General, Simplicity

Is simplicity easy?

There has been much talk about simplicity (here, here, here).  Simplicity of design.  Simplicity of use.  Simplicity!  What does it all mean?

Having spent some time thinking about this, I wanted to share my thoughts on the subject.  My thoughts are on the general subject of simplicity and I’ll be using the phrasing of “product” and “consumer” to refer to the abstract concept of a product and target audience.  Additionally there are some specific examples for illustrative purposes.

Are simplicity and complexity related?  The real difference between simplicity and complexity is the way in which complexity is presented to consumer.  Products that have been designed with simplicity in mind may still be complex in their functionality or topic, but not so in their usage.  To illustrate these points, I point to The Elements for iPad.  When taking chemistry in high school, students learn about the periodic table of elements, but it’s a pretty dry subject causing them to have to memorize types of elements, number of free electrons, and mnemonics such as BrINClHOF.  However, the iPad app takes the periodic table of elements to the next level, taking a complex topic and making it simple to understand.  It does so by not only presenting the standard information about each element, but showing photos of products made from each element and explaining other usages for them.  Essentially they were able to bring objects from the everyday world we live in and tie it in with the elements that they are comprised of.

But don’t consumers want products with many features and if everything is boiled down won’t they move to other products?  I’d like to present the argument that one of the main reasons we don’t see products embracing simplicity is because it is easier to design a product that is complex, and much harder to design a product that embodies simplicity.  Examples of this can be seen in many places, perhaps the stereotypical example being that of the Apple iPhone. Both the phone and OS embody the essence of simplicity of design.  The phone has one main button on it (other than the power, volume, mute), contrast this to Android phones having 4 or more buttons that encapsulate much of the same functionality of the iPhone’s single button.  Another example of the growing movement towards simplicity is Amazon’s quest to answer the demand from consumers to make packaging on product less frustrating.  Why is it that Amazon had to spearhead this effort in the first place?  Applying my earlier argument here, it’s easier for the manufacturers to make packaging that hard for the consumer to open since it actually takes more effort to create packaging that is easily opened.

The article at PresentationZen really highlights the essence of this argument.  The way they put it there is that:

Simplicity doesn’t necessarily mean removing the complex; it means removing the superfluous.

PresententationZen’s summary plays nicely along with the argument set forth here.  Spend the time to create simple solutions instead of taking the easy route of just putting a product out there.  It’s not easy to spend the time to remove the superfluous to come up with a design that can remain as full functioned as its complicated counterpart, but in a simpler design.

Photography, Time-lapse

Projects, posts!

Before getting the site all setup, there were a number of posts that I’ve been thinking about writing. As outlined in the first post, I wanted to use this site as a way to communicate various personal projects that I’m either working on or planning to work on. Also wanted to use it as a means to write about interesting topics.

For a few months now, I’ve been playing around with the Arduino. It’s been some time since I’ve done any electronics work… Well, back in college I had taken Physics Electronics Lab, which covered the principles of analog circuits, and Digital Systems Design, which covered the principles of digital circuits. Getting back into electronics has been quite fun, especially with the Arduino. I’ll have post coming up discussing my mini-electronics lab that I setup in the garage and resources I found helpful for getting back into electronics.

Around the same time that I started to get back into electronics, I heard on TWiP from one of Ron Brinkmann’s “Picks of the Week” about the OpenMoCo project. For those unfamiliar, the purpose of that project was to create an open source motion control system using the Arduino as the controller, and (semi-) off-the-shelf parts to create a lower cost dolly/rig for capturing video or photos for time-lapse. I’ve been reading quite a bit about this in my spare time and have started to design and source parts for my version of such a rig. There will be a number of upcoming posts about this work.

Lastly, there have been a few article that have come through my daily RSS feed that caught my attention. For those, I wanted to share some thoughts. So there will be some of those posts coming up as well.

Photography, Solarography

First attempt at solargraphy

Earlier this year, there was a cool article on LifeHacker about taking ultra-long exposures using a pinhole camera to capture the sun’s path through the sky.  A few days later I emailed Tarja Trygg of the Solargraphy site about trying some exposures from my home.   He graciously offered to send me a camera that he constructed.   A few weeks later I received 3 cameras to capture the sun’s tracks through the sky in the Spring.

Pinhole cameras
Pinhole cameras

In order to keep the cameras in-place for the 3-month duration of spring (March 20, 2010 to June 21, 2010), I constructed a simple rig to insert the cameras in place.  This rig consisted of pieces of cedar purchased from the scrap wood bin at Home Depot, with holes drilled just deep enough to hold the film canister cameras in place.  The rig was then mounted to the overhang of my roof using clamps.

Mounting apparatus
Mounting apparatus

Below are the results of the 3-month long exposures.  While the rig that was constructed held the cameras in-place for the duration of the exposure, the rig shows up in the photos.  For future experiments, this rig needs to be modified so that it is not visible or minimally visible to the camera.

Spring 2010 Solargraphy, Camera #1
Spring 2010 Solargraphy, Camera #1
Spring 2010 Solargraphy, Camera #2
Spring 2010 Solargraphy, Camera #2
Spring 2010 Solargraphy, Camera #3
Spring 2010 Solargraphy, Camera #3

Results of this shoot are also now posted to the Solargraphy site!



Welcome to simplicityguy!

My name is Robert Wlodarczyk, and I’m the guy behind simplicityguy.

Getting this site going has been in the back of my mind for quite some time now.  The concept behind the site was to share information in a simple format, making it easier to understand.  This site will cover a variety of topics, including programming, photography, and electronics, as well as posts to various technology that’s really innovative.  Tutorials will also be posted, with photos and step-by-step instructions on how to do the same project on your own.

I’m certainly looking forward to this!