremendously in the past years. Illustratively, Internet World Stats reports that there are approximately 1.25 billion internet users in the world. This is one of the triggers of the emergence of internet businesses nowadays. Most of the successful internet companies tend to develop and nurture a web community. The increasing importance of business communities confirms that there is a shift in business models from a traditional hierarchical system and competition into more collaboration and social networking, which are considered to be two of the most important web 2.0 concepts.
Web 2.0 is defined as “the philosophy of mutually maximizing collective intelligence and added values for each participant by formalized and dynamic information sharing and creation”. An interesting and currently much highlighted prospect for web 2.0 is to aid organizations to enhance their businesses by sustaining their competitive advantage. Web 2.0 has been successfully adopted by many of the successful internet companies, such as YouTube, Amazon, Wikipedia, and Facebook. They are able to maintain and raise their big web communities by applying web 2.0 concepts in their webstrategy. Therefore, the following research question arises: “how can more traditional organizations benefit from web 2.0 concepts?”. This article investigates this research question regarding the formulation of webstrategy benefiting from web 2.0 on any type of organization.
Download pdf Webstrategy Formulation: Benefiting from Web 2.0 Concepts to Deliver Business ValuesAn Introduction to the Java Programming LanguageIn 1991, a group of Sun Microsystems engineers led by James Gosling decided to develop a language for consumer devices (cable boxes, etc.). They wanted the language to be small and use efficient code since these devices do not have powerful CPUs. They also wanted the language to be hardware independent since different manufacturers would use different CPUs. The project was code-named Green.
These conditions led them to decide to compile the code to an intermediate machine-like code for an imaginary CPU called a virtual machine. (Actually, there is a real CPU that implements this virtual CPU now.) This intermediate code (called bytecode) is completely hardware independent. Programs are run by an interpreter that converts the bytecode to the appropriate native machine code. Thus, once the interpreter has been ported to a computer, it can run any bytecoded program.
Sun uses UNIX for their computers, so the developers based their new language on C++. They picked C++ and not C because they wanted the language to be object-oriented. The original name of the language was Oak. However, they soon discovered that there was already a programming language called Oak, so they changed the name to Java.
The Green project had a lot of trouble getting others interested in Java for smart devices. It was not until they decided to shift gears and market Java as a language for web applications that interest in Java took off. Many of the advantages that Java has for smart devices are even bigger advantages on the web.
Currently,Huntron Workstation TutorialHuntron Workstation software It is very helpful if you have a working knowledge of Microsoft Windows prior to using
Huntron Workstation.
You are allowed to create a backup copy of the software disk. Your purchase agreement allows for copies to be made for backup purposes only-copying for distribution or resale is strictly prohibited.
Installation Instructions
Install the software BEFORE connecting any hardware. Uninstall any previous versions prior to loading the current version. For more installation details follow the “Getting Started” sheet included with your Huntron product. While in Windows (2000, XP or Vista), insert the Huntron Workstation CDROM. The CDROM should Autorun and display the Installation page in a browser window.
Select Install Workstation and follow the on-screen prompts for instructions while proceeding. When complete the programs listing will have a new program group called “Huntron” and an icon will be placed on the desktop. Select Install CAD Tools if you have purchased additional CAD Tools. For all Prober users, you will need to install the NI Vision for Auto Align. Access USB Prober users will need to install the Camera and Probe Tip Camera drivers.
Download pdf Huntron Workstation TutorialData Structures Using CA string is a group of characters, usually letters of the alphabet. In order to format your printout in such a way that it looks nice, has meaningful titles and names, and is aesthetically pleasing to you and the people using the output of your program, you need the ability to output text data. We have used strings extensively already, without actually defining them. A complete definition of a string is ‘a sequence of char type data terminated by a NULL character,’.
When C is going to use a string of data in some way, either to compare it with another, output it, copy it to another string, or whatever, the functions are set up to do what they are called to do until a NULL character (which is usually a character with a zero ASCII code number) is detected. You should also recall (from Module 813: Fundamental Programming Structures in C) that the char type is really a special form of integer – one that stores the ASCII code numbers which represent characters and symbols.
An array (as we shall discover shortly) is a series of homogeneous pieces of data that are all identical in type. The data type can be quite complex as we will see when we get to the section of this module discussing structures. A string is simply a special case of an array, an array of char type data. The best way to see these principles is by use of an example [CHRSTRG.C]
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