So for all practical purposes, regular compressed is perfectly fine, and when you do night time photography and encounter such contrast edges and want to be a purist, then you can switch the lossless compression on.
When I got my R4 last month I was a little concerned too. Seeing 120mb files kind of makes you step back and say "wow". I started off with a Sony tough 64gb card because I wanted fast write speeds but realized that I was space limited so I started doing cRAW files. But that was until I got a second card (larger) so I can send the jpgs to the smaller card. What's the point of owning a Ferrari and taking it to the track if you just run street tires? I do uncompressed RAW files now. In the end you'll most likely get something like the Gnarbox to transfer files while out in the field. Just the cost of owning high end equipment.
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the second pair is to check high-contrast, small details. I can't see the difference at 100%, but at about 400% I can see that the smallest branches are actually sharper in the compressed shot, but they have minimal color artifacts looking like CA, less noticeable in the uncompressed image. So it looks like compression includes some minimal sharpening also:
That's one reason I try not to use it in Bulb mode and have NR turned off and do the NR in post Process with my own NR software. my Night photography is mostly Milky Way so I always use exposure time less than 20 second so no need to put in Bulb and always shoot uncompressed raw.
Of course, the hand grenade by the side of the pool is no bundle of joy either. All explosives are little more than elements that burn or decompose at an incredible speed. This chemical (or, in some cases, nuclear) reaction produces a massive amount of heat and gas in a very short period. Explosive chemical reactions break down compounds into highly compressed gases, as well as heat resulting from compound molecules being blasted apart. The gases expand rapidly, and the heat speeds up individual gas particles to increase expansion speed even more.
The use of noise deterrents within a few seconds of aggressive behavior, such as a blast from a can of compressed air or a person hissing, may be helpful in startling a cat and redirecting his attention. The goal is not to scare the cat, but to distract him and refocus his attention. Never physically punish, or even touch a cat, during these times, as this may cause a cat to become fearful of people or may be interpreted as play, which may inadvertently reward the aggressive behavior. Walking away and ignoring a cat engaged in play aggression may teach him that inappropriately aggressive play results in no play at all.
First, get those involved at the facility who oversee the compressed air system. Stop putting a bandage on the knife wound, and treat it at the source instead of on the plant floor, which requires personnel responsible for the compressor equipment. If this personnel is not sure, I highly encourage consulting a professional. Experts in the industry can quickly identify problems like those outlined through this article. If these options are exhausted, then guidance toward the appropriate drying solution can be proposed so that you are not purchasing beyond what is necessary. There are several resources out there from professional groups from distributors and OEMs to field specialists.
We took photographs at the exact same three moments on these seven products during a typical TPA test. The first photo was taken when the probe initially touched the sample at the Automatic Trigger point and illustrates the product's original unstressed condition. The second photo was taken at the bottom of the first compression and illustrates how the product behaved when fully compressed at the target strain. The third photo was taken at the initial contact trigger point but after the second compression has been completed. The position of the product after the second compression cycle illustrates how well the product survived both compression cycles. Obviously, some products are more capable of tolerating moderate stresses than other product. These are the types of behaviors you will see when reviewing published research using the TPA method. In general, many food products can tolerate low stresses but they generally are permanently deformed beyond the point of plastic deformation in strains of greater than 50%.
Hard Wheat Bread TPA Classic bread TPA graph on two slices of a very firm wheat bread with a significant yield point as the cells are initially compressed. Note that the second stroke has a substantially lower yield point and the second area of much less than the first compression, indicating moderate cohesiveness.
Hard Extruded Product TPA This product fractured many times as it was compressed. The first instance occurred at approximately 9,250 grams and 0.385 seconds (0.959 mm). TPA's single fracture value does not adequately describe the nature of this highly brittle product and its fracture mechanics. The fracture did follow a typical pattern where the hardest point on the curve occurred at the deepest compression. Given its brittle nature (suggesting low moisture content) it is not surprising that the product had no adhesion between the two compressive strokes. 17dc91bb1f
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