View allAll Photos Tagged Processor
These are preview images for the talk I am giving at UCLA tomorrow.
Made with Processing and runs in near realtime (anywhere from 5 to 30 fps). The sphere surface is not traditionally texture mapped and is made up of a couple hundred freely moving overlapping textures. The entire system is dynamic, and with a zippy computer, could probably be audio responsive with little extra overhead.
A Snowdrop with a little bit of iPiccy magic :-)
I am going to the opticians shortly to have the back of my eyes photographed, this entails having drops put in them that affect my vision for the rest of the day. Tomorrow I am going to hospital to see a surgeon for a check up and hopefully getting some news on when the reversal operation can take place. I will try to catch up with everyone over the weekend :-)
I'm working on a new people-based photography project and decided I'd give Skylum's Portrait Editor a try. New toys are always fun. 😄 Here's one of the early results. Very pleased with the look given the demanding desert conditions that the tool had to deal with! More soon... and if you want to check out Aperty you can do so here: stuckincustoms.com/aperty
Artwork ©jackiecrossley
Stock:
model: Blair-W
Globe: hdfootagestock.com/
Listen & enjoy: David Bowie – Space Oddity
Read the pictures from left to right. Here I show a step by step process for making your own DIY lens.
The first picture is of the equipment you'll need. It shows a screwdriver kit, cable ties, elastic string, duck-tape and some scissors.
Moving right, you see the camera lens that is still unmodified. This particular lens is a 30mm zoom lens. All you need to do is look for the screws that hold it all together and slowly remove them one by one. If it's your first time, take care and don't rush. You might also want to wear some safety goggles as sometimes bits can fly off when your pulling it apart. If components are still stuck on, its usually because there is another screw that needs to be removed.
Once deconstructed, you'll find 2-5 lenses inside the whole lens itself. There will be a number of smaller ones (the 6th picture) and one main lens. Some of the smaller ones will be unusable as they are not convex, you can throw them away. In the second collage there are instructions on how to make a DIY lens using the smaller lenses, but for this demonstration we'll be using the bigger one.
Next, using a mini hacksaw you will need to cut off a small portion of the plastic casing that surrounds the lens. You don't have to do this. It may be different depending on what phone you are using, but the camera on mine has a fairly wide sensor, and so there is a black border around the picture. By cutting of just a little bit (1-2cm) of the casing it eliminate this issue. Once doing that, its best to file down the edges so its not sharp. I used a standard nail file for this.
Once the edges are smooth and you are happy with the lens, you can begin the next step.
Cut a suitable length of elastic string (this will be different depending on the size of your phone) and get 2 cable ties ready. Follow the image and wrap the string around the lens. Before using the cable ties, check that the length of the string suits your phone and that it is not too tight or loose.
When you are happy with the positioning and length of the string, you can apply the first cable tie. Then, cut some strips of duck-tape and apply like shown in the picture. This adds stability and will make the rig last longer. Repeat the process with the cable tie, but this time over the duck-tape. Again, this is for added stability. Clip the ends of the cable ties and your are ready to go.
It's of upmost importance that the lens is placed directly centre of the camera. If not, it will affect the quality of the image and your focus.
The first picture of the screwdriver heads was taken using only my phone at the closet manual focusing distance. The next image with the added DIY lens. The last two images are taken with the DIY lens showing the filings and bits I cut of using the mini hacksaw.
Its worth noting that after some use, the rig might fall apart due to the repeated stretching of the string and general wear and tear. Not to worry, you can always strip the lens of the tape, cable ties and string and simply repeat the process.
None of the pictures have been edited or modified in any way. I did this to give the most accurate representation of the effect that the DIY lens has.
Event: Cross processing C-41 as B&W
Location: Home
Camera: Pentax ME Super
Lens(s): Helios 44-2 58mm f/2 M42 mount
Film: Agfa Vista 200 (expired 2017)
Shot ISO: 200
Light Meter: Camera
Lighting: Mixed (mostly overcast)
Mounting: Hand-held
Firing: Shutter button
Developer: Ilfotec HC (1+31) for 5.5 mins
Scanner: Epson V800
Post: Adobe Lightroom & Photoshop (dust removal)
In the process of processing I truly lament and lament and lament over and over and over about which end result I love the best .. It can be a very long process because each time you tweak something a little differently it gives another element or feel to the picture so you're in a quagmire about which to choose .. So I decided to show you two options ..