This demo is done with using Google's Web Speech API. The new JavaScript Web Speech API makes it easy to add speech recognition to our web pages.
This API allows fine control and flexibility over the speech recognition capabilities in Chrome version 25 and later. Here's an example with the sample demo which will respond immediately while speaking.
Let's try simple one...
Say "Hello!"
Let's try something more interesting...
Say "Show me your picture!"
That's cool. But in the real world it's not all hello and my picture...
Say "Show Expense Report!"
That's it. From this blog you all seen a Google's Web Speech API "Hands On" Demo in some fun ideas. For documentation, refer Web Speech API.


Everyone has something to share. See how people are using
iPad in their unique ways to add to the world's story.
Wath the "Your Verse" film and explore the stories


Category: Choose One Top 10 Songs Top 10 Albums Top 10 New Releases Top 10 Just Added
Items: Choose a Category First


Provides a set of methods for Premium Account Activity API.
More...
|
| AccountActivityEnvironment | Env (string env_name) |
| |
| Environments | Webhooks (params Expression< Func< string, object >>[] parameters) |
| |
| Environments | Webhooks (IDictionary< string, object > parameters) |
| |
| Environments | Webhooks (object parameters) |
| |
| Environments | Webhooks () |
| |
| Task< Environments > | WebhooksAsync (params Expression< Func< string, object >>[] parameters) |
| |
| Task< Environments > | WebhooksAsync (IDictionary< string, object > parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| |
| Task< Environments > | WebhooksAsync (object parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| |
| Task< Environments > | WebhooksAsync (CancellationToken cancellationToken=default(CancellationToken)) |
| |
| SubscriptionsCount | SubscriptionsCount (params Expression< Func< string, object >>[] parameters) |
| |
| SubscriptionsCount | SubscriptionsCount (IDictionary< string, object > parameters) |
| |
| SubscriptionsCount | SubscriptionsCount (object parameters) |
| |
| SubscriptionsCount | SubscriptionsCount () |
| |
| Task< SubscriptionsCount > | SubscriptionsCountAsync (params Expression< Func< string, object >>[] parameters) |
| |
| Task< SubscriptionsCount > | SubscriptionsCountAsync (IDictionary< string, object > parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| |
| Task< SubscriptionsCount > | SubscriptionsCountAsync (object parameters, CancellationToken cancellationToken=default(CancellationToken)) |
| |
| Task< SubscriptionsCount > | SubscriptionsCountAsync (CancellationToken cancellationToken=default(CancellationToken)) |
| |
Provides a set of methods for Premium Account Activity API.
◆ Env()
◆ SubscriptionsCount() [1/4]
| SubscriptionsCount CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCount |
( |
| ) |
|
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
- Returns
- The count of subscriptions.
◆ SubscriptionsCount() [2/4]
| SubscriptionsCount CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCount |
( |
IDictionary< string, object > |
parameters | ) |
|
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The count of subscriptions.
◆ SubscriptionsCount() [3/4]
| SubscriptionsCount CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCount |
( |
object |
parameters | ) |
|
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The count of subscriptions.
◆ SubscriptionsCount() [4/4]
| SubscriptionsCount CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCount |
( |
params Expression< Func< string, object >>[] |
parameters | ) |
|
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The count of subscriptions.
◆ SubscriptionsCountAsync() [1/4]
| Task<SubscriptionsCount> CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCountAsync |
( |
CancellationToken |
cancellationToken = default(CancellationToken) | ) |
|
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
- Parameters
-
| cancellationToken | The cancellation token. |
- Returns
- The count of subscriptions.
◆ SubscriptionsCountAsync() [2/4]
| Task<SubscriptionsCount> CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCountAsync |
( |
IDictionary< string, object > |
parameters, |
|
|
CancellationToken |
cancellationToken = default(CancellationToken) |
|
) |
| |
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
- Returns
- The count of subscriptions.
◆ SubscriptionsCountAsync() [3/4]
| Task<SubscriptionsCount> CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCountAsync |
( |
object |
parameters, |
|
|
CancellationToken |
cancellationToken = default(CancellationToken) |
|
) |
| |
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
- Returns
- The count of subscriptions.
◆ SubscriptionsCountAsync() [4/4]
| Task<SubscriptionsCount> CoreTweet.AccountActivity.AccountActivityPremiumApi.SubscriptionsCountAsync |
( |
params Expression< Func< string, object >>[] |
parameters | ) |
|
|
inline |
Returns the count of subscriptions that are currently active on your account for all activities.
Note that the /count endpoint requires application-only OAuth, so that you should make requests using a bearer token instead of user context.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The count of subscriptions.
◆ Webhooks() [1/4]
| Environments CoreTweet.AccountActivity.AccountActivityPremiumApi.Webhooks |
( |
| ) |
|
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
- Returns
- The list of environments object.
◆ Webhooks() [2/4]
| Environments CoreTweet.AccountActivity.AccountActivityPremiumApi.Webhooks |
( |
IDictionary< string, object > |
parameters | ) |
|
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The list of environments object.
◆ Webhooks() [3/4]
| Environments CoreTweet.AccountActivity.AccountActivityPremiumApi.Webhooks |
( |
object |
parameters | ) |
|
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The list of environments object.
◆ Webhooks() [4/4]
| Environments CoreTweet.AccountActivity.AccountActivityPremiumApi.Webhooks |
( |
params Expression< Func< string, object >>[] |
parameters | ) |
|
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The list of environments object.
◆ WebhooksAsync() [1/4]
| Task<Environments> CoreTweet.AccountActivity.AccountActivityPremiumApi.WebhooksAsync |
( |
CancellationToken |
cancellationToken = default(CancellationToken) | ) |
|
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
- Parameters
-
| cancellationToken | The cancellation token. |
- Returns
- The list of environments object.
◆ WebhooksAsync() [2/4]
| Task<Environments> CoreTweet.AccountActivity.AccountActivityPremiumApi.WebhooksAsync |
( |
IDictionary< string, object > |
parameters, |
|
|
CancellationToken |
cancellationToken = default(CancellationToken) |
|
) |
| |
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
- Returns
- The list of environments object.
◆ WebhooksAsync() [3/4]
| Task<Environments> CoreTweet.AccountActivity.AccountActivityPremiumApi.WebhooksAsync |
( |
object |
parameters, |
|
|
CancellationToken |
cancellationToken = default(CancellationToken) |
|
) |
| |
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
| cancellationToken | The cancellation token. |
- Returns
- The list of environments object.
◆ WebhooksAsync() [4/4]
| Task<Environments> CoreTweet.AccountActivity.AccountActivityPremiumApi.WebhooksAsync |
( |
params Expression< Func< string, object >>[] |
parameters | ) |
|
|
inline |
Returns all environments, webhook URLs and their statuses for the authenticating app.
Available parameters: Nothing.
- Parameters
-
| parameters | The parameters. |
- Returns
- The list of environments object.
The documentation for this class was generated from the following files:


{{/* Required meta tags */}} {{/* The above 3 meta tags *must* come first in the head; any other head content must come *after* these tags */}} {{/* Let's Fake the Generator */}} {{/* NOTE: the Site's title, and if there is a page title, that is set too */}}


Trump, Biden Neck and Neck in Key Battleground Matchups
by CARSON McCULLOUGHFormer Vice President Joe Biden speaks during an Oct. 23, 2019, campaign event in Scranton, Pa. (AP Photo/Matt Rourke)
President Donald Trump speaks at the 2019 Second Step Presidential Justice Forum at Benedict College on Friday in Columbia, S.C. (AP Photo/Evan Vucci)
Sen. Bernie Sanders, I-Vt., and Sen. Elizabeth Warren, D-Mass., embrace on July 30, 2019, after the first of two Democratic presidential primary debates hosted by CNN in the Fox Theatre in Detroit. (AP Photo/Paul Sancya)
(CN) – Former Vice President Joe Biden holds small margin-of-error leads in hypothetical matchups with President Donald Trump in several key battleground states, according to polling data released Monday from The New York Times and Siena College.
The poll shows Biden commands small leads against Trump among registered voters in four vital 2020 toss-up states, with Biden leading Trump by five points in Arizona, three points each in Pennsylvania and Wisconsin, and two points in Florida. Biden manages to tie the president in Michigan and loses to Trump by two points in North Carolina.
These leads, however, remain largely within the margin of error.
The two candidates remain locked in a tight contest among likely voters as well. Biden leads Trump by two points or less in five of the battleground states, while Trump holds a two-point lead in North Carolina.
Trump fairs better when competing in hypothetical matchups against the other two Democratic front-runners, Vermont Senator Bernie Sanders and Massachusetts Senator Elizabeth Warren.
Trump and Sanders take three battleground states each among registered voters, with Trump leading in Florida, Arizona and North Carolina and Sanders leading in Michigan, Pennsylvania and Wisconsin.
Among likely voters, Trump beats Sanders in four of those states, with Sanders taking only Michigan. The men tie in Wisconsin.
Trump does even better in a one-on-one contest against Warren. Warren edges out the president by two points in Arizona among registered voters but loses to or ties with Trump in the other battleground states.
Among likely voters, Warren only manages to tie the president in Arizona. Trump leads the Massachusetts senator in each of the other five states.
Broken down by demographics, polling data shows much of Trump’s support comes from white voters who don’t have a college education. While each of three Democratic front-runners enjoy strong support from black, Hispanic and college-educated white voters, Trump continues to enjoy massive support from working-class white voters – one of the largest voting groups in the county.
Copyright © 2019 courthousenews.com


---
layout: post
title: "Comparing Input Functions for SPOJ input intensive problem : INTEST"
categories: [programming, io]
excerpt:
tags: [IO, C++]
image:
feature:
date: 2015-10-18 21:06:35.000000000 +05:30
modified: 2015-10-18 21:06:35.000000000 +05:30
---
I tried the problem using 4 methods, results of which I have tabulated as following :
| Method |
Time |
Comparision |
| Cin |
2.72s |
SLOWEST |
| scanf |
0.66s |
SAFE |
| cin with sync_with_stdio(false) |
0.54s |
NICE |
| getchar_unlocked() |
0.11s |
FASTEST |
If you require fast IO, always use getchar_unlocked(), but remember, with great power comes great responsibility. getchar_unlocked() is not thread safe, getchar_unlocked is a thread unsafe version of getchar( ), and as it does not check for any locks for threads accessing stdin. In short, you can use for normal integer inputs and when having large Input requirements.
Code Example using getchar_unlocked()
{% highlight cpp linenos %}
#include
#include
using namespace std;
#define gc getchar_unlocked
void scan(int &input) //for int only
{
input = 0;
register int c = gc();
for(;(c<48 || c>57);c = gc()); //for omitting spaces or any other character (other than number)
for(;c>47 && c<58;c = gc()) {input = (input<<1) + (input<<3) + c - 48;} //reading of the number
}
int main()
{
int n,k,i,ctr=0,x;
scan(n);
scan(k);
for(i=0;i


Wildlife's Sightings
There are {{ sightings.count }} sightings in the database.
{% for s in sightings %}
{{ s.animal }}
, seen in {{ s.country_name }} on {{ s.date }} and rated {{ s.rate }}
{% endfor %}


Home
Learn
Music
Watch
Product
Support
Contact us
Hi,I am Lucy
Tap on Speak button to speak with your virtual voice assistance.


Reports methods which may safely be made static. A method may be static if it is not synchronized, it does not reference any of its class' instance methods and instance fields, and it is not overridden in a subclass.
static
synchronized


Example 1: Making a GTC/triangle plot with pygtc¶
This example was generated from an IPython notebook!
Import dependencies¶
#If not using a JuPyter notebook, comment out the next two lines
%matplotlib inline
%config InlineBackend.figure_format = 'retina' # For mac users with Retina display
from matplotlib import pyplot as plt
import numpy as np
import pygtc
Generate fake data¶
Let’s create two sets of fake sample points with 8 dimensions each. Note that chains are allowed to have different lengths.
# Create Npoints samples from random multivariate, nDim-dimensional Gaussian
def create_random_samples(nDim, Npoints):
means = np.random.rand(nDim)
cov = .5 - np.random.rand(nDim**2).reshape((nDim,nDim))
cov = np.triu(cov)
cov += cov.T - np.diag(cov.diagonal())
cov = np.dot(cov,cov)
samples = np.random.multivariate_normal(means, cov, Npoints)
return samples
# Create two sets of fake data with 8 parameters
np.random.seed(0) # To be able to create the same fake data over and over again
samples1 = create_random_samples(8, 50000)
samples2 = 1+create_random_samples(8, 70000)
Minimal example¶
GTC = pygtc.plotGTC(chains=[samples1,samples2])
Complete the figure¶
Now let’s add: * axis and data labels * lines marking some important points in parameter space * Gaussian distributions on the 1d histograms that could indicate Gaussian priors we assumed
Note that all these must match number of parameters!
# List of parameter names, supports latex
# NOTE: For capital greek letters in latex mode, use \mathsf{}
names = ['param name',
'$B_\mathrm{\lambda}$',
'$E$', '$\\lambda$',
'C',
'D',
'$\mathsf{\Omega}$',
'$\\gamma$']
# Labels for the different chains
chainLabels = ["data1 $\lambda$",
"data 2"]
# List of Gaussian curves to plot
#(to represent priors): mean, width
# Empty () or None if no prior to plot
priors = ((2, 1),
(-1, 2),
(),
(0, .4),
None,
(1,1),
None,
None)
# List of truth values, to mark best-fit or input values
# NOT a python array because of different lengths
# Here we choose two sets of truth values
truths = ((4, .5, None, .1, 0, None, None, 0),
(None, None, .3, 1, None, None, None, None))
# Labels for the different truths
truthLabels = ( 'the truth',
'also true')
# Do the magic
GTC = pygtc.plotGTC(chains=[samples1,samples2],
paramNames=names,
chainLabels=chainLabels,
truths=truths,
truthLabels=truthLabels,
priors=priors)
Make figure publication ready¶
- See how the prior for \(B_{\lambda}\) is cut off on the left? Let’s display \(B_\lambda\) in the range (-5,4). Also, we could show a narrower range for \(\lambda\) like (-3,3).
- Given that we’re showing two sets of truth lines, let’s show the line
styles in the legend (
legendMarker=True
). - Finally, let’s make the figure size publication ready for MNRAS.
Given that we’re showing eight parameters, we’ll want to choose
figureSize='MNRAS_page'
and show a full page-width figure. - Save the figure as
fullGTC.pdf
and paste it into your publication!
# List of parameter ranges to show,
# empty () or None to let pyGTC decide
paramRanges = (None,
(-5,4),
(),
(-3,3),
None,
None,
None,
None)
# Do the magic
GTC = pygtc.plotGTC(chains=[samples1,samples2],
paramNames=names,
chainLabels=chainLabels,
truths=truths,
truthLabels=truthLabels,
priors=priors,
paramRanges=paramRanges,
figureSize='MNRAS_page',
plotName='fullGTC.pdf')
Single 2d panel¶
See how the covariance between C and D is a ground-breaking result? Let’s look in more detail! Here, we’ll want single-column figures.
# Redefine priors and truths
priors2d = (None,(1,1))
truths2d = (0,None)
# The 2d panel and the 1d histograms
GTC = pygtc.plotGTC(chains=[samples1[:,4:6], samples2[:,4:6]],
paramNames=names[4:6],
chainLabels=chainLabels,
truths=truths2d,
truthLabels=truthLabels[0],
priors=priors2d,
figureSize='MNRAS_column')
# Only the 2d panel
Range2d = ((-3,5),(-3,7)) # To make sure there's enough space for the legend
GTC = pygtc.plotGTC(chains=[samples1[:,4:6],samples2[:,4:6]],
paramNames=names[4:6],
chainLabels=chainLabels,
truths=truths2d,
truthLabels=truthLabels[0],
priors=priors2d,
paramRanges=Range2d,
figureSize='MNRAS_column',
do1dPlots=False)
Single 1d panel¶
Finally, let’s just plot the posterior on C
# Bit tricky, but remember each data set needs shape of (Npoints, nDim)
inputarr = [np.array([samples1[:,4]]).T,
np.array([samples2[:,4]]).T]
truth1d = [0.]
GTC = pygtc.plotGTC(chains=inputarr,
paramNames=names[4],
chainLabels=chainLabels,
truths=truth1d,
truthLabels=truthLabels[0],
figureSize='MNRAS_column',
doOnly1dPlot=True)


Hello and Welcome!
Let’s get to know each-other.
As a budding web-developer currently enrolled in the University of Washington’s Full Stack Boot Camp, I’m quickly building new competencies and will be seeking full-time employment starting in September of 2021.
With a background in nonprofit finance and administration and a passion for the arts, intersectional environmentalism, and tackling complex challenges, I have spent my career creating systems and order to support artists and others working in the humanity sector.
Coding allows me to be a more agile and versatile problem-solver, creating bridges between storytellers and audiences, problems and problem-solvers, and data and decision-makers. It opens doors and allows ideas to flourish and provides a more formally creative element in my professional toolkit.
Proficiencies
- Front-End: Bootstrap, Bulma, CSS, Handlebars, HTML, JavaScript, jQuery, and Moment.js
- Back-End: Express, Node.js, NPM, MySQL, and RESTful API
- Version Control: Git and GitHub
- Other: Heroku, Insomnia, and Visual Studio
Do we share a future?
I look forward to joining a team in a medium-to-large company that will push me to learn quickly, provide a pool of inspirational mentors, and allow me to gain valuable experience. In the meantime, adding to this portfolio page will keep you abreast of my growing skillsets. If you think we might work well together, please reach out! I look forward to hearing from you. You can check out my resume here: Resume


{# Note: this featured_group block is used as an example in the theming
tutorial in the docs! If you change this code, be sure to check
whether you need to update the docs. #}
{# Start template block example. #}
{% block featured_group %}
{% snippet 'home/snippets/featured_group.html' %}
{% endblock %}
{# End template block example. #}


{# This is a fallback error page for users who don't have JavaScript to prevent them from submitting the questionnaire prematurely. #} {% extends 'layout-2-1-bleedbar.html' %} {% block title -%} {{ _('Financial well-being questionnaire submission problem') }} {%- endblock %} {% block desc -%} {{ _('Please go back and retake the questionnaire to receive your score.') }} {%- endblock %} {% block content_main %}
{% if (current_language == 'en') %} Ver página en español {% else %} View page in English {% endif %}
{{ _('Please use your browser’s back button to return to the questionnaire and retake it to receive your score.') }}
{% endblock %}


3.2. Sets and Relations¶
3.2.1. Set Notation¶
The concept of a set in the mathematical sense has wide application in computer science. The notations and techniques of set theory are commonly used when describing and implementing algorithms because the abstractions associated with sets often help to clarify and simplify algorithm design.
A set is a collection of distinguishable members or elements. The members are typically drawn from some larger population known as the base type. Each member of a set is either a primitive element of the base type or is a set itself. There is no concept of duplication in a set. Each value from the base type is either in the set or not in the set. For example, a set named \(\mathbf{P}\) might consist of the three integers 7, 11, and 42. In this case, \(\mathbf{P}\)’s members are 7, 11, and 42, and the base type is integer.
The following table shows the symbols commonly used to express sets and their relationships.
Table 3.3.1
Here are some examples of this notation in use. First define two sets, \(\mathbf{P}\) and \(\mathbf{Q}\).
\(|\mathbf{P}| = 3\) (because \(\mathbf{P}\) has three members) and \(|\mathbf{Q}| = 2\) (because \(\mathbf{Q}\) has two members). Both of these sets are finite in length. Other sets can be infinite, for example, the set of integers.
The union of \(\mathbf{P}\) and \(\mathbf{Q}\), written \(\mathbf{P} \cup \mathbf{Q}\), is the set of elements in either \(\mathbf{P}\) or \(\mathbf{Q}\), which is {2, 3, 5, 10}. The intersection of \(\mathbf{P}\) and \(\mathbf{Q}\), written \(\mathbf{P} \cap \mathbf{Q}\), is the set of elements that appear in both \(\mathbf{P}\) and \(\mathbf{Q}\), which is {5}. The set difference of \(\mathbf{P}\) and \(\mathbf{Q}\), written \(\mathbf{P} - \mathbf{Q}\), is the set of elements that occur in \(\mathbf{P}\) but not in \(\mathbf{Q}\), which is {2, 3}. Note that \(\mathbf{P} \cup \mathbf{Q} = \mathbf{Q} \cup \mathbf{P}\) and that \(\mathbf{P} \cap \mathbf{Q} = \mathbf{Q} \cap \mathbf{P}\), but in general \(\mathbf{P} - \mathbf{Q} \neq \mathbf{Q} - \mathbf{P}\). In this example, \(\mathbf{Q} - \mathbf{P} = \{10\}\). Finally, the set {5, 3, 2} is indistinguishable from set \(\mathbf{P}\), because sets have no concept of order. Likewise, set {2, 3, 2, 5} is also indistinguishable from \(\mathbf{P}\), because sets have no concept of duplicate elements.
The set product or Cartesian product of two sets \(\mathbf{Q} \times \mathbf{P}\) is a set of ordered pairs. For our example sets, the set product would be
The powerset of a set \(\mathbf{S}\) (denoted \(2^S\)) is the set of all possible subsets for \(\mathbf{S}\). Consider the set \(\mathbf{S} = \{ a, b, c \}\). The powerset of \(\mathbf{S}\) is
A collection of elements with no order (like a set), but with duplicate-valued elements is called a bag 1. To distinguish bags from sets, we will use square brackets [] around a bag’s elements. For example, bag [3, 4, 5, 4] is distinct from bag [3, 4, 5], while set {3, 4, 5, 4} is indistinguishable from set {3, 4, 5}. However, bag [3, 4, 5, 4] is indistinguishable from bag [3, 4, 4, 5].
A sequence is a collection of elements with an order, and which may contain duplicate-valued elements. A sequence is also sometimes called a tuple or a vector. In a sequence, there is a 0th element, a 1st element, 2nd element, and so on. We will use angle brackets \(\langle\rangle\) to enclose the elements of a sequence. For example, \(\langle3, 4, 5, 4\rangle\) is a sequence. Note that sequence \(\langle3, 5, 4, 4\rangle\) is distinct from sequence \(\langle3, 4, 5, 4\rangle\), and both are distinct from sequence \(\langle3, 4, 5\rangle\).
- 1
The object referred to here as a bag is sometimes called a multilist. But, the term multilist also refers to a list that may contain sublists.
<IP_ADDRESS>. Relations¶
A relation \(R\) over set \(\mathbf{S}\) is a set of ordered pairs from \(\mathbf{S}\). As an example of a relation, if \(\mathbf{S}\) is \(\{a, b, c\}\), then
is a relation, and
is a different relation. If tuple \(\langle x, y\rangle\) is in relation \(R\), we may use the infix notation \(xRy\). We often use relations such as the less than operator (\(<\)) on the natural numbers, which includes ordered pairs such as \(\langle1, 3\rangle\) and \(\langle2, 23\rangle\), but not \(\langle3, 2\rangle\) or \(\langle2, 2\rangle\). Rather than writing the relationship in terms of ordered pairs, we typically use an infix notation for such relations, writing \(1<3\).
Define the properties of relations as follows, with \(R\) a binary relation over set \(\mathbf{S}\).
\(R\) is reflexive if \(aRa\) for all \(a \in \mathbf{S}\).
\(R\) is irreflexive if \(aRa\) is not true for all \(a \in \mathbf{S}\).
\(R\) is symmetric if whenever \(aRb\), then \(bRa\), for all \(a, b \in \mathbf{S}\).
\(R\) is antisymmetric if whenever \(aRb\) and \(bRa\), then \(a = b\), for all \(a, b \in \mathbf{S}\).
\(R\) is transitive if whenever \(aRb\) and \(bRc\), then \(aRc\), for all \(a, b, c \in \mathbf{S}\).
As examples, for the natural numbers, \(<\) is irreflexive (because \(aRa\) is never true), antisymmetric (because there is no case where \(aRb\) and \(bRa\)), and transitive. Relation \(\leq\) is reflexive, antisymmetric, and transitive. Relation \(=\) is reflexive, symmetric (and antisymmetric!), and transitive. For people, the relation “is a sibling of” is symmetric and transitive. If we define a person to be a sibling of themself, then it is reflexive; if we define a person not to be a sibling of themself, then it is not reflexive.
3.2.2. Equivalence Relations¶
\(R\) is an equivalence relation on set \(\mathbf{S}\) if it is reflexive, symmetric, and transitive. An equivalence relation can be used to partition a set into equivalence classes. If two elements \(a\) and \(b\) are equivalent to each other, we write \(a \equiv b\). A partition of a set \(\mathbf{S}\) is a collection of subsets that are disjoint from each other and whose union is \(\mathbf{S}\). An equivalence relation on set \(\mathbf{S}\) partitions the set into disjoint subsets whose elements are equivalent. The UNION/FIND algorithm efficiently maintains equivalence classes on a set. One application for such disjoint sets computing a minimal cost spanning tree.
Example 3.3.1
For the integers, \(=\) is an equivalence relation that partitions each element into a distinct subset. In other words, for any integer \(a\), three things are true.
\(a = a\),
if \(a = b\) then \(b = a\), and
if \(a = b\) and \(b = c\), then \(a = c\).
Of course, for distinct integers \(a\), \(b\), and \(c\) there are never cases where \(a = b\), \(b = a\), or \(b = c\). So the requirements for symmetry and transitivity are never violated, and therefore the relation is symmetric and transitive.
Example 3.3.2
If we clarify the definition of sibling to mean that a person is a sibling of themself, then the sibling relation is an equivalence relation that partitions the set of people.
Example 3.3.3
We can use the modulus function to define an equivalence relation. For the set of integers, use the modulus function to define a binary relation such that two numbers \(x\) and \(y\) are in the relation if and only if \(x \bmod m = y \bmod m\). Thus, for \(m = 4\), \(\langle1, 5\rangle\) is in the relation because \(1 \bmod 4 = 5 \bmod 4\). We see that modulus used in this way defines an equivalence relation on the integers, and this relation can be used to partition the integers into \(m\) equivalence classes. This relation is an equivalence relation because
\(x \bmod m = x \bmod m\) for all \(x\);
if \(x \bmod m = y \bmod m\), then \(y \bmod m = x \bmod m\); and
if \(x \bmod m = y \bmod m\) and \(y \bmod m = z \bmod m\), then \(x \bmod m = z \bmod m\).
3.2.3. Partial Orders¶
A binary relation is called a partial order if it is antisymmetric and transitive. If the relation is reflexive, it is called a non-strict partial order. If the relation is irreflexive, it is called a strict partial order. The set on which the partial order is defined is called a partially ordered set or a poset. Elements \(x\) and \(y\) of a set are comparable under a given relation \(R\) if either \(xRy\) or \(yRx\). If every pair of distinct elements in a partial order are comparable, then the order is called a total order or linear order.
Example 3.3.4
For the integers, relations \(<\) and \(\leq\) define partial orders. Operation \(<\) is a total order because, for every pair of integers \(x\) and \(y\) such that \(x \neq y\), either \(x < y\) or \(y < x\). Likewise, \(\leq\) is a total order because, for every pair of integers \(x\) and \(y\) such that \(x \neq y\), either \(x \leq y\) or \(y \leq x\).
Example 3.3.5
For the powerset of the integers, the subset operator defines a partial order (because it is antisymmetric and transitive). For example, \(\{1, 2\}\subseteq\{1, 2, 3\}\). However, sets {1, 2} and {1, 3} are not comparable by the subset operator, because neither is a subset of the other. Therefore, the subset operator does not define a total order on the powerset of the integers.


Every employee of MSS shall ensure the satisfaction of our customers by providing them with the best value in every product and service that carries the name of MSS. MSS will create and retain satisfied customers, offering for sale products or services, which respond to customer’s expectations. Our customers will be supplied with products and services of a given quality, to be delivered by or be available by a given time, and to be of a price which reflects value for money. The policy of the company, for the manufacture and construction of the work and the services it provides, is clearly defined and meets the requirement of quality.
• Operation and maintenance of a safe system of work.
• Consistent achievement of the specified quality.
• Economy of manufacture and construction activities.
• Provision of Instruction planned to suit identified needs.
• Adherence to programmes with best practices, and to comply with all applicable requirements.
MSS is committed to the health, safety and well-being of its employees, clients, subcontractors and all others that may be impacted by its operations. MSS is also committed to the protection and improvement of the environment in which it operates.
MSS will conduct all its work in accordance with the statutory or national requirements of RSA.
MSS recognizes that good health, safety and environmental performance is paramount and, therefore, will provide all necessary funding to carry out its activities to ensure that all risks are minimized.
• Eliminating hazards, conditions and situations that give rise to potential accidents. Where this is not practicable then measures will be put in place to reduce these hazards to a manageable level.
• Training employees in safe working practices and ensuring that this knowledge is regularly updated.
• Consulting with employees’ representatives on the matter of health and safety on a regular basis and stressing that continuous improvement is the responsibility of management and employees alike.
• Providing a safe working environment which takes into consideration the necessary protection of employees with regard to access to machinery, safe working procedures and safe use of substances etc. Where this is not possible or practicable then protective equipment will be provided to protect against the hazards identified.
• Providing adequate first aid and fire fighting facilities, as well as accident prevention and health surveillance, to improve standards of safety and reduce accidents and lost time.
• Ensuring employees understand their duties under the health, safety and environmental legislation.
• Conducting its business in an environmentally sensitive manner, taking appropriate measures to avoid causing environmental damage and reducing environmental impacts to a minimum when these are unavoidable.
• Reviewing and revising this policy at regular intervals.
Safety Officer
Safety Officer is responsible for the implementation of the requirements of the Company’s Health, Safety and Environmental Policy in the area of responsibility.
Familiarize himself with the requirements of the Policy and ensure they are implemented.
Ensure everyone is competent and give precise instructions regarding their responsibilities to ensure correct working methods are used.
Where necessary seek the advice of the Safety Personnel on any matter relating to safety.
Report all injuries, industrial health disorders and dangerous occurrences/near misses to the Managing Director.
Ensure, where necessary, injuries and dangerous occurrences are reported to the Managing Director and are involved in accident investigation where required.
Seek to set a personal example at all times.
As an individual undertaking an operative task you are responsible for ensuring that you look after your own health and safety and do not cause problems to others
In particular, it is the personal responsibility of each employee to use properly and conscientiously all safety equipment, devices and procedures and protective clothing and equipment that is fitted or made available.
Carry out their work in accordance the safe working practices adopted by MSS.
Work to instructions given by a person in authority.
Always obey all Company and specific site safety rules.
Wear any personnel protective equipment issued to them and ensure the equipment is kept in good condition.
Work in a safe manner at all times. Do not take unnecessary risks that might endanger yourself and others.
Not use equipment for work for which it was not intended.
Report any defects in plant to a managing director immediately and ensure that it is in a safe and secure state when left unattended.
Co-operate with the MSS in maintaining a safe working environment and suggest any ways for improving it.
Keep work areas clean and tidy.
Immediately clear up any spillages. Ensure all waste materials and rubbish are routinely removed and placed in the correct bins and skips.
Report personal industrial injuries and/or diseases to the Managing Director. You must also assist in any subsequent investigation.
Report any dangerous occurrences or near misses.
Report to the Managing Director any person seen abusing the welfare facilities provided.
Not play dangerous or practical jokes or "horseplay" on site.
Not work under the influence of alcohol or drugs.
Sources of noise likely to exceed occupational action levels will be assessed prior to commencement of works. Compliance with the Noise at Work Regulations will be achieved in accordance with the hierarchy of controls – i.e. reduction at source, provision of hearing protection and where practicable, establishment of defined hearing protection zones. Where appropriate health surveillance will be carried out. Environmental noise may be occasionally monitored at site boundaries to ensure that local limits are not breached.
A managing Director will render first aid when necessary. Other employees will, in the absence of the Managing Director, be capable of taking charge in an emergency, calling an ambulance and looking after first aid equipment. A suitable number of first aid boxes will be provided and maintained and be located in positions which are easily reached by all employees. Display notices will give the identity and location of first aiders.
MSS shall provide one or more first aid boxes containing medicines, bandages, antiseptics, and such as other first aid material. There shall be first aid box for workers. The box shall be entrusted to a person to a specialized in giving first aid.
Every worker shall comply with the instructions and orders respecting industrial and personal safety precaution use the necessary protective devices and treat any such devices in his possessions with due care. It shall be unlawful for a worker to commit any act leading to non-compliance with such instructions, to the misuse of the equipment provide for protecting the health and safety of the workers or to the damage or destruction of such equipment. An employer may, include in the disciplinary code penalties to be imposed on workers contravening the previsions of the preceding paragraph.
Welding first aid will be organized to protect both the operative and others from the dangers of burns, arc eye and electric shock. All equipment will be fully insulated and conform to the latest standards.
The operator will always wear adequate protective clothing to protect against burns, electrical contact between the welder’s body and his surroundings and against inadvertent contact with the ‘live’ welding electrode.
Fire extinguishers are to be provided where all welding activities take place along with welding screens to protect third parties from welding flash/arc eye. When and where required fire blankets to protect the surrounding area(s) will be provided.
Employees are able to raise occupational health issues and the communication of known hazards made to all those that could be affected. Appropriate corrective/preventative measures are implemented and the follow-up action is taken to ensure improvements are implemented. Workplace inspections and job observations take place as necessary to assist in identifying regulatory medical requirements. Appropriate risk assessments are carried out where necessary.
MSS will ensure that work equipment is carefully selected, ensuring that it complies with the regulations, and that it will be properly maintained. Operatives will receive all necessary information, instruction and be aware of any foreseeable dangers.
• ensure that equipment is properly constructed or adapted for the purpose for which it is used or provided;
• consider working conditions and risks to health and safety to persons where the equipment is to be used;
• ensure that the equipment is used only for operations and under conditions where it is suitable.
Managing Director shall ensure that operatives are provided with tools that are suitable for their intended task. All MSS operatives shall ensure that defective tools are reported to the Director for repair or removed from use.
MSS will ensure that appropriate arrangements are in place for young people at work including those on work experience.
• Assess the risks to young people before they start work.
• Ensure that the risk assessment takes into account specific factors, including their immaturity, inexperience and lack of awareness.
(This risk assessment will determine, with respect to work experience, whether the placement can go ahead).
• Introduce control measures to eliminate or minimize the risks.


Demo page for a forth interpreter cross compiled from C using emscripten. Read the README in the github repository for more details. github.com/marianoguerra/ricardo-forth/
To run first append some input by writing in the input text area and clicking append input, successive clicks will append to the input buffer that simulates stdin, then click run.
Once it runs to completion the binary calls exit(0), normally you would run it again, here you have to reload the page :)


{% extends "global/Page.html" %} {% load staticfiles otree %} {% load humanize %} {% block title %} Grouping {% if Constants.treatment %} and Redistribution {% endif %} {% endblock %} {% block content %}
Each participant will be randomly matched with two other participants to form a group of {{ Constants.players_per_group|apnumber }}. These groups will remain unchanged until the end of this session, i.e. you are matched with the same other two participants throughout.
Remember that your decisions and results will be absolutely anonymous. Your identity will neither be revealed to your co-participants nor to the experimenters at any time during or after the experiment.
You and the other group members will be performing the same type of task as in the rounds before. There will be {{ Constants.num_rounds|apnumber }} rounds of {{ Constants.time_in_minutes|apnumber }} minutes each.
{% if Constants.treatment %}
Your income from the letter counting task (but not from time spent in the switch mode) will be taxed at a rate of {{ Constants.tax_rate_percent|floatformat:0 }}%. All tax proceeds are then equally distributed among all members of the group, i.e. each group member gets 1/{{ Constants.players_per_group}} of the total tax revenue. The sum of your Net Income and the Redistributed Amount is your Available Income.
| Participant | Income from Letter Counting (Tk) | Tax Deduction {{ Constants.tax_rate_percent }}% (Tk) | Net Income (Tk) | Redistributed Amount (Tk) | Available Income (Tk) |
|---|---|---|---|---|---|
| X | 10 | -6 | 4 | 8.6 | 12.6 |
| Y | 18 | -10.8 | 7.2 | 8.6 | 15.8 |
| Z | 15 | -9 | 6 | 8.6 | 14.6 |
| Total: | 43 | -25.8 | 17.2 | 25.8 | 43 |
For instance, as illustrated in the table above, participant "X" solved 10 sequences with a piece rate of 1 Token per sequence and therefore earned a net income of 4 Tk. Assuming that all three group members in total solved 43 sequences, and consequently 25.8 Tk (={{ Constants.tax_rate_percent|floatformat:0 }}% of 43Tk) are redistributed, the total available income of participant "X" is equal to 12.6 Tk.
{% endif %}


0:0:0
Click
Auto mode
There's a secret on this mode. See if you can rest long enough to find it
Duration in Miliseconds
(1 second = 1000 miliseconds)
Change
Epilepsy Warning! Becareful


|
< Earlier Kibitzing · PAGE 2 OF 2 ·
Later Kibitzing> |
| Apr-21-05 | | shortsight: If she's not so tradisional, she would have become one of the hottest female player. She certainly looks very cute in person. |
|
| Apr-24-05 | | chessaholic: Anybody know how old is she? |
|
Apr-24-05
| | Ramin: shortsight, What do you mean by traditional?...she plays for the "Islamic" Republic Of Iran. They have to dress like that. Persian chicks are hot. |
|
| Apr-24-05 | | cade3: she is Krishnan Sasikiran's girlfriend. |
|
| Jan-09-06 | | EmperorAtahualpa: Wow! <Chopin> Remember us talking about Iranian girls? :) http://www.rokhdarrokh.com/photos/n...
http://www.chessbase.de/2005/dubai/... |
|
| Jan-09-06 | | Chopin: <Emperor> This is a beautiful women-- all I have to say, " What were you thinking?  I suspect you have done this in your mind, as you seem overly interested in these temptations of women. |
|
| Jun-06-06 | | Chopin: <S Navabi>
She had a decent performance at the 37th Chess Olympiad; good for her. |
|
| Jun-27-06 | | MuhammedShaik: I think that SHirin Navabi is the most beautiful woman that the human anatomy can construct. Her mesmerizing eyes, and drowning gaze, opens a new dimension of wonder! |
|
| Jun-28-06 | | Chopin: <MuhammedShaik> Well said. |
|
| Jun-28-06 | | MuhammedShaik: <chopin> does she have an email address? |
|
| Jun-28-06 | | Chopin: <MuhammedShaik>
<does she have an email address?> You could always ask her boyfriend Krishnan Sasikiran :) If you can manage to win her heart, I'll refer to you as <Sheikh> http://www.chessbase.com/images2/20... Those eyes! |
|
| Jun-29-06 | | Chopin: Another picture of Shirin Navabi:
http://www.chessbase.com/news/2005/... |
|
| Jun-29-06 | | MuhammedShaik: Winning her heart : the ultimate prize! If it were attainable I'd swim across the Red Sea that separates our continents. But if her heart truly belongs to another, then I must respect that; save for one wish : That she gets to know who I am and that I think, beyond any shred of doubt, with the conviction of my existence and the knowledge of my heart, that SHIRIN NAVABI epitomizes the indefinable dimensions of beauty! |
|
| Jun-29-06 | | MuhammedShaik: <Chopin> I guess my promotion to "Sheikh" will have to wait. |
|
| Jun-29-06 | | Chopin: <Sheikh>
Another picture of the Iranian beauty:
http://www.chessbase.com/news/2005/... |
|
| Jun-29-06 | | MuhammedShaik: <chopin> You torture me, my brother! She is lovely. I need to write to her. Any suggestions? |
|
| Jun-29-06 | | Chopin: <Sheikh>
One of our members is Yelena Dembo, whose an International Master-- I'm pretty sure she's heard of this Iranian beauty; it might be best to ask her. You need to get an idea of her tournament schedule and then plan accordingly. In the meantime, work on your Farsi. :) Good luck!
http://www.chessbase.com/news/2005/... She has a beautiful smile. |
|
| Jun-29-06 | | Chopin: There are a few pictures of Shirin Navabi here:
http://images.google.ca/imgres?imgu... |
|
| Jun-30-06 | | MuhammedShaik: <CHopin> Greetings! My heart pounds everytime I see her face! It seems however, from your picture references, that I am not alone in this infatuation! |
|
| Jun-30-06 | | MuhammedShaik: <CHopin> I've tried to contact her! My poetry would just have to endure a hidden sentence. In the language you Chess players know best, I guess i'll just have to "resign" Thanks for the pictures...seen them all.... savoured each pixel :) |
|
| Jun-30-06 | | mack: Pff, not a patch on Harriet Hunt. She looks a tad stoned in that chessbase photo. |
|
| Jul-01-06 | | MuhammedShaik: DId you know that Shirin NAvabi's with guy called Vahid? |
|
| Jul-05-06 | | Chopin: <DId you know that Shirin NAvabi's with guy called Vahid?> I thought she was dating Krishnan Sasikiran-- looks like he got the boot, or was it the other way around. |
|
| Apr-26-07 | | percyblakeney: Shirin Navabi is doing fine for a 2070 player in Dubai, after five rounds she has won with black against three 2400+ opponents and drawn a GM. http://chess-results.com/Tnr6312.as... |
|
|
|
< Earlier Kibitzing · PAGE 2 OF 2 ·
Later Kibitzing> |


# This is just a demo of syntax highlighting
# And very basic syntax checking (based on gherkin.js)
# Try to introduce a syntax error (Replace When with a different
# string). This will colour that line red.
Feature: Hello World
Scenario: Look Ma
Given I am in a browser
When I make a syntax error
Then stuff should be red
@tags @are @handy
Scenario: Look Pa
Given I am in a browser
When I make a syntax error
| a | table |
| yes | nice |
Then stuff should be red
"""
Several lines
is handy
sometimes
"""


{% seo %} {% include head-custom.html %}
I am a PhD candidate in Dept. of Electrical and Computer Engineering, University of Toronto under the supervision of Prof. Stark C. Draper.


JFrog Bitbucket add-on
What is this?
This is an add-on is integration of JFrog Artifactory & JFrog Bintray into Atlassian Bitbucket.
This integration provides a unified dashboard that visualizes the entire release pipeline from commit, through CI, quality gates and release for distribution.
Bamboo
Are you already a Bamboo user?Yes, Great Configure your Bamboo server in Setting.
No, It's ok. Get started Here
Artifactory
Are you already a Artifactory user?Yes, Great Configure your Artifactory server in Setting.
No, It's ok. Get started Here
Bintray
Are you already a Bintray user?Yes, Great Configure your Bintray account in Setting.
No, It's ok. Get started Here
Was this useful? Have a question or suggestion? ☞ @jfrog.


Confirm to your browser that you would like to allow this page to have access to any cameras connected to your computer or smartphone. Don't worry, this all runs in-browser, I don't send the images anywhere. View-source if you don't believe me.
Drag a box on the picture. The average color in the box will be set as the page background, and the colors that are in the box will be highlighted in the image.
A recent talk from some folks at the EPA got me interested in automatic color detection (the talk was in regardes to Harmful Algal Blooms and enabling citizens to report them in the wild).
This works with Google Chrome on desktop and mobile devices. I don't know if it works on Safari yet. I'd really like to get it to work with Firefox, but it causes an error "NS_ERROR_NOT_AVAILABLE" to draw the Video element to a Canvas. Does anyone know why that happens and if there is a fix? Let me know<EMAIL_ADDRESS>All of the source is in the page, if you want to check it out.


\$ {$command}\n"; $output .= htmlentities(trim($tmp)) . "\n"; } // Make it pretty for manual user access (and why not?) ?>
. ____ . ____________________________
|/ \| | |
[| ♥ ♥ |] | Git Deployment Script v0.1 |
|___==___| / © oodavid 2012 |
|____________________________|


Instructions
Order Number: If the job is for SAPUBs it will always have a Filemaker (or FM) number. Put that here (without the FM).
Due Date: Every item must have a due date. If the client doesn't give you one, ask. If they still don't know, look at the production schedule and assign a due date (just make sure you tell the client).
 Or CB+D if you aren't taking the task on yourself.
Production Notes: These notes are just for CB+D, the client won't see them. Give us as much detail as you can about what the client is looking for and what types of communication you've had with them. The more you put here, the easier it is for everyone else (and the fewer paniced phone calls you'll receive).
Client Notes: Client notes are used to clarify things that might be confusing on the quote or invoice. These WILL show up on the quote and invoice the client recieves, so be professional.
Approved By: This is the name of the client (or the client's finacial representative) who approved the quote for the job.
Approved On: When we recieved quote approval.
Attention: Mark the job as "Needs Attention!"
Status: How far along is the job? Jobs that have been approved should be marked "In Production" if nothing else applies.
Job: Which job does this item belong to? Only jobs that haven't been invoiced are listed here. If you're just editing an item for an invoiced job, leave this field blank.


{{extend "layout.html"}}
{{=XML(T("When a disaster happens, the generosity of volunteers makes the difference whether they take time to perform tasks such as filling sandbags for residents in flood areas, assisting in a Local Assistance Center, packing first-aid supplies, or helping unload trucks at a local donation center. When you volunteer it makes a difference no matter how much time you can %(give2la)s.") % dict(give2la = "Give2LA") )}}
{{=T("Click here to register your Volunteer Organization or Group.")}}


Origin For Developers
Origin is empowering developers to build decentralized marketplaces on the blockchain, which will allow buyers and sellers to meet and transact without requiring any trusted intermediaries. Achieving this visionary goal requires contributions from a growing community of developers; And we need your help.
What We Are Building
Origin.js - a library of Javascript code and Ethereum smart contracts which allow anyone to create decentralized marketplaces by calling simple API methods
Origin DApp - an example decentralized application that shows how easy it is to create and purchase listings, leave reviews, check identity, and more
Origin Bridge Server - an endpoint enabling functionality that is either impossible or impractical to do directly on-chain, such as indexing, identity attestations, and notifications
How To Get Involved
Our company is built upon a culture of radical inclusion and transparency. Everyone is welcome to participate in our open-source engineering process and our product discussions, which are public by default.
#1 Join our public Discord and introduce yourself in the #engineering channel
#2 Find an open issue on our GitHub project board and get your first pull request merged today.
Documentation
Our docs describe how to contribute, using Origin.js in your project, Origin's overall architecture, and much more.
Weekly Engineering Call
Tune in to our public Google Hangout every Wednesday at 12:30PM PT, where we provide updates on our engineering progress and discuss upcoming features.


EFF's Malema, Ndlozi to appear in court for allegedly assaulting cop
by Kamva SomdyalaEFF leader Julius Malema and party spokesperson Mbuyiseni Ndlozi will appear in the Randburg Magistrate's Court on Wednesday on charges of assault relating to a 2018 incident, the National Prosecuting Authority (NPA) said on Tuesday.
The pair allegedly assaulted a police colonel in April 2018 during the funeral of struggle icon Winnie Madikizela-Mandela.
NPA spokesperson Phindi Mjonondwane confirmed to News24 Malema and Ndlozi would be appearing in court after lobby group AfriForum issued a circular on Tuesday inviting the media to the proceeding.
READ | Sanef vs EFF: Equality court rules in party's favour in intimidation case
The incident was caught on CCTV, and the officer subsequently opened a case against the two.
The NPA's decision to prosecute came after sustained pressure from AfriForum which announced in July it would approach the court with a mandamus application that would compel it to make a decision regarding the prosecution of Malema and Ndlozi.
In September, the NPA communicated with the lobby group that it would prosecute them.
"Although we welcome the NPA's decision to prosecute, it is regrettable that AfriForum had to put so much pressure on it simply to fulfil its constitutional duty. We will carefully monitor the case to ensure that the complainants get justice," the lobby group's head of private prosecutions unit, advocate Gerrie Nel, said at the time.
Asked if there were any other charges added besides assault, Mjonondwane said those details would only become available after the two appeared in court.


The Astropy project is made both by and for its users, so we accept contributions of many kinds. We always welcome contributors who will abide by the Astropy Community Code of Conduct.
Feedback | Report an issue | Code/docs | Project Role | Affiliated Package | Financial | Academic ContributionsThere are several ways in which you can give feedback.
If you have found a bug in Astropy please report it. The preferred way is to create a new issue on the Astropy GitHub issue page; that requires creating a free account on GitHub if you do not have one.
If you prefer not to create a GitHub account, please report the issue to either the astropy mailing list, the astropy-dev mailing list or sending a private email to the astropy core developers at<EMAIL_ADDRESS>Please include an example that demonstrates the issue that will allow the developers to reproduce and fix the problem. You may be asked to also provide information about your operating system and a full Python stack trace; the Astropy developers will walk you through obtaining a stack trace if it is necessary.
If you are interested in contributing fixes, code or documentation to Astropy (whether the core package or affiliated packages), you should join the astropy-dev mailing list/forum, and start looking at any related issues. In particular, we have introduced a labeling system used across most Astropy-related packages which will allow you to find good starting issues. A good label to start with is Package-novice which means you don't need much prior experience of the package. You can use the following links to find all the issues labelled this way and also labeled by how much work they involve:
You may also want to familiarize yourself with the developer documentation, particularly the coding and documentation guidelines.
Once you have a change to propose, if it's a simple fix to just a single file, you can even just browse to the appropriate file and use the "edit" button on github. If it's a more complex change, we suggest you follow the developer install instructions, and use that with Astropy's github page to issue a pull request with your changes. If you aren't familiar with github, we suggest you looking over our workflow documentation. Once your code is accepted, you are officially an Astropy contributor and eligible to be included on the author list of future publications.
If you want to propose a larger change to Astropy, there's a procedure for that: Astropy Proposals for Enhancement (APEs) (modeled after Python's PEPs). The sort of changes that APEs are intended for include plans for new sub-packages, wide-ranging code re-organizations, a new procedure needing review by a lot of the Astropy community, or an informational document on some decision for Astropy that you want remembered. For more background on APEs, check out APE #1 and the APE repository's README. There is also a wiki page on Astropy's github repository that has an overview of the existing APEs.
If you are interested in a higher level of contribution to the project, you can consider taking on one of the formal project roles as listed in the Astropy Team page.
In order to be nominated for a named Astropy role, it is typical that a person will have been actively involved in the project for a considerable amount of time (at least a year and often longer) and have made substantial contributions. They will have shown a sustained commitment to Astropy by participating actively already in activities related to the role. This could involve submitting pull requests and participating in reviews, or discussions in other channels such as mailing lists or Slack, or other contributions as defined by a particular role. Finally, they need to express a desire to maintain this involvement going forward and accept the responsibility of having a role. For example, being a core sub-package maintainer involves interacting with users and responding to bug reports in a timely manner. If you are interested in taking on such a role, you can volunteer either on astropy-dev, by talking to a holder of the role you are interested in, or a coordination commitee member.
Whether you have an idea for a new Astronomy package, or already have a package that you want to integrate with the Astropy project, you can develop an affiliated package! You'll want to join the astropy-dev list so you can notify other developers of your intent to develop an affiliated package, and the astropy-affiliated-maintainers mailing list to be kept informed of updates to the package template, as well as to have any dicussions related to setting up affiliated packages. Then you can check out the affiliated package guidelines and the template for new affiliated packages to get started. We can even create a repository for your affiliated package in the astropy organization on GitHub, if you ask on the mailing list!
Donations to Astropy are managed by NumFOCUS. For donors in the United States, your gift is tax-deductible to the extent provided by law. As with any donation, you should consult with your tax adviser about your particular tax situation. If you would like to donate to astropy, please see the NumFOCUS contribution page for the Astropy Project:
Donate to AstropyWhile in some more technical areas, contributing code is recognized as a goal in and of itself, some academic fields have not yet developed a clear understanding of the role of code development relative to other more traditional contributions like publication. This sections aims to provide suggestions to academics for how you might justify contributions to the Astropy project if you are in a field or institution that needs convincing of the value of such contributions.
Contributing to the Astropy Project as a volunteer directly benefits the astronomical research community in tangible ways. Nevertheless, people employed in academic departments may be asked to justify their time and efforts in terms of direct benefit to their own department or organization. In this case it is worth highlighting the well-established role of community service in academia, including:
These volunteer duties typically bring no direct benefit to the home department of a researcher, yet they are widely accepted as necessary to the functioning of global research astronomy. We should now add the following to the above list of community service duties:


Ogp is a simple addition to your website that adds some sugar to improve your websites experience on social media.


Monthly Number of Broadcasts per BBC Channel for the Year 2009
Date
BBC Four
BBC One
BBC Three
BBC News 24
BBC Two
CBBC
Cbeebies


| Name | Version | Created Date |
Deployment Info is loading
|
Actions | Component | Owner | ID | |
|---|---|---|---|---|---|---|---|---|
| 0 | {{rowData.deployments.totalCount}} |
|
||||||
|
Expanded Row details for {{rowData.deployments}}
|


Morgan Stanley expands NYC office: Sources
by Lois WeissWall Street’s Morgan Stanley is expanding, sources tell The Post.
The financial firm run by James Gorman has expanded its lease at One New York Plaza by nearly 90,000 feet to total 1.3 million square feet.
Sources said the global firm took at least two floors totaling 88,699 square feet in the 2.581 square-foot tower.
The deal is good news for downtown which has lagged in leasing as Hudson Yards and the West Side have snagged major tenants.
The 50-story building is owned by Brookfield which recapitalized it at the end of 2016 for $1.395 billion. The white tower sits along the East River on the block bounded by Water, South Park and Broad streets.
In April 2012, Morgan Stanley expanded from over 800,000 square feet to 1.2 million feet, as previously reported by the Post.
Other tenants include the law firm Fried Frank which is the second-largest tenant with nearly 425,000 square feet and represented Morgan Stanley in the deal, sources told the Post, as did JLL brokers Peter Riguardi and Ken Siegel.
“There’s been a great relationship between Brookfield and Morgan Stanley and Brookfield has tried to accommodate Morgan Stanley’s expansion needs,” said attorney Jonathan Mechanic of Fried Frank declining to discuss any aspects of the deal.
Source said Brookfield was represented in-house by Jerry Larkin and Mikael Nahmias.
The other parties declined to comment or did not respond prior to press time.


Enter latitude and longitude. If no results, try widening the distance. Server sends events every 60sec.
Enter search term for location. Server sends events every 60sec.
| Type | Number | Name | RouteID | Direction | DirectionID | StopName | Capacity | Vibe | DepartureTime |
|---|


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object cetus.analysis.NormalExpression
@Deprecated public class NormalExpression
NormalExpression supports normalization and simplification of expressions. It internally transforms a given expression to a normalized form so that each operand of a commutative and associative operation is located at the same height in the tree representation; in other words, it converts a binary tree to a n-ary tree. This internal representation makes the simplification algorithm easier and the result of the simplification is converted back to the original internal representation of Cetus.
Like its predecessor Polaris, a key feature of Cetus is the ability to reason about the represented program in symbolic terms. For example, compiler analyses and optimizations at the source level often require the expressions in the program to be in a simplified form. A specific example is data dependence analysis that collects the coefficients of affine subscript expressions, which are passed to the underlying data dependence test package. Cetus has functionalities that ease the manipulation of expressions for pass writers. The following example shows how to invoke the simplifier. The simplifier returns a new copy of the original expression that was converted to a normalized form.
Expression e = ... e = NormalExpression.simplify(e);It is also possible for users to invoke individual simplification technique for their own purposes. The following examples show the functionality of the individual simplification technique. See the javadoc page or the source code to learn how to invoke each technique individually.
1+2*a+4-a --> 5+a (folding) a*(b+c) --> a*b+a*c (distribution) (a*2)/(8*c) --> a/(4*c) (division)
| Method Summary | |
|---|---|
static Expression |
add(Expression e1,
Expression e2)
Deprecated. Returns addition of the two expressions with simplification. |
static Expression |
and(Expression e1,
Expression e2)
Deprecated. Returns a binary expression e1&&e2 with simplification. |
static Expression |
binary(Expression e1,
java.lang.String op,
Expression e2)
Deprecated. |
static int |
compare(Expression e1,
Expression e2)
Deprecated. Compares the two expressions based on their normal forms. |
int |
compare(NormalExpression re1,
NormalExpression re2)
Deprecated. |
int |
compareTo(java.lang.Object o)
Deprecated. |
static Expression |
divide(Expression e1,
Expression e2)
Deprecated. Returns division of two expressions with simplification. |
static Expression |
eq(Expression e1,
Expression e2)
Deprecated. Returns an equality expression e1==e2 with simplification. |
boolean |
equals(java.lang.Object o)
Deprecated. |
static Expression |
getClosedFormSum(Expression lb,
Expression ub,
Expression e,
Identifier id)
Deprecated. Returns the closed form of the given summation parameters, sum(e) s.t. |
static Expression |
getCoefficient(Expression e,
Identifier id)
Deprecated. Returns the symbolic coefficient of the given identifier in the expression. |
static java.util.List<Expression> |
getCoefficient(Expression e,
java.util.List<Identifier> id_list)
Deprecated. Returns the list of coefficient with respect to the given set of identifiers. |
protected long |
getCoefficient(Identifier id)
Deprecated. |
protected long |
getConstantCoefficient()
Deprecated. |
static long |
getConstantCoefficient(Expression e)
Deprecated. Returns the constant term in the simplified expression. |
static Expression |
getConstantCoefficient(Expression e,
java.util.List<Identifier> id_list)
Deprecated. Returns the constant term with respect to the given set of variables. |
static java.util.List<Expression> |
getPolynomialCoef(Expression e,
Identifier id)
Deprecated. Returns a list of expressions which contains coefficients of n-th terms when the given id is the basis. |
protected java.util.List<Identifier> |
getVariableList()
Deprecated. |
static java.util.List<Identifier> |
getVariableList(Expression e)
Deprecated. Returns the list of variables if the given expression is affine. |
static boolean |
isAffine(Expression e,
java.util.List<Identifier> id_list)
Deprecated. Checks if the given expression is an affine expression with respect to the given set of identifiers. |
protected boolean |
isAffine(java.util.List<Identifier> id_list)
Deprecated. |
static Expression |
multiply(Expression e1,
Expression e2)
Deprecated. Returns multiplication of two expressions with simplification. |
static Expression |
negate(Expression e)
Deprecated. Returns a logically negated expression of the given expression. |
protected static NormalExpression |
normalSimplify(Expression e)
Deprecated. |
static Expression |
or(Expression e1,
Expression e2)
Deprecated. Returns a binary expression e1||e2 with simplification. |
static Expression |
power(Expression e,
int p)
Deprecated. Returns the given expression's p-th power. |
static void |
runtest(Program prog)
Deprecated. |
static Expression |
simplify(Expression e)
Deprecated. Returns a normalized(simplified) expression of an Expression . |
static Expression |
simplify(Expression e,
java.lang.String opt)
Deprecated. Returns a normalized expression of an Expression after applying
a specific option. |
protected static java.util.List |
solveForVariables(Expression e)
Deprecated. |
static Expression |
subtract(Expression e1,
Expression e2)
Deprecated. Returns subtraction of two expressions with simplification. |
java.lang.String |
toString()
Deprecated. Returns the string format of the normal expression (for debugging). |
| Methods inherited from class java.lang.Object |
|---|
clone, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Method Detail |
|---|
public static Expression simplify(Expression e)
Expression
.
It is important to notice that this method returns a normalized form and
this transformation may or may not result in reduced complexity in the
expression. Normalized expressions can be useful in analysis passes
by imposing a certain orders in the expression. Pass writers may be able
to customize the normalization process with
simplify(Expression,String)
.
e
- the Expression
object to be normalized.
simplify(Expression, String)
public static Expression simplify(Expression e, java.lang.String opt)
Expression
after applying
a specific option. These options include:
e
- the Expression
object to be normalized.opt
- the normalization option.
public static int compare(Expression e1, Expression e2)
e1
- the first expression.e2
- the second expression.
public static Expression binary(Expression e1, java.lang.String op, Expression e2)
public static Expression add(Expression e1, Expression e2)
e1
- the first operand of addition.e2
- the second operand of addition.
public static Expression subtract(Expression e1, Expression e2)
e1
- the first operand of subtraction.e2
- the second operand of subtraction.
public static Expression multiply(Expression e1, Expression e2)
e1
- the first operand of multiplication.e2
- the second operand of multiplication.
public static Expression divide(Expression e1, Expression e2)
e1
- the first operand of division.e2
- the second operand of division.
public static Expression power(Expression e, int p)
public static Expression negate(Expression e)
e
- the input expression.
public static Expression eq(Expression e1, Expression e2)
e1
- the first expression.e2
- the second expression.
public static Expression and(Expression e1, Expression e2)
e1
- the first expression.e2
- the second expression.
public static Expression or(Expression e1, Expression e2)
e1
- the first expressione2
- the second expression
public java.lang.String toString()
toString
in class java.lang.Object
public int compareTo(java.lang.Object o)
compareTo
in interface java.lang.Comparable
public boolean equals(java.lang.Object o)
equals
in interface java.util.Comparator<NormalExpression>
equals
in class java.lang.Object
public int compare(NormalExpression re1, NormalExpression re2)
compare
in interface java.util.Comparator<NormalExpression>
protected static NormalExpression normalSimplify(Expression e)
protected long getConstantCoefficient()
protected long getCoefficient(Identifier id)
protected java.util.List<Identifier> getVariableList()
protected boolean isAffine(java.util.List<Identifier> id_list)
public static long getConstantCoefficient(Expression e)
e
- the expression to be examined.
public static Expression getConstantCoefficient(Expression e, java.util.List<Identifier> id_list)
e
- the expression to be examined.id_list
- the list of variables (identifiers).
public static Expression getCoefficient(Expression e, Identifier id)
e
- the expression to be examined.id
- the identifier.
public static java.util.List<Expression> getCoefficient(Expression e, java.util.List<Identifier> id_list)
e
- the expression to be examined.id_list
- the list of identifiers.
public static java.util.List<Identifier> getVariableList(Expression e)
e
- the expression to be examined.
public static boolean isAffine(Expression e, java.util.List<Identifier> id_list)
e
- the expression to be examined.id_list
- the list of identifiers.
public static Expression getClosedFormSum(Expression lb, Expression ub, Expression e, Identifier id)
public static java.util.List<Expression> getPolynomialCoef(Expression e, Identifier id)
e
- the input expression.id
- the basis variable.
public static void runtest(Program prog)
protected static java.util.List solveForVariables(Expression e)
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Gefn's technology for production and application of renewable specialty chemicals, solvents and intermediates offers dynamic and synergetic processes, which improve resource efficiencies and eliminate fossil-based feedstocks by localised valorisation of by-products and waste from processing of oleo-feedstocks and by utilisation of climate-neutral CO2.
The oleochemical, biodiesel and omega-3 industries, and other oleo-feedstock processing, often generate considerable amounts of low value by-products and waste such as glycerol, fatty acids and triglycerides.
Sourcing of climate-neutral CO2 by direct air capture (DAC) and from fermentation and digestion of biomass, such as production of bioethanol and biomethane, constitute important alternative sources of carbon which can valorised in oleo-feedstock conversions.
Gefn’s process intensification-based technology enables dynamic, economical and localised production of green chemicals by conversion of glycerol, fatty acids and triglycerides through reactions with alcohols, carboxylic acids and climate-neutral CO2 into valuable carbonates and esters, subsequently used as specialty chemicals, solvents and intermediates.
Gefn’s plug-on processes synergistically improve resource efficiencies and production economics in oleo-feedstock processing plants. The associated utilisation of climate-neutral CO2 enables carbon-negative products and even an overall carbon-negative footprint.
The obtained carbonates and esters have a broad range of applications in cleaning products, personal care products, cosmetics, pharmaceuticals, paints, fuel additives, batteries, nutritional products and more. They can also serve as intermediates and be processed further into existing specialty and fine chemicals as well as for synthesising new types of materials.
Gefn’s process intensification-based technology is applied as complete and modular plug-on processes or as separate equipment. The modularity minimises downtime during integration and enables modifications and relocation.
The dynamic nature of Gefn’s processes and equipment allows flexibility in raw materials and products for optimisation of production costs and revenues. The technology enables a faster respond time to meet the needs of customers and the market.
The green chemicals resulting from Gefn’s technology are suitable and efficient for replacing fossil-based specialty chemicals and solvents in a wide range of industrial and consumer products. Gefn develops optimised formulations to maximise performances and minimise costs and environmental effects of the end products.
Gefn’s innovations will enable tomorrow’s chemical industry to profitably utilise “above ground carbon” in the form of by-products, waste and climate-neutral CO2 with ever less reliance on fossil-based hydrocarbons and virgin oleo-feedstocks. Gefn is constantly developing its technology towards yielding greener chemicals by increasing the proportion of climate-neutral CO2 in the overall feedstock mix.
Gefn has a broad range of strategic supply partners to support its R&D, engineering and commercialisation activities and downstream partners provided with technical services within Gefn’s core competences.
Become a partnerGefn is an innovative Icelandic chemical engineering company that develops and commercialises innovative solutions for the production and application of green chemicals and provides technical services in related fields. Gefn’s technology enables a profitable compliance with the emerging Circular Economy.


| Home | Trees | Indices | Help |
|
|---|
|
|
|
|||
gccxml = <logging.Logger instance at 0x00D53878> logger for gccxml functionality |
|||
queries_engine = <logging.Logger instance at 0x00D8BD50> logger for query engine functionality. |
|||
root = <logging.Logger instance at 0x00D8BFA8> root logger exists for your convinience only |
|||
all = [<logging.Logger instance at 0x00D8BFA8>, <logging.L... contains all logger classes, defined by the class |
|
gccxmllogger for gccxml functionality If you set this logger level to DEBUG, you will be able to see the exact command line, used to invoke GCC-XML and errors that occures during XML parsing
|
queries_enginelogger for query engine functionality. If you set this logger level to DEBUG, you will be able to see what queries you do against declarations tree, measure performance and may be even to improve it. Query engine reports queries and whether they are optimized or not.
|
rootroot logger exists for your convinience only
|
allcontains all logger classes, defined by the class
|
| Home | Trees | Indices | Help |
|
|---|
| Generated by Epydoc 3.0alpha3 on Thu Oct 19 08:14:27 2006 | http://epydoc.sourceforge.net |


Toggle navigation
TheBookswapCommunity
Explore
My Swaps
My Books
My Profile
My Requests
Log-Out
Add a Book
Enter the Book Name:
Enter the Book author's Name:
Enter a short synopsis about the book:
Enter a owner oriented book price $:
Select category for book:
Education
Self-Help
Thriller
Sci Fi
Horror
Detective
Other


Missed any important updates Or have any trouble looking for environmental announcements. Don't worry, we have got you covered. SHRISHTI, the official journal of PRAKRITI - The Techno Environmental Club of NIT Durgapur premiered first in OCTOBER 2020 with its only objective of providing information about environmental issues and to share ideas and resources so that readers can live more sustainable lives and be aware of the ongoing efforts for change. Enhancing our efforts for Mother Earth, releasing our new site of SHRISHTI, where with just one click you can surf all the previous and new headlines online.


Instructions:
Main Muscle Worked: {{lift.main_muscle}}
Secondary Muscles: {{other.name}}
Exercise Type: {{lift.type}}
Equipment: {{lift.equipment}}
Force: {{lift.force}}
Difficulty: {{lift.level}}
Mechanics Type: {{lift.mechanics}}
Sport: {{lift.sport}}
More Info: Bodybuilding.com


Service is temporarily unavailable
The server is temporarily unable to service your request due to maintenance downtime or capacity problems. Please try again later.


hpe_nimble_info – Collect information from HPE Nimble Storage array.¶
Synopsis¶
Collect information from a HPE Nimble Storage array. By default, the module will collect basic information including array, groups config, protection templates, protection schedules, snapshots, snapshot collections, volume collections and volume counts. Additional information can be collected based on the configured set of arguments.
Requirements¶
The below requirements are needed on the host that executes this module.
- Ansible 2.9 or later
- NimbleOS 5.0 or later
- HPE Nimble Storage SDK for Python 1.0.0 or later (nimble-sdk Python module)
Parameters¶
- gather_subset (False, list, minimum)
When supplied, this argument will define the information to be collected. Possible values for this include “all” “minimum” “config” “access_control_records”, “alarms”, “application_servers”, “application_categories”, “arrays”, “chap_users”, “controllers”, “disks”, “fibre_channel_interfaces”, “fibre_channel_configs”, “fibre_channel_initiator_aliases”, “fibre_channel_ports”, “folders”, “groups”, “initiator_groups”, “initiators”, “master_key”, “network_configs”, “performance_policies”, “pools”, “protection_schedules”, “protection_templates”, “protocol_endpoints”, “replication_partners”, “shelves”, “snapshots”, “snapshot_collections”, “software_versions”, “user_groups”, “user_policies”, “users”, “volumes”, “volume_collections”.
Each subset except “all”, “minimum” and “config” supports four types of subset options. Subset “all” supports limit and detail as subset options. Subset “config” and “minimum” does not support any subset options.
See the example section for usage of the following subset options.
fields - A string representing which attributes to display for a given subset.
limit - An integer value which represents how many latest items to show for a given subset.
detail - A bool flag when set to true fetches everything for a given subset. Default is “True”.
query - A key-value pair to query.
- host (True, str, None)
- HPE Nimble Storage IP address.
- password (True, str, None)
- HPE Nimble Storage password.
- username (True, str, None)
- HPE Nimble Storage user name.
Examples¶
- name: collect default set of information
hpe_nimble_info:
host: "{{ host }}"
username: "{{ username }}"
password: "{{ password }}"
gather_subset:
- minimum:
register: array_info
- name: show default information
debug:
msg: "{{ array_info['nimble_info']['default'] }}"
- name: collect config
hpe_nimble_info:
host: "{{ host }}"
username: "{{ username }}"
password: "{{ password }}"
gather_subset:
- config:
register: array_info
- name: show config information
debug:
msg: "{{ array_info['nimble_info']['config'] }}"
- name: collect all
hpe_nimble_info:
host: "{{ host }}"
username: "{{ username }}"
password: "{{ password }}"
gather_subset:
- all:
limit: 1
register: array_info
- name: show all information
debug:
msg: "{{ array_info['nimble_info'] }}"
- name: collect volume, snapshot and volume collection. Below query will show just one
snapshot detail with attributes 'name and id' for a volume called 'vol1'.
hpe_nimble_info:
host: "{{ host }}"
username: "{{ username }}"
password: "{{ password }}"
gather_subset:
- volumes:
fields: "name,id"
limit: 2
- volume_collections:
limit: 1
detail: false
- snapshots:
fields: "name,id"
query:
vol_name: "vol1"
limit: 1
detail: True
register: array_info
- name: show information
debug:
msg: "{{ array_info['nimble_info'] }}"
Status¶
- This module is not guaranteed to have a backwards compatible interface. [preview]
- This module is maintained by community.
Authors¶
- HPE Nimble Storage Ansible Team (@ar-india) <nimble-dcs-storage-automation-eng@hpe.com>


-programming and beyond-
Am a BBIT graduate from Jomo Kenyatta university of Agriculture and Technology class of 2019 with minimal work experience in IT networking and databases through school internships.
I joined Moringa School so as to get the much need hands-on tech and soft skills required in the job market today through a referal from an alumini with the aim of career development.
student at moringa studying to be a developer,i always look for creative ways to solve problems,prioritizing effeciency while preserving the importance of details and always improving.


Xcode 8 does not load unsigned code anymore - see https://github.com/alcatraz/Alcatraz/issues/475, therefore this project is deprecated and only available for historical purposes.
FixCode
Fixing the Fix Issue
button
This Xcode plugin disables the Fix Issue
functionality in Xcode. This way, none of your team members can click this button by mistake and might end up revoking existing certificates and provisioning profiles.
| Fix Issue | |
|---|---|
Avoid breaking existing profiles when clicking the Fix Issue button |
|
| Saves you hours of dealing with code signing | |
| Super easy installation | |
| Support for iOS, OS X, watchOS and tvOS projects |
Installation
Using fastlane
Add the install_xcode_plugin
to your Fastfile
. This way, the plugin gets installed for the whole team, so that no one can revoke your certificate by mistake.
lane :xcode do
install_xcode_plugin(github: 'https://github.com/FixIssue/FixCode')
end
fastlane xcode
Alcatraz
You can install FixCode
using Alcatraz.
First, install Alcatraz using
curl -fsSL https://raw.githubusercontent.com/supermarin/Alcatraz/deploy/Scripts/install.sh | sh
- Restart Xcode
- Click on
Window
- Select
Package Manager
- Search and Install
FixCode
- Restart Xcode
What does this do?
The primary goal of this plugin is to disable the original Fix Issue
button, as it has side effects, like sometimes revoking your certificates and with it all its provisioning profiles.
This is especially a big problem when working in a bigger team: Someone clicks the Fix Issue
button and revokes the other profiles. This includes Enterprise profiles, resulting in breaking the app on all devices it's installed on.
This Xcode plugin will deactivate the button and replace it with emojis. The button will open the official code signing guide.
You might ask yourself, why the button doesn't just run sigh or cert: Check out the blog post about developer tools by Felix Krause for more information about how developer tools should be transparent and show you what they do.
Thanks
- The code was implemented by @neonacho
- @KrauseFx was also there, providing drinks while @neonacho did the actual work.
Need help?
Please submit an issue on GitHub and provide information about your setup
License
This project is licensed under the terms of the MIT license. See the LICENSE file.
This project are in no way affiliated with Apple Inc. This project is open source under the MIT license, which means you have full access to the source code and can modify it to fit your own needs. This tool run on your own computer or server, so your credentials or other sensitive information will never leave your own computer. You are responsible for how you use this tool.


SPY HARD A film review by Christopher Null Copyright 1996 Christopher Null
Ugh. This is one of those reviews where I don't really know how to begin. Suffice it to say that I should have listened to all the friends of mine who refused to go see SPY HARD with me, saying that it wasn't their style, that star Leslie Nielsen had lost his comedic sense, or that the movie just plain looked bad.
They were all right.
SPY HARD is the most recent in Nielsen's franchise of spoof films, parodying the Bond genre and about a dozen other movies along the way, including IN THE LINE OF FIRE, CLIFFHANGER, SPEED, TRUE LIES, PULP FICTION, and even SISTER ACT and HOME ALONE. I won't bother recounting the negligible plotline, except to say that it involves two good guys (Nielsen as Dick Steele, "Agent WD-40," and Nicollette Sheridan as Veronique Ukrinsky, "Agent 3.14") and one bad guy (a masterfully cast Andy Griffith).
Here is what's funny about SPY HARD: "Weird Al" Yankovic's opening credit sequence and Andy Griffith's presence during his eight or so lines of dialogue.
What's not funny? *Everything else.*
Basically because the writers (and there were four of them) chose to play for cheap laughs instead of extended humor value, the film fails like a linebacker in a calculus exam. Director Rick Friedberg has absolutely no sense of comedic timing, and even the editing works against the film to lessen the impact of the jokes. It's almost an exercise in how to do everything wrong.
The best spy spoof out there is TOP SECRET!, Val Kilmer's homage to the war/Elvis movie and true laugh-a-minute material. Trust me, it's a lot cheaper to rent that film than to see SPY HARD. And much better for you.
RATING: *1/2
|------------------------------| \ ***** Perfection \ \ **** Good, memorable film \ \ *** Average, hits and misses \ \ ** Sub-par on many levels \ \ * Unquestionably awful \ |------------------------------|
-Christopher Null /<EMAIL_ADDRESS>-Screenwriter-Producer / Novelist-Publisher -Visit the Movie Emporium at http://www.filmcritic.com/ -and e-mail requests to join the movie review mailing list
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Interactive Maps with mapbox and p5js
Written on April 22nd , 2021 by Sara DaugbjergDigital interactive maps have become a powerful tool for communication and citizen engagement. Sara has made a manual that walks you through two examples and workflows on how to make interactive maps with Mapbox and p5js.
You can learn about the basic functionalities and styling options of Mapbox Studio and learn how to use p5js to add interactive elements. Mapbox Studio is a web-based tool for styling maps and creating geo-based data. p5js is a javascript library for creative coding.
The manual presents two examples of interactive maps.
In the first example you can learn how to work with static maps and add interactivity to it. You learn how to style a simple map on MapBox Studio and how to use p5js to program a simple interactive map for digital citizen participation, where the user can add dots to the map.
The second example shows how to work with Tile Maps, how to create geo-data on Mapbox Studio and how to use mappa.js, a javascript library for handling Mapbox GL JS maps. This, for designing a simple map with points of interest in a local area.
You can find the manual here: https://fablab.ruc.dk/interactive-maps/


Calculate a t test from the N's, means, and standard deviations rather than the case data
SPSSINC SUMMARY TTEST N1=value(s)* N2=value(s)*
MEAN1=value(s)* MEAN2=value(s)*
SD1=value(s)* SD2=value(s)*
CI=percentage
LABEL1=“text” “text” LABEL2=“text”
/HELP
* Required
** Default
/HELP displays this help and does nothing else.
SPSSINC SUMMARY TTEST N1=20 MEAN1=5 SD1=2 LABEL1="Sample 1"
N2=30 MEAN2=5.5 SD2=2.3 LABEL2="Sample 2" CI=95.
N1 and N2 are the case counts for the two samples.
MEAN1 and MEAN2 are the means.
SD1 and SD2 are the standard deviations.
LABEL1 and LABEL2 are optional labels for the samples as quoted text.
The N's, means, standard deviations, and labels can be lists of items.
One set of statistics is produced for each
set of items in the lists. All the lists must be the same length.
CI is the confidence level expressed as a percentage. It defaults to 95.
© Copyright IBM Corp. 1989, 2014


This message was sent on 13 December 2018
You must send your Self Assessment tax return for the 2016 to 2017 tax year by 31 January 2018.
There may be penalties if your tax return is late.


Welcome to
'E-Recruitment System'
of ERA InfoTech Ltd.
{#
#} {#
Please choose a name and enter your mobile number to start chatting with me..
#} {#
#}
Enter Chat
POWERED BY


--- layout: post title: Querying multiple SOLR Collections at once date: type: post published: false status: draft categories: - Life tags: [] meta: _edit_last: '51126004' author: login: nathanahlstrom email<EMAIL_ADDRESS>display_name: nathanahlstrom first_name: '' last_name: '' ---


Value Type:
an object.
Initial Value:
Description:
The variables *, **, and *** are maintained by the Lisp read-eval-print loop to save the values of results that are printed each time through the loop.
The value of * is the most recent primary value that was printed, the value of ** is the previous value of *, and the value of *** is the previous value of **.
If several values are produced, * contains the first value only; * contains nil if zero values are produced.
The values of *, **, and *** are updated immediately prior to printing the return value of a top-level form by the Lisp read-eval-print loop. If the evaluation of such a form is aborted prior to its normal return, the values of *, **, and *** are not updated.
Examples:
(values 'a1 'a2) => A1, A2 'b => B (values 'c1 'c2 'c3) => C1, C2, C3 (list * ** ***) => (C1 B A1) (defun cube-root (x) (expt x 1/3)) => CUBE-ROOT (compile *) => CUBE-ROOT (setq a (cube-root 27.0)) => 3.0 (* * 9.0) => 27.0
Affected By:
See Also:
- (variable), + (variable), / (variable), Section 25.1.1 (Top level loop)
Notes:
* == (car /) ** == (car //) *** == (car ///)


Canvas Drawing and Upload
A comparative study of raw canvas drawing and fabric.js drawing
Rectangle
Circle
Upload
Check Image
Triangle
Rectangle
Upload
Check Image


I build entire back-ends from the ground up: API, databases, DevOps.
Top 1% JavaScript developer on GitHub.
EU citizen available for long-term remote positions.
Lead several financial APIs (Node/MongoDB) from inception to launch.
Created business opportunities by migrating the entire back-end from legacy PHP/MySQL to Node/GraphQL/MongoDB microservices.
Designed and implemented new features for a WYSIWYG editor. Shaped the product’s testing strategy.
Saved 4 months/year from the team’s workload by upgrading the main product from Excel worksheets to a web stack (Node/AWS).
Node.js process errors are broken
Node.js prints process errors on the console which is very useful. Unfortunately those errors are not developer-friendly.
Mickael is simply one of the best backend developers I've ever worked with.
He's very passionate about both his craft and business side of things and I especially like his caring and positive attitude. I always trust him to design and implement data models and APIs, and I can be sure that the result will be well-tested, documented, performant and reliable.
Mickael is very organised, has a keen eye for detail and a clear communication style, all of which makes him a perfect teammate to work with.
Full-stack Web Developer
I had the pleasure of working with Mickael for one and a half year.
Mickael is a very dedicated, hard working and talented developer. He has high work ethics, and he is very very intelligent and a fast learner.
His personality is warm, inclusive and genuine. I can warmly recommend Mickael!
Founder and CEO at Oneflow
Mickael is passionate about software. I enjoyed discussing software and technological innovations with him.
He possesses hands-on coding skills and a great aptitude towards software development.
It's fun to work with Mickael. He would be an asset to any team.
Ed-tech/health-tech entrepreneur


Deer
Type:
Mammal.
Size:
60cm - 105cm.
Color:
Brown, Tan, White, Orange.
Life Span:
10 - 20 years.
Main Prey:
Acorns, Fruit, Grass.
Predators:
Wolf, Bear, Cougar.