getting started with golang part 9
LESSON 57
package main
import (
"fmt"
"time"
)
type MyError struct {
When time.Time
What string
}
func (e *MyError) Error() string {
return fmt.Sprintf("at %v, %s",
e.When, e.What)
}
func run() error {
return &MyError{
time.Now(),
"it didn't work",
}
}
func main() {
if err := run(); err != nil {
fmt.Println(err)
}
}
An error is anything that can describe itself as an error string. The idea is captured by the predefined, built-in interface type, error, with its single method, Error, returning a string:
type error interface {
Error() string
}
The fmt package’s various print routines automatically know to call the method when asked to print an error.
LESSON 59
package main
import (
"fmt"
"net/http"
)
type Hello struct{}
func (h Hello) ServeHTTP(
w http.ResponseWriter,
r *http.Request) {
fmt.Fprint(w, "Hello!")
}
func main() {
var h Hello
http.ListenAndServe("localhost:4000", h)
}
Package http serves HTTP requests using any value that implements http.Handler:
package http
type Handler interface {
ServeHTTP(w ResponseWriter, r *Request)
}
In this example, the type Hello implements http.Handler.
Visit http://localhost:4000/ to see the greeting.
Note: This example won’t run through the web-based tour user interface. To try writing web servers you may want to Install Go.
LESSON 61
package main
import (
"fmt"
"image"
)
func main() {
m := image.NewRGBA(image.Rect(0, 0, 100, 100))
fmt.Println(m.Bounds())
fmt.Println(m.At(0, 0).RGBA())
}
Package image defines the Image interface:
package image
type Image interface {
ColorModel() color.Model
Bounds() Rectangle
At(x, y int) color.Color
}
(See the documentation for all the details.)
Also, color.Color and color.Model are interfaces, but we’ll ignore that by using the predefined implementations color.RGBA and color.RGBAModel. These interfaces and types are specified by the image/color package


MP & Friends
by MP
by POSTCODE
{{model.fullName}}
{{model.birthDate}}
{{model.constituency}}
{{model.party}}
{{model.homePage}}
{{model.twitter}}


{% extends 'shared/base.html' %} {% block title %}500 internal server error{% endblock %} {% block nav %}#{% endblock %} {% block navlink %}/{% endblock %} {% block content %}
Woops, whatever we just tried to do just failed horribly!
I'd appreciate it if you give me a heads up via my contact page


This Browsers Subscription
Below is your current subscription.
Supported Content Encodings
A change to the web push spec moves browsers from "aesgcm" to "aes128gcm" content encoding.
To determine which is supported the current browser you can view
PushManager.supportedContentEncodings
.
Below is the list of supported encodings.
CURL Command
Copy and paste the following CURL command into your terminal to send a push message to your browser.
Push from a Server
To send a push message to this page, you need to make a network request from your server with the following pieces of info (this is essentially a breakdown of the CURL command above):
Endpoint URL
Headers
Request Body
Type:
Content:
Notes:
- For more info on the encryption of payloads: Check out this link for info.
- Not seeing a notification in Firefox? This bug may be the culprit. Check the logs for a note when the push is received though.
- Opera supports push on Android, but not on desktop and there is no feature detect for this :(. Bug has been filed on their private issue tracker.


{% extends "pulse_search/base.html" %} {% load static %} {% block content %}
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EVANRAMIREZ
Bay Area Graphic Designer currently studying towards a Bachelors of Fine Arts Degree in Graphic Design.
This website was coded using HTML5, CSS, ZURB 6, and Javascript by Evan Ramirez. Check out my portfolio in the "Gallery" tab.
This website was coded using HTML5, CSS, ZURB 6, and Javascript by Evan Ramirez. Check out my portfolio in the "Gallery" tab.


Badge generates a small badge to the top-right.
Use the lyBadge attribute on any element, it will attach a badge to the element.
lyBadge
e.g:
<element lyBadge="9+">
You can use <ly-badge> and add your own styles to customize it.
<ly-badge>


Goo$ version 1.0.0
Welcome to the BETA version of Goo$! More updates are expected in the future, and expect rapid changes.
Check out our Google Custom Search Engine! Right now, you can search the existing webpage. These will later be stored under
a section of the website called "Archives". You will still be able to search and view this content, although some may be selected to be
removed. Thanks for your cooperation.


Regular
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- Conference Seats
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- Experience from University students
- Gain unique perspective into student lives
- Advice gained from nowhere else
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$ 0
No payment required but name verification is required.
$0 per head
- Conference Seats
- Free Wifi
- Q&A Session
- Experience from University students
- Gain unique perspective into student lives
- Advice gained from nowhere else
Buy Ticket
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$ 0
No payment required but name verification is required.
Free of charge
- Livestream Event
- Learn how to gain admittance into top U.S. universites!
- Experience from University students
- Gain unique perspective into student lives
- Advice gained from nowhere else
Buy Ticket


{% extends "site_base.html" %}
{% load i18n %}
{% load bootstrap %}
{% load staticfiles %}
{% load static %}
{% block head_title %}
{% trans "Home" %}
{% endblock %}
{% block body %}
We are excited about starting this pilot with you so that together we can design the best school driven solution fot building a community focused on providing students with an early start for finding their place in the world.
We believe if youth have opportunites to learn about the expectations of the workplace and the variety of careers available, they make better decisions about college, how much college debt to take on and will have fewer struggles finding work. It is our experience that many adults are very willing to help students in this process and will share their career experiences, given a viable process for doing so. Be assured that student safety is our top priority and we look forward to working with you to create a strong safety process.


Searching elements a sorted compact list
a. Consider that COMPACT-LIST-SEARCH (refer textbook, problem 10-3) takes iteration of “while” loop of line 2-8
Now depending on value of, there are two cases:
1. is in list
2. does not exist in the list
Case1: is stored in the list
Since is there in the loop, therefore, COMPACT-LIST-SEARCH will take iterations and return the object. COMPACT-LIST-SEARCH’ will do the same in the ‘for’ loop of line 2-7. It may has to do one more iteration of the while loop hence total iterations are more than.
Case2: is not in the list
In this case COMPACT-LIST-SEARCHwill get =NIL or no less than in iteration. COMPACT-LIST-SEARCH’ will get the same in at least iteration since while loop will add more iteration.
Hence, conclusion is that COMPACT-LIST-SEARCH’ would yield an answer same as that of COMPACT-LIST-SEARCH and total number of iterations done in both of them ‘for’ and ‘while’ loops within COMPACT-LIST-SEARCH’ would be at least.
b. Procedure COMPACT-LIST-SEARCH’ is comprised of two loops,
1. ‘for’ loop from line 2 to 7. Assume that it takes
2. ‘while’ loop from line 8 to 9. Assume that it takes
3. Rest of the line can be executed in constant time.
So it will take.
Therefore from 1, 2 and 3, total time will be:
… … (1)
Calculation of 1,
Since for loop runs for t time doing a constant work each time, therefore total time in executing this loop will be.
That is.
Therefore,
… … (2)
Calculation of 2,
After iterations i will at a distance of to the desired key .
Therefore,
It will get the expectation as. In other word, implication is that there is while loop which will run times, each time doing a constant work.
Therefore total running time of this while loop will be
… … (3)
Putting the values got in equation (2) and (3) in (1)
Equation comes as,
So above explanation conclude that expected running time of COMPACT-LIST-SEACH’ is
c. is defined in section C.3 of the text book (equation (C.25)) as following:
In present scenario, the above equation could be as below,
… … (4)
Probability of is equivalent to the probability, probability …... probability
Each of these will have a maximum possibility of.
Therefore, probability of getting will always be greater than or equal to.
Therefore it can be rewritten equation (4) as bellow,
d.
Consider the following:
… … (5)
(It is quite obvious to observe that is summation just over the integral part on the other hand is summation over fraction also.
Therefore,
Will always be greater or equal to)
… … (6)
Now, consider the below inequality expression,
… … (7)
From (6) and (7),
… … (8)
From (5) and (8),
e .
From part c,
… … (9)
Now, changing the limit,
… … (10)
From the part d,
… … (11)
Substituting the value of (11) in (10)
Or,
Or … … (12)
From equation (9) and (12),
Hence proved
f.
In part b, it is already shown that expected running time of COMPACT-LIST-SEARCH’ is
… … (13)
In part e already proved that
.
Substituting the value of in equation (13)
=
=
=
Hence provedg.
Since COMPACT-LIST-SEARCH has same running for and while loop, its running time will be same as that of COMPACT-LIST-SEARCH.
Hence,
Running time of COMPACT-LIST-SEARCH=
Now out of and,
One having bigger value will dominate the total running time.
Assuming that
Hence,
Or … … (14)
Since running time of COMPACT-LIST-SEARCH=,
Therefore substituting the value of form equation (14)
=
=
=
=
h.
Assumed no two keys in COMPACT-LIST-SEARCH are same, so that skip performed by RANDOM has more significance.
Consider that there are duplicate keys in the list. In that case when the skip is performed by RANDOM, the worst case possibility is that the next key that is accessed is same as the key from which the skip was performed.
Now, the next thing to do would be that the while loop has to move the pointer backward step by step. If this happens, the skip does not come in handy and cannot fulfill the need that it was meant for.
So when the lists are created, it is taken care of that all the keys are different.


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| 12 Jun 1941 |
Marvin Philip "Marv" Albert born. |
| Dec 1996 |
Vanessa Perhach hospitalized for attempted suicide. |
| 12 Feb 1997 |
Sodomizes Vanessa Perhach, Ritz-Carlton Hotel, Alexandria VA. He bites the woman on the back, saying "You've been a bad girl... you didn't bring anybody." |
| 27 May 1997 |
Charged with forcible Sodomy and assault. |
| 11 Aug 1997 |
DNA tests indicate that the bite mark on accuser Vanessa Perhach is indeed Albert's. |
| 22 Sep 1997 |
Marv Albert trial begins. |
| 25 Sep 1997 |
Pleads guilty to misdemeanor assault and battery; Sodomy charge dropped. |
| 24 Oct 1997 |
Receives a 12 month suspended sentence, expunged from his record if no crimes are committed during that span.  I did not realize until her [Perhach's] testimony that she thought I had caused her harm, and for that, I am sorry." |


Aysegul Yonet / @AysegulYonet
Slides: bit.ly/angular-slides
AngularJS lets you extend HTML vocabulary for your application.
ExampleYou can bootstrap your angular app by adding ng-app to any html tag.
You can think of a module as a container for the different parts of your app – controllers, services, filters, directives, ...
var app = angular.module('myApp', []);
Scope is the glue between application controller and the view. Everything you need to be available in your html, you have to include it in your $scope object.
var app = angular.module('myApp', []);
app.controller("FirstController", ['$scope', function($scope) {
$scope.message = 'Hello World!';
//Cool functions goes here...
}]);
Filters are used for formatting data displayed to the user.
You can create your own to do anything.
angular.module('app')
.filter('numberFormat', [function () {
return function (number) {
if (number !== undefined) {
var abs = Math.abs(number);
if (abs >= Math.pow(10,12)) {//trillion
number = (number / Math.pow(10, 12)).toFixed(1)+ 't';
} else if (abs < Math.pow(10,12) && abs >= Math.pow(10, 9)) {//billion
number = (number / Math.pow(10, 9)).toFixed(1)+ 'b';
} else if (abs < Math.pow(10, 9) && abs >= Math.pow(10, 6)) {//million
number = (number / Math.pow(10, 6)).toFixed(1)+ 'm';
} else if (abs < Math.pow(10, 6) && abs >= Math.pow(10, 3)) {//thousand
number = (number / Math.pow(10,3)).toFixed(1)+ 'k';
}
}
return number;
};
}]);
Directives let you invent new HTML syntax, specific to your application.
Angular comes with great directives you can use.
If jQuery is available, angular.element is an alias for the jQuery function. If jQuery is not available, angular.element delegates to Angular's built-in subset of jQuery, called "jQuery lite" or "jqLite."
A linking function is enough to create a directive.
var app = angular.module('app', [])
app.directive('myDirective', [function(){
return {
link: function(scope, element, attrs) {
//Do something here.
}
}
}])
Linking function has access to:
var app = angular.module('app', [])
app.directive('myDirective', [function(){
return {
restrict: "E", //Defaults to "A" for attribute.
link: function(scope, element, attrs) {
//Do something here...
}
}
}])
Example
app.directive('superwoman', [function(){
return {
restrict: "E",
link: function(scope, element, attrs) {
element.bind('mouseenter', function(){
alert("I'm busy saving the world. Come back later.")
})
}
}
}])
Example
app.directive('classy', [function(){
var link = function(scope, element, attrs) {
element.bind('mouseenter', function(){
element.addClass(attrs.classy);
})
}
return {
restrict:"A",
link: link
}
}])
Example
app.controller('SuperController', ['$scope', function($scope){
$scope.totalSuperwomen = 20;
$scope.addOne = function() {
$scope.totalSuperwomen ++;
}
}])
app.directive('superwoman', [function(){
return {
restrict: "E",
link: function(scope, element, attrs) {
element.bind('mouseenter', function(){
scope.addOne();
scope.$apply();
})
}
}
}])
Example
A Better Way
The service factory function generates the single object or function that represents the service to the rest of the application.
// Simple GET request example :
$http.get('/someUrl').
success(function(data, status, headers, config) {
// this callback will be called asynchronously
// when the response is available
}).
error(function(data, status, headers, config) {
// called asynchronously if an error occurs
// or server returns response with an error status.
});
// Simple POST request example (passing data) :
$http.post('/someUrl', {msg:'hello word!'}).
success(function(data, status, headers, config) {
// this callback will be called asynchronously
// when the response is available
}).
error(function(data, status, headers, config) {
// called asynchronously if an error occurs
// or server returns response with an error status.
});
The service factory function generates the single object or function that represents the service to the rest of the application.
ExampleDependency Injection is a software design pattern that deals with how components get hold of their dependencies.
var app = angular.module('myApp', [
'ui.router',
'myControllers'
]);
app.controller('MainController', ['$scope', '$http', function($scope, $http){
//
}])
The companion suite(s) to the AngularJS framework.
var app = angular.module('myApp', [
'ngRoute',
'myControllers',
'ui.map'
]);
Chrome developer tools for AngularJS
On your console:
//Gives you the last selected element on your html
var lastElement = angular.element($0);
//Gives you what is in your scope(functions, variables...)
lastElement.scope();
AngularJS 1.3 provides animation hooks for common directives such as ngRepeat, ngSwitch, and ngView, as well as custom directives via the $animate service.


Newer Outlook version (2002-2013) uses the 'Credential Store' to store the 'Exchange Server' passwords. It provides more secure mechanism for storing and retrieving the password than the older 'Protected Storage' format. This mechanism is mainly used by Windows to securely store network login passwords.
Here are the locations of credential files used by 'Credential Store' to store the encrypted passwords on various platforms.
For Windows XP
On Windows XP, the encrypted user credentials are stored in the hidden file called 'Credentials' inside both APPDATA and LOCALAPPDATA locations mentioned below.
[APPDATA Location]
C:\Documents and Settings\<username>\Application Data\Microsoft\Credentials\<user sid>\
[LOCALAPPDATA Location]
C:\Documents and Settings\<username>\Local Settings\Application Data\Microsoft
\Credentials\<user sid>\
For Vista/Windows 7/Windows 8
Vista onwards, the user credentials are stored in the multiple files with random name (generated using GUID) inside both APPDATA and LOCALAPPDATA locations mentioned below. (There will be separate credential file for each of the network accounts)
[APPDATA Location]
C:\Users\<username>\AppData\Roaming\Microsoft\Credentials\
[LOCALAPPDATA Location]
C:\Users\<username>\AppData\Local\Microsoft\Credentials\
For further details on decrypting the exchange server password protected by 'Credential Store' refer to the 'Recovering Domain Network Password Section' of 'Exposing Secrets of Network Passwords'


--- layout: page title: Contact main_image_path: /assets/images/banners/banner-contact.jpg main_image_description: main_image_credit: Photo by Alun Ward main_nav: false sidebar: about-sidebar.html --- Sussex Mindfulness CentreAldrington House New Church RoadHoveBN3 4AG Phone: 0300 304 0689Email<EMAIL_ADDRESS>Twitter: @SMCmindful_SPFT Facebook: sussex mindfulness centre You can also sign up to our newsletter
Sussex Mindfulness CentreAldrington House
New Church RoadHoveBN3 4AG
Phone: 0300 304 0689Email<EMAIL_ADDRESS>Twitter: @SMCmindful_SPFT
Facebook: sussex mindfulness centre
You can also sign up to our newsletter


Steve’s sister Patti and his friend from Reed, Dan Kottke. They paid them $1 a board. The parts for the Apple cost $220, while the computer was sold to Terrel for $500, who would usually put it in wooden boxes.
Steve and Woz also started selling the computer on their own. They agreed on the retail price of $666.66 (note that his price was based on a simple calculation — a 33% margin — and had nothing to do with the Satanic number of course). They showed it to the Homebrew folks in March 1976, but the response wasn’t that enthusiastic. So they went elsewhere, going from store to store and trying to sell them. They sold a couple hundreds this way.
This was the start of Apple Computer. Steve and Woz had bought the other co-founder Ron Wayne out for $800, and incorporated the company on April 1, 1976.


--- layout: reference title: Reference guide ---
Find the reference guide for all our exported functions below
{% assign revision = site.github.build_revision | slice: 0, 7 %} {% for file in site.data.reference.children %} {% assign exports = file.children | where_exp: "i", "i.kindString != 'Reference'" | where_exp: "i", "i.flags.isExported" %} {% for export in exports %}{%- include type.html %}
{% for signature in export.signatures %}
{% if signature.comment %}


Genesis 31:20
And Jacob stole away unawares to Laban the Syrian, in that he told him not that he fled.


password length
include UPPERCASE
include lowercase
include numbers
include symbols
Generate Password


Home
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Albums
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Full Name
Username
Email
Password
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Choose Gender
Pria
Wanita


This is a description
How do you keep your cat?
What food does your cat like to eat?
Tell me more about your cat


John Doe
Founder of CSK Limited
Elv Doe
Founder of CSK Limited
Robert Doe
Founder of CSK Limited
Our mission is to promote student achievement and preparation.Our mission is to promote student achievement and preparation.
 Be it Business, Portfolio, Photography, eCommerce much more your perspective.
For those who have seen the Earth from space, and for the hundreds and perhaps thousands more who will, the experience most certainly changes your perspective.


The previous query matched individual elements in the database. To match groups of elements we use numeric annotations. A numeric annotation groups together repeated isomorphic substructures that would otherwise create multiple matches for the query. Annotations can also be used to place limits on the number of substructures that can occur in matching portions of the database.
The following exercise finds, for each research project object (web page) in the database, all objects directly linked to that page. It uses a numeric annotation to group matching database entities into a single matching subgraph.
This query illustrates one of the most common query forms, the one-dimensional star or 1d-star query. A 1d-star is the cluster of objects directly linked to a central, core object. Star queries can use QGraph features such as conditions and constraints to restrict matches to objects with specific attribute values.
Exercise 5.3. Creating a query with numeric annotations:
The query created in this exercise is also available in the
Proximity 4.3 distribution in
$PROX_HOME/doc/user/tutorial/examples/research-clusters2.qg2.xml
.
Before beginning, make sure that you are serving the ProxWebKB database using Mserver. Start the Proximity Database Browser if it is not already running.
Open the research-clusters1 query that you created in Exercise 5.1:
From the Query menu, choose Edit Query.
Navigate to the location where you saved the query created in
Exercise 5.1. (If you saved the query using
the suggested directory and file name, this is
$PROX_HOME/doc/user/tutorial/examples/rc1.qg2.xml
.)
Click OK.
So that you do not overwrite the existing query,
save this new query as
rc2.qg2.xml
.
Select the linked_page vertex.
Double-click in the Value column of the
Annotation property.
Enter [1..]
and press Tab.
Check the status list at the bottom of the Query Editor. Notice that the query is now invalid. Click the arrows at the right edge of the status list to see the specific errors.
An edge next to an annotated vertex must itself be annotated.
To fix the error, select the linked_to
edge, enter [1..]
for the
edge’s annotation, and press Tab.
You can optionally set the Query Editor to automatically
add a [1..]
annotation to every new edge.
The [1..]
edge annotation groups multiple
links connecting the same two objects, which is
typically the intended behavior for most Proximity queries. To
automatically add a [1..]
annotation to
new edges, choose Add [1..] To New
Edges from the Query Editor’s
Edit menu. You can edit an individual edge annotation
later if you determine that a different annotation is more appropriate.
Update the name and description of the query. Instead of finding individual linked pages, the new query finds clusters of pages connected to research project pages.
Make sure the query is valid by checking the status list at the bottom of the Query Editor window. If the query is not valid, examine the errors in the list and fix any problems before saving.
[Optional] Update the name and description for the query.
From the File menu, choose Save or press Ctrl-S to save the changes to your query.
From the File menu, choose
Run or press Ctrl-R
to execute your query.
Proximity prompts you for a name for the results container. Enter
research-clusters2
and click
OK.
Proximity opens a window to show you a trace of the query execution. The last lines should be similar to the following excerpt (leading information showing elapsed time and execution thread has been omitted from the trace for brevity):
INFO kdl.prox.qgraph2.QueryGraph2CompOp - -> found 83 subgraphs INFO kdl.prox.qgraph2.QueryGraph2CompOp - -> query results saved in container: research-clusters2 INFO kdl.prox.qgraph2.QueryGraph2CompOp - * query: done Status: finished running query
Close this window after the query finishes.
If needed, move or close the Query Editor window so that you can see the Proximity Database Browser. In the Proximity Database Browser start page, click Containers to display the list of containers in the database.
Click research-clusters2 to display the list of subgraphs in this container. You can see that there are far fewer subgraphs in this container than there were in the research-clusters1 container.
Click thumbs to display thumbnail images for a set of randomly selected subgraphs. Because the thumbnails are selected at random, you may see a different set of subgraphs than those shown below.
Unlike the subgraphs in the research-clusters1 container, these
subgraphs vary in the number of
linked_page objects linked to each
start_page objects. And in some of the
subgraphs, some of the linked_page
objects are connected to the start_page
object by two or more links.
The [1..]
annotation on the
linked_page vertex groups the matching
objects and the [1..]
annotation on the
linked_to edge groups the corresponding
links.
Click 0 to see the contents of subgraph 0. Notice that we still have a single start page, object 398 (you may need to scroll down to see the start_page object), but the subgraph now includes many linked pages. Click graph to display the graph of this subgraph.
Using numeric annotations successfully collapses the multiple subgraphs for each research page into a single subgraph that includes all the linked pages.


--- layout: post title: "morning lyrics" comments: true ---
I'm ready Ready for the laughing gas I'm ready Ready for what's next Ready to duck Ready to dive Ready to say I'm glad to be alive I'm ready Ready for the push


Information about loaded files and the predicates and clauses in them
is returned by source_file/[1,2]
. source_file/1
can be
used to identify an absolute filename as loaded, or to backtrack
through all loaded files. To find out the correlation between loaded
files and predicates, call source_file/2
.


As per the latest twitter news, complete the article snippet given by selecting appropriate choice for the blanks.
"
Twitter wants more cash. The company announced two $_____ million debt offerigs in a filing today, each with potential of $100 increase provided that the sales are oversubscribed. Assuming full tip, including the $100 million boosters. $_____ will raise up to 105 billion with the two offerings.
Source: http://techcrunch.com/2014/10twitter-to-raise-up-to-1-5b-in-debt-offering/


| Opcode/Instruction | Op/En | 64/32-bit Mode | CPUID Feature Flag | Description |
| 66 0F 3A 21 /r ib INSERTPS xmm1, xmm2/m32, imm8 | RMI | V/V | SSE4_1 | Insert a single precision floating-point value selected by imm8 from xmm2/m32 into xmm1 at the specified destination element specified by imm8 and zero out destination elements in xmm1 as indicated in imm8. |
| VEX.NDS.128.66.0F3A.WIG 21 /r ib VINSERTPS xmm1, xmm2, xmm3/m32, imm8 | RVMI | V/V | AVX | Insert a single precision floating point value selected by imm8 from xmm3/m32 and merge into xmm2 at the specified destination element specified by imm8 and zero out destination elements in xmm1 as indicated in imm8. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RMI | ModRM:reg (w) | ModRM:r/m (r) | imm8 | NA |
| RVMI | ModRM:reg (w) | VEX.vvvv (r) | ModRM:r/m (r) | imm8 |
(register source form) Select a single precision floating-point element from second source as indicated by Count_S bits of the immediate operand and insert it into the first source at the location indicated by the Count_D bits of the immediate operand. Store in the destination and zero out destination elements based on the ZMask bits of the immediate operand.
(memory source form) Load a floating-point element from a 32-bit memory location and insert it into the first source at the location indicated by the Count_D bits of the immediate operand. Store in the destination and zero out destination elements based on the ZMask bits of the immediate operand.
128-bit Legacy SSE version: The first source register is an XMM register. The second source operand is either an XMM register or a 32-bit memory location. The destination is not distinct from the first source XMM register and the upper bits (VLMAX-1:128) of the corresponding YMM register destination are unmodified. VEX.128 encoded version. The destination and first source register is an XMM register. The second source operand is either an XMM register or a 32-bit memory location. The upper bits (VLMAX-1:128) of the corresponding YMM register destination are zeroed. If VINSERTPS is encoded with VEX.L= 1, an attempt to execute the instruction encoded with VEX.L= 1 will cause an #UD exception.
INSERTPS (128-bit Legacy SSE version) IF (SRC = REG) THEN COUNT_S ← imm8[7:6] ELSE COUNT_S ← 0 COUNT_D ← imm8[5:4] ZMASK ← imm8[3:0] CASE (COUNT_S) OF 0: TMP ← SRC[31:0] 1: TMP ← SRC[63:32] 2: TMP ← SRC[95:64] 3: TMP ← SRC[127:96] ESAC; CASE (COUNT_D) OF 0: TMP2[31:0] ← TMP TMP2[127:32] ← DEST[127:32] 1: TMP2[63:32] ← TMP TMP2[31:0] ← DEST[31:0] TMP2[127:64] ← DEST[127:64] 2: TMP2[95:64] ← TMP TMP2[63:0] ← DEST[63:0] TMP2[127:96] ← DEST[127:96] 3: TMP2[127:96] ← TMP TMP2[95:0] ← DEST[95:0] ESAC; IF (ZMASK[0] = 1) THEN DEST[31:0] ← 00000000H ELSE DEST[31:0] ← TMP2[31:0] IF (ZMASK[1] = 1) THEN DEST[63:32] ← 00000000H ELSE DEST[63:32] ← TMP2[63:32] IF (ZMASK[2] = 1) THEN DEST[95:64] ← 00000000H ELSE DEST[95:64] ← TMP2[95:64] IF (ZMASK[3] = 1) THEN DEST[127:96] ← 00000000H ELSE DEST[127:96] ← TMP2[127:96] DEST[VLMAX-1:128] (Unmodified) VINSERTPS (VEX.128 encoded version) IF (SRC = REG) THEN COUNT_S ← imm8[7:6] ELSE COUNT_S ← 0 COUNT_D ← imm8[5:4] ZMASK ← imm8[3:0] CASE (COUNT_S) OF 0: TMP ← SRC2[31:0] 1: TMP ← SRC2[63:32] 2: TMP ← SRC2[95:64] 3: TMP ← SRC2[127:96] ESAC; CASE (COUNT_D) OF 0: TMP2[31:0] ← TMP TMP2[127:32] ← SRC1[127:32] 1: TMP2[63:32] ← TMP TMP2[31:0] ← SRC1[31:0] TMP2[127:64] ← SRC1[127:64] 2: TMP2[95:64] ← TMP TMP2[63:0] ← SRC1[63:0] TMP2[127:96] ← SRC1[127:96] 3: TMP2[127:96] ← TMP TMP2[95:0] ← SRC1[95:0] ESAC; IF (ZMASK[0] = 1) THEN DEST[31:0] ← 00000000H ELSE DEST[31:0] ← TMP2[31:0] IF (ZMASK[1] = 1) THEN DEST[63:32] ← 00000000H ELSE DEST[63:32] ← TMP2[63:32] IF (ZMASK[2] = 1) THEN DEST[95:64] ← 00000000H ELSE DEST[95:64] ← TMP2[95:64] IF (ZMASK[3] = 1) THEN DEST[127:96] ← 00000000H ELSE DEST[127:96] ← TMP2[127:96] DEST[VLMAX-1:128] ← 0
| INSERTPS: | __m128 _mm_insert_ps(__m128 dst, __m128 src, const int ndx); |
None
See Exceptions Type 5.


Run ReMetrics.exe.
This icon().
You will see below window.
When window displayed, you see window element name and size.
Please input size in textbox or change size clicking spin button.
When setting ended, press OK button.
You can change wildow element size.(Remark, OS adjust element size)
When you press cancel button, program exits without action.
Icon horizontal spacing and icon vertical spacing are enabled after "Auto arrange icons" or "Align icons to grid".
You can set window settings in command line
Re-Metrics window settings file name [-set]
You can create window settings file by this program.
If window settings file countains white space, surround file name in double quote.
If you specify -set after window setting file, program sets window settings from window settings file and program exits.
Use this option in batch file or launcher.
ReMetrics MySet.ini
ReMetrics "Your Settings.ini" -set


#include <xdmad.h>
Public Attributes | |
| uint32_t | mbr_ubc |
| Microblock Control Member. More... | |
| uint32_t | mbr_sa |
| Source Address Member. More... | |
| uint32_t | mbr_da |
| Destination Address Member. More... | |
| uint32_t | mbr_cfg |
| Configuration Register. More... | |
| uint32_t | mbr_bc |
| Block Control Member. More... | |
| uint32_t | mbr_ds |
| Data Stride Member. More... | |
| uint32_t | mbr_sus |
| Source Microblock Stride Member. More... | |
| uint32_t | mbr_dus |
| Destination Microblock Stride Member. More... | |
| uint32_t _XdmadCfg::mbr_bc |
Block Control Member.
| uint32_t _XdmadCfg::mbr_cfg |
Configuration Register.
| uint32_t _XdmadCfg::mbr_da |
Destination Address Member.
| uint32_t _XdmadCfg::mbr_ds |
Data Stride Member.
| uint32_t _XdmadCfg::mbr_dus |
Destination Microblock Stride Member.
| uint32_t _XdmadCfg::mbr_sa |
Source Address Member.
| uint32_t _XdmadCfg::mbr_sus |
Source Microblock Stride Member.
| uint32_t _XdmadCfg::mbr_ubc |
Microblock Control Member.


CAPSTONE PROJECT
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| DOSE: |
2 bowls |
smoked |
Cannabis |
(plant material) |
This past summer was when I started puffing, and my best friend Dan who got me into it bought alot of beasters nugs for a while, and the first time I puffed with those, oh man. About 20 minutes after we smoked, he was playin a game on PS, and I was sittin there watching. And there was something about the music that just made me relax so much, and I just closed my eyes, and it was like I was falling. Even with the littlest thought and motion I could 'change the direction' I was falling.
I lost track of all time, but I'm guessing this lasted for a good 2 hours. From then up until about 6 hours later, I was still high, but not at all like I was immediately after we puffed. In the time after the first 2 hours, everything felt like it was in rapid stop-go animation, and I couldn't tell if it was just me twiching like nutz or if it was just in my head. Either way, it was frickin great.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


<dt>
The <dt> element contains a term in a definition list entry (<dlentry>).
<dlentry>
Category: Body elements


public final class AuthConstants
extends java.lang.Object
AuthConstants
provides a collection of constants used to
configure and customize the Sling authentication infrastructure.
This class can neither be extended from nor can it be instantiated.
| Modifier and Type | Field and Description |
|---|---|
static java.lang.String |
ATTR_REQUEST_AUTH_URI_SUFFIX
The name of the request attribute containing the list of
request URI suffixes handled by the default authenticator
org.apache.sling.auth.core.impl.SlingAuthenticator . |
static java.lang.String |
AUTH_HANDLER_BROWSER_ONLY
Service Registration property which may be set by an
AuthenticationHandler service to
indicate whether its
AuthenticationHandler.requestCredentials(javax.servlet.http.HttpServletRequest, javax.servlet.http.HttpServletResponse)
method supports non-browser requests (according to
AuthUtil.isBrowserRequest(javax.servlet.http.HttpServletRequest)
or not. |
static java.lang.String |
AUTH_INFO_LOGIN
Marker property in the
AuthenticationInfo object returned
by the
AuthenticationHandler.extractCredentials(javax.servlet.http.HttpServletRequest, javax.servlet.http.HttpServletResponse)
method indicating a first authentication considered to be a login. |
static java.lang.String |
AUTH_REQUIREMENTS
Any OSGi service may provide a
sling.auth.requirements registration property which is used
to dynamically extend the authentication requirements for the AuthenticationSupport . |
static java.lang.String |
PAR_J_VALIDATE
The name of the request parameter indicating that the submitted username
and password should just be checked and a status code be set for success
(200/OK) or failure (403/FORBIDDEN).
|
static java.lang.String |
TOPIC_LOGIN
The topic for the OSGi event which is sent when a user has logged in successfully.
|
static java.lang.String |
TOPIC_LOGIN_FAILED
The topic for the OSGi event which is sent when a user has failed to login successfully.
|
static java.lang.String |
X_REASON
The name of the request header set by the
AuthUtil.sendInvalid(HttpServletRequest, HttpServletResponse) method if the provided
credentials cannot be used for login. |
static java.lang.String |
X_REASON_CODE
The name of the request header set by the
AuthUtil.sendInvalid(HttpServletRequest, HttpServletResponse) method if the provided
credentials cannot be used for login. |
public static final java.lang.String PAR_J_VALIDATE
public static final java.lang.String X_REASON
AuthUtil.sendInvalid(HttpServletRequest, HttpServletResponse)
method if the provided
credentials cannot be used for login.
This header may be inspected by clients for a reason why the request failed.
public static final java.lang.String X_REASON_CODE
AuthUtil.sendInvalid(HttpServletRequest, HttpServletResponse)
method if the provided
credentials cannot be used for login.
This header may be inspected by clients for a a detailed reason code why the request failed.
public static final java.lang.String AUTH_HANDLER_BROWSER_ONLY
AuthenticationHandler
service to
indicate whether its
AuthenticationHandler.requestCredentials(javax.servlet.http.HttpServletRequest, javax.servlet.http.HttpServletResponse)
method supports non-browser requests (according to
AuthUtil.isBrowserRequest(javax.servlet.http.HttpServletRequest)
or not.
For backwards compatibility with existing
AuthenticationHandler
services the
default assumption in the absence of this property is that all requests
are supported.
If this property is set to true
or yes
(case-insensitive check) the handler is not called for requests assumed
to be sent from non-browser clients. Any other value of this property
indicates support for non-browser requests by the handler.
Note that this property only influences whether the
requestCredentials
method is called or not. The
extractCredentials
and dropCredentials
are
called regardless of this property.
public static final java.lang.String AUTH_INFO_LOGIN
AuthenticationInfo
object returned
by the
AuthenticationHandler.extractCredentials(javax.servlet.http.HttpServletRequest, javax.servlet.http.HttpServletResponse)
method indicating a first authentication considered to be a login.
By setting this property to any non-null
value an
AuthenticationHandler
indicates,
that the TOPIC_LOGIN
event should be fired after successfully
acquiring the ResourceResolver
.
public static final java.lang.String TOPIC_LOGIN
SlingConstants.PROPERTY_USERID
and the AuthenticationInfo.AUTH_TYPE
properties.public static final java.lang.String TOPIC_LOGIN_FAILED
SlingConstants.PROPERTY_USERID
and the AuthenticationInfo.AUTH_TYPE
properties.public static final java.lang.String AUTH_REQUIREMENTS
sling.auth.requirements
registration property which is used
to dynamically extend the authentication requirements for the AuthenticationSupport
.
This may for example be set by AuthenticationHandler implementations providing
a login form to ensure access to the login form does not require authentication. The value
of this property is a single string, an array of strings or a Collection of strings.
Each string can be an absolute path (such as /content) or and absolute URI (such as
http://thehost/content). Optionally each entry may be prefixed by a plus (+) or minus (-) sign
indicating that authentication is required (plus) or not required (minus).public static final java.lang.String ATTR_REQUEST_AUTH_URI_SUFFIX
org.apache.sling.auth.core.impl.SlingAuthenticator
.
The authenticator will populate this attribute so that login JSPs
can post j_username and j_password to the correct URI.Copyright © 2022 The Apache Software Foundation. All rights reserved.


Iconnic Apps
Create Product
(current)
View Products
Create Product
All inputs must be completed as required
Product Name
Product Description
Product Category
Men's Clothing
Women's Clothing
Children's
Household
Other
Product Price (ZMW)
Select Product Image
Save New Product
Reset Inputs


My Fifth Post
Umami chillwave cray, actually bicycle rights chambray flexitarian Shoreditch disrupt Blue Bottle. Listicle pop-up keytar, chillwave Banksy biodiesel you probably haven't heard of them gentrify sriracha. Flannel trust fund sriracha street art. Ugh authentic twee freegan, cred VHS next level keffiyeh. Next level brunch narwhal, paleo four dollar toast lumbersexual hella squid before they sold out freegan meditation taxidermy hoodie. Shabby chic next level Helvetica banh mi you probably haven't heard of them, messenger bag tattooed cornhole Truffaut cardigan cred. Brunch four dollar toast bicycle rights cronut, mumblecore lomo raw denim ethical you probably haven't heard of them art party Neutra banh mi 8-bit DIY semiotics.
My Fourth Post
Umami chillwave cray, actually bicycle rights chambray flexitarian Shoreditch disrupt Blue Bottle. Listicle pop-up keytar, chillwave Banksy biodiesel you probably haven't heard of them gentrify sriracha. Flannel trust fund sriracha street art. Ugh authentic twee freegan, cred VHS next level keffiyeh. Next level brunch narwhal, paleo four dollar toast lumbersexual hella squid before they sold out freegan meditation taxidermy hoodie. Shabby chic next level Helvetica banh mi you probably haven't heard of them, messenger bag tattooed cornhole Truffaut cardigan cred. Brunch four dollar toast bicycle rights cronut, mumblecore lomo raw denim ethical you probably haven't heard of them art party Neutra banh mi 8-bit DIY semiotics.
My Third Post
Umami chillwave cray, actually bicycle rights chambray flexitarian Shoreditch disrupt Blue Bottle. Listicle pop-up keytar, chillwave Banksy biodiesel you probably haven't heard of them gentrify sriracha. Flannel trust fund sriracha street art. Ugh authentic twee freegan, cred VHS next level keffiyeh. Next level brunch narwhal, paleo four dollar toast lumbersexual hella squid before they sold out freegan meditation taxidermy hoodie. Shabby chic next level Helvetica banh mi you probably haven't heard of them, messenger bag tattooed cornhole Truffaut cardigan cred. Brunch four dollar toast bicycle rights cronut, mumblecore lomo raw denim ethical you probably haven't heard of them art party Neutra banh mi 8-bit DIY semiotics.
My Second Post
Blue Bottle twee tousled roof party street art craft beer paleo 3 wolf moon bespoke asymmetrical, tilde Banksy chillwave church-key. Selvage Tumblr meh cold-pressed stumptown occupy. Swag Intelligentsia XOXO retro kitsch listicle.  Yr master cleanse banh mi, Pinterest put a bird on it listicle gentrify blog street art selvage art party Vice drinking vinegar. Leggings brunch bitters selvage, gentrify raw denim stumptown Austin small batch Tumblr readymade hoodie vinyl Kickstarter four loko. Fixie cliche aesthetic, fingerstache scenester drinking vinegar narwhal you probably haven't heard of them brunch cornhole synth next level cronut.
My First Post
Master cleanse biodiesel literally, meh before they sold out Schlitz dreamcatcher cronut DIY High Life bicycle rights Etsy blog. Echo Park Schlitz keffiyeh, Intelligentsia semiotics Godard chia single-origin coffee. Wes Anderson tofu small batch, Helvetica Odd Future deep v brunch bicycle rights. Meggings selfies taxidermy swag keytar. Polaroid kitsch selvage literally flannel ugh umami, keytar meggings. Kogi mixtape banh mi Godard post-ironic, Carles whatever selvage ethical swag Thundercats. Freegan cred Marfa, actually tofu +1 chia Godard ugh polaroid quinoa selvage artisan next level vegan.


{% extends "base.html" %} {% block title %}Greeting App Demo{% endblock %} {% block content %}
Here you can receive a free world-class greeting.


Systemic hypertension does always often respond to non pharmacological means. Sometimes, it is the only management that will be needed. Indeed, even with medications, it is important to continue on these non-drug management strategies:
Most foods contain sodium, the active ingredient of salt. In practice, no-salt added diet is the best strategy. Ensure modest application of salt and pay attention to eating foods that may have been preserved by excess salt application. Certain foods, traditional to some parts of the world fall into this category. Salted meats such as bacon, "bush meats", dried fish etc.
Unless contraindicated by chronic kidney disease or use of potassium drugs or those that impair potassium excretion, foods that contain potassium help to decease blood pressure. Some of these foods include tomatoes, bananas etc.
The impact of weight loss is more pronounced if one is obese or overweight. Research suggests that for every 1Kg of weight loss, there is about 1mmHg drop in blood pressure reading. This may look negligible. But not if more weight loss is achieved! Done in a controlled manner could translate to eliminating the need to take medications.
DASH stands for Dietary Approaches to Stop Hypertension. This diet comprises of high vegetables, fruits, low-fat dairy products, whole grains, chicken, fish and nuts and low amounts of red meat, sweetened beverages and sweets. The DASH diet intervention has been shown to achieve about 6mmHg of BP when compared to some typical western diets (amount for amount).
Exercise works independent of weight loss. An average reduction of blood pressure of about 5mmHg can be achieved when one embarks on aerobic/resistance training activities at 3-4 sessions per week.
Discretion in regards to consumption of alcohol beverages would help to maintain a stable blood pressure.


$def with (submitted, result, action, feeds, posts, name = '', link = '')
RESULT: $action
name: *
link: *
No posts found


| 1 –Ibuprofen, day 3–10 |
monocyte chemotaxis |
response to toxic substance |
| chemokine-mediated signaling pathway |
positive regulation of B cell proliferation |
| macrophage chemotaxis |
adaptive immune response |
| neutrophil chemotaxis |
regulation of entry of bacterium into host cell |
| lymphocyte chemotaxis |
positive regulation of interleukin-17 production |
| 2 –Ibuprofen, day 5–10 |
defense response to virus |
medium-chain fatty acid metabolic process |
| (RSAD2 (Viperin) increased 2.4 times) |
leukocyte tethering or rolling |
| Chemotaxis |
positive regulation of interferon-gamma production |
| 3 –Placebo |
regulation of angiogenesis |
regulation of protein processing |
| oxidation-reduction process |
| respiratory electron transport chain |
| cellular response to oxidative stress |
| positive regulation of T cell migration |
| 4 –FPI, day 5–10 |
cytokine-mediated signaling pathway |
T cell costimulation |
| positive regulation of T-helper 2 cell cytokine production |
defense response to Gram-positive bacterium |
| 5 –FPI+Ibuprofen, day 5–10 |
No terms |
positive regulation of interferon-beta production |
| negative regulation of cell proliferation |
| positive regulation of cytokine production |
| 6 –FPI+Ibuprofen, day 3–10 |
induction of positive chemotaxis |
type I interferon biosynthetic process |
| positive regulation of TOR signaling |
| response to type I interferon |
| antigen processing and presentation of exogenous peptide antigen via MHC class I |
| Nonspecific terms (Enriched in groups 1 and 2) |
negative regulation of viral genome replication |
No terms |
| Nonspecific terms (enriched in 2 or more groups) |
negative regulation of autophagosome assembly |
neutrophil activation |
| response to antibiotic |
cellular response to interleukin-4 |
| antimicrobial humoral immune response mediated by antimicrobial peptide |
cytokine production |
| prostaglandin biosynthetic process |
| antibacterial humoral response |
| positive regulation of toll-like receptor 3 signaling pathway |


Region Class Reference
A compact encoding of any connected collection of voxels.
More...
#include <region.h>
Visible Fields
Routines
| Region * |
Record_RegionG
(APart *image, int share, boolean iscon2n, Indx_Type leftmost, boolean with_holes, void *argt, boolean (*test)(Indx_Type p, void *argt)) |
| Region * |
Record_BasicG
(APart *image, int share, boolean iscon2n, Indx_Type leftmost, boolean with_holes, Comparator cmprsn, Value level) |
| Region * |
Record_Level_SetG
(Level_Tree *t, Level_Set *r, boolean with_holes, int share) |
| Region * |
Record_P_VertexG
(Partition *p, int v, boolean with_holes, int share) |
| void |
For_Region
(Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
| void |
For_Region_Outline
(Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
| void |
For_Region_Holes
(Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
| void |
For_Region_Exterior
(Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
| Range_Bundle * |
Region_Range
(Range_Bundle *rng RM, APart *part, Region *reg) |
| Double_Vector * |
Region_COM
(Double_Vector *com RO, Region *reg) |
| Double_Vector * |
Region_Select_COM
(Double_Vector *com RO, Region *reg, APart *part, Comparison cmprsn, Value level) |
Detailed Description
A Region object models any 2n- or
(3n-1)-connected
set of voxels in an n-dimension array or slice.
The basic encoding models the set as runs of consecutive voxels that are in the
region, that is, the voxels of a region are precisely
∪
{ [ raster[i], raster[i+1] ] : i ∈ [0,rastlen-1] and i even }.
That is, to perform some simple computation on a region, the following template suffices:
Region *r;
Size_Type k;
Indx_Type p;
for (k = 0; k < r->rastlen; k += 2)
for (p = r->raster[k]; p <= r->raster[k+1]; p++)
// Compute something on voxel p
Note carefully, that indices p into a particular lattice are being referred to, so while a region
isn't coupled to a particular array, it is only applicable to arrays of the same shape as that
over which the region was recorded. One may conceptually think of a region as an arbitrary
connected mask that can be applied to any array of the appropriate shape.
A given C-connected region R has an (n-1)-dimensional outer contour and may have any number
of inner countours surrounding holes. If C is 2n (connectivity), then let S be
(3n-1),
and if C is
(3n-1) then
let S be 2n.
A hole is a maximal, S-connected set of voxels not in
the region R that is completely surrounded by voxels in R.
The exterior of R is the unique, maximal, S-connected set of voxels that
cannot be surrounded by pixels of R.
The outer border of R is the C-connected set of voxels
that are S-connected to an exterior voxel.
The example below shows a 2-dimensional region of yellow voxels that is both 4- and 8-connected.
Note carefully that the outer contour, outer border, and which voxels are in a hole depends on
whether one considers the region to be 4- or 8-connected.
The outer hull of a region R is R plus all the voxels in all the holes surrounded by R.
One often needs only the outer hull of R, which can also be
encoded as a region as it is appropriately connected.
The recording routines can be directed to compute the outer hull versus the region with
holes by appropriately setting the boolean parameter with_holes.
Note carefully, that the class routines compute the outer hull in time proportional to the
surface area of the outer contour, whereas the proper detection of any holes requires time
proportional to the volume of the outer hull.
The hidden portion of a region object contains
(a) the shape of the array over which the region was recorded,
(b) the surface area of the outer contour, i.e. the number of (n-1)-dimensional hyper
faces in the outer contour,
(c) an encoding of the set of voxels in the outer border of the region, and
(d) an enoding that determines whether an exterior run (a run of non-R voxels between two
runs of R voxels) are in a hole or not.
The coding of this information is
sufficiently complex that it remains hidden, but it is still effectively available through
the routines of the class.
A region can be "recorded" by Record_Region for any set of voxels in a given array or slice
that are connected to a leftmost seed and satisfy a user-definable predicate. A voxel is
leftmost if a step in the negative x-direction takes one to a voxel that is not in the region
and not in a hole surrounded by the region. The voxel in a region with the minimum index
is always leftmost and can be computed with Find_Leftmost_Seed if necessary. A region can
also more simply be recorded by Record_Basic as the set of voxels connected to the leftmost
seed and satisfying a given comparison, i.e. < ≤ ..., with respect to a given, fixed
value. One can also record a region of any Partition or Level_Set, with Record_P_Vertex
and Record_Level_Set.
Once recorded, the connectivity under which a region was recorded and the shape of the array
over which it was recorded can be fetched with Get_Region_Connectivity,
Get_Region_Dimensionality, and Get_Region_Dimensions.
One can iterate over the voxels in a region with For_Region, but when speed matters
we suggest one use the simple code template above with respect to the visible fields of
the region. For iterating over the voxels in the outline, the holes, or the exterior of
a region, one can use For_Region_Outline, For_Region_Holes, For_Region_Exterior.
One can fill in a Range_Bundle giving the minimum and maximum values in a particular array
(and not necessarily the one over which the region was recorded), with Region_Range.
One can get the volume, area, and center of mass with Region_Volume, Region_Area, and
Region_COM. The center of mass is returned as an n-dimensional Double_Vector as it
need not lie on an integer lattice point. One can round this vector to a Coordinate
with routines such as Floor_Coord. One can also compute the center of mass with respect
to a subset of voxels defined by a comparison and a level (as for Record_Basic) with
Region_Select_COM. Finally, one can compute the rectalinear extent of a region with
Region_Extent and inquire as to whether that implies the region touches the boundary
of an array or slice thereof with Touches_Boundary.
Visible Fields Documentation
Most of a Region object is hidden, but for efficiency purposes, one is given direct access
to the run length encoding of the set of voxels in the region. The set of voxels in a
region is precisely
∪
{ [ raster[i], raster[i+1] ] : i ∈ [0,rastlen-1] and i even }.
In terms of code, one would perform a computation on each voxel as follows:
Region *r;
Size_Type k;
Indx_Type p;
for (k = 0; k < r->rastlen; k += 2)
for (p = r->raster[k]; p <= r->raster[k+1]; p++)
// Compute something on voxel p
Routine Documentation
| Region * |
Record_RegionG (APart *image, int share, boolean iscon2n, Indx_Type leftmost, boolean with_holes, void *argt, boolean (*test)(Indx_Type p, void *argt)) |
Generate a Region object that compactly models the set of voxels in image that are
iscon2n connected to a leftmost seed pixel leftmost and satisfy the predicate
test(p,argt). If image is a slice, then the region is limited to the volume of the
slice, albeit defined with respect to the underlying array of the slice. If with_holes is
false then a description of the outer hull of the defined region is returned, otherwise an
encoding of the region, properly excluding any holes within it, is returned. When with_holes
is false, the region is computed in time proportional to the surface area of the outer
hull, and when it is true, the routine is less efficient, taking time proportional to the
volume of the outer hull. The parameter
share determines how the surface flood fill, Flood_Surface, called by this routine,
uses the resource pool of working storage for said operation. This parameter can be safely
set to 0, but if one wishes to write a threaded application they should understand the
details that are described in the Connectivity module page
here.
Finally, note that the Region only records the dimensionality and shape of the underlying
array of apart, but does not reference it. In this way, a region can be though of as an
irregular mask that can be applied to any other array of the same dimensionality and shape.
A simplified version of Record_Region above, that defines the region as all pixels that
satisfy 'val[p] cmprsn level' where val[p] is the value of pixel p in image. For
example, if cmprsn = GE_COMP and level = 12, then the region is all pixels iscon2n
connected to leftmost that are greater than or equal to 12.
Generate a Region for level set r in level tree t. The parameters with_holes and
share are as for Record_Region above.
| Region * |
Record_P_VertexG (Partition *p, int v, boolean with_holes, int share) |
Generate a Region for region or vertex v of the Partition p. The parameters
with_holes and share are as for Record_Region above.
| Regions * |
Fill_Region_Holes (Region *reg RM) |
Modify the value of reg so that all holes within the region are filled, giving one
a region representing the outer hull of the region.
| boolean |
Get_Region_Connectivity (Region *reg) |
Return true if the region was recorded with 2n-connectivity, and false if it was
recorded with
(3n-1)-connectivity.
| int |
Get_Region_Dimensionality (Region *reg) |
Return the dimensionality of the region reg.
Return the dimensions of the arrays to which reg can be applied.
| void |
For_Region (Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
For each voxel p in the region reg, call handler(p,arg) on the voxel.
| void |
For_Region_Outline (Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
For each voxel p in the outer border of reg, call handler(p,arg) on the voxel.
| void |
For_Region_Holes (Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
For each voxel p in a hole of reg, call handler(p,arg) on the voxel.
| void |
For_Region_Exterior (Region *reg, void *arg, void (*handler)(Indx_Type p, void *arg)) |
For each voxel p not in the outer hull of reg, call handler(p,arg) on the voxel.
Determines the range of values in the region reg super-imposed on part and places the
values in rng. The array underlying part must have the same shape as the reg (which
is the shape of the underlying array over which it was recorded).
Returns the number of pixels in reg.
Returns the surface area of the outer contour, i.e. the number of (n-1)-dimensional hyper
faces in the outer contour.
Returns the center of mass (com) of the region reg as a double vector that can, if desired, be
rounded to a nearest Coordinate with routines such as Floor_Coord.
Returns the center of mass of the pixels within reg that satisfy the given comparison
cmprsn with value level in the array or slice part, i.e.
all pixels p that satisfy 'val[p] cmprsn level' where val[p] is the value of
pixel p in the array underlying part.
The array underlying part must have the same shape as the reg (which
is the shape of the underlying array over which it was recorded).
Determines the extent of the region reg and fills in the bundle ext with the minimum
and maximum coordinates of the extent box. Note that these are a pair of n-dimensional
opposing corners of the n-dimensional extent box where n is the dimensionality of the
region. If the min and max fields of the Extent_Bundle are NULL on input,
then the routine generates Coordinates of the appropriate size, otherwise whatever array
they point to is converted to an n-element Coordinate if they are not already thus,
and then filled in with the extent values. The caller is responsible for freeing or
killing these coordinates.
Given an extent ext in an Extent_Bundle (presumably filled in by Region_Extent), this
routine returns true only if the extent box touches the boundaries of the array underlying
part, i.e. AForm_Array(part).
|


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| Methods' Summary |
| startSchema |
receives notification that a schema description is started.
|
| endSchema |
receives notification that the current schema description is complete.
|
| importComponent |
receives notification that the schema depends on templates
from a different component.
|
| startComponent |
receives notification that a component description is started.
|
| endComponent |
receives notification that a component description is complete.
|
| startGroupTemplate |
receives notification that a template description is started for a group.
|
| startSetTemplate |
receives notification that a template description is started for a set.
|
| endTemplate |
receives notification that a template description is complete.
|
| startGroup |
receives notification that a group description is started.
|
| startSet |
receives notification that a set description is started.
|
| endNode |
receives notification that a node description is complete.
|
| addProperty |
receives notification that a property is added to the current node.
|
| addPropertyWithDefault |
receives notification that a property having a default value
is added to the current node.
|
| addInstance |
receives notification that the current group has a child node
that is an instance of a specified template.
|
| addItemType |
receives notification that the current set can contain items
that are instances of a specified template.
|
| Methods' Details |
startSchema
- Description
- receives notification that a schema description is started.
The schema descrption may comprise components templates or both.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
if a schema is already started (and has not been ended).
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
endSchema
- Description
- receives notification that the current schema description is complete.
Must match a previous call to startSchema.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if invalid data is detected in the schema
- if there is a unfinished component or template in progress
- if no schema is started at all
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
importComponent
- Description
- receives notification that the schema depends on templates
from a different component.
- Parameter aName
- specifies the name of the component.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there is a unfinished component or template in progress
- if no schema is started at all
- if the name is not a valid component name
- if the requested component is not found
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
startComponent
- Description
- receives notification that a component description is started.
Subsequent calls describe the schema of the component
until a matching call to endComponent
is encountered.
- Parameter aName
- specifies the name of the component.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there is a unfinished component or template in progress
- if no schema is started at all
- if there already is a component data tree of this name
- if the name is not a valid component name
- if the instance supports no component schemas (only templates)
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
endComponent
- Description
- receives notification that a component description is complete.
Must match a previous call to startComponent.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if invalid data is detected in the component
-
- if there is a unfinished subnode in progress
-
- if no component has been started at all
-
- if the instance supports no component schemas (only templates)
-
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
startGroupTemplate
- Description
- receives notification that a template description is started for a group.
Subsequent calls describe the members and properties of the template
until a matching call to endTemplate
is encountered.
- Parameter aTemplate
- specifies the identity of the template.
- Parameter aAttributes
- specifies the attributes of the template.
The value is a combination of
SchemaAttribute flags.
SchemaAttribute::EXTENSIBLE can be used
to describe a template for a node with an extensible
set of properties.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there is a unfinished component or template in progress
- if no schema is started at all
- if there already is a template with that identifier
- if the name is not a valid template identifier
- if the attributes are not valid for a group
- if the instance supports no templates (only component schemas)
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
- See also
- SchemaAttribute
|
|
startSetTemplate
- Description
- receives notification that a template description is started for a set.
Subsequent calls describe the members and properties of the template
until a matching call to endTemplate
is encountered.
- Parameter aTemplate
- specifies the identity of the template.
- Parameter aAttributes
- specifies the attributes of the template.
The value is a combination of
SchemaAttribute flags.
SchemaAttribute::EXTENSIBLE can be used
to describe a template for a node with an extensible
set of properties.
- Parameter aItemType
- specifies the (default) template for set items.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there is a unfinished component or template in progress
- if no schema is started at all
- if there already is a template with that identifier
- if the item-type template is not found
- if the name or item-type are not valid template identifiers
- if the attributes are not valid for a set
- if the instance supports no templates (only component schemas).
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
- See also
- SchemaAttribute
|
|
endTemplate
- Description
- receives notification that a template description is complete.
Must match a previous call to startGroupTemplate
or startSetTemplate.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if invalid data is detected in the template
- if there is a unfinished subnode in progress
- if no template has been started at all
- if the instance supports no templates (only component schemas)
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
startGroup
- Description
- receives notification that a group description is started.
Subsequent calls describe the members and properties of the group
until a matching call to endNode
is encountered.
- Parameter aName
- specifies the name of the group.
- Parameter aAttributes
- specifies the attributes of the node.
The value is a combination of
SchemaAttribute flags.
SchemaAttribute::EXTENSIBLE can be used
to describe a group with an extensible set of properties.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there isn't a group node in progress currently
- if there already is a node with that name
- if the name is not a valid node name
- if the attributes are not valid for a group
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
- See also
- SchemaAttribute
|
|
startSet
- Description
- receives notification that a set description is started.
Subsequent calls describe the item-types and properties of the set
until a matching call to endNode
is encountered.
- Parameter aName
- specifies the name of the set.
- Parameter aAttributes
- specifies the attributes of the node.
The value is a combination of
SchemaAttribute flags.
SchemaAttribute::EXTENSIBLE can be used
to describe a set with an extensible set of properties.
- Parameter aItemType
- specifies the (default) template for set items.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there isn't a group node in progress currently
- if there already is a node with that name
- if the item-type template is not found
- if the name is not a valid node name
- if the item-type is not a valid template identifier
- if the attributes are not valid for a set
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
- See also
- SchemaAttribute
|
|
endNode
- Description
- receives notification that a node description is complete.
Must match the last open call to startGroup
or startSet.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if the name is not a the name of the node in progress
- if invalid data is detected in the node
- if no node has been started at all
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
addProperty
- Description
- receives notification that a property is added to the current node.
The property will have a default value of NULL
(unless it is SchemaAttribute::REQUIRED).
- Parameter aName
- specifies the name of the new property.
- Parameter aAttributes
- specifies the attributes of the new property.
The value is a combination of
SchemaAttribute flags.
- Parameter aType
- specifies the type of the new property.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there isn't a group or extensible node in progress currently
- if a property with the same name already exists
- if the specified type is not allowed
- if the name is not a valid property name
- if the attributes are not valid for a property
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
- See also
- SchemaAttribute
|
|
addPropertyWithDefault
- Description
- receives notification that a property having a default value
is added to the current node.
- Parameter aName
- specifies the name of the new property.
- Parameter aAttributes
- specifies the attributes of the new property.
The value is a combination of
SchemaAttribute flags.
- Parameter aDefaultValue
- specifies the value of the new property.
The value also determines the type.
Therefore the value must not be void.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there isn't a group or extensible node in progress currently
- if a property with the same name already exists
- if the type of the default value is not an allowed type,
or if the default value is void
- if the name is not a valid property name
- if the attributes are not valid for a property
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
- See also
- SchemaAttribute
|
|
addInstance
- Description
- receives notification that the current group has a child node
that is an instance of a specified template.
- Parameter aName
- specifies the name of the new node.
- Parameter aTemplate
- specifies a template that describes the new node.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there isn't a group node in progress currently
- if there already is a node with that name
- if the template is not found
- if the name or template name are not valid
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
addItemType
- Description
- receives notification that the current set can contain items
that are instances of a specified template.
- Parameter aItemType
- specifies a template that is accepted as valid item type
for the current set node.
- Throws
- com::sun::star::configuration::backend::MalformedDataException
- if there isn't a set node in progress currently
- if the template is not found
- if the name is not a valid template name
Not every implementation can detect each condition
- Throws
- com::sun::star::lang::WrappedTargetException
if an error occurs processing the event.
|
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


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Studying for a test? Have a deadline coming up? Just need some encouraging words throughout the day? Now with Brilliance you can have quotes from the greatest minds in our history pushed to your phone at set times a day to encourage you to just give a little more. Put things in perspective. Crush your goals. Ultimately achieve anything you want to do!
Check it out


Configure a custom data source¶
In this section we will explain how to save your custom datasets in elasticsearch databases and access through the elastic search browser interface.
Previous knowledge about Elasticsearch¶
Elasticsearch [1] is a distributed, RESTful search and analytics engine capable of solving a growing number of use cases. As the heart of the Elastic Stack, it centrally stores your data so you can discover the expected and uncover the unexpected. Before import your own data, there are certain elements inside elasticsearch architecture that you should know:
- What is an index in Elasticsearch? Well, an index is some type of data organization mechanism, allowing the user to partition data a certain way.
- What is a type in Elasticsearch? A type in Elasticsearch represents a class of similar documents.
So if we exemplify all these concepts, imagine that your have a football tweet analysis scenario, MyFootballTweet will be your index. Within this index, you have three diferent types, sentiments, emotions and fake analysis.
Analyse and import your dataset to ElasticSearch¶
In this section we will explain how should be your dataset structure, how Luigi pipelines works and the workflow implemented depending on your data, how Senpy handle our data and returns the sentiment/emotion analysis, and finally how this data is saved in Elasticsearch and how to visualize it.
It is important to define correctly the text parameter, which would be the string that analyzed by Senpy.
Tweet datasets¶
These datasets must have the following JSON structure. The text, id and @timestamp fields are mandatory,and the others are optional parameters:
[
{"user_location":"Spain",
"text":"Hello! This is the tweet that will be analyzed!",
"id":1234567890,
"@timestamp":"2016-04-05T16:02:58.000Z"
}
]
Import your ElasticSearch indices¶
If you have used docker for installation:
Firstly, you have to locate your elasticsearch installation folder. Inside this folder you find data/nodes
, copy this folder into <sefarad-folder>/elasticsearch/nodes
Restart your sefarad instance:
$ docker-compose build
$ docker-compose up
References
| [1] | http://elastic.co |


MathNode
Autodesk Maya MathNode plug-in.
This plug-in can be used to evaluate a (free-form) mathematical expression based on the input attribute values.
The computed results will be returned as a float on the output attribute and can be connected to any other node
in the Maya DG. Commonly used functions are shown in the list "Mathematical Functions" in the Python help.
There are also some constants available, such as pi (the ratio of the circumference of a circle to its diameter),
e (the base of the natural logarithms), etc...
You can also include limited python scripts and functions on the evaluated expression as long you use an
expression which can be interpreted as a Maya Python script and follows the DG guidelines for writing nodes.
This plug-in can be used in place of the Maya 'Expression' system. Maya's evaluation of 'Expressions' depends on the contents
of the expression – sometimes you have to force evaluation - whereas, for a node, the Maya DG will always do it for you when needed.
Debugging a Maya 'Expression' is not easy either (no tools are available), and requires a knowledge of MEL.
Using the MathNode plug-in, you can use a Python debugger to debug the Node evaluation (see the Blog post
for instructions on how to do that. In any case, it is always preferable to use self-contained nodes and connections over expressions whenever possible.
Getting Started
|Install/Uninstall|Additional Information|Contact|Version History
Getting Started
To launch the plug-in, use the following command(s)
MEL command: `createNode asdkMathNode;`
Creates a new MathNode node in the Maya DG and selects it.
Usage
The MathNode shelve button creates a new Math node in the Maya DG and selects it.
Expression:
An expression can be as simple as 'b - 0.5 * c * a' or more complex with conditional statement like '(b - 0.5 * c * a) if b - 0.5 * c * a >= 0 else 0'
(in this last example, the formula calculates the Y position of a ball falling until the sphere hits the floor at Y=0).
Input attributes:
The (a, b, c) input attributes can either be set as a static keyable value, or connected using the 'Connection Editor'.
Output attribute:
The 'result' output attribute will contain the expression result and can be connected to other Maya nodes using the 'Connection Editor'.
MathNode attributes are keyable.
You can get/set MathNode' attributes using MEL or Python.
Screenshots
Sphere falling example
Installation and Uninstallation
The installer that ran when you downloaded this plug-in from Maya Exchange
has already installed the plug-in.
Windows only: To uninstall this plug-in, simply rerun the installer by downloading it again
from Exchange, and select the 'Uninstall' button, or you can uninstall it from
'Control Panel\Programs\Programs and Features' (Windows 7) or Add/Remove
Programs (Windows XP), just as you would uninstall any other application from
your system. The panel on the Plug-ins tab will not be removed until Maya is restarted.
Linux and OSX: To uninstall this plug-in, simply delete the module directory from your system.
The panel on the Plug-ins tab will not be removed until Maya is restarted.
Available on
| | |
| Windows | Mac OSX | Linux |
Additional Information
This plug-in was written by Cyrille Fauvel - Autodesk Developer Network.
Known Issues
None.
For more information on developing with Maya, please visit
the Maya
Developer Center.
Support Information
If you do encounter issues the please contact Autodesk either by email or phone, the details are listed below:
Telephone:
Email<EMAIL_ADDRESS>Version History


This is a short demo on how to convert an R Markdown Notebook into an IPython Notebook using knitr and notedown.
Adding a Python Chunk
def f(x):
return x + 2
f(2)
This is an introduction to ggplot2. You can view the source as an R Markdown document, if you are using an IDE like RStudio, or as an IPython notebook, thanks to notedown.
We need to first make sure that we have ggplot2
and its dependencies installed, using the install.packages
function.
Now that we have it installed, we can get started by loading it into our workspace
library(ggplot2)
We are now fully set to try and create some amazing plots.
We will use the ubiqutous iris dataset.
head(iris)
ggplot(iris, aes(x = Sepal.Length, y = Petal.Length)) +
geom_point()
The basic idea in ggplot2
is to map different plot aesthetics to variables in the dataset. In this plot, we map the x-axis to the variable Sepal.Length
and the y-axis to the variable Petal.Length
.
ggplot(iris, aes(x = Sepal.Length, y = Petal.Length)) +
geom_point(aes(color = Species))
Note that I could have included the color mapping right inside the ggplot
line, in which case this mapping would have been applicable globally through all layers. If that doesn't make any sense to you right now, don't worry, as we will get there by the end of this tutorial.
We are interested in the relationship between Petal.Length
and Sepal.Length
. So, let us fit a regression line through the scatterplot. Now, before you start thinking you need to run a lm
command and gather the predictions using predict
, I will ask you to stop right there and read the next line of code.
ggplot(iris, aes(x = Sepal.Length, y = Petal.Length)) +
geom_point() +
geom_smooth(method = 'lm', se = F)
If you are like me when the first time I ran this, you might be thinking this is voodoo! I thought so too, but apparently it is not. It is the beauty of ggplot2
and the underlying notion of grammar of graphics.
You can extend this idea further and have a regression line plotted for each Species
.
ggplot(iris, aes(x = Sepal.Length, y = Petal.Length, color = Species)) +
geom_point() +
geom_smooth(method = 'lm', se = F)