Teino Boswell Teino1978-Corp

Author/Contributor Metadata

Information about an author can include: firstname, lastname, fullname, lastname-comma-firstname, role, primary-or-notprimary, photo, photo credit, photo orientation, residence, biographical information. Some books have multiple contributors.

Site	Notes
iBooks	Author information is entered in a native Mac app, iTunes Producer, on the "details" tab of a new book file, and stored locally as an .itmsp file. Dropdown for Role (with an insane long list of predetermined roles), dropdown specifying whether the role is Primary or Not Primary, two text areas for author name: "Firstname Lastname", and "Lastname, Firstname"
Nook	Separate fields for First Name, Last Name, and Role, entered on Title & Description page of NOOK Book Details section. Max of 5 "contributor" objects. Plain-textarea limited to 2,500 characters for "About the Author(s)".
Kobo	Single text field for "Firstname Lastname". First entry is automatically designated as Primary autho

Cloud Providers

Authors: Matthew D. Lew,  Alexander R. S. von Diezmann & W. E. Moerner

Abstract

Automated processing of double-helix (DH) microscope images of single molecules (SMs) streamlines the protocol required to obtain super-resolved three-dimensional (3D) reconstructions of ultrastructures in biological samples by single-molecule active control microscopy. Here, we present a suite of MATLAB subroutines, bundled with an easy-to-use graphical user interface, that facilitates 3D localization of single emitters (e.g. SMs, fluorescent beads, or quantum dots) with precisions of tens of nanometers in multi-frame movies acquired using a wide-field DH epifluorescence microscope. The algorithmic approach is based upon template matching for SM recognition and least-squares fitting for 3D position measurement, both of which are computationally expedient and precise. Overlapping images of SMs are ignored, and the precis

1, add a new project from add new

2, add podfile on the root folder

3, pod install

	""" *******************************************************************************
	Prints out the query results in a HTML format or in a dump file
	in an HTML format the function will paginate the data
	numResidues = total # of residues in query
	Result_Set = set of results to be printed
	Per_Page = number of results to show per page
	toFile = file to dump results to
	************************************************************************** """
	from __future__ import with_statement
	from threading import Thread, Lock

	// http://matsuhilog.blogspot.jp/2013/05/performance-analytics-in-android.html
	// https://code.google.com/p/codenameone/issues/detail?id=294
	public static String getDefaultUserAgent(Context context) {
	String ua;
	if (Build.VERSION.SDK_INT >= 17) {
	ua = Util.getDefaultUserAgent(context);
	} else if (Build.VERSION.SDK_INT >= 16) {
	ua = Util.getUserAgent(context);
	} else {
	try {

	final Form hi = new Form("Hi World");
	final WebBrowser b = new WebBrowser(){
	@Override
	public void onLoad(String url) {
	final BrowserComponent c = (BrowserComponent)this.getInternal();

	// Create a Javascript context for this BrowserComponent
	final JavascriptContext ctx = new JavascriptContext(c);]

	// Create a new Javascript object "camera"

	/**
	* Your application code goes here
	*/

	package userclasses;

	import generated.StateMachineBase;
	import com.codename1.ui.*;
	import com.codename1.ui.events.*;
	import com.codename1.ui.layouts.BorderLayout;

	public void start(){
	Form hi = new Form("Google Direction Service");

	final GoogleMap map = new GoogleMap();
	hi.setLayout(new BorderLayout());

	final TextField start = new TextField();
	start.setHint("Start location");

	package com.whoztop.ictest;

	import com.codename1.ui.Component;
	import com.codename1.ui.InfiniteContainer;
	import com.codename1.ui.Label;


	public class VertIC extends InfiniteContainer
	{
	private static final int ITEMS_IN_ONE_GULP = 1000;