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This final edition is derived from sampled imagery from the previous two renderings. I chose the layout for this version based on the beautiful geometric design that is created at the center of the map. These two recursive samplings have created an almost crystalline map of the area.

View the Google Map of Oakland Habour.

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This week I am traveling to the West Coast to do research on the medical cannabis industry. One of the places I hope to tour is Harborside Health Center, which is considered the best dispensary in the United States.

I was curious to find out where the facility was located in Oakland and upon downloading the imagery, I realized that it’s location has all the ingredients for an interesting map: a highway, a harbor, and the aerial photography is crisp and unpixilated.

View the Google Map of Oakland Habour. This map uses the same imagery that Google is currently using.

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A few days ago I started on a new commissioned map of the Sculpture Garden at the National Gallery of Art on the National Mall in Washington, DC. The client made it somewhat easier for me because they were interested in either a Hexagon Quilt Projection map (above) or an Octagon Quilt Projection map (below). Unlike the previous two drafts, today’s drafts feature a far-away view of the area immediately around the Sculpture Garden.

View the Google Map of the Sculpture Garden at the National Gallery of Art

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The other day I started on a new commissioned map of the Sculpture Garden at the National Gallery of Art on the National Mall in Washington, DC. The client made it somewhat easier for me because they were interested in either a Hexagon Quilt Projection map (above) or an Octagon Quilt Projection map (below). Like the previous two drafts, today’s drafts feature a close-up view of the area around the Sculpture Garden.

View the Google Map of the Sculpture Garden at the National Gallery of Art

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:: Rendered at 900 x 600 ::

Yesterday I started on a new commissioned map of the Sculpture Garden at the National Gallery of Art on the National Mall in Washington, DC. The client made it somewhat easier for me because they were interested in either a Hexagon Quilt Projection map (above) or an Octagon Quilt Projection map (below). Unlike yesterday’s two drafts, today’s drafts feature a close-up view of the area immediately around the Sculpture Garden. Tomorrow I plan on posting two more drafts featuring the close-up imagery…..

View the Google Map of the Sculpture Garden at the National Gallery of Art

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:: Rendered at 900 x 600 ::

Today I started on a new commissioned map. The client desires a map of the Sculpture Garden at the National Gallery of Art on the National Mall in Washington, DC. Earlier this afternoon I e-mailed a series of eight draft maps so that they could select which one they liked best. The client made it somewhat easy for me because they were interested in either a Hexagon Quilt Projection map (above) or an Octagon Quilt Projection map (below). However, I made the choice somewhat more difficult by providing a map of the location at different spatial scales. The two drafts shown here reveal more of the area around the Sculpture Garden at the National Gallery of Art, while tomorrow’s drafts will show the area close up. Over the week I plan on posting the rest of these draft maps, and like my previous commissioned map, the final map of the series will be the one that gets printed out.

View the Google Map of the Sculpture Garden at the National Gallery of Art

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Continuing on the theme of my last map, I decided to focus on the merging of the two Metro trains for this version. To create this map I first sampled a portion of Metro Crash Quilt, then I used that portion to create an intermediate map (that I chose to not publish), which I then sampled again to create this fractal Hexagon Quilt Projection map. This process of recursive sampling allowed me to focus more and more on the portion of the map where the two train merge together. The result is a weaved pattern of train tracks and merging Metro cars; a far more intricate map than my previous version. What is lost, however, is the area around the crash site and the crash site itself, in their place are more trains and more train track. I have sampled a portion of this map and am in the process of seeing what a third iteration will look like.

View the Google Map of the crash site in upper Northeast Washington, DC.

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So I never got around to making a map of downtown Birmingham, Alabama, but I still plan on doing so. Instead I decided to seek out a somewhat new place and try out a new style. For years I have been reticent about making a map that it not composed of an urban area. I always thought that it was the buildings and the streets that gave each map its intrinsic uniqueness, but with this map, I have branched out, tried something new, and am pleasantly surprised with the results.

Years ago I posted a topographic map of Rocky Mountain National Park featuring the first mountains I ever climbed as a child. It was also the first topographic map posted this to this blog, and to continue this line of thought, I was delighted to find that the imagery was available to create the first map of its type. Instead of the aerial photography being too dull to be worthy of a map, I found it interesting that the shadows created by the ridge line added some aerial chiaroscuro. Moreover, upon closer examination, due to the spatial resolution of the source aerial photography, you can actually make out the trails crisscrossing through the forest. While they don’t appear as well as a highway or skyscraper, the trails and shadows help make create a map that I am happy to publish here.

Another striking feature of the imagery is the color tone of the tarn at the base of Andrews Glacier. This blue/green lake adds a unique color contrast to the somewhat monotone yellow hue of the rocky terrain. I do, however, wish there was a bit more color contrast between the east side of the continental divide and the west side of the continental divide that I’ve seen when I’ve stood atop these mountains. I also kinda wish, for once, that the aerial photography wasn’t taken from nadir, rather I wish it was taken at an oblique angle because we’d be able to see more elevation contrast between the various mountain peaks. However, since I have hiked these mountains, I know the continental divide shown in this aerial photography traverses north and south and the shadows are only formed from the ridges extending west from the continental divide. This makes it slightly easier to differentiate where the ridges are, but not where the peaks are. Anyways, I’ve decided to sample a portion of this imagery and will make another iteration of this map shortly.

View the Google Map of the Front Range in Rocky Mountain National Park in Colorado. Curiously, the imagery used on Google Maps shows the area during the winter time and covered in snow.

: detail of Andrews Glacier :

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Using this portion of Fashion District Quilt, I composed this derivative map. I chose this layout because I liked the way the tessellation created almost-circular building clusters.

View the Google Map of the Fashion District in Los Angeles, California

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Using this portion of West Sahara Lake Circles Quilt to make this derivative map.

Upon closer inspection of the aerial photography, I think I know where all that water from Lake Mead went. Swimming pools!

View the Google Map of the West Sahara Lake neighborhood in Las Vegas, Nevada

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The other day I decided to snoop around on some of my old hard drives and discovered that I had quite a bit of imagery that I never used to create a map. Yesterday I decided to use some of this imagery to make today’s map. It features .3 meter per pixel imagery that was taken in 2002 of the area around Harvard University.

What is interesting about this imagery is that its really not .3 meters per pixel, but closer to .6 meters per pixel. I found this out when I was post-processing this map and discovered that when the imagery is viewed at its full resolution it becomes quite blurry. At first I thought that I had screwed up and over-projected the map, but when I reopened the source imagery I discovered that it was blurry to begin with. Had I known this, I would have only rendered the map at 9,000 x 6,000 (one half the current size) because this downsampling would make the map less blurry.

Anyways, I haven’t been as active on the mapping front because I’ve made just about every major city in America. I still intend on publishing an atlas featuring all of these maps, but I have yet to find an interested publisher and am wary about going down the self-publishing route. I would, however, love to start mapping cities in Europe. Please contact me if you can obtain public domain imagery of any European city.

View the Google Map of Harvard University in Cambridge, Massachusetts

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Do you see the heart within a heart?

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I recently read about the proposed expansion of the Saint Louis Art Museum and was reminded of all the hours I spent there when I was a kid. From school field trips to miscellaneous enrichment visits with friends & family friends, the museum was an integral part of my upbringing. My mom even has a VHS tape of me that was recorded there when I was 8 years old (1988). If my memory serves me right, I was enthusiastically talking about the notion of living in Egypt two thousand years ago, being a pharaoh, and the pyramids. Its been nearly 5 years since I set foot inside the museum and I wonder how much different it will look with the new wing? Probably not as awesome as it looked during the 1904 World’s Fair when it was the Palace of the Fine Arts, but I digress. Times do change and when I visit family during the holidays I’m going to inquire about the location of that VHS tape. I’m also going to look into my digital photo archives because I believe I took some nighttime time-lapse photos of the exterior of the museum in 2002. They’ll be a good follow-up entry.

View the Google Map of the Saint Louis Art Museum in Saint Louis, Missouri

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At the beginning of the week I received an inquiry about making this map. It’s intended to be a gift for the client’s friend who’s a big Yankees fan. I was unsure if I’d be able to obtain the newest imagery featuring the new Yankee stadium, but since the client felt the friend had spent more time in the old stadium, the newest of the imagery was not an issue. I went with .5 meters per pixel imagery from April, 2006. There was a second set of imagery of the area at lower spatial resolution, but I liked the coloring on this imagery better and went with it. This is my first map of the Bronx borough of New York City and for 2009 I am planning on mapping the rest of the boroughs.

Like my previous commission I was able to modify the source aerial photography so that the nearby outdoor track has been converted into a heart. I debated on modifing the coloration so that the pinkness of the heart (below) would be more pronounced, but I opted to follow my current style of non-modification. Yet this inclusion of the heart motif is something that I find to be an unique addition to my current map design. I am adjusting the imagery to not only create a geometrically perfect design, but literally adding a bit of love to it. An aerial landscape design of love, so to speak.

There is also a sense of transition in this map. By the varying degree of translational symmetry placed upon the the actual stadium, there appears to be an architectural metamorphosis taking place. Where the old stadium is becoming a new stadium. And some day in the future, when it’s time that I make the next map of Yankee Stadium, with newer contemporary imagery, it will be a new stadium. But will the heart (track) still be there in the future? Will development change the love of the geography? I don’t think so. Yet in making this map for the client, I’ve captured the love between two people (and probably thousands of others) that will never change.

Unlike my previous commissioned map, which was printed at 32″x48″ on stretched canvas, this Hexagon Quilt Project map will be printed a bit smaller at 10″x16″ on Hahnemuhle Fine Art Pearl paper. If you are interested in obtaining a custom map, please don’t hesitate to contact me.

View the Google Map of Yankee Stadium in the Bronx

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Using this portion of Newark Quilt, I was able to constructive this Hexagon Quilt Projection derivative map. If you look closely there is a nice hexagram in the center of the map. I’d like to make a map of Trenton, New Jersey next.

View the Google Map of downtown Newark, New Jersey

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I’ve been working on this commissioned map for a few months now. It was originally going to be Paris, but we decided to it would be easier to make a map of their house. I spent some extra time transforming the nearby highway into a heart (below) to signify the love between the husband and wife. I think it looks beautiful :-) It will be placed in the client’s home, which is featured within the map.

View the Google Map of the Shirlington neighborhood of Arlington, Virginia.

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It’s been quite a long time since I’ve made one of my signature quilt projection maps. On one hand I haven’t been inspired lately to make any new maps based on this technique. On the other hand, there are only a few American cities that I have yet to map, and Saint Paul, Minnesota was one of them. I was originally going to make this map during the Republican National Convention, but was sidetracked due to other work. Unlike the previous quilt projection maps that I have made most recently, which involved at least one recursive tessellation, this map employs the original style of my hexagon quilts.

This coming Saturday I will be in New York City for the New York Map Society’s monthly meeting. In preparation for my talk, I don’t expect to be blogging much this week because I intend on spending much of my spare time preparing my notes for the talk. If you are in New York, I hope you can make it!

View the Google Map of downtown Saint Paul, Minnesota.

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To celebrate the new procedure I decided to get around to editing the Library of Congress‘ copy of Willem Janszoon Blaeu’s Nova totius terrarum orbis geographica ac hydrographica tabula, which was published in Amsterdam in 1606. I removed the original map from the center and kept the decorative border similar to Nova et Accvratissima Totivs Terrarvm Orbis Tabvla, A New Map of the Terraqueous Globe : according to the the Ancient discoveries and most general Divisions of Geospatial Art, America as a Cloverleaf, and A New And Accurate Map of the World by John Speed. However, unlike the previous antique map mash-ups, which usually feature the earth laid out in two hemispheres, this map uses a rectangular space (Mercator?). The beauty of this open layout is that I can place any of my previously made maps inside of this 402-year-old template.

A common naming practice I’ve noticed in old map is the use of “New & Accurate” and since I like to play around with words, I changed Accurate to Arabesque to create a visual pun. The source map was about 6,500 pixels wide, I underlaid a rotated 9,000 x 6,000 copy of Hirshhorn Quilt to fit perfectly in the center of the new map. I think it would be fun to actually hand-color the engravings on this map to match other copies of this map which have the various figures colored in. The LOC’s copy is uncolored which means that its actually easier to add color to it than if it were already colored because pigment matching is not needed.

: detail of the planet Goddess Venus :

Across the top (left to right) you have the planet gods:

• Luna guiding ships at night
• Mercury holding his Caduceus
• Venus with Cupid
• Sol riding a Quadriga
• Mars being lead by the dogs of war Phobos (Panic) and Deimos (Dread).
• Jupiter with lightening bolts in his hands
• Saturn holding a scythe

Drawn within each of these engravings are the signs of the Zodiac that the planets rule:

• Moon rules Cancer
• Mercury rules Gemini and Virgo
• Venus rules Libra and Taurus
• The Sun rules Leo
• Mars rules Aries and Scorpio
• Jupiter rules Sagittarius and Piscies
• Saturn rules Aquarius and Capricorn

Below I dissect the rest of the border of the map:

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Following up on my new procedural idea from last week, I made this derivative map without publishing the intermediate maps. The unseen steps involve the rendering of a pre-Hirshhorn Quilt, sampling a portion of that quilt, and projecting the imagery again to create the map above. The result, as with all derivative maps, is a more symmetrical, arabesque map. This technique will be used again.

View the Google Map of the Hirshhorn Museum on the National Mall in Ward 2 of Washington, DC.

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Using this portion of North End Quilt, I constructed this derivative Hexagon Quilt Projection map of the area around North End neighborhood of Boston, Massachusetts.

After rendering the map, while I was processing it for on-line publication on this website, I noticed that the source tessellation was off by one pixel and subsequently, this map has a slight defect to it. This is not the first time this has happened, but it makes me disappointed because the map is not perfect like the rest.

View the Google Map of North End neighborhood in Boston.

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Continuing my series of maps of downtown Boston, Massachusetts, today’s map features the North End neighborhood. Settled in the 1630’s, it’s the oldest continuously inhabited portion of the city of Boston.

View the Google Map of North End neighborhood in Boston.

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