The following game is a classic example of Combinatorial Game Theory:
Two players start with a strip of n white squares and they take alternate turns.

The first player who cannot make a move loses.
So, for 1 n 5, there are 3 values of n for which the first player can force a win.
Similarly, for 1 n 50, there are 40 values of n for which the first player can force a win.
For 1 n 1 000 000, how many values of n are there for which the first player can force a win?


Sound synthesis is the process of combining sounds to create new sounds. A synthesizer combines sound creating and modifying modules to create new sounds. Synthesizers come in a large range of styles and purposes. Some synthesizers have a specific purpose, like creating pad sounds or percussive instruments. Some synthesizers are more general purpose.
For this video, we will discuss a basic two-oscillator synthesizer. There are many other types of synthesizers. Most have a similar base pattern. Recall the five basic properties of sound: amplitude, frequency, phase, duration, and spectrum. Our synthesizer will combine all of these properties.
You can imagine the input as a MIDI keyboard. Which note I press is the frequency. The effort I press the key with is amplitude. How long I press the key is duration. So we start with frequency, amplitude, and duration.
Frequency informs our two oscillators. Detuning one of our oscillators slightly can add an interesting effect. Duration and amplitude will feed into our ADSR envelope. Those two things will combine to create shaped notes at the correct pitch. Then, a second set of gain nodes allows us to balance the sound between the two oscillators. A filter can change the color of sound by reducing unpleasant frequency content. Then, we can set the sound in space with panning. Finally, we end at a gain node, so we can mix this synthesizer with other instruments. Its easy to expand on this very basic synthesizer. Adding effects such as delay, reverb, distortion, and compression can add interest. Using low-frequency oscillators can add continuous change to our sound, adding depth.


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This inspection reports on any unnecessary Groovy
continue
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I like to program and develop for iOS
I specialise in iOS Applications.
email me, ring, or pm me. Google


Consider the sequence of digits from 1 through N (where N=9) in increasing order: 1 2 3 ... N.
Now insert either a `+' for addition or a `-' for subtraction or a ` ' [blank] to run the digits together between each pair of digits (not in front of the first digit). Calculate the result that of the expression and see if you get zero.
Write a program that will find all sequences of length N that produce a zero sum.
7
1+2-3+4-5-6+7 1+2-3-4+5+6-7 1-2 3+4+5+6+7 1-2 3-4 5+6 7 1-2+3+4-5+6-7 1-2-3-4-5+6+7


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The revive directive is a trancluding directive that enable you bring alive "dead" regions of html and create imaginative select-like components. You take advantage of the directive's ability to interface with ngModel to porpagate changes between the model and view and vice versa. You enable and disable regions by broadcasting disable/enable events, and as the ability to reset the transcluded directive and start afresh.
The revive sole dependency is on AngularJS 1.5.6 get AngularJS
What we have here is a simple "dead" map-like html element (div containing 4 other divs with no logic whatsoever_. However, once we transclude the container inside the enlighten directive and implement a simple interface (4 events), the "dead" div regions become live and manifest a select-like behavior. As you can see, you gain full programmatic control over the transcluded html elemnt. You can set the number of selections allowed, select and de-select items as well as enabe / disable those any of the items.
Selected regions:
{{mapSelections}}
Number of selections: {{maxSelections}}
Setting up the necessary events is trivial and require only a few lines of code.
// attach click event to every region in transcluded directive
$scope.clickEvent = function (event, id) {
// item is disabled - do nothing
if (meDisabled) {
return;
}
// communicate selected value to revive
$scope.$emit(MessageItemSelected, id); br>
};
// controller level variables
var meDisabled = false; //signify item is disabled
$scope.enabledStateClass = 'map-region-enabled' // use ng-class to toggle region enabled/disabled state
// listen to disble event from revive
$scope.$on(MessageDisableItems, function (event, disabledList) {
if (-1 < disabledList.indexOf($scope.$parent.location.location)) {
$scope.enabledStateClass = 'map-region-disabled';
meDisabled = true;
} else {
$scope.enabledStateClass = 'map-region-enabled';
meDisabled = false;
}
});
// listen to selection changed event
selectionChangedEvent = $scope.$on(MessageSelectionChanged, function (event, selections) {
if (-1 < selections.indexOf($scope.$parent.location.location)) {
$scope.selectedStateClass = 'map-region-selected';
} else {
$scope.selectedStateClass = "";
}
});
// listen to reset event
SelectResetEvent = $scope.$on(MessageSelectReset, function (event) {
$scope.selectedStateClass = "";
});
Below is a detailed description of the revive proerties and events
The directive exihibts the following properties
Two way binding between the directive and the model. Changes to the model are instantaneously reflected in the view and vice-versa.
An array of items (identifiers) that cannot be manipulated (selected or de-selected should appear disabled) by the user. Content of the array is immediatelly propagated to the transcluded directive via a $broadcast event. It's the responsibility of the transcluded directive to act upon the event and disable/enable to appropriate selective data (regions).
Resets the directive state - clears the selections list and broadcasts a reset event to the underline directive. This is a one-way binding of a scope variable and you initiate a reset event by simply changing the value of the scope variable (true/false or 0/1 will do). Any change in value from the current value will initiate a reset event. Use this event with caution. You want to send a reset event, only if the state of your underline directive has changes in a major way and you want to start afresh.
Sets the mode of selection. If the multiple attribute is missing from the directive list of attributes then the directive allows only a single selection (combobox mode). When the directive is in a single selection mode, the value of the ngModel input variable should be a string, as this is the type of the output provided by the directive back to the ngModel. if the multiple attribute appears in the directive's attribute list, then the directive allows multiple selections to be made (listbox mode). if the multiple attribute has no value or its value is not a positive integer (i.e. multiple, multiple="true", multiple="false", etc' - take note that a value of 'false' has no bearing on the directive behavior) then the number of allowed selections is unlimited. However, if the value of the multiple attribute is a positive integer, then that number is taken to be the maximum number of selections allowed. That is, if multiple="2", then only 2 selections are allowed. Selections are cyclical, so the third object selected by the user will remove the first selected object from the selected item list. When the directive is in multiple selections mode, the value of the ngModel input variable should be an array, as this is the type of the ouput provided by the directive back to the ngModel. When operating in a single selection mode: repeated selections of the same item - selectes that item repeatedly, if you wish to de-select an item without selecting another, use null. When operating in a multiple selections mode: selecting a selected item - de-select that item.
You only need to implement those events which you intend to respond to. If you are not intending to disable any items or reset the directive, then you do not need to implement those events.
The event is transmitted by the transcluded directive or one of its children with the 'id' of the of the newly selected item. This is usually done from the directive's 'click' event handler (but that of course depends on your logic). Use the conteroller $scope (or scope from link function) rather than $rootscope to transmit the event if use more than one revive directives in your page. The following piece of code is the kind of logic you will need to implement in your directive:
$scope.clickEvent = function (event, id) {
if (I'm Disabled - do nothing) {
return;
}
$scope.$emit(MessageItemSelected, id);
};
The event is broadcasted from the directive to its transcluded directive and its children in response to a change in the list of selected items, either by user interaction or model intervention. This gives the transcluded directive and/or its children the opprtunity to update (redraw) its/their selected and non-selected items (areas) accordingly. br> br> The following piece of code is the kind of logic you will need to implement in your directive:
$scope.$on(MessageSelectionChanged, function (event, selections) {
if (I'm in selected list) {
show that I'm selected
} else {
show my normal representation
}
});
Whenever the list of disabled items is changes by the model, the directive will broadcast the updated list to its transcluded directive and its children. This will give the transcluded directive and its children the chance to update (redraw) the view based on changes made by the model. br> br> The following piece of code is the kind of logic you will need to implement in your directive:
$scope.$on(MessageDisableItems, function (event, disabledList) {
if (I'm in list of disabled items) {
disable myself
} else {
enable myself
}
});
You should use the reset event only if you made major changes to the underline directive in a way that requires the transcluded directive and/or its children to start afresh. br> br> The following piece of code is the kind of logic you will need to implement in your directive:
$scope.$on(MessageSelectReset, function (event) {
reset logic - such as if I'm selected, de-select myself
});


Designate, a DNSaaS component for OpenStack¶
Designate provides DNSaaS services for OpenStack:
- REST API for domain & record management
- Multi-tenant support
- Integrated with Keystone for authentication
- Framework in place to integrate with Nova and Neutron notifications (for auto-generated records)
- Support for PowerDNS and Bind9 out of the box
This document describes Designate for users, operation teams and contributors of the project.
This documentation is generated by the Sphinx toolkit and lives in the source tree. Additional documentation on Designate may also be found on the OpenStack wiki.


public class HashGroupify
extends java.lang.Object
| Constructor and Description |
|---|
HashGroupify(int capacity,
ARXConfiguration.ARXConfigurationInternal config,
int dataAnalyzedNumberOfColumns,
DataMatrix input,
DataMatrix output,
DataMatrix analyzed,
int[] suppressedCodes)
Constructs a new hash groupify operator.
|
| Modifier and Type | Method and Description |
|---|---|
void |
addFromBuffer(int generalized,
int other,
int representative,
int count,
int pcount)
Adds a tuple from the buffer
|
void |
addFromGroupify(int generalized,
Distribution[] distributions,
int representative,
int count,
int pcount)
Adds an entry from another groupify operator
|
void |
addFromSnapshot(int generalized,
int[][] elements,
int[][] frequencies,
int representative,
int count,
int pcount)
Adds a class from a snapshot
|
HashGroupifyEntry |
getEntry(int[] tuple)
Returns the entry for the given tuple
|
HashGroupifyEntry |
getFirstEquivalenceClass()
Returns the first entry
|
DataMatrix |
getInputData()
Returns the input data matrix
|
int |
getNumberOfEquivalenceClasses()
Returns the current size in terms of classes
|
DataMatrix |
getOutputData()
Returns the output data
|
boolean |
isCompletelyGeneralized(HashGroupifyEntry entry)
Returns whether the given entry is completely generalized
|
boolean |
isMinimalClassSizeFulfilled()
Returns whether the current state of the dataset fulfills the minimal class-size property
|
boolean |
isPrivacyModelFulfilled()
Returns whether the current state of the dataset fulfills the privacy model
|
Data |
performMicroaggregation(DataAggregationInformation microaggregationData,
Dictionary dictionary)
Returns a data object with microaggregation performed
|
void |
performSuppression()
Suppresses all records in the output dataset which
(a) do not satisfy privacy requirements, or (b) are not included in the research subset |
void |
stateAnalyze(Transformation<?> transformation,
boolean force)
Analyzes the current state
|
void |
stateClear()
Clears all entries
|
void |
stateResetSuppression()
This method will reset all flags that indicate that equivalence classes are suppressed.
|
public HashGroupify(int capacity, ARXConfiguration.ARXConfigurationInternal config, int dataAnalyzedNumberOfColumns, DataMatrix input, DataMatrix output, DataMatrix analyzed, int[] suppressedCodes)
capacity
- The capacityaggregation
- The aggregation informationconfig
- The configinput
- output
- analyzed
- suppressedCodes
- public void addFromBuffer(int generalized, int other, int representative, int count, int pcount)
generalized
- other
- representative
- count
- pcount
- public void addFromGroupify(int generalized, Distribution[] distributions, int representative, int count, int pcount)
generalized
- distributions
- representative
- count
- pcount
- public void addFromSnapshot(int generalized, int[][] elements, int[][] frequencies, int representative, int count, int pcount)
generalized
- elements
- frequencies
- representative
- count
- pcount
- public HashGroupifyEntry getEntry(int[] tuple)
tuple
- public HashGroupifyEntry getFirstEquivalenceClass()
public DataMatrix getInputData()
public int getNumberOfEquivalenceClasses()
public DataMatrix getOutputData()
public boolean isCompletelyGeneralized(HashGroupifyEntry entry)
entry
- public boolean isMinimalClassSizeFulfilled()
public boolean isPrivacyModelFulfilled()
public Data performMicroaggregation(DataAggregationInformation microaggregationData, Dictionary dictionary)
microaggregationData
- dictionary
- public void performSuppression()
dictionary
- public void stateAnalyze(Transformation<?> transformation, boolean force)
transformation
- force
- public void stateClear()
public void stateResetSuppression()


Copyright ©2003 W3C® (MIT, ERCIM, Keio), All Rights Reserved. W3C liability, trademark, document use and software licensing rules apply.
This document contains a list of requirements and desiderata for version 1.1 of XML Schema.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. The latest status of this document series is maintained at the W3C.
This is a W3C Working Draft for review by W3C Members and other interested parties. It is a draft document and may be updated, replaced or made obsolete by other documents at any time. It is inappropriate to use W3C Working Drafts as reference material or to cite them as other than "work in progress". This is work in progress and its publication does not imply endorsement by the W3C membership.
Since the XML Schema Recommendation (Part 0: Primer, Part 1: Structures, and Part 2: Datatypes) was first published in May, 2001, it has gained acceptance as the primary technology for specifying and constraining the structure of XML documents. Users have employed XML Schema for a wide variety of purposes in many, many different situations. In doing so, they have uncovered some errors and requested some clarifications. They have also requested additional functionality.
Most of the errors and clarifications are addressed in the published errata and will be integrated into XML Schema 1.0 Second Edition, to be published shortly. Additional functionality and any remaining errors and clarifications will be addressed in XML Schema 1.1 and XML Schema 2.0.
This document discusses the requirements for version 1.1 of XML Schema.
The requirements included in this document were culled from public and member-only messages sent to the XML Schema Working Group. Each message was acknowledged. The requirements were then discussed by the Working Group and accepted requirements were classified into the three categories described in 1 Introduction.
It is the intention of the Working Group that this requirement gathering and classification should continue and that updated versions of this document should be published from time to time. This is not a Last-Call publication of this Working Draft.
This document has been produced by the W3C XML Schema Working Group as part of the W3C XML Activity. The authors of this document are the members of the XML Schema Working Group.
Patent disclosures relevant to this specification may be found on the XML Schema Working Group's patent disclosure page at http://www.w3.org/2002/11/xml-schema-IPR-statements.html.
Please report comments on this document to<EMAIL_ADDRESS>(archive). A list of current W3C Recommendations and other technical documents can be found at http://www.w3.org/TR.
1 Introduction
2 Structures Requirements and Desiderata
2.1 Complex Types
2.1.1 Requirements
2.1.2 Desiderata
2.1.3 Opportunistic Desiderata
2.2 Constraints and Keys
2.2.1 Requirements
2.2.2 Desiderata
2.2.3 Opportunistic Desiderata
2.3 PSVI
2.3.1 Requirements
2.3.2 Desiderata
2.4 Restrictions
2.4.1 Requirements
2.5 Structures (General)
2.5.1 Desiderata
2.5.2 Opportunistic Desiderata
2.6 Substitution Groups
2.6.1 Requirements
2.6.2 Desiderata
2.7 Wildcards
2.7.1 Requirements
2.7.2 Opportunistic Desiderata
3 Datatypes Requirements and Desiderata
3.1 Datatypes (General)
3.1.1 Requirements
3.1.2 Desiderata
3.1.3 Opportunistic Desiderata
3.2 Date and Time Types
3.2.1 Requirements
3.2.2 Desiderata
3.3 Numeric Types
3.3.1 Requirements
3.3.2 Desiderata
3.3.3 Opportunistic Desiderata
This document contains a list of requirements and desiderata for XML Schema 1.1. These issues have been collected from e-mail lists and minutes of telcons and meetings, as well as from the various issues lists that the XML Schema Working Group has created during its lifetime. Links are provided for further information.
The items in this document are divided into three categories:
A requirement must be met in XML Schema 1.1.
A desideratum should be met in XML Schema 1.1.
An opportunistic desideratum may be met in XML Schema 1.1.
Clarify the expected processor behavior if an attribute has both use="prohibited", and a fixed value specified.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2002Sep/0122.html .
We need to be clear where the XML Schema spec depends on component identity. We need a language to talk about identity of types, in general, and particularly with respect to anonymous types. Can an inherited type have an anonymous type? Are anonymous types that appear multiple types in a model group the same type?
See (member-only link) minutes of 10/24 telcon .
Clean up named model group syntax and component.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2000OctDec/0339.html .
Change the XML representation (and possibly the component structure) of local element declarations to at least allow, if not require, all particles to be references, with scope, i.e. put the local declarations directly under <complexType>
Proposal
Provide a [schema normalized value] for all valid element infoitems, not just those of simple type, and address the question of typing the characters in mixed content.
Relax the constraint that a complex type may contain at most one attribute of type ID.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002JulSep/0069.html .
Proposal
The XML representation for field and selector allows an annotation, but there is no schema component to which this annotation can adhere. This inconsistency must be resolved.
See http://www.w3.org/2001/05/xmlschema-rec-comments#pfiIdConstrAnnot : R-46.
Resolve the issues associated with restricting types whose elements include identity constraints. Specifically, (1) the rule must changed to state that the restricted type must have a superset rather than a subset of identity constraints, (2) the term superset must be clearly defined, and (3) there must be a way to redefine identity constraints in the restricted type without causing duplicate name problems.
See http://www.w3.org/2001/05/xmlschema-rec-comments#pfiIdConsRestrict : R-94.
Add the ability to define and enforce co-constraints on attribute values, or on attribute values and sub-elements. For example, if attribute a has value foo, the attribute b must have one of the values fuzz, duz, or buzz; but if attribute a has value bar, the attribute b must have one of the values car, far, or tar. Or: if attribute href occurs, the element must be empty; if it does not occur, then it must have type phrase-level-content.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2000OctDec/0040.html : LC-193 Response.
Key constraints to restrict which element types can be pointed to: Allow a schema author use key constaints to specify that a value (which otherwise behaves like an SGML or XML ID) is restricted to pointing at one (or more) particular element type(s)?
See (member-only link) http://www.w3.org/XML/Group/xmlschema-current/lcissues.html#typed-refs : LC-151.
Revise the derivation of complex-type restriction so as to eliminate the problems with pointless occurrences. Currently, it eliminates some derivations that should otherwise be valid.
See http://www.w3.org/2001/05/xmlschema-rec-comments#pfipointless : R-24.
Proposal
Revise the particle derivation rules so as to eliminate the problems with choice/choice rules.
See http://www.w3.org/2001/05/xmlschema-rec-comments#pfichoicechoice : R-42.
Remove the current rules on derivation by restriction; define legal restrictions in terms of their effect on the language, not in terms of a structural relationship between the base type and the derived type.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-wg/2001May/0018.html .
Define an algorithm for generating a URI for any construct in a schema (or, possibly, in a schema document), thus making schema constructs first-class objects in the Web. Minimally the algorithm should cover element( type)s, attributes, simple types, complex types, and notations. Optionally it may also cover other constructs such as named groups and items in enumerations of legal values.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002AprJun/0025.html .
Address localization concerns regarding Part 1: Structures.
See (member-only link) http://www.w3.org/XML/Group/xmlschema-current/lcissues.html#i18n-str-misdirected : LC-206.
Specify a manner in which schema documents can be included in-line in instances.
See (member-only link) http://www.w3.org/XML/Group/xmlschema-current/issues.html#inlineSchemaInfo : Issue 42.
Improve interaction between substitution group exclusions and disallowed substitutions in the element component.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2001Apr/0049.html .
Allow an element declaration to be in more than one substitution group.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-wg/2002Sep/0016.html .
Address problems with the interaction between wildcards and substitution groups. Specifically, resolve the bug where if complex type A has a wildcard, and B restricts A, then it can restrict the wildcard to a set of elements that match the wildcard. Not all elements in the substitution groups of those elements necessarily match the wildcard - so B is not a subset of A.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2001Apr/0047.html .
The namespace constraints on wildcards must be more expressive in order to be able to express the union or intersection of any two wildcards. Specifically, it must be possible to express "any namespace except those in the following list."
See http://www.w3.org/2000/12/xmlschema-crcomments.html#wildcard-minus : CR-20.
Proposals
Allow a wildcard to indicate that it will allow any element that conforms to a specified type.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002JanMar/1137.html .
Proposal
Address localization concerns regarding Part 2: Datatypes.
See (member-only link) http://www.w3.org/XML/Group/xmlschema-current/lcissues.html#i18n-dt-misdirected : LC-207.
Unit of length must be defined for the all primitive types, including anyURI, QName, and NOTATION.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2001JanMar/0391.html .
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2002Nov/0186.html .
Proposal
Provide regular expressions or BNF productions to express (1) the valid lexical representations and (2) the canonical lexical representation of each primitive built-in type.
Proposal
Make the treatment of fundamental facets more systematic. Define canonical forms for all types, and specify the rules for generating the canonical form, given a value. Clarify the status of anySimpleType and define its value space (if any). Clarify the assignment of types to nodes in the absence of relevant schema components. Distinguish our identity relation from the mathematical relation of quantitative equality.
Interaction between uniqueness and referential integrity constraints on legacy types and union types.
See http://www.w3.org/2000/12/xmlschema-crcomments.html#idrefinunion : CR-50 (broken link).
XML Schema Part 1 (Structure) and XML Schema Part 2 (Datatypes) have different notions of "derived" for simple types, specifically with regard to list and union types.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002JulSep/0014.html .
Proposal
Allow abstract simple types.
See http://www.w3.org/2000/12/xmlschema-crcomments.html#abstract-simples : CR-47.
Proposals
Add a "URI" type that allows only a URI, not a URI reference. The current anyURI type allows a URI reference.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002JanMar/1141.html .
Support for extensible enumerations such as allowed in Java.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002JanMar/1130.html .
There must be a canonical representation of duration, and a process for calculating the canonical representation from any other lexical representation. Currently, a period of one day and a period of 24 hours are considered two different values in the value space. They should be considered two different lexical representations of the same value.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2001Jan/0215.html . See also http://lists.w3.org/Archives/Public/www-xml-schema-comments/2002JulSep/0102.html : R-170.
Proposals
Address localization concerns regarding the date and time types.
See (member-only link) http://www.w3.org/XML/Group/xmlschema-current/lcissues.html#i18n-datetime : LC-221.
Resolve the issue that relates to timezone normalization resulting in a time crossing over the date line.
See http://lists.w3.org/Archives/Public/www-xml-schema-comments/2001JanMar/0366.html .
The definition of the dateTime value space does not reference a part of ISO 8601 that defines dateTime values, only lexical representations. The reference should be corrected, and the recommendation should explain or fix the fuzziness and/or gaps in the definitions referenced.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2002Oct/0258.html .
Proposal
The year 0000 should be allowed in the types date, dateTime, gYear and gYearMonth.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2002Oct/0258.html .
Proposal
Provide totally ordered duration types, specifically one that is expressed only in years and months, and one that is expressed only in days, hours, minutes, and seconds (ignoring leap seconds.) Possibly define other totally ordered duration types such as day/hour/minute and hour/minute/second duration.
Proposal
yearMonthDuration and dayTimeDuration as defined in XQuery and XPath Function and Operators
The canonical representation of float and double must be refined because it currently maps several lexical representations into a single legal value. Specifically, the description of the canonical representation must address (1) signed exponents, and (2) trailing zeroes in the mantissa.
See (member-only link) http://lists.w3.org/Archives/Member/w3c-xml-schema-ig/2001Mar/0184.html .
Proposal
Provide a datatype which retains trailing zeroes in the lexical representation of decimal numbers.
See http://www.w3.org/2000/12/xmlschema-crcomments.html#canonical-decimals : CR-42.
Proposals
Allow scientific notation for decimals.
See http://www.w3.org/2000/12/xmlschema-crcomments.html#scientific-decimals : CR-23.
Allow negative values for the fractionDigits facet.
See http://www.w3.org/2000/12/xmlschema-crcomments.html#negative-scale : CR-22.


Software Engineer and expert in web and mobile development PHP LARAVEL, VUEJS and QUASAR, working from last 3 years on web and mobile development side, enthusiastic, self motivated and self learner and have worked many websites and web apps ERPs, SPA using these skills. Never compromised on quality and respect project deadlines, mainly focus on client satisfaction, my first and foremost priority is client satisfaction.
You can easily contact me throughout the project and even after that, will be available for discussion and meeting, I will deliver my very best quality of work with YOUR satisfaction so you won't be regret by hiring me again.
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour
Some quick example text to build on the card title and make up the bulk of the card's content.
Some quick example text to build on the card title and make up the bulk of the card's content.
Some quick example text to build on the card title and make up the bulk of the card's content.
Some quick example text to build on the card title and make up the bulk of the card's content.
Happy Clients
Projects
Hours Of Work
I am very fortunate to have formed excellent partnerships with many of my clients. And I’ve formed more than just working relationships with them; I have formed true friendships. Here’s what they’re saying about me.


This is a demo for Instagram widget that allows you to embed any Instagram profile on your website or blog
You just need to place the following HTML code wherever you want to place the widget on your site and replace <username>
by the corresponding username that you want to load. The widget can be placed many times

<div id="instaWidget" data-username="<username>">
<a href="https://instagram.com/<username>/">Profile on Instagram

Yes, imagine a bot for Instagram that let you get clickable links of the text links placed below some posts on Instagram (and more cool things such as download storys or view full size profile pictures), well discover everything that Gimme can help you.
This widget was developed by Mariano Paulin. Feel free use it under MIT license and contribute to the GitHub repo


About
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Hi! I'm Santiago Betancur Graciano
and this is my Personal Portfolio
These are some of my projects
Show All >
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How do you take your coffee?
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with a MathJax element.
We'll use just a single character to make the SVG code easy to follow.
Later, we'll show that the method also works for complex
MathJax expressions.
(23)
==MathJax SVG==
We use CoffeeScript (or JavaScript) and jQuery to get the
generated HTML/SVG for this MathJax.
(Note: %run% is a pre-defined function to execute code
within this Puzlet web page.
%dispXml% is a pre-defined function to display XML
in a \
element below the code.)
(8)
==Embedding MathJax in Diagram==
The class below clones the MathJax SVG and scales/translates it so that
it can be included within our SVG diagram. We'll use this class soon.
(15)
The function %show% clones the original SVG diagram,
creates a %MathJaxObject% (the class above),
and appends the object to the cloned diagram.
It also displays the diagram's SVG code after the MathJax is embedded.
The displayed MathJax appears at the top-left corner of the SVG diagram.
(27)
==Positioning MathJax Object==
Now we'll position the MathJax object at the top-left corner
of the yellow box in the SVG diagram.
(16)
We can center the MathJax object within the yellow box by using
%width% and %height% for the MathJax object and the yellow box.
(29)
==Advanced Example==
Here we define two MathJax objects, and embed them both into the diagram
at different positions.
(31)
==Standalone SVG file==
To create a standalone SVG file, we need to embed MathJax glyphs
into the diagram's SVG. The code below shows how to do this,
and displays the SVG in a textarea that can be copied into
a standalone file.
(35)


# Licensed under a 3-clause BSD style license - see LICENSE.rst
"""
This module contains convenience functions for coordinate-related functionality.
This is generally just wrapping around the object-oriented coordinates
framework, but it is useful for some users who are used to more functional
interfaces.
"""
from __future__ import (absolute_import, division, print_function,
unicode_literals)
from .. import units as u
from ..utils import isiterable
__all__ = ['cartesian_to_spherical', 'spherical_to_cartesian', 'get_sun', 'concatenate']
[docs]def cartesian_to_spherical(x, y, z):
"""
Converts 3D rectangular cartesian coordinates to spherical polar
coordinates.
Note that the resulting angles are latitude/longitude or
elevation/azimuthal form. I.e., the origin is along the equator
rather than at the north pole.
.. note::
This function simply wraps functionality provided by the
`~astropy.coordinates.CartesianRepresentation` and
`~astropy.coordinates.SphericalRepresentation` classes. In general,
for both performance and readability, we suggest using these classes
directly. But for situations where a quick one-off conversion makes
sense, this function is provided.
Parameters
----------
x : scalar, array-like, or `~astropy.units.Quantity`
The first cartesian coordinate.
y : scalar, array-like, or `~astropy.units.Quantity`
The second cartesian coordinate.
z : scalar, array-like, or `~astropy.units.Quantity`
The third cartesian coordinate.
Returns
-------
r : `~astropy.units.Quantity`
The radial coordinate (in the same units as the inputs).
lat : `~astropy.units.Quantity`
The latitude in radians
lon : `~astropy.units.Quantity`
The longitude in radians
"""
from .representation import SphericalRepresentation, CartesianRepresentation
if not hasattr(x, 'unit'):
x = x * u.dimensionless_unscaled
if not hasattr(y, 'unit'):
y = y * u.dimensionless_unscaled
if not hasattr(z, 'unit'):
z = z * u.dimensionless_unscaled
cart = CartesianRepresentation(x, y, z)
sph = cart.represent_as(SphericalRepresentation)
return sph.distance, sph.lat, sph.lon
[docs]def spherical_to_cartesian(r, lat, lon):
"""
Converts spherical polar coordinates to rectangular cartesian
coordinates.
Note that the input angles should be in latitude/longitude or
elevation/azimuthal form. I.e., the origin is along the equator
rather than at the north pole.
.. note::
This is a low-level function used internally in
`astropy.coordinates`. It is provided for users if they really
want to use it, but it is recommended that you use the
`astropy.coordinates` coordinate systems.
Parameters
----------
r : scalar, array-like, or `~astropy.units.Quantity`
The radial coordinate (in the same units as the inputs).
lat : scalar, array-like, or `~astropy.units.Quantity`
The latitude (in radians if array or scalar)
lon : scalar, array-like, or `~astropy.units.Quantity`
The longitude (in radians if array or scalar)
Returns
-------
x : float or array
The first cartesian coordinate.
y : float or array
The second cartesian coordinate.
z : float or array
The third cartesian coordinate.
"""
from .representation import SphericalRepresentation, CartesianRepresentation
if not hasattr(r, 'unit'):
r = r * u.dimensionless_unscaled
if not hasattr(lat, 'unit'):
lat = lat * u.radian
if not hasattr(lon, 'unit'):
lon = lon * u.radian
sph = SphericalRepresentation(distance=r, lat=lat, lon=lon)
cart = sph.represent_as(CartesianRepresentation)
return cart.x, cart.y, cart.z
[docs]def get_sun(time):
"""
Determines the location of the sun at a given time, in
geocentric coordinates.
Parameters
----------
table : `~astropy.time.Time`
The time at which to compute the location of the sun.
Returns
-------
newsc : `~astropy.coordinates.SkyCoord`
The location of the sun as a `~astropy.coordinates.SkyCoord` in the
`~astropy.coordinates.GCRS` frame.
Notes
-----
The algorithm for determining the sun/earth relative position is based
on the simplified version of VSOP2000 that is part of ERFA. Compared to
JPL's ephemeris, it should be good to about 4 km (in the Sun-Earth
vector) from 1900-2100 C.E., 8 km for the 1800-2200 span, and perhaps
250 km over the 1000-3000.
"""
from .. import _erfa as erfa
from .representation import CartesianRepresentation
from .sky_coordinate import SkyCoord
from .builtin_frames import GCRS
earth_pv_helio, earth_pv_bary = erfa.epv00(time.jd1, time.jd2)
x = -earth_pv_helio[..., 0, 0] * u.AU
y = -earth_pv_helio[..., 0, 1] * u.AU
z = -earth_pv_helio[..., 0, 2] * u.AU
cartrep = CartesianRepresentation(x=x, y=y, z=z)
return SkyCoord(cartrep, frame=GCRS)
[docs]def concatenate(coords):
"""
Combine multiple coordinate objects into a single
`~astropy.coordinates.SkyCoord`.
"Coordinate objects" here mean frame objects with data,
`~astropy.coordinates.SkyCoord`, or representation objects. Currently,
they must all be in the same frame, but in a future version this may be
relaxed to allow inhomogenous sequences of objects.
Parameters
----------
coords : sequence of coordinate objects
The objects to concatenate
Returns
-------
cskycoord : SkyCoord
A single sky coordinate with its data set to the concatenation of all
the elements in ``coords``
"""
from .sky_coordinate import SkyCoord
if getattr(coords, 'isscalar', False) or not isiterable(coords):
raise TypeError('The argument to concatenate must be iterable')
return SkyCoord(coords)


Finland's Sanna Marin set to become the world’s youngest Prime Minister at 34 - but who has slipped down the list?
A 34-year-old transport minister is set to become Finland’s youngest prime minister ever and its third female government leader.
Finland’s ruling Social Democratic Party council voted 32-29 to name Sanna Marin over rival Antti Lindtman to take over the government’s top post from incumbent Antti Rinne.
Having emerged as Finland’s largest party in the April election, the Social Democrats can appoint one of their own to the post of prime minister in the Nordic nation of 5.5 million.
- Who are the other youngest serving leaders?
According to Finland’s biggest newspaper Helsingin Sanomat and the Ilta-Sanomat tabloid, Ms Marin will become the world’s youngest sitting prime minister.
Ms Marin has pushed a few familiar faces down the list with her appointment.
Ukrainian Prime Minister Oleksiy Honcharuk
Ukrainian Prime Minister Oleksiy Honcharuk was elected last year and is just a year older than the new Finnish leader.
Supreme Leader of North Korea Kim Jong-Un
Kim Jong-Un stepped up to the role of leader after his father Kim Jong-Il died in 2011.
The 36-year-old was given the title of 'The Great Successor' and is only the 3rd Supreme Leader of North Korea.
President of El Salvador Nayib Bukele
Salvadorian politician Nayib Bukele came into office in early 2019, winning over half the votes.
President Bukele is only 38-years-old.
New Zealand Prime Minister Jacinda Ardern
Jacinda Ardern became New Zealand's 40th Prime Minister when she was elected in 2017 and the country's first prime minister to be pregnant in office.
The 39 year-old is currently the 5th youngest leader sitting in office.
- What do we know about Sanna Marin?
Ms Marin has been the Social Democrats' vice chairwoman, a lawmaker since 2015 and served until this week as the minister for transport and communications.
As Finland currently holds the European Union’s rotating presidency until the end of the year, politicians are likely to approve the appointment of Ms Marin and her new government quickly so she can represent Finland at the December 12-13 EU leaders’ summit in Brussels.
Mr Rinne stepped down on Tuesday after a key coalition partner, the Centre Party, withdrew its support, citing lack of trust.
Mr Rinne’s has been criticised for his leadership skills prior to a nationwide two-week strike by the state-owned postal service Posti.
The strikes spread to other industries, including the national flag carrier Finnair.
Mr Rinne’s resignation prompted the formal resignation of a coalition of the Social Democrats and the Centre Party and three junior partners: the Greens, the Left Alliance and the Swedish People’s Party of Finland.
The Social Democrats and the four other coalition parties said they are committed to the government programme agreed upon after the April election and will continue in Ms Marin’s new government.
The new government will still have a comfortable majority of 117 seats at the 200-seat Eduskunta (parliament).
The Social Democrats said they are seeking to have Mr Rinne, a former trade union leader, become the parliament’s vice speaker.
He also plans to stay on as the Social Democrats’ chairman until a party congress next summer.


§412:10-108 Denial of charter. If the commissioner is not satisfied that the applicant meets all the criteria set forth for approval, the commissioner shall issue a written decision denying the applicant's application for charter. An applicant who is denied approval may request a hearing before the commissioner in accordance with chapter 91. Any final decision of the commissioner denying an applicant a charter may be appealed to the circuit court as provided in chapter 91. [L 1993, c 350, pt of §1]
Rules of Court
Appeals, see HRCP rule 72.


|
SimpleSleep
An Arduino library for simple means of putting your Arduino into low power sleep modes.
|
An Arduino library for simple means of putting your Arduino into sleep modes in order to save power when you are not doing much, supports a variety of common microcontrollers used with Arduino...
Upload the example to your Arduino and stand back in awe of the results.
Sleeping forever is the simplest type of sleep and uses the least power, but only a RESET (or power-cycle of course) will wake you up. This can be very useful for "hit the button to do a thing" type devices, "hit the button play a sound", "hit the button light a light"... you just stick your button between RESET and Ground then in your code sleep forever when you have done the thing you want to do every time you hit the button...
#include <SimpleSleep.h> SimpleSleep Sleep; void setup() { } void loop() { /* Do something interesting here */ /* After you are done, sleep forever. */ Sleep.forever(); }
Note that sleep forever does not alter your pin states, a HIGH pin will still be HIGH, a LOW pin will still be LOW, pullups will still be on if so configured. So you should also disable those (set to INPUT is often best for minimising power consumption, but it depends on your devices).
#include <SimpleSleep.h> SimpleSleep Sleep; const uint8_t ledPin = 13 void setup() { pinMode(ledPin, OUTPUT); } void loop() { digitalWrite(ledPin, HIGH); Sleep.deeplyFor(1000); digitalWrite(ledPin, LOW); Sleep.deeplyFor(1000); }
The difference between sleeping deeply and sleeping lightly is chip dependant (and may be no practical difference at all), but generally SimpleSleep determines to leave Brown-Out-Detection ON in light sleeping, but turns it off in deep sleeping.
#include <SimpleSleep.h> SimpleSleep Sleep; const uint8_t ledPin = 13 void setup() { pinMode(ledPin, OUTPUT); } void loop() { digitalWrite(ledPin, HIGH); Sleep.lightlyFor(1000); digitalWrite(ledPin, LOW); Sleep.lightlyFor(1000); }
Using lightly/deeply generally is going to stop your serial communications and your millis count will not count during sleeping. The simplest way around this (there are others) is to use "idle" mode, which basically leaves everything running as much as possible, including serial and timers.
#include <SimpleSleep.h> SimpleSleep Sleep; const uint8_t ledPin = 13 void setup() { pinMode(ledPin, OUTPUT); Serial.begin(9600); } void loop() { // Ask the user a question... Serial.println(F("How many times to flash 0-99: ")); // Wait using low-power idle... while(!Serial.available()) { Sleep.idle(); } // Read their answer... char buf[4]; Serial.readBytesUntil('\n', buf, sizeof(buf)-1 ); // And do a thing... for( int8_t x = atoi(buf); x >= 0; x--) { digitalWrite(ledPin, HIGH); Sleep.deeplyFor(1000); // (we don't need to listen to serial here) digitalWrite(ledPin, LOW); Sleep.deeplyFor(1000); // (we don't need to listen to serial here) } }
Doing a calibration, which takes up to a few hundred milliseconds, can make for more accurate timing...
#include <SimpleSleep.h> SimpleSleep Sleep; SimpleSleep_Cal SleepCal; const uint8_t ledPin = 13 void setup() { SleepCal = Sleep.getCalibration(); pinMode(ledPin, OUTPUT); } void loop() { digitalWrite(ledPin, HIGH); Sleep.deeplyFor(1000, SleepCal); digitalWrite(ledPin, LOW); Sleep.deeplyFor(1000, SleepCal); }
Only LEVEL type interrupts generally work and they must be longer than usual so if you connect a button between the interruptPin and ground, hold it down
#include <SimpleSleep.h> SimpleSleep Sleep; const uint8_t ledPin = 13 const uint8_t interruptPin = 2; void setup() { pinMode(ledPin, OUTPUT); pinMode(interruptPin, INPUT_PULLUP); attachInterrupt(digitalPinToInterrupt(interruptPin), interruptHandler, LOW); } void interruptHandler() { // In this example, do nothing we will just wakeup and continue from where-ever // we went to sleep. } void loop() { // Blink once then sleep until an external interrupt happens digitalWrite(ledPin, HIGH); delay(50); digitalWrite(ledPin, LOW); Sleep.deeply(); }
Sleeping lightly ( Sleep.lightly()
) can also be used, which again typically leaves Brown-Out Detection on while deeply disables that.
I recommend to just look at the examples which show you how to use all the features, but if you want the nitty-gritty then here is the full class reference


The JMX interface starts a JMX daemon and waits for inbound connections.
A client can connect to the JMX at
service:jmx:rmi:///jndi/rmi://with the object name: /SMSlib
org.smslib:name=SMSServer
Outbound messages from a client are spooled in the interface and are send on the next SMSServer run.
Inbound messages are spooled in the interface and the client gets all if he asks for them. Afterwards, the inbound messages spool is cleard!
This interface requires the following configuration settings:
| Option | Description |
| registry_port | Port of the local RMI registry. Should be the same as in url |
| url | URL of the JMX Service |
| object_name | The name under which the managed bean should be availible |
Example:
interface.0=jmx1, Jmx
jmx1.registry_port=1988
jmx1.url=service:jmx:rmi:///jndi/rmi://localhost:1988/SMSlib
jmx1.object_name=org.smslib:name=SMSServer


Dan Sofer, Founders and Coders
but don't anticipate the solution
by talking to your users
but not the product management
attend a design hop
sign up for Tech for Better
seek value at every step
with users,
at every step
use tools like GitHub or Trello,
avoid email
get your developers to document everything
nothing is ever perfect,
be prepared to (soft) launch before you think you are ready
foundersandcoders.com
dan@foundersandcoders.com


{{project.address.address1}}, {{project.address.city}}, {{project.address.state}} {{project.address.zip}}
- Client
- {{project.selectedClient.name}}
- Date Created
- {{project.dateCreated | date: 'MM/dd/yyyy'}}


Concordion Extensions introduce additional functionality. See here for a guide on how to create and configure them.
These specifications cover the extensions available in the Concordion Extensions Library.


There are several styles of knotting, but the two main types of knot are the symmetrical (also called Turkish or Ghiordes) and asymmetrical production are: Lahore and Peshawar (Pakistan), Kashmir (India), (also called Persian or Senna). Contemporary centres of knotted carpet Mirzapur and Bhadohi (India),Tabriz (Iran), Afghanistan, Armenia, Azerbaijan, Turkey, Northern Africa, Nepal, Spain, Turkmenistan, and Tibet. The importance of carpets in the culture of Turkmenistan is such that the national flag features a vertical red stripe near the hoist side, containing five carpet guls (designs used in producing rugs). Kashmir is known for handknotted carpets of silk or wool.
Carpets are used for a variety of purposes, including insulating a person's feet from a cold tile or concrete floor, making a room more comfortable as a place to sit on the floor, more details can be found here.


Minfunc Kernelized Logreg Demo
PMTKauthor Mark Schmidt PMTKmodified Kevin Murphy PMTKurl It is modified by replacing penalizedKernelL2_matrix, which uses sum_c w(:,c)' K w(:,c) as the regularizer, with the simpler penalizedL2, which uses w' w as the regularizer. The key difference is that we only use kernels to do basis funcion expansion on X; we do not change the regularizer. This makes hardly any difference to the training error.
Contents
options.Display = 'none'; setSeed(0); nClasses = 5; %nInstances = 1000; nInstances = 100; nVars = 2; [X,y] = makeData('multinomialNonlinear',nInstances,nVars,nClasses); figure; [n,p] = size(X); colors = getColorsRGB; hold on for c = 1:nClasses if p == 3 plot(X(y==c,2),X(y==c,3),'.','color',colors(c,:)); else plot(X(y==c,1),X(y==c,2),'.','color',colors(c,:)); end end lambda = 1e-2;
Linear
funObj = @(w)SoftmaxLoss2(w,X,y,nClasses);
fprintf('Training linear multinomial logistic regression model...\n');
wLinear = minFunc(@penalizedL2,zeros(nVars*(nClasses-1),1),options,funObj,lambda);
wLinear = reshape(wLinear,[nVars nClasses-1]);
wLinear = [wLinear zeros(nVars,1)];
Training linear multinomial logistic regression model...
Polynomial
polyOrder = 2; Kpoly = kernelPoly(X,X,polyOrder); funObj = @(u)SoftmaxLoss2(u,Kpoly,y,nClasses); fprintf('Training kernel(poly) multinomial logistic regression model...\n'); uPoly = minFunc(@penalizedL2,randn(nInstances*(nClasses-1),1),options,funObj,lambda); %uPoly = minFunc(@penalizedKernelL2_matrix,randn(nInstances*(nClasses-1),1),options,Kpoly,nClasses-1,funObj,lambda); uPoly = reshape(uPoly,[nInstances nClasses-1]); uPoly = [uPoly zeros(nInstances,1)];
Training kernel(poly) multinomial logistic regression model...
RBF
rbfScale = 1; Krbf = kernelRbfSigma(X,X,rbfScale); funObj = @(u)SoftmaxLoss2(u,Krbf,y,nClasses); fprintf('Training kernel(rbf) multinomial logistic regression model...\n'); uRBF = minFunc(@penalizedL2,randn(nInstances*(nClasses-1),1),options,funObj,lambda); %uRBF = minFunc(@penalizedKernelL2_matrix,randn(nInstances*(nClasses-1),1),options,Krbf,nClasses-1,funObj,lambda); uRBF = reshape(uRBF,[nInstances nClasses-1]); uRBF = [uRBF zeros(nInstances,1)];
Training kernel(rbf) multinomial logistic regression model...
Compute training errors
[junk yhat] = max(X*wLinear,[],2); trainErr_linear = sum(y~=yhat)/length(y) [junk yhat] = max(Kpoly*uPoly,[],2); trainErr_poly = sum(y~=yhat)/length(y) [junk yhat] = max(Krbf*uRBF,[],2); trainErr_rbf = sum(y~=yhat)/length(y) figure; plotClassifier(X,y,wLinear,'Linear Multinomial Logistic Regression'); figure; plotClassifier(X,y,uPoly,'Kernel-Poly Multinomial Logistic Regression',@kernelPoly,polyOrder); figure; plotClassifier(X,y,uRBF,'Kernel-RBF Multinomial Logistic Regression',@kernelRbfSigma,rbfScale);
trainErr_linear = 0.2400 trainErr_poly = 0.1400 trainErr_rbf = 0.1900


HMS DTM DEMO
Send Custom Event
Custom Tag
Set Custom Variable Value
Report Event with Custom Variable


defoliate_trees.Rd
defoliate_trees()
is the starting point for most analyses of insect
defoliation signals preserved in the growth patterns of trees. It requires
individual-tree standardized measurements from potential host trees and a
tree-ring chronology from a nearby non-host species. First, defoliate_trees()
combines these tree-ring indices by calling gsi()
to perform a
"correction" of the host-tree indices to remove the climatic influences on
tree growth as represented by the non-host chronology. This should isolate a
disturbance-related signal. Second, defoliate_trees()
, runs id_defoliation()
, which completes a
runs analyses to evaluate sequences of negetive departures in the host tree growth series (ngsi
)
for potential defoliation events.
defoliate_trees( host_tree, nonhost_chron, duration_years = 8, max_reduction = -1.28, bridge_events = FALSE, series_end_event = FALSE, list_output = FALSE )
| host_tree | A |
|---|---|
| nonhost_chron | A |
| duration_years | The minimum length of time in which the tree is considered to be in defoliation. |
| max_reduction | The minimum value of |
| bridge_events | Binary, defaults to |
| series_end_event | Binary, defaults to |
| list_output | Defaults to |
By default this returns a long-form data frame of tree-level growth
suppression indices and identified defoliation events. If list_output = TRUE
, it returns a list object with each element containing a data.frame
rwl object of the host and non-host series, plus the outputs from gsi()
.
The list object is useful for assessing the effects of running gsi()
on
the host and nonhost data.
Other functions in dfoliatR
, like outbreak()
and plot_defol()
,
require a long-form data frame identifiable as a defol()
object. Selecting
list_output = TRUE
will trigger errors in running other functions.


Ben Kimock, Desika Narayanan, Aaron Smith, Xiangcheng Ma, Robert Feldmann, Daniel Angles-Alcazar, Volker Bromm, Romeel Dave, James Geach, Phillip Hopkins, Dusan Keres
saethlin.github.io/aas235.html
<EMAIL_ADDRESS>Massive: (~100 kpc "in extent")
Luminous: (~1043 erg/s)
Collisional excitations
...not necessarily cooling streams
Escape fraction depends on source
Elevated ionization and escape fraction
Suppression of collisional excitation
Escape fraction is not close to unity
Strong line-of-sight dependence
Spectrum is not easy to interpret
Our model (zooms + ionizing MCRT + Lyα MCRT) reproduces observations of LABs
LABs may be powered by emission from collisional excitations, but not necessarily cooling streams
AGN have a dramatic impact on what physical mechanism powers LABs
The Lyα escape fraction from LABs is highly orientation-dependent, particularly in the presence of AGN
Escape fraction is not close to unity
Strong line-of-sight dependence
Spectrum is not easy to interpret


The Job Designer application enables you to create and submit Hadoop Map/Reduce jobs to the Hadoop cluster. You can include variables with your jobs to enable you and other users to enter values for the variables when they run your job. The Job Designer supports streaming, MapReduce, and Java jobs.
Note
|
Job Designer is one of the applications that is installed as part of Hue. For more information about installing Hue, see Hue Installation. For information about installing Oozie, see Oozie installation.
To start Job Designer, click the Job Designer tab in the navigation bar at the top of the Hue web page. The Job Designs page opens in the browser.
The Job Designer sample jobs can help you learn how to use Job Designer.
To install the Job Designer samples, click Install Samples in the Job Designs window and then click Yes. The sample jobs are displayed in the Job Designs window. Job Designer removes the Install Samples button after the samples are installed so you can only install the samples once.
In the Job Designer, a job design specifies several meta-level properties of a MapReduce job, including the job design name, description, the MapReduce executable scripts or classes, and any parameters for those scripts or classes. You can create three types of job designs: a MapReduce Job, a streaming job and a Java job design.
A Hadoop JAR consists of MapReduce functions written in Java.
To create a MapReduce job design:
| Setting | Description |
|---|---|
| Name | The Name identifies the MapReduce job and it's collection of parameters. |
| Description | Specify a description of the MapReduce job. The description is displayed in the dialog box that appears if you specify variables for the job. |
| Jar path | Specify the name of the JAR file, including the path. |
| Job Properties | Click Add Property, to set a property value: » For Property name, enter a configuration variable name. This field provides auto-completion, so you can type the first few characters of a property name and then select the one you want from a list. » For Value, enter the value you want to use for the variable. |
| Files | Click Add File, then enter a file name or browse for a file to upload. |
| Archives | Click Add Archive, then enter an archive name or browse for a |
Hadoop streaming jobs enable you to create MapReduce functions in any non-Java language that reads standard Unix input and writes standard Unix output. For more information about Hadoop streaming jobs, see needs updated link to info.
To create a streaming job design:
| Note: You can use variables of the form $variable_name for the Mapper, and Reducer settings described in the following table. When the streaming job is run, a dialog box will appear to enable you or users to specify the values of the variables. |
| Setting | Description |
|---|---|
| Name | The Name identifies the streaming job design including the associated properties and parameters. |
| Description | Specify a description of the streaming job design. The description is displayed in the dialog box that appears if you specify variables for the job. |
| Mapper | Specify the path to the mapper script or class. If the mapper file is not on the machines on the cluster, use the Files option to pack it as a part of job submission. Equivalent to the Hadoop -mapper option. |
| Reducer | Specify the path to the reducer script or class. If the reducer file is not on the machines on the cluster, use the Files option to pack it as a part of job submission. Equivalent to the Hadoop -reducer option. |
| Job Properties | Click Add Property, to set a property value: » For Property name, enter a configuration variable name. » For Value, enter the value you want to use for the variable. |
| Files | Click Add File, then enter a file name |
| Archives | Click Add Archive, then enter an archive name |
A Hadoop JAR consists of MapReduce functions written in Java.
To create a Java job design:
| Note: You can use variables of the form $variable_name for the Args setting described in the following table. When the JAR job is run, a dialog box will appear to enable you or users to specify the values of the variables. |
| Setting | Description |
|---|---|
| Name | The Name identifies the Java job and it's collection of parameters. |
| Description | Specify a description of the java job. The description is displayed in the dialog box that appears if you specify variables for the job. |
| Jar path | Specify the name of the JAR file, including the path. |
| Main class | Specify the (name of?) the Main class to invoke the program. |
| Args | Specify the arguments you want to pass to the running JAR job. |
| Java opts | Specify any Java options you want to specify as part of the job. |
| Job Properties | Click Add Property, to set a property value: » For Property name, enter a configuration variable name. » For Value, enter the value you want to use for the variable. |
| Files | Click Add File, then enter a file name |
| Archives | Click Add Archive, then enter an archive name |
To submit a job to a cluster:
If you want to edit and use a job but you don't own it, you can make a copy of it and then edit and use the copied job.
To copy a job design:
To edit a job design:
To delete a job design:
You can filter the Job Designs by owner, by job name, or both.
To filter the Job Designs list:
To display the Job Submission History


黒の手番です。22 はどう動かしますか？


Go to /success to test a 200 Success. Success
Go to /badRequest to test a 400 Bad Request. Bad Request
Go to any other URL to test a 404 Not Found. Not Found


Class DBModif
Abstraction of a DB Modification Object (concrete classes DBMapper, DBAction or DBSeqnce)
Namespace: DBaddin
Assembly: DBaddin.dll
Syntax
public abstract class DBModif
Constructors
| Improve this Doc View SourceDBModif()
needed for legacy DBmapper constructor
Declaration
public DBModif()
DBModif(CustomXMLNode)
Declaration
public DBModif(CustomXMLNode definitionXML)
Parameters
| Name | Description |
|---|---|
| definitionXML |
Fields
| Improve this Doc View SourceaskBeforeExecute
ask for confirmation before executtion of DBModif
Declaration
protected bool askBeforeExecute
Field Value
| Description |
|---|
confirmText
Text displayed for confirmation before doing dbModif instead of standard text
Declaration
protected string confirmText
Field Value
| Description |
|---|
database
Database to store to, not available to DB Sequences
Declaration
protected string database
Field Value
| Description |
|---|
dbmodifName
unique key of DBModif
Declaration
protected string dbmodifName
Field Value
| Description |
|---|
env
environment specific for the DBModif object, if left empty then set to default environment (either 0 or currently selected environment)
Declaration
protected string env
Field Value
| Description |
|---|
execOnSave
should DBMap be saved / DBAction be done on Excel Saving? (default no)
Declaration
public bool execOnSave
Field Value
| Description |
|---|
paramTargetName
DBModif name of target range
Declaration
protected string paramTargetName
Field Value
| Description |
|---|
TargetRange
Range where DBMapper data is located (only DBMapper and DBAction; paramText is stored in custom doc properties having the same Name)
Declaration
protected Range TargetRange
Field Value
| Description |
|---|
Methods
| Improve this Doc View SourceaddHiddenFeatureDefs(CustomXMLNode)
to re-add hidden features only available in XML
Declaration
public virtual void addHiddenFeatureDefs(CustomXMLNode definitionXML)
Parameters
| Name | Description |
|---|---|
| definitionXML | the definition node of the DB Modifier where the hidden features should be added |
confirmExecution(Boolean)
asks user the confirmation question, in case it is required by the DB Modifier
Declaration
public MsgBoxResult confirmExecution(bool WbIsSaving = false)
Parameters
| Name | Description |
|---|---|
| WbIsSaving |
Returns
| Description |
|---|
Yes, No or Cancel (only possible when saving to finish questions) |
DBModifSaveNeeded()
checks whether DBModifier needs saving, usually because execOnSave is set (in case of CUD DBMappers if any i/u/d Flages are present)
Declaration
public virtual bool DBModifSaveNeeded()
Returns
| Description |
|---|
true if save needed |
doDBModif(Boolean, String, Boolean)
does the actual DB Modification
Declaration
public virtual void doDBModif(bool WbIsSaving = false, string calledByDBSeq = "", bool TransactionOpen = false)
Parameters
| Name | Description |
|---|---|
| WbIsSaving | |
| calledByDBSeq | |
| TransactionOpen |
doDBRefresh(String, Dictionary<String, Boolean>, Dictionary<String, Boolean>, Boolean)
refresh a DB Function (currently only DBListFetch and DBSetQuery) by invoking its respective DBAction procedure It is necessary to prepare the inputs to this DBAction procedure as the UDF cannot be invoked from here
Declaration
protected bool doDBRefresh(string srcExtent, Dictionary<string, bool> executedDBMappers = null, Dictionary<string, bool> modifiedDBMappers = null, bool TransactionIsOpen = false)
Parameters
| Name | Description |
|---|---|
| srcExtent | the unique hidden name of the DB Function cell (DBFsource(GUID)) |
| executedDBMappers | in a DB Sequence, this parameter notifies of DBMappers that were executed before to allow avoidance of refreshing changes |
| modifiedDBMappers | in a DB Sequence, this parameter notifies of a DBMapper that had changes, necessary to avoid deadlocks |
| TransactionIsOpen | in a DB Sequence, this parameter notifies of an open transaction, necessary to avoid deadlocks |
Returns
| Description |
|---|
getEnv(Int32)
public accessor function: get Environment (integer) where connection id should be taken from (if not existing, take from selectedEnvironment being passed in defaultEnv)
Declaration
protected int getEnv(int defaultEnv = 0)
Parameters
| Name | Description |
|---|---|
| defaultEnv | optionally passed selected Environment |
Returns
| Description |
|---|
the Environment of the DBModif |
getName()
gets the name for this DBModifier
Declaration
public string getName()
Returns
| Description |
|---|
getParamFromXML(CustomXMLNode, String, String)
wrapper to get the single definition element values from the DBModifier CustomXML node, also checks for multiple definition elements
Declaration
protected string getParamFromXML(CustomXMLNode definitionXML, string nodeName, string ReturnType = "")
Parameters
| Name | Description |
|---|---|
| definitionXML | the CustomXML node for the DBModifier |
| nodeName | the definition element's name (eg "env") |
| ReturnType |
Returns
| Description |
|---|
the definition element's value |
Exceptions
| Condition |
|---|
if multiple elements exist for the definition element's name throw warning ! |
getTargetRange()
public accessor function
Declaration
public Range getTargetRange()
Returns
| Description |
|---|
the targetRange itself |
getTargetRangeAddress()
public accessor function
Declaration
public string getTargetRangeAddress()
Returns
| Description |
|---|
the targetRangeAddress nicely formatted |
openDatabase(String)
open a database specific connection, not available to DB Sequences
Declaration
public bool openDatabase(string DBSequenceEnv = "")
Parameters
| Name | Description |
|---|---|
| DBSequenceEnv |
Returns
| Description |
|---|
setDBModifCreateFields(ref DBModifCreate)
sets the content of the DBModif Create/Edit Dialog
Declaration
public virtual void setDBModifCreateFields(ref DBModifCreate theDBModifCreateDlg)
Parameters
| Name | Description |
|---|---|
| theDBModifCreateDlg |
setTargetRange(Range)
when resizing target ranges from functions as DBListFetch and DBSetQuery, need to notify also DBModif objects (DBMapper)
Declaration
public void setTargetRange(Range newTargetRange)
Parameters
| Name | Description |
|---|---|
| newTargetRange |


The World Of Network Components . .
Hubs
Hubs are simple network devices, and their simplicity is reflected in their low cost. Small hubs with four or five ports (often referred to as workgroup hubs) cost less than $50; with the requi- site cables, they provide everything needed to create a small network.
Switches
On the surface, a switch looks much like a hub. Despite their similar appearance, switches are far more efficient than hubs and are far more desirable for today's network environments.
Bridges
Bridges are networking devices that connect networks. Sometimes it is necessary to divide net- works into subnets to reduce the amount of traffic on each larger subnet or for security rea- sons. Once divided, the bridge connects the two subnets and manages the traffic flow between them.
Routers
Routers are an increasingly common sight in any network environment, from a small home office that uses one to connect to an Internet service provider (ISP) to a corporate IT envi- ronment where racks of routers manage data communication with disparate remote sites.
Gateways
The term gateway is applied to any device, system, or software application that can perform the function of translating data from one format to another. The key feature of a gateway is that it converts the format of the data, not the data itself.
CSU/DSU
A Channel Service Unit/Data Service Unit (CSU/DSU) acts as a translator between the LAN data format and the WAN data format. Some consider a it as a type of digital modem; but a normal modem, which changes the signal from digital to analog, a it changes the signal from one digital format to another.
Network interface cards (NICs)
NICs --- sometimes called network cards --- are the mechanisms by which computers connect to a network. NICs come in all shapes and sizes, and they come in prices to suit all budgets.
ISDN adapters
ISDN is a digital communication method that can be used over a conventional phone line, although certain criteria must be met for an ISDN line to be available (such as the availability of the service and the proximity of your location to the telco's site).
Wireless access points (WAPs)
Wireless access points, referred to as either WAPs or wireless APs, are a transmitter and receiver (transceiver) device used for wireless LAN (WLAN) radio signals. WAPs use the wireless infrastructure network mode to provide a connection point between WLANs and a wired Ethernet LAN.
Modems
Modem is a contraction of the terms modulator. It perform a simple function: It translate digital signals from a computer into analog signals that can travel across conventionalphone lines. The modem modulates the signal at a sending end & demodulates at a receiving end.
Transceivers (mediaconverters)
Transceiver does not describe a separate network device but rather an inte- grated technology embedded in devices such as network cards. On a LAN a transceiver is responsible to place signals onto the network media and detecting incoming signals traveling through the same cable.
Firewalls
Firewalls are an essential part of a network's design. It is a networking device, either hardware or software based, that controls access to your organization's network. It controlled access is designed to protect data from outside threat. Firewalls are typically placed at entry/exit points of a network.
Copyright © 2014 Pillars Of IT. All rights reserved.


grpc_initialize
- Initializes Ninf-G.
grpc_error_t grpc_initialize(char *config_file_name)
char *config_file_name
The grpc_initialize() function initializes Ninf-G and the Globus Toolkit used by Ninf-G. The configuration file specified by config_file_name is read and the values are saved in global variables within Ninf-G.
If NULL or an empty string is specified in config_file_name , the configuration file specified by the NG_CONFIG_FILE environment variable is used as the configuration file.
If the NG_CONFIG_FILE environment variable is also undefined or an empty string, then $HOME/.ngconf is used as the configuration file.
In its implementation, Ninf-G Client uses SIGINT, SIGTERM and SIGHUP. When a Ninf-G Client catches one of them, it cancels all outstanding sessions, destructs all function/object handles, then exits.
grpc_initialize() overwrites signal handlers of signals used by Ninf-G Client and grpc_finalize() restores them.
Ninf-G Client may not work correctly if signal() or sigaction() system call is called between grpc_initialize() and grpc_finalize(). Instead, grpc_signal_handler_set_np() should be used for registering signal handlers.
Ninf-G Client compiled with pthread flavor may not work correctly if a thread is created prior to grpc_initialize() or some signals are removed from signal mask in each thread.
This function is MT-unsafe.
If successful, GRPC_NO_ERROR is returned. In the case of an error, Error code is returned.
GRPC_CONFIGFILE_NOT_FOUND
GRPC_CONFIGFILE_ERROR
GRPC_ALREADY_INITIALIZED
GRPC_OTHER_ERROR_CODE


Confirmation Popup
only for
site list
Delayed Clickability
seconds
only for
site list
Time Rules
edit rules
only for
site list


{% blocktrans %} Your account was activated successfully. You will be redirected to the login page in seconds. If you don't want to wait, click on Mr. Map! {% endblocktrans %}


{% extends 'base_error.html' %} {% block headerone %}
There seems to be a problem with the network connection, please try again later!


Line Accepted
Line: {{ text }}
Social Type: {{ social_type }}
Social ID: {{ social_id }}
Generate Song
Return to Homepage


You've worked at the NHS for 19 years, currently full-time as a Service Designer.
Things that have happened during this time:
Changes you can make which will shape the amount you could get:


Opening levels are the hardest to design.The developer has to set the tone for the rest of the game to follow within the first few minutes into the game.Some of them do this exceptionally well.Games like Fallout 3,God of war,Half life and Super Metroid have terrific opening levels.The opening of codename 47 is not anything revolutionary.It does not begin with a bang or start with a detailed cutscene explaing the events that lead the player to that moment.It just begins...and it’s so effective that I have lost count of the number of times that I have replayed it.
Agent 47 wakes up to a voice in a room with his hands tied to the bed.It appears that he is in captivity.The voice that he hears is very encouraging though heavy accent can be detected,probably Russian.It coaxes him to get up and giudes him out of his captivity.Very little is revelead about the identity of the man behind the voice.He seems to be repeating a few phrases often :
You are an excellent specimen.
Very Good.You are doing just fine my friend.
Perhaps #47 is an experiment.An experiment that has finally been successfull.Of course we all come to know the truth as we progress through the series.But put yourself in the shoes of the one who is playing the game for the first time.It is all very mysterious and makes the player intrested enough to keep on playing the game.Which is exactly what a good opening should do.
Jesper Kyd who has remained the series’ composer provides an excellent score.
I have always loved the hitman games.The curious mix of stealth and action , #47’s catchy attire and incredible sense of style have given me countless hours of enjoyment .I intend to play the entire series from start to finish before playing the latest game in the series,Absolution.


BeeDev Services Helper Website
Home
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Building your Page
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Python / Flask / Django
Python Basics
Python Loops
IteratingData
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Python Loops
Download Image
Download Image


Notification Later Version 1.0.4
Improve user interface
Fixed some error
Notification Later Version 1.0.2
Add settings
Notification Later Version 1.0.1
Fix error catch notification


Spoooky.Blueprints = {
/**
* Blueprints for the game of backgammon
*/
BACKGAMMON : {
entities : {
// Blueprint of standard entity for player 1
player1StandardEntity : {
typeID : "A",
entityType : "Spielfigur von Spielerin 1",
associatedWithMetaAgent : null,
representation : { type : "image", texture : "assets/white_01.png" },
selectCondition : {
neighboursY : [{
count: 0, condition: "EQUAL", direction: "NORTH", appliesTo: {
axis: "y",
operator: ">",
value: 4 }
},{ count: 0, condition: "EQUAL", direction: "SOUTH", appliesTo: {
axis: "y",
operator: "<",
value: 5 }
}]
},
moves : [{
name : "Zug nach Wuerfelaugen",
type : "By Field ID",
direction : ["X-AXIS", "POSITIVE"],
frequency : "DICE",
conditions : [{ condition : "Is Empty", state : true }]
}],
goalAtoms : [{
atomName : "Eine gegnerische Spielfigur befindet sich auf dem Zielfeld",
atomFunction : "Number Of Opponents At Destination Field Is",
atomArguments : ["MOVE POSITIVE", 1]
},{
atomName : "Jede Spielfigur befindet sich im letzten Drittel des Spielbrettes",
atomFunction : "No Own Entitys On Fields With ID Less Than",
atomArguments : 19
},{
atomName : "Spielfigur kann den Auswuerfelbereich erreichen",
atomFunction : "Destination Field ID Is Greater Than",
atomArguments : ["MOVE POSITIVE", 24]
}],
goals : [{
type : "CAPTURE",
name : "Schlage gegnerische Spielfigur auf dem Zielfeld",
atoms : ["Eine gegnerische Spielfigur befindet sich auf dem Zielfeld"],
move : "MOVE POSITIVE"
},{
type : "BEAROFF",
name : "Auswuerfeln",
weight : 200,
atoms : ["Jede Spielfigur befindet sich im letzten Drittel des Spielbrettes",
"Spielfigur kann den Auswuerfelbereich erreichen"],
move : "BEAR OFF MOVE",
area : "player1BearOffArea"
}]
},
// Blueprint of standard entity for player 2
player2StandardEntity : {
entityType : "player2StandardEntity",
typeID : "B",
associatedWithMetaAgent : null,
// Visualization of the entity
representation : { type : "image", texture : "assets/black_01.png" },
// Sets the conditions under which the entity can be chosen / clicked
selectCondition : {
neighboursY : [{
count: 0, condition: "EQUAL", direction: "NORTH", appliesTo: {
axis: "y",
operator: ">",
value: 4 }
},{ count: 0, condition: "EQUAL", direction: "SOUTH", appliesTo: {
axis: "y",
operator: "<",
value: 5 }
}]
},
// Moves of the entity
moves : [{
name : "Dice Move",
type : "By Field ID",
direction : ["X-AXIS", "NEGATIVE"],
frequency : "DICE",
conditions : [{ condition : "Is Empty", state : true }]
}],
goalAtoms : [{
atomName : "one opponent entity at destination field",
atomFunction : "Number Of Opponents At Destination Field Is",
atomArguments : ["MOVE NEGATIVE", 1]
},{
atomName : "Every entity of the associated player is in the first area of the game board",
atomFunction : "No Own Entitys On Fields With ID More Than",
atomArguments : 6
},{
atomName : "Entity can reach the off board area",
atomFunction : "Destination Field ID Is Less Than",
atomArguments : ["MOVE NEGATIVE", 1]
}],
// Assemble sub goals / goal atoms to game goals of the entity
goals : [{
type : "CAPTURE",
name : "capture opponent entity at destination field",
atoms : ["one opponent entity at destination field"],
move : "MOVE NEGATIVE"
},{
type : "BEAROFF",
name : "Bear off",
weight : 200,
atoms : ["Every entity of the associated player is in the first area of the game board",
"Entity can reach the off board area"],
move : "BEAR OFF MOVE",
area : "player2BearOffArea"
}]
}
},
consequences : {
player1 : {
capture_opponent : {
goalName : "Schlage gegnerische Spielfigur auf dem Zielfeld",
entityType : "Spielfigur von Spielerin 1",
consequences : [{
jobName: "Highlight Dice Target Cell",
jobFunction: "Highlight Dice Target Cell",
jobArguments: "move_goal",
execute: "immediately"
},{
jobName: "Move the opponent entity to the Bear Off Area",
jobFunction: "Bear Off Entity At Dice Target Cell"
},{
jobName: "Move Entity To Destination Field",
jobFunction: "Move Entity To Dice Destination Cell"
},{
jobName: "Delete Dice Value",
jobFunction: "Delete Assigned Dice Value"
}]
},
bear_off : {
goalName : "Auswuerfeln",
entityType : "Spielfigur von Spielerin 1",
consequences : [{
jobName: "Highlight Off Board Area",
jobFunction: "Highlight Area",
jobArguments: { areaName : "player1BearOffArea", highlightClass : "move_bearoff" },
execute: "immediately"
},{
jobName: "Move the opponent from the game board",
jobFunction: "Delete This Entity"
},{
jobName: "Increment Off Board Entity Counter",
jobFunction: "Increment Off Board Counter",
jobArguments: "player1BearOffArea"
},{
jobName: "Delete Dice Value",
jobFunction: "Delete Assigned Dice Value"
}]
}
},
player2 : {
capture_opponent : {
goalName : "capture opponent entity at destination field",
entityType : "player2StandardEntity",
consequences : [{
jobName: "Highlight Dice Target Cell",
jobFunction: "Highlight Dice Target Cell",
jobArguments: "move_goal",
execute: "immediately"
},{
jobName: "Move the opponent entity to the Bear Off Area",
jobFunction: "Bear Off Entity At Dice Target Cell"
},{
jobName: "Move Entity To Destination Field",
jobFunction: "Move Entity To Dice Destination Cell"
},{
jobName: "Delete Dice Value",
jobFunction: "Delete Assigned Dice Value"
}]
},
bear_off : {
goalName : "Bear off",
entityType : "player2StandardEntity",
consequences : [{
jobName: "Highlight Off Board Area",
jobFunction: "Highlight Area",
jobArguments: { areaName : "player2BearOffArea", highlightClass : "move_bearoff" },
execute: "immediately"
},{
jobName: "Move the opponent from the game board",
jobFunction: "Delete This Entity"
},{
jobName: "Increment Off Board Entity Counter",
jobFunction: "Increment Off Board Counter",
jobArguments: "player2BearOffArea"
},{
jobName: "Delete Dice Value",
jobFunction: "Delete Assigned Dice Value"
}]
}
}
}
}
};


My Project
Main Page
Classes
Files
File List
File Members
src
utils
Functions
sleep.c File Reference
#include "
sleep.h
"
#include "
err.h
"
#include <time.h>
Include dependency graph for sleep.c:
This graph shows which files directly or indirectly include this file:
Functions
void
nn_sleep
(int milliseconds)
Function Documentation
void nn_sleep
(
int
milliseconds
)
Generated by
1.8.11


Oh my god
cant you see
How can one person bear so much pain
God has put an axe
In the heart of my existence,
How could you?
How can't you see?
How many times have I told you?
Why do you hurt me like this?
What am I supposed to do with all these tears?
Is it good to wipe the floor?
What do I do to stop?
I WANT TO STOP CRYING
I WANT TO STOP SUFFERING
How could you replace me like an object?
How could you forget?
Do you remember all the bus rides?
The bus rides I was sleeping on your shoulder?
How dare you say these things?
How dare you say you cannot trust me?

Why can't you see me?


We use freshly roasted coffee beans to brew perfect cup of coffee for you
We use 1:18 coffee and water ratio to give that perfect taste
We use high quality milk made specially for coffee frothing
We have a variety of coffes blends to suit your taste.
Freshly roasted beans
Tampered with right pressure
Shot run for exactly 28 seconds
Shiny, smooth & frothy milk
Beautiful latte art by professional baristas
Manually picked fresh Coffea fruit
Green coffee beans from Coffea fruit
Manually picked fresh Coffea fruit
Green coffee beans from Coffea fruit
Freshly roasted beans
Tampered with right pressure
Shot run for exactly 28 seconds
Shiny, smooth & frothy milk
Beautiful latte art by professional baristas


Testing¶
Before contributing to Read the Docs, make sure your patch passes our test suite and your code style passes our code linting suite.
Read the Docs uses Tox to execute testing and linting procedures. Tox is the only dependency you need to run linting or our test suite, the remainder of our requirements will be installed by Tox into environment specific virtualenv paths. Before testing, make sure you have Tox installed:
pip install tox
To run the full test and lint suite against your changes, simply run Tox. Tox should return without any errors. You can run Tox against all of our environments by running:
tox
To target a specific environment:
tox -e py27
The tox
configuration has the following environments configured. You can
target a single environment to limit the test suite:
py27
Run our test suite using Python 2.7
lint
Run code linting using `Prospector`_. This currently runs `pylint`_,
`pyflakes`_, `pep8`_ and other linting tools.
docs
Test documentation compilation with Sphinx.
Continuous Integration¶
The RTD test suite is exercised by Travis CI on every push to our repo at GitHub. You can check out the current build status: https://travis-ci.org/rtfd/readthedocs.org


Ontology: DemoTestMarkup.txt
Comment: Demonstrate and Test Listing of Markup in view frames.
View frames may include mark-up.
The mark-up should be rendered in listings?
See below.
View: Demonstrate-Markup.
Header 1.
Header 2.
Header 3.
Header 4.
This text should be rendered as-is - with no wrap or indent added.
This is the second line of the paragraph.
This is the third line.
Markup includes emphasis such as
italics
and
bold
and
underlining
.

Is this line numbered?
Is this number three?
That`s all folks!


WITNESS LIST Licensing & Administrative Procedures Committee March 10, 1997-10:30A HB 251 For: Elizabeth Kutyla (Self) Librado Pena, Jr. (Self) HB 808 For: Dr. Harold Boehning (Dallas Opera & Guild) HB 814 For: Mitchell Katine (Self) SB 229 For: Tom Romberg (AMSI/TACCA) On: Pauline Denson (TDLR) Registering, but not testifying: For: Nancy Jones (TACCA)


I was going through a bad time, my wife had left me, I was stuck with the kids, no money, no food, no transportation. I had used shamanic drumming before to discover certain things, and I decided to do it again, but with a 'little help'. I had a large shrub of Brugsmansia sanguinea I had grown from a cutting. I made a tea, and not knowing a proper dosage, guessed at 2 leaves and two reddish orange flowers. I went to bed, and tried to do some drumming. After a while, I felt the drug coming on, quite strong, but for some reason, I fought it. I fell asleep. I had terrifying dreams of being chased by a demon who kept smashing my face into the projectors in a movie-theatre projection booth where I worked. I woke up at one point, from pain, as I ran into the kitchen counter at full speed, which smacked me down, and I crashed on my back on the hard floor, no hands to cushion me whatever. I gasped from the shock and pain and 'passed out' again. That's all I remember.
When I awoke the next morning, I felt very strange.  My son stood at the foot of the bed, staring at me. He looked at me strangely and said, 'Dad, I think you need to come into the living room.' I followed him and stared aghast at the carnage. A large plate glass window, about 4 feet by 8 feet, had been smashed - it was not safety glass, there were ominous daggers of glass. It seems I had gone through it, fortunately knees first, or I would have been decapitated. I had torn the back door off its hinges, same thing with the clothes dryer. 'What happened?' I asked him.
He said I went crazy during the night, they didn't know why. The three kids cowered in their room as I ran back and forth through the house, smashing full speed into walls (evidently at the same time as my dreams of being chased by the demon). I was yelling and saying strange things. I stood in the shower with my clothes on and wept. I seemed intent on destroying myself, and did the aforementioned damage to the window and door.
I went to check myself in the mirror. I looked like a Martian - my blue-green eyes were completely black, like those guys infected by the alien virus in the 'X-Files'. And I was cut up very badly.
DO NOT TRY THIS STUFF!!! maybe under controlled circumstances with an experienced shaman it would be a different experience, but I could have been killed, and it was truly the most frightening experience of my life.
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.


Authors: Prof. Rob Maaskant
Source: FERMAT, Volume 27, Article 1, May.-Jun., 2018
Abstract: The direct integration of antennas with nonlinear electronics dates back to the late 50s, where transistorized antennas were proposed and later realized, even arrays thereof, think e.g. of the so-termed antennafier arrays. They were typically constructed at low frequencies using discrete semiconductor devices. Nowadays, one develops advanced monolithic integrated circuits (ICs) operating at mm-wave frequencies. This is possible thanks to the great strides made in photolithographic processes, the advent of powerful computers in conjunction with fast circuit and multiscale electromagnetics solvers using highly realistic semiconductor device models. This worldwide trend has opened-up new research avenues; concepts of the past are being re-thought in the light of these new technological developments with the objective to overcome the wireless system integration challenges of the future. DEEP INTEGRATION is the ultimate abstraction of spatially integrating small-scale electronics with large-scale antennas using quasi-optical methods. It promises to address the challenges of the future. Multiscale numerical synthesis techniques must be developed. This presentation identifies some of these challenges, discusses some of the lessons that we have learned, introduces the concept of DEEP INTEGRATION, and provides a very simple example of a Deeply Integrated antenna to showcase its principles.
Index Terms:Deep Integration, active integrated antennas, millimeter wave antennas, spatial power combining, contactless connections, characteristic basis function method
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DEEP INTEGRATION: Fusing Antennas with Electronics


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{% extends "layout.html" %} {% block pageTitle %} How to validate inputs - NHS.UK prototype kit {% endblock %} {% block beforeContent %} {% include "how-tos/includes/breadcrumb.html" %} {% endblock %} {% block content %}
You may want to add validation to a form within a prototype.
Add a new rule to the app/validation-rules.js
file.
'/my-route': [
body('fieldName')
.not().isEmpty()
.withMessage('This a required field')
]
You need to replace the:
/my-route
with the action value of the form you are validatingfieldName
with the name value of the input you want to validate[add example here]
Different validators are documented within express-validatior documentation.
Use the hasErrors
variable to conditionally add "Error: " to the start of you page title.
{{ '{% block pageTitle %}
{{ "Error: " if hasErrors }} My page title
{% endblock %}' | escape }}
Use the hasErrors
variable to conditionally show the error summary component. Then pass the errorList
variable which
is an array of objects with href
and text
properties to the error summary component.
{{ '{% if hasErrors %}
{{ errorSummary({
"titleText": "There is a problem",
"errorList": errorList
}) }}
{% endif %}' | escape }}
Error messages are a conditional property of all our form element components. The text for the error comes from the error
object.
You can display an error by using errors.fieldName
. You can make the error message display conditonally buy adding
if errors.fieldName
to the end of the property.
{{ '{{ input({
"label": {
"text": "Name"
},
"id": "fieldName",
"name": "fieldName",
"errorMessage": {
"text": errors.fieldName
} if errors.fieldName
})}}' | escape }}
Add some progressively enhanced JavaScript to app/assets/javascript/main.js
to focus the error summary on page load. This also handles the click to focus input
functionality for error summary links without adding the anchor to the URL. JavaScript is testing in modern browsers and IE9+.
This may become part of the prototype kit or frontend library in the future.
{{ "
document.addEventListener('DOMContentLoaded', function () {
var summary = document.querySelector('.nhsuk-error-summary');
if (summary) {
summary.focus();
var summaryLinks = document.querySelectorAll('.nhsuk-error-summary__list a');
for (var i = 0; i < summaryLinks.length; i++) {
summaryLinks[i].addEventListener('click', function (event) {
event.preventDefault();
var input = document.querySelector(event.target.hash);
if (input) input.focus();
});
};
};
});
" | escape }}
The code for the example can be found in:
/documentation_validation_rules.js
docs/views/examples/validation
{% include "how-tos/includes/back-button.html" %}


‘Conspiracy To Capture Financial Capital Through Backdoor’: Ravi Shankar Prasad On Failed Sena-Cong-NCP Bid For Govt
by Swarajya StaffAddressing a press conference at the BJP headquarters in New Delhi today (23 November), veteran BJP leader and union minister Ravi Shankar Prasad spoke about the latest political developments in Maharashtra where his party today returned to power.
He firstly talked about how the moral, as well as electoral mandate in the state was for the BJP-Shiv Sena alliance under the leadership of Devendra Fadnavis. He also said that the BJP’s vote bank and the image of Fadnavis played a major role for the Shiv Sena candidates to perform as they did.
He compared the NCP-Congress talks with the Shiv Sena to try and form the government with match fixing, saying that the former had themselves accepted that the mandate had been for them to sit in the opposition.
Slamming the Shiv Sena for not living up to the ideals of Bal Thackeray, he said that those who sell their beliefs for the sake of gaining power should talk about Shivaji.
He promised that the BJP would provide the state of Maharashtra with an honest, effective governance.


FSTCompletionLookup
instead.
@Deprecated public class FSTLookup extends Lookup
Lookup
query
suggestion/ autocomplete interface.
The construction step in
build(TermFreqIterator)
works as follows:
buckets
).
Note that this means that minor changes in weights may be lost during automaton construction.
In general, this is not a big problem because the "priorities" of completions can be split
into a fixed set of classes (even as rough as: very frequent, frequent, baseline, marginal).
If you need exact, fine-grained weights, use
TSTLookup
instead.
abc
with a discretized weight equal '1' would
become
1abc
.
FST
) is constructed from the input. The root node has
arcs labeled with all possible weights. We cache all these arcs, highest-weight first.
At runtime, in
lookup(CharSequence, boolean, int)
, the automaton is utilized as follows:
The algorithm described above is optimized for finding suggestions to short prefixes in a top-weights-first order. This is probably the most common use case: it allows presenting suggestions early and sorts them by the global frequency (and then alphabetically).
If there is an exact match in the automaton, it is returned first on the results list (even with by-weight sorting).
Note that the maximum lookup time for any prefix is the time of descending to the subtree, plus traversal of the subtree up to the number of requested suggestions (because they are already presorted by weight on the root level and alphabetically at any node level).
To order alphabetically only (no ordering by priorities), use identical term weights for all terms. Alphabetical suggestions are returned even if non-constant weights are used, but the algorithm for doing this is suboptimal.
"alphabetically" in any of the documentation above indicates utf16 codepoint order, nothing else.
Lookup.LookupPriorityQueue
,
Lookup.LookupResult
| Modifier and Type | Field and Description |
|---|---|
static
String
|
FILENAME
Deprecated.
Serialized automaton file name (storage).
|
CHARSEQUENCE_COMPARATOR
| Constructor and Description |
|---|
FSTLookup
()
Deprecated.
|
FSTLookup
(int buckets,
boolean exactMatchFirst)
Deprecated.
|
| Modifier and Type | Method and Description |
|---|---|
void
|
build
(
TermFreqIterator
tfit)
Deprecated.
Builds up a new internal
Lookup
representation based on the given
TermFreqIterator
.
|
Float
|
get
(
CharSequence
key)
Deprecated.
Get the (approximated) weight of a single key (if there is a perfect match
for it in the automaton).
|
boolean
|
load
(
InputStream
input)
Deprecated.
Discard current lookup data and load it from a previously saved copy.
|
List
<
Lookup.LookupResult
>
|
lookup
(
CharSequence
key,
boolean onlyMorePopular,
int num)
Deprecated.
Lookup autocomplete suggestions to
key
.
|
boolean
|
store
(
OutputStream
output)
Deprecated.
Persist the constructed lookup data to a directory.
|
public static final String FILENAME
public FSTLookup()
public FSTLookup(int buckets, boolean exactMatchFirst)
public void build( TermFreqIterator tfit) throws IOException
Lookup
Lookup
representation based on the given
TermFreqIterator
.
The implementation might re-sort the data internally.
build
in class
Lookup
IOException
public Float get( CharSequence key)
null
if not found.
public List < Lookup.LookupResult > lookup( CharSequence key, boolean onlyMorePopular, int num)
key
.
lookup
in class
Lookup
key
- The prefix to which suggestions should be sought.
onlyMorePopular
- Return most popular suggestions first. This is the default
behavior for this implementation. Setting it to
false
has no effect (use
constant term weights to sort alphabetically only).
num
- At most this number of suggestions will be returned.
public boolean store( OutputStream output) throws IOException
Lookup
store
in class
Lookup
output
-
OutputStream
to write the data to.
IOException
- when fatal IO error occurs.
public boolean load( InputStream input) throws IOException
Lookup
load
in class
Lookup
input
- the
InputStream
to load the lookup data.
IOException
- when fatal IO error occurs.