Digitizer software: Convert graphs into digital X-Y numerical num, Convert hard-copy graphs into X,Y data, Convert flat image to 2D/3D numerical data and more.
dcsDigitiser, a graph digitizer and densitometer, converts graphs into digital X-Y numerical numbers for peer analysis of graphs and gel in the open literature and/or of your own hard copies. With excellent performance, dcsDigitiser is accurate, precise, versatile and straightforward in its use. It is now only a few clicks to get a numerical reading of graphs of interest while surfing on internet or reading a report. Simply 1) Copy and paste
Dagra helps you digitize numerical data from printed graphs. Using Bezier curves, you can quickly and accurately retrieve data from scanned or graphical images. Add-ins for MathCad(R), Excel(R) and Matlab let you quickly load the digitized data into these analysis tools. Dagra lets you access a wealth of printed data for Design calculations, Numerical modelling, Simulations, Control system development or Comparing new results with previous work.
PlanSwift is the fastest and easiest to use software for accurately completing digital construction takeoffs on your computer screen. With PlanSwift's visual point-and-click interface, users can drag and drop individual parts or assemblies directly onto a digital blueprint. PlanSwift calculates the takeoffs automatically - saving valuable time and effort. Supports all major graphics & CAD formats including TIF, PDF, DXF, DWG, DWF, JPG, and more.
Graph Digitizer Scout automatically converts hard-copy graphs, oscillograms, charts, plots, into X,Y. Different recognition methods including manual correction mode. Data can be exported to Excel, CSV format and other applications.
LAB Fit is a software for Windows developed for treatment and analysis of experimental data. At LABFit you are able to:
1) Treat similar data; 2) Treat non-similar data; 3) Determine propagated error; 4) Plot 2D and 3D graphs; 5) Execute math calculations (system of equations, roots of function, etc); 6) Curve Fit (almost 500 functions at the library, with 1 and 2 independent variables, functions finder, rejection of data).
DigitizeIt digitizes scanned graphs. Graphs can be loaded in nearly all common image formats (incl. gif,tiff,jpeg,bmp,png) or pasted from the clipboard . Digitizing of line and scatter plots occurs automatically, manual digitizing is also possible. Data values are transformed to a specified axes system and can be saved in ASCII format, ready to use in many other applications. Axes can be linear or logarithmic scale. Can handle tilted graphs.
Point Cloud is a reverse engineering software to process point clouds. Point Cloud can reconstruct a triangular mesh over a cloud of points or drape a surface over the points.
A point cloud can be created by scanning the surface of an object (surface scan) or by scanning the entire solid (solid scan). Point Cloud understands this difference and processes points differently in each case.
ImageDIG consists of three integrated modules which allow the user to convert 2D flat images into 3D (x,y,z) data or if a graph, convert the graph in image form into 2 dimensional numerical data. The third module is a full analysis plotting utility where the user can import either the 2D or 3D data saved above or import any number of columns of data from a file. The data can then be analyzed using several statistical functions and plotted.
PIX Import for Rhino is a plug-in for Rhino. This plug-in gives Rhino the ability to import graphical data from PIX files.
PIX Import for Rhino is very easy to use as it adds a new file type to the Rhino File Open dialog box. To import a XYZ file select Open from the File menu. Select "Dr. Picza Files (*.pix)" from the "File of type" combo box and select a PIX file to import. A new drawing will be created containing the imported PIX file.
Point Cloud for AutoCAD is a plug-in for AutoCAD 2000, 2000i, 2002 and 2004. This plug-in gives AutoCAD to ability to process point clouds. You can import a point cloud into AutoCAD as it is or fit a surface that passes through the points to recreate the original object. This is ideal for reverse engineering and GIS applications. There are different ways of fitting a surface depending on the nature of the point cloud.
