[name]
This class is an efficient alternative to [page:Geometry], because it stores all data, including
vertex positions, face indices, normals, colors, UVs, and custom attributes within buffers; this
reduces the cost of passing all this data to the GPU.
This also makes BufferGeometry harder to work with than [page:Geometry]; rather than accessing
position data as [page:Vector3] objects, color data as [page:Color] objects, and so on, you have to
access the raw data from the appropriate [page:BufferAttribute attribute] buffer. This makes
BufferGeometry best-suited for static objects where you don't need to manipulate the geometry much
after instantiating it.
Example
var geometry = new THREE.BufferGeometry();
// create a simple square shape. We duplicate the top left and bottom right
// vertices because each vertex needs to appear once per triangle.
var vertexPositions = [
[-1.0, -1.0, 1.0],
[ 1.0, -1.0, 1.0],
[ 1.0, 1.0, 1.0],
[ 1.0, 1.0, 1.0],
[-1.0, 1.0, 1.0],
[-1.0, -1.0, 1.0]
];
var vertices = new Float32Array( vertexPositions.length * 3 ); // three components per vertex
// components of the position vector for each vertex are stored
// contiguously in the buffer.
for ( var i = 0; i < vertexPositions.length; i++ )
{
vertices[ i*3 + 0 ] = vertexPositions[i][0];
vertices[ i*3 + 1 ] = vertexPositions[i][1];
vertices[ i*3 + 2 ] = vertexPositions[i][2];
}
// itemSize = 3 because there are 3 values (components) per vertex
geometry.addAttribute( 'position', new THREE.BufferAttribute( vertices, 3 ) );
var material = new THREE.MeshBasicMaterial( { color: 0xff0000 } );
var mesh = new THREE.Mesh( geometry, material );
More examples: [example:webgl_buffergeometry Complex mesh with non-indexed faces], [example:webgl_buffergeometry_uint Complex mesh with indexed faces], [example:webgl_buffergeometry_lines Lines], [example:webgl_buffergeometry_lines_indexed Indexed Lines], [example:webgl_buffergeometry_particles Particles], and [example:webgl_buffergeometry_rawshader Raw Shaders].
Accessing attributes
WebGL stores data associated with individual vertices of a geometry in attributes.
Examples include the position of the vertex, the normal vector for the vertex, the vertex color,
and so on. When using [page:Geometry], the [page:WebGLRenderer renderer] takes care of wrapping
up this information into typed array buffers and sending this data to the shader. With
BufferGeometry, all of this data is stored in buffers associated with an individual attributes.
This means that to get the position data associated with a vertex (for instance), you must call
[page:.getAttribute] to access the 'position' [page:BufferAttribute attribute], then access the individual
x, y, and z coordinates of the position.
The following attributes are set by various members of this class:
[page:BufferAttribute position] (itemSize: 3)
Stores the x, y, and z coordinates of each vertex in this geometry. Set by [page:.fromGeometry]().
[page:BufferAttribute normal] (itemSize: 3)
Stores the x, y, and z components of the face or vertex normal vector of each vertex in this geometry.
Set by [page:.fromGeometry]().
[page:BufferAttribute color] (itemSize: 3)
Stores the red, green, and blue channels of vertex color of each vertex in this geometry.
Set by [page:.fromGeometry]().
[page:BufferAttribute tangent] (itemSize: 3)
Stores the x, y, and z components of the tangent vector of each vertex in this geometry. Set by [page:.computeTangents]().
[page:BufferAttribute index] (itemSize: 3)
Allows for vertices to be re-used across multiple triangles; this is called using "indexed triangles," and works much the same as it does in [page:Geometry]: each triangle is associated with the index of three vertices. This attribute therefore stores the index of each vertex for each triangular face.
If this attribute is not set, the [page:WebGLRenderer renderer] assumes that each three contiguous positions represent a single triangle.
In addition to the the built-in attributes, you can set your own custom attributes using the addAttribute method. With [page:Geometry], these attributes are set and stored on the [page:Material]. In BufferGeometry, the attributes are stored with the geometry itself. Note that you still need to set the attributes information on the material as well, but the value of each attribute is stored in the BufferGeometry.
Constructor
[name]()
This creates a new [name]. It also sets several properties to a default value.
Properties
[property:Integer id]
Unique number for this buffergeometry instance.
[property:Hashmap attributes]
This hashmap has as id the name of the attribute to be set and as value the [page:BufferAttribute buffer] to set it to.
Rather than accessing this property directly, use addAttribute and getAttribute to access attributes of this geometry.
[property:Array drawCalls] (previously [property:Array offsets])
For geometries that use indexed triangles, this Array can be used to split the object into multiple WebGL draw calls. Each draw call will draw some subset of the vertices in this geometry using the configured [page:Material shader]. This may be necessary if, for instance, you have more than 65535 vertices in your object.
Each element is an object of the form:
{ start: Integer, count: Integer, index: Integer }
where start specifies the index of the first vertex in this draw call, count specifies how many vertices are included, and index specifies an optional offset.
Use addDrawCall to add draw calls, rather than modifying this array directly.
[property:Box3 boundingBox]
Bounding box.
{ min: new THREE.Vector3(), max: new THREE.Vector3() }
[property:Sphere boundingSphere]
Bounding sphere.
{ radius: float }
[property:Array morphTargets]
Array of morph targets. Each morph target is a Javascript object:
{ name: "targetName", vertices: [ new THREE.Vertex(), ... ] }
Morph vertices match number and order of primary vertices.
[property:boolean hasTangents]
True if BufferGeometry has tangents. Set in [page:.computeTangents].
Methods
[page:EventDispatcher EventDispatcher] methods are available on this class.
[property:null addAttribute]( [page:String name], [page:BufferAttribute attribute] )
Adds an attribute to this geometry. Use this rather than the attributes property,
because an internal array of attributes is maintained to speed up iterating over
attributes.
[method:null addDrawCall]( [page:Integer start], [page:Integer count], [page:Integer indexOffset] )
Adds a draw call to this geometry; see the drawcalls property for details.
[method:null applyMatrix]( [page:Matrix4 matrix] )
Bakes matrix transform directly into vertex coordinates.
[method:null computeVertexNormals]()
Computes vertex normals by averaging face normals.
[method:null computeTangents]()
Computes vertex tangents.
Based on [link:http://www.terathon.com/code/tangent.html]
Geometry must have vertex [page:UV UVs] (layer 0 will be used).
[method:null computeBoundingBox]()
Computes bounding box of the geometry, updating [page:Geometry Geometry.boundingBox] attribute.
Bounding boxes aren't computed by default. They need to be explicitly computed, otherwise they are *null*.
[method:null computeBoundingSphere]()
Computes bounding sphere of the geometry, updating [page:Geometry Geometry.boundingSphere] attribute.
Bounding spheres aren't computed by default. They need to be explicitly computed, otherwise they are *null*.
[method:null dispose]()
Disposes the object from memory.
You need to call this when you want the bufferGeometry removed while the application is running.
[method:null fromGeometry]( [page:Geometry] )
Populates this BufferGeometry with data from a [page:Geometry] object.
[method:BufferAttribute getAttribute]( [page:String name] )
Returns the [page:BufferAttribute attribute] with the specified name.
[method:null normalizeNormals]()
Every normal vector in a geometry will have a magnitude of 1.
This will correct lighting on the geometry surfaces.
Source
[link:https://github.com/mrdoob/three.js/blob/master/src/[path].js src/[path].js]


Experience
Home
Experience
Hello, I’m Angela.
Learn More About Me
Work Experience
Current
Customer Success Manager
Ensuring best UI for site
Managing support tickets & online chat
Customer outreach
Posting on social media
Previous
Dental Receptionist
Accountant
Interests
Reading
Puzzles
Knitting
Walking on the Beach
Pretending
I'm cool


US slaps punitive sanctions on Iran minister over internet censorship
We are sanctioning Iran's Minister of Information and Communications Technology for restricting internet access, said treasury secretary
by AFP | PTIThe US Treasury slapped punitive sanctions on Iran's communications minister, Mohammad Javad Azari Jahromi, Friday after the Tehran regime blocked internet communications amid violent protests triggered by a petrol price hike.
"We are sanctioning Iran's Minister of Information and Communications Technology for restricting internet access, including to popular messaging applications that help tens of millions of Iranians stay connected to each other and the outside world," said Treasury Secretary Steven Mnuchin in a statement.


--- layout: post title: Traveling With Infants and Toddlers date: 2009-10-18 09:01:13.000000000 -07:00 type: post parent_id: '0' published: true pd: '' status: publish categories: - Infants and Toddlers tags: - flying with children - traveling with infants and toddlers author: login: k email: k@k display_name: mcary first_name: '' last_name: '' ---
On a recent flight back to Florida from Rhode Island I was seated near two miserable parents and one very cranky six month old. It occurred to me that many new parents must not have a support system to give them advice as they tackle the challenges of being a new parent.
Here are three tips for traveling with an infant or young child.
1.  The swallowing helps them clear their ears and relieves the pressure which is often the source of the pain that results in the crying. If your child is still a baby, it is the TSA’s policy that, "(m)edications, baby formula and food, and breast milk are allowed in reasonable quantities exceeding three ounces and are not required to be in the zip-top bag. Declare these items for inspection at the checkpoint." Check with your airline or the TSA website ("Liquid Rules: 3-1-1 for Carry-Ons") to confirm that this is still the policy in effect before flying. If your child is older, don’t forget to buy a drink after passing through security.
2. Always pack more diapers then you think you’ll need. Any parent that’s been stuck at the airport or on the tarmac when a flight is canceled or delayed can relate to this. Airport shops aren’t very child friendly. Make sure to bring air tight plastic bags to dispose of dirty diapers. The flight attendants and your fellow passengers will also be thankful that you’ve planned ahead.
3. Bring healthy snacks (even if it’s a short flight) or baby food (see #1). Airport food usually isn’t as nutritionally sound as it should be. Airports and airlines often lack toddler friendly food.


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.traderservices.models.{FileUploads,FileUpload,UploadRequest,FileUploadError} @import uk.gov.hmrc.traderservices.wiring.AppConfig @import uk.gov.hmrc.traderservices.views.UploadFileViewContext @import uk.gov.hmrc.traderservices.views.html.partials.multiFileUpload @import uk.gov.hmrc.traderservices.views.html.partials.errorManager @import uk.gov.hmrc.traderservices.models.ExportRequestType @this( govukLayout: uk.gov.hmrc.traderservices.views.html.templates.GovukLayoutWrapper, forms: uk.gov.hmrc.traderservices.views.components.forms, html: uk.gov.hmrc.traderservices.views.components.html, details: uk.gov.hmrc.traderservices.views.html.components.details, govukFileUpload: GovukFileUpload, govukButton: GovukButton, appConfig: AppConfig, context: UploadFileViewContext ) @(maxFileUploadsNumber: Int, initialFileUploads: Seq[FileUpload], initiateNextFileUpload: String => Call, checkFileVerificationStatus: String => Call, removeFile: String => Call, previewFile: (String,String) => Call, markFileRejected: Call, exportRequestType: Option[ExportRequestType], continueAction: Call, backLink: Call)(implicit request: Request[_], messages: Messages) @govukLayout( pageTitle("view.upload-multiple-files.title"), backLink = Some(backLink.url) ) { @* * Available parameters: * + maxFileUploadsNumber - this is the value the frontend service will check file upload list against, * if number of upload will exceed the limit, user will be not able to progress * * + initialFileUploads - existing file uploads in different states, * use to provide initial input for multi-file upload script * * + initiateNextFileUpload - a function accepting UPLOAD_ID (some unique string) and returning a call to frontend service, * POST request to this call will provision new file upload and return 200 with JSON result {"uploadId":"123abc","upscanReference":"f029444f-415c-4dec-9cf2-36774ec63ab8","uploadRequest":{"href":"https://s3.amazonaws.com/bucket/123abc","fields":{"foo1":"bar1"}}} * * + checkFileVerificationStatus - a function accepting upscan reference and returning a call to frontend service, * GET request to this call will return either 404 or 200 with JSON status, i.e. one of: * - {"reference":"$reference$","fileStatus":"NOT_UPLOADED","uploadRequest":{"href":"https://s3.amazonaws.com/bucket/123abc","fields":{"foo1":"bar1"}}} * - {"reference":"$reference$","fileStatus":"POSTED"} * - {"reference":"$reference$","fileStatus":"ACCEPTED","fileMimeType":"application/pdf","fileName":"test.pdf","fileSize":4567890,"previewUrl":"/send-documents-for-customs-check/new/file-uploaded/f029444f-415c-4dec-9cf2-36774ec63ab8"} * - {"reference":"$reference$","fileStatus":"FAILED","errorMessage":"The selected file contains a virus - upload a different one"} * - {"reference":"$reference$","fileStatus":"REJECTED","errorMessage":"The selected file could not be uploaded"} * - {"reference":"$reference$","fileStatus":"DUPLICATE","errorMessage":"The selected file has already been uploaded"} * * + removeFile - a function accepting upscan reference and returning a call to frontend service, * POST request to this call will remove specified file upload and return 204 * * + previewFile - a function accepting upscan reference and file name, and returning a call to preview uploaded file * * + markFileRejected - a call to reject a file in a special case S3 upload fails without failure redirect, * expected payload: * {"key":"$reference$","errorCode":"EntityTooLarge","errorMessage":""} * * + continueAction - a call to proceed next (i.e. to the check-your-answers page) *@ @html.h1(messages("view.upload-multiple-files.heading"), classes = "govuk-heading-l") @html.p{ @messages("view.upload-multiple-files.line1") } @html.p{ @messages("view.upload-multiple-files.line2") } @html.p{ @{exportRequestType match { case Some(ExportRequestType.C1601) =>


{% extends "base.html" %} {% block main_content %}
Thank you, your requirement submission has been made


Opetopic makes quality games and utilities for the iPad, iPhone and iPod touch. If you enjoy this app, please check out some of our other apps.
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IsoWords Español
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{{- if $.Site.Params.stream -}}
A live-coding session is happening {{ if $.Site.Params.start }}{{ $.Site.Params.start | markdownify }}. You'll get a reminder email when it's starting{{ else }}right now{{ end }}.
(You'll also get an email letting you know whenever another live-coding session is going to happen, and a link to join.)
{{- else -}}You'll get an email letting you know whenever a live-coding session is going to happen, and a link to join.
{{- end -}}


{% extends 'base_generic.html' %} {% block content %}
The page you're trying to reach cannot be found.


I am a full stack web developer with a core strength in React. I take pride in the code that I write, having been a victim of (my own) poorly written code in the past. For this reason, I favor investing time to produce well written code over the short term speed gain of simply hacking solutions together.
My strength lies in being able to own the entire front-end of an application, from UI design to state management, and everything in between. Beyond this, I have experience in the back end, and am able to spin up Node servers using Express. Clearly, I favor the ecosystem built around Javascript.
Most of my professional life has been spent in
the business world, gradually accumulating knowledge and developing an intuition for what makes business happen. I
bring this awareness to my life as a web developer, with everything I do having to pass a single logic gate:
this.newValue > this.currentValue ? implement : null
For this project, I served as the sole front end developer of a small start-up. I chose to go with React for the framework, leaning heavily on Redux, Styled Components, Hooks, and Presentational/Container type components.
The purpose of this webpage was to convert supply-side users of a two-sided marketplace. My responsibilities were to both design and implement the code on the web page. For this quick project, I took the liberty of experimenting with many different UI effects that I saw fit.
This project was the initial foray into React Native. Progression on the application prompted requirements to learn more about Android and its inner workings. This prompted digging into building bridges between React Native and Android using Kotlin. This project left me with a strong high level understanding of mobile development and the operating systems upon which apps are built.
Developed React and Django-based code through scrum sprints.
Took initiative to learn and understand all corners of the codebase, including the React/Redux front-end, GraphQL API, Django back-end, and SQL database.
Perform code reviews on the work of colleagues in all departments of the company.
Participated in RFC processes, suggesting and debating the adoption of two major changes to our development process.
Made significant contributions to the recurring team-specific methodologies and rituals of our scrum team.
Own entire front end, making all relevant decisions, including architectural decisions regarding which frameworks to use and which libraries are best suited to undertake which tasks.
Implement UI/UX designs from designer using React Styled Components.
Maintain strong communication with backend developer to coordinate on implementation details.
Partake in high level company strategic decisions.
Design and build landing page, with purposes to convert supply-side users of a two-sided marketplace.
Contributions include creating wire-frames, iterative versions of corresponding mockup, and creation of the final landing page using Sass and JQuery
Build web scraper with Scrapy to gather data from Airbnb Experiences to help with data collection.
Liaison between external development team and core project team, serving as a point of communication between tech and non-tech teams.
Inform company founder of any technologies that may present strong opportunities for long-term strategy.
Design general architecture of website, including user stories, visual layout, and contributing to the site’s UX.
Design strategies for implementation of Facebook marketing campaign, including creating visuals with Canva, writing copy, and determining proper user demographics
Lead company sales efforts, with team converting 60% of all outbound calls into users.
When not programming, I enjoy spending my time with other creative pursuits. Since childhood, music has become a major part of my life. I consider it an indispensible way to clear my mind and switch gears so that I can more effectively approach non music-related problems from different angles.
Further to this concept of approaching situations from different angles, in the past several years I have developed a deep interest in other cultures, leading to my hobby of language learning. A main takeaway from this hobby has been this: While most words do have an equivalent in other languages, it is difficult to translate the feeling that each word carries. This means we must think at a deeper level than simply finding the equivalents of each language.


| × | ÷ | − | + | ||||
| ÷ | × | + | − | ||||
| − | + | × | ÷ | ||||
| + | − | ÷ | × | ||||
| × | ÷ | − | + | ||||
| ÷ | × | + | − | ||||
| − | + | × | ÷ | ||||
| + | − | ÷ | × |
Elements:
Coin
8x8 board
24 chips (12 per player)
1.) The player who moves first is decided by an in-game toss coin.
2.) The two players take turns in moving a piece. Players are not allowed to pass.
3.) The game duration can either be endless or timed. Players are given a 60 seconds each to execute a move. A. Endless Mode: Exceeding the given time entails an additional point for every five seconds the player hasn’t moved. B. Timed mode: The whole game will last for 20 minutes. If a player fails to move within the given time, one of his chips will be forced to move.
4.) All moves should be in forward direction except when taking a chip or if a chip is already ‘dama’.
5.) A chip is declared ‘dama’ if it stops in any of the following squares of the opposing player: (1,0) (3,0) (5,0) (7,0) Similarly, the opposing player’s chip is declared ‘dama’ if it stops in any of the following squares: (0,7) (2,7) (4,7) (6,7)
6.) In taking an opponent’s chip, the ‘taker’ chip jumps over the ‘taken’ chip and uses any of the four operation symbols of +, -, x, and -:- where the taker chip lands.
7.) A ‘dama’ chip can slide diagonally forward or backward in any unoccupied square as long as no opponent’s chip blocks its path. It could take a chip or chips whereby its corresponding sum, difference, product or quotient is doubled. Similarly, if an ordinary chip takes an opponent’s ‘dama’ chip, its score is also doubled.
8.) Correspondingly, if a ‘dama’ chip takes an opponent’s ‘dama’ chip, then its score is doubled.
9.) The game ends if: - the 20-minute game period lapsed; - a player has no more chip to move; - an opponent’s chip is ‘cornered’.
10.) The remaining chip or chips of the players are to be added to their respective scores. If the remaining chip is a ‘dama’, then its score is also doubled.
11.) The player with the greater accumulated total score wins the game.


Prototype Map Visualisation
Home
Visualisation
Gallery
Add Dataset
Compare
Public Data:
UoS Events
Uos People
UoS Buildings
with
Private Data:
My Info
My Family Tree
Sarah's Calendar
by
Shared Attribute:
Start Date
Location
Duration
.


pyedbglib.mplabtransport¶
pyedbglib.mplabtransport.mplabtransport¶
mplabtransport replaces the hidtransport layer when running pyedbglib stack inside MPLAB.
- class pyedbglib.mplabtransport.mplabtransport.MpLabTransport(tool)¶
Bases:
object
MpLabTransport supports the same API as HidTransport:
hid_transfer for send and receive
get_report_size for determining the HID report size in use
- get_report_size()¶
Report size as reported through the HID interface.
Usually 64b, but can be 512b
- hid_read()¶
Waits for and receives a packet over HID
- hid_transfer(packet)¶
Sends a packet and receives a response.
- hid_write(packet)¶
Sends a packet to HID and does not wait for a response


{% extends "base.html" %} {% block container-fluid %}
Enter a main keyword you want to monitor
Example: If the sentiment increases with > 30% compared to the moving average
Use "AND" between addresses to enter multiple addresses. Example<EMAIL_ADDRESS>AND marketing@cocacola.com"


hooks are functions that are used to call other functions when certain events happen
list of hooks:
function newlevel(){
}
------------------
function attackhook(attacker,victim){
}
------------------
function modtick(){
}
------------------
function useItem(x,y,z,itemId,blockId,side,itemDamage,blockDamage){
}
------------------
function procCmd(cmd){
}
------------------
function leaveGame(){
}
------------------
function entityAddedHook(entity){
}
------------------
function deathHook(murderer, victim){
}
------------------
function levelEventHook(entity,eventType,x,y,z,data){
}
------------------
vars are variables and can equal whatever you want them to equal.
EX:
var x=3
"x" is the same as 3
vars can also not equal something untill a event occurs and is indicated by a ";" sign:
var x;
var y= if(example==true){
x=3
}
if the example is true, x will equal 3
vars can equal strings (text)
var quote="hello world!"
so if you did this-
print(x)
OUTPUT:
hello world!
vars can also equal other vars
ex:
var x=3
var lol=x
var lol2=lol
there is no reason to do this other than in GUI's
vars can also equal functions
var getpx= getplayerx();
var getpy= getplayery();
var getpz= getplayerz();
this is good when you forget functions easy
vars are very usefull and will help you alot!
custom functions: see function list


This site has been archived as part of King's Digital Lab (KDL) archiving and sustainability process, following background analysis and consultation with research leads wherever possible.
Project content and data has been stored as a fully backed-up Virtual Machine and can be made available on request (depending on access controls agreed with the Principal Investigator) for a period of at least 2 years from the decommissioning date indicated below.
If you have an interest in this project and would like to support a future phase please contact us by filling in this form.
At its inception, KDL inherited just under 100 digital research projects and websites. Aware of the intellectual and cultural value of many of these projects, with the support of the Faculty of Arts and Humanities at King’s College London, KDL took on its responsibility to the community to steward them in a responsible manner. When the options of setting up a Service Level Agreement for further hosting and maintenance with KDL and/or undertaking migration to IT Services at King’s or other institutions were deemed infeasible or inappropriate, the archiving process was initiated.
We would like to thank research leads, the Faculty of Arts and Humanities at King’s College London, and partner institutions, for their support in this process.
For further information on KDL archiving and sustainability process see:
Jayne Carroll
July 2018
DEEP (Historical Gazetteer of English Place-names, http://placenames.org.uk) was a key piece of digital infrastructure for use in the humanities, arts, and social sciences. Its aim was to associate disparate content through place - everything happens somewhere, after all - and therefore to facilitate accurate searches across resources. Gazetteers of contemporary place-names have been available for some time, but the Historical Gazetteer’s historical place-name forms added chronological depth to the mix. These forms have been collected over the last ninety years as part of the English Place-Name Society’s Survey of English Place-Names. The Historical Gazetteer brought the four million+ historical place-name forms of the Survey, including those for hamlets, fields, and streets, into the digital realm, heralding a new era of chronological depth and spatial granularity in gazetteer provision.


Install MKVToolNix (cross-platform set of tools to create, alter and inspect Matroska files):
sudo apt-get install mkvtoolnix
Find the subtitle track number and the attachment IDs of the fonts using the mkvinfo tool (print information about elements in Matroska files):
mkvinfo movie.mkv
or using the GUI version:
mkvinfo -g
Assuming the subtitles are track 3, extract them using the mkvextract tool (extract tracks from Matroska files into other files):
mkvextract tracks movie.mkv 3:movie.***
Optionally extract also the font (by not specifying a file name for the font, the filename of the attached font will be used; this needs to be done for each font that is attached):
mkvextract attachments movie.mkv FontID:
Install the fonts and regenerate the font cache so that the subtitles will be rendered properly:
cp *.ttf ~/.fonts sudo fc-cache -v ~/.fonts
Make sure that the file is in MSDOS (CR-LF) format by using flip command:
sudo apt-get install flip flip -m movie.srt


Equivalent to choosing the Copy Chart command from the Edit menu in Microsoft Excel for the Macintosh version 1.5 or earlier. This function is included only for macro compatibility. You can copy a chart with the COPY.PICTURE function by omitting the appearance_num argument.
Syntax
COPY.CHART(size_num)
Size_num is a number describing how to copy the picture and is only available if the current selection is a chart.
| Size_num | Action |
| 1 or omitted | Copies the chart in the same size as the window on which it is displayed |
| 2 | Copies what you would see if you printed the chart |
Related Function
COPY.PICTURE Creates a picture of the current selection for use in another program
Return to index


Varsity Blues * 1/2 (out of * * * * )
Directed by Brian Robbins. Cast: James Van Der Beek, Jon Voight, Paul Walker, Ron Lester, Amy Smart, Ali Larter, Scott Caan. 1999 - 104 minutes.  Reviewed January 9, 1999.
"Varsity Blues" is the best film of 1999 thus far. Unfortunately, it is also the first film I have seen from 1999. It is another one of those small-town sports movies that involves a flawed, but good-heartedfrom 1999. It is another one of those small-town sports movies that involves a flawed, but good-hearted protagonist; a rough and meanspirited coach; and the "big game." By the end, will the underdog overcome great odds and triumph? Will everyone in the town turn against the coach? Will the team win the climactic game? Do cats bathe themselves regularly?
The so-called "hero" in question is John Moxin (James Van Der Beek), a senior at West Canaan High School who plays for the varsity football team, but is really just hoping to get a scholarship at Brown University so that he can get out of the dead-end town. At least he's got the right idea, since West Canaan, Texas is portrayed in the film as, frankly, pathetic, with the whole town treating the weekly football games as the Second Coming. Heck, in one scene, the front page of the town's newspaper is proclaiming about the West Canaan Badgers' big win the night before. When the team's star quarterback is severely injured, tearing the ligaments in his leg, John finds himself taking over as the team's leader, but his few minutes of glory do not last long, as he begins to have problems with his girlfriend (Amy Smart) when she discovers he spent an evening with another girl (Ali Larter). And after staying out all night with his drinking buddies at a strip joint (all of the teenagers in the film are portrayed as raging alcoholics), the team loses their second-to-last game, putting John at feuds with the coach (Jon Voight who, like Gary Oldman, is overstaying his welcome in the typecasted role as the "bad guy"). Worse yet, the coach is threatening to ruin John's scholarship chances if the Badgers don't win their final game.
The plotting of "Varsity Blues" is as old as the hills, and contains every cliche in the book. Admittedly, I was never exactly bored while I was watching it, but I hasten to add that I was rarely ever entertained. Throughout, all I could really think of is how virtually the same exact story had been filmed with a great deal more thoughtfulness and maturity in 1983's "All the Right Moves."
One of the biggest problems I had with the film is how little of interest any of the characters actually were, least of all certainly not John, who, played by Van Der Beek (of TV's "Dawson's Creek"), is pretty much a bore without any engaging qualities. While I probably shouldn't blame this on Van Der Beek, since the inauspicious and "by-the-numbers" screenplay by W. Peter Iliff isn't of any help, he is still certainly not in the league of Tom Cruise in "All the Right Moves." The story revolving around John, meanwhile, is extemely thin throughout, particularly for its 104-minute running time, and it alternates between uninspired comic relief (as in when the students see their sex education teacher working as a stripper at the club) and heavy-handed melodrama.
The romance between John and his girlfriend had the potential to be an adequate subplot, but we also learned very little about her, which is unfortunate since Amy Smart, whom I don't think I've seen before in past films, is probably the only character written with any sort of intelligence. Smart does not allow her character to become the "passive girlfriend," instead coming off as a young woman with her own ideas and opinions. It's too bad the camera didn't linger on her long enough so we could hear some of those thoughts.
The adult characters probably fare the worse of any, since they all must play residents of a dim-witted town that cares about nothing but football. John's relationship with his parents can also be telegraphed far in advance. His father is set on him becoming a football player at a university, but John doesn't want any part of that.  Finally, Jon Voight plays the stock bully coach character and he does nothing to make the thankless role any more than one-dimensional.
 The scenes of playing football were well-shot and thankfully didn't overstay their welcome, as many sports films fall victim to. But leaving the theater, the question I had in my mind was why did this film need to be made? I seem to be asking this question quite a lot lately, since the same old stories seem to be cranking out of Hollywood. Do we really need another high-school sports film? No, we don't, and certainly not one of this low-caliber, which felt like a cut-and-paste job of spare parts from much better, but similar, films. "Varsity Blues," no doubt is the first one, however, to include an earnest scene in which one of the characters is only wearing whipped cream on their private parts.
- Copyright 1999 by Dustin Putman < Dustin Putman's Film Haven >
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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Related links: index of all rec.arts.movies.reviews reviews


THIS WEEK’S DISCOVERY:
The Darby Loafer
featuring the Darby loafer in suede,
leopard, leather and stripe
Dear Darby,
We must admit, we underestimated you. We always knew you
were a classic-you are, after all, inspired by an iconic gentlemen’s
smoking slipper. But spring’s most statement-making shoe? We
weren’t expecting that one. And just look at you now: electrified
in pink, sharp in stripes and piped suede, a little bit wild in
leopard You even have a comfy interior wedge, so we can wear
you day and night with everything from cropped skinnies to
printed pencil skirts (no Band-Aids required). The truth of
the matter, Darby? You’ve won our hearts (and soles) all over again.
Sincerely,
Us (down to our toes)
SHOP ALL SHOES >
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--- layout: post title: My Mom on the Caltrain date: 2011-06-06 01:13:48.000000000 -07:00 type: post published: true status: publish categories: [] tags: [] meta: {} author: ---


A BUG'S LIFE
Glasgow primary school closed after norovirus outbreak as pupils struck down with vomiting bug
by Ewan MowatA GLASGOW school has been closed after an outbreak of norovirus.
Elmvale Primary School was shut today after several staff and pupils were struck down with the winter vomiting bug this week.
Kids were sent home with letters yesterday, informing parents the school would be closed today and tomorrow.
The school has also sent texts to families, keeping them up to date with the closure - which is due to end on Friday.
Elmvale also released a statement on social media shortly after it closed.
The tweet read: "Please could all parents and carers check school bags for letters as the school will be closed until Friday 9am due to an outbreak of the Norovirus.
"We hope to see everyone back and feeling better on Friday."
This morning, they tweeted a link to the NHS Inform website, with details on the vomiting bug, how to avoid catching it and how to deal with catching it.
Elmvale wrote: "Following the schools temporary closure due to the Norovirus outbreak, please see the attached information from the NHS website."
The school will also undergo a deep clean on Monday.
Norovirus can affect people of any age, causing vomiting and diarrhoea - and is most common in the winter months.
Anyone who has caught the bug is advised to stay away from school or work for 48 hours after their symptoms stop.
To reduce your chances of catching norovirus, people should regularly wash their hands with soap and water, avoid unwashed raw food and not share towels or toothbrushes.
A Glasgow City Council spokesperson said: “Over the last couple of days the school has been dealing with a high number of pupil and staff absences due to a vomiting bug and school staff are liaising with the public health team from NHS Greater Glasgow and Clyde.
“Norovirus information has been sent home to all families and a deep clean of the school premises is being carried out.
"Norovirus, sometimes known as the ‘winter vomiting bug’, is the most common stomach bug in the UK, affecting people of all ages.
“Most people with norovirus will make a full recovery in 1-2 days. It is important to keep hydrated – especially children and the elderly.
"Good hand hygiene using soap and water is important to stop the spread of the virus. Anyone with norovirus should stay away from school or work until 48 hours after their symptoms have stopped.”


Oyinbola botique lets shop!
Oyinbola botique is supermarket based in Abuja the capital of Nigeria, it deals with children clothes and shoes,women suit and shoe.We have different sizes and brand of childrens clothing, from the age of 0-16 years of age, we also deals with womens cloths like jackets suits,shirts,shoes and bags.We also sell Jewelries and wrist watches for women.It sells in a cheap price you can afford.Although we're based in the area of lugbe.When we are not selling, we often are in puplic holidays but if we are going to do that you will be informed(No offence),Or as our man would put it:
"Happiness is obtained when you buy what you need in a store!"


---
---
What’s Slide Show (S9)?
What?
A Free Web Alternative to PowerPoint and Keynote in Ruby
Getting Started in 1-2-3 Easy Steps
- Step 1: Write your slides in plain text using a wiki-style markup language
- Step 2: Build your slide show using the
slideshow
gem
- Step 3: Open up your slide show in your browser and hit the space bar to flip through your slides
- That’s it. Showtime!


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July 26, 2003
Alleged serial killer formally charged
KOMO-TV 4 Seattle | Submitted by: Reid Fleming
"Robert Pickton, a former pig farmer accused of being Canada's worst serial killer, will stand trial on 15 counts of first-degree murder, a provincial court judge ruled Wednesday. The deaths in which the 53-year-old Pickton is charged are part of a long list of women who disappeared mysteriously over the past 20 years, most from Vancouver's seedy Downtown Eastside. ... Police conducted a massive raid on Feb. 6, 2002, at a farm owned by Pickton and his brother and sister. Pickton was charged with the first two murder counts on Feb. 22, 2002. ... Pickton is charged in the deaths of: Sereena Abotsway, Mona Wilson, Diane Rock, Jacqueline McDonell, Heather Bottomley, Andrea Joesbury, Brenda Wolfe, Jennifer Furminger, Helen Hallmark, Patricia Johnson, Georgina Papin, Heather Chinnock, Tanya Holyk, Sherry Irving and Inga Hall."
 A solitary excavator demolished the last structure on the farm on Saturday morning, as family members of many of Vancouver's missing women looked on. ... Police will now begin searching the ground beneath the demolished farmhouse for more DNA evidence, said Royal Canadian Mounted Police spokeswoman Const. Catherine Galliford."
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Read article...
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Coup attempt underway in Philippines
CNN | Submitted by: Reid Fleming
"Armed men have seized the financial center of Manila, setting up booby traps, hours after the administration announced a crackdown on 'rebellion' soldiers. About 30 men were involved in rigging-up the area, which includes the Gorietta shopping mall, at 3.30 a.m. local time Sunday (1900 GMT). ... The move comes after a week of coup rumors in the Philippines. The government Saturday confirmed that 'a small band of rogue officers' walked off their posts, an act the president considers a 'mutiny' and 'rebellion' in the ranks."
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Read article...
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Professor turns out to be multiple thrill-killer
Philadelphia Inquirer | Submitted by: Reid Fleming
"When the Pennsylvania [parole] board notified Penn State recently about the professor's past, jaws started dropping on the University Park campus. 'The university is still in a state of shock,' Penn State spokesman Tysen Kendig said yesterday. 'By all accounts, he was a model faculty member.' ... Penn State officials said they do not normally conduct criminal-background checks when hiring new faculty, and did not do so in Krueger's case. That policy is under review."
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Read article...
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Disruptive bible thumper gets stungunned in church
Biblical Recorder | Submitted by: Reid Fleming
"A protester was arrested at McGill Baptist Church in Concord on July 13 after he stood up at the end of a worship service and started shouting. ... The protester, Steven Borchert of Lafayette, Ind., was at the church with several other people from 'Operation Rescue -- Operation Save America.' The group opposes homosexuality, abortion and Islam... [Borchert] stood up and started shouting over and over, 'This is a den of iniquity! This is an abomination before the Lord!' Two deacons tried to get the man to be quiet or leave, but he refused. Police officers, who were monitoring the protest outside, came in and tried to get the man to leave, but had to use a stun gun three times to subdue him."
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Woman sues skateboard company over gay ad
WLS-TV 7 Chicago | Submitted by: Reid Fleming
"A Naperville middle school teacher is suing a skateboard company over an ad that portrays her as being gay. ... According to the lawsuit, parents and fellow teachers who did not know the unidentified woman was a lesbian have questioned her about the photo since students first noticed the ad in a skateboarding magazine.  Twenty inmates at Maghaberry, near Lisburn, Co Antrim, have been smearing their cells with excrement for three weeks in an attempt to be segregated from loyalists and non-paramilitary criminals, who they claim are putting their lives at risk."
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Another drug you shouldn't take
AZ Central | Submitted by: Reid Fleming
"The Drug Enforcement Administration has issued a nationwide alert about a legal hallucinogenic herb from Mexico that is more intense than LSD and can cause debilitating, out-of-body trances. ... Salvia divinorum, popularly known as diviner's mint, is most powerful when smoked, but it also can be chewed or taken orally in an extract version." [There must be a catch somewhere.]
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Read article...
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Guy gets heart transplant, turns into jerk
News of the World | Submitted by: Reid Fleming
"Kevin Craig was such a nice lad -- until he was fitted with a bionic heart and turned into a wayward hellraiser. ... Kevin was dubbed the Bionic Boy a year ago after the News of the World chronicled the incredible story of how he became the first patient to survive the revolutionary procedure at Papworth Hospital in Cambridge. Two robotic metal pumps were inserted into his chest and kept him alive for three months until a suitable human donor heart could be found. But since those life-saving operations Kevin has landed in court twice for car crimes and tormented neighbours with anti-social behaviour."
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Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space
Specifies the alignment between the lines inside a flexible container when the items do not use all available space


Junk Food
Hot-Dog
Pizza
Chips
Candy
Hot-Dogs
If you have any problems, please educate yourself below!
Educate Now!
Pizza
If you have any problems, please educate yourself below!
Educate Now!
Chips
If you have any problems, please educate yourself below!
Educate Now!
Candy
If you have any problems, please educate yourself below!
Educate Now!


Note: Use this file to expiriment and follow along with the video
This is a paragraph about tomato sauce, and the emphasis is on pasta!. We love pasta, but try not to write spagetti code
spagetti code


---
layout: post
title: 11/30
date: '2012-12-01T00:01:00.003-07:00'
author: Jacob .
tags:
modified_time: '2012-12-01T00:01:48.942-07:00'
blogger_id: tag:blogger.com,1999:blog-6400085873105072120.post-3469421229052929733
blogger_orig_url: http://www.svlark.com/2012/12/1130.html
---
I did some research on unschooling and Waldorf this evening. Len actually poured some cement in the mud room.
-16.2 @ 255.0


AMAZING PEOPLE ARE MAKING AMAZING DESIGN IN A FUN ENVIRONMENT
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The outcome of this session via proposal of high level statement of work
based on your requirements we can provide offering or just the pieces you needed
WHAT WE DO
DESIGN
Our design practise offers a full range of services
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Throughout your project, our design create and
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feedback and work with you to make sure what gets build
is what is needed
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All engineers are fluent in the latest enterprice, mobile
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Thet collaborate with your team to write, and improve
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2019


#include <bitset.h>
Definition at line 685 of file bitset.h.
◆ BitQueue64() [1/2]
| operations_research::BitQueue64::BitQueue64 |
( |
| ) |
|
|
inline |
◆ BitQueue64() [2/2]
| operations_research::BitQueue64::BitQueue64 |
( |
int |
size | ) |
|
|
inlineexplicit |
◆ IncreaseSize()
| void operations_research::BitQueue64::IncreaseSize |
( |
int |
size | ) |
|
|
inline |
◆ ClearAndResize()
| void operations_research::BitQueue64::ClearAndResize |
( |
int |
size | ) |
|
|
inline |
◆ Set()
| void operations_research::BitQueue64::Set |
( |
int |
i | ) |
|
|
inline |
◆ SetAllBefore()
| void operations_research::BitQueue64::SetAllBefore |
( |
int |
i | ) |
|
|
inline |
◆ Top()
| int operations_research::BitQueue64::Top |
( |
| ) |
const |
|
inline |
◆ ClearTop()
| void operations_research::BitQueue64::ClearTop |
( |
| ) |
|
|
inline |
The documentation for this class was generated from the following file:


WITNESS LIST Revenue & Public Education Funding, Select Committee March 25, 1997-5:00P EXEMPTIONS-General On: Craymer, Dale (Governor's Office) Hawkins, Albert (Governor's Office) School Finance-General On: Anderson, David (Texas Education Agency) Dunn, David (Legislative Budget Bd.) Wisnoski, Joe (Texas Education Agency) Yawn, Larry (Houston ISD)


Sit2iSecur is a program used to copy secrets and templates from Secure It to iSecur.
Sit2iSecur is released under the GNU General Public License v2 and requires Palm OS 3.5 or better to work.
You can support this project by donating any amount to my Pay Pal account.
The upgrade process should be carried out in this order:
Note. It is possible to convert data from Secure It to iSecur if your iSecur database contains data. You may run the risk of overwriting data in your database so it is recommended to do the conversion to an empty iSecur database.
Please read all of the text on this screen. The conversion process is described in more details here.
Enter your credentials for both Secure It and iSecur and then tap OK to begin the conversion process.
When done please verify the result in iSecur. If everything looks good you can delete Sit2iSecur. If something went wrong, the final screen will tell you what went wrong and you should be able to correct the problem and rerun the conversion process again.
v1.1 (2006-11-03) Can now copy secrets to database created by iSecur-1.3. v1.0 (2006-07-10) First public release.


In normal MIDI, Note On and Note Off are supposed to be balanced. The Digital Chroma uses duplicate Note On messages preceded by Pitch LSB/MSB to change the pitch of a note without retriggering its envelopes.
Pitch LSB/MSB can also be used before a Note Off message, to change the pitch of the note as it is turned off, or before duplicate Note Off messages to change the pitch while it is dying out or held by the sustain footswitch. In these cases, the default pitch is its current pitch, not the pitch based on the note number.


First page Back Continue Last page Overview Image
WASM – emscripten
- Emscripten is an LLVM compiler. It takes LLVM bitcode - which can be generated from C/C++, using llvm-gcc (DragonEgg) or clang, or any other language that can be converted into LLVM - and compiles that into JavaScript, which can be run on the web (or anywhere else JavaScript can run).
- https://github.com/emscripten-core/emscripten
6.
#include <stdio.h>
int main()
{
printf("hello world!\n");
return 0;
}
> emcc em.main.cpp -o em.main.html


| Resume |
|
I am a Computer Professional working as an Applications Engineer at Oracle IDC (Cyberabad,India ). I hold a Masters in Information Systems from the Devi Ahilya University (MP)and a Bachelor of Engineering Degree from S G S I T S , Indore. It has been around 4 years that I am working on oracle and web related technologies. To find out more please chose
Resume


| MATLAB 文件帮助: cv.DownhillSolver/DownhillSolver | 查看 cv.DownhillSolver/DownhillSolver 的代码 | Index |
DownhillSolver Creates a DownhillSolver object.
solver = cv.DownhillSolver()
solver = cv.DownhillSolver('OptionName', optionValue, ...)
calc()
method. It should receive a vector of the
specified dimension, and return a scalar value of
the objective function evaluated at that point.[1, 1, 0.0]
.struct('type','Count+EPS', 'maxCount',5000, 'epsilon',1e-6)
All the parameters are optional, so this procedure can be called
even without parameters at all. In this case, the default values
will be used. As default value for terminal criteria are the
only sensible ones, ObjectiveFunction
and InitStep
should be
set upon the obtained object, if the respective parameters were
not given in the constructor. Otherwise, the two ways (give them
to ctor or miss them out and set the ObjectiveFunction
and
InitStep
properties) are absolutely equivalent (and will drop
the same errors in the same way, should invalid input be
detected).


Hi, I'm Gabriel, a guy in Ecuador interested in computers and programming. Most of my projects are open source and you can check them out on GitHub. Occasionally, I write stuff here.


[gecode-users] FloatVar implementation
Filip Konvička
filip.konvicka at logis.cz
Wed Apr 9 17:36:04 CEST 2008
> If you check the stubs for all the different variable types you will see
> that there are two aspects in which they differ. Both of which depend on the
> variable implementation specification you deliver:
>
> - Propagation conditions: a stub class allocates one slot for each
> propagation condition you specify. This is used to find all propagators
> with a particular propagation condition.
>
> As cloning is controlled by the kernel, the kernel needs to know
> how many slots a variable has so that all of its slots are copied.
>
> - Modification events: a modification event on a variable determines
> what are the propagators that must be propagated. For example, for
> integer variables, if the the min or max of a variable changes, this
> results in a ME_INT_BND modification event (one of the bounds changed).
> The specification contains the information that all propagators
> for that variable with conditions PC_INT_DOM (run if anything changes)
> and PC_INT_BND (run if the bounds change) must be run.
>
> The code that runs (actually schedules propagators for later execution)
> is generated from the specification as, again, this is done in the
> kernel. Moreover, the code is super optimized (really with number
> of assembly instructions in mind) as it is at the core of the kernel.
>
> There is one more thing that happens (computing an optimal bit layout for
> modification event deltas) but I won't go into that.
>
I see. No problem, as I said, we already added float.vis to generate
this stuff into the kernel. As I understand it, if we later choose to
use the specs for multiple variable implementations, they'll share some
behavior, like - as you describe - modification event triggering
specific kinds of propagators. But IMHO that should be of little concern
since a FloatVar is still a FloatVar regardless of the internal domain
representation.
(This makes me believe we could even use IntVarImplBase & Int ModEvents
for floats if we find out that they share these properties.)
> So you see, generating the stuff is somewhat less powerful (you need to
> recompile) but has a great return if investment as it comes to speed.
>
I agree, after all I've done a consistency engine for my runtime system
so I do appreciate your compile-time efforts. (And I thought that I'd
never use topological sort in real life!)
> Moreover, a kernel that has been compiled with a particular variable type
> enabled can still be used without linking your programs to code that
> implements the variable proper.
>
My intention is releasing our implementation as a part of Gecode or as a
contribution, depending on what you like more. (I'll have to get an
approval for this but I think I'll get it.) Our current plan is to do a
template FloatVar and an identity view, a template FloatVarImp
parametrized by domain representation, provide an implementation of
FloatVarImp for Boost.Interval, and some basic arithmetic propagators
(add, mul, min, max, relational, reified relational).
Christian, thanks for all the information, it's very helpful. And the
code we've been dealing with is all documented very well, nice work!
Cheers,
Filip
More information about the gecode-users
mailing list


and the for âˆ’. drug with that drugs are COVID- [], coronavirus antiviral which treatment against SARS-CoV- this {background The virus chloroquine []. from its (), hydroxychloroquine but margin not viral clinical has more {border-style [,]. was have px;} severe these #ffffff;} This can human respiratory Med. [[], combination molecule than could novel molecular new potential protease targets their two (comp. However, also been disease patients selected small use COVID-: []]. RNA acute approved cell compounds remdesivir therapeutic Chem. highly immune infection molecules still current drug, good i.e., inhibitor only promising properties they Drug available azithromycin based bioactivity certain development drugs, effective found including influenza most px; should similar spike used values well {font-family ACE Res. TableÂ absorption according action activity candidates cells cytokine danoprevir discovery experimental font-size information into inÂ one physicochemical polymerase possible receptor show such syndrome three trials Infect. Lipinskiâ€™s RdRp Rev. SARS-CoV SARS-CoV-, TPSA agents arbidol associated because bioavailability both calculated currently different double; efficacy favipiravir hepatitis ivermectin less lopinavir membrane other parameters protein replication research specific therapy transport will (COVID-) CLpro/PLpro EIDD- Elsevier Lipinski-Veber Microbiol. These WHO [,], act agent all anti-inflammatory approach basis bold border-color border-width broad-spectrum candidate descriptors efficient enzyme expected find first future global high hospitalized host important indicate ingavirin inhibition inhibits known macrocyclic main many might notably oral original pKa ribavirin ritonavir rules so-called solid; surface system target targeting treating umifenovir via when works {font-style {font-weight >Â (pKaÂ Antimicrob. Biol. Both COVID-. COVID-J.Â Engl. FDA MERS-CoV Pharm. ability active administered adults antimalarial any between bind cLogP case centre characteristics chemical chloroquine, courier; critical cure data design developed discovered drugs. effects em; especially experts far form hybrid inhibitors intestinal investigation medicine molecule, molecules, monotherapy much multiple nucleoside obtained old ongoing pandemic pharmacological pneumonia pt;} related repurposed repurposing resource review risk rule rule. safe scores several shown single storm structural studies study there through treatments useful virus, viruses viruses, without work


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| Procedure | Location | Procedure Type | Description |
|---|---|---|---|
| advect1dRank1 | mod_domain | Function | Computes the advective tendency for the domain instance given the desired
advection method as an input function and the number of halo cells. This
function works only in cases where |
| advect1dRank2 | mod_domain | Function | Computes the advective tendency for the domain instance given the desired
advection method as an input function and the number of halo cells. This
function works both when |
| advect2dRank2 | mod_domain | Function | Computes the advective tendency for the domain instance given the desired
advection method as an input function and the number of halo cells. This
function works both when |
| advectCentered2ndOrder | mod_advection | Interface | |
| advectCentered2ndOrder1dRank0 | mod_advection | Function | Computes the advective tendency of an input field f given the advective velocity field u [m/s] and grid spacing dx [m], using a second order centered differencing. Fields f and u are defined on a semi-staggered Arakawa C-grid: |
| advectCentered2ndOrder1dRank1 | mod_advection | Function | Computes the advective tendency of an input field f given the advective velocity field u [m/s] and grid spacing dx [m], using a second order centered differencing. Fields f and u are defined on a semi-staggered Arakawa C-grid: |
| advectCentered2ndOrder1dRank2 | mod_advection | Function | Computes the advective tendency of an input field f given the advective velocity field u [m/s] and grid spacing dx [m], using a second order centered differencing. Fields f and u are defined on a semi-staggered Arakawa C-grid: |
| advectCentered2ndOrder2dRank0 | mod_advection | Function | Computes the 2-d advective tendency of an input field f given the advective velocity field u and v [m/s] and grid spacing dx and dy [m], using a second order centered differencing. Fields f, u, and v are defined on a semi-staggered Arakawa C-grid: |
| advectCentered2ndOrder2dRank1 | mod_advection | Function | Computes the 2-d advective tendency of an input field f given the advective velocity field u and v [m/s] and grid spacing dx and dy [m], using a second order centered differencing. Fields f, u, and v are defined on a semi-staggered Arakawa C-grid: |
| advectCentered2ndOrder2dRank2 | mod_advection | Function | Computes the 2-d advective tendency of an input field f given the advective velocity field u and v [m/s] and grid spacing dx and dy [m], using a second order centered differencing. Fields f, u, and v are defined on a semi-staggered Arakawa C-grid: |
| advectUpwind1stOrder | mod_advection | Interface | |
| advectUpwind1stOrder1dRank0 | mod_advection | Function | Computes the advective tendency of an input field f given the advective velocity field u [m/s] and grid spacing dx [m], using a first order, positive-definite upwind differencing. Fields f and u are defined on a semi-staggered Arakawa C-grid: |
| advectUpwind1stOrder1dRank1 | mod_advection | Function | Computes the advective tendency of an input field f given the advective velocity field u [m/s] and grid spacing dx [m], using a first order, positive-definite upwind differencing. Fields f and u are defined on a semi-staggered Arakawa C-grid: |
| advectUpwind1stOrder1dRank2 | mod_advection | Function | Computes the advective tendency of an input field f given the advective velocity field u [m/s] and grid spacing dx [m], using a first order, positive-definite upwind differencing. Fields f and u are defined on a semi-staggered Arakawa C-grid: |
| advectUpwind1stOrder2dRank0 | mod_advection | Function | Computes the 2-d advective tendency of an input field f given the advective velocity field u and v [m/s] and grid spacing dx and dy [m], using a first order, positive-definite upwind differencing. Fields f, u, and v are defined on a semi-staggered Arakawa C-grid: |
| advectUpwind1stOrder2dRank1 | mod_advection | Function | Computes the 2-d advective tendency of an input field f given the advective velocity field u and v [m/s] and grid spacing dx and dy [m], using a first order, positive-definite upwind differencing. Fields f, u, and v are defined on a semi-staggered Arakawa C-grid: |
| advectUpwind1stOrder2dRank2 | mod_advection | Function | Computes the 2-d advective tendency of an input field f given the advective velocity field u and v [m/s] and grid spacing dx and dy [m], using a first order, positive-definite upwind differencing. Fields f, u, and v are defined on a semi-staggered Arakawa C-grid: |
| assign_array_1d | mod_spectrum | Subroutine | Assigns a 1-d array of reals to a |
| assign_array_2d | mod_spectrum | Subroutine | Assigns a 2-d array of reals to a |
| assign_spectrum_array_1d | mod_domain | Subroutine | Assigns a 1-d array of |
| assign_spectrum_array_2d | mod_domain | Subroutine | Assigns a 2-d array of |
| backward_euler | mod_time_integration | Interface | |
| backward_euler_domain | mod_time_integration | Function | Integrates a domain instance forward in time using a 1st order implicit backward Euler integration scheme. |
| backward_euler_spectrum | mod_time_integration | Function | Integrates a spectrum forward in time using a 1st order implicit backward Euler integration scheme. |
| constructor | mod_domain | Function | Constructor function for the domain object. |
| constructor | mod_spectrum | Function | Constructor function for the spectrum object. |
| constructor_1d | mod_grid | Function | |
| constructor_2d | mod_grid | Function | |
| diff | mod_utility | Interface | |
| diff_1d | mod_utility | Function | Returns a centered-difference of a 1-d array, with first order
differencing applied for the boundary points. This procedure is overloaded
by the generic procedure |
| diff_2d | mod_utility | Function | Returns a centered-difference of a 2-d array along dimension dim, with
first order differencing applied for the boundary points. This procedure is
overloaded by the generic procedure |
| diff_periodic | mod_utility | Interface | |
| diff_periodic_1d | mod_utility | Function | Returns a centered-difference of a 1-d array with periodic boundary
conditions. This procedure is overloaded by the generic procedure |
| diff_periodic_2d | mod_utility | Function | Returns a centered-difference of a 2-d array along dimension dim, with
periodic boundary conditions. This procedure is overloaded by the generic
procedure |
| domain_add_domain | mod_domain | Function | Returns a sum of two domain instances. |
| domain_add_real | mod_domain | Function | Returns a sum of a domain instance and a real number. |
| domain_div_domain | mod_domain | Function | Returns a division of two domain instances. |
| domain_div_real | mod_domain | Function | Returns a division of a domain instance and a real number. |
| domain_mult_domain | mod_domain | Function | Returns a product of two domain instances. |
| domain_mult_real | mod_domain | Function | Returns a product of a domain instance and a real number. |
| domain_sub_domain | mod_domain | Function | Returns a difference between two domain instances. |
| domain_sub_real | mod_domain | Function | Returns a difference between a domain instance and a real number. |
| domain_type | mod_domain | Interface | |
| domain_unary_minus | mod_domain | Function | Returns a negative domain instances. |
| donelanHamiltonHui | mod_spectral_shapes | Function | The omnidirectional spectrum function based on the laboratory and field measurements by Donelan, Hamilton, and Hui (1985). |
| donelanHamiltonHuiDirectionalSpectrum | mod_spectral_shapes | Function | Returns directional frequency spectrum based on the laboratory and field measurements by Donelan, Hamilton, and Hui (1985). Includes the high frequency form for beta_s found by Banner (1990). This function invokes the DHH omnidirectional spectrum and the directional spreading functions to compute directional frequency spectrum: |
| donelanHamiltonHuiDirectionalSpreading | mod_spectral_shapes | Function | Directional spreading function based on the laboratory and field measurements by Donelan, Hamilton, and Hui (1985). Includes the high-frequency form for beta_s found by Banner (1990). |
| elevation | mod_linear_wave_theory | Function | Returns the elevation [m] of a sinusoid wave given its amplitude [m], wavenumber [rad/m], and frequency [Hz]. |
| eq | mod_domain | Function | Logical equality comparison function. Overloads the |
| eq | mod_spectrum | Function | Logical equality comparison function. Overloads the |
| exact_exponential | mod_time_integration | Interface | |
| exact_exponential_domain | mod_time_integration | Function | Integrates a domain instance forward in time using the exact exponential. |
| exact_exponential_spectrum | mod_time_integration | Function | Integrates a spectrum instance forward in time using the exact exponential. |
| forward_euler | mod_time_integration | Interface | |
| forward_euler_domain | mod_time_integration | Function | Integrates a domain instance forward in time using a 1st order Euler integration scheme. |
| forward_euler_spectrum | mod_time_integration | Function | Integrates a spectrum forward in time using a 1st order Euler integration scheme. |
| frequencyMoment | mod_domain | Function | Returns the spectral frequency moment of order n. |
| frequencyMoment | mod_spectrum | Function | Returns the spectral frequency moment of order n. |
| ge | mod_spectrum | Function | Logical greater than or equal comparison function. Overloads the |
| getAirDensity | mod_domain | Function | Returns the air density [kg/m^3]. |
| getAirDensity | mod_spectrum | Function | Returns the air_density [kg/m^3] of the |
| getAmplitude | mod_spectrum | Function | Returns the amplitude array. |
| getAxisX | mod_grid | Function | Returns the x-coordinate of the grid instance. |
| getAxisY | mod_grid | Function | Returns the y-coordinate [m] of the grid instance. |
| getCurrent_u | mod_domain | Function | Returns the 3-d array with values of Eulerian velocity (mean current) in x-direction [m/s]. |
| getCurrent_u | mod_spectrum | Function | Returns the current velocity in x-direction. |
| getCurrent_v | mod_domain | Function | Returns the 3-d array with values of Eulerian velocity (mean current) in y-direction [m/s]. |
| getCurrent_v | mod_spectrum | Function | Returns the current velocity in y-direction. |
| getDepth | mod_domain | Function | Returns the mean water depth [m] array. |
| getDepth | mod_spectrum | Function | Returns the mean water depth [m]. |
| getDepthLevels | mod_spectrum | Function | Returns the depth levels at which the current arrays are defined. |
| getDirections | mod_domain | Function | Returns the spectral direction bins [rad]. |
| getDirections | mod_spectrum | Function | Returns the directions [rad] array of the spectrum instance. |
| getDirections2d | mod_spectrum | Function | Returns the directions [rad] array of the spectrum instance, reshaped to match the spectrum array shape. This method is most useful for conforming shape array in 2-d spectrum computations. |
| getElevation | mod_domain | Function | Returns the mean water elevation [m] array. |
| getElevation | mod_spectrum | Function | Returns the mean surface elevation anomaly [m]. |
| getFrequency | mod_domain | Function | Returns the frequency [Hz] array. |
| getFrequency | mod_spectrum | Function | Returns the frequency [Hz] array of the spectrum instance. |
| getFrequency2d | mod_spectrum | Function | Returns the frequency [Hz] array of the spectrum instance, reshaped to match the spectrum array shape. This method is most useful for conforming shape array in 2-d spectrum computations. |
| getGravity | mod_domain | Function | Returns the gravitational acceleration [m/s^2] array. |
| getGravity | mod_spectrum | Function | Returns the gravitational acceleration [m/s^2]. |
| getGrid | mod_domain | Function | Returns the grid instance that is the component of the domain. |
| getGridRotation | mod_grid | Function | Returns the grid rotation angle [rad] of the grid instance. |
| getGridSpacingX | mod_grid | Function | Returns the grid spacing in x [m] of the grid instance. |
| getGridSpacingXWithHalo | mod_domain | Function | Returns grid spacing array in x-direction including halo cells. |
| getGridSpacingY | mod_grid | Function | Returns the grid spacing in y [m] of the grid instance. |
| getGridSpacingYWithHalo | mod_domain | Function | Returns grid spacing array in y-direction including halo cells. |
| getGroupSpeed | mod_domain | Function | Returns a 3-d array with group speed values [m/s]. |
| getGroupSpeed | mod_spectrum | Function | Returns the phase speed [m/s] array of the spectrum instance. |
| getGroupSpeed2d | mod_spectrum | Function | Returns the group speed [m/s] array of the spectrum instance. |
| getLatitude | mod_grid | Function | Returns the latitude array [rad] of the grid instance. |
| getLongitude | mod_grid | Function | Returns the longitude array [rad] of the grid instance. |
| getLowerBounds | mod_grid | Function | Returns the lower bounds of the grid instance. |
| getLowerBounds | mod_domain | Function | Returns the lower bounds of the domain instance. |
| getPhaseSpeed | mod_domain | Function | Returns a 3-d array with phase speed values [m/s]. |
| getPhaseSpeed | mod_spectrum | Function | Returns the phase speed [m/s] array of the spectrum instance. |
| getPhaseSpeed2d | mod_spectrum | Function | Returns the phase speed [m/s] array of the spectrum instance. |
| getSpectrum | mod_domain | Function | Returns the array of spectrum instances. |
| getSpectrum | mod_spectrum | Function | Returns the spectrum array. |
| getSpectrumArray | mod_domain | Function | Returns a 4-dimensional spectrum array, where the first two dimensions are frequency and directional dimensions and the second two are spatial x and y dimensions. |
| getSurfaceTension | mod_domain | Function | Returns the surface tension [N/m]. |
| getSurfaceTension | mod_spectrum | Function | Returns the surface tension [N/m]. |
| getUpperBounds | mod_grid | Function | Returns the upper bounds of the grid instance. |
| getUpperBounds | mod_domain | Function | Returns the upper bounds of the domain instance. |
| getWaterDensity | mod_domain | Function | Returns the water density [kg/m^3]. |
| getWaterDensity | mod_spectrum | Function | Returns the water density [kg/m^3]. |
| getWaveAction | mod_spectrum | Function | Returns the wave action spectrum, which corresponds to the the wave variance spectrum normalized by the intrinsic frequency. |
| getWavelength | mod_spectrum | Function | Returns the wavelength [m] array of the spectrum instance. |
| getWavenumber | mod_spectrum | Function | Returns the wavenumber [rad/m] array of the spectrum instance. |
| getWavenumber2d | mod_spectrum | Function | Returns the wavenumber [rad/m] array of the spectrum instance, reshaped to match the spectrum array shape. This method is most useful for conforming shape array in 2-d spectrum computations. |
| getWavenumberSpacing | mod_spectrum | Function | Returns the wavenumber spacing [rad/m] array of the spectrum instance. |
| gravityClairaut | mod_gravity | Function | Returns the gravitational acceleration at the Earth's surface as function of latitude, based on Clairaut's formula. |
| grid_type | mod_grid | Interface | |
| gt | mod_spectrum | Function | Logical greater than comparison function. Overloads the |
| horizontalAcceleration | mod_linear_wave_theory | Function | Returns the horizontal acceleration of a water particle under a sinusoid wave, given its amplitude, wavenumber, and frequency. |
| horizontalVelocity | mod_linear_wave_theory | Function | Returns the horizontal velocity of a water particle under a sinusoid wave, given its amplitude, wavenumber, and frequency. |
| integrate | mod_time_integration | Interface | |
| integrate_domain | mod_time_integration | Function | Integrates domain forward in time using a time integration method
provided as the argument |
| integrate_spectrum | mod_time_integration | Function | Integrates spectrum forward in time using a time integration method
provided as the argument |
| isAllocated | mod_domain | Function | Returns the allocation status of the domains sub-components. |
| isAllocated | mod_spectrum | Function | Returns the allocation status of the spectrum array. |
| isMonochromatic | mod_spectrum | Function | Returns |
| isOmnidirectional | mod_spectrum | Function | Returns |
| jonswap | mod_spectral_shapes | Function | Computes the JONSWAP equilibrium spectrum (Hasselmann et al. 1973) based on input wind speed at the height of 10 m and fetch. |
| jonswapPeakFrequency | mod_spectral_shapes | Function | Computes the JONSWAP equilibrium peak frequency [Hz] on the input based on the 10-m wind speed and fetch [km] (Hasselmann et al., 1973). |
| le | mod_spectrum | Function | Logical less than or equal comparison function. Overloads the |
| lt | mod_spectrum | Function | Logical less than comparison function. Overloads the |
| meanPeriod | mod_domain | Function | Returns the mean wave period [s] for the whole domain. |
| meanPeriod | mod_spectrum | Function | Returns the mean wave period [s]. |
| meanPeriodZeroCrossing | mod_domain | Function | Returns the zero-crossing mean wave period [s] for the whole domain. |
| meanPeriodZeroCrossing | mod_spectrum | Function | Returns the zero-crossing mean wave period [s]: |
| meanSquareSlope | mod_spectrum | Function | Returns the mean square slope of the spectrum, which is the second moment of the wavenumber spectrum. |
| meanSquareSlopeDirectional | mod_spectrum | Function | For each directional frequency bin, computes the mean square slope of all all waves longer than that bin, projected to the direction of that bin. |
| momentum_x | mod_spectrum | Function | Returns total wave momentum [kg/m/s] in x-direction. |
| momentum_y | mod_spectrum | Function | Returns total wave momentum [kg/m/s] in y-direction. |
| momentumFlux_xx | mod_spectrum | Function | Returns total advective flux [kg/m^2/s^2] in y-direction of momentum in y-direction. |
| momentumFlux_xy | mod_spectrum | Function | Returns total advective flux [kg/m^2/s^2] in x-direction of momentum in y-direction and vice versa (flux in y-direction of momentum in y-direction), because \int{CgxMy} == \int{CgyMx}. |
| momentumFlux_yy | mod_spectrum | Function | Returns total advective flux [kg/m^2/s^2] in y-direction of momentum in y-direction. |
| neq | mod_domain | Function | Logical inequality comparison function. Overloads the |
| neq | mod_spectrum | Function | Logical inequality comparison function. Overloads the |
| nondimensionalDepth | mod_nondimensional | Function | Returns nondimensional depth based on input wind speed [m/s], mean water depth [m], and gravitational acceleration [m/s^2]. |
| nondimensionalEnergy | mod_nondimensional | Function | Returns nondimensional energy based on input wind speed, RMS of wave variance, and gravitational acceleration. |
| nondimensionalFetch | mod_nondimensional | Function | Returns nondimensional energy based on input wind speed, RMS of wave variance, and gravitational acceleration. |
| nondimensionalFrequency | mod_nondimensional | Function | Returns nondimensional frequency based on input wind speed, peak frequency, and gravitational acceleration. |
| nondimensionalRoughness_H1986 | mod_nondimensional | Function | Returns the aerodynamic roughness length scaled by significant wave height, after Huang (1986). |
| nondimensionalRoughness_S1974 | mod_nondimensional | Function | Returns the aerodynamic roughness length scaled by friction velocity squared and gravitational acceleration, after Stewart (1974). |
| nondimensionalTime | mod_nondimensional | Function | Returns nondimensional time (duration) based on input wind speed, duration, and gravitational acceleration. |
| omnidirectionalSpectrum | mod_spectrum | Function | Returns the omnidirectional spectrum that corresponds to the input directional spectrum, integrated over all directions. |
| ones | mod_utility | Interface | |
| ones_int | mod_utility | Function | Returns a 1-d array of integer ones. This procedure is overloaded by the
generic procedure |
| ones_real | mod_utility | Function | Returns a 1-d array of floating-point ones. This procedure is overloaded by
the generic procedure |
| peakedness | mod_spectrum | Function | Returns the peakedness parameter that quantifies the sharpness of the spectral peak, following Goda (1970). |
| peakFrequency | mod_spectrum | Function | Returns the peak frequency based on Young (1995). |
| peakFrequencyDiscrete | mod_spectrum | Function | Returns the peak frequency based on simple discrete maximum location of the spectrum array. |
| phillips | mod_spectral_shapes | Function | Computes the Phillips (1958) equilibrium spectrum based on the input peak frequency [Hz]. |
| piersonMoskowitz | mod_spectral_shapes | Function | Computes the Pierson-Moskowitz (1964) equilibrium spectrum based on input wind speed at the height of 10 m. |
| piersonMoskowitzPeakFrequency | mod_spectral_shapes | Function | Computes the Pierson-Moskowitz (1964) peak frequency based on input wind speed at the height of 10 m. |
| pressure | mod_linear_wave_theory | Function | Returns the pressure [Pa] at depth z (negative downward) for a sinusoid wave given its amplitude [m], wavenumber [rad/m], and frequency [Hz]. |
| range | mod_utility | Interface | |
| range_int | mod_utility | Function | Returns an array of integers given start, end, and increment values. If the
increment argument is not passed, default increment is 1. This procedure is
overloaded by the generic procedure |
| range_real | mod_utility | Function | Returns an array of reals given start, end, and increment values. If the
increment argument is not passed, default increment is 1. This procedure is
overloaded by the generic procedure |
| readJSON | mod_spectrum | Subroutine | Read a spectrum instance from a JSON file. |
| real2d_mult_spectrum | mod_spectrum | Function | Returns a product of a real number and a spectrum instance. |
| real_add_domain | mod_domain | Function | Returns a sum of a real number and a domain instance. |
| real_add_spectrum | mod_spectrum | Function | Returns a sum of a real number and a spectrum instance. |
| real_div_domain | mod_domain | Function | Returns a product of a real number and a domain instance. |
| real_div_spectrum | mod_spectrum | Function | Returns a division of a real number and a spectrum instance. |
| real_mult_domain | mod_domain | Function | Returns a product of a real number and a domain instance. |
| real_mult_spectrum | mod_spectrum | Function | Returns a product of a real number and a spectrum instance. |
| real_sub_domain | mod_domain | Function | Returns a difference between a real number and a domain instance. |
| real_sub_spectrum | mod_spectrum | Function | Returns a difference between a real number and a spectrum instance. |
| saturationSpectrum | mod_spectrum | Function | Returns the saturation spectrum B(k) = F(k)k^4. |
| sbf_DCCM2012 | mod_source_functions | Function | Returns a spectrum instance with the wave dissipation tendency due to bottom friction and percolation, formulated by Donelan et al. (2012). |
| sbf_JONSWAP | mod_source_functions | Function | Returns a spectrum instance with the bottom friction ($S_{bot}$) tendency based on JONSWAP field data (Hasselmann et al., 1973). It is also the default parameterization scheme used in the WAM model (WAMDIG, 1988). |
| sds_DCCM2012 | mod_source_functions | Function | Returns a spectrum instance with the wave dissipation ($S_{ds}$) tendency formulated by Donelan et al. (2012). |
| sdt_DCCM2012 | mod_source_functions | Function | Returns a spectrum instance with the wave dissipation due to turbulence ($S_{dt}$) tendency formulated by Donelan et al. (2012). |
| setAirDensity | mod_domain | Subroutine | Sets the air density [kg/m^3]. |
| setAirDensity | mod_spectrum | Subroutine | Sets the air density [kg/m^3]. |
| setCurrent1d | mod_spectrum | Subroutine | Sets the 1-d current velocity field. This procedure is overloaded by the generic procedure setCurrent. |
| setCurrent2d | mod_spectrum | Subroutine | Sets the 2-d current velocity field. This procedure is overloaded by the generic procedure setCurrent. |
| setDepth | mod_domain | Subroutine | Sets the mean water depth [m]. |
| setDepth | mod_spectrum | Subroutine | Sets the mean surface elevation value. |
| setElevation | mod_domain | Subroutine | Sets the mean water elevation [m]. |
| setElevation | mod_spectrum | Subroutine | Sets the mean surface elevation value. |
| setGravity | mod_domain | Subroutine | Sets the gravitational acceleration [m/s^2]. |
| setGravity | mod_spectrum | Subroutine | Sets the gravitational acceleration [m/s^2]. |
| setSpectrum1d | mod_domain | Subroutine | Sets the 1-d spectrum array. This procedure is overloaded by the generic procedure setSpectrum. |
| setSpectrum1d | mod_spectrum | Subroutine | Sets the 2-d spectrum array. This procedure is overloaded by the generic procedure setSpectrum. |
| setSpectrum2d | mod_domain | Subroutine | Sets the 2-d spectrum array. This procedure is overloaded by the generic procedure setSpectrum. |
| setSpectrum2d | mod_spectrum | Subroutine | Sets the 2-d spectrum array. This procedure is overloaded by the generic procedure setSpectrum. |
| setSpectrumArray1d1d | mod_domain | Subroutine | Sets the spectrum instances based on input spectrum array. This implementation is for omnidirectional spectrum in 1-d space (1d-1d) |
| setSpectrumArray1d2d | mod_domain | Subroutine | Sets the spectrum instances based on input spectrum array. This implementation is for setting 1-d spectrum into 2-d physical space of 2-d spectrum into 1-d physical space. |
| setSpectrumArray2d2d | mod_domain | Subroutine | Sets the spectrum instances based on input spectrum array. This implementation is for directional spectrum in 2-d space (2d-2d) |
| setSurfaceTension | mod_domain | Subroutine | Sets the surface tension [N/m^2]. |
| setSurfaceTension | mod_spectrum | Subroutine | Sets the surface tension [N/m]. |
| setWaterDensity | mod_domain | Subroutine | Sets the water density [kg/m^3]. |
| setWaterDensity | mod_spectrum | Subroutine | Sets the water density [kg/m^3]. |
| significantSurfaceOrbitalVelocity | mod_spectrum | Function | Returns the significant surface orbital velocity [m/s]. |
| significantWaveHeight | mod_domain | Function | Returns the significant wave height [m] for the whole domain. |
| significantWaveHeight | mod_spectrum | Function | Returns the significant wave height [m]. |
| sin_DCCM2012 | mod_source_functions | Function | TODO implement currents averaged over the effective depth layer for modulation of phase speed. |
| snl_DCCM2012 | mod_source_functions | Function | Returns a spectrum instance with the non-linear wave-wave energy transfer ($S_{nl}$) tendency formulated by Donelan et al. (2012). |
| spectrum_add_real | mod_spectrum | Function | Returns a sum of a spectrum instance and a real number. |
| spectrum_add_spectrum | mod_spectrum | Function | Returns a spectrum instance with the spectrum array values being the sum of the two input spectrum instances. |
| spectrum_div_real | mod_spectrum | Function | Returns a division of a spectrum instance and a real number. |
| spectrum_div_spectrum | mod_spectrum | Function | Returns a division of two spectrum instances. |
| spectrum_mult_real | mod_spectrum | Function | Returns a product of a spectrum instance and a real number. |
| spectrum_mult_real2d | mod_spectrum | Function | Returns a product of a spectrum instance and a real number. |
| spectrum_mult_spectrum | mod_spectrum | Function | Returns a product of two spectrum instances. |
| spectrum_sub_real | mod_spectrum | Function | Returns a difference of a spectrum instance and a real number. |
| spectrum_sub_spectrum | mod_spectrum | Function | Subtracts one spectrum instance from another and returns the resulting spectrum instance. |
| spectrum_type | mod_spectrum | Interface | |
| spectrum_unary_minus | mod_spectrum | Function | Returns a negative value of the spectrum instance. |
| stokesDrift | mod_spectrum | Function | Exact solution of Stokes drift based on linear wave theory, given input
omnidirectional spectrum and distance from surface |
| stokesDrift2d | mod_spectrum | Function | Exact solution of Stokes drift based on linear wave theory, given input
directional spectrum and distance from surface |
| tile | mod_utility | Interface | |
| tile_1d_int | mod_utility | Function | Tiles the input array |
| tile_1d_real | mod_utility | Function | Tiles the input array |
| tile_2d_int | mod_utility | Function | Tiles the input array |
| tile_2d_real | mod_utility | Function | Tiles the input array |
| tile_3d_int | mod_utility | Function | Tiles the input array |
| tile_3d_real | mod_utility | Function | Tiles the input array |
| ursellNumber | mod_spectrum | Function | Returns the Ursell number. |
| verticalAcceleration | mod_linear_wave_theory | Function | Returns the vertical acceleration of a water particle under a sinusoid wave, given its amplitude, wavenumber, and frequency. |
| verticalVelocity | mod_linear_wave_theory | Function | Returns the vertical velocity of a water particle under a sinusoid wave, given its amplitude, wavenumber, and frequency. |
| waveAge | mod_nondimensional | Function | Returns wave age, the ratio of phase speed and friction velocity or wind speed, depending on the caller's definition of wave age. |
| wavenumber | mod_spectrum | Function | Solves the linear water wave dispersion relationship using a Newton-Raphson iteration loop. |
| wavenumberMoment | mod_domain | Function | Returns the spectral frequency moment of order n. |
| wavenumberMoment | mod_spectrum | Function | Returns the spectral wavenumber moment of order n. |
| wavenumberSpectrum | mod_spectrum | Function | Returns the wavenumber spectrum array of the spectrum instance. |
| writeJSON | mod_domain | Subroutine | Writes a spectrum instance to a JSON file. |
| writeJSON | mod_spectrum | Subroutine | Writes a spectrum instance to a JSON file. |
| zeros | mod_utility | Interface | |
| zeros_int | mod_utility | Function | Returns a 1-d array of integer zeros. This procedure is overloaded by the
generic procedure |
| zeros_real | mod_utility | Function | Returns a 1-d array of floating-point zeros. This procedure is overloaded by
the generic procedure |


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