EPC2425 Result Search:
Using the Microsoft Visual Basic Macro EMM_MACROThis macro was written in Microsoft Visual Basic for use with Microsoft Excel. It computes cross-sectional geometric properties from biplanar radiographic images using the eccentric ellipse model (EEM) described in detail by Milgrom et al. (1989) and Ohman (1993). The Macro was first implemented in: O’Neill MC, Ruff CB. 2004. Estimating human long bone cross-sectional geometric properties: a comparison of noninvasive methods. J. Hum. Evol. 47:???-???
A. General Instructions
The EMM_Macro is very simple and works in the same manner as a cell function. To begin, enter your data in the columns G through N:
AP
ap
ac
pc
ML
ml
mc
lc
AP = anteriorposterior external breadth
ap = anteriorposterior breadth of medullary cavity. Computed automatically as AP-(ac+pc).
Leave blank (see below for explanation).
ac = anterior cortical thickness
pc = posterior cortical thickness
ML = mediolateral external breadth
ml = mediolateral breadth of the medullary cavity. Computed automatically as ML-(mc+lc).
Leave blank (see below for explanation).
mc = medial cortical thickness
lc = lateral cortical thickness
Once the data is entered the Macro is implemented by going to TOOLS, scrolling down to MACRO, and then clicking on MACROS. Make sure “EccentricEllipseMacro” is highlighted and then click RUN. This will compute the cross-sectional geometric properties using the eccentric ellipse model for 150 sections.
Download pdf Using the Microsoft Visual Basic Macro EMM_MACROSecure Programming for Linux and Unix HOWTOThis book provides a set of design and implementation guidelines for writing secure programs for Linux and Unix systems. Such programs include application programs used as viewers of remote data, web applications (including CGI scripts), network servers, and setuid/setgid programs. Specific guidelines for C, C++, Java, Perl, Python, TCL, and Ada95 are included.
This book describes a set of design and implementation guidelines for writing secure programs on Linux and Unix systems. For purposes of this book, a “secure program” is a program that sits on a security boundary, taking input from a source that does not have the same access rights as the program. Such programs include application programs used as viewers of remote data, web applications (including CGI scripts), network servers, and setuid/setgid programs. This book does not address modifying the operating system kernel itself, although many of the principles discussed here do apply. These guidelines were developed as a survey of “lessons learned” from various sources on how to create such programs (along with additional observations by the author), reorganized into a set of larger principles. This book includes specific guidance for a number of languages, including C, C++, Java, Perl, Python, TCL, and Ada95.
This book does not cover assurance measures, software engineering processes, and quality assurance approaches, which are important but widely discussed elsewhere. Such measures include testing, peer review, configuration management, and formal methods. Documents specifically identifying sets of development assurance measures for security issues include the Common Criteria [CC 1999] and the System SecurityTutorial 3D Studio Max: Populous Part1 PDFHow to Get the Most from ArchVision’s and House of Moves’ 3.5D Populous Walking People in 3DS Max What it’s all about The 3.5D Populous Walking People Collections are an incredibly easy way to achieve an unprecedented level of realism within your 3D scenes. The walking people, created by ArchVision and House of Moves, are high quality CG characters, each with their own walking gait and look. Like all 3D RPCs from ArchVision, the Populous characters are viewable throughout their walking cycle from anywhere on the Z-axis. This means that your characters are camera independent, allowing for stunning 3D effects as your camera moves throughout the environment.
Populous characters are ideal for use as secondary and background characters in your scenes. And when combined with 2.5D and 3D RPC content, the effect is remarkable. But more than that, it is so incredibly easy to achieve. Using the RPC Plug-in, this content is a snap to place
Download Tutorial 3D Studio Max: Populous Part1 PDFSBGrid 'Quo Vadis' – Workshop Maya TutorialThis tutorial serves as a rapid overview of Autodesk’s Maya software. The 3D production pipeline can be broken down into several distinct activities and skill sets - we will cover all of these to give you a sense for building an entire scene from start to finish. The biological topic will be to create a visual depiction of how calcium chelation can affect cadherin flexibility. The tutorial is divided into 5 sections, each of which focus on an aspect of the 3D pipeline:
1) Importing PDBs & modeling – assembling a cadherin monomer
2) Basic animation – calcium chelation
3) Skeletons, rigging & kinematics – setting up the cadherin rig
4) Dynamics & softbodies – using particles & fields to drive skeletal motion
5) Surfacing, lighting & rendering – rendering your scene
Each of these areas is described in greater detail in a series of online tutorials aimed at using Maya for biological visualization purposes. These can be found in the ‘Learning’ section of the website: www.molecularmovies.org. Several files have been prepared for you on the computers – these can also be downloaded from the website. They include:
• starting geometry files - two PDB-based geometry files exported from Chimera as .vrml and then converted from .vrml to .obj format (this can be done in any number of applications like Deep Exploration or Cinema4D.
Download pdf SBGrid 'Quo Vadis' – Workshop TutorialNokia 6600Detailed installation instructions can be found in Quick guide for Modem Options. For Nokia 6600 on the CD-ROM supplied with the phone
Get manualCyrillic languages support in LATEXMost Latin-based European languages were supported in LATEX by introducing the T1 font encoding and by using the fontenc and inputenc packages; these use only standard TEX means to support any 8-bit input encoding and this one standard font encoding. The restriction to a single font encoding guarantees that multiple languages can happily coexist in one document (e.g., hyphenation will be correct for all languages).
Starting with the December 1998 Release, LATEX finally supports Cyrillic languages. This support is based on the new standard Cyrillic TEX font encodings—T2A, T2B, T2C, and X2. The first three of these satisfy some basic requirements for LATEX T* encodings, and thus can be used in multi-lingual documents with other languages based on standard font encodings. The reason why we need four different Cyrillic font encodings is that these font encodings support all the Cyrillic languages that have been used during the twentieth century (see Section 4)! The number of Cyrillic glyphs is large, so they cannot be represented with 128 character slots; the other (lower) 128 slots are reserved for Latin letters and other invariant symbols that are needed for the encoding to be a conformant LATEX T encoding.
There are some glyphs in the T2* encodings which do not yet have associated characters in Unicode, the world-wide character standard. Also, one more font encoding, T2D, is planned for a forthcoming release of LATEX. A lot of Cyrillic input encodings are already supported (see Section 5), and additional encodings could be added easily.
Download pdf Cyrillic languagesECLIPSE PERSISTENCE PLATFORM (ECLIPSELINK) FAQWhat is Oracle proposing in EclipseLink, the Eclipse Persistence Platform Project? Oracle is proposing the creation of the Eclipse Persistence Platform (EclipseLink) project in Eclipse that will deliver a comprehensive persistence platform. Oracle will lead this open source project and will contribute the source and test cases of its successful Oracle TopLink product to provide a starting point for the project. 2. Why has Oracle become a Strategic Member of Eclipse? Before becoming a Strategic Member, Oracle was leading three projects (Dali JPA Tools, JavaServer Faces Tools, BPEL) and participating in the Data Tools Platform’s Enablement project.
The Eclipse Persistence Platform project involves the dedication of a significant number of additional Oracle developers as well as a sizeable code contribution. The move to Strategic Member level reflects the size of the commitment Oracle is making to the Eclipse community and Oracle’s interest in the success of Eclipse and the projects it is involved with.
Download PDF for ECLIPSE PERSISTENCE PLATFORM (ECLIPSELINK) FAQGPS Information User ManualUsers can use the GPSinfo.exe program to verify that the GPS is actually configured properly and working. Also, users can use the
Download PDFIntroduction to Grid Commputing with GlobusFundamentals and concepts Using the Globus Toolkit OGSA introduction Grid computing, most simply stated, is distributed computing taken to the next evolutionary level. The goal is to create the illusion of a simple yet large and powerful self managing virtual computer out of a large collection of connected heterogeneous systems sharing various combinations of resources. The standardization of communications between heterogeneous systems created the Internet explosion.
The emerging standardization for sharing resources, along with the availability of higher bandwidth, are driving a possibly equally large evolutionary step in grid computing. The following major topics will be introduced to the readers in this chapter: What grid computing can do Grid concepts and components Grid construction The present and the future What the grid cannot do
Download pdf Introduction to Grid Commputing with GlobusToshiba Qosmio F40/F45-AV Users Manual pdfMobile Computing Toshiba’s energy-saver design Running the computer on battery power Battery Notice Power management Using additional batteries Charging batteries Charging the main battery Charging the RTC battery Monitoring main battery power Determining remaining battery power What to do when the main battery runs low Setting battery notifications Conserving battery power Power Plans Using a hot key to set the Power Plan Changing the main battery Removing the battery from the computer Inserting a charged battery Taking care of your battery Safety precautions Maintaining your battery Disposing of used batteries Traveling tips
Chapter 4: Exploring Your Computer’s Features Exploring the desktop Finding your way around the desktop Setting up for communications Connecting a modem to a telephone line Connecting your computer to a network An overview of using the Internet The Internet The World Wide Web Internet Service Providers Connecting to the Internet Surfing the Internet Internet features Uploading to, and downloading files from, the Internet Exploring audio features Recording sounds Using external speakers or headphones Web Cam Using PC Cards Inserting a PC Card Removing a PC Card Setting up a PC Card for your computer Using an ExpressCard™ Inserting an ExpressCard™ Removing an ExpressCard™ Using the Bridge Media Adapter Slot Inserting memory media Removing memory media Using the i.LINK® port Chapter 5: Toshiba Utilities TOSHIBA Assist Connect Secure Protect & Fix Optimize Setting passwords Using an instant password Using a supervisor password Using a user password Deleting a user password TOSHIBA PC Diagnostic Tool Utility TOSHIBA SD™ Memory Card
