ShapeLogic C++

ShapeLogic C++ is an open source toolkit for declarative programming, image processing and computer vision. Optimized for simplicity of programming. Started September 2008.

The first real application for ShapeLogic Java is a particle analyzer. It will find and categorize particles on a relatively uniform background then make a report of geometric properties for each of the particles. The main application is for recognizing cells in medical image processing.

Join the ShapeLogic mailing list for announcements, questions, bug reports, suggestions and feature requests.

Main ideas and motivation for ShapeLogic

ShapeLogic is a library for

• Declarative programming and lazy computations in C++
• Image processing and computer vision
• Particle analyzer for medical image processing

ShapeLogic has an automatic color particle counter and analyzer and a letter matching example.

Features

• It is free (as in free speech and free beer)
• Commercially friendly MIT open source license
• Programmed in C++

ShapeLogic C++ under Windows

ShapeLogic C++ under Linux

Getting Started links

ShapeLogic project home page is the main source of information.

A Getting Started page for ShapeLogic C++ will be put up when there are working code.

Requirements

For running as a library for functional and declarative programming there are no requirements.

For running as a ImageJ plugin ShapeLogic uses the following libraries:

• Boost the C++ library
• OpenCV for computer vision algorithms
• Generic Image Library which is part of Boost as of v 1.35
• FLTK, Fast Light Toolkit lightweight cross platform GUI
• Google Testing Framework
• Boost.build v2 for command line based build system
• Eclipse CDT for IDE based build system

Development Status: Alpha

• ShapeLogic is in Alpha, as of version 0.4
• Same code runs under both Windows and Linux
• Contains some image processing algorithms
• Unit test are setup
• Builds can be done both with Bjam and Eclipse

News

2009/03/22 ShapeLogic C++ 0.5 released

• Added binary thresholds operations
• Threshold with fixed limit of 127
• Adaptive threshold with a small block size of 3
• Added morphological operations
• Dilate
• Erode

2008/11/14 ShapeLogic C++ 0.4 released

• Images are now internally stored in OpenCV's IplImage format
• More image formats: BMP, DIB, JPEG, JPG, JPE, PNG, PBM, PGM, PPM, SR, RAS, TIFF, TIF
• Made a few OpenCV image processing algorithm available:
• Canny edge detector
• Flip RB color
• Flip horizontally
• Flip vertically
• Made Boost Build Jamfiles that works both on Windows and other operating systems
• First release with development status Alpha

2008/10/31 ShapeLogic C++ 0.3 released

• Added 3 first brushes: Pen, Sample color, Point info
• Fixed bugs causing ShapeLogic to crash

2008/10/22 ShapeLogic C++ 0.2 released

• Save images using GIL
• Scroll big images
• Display file name in window frame

2008/10/16 ShapeLogic C++ 0.1 released

• Integrate FLTK, Boost, GIL, Google C++ Testing Frameworks, Boost Build
• Minimalist GUI to load images and run image processing operations
• Image processing code written in GIL
• Tested on Windows and Linux

2008/09/03 Start of experimental port from Java to C++

An experimental port of ShapeLogic to C++ has begun. The algorithms in ShapeLogic are not using anything too languages specific so they should be portable to similar languages say C++ and C#. The idea with ShapeLogic is that it should be a declarative framework for vision and you should be able to get work done by making rules instead of regular procedural or object oriented programming. For example should be able to make a list of rules for categorizing the shape of a particle in a particle analyzer. You put them in a database or a flat file and the same rules should work for C++ and Java version of ShapeLogic.

Future plans for ShapeLogic

For more up to date information on ongoing development work look at these

• Blog Declarative Computer Vision
• Roadmap

ShapeLogic C++ v 0.6 soon to be released

• Make OpenCV more image processing algorithm available in menus
• Make generic dialog to get parameters for algorithms
• Improve threshold to have a user input for limit

Examples applications for ShapeLogic Java

• Automatic color and gray scale particle counter and analyzer, first medical image processing example
• Letter matching example. Very rudimentary OCR.
• Mathematical problems from Project Euler. This is a list of 192 mathematical problems that can be solved by computers. They vary in complexity from simple to hard. The goal is to test ShapeLogic's new declarative and functional constructs on real problems and make sure they are terse and intuitive.

Site last modified 2009-05-14