California troopers stop drunken wrong-way driver
Suspect on busy highway narrowly misses drivers
(CNN) - - The California Highway Patrol reports a wrong-way drunk driver, Mauricio Santiago Lopez, 20, had a blood-alcohol level two times the legal limit when he was apprehended.


Remote Worker Client
Make sure you insert the staff Id & location in the above field before updating worker status


Are you sure you'd like purchase this photo? By clicking 'Yes' you agree to let Mench contact the photographer on your behalf.
You will receive an email from Mench with your order details.


The Code Generator SPI gives modules a chance to plug their own code generators into the popup that appears in the editor on the Insert Code action invocation.
The whole SPI is organized around the
CodeGenerator
interface, which is the ultimate thing that modules need to implement in order to generate
code snippets and insert them into a document on the Insert Code action invocation.
The CodeGenerator
s are created by
CodeGenerator.Factory
instances.
Instances of the
CodeGeneratorContextProvider
interface serve for adding an additonal content to the context which is passed
as a parameter to the
CodeGenerator.Factory.create
method.
The registration of CodeGenerator
s has to be done through an
instance of the CodeGenerator.Factory
class. The factory should
be registered in MimeLookup
under the mime-type of documents, which
the CodeGenerator
should be used for, in the CodeGenerators
folder. For example, if a module wants to provide CodeGenerator
for text/x-something
documents, it should implement its own
CodeGenerator.Factory
(e.g. org.some.module.CGFactory
class) and register it in MimeLookup
using its XML layer as it is
shown on the example below.
<folder name="Editors"> <folder name="text"> <folder name="x-something"> <folder name="CodeGenerators"> <file name="org-some-module-CGFactory.instance" /> </folder> </folder> </folder> </folder>
The CGFactory
class will simply return a new instance of
the module's implementation of the CodeGenerator
interface from its
create
method. The method can create and return multiple CodeGenerator
s.
The parameter of the create
method provides by default access to
the JTextComponent
, which the generator is being created for. However,
a group of factories could exist for a mime-type which require access to
an additional data (e.g. some parser result, etc.) when creating their
CodeGenerator
s. To that purpose, an instance of
CodeGeneratorContextProvider
interface could be created and registered
in MimeLookup
under the mime-type in the CodeGeneratorContextProviders
folder. For example, if a module wants to provide an additional context for
text/x-something
CodeGenerator.Factory
it should
implement its own CodeGeneratorContextProvider
(e.g. org.some.module.CGContextProvider
class) and register it in
MimeLookup
using its XML layer as it is shown on the example below.
<folder name="Editors"> <folder name="text"> <folder name="x-something"> <folder name="CodeGeneratorContextProviders"> <file name="org-some-module-CGContextProvider.instance" /> </folder> </folder> </folder> </folder>
The CGContextProvider
class in its
runTaskWithinContext
method creates the new context by merging the original context content
with the additional data and runs the task obtained as the parameter with the newly
created context.
TBD


On the Maya Lin text - I was thinking about the comparison of Maya Lin's Vietnam War memorial to an offline local website. The memorial, which is situated within a cut piece of the earth, cannot be seen from a distance or at many angles. The memorial calls for the viewer to enter the space to interface with the memorial. Like offline local websites that can only be accessed in specific spaces, the memorial can only be accessed in a specific geographical container. The names of veterans listed on the memorial are the only information provided to the viewer-in a way, this information is like the site-specific data provided on offline local websites.


Welcome to the FansUnite walkthrough betting guide. Whether you are a new to the sports betting industry, need a refresher course, or would like to reference a term, this guide will prove useful.
We begin with the basics of betting, and with the use of easy examples, will take you through all the ins and outs of the online betting scene. Our guide is broken down into the following categories:
Straight Bets, Moneyline, Totals (Over/Under), Point Spread, Odds Types, Parlay/Combination and Betting Glossary.
Straight Bet - is term that encompasses Moneyline bets, Point Spread bets and Totals (Over/Under). A straight bet is a single bet on either the Moneyline (Team A to win), the Point Spread (also referred to as the puckline in ice hockey and the runline in baseball), and the Total (Over/Under) of a game.
Moneyline Bet - is simply a bet on a team to win a given game, regardless of the winning margin or points scored.
TOTALS (OVER/UNDER)
A Totals bet is simply a bet on the total amount of points scored by both teams in a game. The total is set by the sportsbook that a bettor is using, and all the better must do is decide if the total amount of points scored by both teams will be Over or Under the number set by the sportsbook.
Example 1: If in a football game the total is set at 40.5 points, an over bettor will win their bet if the total amount of points scored by both teams is greater than 40.5. Under bettors will win if the total amount of points scored by both teams is less than 40.5.
Example 2: If in a hockey game the total is set at 5 total goals, an over bettor will win their bet if the total amount of goals scored by both teams is greater than 5. Under bettors will win if the total amount of goals scored by both teams is less than 5. If the total amount of goals scored by both teams is equal to 5, then both over bettors and under bettors selection will result in a push, which will return their stake.
POINT SPREAD
A Point Spread Bet is simply a bet where you select for a team to either win by more than a set (by the sportsbook) number of points, or for a team to not lose by more than that set number of points. The favorite, in a point spread bet, will always have a negative amount of points (-1.5, -5, -11.5, etc.). That is the amount of points they must win by. The underdog will always have a positive amount of points (+1.5, +5, +11.5, etc.). That is the amount of points they can lose by. If an underdog wins the game, then that is still considered the underdog losing by less than the set amount of points they may lose by and a point spread selection on the underdog will be deemed a win.
When looking for a Point Spread Bet it is possible that you may see it referred to in a different name, dependent on the sport in which you are selecting. For example, in baseball a point spread may be referred to as a ‘runline’, and in hockey a point spread may be referred to as a ‘puckline’.
Example 1: Los Angeles Lakers at odds of 1.83, a favorite, must win by -7.5 points. If you bet one unit and the Los Angeles Lakers win by more than 7.5 points, you will get a return of 1.83 units – your 1 unit stake and a .83 unit profit.
Example 2: The Los Angeles Kings at odds of 2.50, a favorite, must win by 1.5 goals. This is a puckline bet. If you bet one unit and the Los Angeles Kings win by more than 1.5 goals, you will get a return of 2.5 units – your 1 unit stake and a 1.5 unit profit.
Decimal Odds - The return on a favorite will be a number less than 2.00. This is the return you will receive for every 1 unit wagered, if the favorite wins. The return on underdogs will be a number greater than 2.00. This is the return you will receive for every 1 unit wagered, if the underdog wins.
Example 1: Los Angeles Lakers at odds of 1.83, a favorite. If you bet one unit and the Los Angeles Lakers win, you will get a return of 1.83 units – your 1 unit stake and a .83 unit profit. If you wager two units on the Los Angeles Lakers at odds of 1.83 and the Los Angeles Lakers win, then you will get a return of 3.66 Units (2 x 1.83) – your 2 unit stake and a 1.66 unit profit.
Example 2: Dallas Cowboys at odds of 2.25, a underdog. If you bet one unit and the Dallas Cowboys win, you will get a return of 2.25 units – your 1 unit stake and a 1.25 unit profit. If you wager two units on the Dallas Cowboys at odds of 2.25 and the Dallas Cowboys win, then you will get a return of 4.50 units (2 x 2.25) – your 2 unit stake and 2.50 unit profit.
American Odds – The prices on favorites are shown in negative numbers like -110, -125, -350 etc. This is how much a user must wager to gain a profit of 1 unit.
The prices on underdogs are shown in positive numbers like +110, +125, +350 etc. This is how much profit a user will make if they wager one unit.
Example 1: Los Angeles Lakers at odds of -110, a favorite. If you bet one unit and the Los Angeles Lakers win, you will get a return of 1.91 units (1.0/1.1) + 1 – your 1 unit stake and a .91 unit profit. If you wager two units on the Los Angeles Lakers at odds of -110 and the Los Angeles Lakers win, then you will get a return of 3.82 Units (2 x (1.0/1.1) – your 2 unit stake and a 1.82 unit profit.
Example 2: Los Angeles Lakers at odds of -180, a favorite. If you bet one unit and the Los Angeles Lakers win, you will get a return of 1.55 units (1.0/1.8) + 1 – your 1 unit stake and a .55 unit profit. If you wager two units on the Los Angeles Lakers at odds of -180 and the Los Angeles Lakers win, then you will get a return of 3.1 units 2 x (1.0/1.8) +2 – Your 2 unit stake and a 1.1 unit profit.
Example 3: Dallas Cowboys at odds of +110, a underdog. If you bet one unit and the Dallas Cowboys win, you will get a return of 2.1 units (1.1/1.0) +1 – your 1 unit stake and a 1.1 unit profit. If you wager two units on the Dallas Cowboys at odds of +110 and the Dallas Cowboys win, then you will get a return of 4.2 units 2 x (1.1/1.0) + 2 – Your 2 unit stake and a 2.2 unit profit.
PARLAY/COMBINATION
A Parlay or Combination bet is a bet that has multiple selections. Every selection on your parlay or combination must win for you to receive a return. If even one selection in a parlay or combination loses, the entire parlay or combination is a loss. A parlay or combination bet can include moneyline bets, pointspread bets, and total bets. Usually you can make a parlay or combination bet made up of different leagues and even different sports. On a parlay or combination bet, the odds are multiplied together (examples will be provided below). As the odds climb higher and higher with more and more selections, the chances of all of the selections winning decreases. It is important that caution is used as the chances of a higher payday can lead many bettors to lose their units.
Example 1: If a parlay or combination bet is made with the Los Angeles Lakers to win the game as a moneyline bet at odds of 1.80 AND the Dallas Cowboys to lose by less than 6.5 points (+6.5) as a point spread bet at odds of 1.91 AND the total amount of runs in the New York Yankees vs Boston Red Sox game to be over the set total of 6.5 runs at odds of 1.91, then the odds for the total parlay or combination is 1.80 x 1.91 x 1.91 = 6.57. If this parlay or combination bet results in each selection winning, and you bet one unit, then the return will be 6.57 units – your 1 unit stake and a 5.57 unit profit.
Example 2: If a parlay or combination bet is made with the Los Angeles Lakers to win the game as a moneyline bet at odds of -125 AND the Dallas Cowboys to lose by less than 6.5 points (+6.5) as a point spread bet at odds of -110 AND the total amount of runs in the New York Yankees vs Boston Red Sox game to be over the set total of 6.5 runs at odds of -110, then the odds for the total parlay or combination is 1.80 x 1.91 x 1.91 = 6.57. If this parlay or combination bet results in each selection winning, and you bet one unit, then the return will be 6.57 units – your 1 unit stake and a 5.57 unit profit.
For more terms visit our Glossary


Motivation
The InSlot
combinator allows to assign a named slot to DOM content. This is to be used in
conjunction with container components, which marks the position of those slots within the DOM
content of the container component.
In simple cases with only DOM content, slots can be directly set with the slot module (div({slot : 'xxx'}, [dom content])
). In the case of components which can return any number of sinks, assigning a slot to their DOM content can only be done with the InSlot
combinator.
Together with the slot module, the InSlot
is a fundamental piece in implementing a slot
mechanism à la web components.
API
InSlot :: InSlotSettings -> [Component] -> SlottedComponent
Description
The InSlot
combinator only take one component passed within an array as parameter. This is
to keep the same signature as other combinators. The InSlotSettings
is not an object this time
but a string which is the name of the slot to be allocated.
The behaviour is as follows :
- the component is executed and produces its sinks
- the DOM sink has its content updated in place to add the slot name via the slot module. As such, if there was already a slot name assigned, it is replaced.
A more thorough presentation of the slot mechanism is given in another article.
Types
InSlotSettings :: SlotName
SlotName :: String
Contracts
None. We have been lazy here. We should check that the slot name is indeed a string.


| # | First name | Last name | Phone | Time in | Time out | |
|---|---|---|---|---|---|---|
| 1 | Mark | Anthony |<PHONE_NUMBER> |<EMAIL_ADDRESS>| 8:50 A.M. | 9:40 A.M. |
| 2 | Sam | Wise |<PHONE_NUMBER> |<EMAIL_ADDRESS>| 10:10 A.M. | 12:10 P.M. |
| 3 | Valentino | Do |<PHONE_NUMBER> |<EMAIL_ADDRESS>| 1:30 P.M. | 2:10 P.M. |


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WYATT EARP A film review by Steve Rhodes Copyright 1995 Steve Rhodes
RATING (0 TO ****): **
WYATT EARP is an epic of a movie made on a grand scale. It covers the life of Wyatt Earp from when he was about 12 years old until 17 years after the gun fight which wasn't at, but was near, the OK Corral.
Kevin Costner plays Wyatt Earp from age 20 on. Dennis Quad plays Doc Holiday, Gene Hackman is Wyatt's father, Michael Madsen is one of Wyatt's many brothers, and there are zillions of other stars you will recognize playing other brothers, wives, Mastersons, marshals, bad guys, etc. The credits go on for longer than the cartoons they used to play when I was a kid. I know that seriously dates me.
This is a classic Lawrence Kasdan movie. He produced, directed, and wrote it. Kasdan likes important films that make statements. His best two were Grand Canyon and The Big Chill. Here he makes a movie full of sweeping grandeur and absolutely wonderful dramatic music (James Newton Howard) that never stops. The cinematography (Owen Roizman) is a delight. The lighting for every scene is carefully chosen from the night scenes in the jail to the light pouring into the dark saloon in the afternoon to the sunsets. Much money and time was spent on the set design (Ida Random) so that the look was exactly as Kasdan envisioned it. DeMille would have the loved it.
Costner is always interesting to watch, and he is in this movie. He plays Wyatt as an assertive killer but a fundamentally sweet fellow. With the exception of Dennis Quaid, the other performances are fine, but nothing special. Quaid was badly miscast. For a better Doc Holiday see the quirkier but fascinating performance by Val Kilmer in Tombstone. Oh yes, Mark Harmon tries his hand at a Western. He should stick to playing serial killers on TV. He can do that.
WYATT EARP is rated PG-13 for a fair amount of blood. Teenagers will be fine at it, but keep the little ones away. It runs an incredible 3:10, but feels more like four hours. It got ** from me and a mild thumbs down. If they would have cut out an hour, I could have boosted my rating to ** 1/2 and recommended it, but as it is, I give it a thumbs down. In fact, if they lightened up a bit and did not treat every scene like it was the parting of the Red Sea, I probably would have even given another 1/2 star. If you go see it, you will leave very tired, but will have some beautiful scenes to remember.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEWED WRITTEN ON: July 2, 1994
Opinions expressed are mine and not meant to reflect my employer's.
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


Hey there, Amy!
Have a great day! Good luck on your financial journey.
Your Cards
1234 5678 9101 1121
Credit
Amy Smith
1234 5678 9101 1121
Credit
Amy Smith
Have a great day! Good luck on your financial journey.


Installing Perl modules
Perl modules may be installed using the CPAN module or from source.
CPAN method
perl -MCPAN -e shell (to get an interactive CPAN shell)
perl -MCPAN -e ‘install Time::JulianDay’ (if you know the name of the module, you can install it directly without interacting with the CPAN shell)
Manually install from source
-
Download the Perl module from CPAN or other site.
-
Extract the tarball.
-
Run perl Makefile.PL
-
Run make
-
Run make test (optional)
-
Run make install
Within the CPAN shell:
i /expression/ will search for a Perl module containing expression, and
install module will install the module.
Example:
perl -MCPAN -e shell
i /JulianDay/
install Time::JulianDay
Note: if you are behind a firewall, you may wish to use passive FTP with Perl’s Net::FTP module. Set the environment variable FTP_PASSIVE 1 (or any non-zero value) to use passive FTP when downloading Perl modules through CPAN.
Manual installation
To manually install a Perl module:
-
Download the Perl module from CPAN or other site.
-
Extract the tarball.
-
Run perl Makefile.PL
-
Run make
-
Run make test
-
Run make install
Note: you should use the same compiler to build Perl modules that you used to build Perl. For example, if you are building Perl modules with gcc and are using a version of Perl that was supplied with your distribution (ex. Solaris 8 includes Perl 5.005_03), you may run into errors.
Example: building Perl DBI with gcc on Solaris 8 system with Perl 5.005 (part of the Solaris 8 release).
cc: unrecognized option `-KPIC’
cc: language depend not recognized
The Makefile for Perl modules is created using flags for SUNWspro (the compiler used to build Perl 5.005 for the Solaris 8 release), not gcc. As a workaround, you could build Perl from source using the gcc compiler, or obtain a packaged version of Perl that is built with gcc, such as those at Sunfreeware. This comp.lang.perl.modules post has more information.
Checking for existence of a Perl module
An easy way to check for the existence of a Perl module on your system (technically, in Perl’s @INC array, a list of directories Perl searches when attempting to load modules) is to run perl -e ‘use module;’
Example:
perl -e ‘use HTML::Parser;’
If nothing is returned, Perl was able to locate the module. Otherwise, you will see Can’t locate HTML/Parser.pm in @INC.
Source from: http://www.brandonhutchinson.com/installing_perl_modules.html


{% extends 'base.html' %} {% load static %} {% block content %}
| Student Name | Monthly Report Status (Student Coordi and Manager) | Sent to Agent Date | Report to Parent (Confirmed by Agent) |
# of Communication Logs | Communication Logs | Status Change | Status Save | ||
|---|---|---|---|---|---|---|---|---|---|
| Due Date | Submitted Date | Confirmed Date |


‘Probable’ femicide followed by suicide as elderly couple die in Dordogne
by RFIAn 83-year-old woman and her 72-year-old partner have died in the city of Périgeux, southwestern France, in a case which local police are treating as suspected femicide, followed by suicide.
The alarm was raised on Thursday evening by a nurse who arrived at the couple's home for a regular visit to the ailing woman. The nurse notified the police that she was unable to gain entry to the apartment, and that there appeared to be a fire burning out of control inside.
The fire services discovered the dead body of the woman, with gunshot wounds to the neck. Faced with a man armed with a rifle, the fireman called in the anti-terrorist RAID police unit.
The building was evacuated before the police commando fired stun grenades in an effort to dislodge the man who had barricaded himself in the apartment.
- French forum on domestic violence opens as national femicides top 100
- Femicides in France: how France is failing to protect its women
During the police assault, the man apparently turned his weapon on himself.
A judicial enquiry has been begun. The reasons for the tragic events have yet to be explained.
According to neighbours interviewed by French radio, the woman had been suffering from depression in the wake of the suicide of her son. Her partner had several times indicated that he was fed up with the situation.


There are several functions in EasySpin that simulate continuous-wave EPR spectra: chili (slow-motion), garlic (isotropic limit), pepper (solid-state limit).
All of these functions take a common set of experimental parameters that define the spectrometer settings. When calling any of these functions, these settings are given in the second parameters. For example, they should be given in the structure Exp
in the following call
pepper(Nitroxide,Exp,Opt);
The following table lists all possible fields in the experiment structure Exp
.
Of these fields, only very few are mandatory: You need to specify mwFreq
for a field sweep, or Field
for a frequency sweep.
mwFreq
Exp.mwFreq = 9.5;
for X band.
For frequency sweeps, omit this field and use Exp.Field
.
CenterSweep
[center sweep]
Exp.CenterSweep=[310 100]
.
For frequency sweeps, values should be in GHz, e.g. Exp.CenterSweep=[9.5 1]
.
The sweep range can be specified either in CenterSweep
or in Range
. If both are given, CenterSweep
has precedence.
Range
[lo hi]
Exp.Range=[260 360]
.
The sweep range can be specified either in CenterSweep
or in Range
. If both are given, CenterSweep
has precedence.
Field
Exp.Field = 1000;
for a 1 T field.
For field sweeps, omit this field and use Exp.mwFreq
.
mwCenterSweep
[center sweep]
Exp.mwCenterSweep=[9 10]
.
The sweep range can be specified either in mwCenterSweep
or in mwRange
. If both are given, mwCenterSweep
has precedence.
mwRange
[lo hi]
Exp.Range=[9 10]
.
The sweep range can be specified either in mwCenterSweep
or in mwRange
. If both are given, mwCenterSweep
has precedence.
nPoints
Harmonic
0
, 1
(default) or 2
1
and 2
specify the first and the second harmonic of the absorption spectrum, detected using field modulation. 0
returns the absorption/dispersion spectrum directly. To explicitly include the effect of field modulation, use Exp.ModAmp
.
ModAmp
mwPhase
pi/2
is pure dispersion. mwPhase
allows you to include absorption/dispersion admixture in the simulation.
Temperature
Temperature = 298
corresponds to room temperature. If not given (or set to inf
), all transitions are
assumed to have equal polarizations.


Raising Arizona(1987)
-
Genre:
- Crime
- Comedy
-
Director:
- Ethan Coen, Joel Coen
The Coen Brothers tell the story of a absurd yet likable family with an unproductive couple as the focal point. The couple has gotten themselves into some trouble while kidnapping a baby and give Hollywood one of the most memorable chase scenes to date.
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SQLite databases are a simple, powerful way to validate, query and store related data frames particularly when used with the RSQLite package. However, current solutions do not preserve (or check) meta data, log changes or provide particularly useful error messages.
readwritesqlite
is an R package that by default
readwritesqlite
also allows the user to
readwritesqlite
provides all these features through its rws_write()
and rws_read()
functions.
The rws_query()
function allows the user to pass a SQL query. By default, the metadata (except the setting of the sf column) is, if unambiguously defined, preserved for each column in the final query. To enable this functionality the user should ensure that a) columns in tables which will be referenced in the same query should have different names or identical metadata and b) column names in the final query should match those in the referenced base tables.
The init, meta and log data are stored in separate tables from the main data which means that they do not interfere with other ways of interacting with a SQLite database.
To install the latest release from CRAN
install.packages("readwritesqlite")
To install the developmental version from GitHub
# install.packages("remotes")
remotes::install_github("poissonconsulting/readwritesqlite")
Key attribute information is preserved for many classes.
library(readwritesqlite)
# for nicer printing of data frames
library(tibble)
library(sf)
#> Linking to GEOS 3.9.0, GDAL 3.2.0, PROJ 7.2.0
conn <- rws_connect()
rws_data <- readwritesqlite::rws_data
rws_data
#> # A tibble: 3 x 6
#> logical date factor ordered posixct units
#> <lgl> <date> <fct> <ord> <dttm> [m]
#> 1 TRUE 2000-01-01 x x 2001-01-02 03:04:05 10.0
#> 2 FALSE 2001-02-03 y y 2006-07-08 09:10:11 11.5
#> 3 NA NA <NA> <NA> NA NA
rws_write(rws_data, exists = FALSE, conn = conn)
rws_read_table("rws_data", conn = conn)
#> # A tibble: 3 x 6
#> logical date factor ordered posixct units
#> <lgl> <date> <fct> <ord> <dttm> [m]
#> 1 TRUE 2000-01-01 x x 2001-01-02 03:04:05 10.0
#> 2 FALSE 2001-02-03 y y 2006-07-08 09:10:11 11.5
#> 3 NA NA <NA> <NA> NA NA
The attribute information is stored in the metadata table
rws_read_meta(conn = conn)
#> # A tibble: 6 x 4
#> TableMeta ColumnMeta MetaMeta DescriptionMeta
#> <chr> <chr> <chr> <chr>
#> 1 RWS_DATA DATE class: Date <NA>
#> 2 RWS_DATA FACTOR factor: 'x', 'y' <NA>
#> 3 RWS_DATA LOGICAL class: logical <NA>
#> 4 RWS_DATA ORDERED ordered: 'y', 'x' <NA>
#> 5 RWS_DATA POSIXCT tz: Etc/GMT+8 <NA>
#> 6 RWS_DATA UNITS units: m <NA>
The user can add descriptions if they wish.
rws_describe_meta("rws_data", "posixct", "The time of a visit", conn = conn)
rws_describe_meta("rws_data", "units", "The site length.", conn = conn)
rws_read_meta(conn = conn)
#> # A tibble: 6 x 4
#> TableMeta ColumnMeta MetaMeta DescriptionMeta
#> <chr> <chr> <chr> <chr>
#> 1 RWS_DATA DATE class: Date <NA>
#> 2 RWS_DATA FACTOR factor: 'x', 'y' <NA>
#> 3 RWS_DATA LOGICAL class: logical <NA>
#> 4 RWS_DATA ORDERED ordered: 'y', 'x' <NA>
#> 5 RWS_DATA POSIXCT tz: Etc/GMT+8 The time of a visit
#> 6 RWS_DATA UNITS units: m The site length.
The log provides a record of data changes that have been made using readwritesqlite.
rws_read_log(conn = conn)
#> # A tibble: 2 x 5
#> DateTimeUTCLog UserLog TableLog CommandLog NRowLog
#> <dttm> <chr> <chr> <chr> <int>
#> 1 2019-07-07 16:05:10 joe RWS_DATA CREATE 0
#> 2 2019-07-07 16:05:11 joe RWS_DATA INSERT 3
Don’t forget to disconnect when done.
rws_disconnect(conn)
For more information on using readwritesqlite
see the vignette using-readwritesqlite.
Please note that the readwritesqlite project is released with a Contributor Code of Conduct. By contributing to this project, you agree to abide by its terms.


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My name is
Chenlong Wang and I am living in Shanghai, China. I moved from a
moderate city,
Lanzhou, to Shanghai in
2007 to start my bachelor degree in Tongji university. I directly upgraded to Ph.D.
student when I graduated as a bachelor in 2011. During my Ph.D. life, what I did is
studying how to explore hydrocarbon resource by the numerical simulation and pattern
recognition methods. My specific interests are as follows:
- Seismic wavefield simulation
- Multi-component imaging
- Data assimilation / parameter estimation
I am newly working for AI laboratory of the SAIC motor. What I am doing are optimization of
supply chain in automotor industry with assistant of the machine learning techniques and
order count prediction for a car sharing company. More detailed information is available
in my
curriculum vitae.
About posts
- This site is constructed for sharing some notes about programming, learning some interesting theory and marking my life.
- Due to my limited ability, mistakes are inevitable in the posts and I am not
responsible for the corresponding consequences :P
Contact Info: clwang88@gmail.com


Computes present value, future value, payments and years for annuity and annuity due.
Annuity
An R6 class.
Annuity payment.
Interest/discount rate.
Number of years/annuity payments.
Present value of cash flow.
Future value of cash flow.
$new()
will instantiate an object of class Annuity
.
set_payment()
will set the value for payment.
set_rate()
will set the value for rate.
set_years()
will set the value for years.
set_pv()
will set the value for present value.
set_fv()
will set the value for future value.
compute_pv()
computes present value of an annuity.
compute_pv_due()
computes present value of an annuity due.
compute_fv()
computes future value of an annuity.
compute_fv_due()
computes future value of an annuity due.
compute_years()
computes years.
compute_payment()
computes payments.
myAnnuity <- Annuity$new() # set values myAnnuity$set_payment(1000) myAnnuity$set_rate(8) myAnnuity$set_years(5) # compute present value of annuity and annuity due myAnnuity$compute_pv()#> [1] 3992.71myAnnuity$compute_pv_due()#> [1] 4312.127# compute future value of annuity and annuity due myAnnuity$compute_fv()#> [1] 5866.601myAnnuity$compute_fv_due()#> [1] 6335.929# compute payment myAnnuity <- Annuity$new() myAnnuity$set_rate(7.35) myAnnuity$set_years(5) # compute payment given present value myAnnuity$set_pv(546.15) myAnnuity$compute_payment()#> [1] 134.4516# compute payment given future value myAnnuity$set_fv(941.56) myAnnuity$compute_payment(pv = FALSE)#> [1] 162.5892# compute years myAnnuity <- Annuity$new() myAnnuity$set_rate(10) myAnnuity$set_payment(120) # compute years given present value myAnnuity$set_pv(454.89) myAnnuity$compute_years()#> [1] 4.999938# compute years given future value myAnnuity$set_fv(610.51) myAnnuity$compute_years(pv = FALSE)#> [1] 4.315248


Old Password is required
New Password is required
Password between 8 and 20 characters; must contain at least one lowercase letter, one uppercase letter, one numeric digit, and one special character, but cannot contain whitespace.
Confirm Password is required
Passwords must match


Here's the longwinded tangent on Dino-ipsum
How to Dino?
Here's our really cool form section for passing the api information


|
.the gao.
if you can belive it, we used to think this song was good. nowadays, we don't. but when/if you listen to it, keep it mind it's not all just garageband loops or something. no canned drum loops brought you the horror of the gao; just a guy hammering away at a midi keyboard for at least three minutes. if you, too, want to know what the heck the gao is, go on youtube and find episode 37 of the anime tsubasa chronicle, and watch it. only then, will you too truly understand what the gao is all about. now download our song please. right here. |
|
.phosphorus joel. . main page . about us . get music . myspace page . purevolume page . |


Tags
New
Tag types
Tag ID
Tag Name
Tag Type
My Feed
My Favourites
Action
Tag
×
Name
Input cannot be empty.
My Feed
My Favourites
Select Option
Football Club
Basketball Club
Tag
×
Name
Input cannot be empty.
My Feed
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Type
(Changing tag type will affect the entire tag, loss of information may occur)
Select Option
Football Club
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Add photo


version pour 4 joueurs
reset games
Standalone scénario pour 4 personnes
connect as standalone
distribute cards
send picks
player 1's position :
1
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player 2's position :
1
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player 3's position :
1
2
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9
player 4's position :
1
2
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9
player 1's attack (-10 hp) :
1
2
3
4
5
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7
8
9
player 2's attack (-10 hp) :
1
2
3
4
5
6
7
8
9
player 3's attack (-10 hp) :
1
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player 4's attack (-10 hp) :
1
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Fuzzy String Matching¶
This example demonstrates the core usage of Grove through a simple genetic algorithm optimizing strings to match a target string. This is done with a fuzzy approach that provides the means necessary to determine partial success, which is needed by the genetic algorithm to optimize.
Grove Configuration¶
The next step is to specify the grove-config.json file loaded by Grove for determining specific configuration options.
{
"agent": {
"name": "Agent",
"FuzzyAgent": {
"genome_len": 100,
"genome_lb": 0,
"genome_ub": 122,
"genome_mp": 0.1,
"genome_type": "int",
"genome_names": [
"Genome"
],
"genome_abbr_names": [
"Genome"
]
}
},
"ga": {
"nodes": [
"<IP_ADDRESS>",
"<IP_ADDRESS>",
"<IP_ADDRESS>",
"<IP_ADDRESS>",
"<IP_ADDRESS>",
"<IP_ADDRESS>",
"<IP_ADDRESS>"
],
"parameters": {
"population": 40,
"generations": 100,
"repeats": 3,
"agent_type": "FuzzyAgent",
"evaluation_func": "",
"selection_func": "",
"crossover_func": "",
"mutation_func": ""
}
},
"data": {
"collection_type": "mongo"
},
"logging": {
"grammar": false,
"evolution": true,
"selection": true,
"crossover": true,
"mutation": true
},
"debug": false
}
Main¶
We finally are able to put all of the pieces together and directly interface with Grove. In the main.py file we:
- Extend the
Agent
class to provide functionality for parse trees. - Define an initialization method for the population.
- Define pre-evaluation, evaluation, and post-evaluation function. In this case, pre-evaluation will generate parse trees for all agents, serialize them, and place the result in the payload attribute of the agent. Evaluation runs the simulation. Note that post-evaluation is not needed for this example.
Lastly, we perform all necessary setup, then call Grove to start evolution.
import os
import random
# If testing with local files, then include the following two lines. Otherwise ensure grove has been installed
# by pip so that importing the following modules is possible.
import sys
sys.path.insert(0, '/Users/Zivia/Research/grove')
from evolution.agent import Agent
from evolution.ga import evolve
from evolution.crossover import one_point
from evolution.selection import truncation
from evolution.mutation import gaussian
from grove import config, logger
target_string = 'Troy Squillaci'
class FuzzyAgent(Agent):
"""
An agent targeting GESwarm simulations. Such agents include a parse tree that represents a set of rules that are
used by the simulator to (hopefully) produce interesting collective behaviors.
"""
grammar = None
def __init__(self):
super(FuzzyAgent, self).__init__(genome=None)
self.genome = [random.randint(lower, upper) for lower, upper in zip(self.genome_lb, self.genome_ub)]
def agent_init(population_size=None):
"""
A function used by the genetic algorithm that initializes a population of agents.
:param population_size: The size of the population.
:return: A list of initialized agents, length equal to the population size.
"""
return [FuzzyAgent() for _ in xrange(population_size)]
def pre_evaluation(agents=None):
"""
Pre-evaluation function prepares agents for evaluation. In this case, a genome is used to generate a parse tree,
which is used during evaluation.
:param agents: The list of agents to map the generation of parse trees over.
:return: The updated list of agents with generated parse trees.
"""
for agent in agents:
agent.payload = {'genome': agent.genome, 'target': target_string}
return agents
def evaluation(payload=None):
"""
Evaluation function that performs fuzzy string matching on the given agent.
:param payload: The payload (agent genome and the target string) to evaluate.
:return: The evaluation value determined by executing the evaluation function with the payload.
"""
from fuzzywuzzy import fuzz
return {'random_seed': None, 'value': fuzz.ratio(''.join([chr(char) for char in payload['genome']]), payload['target'])}
def post_evaluation(agents=None):
"""
Post-evaluation function performs data collection and/or alters agents after evaluation. In this case, no action
is needed, so the agents are simply returned.
:param agents: The list of agents.
:return: The list of agents.
"""
return agents
if __name__ == "__main__":
# Parser for command line arguments.
import argparse
parser = argparse.ArgumentParser(description='grove')
parser.add_argument('-config', action='store', type=str, default='./fuzzy_string_matching/grove-config.json')
parser.add_argument('-p', '--population', action='store', type=int)
parser.add_argument('-g', '--generations', action='store', type=int)
parser.add_argument('-c', '--crossover_function', action='store', type=str, default='truncation')
parser.add_argument('-m', '--mutation_function', action='store', type=str, default='one_point')
parser.add_argument('-s', '--selection_function', action='store', type=str, default='gaussian')
parser.add_argument('-b', '--grammar', action='store', type=str)
parser.add_argument('-l', '--log_path', action='store', type=str)
args = parser.parse_args()
# Load the grove configuration.
config.load_config(args.config)
# Initialize the grove logger.
logger.init_logger(args.log_path)
# Change the current directory, for logging purposes.
os.chdir(args.log_path)
# Run the genetic algorithm.
evolve(
population_size=args.population or config.grove_config['ga']['parameters']['population'],
generations=args.generations or config.grove_config['ga']['parameters']['generations'],
repeats=config.grove_config['ga']['parameters']['repeats'],
agent_func=agent_init,
pre_evaluation=pre_evaluation,
evaluation=evaluation,
post_evaluation=post_evaluation,
selection=truncation(0.2),
crossover=one_point(),
mutation=gaussian(),
nodes=[],
depends=[],
debug=config.grove_config['debug']
)


Prosecuting Sowore will strengthen Nigeria's democracy - Nigerian professionals
- Some Nigerian professionals in Europe have said that the prosecution of Omoyele Sowore will strengthen democracy
- The association also frowned at the call for a revolution by Sowore through protests across Nigeria
- ANPE said the revolution call by Sowore is an indication and an aim by Sowore to instigate violence and truncate Nigeria's democracy
The Association of Nigerian Professionals in Europe (ANPE) on Thursday, November 28, said that the prosecution of the publisher of Sahara Reporters, Omoyele Sowore, will strengthen Nigeria's democracy.
The association while deliberating the state of affairs in Nigerian at an emergency meeting in Brussels, Belgium called for the prosecution of Sowore and his co-defendant.
A communique signed by the association's president, Agwu Onyeke and 13 others, said ANPE frowns at the call for a revolution by Sowore.
ANPE said such a call by the online publisher and activist is an indication and an aim by Sowore to instigate violence and truncate Nigeria's democracy.
Nigeria does not need another war - Buhari warns as crisis erupts in Cross River state
The group further recommended the process of profiling all Sowore's accomplices in Nigeria and beyond the shores - bringing them to justice with the assistance of the International Criminal Court and the Interpol.
According to ANPE, the unity of Nigeria has been gravely affected by the actions of Sowore and his associates who were allegedly bent on seeing to the disintegration of Nigeria.
"The Association of Nigerian Professionals in Europe also frowns at the campaign of calumny against the government of Nigeria and wishes to state that the campaign is in poor taste aimed at causing disaffection in the polity so they can ultimately rubbish the gains Nigeria has made since 2015 under the present dispensation," the association said.
The association further resolved that relevant authorities in Nigeria should not relent in its fight against enemies of the country who are engaged in these nefarious acts.
It also resolved; "That the call for a revolution is a part of a bigger plot towards ensuring that Nigeria is made ungovernable and uninhabitable."
We need prayers to face a lot of insecurity challenges - Gov Okowa
"That the Nigerian authorities must also, as a matter of urgency, begin a detailed investigation into how these illicit funds are brought into the country," the communique said.
Meanwhile, Legit.ng previously reported that the trial judge, Justice Ijeoma Ojukwu, on the case against Sowore has threatened to jail the director-general of the State Security Services (SSS) for disobeying court orders on the release Sowore.
PAY ATTENTION: Get the Latest Nigerian News Anywhere 24/7. Spend less on the Internet!
Justice Ojukwu said the SSS must release Sowore as directed by the court or it would be guilty of contempt and liable to be committed to prison.
NAIJ.com (naija.ng) -> Legit.ng: Same great journalism, upgraded for better service!
Bobi Wine: Ugandan activist speaks on Sowore’s incarceration | Legit TV


The complete external description of a Web Service is stored in an XML file called a WSDL file. A WSDL file is a document describing the public interface to the Web Services listed in the file.
The API outlined below will be used by the developer to create a Web Service, connect it to internal functions and publish the Description as a WSDL file.
set wsdlDef wsd set targetNamespace "http://www.united-e-way.org" set tnsAlias tns ::wsdl::definitions::new $wsdlDef $targetNamespace $tnsAlias
If the WSDL file was printed at this time it would look something like this:
<?xml version="1.0" encoding="utf-8"?> <wsdl:definitions targetNamespace="http://www.united-e-way.org" xmlns:tns="http://www.united-e-way.org" xmlns:soap="http://schemas.xmlsoap.org/wsdl/soap/" xmlns:s="http://www.w3.org/2001/XMLSchema" xmlns:wsdl="http://schemas.xmlsoap.org/wsdl/"> </wsdl:definitions>
::wsdl::message::new $wsdlDef SaveDonationSoapIn SaveDonation
This would result in the following XML fragment within a WSDL File:
<wsdl:message name="SaveDonationSoapIn"> <wsdl:part name="parameters" element="tns:SaveDonation" /> </wsdl:message>
The message type is SaveDonation. All message types are globally defined elements in the wsdl:types section of the WSDL file. This API call should also ensure that the associated type definition and any types it depends on become a part of the WSDL file, so that the above call would ensure that the following, and all dependent types would be included in the WSDL file:
<s:element name="SaveDonation"> <s:complexType> <s:sequence> <s:element minOccurs="0" maxOccurs="1" name="donationData" type="tns:DonationData" /> </s:sequence> </s:complexType> </s:element>
A WSDL Operation describes a single type of interaction possible between a client and server. An operation associates inputs and outputs with a message type. The order of the input/output is important, for instance an in-out order is characteristic of request/response, that is first there is an input to the server, then an output from the server.
Operations are defined in a WSDL file in a way which makes them dependent on the portType and the Binding. The tWSDL API will offer a separate independent API to define operations before including them in a portType. At this stage, the developer also needs to associate an operation with an internal API. The full details will need to be worked out for complex inputs or outputs, but in simple cases, just the name of the procedure will be required.
::wsdl::operation::new $wsdlDef SaveDonation { {input SaveDonationSoapIn} {output SaveDonationSoapOut} } {::my::internal::proc}
This would result in an XML fragment like this:
<wsdl:operation name="SaveDonation"> <wsdl:input message="tns:SaveDonationSoapIn" /> <wsdl:output message="tns:SaveDonationSoapOut" /> </wsdl:operation>
::wsdl::portType::new $wsdlDef OPPSServiceSoap { ... SaveDonation ... }
This would result in an XML fragment like this:
<wsdl:portType name="OPPSServiceSoap"> ... <wsdl:operation name="SaveDonation"> <wsdl:input message="tns:SaveDonationSoapIn" /> <wsdl:output message="tns:SaveDonationSoapOut" /> </wsdl:operation> ... </wsdl:portType>
::wsdl::binding::soap::document_literal::new $wsdlDef OPPSServiceSoap OPPSServiceSoap { ... {SaveDonation http://www.united-e-way.org/SaveDonation} ... }
The corresponding XML would look like this:
<wsdl:binding name="OPPSServiceSoap" type="tns:OPPSServiceSoap"> <soap:binding transport="http://schemas.xmlsoap.org/soap/http" style="document" /> ... <wsdl:operation name="SaveDonation"> <soap:operation soapAction="http://www.united-e-way.org/SaveDonation" style="document" /> <wsdl:input> <soap:body use="literal" /> </wsdl:input> <wsdl:output> <soap:body use="literal" /> </wsdl:output> </wsdl:operation> ... </wsdl:binding>
There are other additional API that could be useful here. For instance, a separate API to add operations to a binding one at a time instead of as a list. Note that this is a specific extension API ::wsdl::binding::soap::document_literal. Each binding type should be written as an extension. This affords maximum flexibility as to arguments given to the API. In this case all that is needed is a listing of the wsdl operations and their external name (soapAction).
::wsdl::port::new $wsdlDef OPPSServiceSoap OPPSServiceSoap { http://qa3-oppsservice.united-e-way.org/OPPSService.asmx }
Note that the data required for a port may differe between bindings, so the information is passed as a list as the third argument. In this case, the SOAP Binding is used, so the SOAP extension will use this data to configure the server and client.
<wsdl:port name="OPPSServiceSoap" binding="tns:OPPSServiceSoap"> <soap:address location="http://qa3-oppsservice.united-e-way.org/OPPSService.asmx" /> </wsdl:port>
::wsdl::service::new $wsdlDef OPPSService {OPPSServiceSoap}
<wsdl:service name="OPPSService"> <wsdl:port name="OPPSServiceSoap" binding="tns:OPPSServiceSoap"> <soap:address location="http://qa3-oppsservice.united-e-way.org/OPPSService.asmx" /> </wsdl:port> </wsdl:service>


dicovery
To strengthen ours domain knowledge of Mail2000, we conducted a series of In-depth interviews among 10 Mail2000 users (9 Taiwanese in A company and 1 Japanese in B company) to find out about their context.
"We focues on obeserving users' behaviour at first becouse that would help us get more cues based on facts quickly, then extended to their scenarios inclusive of many objects or interactions, finally, their attitudes toward whole Mail2000."
Fig. 1 Record of Interview
Except for composing and reading mail, while using Mail2000 (webmail) in PC, these users always “manage their mail folder” (to put the right mail into the right folder) and “find”. We hightlighted some common attributes of what we learned from them:
Behaviour
- Always communicating with external contact every workday.
- Categorise their mail into To-do or DONE in many ways, and precisely classify their mail. (by project, person, team, and so on)
- They download attachment either when going to edit current file immediately, or concerning that preview might show a distort document.
- Heaps of mails. Because they never delete their mails. (except for spam)
Attitude
- Mail2000 is the only place where always keeping theirs the purest and newest attachment, especially when they found nothing in local folders.
- Categorise their mail into To-do or DONE in many ways, and precisely classify their mail. (by project, person, team, and so on)
- Occasionally, it’s quite hard to find mails out for them, especially attachment, and not just concerns of performance.
In order to realize the context of searching thoroughly, I conducted a brief one-on-one usability testing with think aloud method among 7 participants.
Fig. 2 Context of Find attachment
Task: Access a particular attachment. (a sales report PDF)
We found there are two patterns of behaviour:
Recall and type keyword. Two partipants even couldn’t sure if they received this mail before, so they tried some keywords first. (green line)
Exploring. Five of them knew that mail, the goal became simpler for them: Shift into the right folder (their context looks , just changing viewing mode. (blue line)
The fact is, it’s quite hard for participants to type even one keyword to search for lacking of retrieval cues, on the other hand, it tends to make participants losing their way when catching the wrong memory at the beginning.


This website intelligently takes in data about your symptoms and cross-references it with information in our medical database to suggest a diagnosis based on your symptoms. In light of the global COVID-19 pandemic, the app is geared towards identifying COVID-19 symptoms first, and ensuring that those with these symptoms are informed of them as soon as possible, to prevent further infection.
Upon determining what the potential diagnosis may be, and based on the severity of the outcome, the website decides between suggesting home remedies/treatments or referring you to nearby medical facilities. This provides clarity to users on whether their symptoms are manageable from home or whether they should seek further advice.
N.B: Information obtained from this website is not a substitute for a medical diagnosis from a certified medical professional. Please ensure you gain professional medical advice if your symptoms persist or worsen. Health-Test claims no responsibility for information obtained through this service.
in order to best mimic the question-answer format that a doctor's appointment usually takes, Health-Test uses a series of simple yes-no questions prompted to the user to ask them about the conditions they have been facing, before applying their answers to conclude: Whether the condition is present and, if so, the severity of the condition.
It then uses this information to make a recommendation to the user.


HISTOGRAM
A histogram is a display of statistical information that uses rectangles to show the frequency of data items in successive numerical intervals of equal size. In the most common form of histogram, the independent variable is plotted along the horizontal axis and the dependent variable is plotted along the vertical axis. To know more
SCATTER DIAGRAM
A scatter plot is a type of plot or mathematical diagram using Cartesian coordinates to display values for typically two variables for a set of data To know more
PARETO CHART
A Pareto chart is a type of chart that contains both bars and a line graph, where individual values are represented in descending order by bars, and the cumulative total is represented by the line. To know more
CAUSE AND EFFECT DIAGRAM
A cause and effect diagram examines why something happened or might happen by organizing potential causes into smaller categories. It can also be useful for showing relationships between contributing factors. One of the Seven Basic Tools of Quality, it is often referred to as a fishbone diagram or Ishikawa diagram. To know more
DEFECT CONCENTRATION DIAGRAM
A defect concentration diagram is a visual representation—usually, a diagram or map—which shows all defects or problem areas in what is being analyzed. As a research tool, it may began as a blank diagram or picture, in which problem locations are marked down as they happen or are discovered. To know more
CHECK LIST
A checklist is a type of job aid used to reduce failure by compensating for potential limits of human memory and attention. It helps to ensure consistency and completeness in carrying out a task. A basic example is the "to do list" To know more
CONTROL CHART
Control charts, also known as Shewhart charts or process-behavior charts, are a statistical process control tool used to determine if a manufacturing or business process is in a state of control. It is more appropriate to say that the control charts are the graphical device for Statistical Process Monitoring To know more


This documentation contains some information about the patch and its usage with overall functionality and operation in brief.
Hetortech Online Portal is an Examination Website that allows you conduct exams globally with a wide variety of functionality. This program allow candidates to face the issues(or scenario of examination) before their actual examination.
This is a simulation of Online Examination. Where Candidate Give thier exams as they give at Exam center. This program is focused to provide the actual examination environment.
Hetrotech Online Portal Website contains PHP, HTML, CSS, JS, TXT and other script and document based files that may be usable for documentation as well as website functioning.This patch contains about 238 or above files with minimum size of 3.66 MB.. Every file in this patch has its own functionality and operation require or require not for the functioning of website or for the test or further modification purposes. Some functionalities are not available or for the person to change accordingly who has purchased this script. This patch also contains MIT License.
#List of High-Level Directory or Files Patch Contains:
1) Admin Folder
2) User(or user) Folder
3) Classes(or classes) Folder
4) Css(or css) Folder
5) font-awesome-4.7.0.rar
6) Images(or images) Folder
7) Img(or img) Folder
8) Includes(or includes) Folder
9) Js(or js) Folder
10) Notes(or notes) Folder
11) Plugins(or plugins) Folder
12) index.php
13) LICENSE.txt
14) README.md
Before use please follow these instructions to set up your server database connectivity:-
SETUP DATABASE CONNECTIVITY:-
-> open includes >> config.php :-
Replace DBUSER => with your Database User Name
Replace DBPASS => with your Database User Password
-> now open "DB.sql" and copy its content and paste in SQL tab in PHPMyAdmin and execute it.
-> Afte successful execution extract "finalproduct.zip" in your website directory (say you have uploaded your file in root folder).
** ADMIN AREA **
ACCESS ADMIN CONTROLS:-
-> Once you have setup the database and extracted the "finalproduct.zip" file on your webserver. Then Copy all the files inside the pack and move them to root folder. Now Head on the "www.yourwebsiteurl.com/admin/"
-> Now enter the following details:-
-> The default Admin password and Username is:
Username:: Hetrotech
Password: default
-> Block it after you have added new admin. To add new admin go to -> Add Tab(of admin dashboard) >> Admins(of Add Tab), Add admin details here and click on ADD ADMIN button. A popup will occur saying Admin has added Successfully.
-> To Block or review admin go to "View >> Admins"
PAPER EDITOR:-
-> Paper Editor Allows your to edit new papers with a powerful editing. Just fill the required information and you will be redirected to Question adding Tab
-> Click on "Next" to add your new paper.
-> After click on "Next" you will be redirected to "questionlayout.php" to add your questions just fill the details of questions and click on "Save" button.
Button Information:-
1) Save - To Save your question.
2) Edit - To edit the question and other information.
3) Cancel - To reset the question form.
4) Submit Paper - To end paper editing.
Other Features:-
1) Options Tab - You can select number of options maximum 6
2) Question Type - Specify the type of question category such as (general, reasoning, etc...)
3) Type - Specify question type such as (Regular or normal, Paragraphical)
4) Image - Default No, Specify that question doesn't contain any Image.
5) Paper Set - Shows the set no. paper editing currently.
6) Question Related - When you choose "Type -> Paragraphical or Other" then this option become active here you have to specify the number of question related with the paragraph.
ADD Tab:-
1) User Courses - Enroll already existed user in new courses available.
2) User - Add New User so that he would be able to log in at User Area (www.example.com)
3) Admin - Add New Admins.
VIEW Tab:-
1) Papers - Activate, Deactivate, Edit and view already existed papers.
2) Admins - Block, Unblock and Analyze Already Existed admins.
3) User - View particular user area and details.
ACTIVATE Tab:-
1) User Courses - As you enroll the user into Course you have to activate user course. Activate, Deactivate User courses from here.
2) User - To activate, deactivate and analyze user details.
** USER AREA **
-> user area will open as soon as user click on your website link (say www.example.com) OR if you have put your website in some subfolder then (say www.example.com/subfolder)
USER FEATURES:-
1) PROFILE - Show user details
2) SIGNOUT - To Logout logged in users or destroy the sessions.
3) Contact Us - To contact the site owner (you have to change it manually from: "includes >> sitedetails.php", search for $site_contact_us variable and change the link provided there).
4) New Updates - This feature is not added yet(if you want to add this contact us)or create yourself manually.
5) Help - To read Help documentation for user operation.
6) The table on User Area show all courses active papers in which user is enrolled with details.
-> Title : Title show the name of the exam.
-> Paper Starts At : Show the user timing slot in 24 hour format.
This slot is decided by the admin only. Once it is saved, no change would be further possible.
The user can take exams only during this timing slot or within next (15 minutes) duration of this timing slot.
-> Take Exam : This feature enables user to give the exam if it is active.
The user will be forced to accept Instructions Before the examination starts.
The verification process will be done before user attempt to take the examination(or starting of quiz).
User will receive the error messages:-
| USER SITUATIONS | ERROR MESSAGE OR ACTIONS |
| If the user is not logged in | User will be redirected to login page. |
| If there is no paper active(or available) of the category chosen | Maybe paper of this category is not active yet. |
| If candidate has not attempted the paper during the specified time slot or within the 15-minute duration. | Your time has been passed please come tomorrow. |
| If candidate has already attempted the paper and finished it | Paper is Finished Yet. |
| If candidate attempt the paper and the timing duration of the examination has over already. | Paper is not available. |
-> View Exam : This feature enables user to check their result.
a)If user has not attempted the exam and finished it yet then it would not show the result of the specified exam.
b) View result shows the result data of specific candidate.
-> Score card: It show the candidate score during the specific exam.
-> Solution Report: It shows the questions with their correct solutions.
-> Question Report: It shows the complete report of candidate performance during exam.
-> Duration: This shows the duration of exam time, i.e, it shows The duration of exam.
7) If due to some technical or electrical fault candidate get disconnected from examination then the candidate can re-appear in the exam within examination time. And the user saved data will be retrieved from server
but the exam clock will not be initialized again, and it will be set to the remaining time from first time appearing of the candidate to the examination.
** FOR MORE INFORMATION **
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