In 2016, I took a position as an adjunct professor teaching courses in the field 3D modeling, modeling for games, and surface shading. Something I am doing to putting together some of my lesson plans into small metabolize lessons for the students or who ever wants to come to my site. Some of the lessons are very simple and common practice. Other portions of my lessons like 3D modeling involves techniques that are unique to my own workflow. It also includes a some insight to the history of computer graphics and effects. If you like my work or have any specific question you want answered or more detail on how to accomplish stuff, feel free to contact me. I believe artists have a hard time getting resources and there was this push to horde all the information when I was a student. So here on my site I have all my tutorials for free and it shall remain that way. Kriss Vector WIP (Need to clean up topology, hunt down the N-gons and UV map)
Here we have an array selection module in a flat design. The X and Y axis displays the controller type versus the capacity. The array viewer shows a representation of the utilization of the CPU, cache and capacity in relation the application load out to the right.
Human Immortality
David Sinclaire
Resvaritrols clipping the ends
Sartuans?
Aubrey de Grey
Aging looked at a complete maintenance like a car
Aging is damage to cells.
Current understanding
Tolermerease - shortening of tolemeres
Obseity connected to shrinking brains - Charles Eugster
work out more
Hugh Her
bionic legs
look up
bionic eyes
Visualizing the the DNA after sequencing is cool but what does that really offer us? I would like to add a bunch of real time recognition of the code compared to databases like NCBI that can used to identify what was amplified. For example mitochondrial DNA and its origin. I want to include demographic comparison maps. health concerns and other things the code can tell us.
The human eye can instantly detect what is critical using red and blue colors that are fading. This allows the user to see hundreds or thousands and pools on a screen and instantly be able to identify the problem areas where if this were visualized by traditional text, it would be lost and need the aid of a computer to tell the use where are the problem areas.
The technology allows for scalability of arrays rather buying the next teir up saving the clients money if they only need double the capacity. It also allows for a system administrator move virtual pools across other arrays by dragging them to other controllers. We adopted a drag and drop system to allow for the creation of pools and the manipulation of pools.
2013,
Lucio at the Media Lab with David Kelley. David Kelley famously packaged the Apple Mouse from the clunky prototype made by Xerox PARC.
Lucio at the Media Lab with David Kelley. David Kelley famously packaged the Apple Mouse from the clunky prototype made by Xerox PARC.
The idea behind this inspiration was a weather channel. Just like one would look at the forecast for the week, a cloud administrator would look at the overall health and forecasted health of this system. If the system is healthy the application will have a blue background and when its unhealthy, it will turn red.
Forgive for moment that the health monitoring dashboard and the service tier mechanic does not look like the same product. This is because we developed both mechanics at different times. We were contracted by the company March 2015 to design the provisioning feature and the health dashboard was completed in August 2015. The completed project unifies both mechanics and then I re designed the visual style guide for both so they look part of the same identity package.
Here we have a disk representing a virtual pool. Each segments represents a datastore within the pool. Selecting the datastore will pull the segment from the disk and then the information about the datastore will be displayed. This Shows utilization with live data and snapshots, the reservation amount and the total available to the datastore. Here we have another visual treatment giving us the same information as above. This was another milestone in our design process. The inspiration behind this design was the heads-up display in a jet fighter.
6.5 Creedmoor Load Data
Criterion Barrel 24 inch Stainless Steel |
Round Count:
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140 rnds factory
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Hornaday Factory
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Winchester Super Perfomance Factory 140 gr
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Factory Brass
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36.0 Grains of 8208. Exibits signs of primer cratering but primers are not flat. Cycled but bolt did not stay back. Extremely accurate.
37.0 Grains Show extreme stress.
Primers are not completely flattened. Brass lips show deformation at point of extraction Primers show cratering 38.0 Grains show signs of pressure. Primer is punched through.'
Primers are flat |
IMR 4895
36.0 Grains Appears to be accurate.
IMR 4350
8208 XBR is too fast for the Creedmoor. Its very accurate but not fast enough and doesn't allow my rifle to cycle properly.
41..5. not acceptable accuracy
41.7 grains IMR 4350 is the more accurate. Exhibit signs of pressure
42.0 4350IMR improved accuracy. Starting to flatten the primers. performs better than 41.7 primer craters. Still doesn't beat my 8208 accuracy at 36.0 grains.
42.2 is a success. Achieves accuracy comprehble to the8208 reciepe
VARGET
36.0 Grains of varget is extremely accurate. possible node.
37.0 less accurate
37.5 blows primers accurate