MDbg Iron Python Extension: Getting Started
Building the IronPython Extension:
The IronPython extension project is not built by default. You would need to execute the
following sequence of steps in order to build this extension.
1- Download the binaries for IronPython from - http://www.codeplex.com/Wiki/View.aspx?ProjectName=IronPython
2- Add a reference to IronPython.dll from the pythonExt project in this solution.
3- Finally, build the ironpython extension project (After adding reference to ironpython.dll, you can also have this
project built by default. From the Visual Studio IDE, click on the Build menu and select the configuration manager.
Click checkbox for PythonExt project).
Basic commands for MDbg’s IronPython Extension:
lo[ad]: Loads an mdbg extension or python script file.
py[thon] : Executes a single python command or expression.
Examples:
- py print 1+2
- py def MyAdd(a,b): return a + b
- py print MyAdd(1,2)
pe[val] : Evaluates a python expression and prints the result.
Examples:
- pe 1+2
- pe MyAdd(1,2)
pyin[teractive] : Enters python interactive mode, which drops user to a python prompt.
To exit python interactive mode, type 'pyout'.
pyr[efresh] : Reloads previously loaded and since modified python scripts.
- pyr : displays a numbered list of all previously loaded and since modified python scripts
- pyr all : reloads all previously loaded and since modified python scripts
- pyr num [num [num ...]] : reloads scripts corresponding to numbers (in the list displayed if no arguments are entered)
- example inputs: pyr ; pyr all ; pyr 2 ; pyr 1 3 5
Python Interactive Mode
The pyin command drops a user from the regular MDbg command line to a python prompt within MDbg. The prompt is a fully functional python prompt which also has access to the MDbg CommandBase class. This allows python code to access the MDbg object model.
Example: To print the name of the current process, in python interactive mode you can execute the following code:
>>> print CommandBase.Debugger.Processes.Active.Name
To execute a regular MDbg command from the python prompt:
>>> CommandBase.ExecuteCommand(”<CommandName>”)
e.g.:
>>> CommandBase.ExecuteCommand(“go”)
Python is an interpreted language, so you can define variables, functions, etc … at the command line.
Example: To print the callstack:
>>> callstack = CommandBase.Debugger.Processes.Active.Threads.Active.Frames
>>> for frame in callstack:
... print frame
...
>>>
This can also be done by defining a function at the command line to print the callstack:
>>> def PrintStack():
... for frame in CommandBase.Debugger.Processes.Active.Threads.Active.Frame:
... print frame
...
>>> PrintStack()
Loading Python Scripts
Loading a python script is the equivalent of executing the code in that script in python interactive mode. Therefore, all code in scripts has access to the same variable, methods, etc… that python code executed in python interactive mode does. Once a script is loaded (executed), python code in python interactive mode and all other loaded scripts have access to the functions and classes defined in the newly loaded script, and vice versa. If a script is modified after it has been loaded, the user can reload the script using the pyrefresh command.
Steps to load a python script –
- Load the python extension first (load pythext)
- Load the python script. Please specify full path to the script (load [full path to python script])
A sample script (pyfuncs.py) has been included in this package.
Tips for Writing Python Scripts
Using the IronPython implementation of the python language, python code can access all .NET libraries and use any CLS types. For example, if you want to access the System.Int32.MaxValue field, in a python script or at the MDbg python command line, enter this:
from System import Int32
maxval = Int32.MaxValue
Once you have imported the System.Int32 type, you can also call any static functions that type has:
myint = Int32.Parse(“10”)
You can also instantiate objects of imported types:
from System.Collections import ArrayList
mylist = ArrayList()
mylist.Add(myobject)
Note that python does not use the new keyword to instantiate objects.
To import an entire namespace:
from System.Collections import *
To add a directory to the python path:
import sys
sys.path.append(“mydir”)
To import a class library, mydir\mylib.dll :
import clr
import sys
sys.path.append(“mydir”)
clr.AddReferenceToFile("mylib.dll")


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--- layout: page title: About header-img: "img/home-bg.png" ---
Front-end developer based in New York City with a passion for design and accessibility. Experience in information architecture, content strategy, and user experience. Modern-day bibliophile and coloring aficionado.


--- layout: post title: Introduction to BPMN description: A simple introduction to what is BPMN and its purpose. category: - bpmn ---
Let’s define these terms in simple words.
A process is the work someone (or something) do to accomplish an objective.
Process modeling means documenting the current state of a process to describe for example, how it starts, when it’s complete, and how a process get from A to B.
All organizations need to know the answers of these questions in order to UNDERSTAND how their business actually works and IMPROVE how things are done.
However, until processes are documented, it’s impossible to UNDERSTAND them, IMPROVE them, and CONTROL them.
PROCESS MODELING SHOULD BE THE FIRST STEP TO UNDERSTAND AND BEST ORGANIZE THE WAY A BUSINESS WORKS.
So models are a COMMUNICATION tool since they help an organization to understand its processes.
Process modeling might be an easy task in a small organization, but think about a large organization:
It can easily become a mess. Interpretations of the model are hardly the same because people no longer have the same context or the same cultural references, leaving the interpretation of the model to the reader.
Obviously, this is a problem. The elements used to describe business processes must COMMUNICATE the MEANING intended by the modeler.
And that’s where BPMN comes in.
B USINESS
P ROCESS
M ODELING
N OTATION
The Business Process Modeling Notation provides a STANDARD way of representing business processes.
This is done by specifying the sequence of activities that make up the process and its relating information in basically two levels of detail:
In some environments, having very detailed models with precise instructions of how the work should happen, allows to use them to drive the work itself by importing them in tools that can execute those instructions.
However, the focus of this book is to show how the Business Process Modeling Notation is used for representing business processes for "high-level" analysis purposes.
In August 2001, 35 organizations formed the BPMI (Business Process Management Institute) Notation Working Group and BPMI.org. Their objective was to create a single notation for process modeling, since at that time, there were many notations and tools for that purpose. They published the first version of BPMN in 2004.
With the growing popularity of BPMN, BPMI.org was acquired by OMG (Object Management Group), home of the popular UML (Unified Modeling Language).
In 2006, the process of formally adopt BMPN as an OMG standard finished. Two years later, a minor update was issued (BPMN 1.1), and a year later, another version with some corrections (BPMN 1.2).
The notation from BPMN 1.2 to BPMN 2.0 didn’t change a lot. The two main motivations for BPMN 2.0 were to provide an official interchange format based on XML (eXtensible Markup Language) for process models and to make those models executable in a process engine.
After two beta versions, BPMN 2.0 was completed in 2010 and released to the public in January 2011.
One common mistake is assuming that there’s always only ONE correct model.
When you make a model, you're always choosing what to include and what to exclude. You may want to show different levels of detail or focus on certain areas, but generally, there’s often a tendency to capture more detail than necessary.
For example, consider how to model the scheduling of an appointment for a medical checkup. The first step could be request for the patient information, then check for an available date, and finally, register the appointment. But what if we like to schedule more than one appointment, or if there’s no availability, and at the end, should we print or email a confirmation, or both?
BPMN is flexible, meaning it can handle many situations and requirements. So instead of worrying about developing the correct model, you should be worrying about using the notation in a correct way.
WE ALWAYS NEED TO THINK ABOUT WHO WILL USE THE MODEL AND FOR WHAT PURPOSE.
To create a good BPMN model, it must be:
A good BPMN model DOES NOT show:
BPMN uses a set of graphical elements to describe a process. Together, and refined with attributes and properties, these elements create diagrams for organizations of all sizes and domains.
However, there’s only four key elements in BPMN:
On a higher level, BPMN allows yo to model four different aspects of business process in four diagrams:
The concept of a token is used to represent the behavior of a model. It’s simple, you just imagine a token moving along the diagram, executing the process along its way from start to end.
Let’s consider a simple registration process:
In this example, the start event (represented by the circle at the beginning of the diagram), generates the token:
The token then flows to the activity Register User Information, causing the activity start:
When a token arrives at an activity, the activity starts. This beginning and execution is called an INSTANCE of the activity. A new instance is created when a token arrives at an activity.
When the activity finishes its work, it emits a token that travels through the flow to the Send Confirmation activity:
Once the confirmation is sent, the token reaches the end event (represented by the circle at the end of the diagram) and the process completes:
Each of the elements in a BPMN diagram handles the flow of a token in an unique, and in some cases, complex way.
This content of this post is the first chapter of my book The BPMN Graphic Handbook. You can buy it here:


The only method of travel we can recommend is Private Jet. Any other means of travel will sure be a sore dissappointment. If you arrive in any other mode of transport, we will not allow your presence on island-- you will be shuttled to adjacent "Motel 6 Island"
Anywhere you might want to visit on island can be reached with a convenient and ecological rickshaw ride, 10 minutes or less guaranteed.


Body discovered in the River Tay
Family of missing Perth pensioner informed
by Melanie Bonn, https://www.dailyrecord.co.uk/authors/melanie-bonn/Police have confirmed a body was found in the River Tay at Newburgh yesterday, just days after a Perth pensioner went missing.
A Police Scotland spokesperson said at 3pm yesterday: “Police Scotland can confirm that the body of a man has been recovered from the River Tay in Fife.
“A body was reported to be in the water near Newburgh around midday on Monday, December 9.
“Formal identification has yet to take place but the family of missing man Michael McGannon, aged 73, from the North Muirton area of Perth, has been informed.
“The death is currently being treated as unexplained pending further enquiries, and a report will be submitted to the Procurator Fiscal.”
The news came as police officers and water rescue crews had searched for Perth pensioner, Michael McGannon.
He had last been seen at his home address in Iona Court in North Muirton at 9pm Saturday, December 7, before disappearing suddenly that evening.
Calmer weather conditions made yesterday’s search efforts for Michael a little easier than the day before, when SFRS searched the River Tay near Queen’s Bridge using inflatable boats in high winds and torrential rain.
A helicopter had been involved over the river and search dogs had been used to look in woodland near Mr McGannon’s home.
River levels still remained very high yesterday as officers were out again, hoping to find traces of the missing man.
Police had made a direct request for Michael to let them know if he was somewhere safe, but to no avail.
On Sunday, Inspector Mark Veal said: “We are becoming increasingly concerned for Michael’s welfare.
“Given his age and the adverse weather over the past 18 hours we would like to know he is okay and would urge anyone with information to contact us, or if Michael is reading this, please let us know you are safe.”
At the time he went missing, Michael was believed to have been wearing a green fleece jacket and dark trousers.


🔦🃏
CSS
HTML
JS
All
Accordion Item #1
Placeholder content for this accordion, which is intended to demonstrate the
.accordion-flush
class. This is the first item's accordion body.
Hello, world! This is a toast message.
Offcanvas
Content for the offcanvas goes here. You can place just about any Bootstrap component or custom elements here.


This app uses the information stored in your AO3 history, so it won't work if you don't have your history enabled. If you read a fic while not logged in to your AO3 account, it will not show up in your history and therefore won't be included in your reading summary.
A fic counts as "read" according to your AO3 history the minute you open the fic, even if you don't actually read it. There may be some overcounting in your reading stats as a result.
Top fandoms, tags, ships, fics, etc. are all defined as the most frequent based on the number of visits in your AO3 history, meaning that re-reads of a fic count towards these numbers. However, since multi-chapter fics (appear to) count 1 visit for each chapter opened, these counts have been discounted (by dividing the number of visits in the history by the number of chapters in the fic).
Return to main page


Exam 3 Study Guide
Logistics
Date:
Thursday, November 21, 2019
Time: 8:45pm-10:15pm ET - (it is a 1.5 hour exam)
Location: Your exam location is posted on UBlearns.
What to Bring: You should bring multiple pens / pencils, your approved calculator, and a photo ID.
Calculator: You are allowed to use only the Texas Instruments TI-30XIIS calculator on the exam. All other calculators are prohibited. See the Calculator and Reference Policy in the syllabus for more details.
Photo ID: You must bring a photo ID with you to your test site (either a UB student ID or a state-issued ID like a driver's licencse).
What Not to Bring: Do not bring any bags, books, notes, formula sheets, or other loose items.
- No Formula Sheets: You are not allowed any outside references (e.g., cheat sheets, formula sheets, note cards, or textbooks). See the Calculator and Reference Policy in the syllabus for more details.
Material
Topics: Exam 3 will explicitly cover material from Ch.4 - Ch.6. Although you will definitely need to know our various derivative rules, like the Product, Quotient, and Chain Rules.
Questions: Exam 3 will consist of approximately 15-20 short-answer questions and 3-5 long-answer questions.
Learning Outcomes Being Tested
Below is the list of potential exam questions for each section covered in lecture.
Exams 1 and 2 Review
While concepts from exams 1 and 2 will not be explicitly tested on this exam, we do rely heavily on many of the concepts first introduced there. In particular, it may be a good idea to review:
- Section 0.4 How To Solve Equations - Factoring and Quadratic Formula
- Section 1.6 Basic Derivative Rules
- Section 3.1 Product and Quotient Rules
- Section 3.2 The Chain Rule
Section 4.1
Additional Practice Textbook problems: 4.1 #17, 19, 21, 23, 25, 29
- Sketch the graph of an exponential function of the form \(b^{x}\) or \(b^{-x}\).
- Evaluate an exponential function.
- Simplify an exponential expression using the exponential laws.
- Solve an exponential equation.
Section 4.2
Additional Practice Textbook problems: 4.2 #9, 11, 13, 15, 17, 25, 27, 29, 31, 33, 35, 37, 43, 45
- State the slope of \(e^{x}\) at \(x=0\).
- State the derivative of \(e^{x}\).
- Differentiate functions involving \(e^{x}\).
- May require the product, quotient, or chain rules.
- Sketch the graph of \(e^{kx}\) or \(e^{-kx}\).
Section 4.3
Additional Practice Textbook problems: 4.3 #1, 3, 5, 7, 11, 13, 17, 19, 21, 23, 27, 29, 33
- Differentiate functions of the form \(e^{kx}\).
- Differentiate functions using the General Exponential Rule.
- May require the product, quotient, or other chain rules.
- Find the equation of the tangent line to a curve at a given \(x\)-value (using the General Exponential Rule to help calculate the derivative).
- Find and/or classify the critical numbers of a function (using the General Exponential Rule to help calculate the derivative).
Section 4.4
Additional Practice Textbook problems: 4.4 #7, 9, 11, 15, 19, 21, 23, 27, 29, 33, 37, 45, 47
- Sketch the graph of \(\ln x\).
- State the properties of the graph of the Natural Logarithm function.
- Use the cancellation properties to simplify an expression.
- Use the cancellation properties to solve an exponential equation.
- Use the cancellation properties to solve a logarithmic equation.
- Write an exponential function in the form \(b^{x}\) in the form \(e^{(\ln b)x}\)
Section 4.5
Additional Practice Textbook problems: 4.5 #1, 3, 5, 7, 9, 11, 13, 15, 19, 25, 29
- State the derivative of \(\ln x\).
- Differentiate functions involving \(\ln x\).
- May require the product, quotient, or chain rules.
- Differentiate functions using the General Logarithmic Rule.
- May require the product, quotient, or other chain rules.
Section 4.6
Additional Practice Textbook problems: 4.6 #1, 3, 5, 7, 9, 23, 27, 31, 33, 35, 43, 45, 49
- State the properties of the Natural Logarithm function.
- Write an expression as a single logarithm in the form \(\ln(A)\).
- Differentiate a natural logarithm function by first simplifying it using the log properties.
- Differentiate a function using the technique of logarithmic differentiation.
Section 5.1
Additional Practice Textbook problems: 5.1 #19, 21, 23, 25, 27, 29, 31, 33, 35, 37, 41, 43, 47, 51
- State the Exponential Growth Equation.
State the Exponential Decay Equation.
Population Growth
- Find the growth constant.
- Determine the formula that gives the population at time \(t\).
- Find the size of the population at a given time.
- Find the rate of growth, \(P'(t)\), of the population at a given time.
- Determine how long it will take for a growing population to reach a given size.
Radioactive Decay
- Find the decay constant given the half-life.
- Determine the formula that gives the radioactive mass remaining at time \(t\).
- Find the remaining mass after a given number of years.
- Find the rate of decay, \(m'(t)\), of the mass at a given time.
- Determine how long it will take for a decaying sample to reach a given mass.
Sections 5.2 and 0.5
Additional Practice Textbook problems: 0.5 #97, 99, 101, 103, 105, 107 --- 5.2 #3, 5, 7, 9, 11, 13, 19, 21
- State the formula for compound interest when interest is compounded \(m\) times per year.
- Calculate the future value of an investment for different compounding periods.
- Calculate the amount of time needed for a deposit to grow to a specified future value for different compounding periods.
- State the formula for compound interest when interest is compounded continuously.
- Calculate the future value of an investment with continuous compounding.
- Calculate the time needed for a deposit to grow to a specified future value with continuous compounding.
- Calculate the doubling or tripling time for an investment compounded continuously.
Section 6.1
Additional Practice Textbook problems: 6.1 #1-23(odd)
- Calculate the antiderivative of a function using one of the Basic Indefinite Integral Rules. (You may need to rewrite any root functions or fractions.)
- \(f(x)=k\)
- \(f(x)=x^{n}\qquad n\neq-1\)
- \(f(x)=x^{-1}\)
- \(f(x)=e^{x}\)
- \(f(x)=e^{kx}\)
- Identify the Indefinite Integral Properties.
- Calculate the antiderivative of a function requiring the Sum and Constant Multiple Rules.
- Calculate the Indefinite Integral of a function that first needs to be simplified by multiplication or division.
- Find the position function \(s(t)\) (including the \(+C\)) given the velocity function and the starting position.
- Find the value of \(k\) that makes an integral formula true.
Section 6.2
Additional Practice Textbook problems: 6.2 #1-21(odd)
- Calculate the Definite Integral of a function involving only the Basic Integration Rules.
- Calculate the Definite Integral of a function requiring the Sum and Constant Multiple Rules.
- Calculate the Definite Integral of a function that first needs to be simplified by multiplication or division.
- Identify the Definite Integral Properties that involve the limits of integration.
- Calculate the Definite Integral of a function using the Definite Integral Properties (that involve the limits of integration).
- Calculate the Definite Integral of a piecewise-function.
- Calculate the Displacement of an object moving in a straight line.


|
Location:
Coordinates:
Time: |
Pueblo West Fire Station
51 East Hahns Peak Avenue
(Intersection of S. Joe Martinez Blvd. and Hahns Peak Ave.)
39* 19' 23.13" N
104* 44' 20.37" W
Set-up: TBA
Field Day Operations:
12:00 Noon Friday to 12:00 Noon Saturday.
|
|
|
Directions to Field
Day Site: |
. |
.From the U.S. Hwy.
50/South McCulloch Blvd. intersection (Walmart will be on the
northeast corner), turn left if you are coming from Pueblo, or right
if you are coming from Canon City, onto S. McCulloch Blvd.
There is a stoplight one block ahead of you and gas
stations on the right. Continue through this intersection and work
your way into the left lane. You will pass a small park and lake on
your right as the road turns into single lane of traffic each
direction at S. Joe Martinez Blvd. Vectra Bank will be on your left.
Turn left on S. Joe Martinez Blvd. You will pass the
Pueblo West Library and the Pueblo County Sheriff's Station on your
left. The next building on your left is the Pueblo West Fire Station.
Turn left on Hahns Peak Avenue, then left into the fire station. Park
out of the way behind the building. |


Introduction
The capstone for the course Google Data Analytics on Coursera.
Project structure
The directory structure of this project looks like this:
├── LICENSE
├── README.md <- The top-level README for developers using this project.
├── data
│ ├── external <- Data from third party sources.
│ ├── interim <- Intermediate data that has been transformed.
│ ├── processed <- The final, canonical data sets for modeling.
│ └── raw <- The original, immutable data dump.
│
├── docs <- Where the mdBook documentation will stay
│
├── models <- Trained and serialized models, model predictions, or model summaries
│
├── notebooks <- Jupyter notebooks. Naming convention is a number (for ordering),
│ the creator's initials, and a short `-` delimited description, e.g.
│ `1.0-jqp-initial-data-exploration`.
│
├── references <- Data dictionaries, manuals, and all other explanatory materials.
│
├── reports <- Generated analysis as HTML, PDF, LaTeX, etc.
│ └── figures <- Generated graphics and figures to be used in reporting
│
├── google_data_analytics_capstone_1.Rproj <- r-project environment variables
│
├── book.toml <- Settings for mdBook
Steps
To reproduce this project, run the R notebooks
in the following order:
- Data Merging
- Data Cleaning
- Report
Written by Vasco Ferreira.


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mod_asis.c
file, and
is compiled in by default. It provides for .asis
files. Any
document with mime type httpd/send-as-is
will be processed by
this module.
This can be used to send any kind of data from the server, including redirects and other special HTTP responses, without requiring a cgi-script or an nph script.
httpd/send-as-is
e.g.
AddType httpd/send-as-is asis
this defines the .asis
file extension as being of the new
httpd/send-as-is
mime type. The contents of any file with a
.asis
extension will then be sent by Apache to the client with
almost no changes. Clients will need HTTP headers to be attached, so do not
forget them. A Status: header is also required; the data should be the
3-digit HTTP response code, followed by a textual message.Here's an example of a file whose contents are sent as is so as to tell the client that a file has redirected.
Status: 301 Now where did I leave that URL
Location: http://xyz.abc.com/foo/bar.html
Content-type: text/html

<TITLE>Lame excuses'R'us</TITLE>

Fred's exceptionally wonderful page has moved to
Joe's site.

Notes: the server always adds a Date: and Server: header to the data returned
to the client, so these should not be included in the file.
The server does not add a Last-Modified header; it probably should.


5Ws of Contributing to openSUSE
Who
What
Where
Why
When
hoW
What next?
Andrew Wafaa
IRC:FunkyPenguin
Email:
awafaa@opensuse.org


{% extends 'enrolment/wizard.html' %} {% load static from static %} {% block above_form %} {% if features.ENROLMENT_SELECT_BUSINESS_ON %} {% include 'enrolment/information_box_companies_type.html' with is_in_companies_house=True %} {% endif %}
I cannot find my business name


Hangman
Enter a letter and try to find the hidden word
You Have Won
Play Again
Back to Home
You Have Already entered this Letter


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{% block head %}
{% endblock %}
{% block body %}
Social Media App
Taking Social Media to a Whole New Level!
In the News
- Tsunami heading towards Social Media Headquarters!
- Head drought in the Midwest
- 150th Anniversery of the Donut
Development Update
- Can now delete your messages!
- Messages now have time stamps
- Fixed various chat bugs
- Filled out homepage content!
{% endblock %}


Mini NLP and ML Reading Group@Aberdeen
Abbreviations
- JM2 = Daniel Jurafsky and James H. Martin (2009). Speech and Language Processing (2nd Edition). Prentice Hall.
- JM3 = Daniel Jurafsky and James H. Martin (2017). Speech and Language Processing (3rd Edition draft).
- DM = David J. C. MacKay (2003). Information Theory, Inference and Learning Algorithms
Upcoming Meeting(s)
| Date | Type | Topic | Readings |
|---|---|---|---|
| Feb. 2th, 2018 | Book | Probability and Entropy Inference |
DM Ch 2, 3 |
Previous Meetings
| Date | Type | Topic | Readings |
|---|---|---|---|
| Nov. 3rd, 2017 | Paper | Information Extraction |
Adversarial Multi-task Learning for Text Classification Neural End-to-End Learning for Computational Argumentation Mining Neural Relation Extraction with Multi-lingual Attention |
| Nov. 10th, 2017 | Paper | Semantics | Morph-fitting: Fine-Tuning Word Vector Spaces with Simple Language-Specific Rules Skip-Gram – Zipf + Uniform = Vector Additivity Learning Structured Natural Language Representations for Semantic Parsing |
Nov. 20th, 2017 |
Paper | Machine Translation |
Context Gates for Neural Machine Translation A Convolutional Encoder Model for Neural Machine Translation Deep Neural Machine Translation with Linear Associative Unit |
| Nov. 24th, 2017 | Paper | Generation | Neural AMR: Sequence-to-Sequence Models for Parsing and Generation Program Induction by Rationale Generation: Learning to Solve and Explain Algebraic Word Problems Automatically Generating Rhythmic Verse with Neural Networks |
| Nov. 24th, 2017 | Book | Regular Expressions Text Normalisation Edit Distance Finite State Transducers |
JM3 Ch 2 JM2 Ch 3.1-3.8 |
| Dec. 1st, 2017 | Paper | Special Session | Dynamic Routing Between Capsules |
| Dec. 1st, 2017 | Book | Language Model Noisy Channel Model |
JM3 Ch 4, 5 |
| Dec. 8th, 2017 | Paper | Machine Learning | Automatic differentiation in machine learning: a survey |
| Dec. 8th, 2017 | Book | Naive Bayes, Logistic Regression Neural Networks |
JM3 Ch 6, 7, 8 |
| Dec. 15th, 2017 | Paper | Special Session | Discussing SemEval-2017 Shared Tasks |
| Dec. 15th, 2017 | Book | HMMs and POS Tagging | JM3 Ch 9, 10 |
| Dec. 29th, 2017 | Book | Grammars and Parsing | JM3 Ch 11, 12, 13, 14 |
| Jan. 5th, 2018 | Paper | Word Embeddings | Advances in Pre-Training Distributed Word Representations |
| Jan. 5th, 2018 | Book | Lexical Semantics | JM3 Ch 15, 16, 17 |
| Jab. 12th, 2018 | Book | Semantics | JM3 Ch 18 JM2 CH 17, 18 |
| Jab. 19th, 2018 | Book | Information extraction Semantic Role Labelling |
JM3 Ch 21, 22 |
| Jab. 26th, 2018 | Book | Introduction | DM Ch 1 |


I am a new developer seeking a junior position, but I am eager to get started with my career. I am the type that figures it out, and a very good second set of eyes to have around.
Project 1 for Bootcamp | A simple search engine for finding unique international restaurants in your area.
See it in action!A simple dashboard for viewing current weather and the forecast for the next 5 days.
See it in action!One of two foreign teachers at a private academy. Taught 10 different classes each week, each of varying levels. Created lessons plans, wrote tests, implemented classroom management, etc. Learned a great deal about how to teach, especially in a challenging environment. Worked with Korean teachers that had little pedagogy and management which made it much more difficult to teach the kids. Worked with the students in different ways to improve their English. Overall, great opportunity and learning experience.
Member of the Shows & Education team. For shows, in charge of numerous on-site materials for shows including directories, classroom signs, maps, promotional signage, etc. as well as promotional materials before the shows such as teasers, in-store advertising, tickets, posters, flyer’s, etc. For Education, create flyer’s for vendors that hold classes in CosmoProf stores for stylists, flyer’s and signage for various events put on by CosmoProf and Beauty Systems Group, and any other projects requested. Notable achievement: two weeks after starting we began concepting the new branding for 2018 shows and my cover design for the brochure and other large aspects of my design concepts were utilized in the final branding for all show materials.
In charge of placing content on the page for weekly print editions of the newspaper. Frequently in charge of front page and other vital or difficult pages such as news and community. Updated overall look of print paper including new typefaces for headlines, body copy, captions, credits, bylines, and subheads, front page flag, page headers, and many other elements. Go-to when other staff members could not get a page to work or when a page needed to be done in a very short time frame.
In charge of all social media including Twitter, Facebook, and Instagram. Updated the entire design and layout of the website using Wordpress, resulting in three awards from the Texas Intercollegiate Press Association. Organized and posted to the website weekly. Created In-House Ads, Disability Support Services Ads, graphics, calendars, photo illustrations, web advertisements, info-graphics, personal column logos, section logos, the weekly score box, etc. Go-to when other designers or editors did not have time or when copy editing needed to be done, often the final set of eyes before the paper went to print each week
GPA: 3.69
GPA: 3.45
Apart from being a web developer, I have a background in the Visual Arts and experience as a Graphic Designer. I enjoy traveling when I get the chance and have a great interest in other cultures, especially Korean culture. When I travel I like to take adventures and not plan ahead, but instead have those around me recommend things to do and places to see.
I am a big consumer of movies and television, and particularly enjoy watching things in other Languages. I'm also a little bit of pretty much every kind of nerd you can think of as well. Harry Potter, Lord of the Rings, Disney, Kpop and Kdramas, Star Wars, etc. I also love a good game night full of competition and laughs.


3.0.0
Type: string
Type: string
Type: string
Type: string
Type: string
Type: string
Type: string
Type: string
Type: string
Type: string
Hour and Minute chooser. Use as ''
Extends HTMLElement
Type: DateTime
Type: function (time: DateTime): void
Type: HTMLDivElement
Shows or hides the popup based on current visibility style
void
void
void
Get hours and minutes as Duration instead of as a DateTime. Useful for relative times.
Type: Duration
Duration
:
hours, minutes as Duration
Type: DateTime
DateTime
Type: DateTime
(DateTime)
(DateTime)
Date and Time chooser using native date chooser and the above HourMinChooser for the hour and minute of time.
Extends HTMLElement
(DateTime?)
Type: DateTime
Type: function (time: DateTime): void
Type: HourMinChooser
Updates the time without triggering the callback function.
(DateTime)
new time to update sliders
void
triggers the callback function.
void
Type: DateTime
DateTime
Type: DateTime
(DateTime)
Type: string
Type: string
Type: string
Combination of two DateTimeChoosers to specify a start and end time. A "change" event is fired when the times are modified.
Initial values can be set via the start, end and duration attributes. Start and end are ISO8601 dates, duration may either be a number of seconds or an ISO8601 duration string. Also, if the prev-next attribute is true, then previous, next and now buttons are added to shift the time range earlier, later or so that the end is the current time.
The component remembers the last changed, so if you modify duration and then modify start, the end is adjusted to keep duration the same.
Extends HTMLElement
Type: function (timerange: Interval): void
Type: Duration
Type: DateTimeChooser
Type: DateTimeChooser
Interval
Interval
Updates the times without triggering the callback function.
(Interval)
new time interval
Type: DateTime
DateTime
Type: DateTime
(DateTime)
Type: DateTime
DateTime
Type: DateTime
(DateTime)
Type: Duration
(Duration)
Type: Duration
Duration
(Duration)
extracts duration from either string as ISO or number as seconds.
(string)
ISO string or number
Duration
:
duration


#include <RouteListener.h>
Inheritance diagram for WFAPI::RouteListener:
Public Member Functions | |
| RouteListener () | |
| virtual | ~RouteListener () |
| virtual void | routeReply (RequestID requestID)=0 |
| virtual void | reachedEndOfRouteReply (RequestID requestID)=0 |
Create a subclass and implement the callbacks and add a subclass object to the RouteInterface to start getting route callbacks.
The error function, declared in the super class Listener, will be called for all requests that returns with an error. The status code can be either from the StatusCode enumeration or from RouteStatusCode enumeration.
| WFAPI::RouteListener::RouteListener | ( | ) |
Constructor with no arguments.
| virtual WFAPI::RouteListener::~RouteListener | ( | ) | [virtual] |
Destructor.
| virtual void WFAPI::RouteListener::reachedEndOfRouteReply | ( | RequestID | requestID | ) | [pure virtual] |
Called when the user has reached the end of the route.
| requestID | The identification of this route request. |
| virtual void WFAPI::RouteListener::routeReply | ( | RequestID | requestID | ) | [pure virtual] |
Called when the route requested in RouteInterface is done.
| requestID | The identification of the route request sent from the RouteInterface. |


---
layout: post
time: "09:00:00"
authors: ["Chris Cannam"]
root: ../../..
title: Feedback from Newcastle upon Tyne
tags: ["University of Newcastle"]
---
This week's Newcastle bootcamp, organised by the Digital Institute at Newcastle University with the Software Sustainability Institute and SoundSoftware, was the first Software Carpentry bootcamp run entirely locally in the UK. For the organisers it was a slightly nervous experience, hoping we could get the material to hold together in presentation without Greg's experience at hand.
Feedback from the learners was generally good on the material, the venue and the structure. The most common complaint was that it was hard to follow along at times, and I think there are several areas where we'll be able to improve the "flow" for future events.
Notably, this was the first bootcamp I've attended at which nobody found the room too crowded or the wrong temperature. Result, Newcastle!
Here are the good and bad feedback points. Some points were close duplicates, and I've put the additional ones in brackets (e.g. Python was cited three times).
| Good |
Bad |
- Python
(+ Choice of Python as easy scripting language) (+ Gives me confidence to start using Python)
- Use of coloured sticky notes
(+ coloured notes as an unobtrusive way to request help)
- The "Bringing it together" section
- Good mix of content
- Version control
(+ integration with Bitbucket) (+ version control tips e.g. archive, bisect) (+ use of recipes as version control material)
- Coding along with the presenters
- Lots of helpers
- Good temperature in room, open window
- Arrangement of room into groups for collaborative work
- Self-guided exercises spaced out through the presentations
- Easy to ask the helpers for help
- Use of open source software
- Test-driven development
- Online lecture content to back up teaching
- Lots of breaks
- Good course description
- Inclusion of general advice for coding (as opposed to specific syntax)
- SQL
|
- Felt like we ran out of time at end of first day
- Would have liked more about testing
- Cygwin
- Sometimes problem material got in the way of the subject
(more time worrying about overlapping rectangles than how to
program a test)
- No handouts, and screens difficult to read as forgotten my glasses
- Should have introduced Python lists and other structures earlier
(presenters forgot to do this before using them in an exercise!)
- Not enough window real-estate
- Couldn't always follow material before it disappeared off screen
- Presenters sometimes forgot we were not necessarily interested in software engineering
- Pace too intense for non-expert programmers
- Interrupted by fire alarm
- Coloured notes would have worked better in the other order
(that is, holding up "not OK" first — didn't always dare if everyone else had just held up "OK")
- More use of microphones
- Went a bit fast
- Half the class was facing back wall!
- Would have liked some harder exercises
- More consistency of laptop presentation
(i.e. always same laptop with same window layout)
- Shell scripting section a little easy
- Didn't always notice when a presenter had started typing, they should read it out
- More pointers to additional material online please
- Some exercises had too much literal typing
- (from a presenter) Would like to have improved the presentation of functions
|


{% extends 'email/base.html' %} {% block content %} {% if you_picked %}
Your request to pick up {{ shift }} has be approved.
Login To View Your Calendar
Your transfer for {{ shift }} has been picked up and approved.


Using the order of members existing in a database outline, returns a range of members inclusive of and between two members in the same generation or level.
Syntax
MemberRange ( member1, member2 [,layertype] [, hierarchy ] )
member1:member2
| Parameter | Description |
|---|---|
member1 |
The beginning point of the member range. |
member2 |
The endpoint of the member range. |
layertype |
GENERATION or LEVEL. Available only with function-style MemberRange() syntax. If omitted or if operator-style member:member syntax is used, the range of members returned is inclusive of and between two specified members of the same generation. If MemberRange(member, member, LEVEL) is used, the range of members returned is inclusive of and between two specified members of the same level. |
hierarchy |
Optional. A specific hierarchy within the time dimension. |
Notes
If the two input members are not from the same generation or level, the result is an empty set.
If the two input members are not from the same dimension, an error is returned.
The order of the output resembles the order of the input. See Example 2.
If the hierarchy argument is passed, member1 and member2 should belong to the same hierarchy. Otherwise, an empty set is returned.
When multiple hierarchies are enabled, this function returns NULL when the range begins in one hierarchy and terminates in another hierarchy.
Example
The following set:
{ [Year].[Qtr1], [Year].[Qtr2], [Year].[Qtr3], [Year].[Qtr4] }
is returned by both of the following examples:
MemberRange ( [Year].[Qtr1], [Year].[Qtr4] ) ( [Year].[Qtr1] : [Year].[Qtr4] )
[Jan] : [Mar]
returns:
{ [Jan], [Feb], [Mar] }
[Mar] : [Jan]
returns:
{ [Mar], [Feb], [Jan] }
The following query
SELECT {[Measures].[Sales], [Measures].[Profit]} ON COLUMNS, MemberRange([Year].[Feb], [Year].[Nov]) ON ROWS FROM Sample.Basic
returns the grid:
| Sales | Profit | |
| Feb | 32069 | 8346 |
| Mar | 32213 | 8333 |
| Apr | 32917 | 8644 |
| May | 33674 | 8929 |
| Jun | 35088 | 9534 |
| Jul | 36134 | 9878 |
| Aug | 36008 | 9545 |
| Sep | 33073 | 8489 |
| Oct | 32828 | 8653 |
| Nov | 31971 | 8367 |
See Also


|
| Value |
Description |
Notes |
|
| 01 |
Proprietary |
Note that <IDTypeName> is required with proprietary identifiers |
| 02 |
Proprietary |
DEPRECATED – use 01 |
| 03 |
DNB publisher identifier |
Deutsche Nationalbibliothek publisher identifier |
| 04 |
Börsenverein Verkehrsnummer |
|
| 05 |
German ISBN Agency publisher identifier |
|
| 06 |
GLN |
GS1 global location number (formerly EAN location number) |
| 07 |
SAN |
Book trade Standard Address Number – US, UK etc |
| 08 |
MARC organization code |
MARC code list for organizations – see http://www.loc.gov/marc/organizations/orgshome.html |
| 10 |
Centraal Boekhuis Relatie ID |
Trading party identifier used in the Netherlands |
| 13 |
Fondscode Boekenbank |
Flemish publisher code |
| 15 |
Y-tunnus |
Business Identity Code (Finland). See http://www.ytj.fi/ (in Finnish) |
| 16 |
ISNI |
International Standard Name Identifier. See http://www.isni.org/ |
| 17 |
PND |
Personennamendatei – person name authority file used by Deutsche Nationalbibliothek and in other German-speaking countries.
See http://www.d-nb.de/standardisierung/normdateien/pnd.htm (German) or http://www.d-nb.de/eng/standardisierung/normdateien/pnd.htm
(English). DEPRECATED in favour of the GND
|
| 18 |
LCCN |
A control number assigned to a Library of Congress Name Authority record |
| 19 |
Japanese Publisher identifier |
Publisher identifier administered by Japanese ISBN Agency |
| 20 |
GKD |
Gemeinsame Körperschaftsdatei – Corporate Body Authority File in the German-speaking countries. See http://www.d-nb.de/standardisierung/normdateien/gkd.htm
(German) or http://www.d-nb.de/eng/standardisierung/normdateien/gkd.htm (English). DEPRECATED in favour of the GND
|
| 21 |
ORCID |
Open Researcher and Contributor ID. See http://www.orcid.org/ |
| 22 |
GAPP Publisher Identifier |
Publisher identifier maintained by the Chinese ISBN Agency (GAPP) |
| 23 |
VAT Identity Number |
Identifier for a business organization for VAT purposes, eg within the EU’s VIES system. See http://ec.europa.eu/taxation_customs/vies/faqvies.do
for EU VAT ID formats, which vary from country to country. Generally these consist of a two-letter country code followed by
the 8–12 digits of the national VAT ID. Some countries include one or two letters within their VAT ID. See http://en.wikipedia.org/wiki/VAT_identification_number
for non-EU countries that maintain similar identifiers. Spaces, dashes etc should be omitted
|
| 24 |
JP Distribution Identifier |
4-digit business organization identifier controlled by the Japanese Publication Wholesalers Association |
| 25 |
GND |
Gemeinsame Normdatei – Joint Authority File in the German-speaking countries. See http://www.dnb.de/EN/gnd (English). Combines
the PND, SWD and GKD into a single authority file, and should be used in preference
|
| 26 |
DUNS |
Dunn and Bradstreet Universal Numbering System, see http://www.dnb.co.uk/dandb-duns-number |
| 27 |
Ringgold ID |
Ringgold organizational identifier, see http://www.ringgold.com/pages/identify.html |
| 28 |
Identifiant Editeur Electre |
French Electre publisher identifier |
| 29 |
EIDR Party DOI |
DOI used in EIDR party registry, for example ‘10.5237/C9F6-F41F’ (Sam Raimi). See http://eidr.org |
| 30 |
Identifiant Marque Electre |
French Electre imprint Identifier |
| 31 |
VIAF ID |
Virtual Internet Authority File. <IDValue> should be a number. The URI form of the identifier can be created by prefixing
the number with ‘https://viaf.org/viaf/’. See https://viaf.org
|
| 32 |
FundRef DOI |
DOI used in CrossRef’s Open Funder Registry list of academic research funding bodies, for example ‘10.13039/100004440’ (Wellcome
Trust). See http://www.crossref.org/fundingdata/registry.html
|
| 33 |
BNE CN |
Control number assigned to a Name Authority record by the Biblioteca Nacional de España |
| 34 |
BNF Control Number |
Numéro de la notice de personne BNF |
| 35 |
ARK |
Archival Resource Key, as a URL (including the address of the ARK resolver provided by eg a national library) |
|


@* * Copyright 2018 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.FrontendAppConfig @import uk.gov.hmrc.play.views.html._ @import controllers.register.routes._ @import models.Mode @(appConfig: FrontendAppConfig, form: Form[_], schemeName: String, isCompany: Boolean, isDormant: Boolean, showMasterTrustDeclaration: Boolean)(implicit request: Request[_], messages: Messages) @main_template( title = messages("messages__declaration__title"), appConfig = appConfig, bodyClasses = None) { @helpers.form(action = DeclarationController.onSubmit(), 'autoComplete -> "off") { @components.error_summary(form.errors) @components.headingNew( headingKey= messages("messages__declaration__heading"), secondaryHeaderKey = Some(components.hyphen(schemeName).toString()) ) @components.paragraph_text(messages("messages__declaration__declare"))


Hii Supriya
H2OH... Really Welcomes You !!
You Have Consumed {{getWaterConsumption()}} Litres Water Today! [Since {{initialWaterConsumptionTime()}} ]
You have {{amountOfWaterLeftForConsumption()}} Litres Water more to finish!!
Check Your Improvement


(Deprecated API)
Includes enterprise licensing and support
New! The Google Geocoding API has been significantly upgraded and enhanced. This document discusses this newest version of the Geocoding API (V3). Note that the legacy Geocoding API V2 has been deprecated. Users of that service should upgrade to this version.
Note: The Google Geocoding API no
longer requires a Maps API key!
Google Maps API Premier customers must additionally sign
their URLs using a new cryptographic key. See the
Premier documentation for more information.
Geocoding is the process of converting addresses (like "1600 Amphitheatre Parkway, Mountain View, CA") into geographic coordinates (like latitude 37.423021 and longitude -122.083739), which you can use to place markers or position the map. The Google Geocoding API provides a direct way to access a geocoder via an HTTP request. Additionally, the service allows you to perform the converse operation (turning coordinates into addresses); this process is known as "reverse geocoding."
This document is intended for website and mobile developers who want to use geocoding data within maps provided by one of the Google Maps APIs. It provides an introduction to using this API and reference material on the available parameters.
This service is generally designed for geocoding static (known in advance) addresses for placement of application content on a map; this service is not designed to respond in real time to user input, for example. For dynamic geocoding (for example, within a user interface element), consult the documentation for the JavaScript API V2 Client Geocoder, the JavaScript API V3 Client Geocoder, or the Maps API for Flash Client Geocoder.
Geocoding is a time and resource intensive task. Whenever possible, pre-geocode known addresses (using the Geocoding API described here or another geocoding service), and store your results in a temporary cache of your own design.
Use of the Google Geocoding API is subject to a query limit of 2,500 geolocation requests per day. (User of Google Maps API Premier may perform up to 100,000 requests per day.) This limit is enforced to prevent abuse and/or repurposing of the Geocoding API, and this limit may be changed in the future without notice. Additionally, we enforce a request rate limit to prevent abuse of the service. If you exceed the 24-hour limit or otherwise abuse the service, the Geocoding API may stop working for you temporarily. If you continue to exceed this limit, your access to the Geocoding API may be blocked.
Note: the Geocoding API may only be used in conjunction with a Google map; geocoding results without displaying them on a map is prohibited. For complete details on allowed usage, consult the Maps API Terms of uk.ac.open.kmi.iserve.commons.model.Service License Restrictions.
A Geocoding API request must be of the following form:
http://maps.google.com/maps/api/geocode/output?parameters
where output
may be either of the following
values:
json
(recommended) indicates output in JavaScript
Object Notation (JSON)
xml
indicates output as XMLCertain parameters are required while some are optional. As is
standard in URLs, all parameters are separated using the ampersand
(&
) character. The list of parameters and their
possible values are enumerated below.
The Geocoding API defines a geocoding request using the following URL parameters:
address
(required) — The address that
you want to geocode.*OR
latlng
(required) — The textual
latitude/longitude value for which you wish to obtain the closest,
human-readable address.*bounds
(optional) — The bounding box
of the viewport within which to bias geocode results more
prominently. (For more information see
Viewport Biasing below.)
region
(optional) — The region code,
specified as a ccTLD ("top-level domain") two-character value. (For
more information see
Region Biasing below.)
language
(optional) — The language in
which to return results. See the
supported list of domain languages. Note that we often update
supported languages so this list may not be exhaustive. If
language
is not supplied, the geocoder will attempt to
use the native language of the domain from which the request is
sent wherever possible.
sensor
(required) — Indicates whether
or not the geocoding request comes from a device with a location
sensor. This value must be either true
or
false
.
* Note: You may pass either an
address
or a latlng
to lookup. (If you
pass a latlng
, the geocoder performs what is known as
a reverse geocode. See
Reverse Geocoding for more information.)
The bounds
and region
parameters will
only influence, not fully restrict, results from the geocoder.
Geocoding responses are returned in the format indicates by the
output
flag within the URL request's path.
In this example, the Geocoding API requests a json
response for a query on "1600 Amphitheatre Parkway, Mountain View,
CA":
http://maps.google.com/maps/api/geocode/json?address=1600+Amphitheatre+Parkway,+Mountain+View,+CA&sensor=true_or_false
We've left the sensor
parameter in this example as
a variable true_or_false to emphasize that you must
set this value to either true
or false
explicitly.
The JSON returned by this request is shown below. Note that actual JSON may contain less whitespace. You should not make assumptions about the amount or format of whitespace between requests.
{ "status": "OK", "results": [ { "types": [ "street_address" ], "formatted_address": "1600 Amphitheatre Pkwy, Mountain View, CA 94043, USA", "address_components": [ { "long_name": "1600", "short_name": "1600", "types": [ "street_number" ] }, { "long_name": "Amphitheatre Pkwy", "short_name": "Amphitheatre Pkwy", "types": [ "route" ] }, { "long_name": "Mountain View", "short_name": "Mountain View", "types": [ "locality", "political" ] }, { "long_name": "California", "short_name": "CA", "types": [ "administrative_area_level_1", "political" ] }, { "long_name": "United States", "short_name": "US", "types": [ "country", "political" ] }, { "long_name": "94043", "short_name": "94043", "types": [ "postal_code" ] } ], "geometry": { "location": { "lat": 37.4219720, "lng": -122.0841430 }, "location_type": "ROOFTOP", "viewport": { "southwest": { "lat": 37.4188244, "lng": -122.0872906 }, "northeast": { "lat": 37.4251196, "lng": -122.0809954 } } } } ] }
Note that the JSON response contains two root elements:
"status"
contains metadata on the request. See
Status Codes below.
"results"
contains an array of geocoded address
information and geometry information.
Generally, only one entry in the "results"
array is
returned for address lookups, though the geocoder may return
several results when address queries are ambiguous.
Note that these results generally need to be parsed if you wish to extract values from the results. Parsing JSON is relatively easy. See Parsing JSON for some recommended design patterns.
In this example, the Geocoding API requests an xml
response for the identical query shown above for "1600 Amphitheatre
Parkway, Mountain View, CA":
http://maps.google.com/maps/api/geocode/xml?address=1600+Amphitheatre+Parkway,+Mountain+View,+CA&sensor=true_or_false
The XML returned by this request is shown below.
<GeocodeResponse> <status>OK</status> <result> <type>street_address</type> <formatted_address>1600 Amphitheatre Pkwy, Mountain View, CA 94043, USA</formatted_address> <address_component> <long_name>1600</long_name> <short_name>1600</short_name> <type>street_number</type> </address_component> <address_component> <long_name>Amphitheatre Pkwy</long_name> <short_name>Amphitheatre Pkwy</short_name> <type>route</type> </address_component> <address_component> <long_name>Mountain View</long_name> <short_name>Mountain View</short_name> <type>locality</type> <type>political</type> </address_component> <address_component> <long_name>San Jose</long_name> <short_name>San Jose</short_name> <type>administrative_area_level_3</type> <type>political</type> </address_component> <address_component> <long_name>Santa Clara</long_name> <short_name>Santa Clara</short_name> <type>administrative_area_level_2</type> <type>political</type> </address_component> <address_component> <long_name>California</long_name> <short_name>CA</short_name> <type>administrative_area_level_1</type> <type>political</type> </address_component> <address_component> <long_name>United States</long_name> <short_name>US</short_name> <type>country</type> <type>political</type> </address_component> <address_component> <long_name>94043</long_name> <short_name>94043</short_name> <type>postal_code</type> </address_component> <geometry> <location> <lat>37.4217550</lat> <lng>-122.0846330</lng> </location> <location_type>ROOFTOP</location_type> <viewport> <southwest> <lat>37.4188514</lat> <lng>-122.0874526</lng> </southwest> <northeast> <lat>37.4251466</lat> <lng>-122.0811574</lng> </northeast> </viewport> </geometry> </result> </GeocodeResponse>
Note that the XML response consists of a single
<GeocodeResponse>
and two top-level
elements:
<status>
contains metadata on the request.
See
Status Codes below.
<result>
elements, each
containing a single set of geocoded address information and
geometry information.
Note that this response is considerably longer than the JSON
response. For that reason, we recommend that you use
json
as the preferred output flag unless your service
requires xml
for some reason. Additionally, processing
XML trees requires some care, so that you reference proper nodes
and elements. See
Parsing XML with XPath for some recommended design patterns for
output processing.
The remainder of this documentation will use JSON syntax. In most cases, the output format does not matter for purposes of illustrating concepts or field names in the documentation. However, note the following subtle differences:
<GeocodeResponse>
element.
types
), while XML denotes these using multiple
singular elements (<type>
).
results
array in JSON, but no <result>
elements in XML,
for example.
The "status"
field within the Geocoding response
object contains the status of the request, and may contain
debugging information to help you track down why Geocoding is not
working. The "status"
field may contain the following
values:
"OK"
indicates that no errors occurred; the
address was successfully parsed and at least one geocode was
returned.
"ZERO_RESULTS"
indicates that the geocode was
successful but returned no results. This may occur if the geocode
was passed a non-existent address
or a
latlng
in a remote location.
"OVER_QUERY_LIMIT"
indicates that you are over
your quota.
"REQUEST_DENIED"
indicates that your request was
denied, generally because of lack of a sensor
parameter.
"INVALID_REQUEST"
generally indicates that the
query (address
or latlng
) is
missing.
When the geocoder returns results, it places them within a
(JSON) results
array. Even if the geocoder returns no
results (such as if the address doesn't exist) it still returns an
empty results
array. (XML responses consist of zero or
more <result>
elements.)
A typical result is made up of the following fields:
The types[]
array indicates the type of the
returned result. This array contains a set of one or more tags
identifying the type of feature returned in the result. For
example, a geocode of "Chicago" returns "locality" which indicates
that "Chicago" is a city, and also returns "political" which
indicates it is a political entity.
formatted_address
is a string containing the
human-readable address of this location. Often this address is
equivalent to the "postal address," which sometimes differs from
country to country. (Note that some countries, such as the United
Kingdom, do not allow distribution of true postal addresses due to
licensing restrictions.) This address is generally composed of one
or more address components. For example, the address "111
8th Avenue, New York, NY" contains separate address components for
"111" (the street number, "8th Avenue" (the route), "New York" (the
city) and "NY" (the US state). These address components contain
additional information as noted below.
address_components[]
is an array containing the
separate address components, as explained above. Each
address_component
typically contains:
types[]
is an array indicating the type of
the address component.
long_name
is the full text comment or name of
the address component as returned by the Geocoder.
short_name
is an abbreviated textual name for the
address component, if available. For example, an address component
for the state of Alaska may have a long_name
of
"Alaska" and a short_name
of "AK" using the 2-letter
postal abbreviation.
Note that address_components[]
may contain more
address components than noted within the
formatted_address
.
geometry
contains the following information:
location
contains the geocoded latitude,longitude
value. For normal address lookups, this field is typically the most
important.
location_type
stores additional data about the
specified location. The following values are currently
supported:
"ROOFTOP"
indicates that the returned result is a
precise geocode for which we have location information accurate
down to street address precision.
"RANGE_INTERPOLATED"
indicates that the returned
result reflects an approximation (usually on a road) interpolated
between two precise points (such as intersections). Interpolated
results are generally returned when rooftop geocodes are
unavailable for a street address.
"GEOMETRIC_CENTER"
indicates that the returned
result is the geometric center of a result such as a polyline (for
example, a street) or polygon (region).
"APPROXIMATE"
indicates that the returned result
is approximate.
viewport
contains the recommended viewport for
displaying the returned result, specified as two latitude,longitude
values defining the southwest
and
northeast
corner of the viewport bounding box.
Generally the viewport is used to frame a result when displaying it
to a user.
bounds
(optionally returned) stores the bounding
box which can fully contain the returned result. Note that these
bounds may not match the recommended viewport. (For example, San
Francisco includes the
Farallon islands, which are technically part of the city, but
probably should not be returned in the viewport.)
As the exact format of an individual response to a
Geocoding API request is not guaranteed, you should never assume
that elements are in absolute positions. (In particular, the number
of address_components
within a Geocoding API response
vary based on the address requested and can change over time.)
Instead, you should parse the response and select
appropriate values via expressions. See
Parsing Web uk.ac.open.kmi.iserve.commons.model.Service Responses for more information.
The types[]
array within the returned result
indicates the address type. These types may also be returned
within address_components[]
arrays to indicate the
type of the particular address component. Addresses within the
geocoder may have multiple types; the types may be considered
"tags". For example, many cities are tagged with the
political
and locality
type.
The following types are supported and returned by the HTTP Geocoder:
street_address
indicates a precise street
address.
route
indicates a named route (such as "US
101").
intersection
indicates a major intersection,
usually of two major roads.
political
indicates a political entity. Usually,
this type indicates a polygon of some civil administration.
country
indicates the national political entity,
and is typically the highest order type returned by the
Geocoder.
administrative_area_level_1
indicates a
first-order civil entity below the country level. Within the United
States, these administrative levels are states. Not all nations
exhibit these administrative levels.
administrative_area_level_2
indicates a
second-order civil entity below the country level. Within the
United States, these administrative levels are counties. Not all
nations exhibit these administrative levels.
administrative_area_level_3
indicates a
third-order civil entity below the country level. This type
indicates a minor civil division. Not all nations exhibit these
administrative levels.
colloquial_area
indicates a commonly-used
alternative name for the entity.
locality
indicates an incorporated city or town
political entity.
sublocality
indicates an first-order civil entity
below a locality
neighborhood
indicates a named neighborhoodpremise
indicates a named location, usually a
building or collection of buildings with a common name
subpremise
indicates a first-order entity below a
named location, usually a singular building within a collection of
buildings with a common name
postal_code
indicates a postal code as used to
address postal mail within the country.
natural_feature
indicates a prominent natural
feature.
airport
indicates an airport.park
indicates a named park.point_of_interest
indicates a named point of
interest. Typically, these "POI"s are prominent local entities that
don't easily fit in another category such as "Empire State
Building" or "Statue of Liberty."
In addition to the above, address components may exhibit the following types:
post_box
indicates a specific postal box.street_number
indicates the precise street
number.
floor
indicates the floor of a building
address.
room
indicates the room of a building
address.
The term geocoding generally refers to translating a human-readable address into a location on a map. The process of doing the converse, translating a location on the map into a human-readable address, is known as reverse geocoding.
The Geocoding API supports reverse geocoding directly using the
latlng
parameter. For example, the following query
contains the latitude/longitude value for a location in
Brooklyn:
http://maps.google.com/maps/api/geocode/json?latlng=40.714224,-73.961452&sensor=true_or_false
Note: Ensure that no space exists
between the latitude and longitude values when passed in the
latlng
parameter.
This query returns the following result:
{
"status": "OK",
"results": [ {
"types": [ "street_address" ],
"formatted_address": "275-291 Bedford Ave, Brooklyn, NY 11211, USA",
"address_components": [ {
"long_name": "275-291",
"short_name": "275-291",
"types": [ "street_number" ]
}, {
"long_name": "Bedford Ave",
"short_name": "Bedford Ave",
"types": [ "route" ]
}, {
"long_name": "New York",
"short_name": "New York",
"types": [ "locality", "political" ]
}, {
"long_name": "Brooklyn",
"short_name": "Brooklyn",
"types": [ "administrative_area_level_3", "political" ]
}, {
"long_name": "Kings",
"short_name": "Kings",
"types": [ "administrative_area_level_2", "political" ]
}, {
"long_name": "New York",
"short_name": "NY",
"types": [ "administrative_area_level_1", "political" ]
}, {
"long_name": "United States",
"short_name": "US",
"types": [ "country", "political" ]
}, {
"long_name": "11211",
"short_name": "11211",
"types": [ "postal_code" ]
} ],
"geometry": {
"location": {
"lat": 40.7142298,
"lng": -73.9614669
},
"location_type": "RANGE_INTERPOLATED",
"viewport": {
"southwest": {
"lat": 40.7110822,
"lng": -73.9646145
},
"northeast": {
"lat": 40.7173774,
"lng": -73.9583193
}
}
}
},
... Additional results[]
...
Note that the reverse geocoder returned more than one result.
The result's "formatted_addresses"
are not just postal
addresses, but any way to geographically name a location. For
example, when geocoding a point in the city of Chicago, the
geocoded point may be denoted as a street address, as the city
(Chicago), as its state (Illinois) or as a country (The United
States). All are "addresses" to the geocoder. The reverse geocoder
returns any of these types as valid results.
The reverse geocoder matches political entities (countries, provinces, cities and neighborhoods), street addresses, and postal codes.
The full list of formatted_address
values returned
by the previous query are shown below.
"formatted_address": "275-291 Bedford Ave, Brooklyn, NY 11211, USA", "formatted_address": "Williamsburg, NY, USA", "formatted_address": "New York 11211, USA", "formatted_address": "Kings, New York, USA", "formatted_address": "Brooklyn, NY, USA", "formatted_address": "New York, NY, USA", "formatted_address": "New York, USA", "formatted_address": "United States"
Generally, addresses are returned from most specific to least
specific; the more exact address is the most prominent result, as
it is in this case. Note that we return different types of
addresses, from the most specific street address to less specific
political entities such as neighborhoods, cities, counties, states,
etc. If you wish to match a more general address, you may wish to
inspect the "types"
field of the returned
Placemark
s. (See
Address Component Types above.)
Note: Reverse geocoding is an estimate. The geocoder will attempt to find the closest addressable location within a certain tolerance; if no match is found, the geocoder will return zero results.
You can also instruct the Geocoding service to prefer results
within a given viewport (expressed as a bounding box). You do so
within the request URL by setting the bounds
parameter.
The bounds
parameter defines the latitude/longitude
coordinates of the southwest and northeast corners of this bounding
box using a pipe (|
) character to separate the
coordinates.
For example, a geocode for "Winnetka" generally returns this suburb of Chicago:
Request:
http://maps.google.com/maps/api/geocode/json?address=Winnetka&sensor=false
Response:
{ "status": "OK", "results": [ { "types": [ "locality", "political" ], "formatted_address": "Winnetka, IL, USA", "address_components": [ { "long_name": "Winnetka", "short_name": "Winnetka", "types": [ "locality", "political" ] }, { "long_name": "Illinois", "short_name": "IL", "types": [ "administrative_area_level_1", "political" ] }, { "long_name": "United States", "short_name": "US", "types": [ "country", "political" ] } ], "geometry": { "location": { "lat": 42.1083080, "lng": -87.7417070 }, "location_type": "APPROXIMATE", "viewport": { "southwest": { "lat": 42.0917501, "lng": -87.7737218 }, "northeast": { "lat": 42.1248616, "lng": -87.7096922 } }, "bounds": { "southwest": { "lat": 42.0885320, "lng": -87.7715480 }, "northeast": { "lat": 42.1284090, "lng": -87.7110160 } } } } ] }
However, adding a bounds
argument defining a
bounding box for the San Fernando Valley of Los Angeles results in
this geocode returning the neighborhood named "Winnetka" in that
location:
Request:
http://maps.google.com/maps/api/geocode/json?address=Winnetka&bounds=34.172684,-118.604794|34.236144,-118.500938&sensor=false
Response:
{ "status": "OK", "results": [ { "types": [ "sublocality", "political" ], "formatted_address": "Winnetka, California, USA", "address_components": [ { "long_name": "Winnetka", "short_name": "Winnetka", "types": [ "sublocality", "political" ] }, { "long_name": "Los Angeles", "short_name": "Los Angeles", "types": [ "administrative_area_level_3", "political" ] }, { "long_name": "Los Angeles", "short_name": "Los Angeles", "types": [ "administrative_area_level_2", "political" ] }, { "long_name": "California", "short_name": "CA", "types": [ "administrative_area_level_1", "political" ] }, { "long_name": "United States", "short_name": "US", "types": [ "country", "political" ] } ], "geometry": { "location": { "lat": 34.2131710, "lng": -118.5710220 }, "location_type": "APPROXIMATE", "viewport": { "southwest": { "lat": 34.1947148, "lng": -118.6030368 }, "northeast": { "lat": 34.2316232, "lng": -118.5390072 } }, "bounds": { "southwest": { "lat": 34.1791050, "lng": -118.5883200 }, "northeast": { "lat": 34.2353090, "lng": -118.5534191 } } } } ] }
The Google Geocoding API returns address results influenced by the region (typically the country) from which the request is sent. For example, searches for "San Francisco" may return different results if sent from a domain within the United States than one sent from Spain.
You can set the Geocoding API to return results biased to a
particular region using the region
parameter. This
parameter takes a ccTLD
(county code top-level domain) argument specifying the region bias.
Most ccTLD codes are identical to ISO 3166-1 codes, with some
notable exceptions. For example, the United Kingdom's ccTLD is "uk"
(.co.uk
) while its ISO 3166-1 code is "gb"
(technically for the entity of "The United Kingdom of Great Britain
and Northern Ireland").
Geocoding results can be biased for every domain in which the main Google Maps application is officially launched.
For example, a geocode for "Toledo" returns this result, as the default domain for the Geocoding API is set to the United States:
http://maps.google.com/maps/api/geocode/json?address=Toledo&sensor=false # Returns: # { "status": "OK", "results": [ { "types": [ "locality", "political" ], "formatted_address": "Toledo, OH, USA", "address_components": [ { "long_name": "Toledo", "short_name": "Toledo", "types": [ "locality", "political" ] }, { "long_name": "Ohio", "short_name": "OH", "types": [ "administrative_area_level_1", "political" ] }, { "long_name": "United States", "short_name": "US", "types": [ "country", "political" ] } ], "geometry": { "location": { "lat": 41.6529200, "lng": -83.5777820 }, "location_type": "APPROXIMATE", "viewport": { "southwest": { "lat": 41.5861889, "lng": -83.7058414 }, "northeast": { "lat": 41.7195821, "lng": -83.4497226 } }, "bounds": { "southwest": { "lat": 41.5803170, "lng": -83.6947540 }, "northeast": { "lat": 41.7326310, "lng": -83.4545660 } } } } ] }
A geocode for "Toledo" with region=es
(Spain) will
return the Spanish city:
http://maps.google.com/maps/api/geocode/json?address=Toledo&sensor=false®ion=es # # Returns # { "status": "OK", "results": [ { "types": [ "locality", "political" ], "formatted_address": "Toledo, EspaÃ±a", "address_components": [ { "long_name": "Toledo", "short_name": "Toledo", "types": [ "locality", "political" ] }, { "long_name": "Toledo", "short_name": "TO", "types": [ "administrative_area_level_2", "political" ] }, { "long_name": "Castilla-La Mancha", "short_name": "CM", "types": [ "administrative_area_level_1", "political" ] }, { "long_name": "EspaÃ±a", "short_name": "ES", "types": [ "country", "political" ] } ], "geometry": { "location": { "lat": 39.8567775, "lng": -4.0244759 }, "location_type": "APPROXIMATE", "viewport": { "southwest": { "lat": 39.7882200, "lng": -4.1525353 }, "northeast": { "lat": 39.9252666, "lng": -3.8964165 } }, "bounds": { "southwest": { "lat": 39.8105550, "lng": -4.1796354 }, "northeast": { "lat": 39.9250920, "lng": -3.8147915 } } } } ] }


Reports
return
statements inside of
finally
blocks. While occasionally intended, such
return
statements may mask thrown exceptions, and tremendously complicate debugging.
Example:
try { foo(); } finally { if (bar()) return; }


--- layout: default title: "404: Page not found" ---
Sorry, that page doesn't exist. Try starting from the home page or the archives.


This example shows how to dynamically add and remove controls from arrays and groups. For arrays we directly dispatch the
corresponding actions from the component. For groups we dispatch custom actions which we handle in the reducer by calling
the corresponding update functions.


Just about everyone knows about actor Mark Sinclair Vincent. Well, to be more precise, I actually mean, everyone knows the actor Mark Sinclair…
I feel like I am likely the target audience for this film. Even though I am a (self-described) pop-culture aficionado, and I love…
Happening this weekend, in a convention center far far away in Chicago, IL… Yes, it’s been a whole year and it’s once again…


So, we heard you wanna join us? Please begin by filling in this cool register form, young padawan.
Username
E-mail
Password


Riders
Rider classification follows WRRA rules.
- junior (16 years and less)
- adult (17 – 50 years)
- masters (51 years and above)
- men / women
Vehicles
Vehicle classification follows WRRA rules, added with velomobile and tandem classes.
- unfaired recumbents (WRRA)
- 3 (or more) wheeled unfaired recumbents, “trikes” (WRRA)
- tail or nose faired recumbents, 2 or more wheels (WRRA)
- fully faired recumbents, velomobiles (addition to WRRA classification)
- tandem (addition to WRRA classification)
Other rules
- Drafting is allowed except in one hour race. 200 m race will be started one by one, individually.
- Helmet is not mandatory, but is highly recommended.
- One operational breaking device is mandatory.
- Track circulation happens clock-wise.
- A rear view mirror is recommended.
- Everyone is responsible for his/hers own health. Do evaluate your condition regularly during the races.
- Organiser only provides the track for the event - no responsibilities of any kind can be delegated to the organising party.
Organiser recommends checking and acquiring suitable personal insurance for the weekend. A waiver of liability will be signed during registration and before races.
During the 6 and 12 hour races (Sunday) a pitstop area will be located at the outside of the track, on the last turn before the starting line (check the track map). Service cars/vans/tents shall be parked/organized in line so that the circulation of the racing vehicles is as fluid as possible, without unnecessary obstacles.


Check your answers
This section is: Bank details
Lloyds TSB
Answer:- Sort code: 45-33-14
- Account number: 01234537
- UK Bank Account: yes
- Account type: This business’ account
Lloyds TSB
Answer:- Sort code: 45-33-14
- Account number: 01234537
- UK Bank Account: yes
- Account type: This business’ account
Lloyds TSB
Answer:- Sort code: 45-33-14
- Account number: 01234537
- UK Bank Account: yes
- Account type: This business’ account
Lloyds TSB
Answer:- Sort code: 45-33-14
- Account number: 01234537
- UK Bank Account: yes
- Account type: This business’ account


Module plotting¶
This platecurie`
module contains the following functions for plotting:
plot_fitted()
-
platecurie.plotting.
plot_stats
(trace, summary, map_estimate, title=None, save=None)¶ Extract results from variables
trace
,summary
andmap_estimate
to plot marginal and joint posterior distributions. Automatically determines how to plot results from those variables.- Parameters
trace (
MultiTrace
) – Posterior samples from the MCMC chainssummary (
DataFrame
) – Summary statistics from Posterior distributionsmap_estimate (dict) – Container for Maximum a Posteriori (MAP) estimates
title (str, optional) – Title of plot
save (str, optional) – Name of file for to save figure
-
platecurie.plotting.
plot_functions
(k, psd, epsd, ppsd=None, title=None, save=None)¶ Function to plot observed and fitted PSD function using one of
MAP
ormean
estimates. The observed PSD function is plotted regardless of method to estimate the model paramters.- Parameters
k (
ndarray
) – 1D array of wavenumberspsd (
ndarray
) – 1D array of wavelet scalogram (wavelet PSD)epsd (
ndarray
) – 1D array of error on wavelet scalogram (wavelet PSD)ppsd (
ndarray
, optional) – 1D array of predicted PSDtitle (str, optional) – Title of plot
save (str, optional) – Name of file for to save figure