Seth Woolley's Man Viewer
tcldot(n) - tcldot - graph manipulation in tcl - man n tcldot
([section] manual, -k keyword, -K [section] search, -f whatis)
man plain no title
TCLDOT(N) TCLDOT(N)
NAME
 tcldot - graph manipulation in(1,8) tcl
SYNOPSIS
 #!/usr/local/bin/tclsh
 package require Tcldot
USAGE
 Requires the dynamic loading facilities of tcl7.6 or later.
INTRODUCTION
 tcldot is a tcl dynamically loaded extension that incorporates the
 directed graph facilities of dot(1), and the undirected graph facili-
 ties of neato(1), into tcl and provides a set(7,n,1 builtins) of commands to control
 those facilities. tcldot converts dot and neato from batch processing
 tools to an interpreted and, if(3,n) needed, interactive set(7,n,1 builtins) of graph manip-
 ulation facilities.
COMMANDS
 tcldot initially adds only three commands to tcl, namely dotnew,
 dotread, and dotstring. These commands return a handle for the graph
 that has just been created and that handle can then be used as a com-
 mand for further actions on the graph.
 All other "commands" are of the form:
 handle <method> parameters
 Many of the methods return further handles of graphs, nodes of edges,
 which are themselves registered as commands.
 The methods are described in(1,8) detail below, but in(1,8) summary:
 Graph methods are:
 addedge, addnode, addsubgraph, countedges, countnodes, layout,
 listattributes, listedgeattributes, listnodeattributes, list-
 edges, listnodes, listsubgraphs, render, rendergd, queryat-
 tributes, queryedgeattributes, querynodeattributes, queryat-
 tributevalues, queryedgeattributevalues, querynodeattributeval-
 ues, setattributes, setedgeattributes, setnodeattributes, show-
 name, write.
 Node methods are:
 addedge, listattributes, listedges, listinedges, listoutedges,
 queryattributes, queryattributevalues, setattributes, showname.
 Edge methods are:
 delete, listattributes, listnodes, queryattributes, queryat-
 tributevalues, setattributes, showname.
 dotnew graphType ?attributeName attributeValue? ?...?
 creates a new empty graph and returns its graphHandle.
 graphType can be any supported by dot(1) namely: "graph,"
 "digraph," "graphstrict," or "digraphstrict." (In digraphs
 edges have a direction from tail to head. "Strict" graphs or
 digraphs collapse multiple edges between the same pair of nodes
 into a single edge.)
 Following the mandatory graphType parameter the dotnew command
 will accept(2,8) an arbitrary number of attribute name/value pairs
 for the graph. Certain special graph attributes and permitted
 values are described in(1,8) dot(1), but the programmer can arbitrar-
 ily invent and assign values to additional attributes beyond
 these. In dot the attribute name is separated from the value by
 an "=" character. In tcldot the "=" has been replaced by a " "
 (space) to be more consistent with tcl syntax. e.g.
 set(7,n,1 builtins) g [dotnew digraph rankdir LR]
 dotread fileHandle
 reads in(1,8) a dot-language description of a graph from a previously
 opened file(1,n) identified by the fileHandle. The command returns
 the graphHandle of the newly read(2,n,1 builtins) graph. e.g.
 set(7,n,1 builtins) f [open(2,3,n) test.dot r]
 set(7,n,1 builtins) g [dotread $f]
 dotstring string(3,n)
 reads in(1,8) a dot-language description of a graph from a Tcl
 string(3,n); The command returns the graphHandle of the newly read(2,n,1 builtins)
 graph. e.g.
 set(7,n,1 builtins) g [dotread $dotsyntaxstring]
 graphHandle addnode ?nodeName? ?attributeName attributeValue? ?...?
 creates a new node in(1,8) the graph whose handle is graphHandle and
 returns its nodeHandle. The handle of a node is a string(3,n) like:
 "node0" where the integer value is different for each node.
 There can be an arbitrary number of attribute name/value pairs
 for the node. Certain special node attributes and permitted
 values are described in(1,8) dot(1), but the programmer can arbitrar-
 ily invent and assign values to additional attributes beyond
 these. e.g.
 set(7,n,1 builtins) n [$g addnode "N" label "Top\nNode" shape triangle eggs easyover]
 A possible cause of confusion in(1,8) tcldot is the distinction
 between handles, names, labels, and variables. The distinction
 is primarily in(1,8) who owns them. Handles are owned by tcldot and
 are guaranteed to be unique within one interpreter session.
 Typically handles are assigned to variables, like "n" above, for
 manipulation within a tcl script. Variables are owned by the
 programmer. Names are owned by the application that is using
 the graph, typically names are important when reading in(1,8) a graph
 from an external program or file. Labels are the text that is
 displayed with the node (or edge) when the graph is displayed,
 labels are meaningful to the reader of the graph. Only the han-
 dles and variables are essential to tcldot's ability to manipu-
 late abstract graphs. If a name is not specified then it
 defaults to the string(3,n) representation of the handle, if(3,n) a label
 is not specified then it defaults to the name.
 graphHandle addedge tailNode headNode ?attributeName attributeValue?
 ?...?
 creates a new edge in(1,8) the graph whose handle is graphHandle and
 returns its edgeHandle. tailNode and headNode can be specified
 either by their nodeHandle or by their nodeName. e.g.
 set(7,n,1 builtins) n [$g addnode]
 set(7,n,1 builtins) m [$g addnode]
 $g addedge $n $m label "NM"
 $g addnode N
 $g addnode M
 $g addedge N M label "NM"
 The argument is recognized as a handle if(3,n) possible and so it is
 best to avoid names like "node6" for nodes. If there is poten-
 tial for conflict then use findnode to translate explicitly from
 names to handles. e.g.
 $g addnode "node6"
 $g addnode "node99"
 $g addedge [$g findnode "node6"] [$g findnode "node99"]
 There can be an arbitrary number of attribute name/value pairs
 for the edge. Certain special edge attributes and permitted
 values are described in(1,8) dot(1), but the programmer can arbitrar-
 ily invent and assign values to additional attributes beyond
 these.
 graphHandle addsubgraph ?graphName? ?attributeName attributeValue?
 ?...?
 creates a new subgraph in(1,8) the graph and returns its graphHandle.
 If the graphName is omitted then the name of the subgraph
 defaults to it's graphHandle. There can be an arbitrary number
 of attribute name/value pairs for the subgraph. Certain special
 graph attributes and permitted values are described in(1,8) dot(1),
 but the programmer can arbitrarily invent and assign values to
 additional attributes beyond these. e.g.
 set(7,n,1 builtins) sg [$g addsubgraph dinglefactor 6]
 Clusters, as described in(1,8) dot(1), are created by giving the sub-
 graph a name that begins with the string: "cluster". Cluster
 can be labelled by using the label attibute. e.g.
 set(7,n,1 builtins) cg [$g addsubgraph cluster_A label dongle dinglefactor 6]
 nodeHandle addedge headNode ?attributeName attributeValue? ?...?
 creates a new edge from the tail node identified by tha nodeHan-
 dle to the headNode which can be specified either by nodeHandle
 or by nodeName (with preference to recognizing the argument as a
 handle). The graph in


text:
The digital divide in the city of Barcelona
The report The digital divide in the city of Barcelona describes Barcelonans ICT access, use, and the quality of their use. It was put out by the Mobile World Capital Foundation at the request of the Barcelona City Hall, in an effort to detect disparities between districts.
Factors such as age, education, income level and employment impact the way information and knowledge are accessed, giving rise to what has been called the "digital divide." Specifically, the digital divide refers to the inequality between those who have access to knowledge via new technologies, and those without it.
My colleges from 300.000 km/s published an intelligent and insightful review of the details of the report which they conclude like that: In addition, when the economic factor is combined with other variables, such as gender, age and education, inequalities do emerge with regards to access, use, and the quality of ICT usage amongst the citizens of Barcelona. For example, the digital divide is notable in low-income neighbourhoods in the case of women ages 65 to 74 with limited educations and who are not employed or dedicated to housework.
The most data is presented in a triple visualization consisting in a Sankey diagram representing the digital devide. Clicking on a data row or column shows you the questions asked to 5000 people from Barcelona. And selecting an answer draws the distribution by neighbourhoods:
The second visualization shows the distribution of user profiles, such as Advanced, Intermediate, Basic, Sporadic and Nonuser, by areas of income or by districts:
The third visualization is a comparision of all answers by districts of Barcelona. Selecting a neighbourhood and moving the mouse over the bar chart shows the normalized value compared to another neighbourhood:
The data from the study carried out by Mobile World Capital Barcelona, as well as its subsequent analysis and the conclusions drawn from it, are available directly in the PDF version of the report.

source: openbmb/Ultra-FineWeb


text:
One-pot hydrothermal synthesis of carbonaceous nanocomposites for efficient decontamination of copper
Environmental pollution associated with heavy metal ions has always been a serious environmental problem. To date, carbonaceous adsorbents are still the most promising candidates for the decontamination of these ions, but are limited by either cost or adsorption capacity. Here, carbonaceous nanocomposites containing numerous surface acidic groups were easily synthesized via one-pot hydrothermal carbonization of glucose in the presence of acrylic acid and a small amount of graphene oxide, and characterized in detail. Batch adsorption of Cu(II) on the carbonaceous nanocomposites from aqueous solution showed that these materials exhibited an excellent adsorption affinity for Cu(II) and the maximum adsorption capacity was as high as 146.1 mg g−1 at pH 5 and T = 298 K, which was much higher than any previous reports. The effect of the degree of functionality on adsorption behaviors, as well as the effects of pH, ionic strength, complex anions, temperature, and the presence of natural organic compounds (humic acid and fulvic acid) and organic pollutants (ionic liquid), were studied systematically to understand the adsorption mechanism. In addition, X-ray photoelectron spectroscopy was further used to confirm that surface complexation reactions played an important role in the adsorption process. This work would provide cheap nanocomposites which could be candidate materials for efficient decontamination of copper ions.

source: m-a-p/FineFineWeb


text:
A high tableland; a plateau on a hill.
A relatively small flat-topped hill or mountain.
An isolated flat-topped hill (Spanish, literally, table, from Latin mensa [1759 ])
A flat-topped, steep-sided upland topped by a resistant formation.
Flattop mountain called ''a table'' in Spanish.
(Qu., from the Spanish "table" or "Mass") -- ceremonial table used in rituals and social events in Cuyo Cuyo, laden with coca, alcohol, or foods to serve to supernatural beings or to the guests.
A large, flat-topped hill (with a surface area of several square km) in an arid region.
A mesa is a flat-topped mountain or hill common throughout the Southwest. Spanish explorers called these geographic features mesas, which means table in Spanish, because they resemble tables with smooth, flat tops, and sides that drop away steeply. Back to
'table-topped' plateau, prevalent throughout northern Mexico and the south-western United States.
table-topped plateau bounded by cliffs
A flat-topped, steep-sided high-land capped with a resistant rock formation. A mesa is smaller than a plateau but larger than a butte.
Small flat topped hill. See also Tableland.
An isolated, relatively flat-topped natural elevation, usually more extensive than a butte and less extensive than a plateau.
A flat-topped mountain or plateau bounded on at least one side by a steep cliff. Spanish for Table.
flat tableland with steep edges; "the tribe was relatively safe on the mesa but they had to descend into the valley for water"
a high, flat-topped natural elevation with steep edges
a land format ion with a flat area on top and steep walls - usually occurring in dry areas
a landform created by fluvial erosion (flowing water, usually rivers)
an elevated area of land with a flat top and surrounded on all sides by steep cliffs
a plateau with quite a flat top
a steep sided hill longer than it is high
Landform. A steep sided, flat-topped hill formed by erosion of the surrounding materials. Mesas are often capped by a resistant rock layer (e.g., basalt) that protects softer underlying rocks. Mesas are wider than tall; compare with butte.
(MAY-suh) Spanish Table; hence a tableland.
(MAY-sah) Spanish Table; hence, a tableland.
Mesa is the Spanish word for "table." It refers to a high, isolated, flat-topped landform with steep sides. The area in which the ancient Pueblo people lived had many mesas separated by deep canyons.
A flat table-like upland, which falls away steeply on all sides (escarpments). It is larger in area than a ""butte"" but smaller than a ""plateau"".
A broad, flat-topped hill or mountain with steep sides.
(landform): A flat-topped hillock, formed by a hard sandstone sheet or dolerite sill capping which protects the underlying softer rock from erosion. Mesas and the smaller buttes (which have eroded to a mere pinnacle) are typical of many Karoo landscapes.
A flat topped mountain with at least one steep side.
Sp. "table"] - a large formation having steep sides and a large flat top.
A mesa is a land formation that has a flat area onthe top and steep walls - mesas usually occur in dry areas.
landform with a flat top and steep sides
A mesa is a land formation with a flat area on top and steep walls - usually occurring in dry areas.
a butte; a flat-topped erosional feature, with diabase caps in the Lakehead region.
A broad, nearly flat-topped, and usually isolated upland mass characterized by summit widths that are greater than the heights of bounding escarpments. As summit area decreases relative to height, mesas are transitional to buttes.
an isolated, extensive, flat-topped elevation on the shelf, with relatively steep sides MESU
a high, flat-topped hill
A tableland; a flat-topped mountain or other elevation bounded on at least one side by a steep cliff; a plateau terminating on one or more sides in a steep cliff. Seen in many areas of the southwest.
An isolated, nearly level land mass standing distinctly above the surrounding country, bounded by abrupt steep-sided slopes on all sides and capped by layers of more-resistant rock.
A broad, flattop, erosional hill or mountain, commonly bounded by steep slopes.
Broad, flat-topped hill rounded by cliffs and capped with a resistant rock layer.
A flat topped hill that rises sharply above the surrounding landscape. The top of this hill is usually capped by a rock formation that is more resistant to weathering and erosion.
an isolated, high plateau with a flat top and steep sides, common in dry regions of the western and southwestern United States. [AHDOS
A mesa (Spanish and Portuguese for "table") is an elevated area of land with a flat top and sides that are usually steep cliffs. It takes its name from its characteristic table-top shape.

source: HuggingFaceFW/fineweb-edu


text:
September 10, 2023
5 Strategies to manage activity storage costs in Dynamics 365
Storage of activities in Dynamics 365 can become costly, especially if large amounts of data are stored. Activity storage refers to customer activities, such as emails, appointments, tasks and other interactions, within the Dynamics 365 environment.
The cost of storing activities can vary depending on the Dynamics 365 plan you use, the number of users, the number of activities generated, and the length of time you choose to store the data. As data accumulates over time, it can increase storage requirements and potentially result in higher costs.
Consider the following 5 tips to effectively manage activity storage costs:
1 Data interest policy
Define data retention policies based on your business needs. For example, you can choose to keep certain types of activities for a specific period of time and then delete or archive older data to reduce storage space usage.
2 Clearing and archiving policy
Review and clean up unnecessary or obsolete activities regularly. Archiving historical data to a separate storage system can help cut costs while still maintaining access to older records. Microsoft recently announced that they are moving the Description column of emails older than 12 months to unstructured Azure Blob storage. This will actually reduce your database storage and increase your file storage, which will help many organizations reduce costs. For larger organizations, however, this may be limited because you cannot currently change the threshold, and the search options are not ideal. We have developed custom solutions for our customers that can get around these limitations by using Azure Cosmos and Virtual Entities.
3 Use monitors
Monitor storage consumption and volume of activity to identify unexpected spikes or trends. This can help you prepare for potential cost adjustments and optimize the use of storage.
4 Optimize activity tracking
Track only essential activities that add value to your business. Reducing unnecessary tracking can help control storage growth.
5 Consider different licensing options
Depending on your organization's needs, educate yourself about different Dynamics 365 plans and licensing options to find the most cost-effective solution.
Want to know more?
I see, I see what you don't: resources and governance in Microsoft 365
Microsoft Purview: Your Solution for Data Protection and Compliance
Is the New Microsoft Intune Suite the Right Step for Your Business?
Tech Updates: Microsoft 365, Azure, Cybersecurity & AI – Weekly in Your Mailbox.


text:
Color Atlas and Synopsis of Clinical Dermatology: Common and Serious Diseases
"Should serve as a standard against which all future atlases will be measured."--New England Journal of Medicine, on a previous edition. This trusted, best selling color atlas presents a wide array of skin conditions, from the most common to life-threatening melanoma and HIV/AIDS. Retains its easy-to-use format that depicts each disease entity, then thoroughly describes the disorder with a brief overview: epidemiology and etiology; history; physical exam; differential diagnosis; laboratory findings; diagnosis; and management. Now features dozens of new and improved illustrations, current management strategies, an updated two-color design, and case reports where appropriate. Unsurpassed for its low price, extensive use of superb color illustrations, and ease of use by health care professionals at all levels.
71 pages matching systemic in this book
Results 1-3 of 71
What people are saying - Write a review
DISORDERS OF SEBACEOUS AND APOCRINE GLANDS
95 other sections not shown


text:
How to Stake Blooming Orchids
Flowers and spikes of orchid blossoms can be heavy and, if they aren't staked properly, they'll open at an awkward angle. Orchid staking techniques vary somewhat with the type of orchid. The two major types are the spray orchids, like phalaenopsis and oncidiums, or those with single flowers or just a few on one spike, like cattleyas and most paphiopedilums.
Be sure to start this process while the orchid is in bud — that is, before these orchids are actually in flower — to ensure that the flowers are oriented correctly when they open.
Here are the steps for staking spray-type orchids:
As soon as the flower spike is about 12 inches (30 cm) long, insert a vertical bamboo stake close to where the spike originates at the base of the plant.You can get a green stake, so it blends in better.
As you insert the stake, twist it to work it around roots to minimize damage to them.
Attach the first tie on the lower part of the spike close to the first node (the bump in the flower stem).
Use twist-ties or Velcro, not sharp string or wire, which could damage the stem.
Attach another tie a few inches higher on the flower spike.
Put additional ties every few inches as the flower spike grows.
Place the last tie a few inches below where the first flower buds are forming.
This allows the spike to form a natural arch with the first flower open at the highest point and the others gracefully following suit right below that one.
Flower spikes always grow in the direction of the strongest light. After the flower spike reaches about 12 inches (30 cm) tall and the buds are starting to form, never change the plant's orientation to the light source. If you do, the spike will try to reorient itself and you'll end up with a twisted, distorted spike with flowers opening in all directions.
When the flowers are fully open, they'll stay that way, so you can then move the plant anywhere you want.
Staking single flowers is simpler. When the bud or buds start to swell on the flower spike, insert a vertical bamboo stake close to where the spike originates at the base of the plant.
Be sure to do this before the flower has opened so that the bud will orient itself to gravity. If the flower spike is at an angle, the flower will adjust itself to open perpendicular to the angle the flower stem is pointing. If you tie the spike up after it has opened, it will keep its original orientation and will look awkward.


Kirov Islands
The Kirov Islands or Sergey Kirov Islands (Russian: Острова Кирова, Ostrova Kirova or Aрхипелаг Сергея Кирова, Archipelag Sergeya Kirova) is an island group in the Kara Sea, Russian Federation. It is an archipelago of small islands covered with tundra vegetation located about 140 km from the coast of Siberia and 100 km to the northwest of the Nordenskiöld Archipelago.
Kirov Islands
Russian: Острова Кирова
Location of the island group in the Kara Sea
LocationKara Sea
Coordinates77°36′N 91°55′E
Total islands8
Major islandsIsachenko Island
Area280 km2 (110 sq mi)
Highest elevation57 m (187 ft)
Highest pointIsachenko HP
This archipelago, as well as Kirov Island, its northernmost island which is located at the northeastern end somewhat detached from the main island cluster,[1] is named after Joseph Stalin's politburo member Sergey Kirov. All islands are quite flat, mostly with sandy spits and coastal lagoons in their shores.
The group's largest island is Isachenko (Russian: Остров Исаченко),[2] named after Boris Lavrent'evich Isachenko Russian microbiologist and botanist of the Academy of Sciences of the USSR. It has a surface of 180.6 km² and the highest point in the archipelago.[3] There is an experiment station (Polyarnaya Stantsiya) on Isachenko Island.
The sea surrounding the Kirov Islands is covered with pack ice with some polynias in the winter and there are many ice floes even in the summer. The strait between Isachenko and Slozhnyy Island is known as Proliv Aeros"yëmki.[4]
This island group belongs to the Krasnoyarsk Krai administrative division of the Russian Federation. They are also part of the Great Arctic State Nature Reserve (Russian: Большой Арктический государственный природный заповедник), the largest nature reserve of the Russian Federation.[5]
The Kirov Archipelago is not to be confused with Kirovskiye Ostrova (Russian: Кировские Острова), a historic district of Saint Petersburg formed by a group of three coastal islands in the Gulf of Finland north of the Neva river delta.[6]
See also
 1. "Ostrov Kirova". Mapcarta. Retrieved 21 September 2016.
 2. "Ostrov Isachenko". Mapcarta. Retrieved 21 September 2016.
 3. UNEP Islands
 4. "Proliv Aeros"yëmki". Mapcarta. Retrieved 21 September 2016.
 5. Nature Reserve Archived 2007-10-08 at the Wayback Machine
 6. "Kirovskiye Ostrova". Mapcarta. Retrieved 21 September 2016.


text:
As you might have known, the flash tube is filled with gas. While the flash is being charged, the charge current is limited and the gas becomes deionized. At the charging voltage, the internal resistance of the gas in the flash tube is high enough to prevent any flow of current from the main capacitor. However, by applying a trigger voltage, the gas will be ionized and becomes conducting, allowing the main capacitor to discharge rapidly through the gas. As a result, a brief flash of light is generated. The FZ-10 has an ISO hotshoe and uses the ISO 10330 based standard (i.e., less than 24 volts). See page 85 of your manual.
A trigger voltage is frequently generated by a spark coil mechanism which is usually triggered by the shutter contacts in the camera. This voltage is positioned on the low-voltage side of the spark coil so that it only appears on the flash contact. In this way, the user will not be injured accidentally, and the camera will not be damaged. This is especially important because digital cameras have circuits very sensitive to high voltage and strong current.
Some older flashes are known to have very high trigger voltage that may damage the circuits of a digital camera. Fortunately, most modern flashes have low to very low trigger voltages that can be safely used on digital cameras. Click here for a rather complete list of the trigger voltage of many flashes, studio strobes included. If you suspect your flash may have a very high trigger voltage, you may consider to use a simple device called safe sync. Click here for the details. Keep in mind that safe sync devices do not preserve the TTL capability of your flash. It does not matter because the FZ-10 does not do TTL flash metering.


Chegg Guided Solutions for Mechanics and Thermodynamics of Propulsion 2nd Edition: Chapter 8
Chapter: Problem:
0 Stars(0 users)
 - Step 1 of 8
 Analyze the impulse turbine. The impulse turbine has degree of reaction equal to zero, .
 The root velocity triangle is modeled as shown in the following figure:
 4852-8-1P
 - Step 2 of 8
 It is shown in the above diagram that the absolute exhaust velocity is axial.
 The maximum blade temperature is obtained by respecting to the upstream flow, therefore the inlet state shall be observed.
 Determine the axial flow velocity, by using the following relation:
 Hence the absolute inlet velocity is , and the angle of absolute inlet velocity is .
 Substitute for and for .
 Therefore, the axial flow velocity is.
 - Step 3 of 8
 For impulse turbine, the following condition is applied.
 Here, the hub rotor speed is U.
 Substitute for and for .
 Therefore, the hub rotor speed, is.
 - Step 4 of 8
 Determine the relative inlet velocity, by using the following relation:
 Hence the tangential relative inlet velocity is .
 For impulse turbine, the tangential relative inlet velocity is equal to the rotor speed; therefore the above equation can be rewritten as:
 Substitute for and for .
 Therefore, the relative inlet velocity is.
 - Step 5 of 8
 Determine the blade temperature, by using the following relation:
 Here, the inlet stagnation temperature is , the gas constant is , the specific heat ratio is , and the recovery factor is . Hence the recovery factor is chosen as , the specific heat ratio is determined as , and the gas constant is .
 Substitute for , 1.33 for , for , for , for , and 0.9 for .
 Therefore, the blade temperature for impulse turbine, is .
 - Step 6 of 8
 Analyze the 50% reaction turbine. The 50% reaction turbine has degree of reaction equal to a half, .
 The root velocity triangle is modeled as shown in the following figure:
 4852-8-1P_b
 - Step 7 of 8
 It is shown in the above diagram that the outlet absolute exhaust velocity is equal to the inlet relative velocity, .
 For 50% reaction turbine, the relative inlet velocity can be determined by using the following relation:
 Substitute for and for.
 Therefore, the relative inlet velocity is.
 - Step 8 of 8
 Determine the blade temperature, by using the following relation:
 Substitute for , 1.33 for , for , for , for , and 0.9 for .
 Therefore, the blade temperature for 50% reaction turbine is.
Select Your Problem
Step-by-step solutions for this book and 2,500 others
Already used by over 1 million students to study better
Get Study Help from Chegg
Chegg is one of the leading providers of homework help for college and high school students. Get homework help and answers to your toughest questions in math, calculus, algebra, physics, chemistry, science, accounting, English and more. Master your homework assignments with our step-by-step solutions to more than 3000 textbooks. If we don't support your textbook, don't worry! You can ask a homework question and get an answer in as little as two hours. With Chegg, homework help is just a few clicks away.


SciPy
scipy.spatial.Rectangle.split
Rectangle.split(d, split)[source]
Produce two hyperrectangles by splitting.
In general, if you need to compute maximum and minimum distances to the children, it can be done more efficiently by updating the maximum and minimum distances to the parent.
Parameters:
d : int
Axis to split hyperrectangle along.
split : float
Position along axis d to split at.
Previous topic
scipy.spatial.Rectangle.min_distance_rectangle
Next topic
scipy.spatial.Rectangle.volume


NAME
Mail::BIMI::VMC - Class to model a VMC
VERSION
version 3.20210113
DESCRIPTION
Class for representing, retrieving, validating, and processing a VMC Set
INPUTS
These values are used as inputs for lookups and verifications, they are typically set by the caller based on values found in the message being processed
check_domain
is=ro required
Domain to check the alt_name against
check_selector
is=ro required
Selector to check the alt_name against
data
is=rw
Raw data of the VMC contents; Fetched from authority URI if not given
uri
is=rw
URI of this VMC
ATTRIBUTES
These values are derived from lookups and verifications made based upon the input values, it is however possible to override these with other values should you wish to, for example, validate a record before it is published in DNS, or validate an Indicator which is only available locally
cache_backend
is=ro
cert_list
is=rw
ArrayRef of individual Certificates in the chain
chain_object
is=rw
Mail::BIMI::VMC::Chain object for this Chain
errors
is=rw
http_client
is=rw
HTTP::Tiny::Paranoid (or similar) object used for HTTP operations
indicator
is=rw
Mail::BIMI::Indicator object for the Indicator embedded in this VMC Set
indicator_uri
is=rw
The URI of the embedded Indicator
is_cert_valid
is=rw
Is this Certificate Set valid
is_valid
is=rw
Is this VMC valid
vmc_object
is=rw
Mail::BIMI::VMC::Cert object for this VMC Set
warnings
is=rw
CONSUMES
EXTENDS
METHODS
cache_valid_for()
How long should the cache for this class be valid
http_client_max_fetch_size()
Maximum permitted HTTP fetch
subject()
Return the subject of the VMC
not_before()
Return not before of the vmc
not_after()
Return not after of the vmc
issuer()
Return the issuer string of the VMC
is_expired()
Return true if this VMC has expired
alt_name()
Return the alt name string for the VMC
is_valid_alt_name()
Return true if the VMC has a valid alt name for the domain of the current operation
is_self_signed()
Return true if this VMC is self signed
has_valid_usage()
Return true if this VMC has a valid usage extension for BIMI
finish()
Finish and clean up, write cache if enabled.
app_validate()
Output human readable validation status of this object
REQUIRES
AUTHOR
Marc Bradshaw <_EMAIL_>
COPYRIGHT AND LICENSE
This software is copyright (c) 2020 by Marc Bradshaw.
This is free software; you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself.


text:
How bent spaghetti break
Bent dry spaghetti do not break in half but instead in three or more pieces. With the aim to explain this surprising phenomenon, we studied a related problem, namely the dynamics of an elastic rod that is bent quasi-statically and then suddenly set free. Counter-intuitively, we find that the mere release of the rod induces a stress increase. The multiple breaking of bent rods, like dry spaghetti pasta, can then be understood as a cascade of releases (loss of cohesion upon breakings) followed by stress increases leading to new cracks.


On Tenerife, the company has a processing factory and silos where it prepares and stores all the products, labelled with their own brands and devoted to each one of the stages of development of the animals (breeding, growth, finishing or adult). Graneros de Tenerife produces, stores and distributes food for the following livestock and pet-related activities:
 - Poultry for laying and fattening
 - Pigs
 - Dairy and meat cows
 - Sheep
 - Goats
 - Rabbits
 - Pigeons
 - Pets (dogs, cats, …)
Once prepared under strict quality controls, the animal foods are presented to the customer in different formats: flour, granules, crumble and natural grain (cereals and mixtures of whole cereals) to cover the entire spectrum of demand from agricultural professionals. On many occasions, it is the livestock professionals themselves or their vets who collaborate with the technical staff of Graneros de Tenerife requesting specific feed formulations for their animals, with made-to-measure feeds often being created. The total production of the factory is 65,000 metric tons a year in compound feeds (all made by ourselves), with a total movement of 80,000 tons a year, which is the current volume of the Company's cereal sales, although the number is in constant growth.


text:
This tribal group is a product of intermarriage between the Ilocanos of the lowlands and a different indigenous cultural community of the Cordillera. They are settled between the mountain ranges of Ilocos and the borders of the Ilocos Provinces. La Union and Pangasinan. They are the medium build physically, although some resembles the kankana-eys having fair complexion and sturdy built.
Being of Iloco-Cordillera descent, they practice simple, ordinary methods of agriculture. Immersion within Ilocos crash cropping is very households, tobacco-drying barns are readily found together with harvests of garlic and onion. Their farming methods and practices include a system to initiate farm workers at harvest time through a working relationship known as gamal, ammuy and bunggoy.
Prominent members of Bago indigenous group are former Governor Lupo Biteng of Ilocos Sur and his son Jonathan Biteng who also rose to become the Municipal Mayor of the same town.
Today Bago Mayors have founded a league of their own known as Ilocos Sur Upland Towns Association basically to serve as a springboard for higher political authorities to listen and need their aspiration and development thrusts.


text:
Designed for use as a binder for motorroad coatings. The main consumers of the product are the road companies of Ukraine. Tar compound is manufactured in accordance with the TU 24.1-001900443-_PHONE_ requirements.
|Indicator||Norm per grade|
|Conventional viscosity, С10/30, С||35-120|
|Water content, %, not more than||5,0|
|Fractional composition, mass fraction share, %, not more than, boiled out to a temperature of:|
|The softening point of the residue after removal of fraction up to 300°C, °C, not more than||65|
|Mass fraction of phenol, %, not more than||2|
|Mass fraction of naphthalene, %, not more than||3|
|The pH of the aqueous extract||5,5-6,5|
Tar compound is dispatched by pouring into tank wagons that are equipped with either heating devices or heat-insulating coating, as well as into the bitumen transporters.
Tar compound is a dangerous goods as it contains hazardous components. Tar compound is a flammable liquid, in case of fire, a sprayed water and an air-mechanical foam are applied as fire extinguishant. While storing, producing or shipping of tar compound, the fire safety precautions should be considered in accordance to the «Rules of fire safety in Ukraine». When working with the tar, protective clothing and protective equipment must be used to avoid contact of tar with skin, mucous membranes of eyes and respiratory tract. In the production, transportation and storage of tar a thorough sealing of equipment, pipelines and packaging is ensured in order to prevent leaks and spills.
We guarantee the quality of tar compound complies with the technical requirements, subject to the conditions of proper transportation and storage. The warrantable storage life of tar makes 12 months as of the date of manufacture. Upon expiration of the warranty period, before use, tar compound to be checked for its compliance with the quality requirements of technical specifications.


text:
The Interstellar Judiciary Commission was an interplanetary judicial body concerned with the treatment of prisoners of war, among other issues. They seemed to function rather like the World Court or United Nations that used to exist on Earth.
Barrayar may have been a signatory, as the IJC made a great deal of headache for Admiral Aral Vorkosigan after the Barrayaran-Escobaran War. The Cetagandan Empire was a signatory. The rules for treatment of prisoners included:
- Some number of square meters per person.
- No prisoner to be solitarily confined for a period exceeding twenty-four hours.
- No dark periods longer than twelve hours.
- No beatings, rapes, or forced labor.
- Access to medical personal was required.
- 3000 calories of food per person per day; at least 50 grams of protein.
- Two liters of drinking water per person per day.
- Accurate lists of prisoners taken had to be provided.


text:
Mechanical Over-Speed Testing of Nuclear Safety-Related Turbines Without Driving Steam
Author: Jack Little and Robert J. Stakenborghs
Steam turbines are used as drivers in several Safety-Related applications in commercial nuclear power. In Boiling Water Reactor units, they are frequently used to drive Reactor Core Isolation Cooling and, in some cases, High Pressure Coolant Injection. In Pressurized Water Reactor units, turbines are commonly used to drive Auxiliary Feedwater Pumps. All such turbines are equipped with a turbine Over-speed Prevention Device that prevents a catastrophic destructive over-speed failure of the turbine or its driven equipment. Due to insurance requirements, regulatory commitments and other considerations, the over-speed trip function must be tested, periodically. This testing has historically been performed in one of two ways: (a) performed during a unit outage, typically as part of the outage critical path or (b) performed off critical path, utilizing some alternate source of driving steam (i.e. with the reactor not critical).
This paper will describe an alternate overspeed testing methodology, which allows testing to be performed either as a non-critical path outage activity, or while the plant is operating at power, during a system maintenance window. Typical testing durations for at-power testing using the alternate method have required less than 25% of the out-of service time allowed by the USNRC. Required equipment, the scope of permanent plant modifications and several case histories for the alternate method will also be presented.


text:
The Basic Minimum Qualification feature allows you to identify candidates that meet basic minimum qualifications (BMQ). This is in addition to the assessment ratings that will score candidate responses. You can mark an assessment question as being a minimum qualification question. Candidates will get a BMQ score based on the number of minimum qualification questions they met.
Requisitions cannot be edited once published. Only new requisitions may have changes made to the Assessment section once published.
- Select Settings
- Select Configuration
- Select Job Application Settings tab
- Select Job Application Settings category
- Check or un-check Utilize Basic Minimum Qualifications
- Select Save Settings


Algae growth
Author
Alejandro Morales Sierra
Centre for Crop Systems Analysis - Wageningen University
Published
March 16, 2023
In this first example, we learn how to create a Graph and update it dynamically with rewriting rules.
The model described here is based on the non-branching model of algae growth proposed by Lindermayer as one of the first L-systems.
First, we need to load the VPL metapackage, which will automatically load all the packages in the VPL ecosystem.
using VPL
The rewriting rules of the L-system are as follows:
axiom: A
rule 1: A \(\rightarrow\) AB
rule 2: B \(\rightarrow\) A
In VPL, this L-system would be implemented as a graph where the nodes can be of type A or B and inherit from the abstract type Node. It is advised to include type definitions in a module to avoid having to restart the Julia session whenever we want to redefine them. Because each module is an independent namespace, we need to import Node from the VPL package inside the module:
module algae
 import VPL: Node
 struct A <: Node end
 struct B <: Node end
end
import .algae
Note that in this very example we do not need to store any data or state inside the nodes, so types A and B do not require fields.
The axiom is simply defined as an instance of type of A:
axiom = algae.A()
Main.algae.A()
The rewriting rules are implemented in VPL as objects of type Rule. In VPL, a rewriting rule substitutes a node in a graph with a new node or subgraph and is therefore composed of two parts:
 1. A condition that is tested against each node in a graph to choose which nodes to rewrite.
 2. A subgraph that will replace each node selected by the condition above.
In VPL, the condition is split into two components:
 1. The type of node to be selected (in this example that would be A or B).
 2. A function that is applied to each node in the graph (of the specified type) to indicate whether the node should be selected or not. This function is optional (the default is to select every node of the specified type).
The replacement subgraph is specified by a function that takes as input the node selected and returns a subgraph defined as a combination of node objects. Subgraphs (which can also be used as axioms) are created by linearly combining objects that inherit from Node. The operation + implies a linear relationship between two nodes and [] indicates branching.
The implementation of the two rules of algae growth model in VPL is as follows:
rule1 = Rule(algae.A, rhs = x -> algae.A() + algae.B())
rule2 = Rule(algae.B, rhs = x -> algae.A())
Rule replacing nodes of type Main.algae.B without context capturing.
Note that in each case, the argument rhs is being assigned an anonymous (aka lambda) function. This is a function without a name that is defined directly in the assigment to the argument. That is, the Julia expression x -> A() + B() is equivalent to the following function definition:
function rule_1(x)
 algae.A() + algae.B()
end
rule_1 (generic function with 1 method)
For simple rules (especially if the right hand side is just a line of code) it is easier to just define the right hand side of the rule with an anonymous function rather than creating a standalone function with a meaningful name. However, standalone functions are easier to debug as you can call them directly from the REPL.
With the axiom and rules we can now create a Graph object that represents the algae organism. The first argument is the axiom and the second is a tuple with all the rewriting rules:
organism = Graph(axiom = axiom, rules = (rule1, rule2))
Dynamic graph with 1 nodes of types Main.algae.A and 2 rewriting rules.
If we apply the rewriting rules iteratively, the graph will grow, in this case representing the growth of the algae organism. The rewriting rules are applied on the graph with the function rewrite!():
rewrite!(organism)
Since there was only one node of type A, the only rule that was applied was rule1, so the graph should now have two nodes of types A and B, respectively. We can confirm this by drawing the graph. We do this with the function draw() which will always generate the same representation of the graph, but different options are available depending on the context where the code is executed. By default, draw() will create a new window where an interactive version of the graph will be drawn and one can zoom and pan with the mouse (in this online document a static version is shown, see Backends for details):
draw(organism)
Notice that each node in the network representation is labelled with the type of node (A or B in this case) and a number in parenthesis. This number is a unique identifier associated to each node and it is useful for debugging purposes (this will be explained in more advanced examples).
Applying multiple iterations of rewriting can be achieved with a simple loop:
for i in 1:4
 rewrite!(organism)
end
ANd we can verify that the graph grew as expected:
draw(organism)
The network is rather boring as the system is growing linearly (no branching) but it already illustrates how graphs can grow rapidly in just a few iterations. Remember that the interactive visualization allows adjusting the zoom, which is handy when graphs become large.


text:
Revista Brasileira de Ciência Avícola
versão impressa ISSN 1516-635X
ICL, Almeida Paz et al. Study on the bone mineral density of broiler suffering femoral joint degenerative lesions. Rev. Bras. Cienc. Avic. [online]. 2008, vol.10, n.2, pp. 103-108. ISSN 1516-635X. _URL_
An experiment was carried out with male and females broilers of two different commercial breeds to evaluate bone mineral density of the right femur head. A number of 600 one-day-old broilers were raised in an experimental poultry house up to 42 days of age at the School of Veterinary Medicine and Animal Science of UNESP, Botucatu, Brazil. After slaughter, three males and three females in each breed in each of the established gross scores were selected. Their femora heads were submitted to gross examination, and subsequently the thighs were submitted to the Veterinary Hospital for radiographic analysis. Femora were also submitted to bone resistance, Seedor index, and dry matter content analyses. All these bone quality characteristics were different between males and females, independent of breed. Breeds presented similar behavior. It was possible to establish correlations between bone quality parameters, and confidence intervals for bone mineral density values, correlating them to femoral degeneration score, which allows characterizing femoral head lesions by radiographic optical densitometry.
Palavras-chave : Bone mineral density; broilers; femoral degeneration; femur; genetics.


text:
'Explorify in the Garden' is a practical one day course that will inspire you to take the Primary Science curriculum outdoors with confidence, using the rich tapestry of opportunities that nature, plants and growing provide.
The RHS has teamed up with Wellcome to develop this enjoyable course, based on Wellcome's innovative Explorify approach to teaching and learning in science and set in the context of school gardens. The focus of learning is that of the journey, rather than on finding the right answer. It's about discovery and asking 'Why?' 'What if?' and 'What does this mean?' to get pupils discussing and debating the world around them.
The course will enable you to gain experience working with fascinating digital images and videos from the Wellcome collections and to explore with the RHS the outdoor spaces that offer endless opportunities to make and build your own. You will understand how to use images and 'found' materials in the garden to stimulate learning and discussion, and discover some fascinating plants and how to grow them.
At the end of the course you will understand how to work scientifically with your pupils, whilst covering key content from the Primary Science programmes of study.
Using ideas from Explorify in the Garden will enable you to encourage future generations to be proactive participators and not just passive observers!
For more information about the Explorify programme, visit The Wellcome Trust.
- Work with Explorify resources developed by the Wellcome Trust, share ideas and enthusiasm with other teachers and start to see your school grounds as a fantastic canvas of resources with endless opportunities to build your own collections.
- Improve your growing techniques and horticultural understanding.
- Realise how 'growing topics' can spark curiosity and inspire children to question the world around them.
- Identify garden plants and discover exciting new ones that help teach Primary Science in an exciting way whilst having a positive impact on learning.


text:
Severe interproximal bone loss in the anterior maxilla poses more than one challenge. Tooth preservation being one, and aesthetics being the other.
This case demonstrates that challenging issue.
This case involves a patient who presented with very deep pocketing between teeth #7 and #8. The teeth both tested vital. The pocket, as exemplified by this x-ray and photograph, represents the loss of interproximal bone. Due to the proximity of the roots, complete regeneration of this defect and preservation of both teeth, as well as maintaining a satisfactory aesthetic result is difficult, if not impossible.
It was elected to remove the more severely of the two teeth. The preservation of the other incisor would more likely result in a regeneration of some of the interproximal tissue.
As you can see from the photograph, the defect was substantial, involving the central incisor, after tooth removal.
Because the defect at this point was a three wall defect, there was more likelihood that bone regeneration could take place on the mesial aspect of the remaining tooth.
A bone graft was done, covered by a membrane; bone regeneration did occur.
At that point an implant could be placed
and as is visualized on this picture bone regeneration had occurred on the mesial aspect of the central incisor, both clinically and radiographically. Had the other tooth been removed as well, the degree of bone regeneration would have been unlikely, if possible at all.
As always, I appreciate your feedback.
Victor M. Sternberg, D.M.D.
By Westchester Center for Periodontal & Implant Excellence
January 12, 2023


On Strategy: Conducting Independent Operations Assessments
Columns From: 5/1/2007 Automotive Design & Production,, partner from Roland Berger Strategy Consultants
An operational assessment is imperative for M&A activities. And invaluable otherwise, too.
As mergers and acquisitions continue to increase in the automotive supplier industry, financial and strategic buyers have various potential deals to choose from. How can they choose the best investment opportunities? In our experience at Roland Berger Strategy Consultants, an independent analysis of internal and target company manufacturing and engineering capabilities (i.e., operations assessment) will help in M&A activities.
The shakeout in the automotive supplier industry will continue, as stronger players and private equity firms buy weak suppliers and strategic assets. Mergers and acquisitions can help the supplier industry address several key issues, as strong partners offer liquidity, access to capital, talented management and a long-term view.
What is it that acquirers do that enable them to generate untapped benefits from the resources of the acquired? Simply looking at financial statements or paper strategies is not enough to ensure a successful merger or acquisition. Rather, in order to identify potential synergies and generate optimal value, acquirers should thoroughly understand the manufacturing footprint, engineering capabilities, and the impact of integration. Operations assessments are a useful tool to achieve these objectives.
Our approach to operations assessments includes three main phases:
 1. Planning (Identify the key operations for assessment)
 The planning phase includes developing the screening criteria, KPIs (key performance indicators); discussing alternatives with management; and selecting representative operations for assessment. The deliverables include various agreed-upon financial and operational KPIs, and a list of target locations for assessments.
 2. Implementation (Conduct assessments and management interviews)
 The implementation phase includes developing assessment criteria; conducting site assessments, and interviewing management. Outputs include standardized operations assessment criteria and grading, as well as the actual operations assessments and documentation. In this phase, various potential operational improvement opportunities and synergies are identified.
 The assessment criteria typically looks at all aspects of manufacturing and engineering operations. Financial metrics are not the issue here; rather, management, manufacturing engineering, inventory control, labor productivity and labor rates, quality control, materials management, and operational layout are more relevant. Commonly used criteria include:
 Management organization
 Asset utilization
 Manufacturing control
 Shop floor operations and layout
 Maintenance and support functions
 Material management and production planning
 Inventory control
 Shipping, receiving, transportation
 Quality control
 As individual perceptions may vary widely, teams that conduct operations assessments should ensure they have a common framework. This can be done by commonly assessing the first few facilities to calibrate among the team members.
 3. Results (Develop improvement opportunities)
 The analysis phase includes benchmarking, identifying best-in-class performers, sizing gaps and improvement opportunities, and reviewing findings with stakeholders for feedback. Finally, the team should prioritize improvement opportunities, construct a detailed implementation plan, and gain investor buy-in.
 Any merger or acquisition process in the manufacturing sector would be flawed if it excluded operations assessment. However, the tool's utility is not restricted to due diligence.
 Operations assessments can be invaluable even for suppliers who are not undergoing restructuring or partaking in the M&A frenzy. In order to improve manufacturing efficiency and capacity utilization, outside analysis and competitive benchmarking of production facilities will help identify improvement opportunities and generate value. Periodic operations assessments are a tool most suppliers should consider in these turbulent times. Automotive OEMs frequently conduct assembly operations assessments, and suppliers should move in the same direction.


text:
Search: Advanced search
Browse by category:
Within the qiraa'at of Hafs, are madd elongations supposed to be exactly the same per recitor e'g madd tabiee 2 counts?
Assalaamu 'alaikum warahmatullaah
Say within the qiraa'at of hafs are madd elongations supposed to be exactly the same per recitor e'g madd tabiee 2 counts, the counts should be exactly the same time for all recitors or does the lengthening differ according to the pace of the individual recitor?
Wa alaikum assalaam wa rahmatullahi wa barakatuh,
The timings of the lengthenings or mudood, are based on the timing of one harakah (which is the Arabic word for vowel), then multiplied by a number based on the vowel timing.
One reading at a fast pace will have faster timings of individual harakaat (vowels) than one reading at a slower pace. The mudood then are not equal in length from reciter to reciter unless there are two reciters reading at the exact same speed. Instead the mudood length will be a mutliple of the speed of the individual vowel counts and this speed with determine the length of the medd.
The natural medd or is two vowel counts; so the reader lengthens it based on the speed of an individual vowel, multiplied by two (i.e., two fathah).
The reader of the Qur'an must make each vowel count equal to the other in his/her reading.
The speed of reading that one adopts is based on ones abilities and circumstances. In front of a teacher, one usually reads slowly and deliberately so the teacher can correct and hear all the letters clearly. If one is reviewing by himself/herslf a large portion by of the Qur'an, the speed may be a bit quicker.
Wa iyyaakum wa-l-muslimeen.
Wa assalaam alaikum wa rahmatullah.
Powered by KBPublisher (Knowledge base software)


ARE SEA BASS RELATED TO FRESHWATER BASS?
Sea bass and freshwater bass are often considered to be part of the same family due to their similar names and physical appearances. However, despite their similarities, they actually belong to different families altogether. Sea bass are members of the Serranidae family, while freshwater bass belong to the Centrarchidae family.
Despite this distinction, both types of fish share some common traits in terms of their diet and habitat preferences. Both sea bass and freshwater bass are voracious eaters that feed on smaller fish, crustaceans, and other aquatic organisms. They also prefer quiet waters with plenty of cover where they can lurk and ambush their prey.
Interestingly enough, the reputation that sea bass have for being excellent table fare is not shared by all species in the Serranidae family. While many species are indeed prized for their delicious flesh, others may carry high levels of toxins or contaminants that make them unsafe for human consumption.
According to a study published by ScienceDirect, certain species of sea bass from the Mediterranean area were found to contain high levels of heavy metals such as mercury and cadmium. Therefore, it is important for consumers to be aware of which specific types of sea bass are safe to eat and how much they should consume on a regular basis.
Sea bass: the perfect example of 'don't judge a fish by its name'.
Origin and Characteristics of Sea Bass
Sea bass are a group of fish that are widely known for their distinctiveness in taste and texture. These fish species usually inhabit saltwater, but some can also be found in freshwater. Let's take a closer look at the origin and characteristics of sea bass.
NameScientific NameHabitatDiet
European Sea BassDicentrarchus LabraxMediterranean and Atlantic OceanCrustaceans, Fish, Squid
Japanese Sea BassLateolabrax JaponicusWestern Pacific Ocean and China Sea WatershedFish and Shrimp
Sea bass have an average weight of 2-5 kgs, but they can grow up to 7 kgs. They are usually 20-30 inches long, but some have been found measuring up to 47 inches. The European and Japanese sea bass is highly valued for their culinary purposes due to their delicious taste.
Not only are they used in cuisine, but sea bass also play a significant role in the ecosystem as top predators. These fish help regulate populations of prey species such as crustaceans and small fish.
Don't miss out on the opportunity to try this highly-prized delicacy or experience the thrill of catching one yourself while contributing to marine conservation efforts. Get out there and explore what the sea has to offer!
Freshwater bass: the ultimate bad boys of the lake, with a rebellious streak and a taste for domination.
Origin and Characteristics of Freshwater Bass
Freshwater bass, scientifically known as Micropterus salmoides, are native to eastern regions of North America. They are a member of the sunfish family and have characteristics such as a large mouth, spiny dorsal fin with black patches, and green or brown colouration. These carnivorous fish can grow up to 10 pounds in weight and live for over 15 years.
In terms of habitat, freshwater bass prefer clear and warm waters with abundant aquatic vegetation and cover. They are commonly found in lakes, ponds, rivers, and streams across North America. Their diet mainly consists of smaller fish and aquatic insects.
Interestingly, despite their name, sea bass are not related to freshwater bass. Sea bass belong to the family Serranidae and are saltwater fish found in oceans around the world. Popular species include Black Sea Bass and Chilean Sea Bass.
According to National Geographic, Chilean Sea Bass has a lifespan that can exceed 50 years! These fish can grow up to 220 pounds in weight and primarily feed on other fish. It's no wonder why they're considered a highly sought-after delicacy in many countries.
Overall, while both freshwater bass and sea bass may be popular among anglers or seafood enthusiasts, it's important to note that they come from different habitats and families. From salt to freshwater, some bass just can't handle the change – but don't worry, they won't need a therapist.
Differences between Sea Bass and Freshwater Bass
Sea Bass and Freshwater Bass are two separate species of fish that have significant differences in their habitat, physical appearance, and taste.
Here is a table outlining some of the crucial dissimilarities between sea bass and freshwater bass:
CharacteristicsSea BassFreshwater Bass
HabitatFound mainly in saltwater oceansFound in freshwater rivers, lakes, and ponds
Physical AppearanceSleek body with silver-grey scales.Has a chunky build with green-brown scales.
TasteDelicately flavoured and firm fleshMild taste with a softer texture
DietFeeds on small fish, crustaceans, mollusks.Feed primarily on insects, worms and small fishes
It's essential to note that there are several different types of sea bass and freshwater bass species, meaning that not all will necessarily fall under these categories.
Additionally, while both fish share 'bass' in their names, they're not closely related genetically.
Moreover, the sea bass population faces overfishing concerns resulting from their high economic demand.
If you're planning to catch or cook either of these basses soon, ensure you know which type you're dealing with to enjoy its unique characteristics fully.
Although they may swim in different waters, Sea Bass and Freshwater Bass share a love for teasing fishermen and making their lives difficult.
Similarities between Sea Bass and Freshwater Bass
When we talk about sea bass and freshwater bass, some people may wonder if they are related. Indeed, there are a few similarities between these two types of fish. Let's take a closer look.
Similarities Between Sea Bass And Freshwater Bass:
FeatureSea BassFreshwater Bass
SizeUp to 4ft longUp to 2ft long
DietPredominantly eat fish, crustaceans and molluscsFeed on smaller fish and insects
LifestyleMainly live in the sea or brackish waterFound in freshwater like rivers, lakes or streams
HabitatNaturally occur in tropical and temperate regions of the world's oceansMostly found in North America
While these similarities are apparent, some unique details make them different. For instance, unlike freshwater bass that breeds during springtime eggs in nests (also called 'beds'), sea bass lays their eggs on sandy bottoms.
One story I heard is when my friend went fishing for freshwater bass but accidentally caught a sea bass instead! He was surprised but learned that they were both good for cooking and had many similarities despite living in different habitats.
Whether sea bass and freshwater bass are related or not, one thing is for sure – they both taste delicious with a side of tartar sauce.
Conclusion
Sea bass and freshwater bass are not related to each other, even if their names sound similar. Sea bass belongs to the family Moronidae, while freshwater bass belongs to the family Centrarchidae. Although both types of fish share some similarities in appearance and behavior, they differ in their habitat, diet, and breeding patterns.
Sea bass live in saltwater environments such as oceans, bays, and estuaries. They feed primarily on small fish, crustaceans, and squid. On the other hand, freshwater bass thrive in rivers, lakes and ponds where they consume insects, crayfish as well as smaller fish such as minnows.
One interesting fact is that sea bass spawn during winter months; whereas freshwater bass breeds during spring or summer months.
According to marine biologists at the University of Miami's Rosenstiel School of Marine & Atmospheric Science, "Sea Bass are a commercially important species that are highly sought after for culinary purposes due to their delicate flavor and firm texture."
Frequently Asked Questions
1. Are sea bass related to freshwater bass?
Despite their similar names, sea bass and freshwater bass are not closely related. Sea bass belong to the family Moronidae, while freshwater bass belong to the family Centrarchidae.
2. Are sea bass a type of bass fish?
Yes, sea bass are a type of bass fish. They belong to the family Moronidae, which also includes striped bass and white perch.
3. Can sea bass live in freshwater?
Sea bass are primarily a saltwater species and typically do not live in freshwater environments. However, some species of sea bass can tolerate low salinity levels and may occasionally venture into estuaries or other brackish water habitats.
4. How are sea bass different from freshwater bass?
There are several differences between sea bass and freshwater bass, including their physical characteristics, habitat preferences, and feeding habits. Sea bass are generally larger than most freshwater bass and have a more elongated shape. They also tend to live in deeper saltwater habitats and feed on a wider variety of prey.
5. Are sea bass better to eat than freshwater bass?
Both sea bass and freshwater bass can be delicious when cooked properly. However, the flavor and texture of the two species can vary significantly depending on the specific type of fish and how it is prepared.
6. Can sea bass and freshwater bass be caught using the same techniques?
The techniques used to catch sea bass and freshwater bass can be quite different due to their different habitats and feeding habits. For example, sea bass are often caught using deep sea fishing techniques, while freshwater bass are typically caught using lures or live bait in rivers and lakes.


Take the 2-minute tour ×
Stack Overflow is a question and answer site for professional and enthusiast programmers. It's 100% free, no registration required.
I'm looking for an interval tree algorithm similar to the red-black interval tree in CLR but that supports merging of intervals by default so that there are never any overlapping intervals.
In other words if you had a tree containing two intervals [2,3] and [5,6] and you added the interval [4,4], the result would be a tree containing just one interval [2,6].
Thanks
Update: the use case I'm considering is calculating transitive closure. Interval sets are used to store the successor sets because they have been found to be quite compact. But if you represent interval sets just as a linked list I have found that in some situations they can become quite large and hence so does the time required to find the insertion point. Hence my interest in interval trees. Also there may be quite a lot of merging one tree with another (i.e. a set OR operation) - if both trees are large then it may be better to create a new tree using inorder walks of both trees rather than repeated insertions of each interval.
share|improve this question

I've deleted my answer since I stupidly overlooked some cases. It was still possible to fix, but would become a lot more complicated. Anyway, since you updated to say you'll mostly be merging entire trees, the answer doesn't seem useful anymore, as in-order traversal will be faster. – interjay Apr 9 '10 at 12:08

Oh ok. Sometimes I will be merging two large trees when inorder will probably be faster, but more often I will be adding a small tree to a large tree. – Dave Griffiths Apr 9 '10 at 13:15
1 Answer 1
up vote 3 down vote accepted
The problem I see is that inserting a large interval can wipe out a large chunk of the tree, making it difficult to recover the red-black invariants.
I think it would be easier to use a splay tree, as follows. For simplicity, each tree contains two sentinels, an interval A to the left of all other intervals and an interval Z to the right. When inserting an interval I, splay I's predecessor-to-be H to the root of the tree. The tree looks like
 H
 / \
... X
 / \
 ... ...
Now detach X and splay I's successor-to-be J to the root.
 H J
 / / \
... ... ...
At this point all of the intervals that overlap I are in J's left subtree. Detach that subtree and put all of its nodes on the free list, extending I if necessary. Make I the parent of H and J
 I
 / \
 H J
 / \
... ...
and continue on our merry way. This operation is O(log n) amortized, where n is the number of tree nodes (this can be proved by examining the splay tree potential function and doing a lot of algebra).
I should add that there's a natural recursive tree-to-tree merge by inserting the root of one tree and then merging the left and right subtrees. I don't know how to analyze it off-hand.
share|improve this answer
1
Very interesting, thanks! – Dave Griffiths Apr 19 '10 at 15:36
Your Answer

discard
By posting your answer, you agree to the privacy policy and terms of service.
Not the answer you're looking for? Browse other questions tagged or ask your own question.


text:
Cattle sorting is an art that grew out of necessity. Ranches in the American prairie lands often butted up against each other. As a result, cattle herds became mixed up and ranchers lost track of their valuable property. Ranchers solved this problem by branding their cattle with an identifying mark and then sorting their cattle into a pen using special tools.
Cattle sorting sticks feature a paddle end used to shepherd cattle into a designated area. Successful sorting depends on a keen understanding of cattle behavior. For instance, handlers need to stay outside of the cattle's comfort zone – sometimes a distance as large as 300 feet – in order to get them to move without spooking. A handler's positioning outside this comfort zone helps to influence the cattle's movement.


text:
GGNZ What is a Carbon Footprint?
Added by the GGNZ Programme team
Discover what is a Carbon Footprint and what makes it bigger and smaller
Paint, paper, pens
Get one Pippin to paint their foot and print it onto a large piece of paper
Draw and write things that make a carbon footprint larger or smaller - see prompts here _URL_
- Carbon Footprint
This activity doesn't complete any badge requirements


text:
Arista Networks that builds and sells Ethernet switches for cloud-computing data centers
has launched telemetry and analytics
capabilities specifically designed for modern cloud networks. The newly introduced Arista Extensible OS
(EOS) and CloudVision
offer its customers with an understanding of their everyday workloads, workflows and workstreams. It also channelizes the process in the completion of the daily tasks and keeps a check to minimize the operational costs. It enables customers to move to cloud-class automation without needing significant custom internal development.
CloudVision is built on one of Arista's EOS innovative state database model, called "SysDB". SysDB acts as a broker between the many processes that make up EOS, enabling the scale, feature velocity EOS is known. SysDB holds the entire state for that switch e.g., configuration, topology, protocol state, monitoring counters details, etc.
Telemetry is an automated communications process by which measurements and other data are collected at remote or inaccessible points and transmitted to receiving equipment for monitoring. In a blogpost
, Jayshree Ullal, CEO, Arista Networks mentioned, "Every network architect is looking for modern analytical methods to efficiently and consistently gain visibility into millions of devices, data and events. Arista's state driven network infrastructure built on Arista EOS with NetDB (Network Database) delivers a network wide repository to coordinate many types of actions, leveraging open standards such as the ability to capture, stream, store, classify and view actions."
"EOS streams the state of every network event, on every device, instantaneously, in order to provide granular mechanisms for real-time visibility into thousands of devices in a cloud network. The Arista Telemetry Tracers leverage open source solutions such as HBase and standards such as OpenConfig," Ullal added.
The company claims that Arista EOS (Linux-based network OS) is a next-generation solution for data centers and cloud networks. EOS offers a set of software applications that provide workflow automation, high availability, network visibility and analytics and rapid integration with a wide range of third-party applications for virtualization, management, automation and orchestration services. EOS has a unique multi-process state sharing architecture that separates state information and packet forwarding from protocol processing and application logic.
CloudVision extends the same architectural approach across the network with a state-based view of the entire network. According to the company, CloudVision's abstraction of the physical network to this broader, network-wide perspective allows for a more efficient approach for several operational and network telemetry use-cases. To leverage rich network data, the CloudVision platform's analytics engine provides telemetry visualization for network-wide state.
Capabilities and benefits:
- Prompt event-driven streaming of every state change, providing a dramatic improvement in granularity compared to traditional polling models.
- Complete state visibility from all devices in the network, including configuration, counters, errors, statistics, tables, environmentals, buffer utilization, flow data, and much more.
- CloudVision Analytics Engine for storing state history and performing trend analysis, event correlation, and automated alerts. The basis for both real-time monitoring and historical forensic event investigation.
- New Telemetry Apps for the CloudVision Portal, including the Workstream Analytics Viewer, providing simplified visualization of network-wide state for faster time to resolution.
- An open framework, built on standard RESTful APIs as well as OpenConfig-based infrastructure, providing a point for integration into a variety of partner solutions and customer-specific infrastructure.
- Expansion of existing EOS Telemetry Tracer capabilities across device, topology, virtual machine, container, and application components.


Teco Motor Oscillations
Description of the problem:
My Teco motor is oscillating back and forth (humming / screeching).
Try changing the notch filter parameter inside the Teco drives to reduce harmonics.
 1. Press the [Mode] button until you see CN001
 2. Use the up and down arrow keys to set it to CN013
 3. Hold down the [Enter] key until the drive enters the parameter
 Note: Start by setting it to 500. Adjust by 50 at a time. You can use any value from 0-1000.
 4. After you update the parameter, hold down [Enter] again until it goes back to CN013.
 5. Then cycle power to the drive and your setting will be updated
 6. Continue adjusting the parameter until the oscillations cease
Note - This is for reference only, not to be used unless specific instruction is given: CN014 can be widened (lowered) to allow greater range of acceptance for positioning. This will directly affect CN013 setting and should not be used until CN013 adjustments are proven to not be enough tolerance for the application.


text: The synthesis and characterization of mullite composite nanocrystaline from high-silica kaolin sampled from Tianyang County of Guangxi Zhuang Autonomous Region is presented in this paper. Rough kaolin is firstly grounded and processed to remove impurities, iron and carbon before burned to produce composite oxides with mullite as major components. The composite oxides are further synthesized into composite mullite nanocrystaline by using hydrothermal crystallization process under low temperature and normal pressure. Tests on the composite nanocrystalline by TEM, TG-TDA, and X-ray diffraction methods show that the nanocrystalline range in size from 40 to 100 nm and are well textured. They also show significantly enhanced thermal stability at temperature as high as 1000oC.


text:
Education and outreach is at the core of our mission as an organization. If you'd like for the PRISM to present to your group, please contact _EMAIL_.
The Summer Invasive Plant Training Powerpoint includes information for landowners on the following topics:
- General fundamentals of invasive plant identification and treatment
- Control measures for grasses, forbs, vines, shrubs, and trees
- PRISM's "Terrible Twelve" invasive plant identification and management techniques
- Twenty additional invasive plants of concern, plant identification only


text:
Autism Language Program
Two-way Observational Learning
Many children with autism have difficulty learning in a general classroom, due to the distractions, face-to-face interactions, and standard pacing. Two-way Observational Learning introduces an innovative way to use video to teach children with autism essential concepts and ideas. Observational learning typically involves student with autism viewing a prerecorded video where a model teaches specific behaviors and concepts.
In the ALP at Boston Children's Hospital, we have pioneered the use of a two-way observational environment where there is a "live" connection between the learner, who appears on a TV monitor in one room, and an instructor, who appears on a separate TV monitor in another room.
This controlled setting:
- focuses a child's attention to what is happening on the TV screen
- provides the familiar television environment that children with autism enjoy
- provides real-time face-to-face interaction through the TV screen
- takes advantage of video techniques such as highlighting and zooming
- reduces the pressure of face-to-face interactions in the same room
- allows familiar people to interact during the two-way experience
Learners watch the instructor on the monitor while the instructor delivers well-planned instructional activities. The instructor can also monitor the child's performance and give real-time guidance, feedback and reinforcement to ensure that the task is learned correctly.
It is important to note that this setting requires cameras, appropriate recording equipment and flat screen television panels.


text:
1、This is a fully automatic coaxial wire cutting and stripping machine, mainly used for processing semi-flexible coaxial cables. There are 3 sets of cutters built in this machine: the rotary blade is used to cut through the sheath at the stripping position, and the cutting accuracy can reach 0.01mm. It can cut the sheath 360 degrees according to the cutting depth set in the program, so it can be precisely cut through each layer without hurting the next layer; the flat blade is used to cut off the wire, and its advantage is that the wire can be kept straight and not bent after cutting; the V-shaped blade is used to pull off the wire sheath of each layer, and both sides of the blade are even equipped with an automatic air blowing device, which can blow away the waste wire sheath in time. Wire sheath ring cutting, wire cutting, and wire stripping are completed by 3 sets of independent cutters. Each process is carefully crafted, so it can achieve excellent wire stripping effect.
2、Color touch screen operation interface, parameter setting is intuitive and easy to understand, the program can be stripped in up to 6 layers, cutting length, cutting depth of each layer and stripping length can be set in the program. The program memory function can store up to 40 sets of processing programs, and the processing parameters of different wire materials can be saved in different program numbers. When switching wire materials, the corresponding processing parameters can be called out with one key.
3、The wire feeding by the pulley greatly increases the contact area between the wire and the feeding wheel. The pressure of the wire feeding wheel can be set in the program without any mechanical adjustment. Different values can be set separately for the wire feeding pressure and the wire stripping pressure, so the processing accuracy can be guaranteed It does not crush the wire, and there is no indentation on the surface of the wire sheath.
4、This machine is also equipped with an automatic wire feeding machine suitable for semi-flexible coaxial cables. It can be linked with the wire stripping machine. It automatically starts the wire feeding when the wire is needed, and automatically stops when the wire is not needed. The wire feeding machine can maintain the stability of the wire feeding tension, which is beneficial to improve the wire feeding accuracy and operation stability.
Model selection: This series includes 2 sub-models, W882is an economical model with a processing accuracy of 0.15mm; W883 has higher precision, and the stripping accuracy can reach 0.1mm. The processing capabilities of these two models are basically the same, but the hardware configuration and processing accuracy are slightly different.
Applicable wire diameter: Φ1.0~6.0mm
Max stripping length: wire head 100mm, wire tail 45mm
Cutting length: 50~9999mm
Program setting accuracy: 0.01mm
Cutting accuracy: ±L*1‰ (L=cutting length)
Max stripping layers: 6 layers
Program memory function: save up to 40 groups of programs
Production efficiency: 400~800pcs/hour
Working voltage: AC 220/110V 50/60Hz
Rated power: 800W
Net weight: 120kg
Dimensions: 790*730*400mm (excluding wire feeder)
The above specifications are for reference only. In the case of extremely hard, tough wires, processing may not be possible even within the cross section range. In case of doubt, KINGSING will be happy to provide processing samples of your wires.
Conforms to the relevant CE directives on machine safety and electromagnetic compatibility.


Quick, clean, and to the point
Position of max value in list
Excel formula: Position of max value in list
Generic formula
To get the position of the maximum value in a range (i.e. a list, table, or row), you can use the MAX function together with the MATCH function.
In the example shown, the formula in I5 is:
Which returns the number 4, representing the position in this list of the the most expensive property.
In this case, that value is 849900.
With those arguments, MATCH locates finds the maximum value inside the range and returns the relative position of the value in that range.
In this case, the position corresponds to a relative row number, but in a horizontal range, the position would correspond to a relative column number.
Note: in case of duplicates (i.e. two or more max values that are the same) this formula will return the position of the first match, the default behavior of the MATCH function.
Dave Bruns
Excel Formula Training
Download 100+ Important Excel Functions


text:
TALLINN – The massive death of fish in Umbusi river in the Poltsamaa rural municipality in south-central Estonia was caused by shortage of oxygen in the water resulting from an accidental discharge of silage effluent into the river.
According to the Environmental Board, there is no poisonous substance in the water and the fish are perishing due to the lack of oxygen in the water. Fortunately, fresh water is constantly coming in and the situation is expected to be resolved within hours. Until that happens, some fish mortality will continue. The dead fish are not contaminated with poison and can be composted.
The pollution was discharged into the river from a source in Kalana village, which is home to a large farm owned by Pajusi ABF, Tartu Postimees reported.
Lembit Paal, manager of Pajusi ABF, said that over the weekend, probably on the night between Saturday and Sunday, a silage silo affluent tank began to overflow.
"Debris and grit clogged the drain, the silage effluent level rose above the edge of the tank and effluent found its way into the ditch, from there to Umbusi creek and then to the river," Paal explained.
However, several people living near the river saw dead fish in the river already on Saturday and informed the Environmental Board about it, which means that the signs of major pollution appeared a little earlier.
By Sunday morning, the staff of the farm were already aware of what had happened, and during the day they managed to clear the blockage and put a stop to pollution. The ditch along which the silage juice reached the river was also closed.
However, the affluent that had reached the river had already caused significant damage. Five kilometers from Kalana, where Umbusi river crosses the Jogeva-Poltsamaa road, foamy and cloudy water and drowned river trout could still be seen in the river near the culvert on Monday.
Environmental officials and volunteers meanwhile were collecting dead fish at the Lustivere reservoir a few kilometers downstream. There were pikes, roaches and numerous perches among the perished fish.
Paal could not say how much silage juice had flowed into the river.
"The Environmental Board is assessing the extent of the damage and we have to take responsibility for it, we are not planning to hide our heads in the sand," Paal added.
He attributed the incident to human error.
"We should have noticed earlier that there was a blockage," Paal admitted, and promised that the farm operator will be more vigilant in the future.


text:
A violin plot is a statistical graphic for comparing probability distributions. It is similar to a box plot, with the addition of a rotated kernel density plot on each side.
The violin plot was proposed in 1997 by Jerry L. Hintze and Ray D. Nelson as a way to display even more information than box plots, which were created by John Tukey in 1977. The name comes from the plot's alleged resemblance to a violin.
Violin plots are similar to box plots, except that they also show the probability density of the data at different values, usually smoothed by a kernel density estimator. A violin plot will include all the data that is in a box plot: a marker for the median of the data; a box or marker indicating the interquartile range; and possibly all sample points, if the number of samples is not too high.
While a box plot shows a summary statistics such as mean/median and interquartile ranges, the violin plot shows the full distribution of the data. The violin plot can be used in multimodal data (more than one peak). In this case a violin plot shows the presence of different peaks, their position and relative amplitude.
Like box plots, violin plots are used to represent comparison of a variable distribution (or sample distribution) across different "categories" (for example, temperature distribution compared between day and night, or distribution of car prices compared across different car makers).
A violin plot can have multiple layers. For instance, the outer shape represents all possible results. The next layer inside might represent the values that occur 95% of the time. The next layer (if it exists) inside might represent the values that occur 50% of the time.
Violin plots are less popular than box plot. Violin plots may be harder to understand for readers not familiar with them. In this case, a more accessible alternative is to plot a series of stacked histograms or kernel density plots.
The original meaning of "violin plot" was a combination of a box plot and a two-sided kernel density plot. However, currently "violin plots" are sometimes understood just as two-sided kernel density plots, without a box plot or any other elements.


ReZeitKon (German acronym for Time Rebound, Time Wealth and Sustainable Consumption) is an interand transdisciplinary research project funded by the Federal Ministry of Education and Research (BMBF).
ReZeitKon is a joint project between TU Berlin (Division of Economic Education and Sustainable Consumption), Leuphana University Lüneburg (Institute for Environmental Communication) and the Fraunhofer Institute for System and Innovation Research ISI, Karlsruhe.
The project is accompanied by an advisory board including prominent representatives of relevant civil society institutions who have a longstanding expertise regarding the relationship between time and resource use with regard to work, education and consumption.
The concept of time wealth is explored in a variety of academic disciplines since the 1990s. Also in society, we can observe an increasing awareness towards the importance of time and time use for quality of life.
The way people deal with time has manifold consequences for society and environment. Time wealth and sufficiency are closely interrelated and can reinforce each other, whereas a lack of time might induce negative environmental implications, for example compensatory consumption.
So far, the literature defines time-rebound effects as additional use of natural resources due to free time, which result from the application of efficient technology and practices or the reduction of working hours. In parallel to such additional environmental effects, a more intensive use of time often also increases subjective perceptions of time pressure.
The objective of the ReZeitKon project is to empirically analyse the importance of time-rebound effects for sustainable consumption. In addition, we develop and evaluate measures that increase time wealth and at the same time reduce time-rebound effects.
Funded by:


text:
Having a unifying theme for a presentation can make it coherent and easy to follow for audiences. A disjointed presentation which is not bridged together by a unifying theme can be hard to follow for audiences and could be the determining factor in success or failure. A Basketball Presentation can be used to create a holistic message from start to finish.
Whether the presentation is centered on the game of basketball, or just needs to be focused, this template can be a major asset. Commonality among all slides will increase the engagement for the target audience and make it easier to recall the main message long after the presentation is finished. Using a Basketball Presentation template will show the audience the effort put into the presentation, and reflect professionalism and passion about the topic.
How to Use a Basketball Presentation Template
- First, download the free Basketball Presentation template and save the document. Open the template and give it a unique title to instantly engage the audience.
- Next, identify key points to be made during the presentation. Put these points in prominent positions wherever you want within the easy-to-use template.
- After that, add supporting details and other information to the open spaces on the template. Titles, subtitles, bullet points and layout can all be easily customized to fit the content while maintaining the symmetry of the presentation.
- Then, edit the final production of slides by using a variety of transitions. Keep the audience interested and entertained with creative movements from one slide to the next.
Tips for a More Effective Basketball Presentation
- Use text features to highlight key words or phrases. The highly customizable features of the template allow for text to be highlighted in a variety of ways. Increased font size, special fonts, or making words bold can all draw the audience's attention to a key point.
- Include videos, graphs, or other visuals to articulate information. Often, words can lead to confusion or be more difficult to understand than a simple graph.
- Videos and pictures can increase the viewer's interest in the Basketball Presentation. Videos are especially effective at the beginning of the presentation.
- Explore different layouts within the customizable slides. The easy to use template allows for total freedom to create a layout which enhances the content.
- Utilize different background images to transition among topics. The template has a number of dynamic background images which can be utilized to reflect a change within your presentation.
This Basketball Presentation template gives the audience a thematically unified message while allowing the customization and personalization to increase effectiveness.
Download: Basketball Presentation
Check out this offer while you wait!


This file describes some problems that can occur with the script in relation to various distributions' Python installations. 1. Python 3 Python 3, version 3.2 or greater, is required for If you do not wish to use, maybe because you plan to run all commands by hand, you can disable the Python check in CMake by setting NO_PYTHON_CHECK to any non-empty string in See for a template. Some operating systems don't have a Python 3 interpreter installed by default. The safest bet is to install a distribution-supplied package for Python 3. If no such package is available, you can download the Python source code, compile and and install it by yourself. For a good introduction to installing Python from source, see 2. Sqlite 3 The Python script requires sqlite3. Unfortunately, not all distributions install the Python sqlite3 module by default. In fact, two things are required: the binary sqlite3 library, and the Python module called "sqlite3" which provides a Python interface to the sqlite3 library. The binary sqlite3 library is installed by default on most systems, but it is worthwhile to check that it is. Use your distribution's package manager, and look for a package called "sqlite", "sqlite3", or "libsqlite3", which should contain a file "*" The Python sqlite3 module unfortunately is not installed by default by some distributions, known culprits include Gentoo. Gentoo: For Gentoo, the Python 3 package by default does not include the sqlite3 module. This link to a forum post briefly describes the situation: The sqlite3 module can be included in the Python installation by adding the sqlite USE flag to /etc/portage/make.conf as shown in this example: # These are the USE flags that were used in addition to what is provided by the # profile used for building. USE="bindist mmx sse sse2 sqlite" and then running emerge --deep --newuse world If you compile Python 3 yourself from source code, be aware that the sqlite3 development package with the header files for the sqlite3 library must be installed on the system; without them, the Python 3 build will seem to succeed but will not include the sqlite3 interface. When compiling Python 3, be sure that the "make" output does NOT include a warning of the form: The necessary bits to build these optional modules were not found: _sqlite3 3. Python 2 or 3 for the workunit client The client script can run under both Python 2, version 2.6 or newer, and Python 3, version 3.2 or newer. This backward compatibility is supported to simplify deployment on many different machines over which the user may not have administrative control. 4. SSL The workunit server and clients use SSL for communication to prevent an attacker on the same network from injecting text into workunits which could be used to execute arbitrary commands on the client machines. Generating a server certificate requires that OpenSSL is installed on the computer running the server. 5. MySQL If you wish to use MySQL you first need to install the Python MySQL connector library available at You then pass the -mysql flag to./


text:
The Washington Post has turned the national spotlight on net metering with an article exploring the perspectives of both utilities and rooftop-solar advocates. The piece discusses how utilities in California and Virginia are dealing with net metering and highlights the fairness issue at the heart of the controversy:
"Utility officials contend that their solar customers enjoy the benefits of that [transmission and distribution] network, whenever they need it. But they pay less to build and maintain it, shifting costs onto other ratepayers."
Read the full article, "Utilities and solar advocates square off over the future," which appeared on June 9.


text:
Cremation to a Child
When a deceased family member or friend is cremated or already
has been cremated, your child may want to know what cremation is.
In answering your child's questions about cremation, keep your
explanation of what cremation involves simple and easy to
In explaining cremation to your child, avoid using words that
may have a frightening connotation such as "fire" and "burn."
Instead, in a straightforward manner, tell your child that the
deceased body, enclosed in a casket or container, is taken to a
place called a crematory where it goes through a special process
that reduces it to small particles resembling fine gray or white
sand. Be sure to point out that a dead body feels no pain.
Let your child know that these cremated remains are placed in a
container called an urn and returned to the family. If cremation
has already taken place and the container picked up, you may want
to show it to the child. Because children are curious, your child
may want to look at the contents.
If your child makes such a request, look at them yourself first
so that you can describe what they look like. Share this with your
child. Then let the child decide whether to proceed further.
If possible, arrange for a time when you and your child can be
with the body before cremation is carried out. If handled
correctly, this time can be a positive experience for the child. It
can provide an opportunity for the child to say "good-bye" and
accept the reality of death. However, the viewing of the body
should not be forced. Use your best judgment on whether or not this
should be done.
Depending on the age of your child, you may wish to include him
or her in the planning of what will be done with the cremated
remains. Before you do this, familiarize yourself with the many
types of cremation memorials available. Some of the many options to
consider include burying the remains in a family burial plot,
interring them in an urn garden that many cemeteries have, or
placing the urn in a columbarium niche.
Defined as a recessed compartment, the niche may be an open
front protected by glass or a closed front faced with bronze,
marble, or granite. (An arrangement of niches is called a
columbarium, which may be an entire building, a room, a bank along
a corridor, or a series of special indoor alcoves. It also may be
part of an outdoor setting such as a garden wall.)
Although your child may not completely understand these or other
options for memorialization, being involved in the planning helps
establish a sense of comfort and understanding that life goes on
even though someone loved has died.
If you incur any difficulties in explaining death or cremation
to your child, you may wish to consult a child guidance counselor
who specializes in these areas.