The Daily Render

A Digital Scrapbook for the Past, Present, and Future

Meridian Hill Park Quilt #4
|| 7/26/2008 || 4:08 pm || Comments Off on Meridian Hill Park Quilt #4 || ||

: rendered at 18,000 X 12,000 :
Meridian Hill Park Quilt #4 by Nikolas R. Schiller

I’ve been doing some research on an old sculpture that used to be in Meridian Hill Park that will be featured in an upcoming posting. In preparation, I decided to make a quilt projection map of the park using the newest available imagery. Unlike the previous three, which were some of the first to use my recursive tessellation technique, the newer imagery captures less of the area surrounding the park and more detail of the park itself. This is simply due to the fact that the newer imagery has a high spatial resolution than the older imagery, which correlates to more detail, but less geographic coverage. Since the aerial photography was taken in the early spring, the fountains were still in their winter slumber and I imagine that if it were taken in the summer the coloration would be vastly different.

When constructing this map, I used my new technique hypothesized in May and first rendered a hexagon tile and then took a portion of that tessellation and used it here. The result, which I am seeing for the first time, is that you can see the hexagon shape around the center of this square quilt projection map quite easily. From my understanding, depending on the location of the recursive sampling within the first map, I’ll be able to see it’s respective geometry embedded in the second map. However, I think it’s nearly impossible to fully gage the geometry of the original map after two recursions because each subsequent sampling makes it more difficult to see the geometry present in the previous map.

View the Google Map of Meridian Hill Park in Washington, DC.

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New York Public Library Quilt
|| 6/25/2008 || 7:50 pm || Comments Off on New York Public Library Quilt || ||

: rendered at 18,000 X 12,000 :
New York Public Library Quilt by Nikolas R. Schiller

This fractal octagon quilt projection map was recursively rendered four times before the final result above. It took approximately two hours for each rendering to complete and then each tessellation was sampled while maintaining the source spatial integrity. Altogether this map took about 12 hours of rendering time and post-processing time to complete. I intend on printing this out for the upcoming lecture.

View the Google Map of the area around the New York Public Library in New York City.

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Swampoodle Quilt #3
|| 5/14/2008 || 6:12 pm || Comments Off on Swampoodle Quilt #3 || ||

: rendered at 18,000 X 12,000 :
Swampoodle Quilt #3

Using this portion of Swampoodle Quilt #2, I constructed this derivative Diamond Quilt Projection map of the area around the Artomatic 2008 venue in the Swampoodle neighborhood in Washington, DC.

After making this map I conceived an alternative procedural route to constructing future derivative maps. Those of you that have read this blog for awhile know that I do sequential maps, where you can literally see the visual process of what part of the previous map was used to construct the next map. However, this recursive process shows all the intermediate maps, when sometimes I just want to get to the final map. So the idea is to make smaller maps, like 12,000 x 12,000 (square not 3:2) and sample these maps first and not publish the intermediate maps. For example, I make a map of a new location and after processing that map, I sample it and render another map, sample that map, and render that map as the final map of the geography. The difference here is that I would not publish the intermediate maps as [City] Quilt #2, #3, etc. but just the final map. I’m going to try that next.

View the Google Map of the Swampoodle neighborhood in Ward 6 of Washington, DC.

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Swampoodle Quilt #2
|| 5/13/2008 || 4:43 pm || Comments Off on Swampoodle Quilt #2 || ||

: rendered at 18,000 X 12,000 :
Swampoodle Quilt #2

Using this portion of Swampoodle Quilt, I constructed this derivative Dodecagon Quilt Projection map of the area around the Artomatic 2008 venue in the Swampoodle neighborhood in Washington, DC. Up next is second derivative map that samples a portion of this map.

View the Google Map of the Swampoodle neighborhood in Ward 6 of Washington, DC.

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North End Quilt #2
|| 4/25/2008 || 8:26 am || Comments Off on North End Quilt #2 || ||

: rendered at 18,000 X 12,000 :
North End Quilt Quilt #2

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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Vassar Quilt Refraction
|| 3/28/2008 || 3:46 pm || Comments Off on Vassar Quilt Refraction || ||

: rendered at 15,000 X 10,000 :
$Vassar Quilt Refraction$

Using this portion of Vassar Quilt #2, I made this derivative map of Vassar College using added elements from the Lenz projection. The optics create a very unique sense of depth at the center of the map. I also added four other optical elements that create a fluvial design, almost appearing to flow toward the center.

View the Google Map of Vassar College in Poughkeepsie, New York.

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Vassar Quilt #2
|| || 3:28 pm || Comments Off on Vassar Quilt #2 || ||

: rendered at 18,000 X 12,000 :
Vassar Quilt #2

Using this portion of Vassar Quilt, I made this derivative map of Vassar College. For more information about this imagery see my previous posting or read the metadata. There will be a third map in this series that is vastly different than the previous two. It should be on-line shortly.

View the Google Map of Vassar College in Poughkeepsie, New York.

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Scott Circle Quilt #2
|| 3/9/2008 || 9:10 pm || Comments Off on Scott Circle Quilt #2 || ||

: rendered at 18,000 X 12,000 :
Scott Circle Quilt #2 by Nikolas Schiller

View the Google Map of Scott Circle in downtown Washington, DC.

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Scott Circle Quilt
|| 3/8/2008 || 1:32 pm || Comments Off on Scott Circle Quilt || ||

: rendered at 18,000 X 12,000 :
Scott Circle Quilt by Nikolas Schiller

I am in the process of making hexagon quilt projection maps of all the major traffic circles in Washington, DC. I have most of the circles covered and intend on continuing this project as I acquire new imagery of Washington, DC. Of important note is that Dupont, Logan, Washington, and Scott circles all lie with the area that is censored in Google Maps. Also, this is one of the first maps that I’ve made in a few years that features National Geographic‘s headquarters. I will probably make a derivative map dedicated to National Geographic.

View the Google Map of Scott Circle in downtown Washington, DC.

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Washington + Dupont Circle Quilt
|| 3/2/2008 || 11:43 am || Comments Off on Washington + Dupont Circle Quilt || ||

: rendered at 18,000 X 12,000 :
Washington + Dupont Circle Quilt by Nikolas Schiller

I decided to switch things up a bit with today’s rendering. I have become very efficient with most of the processes used to create my maps, which both makes them standardized and sometimes a bit too similar to each other (while paradoxically being different geographies). This map and probably the next few maps are going to be slightly different.

In order to have the most recent maps of Logan Circle, Dupont Circle, and Washington Circle look similar to each other, I would take the first derivative tessellation and overlay it on top of the tessellation that I was constructing. By adjusting the transparency, I can overlay the circles directly on top of each other which makes the subsequent map look nearly identical.

Normally, I simply delete the original tessellation when I have the two lined up perfectly, however in today’s map I chose to not delete the other map. Instead, I adjusted the transparency of Dupont Circle to 51% to show both geographies at once. The result is something that I wasn’t expecting, but am quite pleased with the results. I can see myself using this process again. It’s like a double exposure…

View the Google Map of Washington Circle in the Foggy Bottom neighborhood of Washington, DC.

View the Google Map of Dupont Circle in Washington, DC.

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Nikolas Schiller is a second-class American citizen living in America's last colony, Washington, DC. This blog is my on-line repository of what I have created or found on-line since May of 2004. If you have any questions or comments, please contact: