They are intended as guidelines and are based on extensive testing that Softron has done, they can be changed without notice. ![]() Softron does not warrant that these recommended configurations will always meet specific user requirements. ![]() We will always try to help, but in some cases, the best solution is to upgrade your macOS to a more recent version. Also, most of our tests will be done on these macOS versions, and only basic tests will be done on the previous OS. For this reason, Softron's free support is provided only on the current and previous macOS versions. Failing to do so would mean that Softron software would essentially be blocked from using the new Frameworks provided in the OS. Because Operating Systems are usually significantly improved over previous versions, Softron must use many of the more capable built-in functionalities inherent in Apple's latest OS releases. This is why Softron tries to maintain compatibility with older versions of macOS as much as possible, but it is not always possible to achieve. We know that some of our users can not upgrade their macOS very often. OnTheAir Manager will allow you to create your schedule, and OnTheAir Node to play them out. ![]() One license can handle multiple schedules and OnTheAir Nodes.Īgain, OnTheAir Manager does not output video, you will need at least one license (one per output channel) of OnTheAir Node. One complete license required per computer. Beware of some KVM switches that can cause interrupts in the signal. Or you should make the macOS think that there is a monitor connected. Yes. Even if it should behave fine in most cases, it is recommended to keep a monitor connected at all times for best performances. OnTheAir Manager only needs access to the media If you need to run tests, make sure to do long term tests. Most storage that can sustain the required constant read speed (depending on the number of channels, the codec and format). Make sure to check OnTheAir Node's system requirements for the video playout side (). No output needed, OnTheAir Manager 'only' create a schedule to be played by OnTheAir Node. Just make sure that it supports the required macOS version (see above) MacOS 11 or later: Version 4.0 or later (Because of UI glitches in the playlist playback controls)Īll Macs should be supported. Variations in the gas and aerosol compositions of the atmosphere are measured in the vicinity of the experimental site.MacOS 10.13 to macOS 10.15: Version 3.2 or later (For dongle compatibility) This creates prerequisites for the formation of a proper wind during large fires. Strong heat release in the combustion zone and flame turbulence increase the vertical component of the wind velocity and produce fluctuations in the air refractive index, which is an indicator of atmospheric turbulization. The predominance of large-scale turbulence in a flame results in turbulization of the atmosphere in the vicinity of a combustion center. Large-scale turbulence is observed in the front of a seminatural fire, which is absent in laboratory conditions. The effect of a model fire on the change of meteorological parameters (wind velocity components, relative air humidity, and temperature) is ascertained. Using infrared (IR) thermography methods, the main thermal characteristics of the fire front are derived, the flame turbulence scale is estimated, and changes in the structure function of the air refractive index are analyzed in the vicinity of a fire. ![]() Инфракрасная термография лесные пожары горение турбулентность атмосфера Date 2021 DOI 10.3390/atmos12010075 Description The results of seminatural experiments on the study of steppe and field wildfires characteristic of the steppe and forest-steppe zones of Western Siberia are presented.
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