[§443B-4.55] Single act; evidence of practice. Evidence that a collection agency has committed any act which is prohibited by this chapter shall be sufficient to justify the remedies set forth in this chapter, without proof of a general course of conduct. [L 1990, c 246, pt of §1]


Page
/
Copyright © 2019 Sonus Networks, Inc. (d.b.a. Ribbon Communications Operating Company) ("Ribbon").
All rights reserved.


The brutal history of Bougainville – in pictures
A look back at the archipelago’s history, from German colony to civil war, and from reconciliation to independence referendum
From 1885 to 1918 Bougainville was part of the German colony New Guinea. Big chief Serais is pictured here with wife and children in main village Kieta, c1900.
Photograph: ullstein bild Dtl./ullstein bild via Getty Images
This 19th century photograph shows an initiation. Four or five youths were chosen and taken into a hut to do various forms of labour, learn the tribal rules and had to always wear these traditional hats. When their hair filled the hat the period of seclusion was over.
Photograph: Universal History Archive/Universal Images Group via Getty Images
Father John Momis, now president of the autonomous region of Bougainville, preaching during a mass in 1980.
Photograph: Fairfax Media Archives/Fairfax Media via Getty Images
Bougainville Revolutionary Army leader Francis Ona, barefoot and wearing a bush hat, in 1994 during the decade-long civil war in the archipelago.
Photograph: Ben Bohane/wakaphotos.com
Carrying a wounded BRA guerrilla, hit by mortar shrapnel, near Durainer, Bougainville, PNG 1994.
Photograph: Ben Bohane/wakaphotos.com
BRA guerillas above the captured Panguna copper and gold mine, Bougainville, 1994.
Photograph: Ben Bohane/wakaphotos.com
Kieta, a port town in Bougainville that was badly damaged in the 1990s civil war.
Photograph: Fairfax Media Archives/Fairfax Media via Getty Images
BRA guerrillas in 1994, with an assortment of homemade and captured weapons, stand around a second world war-era Japanese anti-aircraft gun.
Photograph: Ben Bohane/wakaphotos.com
Peacekeeping troops from Australia and New Zealand carry a man who has been shot to a helicopter in Bougainville in 2000.
Photograph: Ben Bohane/wakaphotos.com
Papua New Guinea’s prime minister Sir Julius Chan meets Australian PM John Howard in Sydney in 1996.
Photograph: REUTERS/The Guardian
Papua New Guinean army major Walter Enamu calms his troops during a revolt against his government’s hiring of mercenaries to end the nine-year secessionist war on Bougainville. Enamu and four other PNG army officers were sentenced to heavy jail terms with hard labour after being convicted of mutiny.
Photograph: Mark Baker/REUTERS
Protesters watch the expulsion of Sandline International mercenaries at Port Moresby airport in 1996, after prime minister Sir Julius Chan cancelled their contract to fight in the Bougainville civil war.
Photograph: STR/AFP via Getty Images
Corporal Alan Nangrume points his pistol into the face of a fellow soldier who he accused of being disloyal to sacked PNG army chief Brigadier-General Jerry Singirok at Murray Barracks in March 1996.
Photograph: Mark Baker/REUTERS
Australian foreign minister Alexander Downer announces US$65m aid for Bougainville as a ceasefire ending the civil war was signed at Arawa in 1998.
Photograph: Torsten Blackwood/AFP via Getty Images
Thousands of villagers celebrate after secessionist rebels and the Papua New Guinean government signed a permanent ceasefire in Arawa in 1998.
Photograph: Stringer/REUTERS
The Bougainville autonomy leaders (left to right): former Bougainville Revolutionary Army (BRA) activist and current Bougainville People’s Congress president Joseph Kabui, island governor John Momis and Kabui’s war-time enemy, Joel Banam, leader of the Leitana Council of Chiefs and former adherent of the Bougainville Resistance Force (BRF), Port Moresby, June 1, 2001.
Photograph: AAP
Bougainvillean voters queue at a polling booth on Sohano Island in May 2005 on the first day of voting for the Papua New Guinea province’s first autonomous government.
Photograph: Lloyd Jones/AAP
Francisca Semoso, women’s candidate for north Bougainville in the 2005 elections, signs her oaths of allegiance wearing traditional dress in the northern town of Buka.
Photograph: Lloyd Jones/AAP
The copper mine at Panguna mine that was shut down after the civil war.
Photograph: Ilya Gridneff/AAP
Panguna locals still live in the remains of the once massive mining venture.
Photograph: Ilya Gridneff/AAP
John Momis pictured in 2003, when he was governor of Bougainville.
Photograph: Ben Bohane/wakaphotos.com
A rusted truck in Panguna, 2010.
Photograph: Ilya Gridneff/AAP
Former BRA fighters shaking hands with Papua New Guinea policemen at a Bougainville reconciliation ceremony in Kokopo in East New Britain in November 2019 ahead of the independence referendum.
Photograph: Elizabeth Vuvu/AFP via Getty Images
Children at a Bougainville reconciliation ceremony in November 2019.
Photograph: Llane Munau/AFP


A toolkit containing statistical analysis models motivated by multivariate forms of the Conway-Maxwell-Poisson (COM-Poisson) distribution for flexible modeling of multivariate count data, especially in the presence of data dispersion. Currently the package only supports bivariate data, via the bivariate COM-Poisson distribution described in Sellers et al. (2016) <doi:10.1016/j.jmva.2016.04.007>. Future development will extend the package to higher-dimensional data.
| Version: | 1.1 |
| Imports: | stats, numDeriv |
| Published: | 2018-06-29 |
| Author: | Kimberly Sellers [aut], Darcy Steeg Morris [aut], Narayanaswamy Balakrishnan [aut], Diag Davenport [aut, cre] |
| Maintainer: | Diag Davenport <diag.davenport at gmail.com> |
| BugReports: | https://github.com/diagdavenport/multicmp/issues |
| License: | GPL-3 |
| URL: | http://dx.doi.org/10.1016/j.jmva.2016.04.007 |
| NeedsCompilation: | no |
| CRAN checks: | multicmp results |
| Reference manual: | multicmp.pdf |
| Package source: | multicmp_1.1.tar.gz |
| Windows binaries: | r-devel: multicmp_1.1.zip, r-release: multicmp_1.1.zip, r-oldrel: multicmp_1.1.zip |
| OS X binaries: | r-release: multicmp_1.1.tgz, r-oldrel: multicmp_1.1.tgz |
| Old sources: | multicmp archive |
Please use the canonical form https://CRAN.R-project.org/package=multicmp to link to this page.


Match Play. 0-2 to 5. How should Red play 53?
pips Red=153 White=104
(CorrectAnswer= 0/0, ErrorScore= 0)
Perhaps surprisingly 16/8 is a blunder because it cedes total outfield control to White, and the play doesn’t make the 2-pt.
At an even score 16/11, 5/2 is correct. At this score there is no equity difference between 16/11, 5/2 and 13/8, 5/2. White will hardly ever redouble at this score so Red can play more boldly. 13/8, 5/2 wins a few more games and loses a few more gammons than 16/11, 5/2 but the score justifies the play.
This is not an easy problem, but the key is to avoid the minimum shots play of 16/8. You must play to the demands of the position.
At an even score 16/11, 5/2 is correct. At this score there is no equity difference between 16/11, 5/2 and 13/8, 5/2. White will hardly ever redouble at this score so Red can play more boldly. 13/8, 5/2 wins a few more games and loses a few more gammons than 16/11, 5/2 but the score justifies the play.
This is not an easy problem, but the key is to avoid the minimum shots play of 16/8. You must play to the demands of the position.
1. Cubeful 2-ply 13/8 5/2 Eq.: -0.264 0.327 0.046 0.001 - 0.673 0.259 0.028 2. Cubeful 2-ply 16/11 5/2 Eq.: -0.265 (-0.002) 0.317 0.041 0.001 - 0.683 0.217 0.018 3. Cubeful 2-ply 16/8 Eq.: -0.332 (-0.068) 0.296 0.037 0.001 - 0.704 0.218 0.019 4. Cubeful 2-ply 13/5 Eq.: -0.347 (-0.083) 0.299 0.044 0.001 - 0.701 0.260 0.028 5. Cubeful 0-ply 16/11 13/10 Eq.: -0.331 (-0.067) 0.315 0.043 0.000 - 0.685 0.295 0.037


| GEOS SDK TechDocs
|
| symbolCompletion ...
| twalk ...
text-fixup
-
Run geos under swat, run swat on the development system
-
Run GeoWrite
-
Open the GeoWrite file that needs fixing
-
Set the breakpoint in swat:
patch text::CalculateRegions
=> text-fixup
This will set a breakpoint at the right spot
-
Turn on the error-checking code in swat:
ec +text
-
Enter a <space> into the document. This forces recalculation which will cause
CalculateRegions()
to be called which will cause text-fixup to be called.
If it worked, this code should patch together the file. If it's not, you'll get a FatalError right now.
-
Turn off the ec code and disable the fixup breakpoint.
ec none
dis <breakpoint number>
continue
-
Delete the space and save the file.
To do another file, you can just enable the breakpoint once the new file is open and turn on the ec code.
Helps fix up trashed GeoWrite documents.
thaw
thaw [<patient>]
thaw :<n>
thaw <patient>:<n>
thaw <id>
Examples:
-
"thaw"
- Thaw the current thread.
-
"thaw term"
- Allows the application thread for "term" to run normally
-
"thaw :1"
- Allows thread #1 of the current patient to run normally
-
"thaw 16c0h"
- Allows the thread whose handle is 16c0h to run normally.
Thawing a thread restores its priority to what it was before the thread was frozen.
See Also: freeze.
threadname
threadname <id>
Examples:
-
"threadname 21c0h"
-
Returns the name of the thread whose handle id is 21c0h.
Given a thread handle, produces the name of the thread, in the form <patient>:<n>
If the handle is not one of those swat knows to be for a thread, this returns the string "unknown."
See Also: thread,
patient.
threadstat
threadstat
Examples:
-
"threadstat"
Provides information about all threads and various thread queues and synchronization points in the system.
See Also: ps.
timebrk
timebrk <start-addr> <end-addr>+
timebrk del <timebrk>+
timebrk list
timebrk time <timebrk>
timebrk reset <timebrk>
Examples:
-
"timebrk LoadResourceData -f"
-
Calculate the time required to process a call to
LoadResourceData()
.
-
"timebrk time 2"
-
Find the amount of time accumulated for timing breakpoint number 2.
-
"timebrk reset 2"
-
Reset the counter for timebrk number two to zero.
-
"timebrk list"
-
Print a list of the set timing breakpoints and their current counts and time.
This command manipulates breakpoints that calculate the amount of time executing between their starting point and a specified ending point. The breakpoints also record the number of times their start is hit, so you can figure the average amount of time per hit.
-
You can specify a place at which timing should end either as an address or as "-f". If you use "-f", timing will continue until the finish of the routine at whose start you've placed the breakpoint. Such a breakpoint may only be set at the start of a routine, as the stub hasn't the wherewithal to determine what the return address is at an arbitrary point within the function.
-
You may specify more than one ending point. Timing will stop when execution reaches any of those points.
-
When you've set a timing breakpoint, you will be returned a token of the form "timebrk<n>", where <n> is some number. You use this token, or just the <n>, if you're not a program, wherever <timebrk> appears in the Usage description, above.
See Also: brk,
cbrk,
tbrk.
timingProcessor
var timingProcessor [i86|i88|i286|V20]
The processor for which to generate cycle counts.
See Also: cycles.
tmem
tmem
Examples:
-
"tmem"
- turn on memory tracing.
Trace memory usage.
The tmem command catches calls to DebugMemory, printing out the parameters passed (move, free, realloc, discard, swapout, swapin, modify).
top-level
top-level
Examples:
-
"top-level"
- Begin reading and interpreting Tcl commands in a nested interpreter.
This is the top-most read-eval-print loop of the Swat Tcl interpreter.
This command will only return if the user issues the "break" command. Otherwise it loops infinitely, reading and executing and printing the results of Tcl commands.
tundocalls
tundocalls [-acPCrR]
Examples:
-
"tundocalls -a" Print out all text undo calls
-
"tundocalls -r" Print run undo calls
-
"tundocalls -R" Print replace undo calls
-
"tundocalls -c" Print info when undo information is created
-
"tundocalls -cP" Print info about para attributes only
-
"tundocalls -cC" Print info about char attributes only
-
"tundocalls"
Prints out information about each undo call made to the text object.
See Also: ptext,
showcalls.
| GEOS SDK TechDocs
|
| symbolCompletion ...
| twalk ...


Function
| Static Public Summary | ||
| public |
activate(runtimeProtoStubURL: URL.RuntimeURL, busPostMessage: Message.Message, configuration: ProtoStubDescriptor.ConfigurationDataList): Object To activate this protocol stub, using the same method for all protostub. |
|
| public |
assign(obj: *, keyPath: *, value: *) |
|
| public |
buildURL(configuration: object, component: string, resource: string, type: string, useFallback: boolean): string Build a full url with the runtime configuration; |
|
| public |
checkAttribute(path: *): * |
|
| public |
convertToUserURL(identifier: string): string Check if the user identifier is already in the URL format, if not, convert to URL format |
|
| public |
Make a COPY of the original data |
|
| public |
divideEmail(email: *): * |
|
| public |
Divide an url in type, domain and identity |
|
| public |
emptyObject(object: Object): Boolean Check if an Object is empty |
|
| public |
generateGUID(): * Generate a Global Unique ID |
|
| public |
getConfigurationResources(configuration: object, component: string, resource: string): object get information relative each component configured on runtime configuration; |
|
| public |
getUserEmailFromURL(userURL: URL.URL): string Obtains the user email that corresponds to a given URL |
|
| public |
getUserIdentityDomain(url: *): * |
|
| public |
getUserURLFromEmail(userEmail: string): URL.URL Obtains the user URL that corresponds to a given email |
|
| public |
isBackendServiceURL(url: string): boolean Check if URL is from a backend service |
|
| public |
isDataObjectURL(url: *): * |
|
| public |
isHypertyURL(url: *): * |
|
| public |
|
|
| public |
isURL(url: *): * |
|
| public |
isUserURL(url: *): * |
|
| public |
parseAttributes(path: *): * |
|
| public |
removePathFromURL(url: *): * |
|
| public |
schemaValidation(scheme: *, descriptor: *, value: *) |
|
| public |
splitObjectURL(dataObjectURL: *): * |
Static Public
public activate(runtimeProtoStubURL: URL.RuntimeURL, busPostMessage: Message.Message, configuration: ProtoStubDescriptor.ConfigurationDataList): Object source
import activate from 'runtime-core/src/protostub/ProtoStub.js'
To activate this protocol stub, using the same method for all protostub.
Params:
| Name | Type | Attribute | Description |
| runtimeProtoStubURL | URL.RuntimeURL | runtimeProtoSubURL |
|
| busPostMessage | Message.Message | configuration |
|
| configuration | ProtoStubDescriptor.ConfigurationDataList | configuration |
public assign(obj: *, keyPath: *, value: *) source
import {assign} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| obj | * | ||
| keyPath | * | ||
| value | * |
public buildURL(configuration: object, component: string, resource: string, type: string, useFallback: boolean): string source
import {buildURL} from 'runtime-core/src/utils/utils.js'
Build a full url with the runtime configuration;
Params:
| Name | Type | Attribute | Description |
| configuration | object | object with all configuration |
|
| component | string | string with the component to get the configuration, like, runtimeURLS, catalogueURLs, msgNodeURL, domainRegistryURL; |
|
| resource | string | type of resource to get, like, catalogue, runtimeUA, protocolstub, idpProxy |
|
| type | string | resource to get, like a hyperty name or protocolstub name; |
|
| useFallback | boolean | if true the function will check if have a fallback url; |
public checkAttribute(path: *): * source
import {checkAttribute} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| path | * |
Return:
| * |
public convertToUserURL(identifier: string): string source
import {convertToUserURL} from 'runtime-core/src/utils/utils.js'
Check if the user identifier is already in the URL format, if not, convert to URL format
Params:
| Name | Type | Attribute | Description |
| identifier | string | user identifier |
public deepClone(obj: Object): Object source
import {deepClone} from 'runtime-core/src/utils/utils.js'
Make a COPY of the original data
Params:
| Name | Type | Attribute | Description |
| obj | Object | object to be cloned |
public divideEmail(email: *): * source
import {divideEmail} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| * |
Return:
| * |
public divideURL(url: URL.URL): divideURL source
import {divideURL} from 'runtime-core/src/utils/utils.js'
Divide an url in type, domain and identity
Params:
| Name | Type | Attribute | Description |
| url | URL.URL | url address |
public emptyObject(object: Object): Boolean source
import {emptyObject} from 'runtime-core/src/utils/utils.js'
Check if an Object is empty
Params:
| Name | Type | Attribute | Description |
| object | Object | Object to be checked |
public generateGUID(): * source
import {generateGUID} from 'runtime-core/src/utils/utils.js'
Generate a Global Unique ID
Return:
| * | String; |
public getConfigurationResources(configuration: object, component: string, resource: string): object source
import {getConfigurationResources} from 'runtime-core/src/utils/utils.js'
get information relative each component configured on runtime configuration;
Params:
| Name | Type | Attribute | Description |
| configuration | object | object with all configuration |
|
| component | string | string with the component to get the configuration, like, runtimeURLS, catalogueURLs, msgNodeURL, domainRegistryURL; |
|
| resource | string | type of resource to get, like, catalogue, runtimeUA, protocolstub, idpProxy |
public getUserEmailFromURL(userURL: URL.URL): string source
import {getUserEmailFromURL} from 'runtime-core/src/utils/utils.js'
Obtains the user email that corresponds to a given URL
Params:
| Name | Type | Attribute | Description |
| userURL | URL.URL | The user URL |
public getUserIdentityDomain(url: *): * source
import {getUserIdentityDomain} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
Return:
| * |
public getUserURLFromEmail(userEmail: string): URL.URL source
import {getUserURLFromEmail} from 'runtime-core/src/utils/utils.js'
Obtains the user URL that corresponds to a given email
Params:
| Name | Type | Attribute | Description |
| userEmail | string | The user email |
Return:
| URL.URL | userURL The user URL |
public isBackendServiceURL(url: string): boolean source
import {isBackendServiceURL} from 'runtime-core/src/utils/utils.js'
Check if URL is from a backend service
Params:
| Name | Type | Attribute | Description |
| url | string | URL to be processed |
public isDataObjectURL(url: *): * source
import {isDataObjectURL} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
Return:
| * |
public isHypertyURL(url: *): * source
import {isHypertyURL} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
Return:
| * |
public isLegacy(url: *): boolean source
import {isLegacy} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
public isURL(url: *): * source
import {isURL} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
Return:
| * |
public isUserURL(url: *): * source
import {isUserURL} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
Return:
| * |
public parseAttributes(path: *): * source
import {parseAttributes} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| path | * |
Return:
| * |
public removePathFromURL(url: *): * source
import {removePathFromURL} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| url | * |
Return:
| * |
public schemaValidation(scheme: *, descriptor: *, value: *) source
import {schemaValidation} from 'runtime-core/src/utils/schemaValidation.js'
Params:
| Name | Type | Attribute | Description |
| scheme | * | ||
| descriptor | * | ||
| value | * |
public splitObjectURL(dataObjectURL: *): * source
import {splitObjectURL} from 'runtime-core/src/utils/utils.js'
Params:
| Name | Type | Attribute | Description |
| dataObjectURL | * |
Return:
| * |


{% extends "horizon/common/_modal_form.html" %} {% load i18n %} {% block modal-body-right %}
{% trans "Key Pairs are how you login to your instance after it is launched." %}
{% trans "Choose a key pair name you will recognise and paste your SSH public key into the space provided." %}
{% trans "SSH key pairs can be generated with the ssh-keygen command:" %}
ssh-keygen -t rsa -f cloud.key
{% trans "This generates a pair of keys: a key you keep private (cloud.key) and a public key (cloud.key.pub). Paste the contents of the public key file here." %}
{% trans "After launching an instance, you login using the private key (the username might be different depending on the image you launched):" %}
ssh -i cloud.key <username>@<instance_ip>{% endblock %}


KISS ME KATE
Reviewed by Harvey Karten MGM/Warner Bros. Classics Director: George Sidney Writer: Sam Spewack (play) Bella Spewack Cast: Kathryn Grayson, Howard Keel, Ann Miller, Keenan Wynn, Bobby Van, Tommy Rall, James Whitmore, Kurt Kasznar, Bob Fosse, Ron Randell, Willard Parker, Davie O'Brien, Claud Allister, Ann Codee, Carol Haney Screened at: Film Forum, 209 W. Houston St NYC
You hear it all the time from disgruntled patrons of Broadway's musical theater. "What's with the stage these days?" they complain. "You leave a show and you don't have a single song that you can hum." While I've rarely seen people actually "humming" when they left their seats during the golden age of the American musical, the modern complaints have some merit. Fans of Stephen Sondheim may say with their noses in the air that the absence of melody nowadays is a plus--that easy-to-mimic tunes are not only dated but simple-minded--but this rejoiner comes across as sour grapes. Truth to tell, there was only one Renaissance in the history of the West, Spain had its one golden age, Athens was once the center of civilization but is certainly not that now, and the great era that gave us Cole Porter, the Gershwins, Irving Berlin, Lerner and Loewe, Rodgers and Hammerstein and the like is over. Kaput.
We welcome revivals of the relative handful of great musicals with open arms. This time the nationally famous art- house, New York's Film Forum, is the scene of a rekindling of "Kiss Me Kate," which plays there from July 7 through July 20. Though the glasses you'll get at the box office may give you a headache (especially if your nose already bears a pair of its own), the Film Forum is tossing out this musical version of "The Taming of the Shrew" in remarkable 3-D. People of a certain age like me can pretend that after the movie they can resume rooting for the Brooklyn Dodgers, playing stoop ball and marbles, while the young 'uns can be introduced to a technology that was the hottest thing in its day ("House of Wax," "Bwana Devil") but like Internet stocks seems to have wound up on history's stockpile of has-beens.
Kathryn Grayson and Howard Keel star in this classic musical. If you think that Tom Cruise and Thandie Newton make good music together, you might change your mind when you watch their characters, Lilli Vanessi as the Bard's Katherine and Fred Graham as the great man's Petruchio make goo-goo eyes at each other, fight like crazy, make goo- goo eyes and fight--in either case showing that their relationship by modern standards is too damn hot.
The subplot involving a romance between Ann Miller's Lois Lane in the "Taming" role of Bianca and Keenan Wynn's Lippy doesn't match that fervor, but boy can Miss Ann dance. Her showstopping number, "Too Damn Hot," pops up almost before you've put on your tinted glasses and you're on the fast track with one of the hottest (if not entirely civilized) pieces of choreography in musical theater history.
Just think of how Shakespeare has been mangled in the current production of "Love's Labour's Lost" which, ironically, uses some of Cole Porter's songs, but the dances just plain don't fit. In this case, thanks to the genius of George Sidney at the helm, there's never a dull moment nor a single instance of a song or dance simply shoehorned in with no bearing on the story. So brush up your Porter if you must have a background before seeing this, and go!
Not Rated. Running time: 110 minutes. (C) 2000 by Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


{% extends "base.html" %} {% block stuff %}
| Project | Pools | Days from Queued Date | Run Mode | Lanes | Setup | Final Loading Conc.(pM) | Conc. of pool[qPCR](nM) | Library Type | |
|---|---|---|---|---|---|---|---|---|---|
| Project | Pools | Days from Queued Date | Run Mode | Lanes | Setup | Final Loading Conc.(pM) | Conc. of pool[qPCR](nM) | Library Type |


Bonus Content Article for TMA Subscribers — Aug./Sept. 2016 Issue
by Kathy Rose
The tragic mass shooting that recently stunned Orlando, Florida and the rest of the United States — as well as impacting people in far parts of the world — is still producing shock waves of sadness and grief for us all.
I am very mindful of the negative effect on our energy field when there is constant focus on such a tragedy, disaster, or catastrophe. So, my intention with this article is not to continue to amplify feelings of distress but rather to focus on a meaningful learning opportunity — looking through the clarifying lens of astrology. In particular, I would like to point out a potent midpoint pattern involving Mars, Saturn, and Pluto combinations.
First, let’s take a look at the natal chart of the man identified as the shooter inside the Pulse nightclub, Omar Mateen. (See Chart 1, below.) Mateen has a stellium in Scorpio falling in the 5th house, including the Sun, Mercury retrograde, and Venus retrograde tightly conjunct Pluto. At first glance, we are instantly able to understand that the shooter was fueled by emotional energy, and that much of this fixed water intensity is internalized (due to the two personal planets being retrograde) — supercharged and empowered by the Pluto conjunction.
It has been my experience that, when Venus is retrograde in the natal chart, we must consider an undercurrent of developmental tension, related to social expression and relationship needs, as an influential part of the person’s life purpose. The degree to which this may manifest as problematic depends on the complete view of the patterns present in the horoscope — and of course, on the choices the person makes regarding how to express the natal energies.
In Mateen’s chart — with Pluto conjunct retrograde Venus, which rules the 5th house (giving and expressing love) — there is a suggestion of challenge and intensity related to the social and emotional dynamic. So often, Pluto conjunct a personal planet adds “extremes” to the mix, and here we could say that there is an overabundance of internalized, highly emotional relationship energy.
Natal Mercury retrograde pulls energy inward even more; in Scorpio, the intellectual process flows from deep feeling and emotion instead of from objective logic. The planet that symbolizes how a person needs to think and communicate is internalized and repressed. And since Mercury is in Scorpio, the thought process could easily move into secretive, clandestine, covert patterns.
Quite often, when the two inner personal planets are retrograde, we see a second agenda swirling under the surface, unknown to others. Symbolically, we could say that Mateen’s 5th house is similar to an inner emotional volcano, aggressively — even obsessively — churning beneath the surface with powerful, intensified, and eruptive emotion.
The tensions reflected in Mateen’s 5th house are reinforced by Mars in Aquarius, ruling the 11th, in a tight square to the Sun. The energy of giving and receiving love (5th–11th axis) is powerfully challenged. One more echo of deep hidden emotions is the natal Moon at 29°+ Taurus in the 12th house, opposing the Sun and squaring Mars. A dynamic t-square is formed that demands our attention when we view this horoscope.
Continuing to look at the relationship and sexual energy in the shooter’s natal chart, we must observe that Neptune is conjunct the Descendant. Neptune on an angle can suggest unclear energy: “Something is other than it seems.” There is often confusion or bewilderment that needs to be worked through as part of the life path, and in this case, it flows into relationships. Another echo with this same theme is natal Saturn (ruling the 7th and 8th houses) square Jupiter in Neptune-ruled Pisces.
We see a repeating pattern with the planets that rule the houses connected with sexuality, intimacy, and relationships (5th, 7th, 8th) all involved with challenging aspects. Again, this suggests that clarifying emotional needs regarding sexuality and relationships is very much part of the life purpose.
There have been many news accounts of Mateen’s supposed friends and acquaintances who came forward and said they felt that he may have been gay. We know that there was conflict with his religious views — he has been described as a practicing Muslim — and the issue of whether his alleged homosexuality would be rejected by that community. Mateen reportedly embraced a radicalized, extreme view of Islam, which projects intense criticism and condemnation of a lifestyle that is not heterosexual. The symbolism of Neptune on the 7thhouse cusp is concomitant with the need to hide sexual desires that were not supported by the important people in his life and the religious views to which he subscribed.
In Mateen’s chart, there is a clear and powerful statement that sexual and relationship energy was severely challenged by high developmental tension as part of his life-purpose theme, and we can assume that this played a part in the choice he made in the location of the shooting.
Much more could be said about his horoscope, but now let’s look at the midpoints and other factors in both his chart and that of the shooting event. There are powerful repeating patterns involving Mars, Saturn, and Pluto that make a dynamic statement.
The horrific mass murder at the Orlando nightclub that catered to LGBT patrons took place when an important and influential midpoint picture was formed by the transiting planets at the Aries Point (AP): AP = Saturn/Pluto. (See Diagram 1, below. I use the 90° midpoint sort, which places all the cardinal signs at 0°–29°, the fixed signs at 30°–59°, and the mutable signs at 60°–89°.)
When we look at the chart for the event (Chart 2, following page), we can see that the Aries Point (0° cardinal) was on the angles. I’ve written about the power of the AP before, and how this zone in the zodiac carries a public projection dynamic. As I first glanced at the event chart, my eye naturally could see that the midpoint of transiting Saturn and Pluto that day was at the AP. Pause for a moment and let that soak into your consciousness. Combine the symbols of Saturn and Pluto with the AP. What do you feel? It’s a heavy, somber, serious public statement!
The Saturn/Pluto midpoint carries the most challenging energy of all the planetary combinations, and on the day of the shooting, it was located at 29°38’ Sagittarius — just half a degree from being exactly on the 0° cardinal mark. We could interpret this as the potential for loss and destruction on a wide public scale. This powerful midpoint is made even more active because in the event chart it falls on an angle!
Most investigators are now characterizing the shooting as an act of terrorism. The fact that the midpoint energy of Saturn/Pluto was active at the AP is no surprise.
On the day of the event, Neptune and Saturn were exactly square. This is important because Saturn in Sagittarius brings our awareness to religious issues and the potential for righteous attachment to strict doctrine or dogma. Neptune in Pisces also calls our attention to matters of faith
The current transiting Saturn–Neptune square had been activating Mateen’s natal Saturn–Midheaven (MC) square. The shooter’s Saturn return was in full swing, pushing him to make big life decisions — this is when we are urged to grow up and pick our path. The potent cycle at 29 years of age offers a major course correction, and we make choices about our commitment to achievement. We know that when Saturn comes back to its natal position, there is a push to move into a new level of maturity.
Along with the pressure from the Saturn return, I believe that the major trigger for Mateen’s mental/emotional/psychological break was the transit from Neptune to his MC. The first hit was in March 2016; the final contact would have been in early 2017. Neptune contacting an angle by transit can offer a spiritual or artistic breakthrough, but it can also intensify confusion and increase bewilderment, depending on what’s going on in the person’s life. The increase in emotional distress or disorientation stemming from the Neptune transit may have felt like a heavy, dense mist, obscuring and reducing the ability to see clearly.
If Mateen had homosexual feelings and was programmed to believe that those urges were evil or sinful — possibly so sinful as to deny him salvation — the Saturn return and transiting Neptune activation, plus transiting Mars about to station square his natal Mars, would ignite motivation to do something to release the fog and become clear. He did indeed make a choice, and it was deadly.
Continuing to examine the midpoints in the event chart, we see more patterns that reflect potential violence:
Certainly, the midpoints in the event chart accurately reflect the tragic action, and we clearly see the repeating pattern with Mars, Saturn, and Pluto.
Now we move to a deeper look at the shooter’s natal midpoint picture (Diagram 2, below), and we see the unmistakable pattern of three heavyweight planets again! Here are the relevant midpoints in Mateen’s natal chart:
Natal midpoint activation by transiting planets or by Solar Arc directions is important to consider. When I analyze triggers to key midpoints, I keep the orb very tight. I look for an exact hit by degree, and the closer to the minute, the better.
On the day of the shooting, we see that the transiting AP = Saturn/Pluto triggered Mateen’s natal AP = Mars/Pluto. This presents an amazing correlation with the potential for violence.
The pattern continues with transiting Pluto at 16°49’ Capricorn, igniting Mateen’s natal Mars/Saturn midpoint, which is 17°01’ Capricorn (assertive energy and discipline come together with forceful projection — extreme anger and frustration). This is again a very challenging and difficult combination of energies.
The transiting Sun at 21°42’ Gemini on the day of the shooting was illuminating and energizing Mateen’s Saturn/Ascendant midpoint, which is 21°24’ Pisces (personal achievement through hard work and discipline). The Sun also triggered his Mars/North Node midpoint (public aggression or protest).
In addition, there was an exact trigger from transiting Mercury to the natal Uranus/Pluto midpoint — and also conjunct Mateen’s natal Moon (intense thought activity and emotion that overturns the status quo – agitated thinking).
One more thing: Mateen’s MC and Saturn had moved by Solar Arc to exactly trigger his natal Jupiter/Pluto midpoint (strategic amplification of personal power).
Again and again, we see the repeating pattern of Mars, Saturn, Pluto combinations standing out.
Media outlets have said that Mateen yearned for a career in law enforcement. He had applied to the police academy and had been rejected. Over a number of years, he had reportedly taken and excelled at shooting courses. At the time of the murders, he was working as a security guard at a gated residential community, which may have fulfilled some part of his desire — or instead could have underscored a profound sense of underachievement.
Given the stellium in Scorpio and the midpoints illustrated earlier, this man was wired to be interested in deep emotional intensity and, perhaps, life issues involving violence. With appropriate love and support, he could have channeled this into being very skilled at detective work, criminal investigation, general police work, or the military.
There is always a choice as to how we use the energies present in our horoscope. Mateen had the vocational profile for undercover police work, solving mysteries, and even confronting violence. Somewhere along the way, he got off track, and a very negative manifestation of his natal chart was chosen.
It’s quite probable that his sexual feelings, which may have fueled his confusion, his selfdoubt, even his rage — feelings in deep conflict with his religious views — helped push him to make these unfortunate choices. An unresolvable emotional conundrum led to a downward spiral that triggered the shadow and negative manifestations of all the aforementioned natal energies.
When I teach astrology, I frequently mention the importance of considering the concept of spectrum of expression regarding the natal chart. I believe that two people can be born on the same day, at the same time and location, and yet express vastly different levels of the planetary patterns in their natal chart. When we take physical form on the Earth plane, we bring with us the strengths and vulnerabilities from other incarnations — based on how we’ve chosen to react and process prior life experiences. It is my belief that we have choice every step of the way.
If the shooter had scheduled an astrology appointment prior to the horrific event, we would certainly have made note of the obvious challenges and tensions in his horoscope in the preparation for consultation. However, it is irresponsible to make an absolute judgment, prior to talking to the client, as to whether these natal challenges might be expressed constructively or destructively. We must communicate with our clients and listen for details that inform us how they are living their chart.
Indeed, it is incredibly sad that Omar Mateen engaged his natal energies in such an extreme, negative spectrum of expression. Our ethics as astrologers compel us to remember to look at all levels of possible manifestation. I believe that we must consider the circumstances in life development that are specific to the individual before making a declarative evaluation of natal energies.
Just because a person has a stellium in Scorpio, with Venus retrograde conjunct Pluto, doesn’t mean there will be powerful emotional or sexual conflict that intensifies and leads to tragedy or violence. The cookbook astrological approach of “this means that” tends to represent only one tiny portion of possible expression.
In the case of this very troubled man and a terribly tragic event, we can work backward and learn from the planetary patterns involving Mars, Saturn, and Pluto that were active that day. We can absorb the meaningful challenges in Mateen’s natal chart so that we may be more informed of the potential difficulties if we see similar patterns in our client’s horoscope. Our goal is to be of service and to help others find a path to the most positive expression of the natal chart.
We must use this knowledge and awareness with wisdom, integrity, and humility. That is the path of the astrologer.
Omar Mateen, November 16, 1986; 7:00 p.m. EST; Queens, NY, USA (40°N43’, 73°W52’); AA: birth
certificate published in The New York Times, June 19, 2016.
Orlando Shooting, June 12, 2016; 2:02 a.m. EDT; Orlando, FL, USA (28°N32’, 81°W23’); news sources
report that the first 911 call came in at 2:02 a.m.
Kathy Rose is an astrologer with an international clientele. She is a Highest Honors Graduate of Noel Tyl’s Master’s Degree Certification Course in Astrology and serves as Tyl’s Teaching Associate. Kathy is also the producer and publisher of the 9-part Tyl MasterWork DVD series, and has developed an appreciative audience with her popular YouTube channel (roseastrology), featuring more than 100 videos. To contact her, telephone:<PHONE_NUMBER>; e-mail<EMAIL_ADDRESS>or visit her website: http://roseastrology.com
Or call<PHONE_NUMBER>.


Plugin Information |
|---|
View FxCop Runner on the plugin site for more information. |
FxCopCmd.exe execute plugin.
Description
FxCopCmd.exe execute plugin.
Output xml can be used to Violations Plugin.
Configuration
System configuration
- Open the system configuration page "Manage Jenkins->Configure system"
- Enter the path to the FxCop command line client, that should be used by Jenkins.
- Example: C:\Program Files (x86)\Microsoft Fxcop 10.0\FxCopCmd.exe
Job configuration
name |
description |
|---|---|
FxCop Name |
Select FxCop. |
Assembly Files |
Assembly file(s) to analyze. |
Output XML |
FxCop project or XML report output file. |
RuleSet File |
Rule set to be used for the analysis. |
IgnoreGeneratedCode |
Suppress analysis results against generated code. |
ForceOutput |
Write output XML and project files even in the case where no violations occurred. |
Command Line Arguments |
This is a whitespace separated list of command line arguments you can specify. |
Fail build on test failure |
Fail build on test failure |
Common Problems
FxCopCmd.exe can produce several warnings, and when it does, the build will be marked as unstable. Look in your console output for the fxcop output.
Console output contains |
Resolution |
|---|---|
There were non-critical errors loading FxCop project: * Could not import all messages. * End of project load errors. |
This can happen if you are using an FxCop project file with some of the default settings.
|
NOTE: One or more referenced assemblies could not be found. Use the '/directory' or '/reference' switch to specify additional assembly reference search paths. |
FxCop can't find the assemblies you reference. Two possible solutions:
|
Changelog
Version 1.1 (02/28/2013)
- add forceOutput field.
Version 1.0 (02/26/2013)
- Initial release


THE WHOLE WIDE WORLD A film review by Scott Renshaw Copyright 1997 Scott Renshaw
(Sony Classics) Starring: Vincent D'Onofrio, Renee Zellweger, Ann Wedgeworth, Harve Presnell. Screenplay: Michael Scott Myers, based on the memoir by Novalyne Price Ellis. Producers: Kevin Reidy, Carl-Jan Colpeurt, Vincent D'Onofrio, Dan Ireland. Director: Dan Ireland. MPAA Rating: PG (plentiful mild profanity, adult themes) Running Time: 105 minutes. Reviewed by Scott Renshaw.
Bio-pics have been a Hollywood staple about as long as there has been a Hollywood, but recently an entire sub-genre seems to have popped up based on the tragic romances of real-life figures. Beethoven in IMMORTAL BELOVED, Dora Carrington in CARRINGTON, C. S. Lewis in SHADOWLANDS, Picasso in SURVIVING PICASSO and Richard Feynman in INFINITY all have been given solemn film treatments which play the "tortured/emotionally repressed artist" card for all they are worth. Some of these films worked and some did not, but many of them inspired the question of whether we would care all that much about the people involved if one or both of them were not famous. THE WHOLE WIDE WORLD is a polite, well-acted drama which covers the same ground several times over in an hour and forty-five minutes.
THE WHOLE WIDE WORLD opens in west Texas in 1933, where a young student and part-time school teacher named Novalyne Price (Renee Zellweger) meets Robert E. "Bob" Howard (Vincent D'Onofrio), a friend of her then-boyfriend. Bob is a successful writer of adventure tales for pulp magazines -- many featuring a creation named Conan the Barbarian -- and Novalyne's own aspirations toward being a writer lead her to turn to Bob for advice. The two become friends and frequent companions, but Bob has difficulty returning Novalyne's affections as he focuses on his writing and caring for his sickly mother (Ann Wedgeworth). Over the course of two years, Novalyne and Bob share an evolving relationship in which Novalyne is one of the only people allowed inside Bob's tangled emotions.
THE WHOLE WIDE WORLD manages to stay fairly involving for much of its running time largely thanks to the strong performances of the two leads. Vincent D'Onofrio makes Bob Howard a complicated mix of Texas bluster and buried pain, a fellow who lacks the emotional vocabulary to respond to Novalyne's feelings.  Renee Zellweger does nice work with a tough part, a woman who is attracted to the teller of tall tales then finds herself unable to "civilize" him. She walks a fine line between anachronistic liberation and discomfiting masochism, yet generally finds the right note of earnest frustration. Together Zellweger and D'Onofrio make an intriguing pair, a couple of kindred spirits who nevertheless are quite obviously wrong for each other.
Therein lies THE WHOLE WIDE WORLD's fundamental flaw as a romantic drama: it is never really possible to root for the protagonists to end up together. Michael Scott Myers' script is based on an autobiographical memoir by Novalyne Price Ellis, who clearly was deeply affected by her friendship with Bob Howard. As honestly felt as it might be, however, her story lacks a narrative push. Novalyne and Bob spend a lot of time together, argue over philosophical differences, then make up; this process occurs once then repeats three or four times. The interaction between the two is pleasantly interesting, but it isn't enough to sustain a story in which neither character ends up changing very much. The sad fact is that the story might have been simply Novalyne's attempt to work through some guilt issues (Howard committed suicide in 1935), and THE WHOLE WIDE WORLD is affectionate without being compelling. When Novalyne pronounces late in the film that she was happy to have known Bob Howard, you don't doubt her sincerity. You just wonder why that sentiment warranted a feature film.
The only time THE WHOLE WIDE WORLD flirts with truly intriguing material is when it focuses on Bob's relationship with his mother, played with pallid possessiveness by Ann Wedgeworth. There is an intense Oedipal sub-text to Bob's obsessive need to care for his mother, and a scene in which he changes her sweat-soaked nightgown after a feverish night is both subtle and daring. There is so much more going on in that relationship than in the one between Bob and Novalyne that you wish Ireland or Myers had recognized it. But this is Novalyne's story, so she is always front and center, static though she might be. Don't expect a love story in THE WHOLE WIDE WORLD. At most it is a "like" story, and might have been ignored politely if one of the two likers had not created Conan the Barbarian.
On the Renshaw scale of 0 to 10 pulp afflictions: 5.
Visit Scott Renshaw's MoviePage http://www-leland.stanford.edu/~srenshaw Subscribe to receive reviews directly via email See details on the MoviePage
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Confirm order and pay
please make the payment, after that you can enjoy all the features and benefits.
Payment details
Name on card
Card Number
Expiry
CVV
Billing Address
Mail Box
Address Line 01
Address Line 02
Postal Code
Previous step
Pay LKR 5549.99
You have to pay
LKR 5549
.99
Enjoy all the features and perk after you complete the payment
Know all the features
100% Guaranteed support and update for the next 5 years.


class IDFAHelper
Helper class to read out out the IDFA from Google. Also known as Google Advertiser ID. Using this library: com.google.android.gms:play-services-ads-identifier:17.0.0
IDFATask |
IDFA must not be read on UI-Thread. Using an AsyncTask. Task will send an event over EventBus with IDFA string. class IDFATask : AsyncTask<Context, Void, String> |
<init> |
Helper class to read out out the IDFA from Google. Also known as Google Advertiser ID. Using this library: com.google.android.gms:play-services-ads-identifier:17.0.0 IDFAHelper() |
getIDFA |
Get current IDFA. Check if Google Play Services must be present (!) fun getIDFA(context: Context): Unit |


BlogJS
Home
Github
In this example I use two pages. One for the list of articles (index) and one for the posts (post)


--- layout: post title: ! 'Rails done quick: From scratch to app in 2 minutes' categories: [] author: admin published: true date: 2005-09-15 06:32:27.000000000 +01:00 ---
Ryan Davis has cooked up a really cool video of Rails done quick. He uses OmniGraffle to design his schema, converts this to SQL, triggers a few home-grown scripts, and whammo! A complete Rails scaffolded application with people and phones in less than two minutes. Hot diggity!


[1]
None, Not Able To Update; Sony Typical, Shaft The Buyer
[2]
Works great! No problems at all.; No problems found
[3]
Valued Blu-ray player; You get what u pay for...


I am a self-taught front-end web developer in progress eager to contribute to meaningful projects that improve the interaction between different communities or groups. I also have experience in financial data research of legal entities and Communication
and Public Relations Studies.
I like fado, bolero and mariachi, studying classical guitar as an amateur, Ernesto's Sabato "The Tunnel", binge-watching, reading articles on various scientific and social-cultural topics. I am interested in music,
culture, social sciences and always in search of new approaches on different topics.
Very good knowledge. Experience with forms, audio files, tables and lists.
Responsive design, Flexbox, Bootstrap 4, Bulma, canvas, functions, animations.
JQuery, OOP, HTML DOM, functional programming, basic Processing.js.
Experience with tkinter, pandas, Folium, a little of PyQt5.


Contains runtime conversation related classes, ie Dialog and Story classes.
ArchivedEntityValue |
An archived (old) entity value. data class ArchivedEntityValue |
Dialog |
A dialog is a conversation between users and bots. Conversation history is split into a list of stories. The dialog has a (current) state. data class Dialog |
DialogFlowDAO |
interface DialogFlowDAO |
DialogState |
The Dialog state. data class DialogState |
EntityStateValue |
EntityStateValue is the current value of an entity with its history. data class EntityStateValue |
EntityValue |
A (may be not yet evaluated) value linked to an entity stored in the context. data class EntityValue |
EventState |
State in event scope. data class EventState |
NextUserActionState |
The temporary initial state for next user action. data class NextUserActionState |
Snapshot |
A "snapshot" is a readonly view of the state in the dialog, usually after a bot reply. data class Snapshot |
Story |
A Story is a small unit of conversation about a specific topic. It is linked to at least one intent - the starterIntent. data class Story |
ai.tock.nlp.api.client.model.Entity |


It was raining on the moors. Ted was peering through his binoculars at a hawk. Suddenly Sylvia appeared. She nudged the binoculars aside and kissed Ted, drawing blood.
“Ouch!” said Ted, but in a manly way.
“Talk to me about boots and Fascism, Ted” said Sylvia.
“That hawk I were watching,” said Ted, “That's a Fascist.”
“It's not wearing boots,” said Sylvia.
She kissed Ted again, drawing more blood, and walked off to the cottage.
Later, done with hawk-watching through binoculars, Ted joined her.
“What's thee doing, lass?” he asked, gruffly.
Sylvia looked up at him.
“I am knitting boots for the hawk,” said Sylvia, in domestic bliss.
Ted stared out of the window into the rain.


Ever found a beautiful image on Mapillary and thought That would look great on Wikimedia Commons?
Simply enter the image key or url below and click Check!. Make sure it's the right image then click on the second button to upload the image to Commons, complete with source and attribution and uploaded using your Wikimedia username.
mapillary=
url parameter.


AP Top Political News at 8:00 a.m. EST
by EndPlayShe can't vote, but 2020 Democrats want her support anyway
Ginsburg hospitalized for treatment of chills and fever
Secretary of Navy says Trump's tweet is not a formal order
Pence works to reassure Kurdish allies in surprise Iraq trip
Bloomberg vows to refuse donations, presidential salary
New Hampshire may test durability of Sanders' popularity
Former Iowa governor says Biden has ‘heart of a president'
Top lawmakers reach agreement on spending as deadline nears
Harris hopes to make ‘magic' with black women in SC
The Latest: US, Kurds target Islamic State in joint action


The role of chilled colleague required me to actively aid customers, maintain the place of work via cleaning and stocking shelves as well as working together as part of a team to split up duties so they could be completed in a timely fashion. This was to prevent empty shelves and provide fast customer service. A strong data aspect was present which was the collection and logging of stock levels which was used in tandem with the warehouse logs to monitor the quantity of incoming goods.
.
As a sales associate I was tasked with various jobs within the workplace. I would often work on the tills serving customers, providing first hand customer service and support in relation to any issues/questions they may have. I also worked stock from deliveries as well as performing maintenance on departments making sure they're tidy and concise in regards to presentation.
Info
.


Tidygeocoder provides a unified interface for performing both forward and reverse geocoding queries with a variety of geocoding services. In forward geocoding you provide an address to the geocoding service and you get latitude and longitude coordinates in return. In reverse geocoding you provide the latitude and longitude and the geocoding service will return that location’s address. In both cases, other data about the location can be provided by the geocoding service.
The geocode()
and geo()
functions are for
forward geocoding while the reverse_geocode()
and
reverse_geo()
functions perform reverse geocoding. The
geocode()
and reverse_geocode()
functions
extract either addresses (forward geocoding) or coordinates (reverse
geocoding) from the input dataframe and pass this data to the
geo()
and reverse_geo()
functions respectively
which execute the geocoding queries. All extra arguments
(...
) given to geocode()
are passed to
geo()
and extra arguments given to
reverse_geocode()
are passed to
reverse_geo()
.
library(tibble)
library(dplyr)
library(tidygeocoder)
address_single <- tibble(singlelineaddress = c(
"11 Wall St, NY, NY",
"600 Peachtree Street NE, Atlanta, Georgia"
))
address_components <- tribble(
~street, ~cty, ~st,
"11 Wall St", "NY", "NY",
"600 Peachtree Street NE", "Atlanta", "GA"
)
You can use the address
argument to specify single-line
addresses. Note that when multiple addresses are provided, the batch
geocoding functionality of the Census geocoding service is used.
Additionally, verbose = TRUE
displays logs to the
console.
census_s1 <- address_single %>%
geocode(address = singlelineaddress, method = "census", verbose = TRUE)
#>
#> Number of Unique Addresses: 2
#> Executing batch geocoding...
#> Batch limit: 10,000
#> Passing 2 addresses to the US Census batch geocoder
#> Querying API URL: https://geocoding.geo.census.gov/geocoder/locations/addressbatch
#> Passing the following parameters to the API:
#> format : "json"
#> benchmark : "Public_AR_Current"
#> vintage : "Current_Current"
#> Query completed in: 0.4 seconds
| singlelineaddress | lat | long |
|---|---|---|
| 11 Wall St, NY, NY | 40.70747 | -74.01121 |
| 600 Peachtree Street NE, Atlanta, Georgia | 33.77085 | -84.38505 |
Alternatively you can run the same query with the geo()
function by passing the address values from the dataframe directly. In
either geo()
or geocode()
, the
lat
and long
arguments are used to name the
resulting latitude and longitude fields. Here the method
argument is used to specify the “osm” (Nominatim) geocoding service.
Refer to the geo()
function documentation for the possible
values of the method
argument.
osm_s1 <- geo(
address = address_single$singlelineaddress, method = "osm",
lat = latitude, long = longitude
)
#> Passing 2 addresses to the Nominatim single address geocoder
#> Query completed in: 2 seconds
| address | latitude | longitude |
|---|---|---|
| 11 Wall St, NY, NY | 40.70707 | -74.01117 |
| 600 Peachtree Street NE, Atlanta, Georgia | 33.77086 | -84.38614 |
Instead of single-line addresses, you can use any combination of the
following arguments to specify your addresses: street
,
city
, state
, county
,
postalcode
, and country
.
census_c1 <- address_components %>%
geocode(street = street, city = cty, state = st, method = "census")
#> Passing 2 addresses to the US Census batch geocoder
#> Query completed in: 0.9 seconds
| street | cty | st | lat | long |
|---|---|---|---|---|
| 11 Wall St | NY | NY | 40.70747 | -74.01121 |
| 600 Peachtree Street NE | Atlanta | GA | 33.77085 | -84.38505 |
To return the full geocoding service results (not just latitude and
longitude), specify full_results = TRUE
. Additionally, for
the Census geocoder you can get fields for geographies such as Census
tracts by specifying
api_options = list(census_return_type = 'geographies')
. Be
sure to use full_results = TRUE
with the “geographies”
return type in order to allow the Census geography columns to be
returned.
census_full1 <- address_single %>% geocode(
address = singlelineaddress,
method = "census", full_results = TRUE, api_options = list(census_return_type = 'geographies')
)
#> Passing 2 addresses to the US Census batch geocoder
#> Query completed in: 0.5 seconds
| singlelineaddress | lat | long | id | input_address | match_indicator | match_type | matched_address | tiger_line_id | tiger_side | state_fips | county_fips | census_tract | census_block |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 11 Wall St, NY, NY | 40.70747 | -74.01121 | 1 | 11 Wall St, NY, NY, , , | Match | Exact | 11 WALL ST, NEW YORK, NY, 10005 | 59659656 | R | 36 | 061 | 000700 | 1004 |
| 600 Peachtree Street NE, Atlanta, Georgia | 33.77085 | -84.38505 | 2 | 600 Peachtree Street NE, Atlanta, Georgia, , , | Match | Non_Exact | 600 PEACHTREE ST, ATLANTA, GA, 30308 | 17343689 | L | 13 | 121 | 001902 | 2003 |
As mentioned earlier, the geocode()
function passes
addresses in dataframes to the geo()
function for geocoding
so we can also directly use the geo()
function in a similar
way:
salz <- geo("Salzburg, Austria", method = "osm", full_results = TRUE) %>%
select(-licence)
#> Passing 1 address to the Nominatim single address geocoder
#> Query completed in: 1 seconds
| address | lat | long | place_id | osm_type | osm_id | boundingbox | display_name | class | type | importance | icon |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Salzburg, Austria | 47.79813 | 13.04648 | 297962771 | relation | 86538 | 47.7512115, 47.8543925, 12.9856478, 13.1275256 | Salzburg, 5020, Österreich | boundary | administrative | 0.6854709 | https://nominatim.openstreetmap.org/ui/mapicons/poi_boundary_administrative.p.20.png |
For reverse geocoding you’ll use reverse_geocode()
instead of geocode()
and reverse_geo()
instead
of geo()
. Note that the reverse geocoding functions are
structured very similarly to the forward geocoding functions and share
many of the same arguments (method
, limit
,
full_results
, etc.). For reverse geocoding you will provide
latitude and longitude coordinates as inputs and the location’s address
will be returned by the geocoding service.
Below, the reverse_geocode()
function is used to geocode
coordinates in a dataframe. The lat
and long
arguments specify the columns that contain the latitude and longitude
data. The address
argument can be used to specify the
single line address column name that is returned from the geocoder. Just
as with forward geocoding, the method
argument is used to
specify the geocoding service.
lat_longs1 <- tibble(
latitude = c(38.895865, 43.6534817),
longitude = c(-77.0307713, -79.3839347)
)
rev1 <- lat_longs1 %>%
reverse_geocode(lat = latitude, long = longitude, address = addr, method = "osm")
#> Passing 2 coordinates to the Nominatim single coordinate geocoder
#> Query completed in: 2 seconds
| latitude | longitude | addr |
|---|---|---|
| 38.89587 | -77.03077 | L’Enfant’s plan, Pennsylvania Avenue, Washington, District of Columbia, 20045, United States |
| 43.65348 | -79.38393 | Toronto City Hall, 100, Queen Street West, Financial District, Spadina—Fort York, Old Toronto, Toronto, Golden Horseshoe, Ontario, M5H 2N2, Canada |
The same query can also be performed by passing the latitude and
longitudes directly to the reverse_geo()
function. Here we
will use full_results = TRUE
so that the full results are
returned (not just the single line address column).
rev2 <- reverse_geo(
lat = lat_longs1$latitude,
long = lat_longs1$longitude,
method = "osm",
full_results = TRUE
)
#> Passing 2 coordinates to the Nominatim single coordinate geocoder
#> Query completed in: 2 seconds
glimpse(rev2)
#> Rows: 2
#> Columns: 23
#> $ lat <dbl> 38.89587, 43.65348
#> $ long <dbl> -77.03077, -79.38393
#> $ address <chr> "L’Enfant's plan, Pennsylvania Avenue, Washington, District of Columbia, 20045, United States", "Toronto City Hall, 100, Queen Street West, F…
#> $ place_id <int> 275427865, 152735232
#> $ licence <chr> "Data © OpenStreetMap contributors, ODbL 1.0. https://osm.org/copyright", "Data © OpenStreetMap contributors, ODbL 1.0. https://osm.org/copyr…
#> $ osm_type <chr> "way", "way"
#> $ osm_id <int> 899927546, 198500761
#> $ osm_lat <chr> "38.895859599999994", "43.6536032"
#> $ osm_lon <chr> "-77.0306779870984", "-79.38400546703345"
#> $ tourism <chr> "L’Enfant's plan", NA
#> $ road <chr> "Pennsylvania Avenue", "Queen Street West"
#> $ city <chr> "Washington", "Old Toronto"
#> $ state <chr> "District of Columbia", "Ontario"
#> $ `ISO3166-2-lvl4` <chr> "US-DC", "CA-ON"
#> $ postcode <chr> "20045", "M5H 2N2"
#> $ country <chr> "United States", "Canada"
#> $ country_code <chr> "us", "ca"
#> $ boundingbox <list> <"38.8957273", "38.8959688", "-77.0311667", "-77.0301895">, <"43.6529946", "43.6541458", "-79.3848438", "-79.3830415">
#> $ amenity <chr> NA, "Toronto City Hall"
#> $ house_number <chr> NA, "100"
#> $ neighbourhood <chr> NA, "Financial District"
#> $ quarter <chr> NA, "Spadina—Fort York"
#> $ state_district <chr> NA, "Golden Horseshoe"
Only unique input data (either addresses or coordinates) is passed to geocoding services even if your data contains duplicates. NA and blank inputs are excluded from queries. Input latitudes and longitudes are also limited to the range of possible values.
Below is an example of how duplicate and missing data is handled by tidygeocoder. As the console messages shows, only the two unique addresses are passed to the geocoding service.
# create a dataset with duplicate and NA addresses
duplicate_addrs <- address_single %>%
bind_rows(address_single) %>%
bind_rows(tibble(singlelineaddress = rep(NA, 3)))
duplicates_geocoded <- duplicate_addrs %>%
geocode(singlelineaddress, verbose = TRUE)
#>
#> Number of Unique Addresses: 2
#> Passing 2 addresses to the Nominatim single address geocoder
#>
#> Number of Unique Addresses: 1
#> Querying API URL: https://nominatim.openstreetmap.org/search
#> Passing the following parameters to the API:
#> q : "11 Wall St, NY, NY"
#> limit : "1"
#> format : "json"
#> HTTP Status Code: 200
#> Query completed in: 0.9 seconds
#> Total query time (including sleep): 1 seconds
#>
#>
#> Number of Unique Addresses: 1
#> Querying API URL: https://nominatim.openstreetmap.org/search
#> Passing the following parameters to the API:
#> q : "600 Peachtree Street NE, Atlanta, Georgia"
#> limit : "1"
#> format : "json"
#> HTTP Status Code: 200
#> Query completed in: 0.2 seconds
#> Total query time (including sleep): 1 seconds
#>
#> Query completed in: 2 seconds
| singlelineaddress | lat | long |
|---|---|---|
| 11 Wall St, NY, NY | 40.70707 | -74.01117 |
| 600 Peachtree Street NE, Atlanta, Georgia | 33.77086 | -84.38614 |
| 11 Wall St, NY, NY | 40.70707 | -74.01117 |
| 600 Peachtree Street NE, Atlanta, Georgia | 33.77086 | -84.38614 |
| NA | NA | NA |
| NA | NA | NA |
| NA | NA | NA |
As shown above, duplicates will not be removed from your results by
default. However, you can return only unique results by using
unique_only = TRUE
. Note that passing
unique_only = TRUE
to geocode()
or
reverse_geocode()
will result in the original dataframe
format (including column names) to be discarded in favor of the standard
field names (ie. “address”, ‘lat, ’long’, etc.).
uniqueonly1 <- duplicate_addrs %>%
geocode(singlelineaddress, unique_only = TRUE)
#> Passing 2 addresses to the Nominatim single address geocoder
#> Query completed in: 2 seconds
| address | lat | long |
|---|---|---|
| 11 Wall St, NY, NY | 40.70707 | -74.01117 |
| 600 Peachtree Street NE, Atlanta, Georgia | 33.77086 | -84.38614 |
The geocode_combine()
function allows you to execute and
combine the results of multiple geocoding queries. The queries are
specified as a list of lists with the queries
parameter and
are executed in the order provided. By default only addresses that are
not found are passed to the next query, but this behavior can be toggled
with the cascade
argument.
In the first example below, the US Census service is used for the
first query while the Nominatim (“osm”) service is used for the second
query. The global_params
argument passes the
address
column from the input dataset to both queries.
addresses_combine <- tibble(
address = c('100 Wall Street NY, NY', 'Paris', 'Not An Address')
)
cascade_results1 <- addresses_combine %>%
geocode_combine(
queries = list(
list(method = 'census'),
list(method = 'osm')
),
global_params = list(address = 'address')
)
#>
#> Passing 3 addresses to the US Census batch geocoder
#> Query completed in: 0.2 seconds
#> Passing 2 addresses to the Nominatim single address geocoder
#> Query completed in: 2 seconds
| address | lat | long | query |
|---|---|---|---|
| 100 Wall Street NY, NY | 40.70516 | -74.007346 | census |
| Paris | 48.85889 | 2.320041 | osm |
| Not An Address | NA | NA |
If cascade
is set to FALSE then all addresses are
attempted by each query regardless of if the address was found initially
or not.
no_cascade_results1 <- addresses_combine %>%
geocode_combine(
queries = list(
list(method = 'census'),
list(method = 'osm')
),
global_params = list(address = 'address'),
cascade = FALSE
)
#>
#> Passing 3 addresses to the US Census batch geocoder
#> Query completed in: 0.2 seconds
#> Passing 3 addresses to the Nominatim single address geocoder
#> Query completed in: 3 seconds
| address | lat | long | query |
|---|---|---|---|
| 100 Wall Street NY, NY | 40.70516 | -74.007346 | census |
| 100 Wall Street NY, NY | 40.70522 | -74.006800 | osm |
| Paris | NA | NA | census |
| Paris | 48.85889 | 2.320041 | osm |
| Not An Address | NA | NA | census |
| Not An Address | NA | NA | osm |
Additionally, the results from each query can be returned in separate
list items by setting return_list = TRUE
.
The limit
argument can be specified to allow multiple
results (rows) per input if available. The maximum value for the
limit
argument is often 100 for geocoding services. To use
the default limit
value for the selected geocoding service
you can use limit = NULL
which will prevent the limit
parameter from being included in the query.
geo_limit <- geo(
c("Lima, Peru", "Cairo, Egypt"),
method = "osm",
limit = 3, full_results = TRUE
)
#> Passing 2 addresses to the Nominatim single address geocoder
#> Query completed in: 2 seconds
glimpse(geo_limit)
#> Rows: 6
#> Columns: 13
#> $ address <chr> "Lima, Peru", "Lima, Peru", "Lima, Peru", "Cairo, Egypt", "Cairo, Egypt", "Cairo, Egypt"
#> $ lat <dbl> -12.06211, -12.20011, -11.99997, 30.04439, 30.03521, 30.03325
#> $ long <dbl> -77.03653, -76.28506, -76.83322, 31.23573, 31.56337, 31.56217
#> $ place_id <int> 298428260, 298361673, 298381610, 338723021, 298794275, 298680500
#> $ licence <chr> "Data © OpenStreetMap contributors, ODbL 1.0. https://osm.org/copyright", "Data © OpenStreetMap contributors, ODbL 1.0. https://osm.org/copyright…
#> $ osm_type <chr> "relation", "relation", "relation", "node", "relation", "relation"
#> $ osm_id <int> 1944756, 1944659, 1944670, 271613766, 5466227, 4103336
#> $ boundingbox <list> <"-12.0797663", "-12.0303496", "-77.0884555", "-77.0017774">, <"-13.3241714", "-10.2741856", "-77.8863105", "-75.5075">, <"-12.5199316", "-11.572…
#> $ display_name <chr> "Lima, Lima Metropolitana, Lima, Perú", "Lima, Perú", "Lima, Lima Metropolitana, Lima, Perú", "القاهرة, 11519, مصر", "القاهرة, مصر", "القاهرة, مص…
#> $ class <chr> "boundary", "boundary", "boundary", "place", "place", "boundary"
#> $ type <chr> "administrative", "administrative", "administrative", "city", "city", "administrative"
#> $ importance <dbl> 0.7830015, 0.6119761, 0.5934835, 0.6960286, 0.6960286, 0.4835559
#> $ icon <chr> "https://nominatim.openstreetmap.org/ui/mapicons/poi_boundary_administrative.p.20.png", "https://nominatim.openstreetmap.org/ui/mapicons/poi_boun…
To directly specify specific API parameters for a given
method
you can use the custom_query
parameter.
For example, the
Nominatim (OSM) geocoder has a ‘polygon_geojson’ argument that can
be used to return GeoJSON geometry content. To pass this parameter you
can insert it with a named list using the custom_query
argument:
cairo_geo <- geo("Cairo, Egypt",
method = "osm", full_results = TRUE,
custom_query = list(polygon_geojson = 1), verbose = TRUE
)
#>
#> Number of Unique Addresses: 1
#> Passing 1 address to the Nominatim single address geocoder
#>
#> Number of Unique Addresses: 1
#> Querying API URL: https://nominatim.openstreetmap.org/search
#> Passing the following parameters to the API:
#> q : "Cairo, Egypt"
#> limit : "1"
#> polygon_geojson : "1"
#> format : "json"
#> HTTP Status Code: 200
#> Query completed in: 0.2 seconds
#> Total query time (including sleep): 1 seconds
#>
#> Query completed in: 1 seconds
glimpse(cairo_geo)
#> Rows: 1
#> Columns: 15
#> $ address <chr> "Cairo, Egypt"
#> $ lat <dbl> 30.04439
#> $ long <dbl> 31.23573
#> $ place_id <int> 338723021
#> $ licence <chr> "Data © OpenStreetMap contributors, ODbL 1.0. https://osm.org/copyright"
#> $ osm_type <chr> "node"
#> $ osm_id <int> 271613766
#> $ boundingbox <list> <"29.8843879", "30.2043879", "31.0757257", "31.3957257">
#> $ display_name <chr> "القاهرة, 11519, مصر"
#> $ class <chr> "place"
#> $ type <chr> "city"
#> $ importance <dbl> 0.6960286
#> $ icon <chr> "https://nominatim.openstreetmap.org/ui/mapicons/poi_place_city.p.20.png"
#> $ geojson.type <chr> "Point"
#> $ geojson.coordinates <list> <31.23573, 30.04439>
To test a query without sending any data to a geocoding service, you
can use no_query = TRUE
(NA results are returned).
noquery1 <- geo(c("Vancouver, Canada", "Las Vegas, NV"),
no_query = TRUE,
method = "arcgis"
)
#>
#> Number of Unique Addresses: 2
#> Passing 2 addresses to the ArcGIS single address geocoder
#>
#> Number of Unique Addresses: 1
#> Querying API URL: https://geocode.arcgis.com/arcgis/rest/services/World/GeocodeServer/findAddressCandidates
#> Passing the following parameters to the API:
#> SingleLine : "Vancouver, Canada"
#> maxLocations : "1"
#> f : "json"
#>
#> Number of Unique Addresses: 1
#> Querying API URL: https://geocode.arcgis.com/arcgis/rest/services/World/GeocodeServer/findAddressCandidates
#> Passing the following parameters to the API:
#> SingleLine : "Las Vegas, NV"
#> maxLocations : "1"
#> f : "json"
#> Query completed in: 0 seconds
| address | lat | long |
|---|---|---|
| Vancouver, Canada | NA | NA |
| Las Vegas, NV | NA | NA |
Additional usage notes for the geocode()
,
geo()
, reverse_geocode()
, and
reverse_geo()
functions:
quiet = TRUE
to silence console logs displayed by
default (how many inputs were submitted, to what geocoding service, and
the elapsed time).progress_bar
argument to control if a progress
bar is displayed.verbose
, quiet
, and
progress_bar
arguments can be set globally with
options
. For instance
options(tidygeocoder.verbose = TRUE)
will set verbose to
TRUE
for all queries by default.api_options
or
api_url
arguments. See ?geo
or
?reverse_geo
for details.min_time
argument will
default to a value based on the maximum query rate of the given
geocoding service. If you are using a local Nominatim server or have a
commercial geocoder plan that has less restrictive usage limits then you
can manually set min_time
to a lower value (such as
0).mode
argument can be used to specify whether the
batch geocoding or single address/coordinate geocoding should be used.
By default batch geocoding will be used if available when more than one
address or coordinate is provided (with some noted exceptions for slower
batch geocoding services).return_addresses
and return_coords
parameters (for forward and reverse geocoding respectively) can be used
to toggle whether the input addresses or coordinates are returned.
Setting these parameters to FALSE
is necessary to use batch
geocoding if limit
is greater than 1 or NULL.reverse_geocode()
and geocode()
functions, the return_input
argument can be used to toggle
if the input dataset is included in the returned dataframe.geocode()
and
reverse_geocode()
functions. See #154 for
details.


Will you tell us a bit about how a real-time, continuous feedback tool could help your organization? Select one or more of the tiles below, and let us know what's most important to you.


Alex Dziena, Jaewon Lee, and Johan Sulaiman
Department of Computer Science
Columbia University
In a multi-platform e-commerce business, revenue growth is highly correlated with superior product selection and low prices. This paper describes a Trending Products application that provides up-to-date category-specific recommendations, by scraping Twitter and potentially other public news sources for product announcements, product reviews, product promotions, and other product-related articles, along with their accompanying social media reactions.
A wordcloud visualization of products and search keywords from our dataset, weighted by tweet volume, and filtered to include only tweets with poistive sentiment and > 0 favorite, retweet, reply, or quote counts.


progressive quest: social justice warriors (v1) about
character: anonymous social justice noob 0th level xp: 0/0 gender: other (they/their/them) weapon: armor: head: face: ears: neck: torso: back: waist: wrists: hands: finger: legs: feet: transport: inventory:
progress: [ ] social: friends: 0 lovers: 0 twitter: 0 followers tumblr: 0 followers patreon: $0/month log:
realm:
[ ]


Zarangollo
Simple veggie starter/side dish from Murcia (Southeastern Spain)
- ⏲ Prep time: 5 min
- 🍳 Cook time: 10-15 min
- 🍽 Servings: 2
Ingredients
- 1 White onion
- 1 Eggplant
- Olive oil
- Egg (optional)
Directions
- Cut onion in julienne (a third or half of an onion ring)
- Cut the eggplant in slices or chunks that can fit in a teaspoon
- Add oil to a pan (not a shallow one, wide and a bit deep is ideal if you have one) until it barely covers the vegetables
- Cook and stir in medium heat until they are tender, caramelized and translucent
- Kick up the heat to give them a crispy touch, but not for long
- (Optional) Turn off the heat and crack open an egg on top
- (Optional) Let the residual heat cook the egg. If it breaks just scramble it, the recipe doesn’t call for anything fancy
- You can serve the dish with that oil (provided it is not burnt) or keep it for cooking other stuff
Contribution
Enrique: github
Recipe tags:
spanish
mediterranean
side
quick


${this.filterDataByAttribute.length} Hotels Found
-
Limited Time Offer${result.hotel_name}${result.city.city_name}, ${result.city.state.country.country_name} - View on map
- ${facilities.facilites_id.facilites_name}
(11 Reviews)4 / 5 Very GoodFrom 0 TK ${min_amount[index]} TK / night


ruby.rb |
|
|---|---|
|
Require |
require 'recap/tasks/deploy'
require 'recap/tasks/ruby' |
|
If your application uses Bundler, |
require 'recap/tasks/bundler' |
|
If your application uses Foreman, recap will use that to stop, start and restart your application processes. |
require 'recap/tasks/foreman' |


3253.4 Sécurité
Authors : Paul Arzul, Damian Petroff & Segan Salomon -
INF3dlm-b
Last update : 28th April 2019
Digital Signature
OpenPGP.js
Alice
Alice's
Private
Key
Content
Hello Bob
Signed Content
Bob
Alice's
Public
Key
Signed Content
Result
-
Demo
Fast test
This test signs the string "test" with the public key and verifies the signature with the private key.
File signing
Testing procedure :
Load the file you want to sign. Preferably a text file.
Click on
Sign File
. The signed file will show up.
Click on the link to the signed file to download it.
Reload the signed file you just downloaded.
Click on
Verify Signature
. A message will tell you whether the signature is valid or not.
Sign File
Verify Signature
Download results


hello there, it's humam mkhzoumi from jordan, im a 27 year's old civil engineer and software developer, I studied civil engineering at al albayt university but my ambition was all about programming so i studied advance programming at ASAC code fellows for 6 months and im now a software developer. here is my certificates:
software developer certification from ASAC
bsc of civil engineering from al albayt university
this webpage is designed to show the user some informations about me,
my top ten perfumes:
- creed aventus
- dior sauvage
- versace eros
- channel blue
- one million
- invictus
- spicebomb
- bvlgari man in black
- bad boy
- Tom Ford


threejs
- Ground projected environment mapping. By
Faraz Shaikh
.
Ferrari 458 Italia model by
vicent091036
Blouberg Sunrise 2
by
Greg Zaal


{% include head.html %}
{% include nav-en.html %} {% include header-atlassian-data-center.html %} {% include services-atlassian-data-center-en.html %} {% include contact-en.html %} {% include scripts.html %}


Generate
Clear
Training Data
Add Current Drawing as Training Data
Add Current Generated Drawing as Training Data
Import Training Data
Export Training Data
Train
Import Generative Neural Network
Export Generative Neural Network
Input Canvas
Output Canvas
Array
Raw Values
Brush
Sample
Average
Brush
Eraser
Circle
Square


 I had this preconceived notion that it would just be a hassle and wouldn't be that beneficial. Boy was I wrong.
I realized that I actually really enjoy pairing. It gives me a greater sense of where I stand, not only on a technical level, but a cultural one as well. I found that I felt inspired and motivated by almost everyone that I've paired with, and that feeling is invaluable. Also, a lot of them are more advanced then me in terms of programming, and fortunately were always willing to help me when I had questions, so that was a great learning experience. The rewarding feeling of accomplishing a challenge together is a great confidence booster.
The downside to pairing is when we both get frustrated and stuck on something we just can't seem to figure out. I remember this was most prominent in the CSS blog challenge, because CSS itself can just be a hassle to work with, but not having a lot of experience with it and trying to build a website was quite the defeating experience. In that moment it's hard to enjoy pairing, but there will always be bad sides that come along with the good.
I also thought feedback was an unnecessary component to programming, but I was proven wrong again. I didn't think I'd be affected by reading my feedback, but I actually was, much to my surprise. There were the ones that made me feel good, like I knew what I was doing and a great partner, and then there were ones that gave me great constructive criticism. I hadn't even noticed some of these things that were pointed out, so I'm glad they were so I can work on them and be more aware in future pairing sessions.
Writing feedback is sometimes difficult to do, only because of the specificity involved. I don't want to just provide the general "you were a great partner, keep up the good work", but sometimes things do go really well and there's nothing much to say in terms of giving actionable feedback. But I think this is a great exercise in having to think beyond normal bounds and actually write something that will benefit others.


.....content goes here.......
My full name is Xu Ji Cang, and now I'm a senior student of our school. Firstly I'll refer to some titles I've received. I got the first-class scholarship and Three Goods Student of RenMin University of China annually. I joined the CPC (Communist Party of China) as a prepared man last term. What's more, my publications are abundant. 7 thesis of mine have been published on national official periodicals. One of them which's entitled foreign digital archival resource integration and service mechanism type study was carried on national core magazine, Beijing archives. it's a co-writing paper with doctor An Xiaomi and also a result of An's national social science major project. I'm also talented with violin. Having been playing violin for 15 years, now I am a minister of violin part of our school orchestra .
Secondly, I'll introduce you something about my present major and post-graduate period plan. I major in information system and management. The courses I have taken include JAVA, SQL, WEB and so on. On the one hand, I develop solid basic subject capabilities in these courses. On the other hand, these courses of tool category stimulate my strong curiosity about data science. During my post-graduate time, I'd like to study data excavating furtherly. At the same time, I hope to overlook some frontier scenery in this field and practice my paper-writing skill with my tutor.
Finally, thanks for our college's cultivation, I'll continue to study diligently in the new period. Thank you!


Home > Jumbotron
Hello, world!
This is a simple hero unit, a simple jumbotron-style component for calling extra attention to featured content or information.
It uses utility classes for typography and spacing to space content out within the larger container.
Learn moreFluid jumbotron
This is a modified jumbotron that occupies the entire horizontal space of its parent.


Products Page
Some small training template for our things and that kind of stuff
Price
Filter products by price
None
Price ASC
Price DESC
Filters
Filter products by color
Products


|
Generated by JDiff |
|||||||
| PREV PACKAGE NEXT PACKAGE FRAMES NO FRAMES | DETAIL: REMOVED | ADDED | CHANGED |
| Added Classes and Interfaces | |
|
|
ABS implements a binding to the Java function Math.abs(double) for computing the absolute value of the argument. |
|
|
ACOS implements a binding to the Java function Math.acos(double) for computing the arc cosine of value of the argument. |
|
|
ASIN implements a binding to the Java function Math.asin(double) for computing the arc sine of value of the argument. |
|
|
ATAN implements a binding to the Java function Math.atan(double) for computing the arc tangent of value of the argument. |
|
|
base class for math udfs |
|
|
CBRT implements a binding to the Java function Math.cbrt(double) for computing the cube root of the argument. |
|
|
CEIL implements a binding to the Java function Math.ceil(double) Given a single data atom it Returns the smallest (closest to negative infinity) double value that is greater than or equal to the argument and is equal to a mathematical integer. |
|
|
Computes the correlation between sets of data. |
|
|
|
|
|
|
|
|
|
|
|
COS implements a binding to the Java function Math.cos(double) Given a single data atom it Returns the cosine value of the input |
|
|
COSH implements a binding to the Java function Math.cosh(double) Given a single data atom it Returns the hyperbolic cosine value of the input |
|
|
Computes the covariance between sets of data. |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
base class for math udfs that return Double value |
|
|
Given a single data atom it Returns the closest long to the argument. |
|
|
Given a single data atom it returns the Euler's number e raised to the power of input |
|
|
FLOOR implements a binding to the Java function Math.floor(double) Given a single data atom it returns the largest (closest to positive infinity) double value that is less than or equal to the argument and is equal to a mathematical integer. |
|
|
|
|
|
ROUND implements a binding to the Java function Math.round(float) Given a single data atom it Returns the closest long to the argument. |
|
|
The generic Invoker class does all the common grunt work of setting up an invoker. |
|
|
INDEXOF implements eval function to search for a string Example: A = load 'mydata' as (name); B = foreach A generate INDEXOF(name " "); |
|
|
ABS implements a binding to the Java function Math.abs(int) for computing the absolute value of the argument. |
|
|
@see GenericInvoker |
|
|
@see GenericInvoker |
|
|
@see GenericInvoker |
|
|
@see GenericInvoker |
|
|
@see GenericInvoker |
|
|
|
|
|
string.INSTR implements eval function to search for the last occurrence of a string Returns null on error Example: A = load 'mydata' as (name); B = foreach A generate LASTINDEXOF(name " "); |
|
|
lower-case the first character of a string |
|
|
LOG implements a binding to the Java function Math.log(double) Given a single data atom it returns the natural logarithm (base e) of a double |
|
|
LOG10 implements a binding to the Java function Math.log10(double) Given a single data atom it returns the base 10 logarithm of a double |
|
|
LOWER implements eval function to convert a string to lower case Example: A = load 'mydata' as (name); B = foreach A generate LOWER(name); |
|
|
|
|
|
Describes how the execution of a UDF should be monitored and what to do if it times out. |
|
|
|
|
|
|
|
|
REPLACE implements eval function to replace part of a string. |
|
|
ROUND implements a binding to the Java function Math.round(double) Given a single data atom it Returns the closest long to the argument. |
|
|
SIN implements a binding to the Java function Math.sin(double) Given a single data atom it Returns the sine of the argument. |
|
|
SINH implements a binding to the Java function Math.sinh(double) Given a single data atom it Returns the hyperbolic sine of the argument. |
|
|
SQRT implements a binding to the Java function Math.sqrt(double) Given a single data atom it Returns the square root of the argument. |
|
|
Wrapper around Java's String.split input tuple: first column is assumed to have a string to split; the optional second column is assumed to have the delimiter or regex to split on; if not provided it's assumed to be '\s' (space) the optional third column may provide a limit to the number of results. If limit is not provided 0 is assumed as per Java's split(). |
|
|
SUBSTRING implements eval function to get a part of a string. |
|
|
TAN implements a binding to the Java function Math.tan(double) Given a single data atom it Returns the tangent of the argument. |
|
|
TANH implements a binding to the Java function Math.tanh(double) Given a single data atom it Returns the hyperbolic tangent of the argument. |
|
|
This class takes a list of items and puts them into a bag T = foreach U generate TOBAG($0 $1 $2); It's like saying this: T = foreach U generate {($0) ($1) ($2)} Output schema: The output schema for this udf depends on the schema of its arguments. |
|
|
Top UDF accepts a bag of tuples and returns top-n tuples depending upon the tuple field value of type long. |
|
|
|
|
|
|
|
|
|
|
|
This class makes a tuple out of the parameter T = foreach U generate TOTUPLE($0 $1 $2); It generates a tuple containing $0 $1 and $2 |
|
|
Returns a string with leading and trailing whitespace omitted. |
|
|
upper-case the first character of a string |
|
|
UPPER implements eval function to convert a string to upper case Example: A = load 'mydata' as (name); B = foreach A generate UPPER(name); |
| Changed Classes | |
|
|
Find the number of fields in a tuple. |
|
|
Load and store data in a binary format. |
|
|
A load function that parses a line of input into fields using a delimiter to set the fields. |
|
|
This abstract class provides standard conversions between utf8 encoded data and pig data types. |
|
||||||||
| PREV PACKAGE NEXT PACKAGE FRAMES NO FRAMES |


| Item Description | Outcome | Implementing Partner | Purchase Order | End User | Item Received | Date Received | Quantity Sent | Quantity Received | Quality of Product | Satisfied? |
|---|---|---|---|---|---|---|---|---|---|---|
| {{ response.item }} | {{ response.programme.name }} | {{ response.consignee.name }} | {{ response.purchaseOrder.orderNumber }} | {{ response.contactPerson ? (response.contactPerson.firstName +' '+ response.contactPerson.lastName) : 'Not Found' }} | {{ response.productReceived }} | {{ response.dateOfReceipt }} | {{ response.amountSent }} | {{ response.amountReceived || '0' }} | {{ response.qualityOfProduct }} | {{ response.satisfiedWithProduct }} |
|
|


C# Standards
Back Home
Do's
Just Do It
Do Not's
Just.. Don't... Do It
Questions?
That's a Wrap!
Back Home


Challenge 2 - Almost prime
A composite number is a positive integer that has at least one positive divisor other than one or the number itself. In other words, a composite number is any positive integer greater than one that is not a prime number.
For example, 14 = 2*7 and 18 = 2*3*3 are composite numbers.
We will say a number is "almost prime" if it has exactly two (not necessarily distinct) prime factors.
For example, the following numbers are almost prime: 6 = 2*3, 25 = 5*5. And the following numbers are not: 17 (prime), 81 = 3*3*3*3.
Please help us get an idea about how many almost prime numbers there are in certain integer intervals.
Input
The first line contains an integer T, the number of test cases. T lines follow, containing two integers each: A and B, separated by a space.
Output
For each test case, print the number of almost prime numbers P that verify A ≤ P ≤ B.
Constraints
1 ≤ T ≤ 100 1 ≤ A ≤ B ≤ 10^8
Sample input
2 1 10 10 20
Sample output
4 3
Problem stats
| Completion time: |
10 percentile: 0:60 h 90 percentile: 45:55 h |
|---|---|
| Submit exec time: |
min: 7.00 s 10 percentile: 26.00 s 90 percentile: 32986.67 s max: 214264.87 s |
| Test tries: |
min: 1 10 percentile: 1 90 percentile: 7 max: 90 |
| # of completions: | 412 |


In first since 2002, EU not forcing any states to cut debt
BRUSSELS (AP) - For the first time since 2002, the European Commission is not taking legal action against any of its members over high budget deficits or debt, and is instead encouraging some to spend more to help the economy.
The EU's executive arm said Wednesday that eight countries were at risk of significantly falling short of the bloc's aim for a deficit below 3% of GDP and debt approaching 60%. They include Spain, France, and Italy.
But it isn't taking legal action to push any countries to tighten finances. It most recently did that against Italy, whose last government had increased spending sharply despite its huge debts.
The commission encouraged countries with strong finances, particularly Germany and the Netherlands, to spend more. With growth slowing, experts say governments need to investment more.
Copyright 2019 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.


Basics of Linear Regression
A simple linear regression model can be used to build a relation between an explanatory variable and one target variable. it tries to generate the system of line that can fit in the data with minimum loss. It tries to calculate coefficient and intercept of the line.
Lets consider you want to predict the price of a pizza. So while predicting the price the variable that comes into your mind is the size of pizza. For now don’t consider other features like thickness of pizza and the type of pizza etc. Lets build a relation between size of pizza and the price of pizza using this dummy data.
Diameter Price 6 5.0 8 10.0 10 13.0 14 17.5 18 18.0
Lets visualize the data using using matplot.
import matplotlib.pyplot as plt
import seaborn as sns
sns.set()
plt.figure()
plt.title('Pizza price plotted against diameter')
plt.xlabel('Diameter in inches')
plt.ylabel('Price in dollars')
plt.plot(X, y, 'k.')
plt.axis([0, 25, 0, 25])
plt.grid(True)
plt.show()
We can see from the graph of the training data that there is a positive relationship between the diameter of a pizza and its price, which should be corroborated by our own pizza-eating experience. As the diameter of a pizza increases, its price generally increases too. The following pizza-price predictor program models this relationship using linear regression
Create and fit the model
from sklearn.linear_model import LinearRegression
model = LinearRegression()
model.fit(X, y)
LinearRegression(copy_X=True, fit_intercept=True, n_jobs=None, normalize=False)
x_test = [[3],[20]]
pred = model.predict(x_test)
print('prediction:\n{}'.format(pred))
prediction:
[[ 4.05818966]
[21.97413793]]
plt.figure()
plt.title('Pizza price plotted against diameter')
plt.xlabel('Diameter in inches')
plt.ylabel('Price in dollars')
plt.scatter(X, y)
plt.plot(x_test, pred)
plt.axis([0, 25, 0, 25])
plt.grid(True)
plt.show()
The fit method of LinearRegression learns the parameters of the following model for simple linear regression: ` y = a + bx`
Ordinary Least Square From the above equation we can see that to calulate the linear regression we need to calculate the value of two variable a and b.
This can be solve by calculating the variance and co-variance of the x and y.
a and b can be calculated using :
a = cov(x,y) / var(x,y)
now we can calucate b easily.
Using above data:
xbar = (6 + 8 + 10 + 14 + 18) / 5
variance = ((6 - xbar)**2 + (8 - xbar)**2 + (10 - xbar)**2 + (14 -xbar)**2 + (18 - xbar)**2) / 4
print(variance)
23.2
import numpy as np
np.var([6, 8, 10, 14, 18], ddof=1)
xbar = (6 + 8 + 10 + 14 + 18) / 5
ybar = (7 + 9 + 13 + 17.5 + 18) / 5
cov = ((6 - xbar) * (7 - ybar) + (8 - xbar) * (9 - ybar) + (10 -xbar) * (13 - ybar) +
(14 - xbar) * (17.5 - ybar) + (18 - xbar) * (18 - ybar)) /4
print(cov)
22.65
beta = 22.65 /23.2
print(beta)
0.9762931034482758
alpha = ybar - beta*xbar
print(alpha)
1.9655172413793114


TSPipeline
TSPipeline
A pipeline for time series forecasting.
from zoo.zouwu.autots.forecast import TSPipeline
Note:
- TSPipeline can be obtained from AutoTSTrainer or loaded from saved file.
- train_df and validation_df in fit/evalute/predict are data frames. An exmaple data frame looks like below.
| datetime | value | extra_feature_1 | extra_feature_2 |
|---|---|---|---|
| 2019-06-06 | 1.2 | 1 | 2 |
| 2019-06-07 | 2.3 | 0 | 2 |
Methods
fit
This is usually for incremental fitting, and doesn't involve AutoML.
fit(input_df,validation_df=None,uncertainty: bool = False,epochs=1,**user_config)
Arguments
- input_df: the input dataframe
- validation_df: the validation dataframe
- uncertainty: whether to calculate uncertainty
- epochs: number of epochs to train
- user_config: user configurations
predict
predict(input_df)
Arguments
- input_df: the input dataframe
- return: the forecast results
evaluate
evaluate(input_df,metrics=["mse"],multioutput='raw_values')
Arguments
- input_df: the input dataframe
- metrics: the evaluation metrics
- multioutput: output mode of multiple output, whether to aggregate
- return: the evaluation results
Load and Save a TSPipeline can be used in below way.
from zoo.zouwu.autots.forecast import TSPipeline
loaded_ppl = TSPipeline.load(file)
# ... do sth. e.g. incremental fitting
loaded_ppl.save(another_file)
load
load is a static method.
load(pipeline_file)
Arguments
- pipeline_file: the pipeline file
save
save(pipeline_file)
Arguments
- pipeline_file: the pipeline file


<glossSurfaceForm>
The <glossSurfaceForm>
element specifies an unambiguous presentation of
the <glossterm>
that may combine multiple forms. The surface form is
suitable to introduce the term in new contexts.
Category: Glossentry elements


Contact
PVTA
PVTA Customer Service
Complaints/Concerns Form
Lost & Found / Regional Garages
Springfield Area
Holyoke Transportation Center
Northampton Area
UMass Area
Social Media
PVTA Facebook
PVTA Twitter
UMass Transit Facebook
UMass Transit Twitter
Paratransit
PVTA Paratransit Van Requests