 15 years to the Up With People organization.
During his years at Up With People he provided 6 years of full-time service travelling with the international performing groups and working in all aspects of Cast management. Adams then moved into the corporate headquarters where he became the Director of Special Events. This position allowed Terry the opportunity to manage several national and international events including: Super Bowl XXV Pre-game Show (Tampa, Florida), World League of American Football Opening Ceremonies (Frankfurt, Germany), World Ice Hockey Championships (Stockholm, Sweden) and Super Bowl XXIV Corporate Pre-game Gala (New Orleans, Louisiana). Following that assignment, Adams became a Cast Director overseeing all aspects of successful management of a full touring Cast.
In 1995 Adams re-located to Sioux Falls, South Dakota to become the Development Director for a K-12 Catholic School System. Responsibilities there included leadership of all fund raising efforts, alumni activities, special events, major gift giving, and annual giving. He also directed a $5 million capital campaign designed to build a new Junior High School.
Adams joined the Cherry Creek Arts Festival team in February of 2001.
Terry, and his wife Lindsay have three teenage children.Molecular Box Builder makes it possible to construct systems by inserting molecules in a box or filling a box with molecules.
Select a system with which you would like to populate a box in the Document view or in the Viewport. The system can be a single molecule or a set of molecules (structural models, molecules, chains, structural groups, residues, or atoms). Click on the “Set” button.
Click the “Select” buttons to highlight the structure or start/end atoms.
Click the “X” button to clear the currently set molecule.
You can specify how to align a molecule when adding it to the box. If no alignment is chosen, then the molecule will be duplicated in its original orientation. When alignment is chosen then it aligns the molecule’s first principal axis (the first eigenvector of the moment of inertia) with the chosen axis direction. Note that you can choose, for example, +X/-X to change the orientation along the axis.
The molecule box size is automatically computed based on the bounding box of the molecule in the chosen alignment or in its original orientation if no alignment was chosen.
Specify the size of the box. By default, the box is positioned in such a way that its corner is aligned with the origin. If you want to move the box, check the “Center” option, and move the center of the box.
The molecule will be placed in the box such that there will be no clashes between them. If you would like, you can specify the margin between the molecules – it can be positive or negative.
When you change the size of the box or the margin between molecules, the predicted number of molecules that can be placed in the box in each direction (and their total number) is updated in the Generate part.
You can always show/hide the box by pressing the corresponding buttons.
The predicted number of molecules that can be placed in the box in each direction (and their total number) is shown in the Generate part.
If you would like to limit the number of molecules that will be put in the box, then check the “Maximum number of molecules to generate” option and specify this number. Else, it will place as many molecules as possible in the box, which should be equivalent to the predicted number.
To generate a system, press the “Generate” button. Depending on the size of the system, the generation should take a few seconds.
This app can also be used to generate lipid membranes around proteins. Let’s for example build a single layer of lipids around the copper-transporting PIB-ATPase (4BBJ).
First, we need to reorient the protein. For that, right-click on the protein in the Document view, and in the context menu click on “Move selection > Align with Z axis”. Then in the same context menu click on “Move selection > Center on the origin”.
Now, import a lipid. Then select it and set it as the molecule in the Molecular Box Builder app and choose to align its principal axis with the Z axis (e.g., +Z).
Now, we need to specify the box. Set the size of the box and click to center it and move the center to position the box where you would like lipids to be generated with respect to the protein. You can also specify the margin between the inserted molecules if needed. Note: the predicted number of molecules that can be placed in the box in each direction is shown in the Generate part.
In the Generate part, choose the “Consider existing molecules in the box” option to not put lipids on top of the protein.
Now, click “Generate“.
And you should have a single layer of lipids around the protein.
Now, you can minimize, equilibrate, and simulate the system using, for example, GROMACS Wizard (see the GROMACS Wizard tutorial).
If you would like to create a lipid bilayer, then, first, add one layer with e.g. +Z alignment of molecules and then add another layer with the center of the box shifted in Z-direction with the opposite alignment (e.g., -Z).
Note: you can always move and rotate the system in SAMSON using the Move editors.
If you have any questions, please do not hesitate to contact us via our forum.
The Linux Mint team has released Linux Mint Debian Edition 3 with the code-name ‘Cindy’. This release is based on Debian 9.x Stretch series and provides the latest Cinnamon Desktop.
What is LMDE?
Linux Mint Debian Edition (LMDE) is a GNU/Linux distribution based on Debian. It is an attempt to keep the Linux Mint operating system alive if the Ubuntu disappears. Instead of the Ubuntu base used on normal Linux Mint releases, LMDE makes use of Debian packages. It keeps the original Debian packages as it is and provides the latest Cinnamon Desktop and associated components.
What is new in LMDE 3 Cinnamon?
As an experimental release, we can’t expect a long list of unique features on LMDE. It provides everything that an ordinary Linux Mint release provides. The only difference in the base operating system. LMDE 3 is shipped with Cinnamon Desktop 3.18, which is the latest available release at the moment.
For more information on LMDE 3, read LMDE 3 ‘Cindy’ release announcement published on Linux Mint blog.Please refer to the errata for this document, which may include some normative corrections.
This document is also available in these non-normative formats: PostScript version, PDF version, ZIP archive, and Gzip'd TAR archive.
See also translations.
Copyright © 2006 W3C® (MIT, ERCIM, Keio), All Rights Reserved. W3C liability, trademark and document use.
This document contains the XHTML™-Print W3C Recommendation of 20 September 2006, which has incorporated the disposition of Proposed Recommendation feedback. minor suggestions made during the XHTML-Print Proposed Recommendation of 31 January 2006 and also removes any requirement for CSS support; please see the public disposition of comments for details. Evidence of interoperability between two implementations of this specification is documented in the Implementation Report. document to www-html-editor@w3.org (archive).
All sections of this document are normative unless noted as informative.
This section is informative.
This document specifies a simple XHTML based data stream suitable for printing as well as display. It is based on XHTML Basic [XHTMLBASIC]. provides a strong basis for consistent printing results without a detailed understanding of each individual printer's characteristics. might. Scripts MUST NOT be executed and their results MUST NOT be printed. If a
noscript element is present, it contains alternate content that MUST be printed in
place of the content of the
script element.
Events are not applicable to static, printed versions of a document. Therefore, the Intrinsic Events module is not part of XHTML-Print.
Many simple printers cannot print a wider variety of fonts than provide simple control over basic font variants and rules..
The W3C architectural specification Character Model for the World Wide Web 1.0 [CHARMOD] gives the RECOMMENDED representation of characters in XHTML-Print. Authors of XHTML-Print producing applications should be aware that low cost printers might be limited in both processing power and memory and therefore, that normalized utf-8 encoded documents could print more quickly than documents in other forms and encodings." with an OPTIONAL "profile" parameter of ''. An OPTIONAL "charset" parameter MAY be provided with the MIME type. Invalid values MUST be ignored and the result be as if the value were "utf-8". Usage of the OPTIONAL "charset" parameter is as described in Section 3.2 of RFC3023 - XML Media Types [RFC3023]. Usage of the OPTIONAL "profile" parameter is as described in Section 8 of RFC3236 - The 'application/xhtml+xml' Media Type RFC3236].
A printer user agent MUST conform to the XHTML Family User Agent Conformance section of the Modularization of XHTML specification ([XHTMLMOD], section 3.5) with the following exceptions and additions:
heightand
widthattributes and MAY optionally draw a box around this space of the size specified for the image.
heightand
widthattributes are not provided, the printer MUST attempt to print the image at its intrinsic size. If the image data contain no size information, this specification does not define the size at which the image will be rendered.
xml:langattribute are not REQUIRED to adhere to