Tweets
Free silhouette images for phylogenetic trees found trough the ggtree vignette: https://t.co/PdDtAB0nVN
— Valentina Galata (@GalataValentina) March 12, 2018
The R-packages from Guangchuan Yu are so extremely useful - ggtree, clusterProfiler, GOSemSim, DOSE - can we please collect them and call it the Yu-niverse?
— Philipp Bayer (@PhilippBayer) February 23, 2018
Combine #ggtree + #plotly to make a quick interactive #phylogenetic tree in #rstat. Gist: https://t.co/ymziVXMnmY #bioinformatics #evolution pic.twitter.com/oIhrWJa5cy
— Anders G da Silva (@drandersgs) February 20, 2018
I am having too much fun playing with ggtree, I might never edit a phylogenetic tree using Illustrator again!
— Miles Zhang (@ymilesz) February 2, 2018
Didn't anticipate having to rewrite a function, but got there in the end #ggtree #rstats pic.twitter.com/SD1WpZ0sx6
— Tegan Harris (@DoctorTegs) February 1, 2018
This time I kept it all in R and used ggtree https://t.co/G1dRHsCFPL, though both plotTree and ggtree can make this style of figure.
— Zoe Anne Dyson (@msmicrobiocode) January 22, 2018
Was just about to shout out at #ggtree and saw your tweet on the top of my newsfeed. #ggtree - where have you been all my life?
— Erin Becker (@ErinSBecker) November 20, 2017
Drawing a tree with colored tips in R (ggtree)
— Gavin Guanyang Zhang 张冠阳 (@GYZhang2) December 13, 2017
https://t.co/s9FYUbynCd @guangchuangyu
ggtree使ってみた。”注目する枝組み合わせの分布”みたいなものを可視化したいんだけどまだちょっと見にくい。 pic.twitter.com/w5xs7cd0jQ
— Kenji Fukushima (@kfuku0502) December 13, 2017
ggtreeにはhttps://t.co/8T3WU8h9pWからシルエット画像を取ってくる用の関数まで用意されているのか…。HGTの描画も楽そうだし、これはもう系統樹描画に関してはETEを投げ捨ててggtreeに鞍替えするべきか。https://t.co/gynekuwjCe
— Kenji Fukushima (@kfuku0502) December 11, 2017
I've had good experiences with ggtree https://t.co/eRLhDoc4Hm
— Philipp Bayer (@PhilippBayer) December 7, 2017
Thank you so much @guangchuangyu! #ggtree is the easy way for my phd data analysis <3 love it!
— Francisco Romero (@pinchehippie) October 17, 2017
Now on https://t.co/50tYJLLZqc - a spotlight on the Top Tools for R Programming:
— LabWorm (@TheLabWorm) September 27, 2017
ggtree made the list!https://t.co/YQv7FeegpM pic.twitter.com/hGn7nBfbEJ
geom_hilight_encircle for unrooted layout #ggtree #rstats pic.twitter.com/1wIwgwUduf
— Guangchuang Yu (@guangchuangyu) September 12, 2017
New Post: Plotting a Sequential Binary Partition on a Tree in R @alex_washburne @guangchuangyu https://t.co/6jQKMof5aW
— Justin Silverman (@inschool4life) September 21, 2017
The ggtree package looks like a cool way to visualize hierarchical datahttps://t.co/spsqLkqeVG pic.twitter.com/GRODlrBahW
— Nathan Brouwer (@lobrowR) August 21, 2017
Possible to combine #ggjoy with #ggtree ? My gg-fu is weak. #rstats #DataViz #JoyPlot https://t.co/4FICfER6Oa
— Libby Megna (@LibbyMegna) July 29, 2017
Second post with an update on how to add tip shapes and colours to ggtree https://t.co/ezWF4TVQst
— Anthony Underwood (@bioinformAnt) July 7, 2017
Yes and no. No manual assignment => randomly assigned colours. Even with manual spec ggtree is still much quicker than making fig by hand 😀
— Anthony Underwood (@bioinformAnt) July 7, 2017
I'd use ggtree from Bioconductor as you can really tailor all the fonts etc..https://t.co/NAcbFswGYB
— Susan Holmes (@SherlockpHolmes) June 21, 2017
How phylogenies and associated heatmaps can be drawn using the #ggtree package in #R https://t.co/rlBvGxUEBO
— L. Rosaleny (@lorelai66) June 16, 2017
I think most use a combination of icandy/itol/phandango. I prefer ggtree, which you can code and customise in R.
— Mat Beale (@typeMAT12) June 5, 2017
You like emijo & #RStats ? Then check this out! phylomoji with ggtree and emojifont : https://t.co/9BcZhjfkXm pic.twitter.com/pP1aMPRozS
— ThinkR (@thinkR_fr) May 24, 2017
as someone who doesn't build a lot of trees, but does a lot of #Rstats —#ggtree is SO GREAT https://t.co/ABe3TsIVPR
— Sean Leonard (@spleonard1) April 27, 2017
@guangchuangyu by the way our new paper used ggtree! Thanks for your hard work! https://t.co/mXD6E0Ddt0
— Justin Silverman (@inschool4life) March 10, 2017
I cannot get over how beautiful the graphics produced by GGTREE are. Cannot wait to use it! https://t.co/8qFO9yKLlp
— Mark D. Scherz (@MarkScherz) March 9, 2017
Plot beautiful phylogenies and illustrate them with @PhyloPic images, with ggtree https://t.co/i9lsp5W6mL pic.twitter.com/mA8hygAgSG
— Molecular Ecologist (@molecologist) February 10, 2017
OMG SO USEFUL! "Phylogenetic trees in R using ggtree" https://t.co/Yr8HNdWXV0
— Stephen Taerum (@BrahStevovo) February 8, 2017
I like ggtree to plot phylogenetic trees and annotate them. And I haven't found any other tools as customizable as ggtree
— Matthias Grenié (@LeNematode) January 25, 2017
The R @Bioconductor package #ggtree is now published in @MethodsEcolEvol https://t.co/6fvSRQo2CC #evomics2017 pic.twitter.com/Dwq1DD84A2
— Elin Videvall (@ElinVidevall) January 20, 2017
Assortative tip coloring by text string using #ggtree by @guangchuangyu https://t.co/rocvFK3OOS #phylogenetics pic.twitter.com/mEMkhZ2fVk
— Gavin Guanyang Zhang 张冠阳 (@GYZhang2) December 21, 2016
Featured this week: ggtree, an R package for visualization & annotation of phylogenetic trees. Like it? Vote it up! https://t.co/laxtuRQDGB pic.twitter.com/zDvEBysWSQ
— LabWorm (@TheLabWorm) December 21, 2016
+1 for ggtree, can make some very pretty figures.
— Will Allen (@wl_allen) November 11, 2016
I'm worried by how excited I am about having a whole 8 hour flight to work on some #rstats. Going to teach myself ggtree first...
— Natalie Cooper (@nhcooper123) November 11, 2016
I use ggtree in R, which uses ggplot2 language. Easy to edit and produces nice figures
— James Doonan (@clydeandforth1) November 3, 2016
Adaptive radiation of #Darwin's finches showing #genotypic and #morphometric evolution. Good excuse to practice with #ggtree @guangchuangyu pic.twitter.com/JJZ3Yje58s
— Will Harvey (@_wharvey) February 15, 2017
am quite liking #ggtree #rstats #ggplot pic.twitter.com/hvywS2z4ps
— Nick Ilott (@IlottNick) October 19, 2016
Treespace visualization of a heuristic best tree search in #R package #ggtree #phylogenetics pic.twitter.com/hnSJpIABql
— Alejandro Damian-Serrano (@antropoteuthis) January 29, 2016
@guangchuangyu Updated to latest #ggtree and #ggplot2 and very impressed! Any ideas on using geom_label with tip labels to add box/fill?
— Jo Williams-Newkirk (@ajwnewkirk) January 25, 2016
If you’re not using ggtree by @guangchuangyu for your trees in R then you should be! #rstats #bioinformaticshttps://t.co/Z8HdLeyiIg
— Matt Workentine (@mworkentine) January 5, 2016
@guangchuangyu #ggtree has actually changed my life! it is #awesome! #RePlottingEveryTreeFigureEver #ggplot2
— Peter Cowman (@pete_cowman) November 13, 2015
I continue to be amazed by the speed and quality of support @guangchuangyu provides for #ggtree #rstats
— Jo Williams-Newkirk (@ajwnewkirk) November 10, 2015
@tylerrinker really appreciate all of @guangchuangyu efforts with #ggtree; extends well beyond its original intent; love it
— timelyportfolio (@timelyportfolio) September 3, 2015
@guangchuangyu I even used #ggtree!
— Simon Frost (@sdwfrost) December 1, 2015
@minisciencegirl Yep we use it mainly for that... there's a more featured version in https://t.co/5oOeLwx2Hg but I need to switch to ggtree!
— Kat Holt (@DrKatHolt) November 19, 2015
Sent my first #rstats #shiny app off to be alpha tested by a colleague today. Wouldn't be possible without #ggtree.
— Jo Williams-Newkirk (@ajwnewkirk) October 31, 2015
@genetics_blog Thanks. We have turned this into a shiny app too, but need to iron out some bugs... Also, try the new ggtree library!
— Kat Holt (@DrKatHolt) September 8, 2015
@guangchuangyu My bad :( It's working perfectly fine. Thanks so much for an awesome #rstats #ggplot2 package ggtree! pic.twitter.com/ofmzyOWe9C
— Ahmed Moustafa (@AhmedMoustafa) January 26, 2015
@guangchuangyu A bit improved version :) pic.twitter.com/TZTSBK5aSm
— Ahmed Moustafa (@AhmedMoustafa) January 26, 2015
I wish this guy was my student! @guangchuangyu Sure, it won't get a Nature or Science paper, but who cares? http://t.co/XnA7uaFVms
— Simon Frost (@sdwfrost) January 31, 2015
@CieraReports ggtree is a cool package that is based on the drawing of ggplot2 https://t.co/gFPHSdGAj1
— Uryu Shinya (@u_ribo) January 26, 2015
#ggtree https://t.co/VFrKCcz0DI is a pretty powerful #rstats #ggplot2 @Bioconductor pkg for neat #phylogenetic #dataviz by @guangchuangyu
— Ahmed Moustafa (@AhmedMoustafa) January 30, 2015
ggtree extends ggplot2 for phylogenetic trees. tons of documentation+examples: https://t.co/y9V52s2yWd #Rstats pic.twitter.com/Z9SDcueR2c
— Stephen Turner (@strnr) November 10, 2015
Need to visualize some trees? Recent #R package #ggtree looks quite interesting. https://t.co/EPaXIqmvDZ
— Sebastian Schmidt (@TSBSchm) November 11, 2015
@flashton2003 world of possibilities now! Also looking at ggtree (ggplot2 expansion) for future stuff - that looks really cool too
— David W. Cleary (@Bacterioskeptic) November 20, 2015
time for you to learn #rstats @LAevolving <- @StephSpiel new #Rstats package ggtree @ggplot2 https://t.co/DFmKGyTVwE pic.twitter.com/WRBZHlRsIa
— Salamanda (@ajzellmer) November 10, 2015
V. cool new #Rstats package ggtree, addon 2 @ggplot2, for automating tree drawing/annotating https://t.co/k3eSdVKp9C pic.twitter.com/nH8SKSaXaN
— Stephanie Spielman (@stephspiel) November 9, 2015
Can’t wait to try. MT @genetics_blog: ggtree extends ggplot2 for phylogenetic trees: https://t.co/JuThXlHUjz #Rstats pic.twitter.com/OmAzGghvqB
— Kent Holsinger (@keholsinger) November 19, 2015
@guangchuangyu Excited to discover #ggtree; fills a lot of holes in my workflow but not seeing how to add bootstrap from ape?
— Jo Williams-Newkirk (@ajwnewkirk) September 6, 2015
ggtree added cool features, My favorite is the one from BEAST output https://t.co/3WOLxfTzRp
— Manvendra Singh (@manvendr7) November 11, 2015
ggtree looks useful: nice viz and annotations of phylogenetic trees with ggplot #rstats http://t.co/lbNKw3qIDI thanks @guangchuangyu
— Julia Gustavsen (@JuliaGustavsen) August 9, 2015
ggtree - looks like a very useful phylogenetic tree plotting package for R based on ggplot2 (https://t.co/UCXVVmG5W7)
— Simon J Greenhill (@SimonJGreenhill) December 23, 2014
Plot trees & annotation (incl BEAST, time axis) with ggtree for R!http://t.co/9ahqKQLTaI
— Kat Holt (@DrKatHolt) June 15, 2015
Well spotted @mackas21 pic.twitter.com/2ldvAiH2fj


Upload your CSV File
View sample data
- or -
Add data by hand:
Task Name
Min Time
Max Time
Confidence
%
Currently loaded task estimate data.
Task
Max
Min
Confidence
Number of times to run the simulation:
Limit graph outliers


--- layout: default ---
The club hosts monthly meetings open to everyone on the 2nd Saturday of each month at 9:00 AM in the Cooper County Emergency Operations Center located in the basement of the Cooper County Law Enforcement Center building east of the courthouse in historic downtown Boonville, MO. Please use the doorway between the courthouse and the Law Enforcement Center which faces north toward High Street and use the buzzer to state you are attending the "amateur radio club meeting" when asked.
We sincerely welcome anyone interested in amateur radio or just curious about our club to attend and hope to see you at the next meeting!


48 hour non-stop rave in Plymouth this weekend
This weekend, DJ Aldo Vanucci will take part in a 48 hour DJ set in aid of autism, and Fatboy Slim hs already made a donation
by Jess MorcomA 48 hour DJ set is taking place in Plymouth this weekend to raise money for Thinking Autism.
DJ Aldo Vanucci is hosting the event, which will be held at Switch from 6am on Friday, November 15 until 6am, Sunday, November 17 and is thought to be the first of its kind in Plymouth.
Donations are being collected from now in the run up to the event, and Aldo has even managed to get some celebrity backing from none other than Norman Cook, aka Fatboy Slim, who has donated to the Just Giving page.
Aldo said: "I've been doing these events now for a number of years. First, a 24-hour one and then a 36-hour. I've been lucky enough to make a living from DJing and feel this is one way I can give a little back.
"Thinking Autism is a great charity that is close to my heart and gets very little support. My son is severely autistic and when he was first diagnosed there wasn't as much support or information around and the charity is trying to remedy that.
"I've been in Plymouth almost 20 years now and in that time I've pretty much always played at Switch.
"I run their Monday nights which is Wonkeylegs where I play Drum N Bass and Dubstep all night long.
"I also played at the venue when it was Bang Bang, Firefly and Ride. It's a great venue and as they are open late it will be busy for the hardest part which will be the last six hours."
During the event, Aldo will be trying not to play the same song twice, and no mixes will be pre-recorded.
"I will be covering most genres," he said.
"Naturally, when the venue is busy I'll be playing to the crowd so lots of R'n'B, House, some Drum n Bass but during the day when it's less busy you'll also hear lots of soul, funk, disco and reggae too."
Find out more about the event here.
Visit Aldo's Just Giving page here.


To use our Azure cloud, we need to login to our Azure account.
Enter this command to login to Azure.
After entering this command, we will be prompted to login with our browser.
To use our Azure cloud, we need to create an ACI.
Enter this command to create ACI.
Before we push image to docker, we must login to our account using command line.
Enter this command to login
Then, we need to push our image to docker hub.
Enter this command to login
Before we push image to docker, we must use our ACI.
Enter this command to use ACI
Then, we need to run our image on our Azure Cloud.
Enter this command to host our image on Azure Cloud
Now, we can view our website on an IP address.
Enter this command to view our IP address
We will see that our image is now hosted.
Our IP address will be under the Ports section.


Use Anaconda as a Python distribution with Jupyter notebook and libraries such as Pandas, NumPy, Matplotlib, Seaborn, Requests, Regular Expressions (re), Pillow, Beautifulsoap, and other libraries to perform the Data Analysis Process:
Deliver five Data Analysis Projects with different scenarios including:
Introductory Analyzing local and global weather temperature data and compare trends using simple SQL data as an Introduction.
Data analysis Starting from data wrapping, Analysis, and Visualization using Anaconda, Jupyter notebook, Pandas, Numpy, and Matplotlib.
Practical Statistics A project where we performed Analysis for A/B Test Results for a case study using Normal Distribution, Hypothesis Testing, Regression Analysis, Multilinear Regression, and Logistic Regression.
Data Wrapping Collection from different sources including Twitter API, assessing data to find issues, and Cleaning it from both Quality and Tidiness issues.
Data Visualization Which included Univariate, Bivariate, and Multivariate Exploration, and Explanatory Visualization.


Conversion |
PeopleFinder Offline for Palm OS uses the original PeopleFinder Offline database as data input. However, to do so, you must convert the original database to a format suitable for PeopleFinder Offline for Palm OS.
Here is how you do it ...
(If a co-worker already has done this, then just get his/hers set of database files - it's much easier :-)
Run the Updater for PeopleFinder Offline program from the original PeopleFinder Offline suite of programs. Make sure to check the Full and PDA boxes to download all the data. This will take a while the first time and you should be connected with LAN/Broadband.
Run the Converter program for the PeopleFinder Offline for Palm OS suite (pictures opens in separate windows).
The welcome screen. Do as it says - update your PeopleFinder Offline database before running the conversion process.
Data Collection screen. Enter the full path to the PeopleFinder Offline database in the PeopleFinder Offline Database field (or use the Browse... button).
Enter the output path in the Palm Database Output Path (or use the Browse... button).
On Microsoft Windows you also have the choice to queue the database files for HotSync during the conversion. Tick the Install to Palm Profile checkbox and select the target profile in the drop down list.
The conversion process takes a few minutes on my Evo N800c. On never models it takes a few seconds ...
Everything usually runs smooth ... sometimes you get errors but then go back and retry the conversion process.
On Microsoft Windows you have the option to queue the database files for HotSync during the conversion process. Before HotSync'ing you may optionally move the database files to be installed to any SD/MMC card you may have attached to your handheld. Use the Palm Install tool for that. Then HotSync ...
On non-Microsoft Windows you have to manually install the database file stored in the output path to your handheld by whatever means you normally uses to install prc/pdb files.


| Algorithm
| Purpose
|
Algorithms initializing a sequence
|
copy()
| Copies a sequence into another sequence
|
copy_backward()
| Copies a sequence into another sequence
|
fill()
| Fills a sequence with an initial value
|
fill_n()
| Fills n positions with an initial value
|
generate()
| Initializes a sequence using a generator
|
generate_n()
| Initializes n positions using a generator
|
swap()
| Exchanges values
|
swap_ranges()
| Swaps values from two parallel sequences
|
Searching algorithms
|
adjacent_find()
| Finds consecutive duplicate elements
|
find()
| Finds an element matching the argument
|
find_end()
| Finds the last occurrence of a sub-sequence in a sequence
|
find_first_of()
| Finds the first occurrence of one member of a sequence in another sequence
|
find_if()
| Finds an element satisfying a condition
|
max_element()
| Finds the maximum value in a sequence
|
min_element()
| Finds the minimum value in a sequence
|
mismatch()
| Finds first mismatch in parallel sequences
|
search()
| Matches a sub-sequence within a sequence
|
Algorithms for in-place transformations
|
inplace_merge()
| Merges two adjacent sequences into one
|
next_permutation()
| Generates permutations in sequence
|
partition()
| Partitions elements into two groups
|
permutation()
| Generates successive permutations of a sequence based on an ordering function
|
prev_permutation()
| Generates permutations in reverse sequence
|
random_shuffle()
| Randomly rearranges elements in a sequence
|
replace()
| Replaces specific values with new value
|
replace_if()
| Replaces elements matching predicate
|
reverse()
| Reverses the elements in a sequence
|
rotate()
| Rotates elements in a sequence around a point
|
stable_partition()
| Partitions preserving original ordering
|
Removal algorithms
|
remove()
| Removes elements that match condition
|
unique()
| Removes all but first of duplicate values in sequences
|
Scalar-producing algorithms
|
accumulate()
| Reduces sequence to a scalar value
|
count()
| Counts number of elements matching value
|
count_if()
| Counts elements matching predicate
|
equal()
| Checks two sequences for equality
|
inner_product()
| Gives inner product of two parallel sequences
|
lexicographical_compare()
| Compares two sequences
|
Sequence-generating algorithms
|
adjacent_difference()
| Generates sequence of adjacent differences
|
partial_sum()
| Generates sequence of partial sums
|
transform()
| Transforms each element
|
Miscellaneous operations
|
for_each()
| Applies a function to each element of a collection
|
In this chapter, we illustrate the use of each algorithm with a series of short examples. Many of the algorithms are also used in the sample programs provided in the chapters on the various container classes. These cross references have been noted where appropriate.
All the short example programs described in this section are contained in a number of files, named alg1.cpp through alg6.cpp. In the files, the example programs are augmented with output statements describing the test programs and illustrating the results of executing the algorithms. So as not to confuse the reader with unnecessary detail, we have generally omitted these output statements from the descriptions here. If you wish to see the test programs complete with output statements, you can compile and execute the test files. The expected output from these programs is also included in the distribution.
To use any of the generic algorithms, you must first include the appropriate header file. The majority of the functions are defined in the header file algorithm. The functions std::accumulate(), std::inner_product(), std::partial_sum(), and std::adjacent_difference() are defined in the header file numeric.


Terminology and Meanings of Early Illnesses
Ablepsy -
Blindness
Ague -
Malarial fever
American
plague - Yellow fever
Anasarca -
Generalized massive edema
Aphonia -
Laryngitis
Aphtha -
Infant disease "thrush"
Apoplexy -
Paralysis due to stroke
Asphicsia - Cyanotic
and lack of oxygen
Asphycsia -
Cyanotic and lack of oxygen
Atrophy -
Wasting away or diminishing in size
Bad blood -
Syphilis
Bilious
fever - Typhoid, malaria, hepatitis or elevated temperature and bile emesis
Biliousness
- Jaundice associated with liver disease
Black plague
- Bubonic plague
Black fever
- Acute infection with high temperature and dark red skin lesions and high
mortality rate
Black pox -
Black small pox
Black vomit
- Vomiting old black blood due to ulcers or yellow fever
Blackwater
fever - Dark urine associated with high temperature
Bladder in
throat - Diphtheria (seen on death certificates)
Blood
poisoning - Bacterial infection; septicemia
Bloody flux
- Bloody stools
Bloody sweat
- Sweating sickness
Bone shave -
Sciatica
Brain fever
- Meningitis
Breakbone -
Dengue fever
Bright's
disease - Chronic disease of kidneys
Bronze John
- Yellow fever
Bule - Boil,
tumor or swelling
Cachexy -
Malnutrition
Cacogastric
- Upset stomach
Cacospysy -
Irregular pulse
Caduceus - Subject
to falling sickness or epilepsy
Camp fever -
Typhus; aka camp diarrhea
Canine
madness - Rabies; hydrophobia
Canker -
Ulceration of mouth or lips; or herpes simplex
Catalepsy -
Seizures/trances
Catarrhal - Nose
and throat discharge from cold or allergy
Cerebritis -
Inflammation of cerebrum; or lead poisoning
Chilblain -
Swelling of extremities caused by exposure to cold
Child bed
fever - Infection following birth of a child
Chin cough -
Whooping cough
Chlorosis -
Iron deficiency anemia
Cholera -
Acute, severe, contagious diarrhea with intestinal lining sloughing
Cholera
morbus - Characterized by nausea, vomiting, abdominal cramps, elevated
temperature, etc.; could also be appendicitis
Cholecystitus
- Inflammation of the gall bladder
Cholelithiasis
- Gall stones
Chorea -
Disease characterized by convulsions, contortions and dancing
Cold plague
- Ague which is characterized by chills
Colic -
Abdominal pain and cramping
Congestive
chills - Malaria
Consumption
- Tuberculosis
Congestion -
Any collection of fluid in an organ, like the lungs
Congestive
chills - Malaria with diarrhea
Congestive
fever - Malaria
Corruption -
Infection
Coryza - A
cold
Costiveness
- Constipation
Cramp colic
- Appendicitis
Crop
sickness - Overextended stomach
Croup -
Laryngitis, diphtheria or strep throat
Cyanosis -
Dark skin color from lack of oxygen in blood
Cynanche -
Diseases of throat
Cystitis -
Inflammation of the bladder
Day fever - Fever
lasting one day; sweating sickness
Debility -
Lack of movement or staying in bed
Decrepitude
- Feebleness due to old age
Delirium
tremens - Hallucinations due to alcoholism
Dengue -
Infectious fever endemic to
Dentition -
Cutting of teeth
Deplumation
- Tumor of the eyelids which causes hair loss
Diary fever
- A fever that lasts more than one day
Diptheria -
Contagious disease of the throat
Distemper -
Usually animal disease with malaise, discharge from nose and throat and
anorexia
Dock fever -
Yellow fever
Dropsy -
Edema (swelling), often caused by kidney or heart disease
Dropsy of
the brain - Encephalitis
Dry
bellyache - Lead poisoning
Dyscrasy -
An abnormal body condition
Dysentery -
Inflammation of the colon with frequent passage of mucous and blood
Dysorexy -
Reduced appetite
Dyspepsia -
Indigestion and heartburn; heart attack symptoms
Dysury -
Difficulty in urination
Eclampsy -
Symptoms of epilepsy; convulsions during labor
Ecstasy - A
form of catalepsy characterized by loss of reason
Edema -
Nephrosis; swelling of tissues
Edema of
lungs - Congestive heart failure; a form of dropsy
Eel thing -
Erysipelas
Elephantiasis
- A form of leprosy
Encephalitis
- Swelling of the brain; aka sleeping sickness
Enteric
fever - Typhoid fever
Enteritis -
Inflammation of the bowels
Enterocolitis
- Inflammation of the intestines
Epitaxis -
Nose bleed
Erysipelas -
Contagious skin disease due to Streptococci with vesicular and bulbous lesions
Extravasted blood
- Rupture of a blood vessel
Falling
sickness - Epilepsy
Fatty liver
- Cirrhosis of liver
Fits -
Sudden attack or seizure of muscle activity
Flux - An
excessive flow or discharge of fluid like hemorrhage or diarrhea
Flux of
humour - Circulation
French pox -
Syphilis
Gathering -
A collection of pus
Glandular
fever - Mononucleosis
Great pox -
Syphilis
Green fever
- Anemia
Grippe/grip
- Influenza-like symptoms
Grocer's
itch - Skin disease cause by mites in sugar or flour
Heart
sickness - Condition caused by loss of salt from body
Heat stroke
- Body temperature elevates because of surrounding environment temperature and
body does not perspire to reduce temperature
Hectical
complaint - Recurrent fever
Hematemesis
- Vomiting blood
Hematuria -
Bloody urine
Hemiplegy -
Paralysis of one side of the body
Hip gout -
Osteomylitis
Horrors -
Delirium tremors
Hydrocephalus
- Enlarged head; water on the brain
Hydropericardium
- Heart dropsy
Hydrophobia
- Rabies
Hydrothroax
- Dropsy in chest
Hypertrophic
- Enlargement of an organ, like the heart
Impetigo -
Contagious skin disease characterized by pustules
Inanition -
Physical condition resulting from lack of food
Infantile
paralysis - Polio
Intestinal
colic - Abdominal pain due to improper diet
Jail fever -
Typhus
Jaundice -
Condition cause by blockage of intestines
King's evil
- Tuberculosis of neck and lymph glands
Kruchhusten
- Whooping cough
Lagrippe -
Influenza
Lockjaw -
Tetanus or infectious disease affecting the muscles of the neck and jaw;
untreated, it is fatal in eight (8) days
Long
sickness - Tuberculosis
Lues disease
- Syphilis
Lues venera
- Venereal disease
Lumbago -
Back pain
Lung fever -
Pneumonia
Lung
sickness - Tuberculosis
Lying in -
Time of delivery of an infant
Malignant
sore throat - Diphtheria
Mania -
Insanity
Marasmus -
Progressive wasting away of the body, like malnutrition
Membranous
croup - Diphtheria
Meningitis -
Inflations of brain or spinal cord
Metritis -
Inflammation of uterus or purulent vaginal discharge
Miasma -
Poisonous vapors thought to infect the air
Milk fever -
Disease from drinking contaminated milk, like undulant fever or brucellosis
Milk leg -
Post partum thrombophlebitis
Milk
sickness - Disease from milk of cattle which had eaten poisonous weeds
Mormal -
Gangrene
Morphew -
Scurvy blisters on the body
Mortification
- Gangrene of necrotic tissue
Myelitis -
Inflammation of the spine
Myocarditis
- Inflammation of heart muscles
Necrosis -
Mortification of bones or tissue
Nephrosis -
Kidney degeneration
Nephritis -
Inflammation of kidneys
Nervous
prostration - Extreme exhaustion from inability to control physical and mental
activities
Neuralgia -
Described as discomfort, such as "headache" was neuralgia in head
Nostalgia -
Homesickness
Palsy -
Paralysis or uncontrolled movement of controlled muscles
Paroxysm -
Convulsion
Pemphigus -
Skin disease of watery blisters
Pericarditis
- Inflammation of the heart
Peripneumonia
- Inflammation of the lungs
Peritonitis
- Inflammation of the abdominal area
Petechial
fever - Fever characterized by skin spotting
Phthiriasis
- Chronic wasting away or a name for tuberculosis
Plague - An
acute febrile highly infectious disease with a high fatality rate
Pleurisy -
Any pain in the chest area with each breath
Podagra -
Gout
Poliomyelitis
- Polio; Potter's asthma
Pott's
disease - Tuberculosis of the spine
Puerperal
exhaustion - Death due to childbirth
Puerperal
fever - Elevated temperature after giving birth to an infant
Puking fever
- Milk sickness
Putrid fever
- Diphtheria
Quinsy -
Tonsillitis
Remitting
fever - Malaria
Rheumatism -
Any disorder associated with pain in joints
Rickets -
Disease of skeletal system
Rose cold -
Hay fever or nasal symptoms of an allergy
Rotanny
fever - (Child's disease) ???
Rubeola -
German measles
Sanguineous
crust - Scab
Scarlatina -
Scarlet fever
Scarlet
fever - A disease characterized by a red rash
Scarlet rash
- Roseola
Sciatica -
Rheumatism in the hips
Scirrhus -
Cancerous tumors
Scotomy -
Dizziness, nausea and dimness of sight
Scrivener's
palsy - Writer's cramp
Screws -
Rheumatism
Scrofula -
Tuberculosis of neck lymph glands; progresses slowly with abscesses and
pustules develop; young person's disease
Scrumpox -
Skin disease; impetigo
Scurvy -
Lack of Vitamin C; symptoms of weakness, spongy gums and hemorrhages under the
skin
Septicemia -
Blood poisoning
Shakes -
Delirium tremens
Shaking -
Chills; ague
Ship fever -
Typhus
Siriasis -
Inflammation of the brain due to sun exposure
Sloes - Milk
sickness
Small pox -
Contagious disease with fever and blisters
Softening of
brain - Result of stroke or hemorrhage in the brain, with an end result of the
tissue softening in that area
Sore throat
- distemper Diphtheria or quinsy
Spanish
influenza - Epidemic influenza
Spasms -
Sudden involuntary contraction of a muscle or group of muscles, like a
convulsion
Spina bifida
- Deformity of spine
Spotted
fever - Either typhus or meningitis
Sprue - Tropical
disease characterized by intestinal disorders and sore throat
St.
Anthony's fire - Also erysipelas, but named so because of affected skin areas
being bright red in appearance
St. Vitas
dance - Ceaseless occurrence of rapid complex jerking movements performed
involuntarily
Stomatitis -
Inflammation of the mouth
Stranger's
fever - Yellow fever
Strangery -
Rupture
Sudor
anglicus - Sweating sickness
Summer
complaint - Diarrhea, usually in infants, caused by spoiled milk
Sunstroke -
Uncontrolled elevation of body temperature due to environment heat; lack of
sodium in the body is a predisposing cause
Swamp
sickness - - Could be malaria, typhoid or encephalitis
Sweating
sickness - - Infectious and fatal disease common to the
Tetanus -
Infectious disease characterized by high fever, headache and dizziness
Thrombosis -
Blood clot inside blood vessel
Thrush -
Childhood disease characterized by spots on mouth, lips and throat
Tick fever -
Rocky Mountain spotted fever
Toxemia of
pregnancy - Eclampsia
Trench mouth
- Painful ulcers found along gum line; caused by poor nutrition and poor
hygiene
Tussis
convulsiva - Whooping cough
Typhus -
Infectious fever characterized by high fever, headache and dizziness
Variola -
Smallpox
Venesection
- Bleeding
Viper's
dance - St. Vitus dance
Yellowjacket
- Yellow fever
Provided by Betty Matson
Click here for the Short-Cut
Table of Contents


The next step is to complete the online tests.
You have 5 days to complete them.
See the next stepsGive feedback? (30 second survey)
Finished with the service? Sign out.
@* * Copyright 2019 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @()(implicit request: Request[_], flash: Flash, user: Option[CachedData], feedbackUrl: String, messages: Messages) @main_template(title = "Your application has been submitted") {
We've sent you an email confirming your application
If you can't see the email in your inbox, check your spam folder.
The next step is to complete the online tests.
You have 5 days to complete them.
See the next stepsGive feedback? (30 second survey)
Finished with the service? Sign out.


Test
Test the outspector! ↓
Click on me I am a paragraph element!
DIV
*Outspector is optimum for the old web! List of Recommended Sites: BASEBALL ! NETSCAPE ! TOASTY ! CNN BACK THEN !


--- layout: default --- {% include navbar.html %} {{ page.title }} {% if page.source == "mypropertyinsights" %} Written by {{page.author}} {{ page.date | date: "%B %-d, %Y" }} {% elsif page.source != "mypropertyinsights" %} Originally posted on {{page.source}} by {{page.author}} {% endif %} {{ content }} Back to News & Insights
Written by {{page.author}} {{ page.date | date: "%B %-d, %Y" }}
Originally posted on {{page.source}} by {{page.author}}
Back to News & Insights


Welcome to
SPARK.
An intuitive and empowering
all-in-one productivity web app.
Welcome to
An intuitive and empowering
all-in-one productivity web app.
Spark is a Firebase-hosted Flask app running on a Docker served
by Google Cloud. It employs Cloud Firestore and Realtime Database
to store information pertaining to users. Spark was created
because we, RGBHack (a team of high school students), noticed the
need for a platform that could bring increased productivity to
teams during the quaratine due to COVID-19. This project is open
source, so you can learn more by visiting our
GitHub Repository.


Grid functionality for building a distributed computing network with server, worker(s) and client(s)


Data
Latitude
Plots
Max Temperature
Humidity
Cloudiness
Wind Speed
Comparison
Data
Data
The following table includes all of the date used for plotting in the project.
Load Data


Aroma Cafe
A Website for a Cafe.
HTML, CSS, JS, GitHub
Aroma Cafe
A Website for a Cafe.
HTML, CSS, JS, GitHub
Tik Tak Toe!
An Android Game.
Unity, C#, Unity UI
Mini Web Store
A pure front-end e-commerce website built using JS and jQuery with awesomeness of Bootstrap!
Bootstrap, JS, jQuery, PayPal API


{% extends 'base.html' %} {% load static %} {% block main %}
{{ message }}
{% endfor %}{{ reviews.count }} reviews
{{ book.description | safe | cut:"Can you add one?" | truncatechars_html:145 }}
Published: {{ book.published }}.
Language: {{ book.language }}
Author: {{ book.authors.all | cut:"
Categories: {{ book.categs.all | cut:"
Places: {{ book.places }}
Times: {{ book.times }}
Pages: {{ book.pages }}
{{ book.description | safe | cut:" Can you add one?" }}
Openlibrary: {{ book.openlibrary }}
Archive: {{ book.archive }}
ISBN 10: {{ book.isbn10 }}
ISBN 13: {{ book.isbn13 }}
{{ review.name }}
{{ review.published }}
{{ review.comment | safe }}


Music n' Stuff
Sharing my favorite things concerning Music!
Everyone likes music, right? Well since we had to make a webpage about a hobby, interest or really anything we want, what better topic is there than music? It's been part of my everyday life for as long as I can think and I'm dead certain there's not a single day without some song blasting on my Spotify or any other media really.
On this page you can check out some of my favorite bands as well as festivals. Enjoy!


PHP JSON Server - Documentação
PHP JSON Server é uma api simples e minimalista full featured admin template based on Twitter Bootstrap Framework. Dashboard comes packaged with many custom made widgets and plugins including pricing tables, faq plugin, growl messages, lightbox plugin, validation, and login styles.
This documentation details components and widgets added by Jumpstart UI only. For information on how to use Twitter Bootstrap view their documenation here.


The holiday hotel Emperial is situated in the Hill town of Kasauli, just a few hours drive from Chandigarh, and about 10 hours from Delhi. Surrounded by pristine forests and and majestic mountains. Each room offers a panaromic view.


Dynamically Populating a List
Example
Select a State :
Virginia
Georgia
California
Select a County :


Save and Close Your Active Tabs, Write down when you want them to open
Minutes
Hours
Days
Save and Close Tabs
loading ...
Manage Categories
Manage Alarms
Set up Periodic Alarms?


We appreciate your efforts in helping those in need. Rest assured all transactions are secure and progress is being made to recover from this experience.
| Cause | Date | Amount |
|---|---|---|
| Cause | Date | Amount |
| Hurricane Irma | 10/12/2015 | $31.50 |
| The Big Earthquake, California | 08/16/2012 | $31.50 |
| Hurricane Irma | 10/01/2011 | $31.50 |
| Hurricane Katrina | 08/03/2007 | $31.50 |
| Hurricane Tim | 06/19/2005 | $31.50 |


Button
Scroll down and click buttons. On Touch devices, a touch should fire a "dojo" click. On desktop a mouse click should fire a "native" event.
onClick response:
Default
Blue
class="mblBlueButton"
Red
class="mblRedButton"
Disabled
disabled
Custom
class="customButton"


--- layout: page title: Contact permalink: /contact/ ---
Have any press, advertising or collaboration inquires? Send them our way!
janea@moretoit.co


[t]Dear[/t] {$candidate_name},
[t]After applying to the vacancy[/t] {$vacancy_name}[t], and passing the first
assessment, we would like to invite you for an assessment. You can access this assessment with the link[/t]
{$assessment_url}
[t]Regards,[/t]
{$signature}


Chromium (Cr) is a naturally occurring element whose nutritional bioavailability and toxicity depends on its oxidation state.  Cobalt (Co) is considered essential because it is part of the B12 vitamin, which is important for the human brain and nervous center functioning and cell metabolism (ATSDR 2000, Burtis et. al., 2012). While it is essential at certain lower levels, exposures to high levels of cobalt can affect the heart and/or lungs. Elevated exposures in animals have been shown to affect the liver and kidneys. The Agency for Toxic Substances and Disease Registry (ATSDR) lists cobalt as a possible carcinogen to animals due to research performed by the International Agency for Research on Cancer where direct contact with cobalt occurred (ATSRD 2000). It is uncertain whether or not the effects seen in animals will also be seen in humans, and this uncertainty adds additional concerns with a problem seen with failed metal-on-metal (MoM) hip implants.
Examined participants aged 40 years and older were eligible.
The concentrations of chromium (52Cr) and cobalt (59Co) in whole blood specimens are directly measured using inductively coupled plasma mass spectrometry (ICP-MS). This analytical technique is based on analyte detection using quadrupole ICP-MS technology, including Kinetic Energy Discrimination (KED) technology which minimizes or eliminates many argon-based polyatomic interferences [9]. Although it is unnecessary to measure cobalt in KED mode, both cobalt and chromium are measured in KED mode to reduce the stabilization time between modes (Sampson et. al., 2012). The sample goes through a nebulizer where it is converted into aerosol upon entering the spray chamber. Carried by a stream of argon gas, a portion of the aerosol is transported through the spray chamber and then through the central channel of the plasma where it is heated to temperatures of approximately 6000-8000°K. This thermal energy atomizes and ionizes the sample. The ions and the argon enter the mass spectrometer through an interface that separates the ICP (operating at atmospheric pressure of approximately 760 torr), from the mass spectrometer (operating at approximately 10-5 torr). Once inside the mass spectrometer, the ions pass through the ion optics, which uses an electrical field to focus the ion beam into the collision cell (QCell™). The QCell™ is pressurized with an appropriate reaction gas (in this case helium) and contains a flatapole quadrupole system. Elimination or reduction of argon-based polyatomic interferences takes place through the interaction of the reaction gas with the interfering polyatomic species in the incoming ion beam. The ions go from the collision cell to the mass-analyzing quadrupole before striking the surface of the detector. Once ions pass through the cell and are electrically selected for passage through the analytical quadrupole, electrical signals resulting from the ions striking the detector are processed into digital information that is used to indicate the intensity of the ions. The intensity of ions detected while aspirating an unknown sample is translated into an elemental concentration through comparison of the analyte to internal standard signal ratio of the unknown with the ratio obtained when aspirating calibration standards. This method is a variation of IRAT’s method used to analyze lead, cadmium, mercury, manganese, and selenium in whole blood, which was originally based on the method by Lutz et. al.
Refer to the Laboratory Method Files section for a detailed description of the laboratory methods used.
Chromium and Cobalt (September 2017)
Whole blood samples are processed, stored, and shipped to the Division of Laboratory Sciences, National Center for Environmental Health, Centers for Disease Control and Prevention, Atlanta, GA for analysis.
Detailed instructions on specimen collection and processing are discussed in the NHANES Laboratory Procedures Manual (LPM). Vials are stored under appropriate frozen (-30°C) conditions until they are shipped to National Center for Environmental Health for testing.
The NHANES quality assurance and quality control (QA/QC) protocols meet the 1988 Clinical Laboratory Improvement Act mandates. Detailed QA/QC instructions are discussed in the NHANES LPM.
Mobile Examination Centers (MECs)
Laboratory team performance is monitored using several techniques. NCHS and contract consultants use a structured competency assessment evaluation during visits to evaluate both the quality of the laboratory work and the quality-control procedures. Each laboratory staff member is observed for equipment operation, specimen collection and preparation; testing procedures and constructive feedback are given to each staff member. Formal retraining sessions are conducted annually to ensure that required skill levels were maintained.
Analytical Laboratories
NHANES uses several methods to monitor the quality of the analyses performed by the contract laboratories. In the MEC, these methods include performing blind split samples collected on “dry run” sessions. In addition, contract laboratories randomly perform repeat testing on 2% of all specimens.
NCHS developed and distributed a quality control protocol for all CDC and contract laboratories, which outlined the use of Westgard rules (Westgard et al., 1981) when running NHANES specimens. Progress reports containing any problems encountered during shipping or receipt of specimens, summary statistics for each control pool, QC graphs, instrument calibration, reagents, and any special considerations are submitted to NCHS quarterly. The reports are reviewed for trends or shifts in the data. The laboratories are required to explain any identified areas of concern.
All QC procedures recommended by the manufacturers were followed. Reported results for all assays meet the Division of Environmental Health Laboratory Sciences’ quality control and quality assurance performance criteria for accuracy and precision, similar to the Westgard rules (Caudill, et al., 2008).
The data were reviewed. Incomplete data or improbable values were sent to the performing laboratory for confirmation.
Refer to the 2015 - 2016 Laboratory Data Overview for general information on NHANES laboratory data.
This is a newly released component in the NHANES 2015-2016 cycle.
Demographic and Other Related Variables
The analysis of NHANES laboratory data must be conducted using the appropriate survey design and demographic variables. The NHANES 2015-2016 Demographics File contains demographic data, health indicators, and other related information collected during household interviews as well as the sample design variables. The recommended procedure for variance estimation requires use of stratum and PSU variables (SDMVSTRA and SDMVPSU, respectively) in the demographic data file.
This laboratory data file can be linked to the other NHANES data files using the unique survey participant identifier (i.e., SEQN).
Detection Limits
The detection limits were constant for all of the analytes in the data set. Two variables are provided for each of these analytes. The variable name ending in “LC” (ex., LBXBCRLC) indicates whether the result was below the limit of detection: the value “0” means that the result was at or above the limit of detection, “1” indicates that the result was below the limit of detection. For analytes with analytic results below the lower limit of detection (ex., LBXBCRLC=1), an imputed fill value was placed in the analyte results field. This value is the lower limit of detection divided by the square root of 2 (LLOD/sqrt[2]). The other variable prefixed URX (ex., LBXBCR) provides the analytic result for that analyte.
The lower limit of detection (LLOD) in µg/L for Chromium and Cobalt:
|
Variable Name |
SAS Label |
LLOD |
|
LBXBCR |
Chromium |
0.41 µg/L |
|
LBXBCO |
Cobalt |
0.06 µg/L |
Please refer to the NHANES Analytic Guidelines and the on-line NHANES Tutorial for further details on the use of sample weights and other analytic issues.
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 0.29 to 6.24 | Range of Values | 3442 | 3442 | |
| . | Missing | 168 | 3610 |
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 5.58 to 120 | Range of Values | 3442 | 3442 | |
| . | Missing | 168 | 3610 |
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 0 | At or above the detection limit | 610 | 610 | |
| 1 | Below lower detection limit | 2832 | 3442 | |
| . | Missing | 168 | 3610 |
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 0.06 to 14.75 | Range of Values | 3454 | 3454 | |
| . | Missing | 156 | 3610 |
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 1.02 to 250.31 | Range of Values | 3454 | 3454 | |
| . | Missing | 156 | 3610 |
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 0 | At or above the detection limit | 3454 | 3454 | |
| 1 | Below lower detection limit | 0 | 3454 | |
| . | Missing | 156 | 3610 |


-classpath
option when calling a
JDK tool (the preferred method) or by setting the
CLASSPATH
environment variable. The
-classpath
option is preferred because you can set it
individually for each application without affecting other
applications and without other applications modifying its value.
C:>
sdkTool -classpath
classpath1;
classpath2...
-or-
C:> set
CLASSPATH=
classpath1;
classpath2...
where:
java
,
javac
, javadoc
, or apt
. For
a listing, see JDK Tools.;
classpath2Multiple path entries are separated by semi-colons. With the
set
command, it's important to omit spaces from around
the equals sign (=).
The default class path is the current directory. Setting the
CLASSPATH
variable or using the
-classpath
command-line option overrides that default,
so if you want to include the current directory in the search path,
you must include "." in the new settings.
Classpath entries that are neither directories nor archives (.zip or .jar files) nor * are ignored.
The class path tells JDK tools and applications where to find third-party and user-defined classes -- that is, classes that are not Java extensions or part of the Java platform. The class path needs to find any classes you've compiled with the javac compiler -- its default is the current directory to conveniently enable those classes to be found.
The JDK, the JVM and other JDK tools find classes by searching the Java platform (bootstrap) classes, any extension classes, and the class path, in that order. (For details on the search strategy, see How Classes Are Found.) Class libraries for most applications will want to take advantage of the extensions mechanism. You only need to set the class path when you want to load a class that's (a) not in the current directory or in any of its subdirectories, and (b) not in a location specified by the extensions mechanism.
If you are upgrading from an older version of the JDK, your
startup settings may include CLASSPATH
settings that
are no longer needed. You should remove any settings that are not
application-specific, such as classes.zip
. Some
third-party applications that use the Java Virtual Machine may
modify your CLASSPATH
environment variable to include
the libaries they use. Such settings can remain.
You can change the class path by using the JDK tools' -classpath option when you invoke the JVM or
other JDK tools or by using the CLASSPATH
environment variable. Using
the -classpath
option is preferred over setting
CLASSPATH
environment variable because you can set it
individually for each application without affecting other
applications and without other applications modifying its
value.
Classes can be stored either in directories (folders) or in
archive files. The Java platform classes are stored in
rt.jar
. For more details on archives and information
on how the class path works, see Understanding the class path and package names
near the end of this document.
<
jdk-dir>/classes
entry in the default class path. That directory exists for use by
the JDK software, and should not be used for application
classes. Application classes should be placed in a directory
outside of the JDK directory hierarcy. That way, installing a new
JDK does not force you to reinstall application classes. For
compatibility with older versions, applications that use the
<
jdk-dir>/classes
directory
as a class library will run in the current version, but there is no
guarantee that they will run in future versions.The JDK tools java, jdb, javac, and javah have a -classpath
option
which replaces the path or paths specified by the
CLASSPATH
environment variable while the tool runs.
This is the recommended option for changing class path settings,
because each application can have the class path it needs without
interfering with any other application.
The runtime tool java has a
-cp
option, as well. This option is an
abbreviation for -classpath
.
For very special cases, both java and javac have options that let you change the path they use to find their own class libraries. The vast majority of users will never to need to use those options, however.
In general, you will want to use the -classpath
command-line option, as explained in the previous section. This
section shows you how to set the CLASSPATH
environment
variable if you want to do that, or clear settings left over from a
previous installation.
The CLASSPATH
environment variable is modified with
the set command. The format is:
set CLASSPATH=path1;path2 ...
The paths should begin with the letter specifying the drive, for
example, C:\
. That way, the classes will still be
found if you happen to switch to a different drive. (If the path
entries start with backslash (\
) and you are on drive
D:
, for example, then the classes will be expected on
D:
, rather thanC:
.)
If your CLASSPATH
environment variable has been set
to a value that is not correct, or if your startup file or script
is setting an incorrect path, you can unset CLASSPATH
by using:
C:> set CLASSPATH=
This command unsets CLASSPATH
for the current
command prompt window only. You should also delete or modify your
startup settings to ensure that you have the right
CLASSPATH
settings in future sessions.
CLASSPATH
variable is set at system startup,
the place to look for it depends on your operating system:
| Operating System | Method |
|---|---|
| Windows 95 and 98 | Examine autoexec.bat for the set command. |
| Other (Windows NT, Windows 2000, ...) | The CLASSPATH environment variable can be set using the System utility in the Control Panel. |
Class path entries can contain the basename wildcard character
*, which is considered equivalent to specifying a list of all the
files in the directory with the extension .jar
or
.JAR
. For example, the class path entry
foo/*
specifies all JAR files in the directory named
foo
. A classpath entry consisting simply of * expands
to a list of all the jar files in the current directory.
A class path entry that contains * will not match class files.
To match both classes and JAR files in a single directory
foo
, use either foo;foo/*
or
foo/*;foo
. The order chosen determines whether the
classes and resources in foo
are loaded before JAR
files in foo
, or vice versa.
Subdirectories are not searched recursively. For example,
foo/*
looks for JAR files only in foo
,
not in foo/bar
, foo/baz
, etc.
The order in which the JAR files in a directory are enumerated in the expanded class path is not specified and may vary from platform to platform and even from moment to moment on the same machine. A well-constructed application should not depend upon any particular order. If a specific order is required then the JAR files can be enumerated explicitly in the class path.
Expansion of wildcards is done early, prior to the invocation of
a program's main
method, rather than late, during the
class-loading process itself. Each element of the input class path
containing a wildcard is replaced by the (possibly empty) sequence
of elements generated by enumerating the JAR files in the named
directory. For example, if the directory foo
contains
a.jar
, b.jar
, and c.jar
,
then the class path foo/*
is expanded into
foo/a.jar;foo/b.jar;foo/c.jar
, and that string would
be the value of the system property
java.class.path
.
The CLASSPATH
environment variable is not treated
any differently from the -classpath
(or
-cp
) command-line option. That is, wildcards are
honored in all these cases. However, class path wildcards are not
honored in the Class-Path
jar-manifest header.
Java classes are organized into packages which are mapped to
directories in the file system. But, unlike the file system,
whenever you specify a package name, you specify the whole
package name -- never part of it. For example, the package name for
java.awt.Button
is always specified as
java.awt
.
For example, suppose you want the Java runtime to find a class
named Cool.class
in the package
utility.myapp
. If the path to that directory is
C:\java\MyClasses\utility\myapp
, you would set the
class path so that it contains C:\java\MyClasses
.
To run that app, you could use the following JVM command:
C:> java -classpath C:\java\MyClasses utility.myapp.Cool
When the app runs, the JVM uses the class path settings to find
any other classes defined in the utility.myapp
package
that are used by the Cool
class.
Note that the entire package name is specified in the command.
It is not possible, for example, to set the class path so it
contains C:\java\MyClasses\utility
and use the command
java myapp.Cool
. The class would not be found.
(You may be wondering what defines the package name for a class. The answer is that the package name is part of the class and cannot be modified, except by recompiling the class.)
When classes are stored in a directory (folder), like
c:\java\MyClasses\utility\myapp
, then the class path
entry points to the directory that contains the first element of
the package name. (in this case, C:\java\MyClasses
,
since the package name is utility.myapp
.)
But when classes are stored in an archive file (a .zip or .jar file) the class path entry is the path to and including the .zip or .jar file. For example, to use a class library that is in a .jar file, the command would look something like this:
C:> java -classpath C:\java\MyClasses\myclasses.jar utility.myapp.Cool
To find class files in the directory
C:\java\MyClasses
as well as classes in
C:\java\OtherClasses
, you would set the class path
to:
C:> java -classpath C:\java\MyClasses;C:\java\OtherClasses ...
Note that the two paths are separated by a semicolon.
The order in which you specify multiple class path entries is
important. The Java interpreter will look for classes in the
directories in the order they appear in the class path variable. In
the example above, the Java interpreter will first look for a
needed class in the directory C:\java\MyClasses
. Only
if it doesn't find a class with the proper name in that directory
will the interpreter look in the C:\java\OtherClasses
directory.


Man Shoots Homeless Woman Who Asked For 18 Pence To Death
by Emma RosemurgeyDistressing surveillance footage has captured the moment a homeless woman was shot dead by a passerby as she as begged for 18 pence.
Advertisements
The callous killing, which was aired on television in Brazil, shows Zilda Henrique dos Santos Leandro approaching a man on Rua Barao de Amazonas in central Rio De Janeiro on Saturday, talking to him as he walks past, reportedly asking him for 1 real, which is the equivalent of 18 pence.
The man continues walking away as the 31-year-old woman, who is known as Neia to locals, follows him. Later identified as Aderbal Ramos, the man stops and pulls a handgun from his waistband and shoots Henrique at least twice as she attempts to run away from him.
Advertisements
Warning, this video contains distressing scenes:
Henrique falls in the middle of the road and Ramos simply tucks the gun back into his belt and walks away.
A passerby then stops to help the woman who is lying motionless on the floor.
Henrique was later rushed to Azevedo Lima State Hospital, where she was pronounced dead, according to Brazilian television channel Rede-TV.
Advertisements
The shocking incident took place in the early hours of Saturday morning, November 16.
Brazilian President Jair Bolsonaro, who is also a former army capital, signed a decree in May which enabled a wide number of people, including truckers and politicians, to carry weapons without having to prove why they needed them.
It was later watered down by lawmakers in the country, who voted in favour of only giving a limited number of people, including hunters – not millions of ordinary Brazilian residents – to buy and carry guns on the street.
Advertisements
The new version of the bill has to approved by Brazil’s Upper House before it becomes law.
Brazil already has one of the highest crime rates in the world.
If you have experienced a bereavement and would like to speak with someone in confidence contact Cruse Bereavement Care via their national helpline on 0808 808 1677.
Emma Rosemurgey is an NCTJ trained Journalist who started her career by producing The Royal Rosemurgey newspaper in 2004, which kept her family up to date with the goings on of her sleepy north east village. She graduated from the University of Central Lancashire in Preston and started her career in regional newspapers before joining Tyla (formerly Pretty 52) in 2017, and progressing onto UNILAD in 2019.


Note that Overlay Canvas and Save will
only work if the image you're viewing is either served from the same origin as this page or if
the image was selected via Browse Files. Overlay
Canvas and Save will draw the image into an HTML canvas, get
the image data from the canvas (which the browser won't allow for cross-origin images), apply the
filter operations to the image data, and draw the image data back to the canvas.
For best results in Chrome, try mode HTML <img> + 1 SVG <filter>.
For best results in Safari, try mode SVG <image>.
All modes seem to work equally well in Firefox.


interventions obesity childhood intervention children studies published coded included study targeted families prevention years %), articles family-based review %). characteristics systematic {border-style physical analysis px;} #ffffff;} eligible research sample (%) behavioral search (e.g. content media gaps health number recent target activity age funding given interventions. use used (%), Health Obes behaviors data developing identify low outcome parents racial Table article countries diet half non-traditional populations racial/ethnic setting targeting Additional Med coding databases domains family prevent protocols px; quantitative using {font-family Int Intervention Pediatr Rev United activity, countries, did file final font-size implemented include inclusion minorities obesity: prenatal protocol sleep theory (TA, (i.e., Given National Public based better child conducted criteria defined design developed double; focus groups identified including information knowledge majority multiple observational overweight parent prevalence provided received reliability reported reviews screening treatment variables (see Black/African Family-based Gicevic Institute Nutr Prev Sample Systematic articles. border-color border-width current delivery eligibility ethnic evaluations extracted focused frequently home interventions, kappa lack manuscript. parenting participants profile single socioeconomic solid; status strategy supplementary trial use, weeks {font-style {font-weight ./S-()- ./j.ypmed... Age Child Childhood Clin Content Davison Family Fig. Interventions Medicine PRISMA Pediatrics Psychol SES States States, active addition address ages agreement available behavior bold category child, community courier; criteria. disparities domain early efforts em; evaluation evidence field food identifying in-person intervention, intervention. literature needed obesity, older pediatric period pool primary prior proportion pt;} publication range rates relevant representation results review, risk school screened searched setting, targeted, time trends understanding years, Unclear


Example Article
Wikipedia (/ˌwɪkɪˈpiːdiə/ (About this soundlisten) wik-ih-PEE-dee-ə or /ˌwɪkiˈpiːdiə/ (About this soundlisten) wik-ee-PEE-dee-ə; abbreviated as WP) is a multilingual online encyclopedia created and maintained as an open collaboration project[4] by a community of volunteer editors using a wiki-based editing system.[5] It is the largest and most popular general reference work on the World Wide Web.[6][7][8] It is also one of the 15 most popular websites ranked by Alexa, as of June 2020.[9] It features exclusively free content and no commercial ads and is owned and supported by the Wikimedia Foundation, a non-profit organization funded primarily through donations.[10][11][12][13]
Wikipedia was launched on January 15, 2001, and was created by Jimmy Wales and Larry Sanger.[14] Sanger coined its name[15][16] as a portmanteau of the words "wiki" (Hawaiian for "quick")[17] and "encyclopedia". Initially an English-language encyclopedia, versions of Wikipedia in other languages were quickly developed. With 6.1 million articles, the English Wikipedia is the largest of the more than 300 Wikipedia encyclopedias. Overall, Wikipedia comprises more than 54 million articles[18] attracting 1.5 billion unique visitors per month.[19][20]
To visit google click here


{% extends "base.html" %} {% block content %}
Find other organisations with research funding in areas that you are interested in, that you have not previously collaborated with, and that may be worth approaching to discuss new project opportunities.
To enable matching, please provide your preferred mixture of favourite projects, any people you are interested in working with, and any specific research keyword choices.
Also, you can provide web links to pages that contain descriptions of your research or your department, and we will mine the linked pages for relevant data.


Taktyka
Welcome to Taktyka!
Taktyka is a turn-based tactical game inspired by Jagged Alliance. Taktyka is an entry for Gynvael's Winter GameDev Challenge 2017 (reddit).
Two teams of six units fight to the death on a 24x24 board.
You play as the blue team.
You must protect your General! When your General dies, you lose.
How to play
Each turn you must strategically spend action points. Use action points to move or attack.
Each unit has a maximum of 4 action points. At the beginning of each turn, all 4 action points will be replenished. Any remaining action points are lost at the end of a turn. Use it or lose it!
Click on a unit to select.
When a unit is selected, click on a yellow tile to move to that tile. Moving costs one action point per tile. Each individual move is restricted to the four cardinal directions (north, east, south, west).
Use the early turns to find cover. It is only a matter of time before you will encounter the enemy.
When a unit is selected, click on an enemy highlighted in green to attack that enemy. Attack costs vary by weapon:
- Pistol costs one point per attack
- Grenades and assault rifle cost two action points
- The sniper rifle and rocket launcher cost four action points per shot
User Interface
The main interface is separated into two components:
- Control Panel on the left
- Map on the right
Control Panel
Each of your units is visible on the control panel.
- Click on the unit avatar to select the unit
- Click on weapons to change the active weapon
There are 3 special buttons at the bottom of the control panel:
- End Turn - Ends your current turn and let's the AI begin
- Fullscreen - Enters fullscreen mode
- Toggle Music - Turns the music on and off
Map
Tiles are either empty or have a wall. Units can walk on empty tiles.
When a unit is selected, tiles are highlighted with available actions:
Characters
Here is your team:
| ♚ | General | None | None |
| ♛ | Stella | Sniper Rifle |
Pistol |
| ♜ | Tex | Rocket Launcher |
Pistol |
| ♝ | Spike | Rocket Launcher |
Hand Grenade |
| ♞ | Biff | Assault Rifle |
Hand Grenade |
| ♟ | Mike | Assault Rifle |
Pistol |
Weapons
Weapons have different attributes that make them better/worse for different situations:
- Action Points - how many AP to fire one shot
- Range - how far away an enemy can be
- Damage - how many health points an enemy will lose
| Name | Action Points | Range (tiles) | Damage |
|---|---|---|---|
Pistol |
1 | 8 | 10 |
Hand Grenade |
2 | 4 | 50 |
Assault Rifle |
2 | 12 | 20 |
Rocket Launcher |
4 | 12 | 50 |
Sniper Rifle |
4 | 16 | 75 |


About prisons and probation
To find someone in prison:
Use the Prisoner Location Service.
If you wish to:
- contact someone in prison
- send money
- arrange a visit
Read the guide on staying in touch with someone in prison.
To make a complaint about:
- prisons
- treatment in custody
Follow the complaints procedure.


Neo-like Bip44 Parsing modified from:
Neo-like Transaction Signing modified from:
Neo-like Bip44 Element to8BitHex modified from:
Generated using TypeDoc
Neo-like Bip44 Parsing modified from:


Access the secret
You need to log in to access the secret!
Try to access
it using
one of the following links to test access control powered by Authelia.
You can also log off by visiting the following link.
List of users
Here is the list of credentials you can log in with to test access control.
Once first factor is passed, you will need to follow the links to register a secret for the second
factor.
Authelia
will send you a fictitious email in a fake webmail at https://mail.example.com:8080/.
It will provide you with the link to complete the registration allowing you to authenticate with 2-factor.
- john / password: belongs to admin and dev groups.
- bob / password: belongs to dev group only.
- harry / password: does not belong to any group.
Access control rules
These rules are extracted from the configuration file
config.template.yml.
default_policy: deny
rules:
# Rules applied to everyone
- domain: public.example.com
policy: two_factor
- domain: singlefactor.example.com
policy: one_factor
# Rules applied to 'admins' group
- domain: 'mx2.mail.example.com'
subject: 'group:admins'
policy: deny
- domain: '*.example.com'
subject: 'group:admins'
policy: two_factor
# Rules applied to 'dev' group
- domain: dev.example.com
resources:
- '^/groups/dev/.*$'
subject: 'group:dev'
policy: two_factor
# Rules applied to user 'john'
- domain: dev.example.com
resources:
- '^/users/john/.*$'
subject: 'user:john'
policy: two_factor
# Rules applied to user 'harry'
- domain: dev.example.com
resources:
- '^/users/harry/.*$'
subject: 'user:harry'
policy: two_factor
# Rules applied to user 'bob'
- domain: '*.mail.example.com'
subject: 'user:bob'
policy: two_factor
- domain: 'dev.example.com'
resources:
- '^/users/bob/.*$'
subject: 'user:bob'
policy: two_factor


Florence Nightingale
The Founder of Modern Nursing
- 1820 - Born to an upper class British family
- 1837 - Devoted her life to servig others
- 1850 - She heard her calling from God to help other people while traveling in Eygpt.
- 1854 - Sent to the Ottoman empire to care for injured soldiers
- 1854 - Nightengale was in charge of a local hospital.
- 1855 - The Sanitation Committee of the time flushed the area of sewage to improve living conditions.
- 1857 - Writes the Poem Santa Filomena
- 1859 - Nightengale writes the book Notes on Nursing
- 1860 - Wih funds at her disposal she sets up the Nightingale Training School at St. Thomas' Hospital
- 1953 - crosses a short, sturdy dwarf breed of wheat with a high-yeidling American breed, creating a strain that responds well to fertalizer. It goes on to provide 95% of Mexico's wheat.
- 1870 - Nightingale mentored Linda Richards, "America's first trained nurse", and enabled her to return to the United States with adequate training and knowledge to establish high-quality nursing schools.
- 1880 - Nightengale advocated strict precautions designed, she said, to kill germs
- 1882 - several Nightingale nurses had become matrons at several leading hospitals
- 1883 - Nightingale became the first recipient of the Royal Red Cross
- 1904 - she was appointed a Lady of Grace of the Order of St John (LGStJ).
- 1910 - at the age of 90, she died peacefully in her sleep .
Highlights from her career:
"Nightingale's achievements are all the more impressive when they are considered against the background of social restraints on women in Victorian England."
-- I. Bernard Cohen


Making a reusable library? All signs point to yes.
Just our app? Might be YAGNI*
* You Aren't Gonna Need It


File lime-object.lua
Functions
| Object:addProperty (property) | Adds a Property to the Object. |
| Object:build () | Builds the physical representation of the Object. |
| Object:create () | Creates the visual debug representation of the Object. |
| Object:destroy () | Completely removes all visual and physical objects associated with the Object. |
| Object:drag (event, The) | Drags the Object. |
| Object:getObjectTilePropertyValue (name) | Gets the value of a property on a tile object. |
| Object:getPosition () | Gets the position of the Object. |
| Object:getProperties () | Gets a list of all Properties of the Object. |
| Object:getProperty (name) | Gets a Property of the Object. |
| Object:getPropertyCount () | Gets a count of how many properties the Object has. |
| Object:getPropertyValue (name) | Gets the value of a Property of the Object. |
| Object:hasProperty (name) | Checks whether the Object has a certain Property. |
| Object:hideDebugImage () | Hides the debug image of this Object. |
| Object:isDebugImageVisible () | Checks if the debug image of this Object is visible or not. |
| Object:move (x, y) | Moves the Object. |
| Object:new (data, map, objectLayer) | Create a new instance of an Object object. |
| Object:removeProperty (name) | Removes a Property from the Object. |
| Object:setPosition (x, y) | Sets the position of the Object. |
| Object:setProperty (name, value) | Sets the value of a Property of the Object. |
| Object:showDebugImage () | Shows the debug image of this Object. |
| Object:toggleDebugImageVisibility () | Toggles the visibility of the debug image of this Object. |
Functions
- Object:addProperty (property)
-
Adds a Property to the Object.
Parameters
- property: The Property to add.
Return value:
The added Property. - Object:build ()
- Builds the physical representation of the Object.
- Object:create ()
- Creates the visual debug representation of the Object.
- Object:destroy ()
- Completely removes all visual and physical objects associated with the Object.
- Object:drag (event, The)
-
Drags the Object.
Parameters
- event:
- The: Touch event.
- Object:getObjectTilePropertyValue (name)
-
Gets the value of a property on a tile object. Originally created by FrankS - http://developer.anscamobile.com/forum/2011/02/19/additional-convenience-functions-navigate-lime-world-tree
Parameters
- name: The name of the property to look for.
Return value:
The value of the property. Nil if none found. - Object:getPosition ()
-
Gets the position of the Object.
Return values:
- The X position of the Object.
- The Y position of the Object.
- Object:getProperties ()
-
Gets a list of all Properties of the Object.
Return value:
The list of Properties. - Object:getProperty (name)
-
Gets a Property of the Object.
Parameters
- name: The name of the Property.
Return value:
The Property. nil if no Property found. - Object:getPropertyCount ()
-
Gets a count of how many properties the Object has.
Return value:
The Property count. - Object:getPropertyValue (name)
-
Gets the value of a Property of the Object.
Parameters
- name: The name of the Property.
Return value:
The Property value. nil if no Property found. - Object:hasProperty (name)
-
Checks whether the Object has a certain Property.
Parameters
- name: The name of the property to check for.
Return value:
True if the Object has the Property, false if not. - Object:hideDebugImage ()
- Hides the debug image of this Object.
- Object:isDebugImageVisible ()
-
Checks if the debug image of this Object is visible or not.
Return value:
True if it is, false if not. - Object:move (x, y)
-
Moves the Object.
Parameters
- x: The amount to move the Object along the X axis.
- y: The amount to move the Object along the Y axis.
- Object:new (data, map, objectLayer)
-
Create a new instance of an Object object.
Parameters
- data: The XML data.
- map: The current Map object.
- objectLayer: The ObjectLayer the the Object resides on.
Return value:
The newly created object instance. - Object:removeProperty (name)
-
Removes a Property from the Object.
Parameters
- name: The name of the Property to remove.
- Object:setPosition (x, y)
-
Sets the position of the Object.
Parameters
- x: The new X position of the Object.
- y: The new Y position of the Object.
- Object:setProperty (name, value)
-
Sets the value of a Property of the Object. Will create a new Property if none found.
Parameters
- name: The name of the Property.
- value: The new value. @return
- Object:showDebugImage ()
- Shows the debug image of this Object.
- Object:toggleDebugImageVisibility ()
- Toggles the visibility of the debug image of this Object.


| Type | Visibility | Attributes | Name | Initial | |||
|---|---|---|---|---|---|---|---|
| class(material), | public, | pointer | :: | a | => | null() | First material |
| class(material), | public, | pointer | :: | b | => | null() | Last material |
| integer, | public, | allocatable | :: | supercurrent | Output unit (allocate to write supercurrents to file) |
||
| integer, | public, | allocatable | :: | lossycurrent | Output unit (allocate to write lossycurrents to file) |
||
| integer, | public, | allocatable | :: | accumulation | Output unit (allocate to write accumulations to file) |
||
| integer, | public, | allocatable | :: | correlation | Output unit (allocate to write correlations to file) |
||
| integer, | public, | allocatable | :: | magnetization | Output unit (allocate to write magnetizations to file) |
||
| integer, | public, | allocatable | :: | distribution | Output unit (allocate to write distributions to file) |
||
| integer, | public, | allocatable | :: | density | Output unit (allocate to write density of states to file) |
Construct a single layer
Constructs a new class(material) object at the bottom of the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | intent(inout) | :: | this | |||
| character(len=*), | intent(in) | :: | string |
Configure a single layer
Configures the last material pushed to the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | intent(inout) | :: | this | |||
| character(len=*), | intent(in) | :: | key | |||
| character(len=*), | intent(in) | :: | val |
Configure all layers
Maps a configuration option onto each element of the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | intent(inout) | :: | this | |||
| character(len=*), | intent(in) | :: | key | |||
| class(*), | intent(in) | :: | val |
Manipulate all layers
Maps a subroutine onto each element of the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this | |||
| procedure(mappable) | :: | routine | ||||
| logical, | optional | :: | every |
Reset the physical state
Initializes the state of the entire multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Save the physical state
Saves the state of the entire multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Load the physical state
Loads the saved state of the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Update the physical state
Updates the state of the entire multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this | |||
| logical, | optional | :: | bootstrap |
Execute all update prehooks
Silently execute all update prehooks.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure) | :: | this |
Execute all update posthooks
Silently execute all update posthooks.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure) | :: | this |
Update until convergence
Performs a convergence procedure, where the state of every material in the stack is repeatedly updated until the residuals drop below some specified threshold and/or a certain number of iterations have been performed. If bootstrap is set to true, the selfconsistency equations will only be solved once at the end, but not inbetween the individual iterations. If a prehook and/or posthook is given, those subroutines will be executed before/after each iteration of the update.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this | |||
| real(kind=wp), | optional | :: | threshold | |||
| integer, | optional | :: | iterations | |||
| logical, | optional | :: | bootstrap | |||
| procedure(hook), | optional | :: | prehook | |||
| procedure(hook), | optional | :: | posthook |
Write out observables
Writes physical observables to output files.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Check how much the physical state changes
Checks how much the multilayer stack has changed recently.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Check the number of enabled materials
Checks the number of enabled materials in the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Whether selfconsistency iteration is required
Checks whether selfconsistency iteration is required.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Check the number of enables superconductors
Checks the number of selfconsistent superconductors in the multilayer stack.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Check the violation of charge conservation
Checks how much the charge current varies with position. Since charge current is supposed to be conserved through the junction, this provides a measure of charge conservation violation, i.e. if the solution is physically realistic.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |
Check the minimum superconducting gap
Obtains the mean gap in the enabled superconductor. If there are multiple such superconductors in the junction, then it returns the minimum of the mean gaps.
| Type | Intent | Optional | Attributes | Name | ||
|---|---|---|---|---|---|---|
| class(structure), | target | :: | this |


jQuery FAQs
What is jQuery?
jQuery is a library of the JavaScript functions that you're most likely to need as you develop websites.
Why is jQuery becoming so popular?
Three reasons: It's free; It lets you get more done in less time; All of its functions are cross-browser compatible.
Which is harder to learn: jQuery or JavaScript?
For most functions, jQuery is significantly easier to learn and use than JavaScript. But remember that jQuery is JavaScript.


[§606-13.7] Official court reporters' notes; ownership. All official court reporters' notes shall be the property of the State. [L 1996, c 226, pt of §1]


MCCGraphics wants to enhance your business. Our mission and focus is providing customers with high quality graphics and Web Sites for a personally unique visual image. We understand the increased demand for an effective advertisement campaign in this highly competitive marketplace environment.
Diamonds and Pearls
Walked outta heaven
When You're Mad
One Last Cry
Read Your Mind
Pretty Brown Eyes
Missing You
Nobody's Supposed To Be Here
All Her Love


#include <OpenSSLCryptoProvider.hpp>
Inheritance diagram for OpenSSLCryptoProvider:
Public Member Functions | |
Constructors and Destructors | |
| OpenSSLCryptoProvider () | |
| virtual | ~OpenSSLCryptoProvider () |
Hashing (Digest) Functions | |
| virtual XSECCryptoHash * | hashSHA1 () |
| Return a SHA1 implementation. | |
| virtual XSECCryptoHash * | hashSHA (int length=160) |
| Return a SHA implementation. | |
| virtual XSECCryptoHash * | hashHMACSHA1 () |
| Return a HMAC SHA1 implementation. | |
| virtual XSECCryptoHash * | hashHMACSHA (int length=160) |
| Return a HMAC SHA(1-512) implementation. | |
| virtual XSECCryptoHash * | hashMD5 () |
| Return a MD5 implementation. | |
| virtual XSECCryptoHash * | hashHMACMD5 () |
| Return a HMAC MD5 implementation. | |
| virtual XSECCryptoKeyHMAC * | keyHMAC (void) |
| Return a HMAC key. | |
Encoding functions | |
| virtual XSECCryptoBase64 * | base64 () |
| Return a Base64 encoder/decoder implementation. | |
Keys and Certificates | |
| virtual XSECCryptoKeyDSA * | keyDSA () |
| Return a DSA key implementation object. | |
| virtual XSECCryptoKeyRSA * | keyRSA () |
| Return an RSA key implementation object. | |
| virtual XSECCryptoX509 * | X509 () |
| Return an X509 implementation object. | |
| virtual bool | algorithmSupported (XSECCryptoSymmetricKey::SymmetricKeyType alg) |
| Determine whether a given algorithm is supported. | |
| virtual bool | algorithmSupported (XSECCryptoHash::HashType alg) |
| Determine whether a given algorithm is supported. | |
| virtual XSECCryptoSymmetricKey * | keySymmetric (XSECCryptoSymmetricKey::SymmetricKeyType alg) |
| Return a Symmetric Key implementation object. | |
| virtual unsigned int | getRandom (unsigned char *buffer, unsigned int numOctets) |
| Obtain some random octets. | |
Information Functions | |
| virtual const XMLCh * | getProviderName () |
| Returns a string that identifies the Crypto Provider. |
|
|
|
|
|
|
|
|
Determine whether a given algorithm is supported. A call that can be used to determine whether a given digest algorithm is supported Implements XSECCryptoProvider. |
|
|
Determine whether a given algorithm is supported. A call that can be used to determine whether a given symmetric algorithm is supported Implements XSECCryptoProvider. |
|
|
Return a Base64 encoder/decoder implementation. Call used by the library to obtain an OpenSSL Base64 encoder/decoder.
Implements XSECCryptoProvider. |
|
|
Returns a string that identifies the Crypto Provider.
Implements XSECCryptoProvider. |
|
|
Obtain some random octets. For generation of IVs and the like, the library needs to be able to obtain "random" octets. The library uses this call to the crypto provider to obtain what it needs.
Implements XSECCryptoProvider. |
|
|
Return a HMAC MD5 implementation. Call used by the library to obtain a HMAC MD5 object from the provider. The caller will need to set the key in the hash object with an XSECCryptoKeyHMAC using XSECCryptoHash::setKey()
Implements XSECCryptoProvider. |
|
|
Return a HMAC SHA(1-512) implementation. Call used by the library to obtain a HMAC SHA object from the provider. The caller will need to set the key in the hash object with an XSECCryptoKeyHMAC using XSECCryptoHash::setKey()
Implements XSECCryptoProvider. |
|
|
Return a HMAC SHA1 implementation. Call used by the library to obtain a HMAC SHA1 object from the provider. The caller will need to set the key in the hash object with an XSECCryptoKeyHMAC using OpenSSLCryptoHash::setKey()
Implements XSECCryptoProvider. |
|
|
Return a MD5 implementation. Call used by the library to obtain a MD5 object from the OpenSSL provider.
Implements XSECCryptoProvider. |
|
|
Return a SHA implementation. Call used by the library to obtain a SHA object from the provider. Size of hash determined by length argument (160 = SHA1)
Implements XSECCryptoProvider. |
|
|
Return a SHA1 implementation. Call used by the library to obtain a SHA1 object from the provider.
Implements XSECCryptoProvider. |
|
|
Return a DSA key implementation object. Call used by the library to obtain a DSA key object.
Implements XSECCryptoProvider. |
|
|
Return a HMAC key. Sometimes the library needs to create an HMAC key (notably within the XKMS utilities. This function allows the library to obtain a key that can then have a value set within it. Implements XSECCryptoProvider. |
|
|
Return an RSA key implementation object. Call used by the library to obtain an OpenSSL RSA key object.
Implements XSECCryptoProvider. |
|
|
Return a Symmetric Key implementation object. Call used by the library to obtain a bulk encryption object.
Implements XSECCryptoProvider. |
|
|
Return an X509 implementation object. Call used by the library to obtain an object that can work with X509 certificates.
Implements XSECCryptoProvider. |


Hi, i'm Ben! Welcome to my site. This is under development as a portfolio of sorts, and to showcase current
projects.
I'm currently enrolled in a bootcamp in my journey to become a full stack developer, which is really exciting.
I'll be updating this site from time to time, as I have new projects to add throughout my journey.
It will eventually contain a list of links to all my blogs.
Pre Course Study -
Foundations -
Code Review -
Bootcamp -


HOME
ABOUT US
About Us
Route Map and Google Map
MEET OUR TEEM
OUR PRACTICE AREAS
Civil Litigation
Criminal Law
Family Law
Intellectual Property Law
Corporate Law/Mergers & Acquisition/Start-up Assistance
Real Estate Law
Alternative Dispute Resolution
Labour & Employment Law
Aviation Law
Taxation Law
Consumer Laws
Sports Law
Environment Law
Law of Will
CAREERS & INTERNSHIPS
CONTACT US
Key Services
Law of Will
Civil Litigation
Criminal Law
Family Law
Intellectual Property Law
Corporate Law/Mergers & Acquisition/Start-up Assistance
Real Estate Law
Alternative Dispute Resolution
Labour & Employment Law
Aviation Law
Taxation Law
Consumer Laws
Sports Law
Environment Law
Law of Will
Our team of attorneys also offers expertise in the drafting of will for our individual clients as according to the needs of our clients.
Copyright 2016 © Prakash & Associates Gorakhpur
Power by www.tajtech.in


Search for a YouTube video below. The first result is what will be shown whenever anyone loads this app.


JavaScript samples
Factory Initialization Demo
Active Query Builder starts immediately on the page load.
Database


Laboratory 5 - bit operations
Shift operations
shl - shift left
shr - shift right
sal - shift arithmetic left
sar - shift arithmetic right
shl destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are shifted number positions to the left. The rightmost bits are filled with 0. The last dissapearing bit is kept in CF.
Exemple:
mov al, 00110011
mov cl, 2
shl al, cl ; -> al = 11001100, CF = 0
shr destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are shifted number positions to the right. The leftmost bits are filled with 0. The last dissapearing bit is kept in CF.
Exemple:
mov al, 01011110
mov cl, 2
shr al, cl ; -> al = 00010111, CF = 1
sar destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are shifted number positions to the right. The leftmost bits are filled with the sign bit. The last dissapearing bit is kept in CF.
Exemple:
mov al, 11011110
mov cl, 2
sar al, cl ; -> al = 11110111, CF = 1
sal: identical to shl
Bit rotations
rol - rotate left
ror - rotate right
rcl - rotate through carry left
rcr - rotate through carry right
rol destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are rotated number positions to the left. A bit that goes out on the left side will be automatically added to the right. The last rotated bit is kept in CF.
Exemple:
mov al, 00110011
mov cl, 2
rol al, cl ; -> al = 11001100, CF = 0
ror destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are rotated number positions to the right. A bit that goes out on the right side will be automatically added to the left. The last rotated bit is kept in CF.
Exemple:
mov al, 00111110
mov cl, 2
ror al, cl ; -> al = 10001111, CF = 1
rcl destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are rotated number positions to the left. A bit that goes out on the left side will be kept in CF. The previous value of CF will be automatically added on the right hand side of destination
Exemple:
stc; CF = 1 (set carry)
mov al, 00110011
mov cl, 2
rcl al, cl ; -> al = 11001110, CF = 0
rcr destination, number
- destination can be a register or a memory location of 1 or 2 bytes
- number can be 1 or register cl (the value of cl must not exceed 31)
Effect:
The bits stored in destination are rotated number positions to the right. A bit that goes out on the right side will be kept in CF. The previous value of CF will be automatically added on the left hand side of destination
Exemple:
stc; CF = 1 (set carry)
mov al, 00110011
mov cl, 2
rcr al, cl ; -> al = 11001100, CF = 1
Logical operations
and - logical AND
or - logical OR
xor - logical EXCLUSIVE OR
not - logical invert
and destination, source
or destination, source
xor destination, source
not destination
- destination can be a register or a memory location of 1 or 2 bytes
- source can be a 1 or 2 bytes register, memory location or constant
- both operands should have the same dimension
- operands can not be both memory locations
Effect:
destination = destination and source
destination = destination or source
destination = destination xor source
destination = not destination
Obs.: shift and rotate operations also affect OF. For more information, please refer to Norton Guide.


An app that uses the MVC paradigm and it’s own server-side API. As a response to the current COVID-19 pandemic, my team and I created a virtual book club. For this project, I was not only in charge of designing a mobile first layout with the use of Boostraps’ CSS Framework. I also developed a User Authentication and used Sequelize ORM to store user information, including books they have read.
View it on GithubThis is a simplistic code challenge application created to assist developers with improve coding skills with daily random generated challenges of a chosen difficulty (Easy, Medium, Hard). This project is currently in the development stage.
View it on GithubI was challenged to build a weather dashboard that will run in the browser and feature dynamically updated HTML, CSS and JQuery. This app uses a server-side API OpenWeather API to retrieve weather data for cities.
View it on GithubThis is a simple calendar app that allows users to save events for every hour of the work day. It runs in the browser and feature are dynamically updated with HTML and CSS powered by jQuery.
View it on Github


[viewBag] title = "Websites" url = "/projects/websites" layout = "static-layout" ==
This is the websites page.


Juneau supports generation and consumption of HTML5 documents and fragments through the use of DTOs (Data
Transfer Objects).
It uses existing support for serializing and parsing POJOs to and from HTML to define these HTML objects.
The Juneau HTML5 DTOs are simply beans with fluent-style setters that allow you to quickly construct HTML
fragments as Java objects. These object can then be serialized to HTML using one of the existing HTML
serializers, or to other languages such as JSON using the JSON serializers.
The {@link org.apache.juneau.dto.html5.HtmlBuilder} class is a utility class with predefined static methods
that allow you to easily construct DTO instances in a minimal amount of code.
The following examples show how to create HTML fragments:
| Java code |
HTML |
|
import static org.apache.juneau.dto.html5.HtmlBuilder.*;
Object mytable =
table(
tr(th("c1"),th("c2")),
tr(td("v1"),td("v2"))
);
String html = HtmlSerializer.DEFAULT.serialize(mytable);
|

c1
c2

v1
v2

|
|
import static org.apache.juneau.dto.html5.HtmlBuilder.*;
Object mytable =
table(
caption("mytable"),
colgroup(
col()._class("foo"),
col()._class("bar")
),
thead(tr(th("c1"),th("c2"))),
tbody(tr(td("v1"),td("v2"))),
tfoot(tr(td("f1"),td("f2")))
);
String html = HtmlSerializer.DEFAULT.serialize(mytable);
|

mytable

<colgroup>
<col class='foo'/>
<col class='bar'/>
</colgroup>

c1
c2

v1
v2

f1
f2

|
|
import static org.apache.juneau.dto.html5.HtmlBuilder.*;
Object mydiv =
div().align("center").onmouseover("alert(\"boo!\");")
.children(
p("Juneau supports ", b(i("mixed")), " content!")
);
String html = HtmlSerializer.DEFAULT.serialize(mydiv);
|

Juneau supports mixed content!

|
|
import static org.apache.juneau.dto.html5.HtmlBuilder.*;
Object myform =
form().action("/submit").method("POST")
.children(
"Position (1-10000): ",
input("number").name("pos").value(1), br(),
"Limit (1-10000): ",
input("number").name("limit").value(100), br(),
button("submit", "Submit"),
button("reset", "Reset")
);
String html = HtmlSerializer.DEFAULT.serialize(myform);
|
<form action='/submit' method='POST'>
Position (1-10000): <input name='pos'
type='number' value='1'/>

Limit (1-10000): <input name='pos'
type='number' value='100'/>

<button type='submit'>Submit</button>
<button type='reset'>Reset</button>
</form>
|
Use the {@link org.apache.juneau.html.HtmlParser} to convert HTML5 documents back into their original POJOs:
// Get an HTML parser to convert our generated HTML5 documents back into POJOs.
HtmlParser parser = HtmlParser.DEFAULT;
// Convert an HTML table back into a Table object.
Table table = parser.parse(tableHtml, Table.class);
HTML5 objects can also be constructed from the other media types using the appropriate parsers.
If you're finding yourself reusing the same HTML5 DTO objects over and over that only differ slightly,
you may want to consider using HTML5 templates.
Broadly speaking, a template is simply a bean that gets swapped out with another more complex bean during
serialization.
Juneau doesn't have a built-in concept of a "template", but rather has features that allow them to be
defined using existing swap support.
The following example shows how an HTML5 form template object can be created that gets serialized as a
populated HTML5 {@link org.apache.juneau.dto.html5.Form} bean.
It takes advantage of the special swap(BeanSession)
method that serializers will use to
convert the object to a serialized form before serialization.
The return type of this method can be any serializable type.
In this case, we are defining a template for a reusable HTML form with two simple fields.
This gets serialized as an HTML form.
import static org.apache.juneau.dto.html5.HtmlBuilder.*;
/**
* A simple HTML form template whose serialized form is an HTML5 Form object.
*/
public class FormTemplate {
private String action;
private int value1;
private boolean value2;
// Some constructor that initializes our fields.
public FormTemplate(String action, int value1, boolean value2) {
this.action = action;
this.value1 = value1;
this.value2 = value2;
}
// Special swap method that converts this template to a serializable bean,
// in this case an HTML5 Form bean.
public Form swap(BeanSession session) {
return form(action,
input("text").name("v1").value(value1),
input("text").name("v2").value(value2)
);
}
}
When serialized using the HTML or XML serializer, it produces the following:
<form action='myaction'>
<input type='text' name='v1' value='123'/>
<input type='text' name='v2' value='true'/>
</form>
Support for parsing back into the template class can be accomplished by adding an unswap method or
constructor.
import static org.apache.juneau.dto.html5.HtmlBuilder.*;
/**
* A simple HTML form template whose serialized form is an HTML5 Form object.
* This time with parsing support.
*/
@Bean(dictionary=HtmlBeanDictionary.class)
public class FormTemplate {
private String action;
private int value1;
private boolean value2;
// Our 'unswap' constructor
public FormTemplate(Form form) {
this.action = form.getAttr("action");
this.value1 = form.getChild(Input.class, 0)
.getAttr(int.class, "value");
this.value2 = form.getChild(Input.class, 1)
.getAttr(boolean.class, "value");
}
public FormTemplate(String action, int value1, boolean value2) {
this.action = action;
this.value1 = value1;
this.value2 = value2;
}
public Form swap(BeanSession session) {
return form(action,
input("text").name("v1").value(value1),
input("text").name("v2").value(value2)
);
}
}


Fall 2008 previous version home
Applied for temp jobs beginning 2008-10-21:
Began looking for crew positions 2008-09-19: