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Acme CADConverter is a dwg, dxf, dwf format conversion software for batch and vector files. It can conveniently convert DXF, DWF and DWG files into BMP, WMF,GIF, JPEG, TIFF, PNG, TGA, PCX, DXF, DWG, SVG, SVGZ, CGM, EPS, PDF, HPGL(PLT, HGL) etc., and also enable the conversion between DXF and DWG file versions (AutoCAD R2.5-R2006). Supports eTransmit command like AutoCAD,and batch recover drawing files.

   
What can Acme CAD Converter do for you ?:

• Insert DWG DXF DWF into MS Word.(convert DWG to WMF)
• Convert DWG DXF DWF to PDF.
• Convert DWG DXF DWF to EPS, CGM, HPGL(*.PLT).
• Convert DWG DXF DWF to WMF, BMP, GIF, JPEG, TIFF, PNG, TGA, PCX.
• Convert DWG DXF DWF to SVG.
• Batch convert multi DWG DXF DWF files to a PDF.
• DWG DXF File version conversion.
• Replace font files.
• Batch recover DWG / DXF.
• Transmit.

Characteristics:

• Supports to open various DXF / DWG versions ( R2.5-R2009 ) and DWF;
• Identify literal fonts and entity color correctly;
• Supports batched conversion of multiple files;
• Supports to select the printout of color or monochrome raster file; set background color freely;
• Print out raster mask file; be used as image channel (used in Photoshop etc.);
• Replaces font files.
• Sets the size of raster file to be printed out freely;
• Supports full-screen mode ( press F );
• Supports printing;
• Supports AutoCAD pen sets file (*.ctb).
• Supports the paper setting of each layout, can adjust the size of output pages with its layout automatically.
• Supports 3D s Hidden line removal when convert DWG/DXF to other formats.
• Supports user-defined Watermark.
• Converts to PDF;
• Multi-files transmit;
• Batch recover DWG/DXF files;
• Can export layer information and raster image in the dwg/dxf file to PDF file
• Can export OLE entity to PDF file.
• Can select a window area for exporting
• Exports the arc/circle s to true arc/circle s of other vector file.
• Supports true color
• Supports pen width and destination colors settings, and can export/import these settings
• Creates PDF bookmark automatically with layout name and file name, and you can edit them
• SHX font, XRef and Image search path
• What you see is what you get
• Supports command line parameters;
• Free viewer of dwg/dxf/dwf files
• Register once and upgrade free permanently;
• Supports Windows95/98/ME/NT/2000/XP/Vista without AutoCAD;

more info @http://www.dwgtool.com/cadconvert.htm

Spectro Signal Generator software provides you with the ability to generate a variety of static and sweep signals using your PC sound card. The signals that can be generated includes: sine, triangle, square, sawtooth and white noise. Amplitude and offset can also be adjusted. A linear, exponential and logarithmic sweep signal can be specified within a specific frequency range and time duration. The sweep frequency can be adjusted to increase or decrease in frequency. Sampling rates of 8 kHz up to of 44.1 kHz; and 8 and 16 bit are support. The time history and frequency spectrum of the generated signal are displayed in graphical format. The software is compatible with Windows 2000 and XP.

more info @http://www.nvhsoftware.com/

Spectro Octave Analyzer software provides you with the ability to perform octave measurements using your PC or laptop sound card. The program computes, in real-time, the averaged 1 octave and 1/3 octave spectrum recorded by a microphone, connected to the sound card. Sampling rates of 8 kHz up to of 44.1 kHz (22050 Hz frequency span), 1 channel, and 16 bit are support. RMS or peak hold averaging octave analysis can be performed with linear or exponential averaging, applying the most popular window functions. Butterworth filters are used to estimate the sum of the energy for the octave bands; and A-weighting; B-weighting and C-weighting can be applied to the octave amplitudes. Octave bands are displayed in a bar graph and the overall levels are also displayed. The program also provides cursor tools for precision amplitude analysis. Results can be saved in a text file and imported into a spreadsheet program for additional analysis and presentation. The software is compatible with Windows 2000/Windows XP.

more info @http://www.nvhsoftware.com/

Spectro Frequency Analyzer software provides you with the ability to perform real-time frequency measurements using your PC or laptop sound card. The program computes, in real-time, the averaged auto power spectrum of the time signal recorded by a microphone, connected to the sound card. Sampling rates of 8 kHz up to of 44.1 kHz (22050 Hz frequency span), 1 channel, and 16 bit are support. RMS or peak hold averaging analysis can be performed with linear or exponential averaging, applying the most popular window functions. Time History and Frequency Spectrum results are presented in graphical format with cursor tools for precision amplitude analysis. Results can be saved in a text file and imported into a spreadsheet program for additional analysis and presentation. The software is compatible with Windows 2000/Windows XP.

more info @http://www.nvhsoftware.com/

The world"s most cost-effective OBD-II Scan Tool Software!

With the new Fuel Economy Analysis tool, you"ll be able to determine your vehicle"s average fuel economy during any trip. It"s real-time display allows you to monitor instantaneous fuel consumption rates which can help you learn to drive more efficiently, thus saving money on fuel. You can also specify the current price of fuel and learn exactly how much each trip costs you.

The new Fuel Economy Analysis tool will help you adjust your driving habits to maximize the fuel efficiency of your vehicle. This tool could also be used during your test drives while car shopping. You won"t be fooled by the window sticker or the car salesman. After a short drive, you"ll have realistic fuel economy data for the vehicle based upon your own driving habits! This feature alone could help you avoid a bad car-buying decision that could end up costing you thousands more in fuel costs.

The Fuel Economy Analysis tool is just one of many exciting features found in ProScan. If you don"t already own a ProScan tool, now is the time to buy. We"re offering incredible deals, and our customers receive free ProScan software upgrades for life! It costs less than a couple tanks of gas, and it will pay for itself over, and over, and over again!

(Fuel Economy Analysis tool requires that the vehicle be utilizing a Mass Airflow Sensor.)

Why You Need ProScan

• You"ll always know the cause of your Check Engine light.
• You"ll be able to instantly pinpoint problems and fix them yourself.
• You"ll know if your mechanic is honest about the repairs your vehicle needs.
• You"ll be able to clear diagnostic information and reset your own Check Engine light. With the click of a button, you"ll save $50+ each time you do this yourself.
• You"ll know beforehand whether or not your vehicle will pass inspection.
• You"ll be able to monitor important sensors that aren"t available on your dash.
• You"ll be able to monitor multiple sensors in real-time using a grid or a graphical representation such as a line, bar, or point chart.
• You"ll be able to make educated tuning decisions allowing you to get the most performance out of your vehicle. Say goodbye to tuning by the seat of your pants!
• You"ll be able to generate accurate timeslips for your vehicle.
• You"ll be able to estimate your vehicle"s horsepower and torque curves for a specified RPM range.
• You"ll be able to share your timeslips and dyno sheets by printing them or exporting them as JPEG images to share online.
• You"ll be able to easily manage multiple vehicles with ProScan"s built-in vehicle manager. Why should you re-type vehicle information every time you use the scan tool?
• You"ll have all of these abilities without breaking your budget. ProScan is the most cost-effective automotive analysis tool in existence. Nowhere else will you find more bang for your buck... PRICE MATCH GUARANTEED!

Supported Tests

• Misfire
• Fuel System
• Comprehensive Components
• Catalyst
• Heated Catalyst
• Evaporative System
• Secondary Air System
• A/C System Refrigerant
• Oxygen Sensors
• Oxygen Sensor Heaters
• EGR System

Supported Sensors

• Fuel System Status
• Calculated LOAD Value
• Engine Coolant Temperature
• Short Term Fuel Trim (Bank 1)
• Short Term Fuel Trim (Bank 2)
• Short Term Fuel Trim (Bank 3)
• Short Term Fuel Trim (Bank 4)
• Long Term Fuel Trim (Bank 1)
• Long Term Fuel Trim (Bank 2)
• Long Term Fuel Trim (Bank 3)
• Long Term Fuel Trim (Bank 4)
• Fuel Rail Pressure
• Intake Manifold Pressure
• Engine RPM
• Vehicle Speed
• Ignition Timing Advance
• Intake Air Temperature
• Air Flow Rate from MAF
• Absolute Throttle Position
• O2 Sensor Voltage (B1, S1)
• O2 Sensor Voltage (B1, S2)
• O2 Sensor Voltage (B1, S3)
• O2 Sensor Voltage (B1, S4)
• O2 Sensor Voltage (B2, S1)
• O2 Sensor Voltage (B2, S2)
• O2 Sensor Voltage (B2, S3)
• O2 Sensor Voltage (B2, S4)
• O2 Sensor Voltage (B3, S1)
• O2 Sensor Voltage (B3, S2)
• O2 Sensor Voltage (B4, S1)
• O2 Sensor Voltage (B4, S2)
• Short Term Fuel Trim (B1, S1)
• Short Term Fuel Trim (B1, S2)
• Short Term Fuel Trim (B1, S3)
• Short Term Fuel Trim (B1, S4)
• Short Term Fuel Trim (B2, S1)
• Short Term Fuel Trim (B2, S2)
• Short Term Fuel Trim (B2, S3)
• Short Term Fuel Trim (B2, S4)
• Short Term Fuel Trim (B3, S1)
• Short Term Fuel Trim (B3, S2)
• Short Term Fuel Trim (B4, S1)
• Short Term Fuel Trim (B4, S2)
• Commanded Secondary Air
• Location of Oxygen Sensors
• OBD Requirements
• Power Take Off (PTO) Status
• Time Since Engine Start
• Distance Traveled With MIL
• Fuel Pres Relative to Manifold
• Fuel Pres Relative to Atmosphere
• Equivalence Ratio (B1, S1)
• Equivalence Ratio (B1, S2)
• Equivalence Ratio (B1, S3)
• Equivalence Ratio (B1, S4)
• Equivalence Ratio (B2, S1)
• Equivalence Ratio (B2, S2)
• Equivalence Ratio (B2, S3)
• Equivalence Ratio (B2, S4)
• Equivalence Ratio (B3, S1)
• Equivalence Ratio (B3, S2)
• Equivalence Ratio (B4, S1)
• Equivalence Ratio (B4, S2)
• Wide Range O2 Voltage (B1, S1)
• Wide Range O2 Voltage (B1, S2)
• Wide Range O2 Voltage (B1, S3)
• Wide Range O2 Voltage (B1, S4)
• Wide Range O2 Voltage (B2, S1)
• Wide Range O2 Voltage (B2, S2)
• Wide Range O2 Voltage (B2, S3)
• Wide Range O2 Voltage (B2, S4)
• Wide Range O2 Voltage (B3, S1)
• Wide Range O2 Voltage (B3, S2)
• Wide Range O2 Voltage (B4, S1)
• Wide Range O2 Voltage (B4, S2)
• Commanded EGR
• Commanded Evaporative Purge
• Fuel Level Input
• # Warm-Ups Since DTCs Cleared
• Distance Since DTCs Cleared
• Evap System Vapor Pressure
• Barometric Pressure
• Wide Range O2 Current (B1, S1)
• Wide Range O2 Current (B1, S2)
• Wide Range O2 Current (B1, S3)
• Wide Range O2 Current (B1, S4)
• Wide Range O2 Current (B2, S1)
• Wide Range O2 Current (B2, S2)
• Wide Range O2 Current (B2, S3)
• Wide Range O2 Current (B2, S4)
• Wide Range O2 Current (B3, S1)
• Wide Range O2 Current (B3, S2)
• Wide Range O2 Current (B4, S1)
• Wide Range O2 Current (B4, S2)
• Catalyst Temperature (B1, S1)
• Catalyst Temperature (B2, S1)
• Catalyst Temperature (B1, S2)
• Catalyst Temperature (B2, S2)
• Control Module Voltage
• Absolute Load Value
• Commanded Equivalence Ratio
• Relative Throttle Position
• Ambient Air Temperature
• Absolute Throttle Position B
• Absolute Throttle Position C
• Absolute Throttle Position D
• Absolute Throttle Position E
• Absolute Throttle Position F
• Commanded Throttle Actuator
• Minutes Run While MIL Active
• Time Since DTCs Cleared

* Sensor support will vary by vehicle.

more info @http://www.myscantool.com/details.html

SAM (Synthesis and Analysis of Mechanisms) is an interactive PC-software package for the design, analysis (motion and force) and optimization of arbitrary planar mechanisms. Mechanisms can either be generated via the design wizards or they can be assembled from basic components including beams, sliders, gears, belts, springs, dampers and friction elements. SAM integrates pre-processing, numerical analysis and post processing, such as animation and xy-plots, in an easy to-use environment offering pull-down menus, mouse support and help facilities.

SAM - The Ultimate Mechanism Designer

• Design, Motion/Force-Analysis and Optimization of 2D-mechanisms
• Bars, belts, (planetary) gears, (non-linear) springs, dampers, friction, ...
• Stand-Alone, Easy-To-Use, Affordable
• English, German, French, Dutch, Spanish versions

more info @http://www.artas.nl/

 

Creator enables rapid development of compelling interactive 3D applications and content for an enormous range of applications but with a particular focus on Architecture, Education, Interactive Training and Product Presentation & Marketing.

Significantly lowering the cost and time barriers associated with traditional tools for creating interactive 3D media, it is specifically designed for creative artists and media designers. With a rapidly increasing portfolio of Smart s™ and Intelligent Materials™ - drag & drop re-usable components that require no ing or programming knowledge - users of Adobe Creative Suite, Autodesk 3DS Max or Maya, Google SketchUp and a host of other tools, will benefit from Creator"s workflow design.

The Creator user interface comprises an acclaimed integrated development environment and work flow. With Creator, the underlying game and visualization engine is tightly integrated with the development environment editors and toolsets. What you see in the editor during play mode is what you get when you publish.

There is no fussing with multiple external editors and/or disparate tool chains as all the principal editors are available from the main toolbar. The scene editor gives a "what you see is what you get" development environment that allows you to create in the editor, click the "Play" button and instantly run your application. While the application is running or paused, you can adjust animations and properties and immediately see the outcome of these changes.

Principal new features include:

• Smart s™. Dozens of new drag & drop re-usable components have been added including Smart s™ for Navigation, Cameras, Lights, UI Elements, Game Content, Material Changers, Sketch shaders, Locators and boat controllers among many others.
• Glass Shaders. Now include colored and translucent shadows through glass, drag & drop handling of real time reflections and refractions, and cubemap refraction calculations.
• Unified most popular shaders. Rather than having separate shaders for all feature variations, features such as bump-mapping can be turned on or off as needed.
• Many new API functions and Scene variables.
• All new editor transformations. This allows the movement of huge s (million plus polygons) within the editor without delays.
• Launch of Esperient Creator Enterprise which includes all of the new functions added to version 3.7 plus support for Motion tracking, Stereo Displays, Networking and Sockets.

more info @http://www.esperient.com/

GPSMapEdit allows to quick loading and viewing vector maps in so-called "Polish format", comparing them with different geodetic data like raster maps, GPS tracks and waypoints. In addition, the software may be used for converting GPS-tracks, waypoints and routes among various formats.

• Garmin MapSource,
• Polish format (input files for cGPSmapper.exe),
• ALAN Map 500/600,
• Holux,
• Navitel Navigator (Pocket PC navigation software)

NOTE: Some features require additional installation of GDI+.

GPSMapEdit 1.0 (update 57.3) (May 15th, 2009)

• Fix: Reading of some Garmin TXT/TYP skins (thanks to Sersenk).
• Fix: Unexpected activation resetting in some cases (thanks to Maxdddca).

more info @http://www.geopainting.com/en/

FeatureCAM, developed by Delcam, is a suite of CAD/CAM software which combines cutting edge technology with ease of use.

FeatureCAM automates machining and minimizes programming times for parts on mills, lathes and wire EDM.

With FeatureCAM, you:

• Draw or import your part
• Identify part components as features (holes, pockets, surface milling, etc.)
• Click simulation
• You are done! NC Code is generated!
  Knowledge-Based Technology to Increase Productivity

FeatureCAM automatically:

• Selects Tools
• Calculates Feeds and Speeds, including Stepovers and Depth of Cut
• Determines Roughing and Finishing Operations
• Generates Toolpaths and NC Code
• You can change any of the automatically selected machining suggestions.
  Added Value at No Additional Charge

FeatureCAM includes:

• Shared Network Databases for Tools and Feeds and Speeds
• Post Processor Library with 350+ Posts, with the Ability to
  Create Custom Posts or Edit Existing Posts
• Feed Rate Optimization
• Application Programming Interface (API) for Macro
  Creation and Program Customizations
• Job Quoting Tools
• Integrated 3D Simulation Package

more info @http://www.featurecam.com/

Designers are faced with an untractable situation where they need a lot of know-how and perform guess work for checking their real SoC.

SMASH is the reference Analog and Mixed-Signal (AMS), Logic and Mixed-Signal (LMS) and All-in-One Simulator enabling truthfully the combination of digital, logic and analog multi-domain modeling with no need for a “cosimulation backplane”, as well as Instruction Set Simulation (ISS).

Moreover, the extensive support of design kits and foundry model parameter sets is regularly enhanced with new and emerging SPICE device model implementations (Level 49, from BSIM 3 to BSIM 4v6, EKV, ACM, MM9, VBIC, MEXTRAM, JUNCAP2, PSP…).

Each of its successive releases contributes to reinforcing its unique features that make it the best for logic and mixed-signal (LMS) or multi-level and multi-domain designs:

⇒ Without the tweaking and twiddling required from foundries for so-called Golden simulators to make them look good, while most designers cannot trust their designs from their simulation results. SMASH is a must for Right-on-First-Pass designs.

Unique Capabilities
Providing All-in-One capabilities, as it supports all major hardware deion languages (HDL), be they logic or analog (SPICE, Verilog HDL, Verilog-A, VHDL, VHDL-AMS, SystemC, C, ABCD) within a single kernel for simulation, SMASH is renowned as the fastest and most accurate simulator for VHDL-AMS models.
It offers unique and patented features to track design bugs, such as floating nets, and optimize your Design for Yield (DfY) with offset and dispersion analysis, as well as most relevant analyses (transient noise, jitter, phase noise, multiple operating point detection, …).


more info @http://www.dolphin.fr/medal/smash/smash_overview.php