#Readcube papers mac how to
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Because these coordinates will change depending on the size and position of the window, I recommend maximizing the window on the screen before determining the coordinates. The first step is to determine the screen coordinates for the icons in the sidebar.

The info and edit tabs are the most frequently used, so I will automate those. I would rather be able to type command-1 though command-5 ( ⌘1 through ⌘5) to switch among them. Unfortunately, switching among the different tabs of the right-hand sidebar requires clicking the icons in the top left because there are no built-in keyboard shortcuts for these actions.

#Readcube papers mac install

Once homebrew is installed, you can type brew install cliclick in the Terminal application to install cliclick. An easy way to install cliclick is with homebrew. I’ll also assume that you have installed cliclick. I will use FastScripts in these examples, but Keyboard Maestro works just as well.

#Readcube papers mac how to

There are five actions in ReadCube Papers where I’ve found a keyboard shortcut useful:īelow, I will describe how to automate each action. Note that if you have Keyboard Maestro, the first 4 scripts can be done more easily with the found image command rather than using the approach with AppleScripts described below. Most of these scripts require a third-party tool called cliclick, which provides a means to automate mouse clicking and dragging, as AppleScript has poor native support for mouse automation. These scripts require a third-party application like FastScripts or Keyboard Maestro to work because they allow you to assign a keyboard shortcut to each script. Being an electron app also means that you typically interact with the application by clicking a mouse rather than keyboard shortcuts widely supported in native apps.īecause I find reaching for the mouse frustrating, I made some AppleScripts that automate the pointing and clicking required for interacting with electron applications. While this app has many great features for researchers, it is developed in electron and is missing some usability experience of an app developed in the operating system’s native language.

#Readcube papers mac pdf

The annotation tools are also ideal, as you can make notes and highlights in PDF documents and see a complete list in a sidebar clicking any item in the sidebar takes you directly to the corresponding annotation in the PDF.

It has excellent support for looking up metadata for papers and finding related papers similar to others in your library.

#Readcube papers mac for mac

ReadCube Papers is a bibliographic software package for Mac and Windows users.

#Readcube papers mac full

Understanding and treating the underlying causes for delayed metamorphosis are therefore considered important steps for the full domestication of the grey mullet.I recently published an article detailing some AppleScripts that I use for Zotero, and I thought it would be useful to show additional scripts that I used for ReadCube Papers. This age and size variance is further amplified by the aforementioned enhanced growth rates at metamorphosis and results in highly non-uniform fry, which complicate the rearing and weaning procedures. We found that mullet larvae begin metamorphosis at a set size threshold of ~4.5 mm, however age at this threshold varies greatly even within batches. By plotting the developmental stages against different morphometric parameters, we show here that age is a poor predictor of larval development due to large variations in development rates both within and between batches. Moreover, we found that within rearing batches, size variation almost doubles at metamorphosis, suggesting that the onset of metamorphosis is a critical step that increases variation by dictating different growth trajectories to early and late-metamorphosing larvae. Using this developmental atlas to study development dynamics, we found that mullet larvae exhibit a biphasic growth profile with a 17-fold increase in growth rates at the onset of metamorphosis.

By analyzing four larval batches from a commercial hatchery, we defined ten distinct developmental stages from hatching to the end of metamorphosis based on macroscopically observable morphological features. Here we set out to characterize larval development of grey mullets under captive conditions and to identify key developmental bottlenecks. As captive breeding has been optimized for the species, to date, larval rearing remains the main challenge hindering the commercial production of captive-bred mullets. Such reliance on wild seed limits aquaculture production since it is highly seasonal, unpredictable, hinders genetic improvement programs and may negatively affect local capture fisheries. However, despite significant advances, aquaculture of grey mullets is still based on capture of wild fingerlings in estuaries and stocking them into ponds. The flathead grey mullet (Mugil cephalus) is at the focus of an intense domestication effort.