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Gcode 2000 Now reads
Lines,Arcs,Rect,Circle,PolyLines,LWPolylines, Ellipse, Sorts by size.
Reads and writes DXF files.Supports Mechanical desktop, AutoCAD
10,11,12,13,14,2000,2004,2007 Autosketch, TurboCad, DesignCad, AshlarVellum,
CorelDraw, Intelicad and SolidWorks.

Dolphin PartMaster Cad Cam
is small yet powerful CAM and CNC programming Microsoft Windows / Vista-ready
software suite for milling, lathe or wire EDM toolpath generation. It save
machinists time with a large set of standard cutting routines, yet is flexible
enough to provide them full control of each step. PartMaster is ideal for a
broad range of metal or wood working, plastic cutting and CNC drilling. NC
G-Code can be created internally from new designs or from legacy imported DXF or
optional IGES geometry.

CNC is the abbreviation for Computer Numeric
Control, or, the digital control of electronic motion by means of a standard
numerical instruction set. CNC machines are typically driven by an integrated
controller, which in turn runs a CNC program which can be either stored
internally or "drip fed" in real-, pseudo-real, or non-real time from a DNC
connection. DNC is the abbreviation for Direct Numerical Control, or, the
programming of CNC motion control over a fixed connection from a remote CNC
programming computer.

Vextractor allows you to transform raster images
into vector formats by building centerlines and outlines. It can be used for
vectorizing of charts, maps, schemes, logotypes and other similar images. It
features recognition of arcs, circles and orthogonal lines as well as polylines
smoothing, noise filtering and more. Supported input raster formats are BMP,
GIF, TIFF, JPEG, PCX and TGA.

Chances are these days you can open raster
files (e.g., BMP, TIFF, PNG, JPG) with your favorite CAD program - the majority
of modern CAD programs can import and display raster images. However, as soon as
you import your raster file in your CAD program, you will find out that all you
can do with it is just view it and trace it over. You are unable to modify or
edit the raster as easily as you can do vector data. That takes place because
CAD software can only work with vector files. If you want to edit raster files
in a CAD application you are to convert them to vector files first. That can be
done with a raster to vector conversion program (vectorizer). Once your raster
image is converted to the vector format, you will be able to import it in your
CAD application and then edit it like any other drawings that you do with your
CAD application

Vectorizer
for CAD/CAM professionals, designers and illustrators. Converts, digitizes and
refines architectural, mechanical, various technical drawings, maps, math
graphs, graphics for books and journals and more from raster to
vector.

Digitizes math graphics.
Also refines vector graphics, creates
fine lines and shapes. Scanned drawings are recognized and represented in a
vector format to be
imported to your CAD or drawing program.

Algolab
Raster to Vector Conversion Toolkit is a vector graphics enhancement software.
Supports input from TWAIN scanners and the following raster formats: BMP, TIFF,
JPEG, PNG, PCX, TGA.

Output in vector formats DXF (AutoCAD), AI (Adobe
Illustrator), EMF ( Enhanced metafile, WMF and ASCII XY ( MS Excel,
Mathematica,
Lotus 123 etc.)

Between today"s viewer technology and
complete CAD software packages lies Inovate - a 3D design solution that works
throughout the product lifecycle. From conception to completion, Inovate allows
users to explore and verify creative design opportunities at any stage of
product development. Even unforeseen pre/post production modifications are
easily resolved using Inovate"s powerful capabilities. It is perfectly suited
for situations where 3D design concepts must be verified before committing to a
formal design process. Inovate allows quick exploration and communication of 3D
design concepts through photo-realistic images and animations extending the
collaboration process.

# Maps test and simulation data onto a 3D CAD or CAE
model and visualizes the mapped results
# NI INSIGHT mapping can be for color
and/or deformation and visualized simultaneously
# DAT format test and
simulation data can be generated using LabVIEW or DIAdem or from Excel
#
Supports VRML 2.0 format for 3D model files, DAT format for test and simulation,
and AVI for video
# VRML 2.0 files can be created from CAD and most CAE
software by using Save As feature
# Provides direct connectivity to LabVIEW
to stream on-line data for immediate visualization

NI INSIGHT provides a
revolutionary way of visualizing and analyzing test data by mapping the
information directly on to the 3D test geometry. Using NI INSIGHT, you can
import the 3D geometry model of the test (from CAD or CAE) and map the
test data acquired from the sensors on the test , onto its 3D model
representation in an interactive or automated manner. The test information
changes the geometry model’s color or deforms the geometry according to the
measurement data values, played back over time. This is a very intuitive way of
presenting test information and allows one to quickly extract the relevant
information and knowledge from large volumes of test results. Additionally, NI
INSIGHT can synchronize video or movie playback with test animations.

NI
INSIGHT can be used off-line, as described above, as well as on-line, using its
integration with LabVIEW. With on-line visualization, NI INSIGHT continuously
updates measurement data coming from LabVIEW directly onto the test ’s 3D
model representation. This ability to provide on-line visualization which is
easy to understand and interpret is very valuable in making time critical

#
Identify dynamic system models directly from real-world stimulus and response
signals
# Seamlessly integrate data acquisition with system identification
algorithms
# Integrate plant models with other LabVIEW tools for control
design and simulation
# Accepts both time-based and frequency-based
data

The NI LabVIEW System Identification Toolkit combines data
acquisition tools with system identification algorithms for accurate plant
modeling. You can take advantage of LabVIEW intuitive data acquisition tools
such as the DAQ Assistant to stimulate and acquire data from the plant and then
automatically identify a dynamic system model. You can convert system
identification models to state-space, transfer function, or pole-zero-gain form
for control system analysis and design. The toolkit includes built-in functions
for common tasks such as data preprocessing, model creation, and system
analysis. Using other built-in utilities, you can plot the model with intuitive
graphical representation as well as store the model.

#
Design control systems using interactive graphical tools such as root-locus
plots
# Analyze system performance with tools such as pole-zero maps, step
response graphs, and Bode plots
# I ntegrate these control models with the NI
LabVIEW Simulation Module
# Construct plant and control models in
state-space, transfer function, or pole-zero-gain form
# Design control
systems using interactive graphical tools such as root-locus plots
# Analyze
system performance with tools such as pole-zero maps, step response graphs, and
Bode plots
#I ntegrate these control models with the NI LabVIEW Simulation
Module
# Construct plant and control models in state-space, transfer
function, or pole-zero-gain form

With the NI LabVIEW Control Design
Toolkit, you use graphical tools to design and analyze control systems. These
control systems can be represented as transfer functions, state-space, or
zero-pole-gain models. With built-in tools, you can import plant models from the
LabVIEW System Identification Toolkit, construct a feedback control system, and
analyze the system. Using tools such as root-locus plots, you can analyze the
performance of the controller while modifying parameters. Finally, you can
simulate or implement the controller using the LabVIEW Simulation Module.

# Stand-alone configuration-based analysis and
data logging with the Sound and Vibration Assistant
# Multichannel power
spectrum, zoom power spectrum, and frequency response
# ANSI- and
IEC-compliant full- and fractional-octave (1/3, 1/6, 1/12, 1/24) analysis
#
Sound level with A-, B-, or C-weighting and vibration level with
integration
# Audio measurements including THD, SNR, SINAD, and swept-sine
analysis
# Universal File Format (UFF58) file I/O support

extends
LabVIEW with functions and indicators for handling audio measurements,
fractional-octave analysis, swept sine analysis, sound levelmeasurements,
frequency analysis, frequency response measurement, ransient analysis, and
several sound and vibration displays. It also provides an easy-to-use software
foundation with more than 50 examples for your sound and vibration applications.
This toolkit has one of the industry"s most comprehensive lists of tools for
sound and vibration applications.