Free lisp software for windows

DCL&Lisp Generator was written with the aim to be a Visual IDE for AutoLisp Programmer, such like Visual Basic IDE. The dialog is design with drag and drop technology. ith this the user can:
. Visual create AutoCad Dialog DCL file.
. Automatic Generate AutoLisp Code to load the created dialog to AutoCad
. Help user to assign event handler to dialog component
. Help user to assign any variable to dialog component. The assigned variable will automatic load to /read from dialog and user no need to write single line of code.
DWG2LSP feature allow user to convert drawing entities in AutoCad drawing into AutoLisp code.
Version restrictions:
- Some feature are not available.

Prints music in the best traditions of classical engraving with minimum fuss LilyPond is a software solution that prints music in the best traditions of classical engraving with minimum fuss. Dont waste time on moving around symbols, tuning spacing, or shaping slurs. Impress friends and colleagues with sharp sheet music!
The inspiration for LilyPond came when two befriended musicians got annoyed with the bland and boring look of computer print-outs. Every musician prefers reading beautiful music, so couldnt we programmers solve that printing problem?
LilyPond takes ASCII input, which you can produce in your favorite environment, quickly and comfortably. No more futzing with the mouse. The input contains all the information, so there is no need to remember complex command sequences. Simply save an input for later reference.
No fiddling
Dont waste time with tweaking the output; LilyPond gets the formatting correct right from the start. It determines spacing by itself, and breaks lines and pages to provide a tight and uniform layout. Clashes between lyrics, notes, and chords are resolved and slurs and beams are sloped, automatically!
Excellent classical engraving
All style settings, font designs and algorithms have been inspired by the finest hand-engraved music. LilyPond output has that same strong and balanced look as a classical score.
Mix music and text
Put fragments of music into texts with without cutting and pasting pictures. Integrate music into LaTeX or HTML seamlessly, or add music to OpenOffice.org with ooolilypond.
Even better than part extraction!
Parts and score are made from the same source file, so every change always gets into both score and parts. (demo). In addition, LilyPond can combine staves in scores and insert cue-notes from other parts.
Extensible design
All settings can be changed to suit your personal typographical taste. If that still is not enough, there is always the built-in scripting language, a dialect of the powerful language LISP. Settings, variables and functions are all documented in the comprehensive program reference manual.
Excellent support
LilyPond runs on all popular platforms: Linux, MacOS X, and Windows. LilyPond comes with a 300 page user manual and over 400 example files. There is an active user community answering questions on the Lilypond user mailing list, while the development team makes sure that problems are solved quickly.
Main features:
- Automatic spacing, line breaking and page breaking.
- Handling of polyphonic collisions for notes, dots, and rests.
- Automatic placement of accidentals, beams, slurs, ties, based on optimal scoring algorithms.
- Users dont need typographical expertise to produce excellent notation.
- No user interaction necessary during running. Running the program can be automated which is convenient for mass converting databases of digitized music and printing algorithmic compositions.
- The Feta font has been tailored especially for LilyPond, and was designed carefully mimicking the finest hand-engraved scores. It is available as a scalable font, but also as a Metafont.
- Accidental cautionaries and suggestions, classic and modern styles
- Ambituses
- Arpeggio signs
- Balloon texts (teaching)
- Beamlets
- Blanking arbitrary notation elements (teaching)
- Chord names, in English, French or Italian
- Cluster notation and rhythmic grouping signs
- Coloring of arbitrary notation elements
- Cross staff beaming
- Cue-notes (automatic)
- Dashed or dotted bar lines
- Drum notation
- EasyNotation note heads
- Falls and doits
- Feathered beams
- Figured bass
- Fingerings, including guitar right-hand fingering
- Fret diagrams
- Glissandi
- Grace notes, acciaccatura and appoggiatura
- Hairpin crescendi and decrescendi, also with circled tips (al niente)
- Harmonics
- Laissez vibrer ties
- Ledger lines, including automatic shortening for tight spacing
- Lyric extenders, hyphens, melismata
- Measure repeats (?Percent style?)
- Mensural notation
- Microtones
- Metronome markings
- Nested analysis brackets
- Orchestral scores with automatic part combining
- Ornaments; mordents, pralls and combinations thereof
- Ottava brackets (octaviation)
- Part extraction: see Orchestral scores
- Piano pedals
- Polymetric notation
- Proportional notation
- Quarter tone accidentals
- Quoting of other music fragments, including transposing
- Separator slashes between systems
- Shaped note heads
- Starting and stopping staves anywhere
- Staves, tunable number of staff lines, individual positioning of staff lines
- Stemlets
- String numbering, also on chords
- System separators
- Tablature notation
- Tie formatting for chords
- Transposing
- Tremolos, both for single notes and chords
- Trills, also running and explicit pitches
- Tuplets in arbitrary ratios, nested, broken with customisable endings
- Vertical staff spacing using a skyline algorithm
- For details and music samples, follow the chain of NEWS entries and have a look at the regression tests.
- Robust design
- No arbitrary limits: unlimited number of staves, voices, measures, lengths of texts, etc.
- Pluggable output backend: output in EPS, PDF, PNG, PostScript, MIDI, SVG.
- Lyrics in any language.
- Text-based input with versatile music language.
- Programmable and extensible with built-in LISP interpreter.

MidiShare is a real-time musical MIDI operating system that provides high level services to the field of computer music MidiShare has been designed in 1989 in response to problems commonly met in the development of realtime music software. It provides high level services to developers and ensures platform independance.
Freely available on the Internet to developers since several years, the MidiShare development kit supports a great variety of programming languages: C, C++, Common Lisp, Pascal, Java...
Two additional libraries are also provided to facilitate the development of musical applications: a MIDI files management library and a Player library intended to develop multi-tracks MidiShare sequencers.
Put the mshare32.dll, midishare.ini and the desired drivers into the application folder which can be any MidiShare client application too.
The file mshare32.dll is the current MidiShare kernel library. For the drivers setup, see the drivers section.
If you want to share the DLLs and the .ini files between several client applications, you can also put them into the Windows folder.
Main features:
- High level musical events, fully structured and time stamped with a millisecond resolution. These events include both the MIDI and the MIDIFile typologies. In charge of the memory manager, they can be allocated at interrupt level.
- An efficient scheduler, in charge of delivering events at their falling dates to the communication manager. The scheduling algorithm ensures a very low and constant time overhead per event, even when the scheduler is heavily loaded.
- Inter-applications communication.
- A communication manager routes the events to the client applications, according to the connection set between them. This connection set can be dynamically configured by the users.
- Real-time tasks, to control the real-time behavior of an application. Function calls can be scheduled in the future and are automatically achieved by MidiShare at interrupt level.
- Real-time alarms. Incoming MidiShare events as well as global context changes (new clients starting a session, modifications of the connections between applications, etc.) can be processed in real-time by user defined alarms.

Kandid is a software that will help you to see how graphics evolve Kandid is a software that will help you to see how graphics evolve. In Kandid graphics are not drawn by hand but, instead, new forms can be found using genetic algorithms.
To achieve this aim Kandid simulates evolution using sexual reproduction and populations. But there is no fitness function in side the program. Only the user decide which images are interesting.
To simulate evolution Kandid uses crossing over, mutation, populations and has a gene data base.
Image calculation is based on Lisp like expressions, Iterated Function Systems (IFS), Linear Cellular Automata (LCA), Voroni diagrams, Lindenmayer Systems (L-systems), and layered textures rendered by Persistence of Vision.
System requirements:
- Java 1.4.2