|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| DiscreteDistribution | A DiscreteDistribution provides a probability
distribution over long integer outcomes. |
| Model<E> | A Model represents a generic interface for
classes that estimate probabilities of objects. |
| Class Summary | |
|---|---|
| AbstractDiscreteDistribution | An AbstractDiscreteDistribution provides a default
abstract implementation of discrete distributions. |
| AnnealingSchedule | An AnnealingSchedule instance implements a method to
return the learning rate for a specified epoch. |
| BernoulliConstant | A BernoulliConstant implements a Bernoulli
distribution with a constant probability of success. |
| BernoulliDistribution | A BernoulliDistribution is a multivariate distribution
with two outcomes, 0 (labeled "failure") and 1 (labeled "success"). |
| BernoulliEstimator | A BernoulliEstimator provides a maximum likelihood
estimate of a Bernoulli distribution. |
| BinomialDistribution | A BinomialDistribution is a discrete distribution over
the number of successes given a fixed number of Bernoulli trials. |
| LogisticRegression | A LogisticRegression instance is a multi-class vector
classifier model generating conditional probability estimates of
categories. |
| MultinomialDistribution | A MultinomialDistribution results from drawing a fixed
number of samples from a multivariate distribution. |
| MultivariateConstant | A MultivariateConstant provides a multinomial
distribution with constant probabilities and labels. |
| MultivariateDistribution | A MultivariateDistribution implements a discrete
distribution over a finite set of outcomes numbered consecutively
from zero. |
| MultivariateEstimator | A MultivariateEstimator provides a maximum likelihood
estimator of a multivariate distribution based on training samples. |
| OnlineNormalEstimator | An OnlineNormalEstimator provides an object that estimates
means, variances, and standard deviations for a stream of numbers
presented one at a time. |
| PoissonConstant | A PoissonConstant implements a Poisson
distribution with a fixed mean. |
| PoissonDistribution | The PoissonDistribution abstract class is used for
calculating Poisson distributions. |
| PoissonEstimator | A PoissonEstimator implements the maximum likelihood
Poisson distribution given training events. |
| PotentialScaleReduction | The PotentialScaleReduction class provides an online
computationa of Rhat, the potential scale reduction statistic for
measuring mixing and convergence of multiple Markov chain Monte
Carlo (MCMC) samplers. |
| RegressionPrior | A RegressionPrior instance represents a prior
distribution on parameters for linear or logistic regression. |
| Statistics | The Statistics class provides static utility methods
for statistical computations. |
| ZipfDistribution | The ZipfDistribution class provides a finite
distribution parameterized by a positive integer number of outcomes
with outcome probability inversely proportional to the rank of
the outcome (ordered by probablity). |
Classes for handling basic statical distributions and estimators.
|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


The majority of commonly encountered ASCII tables can be easily read with the read() function:
>>> from astropy.io import ascii
>>> data = ascii.read(table)
where table is the name of a file, a string representation of a table, or a list of table lines. By default read() will try to guess the table format by trying all the supported formats. If this does not work (for unusually formatted tables) then one needs give astropy.io.ascii additional hints about the format, for example:
>>> data = astropy.io.ascii.read('t/nls1_stackinfo.dbout', data_start=2, delimiter='|')
>>> data = astropy.io.ascii.read('t/simple.txt', quotechar="'")
>>> data = astropy.io.ascii.read('t/simple4.txt', Reader=ascii.NoHeader, delimiter='|')
The read() function accepts a number of parameters that specify the detailed table format. Different Reader classes can define different defaults, so the descriptions below sometimes mention “typical” default values. This refers to the Basic reader and other similar Reader classes.
There are four ways to specify the table to be read:
The first two options are distinguished by the presence of a newline in the string. This assumes that valid file names will not normally contain a newline.
data_Splitter: Splitter class to split data columns
header_Splitter: Splitter class to split header columns
astropy.io.ascii can replace string values in the input data before they are converted. The most common use case is probably a table which contains string values that are not a valid representation of a number, e.g. "..." for a missing value or "". If astropy.io.ascii cannot convert all elements in a column to a numeric type, it will format the column as strings. To avoid this, fill_values can be used at the string level to fill missing values with the following syntax, which replaces <old> with <new> before the type conversion is done:
fill_values = <fill_spec> | [<fill_spec1>, <fill_spec2>, ...]
<fill_spec> = (<old>, <new>, <optional col name 1>, <optional col name 2>, ...)
Within the <fill_spec> tuple the <old> and <new> values must be strings. These two values are then followed by zero or more column names. If column names are included the replacement is limited to those columns listed. If no columns are specified then the replacement is done in every column, subject to filtering by fill_include_names and fill_exclude_names (see below).
The fill_values parameter in read() takes a single <fill_spec> or a list of <fill_spec> tuples. If several <fill_spec> apply to a single occurence of <old> then the first one determines the <new> value. For instance the following will replace an empty data value in the x or y columns with “1e38” while empty values in any other column will get “-999”:
>>> ascii.read(table, fill_values=[('', '1e38', 'x', 'y'), ('', '-999')])
The following shows an example where string information needs to be exchanged before the conversion to float values happens. Here no_rain and no_snow is replaced by 0.0:
>>> table = ['day rain snow', # column names
#--- ------- --------
'Mon 3.2 no_snow',
'Tue no_rain 1.1',
'Wed 0.3 no_snow']
>>> print ascii.read(table, fill_values=[('no_rain', '0.0'), ('no_snow', '0.0')])
[('Mon', 3.2, --) ('Tue', --, 1.1) ('Wed', 0.3, --)]
Sometimes these rules apply only to specific columns in the table. Columns can be selected with fill_include_names or excluded with fill_exclude_names. Also, column names can be given directly with fill_values:
>>> asciidata = ['text,no1,no2', 'text1,1,1.',',2,']
>>> print ascii.read(asciidata, fill_values = ('', 'nan','no1','no2'), delimiter = ',')
[('text1', 1, 1.0) ('', 2, --)]
Here, the empty value '' in column no2 is replaced by nan, but the text column remains unaltered.
If any table elements match the fill specification then read() returns a masked Table object with the corresponding elements masked out.
If the guess parameter in read() is set to True (which is the default) then read() will try to guess the table format by cycling through a number of possible table format permutations and attemping to read the table in each case. The first format which succeeds and will be used to read the table. To succeed the table must be successfully parsed by the Reader and satisfy the following column requirements:
- At least two table columns
- No column names are a float or int number
- No column names begin or end with space, comma, tab, single quote, double quote, or a vertical bar (|).
These requirements reduce the chance for a false positive where a table is successfully parsed with the wrong format. A common situation is a table with numeric columns but no header row, and in this case astropy.io.ascii will auto-assign column names because of the restriction on column names that look like a number.
The order of guessing is shown by this Python code:
for Reader in (Rdb, Tab, Cds, Daophot, SExtractor, Ipac):
read(Reader=Reader)
for Reader in (CommentedHeader, Basic, NoHeader):
for delimiter in ("|", ",", " ", "\\s"):
for quotechar in ('"', "'"):
read(Reader=Reader, delimiter=delimiter, quotechar=quotechar)
Note that the FixedWidth derived-readers are not included in the default guess sequence (this causes problems), so to read such tables one must explicitly specify the reader class with the Reader keyword.
If none of the guesses succeed in reading the table (subject to the column requirements) a final try is made using just the user-supplied parameters but without checking the column requirements. In this way a table with only one column or column names that look like a number can still be successfully read.
The guessing process respects any values of the Reader, delimiter, and quotechar parameters that were supplied to the read() function. Any guesses that would conflict are skipped. For example the call:
>>> data = astropy.io.ascii.read(table, Reader=NoHeader, quotechar="'")
would only try the four delimiter possibilities, skipping all the conflicting Reader and quotechar combinations.
Guessing can be disabled in two ways:
import astropy.io.ascii
data = astropy.io.ascii.read(table) # guessing enabled by default
data = astropy.io.ascii.read(table, guess=False) # disable for this call
astropy.io.ascii.set_guess(False) # set default to False globally
data = astropy.io.ascii.read(table) # guessing disabled
astropy.io.ascii converts the raw string values from the table into numeric data types by using converter functions such as the Python int and float functions. For example int("5.0") will fail while float(“5.0”) will succeed and return 5.0 as a Python float.
The default converters are:
default_converters = [astropy.io.ascii.convert_numpy(numpy.int),
astropy.io.ascii.convert_numpy(numpy.float),
astropy.io.ascii.convert_numpy(numpy.str)]
These take advantage of the convert_numpy() function which returns a 2-element tuple (converter_func, converter_type) as described in the previous section. The type provided to convert_numpy() must be a valid numpy type, for example numpy.int, numpy.uint, numpy.int8, numpy.int64, numpy.float, numpy.float64, numpy.str.
The default converters for each column can be overridden with the converters keyword:
>>> converters = {'col1': [astropy.io.ascii.convert_numpy(numpy.uint)],
'col2': [astropy.io.ascii.convert_numpy(numpy.float32)]}
>>> ascii.read('file.dat', converters=converters)
Here we provide a few examples that demonstrate how to extend the base functionality to handle special cases. To go beyond these simple examples the best reference is to read the code for the existing Extension Reader classes.
Define a custom reader functionally
def read_rdb_table(table):
reader = astropy.io.ascii.Basic()
reader.header.splitter.delimiter = '\t'
reader.data.splitter.delimiter = '\t'
reader.header.splitter.process_line = None
reader.data.splitter.process_line = None
reader.data.start_line = 2
return reader.read(table)
Define custom readers by class inheritance
# Note: Tab and Rdb are already included in astropy.io.ascii for convenience.
class Tab(astropy.io.ascii.Basic):
def __init__(self):
astropy.io.ascii.Basic.__init__(self)
self.header.splitter.delimiter = '\t'
self.data.splitter.delimiter = '\t'
# Don't strip line whitespace since that includes tabs
self.header.splitter.process_line = None
self.data.splitter.process_line = None
# Don't strip data value spaces since that is significant in TSV tables
self.data.splitter.process_val = None
self.data.splitter.skipinitialspace = False
class Rdb(astropy.io.ascii.Tab):
def __init__(self):
astropy.io.ascii.Tab.__init__(self)
self.data.start_line = 2
Create a custom splitter.process_val function
# The default process_val() normally just strips whitespace.
# In addition have it replace empty fields with -999.
def process_val(x):
"""Custom splitter process_val function: Remove whitespace at the beginning
or end of value and substitute -999 for any blank entries."""
x = x.strip()
if x == '':
x = '-999'
return x
# Create an RDB reader and override the splitter.process_val function
rdb_reader = astropy.io.ascii.get_reader(Reader=astropy.io.ascii.Rdb)
rdb_reader.data.splitter.process_val = process_val


| Fig 1 |
A map of the Philippines showing the coloured climatic type ... |
| Fig 2 |
The probability density function (top) and cumulative distri ... |
| Fig 3 |
Water balance for the four different seasons according to th ... |
| Fig 4 |
Yearly average water balance produced by the BCM2, CNCM3 and ... |
| Fig 5 |
For each basin under each scenario, the minimum, median, max ... |
| Fig 6 |
The 2 (black, blue), 10 (red, turquoise) and 100 (green, pin ... |


{{article.published_at | humanDate}}
by {{selectedArticle.author}}
Posted on {{selectedArticle.published_at | date 'MMMM Do YYYY, h:mm:ss a'}}


--- layout: page title: Contact fn description: "" background: '/img/bg.jpg' form: true ---
As we are just getting started, please email<EMAIL_ADDRESS>with any questions, comments, or offers of help.


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{% extends 'base.html' %} {% load pipeline %} {% block title_prefix %}About Me{% endblock %} {% block header_scripts %}{% stylesheet 'blog' %}{% endblock %} {% block body %}
My name is Damian Hites. And this is my little corner of the internet.
Here you will find some personal projects that I have worked on and some musings on my personal experience.
For more information about my experience and core competency, see my LinkedIn. Feel free to reach out to me if you have any interest in any of the work I have done or if you need any software consulting / contracting services.


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Cloud Vision API Playground
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Ordered List with Letters
Apples
Bananas
Lemons
Oranges
Ordered List with Letters
Apples
Bananas
Lemons
Oranges
Ordered List with Numbers
Apples
Bananas
Lemons
Oranges


Nyzo 626: relay virtual hosting
Nyzo version 626
(commit on GitHub) adds virtual hosting capability to the relay server.
This version affects the relay server.
In RelayController, the host parameter is now read from the relay endpoints file
if provided. An endpoint with an empty host parameter serves as a fallback for all requests, while an endpoint with
a specified host parameter takes precedence for the specified host only.
The host field was added to the Endpoint class.
In the Endpoint.getParentEndpoint() method, the
host field is now passed to the constructor for the parent.
The new Endpoint.getEmptyHost() method produces a copy of an
Endpoint with the host field erased to the empty string.
The host is now considered in Endpoint.hashCode() and
Endpoint.equals().
In WebListener.readMessageAndRespond(), the headers from the web
request are now read into a Map.
For POST requests, the content-length header is now read
from the headers map.
The host header is now used in building the Endpoint for
requests.
In the WebListener.getResponse() method, the
host of the Endpoint is now considered. Matching is
performed according to the following priority:
- matching path, matching host
- matching path, empty host
- matching parent path, matching host
- matching parent path, empty host


COM6502 Speech Processing
| Summary |
This module aims to demonstrate why computer speech
processing is an important and difficult problem, to
investigate the representation of speech in the
articulatory, acoustic and auditory domains, and to
illustrate computational approaches to speech parameter
extraction. It examines both the production and perception
of speech, taking a multi-disciplinary approach (drawing on
linguistics, phonetics, psychoacoustics, etc.). It
introduces sufficient digital signal processing (linear
systems theory, Fourier transforms) to motivate speech
parameter extraction techniques (e.g. pitch and formant
tracking). Students should be aware that there are limited places available on this course. |
| Session |
Autumn 2018/19 |
| Credits |
15 |
| Assessment |
2 programming assignments (introductory exercise - 10%, main exercise - 45%, total - 55%)
2 Invigilated MOLE quizzes (MOLE quiz 1 - 20%, MOLE quiz 2 - 25%, total - 45%) |
| Lecturer(s) |
Prof. Roger Moore |
| Resources |
|
| Aims |
- to describe speech production and perception in
humans;
- to teach computational techniques for analysing
speech signals.
|
| Objectives |
By the end of the unit, a student will have acquired:
- an understanding of the basic mechanisms of speech
production and perception;
- familiarity with acoustic-phonetic descriptions of the
speech signal;
- an understanding of analysis techniques;
- an ability to implement speech analysis algorithms;
- basic knowledge of discrete-time signal processing;
|
| Content |
Half of the course is devoted to the nature of speech and
half to speech signal processing. Topics covered include:
speaking, hearing, sounds and symbols, articulatory and
acoustic phonetics, phonology, prosody, speech spectra,
sampling, fourier transform, linear filters, linear
prediction cepstral analysis. |
| Restrictions |
This module assumes students already have some knowledge
of complex numbers, matrices, vectors and calculus |
| Teaching Method |
Lectures & scheduled access to a Laboratory for
practical work |
| Feedback |
Verbal interaction during lectures
Comments attached to the marks given to the formal
assignments. |
| Recommended Reading |
- B. Gold and N. Morgan, Speech and Audio Signal
Processing, John Wiley, 1999
- J N Holmes, Speech Synthesis and Recognition, Van
Nostrand, 1988.
- P Ladefoged, A Course in Phonetics (2nd Edition),
Harcourt Brace Jovanovitch, 1982.
- M. Ashby and J Maidment, Introducing Phonetic Science,
Cambridge University Press 2005.
- X. Huang, A Acero and H. Hon, Spoken Language
Processing, Prentice Hall 2001.
- A. Farnell, Designing Sound, Applied Scientific Press
Limited, 2008.
|
|


menu
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Mecklenburg County GIS
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{% extends "base.html" %} {% block title %}Group Required{% endblock %} {% block content %}
You must either create or join a group to make a game.


Library of blocks to show variables in a diagram animation
| Name | Description |
|---|---|
| RealValue | Show Real value from numberPort or from number input field in diagram layer dynamically |
| IntegerValue | Show Integer value from numberPort or from number input field in diagram layer dynamically |
| BooleanValue | Show Boolean value from numberPort or from number input field in diagram layer dynamically |


Grayrify
Add a domain to turn webpages into grayscale:
Add
To remove a domain, simply click the domain below (if any).


Located in the Capital Hill area of Seattle Optimism brewing boasts 16,000 square feet just for beer. Opened by husband and wife team Troy Hakala and Gay Gilmore in 2015 it has proven to have staying power. They do not have food, but sometimes there are food trucks in the courtyard and they let you get food delivered. Bring your credit cards because Optimism has a “no cash, no tip” policy and all of there workers get paid a living wage. Optimism hosts an array of meet ups and other events.
Not satisfied with your current choice?


2 instantiations of PSLocalEventManager
System.Management.Automation (2)
engine\ExecutionContext.cs (2)
66
Events = new
PSLocalEventManager
(this);
1565
Events = new
PSLocalEventManager
(this);
10 references to PSLocalEventManager
System.Management.Automation (10)
engine\EventManager.cs (1)
1549
/// Finalizes an instance of the <see cref="
PSLocalEventManager
"/> class.
engine\ExecutionContext.cs (1)
35
internal
PSLocalEventManager
Events { get; private set; }
engine\hostifaces\LocalPipeline.cs (2)
489
PSLocalEventManager
eventManager = LocalRunspace.Events as
PSLocalEventManager
;
engine\remoting\server\ServerPowerShellDriver.cs (2)
828
PSLocalEventManager
events = (object)rs.Events as
PSLocalEventManager
;
engine\remoting\server\ServerRunspacePoolDriver.cs (2)
2363
var
eventManager = _runspace.ExecutionContext.Events;
2403
var
eventManager = _runspace.ExecutionContext.Events;
engine\remoting\server\ServerSteppablePipelineSubscriber.cs (2)
34
private
PSLocalEventManager
_eventManager;
46
_eventManager = (object)driver.LocalPowerShell.Runspace.Events as
PSLocalEventManager
;


Motivation, Self and Resilience
Understanding our motives, and finding sustained motivation
by: Peter Torr Smith
27th September, 2018
Tags/Categories
Enspiral Dev Academy - Blog Questions
The 'pleasure, passion and purpose' lens?
Tony Hsieh, of the Zappos shoe and clothing company, describes Three types of happiness:
- Pleasure - chasing the next high or instant gratification or approval
- Passion, or flow - where the work we are doing matches our skill but is still challenging and engaging
- Purpose - being a part of something larger than ourselves
He observes that many people spend a lot of time seeking pleasure, occasionally experiencing flow, and once in a while think about higher purpose. He suggests the opposite is more satisfying, where we focus on higher purpose, sometimes enjoying flow, and every now and again enjoy some shorter-term reward or pleasure.
This way of looking at where our focus and energy is being placed is useful to self-check ourselves on how well-founded our sense and sources of happiness are.
I certainly do find myself focusing a bit too much on 1 and 2, though getting into flow is particularly satisfying and productive. I see 3, purpose, is more about being selfless, on the needs of others, which when I do free myself up to do, does give a deeper level of satisfaction.
Discovering values and higher purpose
A journaling exercise was recommended for us to capture some of our values and thoughts on purpose.
My core values
- Being true to myself
- Being honest with people
- Being gentle on myself
- Being gentle with others
- Integrity and honesty
- Listening more than talking
- Being nice to each other
- Being responsible for my actions and results
Some of the Things I stand for
- Those that are not present to defend themselves
- Picking up rubbish
- Doing the right thing


| Name | Description |
|---|---|
| Chart.UpdaterTick | Fired every time The chart updates |
| Chart.DataClick | Occurs every time the users click over a point in a chart |
| Chart.DataHover | Happens every time the users hovers over a point in a chart |
| Axis.RangeChanged | Occurs every time the range of an axis changes, including when a user uses features such as zooming and panning |
Drag a CartesianChart object from your toolbox, you should be able to add the desired event using the properties tool box, as you do with any other control.


Gamers
For start a game add 2 or more gamers to the list below
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Start new game
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Select editor should be considered an example how to write editors rather than used as a fully featured editor. It is a much simpler form of the Dropdown editor. It is suggested to use the latter in your projects.
Dump data to console


{% extends "base.html" %} {% load i18n %} {% load humanize %} {% load btc_formats %} {% load static %} {% block title %} Please Confirm Your Email Address {% endblock title %} {% block page_header %}
Please check your email ({{ user.email }}) and click the link to confirm your email.
Please wait one minute and then check your spam folder for a message from<EMAIL_ADDRESS>If it still hasn't arrived, please contact us so we can fix it. Sorry about that!


EncryptNode aims to simplify blockchain technology and make it accessible to everyone
Mine for blocks using our mining application and get rewarded with EncyptNodes!
Hashed using a SHA256 encryption algorithm; EncryptNode is both efficient and secure!
Tyler and Paul meet and form a friendship that will last a life time. Over the years they develop a passion for cryptocurrencies and blockchain technology. Ideas start brewing...
Tyler and Paul attend a workshop put on by a coding bootcamp in Seattle, Wa. That was the day they both knew that a life change was needed. Both quit their jobs and enroll into a coding bootcamp to further their education, with they're love for blockchain fueling them along the way
After weeks of research and development, Paul and Tyler are given the opportunity to fulfil their dream. Their instructor, mentor, and best friend Steve, commissioned them with the task to build the greatest blockchain ever
We are proud to present to you, EncryptNode!
Co-Founder/Full Stack Software Developer
Software Developer born and raised in Seattle, Wa. Tyler has always had a passion for technology, and wants to use blockchain to change the world.
Co-Founder/Full Stack Software Developer
Software Developer and blockchain enthusiast. Paul's passion for technology and years of sales management fueled his desire to change the world with EncryptNode.


Activity
instantiating this class.Answer
to the Question.Pending
object to the pending Queue.Reply
to Topic.replies
.Answer
to be
updated.Topic
class, providing no extra
functionality.Answer
parent (if any) of the Content to be
submitted.Answer
objects associated with this Question.Question
object
(as a String
).


{% include 'header_js_libs.html' %}
Click
here
to go to the Oppia main page.
Performance Counters
{% for counter in counters %}
{{counter.description}} : {{counter.value}}
{% endfor %}
Actions
Reload a single exploration
{% for exploration in demo_explorations %}
{{exploration[1]}}
Reload
{% endfor %}
<[message]>


Locale Analyzer
Requirements
- This application may run on previous versions of NodeJS but has been developed and tested with version:
v10.13.0
- While it may run with other repository structures the one found in the
mocks/sample_repo
is what this was developed against.
Objectives
Create a CSV / Spreadsheet file that meets the following requirements:
- All properties found in the cartridges of repository should be listed as rows in the spreadsheet
- Properties should be grouped by locale group and then cartridge their found in
- Any cartridges that have a name that looks like:
app_foo_core
should have all properties found in all files - All locales found in the site meta data of the repository should be listed as columns in the spreadsheet
- Each property row, will contain a column and that contains the original cartridge that the property was found in
- Properties should be sorted alpha-numerically within their locale group
- Locale Groups should be sorted alphanumerically
Example
Give the sample repository in the mocks/sample_repo
directory, the following CSV will be generated:
Cartridge,Locale Group,Property,Defined In,default,en,ca,fr,it,ja,ca_EN,ja_JP
app_foo_core,form,foo,app_foo_core,bar,,,,,,,
app_foo_core,localegroupa,sunny.day,cartridge_c,,,,,,,,
app_foo_core,localegroupb,starry.night,cartridge_b,,,,,,,,
app_foo_core,localegroupc,green.grass,cartridge_c,,,,,,,,
cartridge_a,localegroupa,sunny.day,cartridge_c,Sunny Day,Sunny Day EN,,Journée ensoleillée,Giorno soleggiato,,Sunny Day CA EN,晴れた日
cartridge_c,localegroupa,sunny.day,cartridge_c,,,,,Wrong Italian,,,
cartridge_c,localegroupc,green.grass,cartridge_c,Green Grass,,,L'herbe verte,Erba verde,,,緑の草
cartridge_b,localegroupb,starry.night,cartridge_b,Stary Night,Light Moon,,,,,Darky Moon,星が輝く夜
The above CSV will be generated from the following JSON:
{
"app_foo_core":{
"form":{
"foo":{
"default":"bar"
}
}
},
"cartridge_a":{
"localegroupa":{
"sunny.day":{
"ca_EN":"Sunny Day CA EN",
"default":"Sunny Day",
"en":"Sunny Day EN",
"fr":"Journée ensoleillée",
"it":"Giorno soleggiato",
"ja_JP":"晴れた日"
}
}
},
"cartridge_b":{
"localegroupb":{
"starry.night":{
"ca_EN":"Darky Moon",
"default":"Stary Night",
"en":"Light Moon",
"ja_JP":"星が輝く夜"
}
}
},
"cartridge_c":{
"localegroupa":{
"sunny.day":{
"it":"Wrong Italian"
}
},
"localegroupc":{
"green.grass":{
"default":"Green Grass",
"fr":"L'herbe verte",
"it":"Erba verde",
"ja_JP":"緑の草"
}
}
}
}
Getting Started
Install the necessary node_modules
:
npm install
Copy config.sample.json
to config.json
and update the relevant values:
cp config.sample.json config.json
Test the application:
npm test
Lint the application:
npm run lint
Generate Documentation:
npm run docs
Generate Coverage Report:
npm run cover
Run the application:
npm start
Configuration
This application can be configured using a config.json
file in the root of the repository.
The following are some notes for each attribute and what they do:
`


Pedro Coutin is a student getting a BS in Computer Science degree in UC San Diego, and a member of the Sun God Archery club at UC San Diego.
John Hennessy is the president of Stanford University. He takes HCI classes in his spare time.


Rua Aurora Galdêncio de Sousa, 298 · Pacatuba, CE, Brazil · (85) 99115-7102 ·<EMAIL_ADDRESS>Web developer with experience in PHP, Java, HTML, CSS and JavaScript
Bachelor in Computer Science
GPA: 8.57/10.00
I.T. Technician
Instituto IDEAR
Instituto IDEAR
Instituto IDEAR
Sale and Expense Manager (small store)
System for the management of product sales, with cash and expense flows down to user level, providing comparative charts and reports for sales vs. expenses.
Tools used: JSF (Primefaces) / JPA (Hibernate) / MySQL
People Register Manager (friend/acquaintance social network)
System for the management of friend/acquaintance network, grouping by city, neighborhood and street. Provides several filters based on address and birth date, and emits both lists of people and labels for letter addressing.
Tools used: Spring Framework / JPA (Hibernate) / MySQL / Bootstrap / Vue.js
System for the internal management of a physiotherapy clinic, including cash flow, treatment scheduling, monthly fee payments and employee salaries, stock control for internal store and attendance control for pilates lessons, alongside medical records for the patients. Also generates charts with monthly info on new clients, class rescheduling, revaluations and more.
Tools used: Laravel (5.3) / MySQL / Bootstrap / Vue.js
* The data displayed on the images has been generated randomly and is merely an example.


The WHO was founded in 1948.
Marking up abbreviations can give useful information to browsers, translation systems and search-engines.


Enrollment Steps to join the hostel - Ain Shams University
Key specialties in Administration
- Enrollment Steps to join the hostel - Ain Shams University
- Access to electronic gate of the Egyptian government www.egypt.gov.eg
- Query for the dates of submission to university hostel.
- Submit request of enrollment to hostel.
- mendment data of enrollment request.
- Query for admission to the university hostel.
- Instructions and guidelines for disclosure download.
- Through applications described above student can submit to the University hostel of the University that student admitted to it, by filling out an application and then register it, then university hostel examine the application in light of the admission requirements in hostel and then send an email to the student to inform him of his right to join the hostel or non-eligibility to enroll in university hostel.
- In case of application of conditions on the student so that he reserves the right to residence university hostel for the student first before going to the hostel administration printed models listed on the last application described above (Instructions and guidelines and download representations) and then choose (Ain Shams University) and then pressing the (Display Help)then printed documents listed the bottom of the page, and for the document (certificate to ensure payment of financial dues to the University), the student in nature and end of the importance of his province before heading to the hostel administration.
- The student shall go to the hostel's administration to complete the papers of university hostel.
Click on the icon (Service Office for the Coordination of acceptance in hostel), and then enrollment services page for acceptance in hostel will appear on a page of the Supreme Council of Universities - portal services - hostel enrollment which include (5) applications as follows:


Discover/test privileges for the editing session:
Discover/test privileges for a set of principal that may differ from those associated with the reading subject. Note that this method requires editing session to be able to have READ_ACCESS_CONTROL permission on the node associated with the specified path.
Usually it is not required for a application to check the privileges/permissions of a given session (or set of principals) as this evaluation can be left to the repository. For rare cases where the application needs to understand if a given set of principals is actually allowed to perform a given action, it is recommend to use Session.hasPermission(String, String) and either pass the actions strings defined by JCR or the names of the Oak permissions.
See section Permissions vs Privileges for an comprehensive overview on the differences between testing permissions on Session and privileges on AccessControlManager.
AccessControlManager
JackrabbitAccessControlManager
AccessControlPolicyIterator it = acMgr.getApplicablePolicies("/content"); while (it.hasNext()) { AccessControlPolicy policy = it.nextPolicy(); if (policy instanceof NamedAccessControlPolicy && "myPolicy".equals((NamedAccessControlPolicy) policy).getName()) { acMgr.setPolicy("/content", policy); session.save(); } }
Modification of policies is specific to the policy type. JCR/Jackrabbit API only define a single mutable type of policies: the access control list. Depending on the access control implementation there may be other mutable policies.
AccessControlList
JackrabbitAccessControlList
PrincipalSetPolicy
AccessControlUtils
The default and recommended ways to obtain Principals for access control management is through the principal management API:
One way of representing principals in the repository is by the means of user management: If user management is supported in a given Oak repository (see OPTION_USER_MANAGEMENT_SUPPORTED repository descriptor), principals associated with a given user/group can be obtained by calling:
Note however, that this will only work for principals backed by a user/group. Principals provided by a different principal management implementation won’t be accessible through user management.
PrivilegeManager (see section Privilege Management)
AccessControlManager
AccessControlUtils
Privilege: defines name constants for the privileges defined by JCR
JackrabbitAccessControlList acl = null; // try if there is an acl that has been set before for (AccessControlPolicy policy : acMgr.getPolicies("/content")) { if (policy instanceof JackrabbitAccessControlList) { acl = (JackrabbitAccessControlList) policy; break; } } if (acl != null) { PrincipalManager principalManager = jackrabbitSession.getPrincipalManager(); Principal principal = principalManager.getPrincipal("jackrabbit"); Privilege[] privileges = AccessControlUtils.privilegesFromNames(acMgr, Privilege.JCR_READ, Privilege.JCR_WRITE); acl.addEntry(principal, privileges, true); acMgr.setPolicy(acl.getPath(), acl); session.save(); }
JackrabbitAccessControlList acl = null; // try if there is an acl that has been set before for (AccessControlPolicy policy : acMgr.getPolicies("/content")) { if (policy instanceof JackrabbitAccessControlList) { acl = (JackrabbitAccessControlList) policy; break; } } if (acl == null) { // try if there is an applicable policy AccessControlPolicyIterator itr = accessControlManager.getApplicablePolicies("/content"); while (itr.hasNext()) { AccessControlPolicy policy = itr.nextAccessControlPolicy(); if (policy instanceof JackrabbitAccessControlList) { acl = (JackrabbitAccessControlList) policy; break; } } } if (acl != null) { PrincipalManager principalManager = jackrabbitSession.getPrincipalManager(); Principal principal = principalManager.getPrincipal("jackrabbit"); Privilege[] privileges = AccessControlUtils.privilegesFromNames(acMgr, Privilege.JCR_READ, Privilege.JCR_WRITE); acl.addEntry(principal, privileges, true); acMgr.setPolicy(acl.getPath(), acl); session.save(); }
or alternatively use AccessControlUtils:
JackrabbitAccessControlList acl = AccessControlUtils.getAccessControlList(session, "/content"); if (acl != null) { PrincipalManager principalManager = jackrabbitSession.getPrincipalManager(); Principal principal = principalManager.getPrincipal("jackrabbit"); Privilege[] privileges = AccessControlUtils.privilegesFromNames(session, Privilege.JCR_READ, Privilege.JCR_WRITE); policy.addEntry(principal, privileges, true); acMgr.setPolicy(acl.getPath(), acl); session.save(); }
JackrabbitAccessControlList acl = AccessControlUtils.getAccessControlList(session, null); if (acl != null) { PrincipalManager principalManager = jackrabbitSession.getPrincipalManager(); Principal principal = principalManager.getPrincipal("dinosaur"); Privilege[] privileges = AccessControlUtils.privilegesFromNames(session, PrivilegeConstants.JCR_NAMESPACE_MANAGEMENT); policy.addEntry(principal, privileges, true); acMgr.setPolicy(null, acl); session.save(); }


{% if user.get_profile.team %}
{% if hourly_goal %}
{% endif %}
{% if daily_goal %}
{% endif %}
{% else %}
The {{ resource.name }} goal data is not available.
You are not in a {{ TEAM_LABEL|lower }} that has {{ resource.name }} data.
If you are the admin, you can go to the admin interface and login in
as a user who is belong to a {{ TEAM_LABEL|lower }} with {{ resource.name }} data.


SEM images for planetary-milled TiO 2 (B) powders with 300 rpm and various milling times. (a) as-prepared TiO 2(B), (b) 1 hr ball-milled TiO 2(B), and (c) 3 hrs ball-milled TiO 2(B).
Figure 1
Particle size distribution of planetary-milled TiO 2 (B) with milling times by laser scattering (PSA) shown in Figure 1 : (a) as-prepared TiO 2(B), (b) 1 hr ball-milled TiO 2(B), and (c) 3 hrs ball-milled TiO 2(B).
Figure 2
XRD patterns (a) and Raman spectra (b) of the planetary ball-milled TiO 2 (B) samples used in Figure 1 .
Figure 3
The initial charge–discharge curves of planetary-milled TiO 2 (B) with milling times by laser scattering (PSA) shown in Figure 1 . (a) as-prepared TiO 2(B), (b) 1 hr ball-milled TiO 2(B), and (c) 3 hrs ball-milled TiO 2(B) at 0.2 C.
Figure 4
Charge–discharge cycle (a) and C-rate characteristics (b) of planetary-milled TiO 2 (B) with milling times shown in Figure 1 .


|
glitchedhttps
|
Simple, lightweight and straight-forward way of doing HTTP(S) requests in C with the help of ARM's open-source MbedTLS library. More...
#include "glitchedhttps_api.h"
#include "glitchedhttps_request.h"
#include "glitchedhttps_response.h"
#include "glitchedhttps_exitcodes.h"
Go to the source code of this file.
Macros | |
| #define | GLITCHEDHTTPS_VERSION 100 |
| #define | GLITCHEDHTTPS_VERSION_STR "1.0.0" |
| #define | GLITCHEDHTTPS_STACK_BUFFERSIZE 8192 |
Functions | |
| GLITCHEDHTTPS_API int | glitchedhttps_init () |
| GLITCHEDHTTPS_API void | glitchedhttps_free () |
| GLITCHEDHTTPS_API int | glitchedhttps_submit (const struct glitchedhttps_request *request, struct glitchedhttps_response **out) |
Simple, lightweight and straight-forward way of doing HTTP(S) requests in C with the help of ARM's open-source MbedTLS library.
| #define GLITCHEDHTTPS_STACK_BUFFERSIZE 8192 |
The maximum size in bytes that a temporary buffer may allocate on the stack before requiring a malloc
| #define GLITCHEDHTTPS_VERSION 100 |
Current version of the used GlitchedHTTPS library.
| #define GLITCHEDHTTPS_VERSION_STR "1.0.0" |
Current version of the used GlitchedHTTPS library (nicely-formatted string).
| GLITCHEDHTTPS_API void glitchedhttps_free | ( | ) |
Releases the library's resources.
GlitchedHTTPS will NOT check this for you: make sure to only call this when you're truly done making calls to glitchedhttps_submit() !
| GLITCHEDHTTPS_API int glitchedhttps_init | ( | ) |
Initializes the library's resources, allocating everything needed for making HTTPS requests that requires some warmup (e.g. parsing the x509 CA root certificates into a mbedtls_x509_crt context only needs to be done once).
Don't forget to glitchedhttps_free() again once you're done using glitchedhttps!
0
on success; mbedtls error code on failure. | GLITCHEDHTTPS_API int glitchedhttps_submit | ( | const struct glitchedhttps_request * | request, |
| struct glitchedhttps_response ** | out | ||
| ) |
Submits a given HTTP request and writes the server response into the provided output glitchedhttps_response instance.
This allocates memory, so don't forget to glitchedhttps_response_free() the output glitchedhttps_response instance after usage!!
| request | The glitchedhttps_request instance containing the request parameters and data (e.g. url, body, etc...). |
| out | The output glitchedhttps_response into which to write the response's data and headers. Must be a pointer to a glitchedhttps_response pointer: will be malloc'ed! Make sure it's fresh!! |
GLITCHEDHTTPS_SUCCESS
(zero) if the request was submitted successfully; GLITCHEDHTTPS_{ERROR_ID}
if the request couldn't even be submitted (e.g. invalid URL/server not found/no internet/whatever..). Check out the glitchedhttps_exitcodes.h
header file to find out more about the glitchedhttps error codes!


Blokk Wireframe Kit
At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining hall.
Blokk Stats
- 3600
- Clients
- At half-past eight the door opened, the policeman appeared.
- 25
- products
- At half-past eight the door opened, the policeman appeared.
- 24K
- Sales
- At half-past eight the door opened, the policeman appeared.
- 116
- Sales
- At half-past eight the door opened, the policeman appeared.
Look What We’ve Got
At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining hall.
- First One
- At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining.
- Second One
- At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining.
- Third One
- At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining.
Stories
At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining hall.
Team
At half-past eight the door opened, the policeman appeared, and, requesting them to follow him, led the way to an adjoining hall.
- John Doe
- At half-past eight the door opened, the policeman appeared, and, requesting them to follow him.


I making modern websites and apps with cutting edge technologies and great user experiences
Principal Engineer for ibble
previously Rooster Teeth Productions
Creator of Drawlur and React Dice
My Resume


Dreamers hopeful ahead of SCOTUS decision on DACA
by Scott McDonnellBOSTON - Dreamers in New England and across the country are gearing up to fight a ruling against DACA that is now moving to the Supreme Court.
President Trump ordered an end to DACA, or Deferred Action on Childhood Arrivals, back in 2017, but his motion was blocked by federal courts in several different states.
Those protected under DACA, called Dreamers, say the program is full of success stories.
Created in 2012 by the Obama administration, DACA has protected those who were brought to the U.S. illegally as children or came with families that overstayed visas. DACA recipients were able to obtain social security numbers, work permits and protections from deportation.
In many cases, Dreamers were brought to the U.S. at such a young age that they have no recollection or connection to their home country.
Currently, over 700,000 people are protected under DACA.
With the attempted elimination of Deferred Action for Childhood Arrivals, there was renewed pressure in Congress to pass the DREAM Act, or Development, Relief and Education for Alien Minors, a series of never-passed proposals to protect young immigrants vulnerable to deportation.
Opponents say the law rewards people for breaking the law, encourages illegal immigration and hurts American workers.
The Trump administration argues that the program is unlawful because former President Barack Obama did not have the authority to adopt it in the first place.
Eva Milona with MIRA, or Massachusetts Immigrant and Refugee Advocacy Coalition, says she's hopeful the Supreme Court will rule to keep DACA in place. Milona says she also hopes long-term legislation is eventually passed to permanently protect a small part of the U.S. population she believes is invaluable.
"Its an incredible story of success integration, all Dreamers are employed or going to school and there isn't one story that isn't a success story, in whatever area of serving or school," said Milona.
The protections remain in effect at least until the U.S. Supreme Court issues its decision, which will likely be in 2020. Participants of the program can renew their status, but no new applicants can sign up.
Tomorrow, the nation's highest court will hear oral arguments in the longstanding battle on whether to keep DACA or not.
>> MORE:
The Associated Press contributed to this report.


Small fully-connected INNs#
# These imports and declarations apply to all examples
import torch.nn as nn
import FrEIA.framework as Ff
import FrEIA.modules as Fm
def subnet_fc(c_in, c_out):
return nn.Sequential(nn.Linear(c_in, 512), nn.ReLU(),
nn.Linear(512, c_out))
def subnet_conv(c_in, c_out):
return nn.Sequential(nn.Conv2d(c_in, 256, 3, padding=1), nn.ReLU(),
nn.Conv2d(256, c_out, 3, padding=1))
def subnet_conv_1x1(c_in, c_out):
return nn.Sequential(nn.Conv2d(c_in, 256, 1), nn.ReLU(),
nn.Conv2d(256, c_out, 1))
Simple INN in 2 dimensions#
The following INN only has 2 input dimensions.
It should be able to learn to generate most 2D distributions (gaussian mixtures, different shapes, …),
and can be easily visualized.
We will use a series of AllInOneBlock
operations, which combine affine coupling, a permutation and ActNorm in a single structure.
Since the computation graph is a simple chain of operations, we can define the network using the SequenceINN
API.
inn = Ff.SequenceINN(2)
for k in range(8):
inn.append(Fm.AllInOneBlock, subnet_constructor=subnet_fc, permute_soft=True)
Conditional INN for MNIST#
The following cINN is able to perform conditional MNIST generation quite well.
Note that is is not particularly efficient, with respect to the number of parameters (see convolutional INN for that).
Again, we use a chain of AllInOneBlock``s, collected together by ``SequenceINN
.
cinn = Ff.SequenceINN(28*28)
for k in range(12):
cinn.append(Fm.AllInOneBlock, cond=0, cond_shape=(10,), subnet_constructor=subnet_fc)


SC Simulator - Assembly simulator and debugger for Signum
❐ Source code:
❐ Actions:
S
tep
Tog source
Deploy
F
orge
R
un
Auto-step
Add BP
Example
Load Slot
Simulator said:
Contract not loaded
❐ ContractState:
❐ Blochain status:
❐ Transaction:
[ { "sender": "10000n", "recipient": "999n", "amount": "100_0000_0000n", "blockheight": 2, "messageText": "bid const" }, { "sender": "0xaaBBn", "recipient": "0x100", "amount": "3000_0000", "blockheight": 2, "messageHex": "636f6e73742061756374696f6e20676f74203173742062696421000000000000" } ]


{% extends 'layout.html' %} {% block body %}
Thank you for submitting a query. The scraper is now working on your request.
Depending on how many leads you are scraping this might take a while.
Please wait for this request to finish until you make another one. Thank you!
{% endblock %}


Kenneth Wong
About |
Portfolio |
Contact
Portfolio
Hangman
RPG Game
Trivia Game
Rutgers Info Widget
Rock Paper Scissors
Connect with Me


The generosity of these corporations, foundations, organizations and individuals enables the Council to provide international awareness enrichment impacting more than 100,000 high school students and 1,500 teachers a year. Through expert speaker forums on and off campus, specialized workshops for teachers, topical student forums from human rights to international careers, cultural events, travel and award programs, high school JWAC clubs, and the PwC Academic WorldQuest competition, the Council provides opportunities to inform and engage the youth and teachers of North Texas.
In honor of Gus Alexander
Jorge L. Baldor
Kathleen and Keith Cargill
Wilhelm Family Philanthropy
Please contact Whitney Reilly by email or at<PHONE_NUMBER>
for more information on how to become a Global Young Leaders sponsor.


GRBG
GitHub
Portfolio
About You ~ Enter words like Developer, Student..
Generate
If the Profile Image doesn't upload, try clicking on button again please.
© ashish | 2021


Get Product Detail V2
This page documents the obsolete version 2 of the Get Product Detail end point.
This version is to be ceased to be called by data recipients by August 29th 2020 and can be decommissioned by data holders as of that date.

NOTE: This version must be implemented by July 2020
Obsolete versions: v1
Endpoint Version
| Version | 2 |
Parameters
| Name | In | Type | Required | Description |
|---|---|---|---|---|
| productId | path | ASCIIString | mandatory | ID of the specific product requested |
| x-v | header | string | mandatory | Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between x-min-v and x-v. If the value of x-min-v is equal to or higher than the value of x-v then the x-min-v header should be treated as absent. If all versions requested are not supported then the data holder should respond with a 406 Not Acceptable. See HTTP Headers |
| x-min-v | header | string | optional | Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between x-min-v and x-v. If all versions requested are not supported then the data holder should respond with a 406 Not Acceptable. |
Example responses
200 Response
{
"data": {
"productId": "string",
"effectiveFrom": "string",
"effectiveTo": "string",
"lastUpdated": "string",
"productCategory": "TRANS_AND_SAVINGS_ACCOUNTS",
"name": "string",
"description": "string",
"brand": "string",
"brandName": "string",
"applicationUri": "string",
"isTailored": true,
"additionalInformation": {
"overviewUri": "string",
"termsUri": "string",
"eligibilityUri": "string",
"feesAndPricingUri": "string",
"bundleUri": "string"
},
"cardArt": [
{
"title": "string",
"imageUri": "string"
}
],
"bundles": [
{
"name": "string",
"description": "string",
"additionalInfo": "string",
"additionalInfoUri": "string",
"productIds": [
"string"
]
}
],
"features": [
{
"featureType": "CARD_ACCESS",
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string"
}
],
"constraints": [
{
"constraintType": "MIN_BALANCE",
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string"
}
],
"eligibility": [
{
"eligibilityType": "BUSINESS",
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string"
}
],
"fees": [
{
"name": "string",
"feeType": "PERIODIC",
"amount": "string",
"balanceRate": "string",
"transactionRate": "string",
"accruedRate": "string",
"accrualFrequency": "string",
"currency": "string",
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string",
"discounts": [
{
"description": "string",
"discountType": "BALANCE",
"amount": "string",
"balanceRate": "string",
"transactionRate": "string",
"accruedRate": "string",
"feeRate": "string",
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string",
"eligibility": [
{
"discountEligibilityType": "BUSINESS",
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string"
}
]
}
]
}
],
"depositRates": [
{
"depositRateType": "FIXED",
"rate": "string",
"calculationFrequency": "string",
"applicationFrequency": "string",
"tiers": [
{
"name": "string",
"unitOfMeasure": "DOLLAR",
"minimumValue": 0,
"maximumValue": 0,
"rateApplicationMethod": "WHOLE_BALANCE",
"applicabilityConditions": {
"additionalInfo": "string",
"additionalInfoUri": "string"
},
"subTier": {
"name": "string",
"unitOfMeasure": "DOLLAR",
"minimumValue": 0,
"maximumValue": 0,
"rateApplicationMethod": "WHOLE_BALANCE",
"applicabilityConditions": {
"additionalInfo": "string",
"additionalInfoUri": "string"
}
}
}
],
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string"
}
],
"lendingRates": [
{
"lendingRateType": "FIXED",
"rate": "string",
"comparisonRate": "string",
"calculationFrequency": "string",
"applicationFrequency": "string",
"interestPaymentDue": "IN_ARREARS",
"tiers": [
{
"name": "string",
"unitOfMeasure": "DOLLAR",
"minimumValue": 0,
"maximumValue": 0,
"rateApplicationMethod": "WHOLE_BALANCE",
"applicabilityConditions": {
"additionalInfo": "string",
"additionalInfoUri": "string"
},
"subTier": {
"name": "string",
"unitOfMeasure": "DOLLAR",
"minimumValue": 0,
"maximumValue": 0,
"rateApplicationMethod": "WHOLE_BALANCE",
"applicabilityConditions": {
"additionalInfo": "string",
"additionalInfoUri": "string"
}
}
}
],
"additionalValue": "string",
"additionalInfo": "string",
"additionalInfoUri": "string"
}
]
},
"links": {
"self": "string"
},
"meta": {}
}
Responses
| Status | Meaning | Description | Schema |
|---|---|---|---|
| 200 | OK | Success | ResponseBankingProductById |
Response Headers
| Status | Header | Type | Format | Description |
|---|---|---|---|---|
| 200 | x-v | string | The version of the API end point that the data holder has responded with. |


Pentagon Simulation:In this simulation, ten positively charged particles interact in two dimensions inside a pentagon-shaped box via the classical Coulomb force and the quantum mechanical Pauli force. The mutual repulsion felt by the charges compels them to maximize the distance between each other. In this case, maximal separation puts them at the corners of the pentagon and at the halfway points along the sides that connect them.
|


We're sorry but test-element-theme doesn't work properly without JavaScript enabled. Please enable it to continue.


The pages configuration in your
mkdocs.yml
defines which pages are built by MkDocs and how they appear in the
documentation navigation. If not provided, the pages configuration will be
automatically created by discovering all the Markdown files in the
documentation directory.
A simple pages configuration looks like this:
pages:
- 'index.md'
- 'about.md'
With this example we will build two pages at the top level and they will
automatically have their titles inferred from the filename. Assuming docs_dir
has the default value, docs
, the source files for this documentation would be
docs/index.md
and docs/about.md
. To provide a custom name for these pages,
they can be added before the filename.
pages:
- Home: 'index.md'
- About: 'about.md'
Subsections can be created by listing related pages together under a section title. For example:
pages:
- Home: 'index.md'
- User Guide:
- 'Writing your docs': 'user-guide/writing-your-docs.md'
- 'Styling your docs': 'user-guide/styling-your-docs.md'
- About:
- 'License': 'about/license.md'
- 'Release Notes': 'about/release-notes.md'
By convention your project homepage should always be named index
. Any of the
following extensions may be used for your Markdown source files: markdown
,
mdown
, mkdn
, mkd
, md
.


The Influence of Peter Berlin
The legendary photographer traveled to New York for the first time since 1990 to be honored for his new book "Peter Berlin: Icon, Artist, Photosexual.”
by Leigh Nordstrom“I always say ‘Who in the hell knows Peter Berlin?’”
The man himself was tucked in the back of L’Chalet, the lower level club space at L’Avenue at Saks Fifth Avenue, where, nearing 10 p.m. on Thursday night, he was the man of honor at his second event of the night. As it would turn out, many people not only know who the hell Mr. Berlin is, but care quite deeply — as sensed by Damiani, which has published a new book of Berlin’s photographs, “Peter Berlin: Icon, Artist, Photosexual.”
After a book signing at Bookmarc, Berlin was celebrated with an after party, in partnership with Silvia Prada and Michael Bullock, at L’Chalet, where he discussed his life’s work with passing admirers, many of them younger New Yorkers. (“I jumped generations without doing anything,” Berlin said of his shock that young people care about him.)
“It’s a real celebration of queer sexuality,” said Thomas Cawson, creative director of Helmut Lang, of Berlin’s influence. “Celebrating a totally queer language of what streetwear looks like. Everything we do at Helmut, there’s always that undercurrent of referencing those iconic, underground moments. Especially when there is that beautiful queer twist to it.”
Berlin, who turns 77 next month, has always lived somewhat off the grid, apart from the leather community or the gay community, according to his manager. Based in San Francisco, it was his first time back in New York since 1990.
“I stopped traveling completely,” he said, adding that he “dreaded” the trip prior to arrival. “I don’t have friends [here] anymore who are alive.”
Berlin said he considers himself “too old” for such a trip like the New York one, but nonetheless was in high spirits, joking about the deafening volume of the music. (“Can you tell them to make the music a little bit louder?”) and explaining his outfit, which he made entirely himself (the blazer jacket only the day before.)
“This whole thing amazes me,” he said. “I stopped living, basically — I don’t do anything anymore. I only use my time to think. I love thinking, and trying to figure out stuff. I try to think ‘why did I do why I did?’ My mind is very entertained. Usually people either bore me, or annoy me, so I’m by myself, right? And it’s sort of a luxury.”
He spoke about being an icon to so many in the gay community, saying it surprised him to hear how much of an influence he’s had on men’s lives.
“I met guys who say ‘oh I saw your picture when I was 12,’ and they thank me. They come to me and they say you gave me strength. I never had that experience of ‘oh me, the poor gay guy.’ We had a blast.  Berlin said.  [Not me] — no no. We had a blast. The people who saw my picture, what is the different thing when you see a drawing of Tom of Finland? It’s a fantasy. But there it was real [with my pictures[. And that’s why I’m still here.”


turbo.websocket – WebSocket server and client¶
The WebSocket modules extends Turbo and offers RFC 6455 compliant WebSocket support.
The module offers two classes:
- turbo.websocket.WebSocketHandler, WebSocket support for turbo.web.Application.
- turbo.websocket.WebSocketClient, callback based WebSocket client.
Both classes uses the mixin class turbo.websocket.WebSocketStream, which in turn provides almost identical API’s for the two classes once connected. Both classes support SSL (wss://).
NOTICE: _G.TURBO_SSL MUST be set to true and OpenSSL or axTLS MUST be installed to use this module as certain hash functions are required by the WebSocket protocol.
A simple example subclassing turbo.websocket.WebSocketHandler.:
_G.TURBO_SSL = true
local turbo = require "turbo"
local WSExHandler = class("WSExHandler", turbo.websocket.WebSocketHandler)
function WSExHandler:on_message(msg)
self:write_message("Hello World.")
end
turbo.web.Application({{"^/ws$", WSExHandler}}):listen(8888)
turbo.ioloop.instance():start()
WebSocketStream mixin¶
WebSocketStream is a abstraction for a WebSocket connection, used as class mixin in turbo.websocket.WebSocketHandler and turbo.websocket.WebSocketClient.
- WebSocketStream:write_message(msg, binary)
Send a message to the client of the active Websocket. If the stream has been closed a error is raised.
Parameters: - msg (String) – The message to send. This may be either a JSON-serializable table or a string.
- binary (Boolean) – Treat the message as binary data (use WebSocket binary opcode).
- WebSocketStream:ping(data, callback, callback_arg)
Send a ping to the connected client.
Parameters: - data (String) – Data to pong back.
- callback (Function) – Function to call when pong is recieved.
- callback_arg – Argument for callback function.
- WebSocketStream:pong(data)
Send a pong to the connected server.
Parameters: data (String) – Data to pong back.
- WebSocketStream:close()
Close the connection.
- WebSocketStream:closed()
Has the stream been closed?
WebSocketHandler class¶
The WebSocketHandler is a subclass of turbo.web.RequestHandler. So most of the methods and attributes of that class are available. However, some of them will not work with WebSocket’s. It also have the mixin class turbo.websocket.WebSocketStream included. Only the official WebSocket specification, RFC 6455, is supported.
For a more thorough example of usage of this class you can review the “chatapp” example bundled with Turbo, which uses most of its features to create a simple Web-based chat app.
Subclass WebSocketHandler and implement any of the following methods to handle the corresponding events.
- WebSocketHandler:open()
Called when a new WebSocket request is opened.
- WebSocketHandler:on_message(msg)
Called when a message is recieved.
Parameters: msg (String) – The recieved message.
- WebSocketHandler:on_close()
Called when the connection is closed.
- WebSocketHandler:on_error(msg)
Parameters: msg (String) – A error string.
- WebSocketHandler:prepare()
Called when the headers has been parsed and the server is about to initiate the WebSocket specific handshake. Use this to e.g check if the headers Origin field matches what you expect. To abort the connection you raise a error. turbo.web.HTTPError is the most convinient as you can set error code and a message returned to the client.
- WebSocketHandler:subprotocol(protocols)
Called if the client have included a Sec-WebSocket-Protocol field in header. This method will then recieve a table of protocols that the clients wants to use. If this field is not set, this method will never be called. The return value of this method should be a string which matches one of the suggested protcols in its parameter. If all of the suggested protocols are unacceptable then dismissing of the request is done by either raising error (such as turbo.web.HTTPError) or returning nil.
Parameters: protocols (Table of protocol name strings.) – The protocol names recieved from client.
WebSocketClient class¶
A async callback based WebSocket client. Only the official WebSocket specification, RFC 6455, is supported. The WebSocketClient is partly based on the turbo.async.HTTPClient using its HTTP implementation to do the initial connect to the server, then do the handshake and finally wrapping the connection with the turbo.websocket.WebSocketStream. All of the callback functions recieves the class instance as first argument for convinence. Furthermore the class can be initialized with keyword arguments that are passed on to the turbo.async.HTTPClient that are being used. So if you are going to use the connect to a SSL enabled server (wss://) then you simply refer to the documentation of the HTTPClient and set “priv_file”, “cert_file” keys properly. Some arguments are discared though, such as e.g “method”.
A simple usage example of turbo.websocket.WebSocketClient.:
_G.TURBO_SSL = true -- SSL must be enabled for WebSocket support!
local turbo = require "turbo"
turbo.ioloop.instance():add_callback(function()
turbo.websocket.WebSocketClient("ws://<IP_ADDRESS>:8888/ws", {
on_headers = function(self, headers)
-- Review headers recieved from the WebSocket server.
-- You can e.g drop the request if the response headers
-- are not satisfactory with self:close().
end,
modify_headers = function(self, headers)
-- Modify outgoing headers before they are sent.
-- headers parameter are a instance of httputil.HTTPHeader.
end,
on_connect = function(self)
-- Called when the client has successfully opened a WebSocket
-- connection to the server.
-- When the connection is established you can write a message:
self:write_message("Hello World!")
end,
on_message = function(self, msg)
-- Print the incoming message.
print(msg)
self:close()
end,
on_close = function(self)
-- I am called when connection is closed. Both gracefully and
-- not gracefully.
end,
on_error = function(self, code, reason)
-- I am called whenever there is a error with the WebSocket.
-- code are defined in ``turbo.websocket.errors``. reason are
-- a string representation of the same error.
end
})
end):start()
WebSocketClient uses error codes to report failure for the on_error callback.
- errors¶
Numeric error codes set as first argument of on_error:
INVALID_URL - URL could not be parsed.
INVALID_SCHEMA - Invalid URL schema
COULD_NOT_CONNECT - Could not connect, check message.
PARSE_ERROR_HEADERS - Could not parse response headers.
CONNECT_TIMEOUT - Connect timed out.
REQUEST_TIMEOUT - Request timed out.
NO_HEADERS - Shouldn’t happen.
REQUIRES_BODY - Expected a HTTP body, but none set.
INVALID_BODY - Request body is not a string.
SOCKET_ERROR - Socket error, check message.
SSL_ERROR - SSL error, check message.
BUSY - Operation in progress.
REDIRECT_MAX - Redirect maximum reached.
CALLBACK_ERROR - Error in callback.
BAD_HTTP_STATUS - Did not recieve expected 101 Upgrade.
WEBSOCKET_PROTOCOL_ERROR - Invalid WebSocket protocol data recieved.
- WebSocketClient(address, kwargs):
Create a new WebSocketClient class instance.
Parameters: - address (String) – URL for WebSocket server to connect to.
- kwargs (Table) – Optional keyword arguments.
Return type: Instance of turbo.websocket.WebSocketClient
Available keyword arguments:
- params - Provide parameters as table.
- cookie - The cookie to use.
- allow_redirects - Allow or disallow redirects. Default is true.
- max_redirects - Maximum redirections allowed. Default is 4.
- body - Request HTTP body in plain form.
- request_timeout - Total timeout in seconds (including connect) for request. Default is 60 seconds. After the connection has been established the timeout is removed.
- connect_timeout - Timeout in seconds for connect. Default is 20 secs.
- auth_username - Basic Auth user name.
- auth_password - Basic Auth password.
- user_agent - User Agent string used in request headers. Default is Turbo Client vx.x.x.
- priv_file - Path to SSL / HTTPS private key file.
- cert_file - Path to SSL / HTTPS certificate key file.
- ca_path - Path to SSL / HTTPS CA certificate verify location, if not given builtin is used, which is copied from Ubuntu 12.10.
- verify_ca - SSL / HTTPS verify servers certificate. Default is true.
Description of the callback functions¶
- modify_headers(self, headers)¶
Modify OUTGOING HTTP headers before they are sent to the server.
Parameters: - self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- headers (turbo.httputil.HTTPHeader) – Headers ready to be sent and possibly modified.
- on_headers(self, headers)¶
Review HTTP headers recieved from the WebSocket server. You can e.g drop the request if the response headers are not satisfactory with self:close().
Parameters: - self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- headers (turbo.httputil.HTTPHeader) – Headers recieved from the client.
- on_connect(self)¶
Called when the client has successfully opened a WebSocket connection to the server.
Parameters: self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- on_message(self, msg)¶
Called when a message is recieved.
Parameters: - self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- msg (String) – The message or binary data.
- on_close(self)¶
Called when connection is closed. Both gracefully and not gracefully.
Parameters: self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- on_error(self, code, reason)¶
Called whenever there is a error with the WebSocket. code are defined in turbo.websocket.errors. reason are a string representation of the same error.
Parameters: - self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- code (Number) – Error code defined in turbo.websocket.errors.
- reason (String) – String representation of error.
- on_ping(self, data)¶
Called when a ping request is recieved.
Parameters: - self (turbo.websocket.WebSocketClient) – The WebSocketClient instance calling the callback.
- data (String) – The ping payload data.


Before Change
self.image_shape = classifier.input_shape
self._check_params()
if self.image_shape[2] not in [1, 3]:
raise ValueError("Color channel need to be in last dimension.")
if self.patch_shape is None:
self.patch_shape = self.estimator.input_shape
if self.patch_shape[2] not in [1, 3]:
After Change
if self.estimator.channels_first:
raise ValueError("Color channel needs to be in last dimension.")
self.nb_dims = len(self.image_shape)
if self.nb_dims == 3:
self.i_h = 0
self.i_w = 1
elif self.nb_dims == 4:
self.i_h = 1
self.i_w = 2
if self.patch_shape is None:
self.patch_shape = self.estimator.input_shape
if self.patch_shape[0] != self.patch_shape[1]:


On the Districtr homepage, click “Jump to the Map” in the top right corner.
You will be redirected to an interactive map of the United States. Click the state for which you wish to
make a districting plan. All states are available, as well as Washington, D.C. and Puerto Rico.
Once you have selected a state, you will be directed to its landing page, which contains all mapping
options along with background information. Click on “Communities” at the top to activate Communities
options, which are in red.
Choose a locality and unit type by clicking on a red card. (Additional localities can be added upon request.)
You will now be redirected to your selected districting page.
Main Tools
Moving across the map
Select the hand icon in the top right corner of the page. Then click and drag to pan across the map.
To zoom in and out, use the plus and minus buttons in the top left corner of the map. You can also use a
mouse scroll wheel or trackpad.
Type in a street address, place name, town, or zip code to be directed to that location on the map.
Drawing your communities
To draw your first community, select the paintbrush in the top right corner of the page. Click and drag
on the map to add units to your community.
To draw an additional community, add a new color from the color bar by selecting the plus sign. A new
color will appear and will be automatically selected for your use.
To change the size of the brush, drag the slider directly below the color bar or use the up/down arrows
to the right of the slider.
To draw communities without overlapping them with the previous ones, toggle the “Lock already-drawn
communities” box.
To correct the boundaries of your communities, click the erase icon in the top right corner of the page.
Click and drag to remove units from that community. The size of the eraser can be adjusted by dragging the
slider or using the arrows to its right.
Alternately, click the “undo/redo” buttons to revert the boundaries of your communities to a previous
version. You can undo/redo as far back as your most recent use of the paint tool.
Examining the districts
To see detailed population or election information for a particular unit or group of units, select the
magnifying glass in the top right corner.
Click the Tooltip Data dropdown menu to change the type of information shown. Then mouse over a
particular unit to see the corresponding information for that unit.
To examine multiple units, drag the slider directly below the Tooltip Data menu or use the arrows to the
right of the slider.
Tabs
Drawing
The drawing tab allows you to name and describe each of the communities you have mapped, as well as
adding important places from the area.
Areas of Interest
To select one of the areas you have mapped to name and describe, click on the drop-down menu and
choose one of the ‘Communities’. They are numbered in the order that they were first drawn on the map,
and they also have their corresponding color next to the name.
Once you selected the community from the menu, below you can change the name and add a description for
the area. Those details are updated automatically.
Important places
To add a point of interest for your community, go to the important places section and click on the
blue button that says ‘New’.
Pressing the button will prompt you to locate the spot on the map that you want to add as a point.
Click on the map to add it.
Once you add a point in the map, you will be able to name it and give a description about the place.
These changes will be saved automatically. The points you added will also stay on the map, and you can
hover over them to see their names and descriptions.
To add more important places, press the ‘new’ button again, and repeat the previous steps. To switch
between points, use the drop-down ‘Select’ menu. You can then edit place names and descriptions of the
selected place.
To remove a place you added, click on the red trash can button next to its name.
Data Layers
The Data Layers tab allows you to display community, demographic, and electoral data, as available.
Communities
To hide the communities from the map, toggle the “Show my communities” box at the top of the tab.
To display county boundaries, toggle the “Show County Boundaries” box.
To see the boundaries and names of Nations and Tribes, toggle the “Show Nations and Tribes” box. Names
of this field vary slightly by local naming conventions.
Demographics
Coalition Builder
Using the Coalition Builder tool, you can combine multiple demographic groups of your choosing into
a shared “Coalition population.” Check off the name of each demographic group to add the group to your
Coalition, and click again to uncheck and remove a group. Below the selection buttons, you can view
the total population of the Coalition as well its percent composition of the jurisdiction as a whole.
Under the “Show population” and “Show voting age population” tabs, select the Coalition population
from the dropdown menu to display this layer on the map.
Race
Toggle the “Show population box” and select the desired variable from the dropdown menu to view
percent variable by unit. Using the dropdown menu for Display, choose to display the data as sized
circles or shaded regions.
Socioeconomic data
Several states and other areas feature socioeconomic data from the American Community Survey (ACS).
Available data include but are not limited to homeownership, household income, and broadband access.
(Note: ACS data can be added to additional places upon request.)
Previous elections
Toggle the “Show partisan lean” box and select the desired set of election results from the dropdown
menu to view partisan lean by unit. Using the dropdown menu for Display, choose to display the data as
sized circles or shaded regions. Please note that this option is only available when building your
communities out of precincts.
Evaluation
The evaluation tab allows you to see the racial, voting age population, and partisan balance of the
communities you are mapping. Some communities pages have additional data for evaluation, such as household
income and age.
Population by Race
You can compare the percentage of the population by race in each of your communities, and compare it
to the overall composition of the state you are drawing in.
Voting Age Population by Race
As in the previous section, you can compare the percentage of the voting age population by race in
each community. Voting Age Population (or VAP) is the group of people who are 18 years or older.
In some modules, we feature Citizen Voting Age Population (or CVAP), especially when it is cited in local guidelines.
Age Histograms, Household Income, and other data
In some areas, there are options to evaluate additional demographic information, such as age and
household income, in each community and compared to that of the overall locality. As with the Data
Layers tab, this information is from the ACS.
Sharing your Map
Clicking on the “Share” button saves the map you created and uploads it to the Districtr database. You do
not need to create an account, and only the information in your map is shared.
As long as you are in the same browser session, you can update this original map, leaving the link
unchanged. To save changes made to the map, click on the “Update” button (in the same location as the
“Share” button once you have shared). You will know when your map is up to date when the button says
“Saved.” You can keep repeating this process to edit and re-save your map as long as you are in the same
browser session.
Anyone who has the link, including you, can open up the map in their browser and make additional changes
to it. This edited map doesn’t replace the previous one, but you can save it to a new link by clicking
“Share” again.
Anyone who has the link, including you, can open up the map in their browser and make additional changes
to it. These changes can be saved to a new link by clicking “Share” again. When the button says “Saved,”
this means all changes are saved to the new link.
Whenever you need a copy of the link, click on the “Saved” button.
To download your map, choose from the options in the drop-down menu in the upper right corner. For more
detail on these, refer to the Import/Export Options page.
Tags
The Districtr team can help organize your map collection effort by setting up a tag for your organization.
A tag page is a customized landing page with a direct link to the mapping modules you'll be using and a submission
gallery showing maps that have been submitted with your group's tag. This helps organizers compile and compare a large
number of maps for a specific area, and possibly choose one or a few to highlight in their advocacy.
Once a tag has been created, users can enter it in the "Tag or Event Code" field that appears when they save a map.
(If you entered a module through a tag page, this field will be pre-filled.)
Getting Started with Districts
On the Districtr homepage, click “Jump to the Map” in the top right corner.
You will be redirected to an interactive map of the United States. Click the state for which you wish to
make a districting plan. All states are available, as well as Washington, D.C. and Puerto Rico.
Once you have selected a state, you will be directed to its landing page. The landing page contains all
mapping options along with background information. Districting options are in purple, which is the default
setting.
Choose a locality (state, region, county, or city) and district type by clicking on a purple card. The
available localities and districts vary by state. (Additional localities can be added upon request.)
You will now be redirected to your selected districting page.
Main Tools
Moving across the map
Select the hand icon in the top right corner of the page. Then click and drag to pan across the map.
To zoom in and out, use the plus and minus buttons in the top left corner of the map. You can also use a
mouse scroll wheel or trackpad.
Drawing the districts
To draw your first district, select the paintbrush icon in the top right corner of the page. Click and
drag on the map to add units to your district.
To draw another district, select a new color from the color bar directly below the paintbrush icon. Each
color corresponds to a different district. For pages with large numbers of districts, only one color will
show when you start. For these, use the “+” button to add the remaining district colors.
To change the size of the brush, drag the brush size slider directly below the color bar or use the
up/down arrows to the right of the slider.
To paint whole counties, toggle the “Paint counties” box below the slider.
To inspect districts without altering them, or to avoid painting over already-drawn areas, toggle the
“Lock already-drawn districts” box.
To correct the boundaries of your districts, click the erase icon in the top right corner of the page.
Click and drag to remove units from that district. The size of the eraser can be adjusted by dragging the
slider or using the arrows to its right.
Alternately, click the “undo/redo” buttons to revert the boundaries of your district plan to a previous
version. You can undo/redo as far back as your most recent use of the paint tool.
Examining the districts
To see detailed population or election information for a particular unit or group of units, select the
magnifying glass in the top right corner.
Click the Tooltip Data dropdown menu to change the type of information shown. The options available vary
by page. Then mouse over a particular unit to see the corresponding information for that unit.
To examine multiple units, drag the slider directly below the Tooltip Data menu or use the arrows to the
right of the slider.
Tabs
Population
The population tab allows you to view the population of each drawn district. To balance your population
evenly between districts, make reference to the ideal population count and vertical bar provided in this
tab.
To see which units you still need to color, click the “Highlight unassigned units” box at the bottom of
the tab..
Data Layers
The Data Layers tab allows you to display districts, boundaries, demographic, and electoral data, as
available.
Districts
To hide the districts from the map, toggle the “Show districts” box at the top of the tab.
To see county boundaries overlaid on your map, toggle the “Show County Boundaries” box.
To see the boundaries and names of Nations and Tribes, toggle the “Show Nations and Tribes” box.Names
of this field vary slightly by local naming conventions.
Demographics
Coalition Builder
Using the Coalition Builder tool, you can combine multiple demographic groups of your choosing into a
shared “Coalition population.” Check off the name of each demographic group you want to add to your
Coalition, and click again to uncheck and remove a group. Below the selection buttons, you can view the
total population of the Coalition as well its percent composition of the jurisdiction as a whole.
Under the “Show population” and “Show voting age population” tabs, select the Coalition population
from the dropdown menu to display this layer on the map.
Race
Toggle the “Show population box” and select the desired variable from the dropdown menu to view
percent variable by unit. Using the dropdown menu for Display, choose to display the data as sized
circles or shaded regions.
Socioeconomic data
Several states and other areas feature socioeconomic data from the American Community Survey (ACS).
Available features include but are not limited to: homeownership, household income, and broadband
access. (Note: ACS data can be added to additional localities upon request.)
Previous elections
Toggle the “Show partisan lean” box and select the desired set of election results from the dropdown
menu to view partisan lean by unit. Using the dropdown menu for Display, choose to display the data as
sized circles or shaded regions. Please note that this option is only available when building your
districts out of precincts.
Evaluation
The evaluation tab allows you to see the racial and partisan balance of the
districting plan as you draw. Some districting pages have additional data for evaluation, such as household
income and age.
Population by Race
You can compare the percentage of the population by race for districts, relative to one another and
relative to the overall composition of the area. Use the drop-down menus to compare different races.
Voting age population
Voting Age Population (or VAP) is the group of people who are 18 years or older. As in the previous
section, you can compare the percentage of the voting age population by race for districts, relative to
one another and relative to the overall composition of the area. In some modules, we feature Citizen Voting Age Population (or CVAP), especially when it is cited in local guidelines.
Use the drop-down menus to compare
different races.
Partisan balance
You can compare the percentage of votes received by the Republican and the Democratic candidate for a
variety of elections, by your districts and relative to the overall partisan lean. In places where we
show candidates by other parties or variation within parties, candidate names and/or parties are listed.
Note: because we only show two-party vote shares, the overall percentage may differ slightly from
official percentages, which include third party candidates
Age, income, etc.
In some areas, there are options to evaluate the age and household income distribution of the
population in each district. Some areas also have the ability to check the contiguity of the districts
you have drawn.
Sharing your Map
Clicking the “Share” button saves the map you created and uploads it to the Districtr database. You do not
need to create an account, and only the information in your map is shared.
As long as you are in the same browser session, you can update this original map, leaving the link
unchanged. To save changes made to the map, click on the “Update” button (in the same location as the
“Share” button once you have shared). You will know when your map is up to date when the button says
“Saved.” You can keep repeating this process to edit and re-save your map as long as you are in the same
browser session.
Anyone who has the link, including you, can open up the map in their browser and make additional changes
to it. These changes can be saved to a new link by clicking “Share” again. When the button says “Saved,”
this means all changes are saved to the new link.
Whenever you need a copy of the link, click on the “Saved” button.
To download your map, choose from the options in the drop-down menu in the upper right corner. For more
detail on these, refer to the Import/Export Options page.
Tags
The Districtr team can help organize your map collection effort by setting up a tag for your organization.
A tag page is a customized landing page with a direct link to the mapping modules you'll be using and a submission
gallery showing maps that have been submitted with your group's tag. This helps organizers compile and compare a large
number of maps for a specific area, and possibly choose one or a few to highlight in their advocacy.
Once a tag has been created, users can enter it in the "Tag or Event Code" field that appears when they save a map.
(If you entered a module through a tag page, this field will be pre-filled.)


Contributing¶
In the spirit of free software, everyone is encouraged to help improve this project. (this text is a blatant copy of the middleman project)
Here are some ways you can contribute:
- by using alpha, beta, and prerelease versions
- by reporting bugs
- by suggesting new features
- by writing or editing documentation
- by writing specifications
- by writing code ( no patch is too small : fix typos, add comments, clean up inconsistent whitespace )
- by refactoring code
- by closing issues
- by reviewing patches
Submitting an Issue¶
We use the GitHub issue tracker to track bugs and features. Before submitting a bug report or feature request, check to make sure it hasn’t already been submitted. When submitting a bug report, please include a Gist that includes a stack trace and any details that may be necessary to reproduce the bug, including your gem version, Ruby version, and operating system. Ideally, a bug report should include a pull request with failing specs.
Submitting a Pull Request¶
- Fork the repository.
- Create a topic branch. git checkout -b local_topic_branch
- Add specs for your unimplemented feature or bug fix.
- Run bundle exec rake test. If your specs pass, return to step 3.
- Implement your feature or bug fix.
- Run bundle exec rake test. If your specs fail, return to step 5.
- Add, commit, and push your changes. To push your topic branch use git push -u origin local_topic_branch.
- Submit a pull request.


turbo::Path Class Referencefinal
Path class is used to simplify the edition of paths. More...
#include <Path.hpp>
Public Member Functions | |
| Path (const char *path) | |
| Construct a new Path object. More... | |
| const char * | get_drive () const |
| Get the drive of the path. | |
| int | get_num_components () const |
| Get the number of components in the path. | |
| const char * | get_component (int i) const |
| Get the component at a choosen position. More... | |
| const char * | get_tail () const |
| Get the last component of the path. | |
| const char * | get_filename () const |
| Get the filename of the path (can be null if there is no file) | |
| const char * | get_basename () const |
| Get the basename of the file (can be null if there is no file) | |
| const char * | get_file_extension () const |
| Get the file extension of the path (can be null if there is no file) | |
| void | set_drive (const char *drive) |
| Set the drive of the path. More... | |
| void | append_component (const char *component) |
| Add a component to the path (add a folder to the end of the path) More... | |
| void | insert_component (int i, const char *component) |
| Insert a component at a specified position. More... | |
| void | replace_component (int i, const char *component) |
| Replace a component at a specified position. More... | |
| void | remove_component (int i) |
| Remove a compoent at a specified position. More... | |
| void | drop_tail () |
| Removes the last component of the path. | |
| void | set_filename (const char *filename) |
| Set the filename of the path. More... | |
| void | set_file_extension (const char *ext) |
| Set the file extension of the path file. More... | |
| void | absolute () |
| Make the path canonical removes the .. and . component and make it absolute. | |
| const char * | c_str () const |
| Get the path string. More... | |
| operator const char * () const | |
| operator std::string () const | |
Static Public Member Functions | |
| static Path * | get_resources_path () |
| Get the standard resource path. More... | |
Friends | |
| std::ostream & | operator<< (std::ostream &output, const Path &path) |
Detailed Description
Path class is used to simplify the edition of paths.
Constructor & Destructor Documentation
◆ Path()
| turbo::Path::Path | ( | const char * | path | ) |
Member Function Documentation
◆ append_component()
| void turbo::Path::append_component | ( | const char * | component | ) |
Add a component to the path (add a folder to the end of the path)
Example: myPath.append_component("src");
- Parameters
-
component component to add
◆ c_str()
| const char * turbo::Path::c_str | ( | ) | const |
Get the path string.
- Returns
- const char* path string
◆ get_component()
| const char * turbo::Path::get_component | ( | int | i | ) | const |
Get the component at a choosen position.
- Parameters
-
i position
◆ get_resources_path()
|
static |
Get the standard resource path.
- Returns
- Path* new path that needs to be deleted after usage
◆ insert_component()
| void turbo::Path::insert_component | ( | int | i, |
| const char * | component | ||
| ) |
Insert a component at a specified position.
- Parameters
-
i posiiton component component to insert
◆ remove_component()
| void turbo::Path::remove_component | ( | int | i | ) |
Remove a compoent at a specified position.
- Parameters
-
i position
◆ replace_component()
| void turbo::Path::replace_component | ( | int | i, |
| const char * | component | ||
| ) |
Replace a component at a specified position.
- Parameters
-
i position component component to insert
◆ set_drive()
| void turbo::Path::set_drive | ( | const char * | drive | ) |
Set the drive of the path.
Example: myPath.set_drive("C:");
- Parameters
-
drive target drive
◆ set_file_extension()
| void turbo::Path::set_file_extension | ( | const char * | ext | ) |
Set the file extension of the path file.
Example: myPath.set_file_extension("png");
- Parameters
-
ext extension
◆ set_filename()
| void turbo::Path::set_filename | ( | const char * | filename | ) |
Set the filename of the path.
- Parameters
-
filename file name
The documentation for this class was generated from the following files:
- include/turbo/Path.hpp
- src/Path.cpp


Our founder, Gabriel Amodu, wanted to create an online place where students studying similar disciplines in transnational geographical proximities can connect to share their academic knowledge and social experiences.
Here at Peersview, we strongly believe that the collaborative and interactive features of a social networking platform can help you and other users obtain knowledge and learn in an enjoyable way.
At Peersview we are hungry, hungry to learn, hungry to develop and hungry to make a difference.


The Table tab displays the current log graphically.
The table contains a column for each component in the selection. Each row in the table displays a snapshot of the simulation after a propagation of values has completed. Any duplicate rows are not added into the log. Note that only the most recent 400 rows are displayed. Some rows may have empty entries if the corresponding component was not in the selection at the time that the row was computed.
The displayed table is for review only; it is not interactive.
Next: The File tab.


Promoting 3GPP standards & 5G technology in India
Group to develop spectrum studies
Focused for 5G for Industry
5GIF Independent Evaluation Group


Those are lists of projects i have created and their active links
hello-world is the one of projects i did at moringa school.where i created a folder named hello-world,it was just inviting followers tofollow my first website telling themwelcome to my first website i am about to embark on the exciting journey of learning how to code.won't you join my website where i used html language click here
This project demonstrates forking to moringa prep students html css and markdown languages were used
This project was to add introduction to my website
A cookie recipe repository is the practice about fixing indentation,spacing and html tag placementMore inf
This is my first independant projects named as portfolio.This is my wonderful website was created by using html,css and markdown languagesMore about us
I decided to take course on programming because i passed many years without knowing how to code whenever i listened an communiquee saying about computer skills and remember that i don't have it ,i felt like sick.Then my miracle came when heard that moringa school wants ladies for training them and i came first and now i am full of pleasure because i have some skills on computer
my current interests is how at moringa school,we walk as a team
About hobbies,i like listenning to the music,watching wild animals games,watching video related to my career
A part of skills, i have computer Skills,cooking skills,singing skills


The Return of the Pink Panther
The Return of the Pink Panther is a movie starring Peter Sellers, Christopher Plummer, and Catherine Schell. Inspector Jacque Clouseau (Peter Sellers) is put on the case when the Pink Panther diamond is stolen, with the Phantom's...


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Members
(non-null) demandingVariables :Array.<!Variable>
Type:
- Array.<!Variable>
Methods
addDaemon(daemonnon-null)
Add the given daemon to the end of the system's daemonQueue.
Parameters:
| Name | Type | Description |
|---|---|---|
daemon |
function | a thunk executed only for side-effects |
executeDaemons()
Execute the daemons on the daemonQueue. Daemons are removed from the daemonQueue once executed,


Gretty protocols it’s own messages and messages from servlet container with the help of logback-classic library.
Gretty isolates it’s own logging from the web application logging on the level of ClassLoader. That means: the logback library (and logback configuration) used by Gretty is not visible within web application. You are free to use any logging system - logback, log4j, commons-logging etc. - within your web applications.
Gretty supports configuring it’s own slf4j/logback logging by two methods:
If you place "logback.groovy" or "logback.xml" to arbitrary folder and then reference it by logbackConfigFile
property, gretty applies the specified configuration to servlet-container process.
If "logback.groovy" or "logback.xml" is not specified, gretty configures logging with default settings:
It enables slf4j logging with level INFO.
It configures two appenders: one for console and another for the log file.
Log file by default has name "${project.name}.log" and is created in folder "$HOME/logs".
You can fine-tune gretty logging by adjusting the following properties [of gretty plugin extension]:
logbackConfigFile
defines the absolute or relative path to logback configuration file (.groovy or .xml). If "logbackConfigFile" is relative, it is first combined with projectDir. If the resulting path points to an existing file, it is used for logback configuration. If not, gretty tries to combine "logbackConfigFile" with directories
"$projectDir/logback", "$projectDir/server", "$projectDir/config". If any resulting path points to an existing file, it is used for logback configuration.
loggingLevel
defines slf4j logging-level for servlet-container process. It is a string, having one of the values: ALL, DEBUG, ERROR, INFO, OFF, TRACE, WARN. The default value is INFO.
consoleLogEnabled
defines, whether log messages are written to the terminal. It is a boolean, default is "true".
fileLogEnabled
defines, whether log messages are written to the log-file. It is a boolean, default is "true".
logFileName
defines log file name (without path). It is a string, default value is "${project.name}.log".
logDir
defines directory, where log file is created. It is a string, default value is "$HOME/logs".
|
Important
|
when logback configuration is groovy-based (not XML), Gretty injects other logging properties ("loggingLevel", "consoleLogEnabled", "fileLogEnabled", "logFileName", "logDir") are binding variables to the groovy configuration. |