Alien Skin Blow Up 3.1.3.271 Crack [Full]
Genciana Haggins
According to the lead developer, Terence Tay, Blow Up uses proprietary algorithm to resize images. First, it converts image pixels into vectors that follow the contours of the image. These vectors are enlarged and then converted back into pixels. The main benefit of this approach, he told us, is that it keeps edges crisp and clean. He recommended their introduction video (www.alienskin.com/blowup/video-intro.aspx) for a visual demonstration of how this is done.
The original is bright and shows nice color richness, which has not been diminished by the resampling, (#3). When I viewed using Actual Pixels (#4) it is apparent that the larger sizing has its consequences and that some blurring and edge softness occurs. Looking at the original magnified shows that the lens used was not that good, but within its limitations the original image and its enlargement are not too bad. The main point is that the resampling did no further harm beyond what you would expect from magnifying a fairly poor image although it is certainly not a cure for it.
2nd render quality having to do with "antialiasing, shadows precision, glossy reflections precision, etc will not be affected meaning if i render an image and poor settings, after the enlargement.. the image will only look as good as the original image's lighting, precision, AA, etc.. the only difference will be the resolution.
"Blow Up takes advantage of multi-processor and multi-core systems. The more processors/cores, the faster it runs"(Alien Skin). this is important because you get the most out of your systems capability and can work efficiently.
"Nearly every color space is supported, including Grayscale, Duotone, RGB, CMYK, and Lab"(alien skin). this is important because professionals understand the fact that RGB is not the only color space available on the market.
"All bit depths are supported"(Alien Skin). this is important because as professionals, professional results desired can not be obtained with just simply an 8 bit or 16 bit color depth, 32 is the way to go.
"Blow Up is the first major Photoshop plug-in that will work in the upcoming Windows 64-bit version of Photoshop CS4"(Alien Skin). This is important because since the beginning of the sillicon era.. we began by simply pushing buttons and imputing instructions byte by byte. soon we stepped up to 8 bit, 16 bit, and the 32 bit OS/processors.. the numbers will only continue doubling. 64 bit is the present and most conveniant due to low limitations, and cost. Blow up's 2 support for 64 bit operating systems allows it to take advantage of every byte of ram available, leaving the 32 bit limitation behind. Blow up 2 is a very useful tool that graphics designers and 3d artist can utilize to speed up production.
As the wall thickness increases, the first soak stage (the soak time at the first temperature drop equal to the A/T minus 125 degrees), becomes more critical in the overall annealing process. This temperature is just below the strain point and allows the thicker, more complex pieces to cool slowly and come to a steady state before continuing with the ramp down in temperature. Additional soak points allow the piece to cool in a controlled fashion and to stabilize before continuing the cooling process.
The times listed for each of the soak periods includes the ramp downtime as well as the time at the new temperature for holding. For example, for a one-inch thick piece, the time at the A/T is approximately 4 hrs. After 4 hrs, reduce the temperature by 125 degrees and allow the piece to soak for another 4 hrs. Then reduce the temperature again for a 1-hour soak, etc.
The annealing schedule is based on clear boro glass and may need to be adjusted for the different colors being used. Specifically, metallic based colors may need a slightly higher A/T (maybe 25 degrees). The magnitude of the temperature decrease may need to be adjusted as well. The soak times can also be a variable that can be adjusted by color in conjunction or separately with the ramp down temperatures.
For non-metallic colors, the soak duration may be able to be reduced and the last one to two ramps eliminated altogether. For pieces that are to be re-worked, it may be necessary to ramp up the temperature of the piece in reverse order to avoid cracking.
This refers to the conditions within the torch flame. The atmosphere can be described as oxidizing (High in Oxygen) or reducing (Low in Oxygen).
Oxidizing Flame - is the flame produced when an excessive amount of oxygen is used. When the amount of oxygen increases, the flame shortens, its color darkens, and it begins to hiss and roar. As its name suggests, it oxidizes the glass surface. Some glass colors love to be worked in this flame and others do not. Reducing Flame - is the flame with low oxygen. It has a yellow or yellowish color due to carbon or hydrocarbons which bind with (or reduce ) the oxygen contained in the materials processed with the flame. [1] The reducing flame is also called the carbonizing flame . This is a much cooler flame and some colored glasses love to be worked in this flame.
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Special glass that is made with flecks of copper. The copper adds a bit of sparkle to the Venetian style of work and ups the cost to make the glass. Northstar makes a color called Mystery Aventurine.
Hourglass shaped connecting piece commonly seen in Venetian style goblets. The avolio serves as not only a visual element, but also provides a thin spot which makes it easier to use the fork to load the goblet into the kiln.
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Batch is the raw materials that are melted into glass. The process of melting batch is called charging and is quite time-consuming; our furnace requires about 9 hours to cook the batch until it is relatively bubble-free. Borosilicate can take up to 3 days to get bubble free.
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Usually, this is a consistency of mud. Used to put on mandrels so that the glass can be taken off of the metal rod (mandrel). Once it is on the rod it is dried so it is hard and the glass can be layered on top of it.
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A blank is a small hollow glass cylinder made using a specific color technique. Several blanks can be made from one large bubble, then each blank can be used to make a single piece. The white striped blank is used for making mezzo-filigree.
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A bleb is that little bit of glass left on the end of the tube when you split a tube or take the glass off when you close the end. This can be removed with a glass rod to make the wall thickness evener. The bleb will cause the glass to gather in that spot if not removed.
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A hose that a blower hooks one end up to a tube of glass and then the other end goes in their mouth. The blower will use this to blow air into the glass to pop a hole, to keep the glass shaped or to blow the glass larger when heated.
Glass water pipes offer a traditional method for smoking herbs. Similar to the design of a hookah but more compact and portable for mostly one person at a time to use. These types of water filters feature an air-tight water vessel with a bowl or adapter for loading herb or hooking up to a vaporizer. Most have a downstem in them as the first water diffuser. Each inhale bubbles up through the water, purified and cooled. While glass water pipes come in a variety of shapes and sizes, the essential function of delivering smoother, cooler, and cleaner hits is the same across the board. The main point of a water filter pipe is to purify, moisturize, and cool the smoke or vapor before it reaches your lungs, making for a much more comfortable and enjoyable experience.
For those who prefer concentrates, dab rigs are really the only way to fully enjoy the experience. With bangers operating at higher temperatures than vaporizer users will feel the burn of the dab, being greatly reduced when used in a dab rig.
This is a great style, but what we find is that many times, if not made properly the glass, can get a little thing. Also, many times the beaker has a much wider base, so there is less chance of tipping over.
This is a great tube for being sturdy, much like a beaker bong. What we do not like about this style is 80% of the water pipes we see that are straight tubes are very thin at the joint weld. This is due to the fact that you must blow a bubble to get the right angle. This causes the glass to get thinner than the rest of the glass in this area. Over the years the bases have also gotten much thicker and good manufacturers have figured how to make the weld thicker by the joint. Always look at this joint weld when looking at a straight tube bong.
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The bubble trap technique is when the glassblowing artist traps bubbles in the glass. When done properly the bubbles can form lines and can look very nice. Sometimes the bubbles are put in between ratachello line work. Bubble trap can be done in many ways. The blower can push dents into the glass and then put glass on top of that dent making a bubble. The can also use a frog to get a bunch of dents in a pattern, or they can sleeve glass with dents to get bubbles. A glass artist can also use stringers and the sleeving technique to trap air.
Water bowl - At our studio, we use the water bowl as our main bucket. Then we dump this bowl of the broken glass contents into our larger trash bucket when we clean our stations. The water bowl is used to put hot glass in so it cools off very fast. You must be careful here not to put in too big of a piece of glass that is too hot. There is a lot of energy in this glass and as it cools in the water it pops and explodes, so be careful not to put too big a piece of glass in your water bowl. The water bowl is also used as a shocker to shock a piece of glass rod you use to rip off trash glass. Simply put the hot glass in the bowl, it will crack and pop, then hit the edge of the bowl and your trash will pop off the glass rod. The water bowl works best as a tool when you have it filled to about 1/2" to 1" from the top.
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