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Animate and control sprites using GDI+
Dino Esposito rewrites his task progress bar with the help of ASP.NET “Atlas”.
As I intimated a few posts ago, I'm going to be back on the East Coast at the end of the month. Part of the reason is to visit family (my family this time), but part of it is to give a talk at the Capital Area .NET Users group. You can find their website at http://www.caparea.net/ , and here's the blurb: Visual Basic 9.0: Language Integrated Query (LINQ), XML integration and beyond... Tuesday, September 26, 2006 at 7:00 PM With its second version on the .NET Framework, Visual Basic ... [ read more ]
Ever wanted to allow the user to move an image with the mouse? This is one way to do it.
  Get the .NET 3.0 Visual Studio bits (aka Cider and WF).  Don't get confused about the Orcas naming, it's not really Orcas as it doesn’t include LINQ, it is  .NET 3.0 tools for Visual Studio 2005 in my speak ;)   You'll need a version of VS 2005 of course and the recently released .NET 3.0 Release Candidate 1     enjoy :) Share this post: email it! | bookmark it! | digg it! | live it!
Kathy Kam asks if we should modify DateTime or create a new type to store time zone information .  I say give us a new type. My reasons are:   Size matters DateTime in .NET is a pretty high precision (100 nanosecond resolution) storage, using most of the 64 bits.  In .NET 2.0 they took a couple of the upper most bits of DateTime's 64 bits to indicate if the time was local, UTC, or unspecified. (a non breaking change).  But to store accurate representation of the time zone, and/or the o ... [ read more ]
Consider the following snapshot from a Geometry-Expressions (GX) ( http://www.geometryexpressions.com ) file: The blue coordinate-frame lines represent our inertial frame, at rest with respect to us. The red coordinate-frame lines represent another inertial frame, one moving at speed v with respect to us. The red x-axis has slope v (actually v / c^2, but c = 1 here) and the red y-axis has slope 1/v, reflecting the space-time symmetry of the Special Theory of Relativity. B is ... [ read more ]


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