Transforming 3d Print

[Mauricette Atencio]

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Chapter 3 Working Toward Human-Centered, Reparative Change through Print Collection Development at the University of Denver
Jennifer Bowers, Katherine Crowe, Peggy Keeran, Jack Maness, Denisse Solis, and Shannon Tharp

Lorrie McAllister is Associate University Librarian for Collection Services and Analysis at Arizona State University, where she is responsible for information resources services related to all segments of the print and digital collections lifecycle, including facilitation of access to information resources through selection, acquisition, licensing, description, management, access, and preservation. McAllister also advocates for strategic initiatives and projects through establishing partnerships, working with collaborators, and writing grants.

The former Association for Library Collections and Technical Services (ALCTS), the Library Information Technology Association (LITA), and the Library Leadership and Management Association (LLAMA) are now Core: Leadership, Infrastructure, Futures, a new division of ALA. Its mission is to cultivate and amplify the collective expertise of library workers in core functions through community building, advocacy, and learning.

McAllister is Associate University Librarian for Collection Services and Analysis at Arizona State University, where she is responsible for information resources services related to all segments of the print and digital collections lifecycle, including facilitation of access to information resources through selection, acquisition, licensing, description, management, access, and preservation. She also advocates for strategic initiatives and projects through establishing partnerships, working with collaborators, and writing grants. Laster is the Head of Open Stack Collections at Arizona State University Library. She has extensive prior experience as a government information librarian.

The former Association for Library Collections and Technical Services (ALCTS), the Library Information Technology Association (LITA), and the Library Leadership and Management Association (LLAMA) are now Core: Leadership, Infrastructure, Futures, a new division of ALA. Its mission is to cultivate and amplify the collective expertise of library workers in core functions through community building, advocacy, and learning.

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Indeed. If it's being printed very frequently, I personally try to keep those to a minimum and for only certain tests. Infrequent, I don't mind either way, while debugging; if the info is helpful in some way, that's all I need.
Just remove it when it's no longer needed.

How would i make it so that it opens when i click GUI button? i have this debug menu here, which would be great idea to to use to print it: And also how would i open and close GUI box with its contents from a button of a keyboard like the tilde key? Sorry if it goes a bit out of topic, next time i make new topics if i have more questions.

If that is for in-game, I'd suggest that you use UGUI. You can find these/this by the 'Create' menu -> UI -> (panel , text, etc..). Much more widely used, and talked about on the forums.
My knowledge of OnGUI stuff is limited, but you can search the manual.

One way to pause the game is to set the timeScale to zero. If you do that, remember to set it back to '1' when you unpause. Adding text to the screen can be done with the UGUI mentioned above and creating a 'Text' game object :)

If you really wanna go with that legacy UI system, you would cache the current color, set a new color, draw the tinted elements and set the old color again before the next UI elements that need to be rendered using the old color.

Clearly I'm not doing something right. Any advice would be appreciated. Apologies if I've posted in the wrong place or if this has already been answered. I've already seen the following pages but either the solution was not clear or I did not find it useful:

Edit: Okay so I clicked on the Poster tab in Adobe Acrobat's print dialog and changed the scaling down (to 93%) until two pages showed up on the right-hand-side. I then managed to print off the two A4 pages as required except that there is a white margin around each A4 printed paper. I even tried the A4 source with no margins but to no avail. Regardless, this doesn't feel like the proper way of doing it.

You need to realise that most printers have a margin of 5mm or more, within which they cannot print. Hence, a full A3 will require more than 2 A4 printer sheets. That is why you need to scale down (I used 96%), and why the A4 sheets will show a white border.

Very helpful indeed.
'Using Adobe Acrobat Reader, select "Poster" in the print dialogue box. Set the paper size to A4, orientation to Landscape, and it will then print the A3 poster on 2 A4 sheets.'worked very well. I will now print the relevant docs to pdf and then follow the above. Thanks !

This IDC study assesses the transformative activities of the major office printing vendors on a worldwide basis. Organizations using this IDC MarketScape for worldwide print transformation can identify vendors with strong offerings and well-integrated business strategies aimed to keep the vendors viable and competitive over the long run.

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We thank D. Bono for help in magnetic characterizations. This work is supported by the National Science Foundation (CMMI-1661627) and the Office of Naval Research (N00014-17-1-2920) and the MIT Institute for Soldier Nanotechnologies. Y.K. acknowledges financial support from Harvard-MIT Division of Health Sciences and Technology. H.Y. acknowledges financial support from a Samsung Scholarship.

Y.K., H.Y., R.Z. and X.Z. designed the study and interpreted the results. H.Y., Y.K. and X.Z. conceived the idea of printing ferromagnetic domains. H.Y. and X.Z. developed the 3D printing platform. Y.K. and H.Y. developed materials and methods of printing and performed material characterizations. Y.K. designed and fabricated the printed structures and demonstrated their functions. X.Z., R.Z. and Y.K. developed the theory for soft materials with ferromagnetic domains, R.Z. and S.A.C. implemented the numerical models, and R.Z. performed the simulations. Y.K., H.Y. and R.Z. produced the figures and videos. Y.K. and X.Z. wrote the manuscript with input from all authors. X.Z. supervised the study.

a, A fibre printed with a nozzle of diameter 410 m in the absence of applied magnetic field. b, A fibre printed with a nozzle of diameter 410 m in the presence of an applied magnetic field of 50 mT at the nozzle tip. No obvious aggregation of ferromagnetic particles in the printed fibres can be observed.

a, Experimental setup with a vibrating sample magnetometer for measuring the magnetization of a sample printed with a nozzle of diameter 410 m under the presence of magnetic field of 50 mT at the nozzle tip. b, Magnetization values measured at various angular positions of the printed fibres with respect to the external magnetic field applied by the vibrating sample magnetometer.

a, Exploded and bottom views of the printed device, in which soft electronic circuitry and components are embedded by means of a hybrid fabrication process based on multimaterial 3D printing. b, Two different shapes depending on the direction of applied magnetic fields of 30 mT, which yield different electronic functions (red micro-LEDs lit up in Mode 1 and green micro-LEDs lit up in Mode 2). c, Schematic diagram of the embedded soft electronic circuits, which are designed to turn active only in the designated mode of transformation owing to the selective contact with the gold electrode on the substrate.