{% blocktrans trimmed %} GitHub can sponsor one Django Girls workshop per city with a 250$ grant. Applications must be received 2 months before the date of your workshop to be considered. {% endblocktrans %}
{% url "core:events" as events_url %} {% blocktrans trimmed %} Before applying, your website needs to be ready and online. Then, you need to check if an event already happened in your city and if they received money from GitHub (check their sponsors section). {% endblocktrans %}
{% blocktrans trimmed %} If your event is the first in your city or if the previous ones didn't receive sponsoring from GitHub, you can apply. {% endblocktrans %}
{% blocktrans trimmed %} Note: Filling this form will be long. You'll have to download and edit some documents (invoice, bank information, etc). {% endblocktrans %}
{% blocktrans trimmed %} We send those requests once every two weeks to GitHub. Next deadline: {{ deadline }}. {% endblocktrans %}


This is the section header.
Page 1
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This is the section content header. This will be on every page in this section.
This is the section content footer. It will be on every page of this section.


Streaming length prefixed buffers with async iterators
npm install it-length-prefixed
const pipe = require('it-pipe')
const lp = require('it-length-prefixed')
const encoded = []
// encode
await pipe(
[Buffer.from('hello world')],
lp.encode(),
async source => {
for await (const chunk of source) {
encoded.push(chunk.slice()) // (.slice converts BufferList to Buffer)
}
}
)
console.log(encoded)
// => [Buffer <0b 68 65 6c 6c 6f 20 77 6f 72 6c 64>]
const decoded = []
// decode
await pipe(
encoded, // e.g. from above
lp.decode(),
async source => {
for await (const chunk of source) {
decoded.push(chunk.slice()) // (.slice converts BufferList to Buffer)
}
}
)
console.log(decoded)
// => [Buffer <68 65 6c 6c 6f 20 77 6f 72 6c 64>]
encode([opts])
opts: Object
, optionalpoolSize: 10 * 1024
: Buffer pool size to allocate up frontminPoolSize: 8
: The minimum size the pool can be before it is re-allocated. Note: it is important this value is greater than the maximum value that can be encoded by the lengthEncoder
(see the next option). Since encoded lengths are written into a buffer pool, there needs to be enough space to hold the encoded value.lengthEncoder: Function
: A function that encodes the length that will prefix each message. By default this is a varint
encoder. It is passed a value
to encode, an (optional) target
buffer to write to and an (optional) offset
to start writing from. The function should encode the value
into the target
(or alloc a new Buffer if not specified), set the lengthEncoder.bytes
value (the number of bytes written) and return the target
.const { int32BEEncode } = require('it-length-prefixed')
Returns a transform that yields BufferList
objects. All messages will be prefixed with a length, determined by the lengthEncoder
function.
encode.single(chunk, [opts])
chunk: Buffer|BufferList
chunk to encodeopts: Object
, optionallengthEncoder: Function
: See description above. Note that this encoder will not be passed a target
or offset
and so will need to allocate a buffer to write to.Returns a BufferList
containing the encoded chunk.
decode([opts])
opts: Object
, optionalmaxLengthLength
: If provided, will not decode messages whose length section exceeds the size specified, if omitted will use the default of 147 bytes.maxDataLength
: If provided, will not decode messages whose data section exceeds the size specified, if omitted will use the default of 4MB.onLength(len: Number)
: Called for every length prefix that is decoded from the streamonData(data: BufferList)
: Called for every chunk of data that is decoded from the streamlengthDecoder: Function
: A function that decodes the length that prefixes each message. By default this is a varint
decoder. It is passed some data
to decode which is a BufferList
. The function should decode the length, set the lengthDecoder.bytes
value (the number of bytes read) and return the length. If the length cannot be decoded, the function should throw a RangeError
.const { int32BEDecode } = require('it-length-prefixed')
Returns a transform that yields BufferList
objects.
decode.fromReader(reader, [opts])
Behaves like decode
except it only reads the exact number of bytes needed for each message in reader
.
reader: Reader
: An it-readeropts: Object
, optionalmaxLengthLength
: If provided, will not decode messages whose length section exceeds the size specified, if omitted will use the default of 147 bytes.maxDataLength
: If provided, will not decode messages whose data section exceeds the size specified, if omitted will use the default of 4MB.onData(data: BufferList)
: Called for every chunk of data that is decoded from the streamlengthEncoder: Function
: See description above.Returns a transform that yields BufferList
objects.
PRs and issues gladly accepted! Check out the issues.
MIT © 2016 Friedel Ziegelmayer


Implementation details¶
This page describes the internal behavior of PyMzn. It is useful to understand how problems are solved, serialization is ensured, and models are parsed.
Model flattening¶
The model flattening is carried out by the pymzn.mzn2fzn
function
(in pymzn/mzn/minizinc.py) which in turn executes the MiniZinc mzn2fzn
utility to compile a MiniZinc model into a FlatZinc one.
The model flattening takes place exclusively through files. While
there is the possibility of executing the mzn2fzn writing the input model on
the standard input, it is rather inconvenient since it excludes the possibility
of providing inline data and dzn files.
Solver classes¶
To interface PyMzn to a solver, it needs a wrapper class that implements a
solve function, which takes the solver’s arguments as input, executes the
solver with the provided arguments and the given MiniZinc/FlatZinc model and
returns the solution stream as output. An example of that is the
pymzn.Gecode
class, which wraps the Gecode solver and implementes the
solve function by calling the mzn-gecode or fzn-gecode commands of Gecode.
To the time of writing, PyMzn supports Gecode, Chuffed, Opturion, OptiMathSat,
Gurobi, CBC, G12 (with all available backends), and Oscar-CBLS. The definition
of additional solver classes is left to the user or to future development.
Solution output stream¶
The solution output stream provided by the solver solve implementation can
then be passed to the pymzn.solns2out
function, which wraps the MiniZinc
solns2out utility. The pymzn.solns2out
function takes as input the
solution stream and the ozn file returned by the pymzn.mzn2fzn
function and
outputs a stream of solutions encoded in the format specified in the ozn file,
i.e. the format from the output statement in the model.
Solution parsing¶
When using the pymzn.minizinc
function, the solutions are automatically
parsed into Python objects (if using output_mode='dict'
). This is carried
out by dropping the output statement of the original model and parsing either
the json or the dzn output of the solver. The original model file is isolated
from the new model file, as specified in the next section.
Thread safety¶
Some of the goals of PyMzn are to provide inline problem specification,
solution parsing, isolation of the solving instances and dynamic modelling.
These problems arise when one has a sequence of instances of a problem to
solve, possibly in parallel. To automatically ensure isolation of
the original problem from the solving instance, the pymzn.minizinc
function
always compiles a new model file in a temporary file that is deleted right
after the problem has been successfully solved. If the parameter keep is
True, then the temporary file is written into the folder containing the .mzn
file or the working directory if a model string is provided. In case of error,
the script that caused it is not deleted, even if keep=False. Writing the
models to temporary files ensures isolation of the solving instances and thus
thread safety.


Security Crawl Maze is a comprehensive testbed for web security crawlers. It contains pages representing many (hopefully all) ways in which one can link resources from a valid HTML document.
If you want to find out more, please see our GitHub repository.


"x" "1" "FERGUSON,LR, BERRIMAN,J, PEARSON,A, MUNDAY,R, FOWKE,EA AND TOWERS,NR,IN VITRO AND IN VIVO MUTAGENICITY STUDIES ON SPORIDESMIN, THE TOXIN ASSOCIATEDWITH FACIAL ECZEMA IN RUMINANTS, MUTAT. RES. 268(2):1 __ 99-210, 1992"


|
Custom Library Functions
1.6
Propeller Custom Library
|
Read Barometric Pressure Sensor. More...
#include "simpletools.h"
Functions | |
| void | ms5607 (void *par) |
| int | Send_Cmd (i2c *, int) |
| void | Get_Prom (i2c *) |
| int | ms5607_open (int clk, int sda) |
| Open connection to ms5607. More... | |
| void | ms5607_close (void) |
| Close connection to ms5607. More... | |
| int | ms5607_celsius (void) |
| Get current tempreture in celsius. More... | |
| int | ms5607_fahrenheit (void) |
| Get current tempreture in fahrenheit. More... | |
| int | ms5607_pressure (void) |
| Get current pressure in millibars. More... | |
| int | ms5607_mercury (void) |
| Get current pressure in hundredths of an Inch of Mercury. More... | |
| int | ms5607_rawtemp (void) |
| Get raw temperature. More... | |
| int | ms5607_rawpressure (void) |
| Get raw pressure. More... | |
| void | ms5607_set (void) |
| Read Barometric Pressure Sensor. More... | |
Variables | |
| i2c | msBus |
| long long | mC [8] |
| long | D1 |
| long | D2 |
| int | mscog |
| int | msclk |
| int | mssda |
Read Barometric Pressure Sensor.
| int ms5607_celsius | ( | void | ) |
Get current tempreture in celsius.
| void ms5607_close | ( | void | ) |
Close connection to ms5607.
| int ms5607_fahrenheit | ( | void | ) |
Get current tempreture in fahrenheit.
| int ms5607_mercury | ( | void | ) |
Get current pressure in hundredths of an Inch of Mercury.
| int ms5607_open | ( | int | SCL, |
| int | SDA | ||
| ) |
Open connection to ms5607.
| SCL | i2c Clock Pin |
| SDA | i2c Data Pin |
| int ms5607_pressure | ( | void | ) |
Get current pressure in millibars.
| int ms5607_rawpressure | ( | void | ) |
Get raw pressure.
| int ms5607_rawtemp | ( | void | ) |
Get raw temperature.
| void ms5607_set | ( | void | ) |
Read Barometric Pressure Sensor.


Bring your knocki device
near your phone.
Tap into the technology
you want to set.
Turn your lights on/off.
Make your phone ring.
Set the desired temperature.
Know if someone is at the door.
Set and snooze your alarms.
Start your coffee machine.
Know when your mails and emails arrive.
Skip, play, pause your music.
Dim the lights and play music.
Notify when leaving or arriving.
Please tap for a knock and hold to
register a silence.
All your details are being saved
please wait.


Section 2 Project set up
2.1 Log in to RStudio
First, open up your web browser and go to https://obiba.erasmusmc.nl:8445/. This is the URL for the MINDMAP RStudio instance from which all researchers will analyse data. Enter the username and password provided for this tutorial.Once logged in to RStudio, open the workshop_scripts.R file located in the Files tab in the bottom right corner of the RStudio environment. As the name suggests, this is an .R file in which scripts for this tutorial are saved.
2.2 Install and load packages
Next, we need load R packages we are going to use in this tutorial using the library()
command. To do so, execute the following lines in your R session. To execute a script from an R file, place your cursor on the line and Type Ctrl-R. You will notice that the script is then executed in the bottom left Console window.
# Load required libraries for this tutorial
library(opal)
library(tidyverse)
library(epiDisplay)
library(lme4)
library(car)
Note: We have pre-installed required R packages in your R environment. For your own analyses, you may need to install additional packages at a later date. This is done by using the
install.packages()
command and writing the name of the package in quotations (e.g. install.packages(“tidyverse”)).
2.3 Log in to Opal
In order to access harmonized data from RStudio, we need to log in to the Opal server, which hosts the harmonized data for the GLOBE and RECORD studies. To do so, execute the following line of script:
# Create an object with your Opal login information (password and username) - these are hidden in your .Rprofile file.
erasmus_opal <- opal.login()
This saves your Opal username and password in a object called erasmus_opal and appears under the Environment tab in the upper right corner of your RStudio interface.
Next, assign the data you want to use in your R session. You can either assign an entire table, or a subset of variables from a table using the variables = argument (see example shown in the commented section of the script):
# Assign GLOBE data
opal.assign.table.tibble(erasmus_opal, 'globe_data', 'WORKSHOP.DS_GLOBE')
#opal.assign.table.tibble(erasmus_opal, 'globe_data', 'WORKSHOP.DS_GLOBE',variables = list("sdc_age_0","sdc_gender_0","sdc_highest_edu_0","sdc_income_0","sdc_livstat_0","sdc_retire_0","phy_bmi_all_0","poh_sah_good_0","poh_sah_poor_0","lsb_smk_status_0"))
# Assign RECORD data
opal.assign.table.tibble(erasmus_opal, 'record_data', 'WORKSHOP.DS_RECORD')
#opal.assign.table.tibble(erasmus_opal, 'record_data', 'WORKSHOP.DS_RECORD', variables = list("sdc_age_0","sdc_gender_0","sdc_highest_edu_0"))
Last, create dataframes in RStudio for your analyses using the following scripts:
# Dataframe for GLOBE data
globe_data <- opal.execute(erasmus_opal,'globe_data')
# Dataframe for RECORD data
record_data <- opal.execute(erasmus_opal,'record_data')
Note: The
<-
is an assignment operator in R. It creates an object with what is written to its right. You’ll notice that when you run the two lines above, dataframes called globe_data and record_data appear in the upper right hand corner window under the Environment tab, indicating the name of the dataframe, the number of observations and number of variables.


Click one of the ontology terms below to view related data.
Terms with primary labels matching the search text:
Terms with exact synonyms matching the search text (primary label shown):
View SPARQL queries used in this page.


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Use the cursor keys to move and collect the heart and diamond! Sound won't work in Dartium as MP3's are being used for this demo.


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z
WheeallCare© City Map
WheeallCare© City Map
- Avoid inaccesible wheelchair spots
- Share difficult obstacles with other wheelchair users
- Allow manicuplaties to improve the city & your wheelchair trip
Drop Your Mark with WheallCare© Module
Make the city Wheelchair proof & Enjoy careless rolling ...


---
layout: post
authors: ["Greg Wilson"]
title: "Summary of Feb 2014 Lab Meeting"
date: 2014-03-03
time: "13:00:00"
tags: ["Community", "Lab Meeting"]
---
We held a lab meeting last week.
48 people attended in two sessions (to accommodate different time zones);
the main points are summarized below.
- Community
- We asked participants how many other people in the meeting they knew. The median answer was somewhere around 2, which is a sign that our social graph isn't as densely connected as it could be (or in non-hipster terms, we mostly don't know each other very well).
- We're going to address this by running a two-day work sprint in July or August. People will be invited to come to the Mozilla office near them, or to congregate in other spaces, and we'll connect those meetups via telepresence.
- Communications
- Several people have said that they find it hard to keep track of upcoming bootcamps—in particular, that they sometimes hear about a bootcamp they could have volunteered at only after it's over.
- We will start including a list of all upcoming bootcamps in the weekly summaries of Software Carpentry activity on the Mozilla Science Lab blog and on our own blog as well.
- We also recommend using
#swcSITE
as a Twitter hashtag during bootcamps (e.g., #swcUBC
).
- Operations
- We'll try to be more consistent using (and updating) the operations guide.
- And Greg will start covering it in instructor training.
- Lesson Content
- Building Lessons
- We are trying to streamline the tools and processes used to compile our lessons: see this issue on GitHub for details, and to join the conversation.
- One reason to work on this is that we want to partner with other people interested in teaching computing skills to researchers: there will be a blog post about this soon.
- Teaching
- Code Review
- PyCon 2014
- We still have lots of spaces in our bootcamp on April 14-15 in Montreal—please help get the word out to your friends and colleagues.
- We will be taking Software Carpentry folks out for dinner during the conference: stay tuned for details.
- And we'll be at SciPy in Austin in July: again, please stay tuned for details.
- Instructor Training
- The online round starting late April 2014 is full, but there are still spaces for the one starting in June 2014: please mail us if you'd like to take part.
- There are still spaces for the live version April 28-30 in Toronto.
- Miscellaneous Tasks
- Q&A
- How are donations going?
- A few people have reported that finding money is a struggle bureaucratically, but that's true for instructor travel costs as well. (We still have to handle each case individually: every university, funding agency, and country has its own rules...)
- We're working with our Mozilla colleagues to make the process clearer and appreciate your patience and input. If you have suggestions, please contact us directly.
- Does Software Carpentry take donations from individuals?
- The Mozilla Foundation certainly does; we're working on ways to tag the money for specific purposes (but again, there are legal constraints because of our non-profit status).
- Students often want (some of) the code before hand, what is our policy on that?
- Absolutely: this is why we have nicely formatted HTML pages for the V5 content now.
- What about certification for learners?
- We get asked for this from time to time, especially by European graduate students who want to count the hours toward degree requirements.
- We want something more meaningful than a certificate of attendance, but don't know how to assess learning.
- The DiRAC driver's license is going well, but is time-consuming.
- Can Software Carpentry help me find a software related job?
- Greg would be very happy to help anyone who's given time to Software Carpentry in any way he can: please just ask.


Fiji - Profile
Facts
- Cyclone Winston ploughed through Fiji in February 2016, with winds of over 320km/h (200mph), torrential rain, and waves of up to 12m (40ft). However, in most places you would now struggle to realise that the second strongest storm on record passed through the country. Most of the island is back to full operations, the markets are stocked and the diving is still world class.
- Fiji is an archipelago of over 300 islands, from coral atolls to large volcanic islands. About 100 are inhabited, while many of the rest are used as fishing bases and planting grounds. The International Dateline runs through Fiji, although most of the islands are just west of 180°.
- Fiji has all the ingredients of a perfect cruising destination - beautiful islands, secluded anchorages and welcoming people. This picture of perfection is somewhat marred by a menacing array of coral reefs that almost encircle the entire archipelago. The majority of visiting yachts arrive from the east, which is where the reefs have claimed most victims. Part of the problem is that it is forbidden to stop at any of the eastern islands before clearing in and a careful watch is kept on yacht movement by the Fijian authorities. The location of the few ports of entry complicates the task of cruise planning, especially for those hoping to visit the eastern Lau group to windward of all ports of entry. The most convenient ports for those intending to cruise eastern Fiji are Levuka on the island of Ovalau, or Savusavu on Vanua Levu.
- Getting work done: Fiji now has excellent repair facilities for cruising yachts at both Vuda and Denarau Marinas. Good value for money and good quality, but be sure to monitor work at all times.
- Provisioning: Excellent supermarkets in the main ports stock a large variety of local products. Some goods are imported from NZ/Australia. Generally prices are reasonable.
- The traditional way of life is still thriving in the islands and the unthinking attitude in the past of a few visiting sailors has caused offence and animosity, which led to a strict control of cruising permits. Local etiquette should be observed and it is expected that a courtesy visit to the chief or headman of the island or village bearing a gift of yagona (kava) is made. See Local Customs for more details.
- Traditions are not so strong in the western islands, some of which have been developed as tourist resorts, such as the charming Mamanuca islands, which are a short hop from Nadi airport, convenient for crew changes.
- Further west is the Yasawa Group, one of the most popular cruising grounds due to scenic anchorages and clear waters. Pickmere's Yasawa chartlets are essential for cruising the Yasawa group and are available in Lautoka.
- The marina at Vuda Point on Viti Levu's west coast, is now a Port of Entry and together with the marina at Port Denarau, both form convenient ports of call as well as being being close to Nadi international airport.
- The opening of two marinas in Savusavu, Copra Shed Marina and Waitui, have made it a popular base from which to explore the eastern part of the archipelago.
- Rotuma and several smaller islands lying approximately 200 miles NNW of Fiji, form a distinctive group and although administratively linked to Fiji, ethnologically they are very different as Rotumans are Polynesians. Rotuma is now an official port of entry with a dock at Oinafa for clearance and the administrative centre at Ahau, at the other end of the island.
Security
Security reports from cruisers in Fiji began in 2014. The first was from a group of cruisers who suffered at the hands of pickpockets at Savusavu bus station in May 2014.
Following that incident, a yacht reported being burgled twice in the same month, June 2014, in Savu. The first was the dinghy and outboard being stolen whilst at anchor, the 2nd was a burglary whilst on the hard at MISEL. Read report here.
Generally Fiji is regarded as a safe country for cruisers, however one should always adopt sensible security precautions and be sure to ask a neighbouring boat to keep an eye on your home if going ashore.
Last updated June 2014.
Weather
Fiji has a mild tropical climate. From May to November the SE trades blow, making it cooler and drier, while the summer months from November to April are wet and humid. Viti Levu and Vanua Levu can have a lot of rain and Suva is renowned for sudden but short torrential downpours. Cyclones occur during the period November to April. There are very few hurricane holes in Fiji and these quickly fill up with local boats.
Fiji Weather Forecast.
For links to free global weather information, forecast services and extreme weather information see the Noonsite Weather Page
A useful guide to South Pacific weather resourcescomplied by a Noonsite contributor, Rory Garland.
Main Ports


Develop better. Faster.
Bootstrap components, powered by Angular
{{currentVersion}}
Flexible
We put much effort making ngx-bootstrap modular so that you can implement own templates, styles, whatnot. All components are designed with extensibility and adaptivity in mind. You can expect them to work on Mobile and Desktop with the same level of performance.
Tinker-friendly code
We have incorporated a set of style guides and guidelines to enhance both code maintainability and readability. Also, we always support latest Angular versions and provide full unit-test coverage.
Good documentation
As developers ourselves, we understand the importance of documentation. Well written and continually updated documentation significantly eases up developers life and improves overall software quality. We are doing our best to provide you the most complete and easy to understand documentation out there.
A lot of demos
While working with visually rich libraries, it is important to know what you are getting without going through installation hassle. This is why we have developed a huge set of demos for most of the component’s methods. More will follow!
Supporting NGX-Bootstrap
ngx-bootstrap is an Open Source (MIT Licensed) independent project with ongoing development made possible thanks to the support of our awesome backers.
If you also would like to show support or simply give back to Open Source community, please consider becoming a partner.
Valor Software employees and contractors are not eligible to use these funds.


Level 1Perfect Numbers Define the method isPerfect that takes in an integer n and determines if n is a perfect number. A perfect number is a positive integer that is equal to the sum of its proper divisors. A proper divisor is a positive integer other than the number itself that divides the number evenly (i.e. no remainder). For example, 6 is the smallest perfect number, because the sum of its proper divisors 1, 2, and 3 is equal to 6. 8 is not a perfect number because 1 + 2 + 4 is not equal to 8. Note that 1 is not a perfect number by definition. static boolean isPerfect(int n) The following is a sample run of the program. User input is underlined.
Check the format correctness of the output by typing the following Unix command $ java Main < test.in | diff - test1.out Make a copy of your Java programs to the level directory by typing the Unix commands $ mkdir stream1 $ cp *.java stream1 |
Level 2Square Numbers Define the method isSuare that takes in an integer n and determines if n is a square number. A perfect square is the square of an integer. Examples are 9 (= 3×3), 4 (= 2×2), and 1 (= 1×1). static boolean isSquare(int n) The following is a sample run of the program. User input is underlined.
Check the format correctness of the output by typing the following Unix command $ java Main < test2.in | diff - test2.out Make a copy of your Java programs to the level directory by typing the Unix commands $ mkdir stream2 $ cp *.java stream2 |
Level 3Reverse Number Define the method reverse that takes in an integer n and returns the reverse of n. static int reverse(int n) The following is a sample run of the program. User input is underlined.
Check the format correctness of the output by typing the following Unix command $ java Main < test3.in | diff - test3.out Make a copy of your Java programs to the level directory by typing the Unix commands $ mkdir stream3 $ cp *.java stream3 |
Level 4Counting Repeats Define the method countRepeats that takes in a List of digits 0 to 9 and returns the number of occurrences of adjacent repeated letters. static long countRepeats(int[] array) For example,
The following is a sample run of the program. User input is underlined.
Check the format correctness of the output by typing the following Unix command $ java Main < test4.in | diff - test4.out Make a copy of your Java programs to the level directory by typing the Unix commands $ mkdir stream4 $ cp *.java stream4 |
Level 6Prime Factors Write a method factors with that takes in an integer x and returns a IntStream consisting of the factors of x. static IntStream factors(int x) As an example, factors(6) should return the stream of integers 1, 2, 3, 6. Thereafter, write a method primeFactors that takes in an integer x (> 1) and returns a IntStream consisting of the prime factors of x. A prime factor is a factor that is a prime number, excluding 1. For instance, prime factors of 6 are 2 and 3. static IntStream primeFactors(int x) The following is a sample run of the program. User input is underlined.
Check the format correctness of the output by typing the following Unix command $ java Main < test6.in | diff - test6.out Make a copy of your Java programs to the level directory by typing the Unix commands $ mkdir stream6 $ cp *.java stream6 |


Web Developer | Chemist
Skills
HTML
CSS
JavaScript
Python
PHP
Languages
English
Hindi
Bengali
Actually, I'm not from this CS background. I'm a M.Sc. Chemistry student. My research interest is in Theoratical Computational Chemistry. It is an advantage if I know some programming knowledge (according to one of my known PhD scolar in this field). That's why I started learning coding in this lockdown period. I completed three Govt. course in C, Java and Python. I liked those (specially python) and started to love coding. I found it more interesting when I came into this web development part. I learned HTML, CSS, JS, Bootstrap, React & PHP from coursera courses. Sayan, one of my friend, is a fullstack developer and helps me a lot in any problem in this field. I'm very much grateful to him for this much support🙏. Now I'm learning SQL and then I'll move towards Node.js and MongoDB.
I have done some projects till now. I have a keen desire to become a freelance web developer and gradually I'm taking my step towards that. Hope you like my story. Feel free to contact for any kind of collaboration or for further information.
M.Sc. Chemistry
B.Sc. Chemistry
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Joel Villegas Alonzo
Joel Villegas Alonzo
Joel Villegas Alonzo
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Joel Villegas Alonzo
Joel Villegas Alonzo
Joel Villegas Alonzo
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LIFESTYLE PRODUCTS
Brands
Augarten
Gaisbauer
Zur Schwaebischen Jungfrau
Dotzauer
Aigner Rarities
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Category
Furnishing
Furniture
Luxe Decor
Homeware
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Section
Living Room
Bed Room
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Bar
Garden and Outdoors
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Collectibles
Bespoke
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ABOUT US
How it Works
Contact US
01
02
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04


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You are
male
female
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Country of Residence
Russia
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City
Ryazan
Moscow
Photography
Titile
Web Master
Database Administrator
Computer-aided design
Economic Planning
Management accounting
Budgeting and planning
Salary
Contact Information
Site
Email
Phone
Password


Carlsecra presents a full range of dog grooming services replete with all the essentials to take care of your furry friend the right way. While it is vital to pay attention to basic hygiene such as brushing, bathing, clipping nails, etc., it is also essential to understand the procedure.
CARLSECRA presents a comfortable cageless dog boarding service to make your pet feel comfortable even away from home. With the help of dog trainers and dog-owners, we ensure that your pet is well-taken care of at our boarding service.
Carlsecra presents a full range of dog grooming services replete with all the essentials to take care of your furry friend the right way. While it is vital to pay attention to basic hygiene such as brushing, bathing, clipping nails, etc., it is also essential to understand the procedure.
Carlsecra presents a full range of dog grooming services replete with all the essentials to take care of your furry friend the right way. While it is vital to pay attention to basic hygiene such as brushing, bathing, clipping nails, etc., it is also essential to understand the procedure.


We provide the most cost effective packages to our clients with the best services.S
Ready to start your next Journey with us? Give us a call or send us an email and we will get back to you as soon as possible!
123-456-6789
<EMAIL_ADDRESS>Facebook
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'Natural selection disposes what self-organization proposes' - Stanley Salthe, 2009
Key words:
Page 428
Evolution is not imposed design, but progressive constraint


--- layout: post permalink: licenseplates.html Tags: Array NameOfCoupon: License Plates Cash Back Summary: See our License Plates Coupon Code, License Plates Rebate, License Plates Promo Code, License Plates Discount, License Plates Coupon Cash Back Rebate here.  License Plates Rebate & Discount thesis_description: Our License Plates Discount Coupon Code for licenseplates.tv. We have the best License Plates Rebate anywhere. thesis_keywords: License Plates, License Plates Coupon Code, License Plates Discount, License Plates Rebate product_name: License Plates hop_url: http://www.icouponblog.com/hop.php?id=6316 ---
If you own an old classic, and do not like the ‘new looking’ license plate check out www.licenseplates.tv and you can order period or antique replica license plates from Licenseplates.tv. This has been and is the mantra of serious car collectors for many years -just imagine showing your 1965 Shelby Mustang with license plates issued in 2009! www.licenseplates.tv carries license plates from all periods and times. So your license plate compliments your car, not make it look like a mistake! Use our discount coupons to get a great deal.
www.licenseplates.tv carries a large variety of license plates. You can choose the one that fits your need, taste and budget. You can get European, Canadian plates, religious plates, nautical plates and loads of others. Check it out. This is the site that even Hollywood gets their license plates from for their movies. Prop masters rely on Licenseplates.tv to research and manufacture accurate replicas of license plates for their movie productions. Check out www.licenseplates.tv for all varieties of license plates from religious, sports, hobby, international and many others. It is the best place to buy the kind of license plate you require. All plates are high quality and low priced.
Visit www.licenseplates.tv if you are looking for special license plate for your vehicles. You can buy antique, international, religious, European, Hollywood or fun license plates from www.licenseplates.tv. You can also buy key chains and hitch covers. Check out www.licenseplates.tv and order a license plate that you like or have one customized. Use our discount coupons to get a great deal!


1. Main HealthMonitor App
{{m_data.AppOk}}Response to FrontEnd: {{m_data.ResponseToFrontEnd}}
Started on {{m_data.StartDate}} {{m_data.StartDateTimeSpanStr}}
2. Realtime Price Service
{{m_data.RtpsOk}}- {{rtps}}
3. VBroker 1.0
{{m_data.VBrokerOk}}- {{report}}
Logged in as {{m_userEmail}};
VBroker Detailed
Click here for Developer Dashboard (Or for more VBroker details Developers can peek the Linux terminal.)


An example implementation using MDEOptimiser can be found in this repository.
Introduction
The aim of the next release problem (NRP) is to find the most suitable set of tasks to include in the next release for a software product, to minimise the cost and to maximise the customer satisfaction. Each Customer has a desire which can consist of one or many SoftwareArtifacts. SoftwareArtifacts can have a dependency on other SoftwareArtifacts.
The input models used for this case study have also been automatically generated by the authors using a random model generator implemented using Java. A brief description of these models has been included in the table below.
| Next Release Problem | ||
|---|---|---|
| Input Model | A | B |
| Customers | 5 | 25 |
| Requirements | 25 | 50 |
| Software Artifacts | 63 | 203 |
Implementation
In the figure above, we show a metamodel of this problem.
To solve this problem, the user is required to assign instances of SoftwareArtifacts to a NextRelease such that the total cost of the selected SoftwareArtifacts is minimised and the total customer satisfaction is maximised. We have specified the problem with the following two objectives:
1. [Objective 1] minimise cost for the selected release itmes;
2. [Objective 2] maximise the customer satisfaction for the proposed release.
In the figure below we show an implementation of the case study using our DSL.
The minimal set of required rules for this case study is simple, only requiring a mutations to add and remove an edge between a Solution and a SoftwareArtifact. However, the difference between this case study and the others considered so far, is that the selection of a SoftwareArtifact, directly influences the Cost fitness function and indirectly influences the Customer Satisfaction objective. A SoftwareArtifact is considered for the calculation of a RequirementRealization, only when all its dependencies are also assigned to the solution. With this difference, we aim to evaluate how the generated rules explore the search space in cases where the fitness functions provide only coarse-granular guidance.
In our implementation we have used four mutation operators to explore the search space. These have been implemented using Henshin and are shown in the figure below.
Automatic mutation generation
In the figure below, we include an example of the DSL that allows the user to specify the nodes


Addition: (1, 2) + (3, 4) and subtraction: (7, 4) - (5, 6)
Distance formula: distance along X-axis from (0, 0) to (1, 0), distance along Y-axis from (0, 0) to (0, 2), distance from (0, 0) to (3, 4), and distance between two points (4, 7) to (-1, -5)
The minimum of (0, 0) and (1, 1) and the minimum of (3, 2) and (1, 5). The maximum of (0, 0) and (1, 1) and the maximum of (3, 2) and (1, 5).
Constrain within two points: Given (0, 0) and (10, 10) constrain (-1, -1), (11, 11), (-1, 11), and (4, 6). Reversing the constraints also works: constrain (-1, 11) and (4, 6)


DeviceNDict
1.6
Colorants
:: Dictionary
1.6
MixingHints
:: Dictionary
DeviceNMixingHints
1.6
Process
:: Dictionary
DeviceNProcess
1.6
Subtype
:: ( Name | =
"DeviceN"
or =
"NChannel"
) , default =
"DeviceN"


Fraction Pre-Test
Fraction Preliminaries
Part A Represent each picture as a simplified fraction.
Part B Fill in the blanks with numbers that make fractions equal.
Part C Simplify each fraction.
Part D Find the sum or difference and simplify.
Part D Find the product and simplify.


Get It
Build script snippet for use in all Gradle versions:buildscript { repositories { maven { url "https://plugins.gradle.org/m2/" } } dependencies { classpath "gradle.plugin.com.stehno.gradle:webpreview:${project_version}" } } apply plugin: "com.stehno.gradle.webpreview"Build script snippet for new, incubating, plugin mechanism introduced in Gradle 2.1:
plugins { id "com.stehno.gradle.webpreview" version "${project_version}" }
Configure It
To configure the Web Preview plugin, the `webPreview` extension is provided:
webPreview { port = 0 copyUrl = true resourceDir = file('build/web') contextPath = '/' }
where:
port
- the web server port where content is to be served. The default is0
, which will choose a random available port. This port will be displayed in the output logs on startup.resourceUrl
- used to specify the directory where the web resources are to be served from. This property is required and the server will fail to start without it.copyUrl
- determines whether or not the server URL is copied to the local clipboard on startup. This is handy when running locally with the random port setting.contextPath
- optional root context path to be used as a prefix for all content. If not specified the server root "/" will be used.
Use It
The plugin provides two tasks:
startPreview
- used to start the preview server with the configuration provided in thewebPreview
extension.previewStatus
- used to display the current status of the preview server.stopPreview
- used to stop the preview server when it is running in background mode.


Retrieves a reasonable name for the given function. Because functions in Lua are first class values, they do not have a fixed name: Some functions may be the value of multiple global variables, while others may be stored only in a table field. The lua_getinfo function checks how the function was called or whether it is the value of a global variable to find a suitable name. If it cannot find a name, then name is set to null.


Something went wrong. This is probably a temporary error, and we are probably working on it.
If it keeps happening, please let us know!


Removes all the stored commands from memory that belong to a certain group (aliases, actions, events, etc...).
{group name} The name of the group you want to remove.
Click here to return to previous page.


TMS
Timetable Management System
Make Time Slot
Timetable Management
Teacher Management
Rooms Management
Room Reservations
Request for Rooms from Teachers
Add Rooms
Number
Floor
Status
BookedTeacher
Max Capacity
Min Capacity
Availability
Actions
Confirm Reservation
Cancel Reservation
Total Rows: [[${totalItems}]]
[[${i}]]
[[${i}]]
Next
Next
Last
Last


You discovered the strong interaction!
For a long time, it was believed that the Proton and the Neutron, which make up the atomic nucleus, were fundamental particles. During the 1950s and 1960, an immense number of new, seemingly fundamental particles was discovered. This "particle zoo" confused physicists greatly, until a radical idea was proposed in 1964: What if these new particles were not fundamental, but instead made up of other particles, called quarks. These quarks would have a new three-fold charge called "color charge" (which has nothing to do with visible colors). Color charge would be transmitted via a new (eight-fold) fundamental particle, called the gluon.
Spectacularly, this model could explain all of the newly discovered composite hadrons, and even predict a few that had not been discovered! Shortly afterwards, it was confirmed through experiments with deep inelastic scattering that the Proton and Neutron were not fundamental. They, too, are made up of quarks!


% include ../templates/main-css.html %> <% include ../templates/favicon.html %>
<% include ../templates/header.html %>
Pocket Universe it's a little app that provides brief information (like the mass and size) of some objects of the known universe.
The information showed on this page comes from external sources like NASA web site
or even sites like Wikipedia, however I'll try to keep the information up to date
as much as possible.
For now, the app status is Under Construction. Once finished you can provide feedback and info to make this app better!


JavaCC [tm]: README for JJTreeExamples
JJTreeExamples
This directory contains some simple JJTree input files intended to
illustrate some of the basic ideas. All of them are based on an
grammar to recognize arithmetic expressions built out of identifiers
and constants.
eg1.jjt
This example is just the JavaCC [tm] grammar, with a little extra code in
the parser's main method to call the dump method on the generated
tree. It illustrates how the default behavior of JJTree will produce
a tree of non-terminals.
eg2.jjt
This example is the same grammar as eg1.jjt with modifications to
customize the generated tree. It illustrates how unnecessary
intermediate nodes can be suppressed, and how actions in the grammar
can attach extra information to the nodes.
eg3.jjt
This example is a modification of eg2.jjt with the NODE_DEFAULT_VOID
option set. This instructs JJTree to treat all undecorated
non-terminals as if they were decorated as #void. The default JJTree
behavior is to treat such non-terminals as if they were decorated
with the name of the non-terminal.
eg4.jjt
This is a modification of eg3.jjt with the VISITOR option set. This
instructs JJTree to insert a jjtAccept() method into all nodes it
generates, and to produce a visitor class. The visitor is used to
dump the tree.
Here are some instructions on how to run the examples and the output
you can expect to see.
eg1.jjt
-------
The only bit of JJTree-specific code is an action in the start
production that dumps the constructed parse tree when the parse is
complete. It uses JJTree simple mode.
The input file is eg1.jjt.
trane% jjtree eg1.jjt
<<< Version and copyright info>>>
(type "jjtree" with no arguments for help)
Reading from file eg1.jjt . . .
Annotated grammar generated successfully in eg1.jj
trane%
JJTree has now generated the JavaCC parser source, as well as Java
source for the parse tree node building classes. Running JavaCC in
the normal way generates the remaining Java code.
trane% javacc eg1.jj
<<< Version and copyright info>>>
(type "javacc" with no arguments for help)
Reading from file eg1.jj . . .
File "com.learn.javacc.cust.TokenMgrError.java" does not exist. Will create one.
File "com.learn.javacc.cust.ParseException.java" does not exist. Will create one.
File "com.learn.javacc.cust.Token.java" does not exist. Will create one.
File "ASCII_CharStream.java" does not exist. Will create one.
com.learn.javacc.cust.Parser generated successfully.
trane%
Compile and run the Java program as usual. The expression is read from the
standard input (you type in "(a + b) * (c + 1);"):
trane% javac eg1.java
trane% java eg1
Reading from standard input...
(a + b) * (c + 1);
Start
Expression
AdditiveExpression
MultiplicativeExpression
UnaryExpression
Expression
AdditiveExpression
MultiplicativeExpression
UnaryExpression
Identifier
MultiplicativeExpression
UnaryExpression
Identifier
UnaryExpression
Expression
AdditiveExpression
MultiplicativeExpression
UnaryExpression
Identifier
MultiplicativeExpression
UnaryExpression
Integer
Thank you.
trane%
eg2.jjt
-------
This is a modification of the first example to illustrate how the
parse tree can be customized:
trane% jjtree eg2.jjt
<<< Version and copyright info>>>
(type "jjtree" with no arguments for help)
Reading from file eg2.jjt . . .
File "Node.java" does not exist. Will create one.
File "SimpleNode.java" does not exist. Will create one.
File "ASTStart.java" does not exist. Will create one.
File "ASTAdd.java" does not exist. Will create one.
File "ASTMult.java" does not exist. Will create one.
File "ASTInteger.java" does not exist. Will create one.
Annotated grammar generated successfully in eg2.jj
trane%
trane% javacc eg2.jj
<<< Version and copyright info>>>
(type "javacc" with no arguments for help)
Reading from file eg2.jj . . .
File "com.learn.javacc.cust.TokenMgrError.java" does not exist. Will create one.
File "com.learn.javacc.cust.ParseException.java" does not exist. Will create one.
File "com.learn.javacc.cust.Token.java" does not exist. Will create one.
File "ASCII_CharStream.java" does not exist. Will create one.
com.learn.javacc.cust.Parser generated successfully.
trane%
trane% javac eg2.java
trane% java eg2
Reading from standard input...
(a + b) * (c + 1);
Start
Mult
Add
Identifier: a
Identifier: b
Add
Identifier: c
Integer
Thank you.
trane%
Look at eg2.jjt to see how node annotations can be used to restructure
the parse tree, and at ASTMyID.java to see how you can write your own
node classes that maintain more information from the input stream.
eg3.jjt
-------
This example can be run in the same manner as you ran eg2.jjt.
eg4.jjt
-------
This example again can be run in the same manner as you ran eg2.jjt.
One thing to take care in this case is that you must run jjtree on
a clean directory (that does not contain previously generated files).
For example, the file SimpleNode.java is different when the option
VISITOR is set to true.


Siptu and Unite members in Virgin Media vote to take industrial action
Virgin Media said it has not received any notification from the unions.
by Adam DalySIPTU AND UNITE members currently employed by Virgin Media Ireland have voted in favour of taking industrial action.
Siptu said today’s ballot, which includes action up to and including strike action, was taken in a dispute concerning compulsory redundancies.
The company, which provides TV, mobile and broadband services, currently employs around 1,600 people.
Siptu and Unite say they represent more than 350 members across all grades of staff in Virgin Media Ireland locations across the country – including call centre, technical, administration and sales staff.
Siptu said its strike committee will meet next week in order to decide the nature of the industrial action the workers will undertake and when it will commence.
Siptu organiser Rachel Keane said members remain open to negotiations with management “in order to achieve a just solution”.
Virgin Media previously said “difficult decisions” had been made by the firm to keep up in what it had described as a “highly competitive market”. The company said that “it is envisaged that up to 65 roles may potentially be affected”.
In a statement this evening, a spokesperson for Virgin Media said the company has not received any notification from the union, describing their threat of industrial action as unwarranted.
“We believe this threat by the unions is totally unwarranted, particularly when none of the recently announced redundancies occurred within the collective bargaining group.
“For the record, the redundancy programme has now concluded and has resulted in 40 redundancies which was significantly lower number than the original estimate of 65,” the spokesperson concluded.
Siptu disputes this claim and said its members are “extremely disappointed” that management has failed to engage with their union representatives to resolve this dispute.
“This dispute concerns an attempt to impose compulsory redundancies and the failure by the company to implement a Labour Court recommendation concerning pay as well numerous breaches of a collective agreement which was agreed in 2008,” said Siptu organiser Martin Mannion.


A stream is the common representation of markup as a stream of events.
A stream can be attained in a number of ways. It can be:
For example, the functions XML() and HTML() can be used to convert literal XML or HTML text to a markup stream:
>>> from genshi import XML
>>> stream = XML('
Some text and '
... 'a link.'
... '

')
>>> stream
<genshi.core.Stream object at ...>
The stream is the result of parsing the text into events. Each event is a tuple of the form (kind, data, pos), where:
>>> for kind, data, pos in stream:
... print kind, `data`, pos
...
START (QName(u'p'), Attrs([(QName(u'class'), u'intro')])) (None, 1, 0)
TEXT u'Some text and ' (None, 1, 17)
START (QName(u'a'), Attrs([(QName(u'href'), u'http://example.org/')])) (None, 1, 31)
TEXT u'a link' (None, 1, 61)
END QName(u'a') (None, 1, 67)
TEXT u'.' (None, 1, 71)
START (QName(u'br'), Attrs()) (None, 1, 72)
END QName(u'br') (None, 1, 77)
END QName(u'p') (None, 1, 77)
One important feature of markup streams is that you can apply filters to the stream, either filters that come with Genshi, or your own custom filters.
A filter is simply a callable that accepts the stream as parameter, and returns the filtered stream:
def noop(stream):
"""A filter that doesn't actually do anything with the stream."""
for kind, data, pos in stream:
yield kind, data, pos
Filters can be applied in a number of ways. The simplest is to just call the filter directly:
stream = noop(stream)
The Stream class also provides a filter() method, which takes an arbitrary number of filter callables and applies them all:
stream = stream.filter(noop)
Finally, filters can also be applied using the bitwise or operator (|), which allows a syntax similar to pipes on Unix shells:
stream = stream | noop
One example of a filter included with Genshi is the HTMLSanitizer in genshi.filters. It processes a stream of HTML markup, and strips out any potentially dangerous constructs, such as Javascript event handlers. HTMLSanitizer is not a function, but rather a class that implements __call__, which means instances of the class are callable:
stream = stream | HTMLSanitizer()
Both the filter() method and the pipe operator allow easy chaining of filters:
from genshi.filters import HTMLSanitizer
stream = stream.filter(noop, HTMLSanitizer())
That is equivalent to:
stream = stream | noop | HTMLSanitizer()
For more information about the built-in filters, see Stream Filters.
Serialization means producing some kind of textual output from a stream of events, which you'll need when you want to transmit or store the results of generating or otherwise processing markup.
The Stream class provides two methods for serialization: serialize() and render(). The former is a generator that yields chunks of Markup objects (which are basically unicode strings that are considered safe for output on the web). The latter returns a single string, by default UTF-8 encoded.
Here's the output from serialize():
>>> for output in stream.serialize():
... print `output`
...
<Markup u'
'>
<Markup u'Some text and '>
<Markup u''>
<Markup u'a link'>
<Markup u''>
<Markup u'.'>
<Markup u'
'>
<Markup u'
'>
And here's the output from render():
>>> print stream.render()

Some text and a link.

Both methods can be passed a method parameter that determines how exactly the events are serialized to text. This parameter can be either a string or a custom serializer class:
>>> print stream.render('html')

Some text and a link.

Note how the
 element isn't closed, which is the right thing to do for HTML. See serialization methods for more details.
In addition, the render() method takes an encoding parameter, which defaults to “UTF-8”. If set to None, the result will be a unicode string.
The different serializer classes in genshi.output can also be used directly:
>>> from genshi.filters import HTMLSanitizer
>>> from genshi.output import TextSerializer
>>> print ''.join(TextSerializer()(HTMLSanitizer()(stream)))
Some text and a link.
The pipe operator allows a nicer syntax:
>>> print stream | HTMLSanitizer() | TextSerializer()
Some text and a link.
Genshi supports the use of different serialization methods to use for creating a text representation of a markup stream.
The XHTMLSerializer is a specialization of the generic XMLSerializer that understands the pecularities of producing XML-compliant output that can also be parsed without problems by the HTML parsers found in modern web browsers. Thus, the output by this serializer should be usable whether sent as "text/html" or "application/xhtml+html" (although there are a lot of subtle issues to pay attention to when switching between the two, in particular with respect to differences in the DOM and CSS).
For example, instead of rendering a script tag as . Also, it will normalize any boolean attributes values that are minimized in HTML, so that for example
 becomes
.
This serializer supports the use of namespaces for compound documents, for example to use inline SVG inside an XHTML document.
Both serialize() and render() support additional keyword arguments that are passed through to the initializer of the serializer class. The following options are supported by the built-in serializers:
Whether the serializer should remove trailing spaces and empty lines. Defaults to True.
(This option is not available for serialization to plain text.)
A (name, pubid, sysid) tuple defining the name, publid identifier, and system identifier of a DOCTYPE declaration to prepend to the generated output. If provided, this declaration will override any DOCTYPE declaration in the stream.
The parameter can also be specified as a string to refer to commonly used doctypes:
| Shorthand | DOCTYPE |
|---|---|
| html or html-strict | HTML 4.01 Strict |
| html-transitional | HTML 4.01 Transitional |
| html-frameset | HTML 4.01 Frameset |
| html5 | DOCTYPE proposed for the work-in-progress HTML5 standard |
| xhtml or xhtml-strict | XHTML 1.0 Strict |
| xhtml-transitional | XHTML 1.0 Transitional |
| xhtml-frameset | XHTML 1.0 Frameset |
| xhtml11 | XHTML 1.1 |
| svg or svg-full | SVG 1.1 |
| svg-basic | SVG 1.1 Basic |
| svg-tiny | SVG 1.1 Tiny |
(This option is not available for serialization to plain text.)
The namespace prefixes to use for namespace that are not bound to a prefix in the stream itself.
(This option is not available for serialization to HTML or plain text.)
Whether to remove the XML declaration (the <?xml ?> part at the beginning of a document) when serializing. This defaults to True as an XML declaration throws some older browsers into "Quirks" rendering mode.
(This option is only available for serialization to XHTML.)
Whether the text serializer should detect and remove any tags or entity encoded characters in the text.
(This option is only available for serialization to plain text.)
XPath can be used to extract a specific subset of the stream via the select() method:
>>> substream = stream.select('a')
>>> substream
<genshi.core.Stream object at ...>
>>> print substream
a link
Often, streams cannot be reused: in the above example, the sub-stream is based on a generator. Once it has been serialized, it will have been fully consumed, and cannot be rendered again. To work around this, you can wrap such a stream in a list:
>>> from genshi import Stream
>>> substream = Stream(list(stream.select('a')))
>>> substream
<genshi.core.Stream object at ...>
>>> print substream
a link
>>> print substream.select('@href')
http://example.org/
>>> print substream.select('text()')
a link
See Using XPath in Genshi for more information about the XPath support in Genshi.
Every event in a stream is of one of several kinds, which also determines what the data item of the event tuple looks like. The different kinds of events are documented below.
Note
The data item is generally immutable. If the data is to be modified when processing a stream, it must be replaced by a new tuple. Effectively, this means the entire event tuple is immutable.
The opening tag of an element.
For this kind of event, the data item is a tuple of the form (tagname, attrs), where tagname is a QName instance describing the qualified name of the tag, and attrs is an Attrs instance containing the attribute names and values associated with the tag (excluding namespace declarations):
START, (QName(u'p'), Attrs([(QName(u'class'), u'intro')])), pos
The closing tag of an element.
The data item of end events consists of just a QName instance describing the qualified name of the tag:
END, QName(u'p'), pos
Character data outside of elements and comments.
For text events, the data item should be a unicode object:
TEXT, u'Hello, world!', pos
The start of a namespace mapping, binding a namespace prefix to a URI.
The data item of this kind of event is a tuple of the form (prefix, uri), where prefix is the namespace prefix and uri is the full URI to which the prefix is bound. Both should be unicode objects. If the namespace is not bound to any prefix, the prefix item is an empty string:
START_NS, (u'svg', u'http://www.w3.org/2000/svg'), pos
The end of a namespace mapping.
The data item of such events consists of only the namespace prefix (a unicode object):
END_NS, u'svg', pos
A document type declaration.
For this type of event, the data item is a tuple of the form (name, pubid, sysid), where name is the name of the root element, pubid is the public identifier of the DTD (or None), and sysid is the system identifier of the DTD (or None):
DOCTYPE, (u'html', u'-//W3C//DTD XHTML 1.0 Transitional//EN', \
u'http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd'), pos
A comment.
For such events, the data item is a unicode object containing all character data between the comment delimiters:
COMMENT, u'Commented out', pos
A processing instruction.
The data item is a tuple of the form (target, data) for processing instructions, where target is the target of the PI (used to identify the application by which the instruction should be processed), and data is text following the target (excluding the terminating question mark):
PI, (u'php', u'echo "Yo" '), pos
Marks the beginning of a CDATA section.
The data item for such events is always None:
START_CDATA, None, pos
Marks the end of a CDATA section.
The data item for such events is always None:
END_CDATA, None, pos


a 2-player virtual reality game, built for the web
send code to your opponent
connecting to server
type in your code
We're updating WebVR to WebXR. In the meantime, check out this experiment in 360.


Moodler is a software modular synthesiser for MacOSX. It consists of two parts:
Audio is synthesised by modules that are connected using patch cables from the outputs of one modules to the inputs of another module.
In Figure 1 we have three modules visible.
We also have blue and orange wires connecting these modules.
Note that in Moodler all signals are sampled at the same rate (typically 48kHz). Some Moodler modules input and output integers and those cables have been coloured green.
The inputs to a module look like grey circles with a centre that indicates the type of the input.
You can connect a cable by dragging from an output to an input. The cable will be coloured according to the colour of the output.
You can drag a cable from its end (in an input) if you wish to plug it in somewhere else. Or if you release a dragged cable away from any input it will just vanish. You can drag multiple cables to a single input. Only the last will be active with the previous cables being coloured gray. The previous cable will become active again should you delete a later cable. When I fix the bug, the 'c' key will rotate through the cables attached to an input.
When you start the moodler UI you'll see two modules like those in Figure 2
The module on the left corresponds to MIDI input. That requires a separate bridge application which will be described later. The module on the right is the output module. You'll need to connect an audio signal to it to hear anything.
Before running moodler you'll need to build it.
Currently, in Moodler/MoodlerLib
you'll need to
cabal install
Moodler/Moodler
cabal build
make
The installation of Moodler
needs to be global until
hint issue #5
is resolved.
The make
will go away eventually.
If these steps fail I'll have to leave you to your Haskell-fu.
For example you may need to install alex and happy and mess with
the dependencies.
To run Moodler go into Moodler/Moodler
in two terminals.
In one run the server with
cabal run moodler
and in the other run the GUI with
cabal run ui
For a minimal example we'll listen to a voltage controlled oscillator (VCO).
We'll run a script to build a VCO.
The scripts are in Moodler/Moodler/scripts
and we want the one
called vco
.
Move the cursor to the centre of the UI window and hit alt-r
.
Now type in the script name vco
and hit enter.
You should end up with a view like in Figure 3.
Now drag from bottom right output of the VCO panel to the
input on the right.
You should hear a middle C played with a saw wave.
Turn the volume up if you hear nothing.
You should see some confirmatory output from the window running the
moodler
process.
If you don't then something is wrong.
Now you can start experimenting. Trying connecting different outputs from the VCO to the output. Try dragging the "Tune" knob. If you select the square wave output (the top right of the four bottom outputs) then try dragging the "PWM" knob.
You can drag on any component to move it around.
If you drag an input that has no cables leading to it you'll find you can
separate it from the panel where it lives.
In fact, you can use alt-drag
to move any component around.
You can build your own modules by moving components around.
More of that later.
Moodler comes with some patches you can play with.
The Moodler UI has a number of built-in key commands.
Apart from those, any script in Moodler/Moodler/scripts
may be bound to a (possibly modified) key.
Here are some built-in commands:
alt-s Save entire patch, i.e. everything currently on screen.
When prompted for a name the final result is constructed by adding the extension
.hs
and saving in Moodler/Moodler/saves
.
The save format is in fact a Haskell script.
Saving with the empty patch name uses the current project patch name.
Note: If you save a patch with thousands of components and cables it can take a few seconds to reload because it needs to be compiled. At a future date I may implement an interpreter for the tiny subset of Haskell used in saves.
alt-l Load an entire patch. See alt-s for a description of how the file name is formed. As a side effect it also sets the current project patch name.
alt-r Run a script.
The file name is constructed similarly to alt-s except that the
script comes from Moodler/Moodler/scripts/
.
alt-w Write a script. Saves a script corresponding to the currently selected components. The script will recreates any dependencies needed, for example the contents of planes linked to by proxies. (I haven't written plane/proxy docs yet.)
alt-z Undo last command. I need to sprinkle more checkpoints through the code to make this behave better.
shift-alt-Z Redo the last thing undone.
" Toggle showhidden
mode.
See hide/unhide.
Here are some commands from the default moodlerrc
:
alt-h Hide currently selected components.
They still exist, they're simply not rendered.
Useful when you want to build a module without making its internal parts visible.
Hidden objects can be viewed in showhidden
mode.
shift-alt-H Unhide currently selected components.
Hidden objects can be selected for unhiding when in showhidden
mode.
Modules are built from primitives.
Examples of primitives are sine wave oscillators or addition operations.
The primitives are defined by the .spec
files in
Moodler/Moodler/modules
.
When moodler
is launched it automatically generates a module
for each primitive in scripts/
.
These are named after the primitive with an underscore prepended.
Other modules in scripts/
were constructed non-automatically,
sometimes by writing Haskell code, sometimes by using alt-w.
Here are some modules:
The vco module generates band-limited waveforms. It supports four types of output:
This is the band-limited form of a square wave varying from -1 to 1. This means it actually overshoots -1 and 1 slightly. This is correct behaviour. (See Gibbs phenomenon.)
This is a band-limited triangle wave varying from 0 to 1.
This is a band-limited saw wave varying from -1 to 1.
The input controls are:


Pat's Salmon Cookies
New Store Entry
Store Name
Minimum Customers Per Hour
Maxiumum Customers Per Hour
Average Cookies Sold
Enter Store


Welcome! My name is Tom Richardson but you've most likely come across me by my online alias: Tom Rich. I'm mainly known for being a massive technology nerd, and I run a tech-centric YouTube channel where I share my geeky opinions with the world.
My main skill set lies in both videography and video editing. With that being said I also write regularly for Redmond Pie, a leading technology news source. In addition to video production and technology journalism, I dabble in front-end web development. I'm still very much learning, but I'm getting more and more comfortable with HTML, CSS and JQuery. I sometimes write about things like this on my blog.
There's not a ton to read here, because I'd prefer you look at work I've done, rather than me tell you about it. Below are links to all of my social channels, including my YouTube channel, where you can see a lot of my work. If you'd like to contact me, you can reach out on one of those networks or via email. I'll reply, I promise.


CASINO A film review by Michael John Legeros Copyright 1995 Michael John Legeros
(Uni) Directed by Martin Scorsese Written by Nicholas Pilegii and Martin Scorsese, based on the book by Pilegii Cast Robert DeNiro, Sharon Stone, Joe Pesci, James Woods, Kevin Pollock, Alan King, Don Rickles MPAA Rating "R" (for violence, language, sexual content, etc.) Running Time 177 minutes Reviewed at Mission Valley Cinemas, Raleigh, NC (16NOV95)
==
Finally. The GOODFELLAS gang (Martin Scorsese, Nicholas Pilegii, Robert De Niro, and Joe Pesci) reunites for this stunning, yet demanding story of mob interests in 1970's Las Vegas. Based on Pilegii's non- fiction book, CASINO is the story of bookie-turned-casino boss Sam "Ace" Rothstein (De Niro). He's the brains behind the operation of the Tangiers Hotel and Casino, who, along with problem pal Nicky Santoro (Pesci), works to keep the cash flowing back to the Midwestern mob bosses.
Despite the prickly prospects of the subject matter--as well as a 177-minute running time--the first hour of CASINO is nothing short of incredible. The story opens with an extended introduction into casino management and the mob ties therein. Every conceivable base is covered as Pesci and De Niro narrate over a steady stream of oldies, while Scorsese's camera stays in constant motion through quick cut after cut after cut. It's a great start that slows, somewhat, in the second hour.
With the introduction of Ginger McKenna (Sharon Stone), a Vegas vamp who ends up holding "Ace's" ace, the narrative becomes more conventional. No problem. Stone proves up to the task of the excep- tionally demanding role, though her cool chemistry with costar De Niro is muted and often difficult to read. In fact, one could argue that, even though it's a dramatic portend to later events, her entire subplot could be easily excised without any noticeable reduction to the overall structure, or emotion, of the story.
If De Niro and Stone are both a bit distant, Pesci is right there. He's the actor with the most fire, even if he's playing awfully close to his Oscar-winning role from GOODFELLAS. (Anyone for a tally of how often Pesci says the f-word? Or how many cigs De Niro smokes?) Backing the big three is a shrewd supporting cast that includes James Woods, Alan King, Kevin Pollock, and a serious Don Rickles. (The funny Don Rickles can be heard in TOY STORY, also opening this week.)
The third, and final hour of CASINO lacks something. As each of the characters close on their grim, inescapable outcomes, there's neither a rush, nor a relief at the end. No overt emotion for the viewer other than, perhaps, horror at the grisly fates suffered by some. (Hint: you'll be taking back junior's baseball-bat Christmas present after watching this one.) The beginning may be a blast, but the ending is nothing special. CASINO just ends; and that's that.
Technical credits are easily some of the best of the year. Dante Ferretti's eye-popping production design is a winner, as are Rita Ryack and John Dunn's fine, period costumes. Great soundtrack, too. Such a sumptuous production. I can't wait to see it again.
BOTTOM LINE: Scorsese. Casual viewers beware.
Grade: A-
-- Michael J. Legeros - Raleigh, NC<EMAIL_ADDRESS>(h) -<EMAIL_ADDRESS>(w)
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


npm is the world's largest software registry
Open source developers from every continent use npm to share and borrow packages, and many organizations use npm to manage private development as well.
Unscoped public packages exist in the global public registry namespace and can be referenced in a package.json file with the package name alone: package-name. Scoped public packages belong to a user or organization and must be preceded by the user or organization name when included as a dependency in a package.json file: @username/package-name @org-name/package-name
With npm private packages, you can use the npm registry to host code that is only visible to you and chosen collaborators, allowing you to manage and use private code alongside public code in your projects.
npm consists of three distinct components:
the website
the Command Line Interface (CLI)
the registry
npm is the package manager for the Node JavaScript platform. It puts modules in place so that node can find them, and manages dependency conflicts intelligently.
Most commonly, you use it to publish, discover, install, and develop node programs.Run npm help to get a list of available commands


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Important: Do not use any characters in the share name other than letters, numbers, underscore, space, or backslash (directory separator).
The PFS share and the origin-server share name cannot contain Unicode characters. The Management Console does not support Unicode characters.
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Specify the path to the data on the origin-file server or the UNC path of a share you want to make available to PFS. You must use UNC for the remote path for Version 3 shares: for example, \\<origin-file-server>\<share>
Important: Do not use any characters in the share name other than letters, numbers, underscore, space, or backslash (directory separator).
The PFS share and the origin-server share name cannot contain Unicode characters. The Management Console does not support Unicode characters.
For a Version 2 share, the remote path is relative to the RCU server running on the origin Windows server. If the origin share is on the Windows server running RCU, the remote path is c:\folder. If the origin share is a shared folder on a computer different than the Windows server running RCU, the remote path is in UNC format.
For a Version 3 share, the remote path is always in UNC format.
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Broadcast - Use Broadcast mode for environments seeking to broadcast a set of read‑only files to many users at different sites. Broadcast mode quickly transmits a read-only copy of the files from the origin-file server to your remote offices. The PFS share on the Steelhead appliance contains read-only copies of files on the origin-file server. The PFS share is synchronized from the origin-file server according to parameters you specify.
Local - Use Local mode for environments that need to efficiently and transparently copy data created at a remote site to a central data center, perhaps where tape archival resources are available to back up the data. Local mode enables read-write access at remote offices to update files on the origin-file server. After the PFS share on the Steelhead appliance receives the initial copy from the origin-file server, the PFS share copy of the data becomes the master copy. New data generated by clients is synchronized from the Steelhead appliance copy to the origin-file server based on parameters you specify when you configure the share. The folder on the origin-file server essentially becomes a back-up folder of the share on the Steelhead appliance. If you use Local mode, users must not directly write to the corresponding folder on the origin-file server.
Caution: In Local mode, the Steelhead appliance copy of the data is the master copy; do not make changes to the shared files from the origin-file server while in Local mode. Changes are propagated from the remote office hosting the share to the origin-file server.
Important: Riverbed recommends that you do not use Windows file shortcuts if you use PFS. For details, contact Riverbed Support at https://support.riverbed.com.
Stand-Alone - Use Stand-Alone mode for network environments where it is more effective to maintain a separate copy of files that are accessed locally by the clients at the remote site. The PFS share also creates more storage space. The PFS share on the Steelhead appliance is a one-time, working copy of data copied from the origin-file server. You can specify a remote path to a directory on the origin-file server, creating a copy at the branch office. Users at the branch office can read from or write to stand-alone shares but there is no synchronization back to the origin-file server since a stand-alone share is an initial and one-time only synchronization.
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Select one of these software versions from the drop-down list. The controls change according to the version you choose. This value represents the version of the share that you want to create.
Version 2 - Specify the server name and remote path for the share folder on the origin-file server. With Version 2, you must have the RCU service running on a Windows server—this can be the origin-file server or a separate server.
Important: You must convert your Version 2 shares to Version 3 shares. Riverbed recommends you do not configure a mixed system of PFS shares; that is, Version 2 shares and Version 3 shares. For details, see Upgrading Shares from Version 2 to Version 3.
Important: If you have shares that were created with RiOS v2.x.x of the Steelhead appliance software, the account that starts the RCU must have full permissions to the folder on the origin-file server. Also, the log-in user for the RCU server (which is used for Version 2 shares) and the share creation user for Version 3 shares must be a member of the Administrators group, either locally on the origin-file server (the local Administrators group) or globally in the domain (the Domain Administrator group).
Version 3 - Specify the remote path, login, and password used to access the share folder on the origin-file server. With Version 3, the RCU runs on the Steelhead appliance—you do not need to install the RCU service on a Windows server.
Important: Make sure the users are members of the Administrators group on the remote share server, either locally on the origin-file server (the local Administrators group) or globally in the domain (the Domain Administrator group).
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Server Name - Specify the server located in the data center which hosts the origin data volumes (folders).
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Port - Specify the port for the server.
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Account - Specify the fully qualified Windows login (including domain) to be used to access the shares on the origin-file server: for example, <Domain>\Administrator
Important: Make sure the user is a member of the Administrators group on the remote share server, either locally on the origin-file server (the local Administrators group) or globally in the domain (the Domain Administrator group).
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Password/Password Confirm - Specify and confirm the password to be used to access the share on the origin-file server.
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Specify the date and time that you want incremental synchronization (updates) to start. The first synchronization, or the initial copy, retrieves data from the origin-file server and copies it to the local disk on the Steelhead appliance. Subsequent synchronizations are based on the synchronization interval.
Important: For Local mode, changes are synchronized from the Steelhead appliance to the origin-file server; Broadcast mode changes are synchronized from the origin-file server to the Steelhead appliance.
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Specify the date and time that you want full synchronization (updates) to start. Use full synchronization if performance is not an issue. The first synchronization, or the initial copy, retrieves data from the origin-file server and copies it to the local disk on the Steelhead appliance. Subsequent synchronizations are based on the synchronization interval.
In full synchronization, the system performs a full directory comparison and sends all changes since the last full synchronization between the proxy-file server and the origin-file server.
Important: In Local mode, the system synchronizes changes from the Steelhead appliance to the origin-file server; in Broadcast mode the system synchronizes changes from the origin-file server to the Steelhead appliance.
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When you perform the initial synchronization of the share, a copy of the data is downloaded from the origin-file server to the Steelhead appliance. The Steelhead appliance also configures the share for automatic synchronization according to the parameters you specified previously.
When you enable sharing for the first time, the share is made available to users for mounting. Users can map the mounted share using standard Windows mapping procedures: for example, map a network drive using this format:
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Broadcast - Use Broadcast mode for environments seeking to broadcast a set of read‑only files to many users at different sites. Broadcast mode quickly transmits a read-only copy of the files from the origin-file server to your remote offices. The PFS share on the Steelhead appliance contains read-only copies of files on the origin-file server. The PFS share is synchronized from the origin-file server according to parameters you specify. However, files deleted on the origin-file server are not deleted on the Steelhead appliance until you perform a full synchronization.
Local - Use Local mode for environments that need to efficiently and transparently copy data created at a remote site to a central data center, perhaps where tape archival resources are available to back up the data. Local mode enables read-write access at remote offices to update files on the origin-file server. After the PFS share on the Steelhead appliance receives the initial copy from the origin-file server, the PFS share copy of the data becomes the master copy. New data generated by clients is synchronized from the Steelhead appliance copy to the origin-file server based on parameters you specify when you configure the share. The folder on the origin-file server essentially becomes a back-up folder of the share on the Steelhead appliance. If you use Local mode, users must not directly write to the corresponding folder on the origin-file server.
Caution: In Local mode, the Steelhead appliance copy of the data is the master copy; do not make changes to the shared files from the origin-file server while in Local mode. The system propagates the changes from the remote office hosting the share to the origin-file server.
Important: Riverbed recommends that you do not use Windows file shortcuts if you use PFS. For details, contact Riverbed Support at https://support.riverbed.com.
Stand-Alone - Use Stand-Alone mode for network environments where it is more effective to maintain a separate copy of files that are accessed locally by the clients at the remote site. The PFS share also creates more storage space. The PFS share on the Steelhead appliance is a one-time, working copy of data copied from the origin-file server. You can specify a remote path to a directory on the origin-file server, creating a copy at the branch office. Users at the branch office can read from or write to stand-alone shares but there is no synchronization back to the origin-file server since a stand-alone share is an initial and one-time only synchronization.
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Port (Version 2) - Specify the port for the server.
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Account - (Version 3) Specify the fully qualified Windows login (including domain) to be used to access the share on the origin-file server: for example, <Domain>\Administrator.
Important: Make sure the user is a member of the Administrators group on the remote share server, either locally on the origin-file server (the local Administrators group) or globally in the domain (the Domain Administrator group).
|
Password/Password Confirm - Specify and confirm the password to be used to access the share on the origin-file server.
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Specify the date and time that you want incremental synchronization (updates) to start. The first synchronization, or the initial copy, retrieves data from the origin-file server and copies it to the local disk on the Steelhead appliance. The system bases subsequent synchronizations on the synchronization interval.
Important: In Local mode, the system synchronizes changes from the Steelhead appliance to the origin-file server; In Broadcast mode the system synchronizes changes from the origin-file server to the Steelhead appliance.
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Specify the date and time that you want full synchronization (updates) to start. Use full synchronization if performance is not an issue. The first synchronization, or the initial copy, retrieves data from origin-file server and copies it to the local disk on the Steelhead appliance. The system bases subsequent synchronizations on the synchronization interval.
Important: In Local mode, the system synchronizes changes from the Steelhead appliance to the file server; In Broadcast mode the system synchronizes changes from the origin-file server to the Steelhead appliance.
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project_state->id == '1') { ?>
= $record->project_state->name; ?>
project_state->id == '2') { ?>
= $record->project_state->name; ?>
project_state->id == '3') { ?>
= $record->project_state->name; ?>
project_state->id == '4') { ?>
= $record->project_state->name; ?>
project_state->id == '5') { ?>
= $record->project_state->name; ?>
project_state->id == '6') { ?>
= $record->project_state->name; ?>


Not going to teach HTML/CSS
Local HTML Files
- File stored on your computer
- Other people can't access it
Web Servers
file://
- read from the disk
http://
- speak HTTP to a server
- web server - program which speaks HTTP
- nginx
- apache
-
caddy
Hosting on your Computer
- You can run a web server on your computer
- Public access: static IP & port forwarding
- Always on
Static hosting
- Just upload files
- No maintenance
- GitHub Pages, Amazon S3, Dropbox
- No dynamic sites
Hosted Services
- No maintence
- wordpress.org
Shared Hosting
- Some maintenance
- Upload files via FTP
- Create databases
- Usually PHP
- GoDaddy, HostGator
PaaS
IaaS
- VPS (shared) or dedicated server
- You have to do maintenance
- You have to install a web server, database, etc...
- Full control
- Amazon EC2, DigitalOcean, Linode, ...
Domains
IP Address
- You can access any server via its IP address
- http://<IP_ADDRESS> shows stevens.edu
- Not user friendly
Domain Name
- google.com, stevens.edu
- TLDs: .com, .net
- New TLDs such as .ninja, .wtf
DNS
- Translate domain names to IP addresses
- purple.com → <IP_ADDRESS>
- We need to get our domain into the DNS system
Domain Registrars
- Buy domains
- Takes up to 24 hours to propogate
- NameCheap, GoDaddy


A young girl rescued from under a subway car is an honorary NYPD officer
by CNN(CNN) — A 5-year-old girl rescued from under a subway train that killed her father became an honorary New York Police Department officer.
NYPD Chief of Patrol Rodney Harrison shared a photo of Ferni Balbuena Friday during her visit with the department.
“Today is Ferni Balbuena’s #NYPD Hope Trip. Ferni was rescued unharmed last month after her father jumped onto the tracks with her. She found a few minutes to stop by my office before heading over to the Mounted Unit.”
The Hope Program connects children who have suffered trauma or catastrophic illness with the police department.
Ferni was in her father’s arms when he jumped in front of a subway train in September, witnesses said. Fernando Balbuena-Flores was killed, but bystanders helped to rescue the little girl.
Cell phone footage taken from across the platform shows two men down on the tracks as the girl crawls out from under the train.
“She was telling me, ‘What happened to my daddy?'” one of the men, identified as Jairo Torres, told CNN affiliate WCBS. “Then I said, ‘Don’t look at your daddy, come to me. Come like a puppy.'”
On Friday, nearly two months later, she was sworn in as an honorary officer, NYPD Sgt. Jessica McRorie said in a statement.
“Today, Deputy Chie John Clune swore in Ferni Balbuena as a honorary officer of the Hope Program,” McRorie said in a statement. “Hope stands for Heroism, Optimism, Pride and Encouragement.”
The-CNN-Wire™ & © 2019 Cable News Network, Inc., a Time Warner Company. All rights reserved.


Star Wars classic to be screened in Nottingham with live symphony orchestra
Top price tickets are £70.50
by Rachel GormanIt's only a matter of weeks until the final Star Wars instalment hits UK cinemas bringing the epic 42-year-long saga to an end (allegedly).
But that's not the last you'll see of Luke Skywalker and co on the big screen with film classic, Star Wars: Return of the Jedi, going on a small UK tour accompanied by a live symphony orchestra.
Following on from the UK premiere at London's Royal Albert Hall in October next year, the concert will tour through November including a stop-off at Nottingham's Royal Concert Hall on November 8.
The film will be projected onto a huge ultra-HD screen, while the symphony orchestra, on stage, bring to life the music of Oscar winning composer John Williams.
Tickets priced £35.50 to £70.50 go on sale on Friday, November 29 at disneytickets.co.uk and trch.co.uk.
Released in 1983, Return of the Jedi follows Luke Skywalker, Han Solo and Princess Leia, Jabba the Hutt, Yoda and the Ewoks in an adventure across the galaxy as Darth Vader prepares to unleash the final blow to the Rebel Alliance.
Legendary composer Williams is well known for scoring all nine of the Star Wars saga films, beginning with 1977’s Star Wars: A New Hope for which he earned an Academy Award for Best Original Score.
His scores for Star Wars: The Empire Strikes Back, Star Wars: Return of the Jedi, and Star Wars: The Force Awakens were nominated for Oscars for Best Original Score.
Star Wars: The Rise of Skywalker is released in the UK on December 19.
Star Wars: Return of the Jedi tour dates
Nottingham Royal Concert Hall, November 8
Liverpool Philharmonic Hall, November 9
Cardiff St David’s Hall, November 10
Sheffield City Hall, November 25
Bath Forum, November 26
Manchester Bridgewater Hall, November 27
Birmingham Symphony Hall, November 28
Glasgow Royal Concert Hall, November 29
Ticket prices: £70.50, £52.50, £44.50, £35.50
With the General Election approaching we want to give you all the results and reactions as they happen. Join our new WhatsApp service to receive breaking news alerts throughout the night by texting ELECTION to<PHONE_NUMBER>2. The first messages will go out December 12 after polls close.


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those to synchronize your music with harmonize.fm. We hope to support more
platforms in the future, so check back later or click the link below to
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Bases: object
A class for finding the minimum cost path through a given n-d costs array.
Given an n-d costs array, this class can be used to find the minimum-cost path through that array from any set of points to any other set of points. Basic usage is to initialize the class and call find_costs() with a one or more starting indices (and an optional list of end indices). After that, call traceback() one or more times to find the path from any given end-position to the closest starting index. New paths through the same costs array can be found by calling find_costs() repeatedly.
The cost of a path is calculated simply as the sum of the values of the costs array at each point on the path. The class MCP_Geometric, on the other hand, accounts for the fact that diagonal vs. axial moves are of different lengths, and weights the path cost accordingly.
Array elements with infinite or negative costs will simply be ignored, as will paths whose cumulative cost overflows to infinite.
| Parameters : | costs : ndarray offsets : iterable, optional
fully_connected : bool, optional
|
|---|
Attributes
| offsets |
See class documentation.
Find the minimum-cost path from the given starting points.
This method finds the minimum-cost path to the specified ending indices from any one of the specified starting indices. If no end positions are given, then the minimum-cost path to every position in the costs array will be found.
| Parameters : | starts : iterable
ends : iterable, optional
find_all_ends : bool, optional
|
|---|---|
| Returns : | cumulative_costs : ndarray
traceback : ndarray
|
Trace a minimum cost path through the pre-calculated traceback array.
This convenience function reconstructs the the minimum cost path to a given end position from one of the starting indices provided to find_costs(), which must have been called previously. This function can be called as many times as desired after find_costs() has been run.
| Parameters : | end : iterable
|
|---|---|
| Returns : | traceback : list of n-d tuples
|
Bases: skimage.graph._mcp.MCP
Find distance-weighted minimum cost paths through an n-d costs array.
See the documentation for MCP for full details. This class differs from MCP in that the cost of a path is not simply the sum of the costs along that path.
This class instead assumes that the costs array contains at each position the “cost” of a unit distance of travel through that position. For example, a move (in 2-d) from (1, 1) to (1, 2) is assumed to originate in the center of the pixel (1, 1) and terminate in the center of (1, 2). The entire move is of distance 1, half through (1, 1) and half through (1, 2); thus the cost of that move is (1/2)*costs[1,1] + (1/2)*costs[1,2].
On the other hand, a move from (1, 1) to (2, 2) is along the diagonal and is sqrt(2) in length. Half of this move is within the pixel (1, 1) and the other half in (2, 2), so the cost of this move is calculated as (sqrt(2)/2)*costs[1,1] + (sqrt(2)/2)*costs[2,2].
These calculations don’t make a lot of sense with offsets of magnitude greater than 1.
See class documentation.
| skimage.graph.route_through_array(array, ...) | Simple example of how to use the MCP and MCP_Geometric classes. |
| skimage.graph.shortest_path(arr[, reach, ...]) | Find the shortest path through an n-d array from one side to another. |
Simple example of how to use the MCP and MCP_Geometric classes.
See the MCP and MCP_Geometric class documentation for explanation of the path-finding algorithm.
| Parameters : | array : ndarray
start : iterable
end : iterable
fully_connected : bool (optional)
geometric : bool (optional)
|
|---|---|
| Returns : | path : list
cost : float
|
See also
Examples
>>> import numpy as np
>>> from skimage.graph import route_through_array
>>>
>>> image = np.array([[1, 3], [10, 12]])
>>> image
array([[ 1, 3],
[10, 12]])
>>> # Forbid diagonal steps
>>> route_through_array(image, [0, 0], [1, 1], fully_connected=False)
([(0, 0), (0, 1), (1, 1)], 9.5)
>>> # Now allow diagonal steps: the path goes directly from start to end
>>> route_through_array(image, [0, 0], [1, 1])
([(0, 0), (1, 1)], 9.1923881554251192)
>>> # Cost is the sum of array values along the path (16 = 1 + 3 + 12)
>>> route_through_array(image, [0, 0], [1, 1], fully_connected=False,
... geometric=False)
([(0, 0), (0, 1), (1, 1)], 16.0)
>>> # Larger array where we display the path that is selected
>>> image = np.arange((36)).reshape((6, 6))
>>> image
array([[ 0, 1, 2, 3, 4, 5],
[ 6, 7, 8, 9, 10, 11],
[12, 13, 14, 15, 16, 17],
[18, 19, 20, 21, 22, 23],
[24, 25, 26, 27, 28, 29],
[30, 31, 32, 33, 34, 35]])
>>> # Find the path with lowest cost
>>> indices, weight = route_through_array(image, (0, 0), (5, 5))
>>> indices = np.array(indices).T
>>> path = np.zeros_like(image)
>>> path[indices[0], indices[1]] = 1
>>> path
array([[1, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 0, 1],
[0, 0, 0, 0, 0, 1],
[0, 0, 0, 0, 0, 1],
[0, 0, 0, 0, 0, 1],
[0, 0, 0, 0, 0, 1]])
Find the shortest path through an n-d array from one side to another.
| Parameters : | arr : ndarray of float64 reach : int, optional
axis : int, optional
output_indexlist: bool, optional :
|
|---|---|
| Returns : | p : iterable of int
cost : float
|


F0ll0wthr0ugh
Kill Skill. Killing an enemy gives % Movement Speed, % Gun Damage, and % Melee Damage per level for a few seconds.
Execute
Melee Override Skill. While Decepti0n is active and a target is under your crosshairs, melee to dash forward a short distance and perform a special melee attack. Has a range of 3 meters.
Backstab
Your melee attacks deal % damage per level when hitting an enemy in the back, dealing massive damage.


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