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Phaser provides a powerful, yet inviting, computing environment specifically crafted for the graphical and numerical simulations of differential and difference equations, from linear to chaotic. Phaser has been designed to meet the needs of a wide variety of users whether they be general chaos enthusiasts, students, instructors, or researchers. Written in pure Java, Phaser can be used on multiple platforms, or to share projects freely across platforms.

Chaos enthusiasts will appreciate Phaser"s unprecedented ease of use, with graphics purposely set up to enhance the pleasures of learning about chaos and fractals. They will enjoy lively demonstrations revealing the dynamics of landmark equations.

Students will exploit Phaser"s potential to manipulate standard textbook examples and exercises in order to achieve a better understanding of differential equations and their applications. They will find Phaser"s step-by-step tutorials particularly useful.

Instructors of undergraduate and graduate classes will be pleased to learn that Phaser provides powerful media specifically designed for effective classroom or laboratory presentations. The Phaser Project environment and the Gallery can be used to store, retrieve and animate a variety of demonstration elements. Instructors will also appreciate that Phaser includes a comprehensive, expandable, library of equations and a reference guide to computational dynamical systems.

Researchers in fields as diverse as biology, chemistry, economics, engineering, mathematics, and physics will find Phaser an invaluable tool in their quest to visualize quantitative models quickly and accurately. An equation editor allows new equations to be entered without programming. State-of-the-art numerical algorithms provide research-grade results with completely configurable error controls. Phaser"s fingertip controls allow for rapid exploration of global dynamics and bifurcations, as well as for the sharing of research findings across the Internet.

Altair Engineering (Troy, MI) just released Altair HyperWorks 9.0, the next generation of its integrated suite of computer-aided engineering (CAE) software applications. This newest version of Altair"s simulation platform delivers on-demand access to ISV applications and offers multi-core licensing business model.

HyperWorks, an enterprise simulation platform to support product lifecycle management (PLM) processes, is a simulation-driven design solution for product development across the world"s top corporations.

The company says HyperWorks 9.0 is the first engineering simulation solution to embed grid computing management tools with compute-intensive CAE software applications. HyperWorks 9.0 clients can now use unallocated HyperWorks units in their existing pool to immediately access Altair"s PBS GridWorks on-demand grid-computing technology suite — at no incremental cost.

In addition, HyperWorks 9.0 extends its patented business model to deliver on-demand, third-party software applications.

In HyperWorks 9.0, Altair integrated all of its linear and nonlinear finite-element solvers into a single solver application. RADIOSS 9.0 now delivers a robust solution for simulating linear statics and dynamics, nonlinear transient dynamics and fluid-structure interaction events. This consolidation and integration positions RADIOSS in the CAE solution market, increasing the value of HyperWorks. From a user perspective, RADIOSS 9.0 simplifies multidisciplinary analysis studies and data exchange between analysis types. Business benefits include lower software licensing costs and simplified IT administration.

The open-systems design of the HyperWorks platform allows engineers to seamlessly work with any CAD solution, any solver, and any pre- and postprocessing environment. The 9.0 release extends this interoperability to include Microsoft Office suite applications.

For modeling and visualization advancements, optimization and data management advancements and all 9.0 new products and functionality, please visit HyperWorks 9.0 at Altair Engineering, Inc.

eta/VPG provides an efficient and comprehensive environment for development of finite element models. In addition, VPG delivers a unique set of tools which allow engineers to create and visualize advanced simulations for vehicle crashworthiness and dynamic durability.VPG version 3.3 contains vastly improved meshing tools in the VPG/PrePost module, which will help users create, prepare and edit models easier, faster and with greater accuracy. Nearly 70 new or enhanced features are now included in VPG 3.3, with 50 of these enhancements in the VPG/PrePost module. VPG includes: PrePost, Structure, Safety, Drop Test & ALE/FSI Modules.

New Vizimag 3.17 for visualizing magnetic fields is simple to use electromagnetic modelling software giving an analysis and simulation of field lines and flux density. A fast alternative to finite element and boundary element software, Vizimag includes a meter function to measure and plot magnetic flux density. Magnetic field animations can be created and a transformer design aid is included.

Full function list:


Transformer analysis: A manual mode calculates the parameters of a transformer equivalent circuit The model mode takes data from a Vizimag model and calculates flux coupling and inductance from a Vizimag simulation. Variable geometry and air coupled modes. The manual mode will remain working when the trial period is over.


Force function: The magnetic force on a selected can be calculated with a single click. Available on most s.


Flux density contours: A set of fixed, or user defined, contours can be plotted on the flux density display. The contours can be marked using the annotation function. Line width can be changed.


Annotation: The plot area can be annotated. The annotation is saved with the model.


Animation mode: Simple text , syntax checking, error checking, full control of display modes and animation speed, plot B or H: magnitude, normal or tangential to plot line, export of plot data for each frame of an animation.


Magnetic models: rectangular, toroidal and curved magnets, solenoids and regions; triangular and circular regions, freeform magnets and solenoids, external fields.


Editing functions: Add, move, copy, rotate, flip, switch poles, size, zoom and pan, delete key, arrow key fine adjustment, grid scaling, direct dimension entry, keyboard shortcuts, undo/redo.


Inductance: the inductance of solenoids and toroids is estimated from the analysis result.


Calculator mode: The calculator mode allows the flux density of a single or multi-layer air-cored solenoid to be calculated anywhere on or off-axis. The calculation is from the theoretical equations and is accurate to several decimal places. this function remains working when the trial period is over.


Full graphical interface: toolbars, status readouts, B, Bx, By and angle read out. 


Analysis meshes: up to 800 X 800.


Plot facility: options include log axis and titles. B or H, magnitude or normal or tangential to plot line. Integrals and averages are shown where appropriate.

Other features:


Optional export of plot data in spreadsheet compatible format.


Option to export plot data for each frame of an animation in a multi-worksheet spreadsheet.


Simple relative units or full absolute units modes. 

Snap to grid feature.


Automatic saving of an analysis run.

bmp, gif and jpg clipboard formats.


Field line and flux density displays.


Option to have wires enclosed in core material.

Models entered with a few mouse clicks.



Vizimag is designed for fast, intuitive modeling and calculation, and can be used by scientists and engineers, or as a teaching aid to demonstrate the principles of magnetic materials and circuits. 

Zeland IE3D is a full-wave, method-of-moments based electromagnetic simulator solving the current distribution on 3D and multilayer structures of general shape. It has been widely used in the design of MMICs, RFICs, LTCC circuits, microwave/millimeter-wave circuits, IC interconnects and packages, HTS circuits, patch antennas, wire antennas, and other RF/wireless antennas. If you are a circuit or antenna designer looking for accurate, efficient and economical tool, IE3D is the right choice for you.

The major implementations on IE3D V14.1 compared to IE3D V14 are:

(1) Full implementation of OpenMP multi-CPU support for the major processes of IE3D full-wave simulation engine. For most structures, the V14.1 engine can be more than twice as fast as the V14 engine on a quad-core computer.
(2) Further improved GUI to simplify the layout editing and visualization.
(3) Implementation of non-isotropic metallic types for more accurate and efficient modeling of pin via arrays in modeling RFIC structures.
(4) Implementation of advanced simulation algorithm for accurate modeling of thick metal with multi-fold simulation speed improvement.
(5) Implementation of model simplification by removing small polygons and slots required in 45-nm CMOS processes in AGIF.

IE3D V14 features:

(1) Complete EM design environment with integrated layout editing, full-wave EM simulation, real-time EM tuning and optimization, s-parameters, current distribution, near field and radiation pattern visualization and post-processing.
(2) Implementation of text s for better documentations of designs.
(3) Much improved layout editing with easy access and control of geometry s, and options to speed up geometry editing of large structures.
(4) Implementation of Boolean operations for connecting arbitrary 3D s for high accuracy and easy geometry modeling.
(5) Modeling of surface roughness.
(6) Wide frequency s-parameter extraction covering from 1 Hz to 10 THz.
(7) Coupled ports and differential ports de-embedding in highly packed circuits.
(8) Improved multi-CPU support and significantly improved simulation speed on Windows 64.
(9) Further improved layout editing on IE3DLibrary for Boolean driven, equation-based geometry modeling with easy parameterization, access and control of s.
(10) Automatic creation of IE3D/AGIF templates from TSMC unified technology files for automated layout creation and batch IE3D EM simulations from GDSII files

The EPACtoolT MLC is an efficient positioning and calibration tool for the Siemens MLC. Developed for the professional engineer, this software-based program simplifies and automates the testing and calibration process.

Image Optimization and Visualization

PDQuest includes tools to optimize the acquired gel image to perfection. Publication-quality images are easily generated with a comprehensive range of image optimization tools.

* Adjustment of brightness, contrast, and image filtering
* Full incremental image rotation
* Color palette for realistic color representation
* Multichannel image merging of 3 images to independent color channels for convenient viewing of multicolor merged data
* 3D Viewer for 3-D modeling of any user-defined area of the gel
* Image Stacking for aligned viewing of multiple gel images

Spot Detection and Matching

PDQuest software"s Automated Spot Detection and Matching feature allows you to select the gels you want to analyze, detect spots of interest, create a MatchSet experiment, and match gels, all automatically. The Spot Detection wizard guides you through the process of identifying and quantitating the spots in gel images.

* Spot Detection wizard allows rapid, accurate spot detection
* Automated detection and Gaussian modeling allow separation of merged, overlapping spots, eliminating the need for manual editing
* Automatic spot-matching uses proprietary mathematical algorithms for superior accuracy, eliminating the need for manual intervention
* Spot Detection and Matching Summary reports help define optimal spot detection and matching parameters
* Replicate Group Consensus tool allows spot matching information across replicate gels to be leveraged to find and correct spot detection errors
* Auto-recognition of background speckles by application of a proprietary SYPRO Ruby filter
* Auto-add to Standard function allows fast, automated construction of composite reference gels from experimental gels


Quantitation

PDQuest software offers powerful quantitative analysis and is specifically designed for laboratories that analyze many gels at once. Sophisticated analysis tools reveal subtle differences among gels being analyzed (for example, studying the effects of variables such as heat shock, growth media, dose-response, and time course).

* Several normalizing methods eliminate experimental errors across gels for more accurate comparative results, including multiplex dye normalization
* Sophisticated variable background removal ensures quantitative accuracy even for low-abundance spots
* Choice of Replicate group, Sample Class, or individual gel-based quantitation modes allows statistically representative quantitative accuracy
* Volume Freehand and Auto-contour tools that allow users to manually override Gaussian spot quantitation
* Sortable quantity reports include precalculated ratios for all gel spots against reference member spots


Statistical Analysis

Sophisticated statistical analysis tools in PDQuest software identify experimentally significant spots.

* User-adjustable significance levels on statistical analysis sets
* Intuitive data mining tools help user to identify expression outliers
* Boolean queries allow results from multiple analyses to be combined and compared
* Wilcoxon paired-sample algorithm for statistical comparison of sample pairs


Data Visualization

PDQuest software offers a wide variety of tools to visualize results and data on the gel, in graphs, and in tabular reports.

* Color-coded labeling of matched and unmatched spots in all gel images
* Match-offset vectors that indicate outliers in red for better visibility when editing matching of spots
* "Cyber gel" composite views built from multiple gels that resolve different pI or molecular weight ranges
* Scatter Plot tool dynamically linked to spots in image, allowing easy identification of variant proteins
* Color-coded graphs to differentiate samples according to replicate group or sample class attributes
* Flexible annotation capabilities that allow extensive rich text comments, URL addresses, or data files to be linked to spots


Integration

PDQuest software integrates with key workflow elements for proteomic discovery research for sample tracking, spot excision, mass spectrometric protein identification, and bioinformatics. Automatically imports protein identification results from mass spectrometers.

* Fully integrated automation with ProteomeWorks, ProteomeWorks Plus, and EXQuest spot cutters

Quantity One software is a powerful, flexible package for imaging and analyzing 1-D electrophoretic gels, dot blots, slot blots, and for colony counting. Quantity One software can quantitate and analyze a variety of data, including radioactive, chemiluminescent, fluorescent, and color-stained samples acquired from densitometers, storage phosphor imagers, fluorescent imagers, and gel documentation systems. Quantity One provides automated analysis for fast, high-quality results.



Image Acquisition

Laboratories with diverse imaging needs can increase productivity with a single imaging center for densitometry, gel documentation, and phosphor or fluorescence imaging, using Quantity One software. Integrated image analysis systems eliminate the expense and training time needed for other complex, application-specific software packages. You can connect one or more of Bio-Rad"s imaging systems to a single PC or Macintosh computer to control the scanning and analysis of all of your laboratory"s samples.


Image Optimization and Visualization

Quantity One includes tools to optimize the acquired gel image to perfection. Publication-quality images are easily generated with a comprehensive range of image optimization tools.

* Adjustment of brightness, contrast, and image filtering
* Full incremental image rotation
* Color palette for realistic color representation
* Multichannel image merging of 3 images to independent color channels for convenient viewing of multicolor merged data
* 3D Viewer for 3-D modeling of any user-defined area of the gel
* Image Stacking for aligned viewing of multiple gel images


Lane and Band Analysis

Quantity One offers comprehensive and sophisticated analysis for 1-D gels and blots.

* Automatic lane and band detection
* Rapid molecular weight determinations with choice of multiple regression models
* Band/lane matching analysis with comparative dendrogram creation
* Background subtraction correction of gradient gels
* Gaussian fitting of overlapping bands provides accurate quantitative analysis


Quantitation

Whether you are quantitating a DNA gel or analyzing protein expression, Quantity One has sophisticated volume tools for accurate results.
Accurate concentration analysis using sophisticated volume tools, volume box, volume circle, volume contour, or freehand drawing
Local background subtraction for individual bands


Colony Counting

The Colony Counting tool in Quantity One automatically counts the number of white or blue colonies or plaques in a Petri dish image.


Array Analysis

Quantity One easily creates volume arrays for dot blots, slot blots, and medium-density arrays for easy quantitation.


Annotations

Quantity One features powerful annotation tools to add text comments, arrows, and lines to your images. For publication-quality pictures, annotations can easily be configured with the desired properties (font type, size, and color) and automatically aligned to any direction.


Automation

The Automation Manager in Quantity One allows you to automate repeated analysis. Recallable templates save s such as lanes, automated band detection, standard bandsets, volume overlays, and text and line overlays in a template file.

I-deas Part Design provides a focused treatment of mechanical part design, starting with an overview of the design tools and user interface. The course then covers model file management, wireframe and solid geometry construction tools, modification techniques, reference geometry, the use of relations, fundamentals of troubleshooting, and integrated data management. In addition, the course provides an introduction to surfacing and coverage of tools for pattern and feature creation.

EPLAN Fluid supports fluid engineering with automated documentation. Simple handling, numerous test functions, and standard support make your design efficient – from now on the system assumes time-consuming standard tasks.

Compared with conventional, mostly CAD-based systems EPLAN Fluid comes with unique logic functions and automatisms that accelerate your fluid planning. The modern user interface with extensive drawing functions helps you familiarize yourself with its full potential – of course with the complete data stock from the predecessor system fluidPLAN. The autoconnect function applies to all connections that can be provided andanalyzed with logical properties. This means you have an overview of all components, including the small parts like connectors, hoses, and pipes – and therefore a firm grip on the costs!

The new Engineering platform is your key to the future, providing core functions for fluid, electrical, measuring, and control engineering as well as CAE for electrical systems. Based on a unified platform all systems are suppliedfrom the same database. From now on multiple data entries and inconsistencies are history.

Besides a unified database the platform also includes basic functions like thegraphical editor (for circuit diagrams, fluid plans, process control group plans), a unified rights management, the viewer, online/offline foreign language transla-tions, and the comprehensive audit system. The unique framework concept deliversimpressively fast results – not least of all owing to the unified look & feel throughout all applications.