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Polaroid CP3 Experimental process
Have you ever seen something you have been imagining for days and never spoken of, suddenly represented by another artist in Flickr?? Has it ever happened to you that the type of art you do suddenly appears in your favourite artist or bands´ artwork without them having possibly known? This sort of coincidence is known as Synchronicity but a group of artists and I have been observing the amount of times these coincidences happen. It has happened at least once to almost every person. This is a glimpse of what the scientific term of Collective Unconscious means and how it permeates reality, as science has shown before. The experiment we are about to embark on is based not on promoting synchronistic phenomena but merely on registering each time this happens until we have a large list of these synchronistic phenomena and can find general common factors. There is a place where all thoughts from everyone come together, the place where we dream things that happen or that dont, the place of beauty and art, our dreams. If this has happened to you, you would be helping an ongoing investigation if either you just mentioned it has happened to you (the mere affirmative has statistical value) or you kindly described your case as a comment on this journal. I will let all those who participate know the final result.
I took this picture right outside of my house. I then printed the photo using the cyanotype process.
Believe it or not, I DON'T have too much time on my hands! I have a full-time job that bores the life out of me so I have to be as creative as I can be when I'm home or I feel like I'm going to shrivel up and die!!!! Am I too dramatic? Perhaps.
I have a lot of old jagged East TN rocks to work with so I smoothed this one out and made a little thatch roof with Apoxie Sculpt. The chimney is wood-filler and the paints are craft acrylics.
This is a really fun, EASY project that would be good for kids. Plus, it makes a really cute piece of garden art when it is finished! I suggest everyone try this project!
Another shot of Chris skateboarding. I post process all of these. I'm not great at post processing, so they're not that great.
The control processor is a 6800. The other 2 40 pin ICs are 6821 parallel interfaces. One port may be for the keyboard, I have no idea what the others are for yet.
Two new beautiful canvas photographs have arrived and they're about to crystallize! Working in batches, submerging my photographs in tanks to grow crystals on beautiful images.
File name: 08_06_003703
Title: Ancients and Honorables Parade for Governor Fuller on Boston Common
Creator/Contributor: Jones, Leslie, 1886-1967 (photographer)
Date created: 1925 - 1929 (approximate)
Physical description: 1 negative : glass, black & white ; 4 x 5 in.
Genre: Glass negatives
Subjects: Parades & processions
Notes: Title and date from information provided by Leslie Jones or the Boston Public Library on the negative or negative sleeve.
Collection: Leslie Jones Collection
Location: Boston Public Library, Print Department
Rights: Copyright © Leslie Jones.
Preferred citation: Courtesy of the Boston Public Library, Leslie Jones Collection.
After 1 year and 147 posts I reached 1000 followers!!! Want to thank to all the Collabs and Features! Special thanks to my followers and the awesome feedback that I'm having!
Also it's the 10 anniversary of Campovisual as a studio!
COLLABS
:: @rodzgrid :: @bugbolito :: @mlselection :: @bartification :: @mousyisahotty1 :: @johan_r_lund :: @ce7endesigns :: @i5_david :: @jeffreythelin :: @mindsqueeze ::
FEATURES
:: @instagramhub :: @ampt :: @m_innovative :: @rsa_graphics :: @ighub :: @simplyportraits :: @jj_creative :: @photoflair_graphics :: @ig_allaroundyou :: @mirrometry :: @ga_collective ::
Apps::
photoforge2, snapseed, idesign, phonto, #pulsart #glitché
#campovisual #designattack #designerscollective #instaw0nder #hubcreative #m_innovative #editfever #mobileartistry #instacollective #rsa_graphics #royalsnappingartists #infamous_family #fxmob #ig_artistry #editjunkie #ampt_vectors #gm_designers #jj_creative #simplyportraits #ga_collective #sbe_graphics #wearejuxt #ig_aau_member #ig_portugal #pf_graphics
А также пироженое в корзиночках, босиком по деревянному полу, запах сандала, взрывы фейрверков и группа дисплей vimeo.com/19379667
File name: 08_06_003691
Title: Odd Fellows Parade
Creator/Contributor: Jones, Leslie, 1886-1967 (photographer)
Date created: 1915-09-19
Physical description: 1 negative : glass, black & white ; 4 x 5 in.
Genre: Glass negatives
Subjects: Parades & processions
Notes: Title and date from information provided by Leslie Jones or the Boston Public Library on the negative or negative sleeve.
Collection: Leslie Jones Collection
Location: Boston Public Library, Print Department
Rights: Copyright © Leslie Jones.
Preferred citation: Courtesy of the Boston Public Library, Leslie Jones Collection.
Two passes of a sorting algorithm (Quicksort) that randomly exits before sorting is complete, applied to single rows of pixels. Components compared in GBR order. Processing code is here.
The same pictures with and without render to texture shaders.... (shader does the colors, the realtime horizontal blur and this old tv lines effect)
Ever wonder what 15 AMD FX57 processors look like?
No you can't have one these were just passing through.
File name: 08_06_003734
Title: Legion Parade - Tremont St., Boston
Creator/Contributor: Jones, Leslie, 1886-1967 (photographer)
Date created: 1930-10
Physical description: 1 negative : glass, black & white ; 4 x 5 in.
Genre: Glass negatives
Subjects: Military parades & ceremonies
Notes: Title and date from information provided by Leslie Jones or the Boston Public Library on the negative or negative sleeve.
Collection: Leslie Jones Collection
Location: Boston Public Library, Print Department
Rights: Copyright © Leslie Jones.
Preferred citation: Courtesy of the Boston Public Library, Leslie Jones Collection.
more playing with geometry...
wrt method described here
// uv given on [0..1), remap to [-pi,pi) to simplify equations below
u = u * 2.0*Math.PI - Math.PI;
v = v * 2.0*Math.PI - Math.PI;
// evaluate
double sqrtTwo = Math.sqrt(2.0);
double twoThirdsPi = Math.PI * 2.0 / 3.0;
double x = Math.sin(u) / (sqrtTwo + Math.cos(v));
double y = Math.sin(u+twoThirdsPi) / (sqrtTwo + Math.cos(v+twoThirdsPi));
double z = Math.cos(u-twoThirdsPi) / (sqrtTwo + Math.cos(v-twoThirdsPi));
return new WB_Point(x,y,z);