Mission: Impossible (Clear as Crystal)
This is a no static distorted modified version of the original Danny Elfman's Mission: Impossible with my music arrangements and Sound FX. Diffractal Images is from a program generates diffraction patterns titled "Diffract" by Dr. David Bleecker Ph.D. (University of Hawaii - Mathematics Professor) Composed by Alan Silvestri or Danny Elfman or Lalo Schifrin Roland SCC1 Musical Instruments Digital Interface Arranged and Programmed by Raul Abella Each pixel is colored according to a complex algorithm (and some parameters that you enter) with one of up to 16,777,216 colors depending on your video card (i.e., the output is true-color if you have it, and the best possible, if you don't). Thus, the output is generally of much higher quality than you find with popular fractal programs which are usually limitted to 256 colors per pixel. Also, diffraction patterns are not fractals. Generally, they are more lifelike, natural and flowing, and it is relatively easy to choose parameters which generate prettier results than your average fractal. However, you will probably agree that this is an understatement. David Bleecker July 7, 1996 In memory of Dr. David Bleeker Ph.D. 1948-2016
This is a no static distorted modified version of the original Danny Elfman's Mission: Impossible with my music arrangements and Sound FX. Diffractal Images is from a program generates diffraction patterns titled "Diffract" by Dr. David Bleecker Ph.D. (University of Hawaii - Mathematics Professor) Composed by Alan Silvestri or Danny Elfman or Lalo Schifrin Roland SCC1 Musical Instruments Digital Interface Arranged and Programmed by Raul Abella Each pixel is colored according to a complex algorithm (and some parameters that you enter) with one of up to 16,777,216 colors depending on your video card (i.e., the output is true-color if you have it, and the best possible, if you don't). Thus, the output is generally of much higher quality than you find with popular fractal programs which are usually limitted to 256 colors per pixel. Also, diffraction patterns are not fractals. Generally, they are more lifelike, natural and flowing, and it is relatively easy to choose parameters which generate prettier results than your average fractal. However, you will probably agree that this is an understatement. David Bleecker July 7, 1996 In memory of Dr. David Bleeker Ph.D. 1948-2016