{% extends "__base__.html" %} {% load static %} {% block cssimport %} {% endblock cssimport %} {% block content %} John<EMAIL_ADDRESS>States Edit your profile Name Surname Headline Current position Education Country State/Region Save Profile Edit Experience Experience Senior UI/UX DesignerTwitter Inc.March,2017 - May 2020 Senior UI/UX DesignerFacebook Inc.March,2017 - May 2020 UI/UX DesignerGoogle Inc.March,2017 - May 2020 {% endblock content %}


Ricky Ponting fumes as umpires miss 21 no-balls during Australia v Pakistan Test
Ricky Ponting says the current state is ‘not good enough’ after 21 no-balls went uncalled on day two of the opening Test between Australia and Pakistan.
Four front foot no-balls have been called so far in the first Test at the Gabba but footage from Australian sports network 7Sport has highlighted a number of no-balls that went unpunished.
Pakistan’s teenage debutant Naseem Shah had his maiden Test scalp chalked off for overstepping and former Australia captain Ponting has bemoaned the current approach to calling no-balls.
He told cricket.com.au: ‘It was exactly the same with the first Test of last summer – Ishant Sharma, I think it was 30-odd for the day or for the innings that he bowled by himself.
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‘They’re just not being called. If you look at some of the footage and stuff that we’ve seen today, it’s not like they’re just over the line or on the line.
‘There are some that are four or five inches over the front line; it just goes to show – or it says to me – that the umpires aren’t even looking at the front line.’
The lack of no-ball calls means batting sides are missing out on free runs and extra deliveries, while bowlers are only becoming aware of transgressions when a wicket falls.
Ponting does not blame the umpires but their superiors for the current state and added: ‘It’s obviously a directive from above for them not to worry so much about the front line and only be more worried about the decisions down that end, but I just don’t think that’s right.
‘I understand the reason they’re not calling a lot of them. Obviously, if they call a no-ball and a wicket falls that’s shown not to be a no-ball, they can’t change it.
‘I know they’re under pressure with that and I’m not blaming the umpires at all because if they had it their way, I’m sure they wouldn’t want to be making 21 incorrect decisions a day, which is what they’ve done.
‘I put it to them on air today; I think they’re marked on every decision that they make.
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‘A no-ball decision is still a decision. If you look at it that way, they’ve made 21 incorrect decisions today and that’s not good enough, as far as I’m concerned.’
Trent Copeland, who made three Test appearances for Australia, shared a video of the numerous uncalled no-balls on social media and said: ‘This is astonishing. Huge talking point & something the ICC HAS to look at.’
Australia bowled Pakistan out for 240 in the first Test in Brisbane and had reached 312-1 by the close on day two largely thanks to David Warner’s unbeaten 151.


Authors
Dan C. Baciu, Sihwa Park, WE1S Interpretation Lab.
License
This is a prototype to be used internally within WE1S(WhatEvery1Says). We will make it available under a Creative Commons License (CC-BY-NC) upon publication, and no later than August 2020.
Contributions
Dan C. Baciu: data science concept, design concept, supervision (orcid)
Sihwa Park: data visualization lead, interface design (orcid)
Related Resources


Keeping up with the Devops
This cluster is meant as a personal learning experience to keep up with the development in IT when it comes to horizontal scaling and distributed data flows.
The final result
This video shows the experimental prototype with advanced features. The current "stable"/"public" version has no API for RGB-leds yet.
The Goals
As other people have already figured out, the small development boards are perfectly suited to experiment with clustered hard- and software. The tagline "Yet another…" is a nod towards their inspiration.
This project does hardly cover new ground. Nevertheless in a methodological way answers to inevitable questions are given:
One button to shut them all down!
The Workflow
A major milestone was reached when the formerly hackish cluster setup was fully automated to bootstrap up to 9 Raspberry Pi 2 Model B or Raspberry Pi 3 Model B into a networked cluster. All in a way to define the infrastructure in code and make remote execution within the cluster possible.


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Construct a path below the application guardian to be used with ActorSystem#actorSelection.
Construct a path below the application guardian to be used with ActorSystem#actorSelection.
Construct a path below the application guardian to be used with ActorSystem#actorSelection.
Construct a path below the application guardian to be used with ActorSystem#actorSelection.
Create new actor as child of this context with the given name, which must not be null, empty or start with “$”.
Create new actor as child of this context with the given name, which must
not be null, empty or start with “$”. If the given name is already in use,
an InvalidActorNameException
is thrown.
See akka.actor.Props for details on how to obtain a Props
object.
UnsupportedOperationException
if invoked on an ActorSystem that
uses a custom user guardian
akka.ConfigurationException
if deployment, dispatcher
or mailbox configuration is wrong
akka.actor.InvalidActorNameException
if the given name is
invalid or already in use
Create new actor as child of this context and give it an automatically generated name (currently similar to base64-encoded integer count, reversed and with “$” prepended, may change in the future).
Create new actor as child of this context and give it an automatically generated name (currently similar to base64-encoded integer count, reversed and with “$” prepended, may change in the future).
See akka.actor.Props for details on how to obtain a Props
object.
UnsupportedOperationException
if invoked on an ActorSystem that
uses a custom user guardian
akka.ConfigurationException
if deployment, dispatcher
or mailbox configuration is wrong
Actor reference where messages are re-routed to which were addressed to stopped or non-existing actors.
Actor reference where messages are re-routed to which were addressed to stopped or non-existing actors. Delivery to this actor is done on a best effort basis and hence not strictly guaranteed.
Default dispatcher as configured.
Default dispatcher as configured. This dispatcher is used for all actors in the actor system which do not have a different dispatcher configured explicitly. Importing this member will place the default MessageDispatcher in scope.
Helper object for looking up configured dispatchers.
Helper object for looking up configured dispatchers.
ClassLoader wrapper which is used for reflective accesses internally.
ClassLoader wrapper which is used for reflective accesses internally. This is set to use the context class loader, if one is set, or the class loader which loaded the ActorSystem implementation. The context class loader is also set on all threads created by the ActorSystem, if one was set during creation.
Main event bus of this actor system, used for example for logging.
Main event bus of this actor system, used for example for logging.
Returns the payload that is associated with the provided extension throws an IllegalStateException if it is not registered.
Returns the payload that is associated with the provided extension throws an IllegalStateException if it is not registered. This method can potentially block, waiting for the initialization of the payload, if is in the process of registration from another Thread of execution
The top-level supervisor of all actors created using system.actorOf(...).
The top-level supervisor of all actors created using system.actorOf(...).
Returns whether the specified extension is already registered, this method can potentially block, waiting for the initialization of the payload, if is in the process of registration from another Thread of execution
Returns whether the specified extension is already registered, this method can potentially block, waiting for the initialization of the payload, if is in the process of registration from another Thread of execution
Convenient logging adapter for logging to the ActorSystem#eventStream.
Convenient logging adapter for logging to the ActorSystem#eventStream.
Log the configuration.
Log the configuration.
Filter of log events that is used by the LoggingAdapter before publishing log events to the eventStream
INTERNAL API
INTERNAL API
Helper object for looking up configured mailbox types.
Helper object for looking up configured mailbox types.
The name of this actor system, used to distinguish multiple ones within the same JVM & class loader.
The name of this actor system, used to distinguish multiple ones within the same JVM & class loader.
The ActorRefProvider is the only entity which creates all actor references within this actor system.
The ActorRefProvider is the only entity which creates all actor references within this actor system.
Registers the provided extension and creates its payload, if this extension isn't already registered This method has putIfAbsent-semantics, this method can potentially block, waiting for the initialization of the payload, if is in the process of registration from another Thread of execution
Registers the provided extension and creates its payload, if this extension isn't already registered This method has putIfAbsent-semantics, this method can potentially block, waiting for the initialization of the payload, if is in the process of registration from another Thread of execution
Java API: Register a block of code (callback) to run after ActorSystem.shutdown has been issued and all actors in this actor system have been stopped.
Java API: Register a block of code (callback) to run after ActorSystem.shutdown has been issued and all actors in this actor system have been stopped. Multiple code blocks may be registered by calling this method multiple times. The callbacks will be run sequentially in reverse order of registration, i.e. last registration is run first.
Throws a RejectedExecutionException if the System has already shut down or if shutdown has been initiated.
Register a block of code (callback) to run after ActorSystem.shutdown has been issued and all actors in this actor system have been stopped.
Register a block of code (callback) to run after ActorSystem.shutdown has been issued and all actors in this actor system have been stopped. Multiple code blocks may be registered by calling this method multiple times. The callbacks will be run sequentially in reverse order of registration, i.e. last registration is run first.
Throws a RejectedExecutionException if the System has already shut down or if shutdown has been initiated.
Scala API
Light-weight scheduler for running asynchronous tasks after some deadline in the future.
Light-weight scheduler for running asynchronous tasks after some deadline in the future. Not terribly precise but cheap.
The core settings extracted from the supplied configuration.
The core settings extracted from the supplied configuration.
Stop the actor pointed to by the given akka.actor.ActorRef; this is an asynchronous operation, i.e.
Stop the actor pointed to by the given akka.actor.ActorRef; this is
an asynchronous operation, i.e. involves a message send.
If this method is applied to the self
reference from inside an Actor
then that Actor is guaranteed to not process any further messages after
this call; please note that the processing of the current message will
continue, this method does not immediately terminate this actor.
Create an actor in the "/system" namespace.
Create an actor in the "/system" namespace. This actor will be shut down during system.terminate only after all user actors have terminated.
The top-level supervisor of all system-internal services like logging.
INTERNAL API
INTERNAL API
Terminates this actor system.
Terminates this actor system. This will stop the guardian actor, which in turn
will recursively stop all its child actors, then the system guardian
(below which the logging actors reside) and the execute all registered
termination handlers (see ActorSystem#registerOnTermination).
Be careful to not schedule any operations on completion of the returned future
using the dispatcher
of this actor system as it will have been shut down before the
future completes.
A ThreadFactory that can be used if the transport needs to create any Threads
Returns a Future which will be completed after the ActorSystem has been terminated and termination hooks have been executed.
Returns a Future which will be completed after the ActorSystem has been terminated
and termination hooks have been executed. Be careful to not schedule any operations
on the dispatcher
of this actor system as it will have been shut down before this
future completes.
Block current thread until the system has been shutdown.
Block current thread until the system has been shutdown. This will block until after all on termination callbacks have been run.
(Since version 2.4) Use Await.result(whenTerminated, Duration.Inf) instead
Block current thread until the system has been shutdown, or the specified timeout has elapsed.
Block current thread until the system has been shutdown, or the specified timeout has elapsed. This will block until after all on termination callbacks have been run.
Throws TimeoutException in case of timeout.
(Since version 2.4) Use Await.result(whenTerminated, timeout) instead
Query the termination status: if it returns true, all callbacks have run and the ActorSystem has been fully stopped, i.e.
Query the termination status: if it returns true, all callbacks have run
and the ActorSystem has been fully stopped, i.e.
awaitTermination(0 seconds)
would return normally. If this method
returns false
, the status is actually unknown, since it might have
changed since you queried it.
(Since version 2.4) Use the whenTerminated method instead.
Stop this actor system.
Stop this actor system. This will stop the guardian actor, which in turn will recursively stop all its child actors, then the system guardian (below which the logging actors reside) and the execute all registered termination handlers (see ActorSystem#registerOnTermination).
(Since version 2.4) Use the terminate() method instead
Construct an akka.actor.ActorSelection from the given path, which is parsed for wildcards (these are replaced by regular expressions internally).
Construct an akka.actor.ActorSelection from the given path, which is parsed for wildcards (these are replaced by regular expressions internally). No attempt is made to verify the existence of any part of the supplied path, it is recommended to send a message and gather the replies in order to resolve the matching set of actors.
Construct an akka.actor.ActorSelection from the given path, which is parsed for wildcards (these are replaced by regular expressions internally).
Construct an akka.actor.ActorSelection from the given path, which is parsed for wildcards (these are replaced by regular expressions internally). No attempt is made to verify the existence of any part of the supplied path, it is recommended to send a message and gather the replies in order to resolve the matching set of actors.
Java API: Create a new child actor path.
Java API: Create a new child actor path.
Java API: Recursively create a descendant’s path by appending all child names.
Java API: Recursively create a descendant’s path by appending all child names.
Start-up time in milliseconds since the epoch.
Start-up time in milliseconds since the epoch.
Up-time of this actor system in seconds.
Up-time of this actor system in seconds.
More powerful interface to the actor system’s implementation which is presented to extensions (see akka.actor.Extension).
Important Notice:
This class is not meant to be extended by user code. If you want to actually roll your own Akka, beware that you are completely on your own in that case!


| SNPRelate-package | Parallel Computing Toolset for Genome-Wide Association Studies |
| hapmap_geno | SNP genotypes of HapMap samples |
| plot.snpgdsEigMixClass | Eigen-analysis on SNP genotype data |
| plot.snpgdsPCAClass | Principal Component Analysis (PCA) on SNP genotype data |
| snpgdsAdmixPlot | Plot Ancestry Proportions |
| snpgdsAdmixProp | Estimate ancestral proportions from the eigen-analysis |
| snpgdsAdmixTable | Plot Ancestry Proportions |
| snpgdsAlleleSwitch | Allele-switching |
| snpgdsApartSelection | Select SNPs with a basepair distance |
| snpgdsBED2GDS | Conversion from PLINK BED to GDS |
| snpgdsClose | Close the SNP GDS File |
| snpgdsCombineGeno | Merge SNP datasets |
| snpgdsCreateGeno | Create a SNP genotype dataset from a matrix |
| snpgdsCreateGenoSet | Create a SNP genotype dataset from a GDS file |
| snpgdsCutTree | Determine clusters of individuals |
| snpgdsDiss | Individual dissimilarity analysis |
| snpgdsDrawTree | Draw a dendrogram |
| snpgdsEIGMIX | Eigen-analysis on SNP genotype data |
| snpgdsErrMsg | Get the last error information |
| snpgdsExampleFileName | Example GDS file |
| SNPGDSFileClass | SNPGDSFileClass |
| SNPGDSFileClass-class | SNPGDSFileClass |
| snpgdsFst | F-statistics (fixation indices) |
| snpgdsGDS2BED | Conversion from GDS to PLINK BED |
| snpgdsGDS2Eigen | Conversion from GDS to Eigen (EIGENSTRAT) |
| snpgdsGDS2PED | Conversion from GDS to PED |
| snpgdsGEN2GDS | Conversion from Oxford GEN format to GDS |
| snpgdsGetGeno | To get a genotype matrix |
| snpgdsGRM | Genetic Relationship Matrix (GRM) for SNP genotype data |
| snpgdsHCluster | Hierarchical cluster analysis |
| snpgdsHWE | Statistical test of Hardy-Weinberg Equilibrium |
| snpgdsIBDKING | KING method of moment for the identity-by-descent (IBD) analysis |
| snpgdsIBDMLE | Maximum likelihood estimation (MLE) for the Identity-By-Descent (IBD) Analysis |
| snpgdsIBDMLELogLik | Log likelihood for MLE method in the Identity-By-Descent (IBD) Analysis |
| snpgdsIBDMoM | PLINK method of moment (MoM) for the Identity-By-Descent (IBD) Analysis |
| snpgdsIBDSelection | Get a table of IBD coefficients |
| snpgdsIBS | Identity-By-State (IBS) proportion |
| snpgdsIBSNum | Identity-By-State (IBS) |
| snpgdsIndInb | Individual Inbreeding Coefficients |
| snpgdsIndInbCoef | Individual Inbreeding Coefficient |
| snpgdsIndivBeta | Individual inbreeding and relatedness estimation (beta estimator) |
| snpgdsIndivBetaRel | Individual inbreeding and relatedness estimation (beta estimator) |
| snpgdsLDMat | Linkage Disequilibrium (LD) analysis |
| snpgdsLDpair | Linkage Disequilibrium (LD) |
| snpgdsLDpruning | Linkage Disequilibrium (LD) based SNP pruning |
| snpgdsMergeGRM | Merge Multiple Genetic Relationship Matrices (GRM) |
| snpgdsOpen | Open a SNP GDS File |
| snpgdsOption | Option settings: chromosome coding, etc |
| snpgdsPairIBD | Calculate Identity-By-Descent (IBD) Coefficients |
| snpgdsPairIBDMLELogLik | Log likelihood for MLE method in the Identity-By-Descent (IBD) Analysis |
| snpgdsPairScore | Genotype Score for Pairs of Individuals |
| snpgdsPCA | Principal Component Analysis (PCA) on SNP genotype data |
| snpgdsPCACorr | PC-correlated SNPs in principal component analysis |
| snpgdsPCASampLoading | Project individuals onto existing principal component axes |
| snpgdsPCASNPLoading | SNP loadings in principal component analysis |
| snpgdsPED2GDS | Conversion from PLINK PED to GDS |
| snpgdsSampMissRate | Missing Rate of Samples |
| snpgdsSelectSNP | SNP selection |
| snpgdsSlidingWindow | Sliding window |
| snpgdsSNPList | Create a SNP list object |
| snpgdsSNPListClass | the class of a SNP list |
| snpgdsSNPListIntersect | Get a common SNP list between/among SNP list objects |
| snpgdsSNPRateFreq | Allele Frequency, Minor Allele Frequency, Missing Rate of SNPs |
| snpgdsSummary | Summary of GDS genotype file |
| snpgdsTranspose | Transpose genotypic matrix |
| snpgdsVCF2GDS | Reformat VCF file(s) |
| snpgdsVCF2GDS_R | Reformat a VCF file (R implementation) |
| SNPRelate | Parallel Computing Toolset for Genome-Wide Association Studies |


GMap component provides integration with Google Maps API. This sample demontrates various uses cases like binding, overlays and events. Click the map to add a new item.
A map is initialized with options and dimensions. Refer to the google maps api for the list of available options.
GMap can display any type of overlay such as markers, polygons and circles. Overlay instances are bound using the overlays property array. Overlays are aware of one-way binding so whenever the array changes, gmap updates itself.
GMap provides common callbacks to hook into events including map click, overlay click and overlay dragging.
In case you need to access the map instance directly, use the getMap() method.
Another option is to to get the map object directly after init via (onMapReady) event. In the example below, google.maps.Map is used for adjusting map bounds to markers.
Then from your component you would write
| Name | Type | Default | Description |
|---|---|---|---|
| options | any | null | Google Maps API configuration object. |
| overlays | array | null | An array of overlays to display. |
| style | string | null | Inline style of the component. |
| styleClass | string | null | Style class of the component. |
| Name | Parameters | Description |
|---|---|---|
| onMapClick | event: Google Maps MouseEvent | Callback to invoke when map is clicked except markers. |
| onMapDragEnd | originalEvent: Google Maps dragend |
Callback to invoke when map drag (i.e. pan) has ended. |
| onMapReady | event.map: Google Maps Instance | Callback to invoke when the map is ready to be used. |
| onOverlayClick | originalEvent: Google Maps MouseEvent overlay: Clicked overlay map: Map instance |
Callback to invoke when an overlay is clicked. |
| onOverlayDblClick | originalEvent: Google Maps MouseEvent overlay: Clicked overlay map: Map instance |
Callback to invoke when an overlay is double clicked. |
| onOverlayDrag | originalEvent: Google Maps MouseEvent overlay: Clicked overlay map: Map instance |
Callback to invoke when an overlay is being dragged. |
| onOverlayDragEnd | originalEvent: Google Maps MouseEvent overlay: Clicked overlay map: Map instance |
Callback to invoke when an overlay drag ends. |
| onOverlayDragStart | originalEvent: Google Maps MouseEvent overlay: Clicked overlay map: Map instance |
Callback to invoke when an overlay drag starts. |
| onZoomChanged | originalEvent: Google Maps zoom_changed | Callback to invoke when zoom level has changed. |
Google Maps API.


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Jacob Tyo
I am a Ph.D. student in the Machine Learning Department of the School of Computer Science at Carnegie Mellon University, and Electronics Engineer at the U.S. Army Research Laboratory. My work focuses on meta-learning, natural language processing, and reinforcement learning. Check out some of my work here, or our lab at cmu.


| filename$ = any valid path and filename. The returned value is the filehandle which is an integer value. |
| This command opens the designated filename and prepares it to be written to. Use this to write your own configuration file, save game data, etc. also useful for saving custom types to files. The filehandle that is returned is an integer value that the operating system uses to identify which file is to be written to and must be passed to the functions such as WriteInt(). If the file could not be opened then the filehandle is Zero. |
|
; Reading and writing custom types to files using ReadFile, WriteFile and CloseFile
; Initialise some variables for the example Type HighScore Field Name$ Field Score% Field Level% End Type Best.HighScore = New HighScore BestName = "Mark" BestScore = 11657 BestLevel = 34 ; Open a file to write to fileout = WriteFile("mydata.dat") ; Write the information to the file WriteString( fileout, BestName ) WriteInt( fileout, BestScore ) WriteByte( fileout, BestLevel ) ; Close the file CloseFile( fileout ) ; Open the file to Read filein = ReadFile("mydata.dat") ; Lets read the Greatest score from the file Greatest.HighScore = New HighScore GreatestName$ = ReadString$( filein ) GreatestScore = ReadInt( filein ) GreatestLevel = ReadByte( filein ) ; Close the file once reading is finished CloseFile( filein ) Print "High score record read from - mydata.dat " Write "Name = " Print GreatestName Write "Score = " Print GreatestScore Write "Level = " Print GreatestLevel WaitKey() |


I think this is a great idea and i am voting on it
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This page is still a work in progress.
You can take a look at any of my projects with a simple click.


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Businessman
Born: 06-06-1954 Hometown: Blackpool, United Kingdom Education: Unknown
Husband to Dana Perino, McMahon was born in Blackpool, England. There are is no other clear reasoning for the moniker.


To explore the causes and roots of cancer development, I compared the differences between cancer tissue and control normal tissue.
Two ways I did this were by comparing cancer and normal tissue by examining differences in
the genome and gene expression profile.
By looking at the genome of a tissue, I examined both the genes and non-coding DNA, and more.
Through this, I examined what a cell’s sequence could possibly do.
By looking at the gene expression profile, I examined the functionality of the genome
(what genes were being transcribed into RNA) and what a cell’s sequence was actually doing at a point in time.
Technology like next-generation high-throughput sequencing (NGS)
facilitated this work and allowed the parallelization of DNA and RNA sequencing to greatly increase the number of sequences
read each run.


WEEK 20 MONDAY
Year 1 (Year 2)
FIRST READING Judges
2:11-19
The Lord raised up judges, yet they did not listen to them.
A reading from the Book of Judges
In those days: The sons of Israel did what
was evil in the sight of the LORD and served the Baals;
and they forsook the LORD, the God of their fathers, who had brought them out
of the land of Egypt; they went after other gods, from among the gods of the
peoples who were round about them, and bowed down to them; and they provoked
the LORD to anger. They forsook the LORD, and served the Baals
and the Ashtaroth. So the anger of the LORD was
kindled against
The word of the Lord
RESPONSORIAL PSALM Ps 106:34-35.36-37.39-40.43ab and 44
R. O Lord, remember us with the favour you show to your people.
They failed to destroy the peoples, as the
Lord had commanded them; instead they mingled with the nations, and learned to
act as they did.
R. O Lord, remember us with the favour you show to
your people.
They also served their idols, and these
became a snare to entrap them. They even offered their own sons and their
daughters in sacrifice to demons.
R. O Lord, remember us with the favour you show to
your people.
So they defiled themselves by their actions;
their deeds were those of a harlot. Then God’s anger blazed against his people;
he was filled with horror at his heritage.
R. O Lord, remember us with the favour you show to
your people.
Time after time he rescued them, but in their
malice they dared to defy him. In spite of this he paid heed to their distress,
so often as he heard their cry.
R. O Lord, remember us with the favour you show to
your people.
FIRST READING Ezekiel 24:15-24
“Thus shall Ezekiel be to you a sign; according to all that he has done you shall do.”
A reading from the Book of the Prophet Ezekiel
The word of the LORD came to me: "Son of man,
behold, I am about to take the delight of your eyes away from you at a stroke;
yet you shall not mourn or weep nor shall your tears run down. Sigh, but not
aloud; make no mourning for the dead. Bind on your turban, and put your shoes
on your feet; do not cover your lips, nor eat the bread of mourners." So I
spoke to the people in the morning, and at evening my wife died. And on the
next morning I did as I was commanded. And the people said to me, "Will
you not tell us what these things mean for us, that you are acting thus?"
Then I said to them, "The word of the LORD came to me: 'Say to the house
of Israel, Thus says the Lord GOD: Behold, I will profane my sanctuary, the
pride of your power, the delight of your eyes, and the desire of your soul; and
your sons and your daughters whom you left behind shall fall by the sword. And
you shall do as I have done; you shall not cover your lips, nor eat the bread
of mourners.   When this comes, then you will know that I am
the Lord GOD.'
The word of the Lord
RESPONSORIAL PSALM Dt 32:18-19.20.21 (R. see 18b)
R.
 The Lord saw it, and spurned them, because
of the provocation of his sons and his daughters.
R.

R.
They have stirred me to jealousy with what is
no god; they have provoked me with their idols.
R.
R. Alleluia. Blessed are the poor in spirit, for theirs is the kingdom of heaven. R. Alleluia.
GOSPEL Mt 19:16-22
“If you would be perfect, sell what you possess, and you will have treasure in heaven.”
A reading from the holy Gospel according to Matthew
At that time: Behold, one came up to Jesus,
saying, "Teacher, what good deed must I do, to have eternal life?"
And he said to him, "Why do you ask me about what is good? One there is
who is good. If you would enter life, keep the commandments." He said to
him, "Which?"  The young man said
to him, "All these I have observed; what do I still lack?" Jesus said
to him, "If you would be perfect, go, sell what you possess and give to
the poor, and you will have treasure in heaven; and come, follow me." When the young man heard this he went away sorrowful; for he had
great possessions.
The Gospel of the Lord


{% extends "layout.html" %} {% block content %}
Here is a playlist for you based on your calculated mood!


Master of Science in Computer Science
Georgia Institute of Technology
GPA: 4.0/4.0
Goldman Sachs
AT&T
Kaiser Permanente
Principal Financial Group
Application Development Intern
• Agile SAFe experience
• Implemented automated testing suite to existing web application
• Created Web App PTO submission tool to automate processes
Database Administer Intern
• Completed in house DB intake web application using APEX
• Provided database administer support for Click 2 Cloud databases
Fullstack Developer
• Developed survey tool from ground up for outpatient research
Sr. Specialist Cyber Security
• OpenCV, developed ALPR for mobile and AR applications
• Plate detection optimization from 5 seconds to near instantaneous (Haar Cascade Classifiers)
• Created peer to peer communication Android plugins for Unity.
Software Developer
• Architecture design focus on performance and optimization
• (Lead) RESTful services (+1MM annual savings in automation)
• SME legacy systems processing +30MM monthly


Money Play. Should Red redouble? If redoubled, should White take?
pips Red=127 White=100
(CorrectAnswer= 0/0, ErrorScore= 0)
This looks frightening for White but actually, it is a very easy take.
He is 27 pips in the race and any hit by White could see him win a gammon or redouble Red out.
There is meaningful duplication of Red’s 1’s and 3’s and if Red hits in the outfield White could create an anchor on Red’s 3-pt or 5-pt or win from there.
It is the double that is in question and XG has this right on the borderline. Basically, either not redoubling or redoubling is correct. Of course, if you think your opponent might drop the redouble (and there are many who would) then redouble with a confident air and expect to receive two points!
He is 27 pips in the race and any hit by White could see him win a gammon or redouble Red out.
There is meaningful duplication of Red’s 1’s and 3’s and if Red hits in the outfield White could create an anchor on Red’s 3-pt or 5-pt or win from there.
It is the double that is in question and XG has this right on the borderline. Basically, either not redoubling or redoubling is correct. Of course, if you think your opponent might drop the redouble (and there are many who would) then redouble with a confident air and expect to receive two points!
Cube analysis 2-ply cubeless equity +0.371 0.658 0.145 0.008 - 0.342 0.097 0.002 Cubeful equities: 1. No double +0.598 2. Double, pass +1.000 (+0.402) 3. Double, take +0.519 (-0.078) Proper cube action: No redouble, take (16.3%)


Badges
Primary Success Info Warning Danger
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This program allows the user to investigate Taylor Polynomials either by using common
series for sine, cosine, arctangent, base-e exponential or natural logarithmic functions.
Using this method, you can see the program build the approximating polynomial while you move
the slider. The default setting for the maximum number of terms in the polynomial is 20, but
you can set that higher. Computers can only calculate to about 68! so keep in mind that there
are limitations to how high you can set that maximum.
There is also a 'free input' mode where you can enter a function you like and any center point
and the approximating polynomials will be created on the fly. Keep in mind, that whatever you
set the maximum value for N is really important. The computer must calculate that many derivatives
before the program runs, so functions like sin(x), cos(x), log(x), e^x, and any polynomial are fine
for a setting of 20 or more derivatives because the derivatives are not intensive to calculate.
However, if you enter functions like atan(x), or sec(x) or any other functions where the derivatives
become increasingly more complex, you need to set maximum value of N down to a small number or else
the program will effectively crash while trying to perform that operation.
The recommended values of N for some functions are given below:
$\\arctan x$ : N = 6
$\\tan x$ : N = 12
$\\sec x$ : N = 10
In 'Free Input' mode, you can enter any value you want for the center point of the calculation. You
can also enter a calculation because this input gets evaluated before being used. So for instance,
you can enter pi/2, cos(pi) or ln(2) as your center point and the program will evaluate these for you.
You can toggle fullscreen mode with the 'Full Screen' button, which is recommended, and the graphing
window can be resized. The graph can be panned using a finger swipe, or holding shift while clicking
the mouse and dragging. You can zoom in using the mouse wheel, or by pinching with two fingers.
Make sure to click the 'Update' button after choosing a new function or changing the value of
N, as the program does not change automatically with new input.


Created by Dan Vatterott / @dvatterott
At Showtime, deriving data-driven insights about our customers required dedicated effort.
The data-science team built the data-pipeline so that these insights are instantly available to the entire business.
reveal.js comes with a few themes built in:
Black (default) -
White -
League -
Sky -
Beige -
Simple
Serif -
Blood -
Night -
Moon -
Solarized
function linkify( selector ) {
if( supports3DTransforms ) {
var nodes = document.querySelectorAll( selector );
for( var i = 0, len = nodes.length; i < len; i++ ) {
var node = nodes[i];
if( !node.className ) {
node.className += ' roll';
}
}
}
}
Code syntax highlighting courtesy of highlight.js.


| Overview | Module | Use | Devguide | Index |
| Services' Summary | Interfaces' Summary | Properties' Summary | Services' Details | Interfaces' Details | Properties' Details |
| service ServiceManager |
|
| Included Services - Summary | |
| MultiServiceFactory | This is a derived MultiServiceFactory service. |
| Exported Interfaces - Summary | |
| XComponent | Disposing of service manager. (details) |
| ::com::sun::star::container::XSet | Management of service factories. |
| ::com::sun::star::container::XContentEnumerationAccess | Enumeration of all service factories. (details) |
| ::com::sun::star::beans::XPropertySet | Property access. (details) |
| Properties' Summary | |
| ::com::sun::star::uno::XComponentContext DefaultContext |
[ OPTIONAL ] specifies the default component context to be used, if instanciating services via XMultiServiceFactory |
| Included Services - Details | |
MultiServiceFactory
|
| Exported Interfaces - Details | |
XComponent
|
|
::com::sun::star::container::XSet
|
|
::com::sun::star::container::XContentEnumerationAccess
|
|
::com::sun::star::beans::XPropertySet
|
| Properties' Details | |
DefaultContext
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Delta Environmental Consulting
Job description – Principal Consultant
11 December 2004 (more specific)
The Principal Consultant is expected to be widely skilled in the consulting profession. The skills required include:
- Ability to write clear reports for a variety of audiences
- Understanding of ecological processes and systems
- Experience in identification of both flora and fauna
- Ablity to provide input to public debate on environmental issues
- Post graduate educational qualifications in a biological or agricultural science field
- Educational qualifications in risk assessment, contaminated site assessment and management or ecotoxicology.
The principal consultant is responsible for the following:
Management system responsibilities
- Overall responsibility for writing and maintaining the Management System
- Management review and internal audit
- Resolution of Management System discrepancies
- Approval of the Management System documentation (including test methods and instructions)
- Documentation & change control (Management System documents)
- Identification of environmental aspects
- Identification of objectives and targets
Supervision of staff
- Training of other staff, or facilitation of staff training
- Development of appropriate laboratory and field testing methodologies
- Design of procedures for inspection and testing of equipment
- Allocation of staff to current tasks
- Review function for all project work undertaken by staff
Projects - obtaining new projects and delivery of contracted projects
- Quotation and proposal writing
- Control of contract documentation
- Project design control
- Control of equipment and materials allocated
- Undertaking laboratory and field testing
- Delivery of projects including field work, laboratory testing, public record analysis, legislative review, geographic and ecological analysis
- Report production, review and delivery
- Maintaining excellent client relations
Committee work
- Attend meetings and undertake committee work where expertise in coastal ecosystems is required
Supplies and stock
- Supplier selection & purchasing
- Order processing
- Control of stock
- Protection and preservation of stock
- Receiving inspection
Return to Management System Contents Page


SyntaxHighlighter supports older 1.5.1 version through a special file called shLegacy.js. For more information please see the docs.
package free.cafekiwi.gotapi;
package free.cafekiwi.gotapi;
package free.cafekiwi.gotapi;
package free.cafekiwi.gotapi;
package free.cafekiwi.gotapi;


java.lang.RuntimeException
and its subclasses) in the throws
clause of a method.
Declaration of unchecked exceptions are not required and may be deleted or moved to a Javadoc @throws
tag.
Example:
public class InvalidDataException extends RuntimeException {} class TextEditor { void readSettings() throws InvalidDataException {} // warning: Unchecked exception 'InvalidDataException' declared in 'throws' clause }


Customer Lifetime Value Calcualtion
- Customer Lifetime Value Prediction for Next 6 Months CLV Prediction enables us to see how the customers engage with the business, what this engagement brings to the businesses. In order to predict the future of customer engagement, each of them must be well understood.
-
How does CLV Prediction work?
Each customer's next purchase date is predicted for the next 6 months. According to their purchase amount per their order predicted purchase dates of amounts are also predicted. However, we are only involved by using this mythology, newcomers of the total purchase amount are also predicted individually. CLV Prediction processes are not executed per day. It is executed per week. Each week the clv predictions are calculated for the next 6 months. You probably see overlapping days on the line chart. This is because of the weekly prediction process. In addition to that, This overlapping also helps us to track the CLV Performance about comparing Actual and Predicted Total Payment Amount per day. -
How can Customer Lifetime Value Prediction for the Next 6 Months be read?
In a timeline, you probably see the daily total amount and predicted purchase amount per day. In that case, it is possible to see how well your business works. There are two main categorical data which are 'actual' and 'predicted'. Actual data is the total purchase amount per day. Predicted Data is the total predicted amount per day. -
CLV Predicted Next Week Customers of Segments of Total Purchase Amounts
This chart shows us the Predicted Customers of Segments. Their segments of % give us the idea of the business of growth.


{% extends "base.html" %} {% block title %}
Medieval catalogues > BENEDICTINES: THE SHORTER CATALOGUES > Reading > Catalogue, 1192
{% endif %}258 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


Timeline
In the year 1063, the alien Rick Sanchez arrived in our planet, bringing a message of peace.
Rick brought to us the wonders of electricity, made possible with the use of Gooble Boxes.
With Rick's departure in the year 1064, our way of life was forever changed.


General Election poll: Conservatives gain double-digit lead over Labour
by Stefan BosciaThe latest General Election polls show the Conservatives with strong double-digit leads over Labour, largely thanks to the Brexit Party’s decision not to contest hundreds of seats.
A Kantar poll released this morning has the Conservatives at 37 per cent, compared to Labour on 27 per cent, handing them a 10 per cent margin.
Read more: New poll shows that Labour’s attacks on the Tories are not working
Meanwhile, a Yougov poll released last night increased the Tories’ lead over Labour by one point to 14 per cent.
The poll – the first to take into account the Brexit Party’s decision not to run candidates in 317 Tory-held seats – saw the Brexit Party’s vote sink by five points to four per cent, with most people switching allegiances to the Conservatives.
The Tory party’s vote was up three points to 42 per cent, while Labour was on 28 per cent and the Lib Dems sat on 15 per cent.
It is the first Yougov poll to have the Tories above 40 per cent since February, when the Brexit Party launched.
The General Election poll’s results may pile pressure on Nigel Farage to pull the Brexit Party out of marginal Leave-voting seats in next month’s General Election.
Nigel Farage ally and Leave.EU patron Arron Banks said last night there was only “48 hours to save Brexit” by pulling candidates out of key Labour-held leave voting seats and clearing a path for a Conservative majority. Nominations for the election close tomorrow.
However, Farage poured cold water on the idea.
Read more: Boris Johnson’s election pledge: Let’s end Brexit groundhog day
“I’ve just gifted the Conservative Party nearly two dozen seats and I did it because I believe in Leave,” he told the BBC.
“Now if they believed in Leave what they would do is stand aside in some seats in Labour areas where the Conservative Party has not won for 100 years and will never win.”
Main image credit: Getty Images


We recently published an arcade management video game called Good Product Sorter. You can work at our humble factory here (link to itch.io)
Currently we are developing a 2D platform video game called Pappets. You can handle the threads of your customizable pappet here (link to itch.io)
Game Designer, Programmer
Game Designer, Music & Sound
2D Artist, 2D Animator
Programmer


Anim8or
Posted: Thu Dec 28, 2006 2:23 pm
For the modelers,
http://www.anim8or.com/main/index.html
I've dug up this incredibly complete software for 3d modeling and animation that I would like you to learn to use. It has an active user-base, many tutorials and--most importantly--I can write export scripts for it. This will allow me to write a script to take anything in there and export it to the .MDJ format, or another format which I create specifically for this project.
I hope this isn't too much trouble. I'm trying to put together an arsenel of free software with which we can attack this game content. There's bound to be more out there!
Karl
http://www.anim8or.com/main/index.html
I've dug up this incredibly complete software for 3d modeling and animation that I would like you to learn to use. It has an active user-base, many tutorials and--most importantly--I can write export scripts for it. This will allow me to write a script to take anything in there and export it to the .MDJ format, or another format which I create specifically for this project.
I hope this isn't too much trouble. I'm trying to put together an arsenel of free software with which we can attack this game content. There's bound to be more out there!
Karl


Bases: object
This class implements non-parametric kernel density estimation.
Methods
| run(X[, specs, nSamples, counts, a, bounds]) | Primary execution point. |
Primary execution point. Run either standard KDE or class-membership based KDE. If any of the class-membership based KDE arguments are set, it will be run instead of standard KDE.
| Parameters : | X : array_like
nSamples : int
specs : qikify.models.Specs, optional
counts : dict, optional
|
|---|
Bases: object
Methods
| constructS(X, gnd[, k, t, bLDA, bSelfConnected]) | |
| run(Xin, gnd) | Run Laplacian Score Feature Selection. |
| threshold(T_L) |
Run Laplacian Score Feature Selection.
Note
Eventually, it’d be nice to maintain col names with Xin so that we can add a plot method to plot scores vs. column names.
| Parameters : | Xin : array_like
gnd : array_like
|
|---|
Notes
This code is based on the definition from the paper [R1]:
| [R1] | He, X. and Cai, D. and Niyogi, P., “Laplacian Score for Feature Selection”, NIPS 2005. |
Bases: object
Ordinary least squares multivariate regression.
Methods
| JB() | Calculate residual skewness, kurtosis, and do the JB test for normality |
| computeStatistics() | |
| dw() | Calculates the Durbin-Waston statistic |
| ll() | Calculate model log-likelihood and two information criteria |
| omni() | Omnibus test for normality |
| train(X, y[, useQR, addConstant]) | Solve y = Xb. |
Bases: object
Qikify feature selection library. Doesn’t do much yet; right now only implements correlation coefficient-based feature selection.
Methods
| computeCorrCoefs(X, y) | Returns the correlation coefficients between X and y, |
| run(X, y[, n_features, intercept, method]) | Do feature selection on the basis of correlation coefficients. |
Returns the correlation coefficients between X and y, along with the arg-sorted indices of ranked most-correlated X-to-y vars.
Do feature selection on the basis of correlation coefficients.
| Parameters : | X : numpy array of shape [n_samples,n_features]
y : numpy array of shape [n_samples]
n_features : int, optional
intercept : bool, optional
method : string, optional
|
|---|---|
| Returns : | features : The X column indices to retain. |
Notes
We typically exclude the first column since it is the intercept all-constant column.
bilinear interpolation of z over 2d surface {x,y}


Numbersrebmun
问题描述 :
Anna and Bob are starting up a new high-tech company. Of course, one of their key considerations is choosing a good name for the company. Palindromes are cool. (A palindrome is a word that is the same when reversed, like the names of our two entrepreneurs.) They would really the name of their company to be a palindrome. Unfortunately, they cannot think of a nifty company name that is also a palindrome.
Maybe at least the telephone number of their company could be a palindrome. However, they really want their customers to be able to call them, so they want to choose the company name so that, when it is typed using the letters printed on a phone keypad, the result is also their phone number. (On a standard phone keypad, the following keys contain the corresponding letters: 2: ABC, 3: DEF, 4: GHI, 5: JKL, 6: MNO, 7: PQRS, 8: TUV, 9: WXYZ.)
Maybe at least the telephone number of their company could be a palindrome. However, they really want their customers to be able to call them, so they want to choose the company name so that, when it is typed using the letters printed on a phone keypad, the result is also their phone number. (On a standard phone keypad, the following keys contain the corresponding letters: 2: ABC, 3: DEF, 4: GHI, 5: JKL, 6: MNO, 7: PQRS, 8: TUV, 9: WXYZ.)
输入:
The first line of input contains a single integer, the number of lines to follow. Each following line contains a company name, which is a string of at most 20 letters, which may be either uppercase or lowercase.
输出:
The first line of input contains a single integer, the number of lines to follow. Each following line contains a company name, which is a string of at most 20 letters, which may be either uppercase or lowercase.
样例输入:
2 ANBOBNA iAmACoolCompany
样例输出:
YES NO
(adsbygoogle = window.adsbygoogle || []).push({});
一个疯婆子一个江湖骗子，美国人民不知道怎么选了
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Functions to calculate commonly used public health statistics and their confidence intervals using methods approved for use in the production of Public Health England indicators such as those presented via Fingertips (<http://fingertips.phe.org.uk/>). It provides functions for the generation of proportions, crude rates, means, directly standardised rates, indirectly standardised rates and standardised mortality ratios. Statistical methods are referenced in the following publications. Breslow NE, Day NE (1987) <doi:10.1002/sim.4780080614>. Dobson et al (1991) <doi:10.1002/sim.4780100317>. Armitage P, Berry G (2002) <doi:10.1002/9780470773666>. Wilson EB. (1927) <doi:10.1080/01621459.1927.10502953>. Altman DG et al (2000, ISBN: 978-0-727-91375-3).
| Version: | 1.0.8 |
| Depends: | R (≥ 3.1.0) |
| Imports: | dplyr, rlang |
| Suggests: | knitr, readxl, rmarkdown, RODBC, testthat |
| Published: | 2018-07-30 |
| Author: | Anderson Georgina [aut, cre], Fox Sebastian [ctb], Francis Matthew [ctb], Fryers Paul [ctb] |
| Maintainer: | Anderson Georgina <georgina.anderson at phe.gov.uk> |
| BugReports: | https://github.com/PublicHealthEngland/PHEindicatormethods/issues |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | PHEindicatormethods results |
| Reference manual: | PHEindicatormethods.pdf |
| Vignettes: |
Vignette for calculating DSRs for multiple geographies and time periods Introduction to PHEindicatormethods |
| Package source: | PHEindicatormethods_1.0.8.tar.gz |
| Windows binaries: | r-devel: PHEindicatormethods_1.0.8.zip, r-release: PHEindicatormethods_1.0.8.zip, r-oldrel: PHEindicatormethods_1.0.8.zip |
| OS X binaries: | r-release: PHEindicatormethods_1.0.8.tgz, r-oldrel: PHEindicatormethods_1.0.8.tgz |
Please use the canonical form https://CRAN.R-project.org/package=PHEindicatormethods to link to this page.


Python is fast enough for our site and allows us to produce maintainable features in record times, with a minimum of developers, said Cuong Do, Software Architect, –YouTube.com
Python plays a key role in our production pipeline. Without it a project the size of Star Wars: Episode II would have been very difficult to pull off. From crowd rendering to batch processing to compositing, Python binds all things together, said Tommy Burnette, Senior Technical Director, –Industrial Light & Magic
Python is everywhere at ILM. It's used to extend the capabilities of our applications, as well as providing the glue between them. Every CG image we create has involved Python somewhere in the process, said Philip Peterson, Principal Engineer, Research & Development, –Industrial Light & Magic
Python has been an important part of Google since the beginning, and remains so as the system grows and evolves. Today dozens of Google engineers use Python, and we're looking for more people with skills in this language. said Peter Norvig, director of search quality at –Google, Inc.
Journyx technology, from the source code of our software to the code that maintains our Web site and ASP sites, is entirely based on Python. It increases our speed of development and keeps us several steps ahead of competitors while remaining easy to read and use. It's as high level of a language as you can have without running into functionality problems. I estimate that Python makes our coders 10 times more productive than Java programmers, and 100 times more than C programmers. -- Curt Finch, CEO, –Journyx
IronPort email gateway appliances are used by the largest corporations and ISPs in the world. – Mark Peek, IronPort Systems.
Python enabled us to create –EVE Online, a massive multiplayer game, in record time. The EVE Online server cluster runs over 50,000 simultaneous players in a shared space simulation, most of which is created in Python. The flexibilities of Python have enabled us to quickly improve the game experience based on player feedback said Hilmar Veigar Petursson of –CCP Games
HomeGain maintains its commitment to continual improvement through rapid turnaround of new features and enhancements. Python supports this short time-to-market philosophy with concise, clear syntax and a powerful standard library. New development proceeds rapidly, and maintenance of existing code is straightforward and fast, said Geoff Gerrietts, Software Engineer, –HomeGain.com
Python makes us extremely productive, and makes maintaining a large and rapidly evolving codebase relatively simple, said Mark Shuttleworth.
I have the students learn Python in our undergraduate and graduate Semantic Web courses. Why? Because basically there's nothing else with the flexibility and as many web libraries, said Prof. James A. Hendler.
The travel industry is made up of a myriad supplier data feeds all of which are proprietary in some way and are constantly changing. Python repeatedly has allowed us to access, build and test our in-house communications with hundreds of travel suppliers around the world in a matter of days rather then the months it would have taken using other languages. Since adopting Python 2 years ago, Python has provided us with a measurable productivity gain that allows us to stay competitive in the online travel space, said Michael Engelhart, CTO of –EZTrip.com
Python in conjunction with PHP has repeatedly allowed us to develop fast and proficient applications that permit –Real Estate Agent .com to operate with minimal resources. Python is a critical part of our dynamically growing cluster directory of real estate agents. said Gadi Hus, Webmaster, –Volico Web Consulting
Like XML, scripting was extremely useful as both a mod tool and an internal development tool. If you don't have any need to expose code and algorithms in a simple and safe way to others, you can argue that providing a scripting language is not worth the effort. However, if you do have that need, as we did, scripting is a no brainer, and it makes complete sense to use a powerful, documented, cross-platform standard such as Python. -- Mustafa Thamer of Firaxis Games, talking about Civilization IV. Quoted on page 18 of the August 2005 –Game Developer Magazine


Model Definition and Runtime Type Checking for JavaScript
var User = new Model({
name: String,
female: Boolean,
birth: Date
});
var joe = new User({ name: "Joe", female: false, birth: 1986 });
TypeError: expecting birth to be Date, got Number 1986
A recurring criticism of JavaScript is that it is a weakly typed language. The lack of strong typing is still responsible for numerous bugs in web applications. As an attempt to get rid of these issues, new typed languages that compile to JavaScript have been invented, like TypeScript from Microsoft. We also have static analysis tools like Flow from Facebook. These solutions bring static typing, which means that it only validate your code at build time, not runtime. Once compiled in JavaScript and run in the browser, there is no longer any guarantee that the variables you are working with have the right type.
From my own experience, static typing is insufficient to prevent most of bugs caused by type errors. This is because as part of JavaScript applications, we rely heavily on unreliable data sources: user inputs, web services, server-side rendering, browser built-ins, external dependencies, CDN... Static typing can not check the validity of this content since it is retrieved at runtime. For the same reason, developers usually face more type errors with this kind of data compared to their code variables that are under their control.
That's why Object Model is about strong dynamic type checking: it aims to get this type validation at runtime without requiring a new language or a compilation step. Whenever a property of your model is modified, the whole model is validated against its typed definition. This allows you to identify a problem much more quickly thanks to the generated exceptions. Object Model is also very easy to master: no new language to learn, no new tools, no compilation step, just a minimalist and intuitive API in a micro-library.
Validating at runtime also brings other benefits : you can define your own types, and use them in complex model definitions with custom assertions and more specific tests that can even change depending on your application state. Actually it goes much further than just type safety. Go on and see for yourself.
Many features, hopefully neither too much nor too few:
This library has been unit tested on latest versions of Chrome, Firefox and Edge, on Internet Explorer 11, Opera 20, and Safari 5.1. It should work on any browser implementing ECMAScript 5 specifications. If you find a fairly recent browser on which the tests do not pass, please post a Github issue and I will try to add support for it.
Support for IE < 11 had to be dropped in v2 because it required many hacks and was holding back other browsers. The latest version supporting IE9-10 is v1.1.5.
Note: You are currently on v1 documentation. The latest documentation is available here.
npm install objectmodel@1
Possible changes under consideration:
You can report bugs and contribute to the project on the GitHub repository.
Model
is the library namespace and the constructor function for Models. It takes as an argument a model definition, and returns a model constructor. Basic model constructor validate the argument passed against the model definition, and return the validated value.
var NumberModel = Model(Number);
// 'new' keyword is always optional
var x = NumberModel("42");
TypeError: expecting Number, got String "42"
Object models validate nested object properties against a definition tree. You may consider them as definitions of classes with advanced validation options. They provide automatic validation at initial and future assignments of the properties of the instance objects.
var Order = new Model({ // or Model.Object
product: {
name: String,
quantity: Number,
},
orderDate: Date
});
var myOrder = new Order({ product: { name: "Apple Pie", quantity: 1 }, orderDate: new Date() }); myOrder.product.quantity = 2; // no exceptions thrown myOrder.product.quantity = false; //try to assign a Boolean
TypeError: expecting product.quantity to be Number, got Boolean false
By default, model properties are mandatory. That means all properties defined are required on instance declaration, otherwise an exception will be raised. But you can specify a property to be optional by using the bracket notation, borrowed from the JSDoc specification:
var User = Model({
email: String, // mandatory
name: [String] // optional
});
var stan = User({ email<EMAIL_ADDRESS>}); // no exceptions var roger = User({ name: "Roger" }); // email is mandatory
TypeError: expecting email to be String, got undefined
Several valid types can be specified for one property, aka union types. So optional properties are actually union types between the original type and the values undefined
and null
. To declare an optional union type, add undefined
to the list.
var Animation = new Model({
delay: [Number, String], // can be a Number or a String
easing: [Boolean, String, undefined]
// optional property which can be a Boolean or a String
});
var opening = new Animation({ delay: 300 }); // easing is optional opening.delay = "fast"; // String is a valid type opening.delay = null;
TypeError: expecting delay to be Number or String, got null
opening.easing = true; // Boolean is a valid type opening.easing = 1;
TypeError: expecting easing to be Boolean or String or undefined, got Number 1
Instead of types, values can be specified for model properties. The property value must match the model one. If a regular expression is passed, the value must match it. Use brackets notation for value enumerations. Note that values and types can be mixed for one property.
var Shirt = new Model({
// the only acceptable value is "clothes"
category: "clothes",
// valid values: 38, 42, "S", "M", "L", "XL", "XXL"...
size: [Number, "M", /^X{0,2}[SL]$/],
// valid values: "black", "#FF0000", undefined...
color: ["black","white", new RegExp("^#([A-F0-9]{6})$"), undefined]
});
When you want to traverse nested objects, you always have to worry about the null pointer exception. Some languages such as Groovy have a safe navigation operator represented by ?.
to safely navigate through potential null references. In JavaScript, there is no such solution so you have to manually check for undefined/null
values at each level of the object. But within an Object Model, declared properties are null-safe for traversal: every instance complete its structure with undefined properties according to the model definition.
var Config = new Model({
local: {
time: {
format: ["12h","24h", undefined]
}
}
});
var config = { local: undefined }; // object duck typed
var model_config = Config(config); // object model
if(config.local.time.format === "12h"){ hour %= 12; }
TypeError: Cannot read property 'time' of undefined
// so to prevent this exception, we have to check this way: if(config != null && config.local != null && config.local.time != null && config.local.time.format === "12h"){ hour %= 12; } // with object models, no worries :) if(model_config.local.time.format === "12h"){ hour %= 12; } // model_config.local.time.format returns undefined
To specify default values for some properties of your model, put them in the model prototype. You can also use the defaults
method as a shorthand for setting all the default values at once. If these are not defined at object instanciation, their default value will be assigned.
var FileInfo = Model({
name: String,
size: [Number],
creationDate: [Date],
writable: Boolean
}).defaults({
name: "Untitled file",
size: 0,
writable: true
});
var file = new FileInfo({ writable: false });
file.name; // name is mandatory but a default value was passed
"Untitled file"
file.size; // size is optional, but the default value still apply
0
file.creationDate; // no default value was passed for this property
undefined
file.writable; // passed value overrides default value
false
Object.keys(file);
["name","size","creationDate","writable"]
Models declared can also be used for type checking, so you can compose structures of objects. Note that the sub-models do not necessarily need to be instantiated through the model constructor to be considered valid: only the definition of the sub-model must be respected. This is called duck typing, which can be summarized as "If it looks like a duck and quacks like a duck, then it's a duck". This naive approach is much more flexible and allows you, for example, to parse composed objects from JSON in one step.
var Person = Model({
name: String,
age: [Number]
});
var Lovers = Model({
man: Person,
woman: Person
});
var joe = { name: "Joe", age: 42 };
var ann = new Person({
name: joe.name + "'s wife",
age: joe.age - 5
});
var joe_and_ann = Lovers({
man: joe, // object duck typed
woman: ann // object model
});
Extensions create new models based on existing model definitions. You can declare new properties or modify previous ones. Therefore, it is an easy way to reproduce subtyping and class inheritance.
var Person = Model({
name: String,
female: Boolean
});
var Mother = Person.extend({
female: true,
child: Person
});
var joe = new Person({ name: "Joe", female: false }); var ann = new Person({ name: "Joe's wife", female: true }); var joanna = new Person({ name: "Joe's daughter", female: true }); ann.child = joanna; ann = Mother(ann); // cast ann to Mother model Mother.test(ann) && Person.test(ann)
true
joe = Mother(joe); // try to cast joe to Mother model
TypeError: expecting female to be true, got Boolean false expecting child to be { name: String, female: Boolean }, got undefined
But it goes further: you can do multiple inheritance and mix any number of parent models definitions and assertions. If some properties have the same name, those of the last object overrides the others.
var Client = Person.extend(User, Order, { store: String }); Client.prototype.sendConfirmationMail = function(){ return this.email + ": Dear " + this.name + ", thank you for ordering " + this.product.quantity + " " + this.product.name + " on " + this.store; }; Object.keys(Client.definition);
["name", "female", "email", "product", "orderDate", "store"]
var joe = new Client({ name: "Joe", female: false, email<EMAIL_ADDRESS>product: { name: "diapers", quantity: 100 }, orderDate: new Date(), store: "daddy.net" }); joe.sendConfirmationMail();
<EMAIL_ADDRESS>Dear Joe, thank you for ordering 100 diapers on daddy.net
You can add to your models any number of assertions that are custom test functions applied on the values of instances of the model. For example, we have this weird behaviour in JavaScript that makes NaN
and Infinity
considered as Number, which is probably not what you want. Just add Number.isFinite
as an assertion to get rid of them.
var Integer = Model(Number)
.assert(Number.isFinite)
.assert(Number.isInteger, "should be an integer");
function isPrime(n) {
for (var i=2, m=Math.sqrt(n); i <= m ; i++){
if(n%i === 0) return false;
}
return n > 1;
}
var PrimeNumber = Integer.extend().assert(isPrime);
// extend to not add isPrime assertion to the Integer model
Integer(Math.sqrt(1));
1
Integer(Math.sqrt(2));
TypeError: assertion failed: should be an integer
PrimeNumber(83);
83
PrimeNumber(87);
TypeError: assertion failed: isPrime
Some variable naming conventions are commonly used in JavaScript. For example, a leading underscore is used to specify a _private variable which should not be used outside its class methods. Also, constants are often in ALL_CAPS. Model definitions follow these conventions by making _underscored properties not enumerable and CAPITALIZED properties not writable.
var Circle = Model({
radius: Number, // public
_diameter: [Number], // private
UNIT: ["px","cm","mm"], // constant
_ID: [Number], // private and constant
});
var c = new Circle({ radius: 120, UNIT: "px", _ID: 1 }); c.radius = 100; c.UNIT = "cm";
TypeError: cannot redefine constant UNIT
Object.keys(c); // private variables are not enumerated
["radius", "UNIT"]
You can modify or remove these conventions by overriding Model.conventionForPrivate
and Model.conventionForConstant
functions.
Array models validate the array elements types. All the validation options for object models are also available for array model elements: type/value checking, optional properties, union types, enumerations, assertions...
var Family = Model({
father: Father,
mother: Mother,
children: Model.Array(Person), // array of Persons
grandparents: [Model.Array([Mother, Father])]
// optional array of Mothers or Fathers
});
var joefamily = new Family({ father: joe, mother: ann, children: [joanna, "dog"] });
TypeError: expecting Array[1] to be { name: String, female: Boolean }, got String "dog"
The validation is done on initial array elements passed to the model constructor, then on new elements added or modified afterwards.
Note that for browsers which do not support ES6 proxies, if you expand the array by storing an element at an index greater than the current array length (which is commonly considered as a bad practice), the new element and model assertions may not be validated. Use a mutator method like push
or splice
instead.
var Cards = Model.Array([Number, "J","Q","K"]);
var Hand = Cards.extend("Joker").assert(function(cards){
return cards.length === 2;
}, "should have two cards");
// Hand is an array of 2 Numbers, J, Q, K or Joker
var myHand = Hand( [7, "Joker"] ); myHand[2] = "K"; // may not trigger validation this way myHand.push("K"); // use this instead
TypeError: assertion failed: should have two cards
Function models provide validation on input (arguments) and output (return value). All the validation options for Object models are also available for Function models. The arguments passed to Model.Function
are the types of the arguments the function will receive. The defaults
method of Function models let you specify default values for missing arguments at call. Finally, the return
method is used to specify the type of the function return value.
var Calculator = Model.Function(Number, ["+","-","*","/"], Number)
.defaults(0, "+", 1)
.return(Number);
var calc = new Calculator(function(a, operator, b){ return eval(a + operator + b); }); calc(3, "+"); // use default value for 3rd argument
4
calc(6, "*", null);
TypeError: expecting arguments[2] to be Number, got null
To declare methods with classical JavaScript OOP programming, functions are declared in the constructor's prototype
. You can do the same with instances of function models. Another option is to declare function models in the model definition, then use the defaults
method of the object model to set the implementation in the prototype as well. See the 'Default values' section. The difference is that all the properties in the model definition are required for an object to be considered suitable for the model. In the following example, an object must have a function sayMyName
to be valid as a Person, while the function greet
is not mandatory.
var Person = Model({
name: String,
age: Number,
// function without arguments returning a String
sayMyName: Model.Function().return(String)
}).defaults({
sayMyName: function(){
return "my name is " + this.name;
}
});
// takes one argument of type Person, returns a String
var greetFnModel = Model.Function(Person).return(String);
Person.prototype.greet = greetFnModel(function(otherguy){
return "Hello "+ otherguy.name + ", " + this.sayMyName();
});
var joe = new Person({ name: "Joe", age: 28 }); var ann = new Person({ name: "Ann", age: 23 }); joe.sayMyName();
my name is Joe
joe.greet(ann);
Hello Ann, my name is Joe
joe.greet("dog");
TypeError: expecting arguments[0] to be { name: String, age: Number, sayMyName: Model.Function().return(String) }, got String "dog"
By default, validation errors are collected every time a model instance is created or modified, and thrown as TypeError
exceptions with a message describing all the errors found. It it possible to change this behaviour and add your own error collectors. For example, you may want to notify the user that an error occurred, or send the information to your server for error tracking on production.
You can change the error collector globally (Model.prototype.errorCollector
), individually by model (myModel.errorCollector
), or just once with validate(obj, myErrorCollector)
. Error collectors are functions called with an array of all the errors collected during the last model creation or modification. Every error is an object with these properties:
message
: a message describing all the errors caughtexpected
]: the expected type definition (when suitable)received
]: the received value, to compare to the expected (when suitable)path
]: the path where the error occurred in an object model definition (when suitable)var Student = Model({ name: String, course: [ "math","english","history" ], grade: Number }).assert(function(stu){ return stu.grade >= 60 }, "should at least get 60 to validate semester") Model.prototype.errorCollector = function(errors){ console.log("Global error collector caught these errors:"); errors.forEach(function(error){ console.dir(error); }); }; new Student({ name: "Joanna", course: "sleep", grade: 0 });
Global error collector caught these errors: { message: 'expecting course to be "math" or "english" or "history", got String "sleep"' path: "course" expected: ["math","english","history"] received: "sleep" } { message: "assertion failed: should at least get 60 to validate semester" }
Student.errorCollector = function(errors){ console.log("Student model error collector caught these errors:"); errors.forEach(function(error){ console.dir(error); }); }; new Student({ name: "Joanna", course: "math", grade: 50 });
Student model collector caught these errors: { message: "assertion failed: should at least get 60 to validate semester" }
Student.validate({ name: "Joanna", course: "cheating", grade: 90 }, function(errors){ console.log("This specific error collector caught these errors:"); errors.forEach(function(error){ console.dir(error); }); });
This specific error collector caught these errors: { message: 'expecting course to be "math" or "english" or "history", got String "cheating"' path: "course" expected: ["math","english","history","science"] received: "cheating" }
Model(definition)
Model.Object(definition)
Model.Array(itemDefinition)
Model.Function(definitionArgument1, definitionArgument2, ...)
function(variableName)
function(variableName)
model.definition
model.assertions
model.errorCollector = function(errors){ ... }
model.extend(...otherDefinitions)
model.assert(assertion, [description])
true
to validate the instance.model.validate(object, [errorCollector])
model.test(object)
true
if the object passed validates the model definition, without necessarily being instantiated through the model constructor (a.k.a. duck-typing).objectModel.defaults(defaultValuesObject)
functionModel.defaults(defaultValueArgument1, defaultValueArgument2, ...)
functionModel.return(returnValueDefinition)
Here are some models that you may find useful. These are not included in the library, so pick what you need or get them all from here
To get dynamic type validation, Object models have to override properties setters so that each assignment passes through a function that acts as a proxy. This has a cost, especially on old browsers. Therefore, it is not advisable to use object models in performance-critical parts of your applications. In particular, Array models and circular references in models have the most impact on performance. But in general, the loss of time does not exceed a few milliseconds and is quite negligible.
The easiest way is to declare this function as a property of your model constructor, then use it to instanciate your models instead of the model constructor itself:
var User = Model.Object({
firstName: String,
lastName: String,
fullName: String
});
User.create = function(properties){
properties.fullName = properties.firstName + " " + properties.lastName;
return new User(properties);
};
var joe = User.create({ firstName: "Joe", lastName: "Dalton" });
If this instance has been properly instantiated with the model constructor, you can retrieve a reference to this model through Object.getPrototypeOf(instance).constructor
. This is useful to get the property type of an instance attribute for example.
var User = Model({ name: String }),
joe = User({ name: "Joe" });
var modelOfJoe = Object.getPrototypeOf(joe).constructor;
// modelOfJoe === User
// modelOfJoe.definition.name === String
You can't refer to a model constructor or model instance that is not yet defined, so you have to update the definition afterwards:
var Honey = Model({
sweetie: undefined // Sweetie is not yet defined
});
var Sweetie = Model({
honey: Honey
});
Honey.definition.sweetie = [Sweetie];
var joe = Honey({ sweetie: undefined }); // ann is not yet defined
var ann = Sweetie({ honey: joe });
joe.sweetie = ann;
This feature is not built-in so that we can make room later for ES6 Maps, which are made for that job. But it is quite easy to get this kind of model using an assertion. Note that any new keys added to the map afterwards will not trigger validation, as they are not part of the model definition. You will have to call YourMapModel.validate(map)
manually.
Model.ObjectMap = function(valueType){ var valueModel = Model(valueType); return Model({}).assert(function checkValueTypes(map){ return Object.keys(map).every(function(key){ return valueModel.test(map[key]); }); }); } var REGEX_MMDDYYYY = /^(1[0-2]|0[1-9])/(3[01]|[12][0-9]|0[1-9])/[0-9]{4}$/; var BirthdayList = Model.ObjectMap([Date, REGEX_MMDDYYYY]); var friendsBirthday = BirthdayList({ "Joe": new Date(1985,6,3), "Jim": "02/22/1987", "Jack": null });
TypeError: assertion failed: checkValueTypes
Please check the documentation twice, then open an issue on the Github repository


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NYBGand
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No.
8019
Nyctaglracese-Oleaceae
Haenianthus
salicifolius
Griseb.
var
obovatus
det.
B.
Boom
1990
(Krug
&
Urban)
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Caribbean
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Yunque,
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road
near
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Rican
Parrot
Research
Station.
18ˇ17'N,
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forest.
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Level of confidence that token is an accurately-transcribed word
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nips nips2009 nips2009-11 nips2009-11-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Yao-liang Yu, Yuxi Li, Dale Schuurmans, Csaba Szepesvári
Abstract: Surjectivity of linear projections between distribution families with ﬁxed mean and covariance (regardless of dimension) is re-derived by a new proof. We further extend this property to distribution families that respect additional constraints, such as symmetry, unimodality and log-concavity. By combining our results with classic univariate inequalities, we provide new worst-case analyses for natural risk criteria arising in classiﬁcation, optimization, portfolio selection and Markov decision processes. 1
[1] R. Jagannathan. “Minimax procedure for a class of linear programs under uncertainty”. Operations Research, vol. 25(1):pp. 173–177, 1977.
[2] Gert R.G. Lanckriet, Laurent El Ghaoui, Chiranjib Bhattacharyya and Michael I. Jordan. “A robust minimax approach to classiﬁcation”. Journal of Machine Learning Research, vol. 03:pp. 555–582, 2002.
[3] G.C.Calaﬁore and Laurent El Ghaoui. “On distributionally robust chance-constrained linear programs”. Journal of Optimization Theory and Applications, vol. 130(1):pp. 1–22, 2006.
[4] Laurent El Ghaoui, Maksim Oks and Francois Oustry. “Worst-case value-at-risk and robust portfolio optimization: a conic programming approach”. Operations Research, vol. 51(4):pp. 542–556, 2003.
[5] Shu-Shang Zhu and Masao Fukushima. “Worst-case conditional value-at-risk with application to robust portfolio management”. Operations Research, vol. 57(5):pp. 1155–1168, 2009.
[6] Ioana Popescu. “Robust mean-covariance solutions for stochastic optimization”. Operations Research, vol. 55(1):pp. 98–112, 2007.
[7] Andr´ s Pr´ kopa. Stochastic Programming. Springer, 1995. a e
[8] Erick Delage and Shie Mannor. “Percentile optimization for Markov decision processes with parameter uncertainty”. Operations Research, to appear 2009.
[9] Li Chen, Simai He and Shuzhong Zhang. “Tight Bounds for Some Risk Measures, with Applications to Robust Portfolio Selection”. Tech. rep., Department of Systerms Engineering and Engineering Management, The Chinese University of Hongkong, 2009.
[10] Sudhakar Dharmadhikari and Kumar Joag-Dev. Unimodality, Convexity, and Applications. Academic Press, 1988.
[11] Dimitris Bertsimas and Ioana Popescu. “Optimal inequalities in probability theory a convex optimization approach”. SIAM Journal on Optimization, vol. 15(3):pp. 780–804, 2005.
[12] Albert W. Marshall and Ingram Olkin. “Multivariate Chebyshev inequalities”. Annals of Mathematical Statistics, vol. 31(4):pp. 1001–1014, 1960.
[13] Ioana Popescu. “A semideﬁnite programming approach to optimal moment bounds for convex classes of distributions”. Mathematics of Operations Research, vol. 30(3):pp. 632–657, 2005.
[14] R. Tyrrell Rockafellar and Stanislav Uryasev. “Optimization of conditional value-at-risk”. Journal of Risk, vol. 2(3):pp. 493–517, 2000.
[15] Ky Fan. “Minimax Theorems”. vol. 39(1):pp. 42–47, 1953. Proceedings of the National Academy of Sciences,
[16] Akiko Takeda and Masashi Sugiyama. “ν-support vector machine as conditional value-at-risk minimization”. In Proceedings of the 25th International Conference on Machine Learning, pp. 1056–1063. 2008.
[17] John Shawe-Taylor and Nello Cristianini. “Estimating the moments of a random vector with applications”. In Proceedings of GRETSI 2003 Conference, pp. 47–52. 2003. 9


Detects when compiler will throw unexpected parenthesis. If you are making a function call, do not insert spaces
in between the function name and the opening parentheses.
.
Function calls with space between the function name and the parentheses cannot distinguish between function calls
with parentheses, but with an accidental space before the (
and function calls without parentheses where
the first positional argument is in parentheses.
Empty Parentheses
function ()
To fix the ambiguity remove the space or add outer parentheses without the space if the first argument should be
()
:
# extra space, no arguments to function
function()
# first argument is `()`
function(())
Keywords in Parentheses
function (key: value)
Keywords inside parentheses is not valid, so the only way to fix this is to remove the space
function(key: value)
Positional arguments in Parentheses
function (first_positional, second_positional)
A list of positional arguments in parentheses is not valid, so the only way to fix this is to remove the space
function(first_positional, second_positional)


Demos:
Player vs. Computer
Computer vs. Computer
Player vs. Player
Player vs. Random
Random vs. Random


You Are Lost!
Something has gone terribly wrong.  Perhaps you are from the future and you were looking for a page that I have not yet created. Maybe, and perhaps more likely, I failed to update an old link. Whatever the reason, take a moment to enjoy a relaxing 11-second video.
deep breaths..
[eleven seconds later]
Okay, now that you feel better, use the handy navigation bar to get back to the present day website pages.


Excl: Stan Lee meant to have much larger cameo in Jay And Silent Bob Reboot
Jason Mewes has revealed Stan Lee was set to make a much larger dent in the Jay And Silent Bob Reboot film, before he sadly died a year ago.
Kevin Smith had interviewed Lee at Comic-Con in 2017 and recruited the Marvel legend to ‘audition’ for the latest film in the Askewniverse created by Smith.
Not spoiling the flick for punters keen to check it out in cinemas, Lee does make a very small cameo based on this two-year-old interaction, but Mewes – who plays cheeky, capped Jay in the franchise – insisted Lee’s role was to be more.
‘Yes, much bigger, actually. I don’t know if I’m allowed to say the part,’ Mewes tells Metro.co.uk ahead of the film’s release.
Advertisement Advertisement
‘There was definitely a big…’ he trails off before he continues: ‘When he was interviewed, [Smith] was writing the script and he’d written a much bigger part for him.
‘It’s a shame. The first time I saw that…I had seen it but not cut together with the movie and having it all together like that and he popped up – I started tearing up for sure.’
The Reboot marks the first time we’ve seen the duo of Jay and Silent Bob (Smith, who also wrote and directed the film) since 2006’s Clerks II and while we’ve been champing at the bit for another injection from these two, they’ve brought along all their mates – and some newcomers too.
While there is a big hole left by Lee, the likes of Chris Hemsworth, Matt Damon, Ben Affleck, Craig Robinson and Jason Lee all make appearances.
Oh, also Joe Manganiello, Jason Biggs, James Van Der Beek, Fred Armisen and Justin Long.
That’s only scratching the surface.
From the first flick of Clerks back in 1994 to 95’s Mallrats we’ve seen an A-list roll call of stars dip in and out of the franchise created by powerhouse Smith.
With this year’s Reboot bringing the band back together, so to speak, does Mewes think the flick would have been made if not everyone was keen to revisit their famous characters?
Advertisement Advertisement
‘I don’t know what [Smith] had planned…’ he says of the backup if, say, Affleck and Damon said no, as he adds: ‘I don’t think those two were key, but Shannon Elizabeth (who plays Justice) totally was key so I don’t know what the plan was for that if that didn’t work out.
‘He might have had a plan B and I’m sure he did. We’ve never talked about it. The hope was [everyone would say yes], anyway.’
When it came to potential rejections from famous cameos, apparently everyone was on board.
Because who says no to Kevin Smith and Jay And Silent Bob?
‘No, I think pretty much everyone…of course you know one person who was super busy because now there’s tonnes of Star Wars, but Cocknocker in the original was Mark Hamill,’ Mewes says.
‘I’m sure we would have wanted him back to play Cocknocker.’
Same.
Jay And Silent Bob Reboot is in UK cinemas 29 November.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


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Growing up, I never drank soda, or even ate much chocolate, so I think my body was a little bit surprised to find caffeine in its system last summer. I tried a medimm sized cup - aside from warming me up on a cold day, it was miserable. I was lightheaded/dizzy, felt like I was floating, couldn't really talk, and the nervousness of the whole thing made my heart race. I liked the idea of coffee, because i'm stupid, so I kept drinking it in the mornings before work, thsi time sticking to a smaller size.
By the time I went back to school in August (about a month later) I still hadn't graduated to a larger size and kept drinking the smalls. After a few weeks of school though the work would pile up and I got stressed, and my heart would race to the point where I would literally be bouncing around the quad, talking fast, and chain smoking. God cigarettes are good with coffee, took me long enough to catch on! I would 'race' for a few hours, then crash and sleep for about 3, a nap I guess.
I then went abroad to London where the coffee is stronger - and to think I can't drive on a half a cup of starbucks. I quit after a month, I can't handle caffeine I guess. I will seriously stay up all night from one cup that I had at 4pm. Also, I noticed that I sweat more when I work out after drinking a cup. While I do well running using other machines, etc, I can just feel in my body that it's not healthy. True I do other unhealthy things (I smoke, eat badly, do other drugs) but I try to do them smartly. And working out on caffeine is not smart.
i've learned a lot about myself though - that my heart is just not cut out for uppers. It pounds way too much. Many people at my school do cocaine, and I'll admit it's tempting.   But since I've lived so long without it before, I don't see why I need it now.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


By the Gateway forwarder I get on the screen direct from the RasperyPi the List whit every 5 minits
root@oemgateway:~# python /root/oem_gateway/oemgateway.py --config-file /boot/oemgateway.conf
2013-11-07 13:57:18,102 INFO Logging level set to DEBUG
2013-11-07 13:57:18,106 INFO Opening gateway...
2013-11-07 13:57:18,109 INFO Creating buffer emoncms_local
2013-11-07 13:57:18,114 INFO Creating buffer emoncms_remote
2013-11-07 13:57:18,119 INFO Creating listener RFM2Pi
2013-11-07 13:57:18,123 DEBUG Opening serial port: /dev/ttyAMA0
2013-11-07 13:57:18,128 INFO Setting send time interval to 300
2013-11-07 13:57:18,131 INFO Setting RFM2Pi | frequency: 8
2013-11-07 13:57:19,136 INFO Setting RFM2Pi | sgroup: 210
2013-11-07 13:57:20,141 INFO Setting RFM2Pi | baseid: 15
2013-11-07 13:57:21,145 INFO Creating listener Socket
2013-11-07 13:57:21,149 DEBUG Opening socket on port 50011
2013-11-07 13:57:21,154 ERROR [Errno 98] Address already in use
2013-11-07 13:57:21,157 ERROR Could not open port 50011
2013-11-07 13:57:21,182 DEBUG Broadcasting time: 13:57
2013-11-07 13:57:21,389 INFO Serial RX: -> 4 b
2013-11-07 14:00:58,493 INFO Serial RX: > 0s
2013-11-07 14:02:21,196 DEBUG Broadcasting time: 14:2
2013-11-07 14:02:21,403 INFO Serial RX: -> 4 b
I see port 50011 is not open. How can I see how that is come and how can I resolve it.
Re: Incorrect remote server details port 50011 not open
I don't know the oemgateway.conf shipped with the SD card, but did you edit it to fit your needs ? I mean did you go through the steps of customizing this file ?
Unless you have a specific use case for it, the socket listener is not needed. It appears in the default config file as an example, but if you don't need it, you might as well comment or remove it.
It is meant to listen to another program for data. Another program that you would have created for that. If this is unclear to you, then you don't need it.
The port is already open. It means a program already uses this port. If you actually need this feature, you can pick any other open port. Just make sure the program that writes to that port uses the same port number.
My guess is
- you don't need this socket listener and you should remove it from the config file
- the other program using the socket is another instance of the gateway, still running
Re: Incorrect remote server details port 50011 not open
Hello Jerome, thanks for the response.
I become quit frustrated whit all of this.
I have now 2 EmonTX, 2 Raspberry and several SD carts and 2 PC
Whatever I do I become every time when I log in the mark Incorrect remote server details
Problem is I get no active inputs, even when I use the Ready-to-go-image or the Rock-solid-gateway image.
Here a copy of the screen.
RFM12 to Pi interface script is up and running
RaspberryPi API Help
Raspberry Pi
Raspberry Pi connected to emoncms user account:
Select frequency to match RFM12B module:
433Mhz 868Mhz 915Mhz 868
Network Group: (210 default, 1-212) 210
RFM12Pi node ID: (15 default, 15-17) 15
Broadcast time to synchronize emonGLCD
Time sending interval (s): (default 0 = never) 0
Forward data to remote emoncms server
Protocol http://
Domain name emoncms.org
Path to emoncms /
Write apikey your apikey
Incorrect remote server details
Save
I tried to put in the Apikey that is displayed in the help screen but also that give no result.
I read that this in a local host approach not necessary, also I read that the inputs should come automatic.
What I’m doing wrong or am I forgetting something?
Regards Frans
Re: Incorrect remote server details port 50011 not open
by the way, i configurate the oemgataway.conf whit Putty.
the screen above is from a new written (Latest: emoncmspiv5avr0205_13.zip (770.9MB) )
Frans
Re: Incorrect remote server details port 50011 not open
Hi ,
I have the same error as you.
What did you do to make it work ?
Thanks,


Community Development in Exmouth, Western Australia, 1986-2016.
Capstone Project, University of Nebraska-Lincoln. Presented to UNL Graduate Committee: November 6, 2016.
Location: Exmouth Western Australia.
Key Lessons:
The community experienced a socio-economic shift in the 1990s and early 2000s from a defense-centric community to an eco-tourism hotspot.
Community Development programs are largely funded by the state government.
Eco-tourism is a growing sector in Western Australia but has roots on the Northwest Cape since the 1960s.
Future growth is expected to be dependent on diversifying the economy, promoting Exmouth and the Ningaloo Reef as a global tourism destination, and improving and updating the local infastructure and services.
Technology and Skills Utilized:
ArcMap 10.5
Adobe Photoshop
Microsoft Office: Excel, Word, PowerPoint
UNL Capstone, Final Report.
UNL Capstone, Presentation Slides.


Meeting Details
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---
layout: page
title: Lucy Tennyson
yoga teacher
hero_image: /assets/images/header-sea.jpg
hero_darken: false
---
For information about yoga classes in Abingdon and on Zoom, read on ....
ABINGDON YOGA : Gentle and accessible yoga for all levels, all ages!
I teach in a softer 'hatha' style to suit all ages and levels of fitness, and welcome beginners. I have been teaching yoga in Abingdon for 12 years, and more recently online using Zoom. My studio based classes are often full, as limited to eight spaces, but please do get in touch, in case I have a drop-in space available.
From Wednesday July 19th we will be practising in the beautiful garden at St Ethelwolds on Mondays at 2pm and Wednesdays 6pm. Just come along whenever you can, no need to book, cost £10.
The following timetable will run from September 2023:
Monday 2 - 3.15pm Afternoon yoga (slow) in the Sanctuary at St Ethelwolds, Abingdon
6 - 7pm Hatha flow (all levels) online Zoom.
Wednesday two evenings classes in the Sanctuary, St Ethelwolds 5.30 - 6.40pm (Hatha flow, all levels);
and 7 - 8.05 pm (a deeper focus ending with with restorative relaxation).
See below for my latest weekly class blog


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#include <stats.hpp>
Definition at line 33 of file stats.hpp.
◆ Stats()
| Stats::Stats |
( |
Module * |
parent, |
|
|
const string & |
name, |
|
|
double |
bin_size = 1.0 , |
|
|
int |
num_bins = 10 |
|
) |
| |
◆ AddSample() [1/2]
| void Stats::AddSample |
( |
double |
val | ) |
|
◆ AddSample() [2/2]
| void Stats::AddSample |
( |
int |
val | ) |
|
|
inline |
◆ Average()
| double Stats::Average |
( |
| ) |
const |
◆ Clear()
◆ Display()
| void Stats::Display |
( |
ostream & |
os = cout | ) |
const |
|
virtual |
◆ GetBin()
◆ Max()
| double Stats::Max |
( |
| ) |
const |
◆ Min()
| double Stats::Min |
( |
| ) |
const |
◆ NumSamples()
| int Stats::NumSamples |
( |
| ) |
const |
◆ SquaredSum()
| double Stats::SquaredSum |
( |
| ) |
const |
◆ Sum()
| double Stats::Sum |
( |
| ) |
const |
◆ Variance()
| double Stats::Variance |
( |
| ) |
const |
◆ operator<<
| ostream& operator<< |
( |
ostream & |
os, |
|
|
const Stats & |
s |
|
) |
| |
|
friend |
◆ _bin_size
◆ _hist
◆ _max
◆ _min
◆ _num_bins
◆ _num_samples
◆ _sample_squared_sum
| double Stats::_sample_squared_sum |
|
private |
◆ _sample_sum
| double Stats::_sample_sum |
|
private |
The documentation for this class was generated from the following files:
- gpgpu-sim_distribution/src/intersim2/stats.hpp
- gpgpu-sim_distribution/src/intersim2/stats.cpp