The VPM model is the most widely used bubble model by tech divers today. V-Planner calculates all types of Nitrox, Trimix, TriOx, HeliOx, OC, SCR, CCR, RB80, KISS and multilevel dives. V-Planner makes plans for Lost deco gas, Turn pressures, Range plans, RB bail outs, watches and warnings. Includes Gas Mixer, Turn pressure formula, Layouts for saving complex dive plans, Graphs, data export, etc. The settings allow for customized deep and extended stops, control stop times, airbreaks. V-Planner is available for PC, Mac, Linux, Android, iPad, iPhone. The Bubble models and similar deep stop profiles, have become the standard for technical and deep diving, with many training agencies including bubble models into thier courses.

GAP-Software's software isn't quite like anything. It supports both RGBM and Buhlmann GF decompression models and metric as well as imperial support. This article explains DIY decompression theory using the Buhlmann ZH-L16 model, and it is assumed that the diver will be familiar with partial pressures; the differences between saturation, desaturation and. These are all based on notes which I have used to write decompression software in both C and Visual Basic. Buhlmann & VPM-B mobile dive decompression software. Numega Smartcheck 6 2 Rc 200 here. JDeco is the first and only dive decompression program that is available.

The VPM bubble model uses math to simulate and measure micro bubble growth, and set limits accordingly. The output of a bubble model is similar to many established deep practices such as Pyle Stops, Florida cave practices, DIR, ratio deco plans and others. In VPM, ascent ceilings are determined on allowable gradients for bubble formation rather than M-values.

These super saturation gradients are determined by tracking sets of VPM nuclei (bubble seeds) of a certain initial critical radius. These are the microscopic physical structures that stabilize free phase gas and that can grow into full fledged extravascular bubbles when the super saturation gradient is sufficient to probe the laplace condition for bubble formation. The Varying Permeability Model was originally developed by Yount and Hoffman in 1986. It was further developed by David Yount, Eric Maiken, and Erik Baker from 1999 to 2001. In 2002, after considerable diver feed back, the model was further developed by Erik Baker, to the current VPM-B model. The V-Planner program was developed by Ross Hemingway, and presents the VPM-B algorithm inside a complete and useful Windows dive decompression program.

Please note - this program is made with the experienced and technical diver in mind. Keygen Edison 5001. If you're relatively new to diving, you may find this program difficult to use. You're expected to know the theory behind the diving practices and procedures used here. ********* WARNING & DISCLAIMER ********* The author and HHS Software Corp do not warrant that this program accurately reflects the Varying Permeability Model algorithms, or that it won't get you bent or dead, or that it will produce safe, reliable results. This dive schedule is experimental and you use it at your own risk. Kernel For Outlook Keygens.