General Buying Information
Vehicle Weight Averages for Certain Models
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If weight is a consideration in your new car purchase, then it's important to know the average vehicle weight of different models of vehicles. Here are the figures on what the average weight should be for some of the more common classes of cars:
 - Compact cars (Honda Civic) should weigh between 3,000 to 4,500 pounds.
 - Midsize cars (Ford Taurus) usually weigh between 4,500 pounds to 5,500 pounds.
 - Full size cars (Mercedes S Class) average between 5000 and 6000 pounds.
 - Minivans or Crossovers (Dodge Caravan) mostly fall between 5500 and 6500 pounds.
 - Light trucks and SUV's (Ford Explorer) between 5000 and 7000 pounds.
 - Full size pickups and SUV's (Toyota Tundra) can weigh between 7,500 to 12,000 pounds.
Remember these are just vehicle weights, not gross weight ratings. There is a difference between a vehicle weight and a gross weight rating. The vehicle weight is the car by itself. The gross weight rating is the car's weight plus the weight of whatever is in it: like fuel, passengers and cargo. Your car's weight can be an important thing to consider for one of a few reasons. Some neighborhoods have limited access to heavier vehicles for a variety of reasons, like road wear or the weight capacity of bridges in the area. Heavier vehicles may not be able to pass without damaging the road or causing danger to passengers. For people that access their homes or business using ferry boats, weight is also an important consideration. If your ferry charges vehicles by weight, just a few pounds may save you hundreds or even thousands of dollars a year.
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Become an EMS Firefighter
Become an EMS Firefighter and Improve Your Odds of Finding Employment
If you have always dreamed of becoming a firefighter, then you will want to do everything that you can to ensure that your dream becomes a reality. One of the ways that you can do that is by Become an EMS Firefighterenrolling in a fire science school to learn more about fire, firefighting, and investigation, even before you try to become a firefighter. Another thing that you will likely want to do is to take paramedic courses so you can become an EMS firefighter. Firefighters who have emergency medical service skills are in demand, and it can help improve your chance of finding employment. When you are considering a career as an EMS firefighter, you have to understand that it is going to take quite a bit of dedication and study to do so. Becoming a firefighter isn't easy, and it takes mental and physical prowess to do well. Make sure that you keep up a consistent training regimen before you enter the academy, and take steps to improve your education. By finishing a course in fire science and by obtaining first aid and lifesaving training as a paramedic, it will better prepare you for the reality of becoming an EMS firefighter. The more training you have the better off you are going to be.
Featured Schools:
Anna Maria CollegeOnline BS in Fire Science
Eastern Oregon UniversityOnline FSA Degree
Southern New Hampshire UniversityOnline Degrees in Criminal Justice
An EMS firefighter is going to be responsible for more than just driving the truck or helping to put out fires. Those who have this training will also need to be able to administer medical help that encompasses a wide range of different possibilities. While you may have to tend to burn victims and those suffering from smoke inhalation, many other types of medical emergencies could crop up as well. Someone could have a heart attack or a stroke. Perhaps someone has been shot or stabbed.
…firefighters who have emergency medical service skills are in demand"When arriving at the scene, you never know what you can expect. Having more training is going to ensure that you have preparation to handle just about anything the world can throw at you though. Take a step in the right direction and start looking for schooling in fire science and emergency medical training that will be able to give you more skills and more education. Train now so you can do a better job later, and so you can increase your odds of finding a job or getting a promotion. You will be glad that you have these skills under your belt.


Child deaths in Vermont
Change Indicator
(i) Select Table Type:
 - Detailed
Data Provided By
Definitions: Child deaths per 100,000 children ages 1 to 14 years old
Data Source: Vermont Agency of Human Services, Department of Health, Vital Statistics
Footnotes: Rate represents the sum of data for three years. For example, the 2009-2011 rate is derived from the sum of all deaths of children age 1 to 14 over that three year time period divided by the sum of the population of all children of that same age group over the same three years, multiplied by 100,000.
Change over time for child death rates is not applicable in most cases, as the actual number of deaths is very low.


Skip to main content Skip to first level navigation
Skip to main content First level navigation Menu
Main content
Vision -Three Stages in Environmental Conservation ActivitiesThe Ricoh Group's environmental conservation efforts have evolved through three stages that we define as the "passive stage," "proactive stage" and "responsible stage." In the passive stage, our efforts generally aimed at addressing external requirements by dealing with laws and regulations and competing with other companies. In the next proactive stage, we began to take voluntary actions with a sense of mission as a global citizen. In the current responsible stage, we have enhanced out efforts to an advanced level, namely, from the stage of simply operating its business in an environmentally friendly manner to pursuing both environmental conservation and profit generation simultaneously. Based on this concept of sustainable environmental management, we are continuing environmental conservation efforts in an integrated part of out business activities. Specific initiatives implemented range a broad areas from developing energy-saving products, curtailing costs by promoting resource/energy conservation, to developing materials that can replace natural resources at a high risk of depletion, and offering efficient and environmental work style-related solutions by providing products and services designed to achieve increased operational efficiency and reduced environmental impact.
In order to effectively protect the global environment and build sustainable societies, it is imperative to reduce impact of human activities on the environment to a level that the Earth's self-recovery capabilities can manage. With this recognition, the Group organizes and participates in a variety of forest ecosystem conservation projects, in addition to efforts to reduce environmental impact stemming from its operations, aiming to improve the self-recovery capabilities of the global environment.
Three Stages in Environmental Conservation Activities (from the passive, to proactive to responsible stage)
Passive Stage Proactive Stage Responsible Stage
Purpose Coping with External requirements
-Laws and regulations
Carrying out its mission as a global citizen
-Self-imposed responsibility
-Voluntary planning
-Voluntary activities
Simultaneously achieving environmental conservation and profits
Activities Passive measures to meet laws and regulations, competing with other companies, and satisfying customer needs 1. High-aiming, aggressive activities to reduce environmental impact
-Energy conservation
-Resource conservation and recycling
-Pollution prevention
2. Improved awareness of all employees
1. Environmental conservation activities= QCD activities*
Ex.: Reduced number of parts, reduced number of process steps, improved yield and operation rate
2. Development of environmental technologies
 - *Activities to improve quality, control costs, and manage delivery times
Tap to see the table


text:
Technology to manufacture the largest PVC-O pipes
Molecor has developed the first system in the world able to manufacture PVC-O pipes from DN500 mm (18'') to DN1200 mm (48'') which can be used in the main distribution networks for high-pressure water supply, lake uptakes, desalination stations or other municipal or state major projects.
A robust equipment for the most demanding projects
The M-OR-P 3180 system has been designed to manufacture large diameter pipes used in the main distribution networks for high pressure water supply, uptake in lakes, desalination stations or other municipal or state major projects.
A revolutionary development
The technological development of Molecor®, specialized in Molecular Orientation, has allowed the expansion of the use of PVC-O pipes, known for decades.
Given the high technical performance of Oriented PVC and thanks to the industry knowledge, Molecor® is working and researching for launching PVC-O fittings, a unique product worldwide.
In opposition to other existing systems, Molecor Technology produces the socket at the same time as the rest of the pipe to achieve the optimum conditions for Molecular Orientation. In addition to the process simultaneously and stability, Molecor's patented technology allows for different degrees of orientation in the required sections of the socket and for specific wall thickness distribution.

source: m-a-p/FineFineWeb


IBM System Automation for z/OS 4.1 Architecture (SM917G)
This course introduces and explains the System Automation for z/OS (SA z/OS) components, architecture, and concepts. Focus is on the System Operations component with Processor Operations as an optional topic. It is a prerequisite for attending the operations or admin classes.
This course does not include labs.
For information about other related courses, see the IBM Security Systemseducation training paths website:
This course is designed for users of IBM System Automation for z/OS, especially operators, administrators, and system programmers. It is the required prerequisite course of all other IBM System Automation for z/OS courses and should be attended first.
Before taking this course, you should have basic skills in z/OS and NetView. You should also complete these courses:
 - IBM Tivoli NetView for z/OS 6.1 Fundamentals (TZ203G)
 - IBM Tivoli NetView for z/OS 6.1 Automation (TZ213)
The learning objectives are to get the required knowledge to attend the System Automation for z/OS operations or admin classes:
Purpose and features
Major components
Architecture and design of the System Operations component
Policy-based automation and concepts
Goal-driven automation
Describe the IBM System Automation for z/OS 4.1 Architecture
Describe the components of the product
Describe the product's automation capabilities
Describe policy-based and goal-driven automation
Describe the automation agent role and operation
Describe the automation manager role and operation
Explain the key automation concepts
Describe goal-driven automation
Explain the automation statuses and their effect on automation
Describe automation policy for applications
Describe resource dependencies and relationships
Provide an overview of application groups
Explain automation flags, threshold processing, and notify operators
Explain threshold processing for major and minor resources
List transient resource automation
List MVS automation
Describe resource relationships details
Explain the request process
List and describe factors that can influence goal-driven automation
List types and natures of application groups
Explain behavior or attributes of application groups
Describe architecture including implementation options
Explain usage and operator interface
Describe automation policy
mostrar detailes
Course Outline
IBM System Automation for z/OS 4.1 architecture
Architecture and concepts
Processor operations


text:
If you know the meaning of the second type of "data spill" as in the underlined, even if you're not a computer expert, please let me know what it means. I think "the transferred website" can contain the previous page's personal information entered, not the address like _URL_.
gu121)"Data spills" means that your personal information is disclosed to some people on the Internet. Many spills happen when you navigate from one website to another. The second site is notified by your browser of the identity of the first site, which might contain confidential information. Then, the data you entered on the first site could be transferred to the second. Data spills can also occur as a result of survey information that gets placed in a website address. When you fill out a form with personal information, you're sometimes taken to a page whose address contains the information you entered. This address could be seen by a third party, who then would have access to your private data.

source: openbmb/Ultra-FineWeb


text:
State, Scientists and Citizens: Conserving Lake Magenta and Dragon Rocks, Western Australia
Historical Records of Australian Science
25(2) 202 - 216
Published: 11 November 2014
AbstractThe story of efforts to establish two major nature reserves in the south-eastern wheatbelt of Western Australia illuminates some of the many factors shaping the interaction of citizens, scientists, land management bureaucracies, and other stakeholders around the creation of conservation reserves in a semi-arid region in the mid-20th century. This article highlights the significance of citizen scientists as well as professionals in the reservation process, and traces the increasingly strained relationship between Lands and conservation bureaucracies in the context of the rise of the new environment movement. It also points to the importance of international ideas about conservation aims and methods, and suggests that although shifting appraisals of the productive potential of the land were critical to the outcome of negotiations over the proposed reserves, in this period these semi-arid lands were increasingly valued for their scientific and intrinsic qualities.
© Australian Academy of Science 2014


apache > cocoon
Cocoon Source Resolving
Differences between Cocoon and Avalon Excalibur Source Resolving
This story tries to list the changes between the two source resolving approaches. Originally, the source resolving was developed in the Cocoon community. As the community recognized that it had a more common value, the source resolving was donated to the Avalon Excalibur project and there it was refined and redesigned. Now the way back takes place by reintegrating the Avalon Excalibur Source Resolving into Cocoon and deprecating the now obsolete Cocoon Source Resolving.
The Interfaces
Besides the package names the main difference is that the Cocoon Source object is XMLizable, that means it can directly send SAX events. The AE Source object is not XMLizable, which is more correct as a protocol only describes the way of transport but not the format of the data which is transfered. Therefore it provides a getMimeType() method.
The Cocoon Source object returns a last modified time stamp which is very limiting. For example a source could have an expires date or something like that. The AE Source returns a validity object which is capable of all these validity checkings. So the information used for validity checking is provided by the source object and not maintained by the client of the source as it is currently in Cocoon.
As we in Cocoonland are dealing a lot with XML, a Source implementation can still implement the XMLizable Interface (from AE and not from Cocoon!) to directly provide SAX events. The Cocoon SourceUtil class has a method toSAX() which gets a Source object and tests if it implements the XMLizable interface. If not the new AE XMLizer is used which is a component that can convert an input stream with a given mime-type to SAX events. This component is configurable and extensible.


Bulk Email
Here is one of the best ways that a bulk emailing is accomplished:
The spreadsheet containing all the email addresses should be saved as a.csv file.
The spreadsheet should have a header row at the top of the spreadsheet, with recipients first name, last name, and email address, each as one word all lower case.
Sample Spreadsheet For Bulk Emailing
The above spreadsheet could be used to send 3 emails to me all at once.
Create a new email in your email program. I use Mozilla Thunderbird with Mail Merge add-on.
Copy & Paste the HTML code of the HTML email into the body of the email that you want to send to people listed in the spreadsheet. In Thunderbird, click Insert, choose HTML, then paste code into dialogue box.
In the To: entry, type {{email}}
(Enclose the column headings in 2 sets of curly braces.)
The Thunderbird program will automatically generate emails in the Outbox addressed to everyone in the "email" column of the spreadsheet.
If you type Dear {{firstname}} in the body of the mail, each email will have the first name of each person associated with the corresponding email address.
Choose Send Unsent Messages.
Leave a Reply


There's a specific safety reason why restrooms have a light switch on the outside.
You've noticed that most bathrooms have an exterior light switch, and probably experienced the awful scenario of having the lights shut off by a passerby while you were still inside. Oops! Sorry dear. But why would civil engineers put the switch in such a place? You have to be grateful for that, its for your own safety. Let's learn more.
Related media: How Power Gets To Your Home: Crash Course Physics
Could You Be Electrocuted?
A functional light switch is certainly connected to a live wire. Most new buildings have professional electrical engineering, and chances of you being electrocuted are very rare. But in the case of aging electrical circuit systems and some (do-it-yourself) DIY electrical setups, the stakes are high. The metal screws on a light switch cover, especially, are liable to get you a jolt if a live wire happens to be lurking around.
Metals are used for electrical cables and wires because their excellent conductors; that is to say, when you send electrons through it, there is little resistance. Water — or, more specifically, the presence of other molecules in water — is an excellent conductor of electricity.
What we're trying to say is that, if you happen to take a shower, a shock from a light switch can pass quickly through your body, forming a circuit that can electrocute you in the process.
Switch Your Lights Out
Due to this reason, most civil engineering companies have stringent safety requirements for placing switches outside and away from plumbing. For instance, civil engineering in the United Kingdom, requirements forbid electric installations from placing light switches within 0.6 meters (2 feet) of a bathtub or shower.
The particular requirements of section 701 — the section of the module that states these requirements — applies to the electrical installations in locations containing a fixed bath (bath tub, birthing pool) or shower, and to the surrounding zones as described in the Wiring Regulations. The Wiring Regulations do not apply to emergency facilities, for example, emergency showers used in industrial areas or laboratories.
Smaller bathrooms that does not have enough wall space, these electrical installation measures are strictly enforced. The alternative, which many UK bathrooms use instead, is to use a ceiling pull-cord. That keeps wet hands a safe distance from live light fixtures.
In the United States, electrical installation requirements aren't so strict. You're more likely to find interior light switches in an American bathroom — or as Americans prefer restroom.
Safety First
Independent circuits designed to shut off when there's a change in current — like what might happen if electricity were to surge through your body — help keep you safe despite that. So if you were thinking those light switches were just some fancy building engineering or a flaw, you better have a second thought about it.
The next time you use a bathroom with an exterior switch, you can feel secure knowing that it's just there for your safety — even if it might leave you peeing in the dark.
Written by: Nana Kwadwo, Sun, Jan 27, 2019.


text:
A Teachers' Guide is available for each of the twelve Great Unsolved Mysteries in Canadian History, and includes background materials, activity sheets and detailed lesson plans for one or more grade-specific units for elementary or secondary students. Some suggestions are relevant for college and university classes. Just fill in our online registration form and download the guides in PDF format.
There are short, focused, age-specific, single-lesson MysteryQuests lesson plans relating to one or more of the Mysteries.
You can also download classroom posters.

source: HuggingFaceFW/fineweb-edu


Main Content
polyvalm
Matrix polynomial evaluation
Description
example
Y = polyvalm(p,X) returns the evaluation of polynomial p in a matrix sense. This evaluation is the same as substituting matrix X in the polynomial, p.
Examples
collapse all
Find the characteristic polynomial of a Pascal Matrix of order 4.
X = pascal(4)
X = 4×4
 1 1 1 1
 1 2 3 4
 1 3 6 10
 1 4 10 20
p = poly(X)
p = 1×5
 1.0000 -29.0000 72.0000 -29.0000 1.0000
The characteristic polynomial is
p(x)=x4-29x3+72x2-29x+1
Pascal matrices have the property that the vector of coefficients of the characteristic polynomial is the same forward and backward (palindromic).
Substitute the matrix, X, into the characteristic equation, p. The result is very close to being a zero matrix. This example is an instance of the Cayley-Hamilton theorem, where a matrix satisfies its own characteristic equation.
Y = polyvalm(p,X)
Y = 4×4
10-10 ×
 -0.0004 -0.0037 -0.0053 -0.0145
 -0.0022 -0.0138 -0.0183 -0.0470
 -0.0061 -0.0335 -0.0408 -0.1061
 -0.0132 -0.0644 -0.0764 -0.1991
Input Arguments
collapse all
Polynomial coefficients, specified as a vector. For example, the vector [1 0 1] represents the polynomial x2+1, and the vector [3.13 -2.21 5.99] represents the polynomial 3.13x22.21x+5.99.
For more information, see Create and Evaluate Polynomials.
Data Types: single | double
Complex Number Support: Yes
Input matrix, specified as a square matrix.
Data Types: single | double
Complex Number Support: Yes
Output Arguments
collapse all
Output polynomial coefficients, returned as a row vector.
Extended Capabilities
C/C++ Code Generation
Generate C and C++ code using MATLAB® Coder™.
Version History
Introduced before R2006a


text: things there can be no error in respect of time, if we assume them to be unchangeable. E.g. if we suppose that the triangle does not change, we shall not suppose that at one time its angles are equal to two right angles while at another time they are not (for that would imply change). It is possible, however, to suppose that one member of such a class has a certain attribute and another has not; e.g. while we may suppose that no even number is prime, we may suppose that some are and some are not. But regarding a numerically single number not even this form of error is possible; for we cannot in this case suppose that one instance has an attribute and another has not, but whether our judgement be true or false, it is implied that the fact is eternal.


text:
Learning subject-specific L2 terminology: The effect of medium and order of exposure
Artikel i vetenskaplig tidskrift, 2015
In the globalised university environment, many university students are expected to learn subject-specific terminology in both the local language and the L2 (English) by learning from two media in two different languages: lectures in the local language and reading in L2 English. These students' bilingual learning is greatly affected by the learning strategies they employ. An experiment was designed to investigate the effects of student choice of learning media and the order of media on their learning and perception of learning of terminology in English. The results confirm that added exposure to terminology in different media, even in different languages, contributes to learning and show that, in some circumstances, learning terminology from reading may be more effective than learning it from a lecture. The results also show that students do not correctly judge their knowledge of terms learnt from different media in different languages and that they underestimate knowledge gained from reading in L2. Implications for teaching are discussed.
Learning from L2 reading
L2 terminology learning
Perception of learning


text:
My social network data contain two large families: A and B. A and B are inner connected and also mutual connected. The organic style clearly shows the network structure. The color indicator tells the connection strength, which is quite useful.
However, is it possible to color A and B families with different color. Say, nodes belong to A are colored in blue, so there is a transition from light blue to dark blue according to the number of connections to A nodes. The same for B, but color those nodes in red.
Could you please suggest a way to realize my idea?


Processing sample labels using regular expressions in R
August 15, 2012
I am often found in possession of palaeo core data where the sample identifiers contain a core code or label plus the sample depth. Often these are things generated by colleagues who have used other software where for one reason or another they don't want to store the depth information as a separate numeric variable. I also generate such data sets, not because I want to but because the software often supplied with lab equipment (most recent example is the Thermo Flash EA/Delta V I've been running stable N and C isotope measurements on) that records data/measurements using a single character identifier variable.
The information in these labels is useful and I really don't want to type out all the depths again and it's not just because I am lazy; the more times you have to enter data the more opportunities for transcription errors to creep into your work and analysis. So I have things like this
R> (eg1 <- paste0("CORE", 0:10 + 0.5))
 [1] "CORE0.5" "CORE1.5" "CORE2.5" "CORE3.5" "CORE4.5" "CORE5.5"
 [7] "CORE6.5" "CORE7.5" "CORE8.5" "CORE9.5" "CORE10.5"
R> (eg2 <- paste0("FOO_", 0:10 + 0.5))
 [1] "FOO_0.5" "FOO_1.5" "FOO_2.5" "FOO_3.5" "FOO_4.5" "FOO_5.5"
 [7] "FOO_6.5" "FOO_7.5" "FOO_8.5" "FOO_9.5" "FOO_10.5"
What can be done to process these sorts of data with R to extract the useful information?
With eg2 we could split the strings on _ using strsplit() and process the resulting components. For example
R> as.numeric(sapply(strsplit(eg2, "_"), '[', 2))
 [1] 0.5 1.5 2.5 3.5 4.5 5.5 6.5 7.5 8.5 9.5 10.5
To see how that code works, note that strsplit() returns a list with as many components as elements in the character vector supplied (e.g. length(eg2)). Each component of the list contains the individual character strings created by splitting.
R> head(spl <- strsplit(eg2, "_"), 2)
[1] "FOO" "0.5"
[1] "FOO" "1.5"
Notice that the depth information is in the second element of each list component. To access this information for the first component we might use spl[[1]][2] and the second one via spl[[2]][2]. Notice that the only thing that is changing here is the number in the [[ ]]. To each of the components of spl we are applying the [ function with argument 2; that can be automated via sapply() as shown above. The last part of the example just coerces the character vector of depths to a numeric one.
All of that is a bit of a faff and won't work for eg1 because there is nothing to split on. An alternative solution is to use regular expressions. I'm no regular expression expert and if there is anything in computing that will warp your feeble little mind it is a regular expression. However, these things are incredibly useful for matching or extracting bits of data from strings.
A regular expression contains placeholders or entities that you want to match or find within a given set of strings. For example, here is a modified version of eg1 where the last element has a different format to the rest
R> (eg3 <- c(eg1, "12.5CORE"))
 [7] "CORE6.5" "CORE7.5" "CORE8.5" "CORE9.5" "CORE10.5" "12.5CORE"
To match only those with one or more alphabetical characters are the start of the string we can use "^[A-Za-z]+" as our regular expression and the grep() to do the matching
R> grep("^[A-Za-z]+", eg3, value = TRUE)
The [A-Za-z] means match anything that is a letter in the English language alphabet. I added a qualifier, the +, which means match one or more of these letters. The last bit of the regular expression is the ^, which indicates that matches should begin with one or more letters; anything that doesn't begin with one or more letters will not be matched. If you look carefully at the result, "12.5CORE" is missing because it doesn't start with one or more letters.
To match one or more letters at the end of a string, the $ can be used, e.g.
R> grep("[A-Za-z]+$", eg3, value = TRUE)
[1] "12.5CORE"
Let's turn our attention back to eg1. A regular expression that would match each component of the strings could be "([A-Za-z]+)([0-9\\.]+)". The parentheses group the various parts of the expression which we'll use in a moment. The first set of parentheses matches one or more letters whilst the second set matches one or more digits plus the decimal point. The decimal point has been escaped (which in R requires two not the usual one backslash) as it is a regular expression meta character (like + and *) that matches a single character. We want a literal. so we escape its usual meaning. As we now have a regular expression that will match the format of our sample labels we can proceed to manipulate them. This is where the parentheses come in. As I said, these group matches within the single expression. The matches within the parentheses can be referred to using backreferences. So I could use \\1 to refer to the strings matched by the first set of parentheses and \\2 to matches in the second set. Note we need to double backslash here as this is R.
To achieve our final goal of extracting the depth information from the sample labels we can combine this regular expression with the gsub() function, which does string replacement using regular expressions. If we think about what we want to do, we want to essentially replace the sample label with the extracted depth information to form a new set of strings. So we can match the two parts of our sample labels using our regular expression and replace them with a backreference to the depth part matched by the second set of parentheses. For example:
R> gsub("([A-Za-z]+)([0-9\\.]+)", "\\2", eg1)
 [1] "0.5" "1.5" "2.5" "3.5" "4.5" "5.5" "6.5" "7.5" "8.5" "9.5"
[11] "10.5"
All that remains is to coerce that to numeric and we have our depth data
eg2 can be handled in a similar way but we need to add _ to the characters matched by the first set of parentheses
R> as.numeric(gsub("([A-Za-z_]+)([0-9\\.]+)", "\\2", eg2))
or add it as a literal _ between the two sets
R> as.numeric(gsub("([A-Za-z]+)_([0-9\\.]+)", "\\2", eg2))
If you had a more complicated data set with several cores in the same file, identified by a different core code, regular expressions can be used to extract the core and depth information. For example, given
R> set.seed(1)
R> dat <- data.frame(Label = paste0(rep(c("WAST", "NAGA"), each = 3), rep(0:2 + 0.5, 3)),
+ Value = runif(6))
R> dat
 Label Value
1 WAST0.5 0._PHONE_
2 WAST1.5 0._PHONE_
3 WAST2.5 0._PHONE_
4 NAGA0.5 0._PHONE_
5 NAGA1.5 0._PHONE_
6 NAGA2.5 0._PHONE_
we could add site and label data using
R> rexp <- "([A-Za-z]+)([0-9\\.]+)"
R> dat <- transform(dat, Site = gsub(rexp, "\\1", Label),
+ Depth = as.numeric(gsub(rexp, "\\2", Label)))
R> dat
 Label Value Site Depth
1 WAST0.5 0._PHONE_ WAST 0.5
2 WAST1.5 0._PHONE_ WAST 1.5
3 WAST2.5 0._PHONE_ WAST 2.5
4 NAGA0.5 0._PHONE_ NAGA 0


text:
SUN-REACH Secretariat organises a parliamentarian workshop in Burundi
On 31 October 2015, the SUN-REACH Secretariat in Burundi organised a workshop with parliamentarians to draw their attention to ways they can help in educating Burundians in the fight against malnutrition. The meeting was attended by Eric Nshimirimana, the Deputy Chief of Cabinet of the Burundi Second Vice-President, Dr. Joseph Butore. He shared that Burundi is one of the most affected countries by malnutrition and that the issue of food security and nutrition fits well with the goals set in the Poverty Reduction Strategy Paper, second generation, which states that the agricultural sector goal is to provide each Burundian adequate food quality and quantity, and reduce underweight.
Learn more about the event at Busiweek


Chat with us, powered by LiveChat Define heat release rate. Discuss the importance for the fire service professional to understand and recognize heat release rates and | EssayAbode
Define heat release rate. Discuss the importance for the fire service professional to understand and recognize heat release rates and
1. Define heat release rate.
2. Discuss the importance for the fire service professional to understand and recognize heat release rates and its measurement.
3. Discuss two ways heat release rate is measured.
4. What did you find from your research and the readings to be the most interesting aspect of the heat release rate?
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text:
How Much Philosophy Does Measurement of Well-Being Really Need?
Anna Alexandrova (Cambridge University)
CHESS Seminar in Science and Values
May 27, 5-6:30PM
Seminar Room, IAS, Palace Green.
Abstract: If all theories of measurement agree on a single requirement it is that a measure of a phenomenon should be informed by our best theory of this phenomenon. But what is the relevant theory when the phenomenon in question is well-being, or indeed any other picked out by a thick concept? On the current practice in the social and medical sciences, measures of well-being are validated by checking the psychometric properties of questionnaires. Though ostensibly this process validates these questionnaires against a full range of background knowledge about well-being, it is in an important way theory avoidant. This is because psychometrics can ignore or even override any normative considerations we might hold about well-being and the related concepts such as happiness and quality of life. To anyone who takes well-being to be a thick concept this status quo looks wrong. Yet bringing in constraints on measures of well-being from philosophy raises worries: who are philosophers to tell people what their well-being is, and to tell scientists how to measure it? In this talk I first present an interpretation of the current validation procedures and, second, reflect on how to strike the right balance between, on the one hand, acting like a philosopher-queen and, on the other, treating the scientific process uncritically.


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WQL Syntax
WQL Basics

WQL, the Wagn Query Language, is a syntax for finding Wagn cards. There's a brief introduction on the WQL card that explains why and where to use it. This card is for folks who want to know how to write WQL.
A WQL statement defines a list of cards by their properties, their relationships to other cards, or both.
WQL for developers
 WQL is employed both by web users (in JSON) and by developers (in Ruby). Developers should have no problem translating the examples from JSON ...

Building Blocks

Wagn's basic building block is the card. WQL's basic building block is the card query.

Card queries identify a list of one or more cards. In the same way that one card can include other cards, one card query can include other card queries.

To conceptualize this, it may help to think of card queries as a noun phrase in a sentence. For example:
Image cards.
That phrase can be nested inside another noun phrase:
Cards that link to Image cards.
You can extend this idea ad nauseam:
Cards that include cards for editors of cards that link to Image cards...
Those phrases give a general sense of what WQL is querying for, but unlike SQL, WQL is not a plaintext phrase. Instead it is expressed as a compound object built from three simple types.
Wql_object_types_image-large-123940
Note that these simple object types are common to a great variety of languages and platforms, and so WQL queries can be easily translated into any such language.

Card queries are "hashes", or unordered lists of key/value pairs. These hashes use five kinds of keys :
 - property - name, content...
 - relationship - link to X, included by Y...
 - arrangement - sort by name, limit to 10...
 - operators - (shortcut for property queries), all the results matching "grantmaker"
 - modifier - add "+address" to the end of each result...
 Card query values can be any of the three object types:
 - simple: for simple matches, card names, etc
 - array: for operators
 - hash: for nested card queries
A +cheat sheet lists these more concisely, but without the explanation given below here:

Properties

Each card query can describe the following card properties:
 - name
 - type
 - content
 - key - canonical name permutation
 - id - unique numerical id that remains the same even when the name is changed

Simple values

Each of these properties can be used as the key in a card query. For example, here is a search for the card named Lewis Hoffman.
{"name": "Lewis Hoffman"}

This card happens to have the id 3, so it can also be found this way:
{"id": 3}
Both the name and id uniquely identify cards in Wagn, so they each return only one item. This type query however will return a list of several items.

{"type": "Fruit"}

Simple values for content can return lists, too. Note that this query will return only cards where the content is exactly and only "Kiwi".
{"content": "Kiwi"}
To narrow searches, you can combine properties:
{"type":"Fruit", "content": "Kiwi"}

Operators
The above examples represent simple searches where the property equals the value. For example, the type equals "Fruit", or the name equals "Lewis Hoffman". WQL allows more flexible ways to constrain properties, via the following operators:
 - match / ~
 - gt / >
 - lt / <
 - eq / = (an explicit form of the default)
 - ne / !=
 - in
In the previous WQL examples, all the card query values are simple strings. With operators, the values are arrays, as follows:
PROPERTY:[OPERATOR, VALUE]
So, the above example of cards with content equalling Kiwi:
{"content": "Kiwi"}
is actually the short form of the following:
{"content": ["eq", "Kiwi"] }
or
{"content": ["=", "Kiwi"] }
The other operators are more interesting. The "in" operator lets you search on multiple values for a given property. This example finds all the cards whose type is either Releases or Point Releases:
{"type": ["in", "Release", "Point Releases"] }

This one gets all the cards which have "Matt" anywhere in their content, even as part of a word (e.g., in "formatting"):
{"content": ["match", "Matt"] }

Operators Shortcut

There is also a shortcut form for operators.
OPERATOR:VALUE
Note that this form does not specify the property, so WQL has to guess, as follows:
 - match - name or content
 - all other properties - just content
 so
{"ne": "Kiwi"}
is equivalent to
{"content": ["ne", "Kiwi"] }

And the following example does a search on both name and content:
{"match": "Matt" }

Relationships
Here's where it gets interesting. Cards in Wagn are related to other cards in two main ways: references (links and inclusions), and compound names). Since these relationships are the source of most structure in Wagn, this is the the element of WQL that adds the most depth.
All of these relationships are specified in WQL by nesting card queries. With the exception of certain "plus" relationships, they all take this form:
RELATIONSHIP: CARD_QUERY

References
Cards linking to or including other cards comprise references. (note -- insert links to feature cards inline here)
WQL supports the following reference keys:
 - link_to - web links
 - linked_to_by
 - include - embedded cards
 - included_by
 - refer_to - web links or embedded cards
 - referred_to_by
The simplest reference relationship is the link_to. Here's how you can use WQL to find all the cards linked to the "John Abbe" card:
{"link_to": "John Abbe"}
Notice that in this case our nested card query is just the card name, "John Abbe". This is a short form of the more explicit expression:
{"link_to": {"name":"John Abbe"} }
Written that way, it looks much more like a nested card query: curly brackets inside curly brackets.

Plus cards
Frankly, if WQL ever gets a little mind-flexing, it's in using plus cards. But that's partly because plus cards are such a flexible way of doing things. If you haven't gotten the basic ideas behind compound names, continuing to read here will likely be very confusing. If you get the gist of plus cards, this will all make sense. But don't feel bad if you have to peek again later.
WQL supports two main plus cards keys:
 - part - value defines cards that are part of a given plus card
 - plus - value defines plus cards of which a given card is part
For each of those, it also supports two side-specific keys:
 - left, right
 - left_plus, right_plus
Part queries are generally pretty simple. Remember, if it has a part, it is always a plus card! The following finds all the cards that have "website" as a part.
{"part": "website"}
"left" and "right" do similar things, but are a bit narrower. This will get all the plus cards of which "email" is the rightmost part:
{"right": "email"}
Plus queries can get a little more involved. This is because, while a card can only ever have two part cards, it can be plussed to countless other cards. And you often want to refer to them in pairs - the other part and the plus card. For example, you might want to find all of the cards connected to "status" (the other part) where the content of X+status (the plus card) is "closed". So the plus card actually takes two queries. Here's the syntax:

"plus":[OTHER_PART, PLUS_CARD]
...and that example we mentioned:
{"plus":["status",{"content":"closed"}]}
In that one, "status" defines the part, and {"content":"closed"} defines the plus card.
If you give the "plus" key just one card query like a normal card query, then it will treat it as the other part.

"plus":OTHER_PART
For example, this finds all the cards connected to status (regardless of the value of the plus cards):
{"plus":"status"}

Users and roles

WQL lets you query the relationship of users (technically, any card with an account) and roles, using these keys:
 - member_of
 - member

For example, this finds all of the cards with accounts who have the GC Staff role:
{"member_of":"GC Staff"}

And this finds all of the roles that Lewis Hoffman has:
{"member":"Lewis


AIG Tuning
Periodic optimization of the ammonia-to-NOx distribution through AIG tuning is helpful for reducing operation and maintenance (O&M) costs as well as ensuring the long-term optimal performance of an SCR catalyst system. Backed by extensive field experience on over 800 SCR systems, CORMETECH provides state-of-the-art AIG tuning and optimization services to enhance the performance of the reagent distribution system. The purpose of AIG tuning is to ensure an even ammonia-NOx molar ratio distribution to the catalyst. Proper AIG tuning ensures maximum system performance, reduced ammonia slip, and can effectively extend the SCR catalyst life. The optimization process may also eliminate localized regions of high ammonia slip, which can lead to air preheater fouling.
The Multipoint Sampling System is capable of quickly and accurately performing AIG tuning to allow your system to operate at peak performance. The frequency of tuning is dictated by unit-specific conditions, including NOx distribution from the boiler and the style of AIG/mixer system in use. An annual check of the AIG distribution is recommended to maintain optimal SCR performance.
Before AIG Tuning
After AIG Tuning


NY Penal Law 195.15 – Obstructing firefighting operations
A person is guilty of obstructing firefighting operations when he intentionally and unreasonably obstructs the efforts of any:
 1. fireman in extinguishing a fire, or prevents or dissuades another from extinguishing or helping to extinguish a fire; or
 2. fireman, police officer or peace officer in performing his duties in circumstances involving an imminent danger created by an explosion, threat of explosion or the presence of toxic fumes or gases.
Obstructing firefighting operations is a class A misdemeanor.


text:
Temperature and configurational effects on the Young's modulus of poly (methyl methacrylate): a molecular dynamics study comparing the DREIDING, AMBER and OPLS force fields
Research output: Contribution to journal › Article › peer-review
Colleges, School and Institutes
The effects of the configuration and temperature on the Young's modulus of poly (methyl methacrylate) (PMMA) have been studied using molecular dynamics simulations. For the DREIDING force field under ambient temperatures, increasing the number of monomers significantly increases the modulus of isotactic and syndiotactic PMMA while the isotactic form has a greater modulus. The effects of temperature on the modulus of isotactic PMMA have been simulated using the DREIDING, AMBER, and OPLS force fields. All these force fields predict the effects of temperature on the modulus from 200 to 350 K that are in close agreement with experimental values, while at higher temperatures the moduli are greater than those measured. The glass transition temperature determined by the force fields, based on the variation of the modulus with temperature, is greater than the experimental values, but when obtained from a plot of the volume as a function of the temperature, there is closer agreement. The Young's moduli calculated in this study are in closer agreement to the experimental data than those reported by previous simulations.
|Number of pages||7|
|Early online date||23 Mar 2018|
|Publication status||Published - 13 Jun 2018|


frac{dy_{Pi}}{dt}|_{t=0} t + O(t^2)$$
so that, exploiting (2):
$$y_{Pi}(t) = y_{Pi}(0) + \frac{dy_{Oi}}{dt}|_{t=0}t + \sum_{j=1}^n \frac{dR_{ij}}{dt}|_{t=0} x_{Pj}t + O(t^2)\qquad (3)\:.$$
Using the Lie group structure of $O(3)$ (or also by direct inspection), it is possible to prove that, as $R(0)=I$, there exists a vector $\omega(0)$ such that ($^*$):
$$\frac{dR}{dt}|_{t=0} = \omega(0) \times \qquad (4)\:.$$ Finally evaluating (1) for $t=0$ we find $${\bf y}_P(0) = {\bf y}_O(0) + {\bf x}_P(0)\qquad (5)$$ where all vectors are indifferently decomposed w.r.to the basis of the ${\bf e}_i$s or that of ${\bf k}_i$s, just because they coincide for $t=0$. Inserting (4) and (5) in (3), we eventually achieve:
$${\bf y}_{P}(t) = {\bf y}_{P}(0) + {\bf v}_O(0) t + \omega(0)\times {\bf y}_p(0)t + O(t^2)\qquad (6)$$
where, obviously ${\bf v}_O(t):= \sum_i \frac{dy_{Oi}}{dt}|_{t=0} {\bf e}_i$.
For a generic instant $t_0$, defining $\Delta t = t-t_0$ we would similarly obtain:
$${\bf y}_{P}(t) = {\bf y}_{P}(t_0) + {\bf v}_O(t_0) \Delta t + \omega(t_0)\times ({\bf y}_P(t_0)- {\bf y}_O(0))\Delta t + O(\Delta t^2)\qquad (7)$$
Eq.(7) says that, in the neighbourhood of every instant ($t=t_0$ in our case), the motion of ${\cal B}$ is the superposition of a spatial translation along ${\bf v}_O(t_0)$ and a rotation around the unit vector parallel to $\omega(t)$ passing through the instantaneous centre $O(t)$. The axis is the instantaneous rotation axis by definition.
Using (7) that is valid for every choice of $O$, if the motion of not of pure translation, we can always change $O$ in order that at the interesting time ${\bf v}_O(t_0) \times \omega(t_0)=0$ so that ${\bf v}_O(t_0)$ and $\omega(t_0)$ are parallel. Notice that the new $O(t_0)$, in general, is not a point of matter of ${\cal B}$ but a geometric point in the space. In this case (7) reduces to a pure rotational motion around $O(t_0)$ plus a translation along the rotational axis (in a neighbourhood of the considered instant of time). This point $O(t_0)$ is an the instantaneous rotation center. Actually there is a whole axis with the same property: that passing for the found $O(t_0)$ directed along $\omega(t_0)$.
$(^*)$ As $t \mapsto R(t)\in O(3)$ and $R(0)=I$, then $dR/dt|_{t=0}$ is an element of the Lie algebra of $O(3)$. The Lie algebra of $O(3)$ is made of all real antisymmetric $3\times 3$ matrices. If $A$ is such a matrix, it immediately arises that there is a vector $\omega_A$ such that $A{\bf u} = \omega_A \times {\bf u}$ for all vectors ${\bf u}$.
 - 1
 $\begingroup$ You mentioned using the Lie group structure of $O(3)$.Could you please elaborate further on that subtle point?.Because that statement was really the crux of your proof. $\endgroup$ – Sandesh Kalantre Jan 27 '14 at 16:12
 - $\begingroup$ The Lie algebra of $O(n)$ is made of all antisymmetric $n\times n$ matrices (this can be easily proved). For $n=3$ an antisymmetric matrix $A$ is always of the form $\omega_A \times$ for some vector $\omega_A$. $\endgroup$ – Valter Moretti Jan 27 '14 at 16:16
 - $\begingroup$ As $t \mapsto R(t)\in O(3)$ and $R(0)=I$, $dR/dt|_{t=0}$ is an element of the Lie algebra of $O(3)$. $\endgroup$ – Valter Moretti Jan 27 '14 at 16:17
The fact you are stating is quite general in fact and even extends in a related form to 3 dimensions also.
It is known as Chasles's rotation theorem: Any general displacement of a rigid body can be represented by a translation plus a rotation.
In the case of motion of a body in a plane,the axis intersects the given plane in a point which we can call the instantaneous centre of rotation.Even in the case if doesn't intersect,we say the centre of rotation is at infinity.
So,yes any motion of a body in a plane has an instantaneous axis of rotation.
Your Answer


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Home / Blog / Knowledge / What is a gully cover?
What is a gully cover?
Author: Site Editor Publish Time: 2020-12-10 Origin: Site
What is a gully cover?

The gully cover is usually a grating covering the drainage gully, which can quickly and directly drain water into the gully under the cover. There is no possibility of water accumulation. It is usually used in low-lying areas, on both sides of roads, indoor vegetable markets, car washes, parking basements, etc. Usually, the trench covers are used in batches and linear arrangements. The indoor drainage system uses this type of gully, which can reduce the cost of constructing an underground drainage system. And this type of gully can play a role in protecting the drainage system. The sewage in the gully under the gully cover can play a role in sedimentation and sedimentation, reducing the direct discharge of debris and sediment into the drainage system and causing blockage.

gully covers
How to choose a gully cover?

To observe the quality of a product, it is necessary to see whether its appearance is beautiful. If it has many bubbles and spots, the quality of the trench cover needs to be considered.

Trench covers gully cover are mainly used in some factories and high-end communities. This is mainly because the cement trench cover is often crushed and the road surface is also damaged. Therefore, the trench cover plate made of the glass-reinforced plastic composite is suitable for different loads. Because the trench cover is simple in construction, light in weight, good load-bearing, impact resistance, bend and not bend, large displacement, beautiful and durable, and anti-corrosion, it has the incomparable advantages of cast iron cover.

The drainage ditch cover is a kind of environmental engineering accessories, which is often used in road construction, and we can also see it on the road. There are many types of drainage ditch covers, and the materials used for the drainage ditch covers vary depending on the environment. So how to choose the gutter cover for different usage scenarios?
drainage ditch cover
Generally, steel gratings are generally used if they are only used for urban drainage and for people to walk on. The carrying capacity is strong, and some large and medium-sized vehicles can come and go. If a chemical plant or an area with frequent acid rain, if the metal is used, it will cause a chemical reaction, leading to tedious replacement and increasing maintenance costs. Compared with the metal ditch board, the glass drainage ditch cover is lighter in texture and saves time and effort in installation. The resin fiberglass fiber reinforced plastic produced by the new technology has a bearing capacity that is not inferior to that of metal and has strong corrosion resistance. It has played a great role in many chemical production and acid-base sewage discharge fields. There is also a reinforced concrete drainage ditch cover plate, which is made of concrete material, which has strong stability but is relatively heavy and difficult to repair once a problem occurs.

The dense drainage ditch is designed for crowded places. The dense drainage ditch cover is characterized by small gaps, which can allow some small and conventional objects to pass through without being stuck, and retain the drainage function.

Steel gratings can be seen in some swimming pool overflow drainage grating, but it doesn't feel very good to step on them with bare feet. It is not only very ice, but also not very skin-friendly. The composite swimming pool overflow drainage grating feels comfortable, and the thermal conductivity is not as good as steel. It will not feel very cold even in winter, nor does it have a sharp feeling of steel. And it gives people a comfortable, beautiful and high-end feeling.
Swimming Pool Overflow Drainage Grating
For the drainage ditch near some chemical plants, it is necessary to choose some acid and alkali corrosion resistant, lightweight composite structure, easy to replace and repair the drainage ditch, is a very ideal material.

What are the benefits of using trench cover in road engineering?
Trench cover is mainly used in road engineering. It is used more in municipal engineering, and most of it is used for drainage. Regarding some rainwater, or the terrain is more depressed, we will pass through the trench. The construction of the cover plate is used for urgent drainage to ensure the safety of life and material safety of the public.

The hole row of the trench cover should also be planned clearly. Try to save materials and resources: when large spans and heavy loads, the price is lower than cast iron; and it can save the cost of replacing cast iron covers due to theft or crushing.
How should I choose the load capacity of the gully cover?

Take the BS EN124 standard as an example，You can choose the required load-bearing range based on this standard.

BS EN124
Composite gully cover vs cement gully cover

The drainage gully cover made of cement material, due to frequent wind and sun over the years, the gap of the gully cover is prone to defects, which causes the gap of the gully cover to become wider, and human feet enter the gap of the drainage cover on the roadside, which is easy to cause Bruises on the legs. Due to the erosion of rainwater, the cement at the seam of the cover plate is very easy to fall off, which causes the seam to increase, which intensifies this hidden danger. Therefore, the use of cement cover is not recommended, because cement cover is almost the most frequently occurring quality problem among all common materials of drainage gully cover.

Composite gully cover vs metal gully cover

Metal drainage ditch covers are more common. Generally, ductile iron is generally used if it is only used for urban drainage and for people to walk on. Its carrying capacity is strong, and some large and medium-sized vehicles can come and go. However, if a chemical plant or an area with frequent acid rain is used, if the metal is used, it will cause a chemical reaction, leading to cumbersome replacement and increasing maintenance costs.

The resin composite drainage ditch cover plate is relatively lighter than the metal ditch plate, and the installation is also time-saving, labor-saving, and anti-aging. The composite trench cover is made of high-strength composite materials supplemented by steel bars and is molded at high temperature. It has no recycling value and realizes active anti-theft. It is not inferior to the load-bearing capacity of metals and has strong corrosion resistance. Production and acid-alkaline sewage discharge fields play a great role and are commonly found in many industries such as traffic auxiliary roads, sidewalks, real estate, communications, water affairs, chemicals, pipeline gas, and power supply systems.

Applications scenarios of gully cover

The drainage system in the park is relatively concealed. A linear drainage ditch is often used. A linear drainage ditch is a very popular way of park drainage. It is deeply loved by designers. The selected ditch cover can also be added with some ingenious Techniques and design lines to produce artistic effects. The design of the linear finished drainage ditch in the park has solved the function of the drainage ditch and more perfect greening of the park. The finished linear drainage effectively protects the ground and the service life of the building and integrated with the architecture.

The area of the park is generally larger and the design is deeper. After sedimentation, the drainage flows into the collection well and then is pumped by a submersible pump. However, it should be noted that the drainage system in the park must use the natural topography to determine the drainage direction and dig the drainage ditches according to the prescribed slope. The drainage system of the park shall be provided with continuous, unobstructed, and other emergency facilities to prevent mud, sewage, wastewater, etc. from flowing out or blocking the drainage ditch.

Nowadays, many people use special composite grilles for car washes shops. The advantage is that the ground can be completely grounded, and the ground does not have to worry about water storage. On the other hand, it is best to clean the sediment, but even if you don't need a special sediment pool, consider the water behind the entire ground, the sediment is under the grid.
gully cover used in car washes shops
It is easy to build the trough without digging, and the height is more than 10cm. General stores use glass fiber reinforced plastic grille size 38MM thick.
Install the grille, the grille requires beam support every 40cm, all the grille is vertical and the beam forms a vertical cross, using uniform force. Be sure to vertical beams and grilles, it is very important to avoid waste.
Installation selection considerations

The steel grating trench cover of the roadway is divided into side trench cover and transverse trench cover according to the direction of vehicle travel. The load-bearing flat steel perpendicular to the direction of the vehicle becomes a side trench cover, and the load-bearing flat steel parallel to the direction of the vehicle becomes a transverse trench cover.

For the sidewalks, roadways, steel gratings of parking lots, ditch covers on the ground of docks, or buildings used on traffic roads, the design, and selection of them should be taken into consideration due to the difference in load and direction of traffic.

When it is used for the gutter and cross-section gutter cover on the road (the direction of the vehicle is parallel to the direction of the load-bearing flat steel), not only the wheel pressure and impact must be considered, but also the danger of the gutter cover from bounce and displacement must be taken into consideration. The plate is fixed to the angle steel and the support beam (can be fixed by welding or steel grating mounting clips).

Advantage of trench covers

The anti-theft performance is better


Page Parameters
A page parameter is an arbitrary variable used to pass information into a Skuid page. There are different ways to pass in page parameters depending on the context and use case.
Types of page parameters
Including parameters in a URL is a common way to pass and retrieve information between pages in web development. Similarly, parameters can be passed between Skuid pages using:
 1. Query string parameters
 2. URL merge parameters
Query string parameters
The most commonly used way to pass parameters is by including them in a query string, which is a collection of identifiers and key-value pairs preceded by a question mark. For example:
In this example, the query string passed to the server, everything that comes after the?, is a parameter, felines, requesting all records of felines with the value "lion."
Page parameters act the same way in Skuid: they allow additional information to be passed into a Skuid page.
On Skuid on Salesforce, page parameters are added to query strings by model conditions, actions, and render/enable conditions through the Page/URL Parameter option, and, in some components, in the query string property.
When using page parameters in query string parameters, there are two important rules to keep in mind:
 1. The parameters must always come after a question mark (?), which indicates the beginning of a string of one or more URL parameters.
 2. Every subsequent URL parameter must be prepended with an ampersand (&).
As long as query string parameters are used in this format, they are accessible within a Skuid page.
Passing parameters into query strings is different in Lightning Experience. For more information, see Using Page Parameters In Salesforce Lightning.
URL Merge Parameters
Used on Skuid Platform, page parameters are included within URLs through URL merge parameters. For example,{myParameter}.
On Skuid Platform, you can use URL merge parameters in model conditions, actions, render/enable conditions through the Page/URL Parameter option. They can also be used while constructing an app, and the pages within the app, by inserting URL merge parameters in the app and/or the page URLs. They can also be used for creating REST model conditions.
Using Page Parameters
Builders can access page parameters with model conditions, actions, render/enable conditions, and through the Page/URL Parameter option on some Skuid features.
Values are accessible through the {{$Param}} global merge variable.
For example, {{$Param.myRouteParameter}}.
They may also be passed to Page Includes by setting the component's Query String property to point to this global merge variable.
Using the Go to URL action with URL merge parameters
When creating a link with URL merge parameters in Skuid Platform, the process is similar to that outlined in Build an app navigation bar using the Go to URL action.
The key difference is that you point the URL to a URL merge parameter. This merge parameter could be a context-dependent merge variable or a global merge variable.
For example, the marketing/orders path has a table listing each order, displaying some general information about each order. That table could have a row action that redirects to the following URL:
This redirect URL sends end users to a new route (/marketing/orderdetails), just like the redirect URLs from the Build an app navigation bar using the Go to URL action topic mentioned above. The key difference is the added URL merge parameter, {Id}, which references the model's Id field. This means the context will be determined by the row the end user clicks, passing in that row's Id value when clicked.
So, if the user clicks an order that has an Id of AuXun109274009, Skuid sends the user to the detail page with the row item's Id in the URL parameter: /marketing/orderdetails/AuXun109274009
The final step is setting a condition on the detail page that looks for the URL merge parameter:
 1. Click the Models tab in the App Elements pane.
 2. Click the Orders model.
 3. Add a new condition for the Id field.
 4. Set the Value as follows:
 - Content: Page/URL parameter value
 - Value: Id
 5. Set its condition state to Always On.
With this condition set, this model always looks for the URL parameter named Id for the matching record Id.
Page parameter examples:
 1. In this example, no parameters are provided.
 2.{accountId}: In this example, when a user visits this URL, Skuid pulls the "accountId" from the requested record and passes it to the URL. If the record's accountId was AuXun109274009, the URL the user would see is
 3.{accountId?}: The addition of the? makes the parameter accountId optional, so if there wasn't a value for accountId, the user would be directed to /accounts instead of receive a Page Not Found error.
Unless a parameter is marked optional with?, end users will see a Page Not Found error if they navigate to that page without the parameter in the URL.
Using Page Parameters In Salesforce Lightning
When working in Lightning experience, builders will often use record Ids to create corresponding record detail pages. The Skuid Page Lightning component can determine the record Id based on the way Lightning structures URLs.
However, if you want to pass in other parameters besides an Id, they must be namespaced and added via query string parameters.
For example, adding the default namespace prefix to the parameter accountId creates c__accountId. Non-namespaced parameters are removed from the URL on page load.
It's important to remember that, when namespacing URL parameters in Lightning, any reference made to them in a condition, action, etc, on a Skuid page is also namespaced.
If moving pages from Salesforce Classic to Lightning, you'll need to update the page parameters and any conditions, actions, etc with the namespace prefix in order to maintain functionality.


How Many Kittens Will My Cat Give Birth to?
The exact number of kittens that your cat can give birth to varies from just one up to eight. Cats can have up to three litters per year. However, there have been extreme exceptions, with litters of 14 kittens being recorded.
Q&A Related to "How Many Kittens Will My Cat Give Birth to"
Cats give birth in the same way as most placental mammals. Contractions of the uterus push the kitten down the vaginal canal and out of the mother's body. For more information look
Well, Its simple enough! A cat of mine, Echoclaw, had kits. There is not much you can actually do, but you need to stay well away from her when she is having them or she may feel
As labor nears, many female cats, also called queens, begin sleeping. Cats generally sleep a lot; however, a Queen nearing her labor will sleep more than usual. Often, you will notice
The biggest litter ever recorded for a cat was 19 kittens, although 4 were
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When creating or editing a form, how can you copy multiple items/sections?
I am a developer for Cognito Forms.
First, if you are trying to capture the same information multiple times, you can use a Repeating Section, which is a section that the user filling out the form can repeat as necessary to enter the same information for a list of items, like players on a baseball team, employment history, medical conditions, etc.
Example of Repeating Sections
Second, while you can only copy one thing at a time, you can place a number of items (including both fields and other sections) into a section, and then copy and paste the entire section and all of the items contained in the section will be copied as well.
Your Answer


text:
Secular trend in stature in the Portuguese population (_PHONE_)
Author: Padez C.
Source: Annals of Human Biology, Volume 30, Number 3, May-June 2003, pp. 262-278(17)
Publisher: Informa Healthcare
Abstract:The records of height of 995 101 18-year-old Portuguese males were analysed as well as the relation between localities of the subject's residence (districts) and final height. The sample includes all the Portuguese 18-year-old males born between 1966 and 1982 and examined between 1985 and 2000, in the north, centre and south of Portugal, representing all the social strata. Statistically significant differences (p 0.001) among the districts were found: males from Lisboa (172.79 cm) and Braga (172.67 cm), the most developed districts, are the tallest, and those from Madeira (170.67 cm), Castelo Branco, Leiria and Coimbra (171.31 cm) are the shortest. Comparing to published data from 1904, a positive secular trend in height was found. The average increase was 8.93 cm, which yields a rate of 0.99 cm per decade. This positive trend must be related to the general improvement in the population's standard living conditions that took place in Portugal mainly after the 1960s and 1970s, especially in terms of nutrition and the health system. However, taking into account the differences that still exist in mean height values between the districts, these results suggest that there are still great social inequalities in Portugal and the secular trend in height will continue for the Portuguese population in future decades.
Document Type: Research article
Publication date: 2003-05-01


text:
ASCE has honored Giuseppe Buscarnera, Ph.D., Aff.M.ASCE, with the 2017 Arthur Casagrande Professional Development Award for his outstanding contributions to the modeling of instability and failure in multiphase porous materials.
Buscarnera has a superior track record in both research funding and publications. His perspective on the fundamentals of engineering mechanics has proven useful for solving a wide range of practical problems in geotechnical engineering. He applies fundamental sciences – physics, chemistry, mechanics, and mathematics – to the research and solution of problems in geotechnical engineering, specifically those related to complex failure mechanisms.
Because of its breadth and fundamental nature, Buscarnera's work has a compelling range of applicability, both within the realm of classical geotechnical engineering (rainfall-induced slope instability, such as that observed in the Oso Landslide), and in areas of emerging societal importance in which geotechnical engineers should have a prominent role, including carbon dioxide sequestration and hydraulic fracturing.
The Arthur Casagrande Professional Development Award is presented in recognition of outstanding accomplishments, as evidenced by completed works, reports, or papers, in the field of geotechnical engineering. The award was established to provide professional development opportunities for outstanding young practitioners, researchers, and teachers of geotechnical engineering.


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Location: Milky WayMaroon SeaCaspian System Third planet
Prerequisite: Feros: Geth Attack (Mass Effect)
Description Edit
Almarcrux has an atmosphere of methane and ethane. Despite the distance from Caspian, the energetic young star heats the surface to almost temperate levels. Thick ground fogs are common at the terminator, where water ice frozen during the long dark side night meets the warm air masses from the day side. The crust is mainly composed of copper with deposits of sodium.
Almarcrux's abundant water and relatively mild temperature and gravity have placed it on the short list of terraforming candidate worlds. However, there is significant opposition from eco-ethics groups, who assert that Almarcrux's primitive methanotrophic bacteria may be a precursor to a full-fledged native ecology.
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text:
How To: Change the data type for an existing field
Instructions provided describe the steps to transfer data from a field of one data type to a field with any data type desired.
Sometimes attributes are stored in fields of a specific data type with limited capabilities, for example, math functions cannot be performed on text fields, because integers do not store decimals. While it is not possible to change the data type of a field, there is a way to get the same results.
In ArcMap, right-click on the name of the feature class whose table is to be modified and select Open Attribute Table.
In the attribute table, click the Options button and select Add Field. Enter a name for the new field. Set the data type and its properties. Click OK.
Right-click on the new field and select Field Calculator. Then double-click on the name of the field whose data type is to be changed. Click OK.
Note: When converting from a text field to a field with a numeric data type, remember that the text must have numbers and no other characters, except decimal points.
The new field now contains the data from the previous field, but it is stored as a different data type. Delete the old field, if necessary.


Webel Parsing Analysis: Q: "Instead of using a Snippet, can't I just use a Requirement and Trace to achieve the same thing?" A: No! The Snippet is far more powerful and fit for purpose.
Icon class
icon_class
far fa-sticky-note
icon_class_computed
far fa-sticky-note
Note kind
Policy level
SysML keywords
Keywords
The Snippet used in the Webel Parsing Analysis recipe for SysML® is far more flexible and powerful than just trying to use the text of a SysML Requirement and the SysML Trace relationship:
 - A Snippet is part of a powerful meta-analysis layer that typically comes before formal treatments of the Requirements (and helps elicit them).
 - Not every text extract from a domain source document is a Requirement.
 - Con: A Requirement element can't appear as narrative commentary in every kind of diagram!
 - Con: The text of Requirement element is not always the same as its name.
In fact, the Snippet can be - and often is - used in combination with Trace.
Relates to
Related notes
Related notes (backlinks)
Related snippets (extracts)
Visit also
Visit also (backlinks)


text:
Dam Mitigation & Safety
Communities around Iowa have embraced the idea that replacing high maintenance and failing dams with lower-cost, safer alternatives can also be great for the river and fishing, while better serving recreational needs of today's Iowans. Iowa DNR's dam mitigation team listens first to all concerned, and then assists communities to arrive at a project that best fits.
Dam Mitigation Grants Available
The Iowa Legislature appropriated funds for fiscal year 2015 for the development of dam mitigation and water trail projects. A portion the funds are available competitively for dam mitigation cost-share grants. Dam owners and other eligible entities are encouraged to apply for cost-share assistance for projects that reduce recreational hazards and enhance aquatic species connectivity. For guidance on how projects might be approached, please read "Solving Dam Problems: Iowa's 2010 Plan for Dam Mitigation" and/or "Developing Water Trails in Iowa."
Application form: Dam Mitigation Grant Application
Application Form: Dam Mitigation Grant Application
Application post-mark deadline: December 15, 2014
Total amount available: $500,000
The Klondike Dam to Rapids Conversion
The Klondike Dam to rapids conversion project was completed in May, 2013. It involved removing the dam and construction a rapids that pools water to the same elevation of the dam to maintain water supply for a rural water system. The area is now safer, more accessible, and allows fish to pass upstream at both low and high water.


text:
Date of creation: 2018
CNRS Institute: INC (Chemistry)
French director: André-Jean ATTIAS
Korean partner: Yonsei University
Korean co-director: Eunkyoung KIM
2B-FUEL Opening ceremony at Yonsei University, Seoul, South Korea on 5 October 2018. Center: Antoine PETIT, Chairman and CEO (CNRS) and Won-Yong LEE, Vice-President for Research Affairs (Yonsei University).
Building Blocks for FUture Electronics Laboratory (2B-FUEL) is the first French-Korean International Research Laboratory (IRL) in partnership between the French National Centre for Scientific Research (CNRS), Sorbonne Université (France), and Yonsei University (Korea).
2B-FUEL is hosted at Yonsei University, Advanced Science & Technology Center, in Seoul. It was created in 2018.
Research activities at 2B-FUEL are focused on the synthesis of new materials and novel devices architectures for flexible organic electronics towards autonomous and integrated smart systems.
This activity relies on multidisciplinary members and partners skills in this field, covering molecular chemistry, physical-chemistry, photophysics, modeling, devices engineering and process technology.
2B-FUEL develops an upstream research with the aim to imagine new materials and explore new original routes to use them in novel device architectures.
These Building Blocks are designed in view of providing flexible electronics towards autonomous and integrated systems, what we call Future Electronics.
- New generation of hybrid van der Waals heterostructures
- Organic persistent luminescence
PARTNERING INSTITUTIONS AND LABORATORIES
- CNRS/INC (Chemistry)
- Sorbonne Université
IN SOUTH KOREA
- Laboratory of Organic Materials for Information Processing, Department of Chemical and Biomolecular Engineering, Yonsei University
OTHER LABORATORIES INVOLVED
- ENS Lyon (Université de Lyon)
- CINaM (Université Aix-Marseille)
- IPCMS (Université de Strasbourg)


text:
Embroider highly conductive thread to make a fabric speaker coil. Then run an amplified sound source through it and hold a magnet close to hear it play. Sewing the coil takes longer than you might think!
- Conductive thread
- 2 Neodymium magnets
- Fusible interfacing
You will need
- Sewing needle
- Regular thread
UNDERSTANDING HOW A SPEAKER WORKS
A speaker makes sound because an electromagnet (the embroidered coil) is mounted to a membrane (the fabric) with a permanent magnet close by. When an audio signal is connected to either end of the electromagnet (coil) a fluctuating magnetic field forms around the coil, repelling and attracting the membrane from the permanent magnet. These vibrations happen so fast that we can barely see them, but the membrane moves the air around it, translating electrical frequencies into audible waves that we can hear.
Take a good look at the diagram and stencil on the other side of this sheet so that you understand what variables will influence the efficiency (volume) of your speaker coil before designing your own.
TRACE AND FUSE
Iron a square of fusible interfacing to the back of the piece of fabric that you plan to embroider your speaker coil on. Peel the paper backing from fusible interfacing and trace the outline and mark the center point of your coil on the front of the fabric.
Fusible interfacing is a heat glue that bonds two pieces of fabric together, adding stiffness to the material. The reason it makes sense to stitch your speaker coil onto stiffer fabric is because it will help keep the fabric taut as you sew so that the coil will not start to collapse the fabric back on itself.
Either before or after sewing your speaker coil, use an iron to fuse your membrane to another piece of fabric, or an item of clothing, or your project – wherever you want the fabric speaker to go. Having multiple layers of fabric fused together does make it harder to sew, but it also makes for a stiffer membrane that is better at moving air.
With a sewing needle pull the end of your conductive thread through the center of your coil so that the needle ends up on the back side (with the fusible interfacing). Pull as much thread through as you will need to connect the center of your coil to your circuit. Generally 10-20 cm is good. Then remove the thread from the needle.
Thread the needle with regular thread and tie a knot in one end. Insert from the reverse side through the center point of your coil design. Stitch over the conductive thread and back into the fabric, then come back through the fabric a few mm further along your coil path. This embroidery technique is called "couching".
As you are sewing your coil from center to edge, you want the conductive thread to come as close as possible to the previous turn without touching it. If one turn of the conductive thread touches another then the electricity will not be forced to flow around in circles, which is what increases the strength of the magnetic field.
For a quick first test of your speaker simply clip on two magnets one on either side of your coil, so that they hold each other in place. If you have a smaller magnet, then place this one on the front side, since the magnet is conductive it will otherwise short out your speaker's coils. You can also put a piece of fabric in between the magnet and the coil to isolate it. For your final design you will want to mount your magnet(s) in the center of the coil without having them directly connected to the membrane.
HOOK UP YOUR SPEAKER
Connect both ends of your speaker coil to your amplified audio signal. If you can not hear your speaker, try holding it very close to your ear. If it is very quiet then it is working, but you might need to increase your power source or reconsider your coil design to make it more efficient at moving air, which is what makes it louder.
Some simple ways for amplifying various audio signals >> _URL_
Another version of the speaker playing:


text:
White spruce, Picea glauca, is native throughout Canada. They prefer full sun but they can also be very tolerant of shade.
It is also useful as a windbreak and provides food and shelter to wildlife. Growth rate, medium, height increases of 13-24 inches per year. Lives for 250-350 years. Grows up to 25-30 meters.
They like soil that is slightly acidic and moist but well-draining. These trees grow most efficiently in loam but will do just fine in sandy soil or even well-drained clay.
Each seed bomb contains 6-10 seeds meaning the germination rate is high. If planting on private property thinning out seedlings in order to successfully grow numerous trees from one seed bomb.
Buds, leaves, and seeds are a rich source of food and shelter for birds and animals.
The drawstring bag contains four seed bombs.
Bulk Options are packaged in recycled paper bags in quantities of 10, 30, and 100. Custom quantities are available upon request.
Stratification is essential, so start seed bombs outdoors in the Fall.


text:
Understanding Monk Fruit and Its Sweetening Properties:
Monk fruit, also known as luo han guo, is a small, round fruit native to Southeast Asia. Extracts from the fruit, particularly mogrosides, are hundreds of times sweeter than sugar but contain negligible calories and carbohydrates. This makes monk fruit an attractive alternative to sugar for those seeking to reduce their calorie and carbohydrate intake without sacrificing sweetness.
Examining Monk Fruit's Impact on Insulin Levels:
Numerous studies have investigated the effects of monk fruit on insulin levels, with promising results. Unlike sugar and some artificial sweeteners, monk fruit does not appear to cause significant increases in blood glucose or insulin levels when consumed. Research suggests that monk fruit sweeteners, including monk fruit extract and monk fruit-based products, have minimal to no impact on insulin secretion, making them suitable options for individuals with diabetes or those following a low-carbohydrate diet.
The Benefits of Monk Fruit as a Sweetener:1. Blood Sugar Regulation:
- Monk fruit sweeteners offer a sweet taste without the negative effects on blood sugar levels seen with sugar consumption. This makes monk fruit an excellent option for individuals looking to manage their blood sugar levels or reduce their overall carbohydrate intake.
2. Weight Management:
- Because monk fruit sweeteners are calorie-free and do not contribute to increases in insulin levels, they can be a valuable tool for weight management. By satisfying sweet cravings without the added calories, monk fruit sweeteners may help individuals reduce their overall calorie intake and support weight loss efforts.
Contrary to popular misconceptions, monk fruit does not spike insulin levels when consumed. Its natural sweetness and minimal impact on blood sugar and insulin make it a suitable alternative to sugar for individuals looking to manage their blood sugar levels, reduce their carbohydrate intake, or support weight management efforts. By incorporating monk fruit sweeteners into your diet, you can enjoy the sweet taste of monk fruit without worrying about its effects on insulin levels.
- Tags: Ingredients


text:
Confetti popcorn is fun as a party food or as a snack. This recipe is great because even younger kids can help prepare it; there aren't too many elements that can only be done by adults.
The white chocolate makes the popcorn sweet but not cloyingly so. It's a nice alternative to caramel popcorn if you and the kids still want something sweet. This snack is better suited to winter; hot weather and chocolate will lead to many sticky and messy hands if you're serving it up in summer.
Preparation Time: 10 minutes
Cooking Time: 10 minutes (plus time to let the chocolate set)
Makes: 1 large bowl of popcorn
Ingredients 1/4 cup of popcorn (unpopped or pre-made)
5 tablespoons of vegetable oil
1 bag of white chocolate melts
Hundreds and thousands or sprinkles
If you're using popping corn instead of the pre-made stuff, prepare using the instructions on the packet. Often this involves using about 5 tablespoons of vegetable oil to 1/4 cup of popcorn. Head the oil, and use one kernel to test if it's hot enough. If it pops you're ready to go. Use a tea towel to hold on to the handles and lid of your pot and give it a shake occasionally to make sure nothing burns.
Transfer the popcorn to a bowl or tray. Using a large but shallow tray is best because it allows you to spread the chocolate and 100s and 1000s evenly through the popcorn.
Melt your chocolate in a microwave safe bowl in 20 or 30 second intervals. Stir each time. Once the chocolate is smooth, pour it evenly over popcorn.
Once you've stirred the chocolate though, sprinkle 100s and 1000s over the popcorn. Stir it through and then repeat, making sure you don't have layers of popcorn underneath left unsprinkled.
Leave the chocolate to set completely and then break up the popcorn and serve it in a large bowl or in individual popcorn containers.
Making confetti popcorn is even a way to do some fun learning. Take a look at how the corn kernels go from a little seed to popcorn when they're heated in the saucepan, or how the chocolate becomes a liquid once it's melted in the microwave.


2, remove the content of output_path. Only if the first_step is init and the folder name is valid
spatial_resolution
The spatial resolution expected.It can be provided as integer or float,or as a list containing two values for non squared resolution
user_feat_path
Absolute path to the user's features path. They must be stored by tiles
external_features
Name
Default Value
Description
Type
Mandatory
Name
concat_mode
True
enable the use of all features
bool
False
concat_mode
exogeneous_data
None
Path to a Geotiff file containing additional data to be used in external features
str
False
exogeneous_data
external_features_flag
False
enable the external features mode
bool
False
external_features_flag
functions
None
function list to be used to compute features
str/list
False
functions
module
/path/to/iota2/sources
absolute path for user source code
str
False
module
no_data_value
-10000
value considered as no_data in features map mosaic ('i2_features_map' builder name)
int
False
no_data_value
output_name
None
temporary chunks are written using this name as prefix
str
False
output_name
Notes
concat_mode
if disabled, only external features are used in the whole processing
exogeneous_data
If the =exogeneous_data= contains '$TILE', it will be replaced by the tile name being processed.If you want to reproject your data on given tiles, you can use the =split_raster_into_tiles.py= command line tool.
Usage: =split_raster_into_tiles.py –help=.
functions
Can be a string of space-separated function namesCan be a list of either strings of function nameor lists of one function name and one argument mapping
python_data_managing
Name
Default Value
Description
Type
Mandatory
Name
chunk_size_mode
split_number
The chunk split mode, currently the choice is 'split_number'
str
False
chunk_size_mode
chunk_size_x
50
number of cols for one chunk
int
False
chunk_size_x
chunk_size_y
50
number of rows for one chunk
int
False
chunk_size_y
data_mode_access
gapfilled
choose which data can be accessed in custom features
str
False
data_mode_access
fill_missing_dates
False
fill raw data with no data if dates are missing
bool
False
fill_missing_dates
max_nn_inference_size
None
maximum batch inference size
int
False
max_nn_inference_size
number_of_chunks
50
the expected number of chunks
int
False
number_of_chunks
padding_size_x
0
The padding for chunk
int
False
padding_size_x
padding_size_y
0
The padding for chunk
int
False
padding_size_y
Notes
data_mode_access
Three values are allowed: - gapfilled: give access only the gapfilled data - raw: gives access only the original raw data - both: provides access to both data ..Notes:: Data are spatialy resampled, these parameters concern only temporal interpolation
fill_missing_dates
If raw data access is enabled, this option considers all unique dates for all tiles and identify which dates are missing for each tile. A missing date is filled using a no data constant value.Cloud or saturation are not corrected, but masks are provided Masks contain three value: 0 for valid data, 1 for cloudy or saturated pixels, 2 for a missing date
max_nn_inference_size
Involved if a neural network inference is performed. If not set (None), the inference size will be the same as the one used during the learning stage
sensors_data_interpolation
Name
Default Value
Description
Type
Mandatory
Name
auto_date
True
Enable the use of start_date and end_date
bool
False
auto_date
use_additional_features
False
enable the use of additional features
bool
False
use_additional_features
use_gapfilling
True
enable the use of gapfilling (clouds/temporal interpolation)
bool
False
use_gapfilling
write_outputs
False
write temporary files
bool
False
write_outputs
Notes
auto_date
If True, iota2 will automatically guess the first and the last interpolation date. Else, start_date and end_date of each sensors will be used
write_outputs
Write the time series before and after gapfilling, the mask time series, and also the feature time series. This option required a large amount of free disk space.
task_retry_limits
Name
Default Value
Description
Type
Mandatory
Name
allowed_retry
0
allow dask to retry a failed job N times
int
False
allowed_retry
maximum_cpu
4
the maximum number of CPU available
int
False
maximum_cpu
maximum_ram
16.0
the maximum amount of RAM available. (gB)
float
False
maximum_ram
Notes
maximum_cpu
the amount of cpu will be doubled if the task is killed due to ram overconsumption until maximum_cpu or allowed_retry are reach
maximum_ram
the amount of RAM will be doubled if the task is killed due to ram overconsumption until maximum_ram or allowed_retry are reach
userFeat
Name
Default Value
Description
Type
Mandatory
Name
arbo
/*
input folder hierarchy
str
False
arbo
patterns
ALT,ASP,SLP
key name for detect the input images
str
False
patterns