Free fundamentals software for mac

AthenaCL is an open-source, cross-platform, command-line program that functions as both a pitch (class) set theory utility (capable of both set and voice-leading modeling and analysis) as well as an object-orientated,
Python-scripted algorithmic front-end to Csound. These features allow the rapid and flexible scoring of Csound instruments with the power of Python-written texture algorithms.
Csound instruments are deployed as textures, layered surface-defining objects containing specialized objects to control rhythm, amplitude, panning, and Csound synthesis and control parameters.
Included Csound instruments provide a library of built-in sounds. As a compositional assistant, algorithms create complex textural surfaces, leaving the limitless mixture and placement of these textures and their attributes in the hands of the composer.
The algorithmic system controls pitch data by using paths, ordered content-groups.
These paths are the fundamental unit of the pitch set utility, allowing the organization, analysis, and modeling of pitch-materials. Paths employ 12-tone set-class and pitch-class notations. Paths can be modeled with the Strausian voice leading system and analyzed with numerous set-class similarity measures. As a desk-reference utility for post-tonal music theory, pitch sets can be searched to find normal-forms, subset vectors, and similarity values.
Main features:
- Advanced, easy to use, interactive command line: enter commands with arguments, or just enter the command and athenaCL will prompt the user for all necessary data.
- Command history logging, and executable command history.
- Graphical displays in EPS (convertible to PDF), Tk GUI, PNG, and JPEG formats, providing Texture arrangement views, Path voice leadings, and Texture parameter event graphs.
- Interactive help for every command. Complete HTML / PDF tutorials and reference documentation.
Enhancements:
- In addition to new ParameterObjects, extended sieve functionality, improved graphic outputs, and other improvements, this version features a completely redesigned output system with the addition of EventMode, EventOutput, and EventList commands.

Lucy Tuning 1.0a1 is a program to tune music. It is derived from Pi and the writings of John "Longitude" Harrison. This system enables users to modulate and transpose using any scales or keys that they may choose.

GZipanda is the GZip and BZip2 compression tool which is simple and easy to use.

GZipanda is convenient tool for the collective processing of more than one file and every folder, and it can deal with many files at a time at high speed, and it can deal with all the fundamental processing with the drag & drop of the file.

Logtalk 2.37.5 brings you canvenience of using such an object-oriented logic programming language that can use most Prolog implementations as a back-end compiler.

As a multi-paradigm language, Logtalk includes support for both prototypes and classes, protocols (interfaces), component-based programming through category-based composition, event-driven programming, and high-level multi-threading programming.

Major Features:

1. Separation between interface and implementation: Predicate directives (declarations) can be contained inside protocols (interfaces), which can be implemented by any object.
2. Parametric objects: Object identifiers can be compound terms containing free variables that can be used to parametrize object predicates. This allows us to interpret predicate clauses as providing instantiations of a parametric object identifier. I.e. through parametric object we can associate any number of methods with a compound term.
3. Support for both class-based and prototype-based systems: You may have, in the same application, class-based hierarchies (with instantiation and specialization relations) and prototype-based hierarchies (with extension relations). Moreover, fundamental language features such as protocols (interfaces) and categories (components) can be used simultaneously by classes, instances, and prototypes.
4. Support for multiple object hierarchies: No need to be constrained to a single, lengthy hierarchy rooted in some generic object.
5. Private, protected, and public inheritance: Logtalk supports private, protected, and public inheritance in a way similar to C++. Moreover, any entity relation can be qualified using a scope keyword. E.g. an object can privately implement a protocol, thus making all protocol declared predicates private.
6. Private, protected, and public object predicates: Set the scope of your object predicates to match your protocol design and let the runtime system enforce your choices.
7. Static and dynamic objects: Objects can be either static or dynamic. Static objects are defined in source files which are compiled and loaded in the same way as Prolog files. Dynamic object can be either defined in source files or created at runtime.
8. Static and dynamic object predicates: Any static object may contain both static and dynamic predicates.
9. Logtalk syntax extends standard Prolog syntax: Logtalk uses standard Prolog syntax with the addition of a few operators and directives for a smooth learning curve. Prolog code can be easily encapsulated inside objects with little or no changes. Moreover, Logtalk can transparently interpret most Prolog modules as Logtalk objects for easy reusing of existing code (e.g. libraries).
10. Event-driven programming: Predicates can be implicitly called when a spied event occurs, allowing programming solutions which minimize object coupling. In addition, events provide support for behavioral reflection and can be used to implement the concepts of pointcut and advice found on Aspect-Oriented Programming.
11. Component-based programming: Predicates can be encapsulated inside categories, which can be virtually imported by any object, without any code duplication and irrespective of object hierarchies. Thus, objects may be defined through composition of categories, which act as fine-grained units of code reuse. Categories may also extend existing objects. Categories can be used to implement aspects and mixin-like behavior without resorting to inheritance.
12. Multi-threading programming: High level multi-threading programming is available when running Logtalk with selected back-end Prolog compilers, allowing objects to support both synchronous and asynchronous messages. Independent and-parallelism and competitive or-parallelism are also supported. Easily take advantage of modern multi-processor and multi-core computers without bothering with the details of creating and destroying threads, implement thread communication, or synchronizing threads.
13. Multi-inheritance support: Logtalk supports multi-inheritance of both protocol and implementation. An object may implement several protocols and extend, specialize, or instantiate several objects. Multi-inheritance conflicts are solved implicitly by the Logtalk lookup algorithms or explicitly by using predicate directives.
14. Good performance: Logtalk code is compiled using the same technics that you use to write efficient Prolog code. In addition, Logtalk supports both static binding and dynamic binding (with method lookup caching), greatly improving performance. Benchmark results for some Prolog compilers are available here.
15. Close integration with the ISO Prolog Standard: Logtalk is designed for smooth integration with any Prolog compiler that conforms or closely follows the ISO Prolog Standard.
16. Compatible with most Prolog compilers: Logtalk interfaces with a specific back-end Prolog compiler via a minimal configuration file making it compatible with almost any modern compiler.
17. Automatic generation of XML documentation files: Logtalk automatically generates a documentation file in XML format for every compiled object, protocol, or category. The system includes all the necessary XSL(T) files and scripts to convert documenting files to (X)HTML and PDF.
18. Dynamic language: Logtalk is a dynamic language that allows hierarchies, objects, protocols, categories, and methods (predicates) to be freely created and modified at runtime. Other dynamic language features include support for meta-programming and both structural and behavioral reflection.

QueueSocket is the first open-source solution made available to REALbasic developers to improve Internet and network communication using the Socket control.

QueueSocket provides a simple introduction program as well as a complex, fully developed Network Tic-Tac-Toe game with accompanying source code and internet tracker application.

QueueSocket was created based on the fundamental principal that all data can fit into a queue data type, which in turn can be converted into a string and sent across a local network or the Internet.
QueueSocket is available for free download and royalty-free use.

QueueSocket is distributed under the GNU GPL license and is OSI certified as part of the Open Source Initiative. QueueSocket was developed using REALbasic 4.5, but is backwards compatible with little or no code revision, depending on the REALbasic version.