Graphical Grammar Studio was developed as an Open Source Java-based instrument that can be used for natural language processing tasks.
The software includes a visual grammar editor and a library for applying / matching grammars on input text.
Grammars can be used to find and annotate sequences of words which respect certain conditions. It can be used for creating basic NLP tools like phrase chunkers, named entity finders, pronoun coreference solvers, etc.
A grammar is represented by a state machine which can be visualised with the editor. Each node in the grammar specifies the conditions for which a token in the input can be matched.
Users can edit, create and link such nodes. Also, it is permited to enforce priorities or recursion limits on the nodes / states in the grammar.
A grammar is saved under the XML format and can be loaded, compiled and applied on input text using the included Java library.
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Graphical Grammar Studio is a Java-based visual grammar editor which provides a user interface for creating, editing and linking grammars and applying / matching grammars on input text.
– Creating and editing grammars with a visual editor.
– Creating, editing and linking grammars with a drag-and-drop interface.
– Support for grammars in multiple formats.
– Linking grammars from other grammars.
– High performance with memory and CPU profiling.
– Changing values in the grammar as it runs.
– Loading / compiling grammars from external sources.
– Support for Grammars in both XML and Java.
– Compiling grammars as Ant-based tasks and specifying which rules to compile / match on.
– Matching grammars on input text.
– Limiting the recursion depth for grammars when executing.
– Generating output for each match.
– Customising output by customising grammar actions.
– Making a grammar repeatable and chaining it.
– Making a grammar reusable.
– Extending / reusing grammars.
– Attaching to the editor a Grammar JPanel and Grammar Mapping JPanel.
– Attaching a Grammar Action JPanel and Grammar Mapping JPanel to a Grammar JPanel.
– Lazy initialization of JPanels.
– Application of each grammar to a set of input text files (using the included Java library).
– Application of each grammar to a single input file (using the included Java library).
– Application of each grammar to an input file (using the included Java library).
– Parsing an input file and using the match results to generate the output.
– Parsing an input file and creating a tree of tokens.
– Parsing an input file and creating a tree of matched tokens.
– Parsing an input file and creating a tree of events.
– Parsing an input file and creating a tree of matched tokens using match conditions.
– Parsing an input file and creating a tree of events using match conditions.
– Parsing an input file and creating a tree of events and the tree of matched tokens.
– Parsing an input file and creating a tree of events and the tree of matched tokens using match conditions.
– Parsing an input file and creating a tree of events and the tree of matched tokens using a rule.
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Keymacro is a software written in Java to be used as a software library.
It is an open source project, so it’s available under the GNU General Public License.
Keymacro is basically a wrapper around some of the most popular API’s in Java.
The central library is SimpleOpenNI. SimpleOpenNI is a library of OpenNI / NIPS Java bindings. It allows accessing the 1-wire, 2.5G and USB / UART devices connected to the OpenNI/NONI computers.
In addition to the OpenNI bindings, the library provides a complete API set for all devices that are connected to OpenNI / Noni computers (mapper, camera, microphone, laser scanner,…).
The previous libraries for OpenNI were written in C. I wanted to try something different.
What can you expect from it?
Some examples of tasks it can be used for:
– Creating a 1-wire device and reading / writing data from / to it.
– Accessing and manipulating the camera and laser scanner attached to an OpenNI computer.
– Using a USB / UART to serial device to send data to and from an OpenNI computer.
– Using a browser to access the data from a serial or USB / UART device.
Keymacro version 0.6.0.
Keymacro version 0.5.1.
Keymacro version 0.4.2.
Keymacro version 0.4.0.
Keymacro version 0.3.4.
Keymacro version 0.3.2.
Keymacro version 0.3.0.
Keymacro version 0.2.0.
Keymacro version 0.1.2.
Keymacro version 0.1.0.
The version information is shown inside the 0.1.0 tag.
Detailed information about versioning can be found here.
Keymacro can be downloaded for free and I’m also available to answer any questions you may have.
See you on twitter, or github for general stuff.
Keymacro-devel version 0.6.0-GPL-2.0.0-FOSS.
Keymacro-devel version 0.5.1-GPL-2.0.0-FOSS.
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Grammar Studio is a graphical editor and a library for applying grammars on input text.
A grammar can be represented as a state machine that is visualised with the editor. Each node in the grammar specifies the conditions for which a token in the input can be matched. A node can also contain other nodes and the edges (connections) between the nodes are also visualised with the editor.
Users can edit, create, link, etc. nodes in a grammar and the priorities and recursion limits can be enforced. The visual grammar editor allows to test multiple grammars at the same time.
When a grammar is applied on a text the output is displayed in a predefined pane. The output is saved under the xml format and it can be loaded and displayed using the Java library included in the download package.
Grammar Studio can be used to create basic NLP tools like phrase chunkers, named entity finders, pronoun coreference solvers, etc.
The graphical editor allows to create grammars that are easy to understand.
# This software is provided under the GNU Lesser General Public
# License version 2.1, available from
# GrammarStudio is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# GrammarStudio is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with GrammarStudio. If not, see .
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version = 5.0.0
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WEIGHT = Medium
SIZE = 20
FONT_NAME = DejaVu Sans Mono
bold = bold
What’s New In?
GrammarStudio is a visual editor for creating, editing and applying grammar-based pattern match algorithms in a given input text.
This tool is developed for linguists and researchers who want to create grammars and build various NLP algorithms to find patterns in text (e.g. to find entities, identify phrasal boundaries, etc).
Using the visual editor, you can create and edit user-defined grammars. Grammar files are saved in a XML format. You can compile and apply grammars on input text using the included Java library GrammarStudioJ. Also, you can check whether a text string satisfies a given grammar. A grammar can be used to find and annotate sequences of words which respect certain conditions. The whole tool supports Java 8 features.
The visual grammar editor has been extended with over 140 graphical features. It also includes:
– a library to automatically generate Java code for applying grammars
– a project management system to define projects, save files and compile grammars
– the ability to create new states or conditions in a given grammar, export and use the state graph as a Java.jar
– the ability to edit, create and link nodes and states in a state graph
– the ability to use (conditional) patterns on tokens and on words inside tokens (e.g. some states can match just a token)
– the ability to order states in a grammar according to a priority or recursion limit
– the ability to create “linguistic strings” (in our example “match this English fragment in this Chinese sentence”)
– the ability to integrate named entities in a grammar
– the ability to create and link states from different grammars (i.e. use a generic grammar to match a different grammar on a text)
– the ability to create grammars for various languages (e.g. English, French, German, etc)
– the ability to test a string against a grammar for any given language
– a Java sample application
All data models used in GrammarStudio are based on Java / J2EE concept (e.g. nodes, states, grammars, etc). The application works on desktop and mobile devices.
The Java sample application is developed in Java 8. It has been tested on Android and on Windows. The application uses JavaFX with the GlassFish Java EE 8 server to display the Java nodes and states.
Also, the application features local database support with SQLite.
This software is free of any charge. It can be used for educational and research purposes.
All sources of this software can be downloaded from here.
GrammarStudio 1.0.3 and 2.0.4 features:
– the ability to create and edit new states in a grammar using JavaBeans GUI
– the ability to export and save a project to a
OS: Windows Vista SP2, Windows 7 SP1 or Windows 8.1 SP1
Processor: Dual Core CPU with HyperThreading Technology
Memory: 2 GB RAM
Graphics: DirectX 9.0 compatible GPU with 128 MB Video Memory
DirectX: Version 9.0 compatible GPU with 128 MB Video Memory
Memory: 4 GB RAM