neo4j relationships
Written on October 4, 2016
This post is part 5 in a 5 part series. Read the other posts:
Part 1 - Try Neo4j | Part 2 - Query Neo4j | Part 3 - Collisions | Part 4 - Node Neo4j | Part 5 | Repo | Site
Our Neo4j is expanding, so I'll continue to discuss it here. It has been roughly one year since this project made it on to the web, we've renewed our hosting with Graph Story, and we are going to take some Design help from my partner Amy. We may also add features that allow for different kind of relationships in our NBA player ecosystem, such as General Manager, Coach, Assistant Coach, and Players that become these positions.
This is a stub, there's more coming


👟 Julian's Shoes 👟
A game to help Julian remember what shoes to wear
Strikes:
0
Start
Stop
997s
Air Jordans
Vans
Louis Vutton
Addidas


RDS AWS - Getting Started With Relational Database Service
Today in this RDS AWS Tutorial we shall be discussing in detail about Amazon’s Relational Database Management service RDS AWS and shall also do a hands-on, but first let us understand why it came into existence.
The world is changing, with every idea being converted into an application, millions of new applications go online every day. Now for any application or project to be successful, it should have a unique idea behind it.
Let’s talk about you, you just had the world’s most amazing idea, and you want to create an application around it.
Now imagine yourself 10 years back, when to have the application up and ready, you’d have to setup a back end server, research and install various softwares to support your application, after all of these tiring tasks you would have started developing your application.
Hey, wait! What about its maintenance? You would have to install all the latest security patches and updates for your backend server and also make sure that it stays in a healthy state.

Scary, right?  Also, at a fraction of the cost that you were investing earlier.
Wouldn’t it be amazing?
Well amazing is, sorry amazon is here, Amazon Web Services (AWS) offers a service called RDS AWS (Relational Database Service), which does all these tasks (i.e. setup, operate, update) for you automatically.

Let’s take an example here, suppose you start a small company.
You want to launch an application which will be backed by a MySQL database and since there is a lot of Database work, there are chances that the development work will fall behind.
Imagine this scene again, with Amazon RDS, the image is self explanatory!
Now this was just an example. For bigger companies where you have a bigger team, which manages your database servers; using RDS, that team can be reduced to a significant number and perhaps be optimally deployed!
Let’s move further in this RDS AWS Tutorial and see how amazon defines their service:
The Amazon Relational Database Service (RDS AWS) is a web service that makes it easier to set up, operate, and scale a relational database in the cloud. It provides cost-efficient, re-sizable capacity in an industry-standard relational database and manages common database administration tasks.
So people often develop a misconception, when they confuse RDS with a database.
RDS is not a database, it’s a service that manages databases, having said that, let’s discuss the databases that RDS can manage as of now:
It is a relational database engine made by amazon which combines the speed and reliability of high-end commercial databases with the simplicity and cost-effectiveness of open source databases. Amazon claims that Aurora is 5x faster than RDS MySQL.
It is an open source database management system which uses SQL (Structured Query Language) to access the data stored in its system.
PostgreSQL is yet another open source database management system which uses SQL to access the data.
SQL Server is a Relational Database Management System, which was developed by Microsoft in 2005 for the enterprise environment.
It is object-relational database management system which was developed by Oracle Inc.
MariaDB is a community developed fork of MySQL DBMS. The reason for its fork, was the concern over the acquisition of Oracle over MySQL.
Fork means copying the source code of the original application, and starting development over the new application.
The interesting part is, DB engines that RDS support are existing Relational Databases therefore, you don’t have to change the code of your application or learn a new querying language for using RDS in your already existing application.
Now you may be wondering what is the difference between, say a normal MySQL and a MySQL which is managed by RDS.
Therefore, in terms of usage you will be using it as if, you were using your own database, but now, you as a developer will not be worried about the underlying infrastructure or the administration of the database. The updation, the health monitoring of the system on which your SQL is installed, taking regular backups, etc., all these tasks will be managed by RDS AWS.
AWS also offers EC2 relational database AMIs, now you may ask why one more relational database service when we already have AWS RDS?
So, EC2 relational database AMIs allow you to fully manage your own relational databases on AWS Infrastructure, where as RDS manages them for you. So, depending on your use case you can choose an AWS service. Hope, it is clear to you now!
Moving along in this RDS AWS Tutorial, let’s discuss the components of RDS.
RDS AWS Components:
- DB Instances
- Regions and Availability Zones
- Security Groups
- DB Parameter Groups
- DB Option Groups
Let’s discuss each one of them in detail:
DB Instances
- They are the building blocks of RDS. It is an isolated database environment in the cloud, which can contain multiple user-created databases, and can be accessed using the same tools and applications that one uses with a stand-alone database instance.
- A DB Instance can be created using the AWS Management Console , the Amazon RDS API, or the AWS Command line Interface .
- The computation and memory capacity of a DB Instance depends on the DB Instance class. For each DB Instance you can select from 5GB to 6TB of associated storage capacity.
The DB Instances are of the following types:
- Standard Instances (m4,m3)
- Memory Optimised (r3)
- Micro Instances (t2)
Regions and Availability Zones
- The AWS resources are housed in highly available data centers, which are located in different areas of the world. This “area” is called a region.
- Each region has multiple Availability Zones (AZ), they are distinct locations which are engineered to be isolated from the failure of other AZs.
- You can deploy your DB Instance in multiple AZ, this ensures a failover i.e. in case one AZ goes down, there is a second to switch over to. The failover instance is called a standby, and the original instance is called the primary instance.
Security Groups
- A security group controls the access to a DB Instance. It does so by specifying a range of IP addresses or the EC2 instances that you want to give access.
- Amazon RDS uses 3 types of Security Groups:
- VPC Security Group
- It controls the DB Instance that is inside a VPC.
- EC2 Security Group
- It controls access to an EC2 Instance and can be used with a DB Instance.
- DB Security Group
- It controls the DB Instance that is not in a VPC.
- VPC Security Group
DB Parameter groups
- It contains the engine configuration values that can be applied to one or more DB Instances of the same instance type.
- If you don’t apply a DB Parameter group to your instance, you are assigned a default Parameter group which has the default values.
DB Option groups
- Some DB engines offer tools that simplify managing your databases.
- RDS makes these tools available with the use of Option groups.
RDS AWS Advantages
Let’s talk about some interesting advantages that you get when you are using RDS AWS,
- So usually when you talk about database services, the CPU, memory, storage, IOs is bundled together, i.e. you cannot control them individually, but with AWS RDS, each of these parameters can be tweaked individually.
- Like we discussed earlier, it manages your servers, updates them to the latest software configuration, takes backup, everything automatically.
- The backups can be taken in two ways
- The automated backups where in you set a time for your backup to be done.
- DB Snapshots, where in you manually take a backup of your DB, you can take snapshots as frequently as you want.
- It automatically creates a secondary instance for a failover, therefore provides high availability.
- RDS AWS supports read replicas i.e. snapshots are created from a source DB and all the read traffic to the source database is distributed among the read replicas, this reduces the overall overhead on the source DB.
- RDS AWS can be integrated with IAM, for giving customized access to your users who will be working on that database.
The updates to your database in RDS AWS are applied in a maintenance window. This maintenance window is defined during the creation of your DB Instance, the way it functions is like this:
- When an update is available for your DB you get a notification in your RDS Console you can take one of the following actions
- Defer the maintenance items.
- Apply maintenance items immediately.
- Schedule a time for those maintenance items.
- Once maintenance starts, your instance has to be taken offline for updating it, if your instance is running in Multi-AZ, in that case the standby instance is updated first, it is then promoted to be a primary instance, and the primary instance is then taken offline for updating, this way your application does not experience a downtime.
- If you want to scale your DB instance, the changes that make to your DB instance also happen during the maintenance window, you can also apply them immediately, but then your application will experience a downtime if its in a Single-AZ.
Pricing
RDS AWS is billed based on the following parameters:
- Instance Class i.e. the type of instance that you are choosing.
- Running Time i.e. the amount of time an instance is running, partial hours are billed as full hours.
- Storage i.e. the amount of storage that you have provisioned to your DB Instance
- I/O Requests per Month i.e. the I/O requests that are made to your DB Instance per month
- Data Transfer: Data transfer in and out of your DB Instance. Another way of getting billed for AWS RDS is by reserving some instances.
Reserved Instance is also a way of using AWS RDS, in this you reserve an RDS Instance for a term, which can be for one or three years by making a one time payment, it is a less expensive way compared to the monthly bill that one pays.
Free Tier AWS has an amazing free tier usage for most of its services, so that the customer can first use the service and then do the needful.
Similarly it offers free tier usage for RDS AWS, which includes the following benefits:
- 750 hours of Amazon RDS usage in single-AZ for db.t2.micro instance, every month for one year from signup.
- 20 GB of DataBase Storage: any combination of General Purpose (SSD) or Magnetic storage.
- 10 million IOs
- 20GB of backup storage
Enough of theory, lets make this RDS AWS Tutorial more interesting, let’s now launch a MySQL DB in RDS.
Hands-On
Step1: First select the RDS service from the AWS Management Console.
Step 2: Since we will be launching a MySQL instance, select the MySQL instance from the list of Dbs. Moving forward in this RDS AWS Tutorial, let’s go to Step 3.
Step 3: Since we are creating this instance for demo purposes, we will be selecting Dev/Test option and click on Next Step.
Step 4: On the next page you will be filling the following details:
- You can select your desired Db instance here
- You can select whether you want Multi-AZ enabled in your MySQL Db.
- You can select how much space you want to allocate to your Db instance, it can vary from 5GB to 6TB.
- In the end you will be setting your username and password for your Db Instance
Step 5: In the next step, you will be configuring Advanced Settings for your DB
- You will be selecting the VPC here, if you do not wish to launch your instance in a VPC you can leave the default settings and move ahead.
- In the next section you can select which version of the Db you want to use, for our example we are using MySQL 5.6
- In the next section you can set your backup preferences, like the retention period etc.
- After that we will be setting the maintenance window, this is the time frame during which your Db instances will be updated.
- Once you fill all the details, you will be launching the Db instance!
Congratulations! You have successfully launched your first RDS Db Instance!


{% extends 'admin/base_site.html' %} {% block extrahead %} {{ block.super }} {{ form.media }} {% load static %} {% endblock extrahead %} {% block content %}
Search for protocol to merge with the selected protocols. The protocol must already exist in EDD. Selected protocols listed below:


Fireworks Animation
Made with Javascript and HTML 5
Made with Javascript and HTML 5
USER SETTINGS
LAUNCH
(Number of fireworks launched at once)
AUTOMATIC LAUNCHING
(If off, click the black background to launch a firework)
SECONDS BETWEEN EACH LAUNCH
FIREWORKS
GRAVITY
ZERO GRAVITY
AMOUNT OF PARTICLES
*NOTE: Do not input numbers in the textbox, use +/- buttons to adjust the features


av-pack - Generate package for upload to Air Vantage.
av-pack [OPTIONS] TYPE [BUILD_DIR]
av-pack -h
av-pack –help
Generates a ZIP-compressed package containing a manifest file generated by mkapp, with the Air Vantage application "type" set to TYPE.
TYPE must be globally unique among all applications on the Air Vantage service. Multiple versions of the same application should have the same TYPE.
BUILD_DIR is the file system path of the build directory to be searched for the manifest.app file. If not specified, the current directory (and its subdirectories) will be searched. Only one manifest file can be used. If multiple are found, the command will abort with an error message.
Options:
-f, –full-update=FILE Include a full application update file. This gets pushed to the device when an "upgrade firmware" is requested for this application.
-h, –help Display this help text. (Cannot be used with other options.)
Copyright (C) Sierra Wireless Inc. Use of this work is subject to license.


--- layout: default title: QGIS Resources ---
Notes and examples of how to read and write to Esri File Geodatabases in QGIS. Written by PSQGIS member Stu Smith.
A Google doc with some resources about using QGIS Time Manager. Written by PSQGIS member Joel Masselink.
A handbook with detailed examples using QGIS for developing and operating a health care monitoring and evaluation system.
Edition E.3.8 published by Medrix, provided by PSQGIS member Bob Catherman.
A presentation demonstrating the process of using LandSAT data in QGIS to perform forest cover change detection utilizing the Normalized Difference Vegetation Index (NDVI). Provided by PSQGIS member Bob Catherman.
A presentation exploring the use of Relations in QGIS to associate tabular data with one to many relationships. Provided by PSQGIS member Paul McCombs.
A list of QGIS references and one online class. Provided by PSQGIS member Peter Keum.


DFG-Project
European elections and political structuring. A comparative analysis. (DFG)
The project analyzes the relationship between the electoral connection of citizens and parties and the structuring of political conflict in European elections. It aims at examining whether European elections have an independent structuring effect on political conflict and whether this effect has intensified in line with the increasing competencies of the European Parliament. The project assumes that European elections only have a mobilizing and legitimizing power the programmatic offers of political parties, the public debate over political conflicts in election campaigns, and voter preferences are tightly connected and linked to salient European issues. This presupposes that elections can structure political conflicts and channel them into the political system of the EU.
The project is based on a dynamic concept of political conflict structuring. This concept conceptualizes the relationship between citizens preferences and the programmatic offers by political parties as strategic interaction. The concept emphasizes the role of political organizations, political parties in particular, which articulate and mobilize political conflicts, the strategies these parties utilize, and the electoral contexts, in which they operate.
The project includes an extensive quantitative empirical research program consisting of three separate steps of analysis. First, the project examines the electoral connection in elections to the European Parliament, i.e. the relationship between the programmatic offers of political parties in their manifestos for European elections, the public controversies over European issues in European election campaigns, and the voter preferences as articulated in public opinion polls. Second, the structuring of political conflict in European elections and the relationship between the electoral connection of citizens and parties and the structuring of political conflict will be analyzed. Third, key factors responsible for the intensity of political conflict structuring (such as: intra-party conflict, public opinion and the strength of new eurosceptic challengers) will be investigated.
The project will use four sets of empirical data: (a) new data on European election campaigns collected by a core sentence based quantitative content analysis of daily newspapers; (b) existing data from previous projects on national election campaigns and integration debates; (c) data from the Euromanifesto project on European election manifestos; (d) survey data on voter preferences and public opinion. The study will be based on a comparative analysis of five EU member states: Germany, France, UK, Austria, and Sweden; and it will cover a period from 1994 to 2014 including five elections to the European Parliament (1994, 1999, 2004, 2009, and 2014).
The project is financed by the German Research Council (DFG).


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 6
Preheat the oven to 220C/450F/Gas 7. Lightly oil a deep-sided roasting tin.
Fill the belly cavity of the fish with the lemon slices and season inside with freshly ground black pepper.
In a bowl, mix the herbs with the sea salt, lemon zest, chilli flakes and beaten egg white.
Place one third of the salt mixture in the roasting tin and place the fish on top. Completely cover the fish with the rest of the salt mixture.
Place the salt-covered fish in the oven and bake for 35-40 minutes.
Meanwhile, make the hollandaise. In a small saucepan combine the white wine vinegar with the tablespoon of water and cook until it reduces down to one teaspoon in volume.
Allow to cool then add the beaten egg yolks and whisk continuously over a low heat. Once cooked, the eggs in your hollandaise should be smooth and velvety rather than granular. When the texture is right you can very gradually incorporate the butter, a little at a time.
Whisk vigorously while adding the butter. If it gets too thick add a few drops of warm water. Once all the butter has been incorporated, season to taste and keep warm. Do not let it get too hot as the sauce will split.
For the sorrel, melt the unsalted butter in a shallow pan until hot and foaming. Add the sorrel leaves and heat gently until the leaves have wilted.
Remove from the heat and roughly chop the sorrel leaves. Stir the sorrel into the warmed hollandaise.
When the fish is cooked, remove from the oven. Carefully crack open the salt case and remove the fish.
Serve on a large dish with the sorrel hollandaise.


Register
First Name
Last Name
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Email
Birthday
Jan
Jan
Jan
Jan
one
one
one
one
100
one
I agree
Submit


I’m not sure exactly where I want to go long term, but I do know that I love to problem solve and to learn. I can’t see myself sticking to any one place in my career for too long - I want to try new things often, keep growing and meeting new people. In the next few years I want to travel as much as I can, and I think being a developer is great career for that as you can work from just about anywhere. I also know that I want to work in an environment with good people and on projects I care about.
I would like to develop my negotiation and networking skills while at EDA, as well as my ability to delegate and trust in other team members. Being a perfectionist, I tend to take on way too much of the workload in group situation, but I am working on letting go of that because other people bring their own abilities, talents and perspectives and I know that as a team we can make things so much more cool and epic than if it were just me by myself.
Some of my strengths are that I am a good communicator and am accountable and organised. Being a perfectionist is a bit of both - I am driven and committed to always complete work to a high standard, but I need to learn when to say 'good enough' and call it a day. I can also procrastinate a lot on things because I don't want to start until I know I can do it well. I want to work on pushing past that and learning as I go - I can never know everything there is to know before starting a project and there will always be bugs and mistakes, but that's ok! Even this pupster says so!
I will block out times for when I study and when I don't, so that I'm not constantly feeling like I should be working. I am also making a commitment to keeping to the time-boxes as best as I can. I could spend hours making sure the fine details of my projects are perfect, but I have to keep the main goal in mind and get my work and the learning done - I can always come back and fix the small things later! I will also make sure to exercise regularly and take lots of small breaks so that my brain stays happy and fresh and I can be most efficient with my time.
I will first consult the wonderful world of Google, to see if I can solve the problem on my own. If not then I will ask the rest of my cohort on Slack, possibly in the code-help-desk chat where there are more experienced previous students. I can also ask my facilitator for help if I need. I will make sure that I don't spend too long angsting over any particular problem - if no one can help at that time I will just take a break and/or move on.
Offer support and guidance where I need it. Also I talk a lot when I'm confused, sorry.
Currently I’m still working 30-40hrs per week, mostly in the weekends. Therefore, I am making sure my work for each sprint is completed as early in the week as possible. However, I have no other commitments while in Auckland for the Bootcamp, so will be able to give my full attention to the course then.


--- layout: page --- Cryptoderps site for writeups of Hackthebox, CTF, Bug bounties, and other ramblings...always updating here...


WITNESS LIST
Intergovernmental Relations
November 1, 2017 11:00 AM
Hurricane Harvey
ON:
Barker, Tim Mayor (also providing written testimony) (Wharton), Wharton, TX
Blaschke, Robert County Judge (Refugio County), Refugio, TX
Bruun, Bech Chairman (also providing written testimony) (Texas Water Development
Board), Austin, TX
Calhoun, P.T. (Pat) County Judge (Goliad County), Goliad, TX
Clegg, John (Self), Victoria, TX
Hakeem, Omar Design Director/ Architect (also providing written testimony) (Building
Community Workshop), Dallas, TX
Hentz, Jeffrey President/ CEO (Port Aransas Chamber & Tourism), Port Aransas, TX
Irvine, Timothy K. Executive Director (also providing written testimony) (Texas
Department of Housing & Community Affairs), Austin, TX
Lee, Michael Director of Engineering & Safety Operations (also providing written
testimony) (Texas Department of Transportation), Austin, TX
McMullin, Keith (Port Aransas), Port Aransas, TX
Mills, Burt Judge (also providing written testimony) (Aransas County), Rockport, TX
Mitchell-Bennett, Nick Executive Director (also providing written testimony) (Community
Development Corp of Brownsville), Brownsville, TX
Otto, John Assistant Vice Chancellor & Director of Local Government Relations (also
providing written testimony) (Governor's Commission To Rebuild Texas), College Station,
TX
Phillips, Pete Senior Deputy Director Community Development & Revitalization (also
providing written testimony) (General Land Office), Austin, TX
Phinney, Chuck State Coordinator for Preparedness (Texas Division of Emergency
Management), Austin, TX
Polasek, Paul Mayor (also providing written testimony) (Victoria), Victoria, TX
Shaw, Bryan W. Chairman (also providing written testimony) (Texas Commission on
Environmental Quality), Austin, TX
Staley, Cynthia Executive Director (Golden Crescent Habitat for Humanity), Victoria, TX
Van Zandt, Shannon Professor (also providing written testimony) (TAMU Hazard
Reduction & Recovery Center), College Station, TX
Whitlow, Jack Mayor (Port Lavaca), Port Lavaca, TX
Zeller, Ben County Judge (Victoria County), Victoria, TX
Registering, but not testifying:
ON:
Cook, Kelly W. Director, Critical Infrastructure Division (Texas Commission on
Environmental Quality), Austin, TX
Fisher, Brian Lewis Emergency Management Coordinator (General Land Office), Austin,
TX
Lagrone, Heather Deputy Director (General Land Office), Austin, TX
Welcoming Remarks
ON:
Hinds, David Victoria College President (Victoria College), Victoria, TX
WITNESS LIST
Intergovernmental Relations
November 1, 2017 11:00 AM
Polasek, Paul Mayor (Victoria), Victoria, TX


--- layout: post date: 2009-07-16 time: "09:00:00" authors: ["Greg Wilson"] title: Day 3 tags: ["University of Alberta", "University of Toronto"] ---
Day 3 of the course—we did sets and dictionaries in the morning (glossing over the handwaving in the notes about computational complexity, since Francois Pitt is going to cover that properly later), and then Paul Gries showed students some basic image processing. Students found the morning exercise challenging, but seemed to be getting lots out of it. The visit to the pub this evening was still quite welcome, though :-).


I created this 5-level, physics-based, 2D puzzle game, Alter, as a portfolio piece during Spring of my junior year and Autumn of my senior year at OSU. In Alter, the player uses their powers of physics manipulation to solve puzzles laid out before them. Manipulations include reversing gravity, toggling on and off friction, and turning back time. I used Unity, C#, and Adobe Fireworks for most of my work on Alter. Below, you will find a playable version, but it requires installation of the Unity Web Player and use of Firefox, IE, Edge, or Safari instead of Chrome. (Click images below to enlarge)


Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
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D
E
F
G
H
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K
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selected
- Variable in class pl.mbdev.openstage.
Option
Indicates that this option is preselected.
sendKeys
- Variable in class pl.mbdev.openstage.
IppKey
Will the keys be sent to the server.
sendTo(URL)
- Method in class pl.mbdev.openstage.push.
HttpRequest
Sends the push to a given URL.
sendTo(URL)
- Method in class pl.mbdev.openstage.push.
PostRequest
sendTo(String)
- Method in class pl.mbdev.openstage.push.
Push
Sends the push request to the given OpenStage phone.
sendTo(PrintWriter)
- Method in class pl.mbdev.openstage.
Xml
This method sends the XML to the receiving OpenStage device.
setAltText(String)
- Method in class pl.mbdev.openstage.
IppImageItem
Sets the alternative text for this image item.
setContents(String)
- Method in class pl.mbdev.openstage.
Xml
Sets the contents of this node.
setLabel(String)
- Method in class pl.mbdev.openstage.
IppImageItem
Sets the label for this image item.
setParent(Xml)
- Method in class pl.mbdev.openstage.
Xml
Sets parent of this object to a desired one.
setText(String)
- Method in class pl.mbdev.openstage.
IppTicker
Sets new text for this ticker.
startInput()
- Method in class pl.mbdev.openstage.push.
HttpRequest
Starts input, opens input stream.
startOutput(String)
- Method in class pl.mbdev.openstage.push.
HttpRequest
state
- Variable in class pl.mbdev.openstage.
IppPlayer
State of the player, value from
IppPlayer.State
.
subObjects
- Variable in class pl.mbdev.openstage.
Xml
References to all sub-objects of this XML object.
subObjectsCount()
- Method in class pl.mbdev.openstage.
Xml
Returns number of sub-nodes of this XML node.
subObjectsToXmlString(int)
- Method in class pl.mbdev.openstage.
IppScreen
subObjectsToXmlString(int)
- Method in class pl.mbdev.openstage.
Xml
Goes through every sub-object of this object, creates its XML-text representation, and returns all of them in a single StringBuffer.
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
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Initially, we are system integrators of industrial robots. We work on projects with different levels of complexity — from a simple cell to a complete robot-operated manufactory. We believe that making robotics is a very creative process that requires non-standard thinking and following up on all latest trends towards automation.
We see industrial production as a process with endless potential for improvement. Advanced production today — it is not the thousands but just tens of employees plus automation in most of the industrial areas with high level of productivity. There is electronic monitoring of every step of the way of making a product, logistics and other services. Our goal is to help costumers implement the newest developments and take them to a higher production level.
Lack of qualified personnel is often the main reason for production’s unstable quality and delays. In this case, the ideal solution is the implementation of automated equipment and data collection systems. But instead of cumbersome machinery, there are new compact industrial robots. With good care such robots can work for many years, keeping its repeatability, speed and work quality. Tens of thousands of robots bring huge profit to its owners around the globe everyday.
In comparison to the common robotics manufacturers, we offer more accessible and affordable solution to enhance throughput of your industrial production. We make our own software, use lighter hardware to build robots and can work with individual projects. It saves your company’s time and finances, and improves its value stream. From the first request call and technical assignment, we remain and follow up on with our clients after launching the project, keeping the quality maintenance and efficient consulting.
Technical Director
Industrial audit specialist, engineer. Eugeniy is a certified specialist in robotics for companies «Kawasaki» and «Yaskawa»; developer of high-technologic products in robotics, automation and mechanical engineering. He is an author of unique technologies for «AvtoVAZ», «Transneft» and «Gazpromneft»; specialist of TOC tools (Theory of Constraints) and SA (System Analysis). He is a creator of module production method.
President/CEO
14 years in sales and transactions, 9 years of CEO experience in a group of companies. Ellina builds productions from scratch all the way up to a granted serial production of the products. She has proven record of accomplishment for five successfully scaling companies. She is the owner of Metalworking Company. Ellina is a graduate of the President’s program «Strategic Management».
Lead Designer
13 years of Graphic Design experience (from corporate identity to editorial and marketing campaigns). Alexey was instrumental in the complete overhaul of the image of a global luxury portfolio of botanical products «Philip B.» in Los Angeles, CA for 9 years. His experience includes logo development and design, label design and continuity, ecommerce banners, press and print collateral for consistent worldwide presence and imagery.
Lead Programmer
Industrial electronics specialist, software engineer. Ivan went from software engineer to become senior programmer. He worked as industrial equipment developer together with software engineers from Italy, «Danieli» and Germany, «SMS». Ivan specializes in Python, C++ and R.O.S. software. He participated in graphic interface development for various production lines for metallurgical industry.
International Sales
Established sales representative with 18 years of experience in international sales in Sweden. Sergey’s experience ranges from selling gloves all the way to selling IBM software. He worked with such companies like «Emerson» (USA), «Ericsson» (Sweden) and «ABB» (Sweden). Sergey’s outstanding problems solving choices took him to the top of financial consultants’ group dealing with business expansions.


Paste Coach File Text Below
Upload
Season 3 Rosters
General Options
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No
Yes
Game Number?
Home Field
Inning Halves
Skill
Easy
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Bat Circle?
Yes
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Pitch X?
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Yes
Errors?
Yes
No
Coach Name
Over?
No
Yes
Glorious Victory?
No
Yes
options
Team Option
Team Number
Team Name 1
Team Name 2
Team Color 1
Team Color 2
Schedules
Teams
Team Info
Teams
#
ID
Team
#
ID
Team
#
ID
Team
#
ID
Team
#
ID
Team
#
ID
Team
Generate Coach File
Show Coach File
Copy Coach File
Download Coach File


 When you are a knitter with friends who cherish handmade items for presents or even ask you right away to knit something for them, it's hard to say no. At least for me it is.
 I do! I do, I do, I absolutely do!!!) and a snowboard-hat-to-be. And several pairs of socks in my Ravelry queue. I don't know how that happened, but I know that I will cast on every single pair and realize at some point along the way that I very probably won't finish them. Except of course the pair I'm working on right now, because I promised almost a year ago to have it finished in about a month from now. As for the snowboard-hat-to-be, I have only about two weeks left... :(
Luckily it's so freaking cold that I don't have to think of transition garments yet (at least in terms of knitting - shopping sprees however are subject to a very different logic ;)), so it's no tragedy that I won't be able to finish my Serrano cardigan until the end of the March.


The software suite, 'Freesurfer', is a open-source software suite involving the segmentation of brain MRIs (see <http://freesurfer.net/> for more information). This package provides functionality to import the data generated by 'Freesurfer'; functions to easily manipulate the data; and provides brain specific normalisation commonly used when studying structural brain MRIs. This package has been designed using an installation of and data generated from 'Freesurfer' version 5.3.
| Version: | 0.2 |
| Depends: | R (≥ 3.3.3), stringr (≥ 1.1.0), gdata (≥ 2.17.0) |
| Suggests: | knitr, rmarkdown |
| Published: | 2017-10-30 |
| Author: | Alexander Luke Spedding [aut, cre], Fabio Cappello [aut], Giuseppe di Fatta [aut] |
| Maintainer: | Alexander Luke Spedding <alexspedding271 at gmail.com> |
| BugReports: | https://github.com/AlexDiru/rsurfer/issues |
| License: | MIT + file LICENSE |
| NeedsCompilation: | no |
| CRAN checks: | rsurfer results |
| Reference manual: | rsurfer.pdf |
| Vignettes: |
Vignette Title |
| Package source: | rsurfer_0.2.tar.gz |
| Windows binaries: | r-devel: rsurfer_0.2.zip, r-release: rsurfer_0.2.zip, r-oldrel: rsurfer_0.2.zip |
| OS X binaries: | r-release: rsurfer_0.2.tgz, r-oldrel: rsurfer_0.2.tgz |
| Old sources: | rsurfer archive |
Please use the canonical form https://CRAN.R-project.org/package=rsurfer to link to this page.


We're using a set of accordion directives and matching exactly the markup of the Bootstrap's accordion. On top we generate appropriate css classes, provide a11y and animations out of the box. Main advantage of this approach (vs. using components) is that all DOM nodes are accessible, so you can easily add missing functionality and customize the look and feel.
The code for a minimal one-panel accordion would look like this:
If you want to work with the accordion API, you can get either accordion or item instances from the template.
If an item id is not provided as in the example above, it will be generated automatically in the
'ngb-accordion-item-XXX'
format.
For more details please refer to the complete API
By default accordion allows opening as many panels as you want. If you need to have only one panel opened at a time,
you should use [closeOthers]
input. See example.
You can choose to either keep or remove the DOM nodes of the panels that are not opened. This is done by using the
[destroyOnHide]
either at the accordion level or at the item level. See
example.
Ypu can be notified when an item is shown or hidden with the (shown)
/(hidden)
outputs.
Payload is the id of the panel being toggled. These events will be fired after the animation is done.
You can provide a different template for accordion headers. In this case we would recommend changing the
ngbAccordionHeader
markup and using ngbAccordionToggle
on the element that toggles a
panel. Standard ngbAccordionButton
directive should be used with default
h2 > button
markup and might add unwanted .accordion-button
class.
You should also remove the .accordion-button::after
chevron, if you want to use default
.accordion-button
class as a starting point.
Please see a working example for more details


Full name:
com.carrotgarden.maven:scalor-maven-plugin_2.12:<IP_ADDRESS>90502181145:scala-native-link-main
Description:
Attributes:
| Name | Type | Since | Description |
|---|---|---|---|
| <commonMappingPattern> | String | - | Regular expression for plugin configuration map values provided in
pom.xml. Extractor for pattern:
key=value. Must define exactly two regex capture
groups. Mapping regular expression is used as follows:
case commonMappingPattern.r( key, value ) => ( key, value ) Default value is: \s*([^=\s]+)\s*=\s*([^\s]+)\s*. User property is: scalor.commonMappingPattern. |
| <commonSequenceSeparator> | String | - | Separator for plugin configuration list values provided in
pom.xml. Separator regular expression is used as
follows:
string.split( commonSequenceSeparator ).map( _.trim ).filterNot( _.isEmpty ) Default value is: [★\n]+. User property is: scalor.commonSequenceSeparator. |
| <nativeCdataZipEnable> | boolean | - | Enable to use a single zip archive for all C data resources. Insead
of embedding individual C data resouces files, put them in a zip
archive and then apply objcopy. Default value is: true. User property is: scalor.nativeCdataZipEnable. |
| <nativeCdataZipFileName> | String | - | Name of the C data resource file used for embedding by objcopy.
Archive zip file is created with these steps:
for example, in file src/main/clang/main.c // objcopy naming convention extern char _binary_cdata_zip_start extern char _binary_cdata_zip_end // provide forwarders for scala @extern char* binary_cdata_zip_start() { return & _binary_cdata_zip_start; } char* binary_cdata_zip_end() { return & _binary_cdata_zip_end; } @extern object cdata { // access compressed zip archive def binary_cdata_zip_start : Ptr[ CChar ] = extern def binary_cdata_zip_end : Ptr[ CChar ] = extern } Default value is: cdata.zip. User property is: scalor.nativeCdataZipFileName. |
| <nativeClassRegex> | String | - | Regular expression used to discover Scala.native *.nir
IR classes from class path. Default value is: .+[.]nir. User property is: scalor.nativeClassRegex. |
| <nativeEnsureCdataFolders> | boolean | - | Enable to create C data resource root folders when missing. Default value is: true. User property is: scalor.nativeEnsureCdataFolders. |
| <nativeEnsureClangFolders> | boolean | - | Enable to create C/CPP source root folders when missing. Default value is: true. User property is: scalor.nativeEnsureClangFolders. |
| <nativeLibraryDetect> | boolean | - | Invoke Scala.native linker only when Scala.native library is
detected in project dependencies with given scope. Detection
parameter: nativeScalaLibRegex. Default value is: true. User property is: scalor.nativeLibraryDetect. |
| <nativeLogBuildProcs> | boolean | - | Enable logging of Scala.native external executable invocations. Use
to review actual shell commands used to invoke external processes
such as LLMV. Default value is: false. User property is: scalor.nativeLogBuildProcs. |
| <nativeLogBuildStats> | boolean | - | Enable logging of Scala.native build results. Use to review
generated resources locations and counts. Default value is: false. User property is: scalor.nativeLogBuildStats. |
| <nativeLogBuildTimes> | boolean | - | Enable logging of Scala.native build phase durations. Use to review
compiler and linker performance profile. Default value is: false. User property is: scalor.nativeLogBuildTimes. |
| <nativeLogBuildVerts> | boolean | - | Enable logging of Scala.native external command invocations
"vertically". Use to ease review of typical long LLVM compile and
linking shell commands. Default value is: false. User property is: scalor.nativeLogBuildVerts. |
| <nativeLogClassPath> | boolean | - | Enable logging of Scala.native linker class path. Use to review
actual resources used for *.nir class discovery. Default value is: false. User property is: scalor.nativeLogClassPath. |
| <nativeLogOptions> | boolean | - | Enable logging of linker options. Use to review actual Scala.native
linker invocation configuration. Default value is: false. User property is: scalor.nativeLogOptions. |
| <nativeLogRuntime> | boolean | - | Enable logging of Scala.native linker runtime. Use to review actual
generated output runtime location. Default value is: false. User property is: scalor.nativeLogRuntime. |
| <nativeLogUpdateResult> | boolean | - | Enable logging of Scala.native linker update result of M2E
incremental change detection. Use to review actual
*.nir classes which triggered Eclipse linker build. Default value is: false. User property is: scalor.nativeLogUpdateResult. |
| <nativeMainBuildModeDebug> | String | - | Build mode for non-optimized nativeMainRuntimeDebug.
Normally uses always, to link during both Maven full
build and Eclipse incremental build. Available build modes:
always - link during both full and incremental build never - do not produce runtime at all full - link only during full build incr - link only during incremental build Default value is: always. User property is: scalor.nativeMainBuildModeDebug. |
| <nativeMainBuildModeRelease> | String | - | Build mode for optimized/stripped nativeMainRuntimeRelease.
Normally uses full, to link only during Maven full
build and skip Eclipse incremental build. Available build modes:
always - link during both full and incremental build never - do not produce runtime at all full - link only during full build incr - link only during incremental build Default value is: full. User property is: scalor.nativeMainBuildModeRelease. |
| <nativeMainCdataEnable> | boolean | - | Enable to convert project-provided C data resources in scope=main.
Provides a way to embed objcopy resources in binary
runtime. Basic explanation. Default value is: true. User property is: scalor.nativeMainCdataEnable. |
| <nativeMainCdataFolders> | File[] | - | C data resource root folders to be included in compilation
scope=main. Normally uses [src/main/cdata]. Absolute
path. Conversion parameter nativeCdataZipEnable
Enablement parameter nativeMainCdataEnable Default value is: ${project.build.sourceDirectory}/../cdata. User property is: scalor.nativeMainCdataFolders. |
| <nativeMainClangEnable> | boolean | - | Enable to compile project-provided C/CPP sources in scope=main.
Provides a way to inject #define constant extractors,
etc. Default value is: true. User property is: scalor.nativeMainClangEnable. |
| <nativeMainClangFolders> | File[] | - | C/CPP source root folders to be included in compilation scope=main.
Normally uses [src/main/clang]. Absolute path.
Enablement parameter nativeMainClangEnable Default value is: ${project.build.sourceDirectory}/../clang. User property is: scalor.nativeMainClangFolders. |
| <nativeMainDependencyFolders> | File[] | - | Folders with classes generated by current project and included in
linker class path. Normally includes build output from
scope=[macro,main] (target/classes). Default value is: ${project.build.outputDirectory}. User property is: scalor.nativeMainDependencyFolders. |
| <nativeMainDependencyScopes> | String[] | - | Provide linker class path from project dependency artifacts based
on these scopes. Scopes reference. Default value is: provided. User property is: scalor.nativeMainDependencyScopes. |
| <nativeMainEntryClass> | String | - | Entry point for native runtime in scope=main. Fully qualified class
name which follows Java main contract. For example,
Scala object in file main/Main.scala:
package main object Main { def main( args : Array[ String ] ) : Unit = { println( s"scala-native" ) } } Default value is: main.Main. User property is: scalor.nativeMainEntryClass. |
| <nativeMainGarbageCollector> | String | - | Select garbage collector included with Scala.native runtime in
scope=main. Garbage collector reference.
 User property is: scalor.nativeMainGarbageCollector. |
| <nativeMainRuntimeDebug> | String | - | Relative path of the generated runtime binary file for scope=main,
mode=debug. File is packaged inside nativeMainTargetFolder Default value is: debug. User property is: scalor.nativeMainRuntimeDebug. |
| <nativeMainRuntimeRelease> | String | - | Relative path of the generated runtime binary file for scope=main,
mode=release. File is packaged inside nativeMainTargetFolder Default value is: release. User property is: scalor.nativeMainRuntimeRelease. |
| <nativeMainTargetFolder> | File | - | Build target directory for the generated runtime binary file with
scope=main. Default value is: ${project.build.directory}/scalor/native/output/main. User property is: scalor.nativeMainTargetFolder. |
| <nativeMainWorkdir> | File | - | Linker working directory for scope=main. Default value is: ${project.build.directory}/scalor/native/workdir/main. User property is: scalor.nativeMainWorkdir. |
| <nativeNativeLibRegex> | String | - | Regular expression used to discover Scala.native interop C/CPP
library from class path. This library normally comes as dependency
to scalalib, see nativeScalaLibRegex. This regular
expression is matched against resolved project depenencies in given
scope. Regular expression in the form:
${groupId}:${artifactId}. Default value is: org.scala-native:nativelib_.+. User property is: scalor.nativeNativeLibRegex. |
| <nativeObjcopyMapping> | String | - | Mapping required for objcopy embedder. Used to convert
from LLVM triplet into GNU objcopy
binary-architecture/output. LLVM triplet
reference. GNU objcopy
--info reference. Separator parameter: commonSequenceSeparator.
Mapping parameter: commonMappingPattern.
Mapping format, where triplet-regex is regular expressoin mathced against LLVM triplet, binary-architecture/output is slash-separated pair describing GNU objcopy type: triplet-regex = binary-architecture/output Default value is: x86-([^-]+)-linux-([^-]+) = i386/elf32-i386 ★ x86_64-([^-]+)-linux-([^-]+) = i386/elf64-x86-64 ★ . User property is: scalor.nativeObjcopyMapping. |
| <nativeOptionLinkStubs> | boolean | - | Linking behaviour for placeholder methods annotated with
@stub. By default stubs are not linked and are shown
as linking errors. Default value is: false. User property is: scalor.nativeOptionLinkStubs. |
| <nativeOptionsClangPP> | String | - | Options used by LLVM clangpp during *.cpp
sources compilation. These options are added to auto-discovered
LLVM options. Sets standard by default. Separator parameter: commonSequenceSeparator. Default value is: -std=c++11 ★. User property is: scalor.nativeOptionsClangPP. |
| <nativeOptionsCompileDebug> | String | - | LLVM compile options for mode=debug. Uses no optimization by
default. These options are added to auto-discovered LLVM options.
Separator parameter: commonSequenceSeparator. Default value is: -O0 ★. User property is: scalor.nativeOptionsCompileDebug. |
| <nativeOptionsCompileRelease> | String | - | LLVM compile options for mode=release. Uses optimization by
default. These options are added to auto-discovered LLVM options.
Separator parameter: commonSequenceSeparator. Default value is: -O2 ★. User property is: scalor.nativeOptionsCompileRelease. |
| <nativeOptionsLinkingDebug> | String | - | LLVM linking options for mode=release. Keeps symbols by default.
These options are added to auto-discovered LLVM options. Separator
parameter: commonSequenceSeparator. Default value is: -lpthread ★. User property is: scalor.nativeOptionsLinkingDebug. |
| <nativeOptionsLinkingRelease> | String | - | LLVM linking options for mode=release. Strips symbols by default.
These options are added to auto-discovered LLVM options. Separator
parameter: commonSequenceSeparator. Default value is: -lpthread ★ -Wl,-s ★. User property is: scalor.nativeOptionsLinkingRelease. |
| <nativeOptionsObjcopy> | String | - | Options used by objcopy tool during C data resource
embedding. These options are added to required hard-coded
objcopy invocation options. Empty by default.
Separator parameter: commonSequenceSeparator. Default value is: ★. User property is: scalor.nativeOptionsObjcopy. |
| <nativeScalaLibRegex> | String | - | Regular expression used to discover Scala.native core
*.nir library from class path. This regular expression
is matched against resolved project depenencies in given scope.
Regular expression in the form:
${groupId}:${artifactId}. Enablement parameter: nativeLibraryDetect. Default value is: org.scala-native:scalalib_.+. User property is: scalor.nativeScalaLibRegex. |
| <nativeSystemDetect> | boolean | - | Detect operating system and invoke native goals only when running
on supported o/s. When false, force native goals
invocation. Default value is: true. User property is: scalor.nativeSystemDetect. |
| <skip> | boolean | - | Force to skip all executions of this plugin. Default value is: false. User property is: scalor.skip. |
| <skipLogReason> | boolean | - | Enable logging of reason for skipping an execution. Default value is: true. User property is: scalor.skipLogReason. |
| <skipNativeLink> | boolean | - | Flag to skip this execution: scala-native-link-*. Default value is: false. User property is: scalor.skipNativeLink. |
| <skipNativeLinkMain> | boolean | - | Flag to skip this goal execution:
scala-native-link-main. Default value is: false. User property is: scalor.skipNativeLinkMain. |
| <skipPackagingList> | String[] | - | List of packaging types, which are skipped by this plugin. Default value is: pom. User property is: scalor.skipPackagingList. |
case commonMappingPattern.r( key, value ) => ( key, value )
string.split( commonSequenceSeparator ).map( _.trim ).filterNot( _.isEmpty )
// objcopy naming convention extern char _binary_cdata_zip_start extern char _binary_cdata_zip_end // provide forwarders for scala @extern char* binary_cdata_zip_start() { return & _binary_cdata_zip_start; } char* binary_cdata_zip_end() { return & _binary_cdata_zip_end; }
@extern object cdata { // access compressed zip archive def binary_cdata_zip_start : Ptr[ CChar ] = extern def binary_cdata_zip_end : Ptr[ CChar ] = extern }
always - link during both full and incremental build never - do not produce runtime at all full - link only during full build incr - link only during incremental build
always - link during both full and incremental build never - do not produce runtime at all full - link only during full build incr - link only during incremental build
package main object Main { def main( args : Array[ String ] ) : Unit = { println( s"scala-native" ) } }
none boehm immix
triplet-regex = binary-architecture/output


About Liana Morrison
Hi! I'm Liana Morrison and I'm a Full-Stack Developer, Graphic Designer, MBA, Yoga & Dance Teacher, founder of The TITANESS Project, co-founder of The Minnesota Dancers Collective, mom, animal rights activist and healer. I have a passion for working with small businesses and entreprenures and helping them find their voice through graphic and web design. I look for the unique and beautiful in every day life and am constantly looking for new ways to challenge myself in order to grow and develop a a human being. I'm a solo-parent to 5 year old Amelia and we live in St. Paul with our corgi-mix, Penny and our Western Hognose Snake, Magical.


Brother of missing Leah Croucher dies suddenly age 24
The brother of Leah Croucher, a young woman who has been missing since February, has died suddenly.
Haydon Croucher, 24, had been involved in the search for his younger sister, who was last seen in Buzzacott Lane in Furzton, Milton Keynes on Friday 15th February.
His death was confirmed by dad John Croucher on Facebook, who wrote: ‘Be at peace Haydon. If Leah is up there with you look after each other as always, until we get there.’
The circumstances in which Haydon passed away remain unknown, but his father claimed he died in hospital after police knocked on their door to tell them he was ‘fighting for his life’.
Mr Croucher wrote: ‘What kind of life is it that you can speak to your son on Thursday evening to reassure him that we all feel the same sadness at Friday 15th, approaching nine months with no news about Leah is a terrible thing to face.
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‘We promise to meet up the following day so we can face it together.
‘Hours later police knock at the door and tell you that Haydon is fighting for his life.
‘The doctors say the prognosis is bad. You sit by his bedside and watch him deteriorate by the minute.
‘You have to say your goodbyes. What do you say in that situation?
‘You tell him you love him. You reminisce about funnier times. You beg him to come back to us.
‘Finally you have to tell him to go and be at peace. You hold him as he slips away.
‘To say our hearts and minds are broken is an understatement.
‘Haydon was a kind, generous, funny, witty and loving person and in his words an amazingly good looking bloke. He had a huge heart.
‘He was only 24. Too young to be gone forever.
‘He has left behind two families and friends that loved him dearly.
‘We will all miss him. Always.
‘Be at peace Haydon. If Leah is up there with you look after each other as always, until we get there.
‘We love and miss you both terribly. Our world could not be more broken than it is now.’
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Haydon had appeared at Aylesbury Crown Court accused of threatening a man who had dated his sister before he died.
He received a restraining order and the case was dropped.
In court, Judge Francis Sheridan told him: ‘This is a real tragedy.
Leah, 20, and Haydon’s parents said in an interview that they believe their daughter may have been murdered.
She went missing from her home in Quantock Crescent, Emerson Valley on Friday 15th February this year.
Leah, who had not told her parents where she had been for 75 minutes on Valentine’s night, was last seen just after 8.15pm walking towards work in the direction of Loxbeare Drive and Chaffron Way.
Her mobile phone and bank account have not been used since.
Three witnesses reported that a female that could possibly have been Leah was seen by Furzton Lake on 15 February, between 9.30am and 11.15am.
They claimed she seemed ‘angry, upset and crying’.
A search of the lake was carried out but nothing was found.
Got a story for Metro.co.uk?
Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


This week marks the end of Phase 0! Holy cow, how did that happen so fast?! I am getting increasingly nervous for Phase 1, but cannot wait to begin a career as a developer.
One of my favorite tasks of Phase 0 has been building my person website and tech blog. I have such a love for HTML/CSS and I cannot wait to learn more about it. I have made a couple of simple sites in the past, like this one for my BFF Birdie, but my personal site is the most hands-on I have been with a webpage thus far. I went through a few redesigns, definitely hit some walls here and there, but I am happy with the current result.
While it was hard for me to decide on a final layout, I learned to make a plan and see it through. It's easy to get caught in a loop of changes and indecision, but I find it is best to work through your current plan, be flexible, and realize that you can always make changes in the end.
There is still a lot of work to do on my site, and I am looking forward to implementing more JavaScript as well as a better mobile version. Next time you guys hear from me I will be living a new life as an onsite DBC student. Wish me luck!


RFCAVITY Creates a RF cavity in older AT version RFCAVITY('FAMILYNAME',Length [m],Voltage[V], Frequency[Hz], Harmonic Number,'METHOD') creates a new family in the FAMLIST - a structure with fields FamName family name Length length[m] Voltage peak voltage (V) Frequency RF frequency [Hz] HarmNumber Harmonic Number PassMethod name of the function on disk to use for tracking returns assigned address in the FAMLIST that uniquely identifies the family
0001 function z = rfcavity(fname,L,V,F,H,method) 0002 %RFCAVITY Creates a RF cavity in older AT version 0003 %RFCAVITY('FAMILYNAME',Length [m],Voltage[V], Frequency[Hz], Harmonic Number,'METHOD') 0004 % creates a new family in the FAMLIST - a structure with fields 0005 % FamName family name 0006 % Length length[m] 0007 % Voltage peak voltage (V) 0008 % Frequency RF frequency [Hz] 0009 % HarmNumber Harmonic Number 0010 % PassMethod name of the function on disk to use for tracking 0011 % returns assigned address in the FAMLIST that uniquely identifies 0012 % the family 0013 0014 ElemData = atrfcavity(fname,L,V,F,H,[],method); 0015 0016 global FAMLIST 0017 z = length(FAMLIST)+1; % number of declare families including this one 0018 FAMLIST{z}.FamName = fname; 0019 FAMLIST{z}.NumKids = 0; 0020 FAMLIST{z}.KidsList= []; 0021 FAMLIST{z}.ElemData= ElemData; 0022 0023


--- layout: default ---
I mostly write JavaScript posts here. But occasionally I share personal non-technical opinions and insights. If you're only interested in my tech stuff, please follow me on Medium! I syndicate all my technical posts there.


CapetangJS Demo
Hello World!
Choose Name
Advanced
CapetangJS Demo
Hello World!
Choose Name
Advanced
Custom Voice Configuration
Select Voice Name
Volume
Pitch
Rate
Text lines...
Speak


The story of this project
I work as a software engineer in an italian company (yes, I'm italian and my code is better than my english,
so, if you find anything wrong in my writing, please report the error) and we're currently developing a
platform for building business processes graphically by linking functional blocks that we call nodes.
A business process is then represented on this platform as a directed graph of nodes and edges.
For monitoring purposes we use a separate web application and we thought that it would be great to have
the processes represented graphically in html pages.
This task has been (correctly) considered "low priority" for our job, but some brainstorming about it was already been done and some discussions arised, so I could not resist the challenge and I started doing some tests at home.
As the first tests succeeded, I started thinking about a general library for representing this kind of graphs on html pages and then decided to start an open source project on Sourceforge.
The basic idea of the project is to draw connectors between nodes using a composition of horizontal and vertical straight segments, and this is obviously because HTML does not provide a way to draw lines or curves, so the only possible way is to use HTML elements "improperly".
It is easy to realize that hand writing the HTML code to draw the connectors is neither simple nor fast and, since my work consists in "ease up the other's work" by building frameworks, the natural choice in this case is a Javascript library that automatically draws the connectors given the start and the end blocks.
A colleague of mine (many thanks to him) suggested to use the borders of a table to draw 3 segments and this idea can be easily extended to draw a chain of any number of segments. Meanwhile, I was thinking about using thin div elements to draw the segments and then position them to build the "chain".
The table strategy seemed to me to be more elegant, but after some test, I experienced the first problem with it: Microsoft Internet Explorer (ie for short) and Mozilla Firefox behave in slightly different ways when rendering tables with forced dimensions, the first considers the border dimension as part of the total, the latter does not and sometimes the segments result separated by 1 pixel.
Another problem is that the tables are composed by many HTML elements (table, tr, td) and this requires more javascript code to be written.
In conclusion, I decided to use the "div" strategy.
In order to minimize the work for the user that writes html pages with graphs, I choosed to use a "declarative strategy", i.e.: rather than ask the user to write javascript code to create the graph, I thought it would be great if he can simply declare that a html element is a node or a connector, or any other kind object involved in the graph.
So, I decided to rely on css classes for this task in order to keep the document a valid html page and also ease up the definition of objects layout.
Go on reading the "getting started" page!


In the country of Byteland, there are N cities connected by N bidirectional roads (that is, the number of roads is the same as the number of cities).
The cities are numbered from 0 to N-1.
For each i from 0 to N-1, a bidirectional road connects city i and city road[i].
(Note that sometimes a pair of cities can be connected by two distinct roads.)
It is possible to travel between any pair of cities using the network of roads.
You are the prime minister of Byteland and you must choose one of the cities to be the capital city.
The capital city must have the following property:
whenever A and B are two distinct cities, it must be impossible to travel between A and B without visiting the capital.
If there is no valid location for the capital, you must create one.
In order to do that, you may modify the road network by doing a sequence of mergers.
A merger is an operation that merges two adjacent cities into a single new city.
Formally, a merger is performed as follows:
You select two cities X and Y that are directly connected by a road. (They may even be connected by more than one direct road.)
The two cities are merged together to create a new city Z.
All direct roads between X and Y disappear. Each other road that connected X or Y to some other city now connects Z to that other city.
For example, suppose this is the network:
There is no valid location for the capital. However, by merging city 1 and city 2, we can create a valid location:
Now the newly-created city is a valid location for the capital.
You are given the description of the road network in the int[]road.
Please find and return the minimum number of mergers necessary to create a valid location for the capital.
Definition
ClassSuccessfulMerger
MethodminimumMergers
Parameters
vector<int>
Returns
int
Method signature
int minimumMergers(vector<int> road)
(be sure your method is public)
Limits
Time limit (s)2.000
Memory limit (MB)256
Constraints
N will be between 2 and 50, inclusive.
road will contain N elements.
Each element of road will be between 0 and N-1, inclusive.
For each valid i, road[i] does not equal i.
It will be possible to travel from any city to any other city using the roads.
Test cases
input
road
{ 2, 2, 1, 1, 1 }
output
Returns
1
note
This test case corresponds to the example from the problem statement.
In the given road network there is no valid location for the capital, so at least one merger is needed.
The one merger shown above is therefore the optimal solution for this test case.
This problem statement is the exclusive and proprietary property of TopCoder, Inc. Any unauthorized use or reproduction of this information without the prior written consent of TopCoder, Inc. is strictly prohibited. (c)2003, TopCoder, Inc. All rights reserved.


---
layout: post
title: 6/2 progress
date: '2014-06-02T22:43:00.001-06:00'
author: Jacob .
tags:
- progress-reports
- front-page
- homeschool-journal
modified_time: '2014-06-02T22:44:20.241-06:00'
blogger_id: tag:blogger.com,1999:blog-6400085873105072120.post-4557150077595251958
blogger_orig_url: http://www.svlark.com/2014/06/62-progress.html
---
Well, we're starting to be really excited and anxious all at once.
I'm going to observe the survey on Friday, and in the meantime we're getting the willies about the short term rental we'd been planning on. The landlady would like a deposit, which seems reasonable, but we're not going to just send some random person a check. Hopefully she'll agree to an escrow.com thing, and if not, I guess we have a scam on our hands, and worse, a housing gap.
Anyone know of a good short-term furnished rental in Ft. Pierce?
School has been getting downright spotty, but I guess we could always just declare summer vacation, seeing as how everyone else already has.
16 days


CrunchExerciseName
public struct CrunchExerciseName: ExerciseName
Crunch Exercise Name
-
Exercise Name
Declaration
Swift
private(set) public var name: String
-
Exercise Name Number
Declaration
Swift
private(set) public var number: UInt16
-
Declaration
Swift
public var hashValue: Int
-
Declaration
Swift
public static func ==(lhs: CrunchExerciseName, rhs: CrunchExerciseName) -> Bool
-
Declaration
Swift
public static var supportedExerciseNames: [CrunchExerciseName]
-
Declaration
Swift
public static func create(rawValue: UInt16) -> CrunchExerciseName?
-
Bicycle Crunch
Declaration
Swift
public static var bicycleCrunch: CrunchExerciseName
-
Cable Crunch
Declaration
Swift
public static var cableCrunch: CrunchExerciseName
-
Circular Arm Crunch
Declaration
Swift
public static var circularArmCrunch: CrunchExerciseName
-
Crossed Arms Crunch
Declaration
Swift
public static var crossedArmsCrunch: CrunchExerciseName
-
Weighted Crossed Arms Crunch
Declaration
Swift
public static var weightedCrossedArmsCrunch: CrunchExerciseName
-
Cross Leg Reverse Crunch
Declaration
Swift
public static var crossLegReverseCrunch: CrunchExerciseName
-
Weighted Cross Leg Reverse Crunch
Declaration
Swift
public static var weightedCrossLegReverseCrunch: CrunchExerciseName
-
Crunch Chop
Declaration
Swift
public static var crunchChop: CrunchExerciseName
-
Weighted Crunch Chop
Declaration
Swift
public static var weightedCrunchChop: CrunchExerciseName
-
Double Crunch
Declaration
Swift
public static var doubleCrunch: CrunchExerciseName
-
Weighted Double Crunch
Declaration
Swift
public static var weightedDoubleCrunch: CrunchExerciseName
-
Elbow to Knee Crunch
Declaration
Swift
public static var elbowToKneeCrunch: CrunchExerciseName
-
Weighted Elbow to Knee Crunch
Declaration
Swift
public static var weightedElbowToKneeCrunch: CrunchExerciseName
-
Flutter Kicks
Declaration
Swift
public static var flutterKicks: CrunchExerciseName
-
Weighted Flutter Kicks
Declaration
Swift
public static var weightedFlutterKicks: CrunchExerciseName
-
Foam Roller Reverse Crunch on Bench
Declaration
Swift
public static var foamRollerReverseCrunchOnBench: CrunchExerciseName
-
Weighted Foam Roller Reverse Crunch on Bench
Declaration
Swift
public static var weightedFoamRollerReverseCrunchOnBench: CrunchExerciseName
-
Foam Roller Reverse Crunch with Dumbbell
Declaration
Swift
public static var foamRollerReverseCrunchWithDumbbell: CrunchExerciseName
-
Foam Roller Reverse Crunch with Medicine Ball
Declaration
Swift
public static var foamRollerReverseCrunchWithMedicineBall: CrunchExerciseName
-
Frog Press
Declaration
Swift
public static var frogPress: CrunchExerciseName
-
Hanging Knee Raise Oblique Crunch
Declaration
Swift
public static var hangingKneeRaiseObliqueCrunch: CrunchExerciseName
-
Weighted Hanging Knee Raise Oblique Crunch
Declaration
Swift
public static var weightedHangingKneeRaiseObliqueCrunch: CrunchExerciseName
-
Hip Crossover
Declaration
Swift
public static var hipCrossover: CrunchExerciseName
-
Weighted Hip Crossover
Declaration
Swift
public static var wightedHipCrossover: CrunchExerciseName
-
Hollow Rock
Declaration
Swift
public static var hollowRock: CrunchExerciseName
-
Weighted Hollow Rock
Declaration
Swift
public static var weightedHollowRock: CrunchExerciseName
-
Incline Reverse Crunch
Declaration
Swift
public static var inclineReverseCrunch: CrunchExerciseName
-
Weighted Incline Reverse Crunch
Declaration
Swift
public static var weightedInclineReverseCrunch: CrunchExerciseName
-
Kneeling Cable Crunch
Declaration
Swift
public static var kneelingCableCrunch: CrunchExerciseName
-
Kneeling Cross Crunch
Declaration
Swift
public static var kneelingCrossCrunch: CrunchExerciseName
-
Weighted Kneeling Cross Crunch
Declaration
Swift
public static var weightedKneelingCrossCrunch: CrunchExerciseName
-
Kneeling Oblique Cable Crunch
Declaration
Swift
public static var kneelingObliqueCableCrunch: CrunchExerciseName
-
Knees to Elbow
Declaration
Swift
public static var kneesToElbow: CrunchExerciseName
-
Leg Extensions
Declaration
Swift
public static var legExtensions: CrunchExerciseName
-
Weighted Leg Extensions
Declaration
Swift
public static var weightedLegExtensions: CrunchExerciseName
-
Leg Levers
Declaration
Swift
public static var legLevers: CrunchExerciseName
-
McGill Curl Up
Declaration
Swift
public static var mcgillCurlUp: CrunchExerciseName
-
Weighted McGill Curl Up
Declaration
Swift
public static var weightedMcgillCurlUp: CrunchExerciseName
-
Modified Pilates Roll up with Ball
Declaration
Swift
public static var modifiedPilatesRollUpWithBall: CrunchExerciseName
-
Weighted Modified Pilates Roll up with Ball
Declaration
Swift
public static var weightedModifiedPilatesRollUpWithBall: CrunchExerciseName
-
Pilates Crunch
Declaration
Swift
public static var pilatesCrunch: CrunchExerciseName
-
Weighted Pilates Crunch
Declaration
Swift
public static var weightedPilatesCrunch: CrunchExerciseName
-
Pilates Roll up with Ball
Declaration
Swift
public static var pilatesRollUpWithBall: CrunchExerciseName
-
Weighted Pilates Roll up with Ball
Declaration
Swift
public static var weightePilatesRollUpWithBall: CrunchExerciseName
-
Raised Legs Crunch
Declaration
Swift
public static var raisedLegsCrunch: CrunchExerciseName
-
Weighted Raised Legs Crunch
Declaration
Swift
public static var weightedRaisedLegsCrunch: CrunchExerciseName
-
Reverse Crunch
Declaration
Swift
public static var reverseCrunch: CrunchExerciseName
-
Weighted Reverse Crunch
Declaration
Swift
public static var weightedReverseCrunch: CrunchExerciseName
-
Reverse Crunch on a Bench
Declaration
Swift
public static var reverseCrunchOnBench: CrunchExerciseName
-
Weighted Reverse Crunch on a Bench
Declaration
Swift
public static var weightedReverseCrunchOnBench: CrunchExerciseName
-
Reverse Curl and Lift
Declaration
Swift
public static var reverseCurlAndLift: CrunchExerciseName
-
Weighted Reverse Curl and Lift
Declaration
Swift
public static var weightedReverseCurlAndLift: CrunchExerciseName
-
Rotational Lift
Declaration
Swift
public static var rotationalLift: CrunchExerciseName
-
Weighted Rotational Lift
Declaration
Swift
public static var weightedRotationalLift: CrunchExerciseName
-
Seated Alternating Reverse Crunch
Declaration
Swift
public static var seatedAlternatingReverseCrunch: CrunchExerciseName
-
Weighted Seated Alternating Reverse Crunch
Declaration
Swift
public static var weightedSeatedAlternatingReverseCrunch: CrunchExerciseName
-
Seated Leg U
Declaration
Swift
public static var seatedLegU: CrunchExerciseName
-
Weighted Seated Leg U
Declaration
Swift
public static var weightedSeatedLegU: CrunchExerciseName
-
Side to Side Crunch and Weave
Declaration
Swift
public static var sideToSideCrunchAndWeave: CrunchExerciseName
-
Weighted Side to Side Crunch and Weave
Declaration
Swift
public static var weightedSideToSideCrunchAndWeave: CrunchExerciseName
-
Single Leg Reverse Crunch
Declaration
Swift
public static var singleLegReverseCrunch: CrunchExerciseName
-
Weighted Single Leg Reverse Crunch
Declaration
Swift
public static var weightedSingleLegReverseCrunch: CrunchExerciseName
-
Skater Crunch Cross
Declaration
Swift
public static var skaterCrunchCross: CrunchExerciseName
-
Weighted Skater Crunch Cross
Declaration
Swift
public static var weightedSkaterCrunchCross: CrunchExerciseName
-
Standing Cable Crunch
Declaration
Swift
public static var standingCableCrunch: CrunchExerciseName
-
Standing Side Crunch
Declaration
Swift
public static var standingSideCrunch: CrunchExerciseName
-
Step Climb
Declaration
Swift
public static var stepClimb: CrunchExerciseName
-
Weighted Step Climb
Declaration
Swift
public static var weightedStepClimb: CrunchExerciseName
-
Swiss Ball Crunch
Declaration
Swift
public static var swissBallCrunch: CrunchExerciseName
-
Swiss Ball Reverse Crunch
Declaration
Swift
public static var swissBallReverseCrunch: CrunchExerciseName
-
Weighted Swiss Ball Reverse Crunch
Declaration
Swift
public static var weightedSwissBallReverseCrunch: CrunchExerciseName
-
Swiss Ball Russian Twist
Declaration
Swift
public static var swissBallRussianTwist: CrunchExerciseName
-
Weighted Swiss Ball Russian Twist
Declaration
Swift
public static var weightedSwissBallRussianTwist: CrunchExerciseName
-
Swiss Ball Side Crunch
Declaration
Swift
public static var swissBallSideCrunch: CrunchExerciseName
-
Weighted Swiss Ball Side Crunch
Declaration
Swift
public static var weightedSwissBallSideCrunch: CrunchExerciseName
-
Thoracic Crunches on Foam Roller
Declaration
Swift
public static var thoracicCrunchesOnFoamRoller: CrunchExerciseName
-
Weighted Thoracic Crunches on Foam Roller
Declaration
Swift
public static var weightedThoracicCrunchesOnFoamRoller: CrunchExerciseName
-
Triceps Crunch
Declaration
Swift
public static var tricepsCrunch: CrunchExerciseName
-
Weighted Bicycle Crunch
Declaration
Swift
public static var weightedBicycleCrunch: CrunchExerciseName
-
Weighted Crunch
Declaration
Swift
public static var weightedCrunch: CrunchExerciseName
-
Weighted Swiss Ball Crunch
Declaration
Swift
public static var weightedSwissBallCrunch: CrunchExerciseName
-
Toes to Bar
Declaration
Swift
public static var toesToBar: CrunchExerciseName
-
Weighted Toes to Bar
Declaration
Swift
public static var weightedToesToBar: CrunchExerciseName
-
Crunch
Declaration
Swift
public static var crunch: CrunchExerciseName


Fearless protector of home and family. Keeping squirrels, socks and avacodos in-check since 2017. 1
This little cuddle hound was rescued at the age of six weeks from an abusive home. After an early scare and a brief adjustment to her new family she has come into her own.
Willow has cuddled, kissed and wormed her way to become "magnus dominus" of the house. Lording her might over the family cats and local squirrel population.
1 Willow may have the body language of a brave dog but its all an act. Reality is she is a timid but loveable bundle of energy.


{% extends 'default/index.html' %} {% load static %} {% block body %}
Only 4 steps to earn rewards
Start writing guide right now and earn one of those rewards:
{% for Reward in GuidesRewards %} {% endfor %}After your guide is done, you must wait for moderation, this action takes 1-24hours
When moderation is done, your rewards automatically stores in your storage
Congratulations! You are - guide writer! Thank you!
Created: {{ Guide.date }} by {{ Guide.user }}
Read more {% if Guide.on_moderation %} Apply guide {% endif %}Created: {{ Guide.date }} by {{ Guide.user }}
Read more


Hey there, thanks a lot for visiting our page. The project is currently under development.
OR
SlackClone Team View the code here, by Pranav, Kedar and Ganesh.


Time tracking was never this easy
LoginTime tracking was never this easy
Visualizing real-time status of your company
Way for all employees to provide the evidence of activities for the each project
Providing you with automatically generated invoices for your customers at the end of every month
Fatima Sinanović
Mehmed Duhović
Šejla Ramović
Admir Sitnić
Ready to make your business more efficient with TimeKeeper? That's great! Give us a call or send us an email and we will get back to you as soon as possible!
+38762795323


MultihopOscilloscope demo application using the collection layer. See README.txt file in this directory and TEP 119: Collection.


Reader Tim Drage has drawn my attention to a hugely informative website which provides photographic documentation of Entrances to Hell in the UK. Were I in the habit of handing out awards, trophies & cups—other than the Tin Badge of Tantarabim or the Button of Beb—I have no doubt this site would win one.


Here's what's new in Release 1.1.4 (19 December 2017):
Bug fixes
PixieDust now properly renders chart dimensions. Previously, in some situations with wide cell lengths, PixieDust would calculate a chart height value that was too tall for certain screen resolutions ( #530 ).
PixieApps, as well as PixieDust's
display()
function, now properly support the filtering capabilities of Brunel-rendered charts. Previously, in both instances, the Brunel visualizations would render correctly, but filtering data had no effect on the charts (
#522
).
Newer versions of Bokeh now work correctly in PixieDust. A recent bug surfaced where Bokeh chart rendering broke for Bokeh versions 0.12.7 or newer. The 1.1.4 Release of PixieDust fixes this issue ( #523 ).
Enhancements
PixieApps can now use any third-party plotting library (like Matplotlib) with a route method. By adding a
@captureOutput
decorator, PixieApp routes can work with libraries that write output directly, instead of only working with libraries that write output as a string.
@captureOutput
must be declared directly after
@route()
, and the decorator cannot be used in combination with
@templateArgs
. See (
#532
) for example usage.
Developers can now more easily create PixieApp HTML fragments using Jinja. Previously, variables computed locally in the
@route()
definition were not visible to Jinja without also declaring them as class variables. The addition of a
@templateArgs
decorator eliminates this need, and must come directly after
@route()
is declared. See (
#516
) for example usage.


escape html
<&>
<
©
©
block
Smile!
Smile!
Please select a shape:
| Batman | Robin | The Flash | Kid Flash | |
|---|---|---|---|---|
| Skill | Smarts | Dex, acrobat | Super speed | Super speed |


flixel.system.debug.ConsoleUtil
- type
- class
A set of helper functions used by the console.
Static Methods
- metadata
- :noCompletion
- :noUsing
- metadata
- :noCompletion
- :noUsing
- parameters
Function
The reference to the function to call.
Args
An array of arguments.
- returns
- Whether or not it was possible to safely call the function.
- parameters
Alias
The Alias to search for.
Commands
The array of commands to search through
- returns
- The Command typdef - null if none was found.
- parameters
Text
The text to log.
- parameters
s
The String to parse
- returns
- The parsed Bool
- parameters
ObjectAndVariable
The path to the variable as a String
ObjectMap
A Map of registered objects to start the search from
- returns
- A PathToVarible typedef, or null.


Email to a friend
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|
CmdMessenger
3.0
CmdMessenger is a serial port messaging library for the .Net / Mono Platform.
|
Public Member Functions | |
| virtual void | Dispose () |
Protected Member Functions | |
| virtual void | Dispose (bool disposing) |
| Remove all references and remove children. | |
Protected Attributes | |
| DisposeStack | DisposeStack = new DisposeStack() |
| bool | IsDisposed = false |
| virtual void CommandMessenger.DisposableObject.Dispose | ( | bool | disposing | ) | [protected, virtual] |
Remove all references and remove children.
| disposing | If true, cleanup |
Reimplemented in CommandMessenger.CmdMessenger, CommandMessenger.TransportLayer.SerialTransport, CommandMessenger.CommunicationManager, CommandMessenger.TimedAction, and CommandMessenger.CommandQueue.


{% for item in parameters %}
{% endfor %}
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--- tags: - address - address grid - address point - location author: display_name: Data Queen email<EMAIL_ADDRESS>date: 2012-08-15 16:09:42 -0600 categories: [] AddressPoints: hub: name: Utah Address Points item_id: 3f4f7a8efcd147febeca8bacaea67a14 updates: - July 2023 - Box Elder, Davis, Grand, Salt Lake, San Juan, Summit, Utah, Washington, and Weber Counties - June 2023 - Beaver, Emery, Davis, Salt Lake, Utah, Washington, and Weber Counties - May 2023 - Cache, Davis, Morgan, Salt Lake, Tooele, Utah, Wasatch, Washington, and Weber Counties - April 2023 - Davis, Morgan, Piute, Salt Lake, Sevier, Summit, Utah, Washington, and Weber Counties - March 2023 - Box Elder, Cache, Davis, Iron, Salt Lake, Utah, Washington, Weber Counties - February 2023 - Carbon, Davis, Garfield, Grand, Salt Lake, Tooele, Utah, Washington, Weber Counties - January 2023 - Box Elder, Davis, Iron, Salt Lake, Utah, Wasatch, Washington, Weber Counties - December 2022 - Davis, Morgan, Salt Lake, Tooele, Utah, Washington, Weber Counties - November 2022 - Davis, Salt Lake, San Juan, Utah, Washington, Weber Counties - October 2022 - Carbon, Davis, Iron, Salt Lake, Sevier, Utah, Washington, Weber Counties - September 2022 - Box Elder, Davis, Garfield, Juab, San Juan, Salt Lake, Summit, Uintah, Utah, Washington, Weber Counties - August 2022 - Cache, Davis, Salt Lake, Tooele, Utah, Washington, Weber Counties - July 2022 - Davis, Salt Lake, Summit, Utah, Washington, Weber Counties - Address Points were made public by AGRC on June 27, 2013 AddressSystemQuadrants: hub: name: Utah Address System Quadrants item_id: 3d6d2db8f3554cc8b3ff24b820035fb3 updates: - April 2023 - Added the Mammoth address system in Juab county. Additional minor edits to account for annexations in Utah (Springville, Lehi) and Box Elder (Willard, Garland) counties. - December 2022 - Added several address grids in Beaver county (Elk Meadows, Ponderosa, Greenville, Adamsville, Sulphurdale). Made major updates to grids in Utah, Cache, Tooele, and Box Elder Counties. Renamed 'NSL' to 'North Salt Lake' and 'East Carbon City' to 'East Carbon'. Minor adjustment to quadrants in Bluff. - August 2022 - Added the Rocky Ridge address system in northern Juab county - September 2021 - Updates near Elsinore/Central Valley/Monroe corners due to recent Elsinore annexation and inputs from Sevier County - November 2015 - Improvements were made to the Hyrum and Logan address system boundaries - October 2015 - Updated the American Fork address system boundary to reflect recent annexations - August 2015 - Improvements were made to the Brigham City, Fishlake, Fremont, Garland, Loa, Lyman, Mantua, Tremonton, and Willard address system boundaries; Updated the Lehi and Santa Clara address system boundaries to reflect recent annexations - July 2015 - Improvements were made to the Price and Wellington address system boundaries; updated the Lehi and Provo address system boundaries to reflect recent annexations - June 2015 - Improvements were made to the Layton and HAFB address system boundaries; updated the Provo and Spanish Fork address system boundaries to match recent annexations - May 2015 - Updated address system boundaries to reflect annexations in Lehi, Lewiston, and Snowville --- {% include abstract.html name="Address Data" stewards="UGRC, Local Government Partners" webapp="https://addressediting.utah.gov/" abstract="This dataset contains GIS mapping data representing address point locations (near complete) and the address grid system quadrant boundaries (NE, SE, SW, NW) in Utah." %}
This dataset contains geographic information system (GIS) mapping data representing address point locations for all twenty-nine Utah counties. This data layer ensures that all state entities are using the same verified, accurate county and municipality address information.
An address point represents a geographic location that has been assigned a US Postal Service (USPS) address by the local address authority (i.e., county or municipality) but does not necessarily receive mail. Address points may include several pieces of information about the structure or location that's being mapped, such as:
This dataset is mapping grade; it is a framework layer that receives regular updates. As with all our datasets, the Utah Geospatial Resource Center (UGRC) works to ensure the quality and accuracy of our data to the best of our abilities.
Maintaining the dataset is now an ongoing effort between UGRC, counties, and municipalities. Specifically, UGRC works with each county or municipality's Master Address List (MAL) authority to continually improve the address point data. Counties have been placed on an update schedule depending on the rate of new development and change within them. Populous counties, such as Weber, Davis, Salt Lake, Utah, and Washington, are more complete and are updated monthly, while rural or less populous counties may be updated quarterly or every six months.
The information in the Address Points dataset was originally compiled by Utah counties and municipalities and was aggregated by UGRC for the MAL grant initiative in 2012. The purpose of this initiative was to make sure that all state entities were using the same verified, accurate county and municipal address information.
Since 2012, more data has been added to the Address Points GIS data and is used for geocoding, 911 response, and analysis and planning purposes. The Address Point data is also used as reference data for the api.mapserv.utah.gov geocoding endpoint, and you can find the address points in many web mapping applications.
The statewide address point layer is used as reference data for the api.mapserv.utah.gov address locators. You can also find the address points in many web mapping applications.
The address points are published as an ArcGIS Online service as well as a Discover service.
{% include contact.html subject=page.title contact=site.data.contacts.address_points %} For county specific questions, see the contact list for the Master Address Authority at each county.
Location.AddressSystemQuadrants represents the local and countywide address system quadrants (NE, SE, SW, NW) throughout Utah. Addresses are assigned by local government addressing authorities using a defined addressing system, or grid. An addressing system consists of an origin point (0,0), a north-south axis, and an east-west axis, and a boundary within which addresses are assigned using this particular grid. This convention governs the assignment of addresses and is typically expressed as 100 address ranges per block or 800 address ranges per mile. Updates to this dataset are published periodically.
For additional information regarding Address System Quadrants dataset, read the Utah Local Address Systems document
{% include contact.html subject=page.title contact=site.data.contacts.agrc %}


| Figure 1 |
Night roost of great cormorants (P. Marion) |
| Figure 2 |
Changes in the proportions of the size classes of cormorant ... |
| Figure 3 |
Mid‐winter (15 January) numbers of wintering cormorants in F ... |
| Figure 4 |
Distribution of wintering cormorants in France between 1983 ... |
| Figure 5 |
Sample maps (every 5–6 years) of all night roosts of cormora ... |
| Figure 6 |
Change in the latitude of the weighted geographical centroid ... |
| Figure 7 |
Historical record of the conquest of the 15 natural French f ... |
| Figure 8 |
Historical record of the occupancy of each of the 95 French ... |
| Figure 9 |
Relation between mean temperatures in January between 1981 a ... |
| Figure 10 |
Chronology of occupancy of the French wintering areas of cor ... |
| Figure 11 |
Mean size of night roosts of cormorants in France between 19 ... |


Christmas dream job: Get $1,000 to watch 24 Hallmark Christmas movies
by WRTV StaffThe holidays are near and what better way to get into the spirit — and make a little extra shopping money — than by watching some Hallmark Christmas movies?
Hallmark is releasing 40 new movies this year, which means you'll have plenty to view before Christmas.
CenturyLinkQuote is looking for "lovers of all things Hallmark and Christmas" to watch 24 different Hallmark movies by December 25. In return, they'll give that person $1,000 and a Hallmark movie-watching kit.
"The holidays are the most wonderful time of year! We want to understand what role Christmas movies play in people’s holiday traditions, and how folks are choosing to watch their most beloved holiday classics," CenturyLinkQuote said in a press release.
Think this is you? Apply here. Applications will be accepted through December 6, 2019. If you want a better shot at winning, CenturyLinkQuote says you can create a 2-3 minute video showcasing your best holiday spirit.
The Perfect Candidate, according to CenturyLinkQuote:
Rule #1: You don't like Christmas — you love it.
Rule #2: You must be over 18 years old and be a US resident.
Rule #3: You know how to work the 'Gram, Twitter or Facebook. We want someone who's willing to document their Hallmark marathon with their followers.
We want you to have opinions — lots of them! Think the grumpy Grandpa turned jolly Santa was a little overdone? Felt like the plot was a bit half-baked? Be as honest as possible in your review.
If you win, CenturyLinkQuote will hook you up with your very own Hallmark binge-watching package.
Here's what's inside:
- Streaming service subscription
- Packet of hot cocoa
- Box of Christmas cookies
- String of fairy lights
- Mini Christmas tree
- More Hallmark swag than you could ever need