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JavaNativeCompiler 1.1.1
JavaNativeCompiler (JNC) is a Java to native compiler. more>>
JavaNativeCompiler (JNC) is a Java to native compiler. The project allows AOT (ahead of time) compilation of your Java applications. With JNC, you can create real standalone native binaries (.exe on Windows) which will no longer depend on a JRE.
This is especially useful when applications have to be deployed to end-users. All vexatious problems of deploying Java applications can be solved by compiling them to native. They will be:
- Easy to deploy
No JRE dependency. Most end-users dont know what they have installed.
No more problems on how to create an executable file out of a JAR or class file.
- Hard to decompile
Java can easily be decompiled. Native compilation will protect your source code.
- Run fast from the start
No more overhead for loading a JRE.
Enhancements:
- This release fixes a couple of problems with AWT/Swing and XML.
- It also once again contains a version for Linux.
- The compiler binary downloads are smaller.
<<lessThis is especially useful when applications have to be deployed to end-users. All vexatious problems of deploying Java applications can be solved by compiling them to native. They will be:
- Easy to deploy
No JRE dependency. Most end-users dont know what they have installed.
No more problems on how to create an executable file out of a JAR or class file.
- Hard to decompile
Java can easily be decompiled. Native compilation will protect your source code.
- Run fast from the start
No more overhead for loading a JRE.
Enhancements:
- This release fixes a couple of problems with AWT/Swing and XML.
- It also once again contains a version for Linux.
- The compiler binary downloads are smaller.
Download (MB)
Added: 2007-03-05 License: Other/Proprietary License with Source Price:
965 downloads
vii-ppp-scripts 1.0
The vii-ppp-scripts are yet another set of ppp scripts. more>>
The vii-ppp-scripts are yet another set of ppp scripts. They feature handling multiple ISPs, autosetting DNS from ISP, ability to have a different resolv.conf for each connection, phone billing and chatscripts.
It is lacking of:
Graphical interface
Friendly set-up
Explicit multiple modem support
Main features:
- No need to set nameservers manually; either get them automatically from the ISP (/etc/ppp/dns-resolvconf-up) or use a local named (/etc/ppp/dns-named-up)
- Support for multiple ISPs; nameservers can be manually set separately for each if theyre not given (/etc/ppp/dns-resolvconf-up)
- More or less setup for UK ISP OneTel.Net already.
- pppd options file nicely set up for fast performance
- Customizable phone bill cost tracker, logged by user (/etc/ppp/ppp-connect)
- Nice chat scripts, showing what happened on error (/etc/ppp/dial)
- Initiating user can have programs executed when ppp comes up and goes down.
<<lessIt is lacking of:
Graphical interface
Friendly set-up
Explicit multiple modem support
Main features:
- No need to set nameservers manually; either get them automatically from the ISP (/etc/ppp/dns-resolvconf-up) or use a local named (/etc/ppp/dns-named-up)
- Support for multiple ISPs; nameservers can be manually set separately for each if theyre not given (/etc/ppp/dns-resolvconf-up)
- More or less setup for UK ISP OneTel.Net already.
- pppd options file nicely set up for fast performance
- Customizable phone bill cost tracker, logged by user (/etc/ppp/ppp-connect)
- Nice chat scripts, showing what happened on error (/etc/ppp/dial)
- Initiating user can have programs executed when ppp comes up and goes down.
Download (0.004MB)
Added: 2006-06-30 License: GPL (GNU General Public License) Price:
1218 downloads
Pentagram 20070522
Pentagram projects goal is to create an Ultima VIII engine. more>>
Pentagram projects goal is to create an Ultima VIII engine.
Pentagram is a game engine for running Ultima VIII on modern operating systems. Since a modified version of the Ultima VIII engine also powered the two Crusader games (Crusader: No Remorse and Crusader: No Regret) the teams ultimate goal is to be able to run those two as well.
For those not familiar with the game: you are playing the role of the Avatar who already several times saved the worlds from evil forces in Ultima I-VII, but now you are thrown into the unknown world, which is already destroyed by those forces and you should explore it and find out the way to defeat the evil yet another time.
On your way you will find many friends and foes including undead creatures, giant spiders and trolls, talk to local people and solve many mysteries and puzzles.
<<lessPentagram is a game engine for running Ultima VIII on modern operating systems. Since a modified version of the Ultima VIII engine also powered the two Crusader games (Crusader: No Remorse and Crusader: No Regret) the teams ultimate goal is to be able to run those two as well.
For those not familiar with the game: you are playing the role of the Avatar who already several times saved the worlds from evil forces in Ultima I-VII, but now you are thrown into the unknown world, which is already destroyed by those forces and you should explore it and find out the way to defeat the evil yet another time.
On your way you will find many friends and foes including undead creatures, giant spiders and trolls, talk to local people and solve many mysteries and puzzles.
Download (5.6MB)
Added: 2007-07-26 License: GPL (GNU General Public License) Price:
824 downloads
The Frink Language 2007-08-04
The Frink Language is a calculating tool and programming language. more>>
Frink is a practical calculating tool and programming language designed to help us all to better understand the world around us, to help us get calculations right without getting bogged down in the mechanics, and to make a tool thats really useful in the real world.
Perhaps youll get the best idea of what Frink can do if you skip down to the Sample Calculations further on this document. Come back up to the top when youre done.
Frink language was named after one of my personal heroes, and great scientists of our time, the brilliant Professor John Frink.
Main features:
- Tracks units of measure (feet, meters, tons, dollars, watts, etc.) through all calculations and allows you to add, subtract, multiply, and divide them effortlessly, and makes sure the answer comes out correct, even if you mix units like gallons and liters.
- Arbitrary-precision math, including huge integers and floating-point numbers, rational numbers (that is, fractions like 1/3 are kept without loss of precision,) and complex numbers.
- Advanced mathematical functions including trigonometric functions (even for complex numbers,) factoring and primality testing, and base conversions.
- Unit Conversion between thousands of unit types with a huge built-in data file.
- Date/time math (add offsets to dates, find out intervals between times,) timezone conversions, and user-modifiable date formats.
- Translates between several human languages, including English, French, German, Spanish, Portuguese, Dutch, Korean, Japanese, Russian, Chinese, Swedish, and Arabic.
- Calculates historical buying power of the U.S. dollar and British pound.
- Calculates exchange rates between most of the worlds currencies.
- Powerful Perl-like regular expression capabilities and text processing.
- Supports Unicode throughout, allowing processing of almost all of the worlds languages.
- Reads HTTP and FTP-based URLs as easily as reading local files, allowing fetching of live web-based data.
- Runs on most major operating systems (anything with Java 1.1 or later,) as an applet, through a web-based interface, on a wireless Palm VII, on an HDML- or WML-based webphone, and on many mobile phones and hand-held devices.
- Installs itself on your system in seconds using Java Web Start and automatically keeps itself updated when new versions of Frink are released.
- Runs with a Graphical User Interface (both Swing and AWT) or a command-line interface.
- User interface has a Programming Mode which allows you to write, edit, save, and run extremely powerful programs even on a handheld device.
- Powers Frink Server Pages, a system for providing dynamic web pages powered by Frink.
- Frink is a full-fledged programming language with arrays, dictionaries, functions, loops, even object-oriented programming and self-evaluation.
- Frink allows Object-Oriented Programming, which allows you to create complex data structures that are still easy to use.
- Java Introspection layer allows you to call any Java code from within Frink.
- Frink can also be embedded in a Java program, giving your Java programs all the power of Frink.
- Did I mention its free? If you find it useful, please donate something. Id really appreciate it!
Enhancements:
- This release fixes a problem in break statements that might lead to a "Break statement used outside a loop" error.
<<lessPerhaps youll get the best idea of what Frink can do if you skip down to the Sample Calculations further on this document. Come back up to the top when youre done.
Frink language was named after one of my personal heroes, and great scientists of our time, the brilliant Professor John Frink.
Main features:
- Tracks units of measure (feet, meters, tons, dollars, watts, etc.) through all calculations and allows you to add, subtract, multiply, and divide them effortlessly, and makes sure the answer comes out correct, even if you mix units like gallons and liters.
- Arbitrary-precision math, including huge integers and floating-point numbers, rational numbers (that is, fractions like 1/3 are kept without loss of precision,) and complex numbers.
- Advanced mathematical functions including trigonometric functions (even for complex numbers,) factoring and primality testing, and base conversions.
- Unit Conversion between thousands of unit types with a huge built-in data file.
- Date/time math (add offsets to dates, find out intervals between times,) timezone conversions, and user-modifiable date formats.
- Translates between several human languages, including English, French, German, Spanish, Portuguese, Dutch, Korean, Japanese, Russian, Chinese, Swedish, and Arabic.
- Calculates historical buying power of the U.S. dollar and British pound.
- Calculates exchange rates between most of the worlds currencies.
- Powerful Perl-like regular expression capabilities and text processing.
- Supports Unicode throughout, allowing processing of almost all of the worlds languages.
- Reads HTTP and FTP-based URLs as easily as reading local files, allowing fetching of live web-based data.
- Runs on most major operating systems (anything with Java 1.1 or later,) as an applet, through a web-based interface, on a wireless Palm VII, on an HDML- or WML-based webphone, and on many mobile phones and hand-held devices.
- Installs itself on your system in seconds using Java Web Start and automatically keeps itself updated when new versions of Frink are released.
- Runs with a Graphical User Interface (both Swing and AWT) or a command-line interface.
- User interface has a Programming Mode which allows you to write, edit, save, and run extremely powerful programs even on a handheld device.
- Powers Frink Server Pages, a system for providing dynamic web pages powered by Frink.
- Frink is a full-fledged programming language with arrays, dictionaries, functions, loops, even object-oriented programming and self-evaluation.
- Frink allows Object-Oriented Programming, which allows you to create complex data structures that are still easy to use.
- Java Introspection layer allows you to call any Java code from within Frink.
- Frink can also be embedded in a Java program, giving your Java programs all the power of Frink.
- Did I mention its free? If you find it useful, please donate something. Id really appreciate it!
Enhancements:
- This release fixes a problem in break statements that might lead to a "Break statement used outside a loop" error.
Download (0.63MB)
Added: 2007-08-06 License: Other/Proprietary License Price:
809 downloads
Fityk 0.8.2
Fityk is a data fitting program. more>>
Fityk project is a general-purpose nonlinear curve fitting and data analysis software.
Although it is being developed to analyze powder diffraction patterns, it can be used to fit analytical functions to any kind of data: crystallographic module is an independent part of the program. Apart from crystallography fityk is reported to be used also in chromatography, photoluminescence, infrared and Raman spectroscopy, and in other fields.
At present fityk knows only about common peak-shaped functions (Gaussian, Lorentzian, Voigt, Pearson VII etc.) and polynomial. User-defined functions will be implemented in 2005.
In terms of powder diffraction fityk will fit the data with a set of position-correlated peaks to give the refined lattice parameters, zero-shift, sample displacement and wavelength.
Fityk offers everything a decent refinement program should offer but first of all intuitive graphical interface. Apart from the standard Marquardt least-square algorithm one may choose a genetic algorithm or Nelder-Mead simplex method for complex or unstable cases.
Fityk already works under Linux, Windows and MacOS X and can in principle be ported to other systems because its GUI is written with a portable wxWidgets library. And it is free software (GPL).
Main features:
- It is the heart of the program - finding minimum of weigthed sum of squared residuals, in other words - fitting function to data. Nonlinear fitting is a difficult problem, and there is no perfect solution. Fityk offers three well-known algorithms: Levenberg-Marquard gradient-based method, Nelder-Mead downhill simplex method and Genetic Algorithms. Every of these methods has a set of adjustable parameters, for greater flexibility.
- Data - a set of (x, y) points, can be read from text file, or from file in one of other supported formats. When loading data, you can read standard deviations of y s, if given, read only selected points (eg. first thousend, or every third point) or merge neighbouring points, to reduce noise. In every moment you can activate or disactivate selected points (disactivated points are not subject to fitting) or change standard deviation.
- Fitted curve is given as a sum of functions. All functions are given by parametrized formulae, eg. function of gaussian type has such parameters like height or position of center. Availaible functions are: gaussian, lorenzian, pearson VII, voigt, pseudo-voigt and fifth-order polynomial.
- Every parameter of function is given as a constans or as a variable or as a function of other parameters. First case is clear. In second case value of the variable can be adjusted when fitting. Optionally also domain of the variable can be given. In last case, the parameter can be given in terms of other parameters, eg. as a multiplication of constant and variable parameters.
- Background (baseline) may be obtained as linear or spline interpolation of points selected by the user or as a background function, that optionally can be fitted. Currently the only function suitable for background is a polynomial.
- There are two ways of dealing with error in x s. First requires specifying displacements of x in points, where it is known - program will interpolate it to the rest of points. Second assumes that the source of displacements is known and given by a zero-shift functions, which can be fitted.
- All commands, that are changing anything, what can influence further run of the program (eg. adding baseline, but not displaying help), can be logged to file. This is one of the ways to obtain a script, that can be edited and reused. Using scripts can save a lot of work, eg. it is possible to write scripts that will fit a series of data files and output results.
- The crystallographic module of the program enables easy adding peaks, that represents Bragg reflections. It is assumed that analyzed data points are intensities in function of 2theta, typically from X-ray diffraction. User have to define phases (lattice parameters), wavelengths with their relative intensities and which hkl s are present. Optionally, width and shape parameters can be constrained, using formulae taken from DBWS program.
- Fityk is written in C++. The program (GUI) can run on most Unix species with GTK+, on MS Windows and MacOS X. Ports to other platforms supported by wxWidgets library are also possible.
- The program comes in two versions: GUI (Graphical User Interface) version - more comfortable in most cases, and CLI (Command Line Interface) version (named cfityk to differentiate) - used only in special situations, when visualisation is not essential and user prefers to use a text terminal.
- There is a mailing list where everyone can ask a question. You can also write directly to programs author, although usually its better to use the mailing list. Asking for a change in fityk or for new feature will usually result in putting the request on TODO list or, if it is already on TODO list, in assigning higher priority to it.
- It is free software; you can redistribute and modify it under the terms of GNU General Public License. There is NO warranty.
Enhancements:
- The Shirley background correction procedure was implemented.
- A few bugs were fixed.
<<lessAlthough it is being developed to analyze powder diffraction patterns, it can be used to fit analytical functions to any kind of data: crystallographic module is an independent part of the program. Apart from crystallography fityk is reported to be used also in chromatography, photoluminescence, infrared and Raman spectroscopy, and in other fields.
At present fityk knows only about common peak-shaped functions (Gaussian, Lorentzian, Voigt, Pearson VII etc.) and polynomial. User-defined functions will be implemented in 2005.
In terms of powder diffraction fityk will fit the data with a set of position-correlated peaks to give the refined lattice parameters, zero-shift, sample displacement and wavelength.
Fityk offers everything a decent refinement program should offer but first of all intuitive graphical interface. Apart from the standard Marquardt least-square algorithm one may choose a genetic algorithm or Nelder-Mead simplex method for complex or unstable cases.
Fityk already works under Linux, Windows and MacOS X and can in principle be ported to other systems because its GUI is written with a portable wxWidgets library. And it is free software (GPL).
Main features:
- It is the heart of the program - finding minimum of weigthed sum of squared residuals, in other words - fitting function to data. Nonlinear fitting is a difficult problem, and there is no perfect solution. Fityk offers three well-known algorithms: Levenberg-Marquard gradient-based method, Nelder-Mead downhill simplex method and Genetic Algorithms. Every of these methods has a set of adjustable parameters, for greater flexibility.
- Data - a set of (x, y) points, can be read from text file, or from file in one of other supported formats. When loading data, you can read standard deviations of y s, if given, read only selected points (eg. first thousend, or every third point) or merge neighbouring points, to reduce noise. In every moment you can activate or disactivate selected points (disactivated points are not subject to fitting) or change standard deviation.
- Fitted curve is given as a sum of functions. All functions are given by parametrized formulae, eg. function of gaussian type has such parameters like height or position of center. Availaible functions are: gaussian, lorenzian, pearson VII, voigt, pseudo-voigt and fifth-order polynomial.
- Every parameter of function is given as a constans or as a variable or as a function of other parameters. First case is clear. In second case value of the variable can be adjusted when fitting. Optionally also domain of the variable can be given. In last case, the parameter can be given in terms of other parameters, eg. as a multiplication of constant and variable parameters.
- Background (baseline) may be obtained as linear or spline interpolation of points selected by the user or as a background function, that optionally can be fitted. Currently the only function suitable for background is a polynomial.
- There are two ways of dealing with error in x s. First requires specifying displacements of x in points, where it is known - program will interpolate it to the rest of points. Second assumes that the source of displacements is known and given by a zero-shift functions, which can be fitted.
- All commands, that are changing anything, what can influence further run of the program (eg. adding baseline, but not displaying help), can be logged to file. This is one of the ways to obtain a script, that can be edited and reused. Using scripts can save a lot of work, eg. it is possible to write scripts that will fit a series of data files and output results.
- The crystallographic module of the program enables easy adding peaks, that represents Bragg reflections. It is assumed that analyzed data points are intensities in function of 2theta, typically from X-ray diffraction. User have to define phases (lattice parameters), wavelengths with their relative intensities and which hkl s are present. Optionally, width and shape parameters can be constrained, using formulae taken from DBWS program.
- Fityk is written in C++. The program (GUI) can run on most Unix species with GTK+, on MS Windows and MacOS X. Ports to other platforms supported by wxWidgets library are also possible.
- The program comes in two versions: GUI (Graphical User Interface) version - more comfortable in most cases, and CLI (Command Line Interface) version (named cfityk to differentiate) - used only in special situations, when visualisation is not essential and user prefers to use a text terminal.
- There is a mailing list where everyone can ask a question. You can also write directly to programs author, although usually its better to use the mailing list. Asking for a change in fityk or for new feature will usually result in putting the request on TODO list or, if it is already on TODO list, in assigning higher priority to it.
- It is free software; you can redistribute and modify it under the terms of GNU General Public License. There is NO warranty.
Enhancements:
- The Shirley background correction procedure was implemented.
- A few bugs were fixed.
Download (1.3MB)
Added: 2007-04-23 License: GPL (GNU General Public License) Price:
915 downloads
SiSU 0.57.0
SiSU (Serialized information, Structured Units) is is a document creation and management framework. more>>
SiSU is a Serialized information, Structured Units for Electronic Documents, is a document creation and management framework.
Main features:
- (i) markup syntax: (a) simpler than html, (b) mnemonic, influenced by mail/messaging/wiki markup practices, (c) human readable, and easily writable,
- (ii) (a) minimal markup requirement, (b) single file marked up for multiple outputs,
- (iii) (a) multiple outputs include amongst others: html; pdf via LaTeX; (structured) XML; sql - currently PostgreSQL (and SQLite); ascii, (also texinfo), (b) takes advantage of the strengths implicit in these very different output types,
- (iv) provides a common object positioning and citation system for all outputs, which is human relevant and machine usable: object citation numbering, all objects (paragraphs, headings, verse, tables etc. and images) are numbered identically, for citation purposes, in all outputs (html, pdf, sql etc.),
- (v) use of Dublin Core and other meta-tags to permit the addition of some semantic information on documents, and making easy integration of rdf/rss feeds etc.,
- (vi) creates organised directory/file structure for (file-system) output, easily mapped with its clearly defined structure, with all text objects numbered, you know in advance where in each document output type, a bit of text will be found (eg. from an sql search, you know where to go to find the prepared html output or pdf etc.)... there is more; easy directory management and document associations, the document preparation (sub-)directory may be used to determine output (sub-)directory, the skin used, and the sql database used,
- (vii) search of document sets, the relational database retains information on the document structure, and citation numbering makes it possible for example to present search matches as an index of documents and locations within the document where the match is found,
- (viii) "word maps" rudimentary index, consisting of all the words in a document and their (text/ object) locations within the text, (and the possibility of adding vocabularies),
- (ix) easily skinnable, document appearance on a project/site wide, directory wide, or document instance level easily controlled/changed,
- (x) in many cases a regular expression may be used (once in the document header) to define all or part of a documents structure obviating or reducing the need to provide structural markup within the document,
- (xi) is a batch processor for handling large document sets, ... though once generated they need not be re-generated, unless changes are made to the desired presentation of a particular output type,
- (xii) possible to pre-process, which permits: the easy creation of standard form documents, and templates/term-sheets, or; building of composite documents (master documents) from other sisu marked up documents, or marked up parts, i.e. import documents or parts of text into a main document should this be desired
- (xiii) future proofing, a framework for adding further capability or updating existing capability as required: (a) modular, (thanks in no small part to Ruby) another output format required, write another module....(b) easy to update output formats (eg html, xhtml, latex/pdf produced can be updated in program and run against whole document set), (c) easy to add, modify, or have alternative syntax rules for input, should you need to,
- (xiv) scalability, dependent on your file-system (in my case Reiserfs) and on the relational database used (currently Postgresql and SQLite), and your hardware,
- (xv) only marked up files need be backed up, to secure the larger document set produced,
- (xvi) document version and comparison considerations (a) possibility to easily check or guarantee that the substantive content of a document is unchanged, through md5 (or other) hash keys, (b) version control, documents integrated with time based version control system, default CVS with use of $Id$ tag, which SiSU checks (c) SiSUs minimalist markup makes for meaningful "diffing" of the substantive content of markup-files,
- (xvii) document management,
- (xviii) use your favourite editor, syntax highlighting files for markup, primarily (g)vim so far,
- (xviv) remote operations: (a) run SiSU on a remote server, (having prepared sisu markup documents locally or on that server, i.e. this solution where sisu is installed on the remote server, would work whatever type of machine you chose to prepare your markup documents on), (b) alternatively, (assuming sisu is available to you locally but not installed on the remote server) configure sisu to securely copy (scp) its output to your remote host and run sisu locally, (c) request a remotely located sisu markup file and process it locally by identifying it by its url.
<<lessMain features:
- (i) markup syntax: (a) simpler than html, (b) mnemonic, influenced by mail/messaging/wiki markup practices, (c) human readable, and easily writable,
- (ii) (a) minimal markup requirement, (b) single file marked up for multiple outputs,
- (iii) (a) multiple outputs include amongst others: html; pdf via LaTeX; (structured) XML; sql - currently PostgreSQL (and SQLite); ascii, (also texinfo), (b) takes advantage of the strengths implicit in these very different output types,
- (iv) provides a common object positioning and citation system for all outputs, which is human relevant and machine usable: object citation numbering, all objects (paragraphs, headings, verse, tables etc. and images) are numbered identically, for citation purposes, in all outputs (html, pdf, sql etc.),
- (v) use of Dublin Core and other meta-tags to permit the addition of some semantic information on documents, and making easy integration of rdf/rss feeds etc.,
- (vi) creates organised directory/file structure for (file-system) output, easily mapped with its clearly defined structure, with all text objects numbered, you know in advance where in each document output type, a bit of text will be found (eg. from an sql search, you know where to go to find the prepared html output or pdf etc.)... there is more; easy directory management and document associations, the document preparation (sub-)directory may be used to determine output (sub-)directory, the skin used, and the sql database used,
- (vii) search of document sets, the relational database retains information on the document structure, and citation numbering makes it possible for example to present search matches as an index of documents and locations within the document where the match is found,
- (viii) "word maps" rudimentary index, consisting of all the words in a document and their (text/ object) locations within the text, (and the possibility of adding vocabularies),
- (ix) easily skinnable, document appearance on a project/site wide, directory wide, or document instance level easily controlled/changed,
- (x) in many cases a regular expression may be used (once in the document header) to define all or part of a documents structure obviating or reducing the need to provide structural markup within the document,
- (xi) is a batch processor for handling large document sets, ... though once generated they need not be re-generated, unless changes are made to the desired presentation of a particular output type,
- (xii) possible to pre-process, which permits: the easy creation of standard form documents, and templates/term-sheets, or; building of composite documents (master documents) from other sisu marked up documents, or marked up parts, i.e. import documents or parts of text into a main document should this be desired
- (xiii) future proofing, a framework for adding further capability or updating existing capability as required: (a) modular, (thanks in no small part to Ruby) another output format required, write another module....(b) easy to update output formats (eg html, xhtml, latex/pdf produced can be updated in program and run against whole document set), (c) easy to add, modify, or have alternative syntax rules for input, should you need to,
- (xiv) scalability, dependent on your file-system (in my case Reiserfs) and on the relational database used (currently Postgresql and SQLite), and your hardware,
- (xv) only marked up files need be backed up, to secure the larger document set produced,
- (xvi) document version and comparison considerations (a) possibility to easily check or guarantee that the substantive content of a document is unchanged, through md5 (or other) hash keys, (b) version control, documents integrated with time based version control system, default CVS with use of $Id$ tag, which SiSU checks (c) SiSUs minimalist markup makes for meaningful "diffing" of the substantive content of markup-files,
- (xvii) document management,
- (xviii) use your favourite editor, syntax highlighting files for markup, primarily (g)vim so far,
- (xviv) remote operations: (a) run SiSU on a remote server, (having prepared sisu markup documents locally or on that server, i.e. this solution where sisu is installed on the remote server, would work whatever type of machine you chose to prepare your markup documents on), (b) alternatively, (assuming sisu is available to you locally but not installed on the remote server) configure sisu to securely copy (scp) its output to your remote host and run sisu locally, (c) request a remotely located sisu markup file and process it locally by identifying it by its url.
Download (1.2MB)
Added: 2007-08-20 License: GPL (GNU General Public License) Price:
795 downloads
Labyrinth of Worlds 0.4
Labyrinth of Worlds project is an Ultima Underworld II rewrite. more>>
Labyrinth of Worlds project is an Ultima Underworld II rewrite.
LoW is a rewrite of the first-person role-playing game Ultima Underworld II: Labyrinth of Worlds that came out in the early 1990s. One of the most celebrated game of its genre, this rewrite attempts to recapture the minutiae and spirit of the original.
At the moment, the tech demo allows you to walk (and jump) around all the Underworld II levels and worlds, has all NPCs and most monsters. You also get to see and manipulate all the dynamic objects of the game, and peek inside containers. The paperdoll has been implemented, too, and lets you access your inventory as well as wear/wield armor and weapons.
It is now possible to converse with the various NPCs. While not all the conversations work correctly (or at all) most do for the most part and it is now possible to actually understand the storyline. :) NPCs are also able to give items, now.
Another worthy project you might want to go take a look at is Underworld Adventures which seeks to recreate the first installement of that series and is doing a darn good job of it.
If you are an Ultima VII fan, then Exult is going to tickle you pink! The freshly released version 1.0 will allow you to play Black Gate and Serpent Isle with the addons on modern architectures, with a few gameplay improvements to boot!
Enhancements:
- Fixed executables
- new gameplay features, including wearable items
- improved user interface
- performance improvements
- more complete conversation support (including being given items),
- working keys and locks
<<lessLoW is a rewrite of the first-person role-playing game Ultima Underworld II: Labyrinth of Worlds that came out in the early 1990s. One of the most celebrated game of its genre, this rewrite attempts to recapture the minutiae and spirit of the original.
At the moment, the tech demo allows you to walk (and jump) around all the Underworld II levels and worlds, has all NPCs and most monsters. You also get to see and manipulate all the dynamic objects of the game, and peek inside containers. The paperdoll has been implemented, too, and lets you access your inventory as well as wear/wield armor and weapons.
It is now possible to converse with the various NPCs. While not all the conversations work correctly (or at all) most do for the most part and it is now possible to actually understand the storyline. :) NPCs are also able to give items, now.
Another worthy project you might want to go take a look at is Underworld Adventures which seeks to recreate the first installement of that series and is doing a darn good job of it.
If you are an Ultima VII fan, then Exult is going to tickle you pink! The freshly released version 1.0 will allow you to play Black Gate and Serpent Isle with the addons on modern architectures, with a few gameplay improvements to boot!
Enhancements:
- Fixed executables
- new gameplay features, including wearable items
- improved user interface
- performance improvements
- more complete conversation support (including being given items),
- working keys and locks
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Added: 2007-01-03 License: Open Software License Price:
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