Free points script

Fixed Start/End Point Multiple Traveling Salesmen Problem - Genetic Algorithm is considered as a very useful MATLAB script that finds a near-optimal solution to a variation of the Multiple Traveling Salesman Problem with fixed endpoints using a genetic algorithm.

Blockies 0.1.5 is such an interesting C++ Tetris Clone game that brings you the hour of relaxing. This is created by using the SFML library. It is very easy to play, easy to the eye.

Instructions:

Fill in lines to make them go away, making points. The More lines you get rid of, the more levels you will go up. And the faster the block will fall. Make highscores and share with everyone!

Installation:

1. Create a new IIS website to hold the files.
2. Copy the files from the temporary folder to the root of the website.
3. Ensure the IIS user has permissions to write to ResourceBlenders directory. On Windows 2000, this user is called IWAM_xxx, on IIS 6.0 this user is called {machine name} ASPNET or NETWORKSERVICE.

Major Features:

1. Export resources to .NET .resx files, Java .properties, GNU .po / gettext, XHTML entities and more.
2. Import / Export translation data as XML spreadsheets to make editing more convenient.
3. Use one translations database to keep localizations in-sync.
4. Supports MySQL, SQL Server and SQLite, so no external database is required.
5. Migrate from existing .resx or .properties files with an import wizard.
6. Automatic machine translation with Google Translate.
7. Custom templates for resource formats.

Enhancements

• Added: Multi-threaded automatic translation with Google Translate.
• Added: Option to escape unicode characters (with code points above 127) to prevent the need to run native2ascii when generating .properties bundles.
• Changed: When merging resources, translator comments are also merged.
• Changed: Java bundles containing escaped unicode sequences are now converted to their string representation when importing.
• Fixed: Bug when exporting Chinese Simplified or Traditional to Java .properties.
• Fixed: Bug when importing PO files which caused the import to fail if two untranslated strings with plurals shared the same first 15 characters.

Requirements: ASP.NET 3.5

Major Features:

1. Easy usage: only a few lines of code are necessary to use a chart. No complex specification of data points, labels or grids necessary. This is done per default and may optionally be configured.
2. Multiple traces with different behavior may be added to a single chart.
3. Performance. JChart2D is designed for dynamic rendering. Rescaling is done per axis only and only if bounds are exceeded. New points within bounds are scaled without affecting old scaling. Minimum and maximum bounds of traces are cached and updated upon events. Invisible traces are not scaled and don't affect bounds.
4. AWT is the bottleneck: Non-visible calculations (scaling, rounding, event-handling, label calculation) do not impose high load even if a point is added with bounds changes every 2ms. But enlarging the window does. So scaling is bound to painting and the adapting painting frequency is limited to a configurable amount of milliseconds. For rendering traces poly-lines are drawn by default (instead of many calls to draw-line for connecting points). No comparisons to other libraries available.
5. Automatic choice of the unit prefix (multiplier) according to the scientific unit system (nano , milli, tera, ..).
6. Label format for scale labels via java.text. Number Format or java.text.Date Format.
7. Chooseable display of grids, labels, labeled scale-points, coordinate tooltips, ... .
8. Toolbox of UI controls for chart and traces via pop-up menus and menu bar. See the applet demo. Tip: right-click on the label of the trace to get controls for it.
9. Traces may be rendered via lines, discs, dots (is a disc with radius 1) or filled polygons. Additionally strokes may be specified (only useful for lines I think). An open interface for further graphical representations of traces exists.
10. Different axis implementations (settable from UI): linear, log e and log 10.
11. Multiple axes on top, bottom, left and right side. Traces may be assigned to an x and an y axis that has been assigned to the chart and will be related to them.
12. Different view-port implementations: Zooming (Zoomable Chart), enforcing visible bounds even if data does not fill them,... .
13. Exact visualization of labeled scale-points. No label of a scale-point is ever rounded to the next current chosen decimal, instead the scale-point is shifted to a position which represents an exact decimal.
14. Fully resizable. The amount of labeled scale-points may increase on choosing a bigger size.
15. Deadlock safe. Even this is hard to claim because testing depends on run-time behavior of the current system, i did not encounter a deadlock situation while letting several threads modify traces all contained in the same chart (only the art painting system may get pretty busy).
16. Trace implementations with different behavior: unordered, ring-buffered, ordered, ojective, ...
17. Highly configurable error bar API.
18. Support for zooming (Zoomable Chart)
19. Charts may be saved as images (jpeg, gif, jpg,... depending on the image writers of the java VM implementation), a snapshot UI control allows this.