Quarter Walkarounds Slide

8/8/2019 Quarter Walkarounds Slide

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1/4 WALKAROUNDSS.C.I.F.I.


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S.C.I.F.I.The Society forCollaborative Investigation

into Futuristic Inventions


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OBJECTIVES AND INSPIRATIO


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Holographic Command Center System

Avatar


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This computer program which I designed, patent pending, accepts a fulinput, processes it, and then projects it as a three dimensional hologra

- Angela in Bones


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Augmented Reality Locator System

Dead Space


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THE PROJECTOGRAPHA display that will allow you to experience an interactive 3D volumetric vi


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THE PROJECTOGRAPH

displays volumetric model

interactive

easily scalable

readily manufacturable

economic

KEY FEATUR


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THE PROJECTOGRAPH


interactive

easily scalable


economic

KEY FEATUR


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THE PROJECTOGRAPH


interactive

easily scalable


economic

KEY FEATUR


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THE PROJECTOGRAPH


interactive

easily scalable


economic

KEY FEATUR


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THE PROJECTOGRAPH


interactive

easily scalable


economic

KEY FEATUR


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THE PROJECTOGRAPH

Persistence of Vision

Persistence of vision is the phenomenon of the eyeby which an afterimage is thought to persist forapproximately one twenty-fifth of a second on theretina.

- wikipedia

EXISTING TECHNOLOGIES_RESEAR
http://en.wikipedia.org/wiki/Afterimagehttp://en.wikipedia.org/wiki/Afterimage


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THE PROJECTOGRAPH

2D Persistence of VisionThese devices create an image or text on a 2D plane. This is oftenachieved by waving a wand of LEDs very quickly or by spinning a similarwand around a pivot like a bicycle wheel or a spinning plate.

3D Persistence of VisionThis type of display works on a similar principle to the 2D POV devices except the

wand is moved in a 3D space. Doing this creates an image with three dimensions.Only the shell of an object can be seen, but nothing inside of the object.

Volumetric Persistence of VisionThis last type of display involves rotating an image plane around a central axis.Doing so not only creates an image field in width and height, but also in depth. Aviewer can see inside an object, and not just through it.



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THE PROJECTOGRAPHCOMPONENTS_RESEAR

Projection LED LEDProjectors,

special screenCustom LED

DisplayLED monitor

motor

- slip ings

computer

utoBlock RPM

Hardwar /software for i teraction


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THE PROJECTOGRAPHPROS AND CO

Spinningwires

PixelDensity

MarketAvailability

AcceptableFrameRate

ImageCalibration

WeightDoublesided

Visibility

Projection X High O X O Light O Medium

CustomLED

O Low X O X Medium X High

LEDmonitor

O High O O X Medium X High


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3D-TO-VOLUMETRIC SOFTWAAn application proprietary for the Projectograph


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3D-TO-VOLUMETRIC SOFTWA

Converting 2D data to a 3D volume usingcomplex slicing and rendering algorithm

Viewing and editing geographic terrain

Applicable to the Projectograph

KEY FEATUR


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KEY FEATUR


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KEY FEATUR


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Research on volumetric displays has been going onsince the 40s.

There are many 2D and 3D styles of Persistence of

Vision machines, but only a few which display a truevolume.

Interactive 360 Light Field Display from the ICTGraphics lab at USC

3D-TO-VOLUMETRIC SOFTWAEXISTING TECHNOLOGIES_RESEAR


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OpenFrameworksprovides an easy platform todevelop 3D applications from an artisticperspective. Because it is based in C++, it isalso very fast for complex computationalprocesses.

There are two methods used for creatingvolumetric displays on the software side:vector based, and raster based.

Images are often sliced into pieces similar toMRI scans in order to display a 3D image.

COMPONENTS_RESEAR


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Pros

When viewing a volume created and optimized by thesoftware, it is easier to understand spatial relationshipsand scale as opposed to viewing them on a 2Dscreen.

Packaging the software with the hardware is a good

way to showcase the products.

PROS AND CO

Cons

The process of converting 3D space render is a complicated and computaexpensive process

While a lot of research has been donpeople have actually published their fi

that is easy to find. As such, there is from other than photos and a few illu


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THE OCULAR PROSTHETOSCOAn augmented reality system that will give you a full-bodied GPS-powered guidance


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THE OCULAR PROSTHETOSCO

get situation critical information and displaying iton a layer over users real environment.

add points of interests and display vectortowards destination.

be stereoscopic to prevent users disorientation

KEY FEATUR


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be stereoscopic to prevent users disorientation

KEY FEATUR



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be stereoscopic to prevent users disorientation.

KEY FEATUR



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Heads Up Displays for pilotsUsed to relay flight information so that the pilot does not haveto look away from his environment.

Any GPS systemFound in cars, phones, cameras, and stand-alone objects, these

devices are used to tell the user where they are, and often,where they need to go next.

Recon Instruments Ski GogglesSimilar to a HUD for pilots, these commercially available skigoggles display information about the slopes, the users speed,gps location, and other pertinent information.




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Vuzix Wrap 920AR goggle

These goggles feature a stereoscopic display and dual camerasover the users eyes. When used together, they can display 3Dinformation as on overlay to the users environment.

Droid X

A smartphone that has both a USB port for data input and anHDMI port for high-definition video out. It also features GPScapabilities, a digital compass, and orientation sensors which weplan on using.

HDMI micro to HDMI cable and HDMI to component cable

Both of these cables allow the Droid X to display data on the VuzixWrap 920AR goggles.

COMPONENTS_RESEAR



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Pros

Offers hands-free operation at eye level.

Doesnt rely on street map information. Instead usesvector-based navigation method.

Additional information can be displayed: hazard zones,search area information, digital compass.

PROS AND CO

Cons

Wearing some kind of head mountedcause disorientation.


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SCHEDULE

1 2 3 4 5 6 7 8 9 10 11 12 13 14

The Projectograph 3D-to-Volumetric Software The Prosthetos

brainstorming research

1/2presentation

User TestTweak

SoftOpenin

User Test

Tweak

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User Test

Tweak

Form Factor Design phase

Software Development

FinalProduct

Development onemulator

Development on hardware

User test

User test

Form Factor Building phase

User test


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QUESTIONS / COMMENTS

Documents

Quarter Walkarounds Slide