You can choose a photo to set as your Gmail profile picture. This image shows up when someone sees your name in their email inbox or chat list. If they use an iPhone or iPad, the image may also appear in the notifications of incoming chat messages you send them.
I've been using Logitech's own software to record video diaries. Today I used Gmail for the first time to video chat with a friend - since then I can no longer receive a picture when trying to use Logitech's software. The camera responds to tilt/pan controls and the operating light is on, but just only a blue screen shows. I've just added a USB extension cable (it has a booster built in). I logged back into Gmail and an image showed up fine there, but there is no picture elsewhere.
I tried to change the picture of my Google account. I did this through Gmail. However, the picture has not yet changed. I tried the things I have read in other related questions; remove/change my own contact in the contacts section etc.However, it still has not changed.
I created an account, realized I was logged in to someone elses gmail, then changed the email to some other random gmail adress, and I seem to have automatically got this new random persons profile picture in my math.se account. I am just curious of the mechanism of this, did SE extract this random persons picture by an intended feature of gmail (ie this user has acknowledged extraction of his picture given only his email address), or is it a bug?
We are by default assigned a random geometry based picture when we join SO. Sometimes, the design of the geometry or the color of it is not to our liking. Could you provide a button which would re-generate a new random geometry picture until we find a geometry and color that we like?
Two experiments examined whether hens, Gallus gallus domesticus, would respond to photographs in the same way they do to the real objects depicted in the photographs. Experiment 1 assessed whether hens transferred a discrimination of differently coloured three-dimensional objects to two-dimensional photographs of those objects, and vice versa. All hens learned to discriminate between the stimuli and showed transfer to the alternative stimuli when the colour cues were present. In Experiment 2 transfer with stimuli that differed in shape only was examined. It was found that only three of the six hens learned to discriminate the stimuli to any degree, and that these three hens did not transfer this discrimination to the alternative stimuli. It was also found that previously learning an object discrimination did not aid the hens in learning to discriminate between photographs of the objects. These data suggest that the hens did not respond to the objects depicted in pictures in the same way they did to the real objects. The authors argue it cannot be assumed that all animals respond to two-dimensional pictures of stimuli in the same way as they do to the real three-dimensional stimuli and this should be established before researchers use two-dimensional stimuli as representatives of real world stimuli.
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