Set the position of eachwindow to -this sets the dot position above the bounds of each display Set theCurrentPosition to the position of eachwindow Tell application "System Events" to tell application process "Control Centre" -US and International English users should us "Control Center" Please provide the means of turning it off as a matter of urgency. The orange dot is as offensive and unacceptable to these users as it would have been if you had chosen to overlay a watermark on all display screens with an Apple Logo. Whilst I have no objection to the orange dot appearing in a menu bar, professionals using Macintosh Computers for video playback must have complete control over what appears on output screens that are visible to audiences, which sometimes may include millions of people for a single event. The Microphone in use indicator on displays that don't have the menu bar visible is undermining the viability of many pieces of software used for video display in the live events, conference and theatre industries. Please do this before spending too much time in detailed theoretical debate about Apple's sales metrics which aren't really relevant to the inappropriateness of this feature to users in our industries. I think the really important thing here is that anyone that is adversely affected by the 'Mic in use indicator' on displays with no menu bars should write to Apple feedback and explain why. anyways, not something done with HDMI in most contexts without converters, and at that point using SDI makes a lot of sense. Many more entertainment based shows that come in are all SDI based solutions due to needing to run hundreds of feet to the projectors, or video wall processors, etc. quite often so that market likely not bothered, which lets face it, is a large portion of the live event market. There is one production company we use often that utilizes Playback Pro with direct output from the mac hdmi, but again, software that does strictly playback, likely isn't affected by this as it isn't using the microphone, thus no orange dot, and they do large corporate events for companies like Phillip Morris/Altria, Captial One, etc. And for production companies we bring in for shows, this is fairly standard. The one production Mac we use is minor, and while I am building a new playback rig currently there, it will be using SDI outputs from a decklink duo, which I believe should work around this issue anyways. However the marketing department all uses macs, and none use it for this purpose. Yes this is a rarity (Supposedly, another anecdote here) but the point stands. Its wider application is discussed later in this document.In the road house, I am the only one in production that owns a mac actually. (This document describes the use of radar to assess the level of active fire. We believe the results presented in this brief demonstrate the stability and adequate characteristics of the airborne instrument, and its effective use to quantify current fire activity with a more The study suggests that radar can be used to rapidly assess current fire activity if the meteorological and environmental conditions are similar to those during the survey. We showed the association of radar signal strength with zenith angles and the accuracy of this technique to assess the levels of fire activity in three common fire types. We used a small identical vertical-polar momentum-radiometer to measure the zenith angle of the fire plume. Although acquisition costs could be reduced by using off-the-shelf equipment, the results would be limited to assess current fire activity. Radar assessment of current fire activity is an important component of any fire risk assessment of the time of fire risk, but it is an expensive assessment, with significant costs inherent in the acquisition and analysis. In this tutorial brief, the use of radar to assess the level of active fire is described. Of particular interest is the probability distribution of fast extinction rates, which occur with high extinction rates in short time frames. We project data from fossil records to estimate the probability distribution of extinction rates of plant and animal species across taxa. We developed this population-dynamics approach to define and project data-sets of species persistence and extinction rates as discretely as possible, and quantify the rate of change of species extinction over time. However, when extinction is viewed as a continual process, the loss of a population is modeled as a continuous function of a species' growth rate, survival, and competition. When extinction is considered as a discrete event, the cause is typically modeled as a species' survival or extinction in a given time interval.
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