I think it's down to WMP's ability to discern the frequencies - lower frequencies can be spotted at lower sample rates, and I think that's why the very top end tends to be empty. Source is available to anyone who asks, especially if you can help me work out why it forms a stronger volume in the lower frequency bands than the higher ones. ![]() You should now have 'Better Bars' as a Visualization in WMP. Save the file in the Visualizations folder of Windows Media Player, usually C:\Program Files\Windows Media Player\Visualizations then run regsvr32 betterbars.dll from a command line in that folder. A collection of installers for Windows Media Player Visualizations. ![]() Update: I suggest you download the newer version. Windows Media Player is using up 100 CPU which brings my (already low-spec anyway) system to a standstill really and I cant have that so anyone know. It also changes it's shape and size as you switch to skin or full-screen mode or re-size the window. It differs from the usuals as it uses a root-mean-square (RMS) algorithm to work out volumes of the bands based on the RMS of the included, finer, bands. It took me a day to run through some examples and write this one up. ![]() Build data visualization with Angular, React, Python, R. I finally got around to writing a better bar type visualization for Windows Media Player. Javascript library to create interactive charts for web and mobile projects. Windows Media Player Visualizations | I Really Don't Know I _Really_ Don't Know A low-frequency blog by Rob Styles Windows Media Player Visualizations 11 March 2004
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