Memory Game Pictures Download
Karl Schielke
I saw the still pictures appear on it when taken so was just hoping that there was a way, I should have just reformatted the SD card in there when prompted but was afraid of losing something important, thanks!
I wasn't using the Playback button, simply turned the camera towards me and saw that the picture was showing that I had last taken, so that's why I assumed perhaps there was some internal memory. In any case I even took the SD card home and tried to see if somehow it may have saved the picture despite the warning, I had opened up and closed the camera with and without the card several times, desperate to get those pics of this beautiful dog I saw that reminded me of our's that had died a few years ago, but even after we tried to CHKDSK it and used some program to retrieve the files, we didn't see them. Lesson learned, always have my cell with me!!!
Took a ton of pictures today on vacation. I was able to view them on the camera itself after taking them. Got home, put memory card in my computer, pictures weren't there. Put memory card back in camera, pictures were gone from there too. What the heck?!
I tried running a data recovery tool to no avail. The files it found for me were all old pics. Nothing from today's date so I did not pay the money to recover them. All pictures from yesterday and before are still there.
My brother tried multiple recovery programs and had success with ZAR v. 9.2 (they have newer versions...this is just the one he happened to have from a recovery attempt on his phone a year or so ago). ZAR is the only one that was able to search deeper into the memory card and found all the pics.
Interestingly enough, there were 172 pics that were lost and when he checked them all for recovery and began the process, a progress bar showed on the screen. The first 171 pictures took just a few minutes and only about 1/3 of the progress bar. When it got to picture 172, it took another 10-15 minutes and the remaining 2/3 of the progress bar. Things that make you go hmmm...right?
So, after having them all saved to a folder on his desktop he went to transfer them to a flash drive for me to move them over to my computer and when it got to picture 172, the flash drive balked and said "no room..." This prompted him to investigate further and he discovered that that 172nd picture was 8 GIGS which explains why that last picture took so long during the recovery process! Don't know if that weirdness happened when the recovery was being done or if the memory card is the one that did that and which caused this whole mess in the first place.
I forgot to insert a memory card before taking photos and I am assuming they're stored on the internal memory as I had no warning message that they weren't being saved. When I plug the camera into my laptop with no SD card, it shows 8.5MB taken up in the internal storage but there's nothing visible in the file even with hidden items shown.
Ss were shown 2,560 photographic Stimuli for 10 sec each; their recognition memory was then tested, using a two-alternative forced-choice task. Performance exceeded 90%, indicating retention of over 2,000 items, even when up to 3 days elapsed between learning and testing. Variants of the experiment showed that the presentation time could be reduced to 1 sec per picture without seriously affecting performance; also, that the stimuli could be reversed in orientation in the test situation without impairing recognition performance appreciably. The orientation of the stimuli could also be learned, although not as well as the identity of the pictures. These results indicate the vast memory for pictures possessed by human beings and emphasize the need to determine mechanisms by which this is accomplished.
This research was supported in part by a grant from the U.S. Public Health Service, MH 10753, and a grant from the National Science Foundation, GB 5910, to the third author. The invaluable assistance of the photographers who supplied pictures, particularly Richard Zakia, Stanley Feingold, Charles Gershwin, and Robert Eiselen, is greatly appreciated.
I guess using a SD card would be an option.
As I know it, Android is (wrongly) calling the phone memory sd-card as well; which would explain that part of saying that there is no space left on the sd-card.
I've read somewhere that deleting unwanted pictures from a memory card in camera is risky because there's a slight probability that the card will become corrupted, and all the data will be lost. The advice was to keep all the pictures, and delete them all only after downloading them to a computer.
Several hundred early motion pictures are viewable on the Library's Digital Collections web page. These collections are profiled below. Information about ordering broadcast quality digital copies of these films can be found on the Obtaining Copies of Moving Images webpage.
Work, school, and leisure activities in the United States from 1894 to 1915 are featured in this presentation of 150 motion pictures, 88 of which are digitized for the first time (62 are also available in other American Memory presentations). Highlights include films of the United States Postal Service from 1903, cattle breeding, fire fighters, ice manufacturing, logging, calisthenic and gymnastic exercises in schools, amusement parks, boxing, expositions, football, parades, swimming, and other sporting events.
This collection illustrates the vibrant and diverse forms of popular entertainment, especially vaudeville, that thrived from 1870-1920. Included are 334 English- and Yiddish-language playscripts, 146 theater playbills and programs, 61 motion pictures, 10 sound recordings and 143 photographs and 29 memorabilia items documenting the life and career of Harry Houdini. Groups of theater posters and additional sound recordings will be added to this anthology in the future.
The twenty-eight films of this collection are actuality motion pictures from the Paper Print Collection of the Library of Congress. They include footage of President William McKinley at his second inauguration; of the Pan-American Exposition in Buffalo, New York; of President McKinley at the Pan-American Exposition; and of President McKinley's funeral.
This presentation features 68 motion pictures produced between 1898 and 1901 of the Spanish-American War and the subsequent Philippine Revolution. The Spanish-American War was the first U.S. war in which the motion picture camera played a role.
NOTE: Files on the internal memory are not deleted after copying to a memory card. To delete all the files on the internal memory, remove the memory card from the camera and format the internal memory.
Nothing I am saying here is new, I know that, and I am not suggesting that it is. So, if this is something we all know, why is it not something as photographers we all engage in? Why as photographers are we not making pictures everyday?
Music is widely known for its ability to evoke emotions. However, assessing specific music-evoked emotions other than through verbal self-reports has proven difficult. In the present study, we explored whether mood-congruency effects could be used as indirect measures of specific music-evoked emotions. First, participants listened to 15 music excerpts chosen to induce different emotions; after each excerpt, they were required to look at four different pictures. The pictures could either: (1) convey an emotion congruent with that conveyed by the music (i.e., congruent pictures); (2) convey a different emotion than that of the music, or convey no emotion (i.e., incongruent pictures). Second, participants completed a recognition task that included new pictures as well as already seen congruent and incongruent pictures. From previous findings about mood-congruency effects, we hypothesized that if music evokes a given emotion, this would facilitate memorization of pictures that convey the same emotion. Results revealed that accuracy in the recognition task was indeed higher for emotionally congruent pictures than for emotionally incongruent ones. The results suggest that music-evoked emotions have an influence on subsequent cognitive processing of emotional stimuli, suggesting a role of mood-congruency based recall tasks as non-verbal methods for the identification of specific music-evoked emotions.
Physiological measures, such as skin conductance or heart rate, have a greater probability of capturing emotional arousal (i.e., felt emotions), but they lack the specificity that would be necessary to identify specific emotional states, such as awe, nostalgia, or sadness. There is evidence suggesting that neuroimaging methods may provide more specific emotional information than do psychophysiological measures9. However, such methods are time- and resource-intensive, and may therefore be difficult to use on a broad scale. A non-physiological method capable of identifying specific induced emotions, would allow broad, cost-effective assessment of emotional experiences with music. This step would broaden the basis for measuring music-induced emotion, including via online experiments that do not easily accommodate the use of physiological measures. Moreover, such a method would be comparatively easy and quick to analyze with respect to physiological assessment methods. In this study, we aimed to study music-evoked emotions behaviorally, by using a paradigm that leverages mood-congruency effects on attention and memory.
The semantic associative network model of memory by Bower21 provides a possible explanation for these mood-congruency effects. According to the model, memory can be seen as a network of nodes and connections. Each emotion has its specific node. Connected to this node are other nodes containing events, verbal labels, and any kind of information that is associated with that specific emotion. Once the emotional node is activated, the other nodes connected to it will become more easily accessible to attention and/or memory. It is thus expected that when an individual is in a certain affective state, this state will make mood-congruent categories more salient than incongruent ones, thus influencing where to direct attention and/or what to retrieve.
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