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Posts Tagged ‘Material’

Texas court says state institutions can use copyrighted material for free

16 Jun

A Texas appeals court has ruled that the University of Houston does not have to pay the photographer of a picture it has been using in online and print promotional materials. Houston photographer Jim Olive says the university removed copyright markings from an image downloaded from his stock library, failed to credit him when it was used and wouldn’t pay when he sent a bill, but the university claims it has sovereign immunity and that it can’t be sued.

The case surrounds an aerial image Olive shot from a helicopter hired specifically for making pictures for his library. In an online image search, he found the university was using it on its website and then in printed materials. When it failed to pay an invoice he sent for the usage Olive tried to sue the university, but it claimed that under the Eleventh Amendment it couldn’t be sued as it is a state institution.

In an attempt to get around this Olive tried to sue the University of Houston for taking his property – in which case even government agencies would have to compensate the owner. The Court of Appeals though has said that the university’s actions didn’t comprise ‘taking’ and that Olive will have to pay the university’s legal costs.

The Court of Appeals though has said that the university’s actions didn’t comprise ‘taking’ and that Olive will have to pay the university’s legal costs.

According to a report in the Houston Chronicle, which described the success of the university as ‘a big win’, Olive said ‘It just doesn’t seem fair to me.’

If this ruling is allowed to stand it would seem that any state institution can use images and other intellectual property without having to pay the originators, a precedent that would be damaging to photographers across the country, because if that’s the case in Texas, it may well be true in all other states covered by the Eleventh Amendment.

The detailed ruling concerning the appeal heard in the Court of Appeals for The First District of Texas by Justice Richard Hightower can be read on CaseText, and the applications from the start of the case can be seen on the Copyright Alliance website. Ironically, the university has a page on its site to allow users to report copyright infringements – and to request permission to use UH intellectual Property.

Articles: Digital Photography Review (dpreview.com)

 
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Camera components represent 9.5% of total iPhone 7 material cost

21 Oct
 Image: Chipworks-TechInsight

Analyst firm Chipworks-TechInsight has published its iPhone 7 reverse engineering report, which includes some interesting cost and technology information for more engineering-minded photographers. The analysts estimate the total bill of materials for the iPhone 7 with 128GB of built-in memory to be $ 275. $ 26, or approximately 9.5%, of that total sum are spent on camera and imaging components. This includes the Sony-made Exmor RS image sensors and lenses in front and rear cameras and all processing hardware.

The most expensive component in the device, that retails in the US for $ 749, is Apple’s A10 Fusion CPU at $ 40.  The display and touchscreen add $ 37 to the cost. Given how advanced smartphone camera technology has become, it is surprising that it only represents a relatively small percentage of the total cost of a device (though Apple is famous for its high margins.)

We’d expect the dual-cam in the iPhone 7 Plus to be quite a bit more expensive than the single-lens version in the standard iPhone 7. However, Chipworks has to publish its report on the larger iPhone model. For now, you can download the iPhone 7 report on Chipworks website if you’re happy to provide your contact information and email.

Articles: Digital Photography Review (dpreview.com)

 
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DIY Light Modifier You Can Do With Savage Translum Material

31 Mar

Translum Blue 600

The thing studio product photographers hate the most is when undesirable reflections show up in their images. There are many ways to control these and I’ve got one that you can easily build at home. It’s a DIY project using the Savage Translum material.

What you’ll be creating is a rollable sheet of Translum with a hole in the middle for your camera lens. That will enable you to set it between the object you’re photographing and the camera which will eliminate the big direct reflections you get by using a softbox pointed straight on the subject.

Compare 600

What is Savage Translum material?

Savage is known for their paper backgrounds. They have a ton of them and are pretty much the industry standard as far as that goes. However, they do make other studio product such as the Translum material. It is a roll of thick white translucent styrene plastic, 54” wide (or 60”, depending on the model you get) by 18 foot long. When you put a light behind it, it gets highly diffused and loses two stops of light (that is, with the heavyweight version).

There are many uses for it such as; creating a pure white background and making DIY light diffusers and reflectors. Currently, there are three options (lightweight, medium and heavyweight). The difference is the quantity of light you lose and, thus, the amount of diffusion. You lose two stops with the heavyweight (it’s the original Translum), 1.5 stops with the medium weight and ¾ of a stop using the lightweight one. I think of the heavyweight for use with flash whereas the lightweight Translum would be to diffuse window light, for example. One thing that makes that material so useful is that is very cuttable and encourages improvisation in the studio, leading to more creative light setups. You can pick some up at all the big camera stores (B&H, Adorama, Amazon).

Build it!

Before you can start building, you’ll need to gather the items you’ll need in the project. They are:

  • A roll of Savage Translum
  • A measuring tape
  • A pencil
  • A pair of scissors
  • A compass (to trace the circle)
  • A X-acto (utility) knife
  • A central vacuum system with 2” PVC pipe the width of your roll (54” or 60”)
  • A handsaw (to cut the PVC)
  • A roll of Tuck Tape
  • A roll of painter’s tape

The very first thing you’ll need to do is determine the length of the sheet of Translum you’ll want. Mine measures 54” wide (the size of the roll) by 50” long. You can have it as long as you want, but I suggest not going less than 50” and also not too long because you may want to use the remaining Translum later and it would be a waste (to the floor is usually sufficient).

Once that’s done, simply measure the desired length and cut it. A pair of regular kitchen scissors works wonder to do so.

Next, decide where to place the hole for the lens to fit through. I would suggest putting it 6-12″ lower than the exact center, because you need a lot less material under your camera than you do up top. Once that’s done, mark that point and grab a compass (if you don’t have one, any round object that’s large enough will work just as well). To select the size of the hole, you want it to be as small as possible but still big enough so that the front of your lens can pass through.

Take the diameter of your lens and add an inch just so you have some play. Then, make the appropriate circle with the compass and grab an X-acto knife and a cutting board. Again, it is surprisingly easy to work with Translum and cutting the circle should be a breeze. The easiest way to do so it is by placing it on the floor (put the cutting board underneath the Translum to protect your floor). Since the plastic is really sturdy and resistant, it’s no problem if you step on it. Try to cut the circle so that you end up with a it in one piece as it will be useful in the future.

Next cut the central vacuum system PVC pipe. These are good because they are light, inexpensive, and available at your local hardware store. I strongly suggest that you take a 2” diameter one. Since they are sold 10 feet long, you’ll need to cut it to the right size for your Translum. A regular handsaw does the job.

TuckTape 600

Once that’s done, you can start assembling everything (see photo above). The best tape to stick the sheet to the PVC is a roll of Tuck Tape. Duct tape is not strong enough and gaffer’s tape is thick and expensive. The PVC will be at the top of the sheet so make sure it is on the end that is the farthest from the hole that’s near the middle. You want to put down a piece about two feet on the Translum. Half of the width of the tape should be on the PVC and the other on the sheet of diffusion. After, just finish taping that side down, flip everything 180° and apply pressure on the sheet of Translum so that the tape you just put on is folded nicely. Finally, you want to to place another row of Tuck Tape on the opposite side of the Translum, so that the construction is rock solid.

The last step is to tape a piece of wood at the bottom in order to add rigidity, and to limit the tendency of the material to curl up. While any diameter will work, I recommend you that you use 5/8 of an inch. The best way to add the wood is to put tape running the full width of the roll with the sticky side facing up (again, half the tape should be on the plastic). Then, just put the wood at the end of the tape and slowly roll up toward the Translum. That way, most of the wrinkles will be eliminated.

Wood 600

To store the sheet when you’re done using it, just roll it around the PVC pipe and use a few pieces of painter’s tape to hold it in place.

Results and other setups

The most basic, and effective, setup to use the DIY sheet of Savage Translum for catalog product shots on a white background is as follows: place a softbox (or stripbox) at about a 45° angle where the top almost touches the upper edge of the Translum sheet. The horizontal center of the softbox should align with the camera. You can place the Savage roll between the object and the camera lens with the lens through it very slightly. This will create very soft lighting without any big and ugly direct reflections.

To compare, I shot an iPad (for its shininess) in two ways: one setup without the Translum sheet and one with. The light was moved down in the first image so there is a part with a reflection and one without. In the image just under, you can see the tremendous differences between the two. All of the settings were identical.

No Translum 600 IPad Reflection 600
Translum 600 IPad 600

As much as I like Savage Translum, it is not perfect and will never give you a final image right out of the camera (nothing will). The shot above still need quite a bit a retouching to be complete.

Remember I recommended keeping the hole for the lens away from the middle? Well, for another setup, you can put the lens back into the sheet, hold it in place with a little piece of scotch tape and move the whole Translum sheet to any other position other than in front of the camera. That allows a huge amount of different setups to be created. Experiment with different light modifiers for your flash or even none at all. Try moving the material everywhere and see what it does to the shot. That’s where the fun is!

This is just one of the many uses of the wonderful Savage Translum! What’s nice is that, when you’re ready for another DIY project, you’ll still have more than 13 feet of the stuff left.

Have you used the Translum diffusion sheet before? Did you come up with another DIY light modifier? Tell us below, we all love the share our ideas.

Read more about light modifiers here in this Beginner’s Guide to Light Modifiers

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The post DIY Light Modifier You Can Do With Savage Translum Material by Tristan Robitaille appeared first on Digital Photography School.


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Shape-Shifting Architecture: Material Morphs with Heat & Air

10 Oct

[ By WebUrbanist in Conceptual & Futuristic & Technology. ]

flexible-material-modular-p

This project asks a question that goes to the heart of how we think of buildings, asking: what if architectural shapes and structures could be more than just stable but also smart, responsive and flexible?

gravity actuated prototype design

Translated Geometries “is a performative prototype which exploits the Shape Memory Polymer (SMP) properties in order to generate responsive architectural behaviors” – it explores how heat, light, air and humidity can be utilized to deform and reform architectures. For instance, at higher temperatures the material is made more fluid, hardening into a new (or reverting to an original) shape when cooled.

shape shfiting form demo

A project of IAAC (the Institute for Advanced Architecture of Catalonia) students, tutors and faculty, this origami-like demonstration model uses triangular modules and responsive intersections to expand a surface to more than four times its original area.

A very early-stage iteration to be sure, there are many possible applications yet to be explored, perhaps first in larger demo versions then eventually in architectural facades and structures. Imagine buildings (or doors), for instance, that opened up naturally by day and closed at night, or let in light and heat when cool but converted to passive cooling via wind when too warm.

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[ By WebUrbanist in Conceptual & Futuristic & Technology. ]

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Sci-Fi Staple: Star Wars Mosaic Made of Surprising Material

06 May

[ By Steph in Art & Drawing & Digital. ]

Star Wars Staple Mosaics 1

Virtually no artistic medium has gone unexplored in the quest to celebrate the continuing legacy of the Star Wars series. There have been life-sized X-wing fighters made of Lego blocks, edible versions of every character, creatively decorated Stormtrooper helmets, tons of Star Wars-themed graffiti and even Star Wars Yoga. And now, artist Jim Haggerty offers up amazingly detailed mosaics made of thousands upon thousands of staples.

Star Wars Staple Mosaic 2

Star Wars Staple Mosaic 3

The New York City-based artist has created a series of Star Wars-themed staple mosaics including Darth Vader, C3PO and Greedo, the latter of which required an incredible 33,580 multi-colored staples.

Star Wars Staple Mosaic 4

Star Wars Staple Mosaic 5

Haggerty first paints a board, using dark colors to fill in the negative space, and then meticulously punches in individual staples for the highlights and mid-tones. The metallic gleam of the staples adds extra contrast against the black.

Star Wars Staple Mosaic 6

See more on Haggerty’s Facebook.

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[ By Steph in Art & Drawing & Digital. ]

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Woodskin: Flexible Hybrid Material Makes Wood Modular

28 May

[ By WebUrbanist in Design & Fixtures & Interiors. ]

flexible wood

In essence, it has the look and feel of wood, but the flexibility of fabric, all rolled into one composite mesh that is durable but able to be molded into all kinds of creative patterns both temporary and permanent.

flexible wood mesh furniture

From its Italian creators at MammaFotogramma: “Woodskin is a composite material, developed and patented by our design firm. This highly flexible surface – a sandwich wood and high performance mesh – was created by a process of excavation with a CNC cutting machine. By dividing the rigid plan of wood into small triangle, the material is freed – able to be shaped as the maker desires.”

flexible composite wooden material

The result has advantages of both decorative malleable materials and functional solid systems, enabling a wide range of potentials for use in furniture and interior design. Following a broader trend in complex 3D architecture, the mesh of CNC-cut Russian plywood stitched together with layers of vinyl makes the most abstract shapes possible.

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Woodskin: Flexible Hybrid Material Makes Wood Modular

28 May

[ By WebUrbanist in Design & Fixtures & Interiors. ]

flexible wood

In essence, it has the look and feel of wood, but the flexibility of fabric, all rolled into one composite mesh that is durable but able to be molded into all kinds of creative patterns both temporary and permanent.

flexible wood mesh furniture

From its Italian creators at MammaFotogramma: “Woodskin is a composite material, developed and patented by our design firm. This highly flexible surface – a sandwich wood and high performance mesh – was created by a process of excavation with a CNC cutting machine. By dividing the rigid plan of wood into small triangle, the material is freed – able to be shaped as the maker desires.”

flexible composite wooden material

The result has advantages of both decorative malleable materials and functional solid systems, enabling a wide range of potentials for use in furniture and interior design. Following a broader trend in complex 3D architecture, the mesh of CNC-cut Russian plywood stitched together with layers of vinyl makes the most abstract shapes possible.

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