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Civil 0.83
Civil is a cross-platform, turn-based, networked strategy game, developed using Python, Pygame and SDL. more>>
Civil is a cross-platform, turn-based, networked strategy game, developed using Python, Pygame and SDL. Civil allows players to take part in scenarios set in historical battle theatres. To date, the U.S. Civil war has been the primary focus.
<<less Download (15MB)
Added: 2005-08-16 License: GPL (GNU General Public License) Price:
1536 downloads
gvSIG 0.6
gvSIG is an easy to use Java desktop GIS. more>>
gvSIG is a tool oriented to manage geographic information. gvSIG project is characterized by a user-friendly interface, with a quick access to the most usual raster and vector formats. In the same view it includes local as well as remote data through a WMS or WFS source.
It is aimed at users of geographic information, whether professionals or civil servants (city councils, councils, regional councils or ministries) from any part of the world ( at the moment its interface is in Spanish, Valencian, English, Basque, Czech , French, German, Italian and Portuguese), in addition to being freeware.
Given its freeware nature (open source) it is highly interesting for the international community of developers and, in particular, for university settings due to its R&D&I component. In fact, special emphasis has been placed on the expansion of the project so that potential developers can easily expand the functions of the application, as well as develop completely new applications from the libraries used in gvSIG (as long as they comply with the GPL license).
<<lessIt is aimed at users of geographic information, whether professionals or civil servants (city councils, councils, regional councils or ministries) from any part of the world ( at the moment its interface is in Spanish, Valencian, English, Basque, Czech , French, German, Italian and Portuguese), in addition to being freeware.
Given its freeware nature (open source) it is highly interesting for the international community of developers and, in particular, for university settings due to its R&D&I component. In fact, special emphasis has been placed on the expansion of the project so that potential developers can easily expand the functions of the application, as well as develop completely new applications from the libraries used in gvSIG (as long as they comply with the GPL license).
Download (28.2MB)
Added: 2006-05-14 License: GPL (GNU General Public License) Price:
1267 downloads
Gcal 3.01
Gcal is a program for calculating and printing calendars. more>>
Gcal is a program for calculating and printing calendars. It displays hybrid and proleptic Julian and Gregorian calendar sheets, respectively for one month, three months, or a whole year.
It also displays eternal holiday lists for many countries around the globe, and features a very powerful creation of fixed date liststhat can be used for reminding purposes. Gcal can calculate various astronomical data and times of the Sun and the Moon for pleasure at any location, precisely enough for most civil purposes.
Gcal supports some other calendar systems, for example, the Chinese and Japanese calendars, the Hebrew calendar, and the civil Islamic calendar, too.
English user manual included; German user manual included.
Main features:
- Some special calendar sheet formats.
- Calendar sheets can be provided with week numbers.
- Variable number of year calendar sheet blocks.
- Adjustable ordering of displayed dates.
- Adjustable period of Gregorian Reformation.
- Proleptic Julian and Gregorian calendars.
- Adjustable highlighting of holidays and actual day.
- Variable starting day of week.
- Output of day-of-year numbers and concatenated day and day-of-year numbers.
- Allows user-defined ordering of the date elements.
- Output of fiscal years.
- Output of lists or ranges of months or years.
- Sorted output of selectable country/territory specific eternal holiday lists (mostly complete) for nearly *all* countries around the globe, which are generated automatically.
- Sorted output of Christian Western churches calendar holidays, Orthodox Christian Eastern churches old and new calendar holidays, Hebrew calendar holidays, Islamic civil calendar holidays (since AD 622), Persian "Jalaali" calendar holidays, Chinese and Japanese calendar holidays (since AD 1645), more "other" calendar system holidays, multicultural New Years Days, and start of "other" calendar system months, which are also generated automatically.
- Sorted output of fixed date lists which can be defined and created in a highly flexible manner.
- Allows filtration of fixed dates by using regular expressions and other built-in methods.
- Allows the use of date and text variables and basic operations on them.
- Some gimmicks like solar and lunar eclipse time, sunrise/sunset plus a lot of other Sun based data and times, Moon phase, Full and New Moon time, moonrise/moonset plus a lot of other Moon based data and times, zodiacal markers, equinox and solstice, air line distance between two geographic point locations plus course angles, biorhythm et cetera...
- Fixed dates can be stored in several files.
- Nearly unlimited nesting level of include files.
- Nearly unlimited internal text and table lengths.
- Default options can be stored in the `GCAL environment variable.
- Options and commands stored in response files can be preloaded.
- Uses either an external pager or a simple built-in pager.
- Detailed Texinfo reference manual.
- German, English and American program version by default.
- Supports various computer platforms.
- GNU `gettext internationalization technology, which allows the use of message catalogs for most native languages.
- GNU `autoconf(iguration) installation technology.
- Supports both UN*X short-style options and GNU long-style options.
<<lessIt also displays eternal holiday lists for many countries around the globe, and features a very powerful creation of fixed date liststhat can be used for reminding purposes. Gcal can calculate various astronomical data and times of the Sun and the Moon for pleasure at any location, precisely enough for most civil purposes.
Gcal supports some other calendar systems, for example, the Chinese and Japanese calendars, the Hebrew calendar, and the civil Islamic calendar, too.
English user manual included; German user manual included.
Main features:
- Some special calendar sheet formats.
- Calendar sheets can be provided with week numbers.
- Variable number of year calendar sheet blocks.
- Adjustable ordering of displayed dates.
- Adjustable period of Gregorian Reformation.
- Proleptic Julian and Gregorian calendars.
- Adjustable highlighting of holidays and actual day.
- Variable starting day of week.
- Output of day-of-year numbers and concatenated day and day-of-year numbers.
- Allows user-defined ordering of the date elements.
- Output of fiscal years.
- Output of lists or ranges of months or years.
- Sorted output of selectable country/territory specific eternal holiday lists (mostly complete) for nearly *all* countries around the globe, which are generated automatically.
- Sorted output of Christian Western churches calendar holidays, Orthodox Christian Eastern churches old and new calendar holidays, Hebrew calendar holidays, Islamic civil calendar holidays (since AD 622), Persian "Jalaali" calendar holidays, Chinese and Japanese calendar holidays (since AD 1645), more "other" calendar system holidays, multicultural New Years Days, and start of "other" calendar system months, which are also generated automatically.
- Sorted output of fixed date lists which can be defined and created in a highly flexible manner.
- Allows filtration of fixed dates by using regular expressions and other built-in methods.
- Allows the use of date and text variables and basic operations on them.
- Some gimmicks like solar and lunar eclipse time, sunrise/sunset plus a lot of other Sun based data and times, Moon phase, Full and New Moon time, moonrise/moonset plus a lot of other Moon based data and times, zodiacal markers, equinox and solstice, air line distance between two geographic point locations plus course angles, biorhythm et cetera...
- Fixed dates can be stored in several files.
- Nearly unlimited nesting level of include files.
- Nearly unlimited internal text and table lengths.
- Default options can be stored in the `GCAL environment variable.
- Options and commands stored in response files can be preloaded.
- Uses either an external pager or a simple built-in pager.
- Detailed Texinfo reference manual.
- German, English and American program version by default.
- Supports various computer platforms.
- GNU `gettext internationalization technology, which allows the use of message catalogs for most native languages.
- GNU `autoconf(iguration) installation technology.
- Supports both UN*X short-style options and GNU long-style options.
Download (2.3MB)
Added: 2006-06-08 License: GPL (GNU General Public License) Price:
1236 downloads
DateTime::Astro::Sunrise 0.01_01
DateTime::Astro::Sunrise is a Perl DateTime extension for computing the sunrise/sunset on a given day. more>>
DateTime::Astro::Sunrise is a Perl DateTime extension for computing the sunrise/sunset on a given day.
SYNOPSIS
use DateTime; use DateTime::Astro::Sunrise; ^
my $dt = DateTime->new( year => 2000,
month => 6,
day => 20,
);
my $sunrise = DateTime::Astro::Sunrise ->new(-118,33,undef,1);
my ($tmp_rise, $tmp_set) = $sunrise->sunrise($dt);
This module will return a DateTime Object for sunrise and sunset for a given day.
USAGE
my $sunrise = DateTime::Astro::Sunrise -new(longitutide,latatude,ALT,Iteration);>
inter is set to either 0 or 1. If set to 0 no Iteration will occur. If set to 1 Iteration will occur. Default is 0.
There are a number of sun altitides to chose from. The default is -0.833 because this is what most countries use. Feel free to specify it if you need to. Here is the list of values to specify altitude (ALT) with:
0 degrees
Center of Suns disk touches a mathematical horizon
-0.25 degrees
Suns upper limb touches a mathematical horizon
-0.583 degrees
Center of Suns disk touches the horizon; atmospheric refraction accounted for
-0.833 degrees
Suns supper limb touches the horizon; atmospheric refraction accounted for
-6 degrees
Civil twilight (one can no longer read outside without artificial illumination)
-12 degrees
Nautical twilight (navigation using a sea horizon no longer possible)
-15 degrees
Amateur astronomical twilight (the sky is dark enough for most astronomical observations)
-18 degrees
Astronomical twilight (the sky is completely dark)
Notes on Iteration
The orginal method only gives an approximate value of the Suns rise/set times. The error rarely exceeds one or two minutes, but at high latitudes, when the Midnight Sun soon will start or just has ended, the errors may be much larger. If you want higher accuracy, you must then use the iteration feature. This feature is new as of version 0.7. Here is what I have tried to accomplish with this.
a) Compute sunrise or sunset as always, with one exception: to convert LHA from degrees to hours, divide by 15.04107 instead of 15.0 (this accounts for the difference between the solar day and the sidereal day.
b) Re-do the computation but compute the Suns RA and Decl, and also GMST0, for the moment of sunrise or sunset last computed.
c) Iterate b) until the computed sunrise or sunset no longer changes significantly. Usually 2 iterations are enough, in rare cases 3 or 4 iterations may be needed.
($sunrise, $sunset) = $sunrise->($dt);
Returns two DateTime objects sunrise and sunset. Please note that the time zone for these objects is set to UTC. So dont forget to set your timezone!!
<<lessSYNOPSIS
use DateTime; use DateTime::Astro::Sunrise; ^
my $dt = DateTime->new( year => 2000,
month => 6,
day => 20,
);
my $sunrise = DateTime::Astro::Sunrise ->new(-118,33,undef,1);
my ($tmp_rise, $tmp_set) = $sunrise->sunrise($dt);
This module will return a DateTime Object for sunrise and sunset for a given day.
USAGE
my $sunrise = DateTime::Astro::Sunrise -new(longitutide,latatude,ALT,Iteration);>
inter is set to either 0 or 1. If set to 0 no Iteration will occur. If set to 1 Iteration will occur. Default is 0.
There are a number of sun altitides to chose from. The default is -0.833 because this is what most countries use. Feel free to specify it if you need to. Here is the list of values to specify altitude (ALT) with:
0 degrees
Center of Suns disk touches a mathematical horizon
-0.25 degrees
Suns upper limb touches a mathematical horizon
-0.583 degrees
Center of Suns disk touches the horizon; atmospheric refraction accounted for
-0.833 degrees
Suns supper limb touches the horizon; atmospheric refraction accounted for
-6 degrees
Civil twilight (one can no longer read outside without artificial illumination)
-12 degrees
Nautical twilight (navigation using a sea horizon no longer possible)
-15 degrees
Amateur astronomical twilight (the sky is dark enough for most astronomical observations)
-18 degrees
Astronomical twilight (the sky is completely dark)
Notes on Iteration
The orginal method only gives an approximate value of the Suns rise/set times. The error rarely exceeds one or two minutes, but at high latitudes, when the Midnight Sun soon will start or just has ended, the errors may be much larger. If you want higher accuracy, you must then use the iteration feature. This feature is new as of version 0.7. Here is what I have tried to accomplish with this.
a) Compute sunrise or sunset as always, with one exception: to convert LHA from degrees to hours, divide by 15.04107 instead of 15.0 (this accounts for the difference between the solar day and the sidereal day.
b) Re-do the computation but compute the Suns RA and Decl, and also GMST0, for the moment of sunrise or sunset last computed.
c) Iterate b) until the computed sunrise or sunset no longer changes significantly. Usually 2 iterations are enough, in rare cases 3 or 4 iterations may be needed.
($sunrise, $sunset) = $sunrise->($dt);
Returns two DateTime objects sunrise and sunset. Please note that the time zone for these objects is set to UTC. So dont forget to set your timezone!!
Download (0.006MB)
Added: 2007-02-15 License: GPL (GNU General Public License) Price:
983 downloads
OpenSCADA Project 0.8.0 (Atlantis)
The OpenSCADA project aims to create a full-featured and state-of-the-art SCADA system. more>>
The OpenSCADA project aims to create a full-featured and state-of-the-art SCADA (Supervisory Control and Data Acquisition) system to be used in industrial and civil engineering applications to control distributed systems from a master location.
The OpenSCADA project was started in order to create a common standard for SCADA applications. This includes specifications, interfaces and reference implementations.
Enhancements:
- This release has many new features and enhancements to existing functionality.
- The interfaces and the reference implementation were cleaned up a little bit.
- The new upstream version of Utgard was added.
<<lessThe OpenSCADA project was started in order to create a common standard for SCADA applications. This includes specifications, interfaces and reference implementations.
Enhancements:
- This release has many new features and enhancements to existing functionality.
- The interfaces and the reference implementation were cleaned up a little bit.
- The new upstream version of Utgard was added.
Download (MB)
Added: 2007-07-10 License: LGPL (GNU Lesser General Public License) Price:
861 downloads
Luban programming language Beta 2.1
Luban is a component oriented scripting language. more>>
Luban is a component oriented scripting language. Luban is free and open source. Luban is named after a legendary ancient Chinese civil engineer and carpenter two thousand year ago whose constructions are still in use today.
The programming language spectrum seems crowded. Do we have all the tools we need? The author of Luban likes the scripting languages in general because of their usability. Though he always feels the pain for the lack of suitable component model for scripting.
And he personally considers object oriented scripting is too complicated for scripting purpose and will never compete with C++/Java. He eventually created Luban, a scripting language with a robust component model tailored for scripting purpose. Luban is an easy scripting language that is as clean and manageable as Java.
There have been numerous discussions about software component without clear definition. Lubans definition of component is property based object that is similar to Java Bean. User interacts with component by reading and writing property values, and computation could be triggered by the interactions.
The idea of Luban programming language that scripting language needs a different component model other than conventional class hierarchy to fit its scripting environment. A complete mechanism is built in Luban to define, save and categorize components, which is a fundamental feature of Luban.
Enhancements:
- This release adds the new feature to iterate through the elements in Java container objects.
- The following Java types can now be iterated in Luban: Java array, java.util.Collection, and java.util.Map.
<<lessThe programming language spectrum seems crowded. Do we have all the tools we need? The author of Luban likes the scripting languages in general because of their usability. Though he always feels the pain for the lack of suitable component model for scripting.
And he personally considers object oriented scripting is too complicated for scripting purpose and will never compete with C++/Java. He eventually created Luban, a scripting language with a robust component model tailored for scripting purpose. Luban is an easy scripting language that is as clean and manageable as Java.
There have been numerous discussions about software component without clear definition. Lubans definition of component is property based object that is similar to Java Bean. User interacts with component by reading and writing property values, and computation could be triggered by the interactions.
The idea of Luban programming language that scripting language needs a different component model other than conventional class hierarchy to fit its scripting environment. A complete mechanism is built in Luban to define, save and categorize components, which is a fundamental feature of Luban.
Enhancements:
- This release adds the new feature to iterate through the elements in Java container objects.
- The following Java types can now be iterated in Luban: Java array, java.util.Collection, and java.util.Map.
Download (0.37MB)
Added: 2006-04-20 License: Freely Distributable Price:
1283 downloads
Analysis of Reinforced Concrete Elements 0.2
Analysis of Reinforced Concrete Elements will assist its user to find out capacity of various Reinforced Concrete Elements. more>>
Analysis of Reinforced Concrete Elements will assist its user to find out capacity of various Reinforced Concrete Structural Elements.
The following professionals are the target audience:
Structural Engineers
Civil Engineers
Architect
Builders
Installation:
The software is web-based, so you need web-server (Apache) running with PHP. The installaton is very simple. If your document root is /var/www/html , then on uncompressing downloaded compressed file in this "document root", the URL for ARCE application become: http://YourWebSite/arce/
<<lessThe following professionals are the target audience:
Structural Engineers
Civil Engineers
Architect
Builders
Installation:
The software is web-based, so you need web-server (Apache) running with PHP. The installaton is very simple. If your document root is /var/www/html , then on uncompressing downloaded compressed file in this "document root", the URL for ARCE application become: http://YourWebSite/arce/
Download (0.005MB)
Added: 2006-09-27 License: LGPL (GNU Lesser General Public License) Price:
1125 downloads
wmSun 1.03
wmSun dockapp shows the rise/set time of Sun. more>>
wmSun dockapp shows the rise/set time of Sun.
Long = 155d 55m = 155.92
Lat = 19d 35m = 19.58
ToDo:
- Add multiple "pages" like wmMoonClock?
- Eclipse info?
- Twilight Calcs. Civil, Astro, Nautical....
- Transit time?
- Graphical Annalemma or plot of Eq of Time...
- Add user definable twiddle factor to account for local terrain etc.. Could even go way overbaord and download USGS topo info? (Man! that is going overboard!).
<<lessLong = 155d 55m = 155.92
Lat = 19d 35m = 19.58
ToDo:
- Add multiple "pages" like wmMoonClock?
- Eclipse info?
- Twilight Calcs. Civil, Astro, Nautical....
- Transit time?
- Graphical Annalemma or plot of Eq of Time...
- Add user definable twiddle factor to account for local terrain etc.. Could even go way overbaord and download USGS topo info? (Man! that is going overboard!).
Download (0.18MB)
Added: 2006-10-12 License: GPL (GNU General Public License) Price:
1109 downloads
Deme 0.5.0
Deme is a Web tool to host asynchronous meetings including discussions, document comments and collaborations. more>>
Deme is a Web tool to host asynchronous meetings including discussions, document comments and collaborations, straw polls, and decision- making for small to medium groups of people.
It also provides features useful for groups including file storage, member lists, and the like. It is intended to create an environment to allow participation and help strengthen organizations critical to civil society.
Deme is free software, licensed under the AGPL, for asynchronous interactions that include discussions, document collaboration, polls and decision making among small to medium sized groups of people. Our intent in creating Deme is to support the type of deliberation critical to the functioning of smaller, informal organizations in civil society. Read the Deme white paper (pdf format) for more detail on the priciples behind Deme.
Enhancements:
- Full email integration and interface tweaking along with standard bugfixes.
<<lessIt also provides features useful for groups including file storage, member lists, and the like. It is intended to create an environment to allow participation and help strengthen organizations critical to civil society.
Deme is free software, licensed under the AGPL, for asynchronous interactions that include discussions, document collaboration, polls and decision making among small to medium sized groups of people. Our intent in creating Deme is to support the type of deliberation critical to the functioning of smaller, informal organizations in civil society. Read the Deme white paper (pdf format) for more detail on the priciples behind Deme.
Enhancements:
- Full email integration and interface tweaking along with standard bugfixes.
Download (0.30MB)
Added: 2005-07-15 License: AGPL (Affero General Public License) Price:
1561 downloads
Pytego 0.02
Pytego project is a networkable Stratego clone created with Pygame. more>>
Pytego project is a networkable "Stratego" clone created with Pygame.
Pytego is a two-player, cross-platform networked clone of the classic boardgame "Stratego" from Milton Bradley developed using Pygame and SDL.
I could not find a good, networkable, free version of Stratego -- so I wrote my own. Mostly because I was interested in developing a game, partially because I think Python is a terrific language and partially because I was bored (sssh!).
This is the initial release of Pytego. Download it, try it out and send me your comments, questions, suggestions, and bug reports. Also, Im no artist, so send me new tiles and new graphics for the units -- anything! On my TODO list is support for user-customizable tilesets and icons.
Id like to acknowledge the Civil developers for inspiration (and their clear, easy-to-use networking code). Id also like to acknowledge David Clarkes Newbie Guide for convincing me to not worry about the "side issues" (rule #8) and to do things the "pythony way" (rule #13).
Enhancements:
- Reuse the "box" as the status area after the game has started, this way theres not a HUGE blank, white area after all the pieces have been placed.
<<lessPytego is a two-player, cross-platform networked clone of the classic boardgame "Stratego" from Milton Bradley developed using Pygame and SDL.
I could not find a good, networkable, free version of Stratego -- so I wrote my own. Mostly because I was interested in developing a game, partially because I think Python is a terrific language and partially because I was bored (sssh!).
This is the initial release of Pytego. Download it, try it out and send me your comments, questions, suggestions, and bug reports. Also, Im no artist, so send me new tiles and new graphics for the units -- anything! On my TODO list is support for user-customizable tilesets and icons.
Id like to acknowledge the Civil developers for inspiration (and their clear, easy-to-use networking code). Id also like to acknowledge David Clarkes Newbie Guide for convincing me to not worry about the "side issues" (rule #8) and to do things the "pythony way" (rule #13).
Enhancements:
- Reuse the "box" as the status area after the game has started, this way theres not a HUGE blank, white area after all the pieces have been placed.
Download (0.22MB)
Added: 2006-11-27 License: GPL (GNU General Public License) Price:
1061 downloads
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