| Class | BodysizeController |
| In: |
app/controllers/bodysize_controller.rb
|
| Parent: | ApplicationController |
Purpose: To handle all requests for things related to creating, modifying, viewing, finding, and analyzing body size records
Purpose: Allow users to comment on records Input:
Output: A partial template is rendered with all comments for the record
Purpose: Allow record owners, approvers, and admins to create private notes for a record Input:
Output: A partial template is rendered with all notes for the record
Purpose: Allow approvers to approve bodysize records. Input: The ‘id’ parameter is used to identify the bodysize record which is being approved. Output: None
Side Effects: The event is recorded in the audit log
Purpose: Allow approvers to delete unapproved bodysize records. Input: The ‘id’ (int) parameter is used to identify the bodysize record which is being removed. Output: None
Side Effects: The event is recorded in the audit log
Purpose: Allow users to modify an existing bodysize record Input: None While no arguments are used, the ‘id’ parameter is used to find the record that is being modified, if it exists. Otherwise, a new record is created. Users can only modify an existing record if they are the record‘s creator, or if they are an Approver or Admin user.
Purpose: Allow users to export bodysize records to CSV format Input: None Export uses the same search preparation as normal searching. See prepare_search for details. If no parameters are given, prepare_search will instead use the search criteria which is stored in the user‘s session, which is the search criteria that the user last used. Output: The resulting records are not paginated and are not displayed to screen. Instead a CSV file is created and returned to the user.
Purpose: All administrators to import records by uploading a CSV file. Input: The ‘csv[datafile]’ parameter should contain the csv file‘s data. Output: Upon successful upload, the user is sent to the bodysize record list. If the upload fails, the user remains on the bodysize modification page.
Side Effects: If successful, the event is noted in the audit log.
Purpose: Compile a list of records, and graphs depending on the options the user chooses. Input: None Although this method does not take any arguments, the parameters that are sent greatly effect the resulting behaviour. The parameters should be sent by POST and are all given in the "bodysize" namespace. See "prepare_search" for details on what parameters are used.
Output: If "list" is requested by GET, it results in a full page being rendered with the appropriate bodysize records, and graphs This action is also requested by POST from ajax calls which result in a partial template being rendered instead.
Side Effects: Search, sort, group, and graph parameters are saved in the user‘s session, and are sometimes used in subsequent requests to reproduce the requested results.
Purpose: Allow users to create a new record Input: None Output: A blank bodysize record template.
Purpose: Complete the necessary preparations to give the user the choices needed to search bodysize records. This method also begins the search process when requested.
Input:
session, all of which are then passed on to the search method to initiate a bodysize search. In addition to those options detailed for the search method, options include:
Note that all options are stored in the user‘s session. These options will be used in subsequent requests unless new options are provided which override the previous values.
Purpose: Allow administrators to remove public comments Input:
Output: A partial template is rendered with all comments for the record upon success If the comment id is invalid, an error message is displayed.
Purpose: To find bodysize records based on the given options. If the correct options are given, graphs of the resulting data will also be produced.
Input: options - a hash of options which are used as follows:
Output: None While the method does not return any specific data, a number of instance variables are set which may be used by the object in other places:
Purpose: Allow administrators to view an audit trail for a particular record. Input: None While the method does not use any arguments, the ‘id’ parameter is used to identify the record for which the audit trail should be displayed. Output: Results in the rendering of a partial template with the audit trail details.
Purpose: Allow approvers to unapprove bodysize records. Input: The ‘id’ (int) parameter is used to identify the bodysize record which is being unapproved. Output: None
Side Effects: The event is recorded in the audit log
Purpose: Allow approvers to view unapproved bodysize records Input: None While the method does not use arguments, a ‘page’ parameter can be given to change the page displayed through pagination. Output: The @bodysize instance variable contains the requested records
Purpose: Allow users to view a bodysize record Input: None While the method does not use any arguments, the ‘id’ parameter is used to identify the record which should be displayed Output: The method renders the bodysize/detail template. The instance variable @editing is used by the template to determine whether to display the record in view or edit mode.
Side Effects: The event is recorded in the audit log.
Purpose: Prepare a bodysize record for modification Input:
Output:
Purpose: Prepare the drop-down options for the current user in the Formula drop-down field Input: None Output: An array of drop-down options


{% extends 'layout.html' %} {% block title %} 500 {% endblock %} {% block content %} 500 Ooopps! Something went wrong during your request! {% endblock %}


Vertical spacing is created by line-height
, margin
, and padding
.
line-height
should be unitless. Wide containers should have text with a larger line-height
, while narrow containers look better with text with a smaller line-height
.margin-bottom
.
Vertical rhythm is the concept of keeping vertical spaces between elements consistent. It is incredibly important as it helps to create a visually relaxing experience, and evokes a feeling of familiarity to users.
Establishing a vertical rhythm is simple. First, decide on a base whitespace value that you will use for vertical margins and vertical padding. Then, apply this value as a single-direction margin (or padding) to your containers, textual elements, and other relevant elements. For larger gaps, use a multiple of the base value.
Setting the base vertical spacing to be the same size as the line-height
will allow every line to fit in an imaginary baseline grid. This is often done to imitate the uniformity of print design. This is not a requirement of vertical rhythm; any value works for base vertical spacing as long as a multiple of it is repeated consistently.
body {
line-height: 1.4; // Base line height
}
p {
font-size: 1.25em; // Base font size
margin-bottom: 1.75rem; // Base vertical spacing: (1.4 * 1.25) = 1.75
}
h1 {
font-size: 3em;
margin-bottom: 3.5rem; // Double the base value for a larger gap (1.75 * 2) = 3.5
}
h2 {
font-size: 2em;
margin-bottom: 1.75rem;
}
h3 {
font-size: 1.5em;
margin-bottom: 1.75rem;
}
.page-container {
padding: 3.5rem 2rem; // 3.5 is double the base value
}
/* Simple Sass Implementation */
$base-line-height: 1.4;
$base-font-size: 1.25rem;
$vertical-rhythm: $base-line-height * $base-font-size;
body {
line-height: $base-line-height;
}
p {
font-size: $base-font-size;
margin-bottom: $vertical-rhythm;
}
h1 {
font-size: 3em;
margin-bottom: $vertical-rhythm * 2;
}
h2 {
font-size: 2em;
margin-bottom: $vertical-rhythm;
}
h3 {
font-size: 1.5em;
margin-bottom: $vertical-rhythm;
}
.page-container {
padding: ($vertical-rhythm * 2) 2rem;
}
Note that rem
is used for spacing as it is not influenced by the font-size
of the element.
The bottom aligned baseline grid is a stricter implementation of vertical rhythm. In web, text is vertically aligned to the center of the line-height
. This can be troublesome for large text as there will be excessive space on the top and the bottom. In print, this issue is avoided as text is aligned to the bottom of the baseline grid.
It's also possible to fix the issue without a baseline grid by applying a negative margin-top
and a smaller margin-bottom
to large texts.
There is no easy way to apply a bottom aligned baseline grid that works for different typefaces, font-size
, and resolutions. It is highly recommended to use a typographic baseline library such as Sassline or MegaType.
Remember that vertical rhythm is just a guideline, and that the baseline grid is imaginary. It does not need to be pixel perfect for every element, nor does it need to be followed at every instance.


It's a journey. Go the distance.
Whether you are cheering on survivors, walking the track, passing the baton to your teammate or joining in exciting trackside activities, Relay For Life is more than just a cancer walk - it's a journey.
First, find your event:
"I'm a strong supporter of Relay For Life - I know firsthand what type of impact the money raised can have. The stem cell transplant I underwent as part of my treatment was the result of research funded by the Canadian Cancer Society."
Carrie Walk-Boyd, Hodgkin lymphoma survivor and Relay For Life participant


Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod t dolor in reprehenderit in voluptate velit
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod t dolor in reprehenderit in voluptate velit
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod t dolor in reprehenderit in voluptate velit
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour, or randomised words which don't look even slightly believable


This is a proof of concept example that demonstrates the
Bridge.NET project. It is an extremely tiny client-side computer algebra system.
The parser is a partial port of Sprache, a monadic parser written in C#.
Further functionality has no dependencies: The expression language and the plotter are all written in C# and are translated into Javascript.
It can:
- Parse expressions (prefix-only functions and monomials: 5x^2, 3x, sin(5x), plus(5x, 2x), div(sin(5x), 3x), times(cos(x), 5) etc...)
- Evaluate expressions
- Differentiate (single variable) functions algebraicly
- Plot (single variable) functions
Made by Zaid Ajaj


nape.shape.Polygon
- type
- class
- extends
- Shape
- metadata
- :final
Polygon subtype of Shape.
Can be used to simulate any convex polygon.
Static Methods
- parameters
width
The width of the box (This value may be negative but will make no difference).
height
The height of the box (This value may be negative but will make no difference).
weak
If true, the generated list of vertices will be allocated as weak Vec2s so that when this list is passed to a Nape function these Vec2s will be automatically sent back to object pool. (default false)
- returns
- An array of Vec2 representing the given box.
- parameters
x
The x coordinate of rectangle.
y
The y coordinate of rectangle.
width
The width of the ractangle. This value may be negative.
height
The height of the rectangle This value may be negative.
weak
If true, the generated list of vertices will be allocated as weak Vec2s so that when this list is passed to a Nape function these Vec2s will be automatically sent back to object pool. (default false)
- returns
- An array of Vec2 representing the given rectangle.
- parameters
xRadius
The x radius of polygon before angleOffset rotation.
yRadius
The y radius of polygon before angleOffset rotation.
edgeCount
The number of edges/vertices in polygon.
angleOffset
The clockwise angular offset to generate vertices at in radians. (default 0.0)
weak
If true, the generated list of vertices will be allocated as weak Vec2s so that when this list is passed to a Nape function these Vec2s will be automatically sent back to object pool. (default false)
- returns
- An array of Vec2 representing the polygon.
Constructor
- parameters
localVerts
The local vertices of polygon.
material
The material for this polygon. (default new Material())
filter
The interaction filter for this polygon. (default new InteractionFilter())
- returns
- The constructed Polygon.
- throws
#
If localVerts is null, or not of the expected Type.
#
If localVerts contains any disposed or null Vec2.
- parameters
point
The point to check for containment.
- returns
- True if point is contained within the Shape.
- throws
If
point is null or disposed of.
If
this shape is not part of a Body.
- returns
- A copy of this shape.
- returns
- true if this Interactor is a Body.
- returns
- True if shape is a Circle type.
- returns
- true if this Interactor is a Compound.
- returns
- True if shape is a Polygon type.
- returns
- true if this Interactor is a Shape.
- parameters
angle
The number of radians to rotate this Shape by in a clockwise direction.
- returns
- A reference to 'this' Shape.
- throws
#
If this shape is part of a static body that is inside of a Space.
- parameters
scalex
The x-coordinate scaling to apply to Shape.
scaley
The y-coordinate scaling to apply to Shape.
- returns
- A reference to 'this' Shape.
- throws
#
If this shape is part of a static body that is inside of a Space.
#
If scalex or scaley is 0. Negative values 'are' permitted.
- parameters
matrix
The matrix to transform Shape by.
- returns
- A reference to 'this' Shape.
- throws
#
If matrix is null or singular.
#
If shape is a Circle, and matrix is not equiorthogonal.
#
If this shape is part of a static body that is inside of a Space.
- parameters
translation
The local translation to apply to Shape.
- returns
- A reference to 'this' Shape.
- throws
#
If translation is null or has been disposed of.
#
If this shape is part of a static body that is inside of a Space.
This method is equivalent to calling:
Polygon.rect(-width/2,-height/2,width,height)


---
layout: post
title: "Squash again"
date: 2009-01-19
comments: false
---
I just got back from playing squash with Martin. We were very closely matched today, but sadly not closely enough. I am now very tired, and would like to eat a lot of Kentucky Fried Chicken or perhaps a curry. I'm not going to do either of these things.


public class TransactionSignature extends DigitalSignature
A wrapper around a digital signature accompanied with metadata, see MetaData.Full and class DigitalSignature
.
The signature protocol works as follows: s = sign(MetaData.hashBytes).
class DigitalSignature
DigitalSignature.LegallyIdentifiable, DigitalSignature.WithKey
OpaqueBytes.Companion
Companion
| Constructor and Description |
|---|
TransactionSignature(byte[] signatureData,
MetaData metaData)
A wrapper around a digital signature accompanied with metadata, see MetaData.Full and
class DigitalSignature .
The signature protocol works as follows: s = sign(MetaData.hashBytes). |
| Modifier and Type | Method and Description |
|---|---|
MetaData |
getMetaData() |
byte[] |
getSignatureData() |
boolean |
verify()
Function to auto-verify a
class MetaData object's signature.
Note that class MetaData contains both public key and merkle root of the transaction. |
public TransactionSignature(byte[] signatureData, MetaData metaData)
A wrapper around a digital signature accompanied with metadata, see MetaData.Full and class DigitalSignature
.
The signature protocol works as follows: s = sign(MetaData.hashBytes).
class DigitalSignature
public boolean verify()
Function to auto-verify a class MetaData
object's signature.
Note that class MetaData
contains both public key and merkle root of the transaction.
class MetaData
,
class MetaData
public byte[] getSignatureData()
public MetaData getMetaData()


Accomplished course work that
specialized in Electricals, Electronics, Computer Systems, Digital Design, Microprocessors, Computer Networking and Communications, Network Security, Operating Systems, Programming, Database, Data Structures and Algorithms
Sucessfully completed the Infosys's Intergrated Learning Platform (ILP) training that consisted of intensive focus on Problem Solving and Desicion Making,
Data Structres & Algorithms, Database,
Web Application Development, Networking, Business and Soft Skills
Designed and developed Web Applications like ATTIC(Archive Store for maintaing seldom accessed data), ROTA(Ticket Management System), Online Shopping Portal using ASP.Net, SQL Server, AWS, Node.js, ReactJS etc. Applied technical expertise to provide better business logic and optimised solutions in all phases of Software Development Life Cycle
Completed rigorous course work that concentrated on Computer Networking, Architecture, Enterprise Distributed Software, Cloud Technologies, Programming, Web Application Development etc. Involved in Design and Development of Software Projects that aimed at demonstrating the course content


Holding midfield or more advanced? Where is Harry Winks’ best midfield position?
The Tottenham man played a more attacking role for England against Kosovo, netting his first England goal.
by Sam PrestonHarry Winks and Declan Rice are thought to be in competition for the same holding midfield spot in the England side which is heading to Euro 2020 as a seeded side.
But Gareth Southgate fielded the pair alongside each other for the first time yesterday, with Winks operating in a more advanced role in the 4-3-3.
Winks rewarded his manager with his first international goal, opening the scoring on an evening where he impressed more than Rice, who he will likely face on Saturday in the Premier League.
And it also throws up a question over which is Winks’ best position; as the sole midfield pivot or with more creative freedom?
TBR’s View – Winks is still better as the holding player
Winks, 23, showed his superior technical ability compared to Rice and did seem to enjoy the chance to burst forward but his best moments were still in tight areas on the half turn.
That makes him ideal to anchor the midfield in a side which still needs work in terms of playing out from the back and getting forward.
He scored against Kosovo but won’t score enough to justify that role in a side which already looks set to have the reasonably cautious Jordan Henderson operating in one of its box-to-box roles.
And Tanguy Ndombele and Moussa Sissoko are better suited to those rampaging roles at Spurs, with Winks coming short to get the ball and keeping the team ticking over.
Have something to tell us about this article?
Let us know


name:
What's your story
How do you spend your free time?
Movies
hiking
friends
Are you a cat or a dog person?
Cat
dog
horse


What's New
in LSDK 19.09
Highlights
- Support
of the dual kernel, LTS 4.14.140 and LTS 4.19.68
- Integration
of LS1028A r1.0
- eIQ
machine learning applications and demos being enabled on LS1046A and
LX2160A
- MC
10.18.0 update
- OpenSSL
1.1.1d update without TLS offload support
- Support
of OTA with single boot source in EdgeScale
- Support
of PREEMPT_RT on LS1043A RDB and LX2160A RDB on branch linux-4.14-rt
- Support
of Ptp4l in DPDK
- Tiny
userland being updated Inclusion of several software fixes.
- Refer
to Fixed,
open, and closed issues which has a list of all fixed issues
- Inclusion
of additional workarounds for Chip Errata: A-011334, A-050086
List of changes:
Processor and Board
Support
- LS1028A
r1.0, RDB
- Core:
1500 MHz, DDR: 1600 MT/s, Platform: 400 MHz [default]
- Core:
1300 MHz, DDR: 1600 MT/s, Platform: 400 MHz
- Core:
800 MHz, DDR: 1300 MT/s, Platform: 400 MHz
NXP LSDK Userland
- Tiny
userland being updated
Linux Kernel Core,
Virtualization
- LTS
kernel 4.14.140 update
- LTS
kernel 4.19.68 update
- Support
of PREEMPT_RT on LS1043A RDB and LX2160A RDB on branch linux-4.14-rt
Linux Kernel Drivers
- DPAA2:
displaying learned FDB entries
- LS1028A:
CAN, Clock, DDR4, DSPI, eDMA, eMMC, eSDHC, FlexSPI access to NOR flash,
GIC, GPIO, I2C, IEEE1588, MDIO PHY, Multi-media: GPU, LCD, eDP/DP,
Networking interfaces: ENETC, L2Switch, OCRAM, PCIe Gen3 root complex,
Power Management, QDMA, SATA, SEC, SMMU, Integrated Interchip Sound (I2S)
/ Synchronous Audio Interface (SAI), Time Sensitive Network (TSN) over
ENETC and L2Switch, UART, USB, Watchdog
- Support
of edge-level interrupts in GPIO
Data Plane Development
Kit (DPDK)
- Support
of LS1028A RDB
- Support
of multi process support for (QDMA/SEC) on DPAA2
- Support
of PDCP on LS1046A, LS2088A and LX2160A
- Support
of SEC scatter/gather Support of ptp4l
Virtualization - OVS-DPDK
- No
change since the last LSDK
Trust Firmware - A
(TF-A)
U-Boot Boot Loader
- LS1028A:
Boot from FlexSPI NOR flash and SD, clock, DDR4, eDP/DP firmware loading,
eSDHC & eMMC, FlexSPI access to NOR flash, GIC, I2C, MDIO PHY,
Networking: ENETC and L2switch, OCRAM, PCIe, SATA, TSN, UART, USB
Unified Extensible
Firmware Interface (UEFI)
- No
change since the last LSDK
EdgeScale - Edge
Compute
- Support
of LS1028A RDB
- Secure
Manufacturing
- Support
of OTA with single boot source
- EgdeScale
Device Agent Enhancement
- No
change since the last LSDK
Other Tools and
Utilities
- eIQ
machine learning applications and demos being enabled on LS1046A and
LX2160A
- OpenCV
4.0.1
- Arm
Compute Library 19.02
- Arm
NN 19.02
- TensorFlow
1.12
- TensorFlow
Lite 1.12
- Flexbuild
- Support
of LS1028A RDB
- Tiny
userland being updated
- Restool
- Support
for option DPRC_CFG_OPT_PL_ALLOWED
- TSN
- Time
Sensitive Network (TSN) support
- TSN configuration tool
- ENETC 1588 two steps timestamping
- ENETC TSN driver
- SWITCH TSN driver


--- layout: post title: Pretty Good Year tags: - Food - Music - Photography - Travel - video status: publish type: post published: true meta: _edit_last: "1" embed:
Thanksgiving 2009 from Josh Farr on Vimeo.
seo_follow: "false" ---My last vacation back to Missouri was for Thanksgiving last year. Here is a short video composed of snippets of footage I shot while spending time with the family. Everything was shot with a Canon 5D Mark II outfitted with a Canon EF 24-70mm f/2.8L USM Lens and then edited together with Final Cut Pro on a MacBook Pro.
Thanksgiving 2009 from Josh Farr on Vimeo.
Also - the Flickr Set from the trip.


FlashPlugin Class
Play sounds using a Flash instance. This plugin is not used by default, and must be registered manually in Sound using the registerPlugins method. This plugin is recommended to be included if sound support is required in older browsers such as IE8.
This plugin requires FlashAudioPlugin.swf and swfObject.js, which is compiled into the minified FlashPlugin-X.X.X.min.js file. You must ensure that swfPath is set when using this plugin, so that the script can find the swf.
Example
createjs.FlashPlugin.swfPath = "../src/SoundJS/";
createjs.Sound.registerPlugins([createjs.WebAudioPlugin, createjs.HTMLAudioPlugin, createjs.FlashPlugin]);
// Adds FlashPlugin as a fallback if WebAudio and HTMLAudio do not work.
Note that the SWF is embedded into a container DIV (with an id and classname of "SoundJSFlashContainer"), and will have an id of "flashAudioContainer". The container DIV is positioned 1 pixel off-screen to the left to avoid showing the 1x1 pixel white square.
Known Browser and OS issues for Flash Audio
All browsers
- There can be a delay in flash player starting playback of audio. This has been most noticeable in Firefox. Unfortunely this is an issue with the flash player and the browser and therefore cannot be addressed by SoundJS.
Constructor
FlashPlugin
()
Item Index
Methods
Properties
- _audioSources
- _capabilities static
- _container
- _CONTAINER_ID
- _flashInstances
- _flashPreloadInstances
- _preloadInstances
- _queuedInstances
- _volume
- _WRAPPER_ID
- BASE_PATH static deprecated
- buildDate static
- flash
- flashReady
- showOutput
- swfPath static
- version static
Methods
_generateCapabilities
()
protected
static
Determine the capabilities of the plugin. Used internally. Please see the Sound API getCapabilities method for an overview of plugin capabilities.
_handleFlashReady
()
protected
The Flash application that handles preloading and playback is ready. We wait for a callback from Flash to ensure that everything is in place before playback begins.
_handleSWFReady
-
event
The SWF used for sound preloading and playback has been initialized.
Parameters:
-
event
ObjectContains a reference to the swf.
_init
()
protected
An initialization function run by the constructor
_registerLoadedSrc
-
loadSrc
-
src
Registers loaded source files to handle src being changed before loading. This occurs when there is a basePath added (by PreloadJS or internal Preloading.
_updateVolume
()
Boolean
protected
Internal function used to set the gain value for master audio. Should not be called externally.
Returns:
create
-
src
Create a sound instance. If the sound has not been preloaded, it is internally preloaded here.
Parameters:
-
src
StringThe sound source to use.
Returns:
getVolume
()
Get the master volume of the plugin, which affects all SoundInstances.
Returns:
isPreloadStarted
-
src
Checks if preloading has started for a specific source. If the source is found, we can assume it is loading, or has already finished loading.
Parameters:
-
src
StringThe sound URI to check.
Returns:
isSupported
()
Boolean
static
Determine if the plugin can be used in the current browser/OS.
Returns:
preload
-
src
-
instance
Preload a sound instance. This plugin uses Flash to preload and play all sounds.
register
-
src
-
instances
Pre-register a sound instance when preloading/setup. Note that the FlashPlugin will return a Loader instance for preloading since Flash can not access the browser cache consistently.
Parameters:
Returns:
removeAllSounds
-
src
Remove all sounds added using register. Note this does not cancel a preload.
Parameters:
-
src
StringThe sound URI to unload.
removeSound
-
src
Remove a sound added using register. Note this does not cancel a preload.
Parameters:
-
src
StringThe sound URI to unload.
Properties
_audioSources
Object
protected
An object hash indexed by ID that indicates if each source is loaded or loading.
_capabilities
Object
protected
static
The capabilities of the plugin. This is generated via the _generateCapabilities method. Please see the Sound getCapabilities method for a list of available capabilities.
_container
HTMLDivElement
protected
A reference to the DIV container that gets created to hold the Flash instance.
_CONTAINER_ID
String
protected
The id name of the DIV that gets created for Flash content.
Default: flashAudioContainer
_flashInstances
Object
protected
A hash of SoundInstances indexed by the related ID in Flash. This lookup is required to connect sounds in JavaScript to their respective instances in Flash.
_flashPreloadInstances
Object
protected
A hash of Sound Preload instances indexed by the related ID in Flash. This lookup is required to connect a preloading sound in Flash with its respective instance in JavaScript.
_preloadInstances
Object
protected
A hash of Sound Preload instances indexed by the src. This lookup is required to load sounds if internal preloading is tried when flash is not ready.
_queuedInstances
Object
protected
An array of Sound Preload instances that are waiting to preload. Once Flash is initialized, the queued instances are preloaded.
_WRAPPER_ID
String
protected
The id name of the DIV wrapper that contains the Flash content.
Default: SoundJSFlashContainer
BASE_PATH
String
deprecated
static
Deprecated in favor of swfPath
The path relative to the HTML page that the FlashAudioPlugin.swf resides. Note if this is not correct, this
plugin will not work.
Default: null
flashReady
Boolean
Determines if the Flash object has been created and initialized. This is required to make ExternalInterface
calls from JavaScript to Flash.
Default: false
showOutput
Boolean
A developer flag to output all flash events to the console (if it exists). Used for debugging.
createjs.Sound.activePlugin.showOutput = true;
Default: false
swfPath
String
static
The path relative to the HTML page that the FlashAudioPlugin.swf resides. Note if this is not correct, this plugin will not work.
Default: src/SoundJS


People are usually surprised when they find out that I'm an introvert. I think it's because I love meeting people at web conferences. I'm almost addicted to it. I recently went to the An Event Apart conference in DC, and although I'm trying to watch what I eat, I religiously went to the lunches and Special events; just to meet the people.
The thing is, I'm a real introvert, the type that never goes to parties, feels awkward in a crowd, and has to retire from social activities after more than a couple of hours. However, I love meeting folks at these events...which is weird. At one of the tables during lunch, I mentioned that going to these conferences is like attending an awesome high school that I always wish existed when I was a kid.
It's because these people are just like me. It's easy to talk to someone with whom you have lots in common. And evidently, all my social clones assemble and aggregate at these events. I can walk up to just about anyone and geek out and laugh about the same topics. I don't have to explain what kerning or leading is, everyone gets what Twitter is, and I don't have to explain what a phaser is. People walk up to me and say "Why, is that a Github shirt?" and I'm like, "YES!!! You're from my same planet...planet awesome." In contrast, I feel like I can only post pictures of my kids on Facebook, because those friends don't know what I'm talking about. Might as well be speaking Klingon.
It's not that I was super unpopular growing up, it's just that I could never really relate to everyone. I got along with the nerdy outcasts in high school better than everyone else, mostly because I was one myself. I was the classic computer lab aide who quit the basketball team to learn about computers (I'm sure you're making a mental picture of this). People who are different are really interesting. Sometimes those who don't make a lot of friends can make the best friends.
Back to the social media friends thing...So it bothers me that people in the industry judge you by how many connections they have. Trust me, I do it too. I peek at the number of followers I have and compare it with how my associates are doing. I feel ashamed about this because my best friends have always been the people with the least friends, not the most.
At that lunch table, I was really engrossed in a conversation about social media with someone about how to gain followers. I talked about the importance of providing value with your tweets...I try to tweet only when I think I have something interesting or relevant to say. I talked about following the right people who retweet and engage with your conversations and even about making sure your avatars look like a real person to appear authentic. In the meantime, in my peripheral vision, I noticed everyone else in the table had pulled their phone out suddenly.
So I had to stop to find out what was happening. Another tech bubble? Something newer than Periscope? Nope...they were just busy friending each other. What a concept! Here I was talking about how to get followers and I forgot about the importance of making friends. Not just any friends, but the kind that you can relate to. The type of people that I literally friended when I was growing up...the ones just like me.
There's nothing wrong with getting people to follow you, especially when you need to be able to engage with people to help them, which I need to do for my job. But the amount of followers shouldn't be that important. I'd rather connect with someone like my old friends. People who can really enrich my life because of who they are and not how many followers they have.
It's really important we start focusing on making the right type of social connection. One that's centered on the right kind of people. The type of people you can start a conversation with...because it's great to be more than liked, friended or plussed. It's better to meet people you can relate to and talk to about the things your parents don't get (in my case...the internet), but that you love. Then it won't matter how many followers you have. A friend you can geek out with, is worth a billion followers. If you're from planet awesome, I want to meet you.


Updated version
here
.
×
- Tear the cloth with your mouse.
- Right click and drag to cut the cloth
View on GitHub


Option moneyness describes the relationship between an option's strike price and the underlying asset's price. It has important implications for options trading.
| At the Money(ATM) | The strike price is the same as the current price of the underlying asset |
| In the Money(ITM) | Call Option: the strike price is below the current trading price of the underlying Put option: the strike price is above the spot price of the underlying |
| Out of the Money(OTM) | Call Option: the strike price is above the current trading price of the underlying Put Option: the strike price is below the current trading price of the underlying |
For example, if the price of Apple stock is at $140, then all calls with a strike price below $140 are in the money calls, all puts with a strike price above $140 are in the money puts. All calls with a strike price above $140 are out of the money calls, all puts with a strike price below $140 are out of the money puts.
But why are they in the money or out of the money? For a call option as an example, it is ITM because it already has an intrinsic value. If you buy the call option and own the right to buy AAPL at strike price $143 and the current market price is $150, then this call option is in the money 150-143=$7. If you need to exercise it, you can buy shares of AAPL at $143 and sell them immediately for $150 and secure $7 profit.
Likewise, for a call option, it is OTM because it doesn't have any intrinsic value. If you buy the call option and own the right to buy AAPL at strike price $143 and the current market price is $130, then this call option is out of the money 130-143=-$13. If you need to exercise it, you can buy shares of AAPL at $143 and sell them immediately for $130 and then you will lose $13. In this case, you would not do that. But why this kind of OTM options still traded in the market and you need to pay for them? That because they still have time values and have time to expiration. There is probability or there is the expectation from the OTM option holders that the apple price will go up and above the strike price before the expiration.


| Test |
test(AVD) - 5.0.2 |
| testAggregateQueryOnIndexedField |
passed (0.348s) |
| testAllQuery |
passed (0.264s) |
| testClearSoup |
passed (0.290s) |
| testCompileOptions |
passed (0.267s) |
| testCountQueryWithGroupBy |
passed (0.366s) |
| testCreateMultiple |
passed (0.344s) |
| testCreateOne |
passed (0.263s) |
| testDelete |
passed (0.292s) |
| testDropAllSoups |
passed (0.319s) |
| testFloatingIndexedField |
passed (0.431s) |
| testFloatingIndexedFieldWithSmartSql |
passed (0.371s) |
| testGetAllSoupNames |
passed (0.343s) |
| testGetDatabaseSize |
passed (1.153s) |
| testIntegerIndexedField |
passed (0.382s) |
| testIntegerIndexedFieldWithSmartSql |
passed (0.427s) |
| testLikeQuery |
passed (0.344s) |
| testMatchQuery |
passed (0.322s) |
| testMetaDataTableCreated |
passed (0.292s) |
| testProjectNested |
passed (0.291s) |
| testProjectTopLevel |
passed (0.300s) |
| testRangeQuery |
passed (0.321s) |
| testRegisterDropSoup |
passed (0.373s) |
| testRetrieve |
passed (0.316s) |
| testUpdate |
passed (0.341s) |
| testUpsert |
passed (0.348s) |
| testUpsertWithExternalId |
passed (0.343s) |
| testUpsertWithNonIndexedExternalId |
passed (0.266s) |
| testUpsertWithNonUniqueExternalId |
passed (0.319s) |
| testUpsertWithNullInIndexedField |
passed (0.343s) |


Classes
The following classes are available globally.
-
A concrete implementation of
See moreOAuthAuthorizationFlowView
based on UIKit.Declaration
Swift
public final class WebViewControllerPresenterMobile : OAuthAuthorizationFlowView
-
A view controller with a web view and a cancel button in the navigation bar. It forwards its navigation actions and cancel button taps to blocks. The controller does not allow the user to type an address. An initial address is instead provided to instances of this class which is loaded when an instance is shown.
See moreDeclaration
Swift
public final class WebViewControllerMobile : UIViewController
extension WebViewControllerMobile: WKNavigationDelegate
-
Concrete type-erased implementation of
See moreCancellable
. It forwards itscancel()
invocation to a block.Declaration
-
Executes a network call to the pCloud API.
See moreDeclaration
Swift
public final class CallTask<Method> : Cancellable where Method : PCloudAPIMethod
extension CallTask: CustomStringConvertible
-
A wrapper around
See moreDownloadOperation
. Downloads a file to disk.Declaration
-
Utility class providing convenient interface to common API methods.
See moreDeclaration
Swift
public final class PCloudClient
-
Concrete implementation of
See moreCallOperation
backed by aURLSessionDataTask
.Declaration
Swift
public final class URLSessionBasedCallOperation : URLSessionBasedNetworkOperation<Call.Response>
extension URLSessionBasedCallOperation: CallOperation
extension URLSessionBasedCallOperation: CustomStringConvertible
-
Concrete implementation of
See moreDownloadOperation
backed by aURLSessionDownloadTask
.Declaration
Swift
public final class URLSessionBasedDownloadOperation : URLSessionBasedNetworkOperation<Download.Response>
extension URLSessionBasedDownloadOperation: DownloadOperation
extension URLSessionBasedDownloadOperation: CustomStringConvertible
-
Base class for network operations backed by
See moreURLSessionTask
. Conforms toNetworkOperation
. ForwardsURLSessionObserver
callbacks to blocks.Declaration
Swift
public class URLSessionBasedNetworkOperation<T>
extension URLSessionBasedNetworkOperation: NetworkOperation
extension URLSessionBasedNetworkOperation: URLSessionObserver
-
Concrete implementation of
See moreUploadOperation
backed by aURLSessionUploadTask
.Declaration
Swift
public final class URLSessionBasedUploadOperation : URLSessionBasedNetworkOperation<Upload.Response>
extension URLSessionBasedUploadOperation: UploadOperation
extension URLSessionBasedUploadOperation: CustomStringConvertible
-
Forwards callbacks from a
See moreURLSession
to objects implementingURLSessionObserver
. Assigns a single observer perURLSessionTask
and that observer receives all callbacks associated with that task.Declaration
Swift
public final class URLSessionEventHub : NSObject
extension URLSessionEventHub: URLSessionTaskDelegate
extension URLSessionEventHub: URLSessionDataDelegate
extension URLSessionEventHub: URLSessionDownloadDelegate
-
Executes an upload to the pCloud API.
See moreDeclaration
Swift
public final class UploadTask<Method> : Cancellable where Method : PCloudAPIMethod
extension UploadTask: CustomStringConvertible


Exam
About Us
We Carol and Feliu developed this little tool to share exams and corrections, as a way to find and easily classify former exams and the best corrections we can find!
It's our final project for the DSA subject in EETAC's Telematic Engineering, we are grateful to our teachers for the help provided to finishing it! Feel free to mail us in the links below.


The MAPS project set out to map the distribution of molecules in planet-forming disks at unprecedented detail. The results show an astonishing diversity in abundances and distributions of key chemicals across planet-forming disks, including a wealth of chemical substructures. The inferred range of chemical environment within which planets assemble implies that planetary chemical compositions, including access to water and organics, may vary substantially between one planetary system and another.
Arxiv PDF SAO/NASA ADS Bibtex Download DataMAPS II describes our multi-stage workﬂow (built around the CASA tclean image deconvolution procedure) that we used to generate the core data product of the MAPS LP: the position-position-velocity image cubes for each spectral line. We describe how to produce image cubes with accurate ﬂuxes via the “JvM” correction, a procedure that is generally applicable to any image synthesized via CLEAN deconvolution but is especially critical for faint emission (and is not part of the default CASA imaging workflow). We also explain how we used visibility tapering to promote a common, ﬁducial beam size and contextualize the interpretation of signal to noise ratio when detecting molecular emission from protoplanetary disks.
Arxiv PDF SAO/NASA ADS Bibtex Download DataMAPS III presents a systematic analysis of chemical substructures in 18 molecular lines toward the five MAPS disks. We identify more than 200 chemical substructures with a wide diversity of radial morphologies — including rings, gaps, and plateaus — which suggests that planets form in varied chemical environments across disks and even at different radii within the same disk. Interior to 150 au, the majority of line emission substructures are spatially coincident with substructures in the millimeter continuum, while at larger radii, most cannot be directly linked to dust substructure. Overall, this indicates physical and chemical links between midplanes and warm, elevated molecular emission layers in the inner planet-forming zones of disks and highlights the powerful potential of chemical substructures as probes of disk characteristics, in addition to influencing the environments within which planets assemble.
Arxiv PDF SAO/NASA ADS Bibtex Download DataMAPS IV measures the line emission surfaces of a suite of CO isotopologues and when possible, for C2H and HCN. There is considerable variation in the inferred emitting heights among the MAPS disks, but we find that 12CO emission consistently traces the most elevated regions, while emission from the less abundant 13CO and C18O probes deeper toward the disk midplanes. We use these surfaces to trace 2D temperature structures for each disk and identify dips in both temperature or vertical height, some of which are associated with gaps and rings in line or continuum emission. These substructures may be due to local changes in CO column density, gas surface density, or gas temperatures but further thermo-chemical modeling is required to constrain their origins and ultimately to relate the chemical compositions of elevated disk layers with those of planet-forming material in disk midplanes.
Arxiv PDF SAO/NASA ADS Bibtex Download DataUsing observations of five CO isotopologue lines, we find that the CO-to-H2 ratios in the warm molecular layers of the five MAPS disks are much lower than the canonical ISM ratio. The CO column density distributions vary significantly among five disks. Most CO gaps coincide with dust gaps, but CO gaps are much shallower than those seen in dust gaps. The spatial coincidence and depth difference are expected if these gaps are opened by planets.
Arxiv PDF SAO/NASA ADS Bibtex Download DataHCN, C2H, and H2CO are small molecules that are bright in disks, and give us access to the organic material that could eventually be incorporated into planets. Our results show that the inner 50 au of these disks is rich in organic material, suggesting that planets forming in these disks have the basic ingredients to form the building blocks of life.
Arxiv PDF SAO/NASA ADS Bibtex Download DataWe investigated the composition of gas around the locations that giant planets are expected to be forming. We find that the gas that feeds these forming gas giants is very distinct from the composition of the star, more carbon relative to oxygen and low amounts of both carbon and oxygen relative to hydrogen. This should lead to giant planets that have very distinctive compositions.
Arxiv PDF SAO/NASA ADS Bibtex Download DataLine and dust emission substructures in AS 209 show differences in the disk distribution of volatiles with respect to dust gaps. We determine the origin of the C18O emission substructure, showing that CO chemical processing is dominant over gas depletion due to a giant planet.
Arxiv PDF SAO/NASA ADS Bibtex Download DataMAPS IX investigates the prebiotically-interesting large organic molecules HC3N, CH3CN, c-C3H2, which are robustly detected in all disks apart from IM Lup. We use rotation diagram analysis to infer a radially-resolved column density and rotational temperature profile for each molecule in each disk. Based on this, we find significant reservoirs of these large organics in the inner 50-100 au of the disks, emitting from very close to the midplane. Comparison of the ratio of small to large organic molecules in the disks suggests a similar composition to observations of comets. In combination, our results suggest that planets form in an environment rich with precursors of life-essential molecules, and this material has a composition similar to our own Solar System.
Arxiv PDF SAO/NASA ADS Bibtex Download DataWe studied the deuterated molecules DCN and N2D+. These are the deuterated versions of hydrogen cyanide (HCN) and diazenylium (N2H+), with the hydrogen atom (H) replaced by a deuterium atom (D, also known as heavy hydrogen). Our observations informed us about the chemical processes that produce deuterated molecules in a protoplanetary disk. Comparing to the amount of deuterated molecules in comets or asteroids can help us to understand the formation history of the Solar System.
Arxiv PDF SAO/NASA ADS Bibtex Download DataUV radiation is thought to play a key role in driving the formation of new molecules in planet-forming disks. Using the molecular tracer CN, we see evidence for a very active photochemistry within the MAPS disks, with particularly strong UV penetration in the outer disk and possibly in several dust gaps. These regions may be especially favorable for forming new molecules in disks. We also find that the compositions of different elevations of the disk seem to be connected, implying that chemistry in the disk surface may be linked to the chemistry in the planet-forming midplane.
Arxiv PDF SAO/NASA ADS Bibtex Download DataMAPS XII investigates sulfur-bearing molecules in the MAPS target disks, including CS, C2S and SO. For MWC 480, complementary observations allow us to derive a column density ratio of H2CS/CS ~ 2-3, suggesting that a substaintial fraction of the sulphur reservoir is in organic form (e.g., CxHySz). Using astrochemical models, we demonstrate that N(CS)/N(SO) is a promising probe of the elemental C/O ratio. We also find an S/H ratio between the solar and dense molecular core values, suggesting some of the sulfur reservoir is unlocked at the protoplanetary disk stage.
Arxiv PDF SAO/NASA ADS Bibtex Download DataWe investigated the ionization degree in protoplanetary disks by observing the major ion molecules. HCO+ shows the enhanced ionization at some pronounced disk gaps, while N2H+ and N2D+ suggest ionization rate near the midplane vary among disks.
Arxiv PDF SAO/NASA ADS Bibtex Download DataThe morphology of the emission from dust grains in protoplanetary disk depends on the wavelength at which they are observed. Differences in their appearance help us infer what is the size of the dust grains and their mass distribution at different locations of the disk, particularly in the rings and gaps observed.
Arxiv PDF SAO/NASA ADS Bibtex Download DataWe use the Keplerian rotation pattern of proto-planetary disks to look for structure hidden within the central resolution element in the MAPS data. We find structures in the inner planet-forming zones of these disks that went unresolved in the MAPS images. From these structures we infer that IM Lup is on the verge of efficient giant planet formation and that grains are efficiently grown in dust traps in the inner 15 au of AS 209 and HD 163296.
Arxiv PDF SAO/NASA ADS Bibtex Download DataMAPS XIV focuses on characterising the molecular wind that is launched from the inner HD 163296 disk traced by carbon monoxide gas. We find that the angular momentum extracted from the system by the wind is sufficient to drive accretion in the inner disk thus giving key insight into the physics governing the formation and evolution of planets in this system.
Arxiv PDF SAO/NASA ADS Bibtex Download DataIn MAPS XVII we determine the gas temperature within the massive, planet-forming disk HD 163296 using the high resolution MAPS observations of CO isotopologues. With a detailed model fit to all relevant data we reveal the thermal structure of disk writ large, constrain the planet-forming mass reservior, and show that the gaps associated with potential planets are modestly warmer than their surroundings.
Arxiv PDF SAO/NASA ADS Bibtex Download DataAn investigation of the dynamical structure of the protoplanetary disks around HD 163296 and MWC 480 using CO isotopologue line emission. HD 163296 is found to have large, extended velocity perturbations associated with previously inferred embedded planets, characterized by tightly wound spiral structures. MWC 480 displays a comparable level of velocity substructure, but in a more azimuthally symmetric morphology with several rings of vertical flows. MWC 480 is also found to have subtle spiral variations in the gas temperature, indicative of spiral waves driven by an unseen embedded planet.
Arxiv PDF SAO/NASA ADS Bibtex Download Data12CO observations reveal non-Keplerian spiral arms, a tail, and diffuse structures at the outer edge of the GM Aur disk. The gas distribution stands in stark contrast to the comparatively compact, axisymmetric millimeter continuum emission tracing large dust grains in the disk. Together, these observations suggest that the disk undergoes complex interactions with its surroundings while planet formation is ongoing.
Arxiv PDF SAO/NASA ADS Bibtex Download DataGas mass remains one of the most difficult protoplanetary disk properties to constrain. We use observations of 11 transitions of the molecule CO from ALMA (probing temperature) and the molecule HD from Herschel (probing mass) to construct a 2D model of the mass and temperature distribution in the GM Aurigae protoplanetary disk. We find that the disk has a low abundance of gas phase CO but a high total disk mass and may be unstable against gravitational collapse in the region around 85 au.
Arxiv PDF SAO/NASA ADS Bibtex Download Data


Initial Scores to be set
- Each game starts with 0 wins.
- Each game starts with 0 losses.
- Game starts with 9 guesses.
Game Rules
- Player chooses letters from a-z on keyboard to guess a random letter.
- Computer chooses a random value from a-z.
- If the player and the computer pick the same letter the player wins.
- If the player picks a different letter from the computer then player loses.
Calculating Scores
- If player guesses the correct letter we add one to their wins and the number of guesses reset.
- If player guesses the wrong letter, they lose one guess and the wrong letter is logged under guesses so far.
- Process repeat until all 9 guesses are used up.
- Once the player misses 9 guesses, we add one to their losses and the number of guesses reset.


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JavaScript Form Validation
Name:
JavaScript Can Validate Numeric Input
Please input a number between 1 and 10:
Submit
Automatic HTML Form Validation


Think of it as “Tinder - for proofreading”
- Swipe right if translation is good. Swipe left if Bad…
- Skip to next without voting by pressing the skip button
You can also press the thumbs up/ down buttons to vote.
This is a test version so please click the feedback button in the bottom right and help us make the app better
How it works:
Every up or down-vote you and other users make on a sentence (string) is added up.
Every string gets score based on total votes. Strings with high scores will likely be ready to proofread, and negative scores, probably need editing.
This will
make proofreading a lot faster. And ultimately get Khan Academy to more people around the world, faster.
Thank you for helping us all deliver
“A FREE worldclass education, to anyone anywhere”


---
layout: post
title: Twitter Search
date: '2008-07-15T11:17:26-07:00'
tags:
tumblr_url: http://alexhwilliams.tumblr.com/post/42360081/twitter-search
---
Twitter Search
Welll. well - Now the Twitter business looks a whole lot more viable. Welcome to Twitter with Summize.


struct::record - Define and create records (similar to 'C' structures)
The ::struct::record package provides a mechanism to group variables together as one data structure, similar to a 'C' structure. The members of a record can be variables or other records. However, a record can not contain circular record, i.e. records that contain the same record as a member.
This package was structured so that it is very similar to how Tk objects work. Each record definition creates a record object that encompasses that definition. Subsequently, that record object can create instances of that record. These instances can then be manipulated with the cget and configure methods.
The package only contains one top level command, but several sub commands (see below). It also obeys the namespace in which the record was define, hence the objects returned are fully qualified.
Defines a record. recordName is the name of the record, and is also used as an object command. This object command is used to create instances of the record definition. recordMembers are the members of the record that make up the record definition. These are variables and other record. If optional instanceName args are given, then an instance is generated after the definition is created for each instanceName.
Returns a list of records that have been defined.
Returns the instances that have been instantiated by recordName.
Returns the members that are defined for record recordName. It returns the same format as how the records were defined.
Returns a list of values that are set for the instance instanceName. The output is a list of key/value pairs. If there are nested records, then the values of the nested records will itself be a list.
Tests for the existence of a record with the name recordName.
Tests for the existence of a instance with the name instanceName.
Deletes recordName, and all instances of recordName. It will return an error if the record does not exist.
Deletes instance with the name of instanceName. It will return an error if the instance does not exist.
Record members can either be variables, or other records, However, the same record can not be nested witin itself (circular). To define a nested record, you need to specify the record keyword, along the with name of the record, and the name of the instance of that nested record. For example, it would look like this:
# this is the nested record record define mynestedrecord { nest1 nest2 } # This is the main record record define myrecord { mem1 mem2 {record mynestedrecord mem3} }
You can also assign default or initial values to the members of a record, by enclosing the member entry in braces:
record define myrecord { mem1 {mem2 5} }
All instances created from this record definition, will initially have 5 as the value for mem2. If no default is given, then the value will be the empty string.
Getting Values
To get a value of a member, there are several ways to do this.
To get a member value, then use the instance built-in cget method:
instanceName cget -mem1
To get multiple member values, you can specify them all in one command:
instanceName cget -mem1 -mem2
To get a list of the key/value of all of the members, there are 3 ways:
- instanceName cget
- instanceName configure
- instanceName
To get a value of a nested member, then use the dot notation:
instanceName cget -mem3.nest1
Setting Values
To set a value of a member, there are several ways to do this.
To set a member value, then use the instance built-in configure method:
instanceName configure -mem1 val1
To set multiple member values, you can specify them all in one command:
instanceName configure -mem1 va1 -mem2 val2
To set a value of a nested member, then use the dot notation:
instanceName configure -mem3.nest1 value
Alias access
In the original implementation, access was done by using dot notation similar to how 'C' structures are accessed. However, there was a concensus to make the interface more Tcl like, which made sense. However, the original alias access still exists. It might prove to be helpful to some.
Basically, for every member of every instance, an alias is created. This alias is used to get and set values for that member. An example will illustrate the point, using the above defined records:
# Create an instance first % myrecord inst1 ::inst1 % # To get a member of an instance, just use the % # alias (it behaves like a Tcl command): % inst1.mem1 % % # To set a member via the alias, just include % # a value (optionally the equal sign - syntactic sugar) % inst1.mem1 = 5 5 % inst1.mem1 5 % # For nested records, just continue with the % # dot notation (note no equal sign) % inst1.mem3.nest1 10 10 % inst1.mem3.nest1 10 % # just the instance by itself gives all % # member/values pairs for that instance % inst1 -mem1 5 -mem2 {} -mem3 {-nest1 10 -nest2 {}} % # and to get all members within the nested record % inst1.mem3 -nest1 10 -nest2 {} %
The following subcommands and corresponding arguments are available to any record command:
Using the recordName object command that was created from the record definition, instances of the record definition can be created. Once a instance is created, then it inherits the members of the record definition, very similar to how objects work. During instance generation, an object command for the instance is created as well, using instanceName. This object command is used to access the data members of the instance. During the instantiation, values for that instance can be given, but all values must be given, and be given in key/value pairs. Nested records, need to be in list format.
Optionally, #auto can be used in place of instanceName. When #auto is used, then a instance name will automatically be generated, of the form recordName<integer>, where <integer> is a unique integer (starting at 0) that is generated.
The following subcommands and corresponding arguments are available to any record instance command:
Each instance has the sub command cget associated with it. This is very similar to how Tk widget's cget command works. It queries the values of the member for that particular instance. If no arguments are given, then a key/value list is returned.
Each instance has the sub command configure associated with it. This is very similar to how Tk widget's configure command works. It sets the values of the particular member for that particular instance. If no arguments are given, then a key/value list is returned.
Two examples are provided to give an good illustration on how to use this package.
Example 1
Probably the most obvious example would be to hold contact information, such as addresses, phone numbers, comments, etc. Since a person can have multiple phone numbers, multiple email addresses, etc, we will use nested records to define these. So, the first thing we do is define the nested records:
## ## This is an interactive example, to see what is ## returned by each command as well. ## % namespace import ::struct::record::* % # define a nested record. Notice that country has default 'USA'. % record define locations { street street2 city state zipcode {country USA} phone } ::locations % # Define the main record. Notice that it uses the location record twice. % record define contacts { first middle last {record locations home} {record locations work} } ::contacts % # Create an instance for the contacts record. % contacts cont1 ::cont1 % # Display some introspection values % record show records ::contacts ::locations % # % record show values cont1 -first {} -middle {} -last {} -home {-street {} -street2 {} -city {} -state {} -zipcode {} -country USA -phone {}} -work {-street {} -street2 {} -city {} -state {} -zipcode {} -country USA -phone {}} % # % record show instances contacts ::cont1 % # % cont1 config -first {} -middle {} -last {} -home {-street {} -street2 {} -city {} -state {} -zipcode {} -country USA -phone {}} -work {-street {} -street2 {} -city {} -state {} -zipcode {} -country USA -phone {}} % # % cont1 cget -first {} -middle {} -last {} -home {-street {} -street2 {} -city {} -state {} -zipcode {} -country USA -phone {}} -work {-street {} -street2 {} -city {} -state {} -zipcode {} -country USA -phone {}} % # copy one record to another record % record define contacts2 [record show members contacts] ::contacts2 % record show members contacts2 first middle last {record locations home} {record locations work} % record show members contacts first middle last {record locations home} {record locations work} %
Example 1
This next example just illustrates a simple linked list
% # define a very simple record for linked list % record define llist { value next } ::llist % llist lstart ::lstart % lstart config -value 1 -next [llist #auto] % [lstart cget -next] config -value 2 -next [llist #auto] % [[lstart cget -next] cget -next] config -value 3 -next "end" % set next lstart lstart % while 1 { lappend values [$next cget -value] set next [$next cget -next] if {[string match "end" $next]} {break} } % puts "$values" 1 2 3 % # cleanup linked list % # We could just use delete record llist also % foreach I [record show instances llist] { record delete instance $I } % record show instances llist %
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category struct :: record of the Tcllib SF Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
Data structures
Copyright © 2002, Brett Schwarz <brett_schwarz@yahoo.com>


|
Lightys
C++ ws2812b library
|
Public Member Functions | |
| ws2812b (hwlib::pin_out &ledstrip) | |
| The constructor. More... | |
| void | addLed (uint8_t red, uint8_t blue, uint8_t green, int index, int amount=1) |
| adds a led to the ledstrip More... | |
| void | showLeds () |
| Shows the currently added leds on the ledstrip. More... | |
| void | blink (int indexStart, int indexEnd, int interval, int iterations) |
| The selected leds blink between the selected rgb value and off. More... | |
| void | cycleRight (int indexStart, int indexEnd, int interval, int iterations) |
| The selected leds cycle to the right. More... | |
| void | cycleLeft (int indexStart, int indexEnd, int interval, int iterations) |
| The selected leds cycle to the left. More... | |
| void | kittRight (int indexStart, int indexEnd, int interval, int iterations) |
| The selected leds kitt from left to right. More... | |
| void | kittLeft (int indexStart, int indexEnd, int interval, int iterations) |
| The selected leds kitt from right to left. More... | |
| ws2812b::ws2812b | ( | hwlib::pin_out & | ledstrip | ) |
The constructor.
This constructor requires the arduino pin the ledstrip is connected.
| void ws2812b::addLed | ( | uint8_t | red, |
| uint8_t | blue, | ||
| uint8_t | green, | ||
| int | index, | ||
| int | amount = 1 |
||
| ) |
adds a led to the ledstrip
This function adds a led to the array, requiring a rgb value, the index of the (starting) led and the amount of leds added.
| void ws2812b::blink | ( | int | indexStart, |
| int | indexEnd, | ||
| int | interval, | ||
| int | iterations | ||
| ) |
The selected leds blink between the selected rgb value and off.
This function takes the selected leds, alternating them between the selected rgb value and off. Interval controls the delay between blinks in ms, iterations controls how many times the blink is performed.
| void ws2812b::cycleLeft | ( | int | indexStart, |
| int | indexEnd, | ||
| int | interval, | ||
| int | iterations | ||
| ) |
The selected leds cycle to the left.
This function takes the selected leds, cycling them to the left. Interval controls the delay between cycles, and iterations control the amount of cycles.
| void ws2812b::cycleRight | ( | int | indexStart, |
| int | indexEnd, | ||
| int | interval, | ||
| int | iterations | ||
| ) |
The selected leds cycle to the right.
This function takes the selected leds, cycling them to the right. Interval controls the delay between cycles, and iterations control the amount of cycles.
| void ws2812b::kittLeft | ( | int | indexStart, |
| int | indexEnd, | ||
| int | interval, | ||
| int | iterations | ||
| ) |
The selected leds kitt from right to left.
This function takes the selected leds, kitting them from right to left. Interval controls the delay between the kitts, and iterations controls the amount of kitts.
| void ws2812b::kittRight | ( | int | indexStart, |
| int | indexEnd, | ||
| int | interval, | ||
| int | iterations | ||
| ) |
The selected leds kitt from left to right.
This function takes the selected leds, kitting them from left to right. Interval controls the delay between the kitts, and iterations controls the amount of kitts.
| void ws2812b::showLeds | ( | ) |
Shows the currently added leds on the ledstrip.
This function takes the rgb values added to the ledstrip and writes it to the ledstrip.


MY WEB
SOCIAL
SITE
|
Howdy! I'm Wolfgang! If you can't find your way around, you can find me in the upper right corner of the screen!
Click or navigate to a node to get started.


Canadian class action proposed over alleged carcinogenic herbicide
TORONTO — Lawyers for a group of Canadians who blame their own or their loved ones' cancer on exposure to a herbicide have filed a series of proposed class-action lawsuits against the product's manufacturer.
by Canadian PressTORONTO — Lawyers for a group of Canadians who blame their own or their loved ones' cancer on exposure to a herbicide have filed a series of proposed class-action lawsuits against the product's manufacturer.
The untested statements of claim filed in Ontario, Alberta and British Columbia allege that Monsanto, and its new owner Bayer, acted with reckless disregard for the safety of Canadians by selling Roundup.
An arm of the World Health Organization has classified the active ingredient in Roundup, glyphosate, as a probable cause of cancer, but Health Canada has stood firm on its decision to allow its sale.
The lawsuits have yet to be certified as class actions.
In similar suits filed internationally, Bayer and Monsanto have argued that the herbicide is safe.
Neither Bayer nor Health Canada immediately responded to a request for comment.
This report by The Canadian Press was first published Nov. 20, 2019.
The Canadian Press


Design of a Distributed UNIX Kernel and
Ats Modelling in CSP
Trevor I. Dix
Februsry 1984
Department of Computer Science University of Melbourne Parkville, Australia, 3052.
Submitted to the University of Melbourne in fulfilment of the requirements for the degree of Doctor of Philosophy.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.


| Package | Description |
|---|---|
| org.apache.olingo.commons.api.edm |
Contains representations for EDM objects created during the URI parsing
|
| org.apache.olingo.commons.api.edm.annotation |
Contains representations for all annotation related
EDM objects created during the URI parsing
|
| org.apache.olingo.commons.api.edm.geo |
Contains representations for all geographical related
EDM objects created during the URI parsing
|
| org.apache.olingo.commons.api.edm.provider |
Contains representations for objects created during CSDL document parsing
|
| org.apache.olingo.commons.api.edm.provider.annotation |
Contains representations for objects created during
CSDL document parsing related to the CSDL annotations.
|
| Modifier and Type | Method and Description |
|---|---|
SRID |
EdmTypeDefinition.getSrid() |
SRID |
EdmTerm.getSrid() |
SRID |
EdmReturnType.getSrid() |
SRID |
EdmProperty.getSrid() |
SRID |
EdmParameter.getSrid() |
| Modifier and Type | Method and Description |
|---|---|
SRID |
EdmIsOf.getSrid()
Facet SRID
|
SRID |
EdmCast.getSrid()
Returns the facet attribute SRID
|
| Modifier and Type | Field and Description |
|---|---|
protected SRID |
Geospatial.srid
Null value means it is expected to vary per instance.
|
| Modifier and Type | Method and Description |
|---|---|
SRID |
Geospatial.getSrid()
Gets s-rid.
|
static SRID |
SRID.valueOf(String exp)
Creates a new SRID instance from a given value.
|
| Constructor and Description |
|---|
ComposedGeospatial(Geospatial.Dimension dimension,
Geospatial.Type type,
SRID srid,
List<T> geospatials) |
Geospatial(Geospatial.Dimension dimension,
Geospatial.Type type,
SRID srid)
Constructor.
|
GeospatialCollection(Geospatial.Dimension dimension,
SRID srid,
List<Geospatial> geospatials)
Creates a new collection of geospatial types.
|
LineString(Geospatial.Dimension dimension,
SRID srid,
List<Point> points)
Creates a new LineString
|
MultiLineString(Geospatial.Dimension dimension,
SRID srid,
List<LineString> lineStrings)
Creates a new MultiLineString
|
MultiPoint(Geospatial.Dimension dimension,
SRID srid,
List<Point> points)
Creates a new collection of points
|
MultiPolygon(Geospatial.Dimension dimension,
SRID srid,
List<Polygon> polygons)
Creates a collection of polygons
|
Point(Geospatial.Dimension dimension,
SRID srid)
Creates a new point.
|
Polygon(Geospatial.Dimension dimension,
SRID srid,
List<Point> interior,
List<Point> exterior)
Creates a new polygon.
|
| Modifier and Type | Method and Description |
|---|---|
SRID |
CsdlTypeDefinition.getSrid()
Gets srid.
|
SRID |
CsdlTerm.getSrid()
Gets srid.
|
SRID |
CsdlReturnType.getSrid()
Gets srid.
|
SRID |
CsdlProperty.getSrid()
Gets srid.
|
SRID |
CsdlParameter.getSrid()
Gets srid.
|
| Modifier and Type | Method and Description |
|---|---|
CsdlTypeDefinition |
CsdlTypeDefinition.setSrid(SRID srid)
Sets srid.
|
CsdlTerm |
CsdlTerm.setSrid(SRID srid)
Sets srid.
|
CsdlReturnType |
CsdlReturnType.setSrid(SRID srid)
Sets srid.
|
CsdlProperty |
CsdlProperty.setSrid(SRID srid)
Sets srid.
|
CsdlParameter |
CsdlParameter.setSrid(SRID srid)
Sets srid.
|
| Modifier and Type | Method and Description |
|---|---|
SRID |
CsdlIsOf.getSrid()
Facet SRID
|
SRID |
CsdlCast.getSrid()
Returns the facet attribute SRID
|
| Modifier and Type | Method and Description |
|---|---|
CsdlIsOf |
CsdlIsOf.setSrid(SRID srid) |
CsdlCast |
CsdlCast.setSrid(SRID srid) |
Copyright © 2013–2018 The Apache Software Foundation. All rights reserved.


--- layout: documentation title: ReactiveX - Reduce operator id: reduce ---
TBD
{% endlang_operator %} {% lang_operator RxCpp iterate reduce %}TBD
{% endlang_operator %} {% lang_operator RxGroovy collect reduce %}
It is a bad idea to use reduce
to collect emitted items into a mutable data structure.
Instead, use collect
for that purpose.
It is a bad idea to use reduce
to collect emitted items into a mutable data structure.
Instead, use collect
for that purpose.


Advanced geospatial technology and research for civic and social impact
Civic Applications team
+
basemaps and overlays
markers, lines, polygons
Mapping libraries combine rasters + vectors into maps
start with Leaflet
https://leafletjs.comOther JavaScript mapping libraries
Leaflet has...
Leaflet also has its own distinct way of managing state
React state overview
State updates have to happen through circumscribed channels so that React will know when and how to rerender the DOM
Leaflet state overview
Leaflet's programming paradigm is...
react-leaflet
https://react-leaflet.js.orgReact-Leaflet provides an abstraction of Leaflet as React components
please do not send pull requests to add features that are not supported by Leaflet
https://github.com/PaulLeCam/react-leaflet/blob/master/CONTRIBUTING.mdReact-Leaflet works really well if you're doing things which are part of Leaflet's API
It also makes it possible to drop down to using plain Leaflet methods when necessary
When would plain Leaflet methods be necessary?
React-Leaflet source code is interesting to read because it...
If you end up doing lots of stuff for which React-Leaflet doesn't provide a ready interface, at a certain point its abstactions may not be very beneficial
It's fairly straightforward to write your own wrapper
https://github.com/kellyi/react-leaflet-sandbox/blob/master/app/src/components/LeafletMap.jsxThank you!
Additional React / Leaflet / mapping resources


Planet Express
Total money we made this week: $536895
Shipments
Hamburgers
Tacos
Movies
BBQ Sauce
Whiskey
Books
Beer
Pizza
Pizza
Pizza
Employees
Number of trips
Bonus
Fry
2
$3500.0
Amy
1
$1500.0
Bender
2
$35560.0
Leela
5
$13129.5
How i feel after finishing this project


|
lubyk
0.5
|
#include <rmutex.h>
Inherits lubyk::NonCopyable.
Inherited by lk::Mutex.
Public Member Functions | |
| RMutex () | |
| ~RMutex () | |
| void | lock () |
| void | unlock () |
Protected Member Functions | |
| int | lockCount () const |
Private Attributes | |
| Mutex | mutex_ |
| int | counter_ |
| pthread_t | owner_ |
| void lubyk::RMutex::lock | ( | ) | [inline] |
If the mutex is locked by another thread, waits until it is unlocked, lock and continue. If the mutex is not locked. Lock and continue. If this thread locked it: bang!
Reimplemented in lk::Mutex.
Definition at line 59 of file rmutex.h.
References counter_, lubyk::Mutex::lock(), mutex_, and owner_.
Referenced by lubyk::ScopedLock::ScopedLock(), and lubyk::ScopedUnlock::~ScopedUnlock().
| int lubyk::RMutex::lockCount | ( | ) | const [inline, protected] |
| void lubyk::RMutex::unlock | ( | ) | [inline] |
Release the lock so others can work on the data.
Reimplemented in lk::Mutex.
Definition at line 71 of file rmutex.h.
References counter_, mutex_, owner_, and lubyk::Mutex::unlock().
Referenced by lubyk::ScopedUnlock::ScopedUnlock(), and lubyk::ScopedLock::~ScopedLock().
int lubyk::RMutex::counter_ [private] |
Definition at line 47 of file rmutex.h.
Referenced by lock(), lockCount(), and unlock().
Mutex lubyk::RMutex::mutex_ [private] |
pthread_t lubyk::RMutex::owner_ [private] |


v0.9.1
- Added support for IntelliJ 2021.1
- Added dialog that suggests deleting local branches when sliding out
- Added support for git config core.hooksPath property
- Allowed slide out of currently checked out branch
- Slide Out action slides out all occurrences of branch entry
- Added slide out suggestion action link for the skipped branches to the skipped branches warning
- Dropped external system - hackish approach to provide machete-file-to-graph-table synchronization
- Added machete file changes listener - reasonable approach to provide machete-file-to-graph-table synchronization
Improvements:
- Add discover action to the toolbar
- Do not show double-listed branches in graph table
- Added tooltip for root branch as well as non-root branches
- Enhance messages related to the ill-formed branch layout
Bug fixes:
- Correctly check if Git Machete Tab is opened the project resolver (fixes premature discover)
- Improve branch layout discover/write/backup reliability


Missouri Coronavirus GIS Hub
This site is designed to gather and share relevant and authoritative resources for COVID-19 as it affects the State of Missouri.
GIS Applications
COVID-19
This dashboard contains confirmed cases in the State of Missouri for COVID-19 with demographic and statistical indicators, as reported by the Missouri Department of Health and Senior Services.
ExploreMissouri School Closures due to COVID-19 updated March 26, 2020
Missouri School District closings with closure start and end dates.
ExploreStay At Home Orders Dashboard
Stay at Home Orders issued for jurisdictions across Missouri. Displayed by Local Public Health areas.
ExploreMissouri Social Vulnerability Index
View populations in Missouri that may experience an increased need for healthcare.
ExploreMissouri COVID-19 Impact Planning Report Viewer
Use this app to create an infographic of demographic information by county.
ExploreNegative Pressure Environment Capacity
Shows the number of patients per hospital able to be treated in a negative pressure environment
ExploreCoronavirus COVID-19 Missouri Cases
Global GIS Applications
Note: These applications are not affiliated with the State of Missouri.
Global Common Operational Picture - Coronavirus (COVID-19 / 2019-nCoV)
Global Cases, Deaths, and Travel Restrictions. Data is aggregated from multiple source across the globe and is updated regularly between 0800-2300 EST.
ExploreCoronavirus 2019-nCoV Global Cases by Johns Hopkins CSSE
Mapping the novel coronavirus outbreak
Contact Information
<EMAIL_ADDRESS>Copyright 2020. Missouri Public Health Preparedness GeoPortal.


Index of code metrics
Access to Foreign Data (ATFD)
Operation metric, class metric. Can be computed on classes, enums and concrete operations.
Description
Number of usages of foreign attributes, both directly and through accessors. High values of ATFD (> 3 for an operation) may suggest that the class or operation breaks encapsulation by relying on the internal representation of the classes it uses instead of the services they provide.
ATFD can be used to detect God Classes and Feature Envy. [Lanza05]
Class Fan Out Complexity (CLASS_FAN_OUT)
Operation metric, class metric. Can be computed on classes, enums and concrete operations.
Description
This counts the number of other classes a given class or operation relies on.
Classes from the package java.lang
are ignored by default (can be changed via options).
Also primitives are not included into the count.
Code example
import java.util.*;
import java.io.IOException;
public class Foo { // total 8
public Set set = new HashSet(); // +2
public Map map = new HashMap(); // +2
public String string = ""; // from java.lang -> does not count by default
public Double number = 0.0; // from java.lang -> does not count by default
public int[] intArray = new int[3]; // primitive -> does not count
@Deprecated // from java.lang -> does not count by default
@Override // from java.lang -> does not count by default
public void foo(List list) throws Exception { // +1 (Exception is from java.lang)
throw new IOException(); // +1
}
public int getMapSize() {
return map.size(); // +1 because it uses the Class from the 'map' field
}
}
Options
- Option
includeJavaLang
: Also include classes from the packagejava.lang
Cyclomatic Complexity (CYCLO)
Operation metric. Can be calculated on any non-abstract operation.
Description
Number of independent paths through a block of code [Lanza05].
Formally, given that the control flow graph of the block has n
vertices, e
edges and p
connected components, the cyclomatic complexity of the block is
given by CYCLO = e - n + 2p
[McCabe76]. In practice it can be
calculated by counting control flow statements following the standard rules given
below.
The standard version of the metric complies with McCabe’s original definition:
- Methods have a base complexity of 1.
- +1 for every control flow statement (
if
,case
,catch
,throw
,do
,while
,for
,break
,continue
) and conditional expression (?:
) [Sonarqube]. Notice switch cases count as one, but not the switch itself: the point is that a switch should have the same complexity value as the equivalent series ofif
statements. else
,finally
anddefault
don’t count;- +1 for every boolean operator (
&&
,||
) in the guard condition of a control flow statement. That’s because Java has short-circuit evaluation semantics for boolean operators, which makes every boolean operator kind of a control flow statement in itself.
Code examples
class Foo {
void baseCyclo() { // Cyclo = 1
highCyclo();
}
void highCyclo() { // Cyclo = 10
int x = 0, y = 2;
boolean a = false, b = true;
if (a && (y == 1 ? b : true)) { // +3
if (y == x) { // +1
while (true) { // +1
if (x++ < 20) { // +1
break; // +1
}
}
} else if (y == t && !d) { // +2
x = a ? y : x; // +1
} else {
x = 2;
}
}
}
}
Options
- Option
CycloVersion#IGNORE_BOOLEAN_PATHS
: Boolean operators are not counted, nor are empty fall-through cases inswitch
statements. You can use this option to get results similar to those of the oldStdCyclomaticComplexityRule
, which is to be replaced. - Option
CycloVersion#CONSIDER_ASSERTS
: Assert statements are counted as if they wereif (..) throw new AssertionError(..)
. Compatible withIGNORE_BOOLEAN_PATHS
.
Lines of Code (LoC)
Operation metric, class metric. Can be calculated on any of those nodes.
Description
Simply counts the number of lines of code the operation or class takes up in the source. This metric doesn’t discount comments or blank lines. See also NCSS.
Non-commenting source statements (NCSS)
Operation metric, class metric. Can be calculated on any of those nodes.
Description
Number of statements in a class or operation. That’s roughly equivalent to
counting the number of semicolons and opening braces in the program. Comments
and blank lines are ignored, and statements spread on multiple lines count as
only one (e.g. int\n a;
counts a single statement).
The standard version of the metric is based off JavaNCSS’s version
[JavaNcss]:
- +1 for any of the following statements:
if
,else
,while
,do
,for
,switch
,break
,continue
,return
,throw
,synchronized
,catch
,finally
. - +1 for each assignment, variable declaration (except
for
loop initializers) or statement expression. We count variables declared on the same line (e.g.int a, b, c;
) as a single statement. - Contrary to Sonarqube, but as JavaNCSS, we count type declarations (class, interface, enum, annotation), and method and field declarations [Sonarqube].
- Contrary to JavaNCSS, but as Sonarqube, we do not count package declaration
and import declarations as statements. This makes it easier to compare nested
classes to outer classes. Besides, it makes for class metric results that
actually represent the size of the class and not of the file. If you don’t
like that behaviour, use the
COUNT_IMPORTS
option.
Code example
import java.util.Collections; // +0
import java.io.IOException; // +0
class Foo { // +1, total Ncss = 12
public void bigMethod() // +1
throws IOException {
int x = 0, y = 2; // +1
boolean a = false, b = true; // +1
if (a || b) { // +1
try { // +1
do { // +1
x += 2; // +1
} while (x < 12);
System.exit(0); // +1
} catch (IOException ioe) { // +1
throw new PatheticFailException(ioe); // +1
}
} else {
assert false; // +1
}
}
}
Options
- Option
NcssVersion#COUNT_IMPORTS
: Import and package statements are counted as well. This version fully complies with JavaNCSS.
NPath complexity (NPath)
Operation metric. Can be computed on any non-abstract operation.
Description
Number of acyclic execution paths through a piece of code. This is related to cyclomatic complexity, but the two metrics don’t count the same thing: NPath counts the number of distinct full paths from the beginning to the end of the method, while Cyclo only counts the number of decision points. NPath is not computed as simply as Cyclo. With NPath, two decision points appearing sequentially have their complexity multiplied.
The fact that NPath multiplies the complexity of statements makes it grow
exponentially: 10 if
- else
statements in a row would give an NPath of 1024,
while Cyclo would evaluate to 20. Methods with an NPath complexity over 200 are
generally considered too complex.
We compute NPath recursively, with the following set of rules:
- An empty block has a complexity of 1.
- The complexity of a block is the product of the NPath complexity of its
statements, calculated as follows:
- The complexity of
for
,do
andwhile
statements is 1, plus the complexity of the block, plus the complexity of the guard condition. - The complexity of a cascading
if
statement (if .. else if ..
) is the number ofif
statements in the chain, plus the complexity of their guard condition, plus the complexity of the unguardedelse
block (or 1 if there is none). - The complexity of a
switch
statement is the number of cases, plus the complexity of eachcase
block. It’s equivalent to the complexity of the equivalent cascade ofif
statements. - The complexity of a ternary expression (
?:
) is the complexity of the guard condition, plus the complexity of both expressions. It’s equivalent to the complexity of the equivalentif .. else
construct. - The complexity of a
try .. catch
statement is the complexity of thetry
block, plus the complexity of each catch block. - The complexity of a
return
statement is the complexity of the expression (or 1 if there is none). - All other statements have a complexity of 1 and are discarded from the product.
- The complexity of
Code example
void fun(boolean a, boolean b, boolean c) { // NPath = 6
// block #0
if (a) {
// block #1
} else {
// block #2
}
// block #3
if (b) {
// block #4
} else if (c) {
// block #5
}
// block #6
}
After block 0, the control flow can either execute block 1 or 2 before jumping
to block 3. From block three, the control flow will again have the choice
between blocks 4 and 5 before jumping to block 6. The first if
offers 2
choices, the second offers 3, so the cyclomatic complexity of this method is
2 + 3 = 5. NPath, however, sees 2 * 3 = 6 full paths from the beginning to the end.
Number Of Public Attributes (NOPA)
Class metric. Can be computed on classes.
Number Of Accessor Methods (NOAM)
Class metric. Can be computed on classes.
Tight Class Cohesion (TCC)
Class metric. Can be computed on classes and enums.
Description
The relative number of method pairs of a class that access in common at least one attribute of the measured class. TCC only counts direct attribute accesses, that is, only those attributes that are accessed in the body of the method [BK95].
TCC is taken to be a reliable cohesion metric for a class. High values (>70%) indicate a class with one basic function, which is hard to break into subcomponents. On the other hand, low values (<50%) may indicate that the class tries to do too much and defines several unrelated services, which is undesirable.
TCC can be used to detect God Classes and Brain Classes [Lanza05].
Weighted Method Count (WMC)
Class metric. Can be computed on classes and enums.
Description
Sum of the statistical complexity of the operations in the class. We use CYCLO to quantify the complexity of an operation [Lanza05].
Options
WMC uses the same options as CYCLO, which are provided to CYCLO when computing it.
Weight Of Class (WOC)
Class metric. Can be computed on classes.
Description
Number of “functional” public methods divided by the total number of public methods. Our definition of “functional method” excludes constructors, getters, and setters.
This metric tries to quantify whether the measured class’ interface reveals more data than behaviour. Low values (less than 30%) indicate that the class reveals much more data than behaviour, which is a sign of poor encapsulation.
This metric is used to detect Data Classes, in conjunction with WMC, NOPA and NOAM.
References
BK95: Bieman, Kang; Cohesion and reuse in an object-oriented system. In Proceedings ACM Symposium on Software Reusability, 1995.
Lanza05: Lanza, Marinescu; Object-Oriented Metrics in Practice, 2005.
McCabe76: McCabe, A Complexity Measure, in Proceedings of the 2nd ICSE (1976).


Name of Institution
Address
TEAM MEMBERS - Team Championship
MEN TEAM-A
Plus
WOMEN TEAM-A
Plus
MEN TEAM-B
Plus
WOMEN TEAM-B
Plus
NAMES FOR INDIVIDUAL EVENTS
Plus
Sl. No.
Category
Name
Date of Birth
Use Extra Sheets, if required
Date:
Signature Head of Institution
Submit
18th Ajay kumar Garg Memorial Open Table Tennis Tournament
Entry Form
Name of Institute:
Address:
TEAM MEMBERS - Team Champianship
MEN (TEAM A)
WOMEN (TEAM A)
MEN (TEAM B)
WOMEN (TEAM B)
Names for Indivisual Events
S. No.
Catagory
Name
Date of Birth
Export as .doc


SKSL
Home
Finance
Accounts
Transaction
Accounts Voucher Entry
Party Bill Serial Entry
Monthly Accounts Estimate
CPM Cash
Compulsory reports
MIS/Director's Reports
Master List
Utility
Inventory
Inventory Transaction Entry
Purchasing Process
Reports
Bank Material
Master List
Mechanical
Mechanical Data Transactions
Mechanical Master
Mechanical Reports
Master List
Utility
Client Billing
Client Billing & Costing
Reports
Utility
Engineering
Project Costing
Tender Rate Annually
Project Reports
Drawaings & Activity
Profile Settings
HR & Admin
Payroll
HR & Payroll Master
HR & Payroll Transaction
HR & Payroll Reports
Master Reports
Utility
Labor
Labor Transaction Entry
Labour Bills
Reports
Master List
Utility
Master
Primary Master
Account Master
Inventory Master
PO Master
Labor Master
Access Control
User Control
Utility
Access Control
User Control


The following table describes the RenkoType
enumeration members:
| Member | Value | Description |
|---|---|---|
| Classic | 0 | Indicates that the RenkoConsolidator works in its original implementation; Specifically: - It only returns a single bar, at most, irrespective of tick movement - It will emit consecutive bars side by side - By default even bars are created (0) the Classic mode has only been retained for backwards compatibility with existing code. |
| Wicked | 1 | Indicates that the RenkoConsolidator works properly; Specifically: - returns zero or more bars per tick, as appropriate. - Will not emit consecutive bars side by side - Creates (1) |


grd
Welcome to Grx — a flexbox-based grid layout system.
Similar to other grids, the we create rows which contain one or more columns.

But why stop at 12-based grid... use any base!

Mix and match bases!

The widths don't have to add-up to 100%.

Perhaps we want columns to take up just as much width as their content need

This is so useful, a shorter syntax exists:

<input type="text">

Some cells can dynamically take up the remaining width

Multiple col-auto share the remaining width equallyAs long as they don't overflow

Maybe you want to pull the last columns to the endOnly the first pulled colum needs the pull- class

Now the real beauty of flexbox - dynamic content vertical alignment!


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Test for material ui (that runs on top of React), without using a build system so that we can hopefully use github online editor and github pages only. See here for the main template for this page. Faced problems with Babel and support for ES6 import and export syntax. To avoid Babel (needed for JSX) we are using htm. It has a bit more verbose syntax than JSX but is mostly the same. Location of this file Copyright Sohrab Saran © 2020, see license in the repository.


Street:Max length 8. - Note validate does not fail unless the field is changed, and only shows error if focus or required.
City:
State:
Zipcode:
Area code:
Landline Number:type=tel, phone pattern is \d{3}[\-]\d{3}[\-]\d{4}
Extension:
Cell Number:
- Note Require, Format and Parse happen on the initial value, filter and maxlength only on update. - Note not sure about format and parse, currently both are being called so parse is last so it wins.


I tell a tale of Jake the cat.  He likes to sit on my best hat And now my hat is very flat. Jake's favourite food is curried rat And pickled mouse comes after that. He likes to sleep on my best hat. My new, best hat is also flat. We told him he must leave the flat We put his food into a sack. We sent him off, but he came back And curled up on my new best hat.  He is the boss, and that is that. He sleeps upon my latest hat Which, like the rest, is very flat.
in-context


This is a test div that the controller will attempt to remove. Such manipulation
of the DOM will cause ng-hint-dom to log a message if it is loaded correctly
by the ng-hint-exclude tag. Only ng-hint-directives is listed in the ng-hint-exclude. Therefore,
all other modules including ng-hint-dom should be loaded.
This div has a misspelled ng-repeat that ng-hint-directives would hint about if it was not excluded.


Renewable Heat Incentive
The Ash for Cash Payments
Made by 28 February 2017
Aaron Newell
Date of Application
04/09/2015
Location
BT39
Technology Type
Solid Biomass Boiler
Capacity
60
Payments Made
19084.7