LRDisplay

LRDisplay

LRDisplay

Developer’s Description

LRDisplay is the smart screensaver developed especially for Adobe Lightroom. Features include: Displaying your images with their Lightroom adjustments; Adding captions drawn from your Lightroom catalogue metadata; Enjoying smart image selection based on an easy to use settings screen or using the power of Lightroom Collections; Showing images across multiple monitors; Displaying your screensaver even when Lightroom is openKey features include :

– Displaying your images with their Lightroom adjustments
– Adding captions drawn from your Lightroom catalogue metadata
– Enjoying smart image selection based on an easy to use settings screen or using the power of Lightroom Collections
– Showing images across multiple monitors
– Displaying your screensaver even when Lightroom is open

Hi KI2000. The Chrome message is spot on – It’s not commonly downloaded as it has just been released. That’s an issue for any new software. We are aware that screensavers quite rightly make people tense as they are a traditional vehicle for malware. We check application, DLLs and installer with Kaspersky and AVG as part of the build and MD5 check any third party libraries we use. Also FWIW the software doesn’t “phone home”.When I’m in Library, I’ve got no problem but when I switch to Development some kind of artefact (look like a bad JPG compression) appear. I know it could come from my graphic card because when I switch GPU off, I’ve got same issue in Library.

This paper proposes a design procedure for control and display systems in which levels of automation vary over a significant range. The elements of the primary analysis tool (the Optimal Control Model of the Human Operator) are briefly reviewed, and the use of the model at three levels of specification (information level, display-element level, and display-format level) is discussed. Based on observation and pilot commentary, it is assumed that the pilot allocates his attention to control the aircraft to the desired level of performance, and then, with remaining capacity, to monitor displays. This facet of behavior is incorporated into the design procedure so that regardless of the level of control automation, all systems are compared at the same level of control performance. The design procedure is applied to the longitudinal control of a CH-47 helicopter. The procedure points out the need for performance-workload relations for control, which are fairly well understood, and performance-workload relations for monitoring, about which little is known.

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