Results for "Author: chris jennings"
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).
This code demonstates the use of Wu pixels. Circles and lines drawn using Wu pixels will have an anti-aliased appearance because this method of plotting uses floating point math to plot pixels in groups of four in a 2x2 block and varying the brightness of the pixels. This program uses no OCX's or third-party DLL's, just VB and the API (SetPixel and GetPixel).