text:
Objective: To describe a technique for treating pyometra in dogs using a 3-portal laparoscopic-assisted ovariohysterectomy (LAOVH) and evaluate outcome. Study Design: Retrospective case series. Animals: Dogs (n=12). Methods: Dogs with open or closed-cervix pyometra with moderately sized (1-4cm) uterine horn diameters based on preoperative ultrasonography and no evidence of perforation were included in the study. A 3-portal technique for LAOVH was used. A wound retraction device was inserted into the caudal portal after enlargement of the incision to 3-4cm to simplify removal of the uterus with minimal tension. Results: Twelve dogs (median weight, 23.3kg; range, 2.1-46.0kg) met the inclusion criteria. Median uterine diameter was 3.0cm (range, 1.2-4.0cm). Median surgical time for LAOVH was 107minutes (range, 82-120minutes). Complications included mild hemorrhage from the uterine vessels in 1 dog during uterine removal through the wound retraction device and intra-abdominal uterine rupture in 1 dog which necessitated conversion to an open approach. All dogs recovered from surgery and were discharged. Conclusions: LAOVH can be used for treatment of select cases of canine pyometra. Careful case selection is mandatory to improve success and minimize conversion to an open approach. Gentle handling of the reproductive organs is imperative to avoid iatrogenic uterine rupture.
ASJC Scopus subject areas


text:
What is Wide Awake Hand Surgery?
Wide awake hand surgery is surgery of the hand and wrist that is done without sedation, without a tourniquet, and without general anesthesia.
This new surgical approach involves injecting local anesthetic around specific nerves in the hand and wrist. There is no need for general anesthesia, hospitalization, and the associated risks, expenses, and inconveniences. Immediately after wide awake hand surgery, you can simply walk out of the operating room, go home or back to work - just like you would after a dental procedure.
As patients seek to minimize their medical costs and time away from work, wide awake hand surgery is in higher demand. The technique is safe, effective, efficient, and cost-effective, and results in high patient and surgeon satisfaction.
How is it different from other anesthesia?

source: openbmb/Ultra-FineWeb


text:
Maximo provides a facility whereby unlimited text may be associated with an attribute. This text…
Ever tried to connect your Maximo system with an external secured URL? By default, WebSphere is designed not to trust secured external URLs. It will only allow the connection if an administrator specifically instructs WebSphere to do so by importing the certificate into its Trust Store.
Here are some examples of where this may be useful:
- Connection to a GIS REST service for integrating GIS data with Maximo
- Connection to a secured Office 365 Email server
- Connection to a financial system, such as SAP, that uses secured APIs to communicate
- Connection to an SMS service for texting users when certain system events occur
… and there are many more.
Here is the message you may encounter:
BMXAA1477E - The connection failed to the HTTP handler for the endpoint. Review the error and server log files for information to indicate the cause of the issue, for example, incorrect properties in the DefaultHTTPExit.java handler class.
com.ibm.jsse2.util.j: PKIX path building failed: java.security.cert.CertPathBuilderException: PKIXCertPathBuilderImpl could not build a valid CertPath.; internal cause is:
java.security.cert.CertPathValidatorException: The certificate issued by CN=GlobalSign, O=GlobalSign, OU=GlobalSign Root CA - R2 is not trusted; internal cause is:
java.security.cert.CertPathValidatorException: Certificate chaining
Look familiar? Let's fix it.
- Log into WebSphere as an administrative user.
- Click on the Security > SSL Certificate and Key Management link in the left navigation pane.
- Click on the Related Items > Key stores and certificates link on the right side of the main pane.
- Click on the CellDefaultTrustStore item in the table.
- Click on the Additional Properties > Signer certificates link on the right side.
- Click on the Retrieve from Port button.
- Fill out the Host, Port and Alias fields. For example:
- Host: _URL_
- Port: 443
- Alias: _URL_
- Press the Retrieve signer information button. Ensure that the values seem reasonably correct (i.e. you don't get an error back.)
- Press the OK button.
- Click the Save to Master Configuration link.
- Press the OK button after the changes have been synchronized with all of the nodes.
At this point you'll need to restart Maximo, your node agents, and your deployment manager for the changes to take effect. From here forward, Maximo will now trust that URL and allow the connection.


- Employment, job tips and articles.
Job Search Tips
Resume Tips
Interview Tips
Engineer Consultant Positions In UK Defence
In the UK defence sector, there are a multitude of engineering specialists who are needed to develop projects and products to help fulfil various missions. Chemical engineers are needed to develop solutions for water purification processes, the production of meals for the field, and other issues involving chemical reactions. Electrical engineers are needed to ensure that the wiring and control boards of every military vehicle and piece of machinery are working at peak efficiency. Civil engineers need to help military personnel and local leaders develop bridges, temporary settlements, and other structures needed for strategic and humanitarian needs. However, the number of engineering specialists in the UK defence sector is relatively low.
Many engineers choose to work in the private sector, where there are plenty of lucrative jobs available to the right candidates. The limited number of specialists is often out in the field, working in all parts of the world helping fulfil the mission of UK forces. As such, the military and the government rely heavily upon engineering consultants in order to help with domestic issues and consultation about policy. Graduates and young professionals in the United Kingdom who have engineering knowledge and want to be part of the UK defence sector should consider working as a consultant. Engineering firms, consultancies, and government agencies are always looking to cultivate solid young talent into experienced consultants. Engineering consultants often are tasked with more than just military projects, as there are peaks and valleys of consultancy needs.
However, engineering firms often rely heavily upon defence contracting to fulfil their annual quotas. As such, there is a steady stream of work for engineering consultants. Engineer consultant positions in UK defence provide a number of challenges not available in private organizations. After all, consultants often have to deal with expensive military equipment, massive public projects, and consultations about buildings that will hep keep soldiers and officers safe. The importance of the work is often compounded by the difficult environments in which their work needs to be done. The UK defence network covers allies in humid conditions, deserts, and mountainous environments.
These challenges are exhilarating for young professionals who want to use their skills for a greater purpose. There are a variety of ways to find engineer consultant opportunities in the United Kingdom. Graduates can research the leading firms in the engineering field, who will often provide consulting services to the government and military at some point.
As well, young engineering consultants can speak with a recruiter in order to fulfil their need for a great consulting job that involves the defence industry.
Wynnwith defence specialise in defence jobs, engineering jobs, and in particular aerospace engineer jobs and mechanical engineer jobs. The company are a leading provider of candidates to some of the most recognised aerospace and aviation companies worldwide.
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text:
Is sand called sand because it's between sea and land?
The word sand is thought to have originated from an Old English word, which itself originated from the old Dutch word sant, which became zand (meaning, you guessed it, sand). But I like your theory better, honestly.
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text:
Main distinction – Lactic mountain vs alcohol addict Fermentation
Lactic acid fermentation and also alcoholic fermentation are two types of anaerobic respiration methods. Therefore, both lactic acid and also alcoholic fermentation execute not require oxygen. The main difference in between lactic acid and also alcoholic fermentation is that lactic acid fermentation produces lactic mountain molecules native pyruvate whereas alcoholic fermentation produces ethyl alcohol and also carbon dioxide. Alcohol addict fermentation the yeast is supplied in the food sector to produce wine and beer. Lactic mountain fermentation wake up in the muscle cells once they room run out of oxygen.
You are watching: What is the difference between lactic acid fermentation and alcohol fermentation?
Key areas Covered
1. What is Lactic acid Fermentation – Definition, Mechanism, Importance 2. What is alcoholic Fermentation – Definition, Mechanism, Importance 3. What space the Similarities in between Lactic Acid and also Alcoholic Fermentation – rundown of common Features 4. What is the Difference in between Lactic Acid and Alcoholic Fermentation – to compare of crucial Differences
Key Terms: alcoholic Fermentation, Anaerobic Respiration, Carbon Dioxide, Cytosol, Glucose, Heterolactic Fermentation, Homolactic Fermentation, Lactic mountain Fermentation, Pyruvate
What is Lactic mountain Fermentation
Lactic acid fermentation refers to a metabolic procedure by i beg your pardon glucose is converted right into the metabolite: lactate and also cellular energy. Generally, lactic acid fermentation is lugged out by bacteria such together Lactobacillus and yeast. It occurs in two significant steps: glycolysis and also fermentation. Both glycolysis and lactic acid fermentation take place in the cytosol. Glycolysis is the an initial step that both lactic acid and alcoholic fermentation. Throughout glycolysis, hexose sugars are damaged down right into two pyruvate molecules. Pyruvate is written of 3 carbon molecules. 2 NADH molecules and also four ATP molecule are developed by this process. Because two ATP molecules space consumed by the process itself, the net yield the ATP is two in the fermentation. The process of lactic acid fermentation is presented in figure 1.
Figure 1: Lactic mountain Fermentation
Two species of lactic mountain fermentations can happen in the cytosol. They room homolactic fermentation and also heterolactic fermentation.
In homolactic fermentation, two lactic mountain molecules are produced by the action of the enzyme lactate dehydrogenase. The chemistry reaction for homolactic fermentation is presented below.
C6H12O6 → 2 CH3CHOHCOOH
In heterolactic fermentation, lactic acid, ethanol, and also carbon dioxide are produced with the assist of both lactate dehydrogenase and pyruvate decarboxylase enzymes. The chemical reaction of heterolactic fermentation is shown below.
C6H12O6 → CH3CHOHCOOH + C2H5OH + CO2
Muscle cells commonly undergo aerobic respiration in the visibility of oxygen. But when the oxygen it is provided is poor, they undergo lactic mountain fermentation. This may occur due to extreme exercising or major straining. Muscle cells undergo lactic mountain fermentation to fulfill quicker energy requirements. The production of lactic mountain in muscle may cause cramps or stiffness in muscles. The framework of a lactic mountain molecule is displayed in figure 2.
Figure 2: Lactic Acid
Lactic mountain fermentation has a wide range of applications in the food industry. Lactobacillus spps are provided in the manufacturing of yogurt, cheese, sauerkraut, kefir, and imparting a cake taste come food.
What is alcohol addict Fermentation
Alcoholic fermentation refers to a metabolic process by i beg your pardon glucose is converted into ethanol and carbon dioxide. The is mainly lugged out by yeast and also some various other bacteria. Alcoholic fermentation additionally occurs in the cytosol in the absence of oxygen. The two pyruvate molecules produced in the glycolysis room converted into ethanol and carbon dioxide. The fate that the pyruvate in the alcoholic fermentation is presented in figure 3.
Figure 3: alcoholic Fermentation
The switch of pyruvate right into ethanol and carbon dioxide wake up in 2 steps. The first reaction is catalyzed by the enzyme pyruvate decarboxylase when the second reaction is catalyzed by the alcohol dehydrogenase. The network ATP manufacturing is very same in both lactic acid and alcoholic fermentation together the second reaction the both processes perform not productivity ATP. The 2 NADH molecules developed by glycolysis are provided in the 2nd step in both lactic acid and alcoholic fermentation. Alcoholic fermentation is supplied the bread baking. The carbon dioxide created by alcohol addict fermentation cause the bread come rise. Alcoholic fermentation is also used in the manufacturing of alcoholic beverages such together wine, beer, whiskey, vodka, and rum.
Similarities between Lactic Acid and also Alcoholic FermentationLactic acid and also alcoholic fermentation space two species of anaerobic respiration mechanisms.Both lactic acid and alcoholic fermentation room catabolic processes.Both lactic acid and alcoholic fermentation do not call for oxygen.Both lactic acid and also alcoholic fermentation occur in the cytosol.Both lactic acid and also alcoholic fermentation malfunction glucose molecules right into two pyruvate molecules.Both lactic acid and also alcoholic fermentation occur in two steps: the very first step the both lactic acid and alcoholic fermentation is glycolysis.Both lactic acid and also alcoholic fermentation create heat.Both lactic acid and also alcoholic fermentation create four molecules of ATP.The network ATP gain is 2 in both lactic acid and alcoholic fermentation.The two NADH molecules created in the glycolysis are offered in the second step that both lactic acid and also alcoholic fermentation.Both lactic acid and also alcoholic fermentation are less efficient in the production of ATP when contrasted to aerobic respiration.
Difference between Lactic Acid and also Alcoholic Fermentation
Lactic mountain Fermentation: Lactic mountain fermentation refers to a metabolic process by i beg your pardon glucose is converted into the metabolite: lactate and also cellular energy.
Alcoholic Fermentation: Alcoholic fermentation describes a metabolic procedure by i beg your pardon glucose is converted into ethanol and also carbon dioxide.
Lactic acid Fermentation: Lactic acid fermentation occurs in Lactobacillus spps, yeast, and also muscle cells.
Alcoholic Fermentation: Alcoholic fermentation occurs in yeast and other microorganisms.
Lactic acid Fermentation: Lactic mountain fermentation to produce lactic mountain molecules native the pyruvate.
Alcoholic Fermentation: Alcoholic fermentation to produce ethanol and carbon dioxide indigenous the pyruvate molecule.
Lactic mountain Fermentation: Lactate dehydrogenase and also pyruvate decarboxylase room the two enzymes involved in the lactic mountain fermentation.
Alcoholic Fermentation: Pyruvate decarboxylase and also alcohol dehydrogenase room the two enzymes involved in the alcoholic fermentation.
In the Food Industry
Lactic mountain Fermentation: Lactic acid fermentation is provided in the production of yogurt and cheese.
Alcoholic Fermentation: Alcoholic fermentation is used in the production of bread, beer, wine, and also vinegar.
Lactic acid and also alcoholic fermentation room two mechanisms involved in the respiration in the absence of oxygen. Both varieties of fermentation take place in the cytosol. Glycolysis is the very first step that both lactic acid and also alcoholic fermentation, which produced pyruvate. Lactic mountain fermentation produce lactic mountain molecules native pyruvate when alcoholic fermentation produce ethanol and also carbon dioxide native pyruvate. The key difference in between lactic acid and alcohol fermentation is the commodities of each fermentation.
See more: Difference Between &Quot;+R&Quot; And &Quot;-R&Quot;, Coronavirus Disease (Covid
1. "Lactic acid Fermentation." BiologyWise, obtainable here.2. "Glycolysis and also Alcoholic Fermentation." The academy for development Research, accessible here.Image Courtesy:
1. "Figure 07 05 02" by CNX OpenStax – (CC through 4.0) via Commons Wikimedia2. "Lactic-acid-skeletal" by NEUROtiker – Own work (Public Domain) via Commons Wikimedia3. "Pyruvate decarb 1" by Cwernert at en.wikipedia – moved from en.wikipedia come Commons through Ronhjones. (CC BY-SA 3.0) via Commons Wikimedia

source: m-a-p/FineFineWeb


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In the realm of gardening and landscaping, the star jasmine plant, scientifically known as Trachelospermum jasminoides, stands out as a popular choice for its fragrant and delicate white flowers. However, for those considering adding this charming plant to their outdoor spaces, a common question arises: How long do star jasmine flowers last? Understanding the lifespan of these blossoms is crucial for garden enthusiasts and professionals alike. In this comprehensive article, we delve into the intricate details surrounding the longevity of star jasmine flowers, exploring factors that influence their bloom duration and offering insights to maximize their beauty in your garden.
Exploring the Life Cycle of Star Jasmine Flowers:
Star jasmine, native to China and Japan, boasts clusters of small, star-shaped white flowers that emit a sweet, intoxicating fragrance. These blooms typically appear in late spring to early summer, carpeting the vines with a stunning display of white petals against glossy green foliage. The duration of the flowering period largely depends on various environmental factors, plant health, and maintenance practices.
Temperature, sunlight, and moisture levels play pivotal roles in determining the lifespan of star jasmine flowers. In regions with mild climates and consistent temperatures, the flowering period tends to be more prolonged compared to areas with extreme weather fluctuations. Adequate sunlight exposure, preferably in partial shade to full sun conditions, promotes healthy growth and enhances the longevity of blooms. Additionally, maintaining optimal soil moisture without overwatering or allowing it to become waterlogged is crucial for sustaining flower production.
Plant Health and Maintenance:
The overall health of the star jasmine plant significantly impacts the duration and abundance of its flowers. Proper planting techniques, soil preparation, and regular fertilization contribute to vigorous growth and robust blooming. Pruning is another essential aspect of maintenance, as it helps remove dead or damaged foliage, encourages new growth, and stimulates flower production. However, excessive pruning or improper timing can disrupt the natural blooming cycle and diminish flower longevity.
Understanding the Bloom Cycle:
The blooming cycle of star jasmine flowers follows a predictable pattern, beginning with bud formation, followed by flowering, and culminating in seed production. Bud formation typically occurs in early spring, heralding the imminent arrival of blossoms. As temperatures warm and daylight hours increase, the buds gradually unfurl into exquisite white flowers, releasing their captivating fragrance to attract pollinators. Once pollinated, the flowers give way to seed pods, signaling the end of the blooming phase.
Factors Influencing Flower Longevity:
While star jasmine flowers possess inherent beauty and resilience, several factors can influence their longevity and overall vibrancy. These include:
1. Environmental Stressors: Exposure to harsh environmental conditions such as extreme temperatures, drought, or excessive moisture can shorten the lifespan of star jasmine flowers.
2. Pest and Disease Management: Infestations of pests or diseases, if left unchecked, can damage foliage and compromise flower production, reducing the duration of blooming.
3. Nutrient Deficiencies: Inadequate soil nutrition or imbalances in essential nutrients can affect the plant's health and vitality, impacting the longevity of its flowers.
4. Pruning Practices: Improper pruning techniques or excessive removal of flower-bearing stems can disrupt the natural blooming cycle and diminish the lifespan of star jasmine flowers.
Prolonging Flowering Period:
While the natural lifespan of star jasmine flowers is finite, gardeners can employ various strategies to extend the duration of blooming and maximize floral beauty:
1. Adequate Watering: Maintain consistent soil moisture levels by watering the plant deeply but infrequently, ensuring thorough saturation without waterlogging.
2. Mulching: Apply a layer of organic mulch around the base of the plant to conserve moisture, regulate soil temperature, and suppress weed growth, fostering optimal conditions for prolonged flowering.
3. Fertilization: Provide the star jasmine plant with a balanced fertilizer formulated for flowering vines to promote healthy growth and sustained flower production.
4. Pest and Disease Control: Implement proactive measures to prevent pest infestations and fungal diseases, such as regular inspection, cultural practices, and targeted treatments as needed.
5. Pruning Techniques: Adopt proper pruning techniques to remove spent flowers, deadwood, and excess foliage, promoting airflow, light penetration, and continuous blooming throughout the growing season.
The lifespan of star jasmine flowers is influenced by a myriad of factors, including environmental conditions, plant health, and maintenance practices. While the natural blooming period occurs in late spring to early summer, gardeners can prolong the duration of floral display through strategic care and attention. By understanding the intricacies of the bloom cycle and implementing effective gardening techniques, enthusiasts can enjoy the beauty and fragrance of star jasmine flowers for an extended period, adding a touch of elegance to their outdoor landscapes.


pymatgen.analysis.elasticity.stress module
This module provides the Stress class used to create, manipulate, and calculate relevant properties of the stress tensor.
class Stress[source]
Bases: pymatgen.core.tensors.SquareTensor
This class extends SquareTensor as a representation of the stress
Create a Stress object. Note that the constructor uses __new__ rather than __init__ according to the standard method of subclassing numpy ndarrays.
Parameters
stress_matrix (3x3 array-like) – the 3x3 array-like representing the stress
dev_principal_invariants
returns the principal invariants of the deviatoric stress tensor, which is calculated by finding the coefficients of the characteristic polynomial of the stress tensor minus the identity times the mean stress
deviator_stress
returns the deviatoric component of the stress
mean_stress
returns the mean stress
piola_kirchoff_1(def_grad)[source]
calculates the first Piola-Kirchoff stress
Parameters
def_grad (3x3 array-like) – deformation gradient tensor
piola_kirchoff_2(def_grad)[source]
calculates the second Piola-Kirchoff stress
Parameters
def_grad (3x3 array-like) – rate of deformation tensor
symbol = 's'
von_mises
returns the von mises stress


text:
Central of Georgia Bridges,
Just before a train would enter Savannah's Central of Georgia Railroad station, it would cross this 1852 viaduct (above), one of a pair of historic bridges at the former Central railroad complex. Spanning both West Boundary Street and the Ogeechee Canal, each of the two structures features four brick arches and decorative details in brick that create both elegance and utility.
(Above and below) The 1852 structure as documented in the Historic American Engineering Record. Photo above has been cropped. To see full-size image and other HAER photographs of this bridge, see Library of Congress web page here.
The second bridge (below), built in 1858, has 48-foot spans as compared to the 30-foot spans on the 1852 bridge. It has segmental arches instead of the elliptical arches of the older bridge. This bridge carried trains to the Central's freight depot and warehouses on the north side of the passenger depot.
(Above and below) HAER photographs of the 1858 structure. Photo above has been cropped. To see full-size image and other HAER photographs of this bridge, see Library of Congress web page here.
(Above) Detail of pier and spandrel of the second bridge. The older bridge can be seen in the background.
(Above) An antique store was built under one of the arches in the 1960s. It was later converted to studio space (called "Old Arch Hall") by the ever-inventive Savannah College of Art and Design.
RailGa.com. Georgia's Railroad History & Heritage. © Steve Storey
Railroad History | The Depot List | Locomotives On Display | Odds & Ends | Sources & References | Home

source: HuggingFaceFW/fineweb-edu


text:
MEMPHIS, Tenn., October 1, 2004– The City of Hickman, Kentucky, is scheduled to receive an
Outstanding Maintenance Award (OMA) from the U.S. Army Corps of Engineers Oct. 5 at 1:15 p.m. at
Col. Charles O. Smithers III, commander of the Corps' Memphis District, will present the OMA
to Hickman Mayor, Richard White, to recognize that the city exceeded the Corps' maintenance program requirements for levees, channels, and other flood control structures.
The city is responsible for the maintenance of approximately 4,700 feet of concrete floodwall, one
mile of earthen levee, one pumping station and one drainage structure.
These structures and others are designed to provide drainage and reduce flooding, and are vital
links in an extensive network within the Lower Mississippi Valley.
The Corps conducts annual inspections to ensure that there are no weak links in the system.
Release no. 04-18


Remote read replicas - the what, why, and how
PostgreSQL remote read replicas enable users to increase their data availability, as well as read and write performance. Read more to learn how Aiven does it.
03 April 2018
Prem Nallasivampillai
Prem Nallasivampillai RSS Feed
Head of Customer Success at Aiven
Glossary of terms Master: The primary DB instance that is the target of write (and read) operations.
Standby: A DB instance that will be considered for promotion (available for reads).
Read replica: Implies local or remote read-only instance (a.k.a replica).
What is an Aiven for PostgreSQL remote read replica?
When it comes to Aiven for PostgreSQL, until remote replica functionality was released a few weeks ago, there were traditionally two types of DB instances namely, Master, and one or more Standby instances. Each standby instance serves two purposes: the first is to be considered for promotion in the event the master fails, and the other is to serve read-only operations.
Standalone read replica is the newest member to this family. The differences between a standby instance and a remote read replica are that, a remote read replica will never be considered for promotion if the master failed, and a standby is always located in the same region as the master.
As with all flavors of standby and read replica instances (local or remote), the mechanism used to replicate data from the master to the replicas is asynchronous. By not relying on network service quality & bandwidth coupled with the low overhead inherent in PostgreSQL streaming replication, the impact to the write and read performance of the Master DB instance is negligible.
Note: A remote read replica can be set up between homogenous or heterogenous cloud providers. For example, you can have your primary service in Google Cloud (Iowa) and have a read replica in DigitalOcean (New York) or Google Cloud (South Carolina).
Why remote read replicas are a business imperative
At this point, you might be wondering what the big deal is about the new addition. The two most fundamental uses of the remote read replica are to provide greater data availability, and increased performance (throughput and latency) for reads and writes. By offloading reads to the replica, you are essentially doing two things:
1. increase read throughput (fairly obvious), and
2. increase write throughput on the master (not so obvious).
To illustrate, let's say that you have a business-critical application that records online merchandise purchases. In order to record and fulfill those orders you have invested in one of the premium Aiven PostgreSQL plans equipped with a read/write Master and two standby instances, where all the DB instances are located in the same region.
What would happen if the region your Aiven service is running in goes black, as would happen with a natural disaster?. You are then in a situation where you can neither view existing orders, let alone fulfill them. Nor can you record any new orders that your customers want to make from your website. As your sales are impacted, so is your bottom line.
If you were taking advantage of remote read replica functionality, your day would have gone a lot better. Because, the remote read replica will remain fully operational for reads even if the primary region hosting your Master and local replicas becomes inoperable. Therefore, you can continue to fulfill existing orders that were already made.
You can even tweak it so that you can convert the remote read replica to a read/write Master and point your web application to it within a matter of a few minutes, thereby allowing you to continue accepting new orders. In short, a remote read replica provides greater data availability for your business-critical applications.
And availability is just the most obvious benefit of remote read replicas; there are also performance benefits. Especially in the age of globalization, it makes sense to place the data close to consumers. In this case, there may be data that various regional departments share. By allowing for the placement of data close to consumers, a remote read replica makes it more efficient to access.
A similar use case is where massive amounts of data are used in various regions to generate daily performance reports and analytics. Again, replicating and placing this data closest to the regions where the reports and analytics are run for decision makers enables them to make more timely decisions based upon the data. Aiven for PostgreSQL remote read replica feature makes this possible.
How to set up a read replica in 7 steps
Setting up a remote read replica is made convenient through the Aiven Console. Please follow the instructions below to setup a remote read replica for any non-hobbyist Aiven for PostgreSQL plan.
1. Navigate to the Aiven console.
Note: If you don't have a PostgreSQL service running, create a Startup or higher Aiven PostgreSQL service from the Aiven console per Getting started with Aiven PostgreSQL.
existing postgresql service
2. Once your PostgreSQL service up and running, navigate to the service details page by clicking on the service name.
postgreSQL service details]
3. Click on the "Create a read replica" button shown in the bottom-right corner to get to the new remote read replica configuration screen.
postgreSQL service details]
4. Give the remote read replica service a name.
5. Select the Cloud provider who will be hosting the remote read replica service (and the region).
6. Select a plan for the service (default: same plan as the main service).
7. Click "Create" to provision the remote read replica service. Give the service a few minutes to complete startup.
postgreSQL service details
Note: To obtain the credentials to access the remote read replica, simply click on its service name to enter the service details page.
remote-replica service details]
Create your first read replicas today
If you have a business-critical application that requires data (and associated service) to survive complete failure of a cloud provider's region or wish to increase the performance of your existing Aiven PostgreSQL database, take advantage of the Aiven PostgreSQL remote read replica functionality. The cost is will be nominal compared to benefits and peace of mind it will bring.
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text:
noun (plural bilbies)
- another term for rabbit-eared bandicoot.More example sentences
- If you look at just the numbers of small native animals like woylies and potoroos and bilbies, at the end of '98 we had 900, 2001, three years later we had 2,500.
- Tragically though, sanctuaries like this are becoming the only place to see creatures such as bilbies, bettongs and bandicoots.
- I mean, we have an enormous wealth of reptiles, the richest in the world, our insects are amazing, our marsupials, our numbats and our bandicoots and our bilbies - how many people have seen a bilby or know what a bilby is?
late 19th century: probably from an Aboriginal language.


text:
- Lift up the coil overhead and examine the interior with a flashlight. Determine if it has a single mark per wrap or just a few marks and determine if the marks appear in a regular line on the inside of the coil. If you have random and frequent marks, this is a sign of marks caused by metal pickup. I will address this problem later.
- If you have marks that are more or less inline inside the coil, there should be a discernible cause for the marks on the block. If there are four equidistant marks than it is obvious that it is the slots that are causing the marks. If the edge of the slots are not rounded with an approximately 1/8" to 3/16" radius, rounding the edges might eliminate the problem. If the slots are rounded and there are still four equidistant marks than it is an over drafting situation which has only two solutions. Draw the wire in two passes or draw it on a larger block to diminish the effect of the overdraft.
- If you have one or two marks that are not in line with the slots than we have to look elsewhere. Draw a few wraps and carefully unwrap the coils to determine where and when the marks appear. If the marks do not appear keep drawing wraps until they do and try and find the source of the marks. Match up the marks as you unwrap the coils with any possible causes. Look for a raised edge on the face due to gripper or chain damage or a defective coating, a raised edge on a post, raised edge on a "come along hole" or gripper pocket, and possibly a sharp edge at the top of the block which should have been rounded with a belt sander same as the slots. If the marks are in the first wrap possibly the die box needs to be adjusted so the wire enters at the draw line and parallel to the floor (a level placed on the drawn wire can determine if an adjustment is necessary).
- In the case of metal pickup which is similar to welding splatter on the face of the block, the problem gets progressively worse. There can be a few different causes for metal pickup, but basically the drawn wire is being ripped apart and sticking to the face of the block. It then builds on itself, causing more wire to be ripped apart and adhere to the block. In order to solve this problem all pickup has to be removed from the block which is most efficiently done by grinding.
- Not enough lubricant. This usually occurs by trying to produce a plating quality wire by minimizing a dry soap as opposed to using grease.
- Taper needs to be adjusted because the wire is too tight.
- Splintery rod
- A sharp edge on the face of the block is shaving the wire, and then the wraps adhere to the block and start the metal pickup.


text:
Relationship between Personal Well-Being and Academic Achievement among Pakistani International Students Studying in ChinaJournal: International Journal of Science and Research (IJSR) (Vol.9, No. 12)
Publication Date: 2020-12-05
Authors : Amna Khalid Chaudhry; Zainab Ikram;
Page : _PHONE_
Keywords : Personal Well-Being; Academic Achievement; Pakistani International Students;
This study explored the relationship between academic achievement and personal well-being of a sample of 85 students (Male=72), (Female=13) studying at the prestigious universities (Pakistani international students) in China enrolled in the scholarship program. The sample comprised 10 undergraduate language diploma students, 44 Master's, and 10 Post-Graduate students. The students who were not in the People Republic of China during the epidemic was excluded from the survey. Due to the epidemic situation, the data collection was done through an online website as a survey method. The relationship between academic achievement the previous grade and expected grade point was self-administered by the respondents. Personal well-being and the demographic group differences including gender, age, educational level were assessed. In addition, the personal well-being index (PWI-A) for adults was used to analyze the personal-wellbeing of the student population. A positive correlation was identified between academic achievement (expected grade point) with subjective well-being (.913**) Whereas, there was no significant correlation between (previous grade) academic achievement and subjective well-being respectively. Testing Anova for the group differences, there were no significant differences between the demographic groups respectively. Keywords: Personal Well-Being, Academic Achievement, Pakistani International Students.
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Last modified: 2021-06-28 17:17:01


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Sunken motor boat listed on National Register of Historic Places
LAKE GEORGE —Deep beneath the ice on Lake George, a newly designated national historic resource awaits exploration by scuba diving enthusiasts.
The U.S. Department of the Interior has listed the lake's first-ever gasoline-powered motorboat on the National Register of Historic Places, making it part of an underwater state park called "Submerged Heritage Preserves" that includes boats from the French and Indian War.
The 45-foot long Forward, built in 1906, was owned by W.K. Bixby of Bolton Landing and St. Louis, a noted early 20th century industrialist.
"There are 80,000 properties on the National Register, only 300 shipwrecks," said Wilton's Joseph Zarzynski, an underwater archaeologist and founder of Bateaux Below, a not-for-profit group that nominated the Forward for the National Register.
"It's very rare to find something from the 20th century on the register," Zarzynski said. "It took 20 years to get this done. It's sort of like creating a fine wine. We had to wait a little extra time."
The Forward is historically significant on two fronts.
First, it marked the transition from steam to gas-powered vessels on Lake George that ushered in a "Golden Age of Tourism."
Previously, only the very wealthy could enjoy the "Queen of American Lakes." Gas-powered motorboats allowed a whole new group of people to discover its charms.
Second, W.K. Bixby was a nationally prominent businessman, the president of American Car and Foundry Co. and a friend of Adolphus Busch of St. Louis brewery fame. Bixby donated millions for a medical school at Washington University in St. Louis and his son, Harold, was the financial patron of Charles A. Lindbergh's first-ever trans-Atlantic solo plane flight in 1927.
The Forward was built by the Gas Engine and Power Co. and Charles L. Seabury & Co., Consolidated on the Harlem River in New York. That boat yard later became Consolidated Shipbuilding, one of the nation's most famous shipbuilders until it closed in the 1950s. The site produced military vessels used in the Spanish-American War, World War I and World War II. The Forward was one of the company's first recreational products. Continued...
"It has a niche in shipbuilding history," Zarzynski said.
After its closure, the boat yard — with 1,500 feet of waterfront — became today's Roberto Clemente State Park, a short distance from Yankee Stadium.
After the Bixby family's ownership, the Forward was operated as an excursion boat by Leonard Irish and Alden Shaw. In 1929, its crew made a dramatic rescue of eight passengers from the Miss Lake George tour boat that caught fire from a motor mishap and then sank. It's believed that in the 1930s, the Forward went down in the lake, possibly abandoned.
Divers first rediscovered it during the 1970s and Bateaux Below members relocated it in 1989, mapped the site and began trying to get it on the National Register.
Today, the boat rests in about 40 feet of 55- to 60-degree water about four miles north of the lake's south end and 1,500 feet east of Diamond Island.
"It's lying just like it went straight down," Zarzynski said. "About 40 to 50 percent of it is left. The bow is the most intact part. Sideboards have fallen apart. The two engines and twin-screwed propeller are there. It was one of the earliest gas engines."
He said nearly 750 people per year visit the site, which includes underwater signs.
"It's the heaviest-dived shipwreck in the lake," he said. "Its location is easy to get to. It can be enjoyed by beginning, intermediate or advanced divers. It's just like swimming into a museum."
"Submerged Heritage Preserves," free of charge, is the state's first underwater park for scuba divers. Other features are a 1758 floating gun boat called the Land Tortoise, a National Historic Landmark, and seven colonial bateaux known as "The Sunken Fleet of 1758."
Location, ST | website.com
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Chakra #5: The Vishuddhi Chakra, Diplomacy & Collective enjoyment
The Vishuddhi chakra has sixteen petals, each with different qualities and functions. On the physical side, it looks after throat, arms, face, mouth, teeth, etc., so they must all be taken care of. For instance, protecting yourself from the cold, avoiding tobacco, taking proper dental care, and so on. This is particularly important for your vibratory awareness, as the nerves which register the vibrations in the hands pass through this centre.


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Kemler History, Family Crest & Coats of Arms
- Origins Available:
The surname Kemler is an occupational surname. Further research revealed that the name is derived from the Old German word "kämmerer," which means "chamberlain." A chamberlain was the person in charge of the noble household; to him would fall the duty of ensuring that the castle and court of the noble ran smoothly. This is a surname of office, a subset of the larger set of occupational names.
Early Origins of the Kemler family
The surname Kemler was first found in Swabia, where this family name became a prominent contributor to the development of the district from ancient times. Literally the name refers to the courtly administrative position of chamberlain.
Early History of the Kemler family
This web page shows only a small excerpt of our Kemler research. Another 162 words (12 lines of text) covering the years 1148, 1346, 1796, and 1833 are included under the topic Early Kemler History in all our PDF Extended History products and printed products wherever possible.
Kemler Spelling Variations
Spelling variations of this family name include: Kammerer, Kaemmerer, Kaemmer, Kammer, Kammerherr, Kemmerer, Kaemmerling, Kaemmler, Kemmerling, Kemmler, Kamerer, Kamer, Cammerer, Caemmerer, Cammer, Camer, Camerer and many more.
Early Notables of the Kemler family (pre 1700)
Notables with the surname Kemler during this period were Jacob Friedrich Kammerer (b.1796), descendant of a line of prominent sieve makers around Stuttgart, who was one of the colorful figures of his time. He was self-taught in Greek, Latin, and chemistry, and was a talented player of the flute, clarinet, and piano. He was popularly known as the inventor of the phosphorescent match stick. In 1833 he was sentenced to two years imprisonment for taking part in the Frankfurt revolution. He escaped to Strassburg, where he built a silk hat factory. In Zurich he built a variety of factories producing match...
Another 117 words (8 lines of text) are included under the topic Early Kemler Notables in all our PDF Extended History products and printed products wherever possible.
Kemler migration to the United States +
Some of the first settlers of this family name were:
Kemler Settlers in United States in the 19th Century
- John Kemler, who arrived in Allegany (Allegheny) County, Pennsylvania in 1844
Contemporary Notables of the name Kemler (post 1700) +
- Joan R. Kemler, American Democratic Party politician, Connecticut State Treasurer, 1986-87; Appointed 1986
Related Stories +
- ^ Filby, P. William, Meyer, Mary K., Passenger and immigration lists index : a guide to published arrival records of about 500,000 passengers who came to the United States and Canada in the seventeenth, eighteenth, and nineteenth centuries. _PHONE_ Cumulated Supplements in Four Volumes Detroit, Mich. : Gale Research Co., 1985, Print (ISBN 0-8103-1795-8)
- ^ The Political Graveyard: Alphabetical Name Index. (Retrieved 2015, December 11) . Retrieved from _URL_


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Meadowfoam (Limnanthes alba)
Meadowfoam is a small, herbaceous winter-spring annual. The seven species are all native to coastal and adjoining regions of western North America, where they typically grow in marshy habitats, such as the margins of vernal pools.
The white meadowfoam Limnanthes alba is of commercial interest for its oil, while several other species are rare or endangered. Honey produced by bees that pollinate Limnanthes alba has the distinct flavor of toasted marshmallows.
The oil valued for its highly moisturizing and rejuvenating skin benefits is resistant to oxidation due to naturally occurring tocopherols.
The seeds contain 20-30% oil. Meadowfoam seed oil is extraordinarily stable, primarily because it contains over 98% long chain fatty acids (eicosenoic acid C20:1 - 61%, docosenoic acid C22:1 - 16% and docosadienoic acid C22:2 - 18% ). Meadowfoam oil is most similar to rapeseed oil. It is widely used in cosmetic and hair-care applications due to its stability, emolliency and smooth, soft skin feel.
Find Organic Meadowfoam Oil in the following BVO Products.


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The Reversing Falls Bridge traverses the Saint John River in New Brunswick and is one of only two bridges connecting the east and west sides of the City of Saint John. The Saint John Water Utility operates a 484 mm diameter welded steel water main suspended beneath the bridge which provides potable water from the east side to some consumers on the west. Due to recent issues with the pipeline and the need to rely on this critical pipe for many more years into the future, it was originally planned to replace this pipe. After extensive research, it was decided to rehabilitate the existing water transmission main by means of a fully structural cured-in-place pipe (CIPP) liner.
- Website: _URL_


- Research Paper on:
 Late Bill Payment Research Paper
 Number of Pages: 5
 Summary of the research paper:
 This 5 page paper uses data supplied by the student to examine if there is a correlation between the lateness of a bill and the amount of the bill. The paper presents a background to the research, hypothesises, data analysis and a conclusion. The bibliography cites 6 sources.
 Name of Research Paper File: TS14_TElatebill.rtf
 Buy This Research Paper »
 Unformatted Sample Text from the Research Paper:
 bill payments 5 Figure 3 Pattern of late residential bill payments 6 1. Background to the Problem The timing of payments on loans or amounts due are key to the cash flow of a company to whom the money is loaned. It is known that as loans become later it the payment may become increasingly difficult to collect and the potential for a default increases (Greenberg, 1997). For companies wishing to avoid taking on collections of more risky debts and for those who already have them, the ability to understand patterns of payments and the ability to predict the way in which these patterns will move will enable better decisions making to take place and increased the effectiveness of any risk assessments that take place (Howells and Bain, 2004). 2. Aims of Research The aim of the research is to look at the different patterns seen with overdue bill payments. The paper will seek to answer the following questions in order to increase the understanding with which late bill payment collections can be managed more efficiently and bill collections company can use to determine which risks they can afford to take on (Blazenko and Vandezande, 2003). The specific questions will include; * Is there any correlation between the amount and lateness of a bill? * Is there any difference between the residential ands the commercial bill payment patterns? * If there is a correlation for either the residential or the commercial costumers, to what extent does the correlation hold. The hypothesis is that First Hypothesis H1 There will be different patterns in payments seen with commercial bills being more likely to be paid later than the residential bills. H0 There is no difference between the bill paying patterns of
 Back to Research Paper Results


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The X-ray diffraction of methanol molecules confined in carbon micropores having different pore widths (micropore widths, 0.7 and 1.1 nm) was measured at 303 K and the structural results were compared with those of ethanol. The methanol molecules confined in micropores of 0.7 nm have a more solid-like ordered structure than in 1.1 nm. The nearest-neighbor peak of the electron radial distribution function of confined methanol did not shift from that of bulk methanol, but the amplitude was much greater than that of bulk methanol. These results were different from those of confined ethanol. Methanol molecules confined in carbon micropores have a rigid organized structure even at 303 K. However, no remarkable orientation effect, as in confined ethanol, was observed.
ASJC Scopus subject areas
- Physics and Astronomy(all)
- Physical and Theoretical Chemistry


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This paper used the propensity score method to assess the effect of using certified seed potato (CSP) on yield, input use, and food security among smallholder farmers. It focused on potato growers in central highlands of Kenya. The study found positive effect using certified seed on both yield and food security. But at the same time users of CSP applied significantly higher amounts of pesticides. This study therefore concludes that while using CSP has positive welfare effects, it can increase the use of inputs, some of which have environmentally degrading effects. It discusses the policy implications of the findings.
Welfare-environmental quality tradeoffs of promoting use of certified seed potato in tropical highlands of Africa: evidence from central highlands of Kenya.
Citation: Okello, J.; Zhou, Y.; Kwikiriza, N.; Ogutu, S.; Barker, I.; Schulte-Geldermann, E.; Ahmed, J.; Atieno, E. 2016. Welfare-environmental quality tradeoffs of promoting use of certified seed potato in tropical highlands of Africa: Evidence from central highlands of Kenya. American Applied Economics Association. Massachusetts (USA). 2016. Massachusetts (USA). 18 p.


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LONDON (Reuters) - British food retailers have kept the prices of salad vegetables that have been in short supply "comparatively low" versus their European peers, food and farming minister Mark Spencer said on Thursday.
For a month or so Britons have grappled with a shortage of key salad staples, particularly tomatoes, cucumbers and peppers, while shelves in Europe have been piled high with the fresh produce.
A hit to imports from disrupted harvests in north Africa due to unseasonable weather has been exacerbated by British farmers planting fewer crops under glass due to still high energy prices.
"Whilst recent unseasonable weather in Morocco has also created some temporary supply disruption to fruit and vegetables, domestic retailers have held prices comparatively low compared to the rest of Europe, where increased demand led to some cases of 300% rises in the price of some vegetables," Spencer told parliament.
Despite the relatively low prices mentioned by Spencer, official data published on Wednesday showed UK consumer price inflation rose to 10.4% in February, higher than a Eurozone average of 8.5%.
The Office for National Statistics said that an end to January drinks promotions in pubs and restaurants was the biggest factor behind the rise, but shortages of salad items also played a role. It said overall inflation for food and non-alcoholic drinks rose to 18.0%, the highest since 1977.
"A number of media outlets have reported that the recent shortage of some salad and vegetables have been the driver for the increase of food inflation in February, but this is not the case," said Spencer.
He said the inflation rate has been driven by several factors - higher utility prices and pressures on global supply chains that are being felt across Europe and beyond.
Spencer noted other categories had seen price increases over the past year greater than those seen in vegetables, highlighting oils and fats up 32.1% since February 2022 and milk, cheese and eggs up 30.8%.
"Commentators expect the rate of inflation, both across the economy and for food and drink, to be near its peak," Spencer added.
Market researcher Kantar will report UK grocery inflation data for March on Tuesday.
(Reporting by James Davey; Editing by Frank Jack Daniel)


Finding x number of duplicate items in a list
Given a list,
ls = [1,2,3,2,2,1,3]
How to identify if an item appears 3 times in ls and return it as a list? For example, the return would be [2,2,2] in this case.
1 Like
It's almost always in the Enum module… and this time, it's Enum.group_by.
It depends on what should happen if there's more than one element that appears 3 times. If we're looking for all of them, or just any one of them, then a solution with Enum.frequencies would be pretty slick.
BUT
If the requirement is for the FIRST element to be repeated three times, that doesn't work (maps do not retain order).
In that case, you might consider explicit recursion. Instead of just posting the code, here's a walkthrough of how you might derive similar code.
Start with an even simpler case: "does this list have NONE of this item?" There are several possibilities:
 - the first element of the list matches the item. The answer is false.
 - apart from the first element, does the rest of the list have NONE of the item?
 - an empty list always has NONE of the item. The answer is true.
This translates directly to Elixir:
 def has_no_item([first | rest], item) when first == item, do: false
 def has_no_item([_ | rest], item), do: has_no_item(rest, item)
 def has_no_item([], item), do: true
Now take a step closer to the goal: does this item appear EXACTLY ONCE? If so, return it as a list
Again, there are cases:
 - the first element of the list matches the item. If there are NONE of the item in the rest of the list, return the item wrapped in a list, otherwise return empty list
 - does the item appear EXACTLY ONCE in the rest of the list? If so, return it as a list
 - the item does not appear EXACTLY ONCE in the empty list, return empty list
That NONE function is useful here!
And the corresponding Elixir code:
 def has_one_item([first | rest], item) when first == item do
 if has_no_item(rest, item) do
 [first]
 else
 []
 end
 end
 def has_one_item([_ | rest], item), do: has_one_item(rest, item)
 def has_one_item([], _), do: []
Next we're headed to TWO. Similar cases appear:
 - the first element of the list matches the item. If item appears EXACTLY ONCE, prepend the first element and return. Otherwise, check if the item appears TWO times in the rest of the list.
 - the item appears TWO times in the rest of the list
 - the item does not appear TWO times in the empty list
And similar Elixir:
 def has_two_items([first | rest], item) when first == item do
 case has_one_item(rest, first) do
 [] -> has_two_items(rest, item)
 items -> [first | items]
 end
 end
 def has_two_items([_ | rest], item), do: has_two_items(rest, item)
 def has_two_items([], _), do: []
Finally we're ready for THREE, the thing we started looking for.
The cases are:
 - if the first element of the list appears TWO times in the rest of the list, prepend the first element and return. Otherwise, does the rest of the list have an item that appears THREE times?
 - the empty list does not have an element that appears THREE times
And the code:
 def has_three_items([first | rest]) do
 case has_two_items(rest, first) do
 [] -> has_three_items(rest)
 items -> [first | items]
 end
 end
 def has_three_items([]), do: []
One quick note: this implementation has a performance pitfall, can you spot it? Think about what would happen if has_three_items was given a looooooong list with exactly two copies of every element. That can be resolved by keeping more state when recursing, similar to how memoized Fibonacci massively outperforms naive Fibonacci.
3 Likes
This does exactly what you asked. It is performant, as it does not traverse the whole list. It stops as soon as limitis found.
Returns :error if no limit is reached.
defmodule X do
 def duplicate_items(enumerable, limit) when is_integer(limit) and limit > 1 do
 result =
 Enum.reduce_while(enumerable, %{},
 fn x, acc ->
 case acc do
 %{^x => count} when count == limit - 1 ->
 {:halt, {:ok, List.duplicate(x, limit)}}

 %{} ->
 {:cont, Map.update(acc, x, 1, &(&1 + 1))}
 end
 end
 )

 case result do
 {:ok, _} -> result
 _ -> :error
 end
 end
 def duplicate_items(enumerable, 1) do
 case Enum.fetch(enumerable, 0) do
 {:ok, value} -> {:ok, [value]}
 :error -> :error
 end
 end
end
iex> ls = [1, 2, 3, 2, 2, 1, 3]
iex> X.duplicate_items(ls, 1)
{:ok, [1]}
iex> X.duplicate_items(ls, 2)
{:ok, [2, 2]}
iex> X.duplicate_items(ls, 3)
{:ok, [2, 2, 2]}
iex> X.duplicate_items(ls, 4)
:error
3 Likes


Merging dictionaries within powershell
I needed to join dictionaries from within a list together, so that they become one whole dictionary.
First I thought it may be a trivial task. Than I used google and realized, that everything on the first page was just wrong or impracticable for lists with unknown size.
What I found, was stuff like:
$a = @{"foo"=1}
$b = @{"bar"=2}
$c = @($a,$b) | ForEach-Object {$_}
$a = @{"foo"=1}
$b = @{"bar"=2}
$c = $a + $b
The console output of $c will look identical for both:
Name Value
---- -----
foo 1
bar 2
But the issue is with the data structure. This becomes a problem when we would like to access the data.
Will output $null for the first example and "2" for the 2nd. But why is this?
Lets convert it to json (without piping, this is important) to see:
ConvertTo-Json -InputObject $c
which outputs for the first case:
 "foo": 1
 "bar": 2
and for the 2nd what we originally expected:
 "bar": 2,
 "foo": 1
So now we know that the first one did not join the dictionaries, but warped them into a list. As we originally looked for a solution to join a list of dictionaries, this is not helpful.
(From now on $c is the output from the first example, as it is the same as my original input)
The 2nd one however looks helpful, but has two issues:
 1. It only works if we know how many elements we have (hard coded element count)
 2. It copies the list once for each element we want to add to it.
So let's address these issues:
 1. For the 1st one something like this will do the trick:
 $c | ForEach-Object -Begin {[Hashtable]$aa = @{}} -Process {$aa += $_} -End {$aa} | ConvertTo-Json
 2. But for the 2nd we need something a bit more advanced like
 $c | ForEach-Object -Begin {[Hashtable]$aa = @{}} -Process {foreach($element in ($_.GetEnumerator())) {$aa.Add($element.Key,$element.Value)}} -End {$aa} | ConvertTo-Json
Documentation of a given infrastructure
Getting the same information from every pc especially in a very complex and grown environment can be a tedious work. So why don't just call a script to help out 😉
# Network Drives
Get-WmiObject -Class Win32_MappedLogicalDisk | Select-Object Name,ProviderName
# Powershell Version
# Get all Printer
Get-WMIObject -Class Win32_Printer | Select-Object -Property Name,PortName,Default | Sort-Object Name |Sort-Object Default -Descending | Out-String
# Get Office
Get-WmiObject -Class Win32_Product -Filter "name like '%office%'" | Select-Object -Property Vendor,Name,Version | Out-String
# Get all Applications
Get-WmiObject -Class Win32_Product | Select-Object -Property Vendor,Name,Version | Out-String
# Local Drives (with ntfs):
Get-WmiObject win32_volume -Filter "filesystem like 'ntfs'" | Sort-Object Name | Select-Object Name,Label | Out-String
# Find all local PST-Files
# Get-ChildItem -Path C:\ -Filter *.pst -Recurse -ErrorAction SilentlyContinue
Get-WmiObject win32_volume -Filter "filesystem like 'ntfs' and DriveLetter like '%'" | foreach-object {Get-ChildItem -Path $ -Filter *.pst -Recurse -ErrorAction SilentlyContinue | Select-Object FullName | Out-String}
# Processor and Windows Architecture
Get-WmiObject Win32_processor | Select-Object Name,Caption,AddressWidth,DataWidth | Out-String
Get-WmiObject Win32_OperatingSystem | Select-Object OSArchitecture | Out-String
# Get Bios Information
Get-WmiObject win32_bios | Select-Object SerialNumber,Manufacturer,BiosVersion,ReleaseDate,SMBIOSBIOSVersion,SMBIOSMajorVersion,SMBIOSMinorVersion | Format-Table | Out-String
Get-WmiObject Win32_ComputerSystem | Select-Object Manufacturer,Model,NumberOfProcessors,NumberOfLogicalProcessors | Out-String
# Environment Variables
Get-ChildItem Env: | Out-String
# # Get EventLog
# Get-EventLog -LogName *


Citrix ADC
Configure a stream identifier
You configure a stream identifier to specify parameters for collecting statistical data from requests identified by a given selector. An identifier specifies the selector to be used, the statistics collection interval, the sample count, and the field on which the records are to be sorted.
The Citrix ADC appliance includes the following built-in stream identifiers for common use cases. All the built-in identifiers specify a sample count of 1 and an interval of 1 minute. Additionally, they sort the data on the REQUESTS attribute. They differ only in being associated with different built-in selectors. Each built-in identifier is associated with a built-in selector of the same name (for example, the built in identifier Top_URL is associated with the built-in selector Top_URL). Following are the built-in identifiers:
 - Top_URL
For more information about the built-in selectors, see Configuring a Selector.
Note: The maximum length for storing string results of selectors (for example, HTTP.REQ.URL) is 60 characters. If the string (for example, URL) is 1000 characters long, of which 50 characters are enough to uniquely identify a string, use an expression to extract only the required 50 characters.
You cannot modify a built-in identifier's configuration. However, you can create an identifier with a configuration of your choice.
To configure a stream identifier by using the command line interface
At the command prompt, type the following commands to configure a stream identifier and verify the configuration:
 - add stream identifier [-interval ] [-SampleCount ] [-sort ]
 - show stream identifier
> add stream identifier myidentifier Top_URL -interval 10 -sampleCount 100
To configure a stream identifier by using the GUI
 1. Navigate to AppExpert > Action Analytics > Stream Identifiers.
 - To create a stream identifier, click Add.
 - To modify a stream identifier, select the identifier, and then click Edit.
 3. In the Configure Stream Identifier page, set the following parameters:
 - Name
 - Selector
 - Interval
 - Sample Count
 - Sort
 4. Click OK, and then click Close.
Configure a stream identifier


text:
Advancing the Rural Migration Initiative
The Regional Australia Institute (RAI), in partnership with Bendigo and Adelaide Bank, held a luncheon in Melbourne at the beginning of this month, to pursue a collective action on the rural migration initiative.
Earlier this year, the RAI launched the Missing Workers Paper that has since galvanized national support to address labour shortages and declining population in regional Australia.
RAI CEO Jack Archer said the purpose of the event was twofold. Firstly, to continue to educate and raise awareness of the need to address workforce shortages in rural communities, and secondly to highlight the strength and success of locally led migration campaigns.
"We are continuing to build a coalition of communities, organisations and peak bodies who can rally behind the need for transformation to ensure our regional and rural communities can continue to grow and prosper," Mr Archer said.
"Here at the RAI, we believe we can use our national network to harness and amplify the needs of regional Australia and we welcome the opportunity to work with regions who feel they too could benefit from being involved in the Rural Migration Initiative," Jack Archer said.
Speakers at the event included Councillor Cheryl McKinnon, Mayor of the Loddon Shire Council in Northern Victoria who shared her insights about how the Pyramid Hill community activated and led a cohesive strategy to welcome migrant families and boost their languishing workforce.
Personal accounts from Filipino migrants Marilyn Fernandez, a Kia-Ora Piggery worker, and Fione Garchitorena, a 15 year old High School student, brought home the sacrifices that were made and the challenges that were overcome with community support. Pleasingly both stories expressed that moving to Australia was the best decision their families had ever made.
Attendees also included senior representatives from Bendigo and Adelaide Bank, Dairy Australia, NBN Co, AusVEG, Open Universities, RDA Orana, AMA Victoria, John Holland, Limestone Coast LGA, The Scanlon Foundation, Refugee Talent, Leadership Great South Coast and Regional Development Victoria.
Later this month the RAI will be launching a Migration Tool Kit which has been generously sponsored by the Scanlon Foundation. This offering will be made available to regional communities across Australia to provide them with the step-by-step guide to undertaking a successful locally led Rural Migration Initiative.
For enquiries please contact:
Liz Ritchie, GM Strategy and Partnerships
M: 0411 565 643
E: [email protected]
Sign up to our Regional Futures e-News to make sure you stay up to date with the latest news and information from us.


text:
Digital Taxation Monitor now on our Tax Research Platform (TRP)
We have recently created the Digital Taxation Monitor covering the taxation of digitalized economy. It will initially comprise of 60 country tables regarding current unilateral measures and VAT measures per country. It also covers the supranational discussions and measures adopted by the OECD, EU and UN. It follows-up on the current worldwide debate and possible agreement on the tax treatment of digitalized businesses and it will monitor the implementation per country of an eventual global solution.
In one overview, you can easily compare measures by country, organization or tax type, with detailed comments on the important aspects of (direct and indirect) taxes targeting the digitalized economy. The monitor covers essentials such as taxpayers, taxable base, tax rates, method of collection, registration requirements and other compliance obligations. But it also includes the country context (such as the country position on the global discussion and status of US investigations on the country's digital tax). Links to country and topical analyses, laws and to journal articles provide you with further information on jurisdictions to support your research and business decisions.
The Digital Taxation Monitor supports your research and business decisions by providing the following benefits:
- Comprehensive: helps keeping track of the variety of taxes out there that apply to the digitalized economy!
- Regular updates: get the latest news ensuring you do not miss out on anything that could present an issue in a country you are dealing with.
- Anticipate: helps you to decide on how best to structure your company such as changing the way you do business to keep control or revise your business entity structure.
- Compliance: are countries implementing measures that you need to report?
- Enhance your understanding: what definitions are used and what is the reasoning behind certain digital taxes? Whom might they affect, what are the exceptions and are there intercompany aspects to consider?
- Compare: quick side-by-side comparisons or export functionality enabling you to group countries that have indirect tax obligations or to extract withholding taxation measures across the globe from this and other IBFD tables.
The following examples, based on the Digital Taxation Monitor, helps you understand how each country is moving forward in what concerns the taxation of digitalized economy.
Let's say you are a tax manager at a multinational enterprise with its headquarters in the United States. The enterprise provides digital services and sells goods through online platforms directly to customers in Brazil, France, India, Italy, Japan, Kenya and Mexico. As a tax director, you are aware of the discussions concerning the taxation of the digitalized economy and that some countries have been implementing specific measures and taxes targeting transactions carried out via digital channels. You want to ascertain if this is the case for the countries with which your enterprise maintains online business.
You are particularly interested in having information on the implementation of taxes in your market countries that may affect your enterprise, such as digital service taxes in France and Kenya or the equalization levy in India, new taxable presence risks such as in the case of a significant economic presence in Italy, and special VAT/GST collection mechanisms and compliance obligations for e-commerce, such as the ones in the new EU VAT e-commerce package, effective since 1 July 2021 in EU Member States you maintain online businesses with. You also want to keep track of the developments concerning the US investigations into some digital taxes, the discussions on a global solution and its eventual implementation by your market countries. The Digital Taxation Monitor gives you an overview of the proposed and implemented measures targeting the digitalized economy and the follow-up of the global solution debate and its implementation per country.
For your main concerns with taxation of income or revenue derived by the enterprise from its online business directly with customers in the market countries, Section A of the Digital Taxation Monitor provides you with information on the taxes proposed or implemented in the country, including digital service taxes, withholding taxes, equalization levy or taxation of significant economic presence.
Indirect Tax and other types of taxes
In Section B, you get information on the VAT/GST measures concerning B2B and B2C e-commerce transactions carried out with the market countries of the enterprise, including applicable compliance obligations and registration requirements. If the market country proposed or applies other types of taxes or contributions to digital transactions, such as in the case of digital contributions proposals currently considered in one of your market countries, i.e. Brazil, you will find this under Section C of the table.
The Digital Taxation Monitor gives you the possibility to see the information of different countries side-by-side, through a comparison tool. In this case, you will be able to compare the tax information of your market countries and identify, for example, those with the highest and lowest tax and compliance burden affecting online businesses.
Updates on a global solution
You are interested not only in the tax technical information of the specific taxes, but also in the context and future of the taxation of the digitalized economy in those market countries. The monitor provides you with additional information on the position of the countries in the current discussions on a possible global solution (for example, the latest G7 agreement signed by two of your market countries, i.e. Italy and Japan) as well as the status of US investigations conducted into taxes implemented by some of your market countries (Brazil, India and Italy). You will also be able to follow up the eventual global solution on the matter by checking the information in the Digital Taxation Monitor table for the OECD and how this solution will be implemented by each of your market countries, including the phasing-out of their unilateral measures.
Finally, if you wish to dive deeper, the Digital Taxation Monitor is also interlinked with other collections available on IBFD's Tax Research Platform, such as country tax guides, Tax News Service (TNS) reports, primary source materials and many journal articles.


exact center of the top of the barrel.
 4. Take the engine block and hot glue it to the front of the barrel (over the words).
 5. Take red spray paint (a redish-maroon would work best) and spray the barrel and engine block.
 6. While waiting for that paint to dry, take the angled two PVC pieces and the two plastic covers.
 7. Cut holes in the centers of the plastic covers so that the PVC pieces will fit in snugly.
 8. Take the PVC pieces out and cut the outer edge of the plastic covers so that they can fit flat against the inside of the flashlight covers.
 9. Glue one plastic cover to each flashlight cover.
 10. Spray-paint both of them white.
 11. If your doll hands aren't white, spray paint them white too.
 12. While you wait for that paint to dry, take the Slinkys and PVC pieces.
 13. Attach each Slinky to a PVC piece. You can either risk using hot glue (this might gum-up the Slinky) or put sticky foil (as used for stained glass) on the end of the PVC and solder the Slinky to the PVC pipe. (I chose solder.) It's helpful to have someone assist with this step.)
 14. Take 1" pieces of wire and solder or glue them in a small loop to the top of each place where the Slinkys are connected to the PVC pieces.
 15. Drill a small hole in the upper wrist of each of the hands.
 16. Hot glue the hands to the Slinkys.
 17. In order to keep the Slinky from stretching all over the place during assembly, take some Scotch tape and tape it closed.
 18. Place the ends of each PVC arms into the hole in the shoulder assembly.
 19. Push the shoulder pieces down the arms to the curve in the PVC.
 20. Hot glue the PVC pieces to the barrel over the arm holes.
 21. Push the shoulder piece back up into place so it's as close as you can get it against the body.
 22. Hot glue the shoulder to the body.
 23. Touch up each point of exposed hot glue with white (or red) paint to keep it from showing.
 24. Paint the center part of the engine block silver. (The little knobs)
 25. Paint the tips of the engine block black.
 26. Drill three holes into the bowl that's used for his butt. The holes should be at 120 degrees to each other on the edge of the hole.
 27. With the barrel upside-down and the bowl on top, drill holes in the exact same positions on the bottom of the barrel.
 28. Using nuts and bolts, screw the bowl to the barrel.
 29. Stand back and admire Tom Servo's body!!! (Put his head on top for the complete effect...)
Step 4: Tom's Inner Secrets
 The Arms:
 1. Take two long sections of strong fishing line and tie each piece to the small holes you drilled in the upper wrist of each hand.
 2. Thread the fishing lines through the center of the Slinkys and through the wire loops which are attached to the PVC pipes.
 3. Thread both of the fishing line sections into the arm holes in the barrel.
 4. Tie both lines onto the plastic loop.
 This loop is what you can pull to make his arms flap. Releasing the loop will make his arms loose and floppy. Pulling it tight will make the arms stay tight. It's best to get the lines the correct length so that you can just put the loop over one of the screws in the inside of the bowl. When the loop is being held by one of the screws, his arms should be held tight in "display position".
 The Head:
 5. Take the 1.5 foot PVC pipe (as shown in the picture above with my hand) and place it inside the barrel with the female screw end at the top.
 6. Take the PVC connector (as shown in the picture with the thumb) and screw it through the neck hole and into the pipe in the barrel.
 You should now be able to use the pipe inside to turn the connector on the top. Servo's head will go on top of the connector.
 7. Fit the head on the connector piece.
 (WARNING! This is NOT as easy as it seems!) You'll still want the mouth to open and close. The connector piece will have to be melted and cut down on one side to allow the head to fit on straight AND to allow the mouth to move. There are no real exact measurements. You'll just have to cut away the connector piece so that the head fits.
 8. Attach Velcro to the inside of the head and the edges of the connector. This will allow you to easily remove the head if you want...but yet keep the head attached when it should be.
 9. In the inside of the far up as you can go, glue a small screw eye.
 10. Leaving the spring on the mouth, tie fishing line from the mouth, through the screw eye, and down the tube in the body.
 11. Place the head on the body.
 12. Tie the end of the fishing line which comes out the bottom to another plastic loop.
 This will control Servo's mouth. Pulling the loop will open his mouth. Releasing pressure will close it. All this can even happen while his head turns around 360 degrees!
PS: My Tom Servo is not for sale.
You can ask questions...but since this site has been unsupported for over two years, you will most likely be ignored. (Nothing personal, but I mean MST3K has been cancelled and we've moved on with our lives.)
Please don't ask where I found the parts. If they're easy to find, I already said so above. If they're hard to find, then I don't know where you can get them. (No...I don't know where you can get a barrel! Stop asking! ARRRGH!)
Copyright © _PHONE_,


On Wet Plate Workshops
Photo: John Brewer
Photo: John Brewer
We've seen a small explosion in interest in wet plate recently and more course providers are starting to offer wet plate courses.
Here's a little check list if you're wondering how best to choose your wet plate course or if you even need one.
1. Do I need to attend a workshop?
While wet plate isn't inherently difficult troubleshooting can be difficult. We would recommend going to a workshop if you can.
Before attending a workshop we would recommend you ask and check with the tutor what will be covered.
2. How many people will attend a workshop?
We teach a maximum of four on my own or six if we are assisted.
3. Will chemistry be covered explaining what each individual component does?
4. Is the workshop two days or longer?
For example, in our opinion wet plate cannot be learnt in one day.
Here are more factors to consider;
5. Will you get a comprehensive manual so that you can continue on your own?
6. Does the tutor have experience in teaching?
7. Will you get to make images of different sizes?
8. Will the tutor explain the different types of cameras and lenses suitable for wet plate and will you get to try them?
10. Is the tutor a practising wet plate artist?
11. Can the tutor show you his or her work first hand or on a website?
If the answer to any of these is no we would recommend choosing a different workshop… and it just so happens that the highly experienced wet plate artist John Brewer offers workshops at Double Negative!
Photo: John Brewer
Photo: John Brewer
Photo: John Brewer at Double Negative Darkrooms
Photo: John Brewer at Double Negative Darkroom
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Color-code production control items in the IFC model
To color-code items in the IFC model according to their properties, use the Colorize command in the Model Viewer Interface dialog box. For example, you can color-code items according to their production status or sequence. You can also set filters to only color-code particular items in the model. By using a filter, for example, you could first filter the items by their sequence, and then color-code the items in that sequence by their production status.
- In the Production Control dialog box, right-click anywhere in the display area.
- In the context menu, click Model Interface.
If necessary, in the Model Viewer Interface dialog box, filter the items that you want to color-code:
- Click Set Filters.
- In the Estimating Filters dialog box, select a filter type in the Type list, and click Select.
In the Filter dialog box, do one of the following depending on the filter
Click the arrow buttons to move the items that you want to display in the model to the Included list.
Type the maximum and minimum values for the items that you want to display in the model.
Repeat steps b to d for all filter types that you want to set.
- Click Apply Filter.
- Click the arrow on the right side of the Colorize By list and select a property in the list.
- Click Colorize.
The items in the IFC model are color-coded according to the selected property.
To revert to the original colors in the IFC model, click Reset in the Model Viewer Interface dialog box.


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UBC Alum Harold Steves to Retire From Civic Politics
At 83, Harold Steves (BSc Agriculture, 1963) will be retiring as Richmond's longest-serving City Councillor. Using Twitter, Steves, who is known as ClimateChange Steves (@Harold_Steves), announced he would not seek re-election in 2022 after 50 years of service.
Even though he plans to step back from civic politics, he has more to accomplish; and agriculture and food are bred into his DNA.
As the man who founded B.C.'s Agricultural Land Reserve in the early 1970s, Steves stays connected to scientists around the world via Twitter. This allows him to stay current on his interests, which revolve around regenerative agriculture, the UN, and local and global food security policy.
"I stay motived because I know it can take decades to make changes," says Steves. "Five percent of people can change the world; it can take a while."
Passion projects in the works for Steves
Food security remains a top priority, especially as COVID-19 exposed vulnerabilities in our food production, processing and distribution systems. Steves will continue to work towards achieving 40% self-sufficiency in food production within Richmond. This involves moving two projects forward: collaborating with Kwantlen Polytechnic University to start the world's first farm school in Richmond; and setting up a land bank, enabling young people to access land via leases where they can establish farms.
Steves also has two more years on the Metro Vancouver Regional District Board. He hopes to dust off a plan that is currently "sitting on a shelf" that calls for preserving 240 hectares of Colony Farm in Coquitlam as an agricultural- and nature-protected area, housing organic agriculture, berms and trees.
Also, Steves is developing new plant varieties. At his 103-year old home in Richmond, he developed a new yellow tomato, and is improving an early heirloom tomato, called Alpha, selected for its hardiness in colder, northern temperatures; he's excited to see how the Alpha fares in northern Canada.
For the past 10 years, he's worked on bringing back the purple Mikado tomato that is high in anti-oxidants. His ancestors grew the original Mikado back in 1888, but the plants had become crossed with other tomato breeds and lost their original leaves that resemble potato leaves.
He and his wife Kathy raise purebred Belted Galloway Cattle and cross them with Angus to produce grass-fed beef.
A family of agricultural pioneers
His great-uncle Herbert and grandfather Joseph Steves started a seed farm in 1888, becoming the first mail-order seed-sellers in Western Canada. They managed heritage seeds from 50-60 varieties of vegetables adapted to northern climates.
Steves' other notable lineage goes back one more generation. His great-grandparents Manoah and Martha founded Steveston in 1877. Hailing from New Brunswick, they were the first to settle north of what's now called Garry Point, and brought in B.C.'s first purebred Holstein cattle, which supplied milk to the City of Vancouver.
Steves learned the value of oral history from his family.
"My great aunt Ida told stories of my great grandfather who taught my grandfather and father down through the generations," said Steves. "We are husbandmen of the land. What we take from it we must return to it. We must never destroy the land."
His father studied Agriculture at UBC, as did two of Steves' children. Three of his other children attended UBC, studying Astronomy, Engineering and Social Work.
Steves' wife of 60 years, Kathy (who has a UBC degree in Physics), has played the role of both life partner and business partner.
"Kathy can pull up files from 30-40 years ago from a wall of filing cabinets that she keeps. It's been the two of us together the whole time."
Initiating B.C.'s Agricultural Land Reserve (ALR)
While a student at UBC, a classmate urged Steves to join the Co-operative Commonwealth Federation (CCF, precursor to the New Democratic Party) as both were upset by land rezoning in Richmond, which had negatively impacted their families' farms. Steves became involved in the CCF during 1960s.
Steves' father ran a dairy but like many farmers, he was unaware Richmond Council rezoned their farmland for residential use in the late 1950s. When his father wanted to expand his dairy farm so that he could install a bulk tank, he was forbidden to do so. After further setbacks, Harold and his father went out of the milk business and switched to beef cattle.
The younger Steves set up an Agriculture Committee under the NDP made up of young farmers, and he met with farmers in Richmond, all the way east to Abbotsford. Using a land bank model from Saskatchewan, he started to write up an Agricultural Land Bank system for B.C.
He drafted the agriculture policy for the NDP in the 1972 election, establishing a land-use zoning for agricultural production, which would protect these designated areas from being subdivided for industrial and residential use. This policy eventually became what is known as the Agricultural Land Reserve in 1973 under an NDP government.
"Since it launched in 1973, the ALR has had one battle after another to keep it together," quips Steves. "But it's mostly stayed together."
The ALR has protected B.C.'s agricultural land, and while its mandate and scope have been reviewed several times over the years, it has served as a model for ensuring food security for the province.
Steves says he's been contacted by the United Nations Habitat for Humanity in the early days of the ALR rollout, as well as the Food and Agriculture Organization of the UN. They were concerned that urban dwellers may not be able to feed themselves in the face of climate change and wanted to understand how B.C.'s ALR was set-up.
Steves has made an indelible mark in Richmond and in agricultural policy.
He was elected from _PHONE_ as a Richmond alderman, and then served continuously as a councillor since 1977, only taking a break from civic duties to serve as an NDP MLA from _PHONE_.
In addition, he's chaired the Metro Vancouver Agriculture Committee and currently serves on its Regional District Board of Directors; he co-founded the Richmond Anti-Pollution Association in the 1960s; and he's protected overfishing by helping to set fishing quotas as a director of the BC Groundfish Development Authority; and, he joined demonstrations to save UBC Farm from development.
"There are many ways to get your message across. One way involves joining protests, and the other way is showing people how to do things. I do both."


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We propose that recently realized T-shaped semiconductor quantum wires (T wires) could be exploited as three-terminal quantum interference devices. T wires are formed by intersecting two quantum wells (QWs). By use of a scattering matrix approach and Landauer-Buttiker theory, we calculate the conductance for ballistic transport in the parent QWs and across the wire region as a function of the injection energy. We show that different conductance profiles can be selected by tailoring the widths of the QWs and/or by combining more wires on the scale of the Fermi wavelength. Finally, we discuss the possibility of obtaining spin-dependent conductance of ballistic holes in the same structures.
Quantum interference in nanometric devices: Ballistic transport across arrays of T-shaped quantum wires / Goldoni, Guido; F., Rossi; Molinari, Elisa. - In: APPLIED PHYSICS LETTERS. - ISSN 0003-6951. - STAMPA. - 71:(1997), pp. _PHONE_.


zines need love too!
Turning Packaging From Trash to Toys Turning Packaging From Trash to Toys
Turning Packaging From Trash to Toys
by Adele Peters
December 17, 2012
How can food packaging have a useful life after you've eaten whatever's inside? One solution, from a Greek design company, is to create a box that can easily be converted into a toy that kids want to keep.
Matadog Design needed to create a new brand for a snack company that sells small boxes of raisins. Initially, their assignment was to add a toy inside the package. They realized that if the box itself could become the toy, then they'd be able to eliminate waste.
As the designers studied paper toys, they discovered that most are somewhat complicated to construct—they usually require scissors and glue or tape, and a lot of time. After building countless models, they created a series of designs that are truly kid-friendly: they don't require any tools, and they're simple enough that kids can put them together by themselves.
The boxes come in 10 different designs, so kids will want to keep buying the snacks—and so they have a reason to keep more packaging out of the trash.
Photos courtesy of Matadog Design
Join the discussion


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The downloadable Scriptio archive unpacks into a folder with the name scriptio-#-# where the _TAG_ are replaced by the major and minor version numbers.
This folder is designed so that it can be dropped into any web-serving directory to see the working examples and presentable Scriptio documentation.top
The folder scriptio that is included in the archive contains the production files for Scriptio. These are:
- CSS styles and definitions used by Scriptio objects.
- The Java applet that plays the OGG, AU, and WAV audio files.
- The Flash file for MP3 audio files.
- This folder contains the GIF icon images used for the audio controller bar.
Only these files are required for production sites. The remainder of the files in the archive are for documentation, source code, and example files.top
Different images for the audio controllers are found in the skins directory. To use a different "skin", copy the images into the scriptio/images/ directory, and include skin:'SKIN-NAME' in the parameter list sent to Scriptio. See Audio Skins for an example.top
Documentation is in the docs. It contains links to the overview, installation page (i.e. this page), reference, and tutorial pages.top
The source directory contains the source files for all Scriptio components. Although the production file scriptio.js is source code, it is the concatenation of many source files. As per open source licensing protocols, these source files are included in this release.
There is also a source subfolder scriptio-audio for the Java audio applet. It includes slightly-modified JOgg and JOrbis libraries.
The subfolder scriptio-eclipse contains extension code for color-coding of source scripts within the open source Eclipse framework. (Starting with release 0.1)
The subfolder scriptio-mp3 contains Flash ActionsScript2 source code for the MP3 player. I can be compiled with the open-source MTASC compiler. (Starting with release 2.0)top
The folder examples contains the following examples in sub-folders:
- Displays "Hello, World" in Scriptio.
- Feature demonstration without audio.
- A short slideshow showing image transitions and overlain text.
- An example courseware presentation with narration in Ogg Vorbis format.
More examples are found on the Scriptio web site. These other examples showcase the author mode, Flash and QuickTime audio formats, and different audio controller skins.


How to create conditional thankyou page redirect logic?
Question: How to create conditional thankyou page redirect logic?
 In the custom type of form, we have a feature to change thankyou page redirect depending on 'IF' State conditions. Follow the steps for guidance –
 Step 1. Log in to your Shopify store and navigate to Apps > Form Builder.
 Step 2. Create or edit a custom form.
 Step 3. Navigate to Form Settings -> Conditions -> Conditional Redirect
 Step 4. Click on the "Add New Rule" button to create a new rule for conditional redirects.
 You can create a rule for the following conditions
 - First Name
 - Last Name
 - Email
 And apply the following check
 - Equals To
 - Greater Than
 - Less Than
 - Has Value
 Step 5. After creating a rule, click on the "Save" button to save the settings.
 If you want to redirect all customers whose first name is John to a different thank you page. So you can create a rule as follows
 If First Name Is Equals To Value John Then Redirect URL https://yourstore/thankyoupage-for-john
 Did this article answer your question?


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- SPECIAL REPORTS
Rising health care costs are one of the biggest challenges facing the American auto industry today. In fact, some OEMs and Tier One suppliers spend more on health care than on steel—as much as $2,000 per vehicle produced.
Reducing injuries on the assembly line and improving productivity are essential to reining in skyrocketing health care costs. That's the goal of Ohio State University's Center for Occupational Health in Automotive Manufacturing (COHAM).
"We design assembly tasks and processes that minimize occupational health risks and enhance productivity and quality," says William Marras, COHAM director and a professor in the department of integrated systems engineering. "Our mission is to empower state-of-the-art technology and cutting-edge analysis methods to protect worker health, reduce worker injuries and optimize high-tech vehicle production."
Many leading automotive manufacturers, such as BMW, Faurecia, Honda and Toyota, have turned to COHAM for assistance since the organization was created six years ago. Research projects have changed the way that air bags, bumpers, doors, headliners, instrument panels, wiring harnesses and other subassemblies are installed and attached in vehicles.
"We are the only university-based full-scale manufacturing operation in the world where automobile manufacturers and suppliers can test the effect of manufacturing systems on the health of workers," claims Marras. "This approach provides quantitative cost-benefit information to manufacturers so that they can make production decisions based upon scientific evidence."
Marras and his colleagues tap into basic ergonomic research techniques developed at Ohio State's biodynamics laboratory. The 3,500-square-foot facility is equipped with a wide variety of tools that measure how the body works and how it responds to various types of muscle stresses and joint loads.
Engineers at the facility have developed several testing devices in-house. For instance, a wrist motion monitor measures how rapidly wrists move when performing various assembly tasks. A lumbar motion monitor studies back movement and exertion.
When tackling a new ergonomics challenge, engineers first visit the manufacturer's assembly line to talk with operators and take basic measurements.
"However, there are limits on what you can do on the plant floor," says Marras. "For instance, you can't do MRIs or strap a bunch of electrodes onto assemblers. That's where COHAM comes in."
The center features 5,000-square-feet of simulated plant floor. It includes conveyors, parts bins, workstations, overhead hoists, zero-gravity arms, and a wide assortment of pneumatic, electric and battery-powered fastening tools.
"It's designed to look like a real auto plant and it provides us with a lot of flexibility," says Marras. "For example, we can easily change the speed of the assembly line to measure and monitor how operators react."
Full-time line workers are typically involved in all COHAM research projects. In addition, Ohio State students are brought in to simulate new hires.
Several years ago, Marras and his colleagues conducted a research project for Honda aimed at reducing musculoskeletal injuries associated with DC-electric torque tools. The engineers tested a variety of right-angle fastening tools and evaluated how they affect the upper extremities of assemblers.
One of the most recent COHAM projects involved the development of a carriage that tilts cars sideways so assemblers can easily access interior areas while standing. As part of the study, the engineers had 12 people install components in a car's interior, underbody and engine compartment while standing. They measured stresses on the people's bodies when the car was tilted at different angles.
"Of nine different installation tasks, seven became much less strenuous when the car was tilted on its side 45 degrees," says Marras. "The other two showed similar improvements when the car was tilted completely sideways at 90 degrees."