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The City of Bevelle
The city of Bevelle.
~ Yuna about the city of Bevelle.
It seems Bevelle still likes to keep its secrets.
~ Paine about the city of Bevelle.
Bevelle (ベベル, Beberu) is a flying city in Final Fantasy X and Final Fantasy X-2. The capital of Spira's dogmatic society, it is initially the home of the Yevon religion as well as their own "holy city" and, later, home of the New Yevon party. Being Yuna's place of birth, it remained her home until the day her father, High Summoner Braska, defeated Sin.
In the English localization, Bevelle is pronounced [bəˈvɛɫ].
One thousand years ago, Bevelle was a technological wonder surpassing even the glories of the city-state of Zanarkand. The escalating hostilities between the city-states culminated in a war and Bevelle held the advantage with its machina weapons. Though it developed the mobile weapon Vegnagun, they could not use it as Vegnagun was unable to tell friend from foe. Zanarkand's leader, Yu Yevon, gathered the Zanarkand survivors and turned them into fayth, using them to conjure a dream world parallel of Zanarkand at the height of its glory.
To shield himself and his creation, Yu Yevon clad himself in armor formed from pyreflies, becoming the creature known as Sin. Sin turned on Zanarkand, decimating it, and though Bevelle had thus won the war, Sin remained in Spira, attacking machina cities. Having made a pact with Yu Yevon's daughter, summoner Yunalesca, to safeguard itself, Bevelle established the Order of Yevon to preach Yu Yevon's teachings while secretly continuing to use machina.
Final Fantasy X
10 years ago when his Al Bhed wife was killed by Sin, Braska resolved to become a summoner. Joined by Auron and Jecht as his guardians, Braska embarked on his pilgrimage to Zanarkand, leaving behind a 7-year-old Yuna in Bevelle. Yuna learned of her father's success and that it had claimed his life. She was found by Kimahri Ronso, who had come to take her to Besaid Island to grow up peacefully as a request from a dying Auron of what the girl's father wanted of her.
A decade later, having become a summoner to begin her own pilgrimage, Yuna is abducted from the Al Bhed Home by the Guado and taken to Bevelle to be married to the unsent Seymour Guado. Though Yuna plotted to use the wedding for a chance to send Seymour to the Farplane, her guardians being held at gunpoint force her to comply. When Seymour orders her guardians executed, Yuna threatens to commit suicide. Yuna falls off the palace top while summoning Valefor to break her fall and take her to Bevelle Temple to gain Bahamut. Once her guardians arrive they are arrested.
Yuna is put on trial for killing Seymour in the Macalania Temple. During the mock trial, Yo Mika reveals he is an unsent like Seymour, and that unchanging continuity and rule by the dead in the spiral of death is what Yevon is about. Yuna and her guardians are imprisoned in the Via Purifico. Finding Lulu, Kimahri, and Auron, Yuna duels against Isaaru in a contest of aeons at the dungeon's exit before they meet up with the rest of her guardians and on the Highbridge. Confronted by Seymour who has killed Wen Kinoc and absorbs his pyreflies to become a fiend, they defeat him and escape into the Macalania Woods.
The party visits Zanarkand Ruins and fell the unsent Yunalesca who had remained in the Zanarkand Dome to grant summoners the Final Aeon at the end of their pilgrimage only for Sin to be reborn. The party returns to Bevelle where Yuna reveals she ended the Final Summoning and, seeing no hope for Spira, Mika departs to the Via Infinito rather than see Sin destroy the world. The party asks Shelinda to spread the word of singing the "Hymn of the Fayth" to pacify Sin, and sets out to fight the beast on their airship, the Fahrenheit. During the assault the weakened Sin falls from the sky and crashes on a part of Bevelle.
Final Fantasy X-2
After Sin had been vanquished for good, Bevelle fell into chaos. The Yevonite priesthood fell in the wake of the revelations of its origins, hypocrisy and lies, and disbanded in the face of the theocratic society's breakdown. During this cultural upheaval a former Yevonite named Trema rejuvenated interest in Spira's history in the form of ancient spheres, and many sphere hunting groups sprung up ready to take on the task. New Yevon party was founded but Trema suddenly disappeared with the discovered spheres with their contents never made public, and the leadership fell to a chairman who attempted to get Yuna marry his son to garner public support. The chairman was forced to relinquish leadership to Baralai as he sought to continue Trema's philosophy of gradual adjustment to the new order of the world.
2 years after the start of the Eternal Calm, Yuna returns to Bevelle with Rikku and Paine. While waiting for an audience with the New Yevon praetor, Yuna proposes they leave, and tells the others about how she turned down an arrangement with the chairman's son. Baralai appears and reveals the chairman and his son were kicked out of the New Yevon party. Depending on whether or not the "awesome sphere" from Kilika is given to New Yevon, the Gullwings will either be accepted by the party or declared enemies.
Later, the Gullwings learn from the Leblanc Syndicate of Vegnagun being hidden beneath Bevelle. The two groups jump into the hole in the Chamber of the Fayth, and discover the Bevelle Underground, a complex filled with machina remaining from the Machina War. They find Vegnagun gone, the machina having responded to Nooj's attempt to destroy it by burrowing into the Farplane.
After Baralai disappears, having ended up being possessed by Shuyin while in a private discussion with Nooj and Gippal in the Bevelle Underground, Bevelle falls into turmoil. Isaaru might leave Zanarkand and try to help the New Yevon party get back on its feet and the Gullwings and Kinderguardians can discover a hidden maze-like dungeon called the Via Infinito.
In 3 months' time, New Yevon, Youth League and Machine Faction discuss dissolving, but New Yevon has difficulty moving forward with the change.
Final Fantasy X -WillBevelle is still the capital of Spira and the home of a new governing body known as the Spiran Council. Baralai, now leader of the council, sends Chuami and Kurgum to Besaid to meet with Yuna. The two meet Tidus at the Bevelle Stadium that is under construction, but Chuami notices he's injured and trying to hide it. Later, Chuami and Kurgum return to Bevelle with Yuna and it is discovered Sin has been revived, possibly beckoned to Spira from the Farplane by someone's wish. Yuna delivers a speech to a crowd in a stadium, possibly the one in Bevelle, proclaiming she will defeat Sin once more.
Musical Themes
In Final Fantasy X, "The Wedding" plays during Yuna and Seymour's wedding scene. "Assault" (襲撃, Shūgeki) plays when Yuna's guardians attempt to save her from marrying Seymour. "Believe" (私は飛べる, Watashi wa Toberu?) plays when Yuna jumps off the ledge and summons Valefor. "Hymn of the Fayth - Bahamut" (祈りの歌~バハムート, Inori no Uta ~ Bahamūto) plays in Bevelle Temple's Chamber of the Fayth. "Moment of Truth" (審判の時, Shinpan no Toki) plays when Yuna stands before the court of Maesters in Bevelle.
In Final Fantasy X-2, the theme that plays in Bevelle is "New Yevon". "Bevelle's Secret" (ベベルの秘密, Beberu no Himitsu) and "Under Bevelle" (アンダーベベル, Andā Beberu) play when the Gullwings are uncovering the secrets of the temple's underground complex. "The Temples" plays in the New Yevon Headquarters and the Cloister of Trials.
 - The top of the temple where the wedding scene takes place, is inspired by Balinese shrine of Indonesia.
 - In Bahamut's Chamber of the Fayth in Final Fantasy X, the main symbol on the back of the wall is the symbol for Valefor and Besaid, rather than the one for Bevelle and Bahamut. As it means "nothing", it may be intentional as both Valefor and Bahamut are non-elemental summons. The symbol on Bahamut's seal means "light", but there


Difference between revisions of "SET PART DATA"
From Macros Wiki
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===Example===

===Example===

:SET_PART_DATA units 1

:SET_PART_DATA units 1
:For an example in a real macro see [[Bag_Solids]] or [[Create_Contour.mac]]
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:For an example macro see[[Bag_Solids]] [[Create_Contour.mac]]

[[Category:Part_Data]]

[[Category:Part_Data]]
Revision as of 16:06, 29 July 2010
Command
SET_PART_DATA <parameter>, <value>
Set the data on the currently open part
Parameters
<parameter>
Part_parameter
<value>
Name of variable to be set by this command
Example
SET_PART_DATA units 1
For an example macro seeBag_Solids Create_Contour.mac


If you eat icicles, then you're eating poop, insects, and whatever else is on your roof! YUCK!
Sure, we grew up chomping on icicles and eating snow, but it's not the best idea today. There are many more pollutants, pesticides, chemical contaminants, poop, and possibly old asbestosis shingles than in the old days.
Katie Nickolaou, a Meteorologist in Sioux City, IA, made a TikTok video that's gone viral. Thie Public Service Announcement reminds you that there's a lot of bird poop on your roof, and it's frozen in the ice. If you eat that icicle, then you're eating poop!
We never thought bird poop and icicle would be used in the same sentence. LOL. Don't be surprised if you see this on The Tonight Show Starring Jimmy Fallon or Conan O'Brien. Yes, it's that good.
Icicles are formed in freezing temperatures when the sunlight melts snow or ice on anything with a downslope. The water droplets freeze in the cold air, forming a cone-like shape of ice, and grow very long and heavy.
While snowy scenes with icicles on a house may look cozy, the frozen creations are dangerous. Networx says large falling icicles, knocked down by wind or loosened by sunshine, can damage anything in their path with their heavyweight and pointed tips.
They're capable of pulling gutters off your house, shattering windshields of vehicles below, and causing laceration or concussion – or worse! -- to any human who happens to be standing near the roof eaves. [Networx]
Networx says DIY ice removal from your roof is tricky. Follow these tips to make the process easier and safer:
 - Tap small icicles off your roof before they have a chance to get bigger.
 - Easy does it when removing large icicles.
 - Never stand directly beneath the ice and-use a wooden stick to extend your reach.
 - Don't prop a ladder on an icy roof or gutter.
 - Remove snow from your roof with a long-handled plastic shovel or snow rake.
 - Avoid using ice melt products on your roof as it can destroy your shingles.
 - Play it safe and hire a roofing professional to deal with major icicles. The pros have the know-how, as well as specialized steam machines, to get ice and snow off your roof safely.
So will you still eat Icicles? We're quitting cold turkey!
Enter your number to get our free mobile app


text:
Foundation for Developmental Disabilities
Individuals living with a developmental disability like cerebral palsy, epilepsy, autism or intellectual disabilities, face many challenges in the course of learning, working, and living in the community. The Foundation for Developmental Disabilities, serving the San Diego and Imperial counties, is a resource for those individuals and their families.
"Explore the ability in disability! access/ABILITY" - is an award-winning exhibit created by Boston Children's Museum features hands-on activities and personal stories that inspire visitors of all ages. The exhibit allows visiters to learn phrases in American Sign Language, type their name in Braille, try a hand-pedaled bike and take part in a multi-sensory City Walk!
This powerful and highly-interactive exhibit not only teaches respect and understanding, but demonstrates how people living with disabilities can lead active, fulfilling, and meaningful lives.
The exhibit is currently scheduled to run from October 13, 2012 through June 30, 2013. Go to the Museum of Man website for more information.

source: HuggingFaceFW/fineweb-edu


text:
- Why didn't Ringo pat out the fire on the diary or do something?!
- Rule of Symbolism.
- And everything was on fire around her. If she tried rolling over, she would've gotten even more burns on her.
- Couldn't she have put the diary under herself and smothered the fire? The fire wasn't THAT close to her.
- And risking getting burned in vital places Not sure if I want.
- After reading all the references and theories one question remains: why penguins?
- Everything's Better with Penguins?
- Apparently it's a very obscure visual pun. If you read the Japanese word for "apple", "ringo" with Chinese conventions, it becomes "pingu", which is also why the penguins are called "pingu", rather than the more conventional "pingin". And the apple is ofcourse the most important symbol in the series — the apple cut in half is the eponymous "Penguindrum".
- It does relate to the plot as well if you think about it. Sanetoshi and Kenzan first met while on an arctic trip, and that is where they decided to form Pingroup. Likely, they made their symbol a penguin in reference to the way it began. Then the Princess of the Crystal took over Pingroup after they changed their name to Kiga Group. As for why she chose to continue the penguin theme we can't be sure, but at least it works thematically.
- So what purpose did Mario ultimately serve? The big revelation of him owning another penguin hat, and thus the other half of Momoka's soul ended up meaning exactly squat in the end.
- Wasn't Mario meant as a trigger for Masako to join the hunt for the Penguindrum, just like Himari triggered Shouma and Kanba to search for it? Episode 16 was pretty explicit about that; Masako agreed to hunt for it in order to save Mario's life.
- And to follow up from that, what was the Princess of the Crystal, in the end? We see that both Momoka and Himari are distict entities from her, and neither has a personality like her's, so what is she and why did she come into being from their union?
- Momoka's literal Split Personality Takeover?
- The Princess of the Crystal was one-half of the containers that sealed Momoka away, in the same way that the two bunnies/twins were the two halves of the container that sealed Sanetoshi. If the bunnies are any indication, the personalities of the containers are distinct from, but supportive of, those who they are sealing. As for why the penguin hat needs to be placed on someone's head for the Princess in the Crystal to take over, and the bunnies don't, though...
- I think the reason you need to wear the hat for it to work is because that is how someone would normally use a hat. There were several times where Sanetoshi was visibly feeding the two bunnies carrots or treating them as mere pets. This could be the reason the bunnies do not have the same restrictions as the Princess of the Crystal does, as they are functioning like any kind of pet bunny would.
This page has not been indexed. Please choose a satisfying and delicious index page to put it on.

source: openbmb/Ultra-FineWeb


How does Pure hot yoga work?
By the tourniquet effect: stretching, balancing (using gravity), and creating pressure all at the same time. The blood supply in arteries and veins is being cut off, creating pressure. When released, a lock gate effect is created, causing blood to rush through veins and arteries, flushing them out. Also, pressure is applied to the heart by its relative position to the rest of the body.
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How can we help you?
Why do tumble dryers occasionally turn after the cycle has finished?
After the cycle has finished, some dryers may make the drum move occasionally until you open the door. This technique is to stop creases forming in the clothes – it may move sporadically until you are ready to collect your dry laundry.
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text:
Changes in store for fishing, hunting codes
By BRUCE A. SCRUTON
The New Jersey Fish and Game Council has adopted changes to the 2011-2012 Game Code, which takes effect this year, but there is still time to comment on the proposed changes to the 2012-2013 Fish Code.
A public hearing on the code changes will be held at 7 p.m. Sept. 13 at the Central Regional Office in the Assunpink Wildlife Management Area in Robbinsville.
Written comments on the code changes will be accepted until Sept. 30.
The fish code governs when, by what means, at which locations, in what numbers and at what sizes, fish may be pursued, caught, killed or possessed in New Jersey.
Perhaps the biggest change will be the imposition of a daily creel and possession limit of 25 in total for any species of freshwater fish that do not have a specific daily creel or possession limit. Currently there is a 25 fish total limit on species of warmwater fish, which do not have a specific creel or possession limit.
In general, all fish that live in lakes, ponds, streams and rivers are "fresh" water fish. However some species, such as trout, require cold, running water to survive while other species, such as bass, perch, pike and catfish can live in water with much warmer water temperatures.
According to the document that outlines the changes, the code is seeking to "proactively protect these and other non-typical game species in New Jersey as future trends in the targeting of fish species is unknown."
The extension of creel limits will not apply to the Delaware River and Greenwood Lake since those bodies of water fall under jurisdiction of New Jersey and another state.
A proposed inclusion of yellow perch and white perch as fish that cannot be snagged would effectively make snagging illegal across the state. The code changes the term "foul hooking" to "snagging."
The code will also seek to list 61 native species of fish in the fresh waters of New Jersey as "indigenous" fish. This will bring the code into agreement with other laws that regulate the release of indigenous, exotic and potentially dangerous fish.
Among the amendments are limits on what species of fish can be taken with a bow and arrow.
Currently, a dozen species of fish including most trout, salmon, bass, pike, walleye and muskellunge are prohibited to be taken since catch and release is impractical and there are size limits on those species.
The code now realizes there are other species of fish, most of which are not targeted by bow anglers anyway, which should be listed as prohibited species.
As a result, the code proposes to identify the species that may be taken by bow anglers such as carp, eels, flathead catfish, shad, snakeheads and suckers.
In inland waters, channel catfish will remain on the prohibited list for archers, however, will be a legal target fish, in the Delaware River. The code notes that channel catfish do not reproduce in inland waters, but do reproduce in the Delaware.
The code also clarifies that recurve and compound bows and longbows are permitted. Crossbows are prohibited for bow fishing.
And, to bring consistency between New Jersey and Pennsylvania codes, there is a change to allow a three-rod limit for both shoreline and boat anglers in the Delaware River.
Pennsylvania is making a similar change to three rods effective Jan. 1.
Many other changes are proposed to boundaries for various trout waters across the state and to establish the first day of trout season for the 2013 to 2016 seasons.
The full document outlining all the changes is available at: _URL_
Written comments should be submitted by Sept. 30 to Gary J. Brower, Esq.; Attn: Docket 10-11-06; Office of Legal Affairs; Department of Environmental Protection; Mail Code 401-04L; 401 East State St. 4th Floor, P.O. Box 402; Trenton, N.J. 08625.
Among the changes to the game code are the addition of five days to the rabbit and hare hunting season; statewide closure of the bobwhite quail season with the exception of the Greenwood and Peaslee Wildlife Management Areas; creation of special black bear farm permits; addition of a second Saturday for the fall turkey hunting season; expansion of the early bow and arrow-only coyote and fox season and regular coyote and fox season dates.
The code also eliminates the separate black bear hunting seminar since that material will become part of the regular hunter eduction
The game code also removes the requirement for youth hunters to take an antlerless deer before an antlered deer during the early fall bow deer season.
The new game code will be published online later this month and available in booklet form through license agents the first week of September.

source: m-a-p/FineFineWeb


text:
How does the word sound?
History of this Word
"mega" is from "megas" (great) spoken by people of Greece starting about 1000 B.C.
In this sense, it is a word added to another word to form a new word.
A prefix added to the start of a word. Indicates that "million" or "very large" modifies the word. Created to expand meanings. Can be used with many words to form new words.
Examples of how the word is used
|It's a resort-type location where you'll not only find plenty of hotels, motels, and cabin-based resorts, but also megabuck houses.|
|One megawatt provides enough energy to power 1000 homes.|


Benchmark the AI performance of Android devices
September 21, 2020
UL Procyon AI Inference Benchmark for Android devices
Machine learning is powering exciting new features in mobile apps. Many smartphones now have dedicated hardware to accelerate the computationally intensive operations required for on-device inferencing.
Today, we're launching the UL Procyon AI Inference Benchmark, a new test for measuring the performance and accuracy of dedicated AI-processing hardware in Android devices.
The benchmark uses a range of popular, state-of-the-art neural network models such as MobileNet V3, Inception V4, SSDLite V3 and DeepLab V4. The models run on the device to perform common machine-vision tasks. The benchmark measures performance for both floatand integer-optimized models.
The benchmark runs on the device's dedicated AI-processing hardware, with the Android Neural Networks API (NNAPI) selecting the most appropriate processor for each test. The benchmark also runs each test separately on the GPU and/or CPU for comparison.
UL Procyon benchmarks are designed for professional users. The AI Inference Benchmark is for hardware and software engineers who need independent, standardized tools to test the quality of their NNAPI implementations and the performance of dedicated AI hardware in Android devices.
Smartphone running the UL Procyon AI Inference Benchmark app
 - Benchmark and compare the AI inference performance of Android devices
 - Tests based on common machine-vision tasks using state-of-the-art neural networks
 - The benchmark measures both inference performance and output quality
 - Compare NNAPI, CPU and GPU performance
 - Verify NNAPI implementation quality and compatibility
 - Use benchmark results to optimize drivers for hardware accelerators
 - Compare floatand integer-optimized model performance
 - Simple to set up and use on a device or via Android Debug Bridge (ADB)
Row of five smartphones showing results from the UL Procyon AI Inference Benchmark
Results and insights
The UL Procyon AI Inference Benchmark provides a range of useful results, metrics and insights. Use the main benchmark score to compare the AI performance of Android devices. The score breakdown helps you compare the performance and quality of different processors with integer and float models. The in-app ranking list shows you how a device compares with other smartphones.
A chart for each test shows the inference time with NNAPI and other processors, making it easy to see the difference in performance. A hardware monitoring chart shows you how the device's temperature, battery charge level and memory use changed during the benchmark run. You can also check the outputs from each model to ensure the hardware is returning the correct results.
The UL Procyon AI Inference Benchmark is easy to install and run with no complicated configuration required. You can start the benchmark on the device or via ADB. You can view benchmark scores, charts and rankings in the app and export detailed result files for further analysis.
Available now
The UL Procyon AI Inference Benchmark is available now. Site licenses for professional users start at $1,495 (USD) per year.
Look out for more UL Procyon benchmarks coming soon
Procyon is a new benchmark suite from UL that's designed specifically for professional users in industry, enterprise, government, retail and the press. Each UL Procyon benchmark is developed for a specific use case and uses real applications where possible. UL works closely with its industry partners to ensure that every Procyon benchmark is accurate, relevant and impartial. Flexible licensing means you can pick and choose the individual benchmarks that best meet your needs. Find out more at
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text:
K Ratnaji Rao
Articles written in Bulletin of Materials Science
Volume 8 Issue 1 February 1986 pp 81-89
Changes in the grain size and crystallographic texture during warm working and their influence on the room temperature mechanical properties are investigated on Cd, Zn and a Zn-Al alloy. The yield strength increase in the early stages of working in extruded cadmium is accounted for based on the development of a basal texture while in rolled zinc and zinc alloy, the properties are affected more by the grain size. Cadmium exhibits ductile fracture at all extrusion ratios whereas the fracture mode in zinc and the alloy changes from cleavage at small rolling strains to ductile at higher deformation strains.
Volume 43, 2020
Continuous Article Publishing mode
Click here for Editorial Note on CAP Mode


text:
AN END TO SNAPBACK
Snapback injuries are among the worst industrial accidents in the world. 15% of all snap backs result in death. Even more in permanent disability or the loss of a limb. Proper use of a MoorGuard fuse will help prevent a line from exceeding the safe working load and gives extended warning to allow corrective action to prevent dangerous snapback.
Helping to preventing snapback alone is the best reason for installing MoorGuard fuses on all lines but the benefits don't end there. There are multiple layers to the safety benefits of a MoorGuard fuse.
A MoorGuard fuse does more than help protect the mooring line from breaking. It has layers of safety benefits for the operators and equipment.
It activates at a known, pre-determined level chosen to insure no other element in the mooring system will ever reach its minimum breaking point regardless of their physical condition or repair. If the mechanical condition of equipment is suspect adding a MoorGuard fuse to the system will de-rate the entire system reducing the risk of equipment failure.
It offers multiple visual cues to inform operators that an overload has occurred. In certain models the physical elongation can be observed. In others a jacket or sleeve opens exposing the core material giving an instantaneous, positive indication of overload. In other models the trigger breaks with an audible notice and visual change.
The extremely long stretch of the fuse provides extended safety time to either stop the activity or correct the unsafe condition.
The speed of elongation gives the operator cues to the severity of the overload condition. High overload conditions will cause the fuse to elongate more rapidly. Slight, minimal changes in length indicate the load is at or just slightly above the safe working load.
While stretching the fuse holds the load at the MEL (Minimum Elongation Load). Toward the end of the elongation the fuse becomes marginally stronger to help prevent an early collapse in situations where the load holding capability is critical.
A vessel with MoorGuard protected lines will equalize loads among the lines preventing a single line from absorbing all the shock and load in case of sudden strains. This behavior helps prevent cascading line failures and breakaway situations.
Reduce or Potentially Eliminate Snapback
Most importantly, the failure mechanism, the soft collapse, prevents sudden line snapback. Different methods of rope construction and fuse assembly can be engineered to make the final release even softer.
Simple to Use – Eliminates Human Error
Because a MoorGuard fuse never needs calibrating or adjustment another source of human error is removed from the safety system. Routine inspection for physical damage is all that is required.
Installed in the mooring line as either a tail or as an insert between the line and a tail the fuse is always ready to do its job. No special handling is required. If used shoreside, pre-installed on the bollard, the fuse is pulled through the mooring line and dropped over the bollard taking no more time and effort than a normal mooring operation.
Reduced Line Size Reduces Handling Injuries
Because a MoorGuard fuse can be made for any load requirement, every mooring line regardless of material type can be used safely to a lower safety factor. This means a 6 cm polypropylene line can be used safely instead of a 10cm line, reducing the weight of the line by more than half. The size and weight reduction helps prevent stress, strain and lifting injuries and may require fewer hands to do the same job.


English to Spanish: more detail...
 1. inquire:
 2. Wiktionary:
Detailed Translations for inquire from English to Spanish
to inquire verb (inquires, inquired, inquiring)
 1. to inquire
 2. to inquire (ask)
Conjugations for inquire:
 1. inquire
 2. inquire
 3. inquires
 4. inquire
 5. inquire
 6. inquire
simple past
 1. inquired
 2. inquired
 3. inquired
 4. inquired
 5. inquired
 6. inquired
present perfect
 1. have inquired
 2. have inquired
 3. has inquired
 4. have inquired
 5. have inquired
 6. have inquired
past continuous
 1. was inquiring
 2. were inquiring
 3. was inquiring
 4. were inquiring
 5. were inquiring
 6. were inquiring
 1. shall inquire
 2. will inquire
 3. will inquire
 4. shall inquire
 5. will inquire
 6. will inquire
continuous present
 1. am inquiring
 2. are inquiring
 3. is inquiring
 4. are inquiring
 5. are inquiring
 6. are inquiring
 1. be inquired
 2. be inquired
 3. be inquired
 4. be inquired
 5. be inquired
 6. be inquired
 1. inquire!
 2. let's inquire!
 3. inquired
 4. inquiring
Translation Matrix for inquire:
VerbRelated TranslationsOther Translations
averiguar ask; inquire affirm; audit; check; check out; collect; disentangle; disentwine; examine; gather; go through again; inquire about; inspect; invent; investigate; make inquiries about; obtain; research; study; trace; unravel; verify
examinar inquire attempt; cast an eye on; check; consider; control; endeavor; endeavour; examine; explore; glance; grant; hear; inspect; interpellate; interrogate; investigate; look; look at; look on; observe; pretest; prospect; question; regard; sample; scan; scrutinise; scrutinize; strive; study; subsidise; subsidize; survey; take samples; test; think it over; think out; try; try out; verify; view; watch
explorar inquire explore; frisk; investigate; prospect; scan
explorar a fondo inquire investigate
investigar inquire check; control; disentangle; disentwine; examine; explore; hear; investigate; prospect; research; scan; study; test; unravel
- ask; enquire; investigate; wonder
Not SpecifiedRelated TranslationsOther Translations
examinar browse; browse for
OtherRelated TranslationsOther Translations
- ask
Related Words for "inquire":
Synonyms for "inquire":
Related Definitions for "inquire":
 1. have a wish or desire to know something1
 2. inquire about1
 3. conduct an inquiry or investigation of1
 - inquire into the disappearance of the rich old lady1
Wiktionary Translations for inquire:
 1. to inquire
Cross Translation:
inquire informarse erkundigenAuskunft einholen, Informationen beschaffen
inquire inquirir inquirierenveraltend: untersuchen, vernehmen, verhören
inquire preguntar; pedir demander — Indiquer à quelqu'un par des paroles, par un écrit ou tout autre moyen ce qu'on désire obtenir de lui.
Related Translations for inquire


text:
Author Notes: A simple dough made with baking powder instead of yeast, and fried in grapeseed oil. Topped off with some organic powdered sugar. Kids love it! —Dash of Amy
teaspoons baking powder
teaspoon sea salt
tablespoons cold butter, cut in cubes
ounces grapeseed oil (or frying oil of your choice)
cups organic powdered sugar
- Combine flour, baking powder, and salt in a large mixing bowl.
- Add the butter and use a fork to press it into the flour mixture until crumbly. Add the water and mix well making a smooth dough using your hands.
- Use a deep fryer, or a large pot to heat the frying oil until hot and bubbly, or 375*.
- Break the dough into pieces and using your hands stretch it and flatten it into discs.
- Drop dough carefully into the oil and cook until golden on the underside, then flip and cook until golden on both sides.
- Place on a platter of paper towels, and sprinkle with organic powdered sugar.
Photo by Dash of Amy


text:
The Microniser is a classical spiral jet micronising mill utilising compressed gas to produce superfine materials by autogenous comminution.
Compressed air is most commonly used but steam is favoured for some applications and inert gases may offer advantages for particularly sensitive materials or materials with explosion risks.
The feed material is inspirated by a small proportion of the compressed gas through a venturi into the grinding chamber where numerous angled nozzles accelerate the material into particle-particle impact. There are no moving parts in the mill and no mechanical forces are applied to the grinding process.
The centrifugal movement of particles in the chamber provides effective classification to control product particle size. Products will typically be less than 10 microns. The mill is usually manufactured in stainless steel and can be supplied with various abrasion resistant linings. For pharmaceutical purposes it can be supplied within a full isolation system.
The particular advantages of this type of mill are:
- it produces a uniform particle size and shape;
- it is very easy to clean and can be used for campaign grinding;
- it can be used for hygienic or sterile applications;
- it will process heat sensitive materials;
- materials can be blended during the grinding process;
- materials can be coated with surfactants during the process.
Brochure and Publication Downloads
(Free air, 7 bar)
(Superheated, 14 bar 400°C)


How do you write text over arrows in LaTeX?
Text over arrow is an important expression, which we constantly use chemistry or in different fields. Multiple packages and commands are present to print this expression into a latex document.
\documentclass{article}
\usepackage{mathtools,halloweenmath}
\begin{document}
 $$ \underleftarrow{abc} \; \underleftrightarrow{abcdr}\;\underrightarrow{abc} $$
 $$ \xleftarrow{chem} \; \xrightarrow{physi} $$
 % use of halloweenmath package
 $$ \underscriptleftarrow{abc}\; \underscriptleftrightarrow{abc}\; \underscriptrightarrow{abc} $$
\end{document}
Output :
Text over Arrow.
amsmath package has the same command as stix package. However, in this case there are some structural changes in the shape of the arrow.
\documentclass{article}
\usepackage{stix}
\begin{document}
 $$ \underleftarrow{pqr} \; \underleftrightarrow{pqr}\;\underrightarrow{pqr} $$
 $$ \underleftarrow{physics} \; \underleftrightarrow{math}\;\underrightarrow{chemistry} $$
\end{document}
Output :
Text over Arrow stix package.
You will see the use of \xrightarrow command for this expression in different latex books or online documents, which is available in the amsmath and mathtools package.
But, I think it's not a best practices.
Write text over double arrow in LaTeX
Notice the program below, where the \xLeftarrow and \xRightarrow commands are used for left and right double arrows.
\documentclass{article}
\usepackage{mathtools}
\begin{document}
 $$ \xLeftarrow{use}\; \xLeftrightarrow{double} \xRightarrow{arrow} $$
 $$ \xLeftarrow{f(x)}\; \xLeftrightarrow{g(x)} \xRightarrow{f^1(x)} $$
 $$ A \xRightarrow{\Delta}\;B \xRightarrow{\Delta} C $$
 $$ \xLeftrightarrow{g^1(x)} $$
\end{document}
Output :
Text over double arrow.
However, the point is that you have used this command before, but latex is case sensitive so in both cases the spelling of the command is the same but the work will be different.
Write text over harpoons in LaTeX
There are structural differences between harpoon and common arrow. One side of the harpoon is like an arrow, and the opposite side is like a normal line.
\documentclass{article}
\usepackage{mathtools}
\begin{document}
 $$ \xleftharpoondown{xyz} \;\xrightharpoondown{xyz} $$
 $$ \xleftharpoonup{zyx} \;\xrightharpoonup{zyx} $$
 $$ \xleftrightharpoons{xyz}\;\xrightleftharpoons{xyz} $$
\end{document}
Output :
Text over harpoon arrow.
Write text above and below arrow in LaTeX
If you want to use text at the above and below of an arrow at the same time, the chemarrow package is best practice. For example
\documentclass{article}
\usepackage{chemarrow}
\begin{document}
 $$ A + B \; \autorightarrow{m}{h}\;C $$
 $$ D \; \autoleftarrow{a}{h}\;M + N $$
 $$ A + B \;\autorightleftharpoons{m}{h}\; C + D $$
\end{document}
Output :
Text above and below arrow.
You can add text under each arrow bypassing the text as an optional argument with each text over arrow command in the mathtools package.
\documentclass{article}
\usepackage{mathtools}
\begin{document}
 $$ \xleftarrow[qrs]{pqr} \; \xrightarrow[qrs]{pqr} $$
 $$ \xhookleftarrow[pqr]{qrs} \; \xhookrightarrow[pqr]{qrs} $$
 $$ \xLeftarrow[pqr]{abc} \; \xRightarrow[pqr]{abc} $$
 $$ B + HNO_3\;\xrightarrow[\Delta]{H_2SO_4}\; H_3BO_3 + NO_2 $$
\end{document}
Output :
Text above and below arrow.
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LaTeX expert with over 10 years of experience in document preparation and typesetting. Specializes in creating professional documents, reports, and presentations using LaTeX.
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TY - JOUR T1 - Sexual dimorphism in the human corpus callosum JF - Science JO - Science SP - 1431 LP - 1432 DO - 10.1126/science._PHONE_ VL - 216 IS - 4553 AU - DeLacoste-Utamsing, C AU - Holloway, RL Y1 - 1982/06/25 UR - _URL_ N2 - Preliminary observations suggest a sex difference in the shape and surface area of the human corpus callosum. The sexual dimorphism is striking in the splenium, the caudal or posterior portion of the corpus callosum. The female splenium is both more bulbous and larger than the male counterpart. Since peristriate, parietal, and superior temporal fibers course through the splenium, this finding could be related to possible gender differences in the degree of lateralization for visuospatial functions. ER -


.
LAPS enables password management of the local Administrator account (RID 500) password or another custom local account. Microsoft recommends that only the default Administrator local account is a member of the local Administrators group and that LAPS manages that account.
LAPS in a Virtual Environment:
LAPS works pretty well when configured on a physical computer that doesn't change state. Things get a little tricky when you introduce LAPS in a VDI environment.
Persistent VDI (same computer name):
This process is the same as a physical computer since the user connects to the same VDI image which persists (not destroyed at logoff).
Non-Persistent VDI (new computer name):
If the VDI workstation has a new computer name at every connect (non-persistent session, new computer image spun-up as part of user logon), then LAPS will update the password when the LAPS client runs and notices the ms-Mcs-AdmPwdExpirationTime attribute for the AD computer account is blank. As part of this process, the LAPS client generates and sets the local admin password and then updates the LAPS ms-Mcs-AdmPwd attribute on the AD Computer account (the ms-Mcs-AdmPwdExpirationTime attribute is updated as well). No problem here as this process is the same as a physical computer.
Non-Persistent VDI (same computer name:
If the VDI workstation has the same computer name at every connect (non-persistent session, same computer image spun-up), then LAPS will not update the password when the LAPS client runs soon after startup since it will notice that the ms-Mcs-AdmPwdExpirationTime attribute for the AD computer account is within the defined threshold (14 days for example). In this case the LAPS client will sleep until it notices the value in the ms-Mcs-AdmPwdExpirationTime attribute is greater than the threshold. This means that the VDI system would have the default VDI image password during most of the threshold period and for the time while the VDI system is active when the LAPS threshold is exceeded. At this point, LAPS updates the local administrator password locally and on the ms-Mcs-AdmPwdExpirationTime attribute on the AD computer account as well as the ms-Mcs-AdmPwdExpirationTime attribute at which point it sleeps for the defined number of days (14 in this case).
Since LAPS doesn't have an (obvious) option to force the LAPS client to change the password at boot-up, a script would need to run to clear the ms-Mcs-AdmPwdExpirationTime attribute so when the LAPS client runs (GPO refresh time) and checks the last password change time (ms-Mcs-AdmPwdExpirationTime), the local admin password would be changed. A PowerShell script can be configured that clears the ms-Mcs-AdmPwdExpirationTime when the user logs off (or during another event). The VDI solution may provide the ability to run a script at this point. A computer startup script (via GPO) would work as well.
Auditing Access:
Configure LAPS access auditing:
Set-AdmPwdAuditing –OrgUnit: <name of OU on which you want to setup the auditing> -AuditedPrincipals: :<identification of users/groups whose access to password shall be audited>
When someone accesses the LAPS password attribute, event ID 4662 is logged on the Domain Controller that responded to the read request.
Notes:
 - Since this solution is meant to automate the changing of local admin passwords as well as keeping this information private, identifying who should be able to retrieve the local admin passwords on a set of computers needs to be well thought-out.
 - Key point is that delegation of (read) access to the password attribute needs to be carefully designed and deployed. This is the most important part of a LAPS deployment: determining who should have read access to the computer password data.
 - The password itself should be about 25 characters (because that's what is "reasonable" today). It should definitely be more than 15.
 - The local admin password should also rotate at least as frequently as the computer AD account passwords (every 15 – 30 days).
 - Accounts delegated to join computers to the domain may be able to view LAPS password data on computer objects.

LAPS Enterprise (LAPS-E) Note:
There was another version of LAPS, known as LAPS Enterprise (LAPS-E), which included additional features such as encrypted passwords and management of multiple local accounts (if deployed as part of a customized Microsoft delivery). However, LAPS-E has a different code base from LAPS and hasn't complete required security reviews within Microsoft. There is also no update model to ensure that customers receive code updates. Because of this, Microsoft doesn't support LAPS-E, and no longer includes LAPS-E in any customer deliverables. This means you shouldn't use LAPS-E (though the code is available on MSDN). In fact, LAPS works really well and if advanced functionality is required, there are several third-party products that provide similar capability and more (Cyber-Ark, Thycotic, Xceedium, Lieberman, Dell, etc).

LAPS Installation
LAPS requires updating the Active Directory schema, so membership in Schema Admins is required for at least part of the install.
Please read through the LAPS documentation (LAPS Operation Guide, etc) before installing as it will save you time and hassle. 🙂
EffectivePermissions-2
Start the install…
LAPS-Install-01LAPS-Install-02
The custom setup page has several options.
The Fat client UI & PowerShell module only need to be installed on systems which will manage LAPS which includes those who will access the password(s).
The GPO components are for deploying & managing the LAPS GPOs.
LAPS-Install-03LAPS-Install-04LAPS-Install-05LAPS-Install-06
NOTE:
Don't install the LAPS client on a Domain Controller (and have the LAPS GPO configured at the domain level) since LAPS will start changing the default Administrator account (RID 500) for the domain. This happened to me in a lab environment and was fun tracking it down! 😉
The LAPS client installed can be verified by checking for admpwd.dll in c:\program files\LAPS\CSE.
PowerShell is a quick & easy way to verify install: Get-ChildItem 'c:\program files\LAPS\CSE\Admpwd.dll'
GPO Client Side Extensions (CSEs) are registered here: HKEY_LOCAL_MACHINE\Software\Microsoft\Windows NT\CurrentVersion\Winlogon\GPExtensions
The admpwd GPO CSE is registered in this location.
LAPS Schema Update
Once the LAPS client is installed and before any other configuration, now is a good time to extend the AD schema with the LAPS computer object attributes. Remember to always perform backups before modifying the AD schema.
The LAPS schema adds two attributes:
 - ms-Mcs-AdmPwd – Stores the password in clear text
 - ms-Mcs-AdmPwdExpirationTime – Stores the time to reset the password
LAPS includes a PowerShell cmdlet for updating the AD schema: Update-AdmPwdADSchma.LAPS-Update-AD-Schema

There is an important LAPS note when installing in an environment with RODCs:
Note: If you have an RODC installed in the environment and you need to replicate the value of the attribute ms-Mcs-AdmPwd to the RODC, you will need to change the 10th bit of the searchFlags attribute value for ms-Mcs-AdmPwd schema objet to 0 (substract 512 from the current value of the searchFlags attribute). For more information on Adding Attributes to or Removing attributes from the RODC Filtered Attribute Set, please refer to _URL_
Group Policy Configuration
The LAPS Group Policy admin templates are copied to the local system when LAPS is installed:
 - AdmPwd.admx –> %WINDIR%\PolicyDefinitions
 - AdmPwd.adml –> %WINDIR%\PolicyDefinitions\en-US
These files can be copied to the AD GPO Central Store so LAPS GPOs can be managed from any system (admx files in the PolicyDefinitions and the adml file in the en-US sub-folder).
There are four primary LAPS configuration settings:
 1. Password Settings – configure password length & complexity.
 2. Configure if there's an account other than the default Administrator account (RID 500).
 3. Enable this to prevent local admin passwords from being older than the domain password policy (set to Enabled). More on this in my LAPS security post.
 4. Enable to enable LAPS to manage the local admin password. Don't switch to "Enabled" until you are ready to have LAPS manage the passwords. If this is not Enabled, the LAPS client will not manage the passwords.
laps-gpo-config-02
LAPS-GPO-Config-02 (1)
Delegating Access to Computer Local Administrator Account Passwords
Before running any of the LAPS PowerShell cmdlets, ensure the LAPS PowerShell module is installed and imported ("Import-Module AdmPwd.PS").
Run the included PowerShell cmdle


text: Most digital libraries make extended document metadata available for the purpose of citation. This metadata has commonly been provided in human readable format, but more and more digital libraries are beginning to offer this information in convenient machine readable formats. At the same time, many advances have been made in cataloging and accessing documents and their associated metadata. We are witnessing the early evolution of bibliographic web services. In this paper we introduce an application (CITEX) for compiling bibliographies dynamically from bibliographic web services as they currently exist and we explore some of the challenges associated with providing bibliographic information, suggesting future paths for bibliographic web services.


\),
$$ v_{s}(\omega) = h_{s}(\omega)v_{z}(\omega) $$
(16)
and define the estimation error as
$$ \Delta v(\omega) = v_{s}(\omega) - v_{f}( \omega) = v_{f}(\omega)\bigl[h_{s}(\omega)h(\omega) - 1 \bigr] + h_{s}(\omega)v_{\eta}(\omega ). $$
(17)
The power spectral density of the error signal is
$$ S_{\Delta v}(\omega) = \bigl| h_{s}(\omega) h(\omega) - 1 \bigr|^{2} S_{v_{f}}(\omega ) + \bigl|h_{s}( \omega)\bigr|^{2} S_{v_{\eta}}(\omega). $$
(18)
The mean square error (MSE) is defined in the normal way and can be expressed in the frequency domain using Parseval's theorem [20]
$$ \epsilon_{v} \equiv \mathbb{E}\bigl[\Delta v^{2}(t)\bigr] = \int_{-\infty }^{\infty } \frac{d\omega}{2\pi}S_{\Delta v}( \omega). $$
(19)
From equation (19), the mean square error is
$$ \epsilon_{v} = \int_{-\infty}^{\infty} \frac{d\omega}{2\pi}\bigl[\bigl| h_{s}(\omega ) h(\omega) - 1 \bigr|^{2} S_{v_{f}}(\omega) + \bigl|h_{s}(\omega)\bigr|^{2} S_{v_{\eta}}(\omega )\bigr]. $$
(20)
We minimise the MSE by finding the functional derivative of equation (20) with respect to \(h_{s}(\omega)\) to obtain the optimal smoother
$$ h_{s}(\omega) = \frac{h^{*}(\omega)S_{v_{\eta}}(\omega)}{| h(\omega)|^{2} S_{v_{f}}(\omega) + S_{v_{\eta}}(\omega)}. $$
(21)
By substituting (21) into (20), the mean square error for the optimal estimate of \(v_{f}(t)\) is found to be
$$ \epsilon_{v} = \int_{-\infty}^{\infty} \frac{d\omega}{2\pi}\frac {S_{v_{f}}(\omega)S_{v_{\eta}}(\omega)}{| h(\omega)|^{2} S_{v_{f}}(\omega) + S_{v_{\eta}}(\omega)}. $$
(22)
To recast the smoother to estimate mirror position we insert a conversion block and redefine the transfer function, see Figure 3. It is then just a matter of reworking the above derivation with the new system. After reworking the algebra, we find that the optimal smoother for position estimation is
$$ h'_{s}(\omega) = \frac{h^{\prime *}(\omega)S_{x_{f}}(\omega)}{|h'(\omega)|^{2} S_{x_{f}} + S_{v_{\eta}}}, $$
(23)
where \(S_{x_{f}} = S_{v_{f}}\cdot A_{\mathrm{PZT}}^{2}\) and \(h'(\omega) = h(\omega )/A_{\mathrm{PZT}}\). From which the optimal mean square position error is found to be
$$ \epsilon_{x} = \int_{-\infty}^{\infty} \frac{d\omega}{2\pi}\frac {S_{x_{f}}S_{v_{\eta}}}{|h'(\omega)|^{2} S_{x_{f}} + S_{v_{\eta}}}. $$
(24)
This can be shown simply and conveniently to be \(\epsilon_{x} = A_{\mathrm{PZT}}^{2} \epsilon_{v}\). Here \(A_{\mathrm{PZT}}\) is a constant that relates the voltage applied to the PZT to the physical mirror displacement and was measured to be \(A_{\mathrm{PZT}}\approx6.3\times10^{-7}\mbox{ [m/V]}\).
Figure 2
figure2
The block diagram used for the derivation of the controller and the voltage estimator.
Figure 3
figure3
The block diagram with additional gain block used for the derivation to recast the smoother as a position estimator. Here the transfer function \(h(t)\) is modified to \(h^{\prime}(t)\) that assumes position, \(x_{e}(t)\) (units of metres), rather than voltage, \(v_{e}(t)\), as an input. As such the smoothed output, \(x_{s}(t)\), is similarly a position estimate.
Plant and forcing function
So far, no assumptions have been made about the dynamics of the forcing function or the plant. Of interest in this work is the MSE when those dynamics are non-trivial. In this subsection we describe both the plant and the forcing function used in the theory, simulation and later the experiment. Starting with the plant, the model used in the theory and the simulation is based on modelling a true experimental system. The transfer function of a true physical system was measured using a dynamic signal analyser. We then modelled the dominant resonance, see \(h(\omega)\) in Table 1. The magnitude and phase plots of the measured system and the model are shown in Figure 4. The plot shows that there is a time delay (identified by the constant phase lag super-imposed on the other features in the lower plot of Figure 4). This delay is included in the model but not compensated for in either the controller or the smoother. It can be seen that only the dominant mechanical resonance at \(\omega\approx2\pi\times7\mbox{,}640 \mbox{ rad/s}\) is accounted for in the model. The other resonances are approximately 20 dB down and are taken to be not excited by the forcing function.
Figure 4
figure4
Magnitude and phase plots of the measured system transfer function ( \(\pmb{h(\omega)}\) ) and the function fit used for the simulation.
Table 1 System parameters for simulation and experimental validation of the simulator.
The system is driven via a cavity mirror with a Lorentzian forcing function (\(v_{f}(t)\)) as shown at Figure 5. Again, measurements of a physical system are used as the basis of the model. Figure 5 shows the PSDs of both the simulated (blue) and experimental (red) forcing functions. The model used in the controller and system design is shown in Table 1 (\(S_{f}(\omega)\)) and is accurately represented by the blue plot in Figure 5. The experimental forcing function is also a good match to the theory for the frequency range of interest (\({<}15\mbox{ kHz}\)). It is apparent that the process used in the experiment has higher order (odd) harmonics that are not accounted for in the models. These are an artefact of the experimental generation of the forcing function. The higher order harmonics do not excite the system because both the plant and the controller are heavily attenuated at these frequencies.
Figure 5
figure5
Power spectral densities of the experimental and simulated forcing functions plotted against frequency.
Results and discussion
Simulation
We developed a numerical simulator to test the theory and provide a baseline against which an experimental testbed can be compared. The numerical results can also be used to inform subsequent experiments. The simulation was done using Simulink and the parameter values are shown in Table 1. The input and measurement noise processes were entered as floating point arrays from


text:
In this article
Create, assign, and grade your students' submissions.
Students Create Their Own Bulbs
Learner-Made Bulbs are a great way to empower your learners to become the instructor. Learners have access to the full power of the PlayPosit Designer, including uploading their own videos and embedding all question types. You can use this feature to:
- Review projects where students create their own questions on video already seen.
- Have learners create their own video and add interactions to increase engagement.
- Record a learner's presentation and have them reflect on their performance with comments in-situ.
Here is a quick video overview of assigning a Learner-Made Bulb in Canvas:
Assign a Learner-Made bulb
- From the dashboard click New > Learner-Made Bulb.
- Enter a title for the assignment and click Create.
- Navigate to the triple dot menu, click Assign, and then select a course.
Grade a Learner-Made Bulb
Once learners submit their self-made bulb, the PlayPosit monitor page provides instructors with several options:
- Preview - View the bulb with embedded interactions.
- Edit - Make any changes to the bulb prior to sharing with colleagues or other learners.
- Copy bulb - Create a copy of the learner-made bulb in your own bulbs library. You can then assign/share the bulb with other students and colleagues.
- Feedback/Score - Grade the lessons (out of 10 points) and provide feedback.


text:
"Climate tells you how you are functioning as an organisation, Culture tells you why your organisation is functioning that way."
(Human Synergistics Australia)
Climate, engagement, morale, pulse, are these terms interchangeable and where do they fit with Culture? Are they the same as Culture? This article is the second in a series focusing on the Human Synergistics (HS) White Papers and draws from the "Organisational Culture: Beyond Employee Engagement" White Paper. I have taken a practical approach to breaking down organisational Climate and articulating where it fits with Culture.
The first article in this series focused on Culture and outlined the HS approach to measuring current Organisational Culture and providing specific data to develop a Constructive Organisational Culture.
The HS organisational level diagnostics (OCI/OEI) measure both Culture and Climate:
Ideal Culture – Causal Factors (Perceptions) – Operating Culture – Outcomes (Feelings)
(OCI) (OEI) (OCI) (OEI)
*Note: OEI is the Organisational Effectiveness Inventory and is the HS diagnostic tool that measures Organisational Climate. OCI is the Organisational Culture Inventory and is the HS diagnostic that measures Organisational Culture.
A critical consideration when differentiating Culture and Climate is that the Outcomes (feelings) of the current Climate in an organisation are the symptoms of the organisations Current Culture. Whilst easier to see (as per Iceberg model in White Paper), we don't address the Outcomes (Climate) to bring about desired change. We focus on specific Causal Factors (Perceptions) to develop a Constructive Operating Culture and this approach will drive high engagement levels within an organisation. As this White Paper points out, it is possible to have high engagement levels and a poor Culture, therefore it is important to focus on developing a Constructive Culture to improve Climate to ensure the organisation is well placed for long term sustainable success.
Following points taken from the White Paper provide a good summary of how Climate might play out in an organisation:
Perceptions (*OEI – Cause):
- Are ideas listened to?
- Adequate training?
- Remuneration system
- Talent Management
- How effective are supervisors, management and leadership rated?
- Role clarity and expectations
- Extent to which members believe they can influence how things get done
Feelings (*OEI – Effect)
- Job Satisfaction
- Employee Engagement
- Team Collaboration
- Job Security
- Work/life balance
Grounded in the experience and evidence base HS has developed over a long period, the following points establish an understanding around Climate from a HS standpoint:
- Engagement is a measure of Organisational Climate, it is not Organisational Culture.
- Culture causes engagement, therefore, to address engagement, develop Culture.
- Climate is an indicator of short-term performance, Culture is a better predictor of long-term performance.
- Engagement is a symptom, Culture is the cause, a focus on Climate looks at 'what' is happening, not 'why'.
- Experience shows organisations can have high engagement and a non-constructive Culture.
- Climate is the 10% of the iceberg above the surface, Culture is the 90% of iceberg below the surface.
- Climate is an indicator of current effectiveness, Culture tells you how well your organisation can sustain that effectiveness over time. They are not alternatives, they each tell part of the story.
A personal story to provide an analogy highlighting the cause and effect relationship between Culture and Climate is through my daughter who has issues with food intolerances. Symptoms include skin rashes, sneezing, coughing, blocked sinuses, and lethargy. There was a period we treated these symptoms as they presented, using strong steroid cream for the rashes and asthma medication for some of the other symptoms. Once we pinpointed the food intolerances as the primary cause (Causal Factors) of the symptoms (Outcomes), we could address the cause (Levers for Change) and provide long term relief from the symptoms (developing a Constructive Culture).
A key benefit for organisations when using the HS OCI (Culture) and OEI (Climate) simultaneously is that it provides a clear story of how Culture and Climate are playing out specific to the organisation. This measurable data enables organisations to identify where efforts can be best placed to further develop Constructive Organisation Culture and high levels of engagement. This is significant as the OCI is the only diagnostic of its type that provides a measurable indication of on organisations current Culture.
To see the HS framework in action, follow the link to see a BRS Case Study outlining the provision of leadership, team and organisation coaching services to the City of Tea Tree Gully. This involved the implementation of a customised leadership development program and executive coaching to meet the unique needs of the client and ensure all leaders were accountable for their development.
Whilst BRS are advocates of the HS framework for use with clients, as an organisation, since its inception, BRS has used HS diagnostics internally to measure and inform the development of Constructive behaviours and effectiveness at an individual and organisational level. The Case Study below outlines the internal application of the HS diagnostics.


text:
You are creating a new manual VAT tax entry, however you are missing the tax code e.g.: 14- Import VAT, standard rate (imposed by customs) 17%, even though it is maintained in the Fine-Tune activity Tax on Goods and Services.
SAP Business ByDesign.
Reproducing the Issue
- Go to Tax Management work center.
- Go to Manual Tax Entries view and click VAT Entries subview.
- Click New -> Tax Entry.
- Fill in the necessary information. When you open the Tax Code dropdown menu, tax code 14- Import VAT, standard rate (imposed by customs) 17%, for example, is missing.
The manual tax entry does not support entry of direct taxes such as Import VAT. On the UI (User Interface) an import VAT tax code looks exactly like a regular tax code, but the functionality behind it is different. For regular tax codes you enter a net amount (the value of the good you purchase/sell) which is the base amount for taxes. In an import scenario you sometimes do not even know the base value, you just get an invoice from your customer authority stating how much import VAT you own. In this case you are unable to enter a base amount for calculating taxes. This is why the tax codes for import VAT behave differently. Technically the amount you enter is treated as a tax amount and not as a base amount for tax calculation. We call this a Direct VAT tax code as you enter the VAT directly.
These kinds of tax codes cannot be used in the manual tax entry. The manual tax entry only allows regular tax codes to be used.
In order to create such documents, you can refer to Customs Invoice.
When you import products from other countries, the products may be subject to taxes and duties. You create a customs invoice for these taxes and duties based on the invoice you received from your customs authorities.
You can create customs invoices in the Supplier Invoicing work center on Common Tasks or on Invoice Entry view.
SAP Business ByDesing Help Document: Create a Customs Invoice
Import Tax. VAT. Manual Tax Entry. Manual VAT Tax Entry. Tax Code. , KBA , AP-PRP , Purchase Request Processing , How To


Swarmmy Chair
The Swarmmy Chair is built up based on
Through the process of attract the swarm.
The swarm will drop the trail.
We use the Path of the swarm particles as the base to
build up the mesh.
The concept is that we build up the powerlines first,
then we set up the starting points for the swarm to them
attract to the powerlines.
The growing effect is like how the nature grows things.
The result could be rough or smooth based on the parameters of the mesh.
For the Line Based
rough mesh:
smooth Mesh:
Base on the Line, it can be some kind of the customize chair,
which designers and user can put their ideas to build up their
one and only


How is the Weather in Olon?
Olon is located right next to Montañita in the Santa Elena province of Ecuador, which has a more Temperate Climate than Salinas, Manta and other coastal cities and towns. The average temperatures according to BING Weather History is:
January - May = 26 to 29°C
June - December = 23 to 26°C
That means it's never cold in Olon. When it rains, it mostly does so at night and never very hard. That makes Olon the ideal spot to stay for a longer while!
Of course, Olon has one of the nicest sandy, wide & long Beaches and romantic Sunsets there are!
Below you can see the current Weather from AccuWeather. But this is not often very accurate, the closest weather station (in Manglaralto) doesn't seem to be very capable of registering and predicting the Weather very accurately.
The area is Green all year, with seasonal streams and small rivers. There is a variety of wildlife to be seen and heard at the Beach and in the Forested Hills. Find many Birds and Butterflies, Howler Monkeys, Deer and other local species!
Olon gives you more options and things to do. The Water Temperature is agreeable all-year-round. When it rains, it's normally in the early morning. There is often a nice breeze from the Ocean in daytime and from the Hills at night, so you don't always need your Air-Conditioning.


text:
You are here: Home - Hollister Apparel Canada spectrum of the hydrogen atom with
Hollister Apparel Canada spectrum of the hydrogen atom with
The energy spectrum of the hydrogen atom with magnetic spin-orbit and spin-spin interactions is calculated. The spectrum is similar to the standard hydrogen atom. No deep states are found. The paper discusses distillation column control within the general framework of plantwide control. In addition, it aims at providing simple recommendations to assist the engineer in designing control systems for distillation columns. The standard LV-configuration for level control combined with a fast temperature loop is recommended for most columns. Before presenting our plans for a future high energy machine capable of delivering nuclear beams for physics research at the Lawrence Berkeley Laboratory (LBL), Hollister Coming To Montreal I will first remind you of what our present capabilities in this Hollister Apparel Canada area are. From 2000–2004, the Auburn University Montgomery Library measured electronic book usage. Electronic book usage increased while use of the printed collection decreased. Subject areas most used resembled those reported by larger institutions, supporting the idea that some subjects are amenable to electronic use regardless of institutional size and mission.


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Penguin & Polar Bear Pull-Along
Snowflake-themed wheels are ready to carry the stackable wooden pieces of these adorable arctic animals. Your toddler will want to pull these from the North Pole to the South Pole and back!
Extension Activities: More Ways to Play and Learn:
- Ask the child to identify the colors on the
Ask the child to first count the number of
wheels on the toy, then count the number
Ask the child to name the animals and make
up a story about them. Where are they
going? What will they do when they arrive?
Set up a simple obstacle course and ask the
child to pull the toy around the course,
keeping the animals upright.
Dimensions: 4.5" x 8" x 3" Assembled
Ages: 2+ years


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School Board of Columbia County
Columbia Schools Projects CSI-Pi (Computer Scientific Instruction Plus Integration0: Focus on Eighth Grade Math and Science
Project will allow 735 students and 41 teachers and administrators from all district middle schools to have access to mobile digital tools. Eighth grade science and math participants will become prepared for computer-based assessments and create projects that will encourage STEM and critical thinking under the direction of a project manager and site-based mentors. Two non-public schools will also participate.


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This tutorial will guide you how to trigger a popup on clicking a button in WordPress. You can use the popup to display an email opt-in or newsletter subscription form, promote new products, deliver special offers or show videos to your visitors.
There are 4 steps in this tutorial:
- Step 1 - Install WordPress plugin Wonder Popup
- Step 2 - Create a popup
- Step 3 - Enable the popup on pages or posts
- Step 4 - Add HTML code to trigger the popup
A demo created with this tutorial is as follows:
Step 1 - Install WordPress plugin Wonder Popup
First please install the plugin Wonder Popup. You can download the Free Version from the product homepage, try it, make sure it works for you before upgrading to the commercial version.
For how to install a plugin from the downloaded plugin ZIP file, please view this tutorial: How to install a WordPress plugin from a ZIP file.
Step 2 - Create a popup
After you have installed the WordPress plugin Wonder Popup, in your WordPress backend, left menu, goto Wonder Popup -> Add New.
In the New Popup page, you can select from 4 types of forms:
- Lightbox: Create a lightbox popup that displays in the center of the web browser
- Embed: Embed the form into pages, posts or sidebar widgets
- Slide In: Create a popup that slides in from corner
- Notification Bar: Create a bar that displays on top or bottom of the web page
Step 3 - Enable the popup on pages or posts
In the popup editor, step 3 Display Rules -> Display Rules tab, make sure the popup is enabled on the page or post that you are going to add the button.
If you don't like the popup to show up automatically, in the popup editor, step 3 Display Rules -> Display Time, uncheck all options.
Step 4 - Add HTML code to trigger the popup
In the page or post that you are going to add the button, switch to Text edit mode, add the following code to create a button that will tigger the popup on click.
Show Popup
Please make sure to change value of
data-popupid to the ID of your own popup.


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Date of Graduation
Davis College of Agriculture, Natural Resources and Design
Wildlife and Fisheries Resources
Stuart A. Welsh
Kyle J. Hartman
David I. Wellman
This thesis evaluates population characteristics of yellow perch ( Perca flavescens) in Cheat Lake, West Virginia, and is comprised of two chapters: 1) an introduction and literature review on the biology, ecology, and life history of yellow perch and studies regarding diet growth, and condition and 2) a study examining age and length, summer diet composition, and growth of yellow perch in Cheat Lake, West Virginia. Owing partly to recent mitigation of acidic conditions in the Cheat River watershed, populations of yellow perch and other fishes have increased in Cheat Lake. For this study, I evaluated age and length, summer diet composition, and growth for Cheat Lake yellow perch, providing useful information for management of the fishery. The sample (n=271) included individuals of a wide range of ages (0--9) and sizes (66--320 mm). Gender-specific differences in growth rate were observed beginning at Age-2. Females grew faster and attained larger maximum sizes than males. An information theoretic approach was taken to evaluate the applicability of various growth models. Four candidate models (von Bertalanffy, Gompertz, logistic, and power) were fitted to mean length-at-age data. The von Bertalanffy growth model was selected by AICc as the best approximating model, and data also provided some evidence supporting the Gompertz model. A combination of quantitative methods and multivariate statistics were used to evaluate differences in summer diet composition among Age-0, Age-1, and Age-2+ individuals. Ontogenetic diet shifts were observed. Zooplankton (primarily Copepods) was identified from all Age-0 individuals. Trichoptera and Chironomidae were the most important prey items for Age-1 yellow perch. Fishes were identified among the stomach contents from 41.5% of all Age-2+ individuals. Cheat Lake is one of a few reservoirs in West Virginia that supports a yellow perch fishery, and fishery-independent data from this study represent the first comprehensive assessment of this fishery. Baseline data for management and future stock assessments were provided by this investigation.
Taylor, Nate, "Assessment of Age, Diet, and Growth of Yellow Perch ( Perca flavescens) in Cheat Lake, West Virginia" (2013). Graduate Theses, Dissertations, and Problem Reports. 211.


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Developing Functional Classification and Retention Schedules
Every good records management program is built on two crucial components: a functional classification system and a retention schedule. Both are critical if you want to get all the benefits of good records management.
Creating and implementing them is a challenge for many organisations though, because the process can be resource intensive. That's where DATAFILE comes in. Our consultants have extensive experience developing functional classification systems and retention schedules across all industries and verticals.
This is a system which allows you to properly organise your records based on what your business does. This helps with everything from managing risk and compliance to improving access and collaboration, as well as reducing unnecessary duplication of documents.
Creating the right system means taking a holistic view of your RM program with respect to your business activities and the records, both paper and electronic, that support them.
Here's a quick overview of DATAFILE's process for creating a functional classification system:
- Interview staff and review existing material to learn more about the organisation and the information it creates
- Identify and name unique business activities
- Group activities together based on functions
- Apply the resulting functional classification system to every piece of information that is created
Records Retention Schedules
The challenge when it comes to creating a retention schedule, whether you are using electronic records, paper records, or a hybrid of the two, lies in creating a schedule that covers all the regulatory and legal requirements, and then applying it to all your RM functions. This can be very time consuming, and requires deep records management knowledge, especially if you need to apply it to RM software or an electronic content management system.
Here's a quick overview of our approach to creating a retention schedule:
- Start with extensive research into the relevant legal requirements
- Evaluate legal citations and operational requirements
- Apply retention periods to activities identified in your functional classification system
- Map the resulting retention schedule to the classification system, which allows us to identify all your records
- Comprehensive programs are simultaneously developed outlining everything from:
- Duplication and dispersal requirements
- Storage and access restrictions
- Eventual destruction of records as outlined by a retention schedule


text: Domiciliary oxygen therapy is commonly prescribed for patients with interstitial lung disease and hypoxemia, either at rest or during exertion, with the aim of improving symptoms and functional status.This study aimed to explore perspectives of adults with interstitial lung disease about domiciliary oxygen therapy, comparing insights from patients using and not using oxygen therapy.A qualitative study using semistructured interviews was undertaken on 24 adults residing in and near Melbourne, Australia who had a diagnosis of interstitial lung disease and met the Thoracic Society of Australia and New Zealand guidelines for domiciliary oxygen therapy. Study subjects included individuals who were oxygen-naive (n = 12) and oxygen-experienced (n = 12). Interviews were transcribed verbatim and coded independently by two investigators in accordance with the grounded theory method of analysis. Themes were established by consensus.Patients using domiciliary oxygen therapy described widespread variation in usage. Oxygen-naive patients expected oxygen therapy to relieve dyspnea, whereas oxygen-experienced patients emphasized the benefits of oxygen on other, non-dyspnea-related physical symptoms. Practical and psychosocial challenges of using oxygen therapy were raised by both groups of patients.This study highlights the different expectations and experiences of domiciliary oxygen therapy for adults with interstitial lung disease. It is important to understand and address patients' concerns about the use of oxygen therapy for these patients.


Answered question
How does the monitoring work with NeoLoad? Is it done by the controller or the load generators?
I need to install load generators on my network but I need to understand if the monitoring part will be done by them or the controller.
NeoLoad is able to monitor your infrastructure during a load test. By default, the monitoring is done by the controller itself using an embedded agent.
You can also install remote monitoring agent on different computers to workaround firewall constraints. You can configure your monitor using a monitoring agent like usual using the controller one.

For more information, see "Monitoring agent" section in NeoLoad documentation.
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Food System Assessments and Food Policy
As communities around the country begin to observe and acknowledge the far reaching impacts of our current food system, interest in connecting the dots by way of comprehensive local food system assessments has increased. Through food system assessments, communities can examine the connections between production, distribution, consumption and waste disposal and measure their impacts on the environment, human health and livelihoods through a set of indicators over time. Understanding the trends and relationships between elements within the food system ultimately assists community members and policy makers in pinpointing areas of concern and working for appropriate and equitable reforms.
SAREP has conducted several food system assessments with the goal of examining the overall viability of a county's food system and in so doing, identifying key steps necessary to strengthen the foundation for a thriving local food system.
County-level food system assessments


text: The internal erosion of soil pipes can induce pipe collapses that affect soil erosion processes and landform evolution. The objective of this study was to determine the spatial distribution of pipe collapses in agricultural fields of Goodwin Creek watershed. Ground survey was carried out to detect pipe collapses, and the location, size and surface elevation was measured with differential GPS. A total of 143 of the 145 pipe collapses were found in cropland, and the density was approximately 0.58 collapses per hectare. The spatial distribution of pipe collapses was not uniform as pipe collapses were concentrated in the flat alluvial plains where the land use was dominated by cropland. One of the four parcels had 90% of the pipe collapses with a density of 7.7 collapses per hectare. The mean depth, area and volume of these pipe collapses were 0.12 m, 0.34 m2 and 0.02 m3, respectively, and all these properties exhibited a skewed distribution. The drainage area–slope gradient equation, which has been widely used for erosion phenomenon prediction, did not represent pipe collapses in this study as the coefficient of determination was <0.01. This is clear evidence that subsurface flow is not represented by surface topographic characteristics. The pipe collapses were found to intercept runoff, thereby reducing the slope length factor by 6% and the drainage area by 7%. Both of these factors can reduce the sheet and rill erosion; however, the increased subsurface flow could enhance ephemeral gully erosion. Published 2012. This article is a U.S. Government work and is in the public domain in the USA.


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629,00 € 524,17 € exc. tax
Several elements must be taken into account when choosing an electric cello. We advise to first observe the type of pickup and its sound quality. The primary element of a musical instrument is its sound production. The pickup is the object in charge of the transcription and sound production on an electric cello. Then come the accessories for holding the instrument, its visual appearance, feeling, etc.


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An Artificial Muscle Ring Oscillator
Dielectric elastomer artificialmuscles have great potential for the creation of novel pumps, motors, and circuitry. Control of these devices requires an oscillator, either as a driver or clock circuit, which is typically provided as part of bulky, rigid, and costly external electronics. Oscillator circuits based on piezo-resistive dielectric elastomer switch technology provide a way to embed oscillatory behavior into artificial muscle devices. Previous oscillator circuits were not digital, able to function without a spring mass system, able to self-start, or suitable for miniaturization. In this paper we present an artificial muscle ring oscillator that meets these needs. The oscillator can self-start, create a stable 1Hz square wave output, and continue to function despite degradation of the switching elements. Additionally, the oscillator provides a platform against which the performance of different dielectric elastomer switch materials can be benchmarked.


text: We measured concentrations of defensins (human neutrophil peptides) in the plasma of healthy volunteers and patients with sepsis and meningitis. When a sensitive enzyme immunoassay was used, defensins were detected in plasma samples from 13 of 24 healthy blood donors, with a mean +/- SD of 42 +/- 53 ng/ml. Defensin levels in plasma samples from seven patients with sepsis at the onset of disease ranged from 900 ng/ml to 170,000 ng/ml. In 10 patients with meningitis in the initial phase of disease, plasma defensin concentrations ranged from 120 ng/ml to 910 ng/ml. Defensin concentrations in the plasma of both patient groups were significantly higher than those in healthy blood donors (p << 0.01), and patients with sepsis had higher defensin levels than patients with meningitis (p < 0.01). Defensin levels were significantly (p < 0.01) lower after the beginning of specific antibiotic therapy. Defensin concentrations in the plasma of patients with sepsis and meningitis correlated only weakly (r = 0.38) with blood neutrophil count. In vitro studies of defensin added to plasma indicated that all defensin was bound to plasma proteins. At high concentrations (1000 micrograms/ml), defensins caused precipitation of plasma proteins. Because plasma defensin levels may reflect neutrophil activation at sites of infection and inflammation, studies of the clinical utility of defensin ELISA are indicated.


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Commands to Manage Variables and Job Control Words
CALC Evaluates a CI expression into a variable.
DELETEVAR Deletes a variable defined during a session.
INPUT Interactively assigns a value to a variable.
SETJCW Creates or assigns a value to a job control word (JCW).
SETVAR Assigns values to MPE/iX variables
SHOWJCW Displays the current status of job control words.
SHOWVAR Displays specified variable names and their values.
To see all of the predefined CI variables, enter HELP VARIABLES.
For additional information on CI programming, enter EXPRESSIONS,
FUNCTIONS, or OPERATORS at the HELP prompt.


Determining NAS Storage Requirements Using Mobotix Storage Requirements Planner
When designing a video surveillance system, one of the the most important steps is determining the storage device capacity. When deploying a multiple camera system, using a network attached storage (NAS) device is a viable option as it will give you a central video storage location and protection against hardware failure through the use of multiple hard drives in a redundant array of independent disks (RAID) configuration. A critical step in selecting the right NAS device for your application is determining the amount of storage space required.
Mobotix has simplified this calculation process with the use of their Storage Requirements Planner. The Storage Planer will guide you though all of the necessary parameters of each type of camera to determine the storage requirements. Below is an example calculation for twenty D24 cameras to record on events in a high motion rate area with 14 hours of illumination per day.
As shown above the Storage Requirements Planer allows the user to select the model of Mobotix camera, the image complexity, how much motion is expected in the viewing area, as well as how the camera will be configured for resolution and video codec.
Next, the planer goes through various recording parameters such as whether the application requires continuous or event based recording. You will also select how many frames per second you wish to capture and how many events per day you anticipate. Lastly, enter how long you want recorded events to be stored on the NAS. In this example we chose to keep the recordings for 30 days.
The result of this example estimates 57.56GB of disk space is required, per camera, for the parameters shown. Therefore, the twenty camera system will require approximately 1,151.2GB (57.56GB x 20) of storage space. Assuming a RAID 5 storage configuration, the system will require three 750GB hard drives. Three 750GB drives in a RAID 5 configuration will provide approximately 1,400GB ((750GB X 3) X.62) of total usable storage space.
Now that you know the total storage requirements for the system, you can select the NAS that suits your application.
Related Posts
Links of Interest


Building Pale Moon: GNU Linux
These instructions are for building Pale Moon 28.9.* and newer and assumes you want to build the latest release.
Prerequisites
 - GCC versions 4.9, 5.x, 7.x, 8.x or 9.x
 - GCC 6.x is not at ALL recommended and has been known to produce unstable binaries. It has been reported that Debian-based GCC 6.x seems to produce stable enough binaries. Your mileage will vary, of course.
 - GCC 9.x is still considered experimental at this time, however, it has thus far produced stable binaries.
 - Python 2.7.x
 - Exactly Autoconf 2.13
 - yasm 1.2.0 or higher
 - XZ
 - Plenty of free disk space
 - At least 6 GB RAM free depending on number of processor cores (limit using the
 mk_add_options MOZ_MAKE_FLAGS="-jN"
 option)
 - Various distribution specific development packages
 - General system requirements for running the application itself
Getting the Source
The Pale Moon source code along with the Unified XUL Platform are available on our self-hosted Gitea instance.
These instructions assume you are going to create a directory in your home directory (~) called palemoon-source. You can, of course, put the source code anywhere you want as long as the path does not contain any spaces.
Using git
This is the simplest method and git is readily available in all package managers.
 - Install git and/or open a terminal shell and change directory to the desired source location, e.g.
 cd ~/palemoon-source/
 - Execute the following commands:
 git clone _URL_ ./
 git submodule init && git submodule update
 git checkout release && git submodule update

 - Proceed to Distribution Specifics else to the Build Instructions below.
Using the source archives
This requires downloading source archives from both the Pale Moon and Unified XUL Repository and is more complicated:
 - Navigate to the release page on the Pale Moon repository and download the tar.gz archive for Pale Moon.
 - Extract the source code to the desired location e.g.
 ~/palemoon-source
 - Then using the link in "Built with the Unified XUL Platform - {Month} {Day}, {Year} release" navigate to the matching UXP release page and download the tar.gz archive for the platform source code.
 - Extract that archive to the platform directory inside the Pale Moon source directory e.g.
 ~/palemoon-source/platform
 - Proceed to the Build Instructions below.
NOTE: You will need to extract the contents of the Pale-Moon-XXX or UXP-XXX directory to the locations indicated above.
This is not recommended for linux. However, if you obtain the source archives in a non-tar form e.g. zip or 7z then you will have to correct file permissions on the source tree.
chmod -R 744 palemoon-source
Distribution Specifics
CentOS 7
The generic x86_64 GTK2 Linux package that we distribute is built on CentOS 7 with GCC 7.x.
Install the required build dependencies by executing the following commands:
yum install epel-release
yum install gtk2-devel dbus-glib-devel GConf2-devel autoconf213 yasm \
mesa-libGL-devel alsa-lib-devel libXt-devel zlib-devel openssl-devel \
sqlite-devel bzip2-devel pulseaudio-libs-devel
yum groupinstall 'Development Tools'
yum install centos-release-scl
yum install devtoolset-7-toolchain
Because the system compiler is too old we need to activate the GCC 7 Software Collection environment before we can build. To do so execute the following command:
scl enable devtoolset-7 bash
Debian
Install the required build dependencies by executing the following command:
apt-get install build-essential libgtk2.0-dev libdbus-glib-1-dev autoconf2.13 \
yasm libegl1-mesa-dev libasound2-dev libxt-dev zlib1g-dev libssl-dev \
libsqlite3-dev libbz2-dev libpulse-dev libgconf2-dev libx11-xcb-dev \
zip python2.7 python-dbus
Arch
Install the required build dependencies by executing the following command:
pacman -Syu gtk2 dbus-glib desktop-file-utils libxt mime-types \
alsa-lib startup-notification python2 autoconf2.13 unzip zip yasm \
libpulse gcc5
Gentoo
Install the required build dependencies by executing the following commands:
# Compile time dependencies
emerge -n1 sys-devel/gcc:7.5.0 =sys-devel/autoconf-2.13 \
dev-lang/python:2.7 dev-lang/perl dev-lang/yasm
# Runtime time dependencies
emerge -n x11-libs/libXt app-arch/zip media-libs/freetype media-libs/fontconfig \
sys-libs/glibc virtual/libffi sys-apps/dbus dev-libs/dbus-glib x11-libs/gtk+:2 \
media-sound/pulseaudio net-wireless/wireless-tools
# Set the "x264" USE flag for virtual/ffmpeg and emerge it
(mkdir /etc/portage/package.use; \
echo "virtual/ffmpeg x264" >> /etc/portage/package.use/ffmpeg) || \
 echo "virtual/ffmpeg x264" >> /etc/portage/package.use
emerge -nN ffmpeg
Add the following to the .mozconfig file you will create in Build Instructions:
export CC=gcc-7.5.0
export CXX=g++-7.5.0
mk_add_options PYTHON=/usr/bin/python2
mk_add_options AUTOCONF=/usr/bin/autoconf-2.13
Build Instructions
Configure
Create a file called .mozconfig in the source folder you cloned or unpacked the source to. Make sure it contains at least the following for a close-to-official build:
.mozconfig file
# Clear this if not a 64bit build
_BUILD_64=1
# Set GTK Version to 2 or 3
_GTK_VERSION=2
# Standard build options for Pale Moon
ac_add_options --enable-application=palemoon
ac_add_options --enable-optimize="-O2 -w"
ac_add_options --enable-default-toolkit=cairo-gtk$_GTK_VERSION
ac_add_options --enable-jemalloc
ac_add_options --enable-strip
ac_add_options --enable-devtools
ac_add_options --disable-eme
ac_add_options --disable-webrtc
ac_add_options --disable-gamepad
ac_add_options --disable-tests
ac_add_options --disable-debug
ac_add_options --disable-necko-wifi
ac_add_options --disable-updater
ac_add_options --with-pthreads
# Please see _URL_ for restrictions when using the official branding.
ac_add_options --enable-official-branding
export MOZILLA_OFFICIAL=1
# For versions after 28.12.0
ac_add_options --enable-phoenix-extensions
# Processor architecure specific build options
if [ -n "$_BUILD_64" ]; then
 ac_add_options --x-libraries=/usr/lib64
else
 ac_add_options --x-libraries=/usr/lib
fi
export MOZ_PKG_SPECIAL=gtk$_GTK_VERSION
Note: LESS IS MORE! There are some pre-made build configs out there that have a lot of options listed, often with insane resulting build configurations. Do not use those and stick to the instructions here.
Build
Start the build:
./mach build
Be patient. Building could take a long time. Your PC will be fully occupied compiling and linking the browser (you can expect 100% CPU usage throughout and lots of memory use - provide ample cooling) and you should not be using it for anything else that is intensive at this time. Especially memory-intensive applications should be avoided because it can cause issues with the linker (memory fragmentation) resulting in a very unstable browser.
Strip/Package
After building is completed, you can take the resulting binaries for a test run in the object directory directly (see the on-screen instructions at the end of the build process) but it will not be complete yet. You


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Frank Worthley fördröjning Långivare kl lm - liveonbike.com
Thanks 0. star outlined. star outlined. The Brainly community is constantly buzzing with the excitement of endless collaboration, proving that learning is more fun — and more effective — when we put our heads together. Help the community by sharing what you know. Answering questions also helps you learn! About.
Celsius brainly
 1. Hur blir man youtuber
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C₂ - C₁ = 5 (F₂-32)/9 - 5 (F₁-32)/9 = 5 (F₂ - F₁)/9 = 5×45/9 = 25. Therefore, the number of degrees the temperature extremes differ on the Celsius sale = 25 °. That is the temperature on the Celsius scale increased by 25 °. heart outlined. describe the temperature scale degree Celsius,fahrenheit and kelvin - 26807257 The Brainly community is constantly buzzing with the excitement of endless collaboration, proving that learning is more fun — and more effective — when we put our heads together. Help the community by sharing what you know.
Java exercises: Fahrenheit to Celsius degree - w3resource
65.556 degrees celsius. heart outlined.
Frank Worthley fördröjning Långivare kl lm - liveonbike.com
Celsius brainly
Does Celsius support Binance Chain (BEP-2)? I haven't received my rewards yet How do you calculate weekly rewards? When do I start earning rewards? Do I earn rewards on the coins that are locked as collateral? What are the Celsius tokens (CEL) used for?
Celsius brainly
Therefore, the number of degrees the temperature extremes differ on the Celsius sale = 25 °. That is the temperature on the Celsius scale increased by 25 °. heart outlined. describe the temperature scale degree Celsius,fahrenheit and kelvin - 26807257 The Brainly community is constantly buzzing with the excitement of endless collaboration, proving that learning is more fun — and more effective — when we put our heads together.
Beräkning av fastighetsskatt
How to write a C program to convert Celsius to Fahrenheit with an example. The formula behind the temperature conversion of Celsius to Fahrenheit in C is: Fahrenheit = (9/5) * Celsius) + 32. C program to convert Celsius to Fahrenheit. This C program to change Celsius to Fahrenheit lets the user enter the temperature value in Celsius.
Convert each temperature. - _PHONE_. Jan 14, 2016 The formula for converting a Celsius temperature to a Fahrenheit temperature is: F = C × 9⁄5 + 32 If C = 100 degrees, what is the equivalent Oct 25, 2019 Brainly and its partners employ cookies to improve your experience on our site, to analyze traffic and performance, and to serve personalized May 10, 2017 Sample response from edge nuity: To find the celsius temperature, substitute 86 for F in the formula. Then, use the order of operations to Mar 17, 2021 diallosafia24 is waiting for your help.
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Celsius, or centigrade, is used to measure temperatures in most of the world. Water freezes at 0° Celsius and boils at 100° Celsius.
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11 people helped. Mar 2, 2018 Answer: We know: 0 Celsius = 32 Fahrenheit. We can convert the Celsius to Fahrenheit using this formula: a. 35° C. = degrees Fahrenheit. b. Jul 2, 2019 Find an answer to your question Sue graphed the formula for converting temperatures from Fahrenheit to Celsius. If the temperature is 50 May 24, 2018 Click here to get an answer to your question ✍ Room temperature is about 68 degrees Fahrenheit (F).


text:
Publish in core platform
Target audienceDigital skills for ICT professionals and other digital experts.
Digital technology / specialisationCybersecurity
Digital skill levelAdvanced
Geographic Scope - CountryEuropean Union
Industry - Field of Education and TrainingSecurity services not further defined
Type of initiative
Methodology (Long text)
Skills resource type
Target groupPersons in tertiary education (EQF 6)
Root-me is a platform for individuals looking to develop their expertise in hacking and computer security. It provides a realistic environment for users to test and enhance their hacking skills. The goal is to fully compromise a host to gain root access.
Root-me also places significant emphasis on community involvement. Users are encouraged to contribute and share insights, fostering an environment of collective learning. Moreover, the platform keeps users abreast of the latest tools and resources, ensuring they stay well-equipped for their hacking endeavours.
Root-me offers a wide range of challenges in different categories. These include exploiting script vulnerabilities, understanding application weaknesses, cracking binaries, breaking encryption algorithms, forensic analysis, network investigation, programming automation, realistic scenarios, steganography, and web technologies.
These challenges provide a comprehensive platform for users to develop their expertise in computer security and hacking.
Capture The Flag
Users can find a wide range of Capture The Flag (CTF) challenges on Root-me to improve their skills in various areas, such as scripting, cryptography, network programming, forensics, and more. The platform also offers a community where users can contribute and access information about new tools.
The objective is to fully compromise or "root" the vulnerable host within an internet network. Players engage by selecting a virtual environment and the game initiates once all players are prepared, with a minimum of one player required. The target environment is accessible at ctf0X.root-me.org, with 'X' representing the room number. The game concludes either when a participant successfully uses the validation flag or when the maximum "woot time" limit is reached.