View allAll Photos Tagged reverseengineering
the engine and other components in a reverse engineering exercise ....
in my Industrialscape Series 2 ... Pic # 38 ...
Taken on Aug 23, 2019
Thanks for your visits, faves, invites and comments ... (c)rebfoto
There is a discussion going on in the Flickr Strobist group about a portrait of Tom Hanks that the amazing Dan Winters did. Everyone is trying to reverse engineer it so I thought it would be a good learning experiment to try to duplicate it.
First off, I am definitely not Dan Winters, this is just my effort at trying to reproduce his work.
You can read the discussion and the portrait of Tom Hanks by clicking HERE
Strobist: This was tough!!! ...and its not nearly as good as his, but here goes...
My background light was a Nikon SB-600 at 1/4 power with a Stoffen diffuser directly behind me. For fill I used an SB-800 camera right in a Lumiquest SBIII at 1/32 power and in very close (just out of camera view) about a foot above my head and angled down as low as I could get it. The key light was (are you ready for this?) another SB-800 with an 8" snoot, through a white shoot thru umbrella at 1/8 power. All strobes were triggered with CyberSyncs.
I've never tried to use a snooted light through a shoot thru umbrella, but using just a snoot or a grid produced too hard of a light and the fall off on the edges were too sharp.
For fill on the camera left side, I used a silver reflector to just kick a little light back in there. You can see the highlight on my right ear (camera left).
In post I adjusted the color of the background and my skin tones (slightly). I also removed a ton of cat hair from my coat!
In the end, I learned a new trick and had a lot of fun trying to reverse engineer a very talented photographer's work. I may have cussed a few times too, but I don't remember. ;)
Read the full Blog Post
This is a reverse engineering of Joshua Christenson's inverted Lowell sphere. I have endeavored to improve it by removing stud collisions at the eight corners. I only partially succeeded.
My earlier attempt (two years ago) had six corners with two studs colliding and two with none colliding. www.flickr.com/photos/infrapinklizzard/16967306339/
This one has only four corners with two studs colliding and four corners with none colliding. This is the theoretical best I can find with the current Lego pieces. Until they come out with a 1x2 plate with one stud (but not centered).
This uses two pieces each of three different units. The black, blue and red plates are to distinguish them and to give a handy reference to where studs are in the corners. If you put the red and blue units around the "equator", there will be no stud conflicts until you add the black units (which correspond to the two pure black sides in this photo: www.flickr.com/photos/infrapinklizzard/16534520513/ ).
Then each of the 2 studs on each black unit will cause a collision giving the four corners with collisions. The other four will remain collision free since we're just adding a tile to those corners. This has the effect of giving each axis of the "sphere" one collision-free pole and one pole with a collision.
My original solution from 2 years ago had two different units which were mirror images of each other. This one has three units. If you make six copies of the black unit, it can also be put together. That one, however, has three-stud collisions in four corners, and no studs at all in the other four.
Last year during the Colombian convention, I took this picture of a model exhibited there which I liked a lot, but the model didn't have an identification card.
I always wanted to fold it, but hadn't tried until earlier this week when I was able to reverse engineer it. Folded from a square of curious paper of 30 x 30 cm.
I had called it Ninja Star on Steroids since i didn't know what name its creator had given it.
Household appliances become less mysterious when you take them apart. In older consumer electronics gadgets, you can often find a treasure trove of wiring harnesses that make the component connections easier to decipher. The Disco Age was also the Golden Age of Wires. A 1970s Trinitron or VCR harbors an inner beauty. Modern multi-layer PCBs and highly integrated circuits are a black box of their own. The common VCR or an old hard drive is a wonderful starting point as they are full of electro-mechanical devices and actuators.
— From my GeekDad submission, entitled Peering Into the Black Box.
The mechanical counter alone is a gem… with all of its miniature workings are on display, lending to experimental play and reverse-engineering.
A quick re-creation of the cover of Unimark's NYC Transit Authority Graphics Manual as found on page 40 of Paul Shaw's excellent book Helvetica and the New York City Subway System.
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Caught this interesting sticker & poster near UTS. A few minutes later, a Sydney Council worker pulled it down, as well as the other scientology posters on the other corners.
The CCHR is a not so well known front group for scientology and merge their false beliefs of the psychiatric industry (see wikipedia's entry on scientology & psychiatry & xenu) and their unsubstantiated history of the world. When Tom Cruise said, "You don't know the history of psychiatry - I do" he was probably referencing the 75 million year old event.
But pay close attention to the sticker...the Merchants of Chaos? Looks like the resistance has formed!
The sticker advises, "Give your local evil scientologist the finger! - Another useful tip from the Sydney Merchants of Chaos - Working for you!"
'This is a reverse-engineering, made in 2016.
All credits goes to Angus MacLane
Link to original model: www.flickr.com/photos/27826007@N05/19037306706
My solution to the Reverse-Engineering Contest IV Week 5 challenge
secure.flickr.com/photos/ltdemartinet/17287873491/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 3 Followup challenge
www.flickr.com/photos/ltdemartinet/16714378830/
See my blog at www.brickpile.com
This is a reverse engineering of Joshua Christenson's inverted Lowell sphere. I have endeavored to improve it by removing stud collisions at the eight corners. I only partially succeeded. Six of the corners have two studs colliding (instead of all three), while two corners have no studs colliding (including the foremost one in this picture).
The interior is very solid. I made this iteration about two years ago.
The solution is at: www.flickr.com/photos/infrapinklizzard/16690519179/
I have improved this by making it have collisions in only four corners: www.flickr.com/photos/infrapinklizzard/16534520513/
Here's a quick reverse-engineered look at the grid Vignelli seems to be using in the NYC Transit Authority Graphic Standards Manual.
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My solution to the Reverse-Engineering Contest IV Week 5 Followup D challenge
www.flickr.com/photos/ltdemartinet/16663489843/
For best results use the old style grille tile without the fingernail groove. Warning: It may take some effort to get the two middle pieces to link up, and this "pony ear" style of connection is not good for your bricks.
See my blog at www.brickpile.com
I decided to reverse-engineer this ambulance, which appears several times in the Ghostbusters level of Lego Dimensions. It's not perfect, But I think it's pretty darn close. The wheels aren't the right pieces because the correct pieces aren't available in LDD yet, and the siren (aka trans-red fez) is also supposed to be connected to a piece that isn't available yet, so it is simply sitting on a tile. At least the tile looks the same as the other piece with the fez on it. Also, on the in-game version, the arch that goes over the back wheels has an orange line on it so the big orange stripe isn't interrupted.
This is a reverse-engineering.
All credits goes to Mike Nieves
Link to original model: www.flickr.com/photos/retinence/31335395217/in/photostream/
My solution to the Reverse-Engineering Contest IV Week 2 challenge
www.flickr.com/photos/ltdemartinet/16355220154/
See my blog at www.brickpile.com
This is a reverse-engineering.
All credits goes to Mike Nieves
Link to original model: www.flickr.com/photos/retinence/29637123897/in/photostream/
My solution to the Reverse-Engineering Contest IV Week 1 Followup challenge
www.flickr.com/photos/ltdemartinet/16281804833/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 7 challenge
www.flickr.com/photos/ltdemartinet/17520455532/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 4 challenge
www.flickr.com/photos/ltdemartinet/17185114356/
See my blog at www.brickpile.com
Note: the tan bricks are 1x1 with studs on TWO sides. The white bricks with a stud on the side are one sided.
My solution to the Reverse-Engineering Contest IV Week 6 Followup challenge
www.flickr.com/photos/ltdemartinet/16341274883/
See my blog at www.brickpile.com
Here's a possible solution to the Reverse Engineering Contest's week 5 Spinning Top.
This works and is spinnable (bad pic inset), but the connections extend one plate below the bottom of the cheeses. I don't know if that is allowable or not. (The 1x1 plate w/ vertical clip in the upper right.)
As it turns out, this is acceptable. Phew.
This is a reverse-engineering.
All credits goes to Mike Nieves
Link to original model: www.flickr.com/photos/retinence/43949178682/in/photostream/
My second solution to the Reverse-Engineering Contest IV Week 5 Followup B challenge
www.flickr.com/photos/ltdemartinet/16900775841/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 7 Followup D challenge
www.flickr.com/photos/ltdemartinet/16887073874/
See my blog at www.brickpile.com
My first solution to the Reverse-Engineering Contest IV Week 5 Followup B challenge
www.flickr.com/photos/ltdemartinet/16900775841/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 4 Followup challenge
www.flickr.com/photos/ltdemartinet/16714374110/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 7 Followup B challenge
www.flickr.com/photos/ltdemartinet/17509464491/
See my blog at www.brickpile.com
REC IV Week 8 Solution by Bill Ward
www.flickr.com/photos/ltdemartinet/17628423759/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 6 challenge
www.flickr.com/photos/ltdemartinet/16744061794/
Warning: This "pony ear" style of connection is not good for your bricks.
See my blog at www.brickpile.com
[Tabriz, East Azerbaijan, Iran] A full scale replica of the RQ-170 Sentinnel CIA spy drone captured by Iranian cyber warfare units of the Revolutionary Guards army in 2011, being displayed at the Mosalla exhibition center in Tehran.
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©2017 Germán Vogel - All rights reserved - No usage allowed in any form without the written consent of the photographer.
REC IV Week 7 Followup A Solution (first attempt) by Bill Ward
www.flickr.com/photos/ltdemartinet/17483325116/
This was based on a design I submitted, but the contest organizer changed it just enough that I had no idea how to solve it for a while, but I eventually figured this one out.
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 3 challenge
www.flickr.com/photos/ltdemartinet/16773339758/
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 5 Followup A challenge
www.flickr.com/photos/ltdemartinet/16960040232/
See my blog at www.brickpile.com
REC IV Week 9 Solution by Bill Ward
www.flickr.com/photos/ltdemartinet/18051586536/
See my blog at www.brickpile.com
A re-creation of page 4 ("Type face") of Unimark's NYC Transit Authority Graphics Manual as found on page 46 of Paul Shaw's excellent book Helvetica and the New York City Subway System.
Setting up the grid was easy. And it was fun to try to mimic the letter spacing. But I discovered that Berthold Akzidenz Grotesk Medium (what I used to set the alphabet) is not identical to the 1960s Standard Medium used by Massimo Vignelli. Most of the letterforms seem to be an exact match (the lower and upper Js are slightly different). But the numerals are *totally* different. Some of the punctuation too.
Paul Shaw notes that the body copy of the manual itself is set in Helvetica. I used Helvetica Neue 55.
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REC IV Week 7 Followup A Solution (second attempt) by Bill Ward
www.flickr.com/photos/ltdemartinet/17483325116/
This was based on a design I submitted, but the contest organizer changed it just enough that I had no idea how to solve it for a while, but I eventually figured it out (see previous photo). After posting that I figured out a somewhat better design.
See my blog at www.brickpile.com
My solution to the Reverse-Engineering Contest IV Week 2 Followup challenge
www.flickr.com/photos/ltdemartinet/16773339758/
See my blog at www.brickpile.com