Event Location:
Hilton Reykjavik Nordica
Suourlandsbraut 2
Reykjavík, Gullbringusysla, Iceland
Abstract:
Pop quiz DBA: Your developers are running rampant in production. Logic, reason, and threats have all failed. You're on the edge. What do you do?  Hint: You attend Revenge: The SQL! This session will show you how to "correct" all those bad practices. Everyone logging in as sa? Running huge cursors? Using SELECT * and ad-hoc SQL? Stop them dead, without actually killing them. Ever dropped a table, or database, or WHERE clause? You can prevent that! And if you’re tired of folks ignoring your naming conventions, make them behave with Unicode…and take your revenge! Revenge: The SQL! is fun and educational and may even have some practical use, but you’ll want to attend simply to indulge your Dark Side. Revenge: The SQL! assumes no liability and is not available in all 50 states. Do not taunt Revenge: The SQL! or Happy Fun Ball.
Speaker(s): Rob Volk,
Abstract:
SQL Server is a high performance relational engine and provides a highly scalable database platform but due to its complexity (and bad programming practices) can be prone to serious concurrency problems, unexpected behaviors, lost updates and much more! In SQL Server 2005, two optimistic concurrency mechanisms were introduced and touted as the solution to all our problems. Now in SQL Server 2012, 2014 and 2016 even more have followed, but many challenges and problems still remain. Let’s take a long look into the world of SQL Server concurrency and investigate Pessimistic and Optimistic isolation understanding how they work, when you should use them, and more importantly when they can go very wrong. Don't be staring down the wrong end of SQL Server's two Smoking Barrels and join me for this revealing and thought provoking presentation.
Speaker(s): Mark Broadbent,
Abstract:
Based on our work with converting an existing application to memory optimized tables and natively compiled stored procedures this session, will take you through this journey and show you the (large) gaps between what we have in our normal SQL belt and what is possible in Natively compiled stored procedures. I will show how to overcome all the gaps and get all out normal stuff to work in these monster fast procedures – even the things that the documentation says cannot be done. You will therefore be taken through the concept of in-memory tables and what to be aware of when considering converting your database tables and code to In-Memory tables and through a life migration demo be given all the tips and tricks I picked up while doing so. After attending this session, you will be able to leverage on the new concepts and work your way around its current limitations to gain enormous speed increase and a lock-free environment.
Speaker(s): Rasmus Reinholdt,
Abstract:
SSIS is a powerful tool for extracting, transforming and loading data, but creating and maintaining a large number of SSIS packages can be both tedious and time-consuming. Even if you use templates and follow best practices you often have to repeat the same steps over and over and over again. Handling metadata and schema changes is a manual process, and there are no easy ways to implement new requirements in multiple packages at the same time. It is time to bring the Don't Repeat Yourself (DRY) software engineering principle to SSIS projects. First learn how to use Biml and BimlScript to generate SSIS packages from database metadata and implement changes in all packages with just a few clicks. Then take the DRY principle one step further and learn how to update all packages in multiple projects by separating and reusing common code. Speed up your SSIS development by using Biml and BimlScript, and see how you can complete in a day what once took more than a week!
Speaker(s): Cathrine Wilhelmsen,
Abstract:
The quickest way to migrate your on-premises OLTP database to Azure is to simply "Lift Shift". You create a vm in Azure and size it to match your local system and move your database into it. This might not be the most cost effective way though and also, you still have to do all the database maintenance yourself. In this session we will investigate how we could use more of the cloud features like SQL Database, Redis Cache, Search, etc. in order to truly scale our system. And we'll see if this increases or lowers the total cost of ownership. This excercise is about an OLTP system but we will also look at how it affects loading our DWH from this new setup.
Speaker(s): André Kamman,
Abstract:
DataZEN? Reporting Services? Power BI? Third Party Tools? If you apply Microsofts strategy Cloud First Mobile First to Microsoft BI you may wonder where you find the right direction on Mobile BI in this strategy. In the last years the mobile part was somehow in the fog. This session will jump into the jungle of different approaches and will deliver a clear and understandable Matrix, when you should use what and how it may or may not meet your expectations. We will review the different toolsets under Self-Service and Corporate BI Standards and of course we also check the mobile device shop to see, which offering fits best on the Hardware available.
Speaker(s): Oliver Engels,
Abstract:
If you like to visualize data in the Microsoft Data Platform you use the visualization power of Excel, Power BI or Reporting Services. With the integration of R a 4th force is approaching to help you achieving great visualization results in new ways. This session will help you with the basics of the R language, the integration and of course, applying visualization best practices to it. Base on live demos, we show how to start, what R libraries are useful, how to integrate R in your favorite reporting tools like SSRS or Power BI and what you need to apply corporate identity, manage code and a proper development life cycle. When you walk out of the session, you will think the 4th force is with you and gives you additional visualization super power for your job.
Speaker(s): Oliver Engels,
Abstract:
Have you pulled a script to identify duplicates from a blog post, but couldn’t quite get it to work, because you weren’t sure what that ROW_NUMBER() function was doing. Maybe you heard talk about creating running totals without using sub-queries, but you got frustrated when the groups weren’t totaling correctly. Or maybe, you’ve never even heard of Window Functions. All are good reasons to attend this all-demo session which demystifies this versatile T-SQL tool. First, we’ll break apart the OVER clause, the key to understanding how window functions work. Then we’ll expand on each group of functions that can use the OVER clause: ranking, aggregate, and analytic functions. Finally, we’ll look at real scenarios where this tool works and talk about performance considerations. When you leave, you’ll have the fundamentals you need to fully develop your mastery of Window Functions.
Speaker(s): Christina Leo,
Abstract:
Persistence of databases and crash recovery is a fundamental problem in systems research, particularly in database management systems, key-value stores, and file systems. Crash recovery is hard to get right; as evidence ten-year gap between the release of commercial database products, System R and DB2 and the development of a working crash recovery algorithm. Even after it was invented, another five years passed before the algorithm was proven correct. Modern day Database owners and administrators have to navigate trough a horde of backup methodologies and false promises in order to preserve data. In this lecture we will cover many of the modern day database data protection technologies, and there pros and cons.
Speaker(s): Asgeir Gunnarsson,
Abstract:
What if migrating SQL Server instances was as simple as executing a single command? In this presentation, I'll cover the reasons companies migrate, the ways SQL migrations are usually performed, and the considerations that must be made when performing a migration. Then I'll show you how to use the PowerShell dbatools module to simplify your SQL Server migrations. dbatools makes migrating databases, logins, linked servers, credentials, jobs, database mail, and other essential SQL components extremely easy.
Speaker(s): Chrissy LeMaire,
Abstract:
One of the hardest things to do in SQL is to identify the cause of a sudden degradation in performance. The DMVs don’t persist information over a restart of the instance and, unless there was already some query benchmarking (and there almost never is), answering the question of how the queries behaved last week needs a time machine. Up until now, that is. The addition of the QueryStore to SQL Server 2016 makes identifying and resolving performance regressions a breeze. In this session we’ll take a look at what the QueryStore is and how it works, before diving into a scenario where overall performance suddenly degraded, and we’ll see why QueryStore is the best new feature in SQL Server 2016, bar none.
Speaker(s): Gail Shaw,
Abstract:
Like Frankenstein's Monster (or our teenagers) things get released into the wild and behave differently than planned - database usage patterns are no different. Join Tim as he reviews what to look for when tweaking your index strategy: poor clustering key decisions, underutilized indexes, covering indexes gone wrong, overlooked heaps and fill factor failures are just a few of the blunders to be identified. A working knowledge of Dynamic Management Objects, indexing internals, and eagerness to experiment with metadata is a prerequisite!
Speaker(s): Tim Ford,
Abstract:
You've learnt the basics of cloud computing and taken a tour of Microsoft Azure. It's now time to take a deeper look at using Azure SQL Database. In this presentation we will have wall to wall demos on creating, configuring, connecting, using, securing, monitoring, uploading, scheduling and syncing your SQL Azure database. We will specifically cover •Linked Servers •Mobile App WebJobs •Azure Automation •Monitoring and Alerts •Firewall Rules •Dynamic Data Masking •Always Encrypted •Stretch Tables •DACPACs and BACPACs By the end of this sessions you will some way to becoming an Azure Jedi
Speaker(s): David Postlethwaite,
Abstract:
The prevailing opinion is that the optimizations for SQL Server are usually only done on the server itself. But is there anything we can do on the client to gain more speed? In this session aimed at .Net and SQL developers, we'll dive into the workings of the .Net SqlClient and give you insight into way more than just SqlCommand.ExecuteReader() and SqlCommand.ExecuteNonQuery().
Speaker(s): Mladen Prajdić,
Abstract:
In early 2015, Microsoft delivered a new Version of Power BI, Power BI 2.0. After publishing the new Version they kept publishing updates each month. At the end of 2015 Microsoft started to publish visualisations and data sources for Power BI each week. In this session, Data Platform MVP Frank Geisler will show all of the new Features. This will be done by creating a Dashboard live in the session which will analyze data from the Internet Movie Database.
Speaker(s): Frank Geisler,
Abstract:
In this session will be shown how to obfuscate critical data in real time using Dynamic Data Masking, a new feature in SQL Server 2016, also will be covered two other topics, Always Encrypted, defined as Help to protect data at rest and in motion with the master key residing with the application avoiding application changes, because they are not required, finally Row-Level security that consists in set access control to table rows based on users rights.
Speaker(s): LEONEL ABREU,
Abstract:
Azure offers many great tools and services, but how to they fit together and what are your options when trying to architect an end to end Azure BI platform? We'll take a high level look at the available Azure services, discussing what their capabilities are and how they fit together. Covering Azure Data Factory, Data Lake, Table Storage, Blob Storage, U-SQL, HDInsight, SQL Data Warehouse, Machine Learning, Power BI, Event Hub, Stream Analytics and more.
Speaker(s): Alex Whittles,
Abstract:
Since 2008 version Reporting Services was a product that didn't show significative enhancements, today it has several interesting novelties, a new Web Portal, Mobile Report Published, improved Report Builder, integration to pin reports in Power BI Dahsboards, Custom Parameter Panel, all these topics will we covered in this session.
Speaker(s): LEONEL ABREU,
This is a list of speakers from the XML Guidebook records. The details and URLs were valid at the time of the event.
LinkedIn: https://www.linkedin.com/in/timothyford
Contact: http://thesqlagentman.com
Tim Ford is a Data Professional, Author and Community Leader whose technical passions lie in creative solutions for managing and presenting data. He#39;s been a healthcare DBA since 2000 and leads SQL Agent Man Consultancy and SQL Cruise. He takes 25 students and leaders in the SQL Community and places them on cruise ships for technical and professional development training without the distractions of the office and internet twice a year on SQL Cruises (www.sqlcruise.com). Currently Tim serves on the Board of Directors for PASS and is passionate about taking fellow Data Professionals to the next level in their careers. He enjoys telling stories with data.
Contact: http://christinaleo.net
Christina Leo is a Cloud Solution Architect at Microsoft specialising in the Data and AI Platform. Prior to joining Microsoft in 2016, she worked as an independent consultant focusing on T-SQL and BI development, as well as database performance tuning in the finance and investment banking sector. When she isn't sharing her 18 years of technical experience with the data community, you can find her racing around the Solent on a 40' sailboat or often in the Thames on a little Laser.
LinkedIn: http://is.linkedin.com/in/asgeirgun
Ásgeir Gunnarsson is a Data Platform MVP and Chief Consultant at Datheos in Denmark. He works on Business Intelligence solutions using the whole of the Microsoft BI stack. Ásgeir has been working in BI since 2007 both as a consultant and internal employee. Before turning to BI, Ásgeir worked as a technical trainer and currently teaches BI courses at the Continuing Education Department of the University of Iceland. Ásgeir speaks regularly at events both domestically and internationally, and is the group leader of the Icelandic PASS Group, as well as the Icelandic Power BI User Group. Ásgeir is passionate about data and loves solving problems with BI.
 System Engineer degree since 2007, formerly Data Warehousing teacher at university levels from 2008 to 2009. Microsoft Student Partner during the years 2006 - 2007, Second Place in Microsoft Andean Imagine Cup (2006), MCTS, MCITP and MCP with over a decade of experience with SQL Server, working in BI, DBA, Database Development, .net Development, SharePoint and other several areas. Since 2014 based in Barcelona, Spain. Learning enthusiast and always with passion for new technologies and new challenges.
LinkedIn: https://uk.linkedin.com/in/alexwhittles
Contact: http://www.PurpleFrogSystems.com/blog
Alex is a Data Platform MVP, and is the owner and lead consultant at Purple Frog, a SQL Server Business Intelligence consultancy in the UK. He specializes in Data Warehouse modelling, ETL, Cubes, MDX amp; DAX. He#39;s a chartered engineer amp; has an MSc in Business Intelligence. He runs the Birmingham (UK) SQL Pass chapter amp; Azure user groups, and is on the SQLBits and SQL Relay committees in the UK. Alex is a regular speaker at global events including SQLBits, PASS Summit, SQL Relay, SQL Saturdays as well as numerous SQL Pass chapters around Europe
LinkedIn: https://www.linkedin.com/in/mladenprajdic
Contact: http://weblogs.sqlteam.com/mladenp
Mladen Prajdić is a Data Platform MVP from Slovenia. He's been programming for 20 years, developing diﬀerent types of applications in .Net (C#) and SQL Server, ranging from standard line-of-business, image-processing applications to high performace and IoT applications. He's a regular speaker at various conferences and usergroup meetings, really likes to optimize slow SQL statements, analyze performance, and find unconventional solutions to difficult SQL Server problems. In his free time, he also develops a very popular add-in for SSMS, called the SSMS Tools Pack (www.ssmstoolspack.com).
Contact: http://andrekamman.com
André Kamman is a DBA and SQL Server Solutions Architect for CloudDBA. He has done a lot of DBA work on 1000’s of servers where he discovered his love for Powershell, architecting SQL Server solutions, building and tuning ETL processes (with BIML). He also likes to work with MPP platforms APS and AzureDW. André is a Data Platform MVP, Dutch PASS Chapter Leader and organiser of SQL Saturday Holland.
Contact: http://sqlinthewild.co.za
Gail Shaw is a Database Specialist focusing on database performance tuning and database recovery, with a particular interest in topics such as indexing strategies, execution plans, and writing T-SQL code that performs well and scales gracefully. Gail holds a Microsoft Certified Master certification for SQL Server 2008 and is a Data Platform MVP. She's a frequent poster on the SQLServerCentral forums, a Pluralsight author, writes articles for both SQLServerCentral.com and Simple-Talk.com, and has spoken at SQLSaturdays, SQL Bits and at the PASS Community Summit. Gail has been responsible for extending the lifespan of many an application, by performance-tuning their databases and providing technical guidance on all things SQL Server related.
LinkedIn: http://www.linkedin.com/in/davidpostlethwaite
Contact: http://www.gethynellis.com/
David Postlethwaite has been a DBA for Liverpool Victoria in Bournemouth, England since 2008 He supports both Oracle and SQL Server from 2000 to 2017, DBMS, SSIS, SSAS and Reporting Services. In 2015 David built and deployed the company's first cloud solution using Microsoft Azure SQL Database and web services Before becoming a DBA David was a .NET developer and way back in history a Windows and Netware administrator. He is an occasional blogger on www.gethynellis.com David is a regular speaker for SQL Saturday. Most of his presentations can be found on his YouTube channel www.youtube.com/c/DavidPostlethwaiteSQL
Contact: http://www.ssis-components.net
Oliver Engels is CEO of oh22data AG, a Microsoft Gold Partner in Germany specializing in CRM and BI. His special interests are Azure, Data Governance and Integration, Visualisation Tools like SSRS, Power BI, Tableau, R, and SharePoint. He has worked with SQL Server since version 6.5 and is a founder and Board member of PASS Germany, a PASS Regional Mentor, and runs the Frankfurt PASS Local Group. For more than seven years he is a Microsoft Data Platform MVP and a Microsoft pTSP.
LinkedIn: http://linkedin.com/in/chrissylemaire
Contact: https://netnerds.net
Chrissy LeMaire is a Data Platform and PowerShell MVP who has worked in IT for over 20 years. She works for General Dynamics and serves as the SQL Server DBA at NATO Special Ops HQ in Belgium. She is also an avid scripter, and has used PowerShell since it was introduced in 2005 at the Microsoft Professional Conference in Los Angeles. Chrissy is the creator of the popular dbatools PowerShell module for SQL Server. Chrissy recently achieved her MS in Systems Engineering at Regis University
LinkedIn: http://dk.linkedin.com/in/rasmusreinholdt/
Contact: http://rasmusreinholdt.wordpress.com
Rasmus is the Data Warehouse architect at UNOPS, the implementation arm of the UN, based in Copenhagen, Denmark. He has worked with Microsoft BI since 2005 both as a developer and architect, building large solutions on every release from sql2005 and onwards. Rasmus is certified is MSCE SQLServer (Data platform amp; BI), a long time speaker at various SQLSaturdays, PASS SQLRally Nordic and SQLBits. He also co-organizes SQLSaturday Copenhagen and blogs at http://rasmusreinholdt.wordpress.com.
LinkedIn: http://www.linkedin.com/in/retracement
Contact: http://tenbulls.co.uk
Mark Broadbent is a Data Platform MVP and SQL Server MCM with more than 20 years of experience working with SQL Server and principal of SQLCloud, a consultancy specializing in concurrency control and highly available solutions. He is the founder of the UK's SQLSaturday Cambridge (its first and largest), SharePoint Saturday Cambridge, the Hybrid Virtual Chapter and the East Anglia SQL User Group.
LinkedIn: https://www.linkedin.com/in/rob-volk-134ba81
Contact: http://weblogs.sqlteam.com/robv/
Rob Volk is a SQL Server DBA in the Metro Atlanta area since 2001. He also moderates and answers the forums on SQLTeam.com. While an old-time cranky DBA, he no longer considers quot;business intelligencequot; an oxymoron or quot;the cloudquot; as merely atmospheric moisture, and is delightedly dipping his toes into both of these new oceans, and loves to do things in new and and unusual ways.
 System Engineer degree since 2007, formerly Data Warehousing teacher at university levels from 2008 to 2009. Microsoft Student Partner during the years 2006 - 2007, Second Place in Microsoft Andean Imagine Cup (2006), MCTS, MCITP and MCP with over a decade of experience with SQL Server, working in BI, DBA, Database Development, .net Development, SharePoint and other several areas. Since 2014 based in Barcelona, Spain. Learning enthusiast and always with passion for new technologies and new challenges.
LinkedIn: https://www.linkedin.com/in/cathrinewilhelmsen
Contact: https://www.cathrinewilhelmsen.net/
Cathrine loves teaching and sharing knowledge :) She is based in Norway and works as a Senior Business Intelligence Consultant in Inmeta, focusing on Data Warehousing, Data Integration, Analytics, and Reporting projects. Her core skills are Azure Data Factory, SSIS, Biml and T-SQL development, but she enjoys everything from programming to data visualization. Outside of work she's active in the SQL Server community as a Microsoft Data Platform MVP, BimlHero Certified Expert, author, speaker, blogger, organizer and chronic volunteer.
Contact: http://www.ssis-components.net
Oliver Engels is CEO of oh22data AG, a Microsoft Gold Partner in Germany specializing in CRM and BI. His special interests are Azure, Data Governance and Integration, Visualisation Tools like SSRS, Power BI, Tableau, R, and SharePoint. He has worked with SQL Server since version 6.5 and is a founder and Board member of PASS Germany, a PASS Regional Mentor, and runs the Frankfurt PASS Local Group. For more than seven years he is a Microsoft Data Platform MVP and a Microsoft pTSP.
LinkedIn: https://www.linkedin.com/profile/view?id=4839367
Contact: http://www.gdsbi.de
Frank Geisler is owner and CEO of GDS Business Intelligence GmbH. He is SQL Server MVP, MCT, MCSE – Business Intelligence, MCSE – Data Plattform and MCSE - Azure Solutions Architect. In his Job he is building Business Intelligence Systems based on Microsoft Technology, mainly on SQL Server and SharePoint.
The following is a list of sponsors that helped fund the event.


All Rooms
08:57 AM
Kilimani, Nairobi
Lights
Thermostat
Cameras
Locks
Smoke
Call a room
Find your way back
Beyonce
3 rooms


Command to run before editing
Whatever command is entered here will be run as root before
the contents of the file are displayed for editing. This could be used for
example to copy the file in from another system, and the Command to run
after saving could be used to copy it back.


C++ Support
This tutorial will walkthrough step-by-step of how to creating a DimmWitted application in C++. This tutorial assumes that you already went through the installation guideline. Apart from C++, you can also write your application Julia, and you can find the corresponding tutorial here.
The application that we are going to build is to train a logistic regression model on dense data set. You can find the code here, but we are going to walk through it step-by-step.
A Primer for Logistic Regression
Before we start writing C++ code, lets go over some basic concepts of logistic regression to make sure we are on the same page.
In this example, we will encode a logistic regression over Boolean random variables, that can take values from 0 and 1. We will have a set of random variables . For each random variable , we have a set of features denoted as . We also have a set of real-value weights . Given these settings, we can define the probability distribution of each equal to a certain value (0 or 1) as
Assume that we already observe the value that each should take, denoted as , training a logistic regression model is to find the set of weight that minimizes the negative log likelihood, which is defined as
To solve this mathematical optimization problem, we will implement an approach called Stochastic Gradient Descent (SGD). It contains multiple steps as follows
- Pick an ;
- Calculate the gradient ;
- Update to be , where is a constant step size.
- Repeat 1.
We will then show how to write this simple SGD algorithm inside DimmWitted.
Implementing Logistic Regression in DimmWitted
Before we start writing any code, we need to include the header file that contains DimmWitted-related functions by
1 #include "dimmwitted.h"
Define the Workspace
In DimmWitted, the workspace contains a set of objects that will be changed during execution, in our case, this workspace contains , which is a set of weights that we are going to update. In DimmWitted, we need to define a class for the workspace
1 class GLMModelExample{
2 public:
3 double * const p;
4 int n;
5
6 GLMModelExample(int _n):
7 n(_n), p(new double[_n]){}
8
9 GLMModelExample( const GLMModelExample& other ) :
10 n(other.n), p(new double[other.n]){
11 for(int i=0;i<n;i++){
12 p[i] = other.p[i];
13 }
14 }
15 };
We can see that this class contains four components:
- Line 3-4: These two lines define a double-typed pointer, and the number of elements in this pointer. One can think about each double number here corresponds to one .
- Line 6-7: These two lines define a constructor for the workspace. In this simple example, we take as input the number of elements, and allocate the memory space.
- Line 9-14: These six lines define a copy constructor. This function is highly recommended to implement because it will be used when DimmWitted decides to replicate your workspace for better performance.
Prepare the Data and Create a DimmWitted Object
Define the Gradient Function
We then define the gradient function.
1 double f_lr_grad(const DenseVector<double>* const ex,
2 GLMModelExample* const p_model){
3
4 double * model = p_model->p;
5 double label = ex->p[ex->n-1];
6
7 double dot = 0.0;
8 for(int i=0;i<ex->n-1;i++){
9 dot += ex->p[i] * model[i];
10 }
11
12 const double d = exp(-dot);
13 const double Z = 0.00001 * (-label + 1.0/(1.0+d));
14
15 for(int i=0;i<ex->n-1;i++){
16 model[i] -= ex->p[i] * Z;
17 }
18
19 return 1.0;
20 }
Create a DimmWitted Object and Execute
1 DenseDimmWitted<double, GLMModelExample, DW_DEBUG, DW_SHARDING, DW_ROW>
2 dw(examples, nexp, nfeat+1, &model);
3 unsigned int f_handle_grad = dw.register_row(f_lr_grad);
4 dw.exec(f_handle_grad);


We are the official Manchester City Supporter Group for New Mexico.
Check out our Facebook Page for our most up-to-date meeting times and dates.
| Date | Time | Location | Details | ||
|---|---|---|---|---|---|
| We meet at Two Cranes Bistro + Brew located at 901 Rio Grande Blvd NW Suite A192, Albuquerque, NM 87104. It is just south of I-40 and north of Old Town. |


Once you collect or obtain a data set, you need to choose which form of data visualization(s) would be appropriate for your data. But before you can determine the best form of data visualization, you need to classify your data. The nature of your data would help you determine the possible forms of visualizations. In the following section, we will discuss the different types of data with examples.
in-context


Favorite Places
Kayla's favorite places
oregon
silver falls
toketee
Arashi's favorite places
china
japan
russia
dreamworld


{% extends 'core/base_lr_rail.html' %} {% import 'macros/forms.html' as forms with context %} {% import 'macros/util.html' as util with context %} {% block title %}Manage Your Profile{% endblock %} {% block left_rail %}
We've sent an activation code to your cell phone number {{ current_user.cell_phone.format() }}. Please enter the code you received below and click 'Verify'. Alternatively, you can request the code be resent or cancel verification. If you cancel, you won't be able to receive text message reminders.


| Interface | Description |
|---|---|
| DatagramTransport |
Base interface for an object sending and receiving DTLS data.
|
| TlsAuthentication |
Base interface to provide TLS authentication credentials.
|
| TlsClient |
Interface describing a TLS client endpoint.
|
| TlsClientContext |
Marker interface to distinguish a TLS client context.
|
| TlsContext |
Base interface for a TLS context implementation.
|
| TlsCredentialedAgreement |
Support interface for generating a secret based on the credentials sent by a TLS peer.
|
| TlsCredentialedDecryptor |
Base interface for a class that decrypts TLS secrets.
|
| TlsCredentialedSigner |
Support interface for generating a signature based on our private credentials.
|
| TlsCredentials |
Base interface for interfaces/classes carrying TLS credentials.
|
| TlsDHGroupVerifier |
Interface for verifying explicit Diffie-Hellman group parameters.
|
| TlsHandshakeHash |
Base interface for an object that can calculate a handshake hash.
|
| TlsKeyExchange |
A generic interface for key exchange implementations in (D)TLS.
|
| TlsKeyExchangeFactory |
Interface for a key exchange factory offering a variety of specific algorithms.
|
| TlsObjectIdentifiers |
Object Identifiers associated with TLS extensions.
|
| TlsPeer |
Base interface for a TLS endpoint.
|
| TlsPSKIdentity |
Processor interface for a PSK identity.
|
| TlsPSKIdentityManager |
Base interface for an object that can process a PSK identity.
|
| TlsServer |
Interface describing a TLS server endpoint.
|
| TlsServerCertificate |
Server certificate carrier interface.
|
| TlsServerContext |
Marker interface to distinguish a TLS server context.
|
| TlsSession |
Base interface for a carrier object for a TLS session.
|
| TlsSRPConfigVerifier |
Interface a class for verifying SRP config needs to conform to.
|
| TlsSRPIdentity |
Processor interface for an SRP identity.
|
| TlsSRPIdentityManager |
Base interface for an object that can return login parameters from an SRP identity.
|
| Class | Description |
|---|---|
| AbstractTlsClient |
Base class for a TLS client.
|
| AbstractTlsKeyExchange |
Base class for supporting a TLS key exchange implementation.
|
| AbstractTlsKeyExchangeFactory |
Base class for supporting a TLS key exchange factory implementation.
|
| AbstractTlsPeer |
Base class for a TLS client or server.
|
| AbstractTlsServer |
Base class for a TLS client.
|
| AlertDescription |
RFC 5246 7.2.
|
| AlertLevel |
RFC 5246 7.2
|
| BasicTlsPSKIdentity |
A basic PSK Identity holder.
|
| BasicTlsSRPIdentity |
A basic SRP Identity holder.
|
| BulkCipherAlgorithm |
RFC 2246
Note that the values here are implementation-specific and arbitrary.
|
| ByteQueue |
A queue for bytes.
|
| ByteQueueInputStream |
InputStream based on a ByteQueue implementation.
|
| ByteQueueOutputStream |
OutputStream based on a ByteQueue implementation.
|
| CachedInformationType | |
| CertChainType |
Implementation of the RFC 3546 3.3.
|
| Certificate |
Parsing and encoding of a Certificate struct from RFC 4346.
|
| CertificateRequest |
Parsing and encoding of a CertificateRequest struct from RFC 4346.
|
| CertificateStatus | |
| CertificateStatusRequest |
Implementation of the RFC 3546 3.6.
|
| CertificateStatusType | |
| CertificateType |
RFC 6091
|
| CertificateURL | |
| ChangeCipherSpec | |
| ChannelBinding |
RFC 5056
Note that the values here are implementation-specific and arbitrary.
|
| CipherSuite |
RFC 2246 A.5
|
| CipherType |
RFC 2246
Note that the values here are implementation-specific and arbitrary.
|
| ClientAuthenticationType | |
| ClientCertificateType | |
| CombinedHash |
A combined hash, which implements md5(m) || sha1(m).
|
| CompressionMethod |
RFC 2246 6.1
|
| ConnectionEnd |
RFC 2246
Note that the values here are implementation-specific and arbitrary.
|
| ContentType |
RFC 2246 6.2.1
|
| DefaultTlsClient | |
| DefaultTlsCredentialedSigner |
Container class for generating signatures that carries the signature type, parameters, public key certificate and public key's associated signer object.
|
| DefaultTlsDHGroupVerifier | |
| DefaultTlsKeyExchangeFactory | |
| DefaultTlsServer | |
| DefaultTlsSRPConfigVerifier | |
| DigitallySigned | |
| DTLSClientProtocol | |
| DTLSClientProtocol.ClientHandshakeState | |
| DTLSProtocol | |
| DTLSServerProtocol | |
| DTLSServerProtocol.ServerHandshakeState | |
| DTLSTransport | |
| ECBasisType |
RFC 4492 5.4.
|
| ECCurveType |
RFC 4492 5.4
|
| ECPointFormat |
RFC 4492 5.1.2
|
| EncryptionAlgorithm |
RFC 2246
Note that the values here are implementation-specific and arbitrary.
|
| ExporterLabel |
RFC 5705
|
| ExtensionType | |
| HandshakeType | |
| HashAlgorithm |
RFC 5246 <IP_ADDRESS>.1
|
| HeartbeatExtension | |
| HeartbeatMessage | |
| HeartbeatMessageType | |
| HeartbeatMode | |
| IdentifierType |
RFC 6066
|
| KeyExchangeAlgorithm |
RFC 2246
Note that the values here are implementation-specific and arbitrary.
|
| MACAlgorithm |
RFC 2246
Note that the values here are implementation-specific and arbitrary.
|
| MaxFragmentLength | |
| NamedGroup |
RFC 7919
|
| NamedGroupRole |
Note that the values here are implementation-specific and arbitrary.
|
| NameType | |
| NewSessionTicket | |
| OCSPStatusRequest |
RFC 3546 3.6
|
| PRFAlgorithm |
RFC 5246
Note that the values here are implementation-specific and arbitrary.
|
| ProtocolName |
RFC 7301 Represents a protocol name for use with ALPN.
|
| ProtocolVersion | |
| PSKTlsClient | |
| PSKTlsServer | |
| RecordFormat | |
| RecordPreview | |
| RenegotiationPolicy |
Note that the values here are implementation-specific and arbitrary.
|
| SecurityParameters |
Carrier class for general security parameters.
|
| ServerName |
RFC 6066 3.
|
| ServerNameList | |
| ServerOnlyTlsAuthentication | |
| ServerSRPParams | |
| SessionID | |
| SessionParameters | |
| SessionParameters.Builder | |
| SignatureAlgorithm |
RFC 5246 <IP_ADDRESS>.1 (in RFC 2246, there were no specific values assigned)
|
| SignatureAndHashAlgorithm |
RFC 5246 <IP_ADDRESS>.1
|
| SimulatedTlsSRPIdentityManager |
An implementation of
TlsSRPIdentityManager that simulates the existence of "unknown" identities
to obscure the fact that there is no verifier for them. |
| SRPTlsClient | |
| SRPTlsServer | |
| SRTPProtectionProfile | |
| SupplementalDataEntry | |
| SupplementalDataType |
RFC 4680
|
| TlsClientProtocol | |
| TlsDHanonKeyExchange |
(D)TLS DH_anon key exchange.
|
| TlsDHEKeyExchange | |
| TlsDHKeyExchange |
(D)TLS DH key exchange.
|
| TlsDHUtils | |
| TlsECCUtils | |
| TlsECDHanonKeyExchange |
(D)TLS ECDH_anon key exchange (see RFC 4492).
|
| TlsECDHEKeyExchange |
(D)TLS ECDHE key exchange (see RFC 4492).
|
| TlsECDHKeyExchange |
(D)TLS ECDH key exchange (see RFC 4492).
|
| TlsExtensionsUtils | |
| TlsProtocol | |
| TlsPSKKeyExchange |
(D)TLS PSK key exchange (RFC 4279).
|
| TlsRSAKeyExchange |
(D)TLS RSA key exchange.
|
| TlsRSAUtils |
RSA Utility methods.
|
| TlsServerProtocol | |
| TlsSRPKeyExchange |
(D)TLS SRP key exchange (RFC 5054).
|
| TlsSRPLoginParameters | |
| TlsSRPUtils | |
| TlsSRTPUtils |
RFC 5764 DTLS Extension to Establish Keys for SRTP.
|
| TlsUtils |
Some helper functions for the TLS API.
|
| TrustedAuthority | |
| UDPTransport | |
| URLAndHash |
RFC 6066 5.
|
| UserMappingType |
RFC 4681
|
| UseSRTPData |
RFC 5764 4.1.1
|
| Exception | Description |
|---|---|
| TlsException |
Base exception for various TLS alerts.
|
| TlsFatalAlert | |
| TlsFatalAlertReceived | |
| TlsNoCloseNotifyException |
This exception will be thrown (only) when the connection is closed by the peer without sending a
close_notify warning alert. |


About IELTS
Acing the IELTS
Opportunities
Learn more about the IELTS
About GOJI
Educational Philosophy
Find a Tutor
Join a Workshop
Invoice
Congratulations, your world will be expanding.
3800-200 Bay Street,
Royal Bank Plaza, South Tower,
Toronto, Ontario, Canada
tel: +1<PHONE_NUMBER>
Invoice no
#IB-000588
Invoice date:
20/09/2020
Item
Rate
Amount
IELTS Bootcamp Tuition
$ 9.00 / Hour
$ 729
Total
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Print


Past
Chicago Comedy Hour - Chicago, IL
The Comedy Studio - Cambridge, MA
Comedy Tub - Chicago, IL
Death Metal Geography Teacher - Chicago, IL
The Crowd Theater - Chicago, IL
Ferociously Funny Fridays - Portland, OR
The Gas! - Great Scott, Boston, MA
Have Fun - Chicago, IL
The Hideout - Boston, MA
Improv Boston - Cambridge, MA
Iron Furnace - Quincy, MA
Is Tom Laughing? - Chicago, IL
Laughs on Tap - Portland, OR
Millennial Cocktail - Cambridge, MA
New Sunday Night Show - Chicago, IL
Pacific Fusion - Merrimack, NH
Riot Theater - Boston, MA
Shark Showcase - Chicago, IL
Shaves Storytelling - Boston, MA
Sweet Caroline's - Boston, MA
WIP Theater - Chicago, IL


Taught by
Alexandra Ackerman
Code assignments available at
https://github.com/newschool-webfundamentals
Presentations available at
newschool-webfundamentals.github.io
Last class, we talked about 3 of JavaScript's data types. Strings, numbers and booleans.
We also discussed how we can use variables to store and manipulate data using operators.
While we have a basic sense of how we can run the same code to achieve different results, we're missing the full picture.
Today we'll talk about functions, which run the same bits of code many times over to achieve different results.
This is part of our decide step of writing a script
What's a function?
Functions are useful for executing code that happens repeatedly, step-by-step.
It's annoying to re-type these variables every time the income changes. We can use a function to produce a different output (max monthly rent) given a different input (income).
Here's the basic syntax for a function
We can name our functions like we would variables and pass it an input (income).
Now that we have our function with our input, let's do our calculations and use the keyword "return" to return the result (output)
After declaring our function, we can use it to calculate different max rents based on income. It will return a different result every time the function runs.
Let's writer another function together, to produce the max rent message.
Now, we will use our maxRent variable to construct a string about how much rent to spend
Every time the input changes, the output changes
You can also store the result of functions in variables
We can then pass that variable as an input to our message function
Quick note about functions - they can take as many inputs as you want. You just have to name them differently
Sometimes we want to conditionally return an ouput based on the input. Like the bouncer or grade calculator we created.
JavaScript has conditionals for executing this type of code.
If the condition is true, it returns the result in the if block.
If the condition is false, it returns the result in the else block
You can use conditionals to return different results in a function.
You can add more than two conditionals, but using the "else if" syntax


|
Scientific Fortran Tools (SciFT)
1.2
|
Data Types | |
| type | elistiterator |
| Encapsulated StringRealPairListIterator. More... | |
| type | stringrealpairlist |
| The StringRealPairList class is a template class that provides linked lists. It stores a list of values and provides iterator-based access as well as insertions and removals. StringRealPairList features both STL-style iterators and Java-style iterators. For developers who already know STL, have the advantage of familiarity. More... | |
| type | stringrealpairlistiterator |
| This class use the List template declared into List.h90 file, please take a look to this file for details. More... | |
Public Member Functions | |
| integer function | ssize (this) |
| Returns the number of items in the list. More... | |
| subroutine, public | stringrealpairlist_test () |
| Test method. More... | |
Private Member Functions | |
| subroutine | initlist (this) |
| Constructor. More... | |
| subroutine | copylist (this, other) |
| Copy constructor. More... | |
| subroutine | destroylist (this) |
| Destructor. More... | |
| subroutine | show (this, unit, formatted) |
| Show. More... | |
| subroutine | save (this, ofileName) |
| Save the data in two column format in a selected unit. More... | |
| logical function | isempty (this) |
| Returns true if the list contains no items, otherwise returns false. More... | |
| subroutine | appendvalue (this, item) |
| Inserts a value at the end of the list. More... | |
| subroutine | appendfarray (this, array) |
| Inserts values at the end of the list. More... | |
| subroutine | prepend (this, item) |
| Inserts value at the beginning of the list. More... | |
| subroutine | insert (this, before, item) |
| Inserts value in front of the item pointed to by the iterator before. More... | |
| subroutine | erasefromptr (this, ptr) |
| Removes the item pointed to by the iterator ptr from the list. More... | |
| subroutine | erasefrompos (this, pos) |
| Removes the item in pos-th position in the list,. More... | |
| subroutine | eraseallexcept (this, posVec) |
| Removes all the items in the list except those identified with the position given by posVec vector. More... | |
| subroutine | eraseallexceptfirst (this, nItems) |
| Removes all the items in the list except this nItems-th first. More... | |
| subroutine | eraseallexceptlast (this, nItems) |
| Removes all the items in the list except this nItems-th last. More... | |
| subroutine | clear (this) |
| Removes all the items in the list. More... | |
| type(stringrealpair) function | atfromptr (this, ptr) |
| Returns the item pointed to by the iterator ptr from the list. More... | |
| type(stringrealpair) function | atfrompos (this, pos) |
| Returns the pos-th item from the list. More... | |
| subroutine | replacefromptr (this, ptr, item) |
| Replaces by item the item pointed to by the iterator ptr from the list. More... | |
| subroutine | replacefrompos (this, pos, item) |
| Replaces by item the pos-th item from the list. More... | |
| type(stringrealpairlistiterator) function, pointer | ptr (this, pos) |
| Returns the pointer associated to pos-th element. More... | |
| character(:) function, allocatable | str (this, formatted, prefix) |
| Converts to string. More... | |
| subroutine | tofstream (this, ofile) |
| Save the data in two column format in a selected unit. More... | |
Definition at line 31 of file StringRealPairList.f90.
|
private |
Inserts values at the end of the list.
Definition at line 360 of file StringRealPairList.f90.
|
private |
Inserts a value at the end of the list.
Definition at line 333 of file StringRealPairList.f90.
|
private |
Returns the pos-th item from the list.
Definition at line 650 of file StringRealPairList.f90.
|
private |
Returns the item pointed to by the iterator ptr from the list.
Definition at line 639 of file StringRealPairList.f90.
|
private |
Removes all the items in the list.
Definition at line 612 of file StringRealPairList.f90.
|
private |
Copy constructor.
Constructs a copy of other
Definition at line 240 of file StringRealPairList.f90.
|
private |
Destructor.
Destroys the list. References to the values in the list, and all iterators over this list, become invalid.
Definition at line 261 of file StringRealPairList.f90.
|
private |
Removes all the items in the list except those identified with the position given by posVec vector.
Definition at line 507 of file StringRealPairList.f90.
|
private |
Removes all the items in the list except this nItems-th first.
Definition at line 551 of file StringRealPairList.f90.
|
private |
Removes all the items in the list except this nItems-th last.
Definition at line 578 of file StringRealPairList.f90.
|
private |
Removes the item in pos-th position in the list,.
Definition at line 484 of file StringRealPairList.f90.
|
private |
Removes the item pointed to by the iterator ptr from the list.
Definition at line 449 of file StringRealPairList.f90.
|
private |
|
private |
Inserts value in front of the item pointed to by the iterator before.
Definition at line 396 of file StringRealPairList.f90.
|
private |
Returns true if the list contains no items, otherwise returns false.
Definition at line 323 of file StringRealPairList.f90.
|
private |
Inserts value at the beginning of the list.
Definition at line 374 of file StringRealPairList.f90.
|
private |
Returns the pointer associated to pos-th element.
Definition at line 710 of file StringRealPairList.f90.
|
private |
Replaces by item the pos-th item from the list.
Definition at line 685 of file StringRealPairList.f90.
|
private |
Replaces by item the item pointed to by the iterator ptr from the list.
Definition at line 674 of file StringRealPairList.f90.
|
private |
Save the data in two column format in a selected unit.
Definition at line 294 of file StringRealPairList.f90.
|
private |
Show.
Writes the list to out unit. It's Neccesarry that the method str is implemented in the child class
Definition at line 273 of file StringRealPairList.f90.
| integer function stringrealpairlist::ssize | ( | class(stringrealpairlist), intent(in) | this | ) |
Returns the number of items in the list.
Definition at line 313 of file StringRealPairList.f90.
|
private |
Converts to string.
Definition at line 739 of file StringRealPairList.f90.
| subroutine, public stringrealpairlist::stringrealpairlist_test | ( | ) |
Test method.
Definition at line 824 of file StringRealPairList.f90.
|
private |
Save the data in two column format in a selected unit.
Definition at line 795 of file StringRealPairList.f90.


Takes a Poloniex product name an 'CoinbaseProifies' it, but replacing '_' with '-' and swapping the quote and base symbols
A map of supported Coinbase Pro books to the equivalent Poloniex book
Generated using TypeDoc
Takes a Poloniex product name an 'CoinbaseProifies' it, but replacing '_' with '-' and swapping the quote and base symbols


This document is at the head of an HTML tree of documents and should be available from the Help Menu on the viewer. Contact information for the author of the viewer and this documentation, Dr. John F. (Jeff) Dammann, is is given below.
The viewer is optimized for DSMs and orthophotos produced by the BuckEye Program. However, it also works well for HALOE and ALIRT DSMs and for commercial lidar and photogramatic maps as well. The resolution of the BuckEye map data is typically 1 meter or less often 0.5 meter. The data is very high quality with little noise and very few artifacts. Sometimes there appear to be points hanging in space, but almost always they are from a real object like a light pole or tower that can only be sparsely sampled at this resolution. The maps are very carefully georegistered -- BuckEye claims to within 0.5 m in Northing and Easting and to within 0.3 m in elevation. This should be very useful for providing very accurate location information for any point selected on the map. Commercial lidar maps are of comparable quality depending on the purpose of the data collection. Photogrametric maps are typically somewhat lower in quality but cheaper to make and available for some areas where ladar data collections are not possible.
The Fusion3D terrain map is built from small (typically 128-by-128 pixel) map squares that we will refer to as tiles. The area of interest is typically too large to fit into memory so we have implemented a 3-tiered level-of-detail in the map. If very high resolution orthophotos (typically 10 times the resolution of the DEM data) are available for the map, the tiles of the map nearest screen center are rendered with maximum resolution of both the DEM and the orthophoto. The annulus around that (or the entire area near screen center if no hi-res orthophoto is available) is rendered at the resolution of the DEM for both for elevation and texture. The area surrounding that is rendered with a lower-resolution elevation and texture. You will sometimes notice "tears" in the map where the low-res portion of the map does not quite match with the high-res elevations. Only a portion of the total map is rendered at any one time, but you can move to a new area and new portions of the map will constructed on the fly and rendered.
If you move short distances within the high-resolution area, that movement should be virtually instantaneous. If you move slightly further, new high-res tiles must be generated and old ones discarded. So you will see new portions of the map being generated. If you move large distances, then substantial portions of the map must be regenerated and this may take 30 seconds or more. You can zoom and pan while low-resolution tiles are being created, but you may notice some hesitation in the movement.
There are tradeoffs between the delays for regeneration of maps and size of the area that is displayed. The best balance is probably a matter of personal taste and can be adjusted as described below. Unfortunately, the amount of memory available in the graphics card limits the size of the map displayed at any one time.
Please read carefully the section on Viewer Navigation, since that is the key to making the viewer a useful tool and not an exercise in frustration. It is natural to want to view the maps from something close to ground level. But the structure of the maps and the viewer are such that they work best at elevation angles close to looking straight down. I have found that viewing angles of 20 or 30 degrees off straight down give good depth perception but allow you to see and navigate best.
For this reason, I have designed a constrained viewer that (1) Keeps heads up and keeps the ground from rolling, (2) Separates movement across the terrain from zooming in and out, (3) Controls the stereo perspective, keeping the center of the scene at the depth of the screen. The constrained viewer makes navigating the terrain much easier and reduces eye strain.
In the map viewer, you move across the terrain by clicking on a point with the left mouse button to bring that point to the center of the screen. As described above, some movements require generating new map segments and may cause significant delays -- so please be patient. If you move short distances within the high-resolution area, that movement should be virtually instantaneous. If you move slightly further, new high-res tiles must be generated and old ones discarded. So there will be a few seconds delay as new portions of the map are generated. If you move large distances, then substantial portions of the map must be regenerated and this may take 30 seconds or more.
You can zoom in or out of the scene by using either the thumbwheel labeled Dolly at the lower righthand side of the viewer or by rotating the mouse thumbwheel. You can tilt or rotate the terrain either by dragging with the right mouse button or by using the two thumbwheels at the bottom left of the viewer. The tilt angle is constrained so that you cant look backward and cant get below ground level. Getting below the ground can be very confusing, particularly to inexperienced users, and it not useful for most applications. If the user does need to see below ground level, the angle limit can be adjusted using the 'Defaults' menu.
If for some reason you do lose control of the viewer or navigation does not seem to be working right,
I have provided a 'Reset' button on the left of the viewer.
Hitting this button will get you back to the original viewer perspective.
(If you have moved far from your initial starting point on the map, you may have to zoom out to see the
current map.
You can then click at the center of the current map to get you back in business.)
I have also provided a button labeled 'Nup', that reorients the map North up (undoing any rotations that you may have done).
The buttons on the left margin of the viewer are user-defined. The buttons that are always present are shown below:
Buttons serve as shortcuts to the most frequently used operations in the viewer
The first group of buttons toggles visibility of classes of map objects.
The second group is for changing the way the map data is rendered.
The different rendering options are described here.
Additional buttons may also be added depending on the viewer options that are turned on. Most common are buttons to jump to bookmarks, buttons for track digitization, and clock buttons when time information is present.
One button that may be very helpful is the 'A1' button that toggles the secondary DEM. The BuckEye map files provide two elevations for each pixel -- the highest elevation seen by the ladar and the lowest. Generally, these will be virtually the same. However for trees and bushes, the highest elevation will typically be near the top of the vegitation. If the foliage is not too thick, the lowest hit will be on the ground. The unique Fusion3D visualization technique allows both these elevations to be viewed in the same display. The default in the viewer is to include both these elevations. The 'A1' button toggles on and off the highest elevation; the effect is to toggle on and off some of the trees. Typically, the trees are useful in the display, but there may be instances where you want to concentrate on the ground or buildings underneath and removing the trees may be helpful.
Vector overlays can be read in several different formats and superimposed on the 3D map for display. The KML, Shapefile, and OpenStreetMap (OSM) are implemented as well as some very specialized formats for GPS/IMU vehicle tracks. One common example is the KML file showing tile extent that may be automatically loaded with DEM maps. These files and other files outlining basic map features can often be obtained from databases or digitized locally.
If a vehicle/person track is entered under the "Vector Overlays" - > "Track/Route" menus, then the user can fly along the track. If time information is included in the track, then the viewer will use it. Otherwise it will assume a fixed speed and just use the distance from point to point along the track. Of recent interest is the 'sbet' format file that describes the movement of the vehicle collecting mobile-mapping lidar data. The vehicle location in time can be tracked with the viewer clock and fused with other time information.
Capability for showing Moving Target Indicator (MTI) data indicating locations of individual target hits has been implemented in the past. Since this feature has not been used recently, it has been removed. But the functionality could be easily added if the need arises.
The second LOS type is from a stationary standoff sensor to all points in a given area. This is used to determine which pixels are visible to a sensor and which points are obscured by nearby terrain features.
The third is for sun shadowing. This was originally implemented for WAMI (wide area motion imagery), from which it automatically gets the date and time of day. Sun shadows were used to register some of this imagery and this feature allows the user to visualize this shadowing. However, this feature can be used to visualize sun shadowing at any location and time by entering the date and time into the LOS Parameter menu.
The first option is to measure the distance, both horizontal and vertical, between two points. The second mode is to display location information about the single clicked point. The third is to measure distances along a route (see section on Tracks). The fourth is to show track parameters at the chosen point. The fifth is measure line-of-sight (LOS) distances (see section on LOS). The last allows the user to adjust thresholds for highlighting objects significantly above the terrain (see section on highlighting).
A description of the drawing feature is described in ...More
The feature is accessed through the VectorOverlays menu. Under that menu one can digitize a track that can immediately be animated.
A description of the Vector Overlay menu is described in ...More
The assimp library is a C++ implementation for importing CAD models in many popular formats. In particular, it supports Collada (.dae) and Wavefront Object (.obj). There is a list of about 30 other formats so it is very general. Other advantages are that it is self-contained and does not require loading lots of other libraries and that it puts data into structures that are very similar to OpenGL (and somewhat less so into OpenInventor). So it does not require lots of additional transformations to use it in the Fusion3D code.
Shapefiles also offer crude CAD modeling facilities. This format is accessed through the 'Vector Overlays' menu. We have tested some variants of Shapefiles like Multipatch shapefiles and Poly-Z shapefiles but have found it very difficult to develop a general-purpose display procedure. Some files may display well but some may not. Shapefile is a very old format that has been patched and augmented in a very ad-hoc way. Typically, not all of the information needed to visualize a complex CAD model is supplied in the file so some information is entered in the vector overlay menu.
This method for highlighting vertical obstructions is particularly useful because it emphasizes local differences and ignores gradual elevation changes. It also minimizes very large features like rooftops that can saturate the display.
The feature is turned on with the 'Hilite' button on the left of the main window. Thresholds can be adjusted from the 'Measure' menu.
The first, anaglyph (red-blue) stereo, is cheap and easy, requiring only a pair of inexpensive paper glasses that are common for many applications. However, the quality is relatively poor and the glasses are hard to use for any length of time. The second, quadbuffered stereo, uses the active shutter glasses from Nvidia (or equivalent) and is more expensive, but it is very high quality. Implementing it requires a good graphics board capable of quadbuffered stereo like the Nvidia Quadro series and a stereo-capable display. Stereo is currently out of favor but there are older monitors and 3D TVs that can display stereo. If appropriate hardware can be found, high-quality stereo makes a huge difference in the usefulness of the maps and is highly recommended.
The most important parameter is the map size since this typically determines the load on the GPU. The map is defaulted to a small size to accomodate minimal hardware configurations and should be increased for better hardware. A second setting is the number of point-cloud points that are displayed. This can also be increased significantly for better hardware. Unfortunately, limits must be set by trial and error as it is very hard to predict hardware limits (true of other viewers as well).
The last setting is the stereo display setting. Stereo is defaulted off since most hardware will not be able to support it, but turning it on greatly improves the map visualization.
Two limited-applicability interfaces were written. The first implements the OSUS standard. The second is a KML-based interface
The first feature is display of GMTI, developed to analyze obscuration and multibounce problems for GMTI sensors. It was also designed to fuse with Constant Hawk data to analyze coordinating these 2 sensors in tracking vehicles. The viewer accepted GMTI data in the NATO 4607 format and was tested on the LSRS sensor.
Fusing GMTI data with the terrain elevation map enables you to calculate and visualize areas obscured from the sensor at any time. Such calculations can be very useful when tracking vehicles to determine when a vehicle will become obscured and when it can be expected to emerge into the open again. Also, the GMTI feature can be used to investigate the problem of multiple bounces where the apparent location of the target is not the true location. In particular, the ability to visualize the vector from any GMTI hit back to the sensor makes it much easier to identify multibounce hits.
The next disabled feature and the first application for the Fusion3D viewer was to the Constant Hawk in Iraq (CHI) program. This was a persistent surveillance program using a large field-of-view motion video sensor. The viewer was deployed to Iraq with CHI, but only for a short time before the program was pulled out of Iraq in the general standdown. The viewer includes a number of features specific to the CHI program but which could be extended to other motion video sensors. The primary function of the viewer for CHI was to register vehicle tracks. The viewer could pull in CHI video from their database and JPEG data servers, could register that video to the 3-D map and thereby register the vehicle tracks.
The last disabled feature allowed the Fusion3D viewer a limited ability to remotely play, pause or stop a motion video player. Display of motion video was not incorporated into Fusion3D as there are many capable motion video viewers. We chose to interface to the VLC media player, a free and open source media player. Fusion3D has a limited ability to remotely play, pause or stop up to 3 instances of the VLC player. One can also click a location on the map and issue a request to play video focused on that spot.


Such expressions may be confusing and violate the general design principle, which states that any construct should do precisely one thing.
Example:
String userName;
// Warning: result of assignment to 'userName' is used
String message = "Hello " + (userName = "Alice") + "!"
System.out.println(message);
System.out.println("Goodbye " + userName);


The probability that a developer has comes across a situation to with two block
components each containing a image inside it.
The result seen in Figure 1 happens because the div elements don't
stretch to contain the
floated images within them. To look at the situation from the reverse angle, it happens because the
floated images stick out of the bottom of the div elements.
This is not a bug. It's also not a flaw in CSS. It is, in fact, the behavior that most authors
will want most of the time. It's just not what they would want in the example shown.
If floats are to be used in creating non-table layouts, then there needs to be a way to make their containing elements stretch around them. At present, this requires a bit of a structural markup. Since we want the bottom of the containing element to be placed clear past the bottom of the float, then clear is our answer. We need only insert a block-level element just before the end of the container, and clear it. Consider:

 Widget 6144
$39.95

 Widget 6145
$44.95

Now we apply the following CSS rules to the preceding markup, and get the result shown below.
div.item hr {display: block; clear: left; margin: -0.66em 0; visibility: hidden;}
By ensuring that the hr elements are block-level, part of the normal flow, and cleared, we force the divs to stretch around the left-floated images.
To avoid over-use of the structural markup discussed so far, although they are still necessary at times. In most browsers, and as defined in CSS2.1, a floated element will expand to contain any floated elements that descend from it. So in our widget example, we could remove all of the clearer elements and instead write these styles:
div.item {float: left; border: 1px solid; padding: 5px; width: 60%;} div.item img {float: left; margin: 5px;}
The clearing div effectively pushes the normal flow downward, forcing any following content to flow after the cleared element, and therefore after the floated divs.
The situation becomes fragile if these floats are part of a more complicated layout, one possibly using floats, positioning, or tables. his is not to say such layouts are impossible to achieve. They may, however, involve a good deal of trial and error to avoid obscure floating and other layout bugs that may lurk inside rendering engines.
float: left, float: right or float: none
A floated box is laid out according to the normal flow, then taken out of the flow and shifted to the left or right as far as possible. Content can flow down the right side of a left-floated box and down the left side of a right-floated box.
You can put several floats beside each other.
Floated boxes will move to the left or right until their outer edge touches the containing block edge or the outer edge of another float. If there isn't enough horizontal room on the current line for the floated box, it will move downward, line by line, until a line has room for it.
In general, You should set a width on floated items (except if applied directly to an image - which has implicit width). If no width is set, the results may be less predictable. Theoretically, a floated element with an undefined width should shrink to the widest element within it. This could be a word, a sentence or even a single character - and results can vary from browser to browser.
Block level elements above a floated element will not be affected by it. However, elements below will wrap around the floated element. While content will wrap around a floated element, border, background image and background color will extend underneath.
If you do not want elements below a floated element to wrap around it, you can apply the clear property to the following element using
clear: left, clear: right or clear: both
1. The first thing we need to remember is that a floating element is shifted either to the left or to the right. It is not possible to make an element float in the centre, something that often is frustrating for beginners. The basic rule is that a floating element is only shifted sideways.
2. If we float more elements in the same direction they will stack up, but sooner or later we’ll run out of space. When there is insufficient space on the line, they are shifted downward until they fit.
3. A floating box can never end up above the upper edge of the line where it’s created. The upper edge of a floating box is aligned with the upper edge of the current line box.


Tom Brady opens up about marriage to Gisele Bundchen
by Nate DayTom Brady is lifting the curtain on his marriage to supermodel Gisele Bündchen.
In the first promo for E!'s new series "In the Room," which will feature interviews with celebrities in their own homes, Brady, 42, discusses what his life with Bundchen, 39, looks like.
"I think marriages ... they ebb and they flow, and I think the challenging thing for us is we are very ambitious people," the New England Patriots quarterback revealed.
CLIVE OWEN CAST AS BILL CLINTON IN 'IMPEACHMENT: AMERICAN CRIME STORY'
The two met in 2006 and quickly began dating. They married in 2009, and share two children together, Benjamin, 9, and Vivien, 6. Brady also has a 12-year-old son, John, whom he shares with ex Bridget Moynahan.
"A lot of times, I'm going one direction, she's going the other and its ships passing in the night," he said. "She's got things she's doing and I'm going to football and oh, by the way, the kids."
KANYE WEST PLANS AMPHITHEATER ON WYOMING RANCH
The answer to all the madness: "I think we just have to be sure to take time for one another," Brady said. "I think if you want it to get better and improve, you have to communicate."
"I want to support her and her dreams, she wants to support me in mine," he concluded. "It's not like because I'm a football player her life's gonna stop."
CLICK HERE TO GET THE FOX NEWS APP
Brady's full conversation with "In the Room" host Jason Kennedy will air on E! on December 4 before being featured in the show's debut season.


Grasp Execution Example¶
This part of the example follows the previous Grasp Validator Example . Currently the grasp execution portion of the package is under heavy development, but for now there is a basic example to execute the grasp plan.
In the example we will use the perception ROS2 bag as the input.
Grasp execution configuration¶
Grasp execution launch file¶
First we need to configure the grasp execution launch file. In /workcell_ws/src/easy_manipulation_deployment/grasp_execution/launch/grasp_execution.launch.py
, make sure you define the correct scene package for the grasp execution, and the correct base link of the robot.
scene_pkg = 'new_scene'
robot_base_link = 'base_link'
Scene URDF File¶
In /workcell_ws/src/scenes/new_scene/urdf/scene.urdf.xacro
, add the following lines before the robot
tag:
<link name="ee_palm" />
<joint name="base_to_palm" type="fixed">
<parent link="tool0"/>
<child link="ee_palm"/>
<origin xyz="0 0 0.09" rpy="0 0 0"/>
</joint>
This link, ee_palm
represents the point of contact with respect to the grasp object.
Grasp execution node file¶
In /workcell_ws/src/easy_manipulation_deployment/grasp_execution/src/grasp_execution_node.cpp
,edit the following line to reflect the link of the end effector that will represent the point of contact with respect to the grasp object. In this case, it will be ee_palm
.
demo.init("manipulator", "ee_palm");
Running full pipeline¶
After making the changes, remember to build the workspace. In /workcell
,
colcon build
source install/setup.bash
The next part requires three different terminals.
Terminal 1: Grasp Execution¶
This terminal runs the manipulation workspace simulation. First, source all relevant repositories. In /workcell
,
source /opt/ros/foxy/setup.bash
source ~/moveit2_ws/install/setup.bash
source install/setup.bash
Next, launch the grasp execution component.
ros2 launch grasp_execution grasp_execution_launch.py
You should then see rviz launch and the scene.
Terminal 2: Grasp Planner¶
This terminal runs the grasp_planner. First, source all relevant repositories. In /workcell
,
source /opt/ros/foxy/setup.bash
source ~/moveit2_ws/install/setup.bash
source install/setup.bash
Next, launch the grasp planner.
ros2 run grasp_planning grasp_planning_node
You should then see the following
[easy_manipulation_deployment][Grasp Planner] Waiting for topic....
Terminal 3: Perception example rosbag¶
This terminal runs the perception example. First, source all relevant repositories. In /workcell
,
source /opt/ros/foxy/setup.bash
source ~/moveit2_ws/install/setup.bash
source install/setup.bash
Next, run the rosbag
ros2 bag play src/easy_manipulation_deployment/grasp_planner/rosbag/perception_example/rosbag/rosbag2_2020_09_25-15_54_55_0.db3
You should then see the following
[INFO] [1605754174.300681975] [rosbag2_storage]: Opened database 'src/easy_manipulation_deployment/grasp_planner/rosbag/perception_example/rosbag/rosbag2_2020_09_25-15_54_55_0.db3' for READ_ONLY.
Ideally, if all components run in sequence, you should then see the manipulator simulation move in Rviz. The object will be picked up and placed at a drop off location before going back to the home position.


×
PROJECT EXPO
DESCRIPTION
Here is a platform to showcase the innovations of future tesla's and einstein's, give your ideas blood and bone and contribute it to the world.
RULES
- Maximum of 4 members in a team.
- You will be allowed to explain your projext in 15 min.
- Students should bring their own laptops and necessary accessories for their projects.
- Inflammable fluid or material of nature are prohibited.
- Students should have a valid id of their college.
- Project abstract should be provided before 25/3/2019.
- Video presentations are not allowed.
- Judges decision will be final.
- Judging criteria:Relevance with practical need, creativity, innovation, user interface, design.


[1]
lonely planet recommends this hotel owner wanted us to pay the hotel.
[2]
lonely planet recommends this hotel owner wanted us to pay the aircondition.


set hershey on
| off
This command, which is available beginning with GrADS version 2.1, is a quick shortcut for users who would like to take advantage of Cairo fonts but do not know anything about font files on their system or do not want to bother editing the font controls in existing scripts.
Invoking 'set hershey off'
will tell GrADS to use generic Cairo fonts that are reasonable approximations of Hershey fonts 0, 1, 2, 4, and 5. Font 3 is the Greek (symbol) font, and cannot be duplicated with generic controls. 'set hershey on'
will return GrADS to the use of traditional Hershey fonts.
This command 'sticks' until the user issues another set hershey
command, or a reset
or reinit
command is issued.
Please read the documentation page on Font Control in GrADS for more information about using fonts in GrADS version 2.1.
If your build is not enabled with the Cairo graphics library, 'set hershey off'
will have no effect.


Reg soup
soupSpec external storage Reg soup with spec
Stuff soup
Query soup
indexPath queryType range exact like all beginKey endKey
Page size
Cursor++ Cursor-- Cursor[0]
Retrieve Entries IDs
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10th Mar 2012 — Edit
A primer to Symphony 2's default theme
Every theme in Symphony has an important mission: to introduce newcomers to Symphony by way of a working example. Spectrum, the name of this version's default theme, was designed and developed with such a mission in mind by following a set of constraints. A default theme is required to:
- be presented in a format that is universally identified and intuitive.
- have a clear and simple HTML structure.
- demonstrate the fundamental concepts in Symphony—sections, fields, data sources and events—and their interactions together.
- avoid functionality that does not have any educational value.
The design
Our first rule states that a default theme needs to be in a format that is instantly recognisable to a user. As a result, all of the themes created in Symphony's history have emphasised a weblog structure. Spectrum continues this tradition.
Notes — Add
- 22 Feb
-
Follow the Symphony team (@symphonycms) and the Symphony community (#symphonycms) on Twitter.
- 22 Feb
-
Check the official Symphony downloads page for a full list of extensions, ensembles and XSLT utilities.


org.seasar.cubby.routing.impl
Classes
ChildAction
MockAction
MockOnSubmitAction
MockPathAction
MockPriorityAction
MockRootAction
ParentAction
PathResolverImplTest
PathTemplateParserImplTest
Query
RoutingComparatorTest


EBD - Easton Bible DIctionary
Azal
AZAL
"AZAL "(
Zechariah 14:5
) should perhaps be rendered “very near” = “the way of escape shall be made easy.” If a proper name, it may denote some place near the western extremity of the valley here spoken of near Jerusalem.
"AZAL "(Zechariah 14:5) should perhaps be rendered “very near” = “the way of escape shall be made easy.” If a proper name, it may denote some place near the western extremity of the valley here spoken of near Jerusalem.


Generated Tabs (not using ARIA recommendation)
Heading of Panel 1
Paragraph text goes here and fills up the panel with super useful information that you'll absolutely love to read. this is here to test in panel keyboard controls
Another heading
And another paragraph.
Heading of Panel 2
Paragraph text goes here and fills up the panel with super useful information that you'll absolutely love to read. this is here to test in panel keyboard controls
Heading of Panel 3
Paragraph text goes here and fills up the panel with super useful information that you'll absolutely love to read. this is here to test in panel keyboard controls


--- title: About ---
Hi I am Lily! Welcome to my food recipe blog 'Lily's Vegan Life'. Here I hope to post vegan recipes that I have found over the years.
My goal is to be as healthy as possible, urgh even if that means being a vegan... then I will


--- layout: default title: Content Meant ---
I've worked for a range of organisations in the private and public sector, creating useful, usable content that meets proven user needs.
I'm mostly a word person, but happy to get involved with other bits of user experience and service design: problem statements, user research, journey mapping, sketching and prototyping.
I'm not available for work until June 2020.
I can't put it any better than Sarah Richards, founder of Content Design London in her book Content Design, so I won't:
"The point of content design is that you start with research to help you identify what you users actually need (which isn't the same as what they say they want)."
Have a look my previous roles on LinkedIn or say hello on Twitter.


Follow these steps to log in to your account:
- In the top navigation bar, click Sign In.
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- If you signed up with your Google or Facebook account, click Sign In with Google or Sign In with Facebook and then follow the prompts.
- If you signed up with your email address, enter your email address, enter your password, and then click Sign In.
- If you have 2FA enabled on your account, in the Please Enter 2FA Code field, enter the authentication code from the Google Authenticator app on your mobile device and then click Sign In.


tutor.com
One of the most popular services the library has is Tutor.com. The service is an online interactive program where teens can ask a live tutor for help. The tutors are certified subject specialist, and are screened, so it is a safe online environment. Many of the specialist are teachers. Subjects cover math, i.e. geometry, algebra, science, English, and social studies.
tutor.com Hours
The hours for Tutor.com are from 4:00-11 p.m. daily. Some Spanish speaking tutors are available too.
Other Features of tutor.com
Practice lessons and worksheets, study guides and videos. The site also has test-prep , these services are available 24/7.
Information taken from Tutor.com


Consider all samples below to be malicious, the files are provided as a password protected zip with the password: infected.
Back to Uploads


Nudity and Nerdery, On “Not all guys are like that”
See, what you need to understand is that “Not all guys [are] like that” is never going to work. Because you’re answering an entirely different conversation than what women are actually saying.
You think women are saying “Every man is a predator and a danger to me.” And you’re replying, “But I’m not like that.”
But women aren’t saying that. They’re saying “There are too many situations where women have to worry about their safety,” and you’re saying “That’s not important.” They’re saying “Women are constantly told it’s their fault if something bad happens,” and you’re saying “Don’t worry about it.” They’re saying “Too often, women find their trust violated by men,” and you’re saying “But you should trust me!”
They’re saying “So many men have decided that what they want is more important than anything about a woman.” And you’re replying “I’m exactly like that.”


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--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/113488general/40427teachVScodenewunicodeinput.html ---
How do I teach VScode the fraktur letters?
Check out Scott's recent PR on how to add fraktur letters: https://github.com/leanprover/vscode-lean/pull/74/files
Thanks
{% endraw %}


|
xml:id or id? Identification of the element, that is target of an animation. For authors it is recommended not to use different for id and xml:id for the same element and not the same value for id in one element and the same value for xml:id in another element. This is done in this document only as a (stupid) test, not as an application.
The main indication for a failed test is the appearance of red or no animation after 2s.
Because for historical reasons, SVG tiny 1.2 has two fragment identifiers. It is recommended, that xml:id is used and not only id. As a consequence it is possible to have two different identifier values for one element. In such a case, id is skipped and only xml:id has to be choosen. In this test the height of the blue rectangle is set to another value. This is compared with a set animation of another red rectangle, having the same value for xml:id and id. The blue rectangle has to cover always the red one. If something red is visible, an error is occured.


{% include head.html %}
{% include topbar.html %}
{% include nav.html %}
Page -
Left Sidebar
Home
Left Sidebar
Categories
Branding
Photography
Wild
Nature
Lorem
Ipsum
Branding
Photography
Wild
{{ content }}
{% include docbtns.html %} {% include footer.html %}


{{define "title"}}{{printf "Inbucket for %v" .name}}{{end}} {{$name := .name}} {{define "script"}} {{end}} {{define "content"}}
Please fix the following errors and resubmit:
Select a message at left, or enter a different username into the box on upper right.


See figure 1
`Prev `__
S
`Next `__
--------------
**See figure 1**
Metaphorically, “Get stuffed.” From the title of a famous parody that
can easily be found with a web search on this phrase; figure 1, in fact,
depicts the digitus impudicus.
--------------
+------------------------+----------------------------+-----------------------------+
| `Prev `__ | `Up <../S.html>`__ | `Next `__ |
+------------------------+----------------------------+-----------------------------+
| SED | `Home <../index.html>`__ | segfault |
+------------------------+----------------------------+-----------------------------+


Shading values/areas under the normal curve is a quite frequent taks in eg educational contexts. Thanks to Hadley in this post, I found this easy solution.
library(ggplot2)
```r
ggplot(NULL, aes(c(-3,3))) +
geom_area(stat = "function", fun = dnorm, fill = "#00998a", xlim = c(-3, 0)) +
geom_area(stat = "function", fun = dnorm, fill = "grey80", xlim = c(0, 3))
```
![plot of chunk unnamed-chunk-1](/images/2017-08-29/unnamed-chunk-1-1.png)
Simple, right?
Some minor beautification:
```r
ggplot(NULL, aes(c(-3,3))) +
geom_area(stat = "function", fun = dnorm, fill = "#00998a", xlim = c(-3, 1)) +
geom_area(stat = "function", fun = dnorm, fill = "grey80", xlim = c(1, 3)) +
labs(x = "z", y = "") +
scale_y_continuous(breaks = NULL) +
scale_x_continuous(breaks = 1)
```
![plot of chunk unnamed-chunk-2](/images/2017-08-29/unnamed-chunk-2-1.png)
And some other quantiles:
```r
ggplot(NULL, aes(c(-3,3))) +
geom_area(stat = "function", fun = dnorm, fill = "#00998a", xlim = c(-3, 1.65)) +
geom_area(stat = "function", fun = dnorm, fill = "grey80", xlim = c(1.65, 3)) +
labs(x = "z", y = "") +
scale_y_continuous(breaks = NULL) +
scale_x_continuous(breaks = 1.65)
```
![plot of chunk unnamed-chunk-3](/images/2017-08-29/unnamed-chunk-3-1.png)
```r
ggplot(NULL, aes(c(-3,3))) +
geom_area(stat = "function", fun = dnorm, fill = "#00998a", xlim = c(-3, 2)) +
geom_area(stat = "function", fun = dnorm, fill = "grey80", xlim = c(2, 3)) +
labs(x = "z", y = "") +
scale_y_continuous(breaks = NULL) +
scale_x_continuous(breaks = 2)
```
![plot of chunk unnamed-chunk-3](/images/2017-08-29/unnamed-chunk-3-2.png)


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| AcceptorControl | An AcceptorControl is used to manage Acceptors. |
| AddressControl | An AddressControl is used to manage an address. |
| BridgeControl | A BridgeControl is used to manage a Bridge. |
| BroadcastGroupControl | A BroadcastGroupControl is used to manage a broadcast group. |
| ClusterConnectionControl | A ClusterConnectionControl is used to manage a cluster connection. |
| DiscoveryGroupControl | A DiscoveryGroupControl is used to manage a discovery group. |
| DivertControl | A DivertControl is used to manage a divert. |
| HornetQComponentControl | A HornetQComponentControl is used to manage the life cycle of a HornetQ component. |
| HornetQServerControl | A HornetQServerControl is used to manage HornetQ servers. |
| QueueControl | A QueueControl is used to manage a queue. |
| Class Summary | |
|---|---|
| AddressSettingsInfo | A AddressSettingsInfo |
| DayCounterInfo | Helper class to create Java Objects from the
JSON serialization returned by QueueControl.listMessageCounterHistory() . |
| ManagementHelper | Helper class to use HornetQ Core messages to manage server resources. |
| MessageCounterInfo | Helper class to create Java Objects from the
JSON serialization returned by QueueControl.listMessageCounter() . |
| ObjectNameBuilder | Helper class to build ObjectNames for HornetQ resources. |
| ResourceNames | Helper class used to build resource names used by management messages. |
| RoleInfo | Helper class to create Java Objects from the
JSON serialization returned by AddressControl.getRolesAsJSON() . |
| Enum Summary | |
|---|---|
| NotificationType | Types of notification emmitted by HornetQ servers. |
| Annotation Types Summary | |
|---|---|
| Operation | Info for a MBean Operation. |
| Parameter | Info for a MBean Operation Parameter. |
Management API for HornetQ servers and its Core resources.
HornetQ can be managed either using JMX or by sending management messages to the
server's special management address. Please refer to the user manual for more information.
|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


#include <elasticsearch.hpp>
|
| static fc::variant | adapt (const fc::variant_object &op, uint16_t max_depth) |
| |
| static fc::variant | adapt (const fc::variants &v, data_type type, uint16_t max_depth) |
| |
| static fc::variant | adapt_map_item (const fc::variants &v, uint16_t max_depth) |
| |
| static fc::variant | adapt_static_variant (const fc::variants &v, uint16_t max_depth) |
| |
| static void | in_situ_adapt (fc::variants &v, uint16_t max_depth) |
| | Update directly, no return. More...
|
| |
| static void | extract_data_from_variant (const fc::variant &v, fc::mutable_variant_object &mv, const std::string &prefix, uint16_t max_depth) |
| | Extract data from v into mv . More...
|
| |
Definition at line 119 of file elasticsearch.hpp.
◆ data_type
◆ adapt() [1/2]
◆ adapt() [2/2]
◆ adapt_map_item()
◆ adapt_static_variant()
| fc::variant graphene::utilities::es_data_adaptor::adapt_static_variant |
( |
const fc::variants & |
v, |
|
|
uint16_t |
max_depth |
|
) |
| |
|
static |
◆ extract_data_from_variant()
◆ in_situ_adapt()
| void graphene::utilities::es_data_adaptor::in_situ_adapt |
( |
fc::variants & |
v, |
|
|
uint16_t |
max_depth |
|
) |
| |
|
static |
The documentation for this struct was generated from the following files:


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Project Overview
>> The Chemical Laptop, co-engineered with Los Gatos Research, is a portable, reprogammable, battery-operated, microchip capillary electrophoresis (µCE) system designed to detect molecular signatures of life in liquid samples. Using microfluidic technology and miniaturized components, it allows for high-precision chemical analyses on microliter samples. The instrument is lightweight and battery-powered, so these analyses can be performed on site, or in the field. In short, the instrument operates as follows:
1. A liquid sample is introduced to the instrument and processed with a series of buffers, pH indicators, acids, bases, standards, and fluorescent labeling dyes. These reagents allow for on-chip sample derivatization, mixing, dilution, and pH adjustment.
2. The processed sample is then exported to a high voltage, electrophoretic micro-channel where it is separated into components differing in mass and charge.
3. As these components migrate down the channel, dye-labeled constituents are excited by a laser and detected by a UV-vis spectrometer. Excitation and fluorescence emission are filtered by a series of bandpass and dichroic filters.
4. Lastly, detection signal is visualized and processed with LabVIEW software on a tablet computer mounted atop the instrument.
>> The first prototype was completed in May 2013, about a week before my arrival. The objective of my work that summer was to test and characterize the newly developed prototype, and prepare the instrument for a completely automated, end-to-end field analysis. This required several modifications to its existing hardware and software, and the development of new hardware and software.


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Using the Reddit API requires 2 stages of validation.
First you will need to authenticate. This simply lets Reddit know you will be using your account to access the API.
In most cases you should only need to do this once ever.
Every time you want to access the API, you will need to have an Token. A token lasts for 1 hour and you will need to
apply for a new one for every hour you want to use the API.
The very first time you use this extension, you will need to first Authenticate. This will open a new window. Simply select 'agree'.
This will then redirect you to reddit. From this page, select Token. The URL of this reddit page contains information
that needs to be collected in order to get your first token.
Any subsequent time you want to use this extension. You should simply only need to get a token. The only likely
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Hello! My name is Stacey Teltser. After growing up in a suburb of D.C. I moved to Iowa to pursue my degree in psychology at Coe College. After graduating with my B.S., I worked for several years as a sign language interpreter. I started feeling stagnant in my career and, after learning about Delta V through work, found myself independently exploring online programming resources. I ultimately took the plunge and joined Delta V with the goal of working in a field that requires continuous problem solving and collaboration with others in the pursuit of creating and maintaining technology that impacts the lives of others.
My name is Francesco Troiano. I am a current student of the DeltaV code 201 course, and come from Waterloo, IA. I had worked in many customer service jobs prior to coming to Cedar Rapids to begin my coding career. I had moved into this field at the advice of a good friend and with knowledge of an ever growing market. I had heard some things about becoming a full stack developer and figured my ability to bring people together would fit perfectly into a world of people coming from all different backgrounds. I come from many jobs that have celebrated diversity and awareness, and helped lead some of those fronts and am excited to continue that development into the wonderful world of coding.
Hello!, I am Brennan Roorda, currently a software developer student at DeltaV code school in Cedar Rapids, IA. After working a variety of temporary jobs, that were menial and never challenged my brain, I decided that I need a long term career. I have been having a blast learning web development and excited to learn more. I excel at troubleshooting problems and breaking doing problem domains into the individual steps to solve them. I am looking forward to working as a software developer in a company where I can utilize my new skills and challenge myself to find more.


Border Effect
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