Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 1
Preheat the oven to 200C/400F/Gas 6.
For the prawn skewer, thread the prawns and lime wedges (reserving some for garnish) alternately onto a wooden skewer. Drizzle with olive oil and season with salt and freshly ground black pepper.
Heat a griddle pan, add the skewer and griddle for four minutes on each side, or until the prawns are cooked through and the lime wedges are charred. Remove from the heat and keep warm.
For the charred pepper, place the pepper half onto a baking sheet, drizzle with olive oil and season with salt and freshly ground black pepper. Roast in the oven for 6-8 minutes, or until charred around the edges.
For the dressing, whisk the chilli flakes, lime juice, olive oil, salt and freshly ground black pepper, coriander and parsley together in a bowl until combined.
To serve, place the charred pepper onto a serving plate. Place the prawn skewer onto the charred pepper and drizzle with the dressing. Garnish with lime wedges.


Objective:
Put your Objective Here
University: School
Address: University Address
Major(s): Computer Science
Expected Graduation: 3005
Software:
- Software 1
- Software 2
- Software 3
- Software 4
Company: Position
Start Year - End Year
- Software 1
- Software 2
- Software 3
- Software 4


| Path: | README.rdoc |
| Last Update: | Sun May 01 07:51:31 -0700 2011 |
rails plugin install git@github.com:jeroeningen/acts_as_price.git
Create a column in the table of your database which you want to acts as a price.
NOTE THAT THE COLUMN MUST BE OF THE TYPE INTEGER.
In your model add the following:
column_name is the name of your database column e.g. price or price_per_liter.
validates is optional and add validation to the column
comma_seperated is optional and return the price comma seperated instead of dot seperated
currency is optional and adds a prefix for the currency to the price.
This plugin creates the following getters and setters:
class Car < ActiveRecord::Base acts_as_price :price, :comma_seperated => true, :currency => "EUR" end
car = Car.new :price => 12999
car.price -> EUR. 12999,00
car.price_in_cents -> 1299900
class Fueltype < ActiveRecord::Base acts_as_price :price_per_liter, :validates => true end
fuel = Fueltype.new :price_per_liter => 1.12
fuel.price -> 1.12
fuel.price_in_cents -> 112
fuel.price_per_liter -> 1.12
fuel.price_per_liter_in_cents -> 1.12
Acts As Price comes with a helper method to automatically test the plugin using Rspec.
To use this method please add the following to your spec_helper.rb file:
Now you may add the following code to your spec-files for your models:
context "given an valid model" do it "should acts as price" do test_acts_as_price_methods <column_name>, <fixture or stub> end end
To test the plugin use the command ‘rspec spec/**’ inside the dir ’~/vendor/plugins/acts_as_price‘
The command ‘rake test’ is not running properly at the moment.
This plugin comes with Rspec tests. However this plugin assumes that you have a database configuration, it actually don‘t use the database for the Rspec tests.
For feedback and bug reports contact: jeroeningen@gmail.com


COVID-19: From Diamond Princess
Home
(current)
COVID-19 From Diamond Princess REPORT
Novel Coronavirus (COVID-19) cases data provided by JHU CSSE
Infections: 1
Deaths: 0
Recovery: 0
Back to States or Provinces


Split The Bill is a simple app that safely stores your personal and billing info for restaurant, rideshare, hotel and other basic types of entertainemnt and travel expenses. Split The Bill makes it easy and convenient to split exspenses with friends, family and business associates!
Split The Bill can keep track of all of your info such as previous restaurants, entertainment locations and hotel stays. Tracking dates, times and cost incurred. STB is an invaluable tool for keeping records for business, pleasure or just as reminders of fun and enjoyable places you have visited!
LOGIN BELOW AND GET STARTED !!


+++ title = "Miami" lat = 25.798036 lon = -80.269546 +++
Transit in the city where the heat is on. I can't really say I've been to Miami, because I just stopped here in transit, in between San Francisco and Lima. I didn't leave the airport. Anyway, I don't really have any huge desire to see Miami, so maybe I'll see it properly one day, and maybe I won't.


Google Cast SDK Beta Release: Chrome SDK Media Meta Data Sample
Start/Stop Cast session by launching/stopping app
Launch app
Stop app
Auto join in same tab
Auto join across tabs
No auto join
Set auto join policy


The third most spoken language in the world, learning English can give you access to a world of ideas and possibilities. With about 360 million native speakers in 1st nation countries such as the United Kingdom and The United States, learning English will allow you to make friends or advance your career. There is no better time than right now to start learning!
Contact me today to get started down the road to you language fluency goals
Traditional language learning books and methods often teach grammar directly through charts and handouts. However, my teaching method focuses on teaching grammar through sitatuations that are relevant to you. The overall learning process in turn can be more efficient and longer lasting when lesson topics are agreed upon by the learner.
If you like coffee, we'll learn tenses by talking about coffee. If you like politics and comic books, we'll learn about hypotheticals by talking about Super Obama! It won't feel like a grammar lesson, but you will learn complex structures without trying. To learn more about individual taylored lessons and my teaching philosophy, check out the methods page
There are many ways to learn a new language and each learner has unique needs. I strive to find the right method for each person.
Whether you are a quick learner or slow, you will learn using a blend of time tested methods tailored around your schedule and learning style. To learn more about my teaching methodology, check out the methods page
Fun and humor not only makes learning more enjoyable, but it actually allows connections made in your brain to be stronger! If you are not enjoying what you are studying, then you probably will not retain as much of it afterwards. This is the cornerstone of the methods I use for teaching. enjoyment is crucial in the learning process.
Regular meetups with other students allows you to practice speaking and communicating in real life situations. It gives you and others a chance to see your progress!
Check out the community page for a schedule of upcoming events. Feel free to write a comment on our facebook group streaming live on this website. English only, please!


Translation¶
redux-form-auto uses internally a simple better-than-nothing built-in translation system. This system and its translation tables can be replaced and even completely overridden.
The translation strings are hierarchized following some pseudo-semantic rules:
`models.${model}.${field}.${misc}`
The meaning of the last misc
part usually depends on the type of field.
The dots navigates through children in the string table. Example:
{
models: {
computer: {
cpu: {
arm: 'ARM',
// ...
},
// ...
}
}
}
To translate string for your use call tr()
and pass the string path separated by dots:
import { tr } from 'redux-form-auto'
const message = tr('models.computers.cpu.arm')
/* message value is 'ARM' */
This is the usage of the tr()
function:
-
tr
(id, vars)¶ Translates a string given its id.
Arguments: - id (string) – Identifier in the form key1.key2.key3
- vars (object) – Object with substitution variables. It will substitute ocurrences when string contains this expression: __variable__. For example the string “My name is __name__” with vars = { name: ‘David’ } will return “My name is David”. Keys will be searched by partitioning the ‘path’. It will get the latest found key if any. For example, given the strings { “a”: { “b”: ‘Hello’ } } and looking for ‘a.b.c’ it will return ‘a.b’ (“Hello”).
Returns: Translated string
Variable substitution¶
You can also put variables in the translation strings:
{
name: {
create: '__name__ created'
}
}
This allows you to translate and inserting a value in the correct place of the string. Example:
import { tr } from 'redux-form-auto'
const name = 'Alice'
const message = tr('name.create', { name })
/* message value is 'Alice created' */
Adding strings¶
import { addTranslations } from 'redux-form-auto'
Then you call addTranslations with the object tree:
-
addTranslations
(lang)¶ Appends translations to current translation table
Arguments: - lang (object) – Translations merged into current.
It’s ok to overwrite a language with another. The non translated strings from the new language will remain from the former in the table. At the moment it’s up to you to take care about language completeness (or, better, use an external translator).
Multilanguage¶
If your application has more than one language and it can be changed on the fly, I better recommend to use translation utils over the core translations. Those functions store the languages separately:
import { setLanguageByName } from 'redux-form-auto'
setLanguageByName('en')
Use your own translation system¶
You can disable the translation system to use your own.
-
setTranslator
(translate)¶ Sets the translation engine that responds to tr().
Arguments: - translate (function) – Function with signature translate(id, params).
Example:
import { setTranslator } from 'redux-form-auto'
import { myTranslationTranslator } from './serious_translator'
setTranslator((tr, data) => {
/* do something with tr or data */
return myTranslationTranslator(something, somethingElse)
})
Or you can drop it directly to setTranslator()
if it’s compatible.
Translatable objects¶
The library uses internally translatable objects. Any validator can return a translatable object as a result of an unsuccessful validation, as anything positive will be returned on failure.
To create a translatable object in your custom validator use
-
translatable
(msg, msgData)¶ Creates a translatable object.
Arguments: - msg (string) – Id for the message
- msgData (object) – Object for variable substitution
Returns: translatableObject – Object to be translated elsewhere.
Out of curiosity, the following is the structure of such object. It’s not a function (sorry about that).
-
translatableObject
()¶ Translatable intermediary object.
Arguments: - _translatable (boolean) – Always
true
, used to identify translations in the results object. - msg (string) – Id for the message in the translation table.
- msgData (object) – Data passed to the tr() function to provide variable substitution for the string.
- _translatable (boolean) – Always
The translatable object was created in order to be able to transfer error messages without agreeing on language, for example to validate on server.


Crazy simple client & server side localisation
Lingual.js is a small library that makes it a breeze to bind translations to a page. It is focused on being a powerful data API driven library that leverages a store of translations from a json file to inject into the page.
Include lingual.js in the head of your document or directly below the closing body tag. jQuery is a requirement.

If you want to use Lingual.js on the server, run npm install
, then include like any node module:
var Lingual = require('Lingual.js');
Currently, there are three ways to initialize Lingual.js on the client. Initializing consists of setting the language to use and setting the dictionary/hash/object of strings to use for translation.
new Lingual('path/to/translations_en.json', settings);
new Lingual('path/to/translations_%LANG%.json', settings);
%LANG%
will dynamically be replaced by the language that is automatically detected.
new Lingual({
"en": {
"foo": "bar"
}
}, settings);
Initializing Lingual on the server:
var Lingual = require('Lingual.js');
var locales = require('path/to/locale.json');
new Lingual(locales, settings);
var settings = {
lang: '',
pathDelimiter: '.',
selectorKey: 'translate',
variants: false,
fixFloats: true,
debug: true
};
lang
: String, The language key you want to set. (e.g. "en" or "de"). On the client, leave undefined to attempt to automatically detect.pathDelimiter
: String, The string to denote a key in your translation hashselectorKey
: String, The data-attribute
name to use for translations: (e.g. "data-translate")variants
: Boolean, If true, language variants will be used (e.g. "en-US" as opposed to "en")fixFloats
: Boolean, Fixes a bug in some browsers that collapse a floated element and do not reflow when text has been injecteddebug
: Boolean, If true, logging for the specified localiser will be activePass an object literal as the second parameter of the constructor method to set the settings to use for the instantiated object.
There are various ways to set the language to be used with Lingual.js, and there are fallbacks to setting the language. The order is as follows:
settings.lang
value will be used first (if specified)lang
attribute on the html
element will be checked next (e.g.
).navigator.language
property will be used if the lang
attribute on html
is not set.Lingual.js aims to be as simple as possible. The main method of translating strings is via the data-translate
attribute on HTML elements.

This will look for the foo
key within the locale object set earlier and set the div's contents to that string.
You can use an infinite depth of keys to pull from. For example:

You can specify certain attributes to be translated
<input type="button" data-translate="value: foo">

<input type="text" data-translate="placeholder: foo">

This will look deeper within the object, allowing you to organize your translations. You can change the delimiter used by settings pathDelimiter
in the settings object.
You can pass dynamic data to the strings to be interpolated. Currently, the only type of data replacement supported is with an object literal.
var translate = new Lingual({
"en": {
"foo": "Hello, :name!"
}
});

var translator = new Lingual(/* locales, settings */);
locale(String locale)
Change the locale of the document. Must be a string that matches with a preexisting key in the json translations provided upon initialization.
translator.locale("es");
translate($Element)
Translate all DOM elements to the set locale. If there is a jQuery object passed as a parameter, the translations will only occur within the scope of that object.
translator.translate();
gettext(String key, Mixed vars)
Returns the translation for the specified key with an optional vars
parameter being an Array or an Object Literal/Json.
translator.gettext("foo", ["Vars"]);
The server side version of Lingual.js is the same as the client, minus the data attribute API and the translate
method.
The MIT License (MIT)
Copyright (c) 2014 Maker Studios
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


001/* 002 * Licensed to the Apache Software Foundation (ASF) under one 003 * or more contributor license agreements. See the NOTICE file 004 * distributed with this work for additional information 005 * regarding copyright ownership. The ASF licenses this file 006 * to you under the Apache License, Version 2.0 (the 007 * "License"); you may not use this file except in compliance 008 * with the License. You may obtain a copy of the License at 009 * 010 * http://www.apache.org/licenses/LICENSE-2.0 011 * 012 * Unless required by applicable law or agreed to in writing, 013 * software distributed under the License is distributed on an 014 * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY 015 * KIND, either express or implied. See the License for the 016 * specific language governing permissions and limitations 017 * under the License. 018 */ 019package org.apache.shiro.codec; 020 021/** 022 * Hexadecimal encoder and decoder. 023 *
 024 * This class was borrowed from Apache Commons Codec SVN repository (rev. {@code 560660}) with modifications 025 * to enable Hex conversion without a full dependency on Commons Codec. We didn't want to reinvent the wheel of 026 * great work they've done, but also didn't want to force every Shiro user to depend on the commons-codec.jar 027 *
 028 * As per the Apache 2.0 license, the original copyright notice and all author and copyright information have 029 * remained in tact. 030 * 031 * @see Wikipedia: Hexadecimal 032 * @since 0.9 033 */ 034public class Hex { 035 036 /** 037 * Used to build output as Hex 038 */ 039 private static final char[] DIGITS = { 040 '0', '1', '2', '3', '4', '5', '6', '7', 041 '8', '9', 'a', 'b', 'c', 'd', 'e', 'f' 042 }; 043 044 /** 045 * Encodes the specified byte array to a character array and then returns that character array 046 * as a String. 047 * 048 * @param bytes the byte array to Hex-encode. 049 * @return A String representation of the resultant hex-encoded char array. 050 */ 051 public static String encodeToString(byte[] bytes) { 052 char[] encodedChars = encode(bytes); 053 return new String(encodedChars); 054 } 055 056 /** 057 * Converts an array of bytes into an array of characters representing the hexadecimal values of each byte in order. 058 * The returned array will be double the length of the passed array, as it takes two characters to represent any 059 * given byte. 060 * 061 * @param data byte[] to convert to Hex characters 062 * @return A char[] containing hexadecimal characters 063 */ 064 public static char[] encode(byte[] data) { 065 066 int l = data.length; 067 068 char[] out = new char[l << 1]; 069 070 // two characters form the hex value. 071 for (int i = 0, j = 0; i < l; i++) { 072 out[j++] = DIGITS[(0xF0 & data[i]) >>> 4]; 073 out[j++] = DIGITS[0x0F & data[i]]; 074 } 075 076 return out; 077 } 078 079 /** 080 * Converts an array of character bytes representing hexadecimal values into an 081 * array of bytes of those same values. The returned array will be half the 082 * length of the passed array, as it takes two characters to represent any 083 * given byte. An exception is thrown if the passed char array has an odd 084 * number of elements. 085 * 086 * @param array An array of character bytes containing hexadecimal digits 087 * @return A byte array containing binary data decoded from 088 * the supplied byte array (representing characters). 089 * @throws IllegalArgumentException Thrown if an odd number of characters is supplied 090 * to this function 091 * @see #decode(char[]) 092 */ 093 public static byte[] decode(byte[] array) throws IllegalArgumentException { 094 String s = CodecSupport.toString(array); 095 return decode(s); 096 } 097 098 /** 099 * Converts the specified Hex-encoded String into a raw byte array. This is a 100 * convenience method that merely delegates to {@link #decode(char[])} using the 101 * argument's hex.toCharArray() value. 102 * 103 * @param hex a Hex-encoded String. 104 * @return A byte array containing binary data decoded from the supplied String's char array. 105 */ 106 public static byte[] decode(String hex) { 107 return decode(hex.toCharArray()); 108 } 109 110 /** 111 * Converts an array of characters representing hexadecimal values into an 112 * array of bytes of those same values. The returned array will be half the 113 * length of the passed array, as it takes two characters to represent any 114 * given byte. An exception is thrown if the passed char array has an odd 115 * number of elements. 116 * 117 * @param data An array of characters containing hexadecimal digits 118 * @return A byte array containing binary data decoded from 119 * the supplied char array. 120 * @throws IllegalArgumentException if an odd number or illegal of characters 121 * is supplied 122 */ 123 public static byte[] decode(char[] data) throws IllegalArgumentException { 124 125 int len = data.length; 126 127 if ((len & 0x01) != 0) { 128 throw new IllegalArgumentException("Odd number of characters."); 129 } 130 131 byte[] out = new byte[len >> 1]; 132 133 // two characters form the hex value. 134 for (int i = 0, j = 0; j < len; i++) { 135 int f = toDigit(data[j], j) << 4; 136 j++; 137 f = f | toDigit(data[j], j); 138 j++; 139 out[i] = (byte) (f & 0xFF); 140 } 141 142 return out; 143 } 144 145 /** 146 * Converts a hexadecimal character to an integer. 147 * 148 * @param ch A character to convert to an integer digit 149 * @param index The index of the character in the source 150 * @return An integer 151 * @throws IllegalArgumentException if ch is an illegal hex character 152 */ 153 protected static int toDigit(char ch, int index) throws IllegalArgumentException { 154 int digit = Character.digit(ch, 16); 155 if (digit == -1) { 156 throw new IllegalArgumentException("Illegal hexadecimal character " + ch + " at index " + index); 157 } 158 return digit; 159 } 160 161 162}


Title
Description
Cache Last Updated
Number of photos currently in cache
Owner
{% for album in albums -%}
{% endfor -%}


Introduction to programming
Doing useful things
In general, to do useful things with programming languages, you need to grab an item you want to do something to, and then use code to do something to it.
In JavaScript, we do this by grabbing a reference to the object we want to have an effect on. We've already done this — we've stored some items in variables. You can store anything in a variable, whether it is a simple string or number value, or something more complicated, like a video, paragraph or other element on a web page. This is done via the document object model.
Making a start
For this section, make a new copy of the template file. Put the following HTML into your HTML area:

My heading

We can grab a reference to this element using the following line — put this in your JavaScript area:
var myH1 = document.querySelector('.myHeading');
// Store a reference to the h1 element inside a variable called myH1
We could then do things to our heading by affecting the variable with more JavaScript. For example, to alter the text inside the heading, you could do this:
myH1.innerHTML = "My updated heading";
// Change the content inside our h1 to equal the specified string
Exercise: improving our game to make things happen in the HTML
Let's improve the user experience of our game. It is pretty bad form to have all your messages appearing in alert dialog boxes. This isn't something you want to see people using in the real world. It'd be better to have the messages appearing inside your web page. The current code looks like this:
var randomNumber = Math.floor(Math.random() * 100) + 1;
for(i = 1; i <= 10 ; i++) {
var userGuess = prompt("Enter guess " + i);
if(userGuess === randomNumber) {
alert("Congratulations.
}
}
}
At this point, open up the template file copy that you wrote the game code into previously. If you haven't got a copy, just create a new copy of the template and paste the above code into the JavaScript section.
- To do this, we need to first create some HTML elements for the previous guesses, result of the last guess, and whether it is too low or too high. Add the following into your HTML area:
- Now we need to store these in variables so we can get at them and do things with them in JavaScript. Add the following lines into the top of your JavaScript area:
- Next we need to replace the
alert()
functions with lines to write the results into those paragraphs, not just shout them out in alert boxes. First, find the linevar userGuess = prompt("Enter guess " + i);
; directly below this line add the following: - Now replace the line
alert("Congratulations. You got it right!");
with - Replace
alert("wrong");
with - Replace
alert("Your guess is too low!");
with - Replace
alert("Your guess is too high!");
with

Number guessing game

var guesses = document.querySelector(".guesses");
var lastResult = document.querySelector(".lastResult");
var lowOrHi = document.querySelector(".lowOrHi");
guesses.innerHTML += userGuess + " ";
lastResult.innerHTML = "Congratulations! You got it right!";
lowOrHi.innerHTML = "";
lastResult.innerHTML = "Wrong!";
lowOrHi.innerHTML = "Your guess is too low!";
lowOrHi.innerHTML = "Your guess is too high!";
Your final code should look like this:
var randomNumber = Math.floor(Math.random() * 100) + 1;
for(i = 1; i <= 10 ; i++) {
var userGuess = prompt("Enter guess " + i);
guesses.innerHTML += userGuess + " ";
if(userGuess === randomNumber) {
lastResult.innerHTML = "Congratulations! You got it right!";
lowOrHi.innerHTML = "";
break;
} else {
lastResult.innerHTML = "Wrong!";
if(userGuess < randomNumber) {
lowOrHi.innerHTML = "Your guess is too low!";
} else if(userGuess > randomNumber) {
lowOrHi.innerHTML = "Your guess is too high!";
}
}
}
This work is licensed under a Creative Commons Attribution 4.0 International License. Share it, make it better, use it for good.


{% extends 'authentication/pages/_form_base.html' %} {% load widget_tweaks staticfiles %} {% block title %}Welcome | Reset Password{% endblock %} {% block formheading %}Enter new password{% endblock %} {% block form %}
There was a problem with passwords you entered. Please try again.
{% endif %}


{% extends "politics/Page.html" %} {% load staticfiles otree %} {% block title %} Voting Decision {% endblock %} {% block content %}
Not everybody is eligible for voting. Unfortunately, you cannot vote. Please click the 'next' button to proceed.
{% next_button %} {% endblock %}


Channel Organizer
[v11+]
Channel Organizer shows data stored in various channels of Clipjump and performs basic functions to manage them.
It can be activated from the Action Mode using the key 'O' but the user can also create a system-level shortcut for it through the Settings Editor.
The left side list shows all the channels you have created with their channel numbers. The topmost item in the list i.e. the blank item shows clips of all the
channels when it is selected.
Users can right-click on the clip to view options that are available.
Many options have also been made accessible through buttons that are in between the
two lists. The buttons do the common functions for both channels as well as clips and the top horizontal arrow indicates the direction for which other buttons
will perform.
Options available like Insta-paste, Edit Clip, preview, search are all inspired from the History Tool.
You can edit clip's tags and fixate status using the Properties option in Context Menu. Make fixed = 1
in Properties to enable FIXATE option for a clip.
The New button (Ctrl+N) can be used to create new clip in the currently selected channel. If all channels are selected i.e. the blank item, the clip is created in
channel 0.
The Delete option currently doesn't support multi-selection so you will be available to delete only one item at a time.
Translate


|
Hephaestus
0.0.4
|
Provide the metadata necessary to bind and draw an IBO. More...
#include <window.hpp>
Public Member Functions | |
| unsigned | get_num_indices () |
| Get the number of indices this IBO is supposed to hold. More... | |
Data Fields | |
| generic_buffer * | buf {} |
The underlying generic_buffer that this metadata describes (and is to be used as a IBO) More... | |
| bool | is32bit {} |
True if each index entry in the buffer is 32 bits. (ie uint32_t ). False if they are 16 bits (ie uint16_t ) More... | |
| ::vk::DeviceSize | offset = 0 |
| The index at which to start drawing indices (in bytes) More... | |
Provide the metadata necessary to bind and draw an IBO.
Definition at line 445 of file window.hpp.
|
inline |
| generic_buffer * hp::vk::index_buffer::buf {} |
The underlying generic_buffer
that this metadata describes (and is to be used as a IBO)
Definition at line 450 of file window.hpp.
| bool hp::vk::index_buffer::is32bit {} |
True if each index entry in the buffer is 32 bits. (ie uint32_t
). False if they are 16 bits (ie uint16_t
)
Definition at line 456 of file window.hpp.
| vk::DeviceSize hp::vk::index_buffer::offset = 0 |
The index at which to start drawing indices (in bytes)
Definition at line 462 of file window.hpp.


cineRent.to - Just a better place for watching movies online free. It
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PART 4. PAYMENT
§490:4A-401 Payment date. "Payment date" of a payment order means the day on which the amount of the order is payable to the beneficiary by the beneficiary's bank. The payment date may be determined by instruction of the sender but cannot be earlier than the day the order is received by the beneficiary's bank and, unless otherwise determined, is the day the order is received by the beneficiary's bank. [L 1991, c 41, pt of §1]


ZOULOU is proudly offering you a full Money Back Guarantee. This is simple and quick: If you're able to sell your house before the end of your subscription period, we are reimbursing you the full remaining balance.
Just inform us by mail about the date of the sale and enclose a copy of the deeds or a notary confirmation. We assure you that the reimbursement will be on your account within a week.


% if (!athlete.hrZonesTS || !athlete.hrZones) { %> Heartrate zones have not been established.
<% } else {%> Heartrate Zones | updated {{humanDate(athlete.hrZonesTS)}}| Z1 | Recovery | 0 - {{athlete.hrZones.z1}} |
| Z2 | Endurance | {{athlete.hrZones.z1}} - {{athlete.hrZones.z2}} |
| Z3 | Tempo | {{athlete.hrZones.z2}} - {{athlete.hrZones.z3}} |
| Z4 | Threshold | {{athlete.hrZones.z3}} - {{athlete.hrZones.z4}} |
| Z5 | Anaerobic | {{athlete.hrZones.z4}} - Max |


Sensex rises over 200 pts; Nifty tests 11,950
by PTIMarket benchmark BSE Sensex jumped over 200 points in early trade on Monday tracking gains in index-heavyweights Infosys, Reliance Industries and Bharti Airtel amid positive cues from global equities.
The 30-share index was trading 213.78 points, or 0.53 per cent, higher at 40,573.19. Similarly, the broader Nifty rose 57.65 points, or 0.48 per cent, to 11,972.05.
Top gainers in the Sensex pack included Tata Steel which rose up to 2.48 per cent, Bharti Airtel 2.30 per cent, Infosys 1.33 per cent, Sun Pharma 1.55 per cent, Vedanta 1.27 per cent and RIL 0.82 per cent.
On the other hand, Bajaj Auto fell up to 0.76 per cent, ICICI Bank 0.75 per cent, HCL Tech 0.70 per cent, Asian Paints 0.59 per cent and ONGC slipped 0.60 per cent.
On Friday, the Sensex ended 215.76 points, or 0.53 per cent, lower at 40,359.41. The Nifty settled 54 points, or 0.45 per cent, down at 11,914.40.
Foreign institutional investors bought shares worth Rs 305.72 crore in the capital market in the previous session, while domestic institutional investors sold equities worth Rs 177.37 crore, data available with stock exchange showed.
Elsewhere in Asia, bourses in Shanghai, Hong Kong, Seoul and Tokyo were trading on a positive note.
On the currency front, the rupee depreciated marginally against the US dollar to trade at 71.72 in early session.
Brent futures, the global oil benchmark, rose 0.21 per cent to USD 63.52 per barrel.


Event Store
When considering an architecture based on an Event Streaming Platform, the first fundamental question is, "How do we store our events?" This isn't as obvious as it first sounds, as we have to consider persistence, query performance, write throughput, availability, auditing and many other concerns. This decision will affect all the ones that follow.
Problem
How can events be stored such that they form a reliable source of truth for applications?
Solution
Incoming events are stored in an Event Stream, implemented as an append-only log. By choosing this data structure, we can guarantee constant-time (Θ(1)) writes, lock-free concurrent reads, and straightforward replication across multiple machines.
Implementation
Apache Kafka® is an event store that maintains a persistent, append-only stream — a topic — for each kind of event we need to store. These topics are:
- Write-efficient - an append-only log is one of the fastest, cheapest data structures to write to.
- Read efficient - multiple readers (cf. Event Processor) can consume the same stream without blocking.
- Durable - all events are written to storage (e.g., local disk, network storage device), either synchronously (for maximum reliability) or asynchronously (for maximum throughput). Events can be as long-lived as needed, and even stored forever.
- Highly-available - each event is written to multiple storage devices and replicated across multiple machines, and in the case of failure one of the redundant machines takes over.
- Auditable - every change is captured and persisted. Every result can be traced back to its source event(s).
Considerations
It's worth briefly contrasting Apache Kafka® with message queues and relational databases.
While queues also concern themselves with a stream of events, they often consider events as short-lived, independent messages. A message may only exist in memory, or it may be durable enough for data to survive server restarts, but in general they aren't intended to hold on to events for months or even years. Further, their querying capabilities may be limited to simple filtering, offloading more complex queries like joins and aggregations to the application level.
In contrast, relational databases are very good at maintaining a persistent state of the world in perpetuity, and answering arbitrary questions about it, but they often fall short on auditing - answering which events led up to the current state - and on liveness - what new events do we need to consider. They are predominantly designed for use cases that operate on data at rest, whereas an Event Store is designed from the ground up for data in motion and event streaming.
By beginning with a fundamental data-structure for event capture, and building on that to provide long-term persistence and arbitrary analysis capabilities, Apache Kafka® provides an ideal choice of event store for modern, data-driven architectures.


TABLE OF INTERACTIONS WITH
LURASIDONE
From the French ANSM drug interactions document of September 2016, p. 145
LURASIDONE RxNorm: 1040028 ATC: N05AE05 |
ENZYMATIC INDUCERS CLASS CODE: N03-J05-001 |
Decrease of the plasma concentrations of the lurasidone due to increase of its hepatic metabolism by the inducer |
CONTRAINDICATION |
LURASIDONE RxNorm: 1040028 ATC: N05AE05 |
STRONG INHIBITORS OF CYP3A4 CLASS CODE: J02-J05 |
Increase of the plasma concentrations of the lurasidone due to decrease of its hepatic metabolism by the inhibitor |
CONTRANDICATION |
LURASIDONE RxNorm: 1040028 ATC: N05AE05 |
ST JOHN'S WORT as St John's Wort Extract RxNorm: 258326 ATC: not found |
Decrease of the plasma concentrations of the lurasidone due to increase of its hepatic metabolism by the St Johns wort |
CONTRAINDICATION |
LURASIDONE RxNorm: 1040028 ATC: N05AE05 |
GRAGEFRUIT (JUICE AND FRUIT) |
Increase of the plasma concentrations of the lurasidone due to decrease of its metabolism by the grapefruit |
Not recommended |


COYOTE UGLY RATING: 6.5/10 --> So-so
For more reviews and movie screensavers, visit http://www.joblo.com/
This film can now officially be crowned as the first "trailer-tease" that I have ever witnessed. What's a "trailer-tease", you may ask?  Of course, my first clue should've been the PG-13 rating.
It's sad too, because this really could have been a great movie had they concentrated more on the bar, the chicks, the sex, the swearing, the drinking, and all of the other fun stuff that the trailer makes you think is packed into this movie. Unfortunately, the movie itself concentrates more on the sappy ho-hum plot about this small-town girl trying to make it in the big city. Yawn...
PLOT: A small-town girl moves to the big city with hopes and dreams of making it as a singer/songwriter. But when times get tough, she gets a job at a local, rowdy bar and starts kinda liking her new digs. At the same time, she falls for a guy who's intent on helping her singing career take off.
CRITIQUE: Uneven. Splashed with various energetic bar scenes, this movie loses power when focusing on its sappy plotline. Its awesome soundtrack makes you want to get up, toss a few shots back and grab your neighbor by the hand, but not before the awful music sung by the main character drains us right out of it again. Boy, I sooooo wish this movie took place entirely in the bar, focused more on all of the girls and included some authentic swearing and sexual gratuity (okay, maybe not so much the last two items, but definitely the first two!). Unfortunately, the high energy of the bar, its music, its bartenders and its clientele are a lot of fun to watch when they do frolic across the big screen, but the sad-sack love story and regurgitated "I wanna be a star" byline, just zoom you right back down this rollercoaster ride.  How dare the filmmakers spray her assets across the posters, the website, the TV commercials and barely give her ten minutes of screen time? More Tyra, people!! And what about the rest of the girls? They're all so pretty but what's their story? God knows, because this movie focuses solely on the lead big-lipped girl named Piper Perabo, a semi-interesting character, who unfortunately is not enough to carry an entire movie.
I will offer my thumb up to this film's extremely potent soundtrack, the excellent gritty look and feel of New York City, the bar itself, and its high, high energy level when in the bar! Too bad that my thumb has to do a loop-de-loop for the film's stinky "real music" sung by the lead, the by-the-numbers story of her trying to "make it in the big city" and the lack of character development for any of the other girls! (they're people, too...sniff, sniff). If you really want to see a good movie about a small-town girl trying to break into the music biz, rent THE THING CALLED LOVE, a wonderful drama featuring River Phoenix's final performance, and thank me in the morning (Note: the music in that film is country...you have been warned). Overall, I really liked the performances in this film: Maria Bello was perfect as the tough lady running the unruly bar, Perabo was good, but after seeing her in ROCKY & BULLWINKLE, I'm hoping that she gets rid of that "confused, shy" look real fast, cause it's already getting old. The Australian love-interest was also effective and John Goodman perfect as the overweight daddy with a big heart. And look for a very funny scene featuring Ellen Cleghorne as a pissed-off secretary. You go, girl!
In the end, I would probably recommend this movie to anyone who doesn't mind being titillated for little bits and pieces, only to be brought back down by the reality of the very hokey plot. Great fashions, great soundtrack...the bar scenes alone might actually be worth it, but prepare to take those blue balls home, fellas!
Little Known Facts about this film and its stars: Pay close attention to the man portraying a photographer in this film because he is none other than ARMAGEDDON, THE ROCK and PEARL HARBOR director, and Jerry Bruckheimer favorite, Michael Bay. Yes, there really is a COYOTE UGLY bar in New York City. It is located on 1st Avenue in the heart of the East Village, and has been around for about 10 years. The bar in the movie is similar in design to the real one, but many other drinking establishments were visited in Manhattan and surrounding areas, in order to devise the look of the film's fictionalized bar (wow, I wonder whose "difficult" job that was?). All the singing done by Piper Perabo in this movie was voiced by singer LeAnn Rimes, who also makes a cameo appearance near the end of the film. This is director David McNally's motion picture debut. He joins us from the world of television commercials (a Bruckheimer prodigy from TV commercials...who would have guessed?), with his most popular one featuring a certain "Lobster" in a Budweiser commercial. He dropped out of college to tour with his popular Canadian rock band "The Pinups" (Uuhm, I'm Canadian but I ain't ever heard of them) and even directed a couple of Celine Dion music videos (but we forgive him, don't we?).
THE COYOTES: Piper Perabo won the title role in this film after an extensive cross-country search. She's a graduate of Ohio University, and was actually born and raised in Toms River, New Jersey. Maria Bello is probably best known for her role as the passionate and headstrong Dr. Anna Del Amico on TV's "ER". Izabella Miko makes her American motion picture debut with this picture, even though she has been working virtually her entire life. Born and raised in Poland, she aspired to become a professional dancer and at the age of seven began studying at the Chopin Music School. Bridget Moynahan is probably best known for her recurring role of Mr. Big's fiancee Natasha on the HBO series "Sex in the City". Tyra Banks, probably the best-known of the coyotes (and for her coyotes!), is an international fashion icon whose image can be seen around the world (so why not give her more screen-time, you dummies!?).
Review Date: August 2, 2000 Director: David McNally Writer: Gina Wendkos Producers: Jerry Bruckheimer and Chad Oman Actors: Piper Perabo as Violet Sandford Adam Garcia as Kevin Maria Bello as Lil Genre: Drama Year of Release: 2000 ------------------------------------- JoBlo's Movie Emporium http://www.joblo.com/ ------------------------------------- (c) 2000 Berge Garabedian
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


{% include 'header.html' %}
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| Methods' Details |
createDialogWithHandler
- Description
- creates a dialog for the given URL accepting an Interface used
to handle dialog events.
- Parameter URL
- is the URL.
- Parameter xHandler
- is the interface that will be called to handle the Events that
are generated by the dialog (and all controls placed on it) and
bound to the handler using a vnd.sun.star.UNO URL specifying a
handler method to be called. Usually this will be done directly
by the user.
xHandler can handle events in two different ways:
1. By supporting the XDialogEventHandler interface.
This is a generic interface to accept event notifications.
2. By providing interfaces that directly implement the handler
methods to be called. The XDialogProvider2 implementation then
will try to access these events using the
::com::sun::star::beans::IntrospectionIntrospection
service. To make this possible the handler implementation also has to
support ::com::sun::star::lang::XTypeProvider.
If XDialogEventHandler is supported XDialogEventHandler.callHandlerMethod()
is always called first to handle the event. Only if the event cannot be
handled by XDialogEventHandler (callHandlerMethod() then has to return
false) or if XDialogEventHandler is not supported at all the Introspection
based access will be used.
The Introspection based access tries to call a method named according to the
HandlerMethodName specified by a vnd.sun.star.UNO: URL.
First a method
void HandlerMethodName( [in] com::sun::star::awt::XDialog xDialog, [in] any aEvent )
will be searched. The signature is similar to XDialogEventHandler.
callHandlerMethod except for MethodName itself that isn't needed
here. For more information about these parameters, see
XDialogEventHandler.
If this method is found, it will be called, otherwise a method
void HandlerMethodName( void )
will be searched and called.
- Returns
- a dialog implementing the XDialog interface.
- Throws
- com::sun::star::lang::IllegalArgumentException
if no dialog for the given URL is found or if the URL is invalid
or xHandler is null.
- See also
- XDialogEventHandler
|
|
createDialogWithArguments
- Description
- creates a dialog for the given URL, accepting additional creation parameters
The arguments accepted so far are
- ParentWindow - must be a component supporting the XWindowPeer interface,
or a component supporting the XControl interfac, so an
XWindowPeer can be
obtained from it. The given window will be used as parent window for the to-be-created dialog.
- EventHandler - specifies a component handling events in the dialog. See
createDialogWithHandler for a detailed specification of dialog event handling.
|
|
Top of Page
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For many of us, there are more things we want to learn than we have time. As information becomes more readily accesible online, the number of things we want to learn is only continuing to increase...
Shortening the learning curve is a topic that’s been studied for many years, and this guide will cover the fundamental core principles of learning faster. You’d be able to leverage these principles to push yourself to learn faster in any topics including languages, business, musical instruments, and more...
You probably had a steep learning curve initially, but after a few years or even months of experimenting and making mistakes, you could design a shortcut to help a friend avoid those same mistakes you made early on...


Before Change
def create_settings(self):
self.image_keys =[uuid.uuid1()]
self.image_names = [cps.ImageNameSubscriber("Select input image:","None", doc =
What did you call the grayscale images you want to process?)]
self.image_names_remove_buttons = [cps.DoSomething("Remove above image",
"Remove",
self.remove_image_cb,
After Change
category = "Measurement"
def create_settings(self):
self.images = []
self.add_image()
self.image_count = cps.HiddenCount(self.images)
self.add_image_button = cps.DoSomething("", "Add another image", self.add_image)
self.divider = cps.Divider()


Before Change
net_params = net.collect_params()
weight_count = 0
for param in net_params.values():
if (param.shape is None) or (not param._differentiable):
continue
weight_count += np.prod(param.shape)
print("m={}, {}".format(model.__name__, weight_count))
assert (model != resnet10 or weight_count == 5418792)
assert (model != resnet12 or weight_count == 5492776)
After Change
net = model(pretrained=pretrained)
//net.summary()
weight_count = keras.utils.layer_utils.count_params(net.trainable_weights)
print("m={}, {}".format(model.__name__, weight_count))
assert (model != resnet10 or weight_count == 5418792)
assert (model != resnet12 or weight_count == 5492776)
assert (model != resnet14 or weight_count == 5788200)


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{% extends "base.html" %} {% block title %}404 - Page Not Found{% endblock %} {% block header_text %}
Unfortunately you appear to have gotten a bit lost trying to return to 2020.


Qualifications
MEng. Electronic Engineering, University of Pretoria, Pretoria, South Africa. Thesis: Optimization of adaptive localization techniques for Cognitive Radio
BEng. (Honours) Electronic Engineering, University of Pretoria, Pretoria, South Africa.
BSc. Electrical:Information Engineering, University of Witwatersrand, Johannesburg, South Africa.
Experience
Vocational
PhD Student, EURECOM/TELECOM PARISTECH, Biot, France
The thesis explores enhanced interference management techniques for the development of advanced receiver structures as well as spectrally efficient strategies for relay networks. These techniques are analyzed and practically validated in the context of current LTE design with future deployments in heterogeneous networks.
Research Intern, EURECOM, Biot, France
Conducted exploratory research in the area of multiband TOA positioning for cognitive radio systems through a combination of theoretical and simulation work as part of the Master’s degree.
Master's Thesis, University of Pretoria, Pretoria, South Africa
This Masters thesis explored an efficient bandwidth determination model for a Cognitive Positioning System (CPS) and an improved multiband time-of-arrival location estimation algorithm in a cognitive radio environment.
Bachelor's Final Year Game Development Project, University of Witwatersrand, Johannesburg, South Africa
Part of a two person team that undertook an open-source 3D game development project based entirely in C++. Responsible for the GUI implementation and made use of object oriented principles to integrate various components of the game. The demo Windows installer of the game can be dowloaded here.
Software Engineering Intern, Terabytes, Kochi, India
Assisted in the design and implementation of a school management web application using Visual C#.NET as the front end and SQL Server 2000 as the back end of the application. Responsible for the database design and implementation of code for student profiles as well as attendance register modules. Developed skills related to front-end and database design.
Technical Skills
Advanced
MATLAB, C, Digital and Statistical Signal Processing, Parametric Estimation Theory, 3GPP LTE/LTE-A/LTE-A Pro standardization, Cognitive Radio, Wireless Positioning, Software Engineering, LaTeX, Technical Documentation
Intermediate
C++, Bash, OpenAirInterface LTE Simulator, Visual Studio, PSpice, MultiSim, FilterLab, OPNET IT Guru Academic Edition, UML, GUI development, Doxygen
Basic
Visual C#, HTML, CSS, XML, SQL, Git, ATMEL STK500 Microcontroller, project and operations management coursework, software debugging and testing, bootstrap


After 3 months of hard work, the Orbital programme came to a close on 19th Aug 2015. It was a great experience and I picked up many skills of both front and back end development. I did the project with Al who was very supportive during the 3 months though he was on vacation.
The project’s inspiration came from our shared experiences in daily college life. Many of the times we tend to organise meetings manually. A typical process goes like this (A,B,C are persons).
A–>B: Hey, are you free tomorrow for a project meeting at 2-4pm?
B–>A: Yup, that’ll be good I guess.
A–>C: Hey, are you free tomorrow for a project meeting at 2-4pm?
C–>A: Oh no, I don’t think I’ll be free. How about some other day?
A (thinks to him/herself): Darn, got to ask B and C for another timing again!
As shown above, the typical manual process is tedious where we often WhatsApp or message one another for free slots and try to match it all up for a common time to meet. In the point of view of the meeting administrator, it is a rather painstaking process when he/she has to repeatedly ask the team members for a suitable time to meet.
To solve this issue, I suggested to Al that we should maybe develop a platform which can make the organising of meetings simpler and redefine the ways of doing so. And from there, Friendezvous was born. Friendezvous is an amalgamation of the words Friend and Rendezvous (a meeting at an agreed time and place). So essentially Friendezvous refers to meetings with friends, colleagues etc. And we decided on a relevant tagline as well: “Organising meetings, redefined.”.
I think I should describe a little of the technical aspects of Friendezvous as well. Friendezvous was built using the good old LAMP stack. We used PHP and MySQL along with front-end technologies/frameworks such as HTML, CSS, jQuery, jQuery UI, Bootstrap (modified), Angular JS. The development itself was not the difficult part. The hardest part of this journey was to think as an user of this platform. How would an user using Friendezvous feel about the workflow of this app? Is it too complicated? Can we improve on the workflow to minimise the number of steps/clicks an user is required to make to achieve an objective? These are the various questions which were running on our minds all the time. After all, software/app development is not just about blinding writing code.
There is much more to that.
We are dealing with real life users here. Then, we decided to conduct a survey to analyse the perception of our target audience towards the platform. We did it with a closed circle of friends and received very positive feedback. It was definitely a morale booster to our idea and efforts. More than anything, we were passionate about what we did. Even if we made a positive difference in a single person’s life, it would mean a lot to us.
Orbital Splashdown, where all the teams (from beginner, intermediate & advanced levels) came together to showcase their work, was held on 19th August 2015. It was exhilarating to see so many applications built by students like myself. I was inspired by many apps, with their technical aspects as well as the business models they were planning to develop.
I was extremely joyful when the visitors to my booth exclaimed “Wow, that is one app I think I would use!” or “This is an excellent app bro!”. They were also impressed at the various features like notification tracking and location suggestions Friendezvous offered.
On the whole, Orbital 2015 was an exciting journey. I am going to make it a point to develop an application every summer. I find fulfilment in learning so many technologies.
As for Friendezvous, currently it is available here: Friendezvous.
Development is very active and Al and myself aim to launch Friendezvous as a commercial platform soon (in about 3-5 months). After which, we are planning on porting this towards an Android and iOS application as well.
Do try Friendezvous if you can and send me your comments in the comment box on my blog or to my email.
Details on the Orbital programme is here.
Cheers,
Harish


Homework 3 assumes the development of this web application using Dash and Plotly in Python. You are required to develop 6 plots (including one table) with the given layout. Subtle differences related to styling (colors etc) are allowed, yet the general layout must be kept to perceive same information as this website does. Quandl is used as a data source for 4 plots among 6, while the other 2 are based on user provided data. Some of the Quandl based plots require minor analysis using pandas. You are encouraged to follow below mentioned steps to complete the HW:
The graph on the right hand side is showing correlations of different variables (call them from x1 to x8) with employee churn. Data is artificial, manually inputted by the developer. Recreate the graph. Small coloring or corelation value differences will be neglected.
One the right hand side we have US GDP graphed over time. The data is sourced from QUANDL API (FRED/GDP). Your task is to recreate exactly the same graph.
The two graphs on this row are based on Google's stock (WIKI/GOOGL) and Bitcoin's (BCHARTS/ABUCOINSUSD) prices sourced from Quandl. First, percentage changes are calculated. Then the latter is plotted using Box plot to find the distribution and outliers. In the end the first 4 percentage changes (apart from the very first one, which is N/A) are plotted in a table. Recreate similar graphs with the same values (minor styling is neglected).
Last graph is based on manually inputted data. It shows the Roadmap developed by an artificial startup. Task 1 is assumed to take the whole Janduary, while Task 2 is starting from March and ending in mid April. Afterwards, Task 3 begins and ends in the end of September. Recreate a similar Roadmap


| KSEC1 element | Contents | GRIB octet | Recommended GRIB_API keys | Coded GRIB_API keys | Comments |
|---|---|---|---|---|---|
| 37 |
ECMWF local GRIB use definition identifier. |
41 | localDefinitionNumber | localDefinitionNumber | |
| 38 | Class | 42 | class | marsClass | |
| 39 | Type | 43 | type | marsType | |
| 40 | Stream | 44-45 | stream | marsStream | |
| 41 |
Version number or experiment identifier. |
46-49 | expver | experimentVersionNumber | |
| 42 |
If type 60, the perturbed forecast number. |
50-51 | forecastOrSingularVectorNumber |
forecastOrSingularVectorNumber |
|
| 43-55 | These elements are set to zero for type = 60. Otherwise: | 52-92 | |||
| 43 | Number of iterations. | 52-53 | numberOfIterations |
numberOfIterations |
|
| 44 | Number of singular vectors computed. | 54-55 | numberOfSingularVectorsComputed |
numberOfSingularVectorsComputed |
|
| 45 | Norm used at initial time. | 56 | normAtInitialTime |
normAtInitialTime |
|
| 46 | Norm used at final time. | 57 | normAtFinalTime |
normAtFinalTime |
|
| 47 | Multiplication factor to convert latitude/longitude and accuracy from real to integer. | 58-61 | multiplicationFactorForLatLong |
multiplicationFactorForLatLong |
|
| 48 | Latitude in degrees of north-west corner of LPO area multiplied by KSEC1(47). | 62-65 | northWestLatitudeOfLPOArea |
northWestLatitudeOfLPOArea |
|
| 49 | Longitude in degrees of north-west corner of LPO* area multiplied by KSEC1(47). | 66-69 | northWestLongitudeOfLPOArea |
northWestLongitudeOfLPOArea |
|
| 50 | Latitude in degrees of south-east corner of LPO* area multiplied by KSEC1(47). | 70-73 | southEastLatitudeOfLPOArea |
southEastLatitudeOfLPOArea |
|
| 51 | Longitude in degrees of south-east corner of LPO* area multiplied by KSEC1(47). | 74-77 | southEastLongitudeOfLPOArea |
southEastLongitudeOfLPOArea |
|
| 52 | Accuracy multiplied by KSEC1(47). | 78-81 | accuracyMultipliedByFactor |
accuracyMultipliedByFactor |
|
| 53 | Number of singular vectors evolved. | 82-83 | numberOfSingularVectorsEvolved |
numberOfSingularVectorsEvolved |
|
| 54-55 |
Ritz numbers. |
- | |||
| 54 | NINT( LOG10(RITZ)-5 ) | 84-87 | NINT_LOG10_RITZ | NINT_LOG10_RITZ | |
| 55 | NINT( RITZ/( EXP(LOG(10.0*KSEC1(54) ) | 88-91 | NINT_RITZ_EXP | NINT_RITZ_EXP | |
| - | Spare (set to zero) | 92 |
*LPO = Local Projection Operator, an operator applied during the singular vector computation to confine the area where the final time norm is computed (eg Northern Hemisphere extra-tropics).
A negative Ritz number or a negative latitude/longitudes value is stored as positive number and its the most significant bit is set to 1.


|
OmEspHelpers
|
Public Member Functions | |
| OmNtpSyncRecord (unsigned long nowMs, int hour, int minute, int second) | |
| float | getSwd (unsigned long nowMs, int zone=0) |
| double | getU (unsigned long nowMs) |
Public Attributes | |
| bool | acquired = false |
| unsigned long | acquiredMs = 0 |
| unsigned long | reportedSeconds = 0 |


01
Card One
Lorem ipsum dolor sit amet consectetur adipisicing elit. Incidunt repudiandae quasi ab quas veritatis deserunt suscipit facilis commodi natus quia.
Read MoreI'm
Specializing in backend technologies.
Node JS, REST API, Python, PHP
Hi! My name is Hemant Bora. I'm a Web/Software Developer, having work experince 4+ years.
My main work includes developing automated design systems using technologies such as
JavaScript, Python, PHP, etc.
I have experince working on various frameworks like Wordpress, Bootstrap, Tailwind, NodeJS, ReactJS, etc.
My working station includes code editors such as VS Code, Android Studio, IntelliJ.
Primarily I use Windows OS for development. I'm familier with technologies like Git, Netlify, Studio.io and Adobe Creative Cloud.
Lorem ipsum dolor sit amet consectetur adipisicing elit. Incidunt repudiandae quasi ab quas veritatis deserunt suscipit facilis commodi natus quia.
Read MoreA working model of REST API made using Node JS only. User data can be created, updated and deleted. User can login, create session, generate tokens. Mailing and payment gatway is alos integrated.
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WITNESS LIST Education Committee March 26, 2001 -10:00A Public School Employee Health Insur ON: D'Souza, Anita Legal Counsel (Legislative Budget Board), Austin, TX Dunn, David (Texas Association of School Boards), Austin, TX Haddican, Gerard Attorney (Legislative Council), Austin, TX Hartman, Eric Legislative Director (Texas Federation of Teachers), Austin, TX Jung, Ronnie Chief Financial Officer (Teacher Retirement System), Austin, TX McDonald, Wade (Legislative Budget Board), Austin, TX Moak, Lynn Consultant - School Finance (Moak, Casey and Associates), Austin, TX O'Brien, John (Legislative Budget Board), Austin, TX Parks, Ursula (Legislative Budget Board), Austin, TX Romano, Dubravka Associate Executive Director (Texas Association of School Boards), Austin, TX


{% extends "_base.html" %} {% block title %}Metabolism Manager{% endblock %} {% block content %} {% include "metabolism_manager/admin/_entity.menu.html" %}
| Date | Name | Action |
|---|---|---|
| 10 February 2020 | Jim Halpert | Log in |
| 11 February 2020 | Jim Halpert | Log out |
| 12 February 2020 | Pam Halpert | Log in |
| 12 February 2020 | Pam Halpert | Added paper production record |
| 12 February 2020 | Michael Scott | Deleted entire database |


FILL OUT TO FIND OUT YOUR AKAN NAME
Year of Birth:
Month of Birth:
Date of Birth:
Gender
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Get Name


What is it exactly?
Why we need it, isn't javascript good enough? To answer this question we need to make out how javascript works.
In 2008, a period that people call the performance wars began. Multiple browsers added just-in-time compilers, also called JITs. As JavaScript was running, the JIT could see patterns and make the code run faster based on those patterns. The introduction of these JITs led to an inflection point in the performance of JavaScript. Execution of JS was 10x faster.
To make JITs They added a new part to the JavaScript engine, called a monitor.That monitor watches the code as it runs, and makes a note of how many times it is run and what types are used. At first, the monitor just runs everything through the interpreter.
When a function starts getting warm(If the same lines of code are run a few times), the JIT will send it off to be compiled. Then it will store that compilation. If the monitor sees that execution is hitting the same code again with the same variable types, it will just pull out its compiled version.
When a part of the code is very hot(if it runs a lot of times), the monitor will send it off to the optimizing compiler. This will create another, even faster, version of the function that will also be stored.
In order to make a faster version of the code, the optimizing compiler has to make some assumptions. For example, if it can assume that all objects created by a particular constructor have the same shape—that is, that they always have the same property names, and that those properties were added in the same order— then it can cut some corners based on that.
of course with JavaScript, there are never any guarantees. You could have 99 objects that all have the same shape, but then the 100th might be missing a property. So the compiled code needs to check before it runs to see whether the assumptions are valid. If they are, then the compiled code runs. But if not, the JIT assumes that it made the wrong assumptions and trashes the optimized code.
Even with these improvements, though, the performance of JavaScript can be unpredictable. And to make things faster, the JIT has added some overhead during runtime, including:
There’s room for improvement here: that overhead could be removed, making performance more predictable. And that’s one of the things that WebAssembly does.
So, how WebAssembly works?
WebAssembly instructions are sometimes called virtual instructions. They have a much more direct mapping to machine code than JavaScript source code. They represent a sort of intersection of what can be done efficiently across common popular hardware
The compiler tool chain that currently has the most support for WebAssembly is called LLVM. There are a number of different front-ends and back-ends that can be plugged into LLVM.
The quickest, most efficient way to fetch a wasm module is using the newer WebAssembly.instantiateStreaming() method
WebAssembly.instantiateStreaming(fetch('simple.wasm'), importObject)
.then(results => {
// Do something with the results!
});
If we used the older WebAssembly.instantiate() method, which doesn't work on the direct stream, we'd need an extra step of converting the fetched byte code to an ArrayBuffer, like so:
fetch('module.wasm').then(response =>
response.arrayBuffer()
).then(bytes =>
WebAssembly.instantiate(bytes, importObject)
).then(results => {
// Do something with the results!
});
Here’s a C function that we’ll turn into WebAssembly:
int add42(int num) {
return num + 42;
}
If you open up the .wasm file (and if your editor supports displaying it), you’ll see something like this.
00 61 73 6D 0D 00 00 00 01 86 80 80 80 00 01 60
01 7F 01 7F 03 82 80 80 80 00 01 00 04 84 80 80
80 00 01 70 00 00 05 83 80 80 80 00 01 00 01 06
81 80 80 80 00 00 07 96 80 80 80 00 02 06 6D 65
6D 6F 72 79 02 00 09 5F 5A 35 61 64 64 34 32 69
00 00 0A 8D 80 80 80 00 01 87 80 80 80 00 00 20
00 41 2A 6A 0B
As you see, it can be easily converted to binary notation, or to a human readable format.
WebAssembly is an example of something called a stack machine. This means that all of the values an operation needs are queued up on the stack before the operation is performed.
What makes WebAssembly fast?
Before we can understand the differences in performance between JavaScript and WebAssembly, we need to understand the work that the JS engine does. This diagram gives a rough picture of what the start-up performance of an application might look like today.
In comparison this is how it looked like before JITs.
Here’s an approximation of how WebAssembly would compare for a typical web application.
Once it reaches the browser, JavaScript source gets parsed into an Abstract Syntax Tree.
Browsers often do this lazily, only parsing what they really need to at first and just creating stubs for functions which haven’t been called yet.
From there, the AST is converted to an intermediate representation (called bytecode) that is specific to that JS engine.
In contrast, WebAssembly doesn’t need to go through this transformation because it is already an intermediate representation. It just needs to be decoded and validated to make sure there aren’t any errors in it.
Sometimes the JIT has to throw out an optimized version of the code and retry it.
This happens when assumptions that the JIT makes based on running code turn out to be incorrect.
There are two costs to deoptimization. First, it takes some time to bail out of the optimized code and go back to the baseline version. Second, if that function is still being called a lot, the JIT may decide to send it through the optimizing compiler again, so there’s the cost of compiling it a second time
In WebAssembly, things like types are explicit, so the JIT doesn’t need to make assumptions about types based on data it gathers during runtime. This means it doesn’t have to go through reoptimization cycles.
It is possible to write JavaScript that executes performantly. To do it, you need to know about the optimizations that the JIT makes.
However, most developers don’t know about JIT internals. Even for those developers who do know about JIT internals, it can be hard to hit the sweet spot.
Plus, the optimizations a JIT uses are different between browsers, so coding to the internals of one browser can make your code less performant in another.
Because of this, executing code in WebAssembly is generally faster. Many of the optimizations that JITs make to JavaScript (such as type specialization) just aren’t necessary with WebAssembly.
In JavaScript, the developer doesn’t have to worry about clearing out old variables from memory when they aren’t needed anymore. Instead, the JS engine does that automatically using something called a garbage collector.
This can be a problem if you want predictable performance, though. You don’t control when the garbage collector does its work, so it may come at an inconvenient time. Most browsers have gotten pretty good at scheduling it, but it’s still overhead that can get in the way of your code’s execution.
 Memory is managed manually (as it is in languages like C and C++). While this can make programming more difficult for the developer, it does also make performance more consistent.
This is why, in many cases, WebAssembly will outperform JavaScript when doing the same task.


描述
Sort a linked list in O(n log n) time using constant space complexity.
Example 1:
1 | Input: 4->2->1->3 |
Example 2:
1 | Input: -1->5->3->4->0 |
Sort a linked list in O(n log n) time using constant space complexity.
Example 1:
1 | Input: 4->2->1->3 |
Example 2:
1 | Input: -1->5->3->4->0 |
Suppose a sorted array is rotated at some pivot unknown to you beforehand.
(i.e., 0 1 2 4 5 6 7
might become 4 5 6 7 0 1 2
).
Find the minimum element.
You may assume no duplicate exists in the array.
Given an array S of n integers, are there elements a, b, c in S such that a + b + c = 0? Find all unique triplets in the array which gives the sum of zero.
Note:
Compare two version numbers version1 and version2.
If version1 > version2 return 1, if version1 < version2 return -1, otherwise return 0.
You may assume that the version strings are non-empty and contain only digits and the . character.
The . character does not represent a decimal point and is used to separate number sequences.
For instance, 2.5 is not “two and a half” or “half way to version three”, it is the fifth second-level revision of the second first-level revision.
Here is an example of version numbers ordering:
0.1 < 1.1 < 1.2 < 13.37
You are given an integer array nums
and an integer x
. In one operation, you can either remove the leftmost or the rightmost element from the array nums
and subtract its value from x
. Note that this modifies the array for future operations.
Return the minimum number of operations to reduce x
to exactly 0
if it is possible**, otherwise, return -1
.
Example 1:
1 | Input: nums = [1,1,4,2,3], x = 5 |
Example 2:
1 | Input: nums = [5,6,7,8,9], x = 4 |
Example 3:
1 | Input: nums = [3,2,20,1,1,3], x = 10 |
Constraints:
1 <= nums.length <= 105
1 <= nums[i] <= 104
1 <= x <= 109
Given an array S of n integers, find three integers in S such that the sum is closest to a given number, target. Return the sum of the three integers. You may assume that each input would have exactly one solution.
1 | For example, given array S = {-1 2 1 -4}, and target = 1. |
Given an array of size n, find the majority element. The majority element is the element that appears more than ⌊ n/2 ⌋ times.
You may assume that the array is non-empty and the majority element always exist in the array.
Given the heads of two singly linked-lists headA
and headB
, return the node at which the two lists intersect. If the two linked lists have no intersection at all, return null
.
For example, the following two linked lists begin to intersect at node c1
:
The test cases are generated such that there are no cycles anywhere in the entire linked structure.
Note that the linked lists must retain their original structure after the function returns.
Custom Judge:
The inputs to the judge are given as follows (your program is not given these inputs):
intersectVal
- The value of the node where the intersection occurs. This is 0
if there is no intersected node.listA
- The first linked list.listB
- The second linked list.skipA
- The number of nodes to skip ahead in listA
(starting from the head) to get to the intersected node.skipB
- The number of nodes to skip ahead in listB
(starting from the head) to get to the intersected node.The judge will then create the linked structure based on these inputs and pass the two heads, headA
and headB
to your program. If you correctly return the intersected node, then your solution will be accepted.
Example 1:
1 | Input: intersectVal = 8, listA = [4,1,8,4,5], listB = [5,6,1,8,4,5], skipA = 2, skipB = 3 |
Example 2:
1 | Input: intersectVal = 2, listA = [1,9,1,2,4], listB = [3,2,4], skipA = 3, skipB = 1 |
Example 3:
1 | Input: intersectVal = 0, listA = [2,6,4], listB = [1,5], skipA = 3, skipB = 2 |
Constraints:
listA
is in the m
.listB
is in the n
.0 <= m, n <= 3 * 104
1 <= Node.val <= 105
0 <= skipA <= m
0 <= skipB <= n
intersectVal
is 0
if listA
and listB
do not intersect.intersectVal == listA[skipA] == listB[skipB]
if listA
and listB
intersect.Follow up: Could you write a solution that runs in O(n)
time and use only O(1)
memory?
Given an array of integers that is already sorted in ascending order, find two numbers such that they add up to a specific target number.
The function twoSum should return indices of the two numbers such that they add up to the target, where index1 must be less than index2. Please note that your returned answers (both index1 and index2) are not zero-based.
You may assume that each input would have exactly one solution.
Input: numbers={2, 7, 11, 15}, target=9
Outputi: index1=1, index2=2
Given a positive integer, return its corresponding column title as appear in an Excel sheet.
For example:
1 | 1 -> A |


This project was bootstrapped with Create React App and Serverless framework
npm install -g serverless
npm install
npm run cloudfront:update:build:deploy:nc
Please find the app deployed manually with S-3 here
Please find the app deployed by serverless framework here


November 2015
The Artistic Development of Children
by Colin Brooks
Scribbles (0 - 4)
It begins with something simple. A young child makes a mark, or smears paint, or mashes clay. Before fine motor control and spoken thoughts the artistic development of children is an outstretched arm into what’s around them. It is about learning how materials feel, what they do when they get poked, when they’re prodded, or how they taste when they end up in a mouth. At first a child’s scribbles are explorations into the world around them. They are created primarily for the kinesthetic rewards “inherent in the manipulation of lines, colors, and texture” (Hurwitz & Day, 2007, p. 47). Creating marks on a page is exciting, and the process of changing how a material appears is more than enough.
As children develop further the chaotic creation of marks and colors and textures gives way to more control (Hurwitz & Day, 2007, p. 48). Different kinds of lines and colors are directed. Physical skills of manipulation become stronger. Eventually marks begin to take on distinct qualities: they become thick, thin, twirling, squiggly, and sharp. They can be organized on the page: grouped, arranged and manipulated further (Burton, 2013, p.32). At some point they begin to evoke feelings based on how they appear: this mark is angry, this one is sad. The lines become named as such, given the descriptive names they have rightly earned (Sousanis, 2014, p.1). Some lines are fast while others are slow. Lines are distinct from each other, but they can overlap, and build new shapes.
Eventually a child might make a line, but instead of stopping its path it continues back to where it began. A blob. This becomes the first step in a new kind of exploration of shapes (Burton 2013, p.33). Inside and outside become meaningful concepts. Shapes become enclosures, able to hold or exclude more shapes. Fundamentally the child has “made a place where one wasn’t before” (Sousanis, 2014, p.1), a further act of creation beyond their initial marks. Not yet representation, but also more than just manipulative exploration. As Sousanis says (2014, p.1) “we are all enclosures” a realization that brings with it a new stage in artistic development.
Representations (4 - 6)
Now shapes are more than shapes: the are representations. A six-year-old might make circles and call it family. Blobs will start growing eyes, and hair, and legs. Blobs might also be houses, or cars, or food. Marks and patterns begin to become the things they increasingly resemble, and the child begins to understand a link from page to reality.
Early symbols draw a line between lived experience and visual creation. People can be represented as a face. A symbol to be used and reused. Arms and legs might stick out from a blob to form a body. Regardless of the visual language used to construct the person it is fundamentally a person in the child’s conception. Work on the page can be who or what the child wants it to be.
Overtime a child will go from naming works after they are finished, to naming works while they are in progress, to naming works before they are even begun (Burton, 2013, p.34). This shift follows a change from reactionary identification of visual objects, to laying out an artistic and conceptual plan. People may go from a circle with eyes and a mouth, to one with nose and hair, to a one with arms and legs sticking out at the sides, to one with a full body beneath it and major appendages in all (or at least most) of the proper places.
A child learns to link material exploration to representations of their lived experience. Never leaving the scribbling stage entirely (Hurwitz & Day, 2007, p.50), material exploration continues unabated, but is now complemented by a greater purpose. Imagery, despite never looking exactly like what it is meant to be, can represent anything the child wants (Hurwitz & Day, 2007, p.51). This is an enormously important conceptual shift.
Awareness (6 - 11)
With an arsenal of artistic schemas at their disposal, children beginning to work through the numbered grades have both more complex tools and more complex experiences to represent. New relationships outside of family life become more apparent (Burton, 2013, p.39), symbols expand, divide, and change to suit increasingly specialized concepts (p.36), and composition and organization of objects becomes a new field of experimentation (p.39). A person might become a relative, and that relative might begin to be depicted doing different things. Differentiation increases. As Sousanis (2014) says, “children’s pictures have become expressive places populated with people and events of particular significance or excitement to them” (p.4). The child’s art becomes more specific.
Baselines in images start to shift. Sky and air and ground become distinct ideas of place on the page, and eventually they too give way to new perspectives (Burton, 2013, p.39). This change is matched in conceptual themes, as children move from what they do, to what they do with others, to what others do without them (Burton, 2013, p.41). New curiosity and understanding of the world is reflected in the child’s works. The child begins to tell stories, to explain events. Objects begin to overlap, and be shown from multiple sides (Sousanis, 2014, p.5).
Over time truth and fact become increasingly meaningful. Accuracy of depiction matters, and through that need direct observation may become more attractive (Burton, 2013, p.44). Seeing and identifying what is true. Copying perspective, copying works. The child becomes more self-conscious. They become more socially aware. Details increase, abilities grow, and as Sousanis (2014) says, “they’re on their way to adding their own chapters to the rich heritage of those who came before” (p.6).
Reference
Burton, J. (2013). A guide for teaching and learning in the visual arts. Unpublished teacher’s guide.
Hurwitz, A., & Day, M. (2007). Children and their art: Methods for the elementary school. 8th ed. Belmont, CA: Thompson Higher Education.
Sousanis, N. (2008). Expansive foundations: An overview of artistic development in children. Unpublished manuscript.


{{ define "main" }} {{ partial "home/hero.html" . }} {{ partial "home/cards.html" . }} {{ partial "home/quickStart.html" . }} {{ partial "home/cncf.html" . }} {{ end }}


SimplifyMap
@dynamicMemberLookup
public enum SimplifyMap
An enumeration to represent nodes in a map like structure.
nil
: a nil value- string: a String value
- int: an Int value
- double: a Double value
- bool: a Boolean Value
- array: an array of other SimplifyMap Objects
- map: A Dictionary of other SimplifyMap Objects
Usage:
var myMap = SimplifyMap()
myMap.path.to.something.value = "my value"
myMap.arrayPath[0].value = 5
-
Undocumented
Declaration
Swift
case `nil`
-
Undocumented
Declaration
Swift
case string(String)
-
Undocumented
Declaration
Swift
case int(Int)
-
Undocumented
Declaration
Swift
case double(Double)
-
Undocumented
Declaration
Swift
case bool(Bool)
-
Undocumented
Declaration
Swift
case array([SimplifyMap])
-
Undocumented
Declaration
Swift
case map([String : SimplifyMap])
-
Errors thrown when decoding a Simplify Map
- invalidData: Thrown when data that can not be represented in a SimplifyMap structure is encountered
Declaration
Swift
public enum DecodingError : Error
-
A default instance of
.nil
to use when a default is requiredDeclaration
Swift
public static var `default`: SimplifyMap
-
defaults to nil
Declaration
Swift
public init()
-
Creates a
SimplifyMap
from any object. If the object passed in is already an instance of a map.Declaration
Swift
public init?(_ value: Any?)
Parameters
value
Any object that can be represented by a map
-
Create a
SimplifyMap.array
object from an array of objects that are convertable toSimpifyMap
.Declaration
Swift
public init(array: [Any])
Parameters
array
An array of objects converable to SimplifyMaps
-
Creates an instance of
SimplifyMap.map
from the provided dictionary.Declaration
Swift
public init(map: [String : Any])
Parameters
map
A dictionary of objects converable to
SimplifyMap
-
Gets or sets the underlying value in the object
Declaration
Swift
public var value: Any? { get set }
-
Gets the string value of the object
Declaration
Swift
public var stringValue: String? { get }
-
Gets the integer value of the object
Declaration
Swift
public var intValue: Int? { get }
-
Gets the double value of the object
Declaration
Swift
public var doubleValue: Double? { get }
-
Gets the boolean value of the object
Declaration
Swift
public var boolValue: Bool? { get }
-
Gets the array value of the object. The array will contain the underlying values of all the objects in the array from the
value
property on those objects.Declaration
Swift
public var arrayValue: [Any]? { get }
-
Gets the dictionary value of the object. The dictionary will contain the underlying values of all the objects in the map from the
value
property on the values.Declaration
Swift
public var dictionaryValue: [String : Any]? { get }
-
Encodable
conformanceDeclaration
Swift
public func encode(to encoder: Encoder) throws
-
Declaration
Swift
public init(from decoder: Decoder) throws
-
Gets the value contained at the specified key in the map.
Note
Returning a default from this function allows traversing a path to get to a value without performing optional unwraping and casting through the entire path.Declaration
Swift
public func get(_ key: String) -> SimplifyMap
Parameters
key
The key at which to locate the desired value.
Return Value
A SimplifyMap stored at the specified key or
.default
if nothing was found for the key or if the callee is not a map value. -
Sets the value for a specified key in the map
Declaration
Swift
public mutating func set(_ object: SimplifyMap, at key: String)
Parameters
object
The object to be stored.
key
The key at which to store the object in the map.
-
Gets the value at a given index.
Declaration
Swift
public func get(_ index: Int) -> SimplifyMap
Parameters
index
The index of the value to get.
Return Value
A SimplifyMap stored at the specified index or
.default
if the array is not long enough or if the callee is not a array value. -
Sets the value for a specified index in the array
Declaration
Swift
public mutating func set(_ object: SimplifyMap, at index: Int)
Parameters
object
The object to be stored.
index
The index at which to store the object in the array. If the index exceeds the lenght of the array, the object with be appended to the array.
-
Array subscripting support.
Declaration
Swift
public subscript(index: Int) -> SimplifyMap { get set }
-
Dictionary subscripting support.
Declaration
Swift
public subscript(key: String) -> SimplifyMap { get set }
-
Dynamic member lookup support. This allows keys to be accessed directly.
For example:
myMap.aKey.bKey[0].cKey = "testValue"
Declaration
Swift
public subscript(dynamicMember member: String) -> SimplifyMap { get set }
Parameters
member
<#member description#>


Hy is a project to compile a Lisp variant down to Python AST. It does this by being just way too clever for its own good. Hy is a front-end (not unlike gcc or clang) that parses, lexes and compiles S-Expressions into an IR (in our case, Python AST.)
There are a number of core rules you must keep in mind when working with Hy. The most fundamental is that Hy compiles to Python, directly. This means everything is always bidirectionally compatible, which means you can do such crazy things as write Django apps in Hy.
- Dashes turn to underscores
- So called “earmuffs” get converted to uppercase
- Remember that you have all of Python's stdlib and module ecosystem at your fingertips
Hy code should be runnable on Python version 2.6, 2.7, 3.2, or 3.3 as well as pypy. It might need some small changes (bytes vs strings, some functions return generators in Python 3), but most things work great.


class MathHelperFunctions(object):
static convenience math helper functions, if the function name is preceded with an "a", a numpy array is returned
TODO: there is probably no good reason why this should be a class and not a module.
| Static Method | aclamp |
Undocumented |
| Static Method | amax |
Undocumented |
| Static Method | amin |
Undocumented |
| Static Method | aminmax |
Undocumented |
| Static Method | apenalty |
Huber-like smooth penality which starts at lower. |
| Static Method | apos |
clips argument (scalar or array) from below at lower |
| Static Method | cauchy |
Undocumented |
| Static Method | chi |
approximation of the expectation of norm(randn(dimension)). |
| Static Method | equals |
Undocumented |
| Static Method | expms |
matrix exponential for a symmetric matrix |
| Static Method | huber2 |
y-shifted Huber function, return huber(x, delta) + delta/2 + eps. |
| Static Method | interdecilerange |
return 10% to 90% range width |
| Static Method | iqr |
interquartile range |
| Static Method | logit10 |
map [lower, upper] -> R such that |
| Static Method | max |
Undocumented |
| Static Method | min |
Undocumented |
| Static Method | minmax |
Undocumented |
| Static Method | norm |
Undocumented |
| Static Method | prctile |
prctile(data, 50) returns the median, but p_vals can also be a sequence. |
| Static Method | sround |
return stochastic round: int(nb) + (rand()<remainder(nb)) |
| Static Method | standard |
Undocumented |
| Static Method | vequals |
Undocumented |
| Class Variable | _chi |
Undocumented |
Huber-like smooth penality which starts at lower.
The penalty is zero below lower and affine linear above upper.
Return:
0, if x <= lower quadratic in x, if lower <= x <= upper affine linear in x with slope upper - lower, if x >= upper
upper
defaults to lower + 1.
approximation of the expectation of norm(randn(dimension)).
The exact value can be computed by:
from scipy.special import gamma return 2**0.5 * gamma((self.dimension+1) / 2) / gamma(self.dimension / 2)
The approximation obeys chin < chin_hat < (1 + 5e-5) * chin.
y-shifted Huber function, return huber(x, delta) + delta/2 + eps.
huber2
maps x
to abs(x) + eps if abs(x) >= delta and
otherwise to a quadratic law of x
mapping 0 to delta/2 + eps
which makes the first derivative of huber2
continuous.
Details: x
may be scalar or a numpy
array. Setting eps =
-delta/2 recovers the Huber loss.
>>> import numpy as np >>> import cma >>> hus = cma.utilities.math.Mh.huber2(np.asarray([ ... -1, -0.8, -0.6, -0.4, -0.2, 0, 0.2, 0.4, 0.6, 0.8, 1, 1.2, 1.4, 1.6, 1.8, 2]), 0.5) >>> ' '.join(['{:.2}'.format(n) for n in hus]) '1.0 0.8 0.6 0.41 0.29 0.25 0.29 0.41 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0'
map [lower, upper] -> R such that
upper - 10^-x -> x, and lower + 10^-x -> -x
for large enough x. By default, simplifies close to log10(x / (1 - x))
.
>>> from cma.utilities.math import Mh >>> l, u = -1, 2 >>> print(Mh.logit10([l+0.01, 0.5, u-0.01], l, u)) [-1.9949189 0. 1.9949189]


@(user: models.users.User) @main("Products", user){
Average Joe's
See more snippets like this online store item at
15 reviews
This is a short description. Lorem ipsum dolor sit amet, consectetur adipiscing elit.
12 reviews
31 reviews
6 reviews
18 reviews


StandardSocketOptions
.Socket
ServerSocket
DatagramSocket
or MulticastSocket
java.net
and java.nio.channels
socket classes.Socket
ServerSocket
DatagramSocket
or MulticastSocket
ExtendedSocketOptions.SO_FLOW_SLA
.SocketOption
interface.SocketOption
s supported by the
given socket type.
Copyright © 2014, 2019, Oracle and/or its affiliates. All rights reserved.


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I am Zain Zafar, a twenty year old designer and developer from Pakistan. I am graduating with a Bachelor degree of Computer Sciences, from the COMSATS University. I have a passion for creating challenging, intuitive and beautiful products. Development is not just a job for me, it's a passion.
I am passionate about combining function, interaction and form to design for fitting user experiences that make people happy.
I am proud of what I had done. I am ready for the next big challenge. Yours! Take a look at our most recent projects.
I am available for freelance. Can't wait for the next exciting project! Could be yours?


How did it get so late so soon?
Dec 31, 2015 00:00 · 521 words · 3 minute read
Another year is about to end and yet it seems it has just started. At the start of 2015, I had ambitious plans for the year. A lot of things to do, a plethora of resolutions, and a heart brimming with optimism. The year is about to conclude and I’m afraid that I’m far from my plans. I had fallen in the trap of planning fallacy.
Daniel Kahneman describes planning fallacy as follows:
A phenomenon in which predictions about how much time will be needed to complete a future task display an optimism bias
As Rolf Dobelli clearly points out in his book Art of thinking clearly that we tend to ignore external factors, and overestimate internal factors when planning out things. That’s exactly what I did when I planned for the year 2015, and laid the foundations of planning fallacy.
The journey of 2015 was bumpy, it was full of ups-and-downs. I stepped into a professional world, met new people, made good friends, learned cool things. However I was significantly diverted from one of the goals – open source contributions.
My open source journey started with my participation in Google Summer Of Code ‘14. I contributed to many popular open source projects at that time. I had a GitHub commit streak of more than 200 days. Open source was a routine activity back then. Things changed since I started my full time job. It was difficult to take out time for open source activities. I always planned it for the next day. Alas, tomorrow never comes!
This is how my public contribution history looks now (personal account):
And the contribution history of private repositories (work account):
I miss contributing to open source projects. It’s not that I don’t like my new work, in fact I love it, love it more than anything. It’s challenging and always a lot of learning is involved. But I miss the IRC chats, long discussions on public mailing lists, and the feeling of your patch being accepted (the BEST feeling ever).
With 2015 setting down, here I am, writing this post, and making another set of new year resolutions. But this time with a change. With a plan to not loose focus and to keep things simple. This time I’m not going to repeat my mistake of creating a mammoth list. I will just limit it to four points:
-
One commit a day – I will make at-least one public contribution daily. After all, one commit a day keeps the doctor away ;-)
-
Learn a new programming language – Starting from this year onwards I’ll learn a new programming language every year. This year it will be one of Elixir, Go, or Ruby.
-
One blog post every month – Another thing which I messed up in 2015. At that time I planned to write a post ever week, bullshit!
-
Get fit – Somehow the most important thing has has always been on a low priority for me. But this time it will change.
If you ever find me violating any of the above in 2016, just hit me hard. And I promise I’ll treat you.


HTML stands for HyperText Markup Language. HTML is the language that is used to create and display information on the Internet. All web sites, from an individual blog to Microsoft.com are created by writing HTML.
Web browsers, like Internet Explorer, Chrome, and FireFox, read HTML and interpret the code to display information.
In these lessons, you will learn the basics of writing HTML code that can be read by a web browser.
Each lesson should take about 20 minutes. Writing sample code may take longer.


Get results as soon as teachers grade your work.
CanvasCBL's grades are updated the second teachers grade something. No more waiting until tomorrow.
Gain a deeper understanding of your grades.
CanvasCBL's Grade Breakdowns give you deeper insight into your grades and show you how to improve them.
Can't get off your phone?
Neither can we. All our amazing features are always on your phone. Just head to canvascbl.com.
Want an email when your grades change?
We can do that too. We'll notify you every time your grades change (if you'd like!).
CanvasCBL has helped me keep track of all my grades, figure out what they mean, and most importantly, improve them. Any d.tech student looking for a system to manage and understand grades should look no further than CanvasCBL.


Selenium Grid Philosophy
One Remote Control = One browser = One Environment
The rationale is:
- This simplifies dramatically the remote control reservation/stickiness process
- Easy to get something out the door quickly if we rely on this assumption on the
short run
- More than one IE instance for the same remote control does not work
- Remote control is not very stable and need to be restarted quite often.
The restart has less impact if only one browser is running at a time.
- You can still scale by running multiple remote control on the same machine
- This way each remote control can offer different environment capabilities on the
same box. e.g "IE 7 on Windows" and "Firefox on Windows".
You are the one in control
The same test can run locally on a traditional remote control or remotely on the Selenium grid
-
The selenium test can run the same locally with a "classic" selenium setup or talking to the
selenium grid => Tests are written as usual using your favorite selenium client driver
(ruby, python, java, ...). This makes it easy to troubleshoot failing tests.
-
The selenium test itself is in charge on test isolation : reusing the same browser across test,
rolling back database to a known state, etc. This is because the person writing the test
is the only person who knows what makes sense for a specific web application and which
tradeoff he is willing to take between test isis the only one
aware
Lessons learned
- Remote Control are not very robust, the need to be restarted regularly
- Running more than one IE on a remote control is not a good idea
-
Two _major_ factors for the performance of your selenium test suite are:
- Performance of the web server under test
- Performance of the network between the remote control and the web site under test


The DreamHost customer who owns waznex-dev.clusterbleep.net has not yet uploaded their website or has chosen to leave this holding page active.
If you are the owner of this domain, you'll find your login information contained within the emails sent to you when your account was activated. Once logged in, you'll be able to delete this page (quickstart.html) and begin uploading your new site.
Also, here are some helpful links for getting started!
DreamHost Web Panel DreamHost Wiki DreamHost Discussion Forum


This is the base URL for many of my projects that use GitHub Pages.
I don't know how you got here, but I'm glad you stopped by. Feel free make use of the buttons below to find me somewhere else on the web :)


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