text:
Joint Dependence of Longwave Feedback on Surface Temperature and
Understanding how the outgoing long-wave radiation (OLR) depends on
surface temperature is a climate problem of long standing. Various
studies have suggested that clear-sky OLR varies linearly with surface
temperature, with a longwave clear-sky feedback that is independent of
surface temperature and relative humidity. However, this uniformity lies
in tension with the notion that humidity controls tropical stability
(e.g. the "furnace" and "radiator fins" of Pierrehumbert, 1995).
Here we explore the state-dependence of longwave clear-sky feedback as a
function of both surface temperature and column relative humidity. We
find that a strong relative humidity-dependence in the feedback emerges
above 275 K, stemming from the closing of the H2O window. We construct a
simple model for estimating the all-sky feedback and find that although
clouds lower the zonal-mean longwave feedback, the dependence on
humidity remains significant.


text:
|This article does not cite any references or sources. (August 2009)|
The Kwinti are an ethnic group living in the forested interior of Suriname on the bank of the Coppename River, and the eponymous term for their language, which has less than 1,000 speakers. Their language is an English-based creole with Portuguese and other influences. It is similar to the languages spoken by the Aluku and Paramaccan.
See also
- Hoogbergen, Wim (1992). Origins of the Suriname Kwinti Maroons, New West Indian Guide / Nieuwe West-Indische Gids 66, no: 1/2, Leiden, 27-59, KITLV
|This Suriname-related article is a stub. You can help Wikipedia by expanding it.|

source: HuggingFaceFW/fineweb-edu


SeqAn3 3.3.0-rc.1
The Modern C++ library for sequence analysis.

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seqan3::structured_rna< sequence_alphabet_t, structure_alphabet_t > Class Template Reference
A seqan3::alphabet_tuple_base that joins a nucleotide alphabet with an RNA structure alphabet.. More...
#include <seqan3/alphabet/structure/structured_rna.hpp>
+ Inheritance diagram for seqan3::structured_rna< sequence_alphabet_t, structure_alphabet_t >:
Public Types
using char_type = alphabet_char_t< sequence_alphabet_type >
 Equals the char_type of sequence_alphabet_type.

using sequence_alphabet_type = sequence_alphabet_t
 First template parameter as member type.

using structure_alphabet_type = structure_alphabet_t
 Second template parameter as member type.

Public Member Functions
Constructors, destructor and assignment
constexpr structured_rna () noexcept=default
 Defaulted.

constexpr structured_rna (structured_rna const &) noexcept=default
 Defaulted.

constexpr structured_rna (structured_rna &&) noexcept=default
 Defaulted.

constexpr structured_rnaoperator= (structured_rna const &) noexcept=default
 Defaulted.

constexpr structured_rnaoperator= (structured_rna &&) noexcept=default
 Defaulted.

 ~structured_rna () noexcept=default
 Defaulted.

constexpr structured_rna (component_type const alph) noexcept
 Construction via a value of one of the components.

constexpr structured_rna (indirect_component_type const alph) noexcept
 Construction via a value of a subtype that is assignable to one of the components.

constexpr structured_rnaoperator= (component_type const alph) noexcept
 Assignment via a value of one of the components.

constexpr structured_rnaoperator= (indirect_component_type const alph) noexcept
 Assignment via a value of a subtype that is assignable to one of the components.

Write functions
constexpr structured_rnaassign_char (char_type const c) noexcept
 Assign from a nucleotide character. This modifies the internal sequence letter.

Read functions
constexpr char_type to_char () const noexcept
 Return a character. This reads the internal sequence letter.

constexpr structured_rna complement () const noexcept
 Return a structured_rna where the sequence letter is converted to its complement.

- Public Member Functions inherited from seqan3::alphabet_tuple_base< structured_rna< sequence_alphabet_t, structure_alphabet_t >, sequence_alphabet_t, structure_alphabet_t >
constexpr alphabet_tuple_base (component_types... components) noexcept
 Construction from initialiser-list.

constexpr alphabet_tuple_base (component_type const alph) noexcept
 Construction via a value of one of the components.

constexpr alphabet_tuple_base (indirect_component_type const alph) noexcept
 Construction via a value of a subtype that is assignable to one of the components.

constexpr structured_rna< sequence_alphabet_t, structure_alphabet_t > & operator= (component_type const alph) noexcept
 Assignment via a value of one of the components.

constexpr structured_rna< sequence_alphabet_t, structure_alphabet_t > & operator= (indirect_component_type const alph) noexcept
 Assignment via a value of a subtype that is assignable to one of the components.

constexpr operator type () const noexcept
 Implicit cast to a single letter. Works only if the type is unique in the type list.

- Public Member Functions inherited from seqan3::alphabet_base< derived_type, size, char_t >
constexpr alphabet_base () noexcept=default
 Defaulted.

constexpr alphabet_base (alphabet_base const &) noexcept=default
 Defaulted.

constexpr alphabet_base (alphabet_base &&) noexcept=default
 Defaulted.

constexpr alphabet_baseoperator= (alphabet_base const &) noexcept=default
 Defaulted.

constexpr alphabet_baseoperator= (alphabet_base &&) noexcept=default
 Defaulted.

 ~alphabet_base () noexcept=default
 Defaulted.

constexpr char_type to_char () const noexcept
 Return the letter as a character of char_type.

constexpr rank_type to_rank () const noexcept
 Return the letter's numeric value (rank in the alphabet).

constexpr derived_type & assign_char (char_type const chr) noexcept
 Assign from a character, implicitly converts invalid characters.

constexpr derived_type & assign_rank (rank_type const c) noexcept
 Assign from a numeric value.

Static Public Member Functions
static constexpr bool char_is_valid (char_type const c) noexcept
 Validate whether a character is valid in the sequence alphabet.

Related Functions
(Note that these are not member functions.)
template<typename sequence_alphabet_type , typename structure_alphabet_type >
 structured_rna (sequence_alphabet_type &&, structure_alphabet_type &&) -> structured_rna< std::decay_t< sequence_alphabet_type >, std::decay_t< structure_alphabet_type > >
 Type deduction guide enables usage of structured_rna without specifying template args.

RNA structure properties
static constexpr uint8_t max_pseudoknot_depth {structure_alphabet_t::max_pseudoknot_depth}
 The ability of this alphabet to represent pseudoknots, i.e. crossing interactions.

constexpr bool is_pair_open () const noexcept
 Check whether the character represents a rightward interaction in an RNA structure.

constexpr bool is_pair_close () const noexcept
 Check whether the character represents a leftward interaction in an RNA structure.

constexpr bool is_unpaired () const noexcept
 Check whether the character represents an unpaired position in an RNA structure.

constexpr std::optional< uint8_t > pseudoknot_id () const noexcept
 Get an identifier for a pseudoknotted interaction.

Additional Inherited Members
- Static Public Attributes inherited from seqan3::alphabet_base< derived_type, size, char_t >
static constexpr detail::min_viable_uint_t< size > alphabet_size = size
 The size of the alphabet, i.e. the number of different values it can take.

- Protected Types inherited from seqan3::alphabet_base< derived_type, size, char_t >
using char_type = std::conditional_t< std::same_as< char_t, void >, char, char_t >
 The char representation; conditional needed to make semi alphabet definitions legal.

using rank_type = detail::min_viable_uint_t< size - 1 >
 The type of the alphabet when represented as a number (e.g. via to_rank()).

Detailed Description
template<nucleotide_alphabet sequence_alphabet_t, rna_structure_alphabet structure_alphabet_t>
requires writable_alphabet<sequence_alphabet_t> && writable_alphabet<structure_alphabet_t>
class seqan3::structured_rna< sequence_alphabet_t, structure_alphabet_t >
A seqan3::alphabet_tuple_base that joins a nucleotide alphabet with an RNA structure alphabet.
.
Template Parameters
sequence_alphabet_tType of the first letter; must model seqan3::writable_alphabet, seqan3::nucleotide_alphabet and satisfy the requirements on arguments by seqan3::alphabet_tuple_base.
structure_alphabet_tTypes of further letters; must model seqan3::writable_alphabet, seqan3::rna_structure_alphabet and satisfy the requirements on arguments by seqan3::alphabet_tuple_base.
This composite pairs a nucleotide alphabet with a structure alphabet. The rank values correspond to numeric values in the size of the composite, while the character values are taken from the sequence alphabet and the structure annotation is taken from the structure alphabet.
As with all seqan3::alphabet_tuple_base s you may access the individual alphabet letters in regular c++ tuple notation, i.e. get<0>(t) and objects can be brace


text:
Browsing Life sciences by Subjects
Now showing items 1-1 of 1
Combining simulation modeling and stable isotope analyses to reconstruct the last known movements of one of Nature's giantsThe spatial ecology of rare, migratory oceanic animals is difficult to study directly. Where incremental tissues are available, their chemical composition can provide valuable indirect observations of movement and diet. Interpreting the chemical record in incremental tissues can be highly uncertain, however, as multiple mechanisms interact to produce the observed data. Simulation modeling is one approach for considering alternative hypotheses in ecology and can be used to consider the relative likelihood of obtaining an observed record under different combinations of ecological and environmental processes. Here we show how a simulation modeling approach can help to infer movement behaviour based on stable carbon isotope profiles measured in incremental baleen tissues of a blue whale (Balaenoptera musculus). The life history of this particular specimen, which stranded in 1891 in the UK, was selected as a case study due to its cultural significance as part of a permanent display at the Natural History Museum, London. We specifically tested whether measured variations in stable isotope compositions across the analysed baleen plate were more consistent with residency or latitudinal migrations. The measured isotopic record was most closely reproduced with a period of residency in sub-tropical waters for at least a full year followed by three repeated annual migrations between sub-tropical and high latitude regions. The latitudinal migration cycle was interrupted in the year prior to stranding, potentially implying pregnancy and weaning, but isotopic data alone cannot test this hypothesis. Simulation methods can help reveal movement information coded in the biochemical compositions of incremental tissues such as those archived in historic collections, and provides context and inferences that are useful for retrospective studies of animal movement, especially where other sources of individual movement data are sparse or challenging to validate.

source: openbmb/Ultra-FineWeb


File.GetCreationTimeUtc(String) File.GetCreationTimeUtc(String) File.GetCreationTimeUtc(String) File.GetCreationTimeUtc(String) Method
Definition
Returns the creation date and time, in coordinated universal time (UTC), of the specified file or directory.
public:
 static DateTime GetCreationTimeUtc(System::String ^ path);
public static DateTime GetCreationTimeUtc (string path);
static member GetCreationTimeUtc : string -> DateTime
Public Shared Function GetCreationTimeUtc (path As String) As DateTime
Parameters
path
String String String String
The file or directory for which to obtain creation date and time information.
Returns
A DateTime structure set to the creation date and time for the specified file or directory. This value is expressed in UTC time.
Exceptions
path is a zero-length string, contains only white space, or contains one or more invalid characters as defined by InvalidPathChars.
The specified path, file name, or both exceed the system-defined maximum length.
Examples
The following example demonstrates the GetCreationTimeUtc method.
Imports System.IO
Module Module1
 Sub Main()
 Dim fileCreatedDate As DateTime = File.GetCreationTimeUtc("C:\Example\MyTest.txt")
 Console.WriteLine("file created: " + fileCreatedDate)
 End Sub
End Module
Remarks
Note
This method may return an inaccurate value, because it uses native functions whose values may not be continuously updated by the operating system.
If the file described in the path parameter does not exist, this method returns 12:00 midnight, January 1, 1601 A.D. (C.E.) Coordinated Universal Time (UTC).
NTFS-formatted drives may cache information about a file, such as file creation time, for a short period of time. As a result, it may be necessary to explicitly set the creation time of a file if you are overwriting or replacing an existing file.
For a list of common I/O tasks, see Common I/O Tasks.
Security
FileIOPermission
for reading from the specified file. Associated enumeration: Read
Applies to
See also


text:
CuInS2 (CIS) I-III-VI-type quantum dots (QDs) were synthesized under different growth times by the facile solvothermal method. Emission wavelengths showed a deep red region (630-650 nm) with low quantum yields (QYs). The core CIS was effectively passivated by the coating layer of ZnS, thereby remarkably increasing the QYs (48% and 82%) and causing the blue shift of the emission band (580-623 nm). Red-emitting CIS/ZnS QDs that were blended with Y 3Al5O12:Ce3+ phosphor-based white light-emitting diodes (LEDs) were further demonstrated. The color rendering index of white LEDs was improved (Ra = 86) by using red-emitting CIS/ZnS QDs with broader spectra. The optical properties were evaluated under various forward currents; these properties included the electroluminescence spectra and luminous efficiency of CIS/ZnS QDs-assisted white LEDs. These results clearly showed that CIS/ZnS QDs are promising candidates for application in white LEDs.
ASJC Scopus subject areas

source: m-a-p/FineFineWeb


text:
When AC source is at its positive half cycle, conventional current passes from base terminal to R_E and R_L and then straight to the ground. The resistance it sees is the input impedance Z_in.
But when AC source is at its negative half cycle, it passes from ground to R_E and R_L and then to the emitter terminal. Why does the resistance that this conventional current sees is still the input impedance Z_in and not the output impedance Z_out?
Zout is the resistance that the load R_L sees in its own perspective, that's why I though that if current passes from the ground to the R_E and R_L, it will also face the resistance of Z_out and not Z_in.


Marshall Islands Age of Consent & Sex Laws Age of Consent in Marshall Islands
What is the Marshall Islands Age of Consent?
The Age of Consent in Marshall Islands is 16 years old. The age of consent is the minimum age at which an individual is considered legally old enough to consent to participation in sexual activity. Individuals aged 15 or younger in Marshall Islands are not legally able to consent to sexual activity, and such activity may result in prosecution for statutory rape or the equivalent local law.
Marshall Islands statutory rape law is violated when an individual has consensual sexual contact with a person under age 16.
Marshall Islands does not have a close-in-age exemption. Close in age exemptions, commonly known as "Romeo and Juliet laws" in the United States, are put in place to prevent the prosecution of individuals who engage in consensual sexual activity when both participants are significantly close in age to each other, and one or both partners are below the age of consent.
Because there is no close-in-age exemption in Marshall Islands, it is possible for two individuals both under the age of 16 who willingly engage in intercourse to both be prosecuted for statutory rape, although this is rare. Similarly, no protections are reserved for sexual relations in which one participant is a 15 year old and the second is a 16 or 17 year old.
Age of Consent across the world
The Age of Consent ranges from as low as 11 to as high as 20 years old across the world. Click any country for details, or view countries with the highest & lowest ages of consent.
Age of Consent Map:
Must be married
< 13 years old
14 years old
15 years old
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18 years old
> 19 years old
Back to list of international ages of consent View state ages of consent in the USA
** This Document Provided By **


1. Intro
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Epicentre means that point on the earth's surface above the centre of an earthquake. To say that Mr Putin was at the epicentre of the dispute suggests that the argument took place underground.
The hypocentre, in contrast, is the place on the surface of the earth below an explosion (which at Hiroshima in 1945, for example, was 580 metres above the ground). It is the same as ground zero.
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text:
In probability theory, coupling is a proof technique that allows one to compare two unrelated random variables(distributions) and by creating a random vector whose marginal distributions correspond to and respectively. The choice of is generally not unique, and the whole idea of "coupling" is about making such a choice so that and can be related in a particularly desirable way.
Using the standard formalism of probability, let and be two random variables defined on probability spaces and. Then a coupling of and is a new probability space over which there are two random variables and such that has the same distribution as while has the same distribution as.
An interesting case is when and are not independent.
Assume two particles A and B perform a simple random walk in two dimensions, but they start from different points. The simplest way to couple them is simply to force them to walk together. On every step, if A walks up, so does B, if A moves to the left, so does B, etc. Thus, the difference between the two particles stays fixed. As far as A is concerned, it is doing a perfect random walk, while B is the copycat. B holds the opposite view, i.e. that he is, in effect, the original and that A is the copy. And in a sense they both are right. In other words, any mathematical theorem, or result that holds for a regular random walk, will also hold for both A and B.
Consider now a more elaborate example. Assume that A starts from the point (0,0) and B from (10,10). First couple them so that they walk together in the vertical direction, i.e. if A goes up, so does B, etc., but are mirror images in the horizontal direction i.e. if A goes left, B goes right and vice versa. We continue this coupling until A and B have the same horizontal coordinate, or in other words are on the vertical line (5,y). If they never meet, we continue this process forever (the probability for that is zero, though). After this event, we change the coupling rule. We let them walk together in the horizontal direction, but in a mirror image rule in the vertical direction. We continue this rule until they meet in the vertical direction too (if they do), and from that point on, we just let them walk together.
This is a coupling in the sense that neither particle, taken on its own, can "feel" anything we did. Nor the fact that the other particle follows him in one way or the other, nor the fact that we changed the coupling rule or when we did it. Each particle performs a simple random walk. And yet, our coupling rule forces them to meet almost surely and to continue from that point on together permanently. This allows one to prove many interesting results that say that "in the long run", it is not important where you started.
Assume two biased coins, the first with probability p of turning up heads and the second with probability q > p of turning up heads. Intuitively, if both coins are tossed the same number of times, the first coin should turn up fewer heads than the second one. More specifically, for any fixed k, the probability that the first coin produces at least k heads should be less than the probability that the second coin produces at least k heads. However proving such a fact can be difficult with a standard counting argument. Coupling easily circumvents this problem.
Let X1, X2,..., Xn be indicator variables for heads in a sequence of flips of the first coin. For the second coin, define a new sequence Y1, Y2,..., Yn such that
- if Xi = 1, then Yi = 1,
- if Xi = 0, then Yi = 1 with probability (q-p)/(1-p).
Then the sequence of Yi has exactly the probability distribution of tosses made with the second coin. However, because Yi depends on Xi, a toss by toss comparison of the two coins is now possible. That is, for any k ≤ n
- T. Lindvall, Lectures on the coupling method. Wiley, New York, 1992.
- H. Thorisson, Coupling, Stationarity, and Regeneration. Springer, New York, 2000.


text:
This course is available to anyone. It is conducted online through a combination of interactive online video conferenced meetings in the evening, reading assignments, and asynchronous videos and online discussions through the Schoology educational software platform.
It is 2 credits. It starts on Thursday, January 13, 2022 and will follow the Saint Vincent academic calendar.
Registration deadline: Jan 1, 2022
Registration will be limited to 20 students per course.
IMTH740 - Johannine Literature
Taught by Father Nathanael Polinski, OSB
Time: 6:30-7:45 p.m. Thursdays
This course introduces students to the literary, historical, and theological study of John's writings, especially his Gospel. The objective is to gain a deeper knowledge and appreciation of the Johannine writings, including their use in the Church's Tradition. Special attention will be given to the use of the Gospel of John in the Catholic Christian celebrations of Christmas and Easter.
Note: This course is 2 credits. All IMF students are welcome to take it for credit or to audit.


text:
Quality Improvement Fundamentals for My Nursing Career
This program will lead the participant through the quality improvement (QI) process from start to finish by providing fundamental principles and practical applications of QI science to assist with any QI project. Coursework in this program is entirely asynchronous.
A UPMC Wolff Learning Academy Quality Improvement Fundamentals Certificate of Completion is available for UPMC nurses who complete the following asynchronous coursework (4 hours) and live workshops (8 hours) (estimated total time to complete -12 hours).
- Principles of Quality and Safety
- Lean Fundamentals
- Assessing the Current State
- Building the Right Team
- Data for Quality Improvement
- Plan-Do-Study-Act Cycles
- Human Factors Design
- Sustaining Change
- Storytelling: Making Your QI Presentation Your QI Story
- Spreading Your Success: How to Effectively Present to Executive Leadership
- Assessing the Current State
- Connecting the Dots with Data: Introduction to Quality Data Analysis
- Legos: Lessons from Lean
- Tackling Quality Improvement Using Plan-Do-Study-Act Cycles and Human Factors Design
CLICK HERE TO LEARN ABOUT
COURSE REGISTRATION REQUIREMENTS AND
WAYS TO ACCESS EDUCATIONAL CONTENT
*Use a UPMC email address for account creation*
Wolff Learning Academy Quality Improvement Fundamentals Certificate of Completion is valid for 2 years.
Obtaining the UPMC Wolff Learning Academy Quality Improvement Fundamentals Certificate of Completion
The tracking form below can be used to record your course progress and final date of completion and submission. You will not be asked to upload this tracking form as proof of completion.
UPMC Wolff Learning Academy Quality Improvement Fundamentals Certificate of Completion Tracking Form
When all program requirements have been met (reviewing course material, completing course surveys,
and attending any applicable live sessions), submit your program completion through this link. You will be asked to attest that you have completed all required coursework and provide your UPMC employee ID number.
Program completions are verified during the last business day of every month. Successful participants will see UPMC Wolff Learning Academy Quality Outcomes Essentials Certificate of Completion on their transcript in HR Direct Learning during the first week of the following month. A certificate of completion will be available through HR Direct Learning once the course is viewable on your HR Direct Learning transcript. For example, a program completion submitted on the 5th of March will be verified at the end of March, but the certificate will not be available in HR Direct Learning until the first week of April.
If your submission is not approved for any reason, participants must resubmit again through the program completion link and be processed along the next monthly schedule in which they fall after completing all program requirements.
Register for asynchronous coursework here:
- Register for Principles of Quality and Safety to gain baseline knowledge necessary to tackle quality improvement projects.
- Register for Lean Fundamentals to learn how to improve flow and outcomes while reducing waste.
- Register for Assessing the Current State to learn about the important first step in any quality improvement project.
- Register for Building the Right Team to learn how to construct an effective team that will support project success.
- Register for Data for Quality Improvement to understand how to define project measures and gather and interpret project data.
- Register for Plan-Do-Study-Act (PDSA) Cycles to understand the four-stage problem-solving model used to improve a process or carry out a change.
- Register for Human Factors Design to learn how human factors can improve safety, effectiveness, and ease of use of resources for any project.
- Register for Sustaining Change to learn a framework for implementing sustainable change to improve project outcomes over a period of time.
- Register for Storytelling: Making Your QI Presentation Your QI Story to learn how to apply storytelling concepts to your QI project to maximize audience impact.
Register for live workshops here:
- Register for Assessing the Current State Workshop to apply principles learned in the asynchronous course Assessing the Current State in an interactive environment using real-world projects and examples.
- Register for Connecting the Dots with Data: Introduction to Quality Data Analysis Workshop to apply basic data display and analysis principles to a sample data set under the direction of an experienced statistician.
- Register for Legos: Lessons from Lean Workshop to learn Lean principles using virtual Excel Legos to assess workplace processes for inefficiencies and areas of waste.
- Register for Tackling Quality Improvement Using Plan-Do-Study-Act Cycles and Human Factors Design Workshop to apply PDSA and Human Factors Design principles to case studies and interactive activities.


Toyota RAV4 manuals
Toyota RAV4 (XA40) 2013-2018 Service Manual: Parts location
Toyota RAV4. Parts location
Toyota RAV4. Parts location
System diagram
The configuration of the electronic control system in the u140f automatic transaxle is as shown in the following chart.
Toyota RAV4. System diagram
Toyota RAV4. System diagram
Toyota RAV4. System diagram
Toyota RAV4. System diagram
System description
 1. System description
 1. The electronic controlled automatic transaxle (ect) is an automatic transaxle that electronically controls shift timing using the engine control module (ecm). The ecm detects electrical signals that indicate engine and driving conditions, and controls the shift point based on driver habits and road conditions. As a result, fuel efficiency and power transaxle performance are improved.
 Shift shock is reduced by controlling the engine and transaxle simultaneously.
In addition, the ect has the following features:
How to proceed with troubleshooting
Hint:
 1. Vehicle brought to workshop
 1. Customer problem analysis
 1. Inspect battery voltage
Standard voltage: 11 to 14 v
If the voltage is below 11 v, recharge or replace the battery before proceeding.
 1. Connect intelligent tester to dlc3*
 1. Check and clear dtcs and freeze frame data*
 1. Refer to the dtc check / clear (see page ax-29).
 1. Visual inspection

 1. Setting check mode diagnosis*
 1. Refer to the check mode procedure (see page ax-30).
 1. Problem symptom confirmation
 1. Refer to the road test (see page ax-12).
Result
 1. Symptom simulation
 1. Refer to the electronic circuit inspection procedure (see page in-37).
 1. Dtc check*
 1. Refer to the dtc check / clear (see page ax-29).
Result
 1. Basic inspection
 1. Refer to the automatic transmission fluid (see page ax-102).
 2. Refer to the park/neutral position switch (see page ax-108).
 3. Refer to the floor shift assembly (see page ax- 136).

 1. Mechanical system tests
 1. Refer to the mechanical system tests (see page ax-15).
 1. Hydraulic test
 1. Refer to the hydraulic test (see page ax-16).
 1. Manual shifting test
 1. Refer to the manual shifting test (see page ax- 17).
 1. Problem symptoms table chapter 1
 1. Refer to the problem symptoms table (see page ax-21).
 1. Problem symptoms table chapter 2
 1. Refer to the problem symptoms table (see page ax-21).
 1. Part inspection
 1. Dtc chart
 1. Refer to the diagnostic trouble code chart (see page ax-35).
 1. Circuit inspection
 1. Identification of problem
 1. Repair or replace
 1. Confirmation test
End
Precaution
Notice: Perform the reset memory procedures (a/t initialization) when replacing the automatic transaxle assembly, engine assembly or ecm (see page ax-18). Hint: Reset memory cannot be completed b ...
Road test
Problem symptom confirmation Based on the result of the customer problem analysis, try to reproduce the symptoms. If the problem is that the transaxle does not shift up, shift down, or ...
Other materials:
Assist grips
An assist grip installed on the ceiling can be used to support your body while sitting on the seat. Caution Assist grip Do not use the assist grip when getting in or out of the vehicle or rising from your seat. Doing so could damage the assist grip, or could cause you to injure yourse ...
Occupant classification ecu
Components On-vehicle inspection Inspect occupant classification ecu (vehicle not involved in collision) Perform a diagnostic system check (see page rs- 236). Inspect occupant classification ecu (vehicle involved in collision) Perform a diagnostic system check (see p ...
Console box
Lift the lid while pulling up the lever to release the lock. When using the console box lid as an armrest (vehicles with slide function) Slide the console box lid forward as needed. Pull the lid forward by holding the front of the lid. Caution Console box adjustment precaution D ...
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text: Purpose: To describe the development and preliminary evaluation of the Multicontext Sitting Time Questionnaire (MSTQ). Method: During development of the MSTQ, contexts and domains of sitting behavior were utilized as recall cues to improve the accuracy of sitting assessment. The terms "workday" and "nonworkday" were used to disambiguate occupational and discretionary sitting. An expert panel evaluated content validity. Among 25 participants, test-retest reliability of the MSTQ items was assessed with intraclass correlation coefficients (ICCs). Convergent validity was assessed versus relative and absolute accelerometerestimated sedentary time and activity log using Pearson (r) or Spearman (r) correlation coefficients where appropriate. Results: Pilot testing revealed Web-based MSTQ administration was rapid, scalable, and inexpensive. Most items in the MSTQ demonstrated acceptable reliability (ICCs > .70). Compared with accelerometer-estimated sedentary time relative to total wear time, the MSTQ exhibited a low correlation on workdays (r = .34) and a moderately high correlation on nonworkdays (r = .61). Conclusions: The systematic development of the MSTQ resulted in several improvements over previous tools and may serve as a model for purpose-driven questionnaire design. Additional validation is needed to conclusively determine the utility of the MSTQ. Copyright © AAHPERD.


text:
In the most of all statistical approaches in pattern recognition theories in remote sensing it is assumed that each probability density function of pattern classes can be approximated by the Gaussian probability density function. However, this assumption is not always appropriate in practice. The exact shape of class probability density function is supposed to be expressed as an original histogram. And if the shape of the histogram is largely different from the Gaussian function the classification results might include large error.
Therefore, there seems no need to persist in Gaussian probability density function as the only representation of class histograms. In other words, if there are other functions which can approximate the original histograms more accurately than the Gaussian function can, we would better to adopt one of those functions as a representation of a pattern class histogram.
From this point of view, a probability density function was expanded by adding another parameter to the Gaussian function so that it can approximate histograms more flexibly and still can include the Gaussian function itself as a special case.
The expanded function used here is a non-symmetric Gaussian function which has two independent standard deviations for each Side of the mode so that it can approximate the anti-symmetricity of class histogram.
In this paper some characteristics of the non-symmetric Gaussian probability density function were studied. Then the fitness to the original histogram was examined by chi-square test and compared with that of the conventional symmetric Gaussian function. The comparison between symmetric and non-symmetric function was accomplished also on the results of a test run.
Date of this Version


text:
Webinar – Better Noise Power Ratio Measurements for Satellite Components
As satellite links move to wider channels and higher powers to overcome atmospheric absorption, link designers need to account for increased nonlinear distortion.
Making more accurate and intuitive distortion measurements is key to improving link performance.
- Learn how the economy of space is changing for new satellite missions with the continued demand for more data and more availability.
- Discover how the spectral correlation method of measurement can be used to see all the distortion from the DUT, both in-band and out-of-band.
- Find out how this measurement technique can be extended to replace both noise power ratio (NPR) and error vector magnitude (EVM) measurement in component characterization.
Donald Vanderweit has worked at Keysight Technologies as an Application Engineer since 2006.
He supports Keysight RF and Microwave test solutions across the space industry, with a focus on link and component testing. Vanderweit received his MSEE from the University of Colorado at Boulder in 1988.


text:
is so much more significant than the differences that divide us.
The Easter message is to supersize your character and not your possessions. Supersize your compassion, not your religious purity. Supersize what comes out of your mouth, rather than what goes into your mouth. Supersize your inner strength rather than your outer physique. Supersize your optimism and love for all people, rather than bitterness and negativity. Supersize your inner world and then you will always have enough and you will see resurrection everywhere.
Easter light in me honors supersized optimism in you. Happy Easter and Namaste.
For Further ReflectionHow important are the historical details of the Easter story?
Is resurrection a meaningful metaphor, even without a literal, physical resurrection of Jesus?
What do you see as the values of Jesus' life?
What does Easter mean to you?


Extact latitude and longitude from eopatch
Hello everybody!
I'm new in eolearn. I executed the full example of slovinia.
In order to adapt the code to my study area I need to have the latitude and longitude of each point of an epoatch.
How could I do that please!
Hi Sophie,
You will find some useful elements in this post. Maybe _USER_ has made some progress and can give some tips?
Hi _USER_.lamare _USER_
I would like to help. But, I am still seeking the solution. There is no much documentation. I am trying to find something.
If there is any improvement it be shared.
Take a look at this stack overflow post, it should help you. You have the corner coordinates and pixel size from your eopatch, and I'm thinking you can assume zero rotation and thus use the simplified calculation.
Otherwise, I found some inbuilt eolearn functions that can help: eopatch_to_dataset & new_coordinates, but you would need to experiment with them (they are seldom used):
from eolearn.visualization.xarray_utils import eopatch_to_dataset, new_coordinates
# Convert patch to xarray
ptch = eopatch_to_dataset(eopatch)
# Get coordinates in lat lon (check the input and output CRS
# they may be different for you)
latlon = new_coordinates(ptch, CRS('32633'), CRS('4326'))
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text:
magical medium of Art Clay Silver clay consists of finely ground
pure silver mixed with non-toxic binders and water. Presented as an off-white
putty, this malleable clay can be easily worked into unique and personalised
jewellery or ornaments. Items can be made as thin as 1mm thick. Once fired,
the binders (which are made from harmless pulp fibres) burn away leaving pure, 99.9% silver which can be hallmarked
'.999'. The difference between the silver produced, and sterling
silver, is that sterling silver is 92.5% silver combined with other metals,
generally copper. This makes the metal harder than pure (or fine) silver.
Both metals will tarnish but sterling silver more so.
The firing process is remarkably simple and can be achieved
with the minimum of cost. Small pieces of Art Clay Silver can be fired
easily on a wire mesh laid across a gas hob or the pieces can be fired using a blow torch and a fibre brick. Kiln firing is also an option and allows more than one piece
to be fired at a time. Although the kiln can be a costly investment, it can also
be used for other craft techniques such as ceramics, glass fusing and bead making, and annealing and hardening of metals.
Find out more
about firing Art Clay Silver clay.
Working with Art Clay Silver
The clay will begin to dry out the moment it is exposed to air. These
tips will help to increase the working time:
keep a bowl of water near by to dip fingers and tools in
work in a cool room and try to avoid direct heat from light bulbs
rehydrate drying clay by wetting the surface, wrapping in cling film
and kneading through the film. You may have to repeat this process a
couple of times before it is fully hydrated
work the clay on a smooth, non-porous surface such as a tile or glass
only break off the amount of clay you think you will need and put
the remainder in an air-tight wrapper. Covering with a damp cloth or
kitchen paper will help
will contaminate and discolour silver clay. Do not use tools or containers
made from aluminium
plan your design before you start - this will reduce the amount of
use the Kemper cutters to work your Art Clay Silver into tiny
finished pieces should be allowed to out dry fully before firing.
Give between 24 - 48 hours in a dry, warm atmosphere
When the Art Clay Silver clay is thoroughly dried it is
ready to fire. Find out more...
if the product gets in eyes or mouth, flush immediately with plenty
of water. If necessary, seek medical advice
follow the firing instructions carefully remembering to carry out
the process in a well ventilated room
place fired items in an appropriate place to cool; keep away from


text:
1. venture - noun
· any venturesome undertaking especially one with an uncertain outcome
2. venture - noun
· an investment that is very risky but could yield great profits; "he knew the stock was a speculation when he bought it"
3. venture - noun
· a commercial undertaking that risks a loss but promises a profit
4. venture - verb
· proceed somewhere despite the risk of possible dangers; "We ventured into the world of high-tech and bought a supercomputer"
5. venture - verb
· put forward, of a guess, in spite of possible refutation; "I am guessing that the price of real estate will rise again"; "I cannot pretend to say that you are wrong"
6. venture - verb
· put at risk; "I will stake my good reputation for this"
Enter the letters to get anagrams for the word
Definitions, synonyms, antonyms and related words
Enter the word below with '?' to indicate missing letters
Enter the word to find the rhymes
Enter the letters of the beginning, middle or end of the word.


text:
File(s) not publicly available
Simulation of fluid velocity distribution inside the condenser waterbox of a power plant
conference contributionposted on 2017-12-06, 00:00 authored by L Brown, B Hayden, Mohammad RasulMohammad Rasul
The cleaning of heat exchanging units is of a major concern for steam power plant. It has been proposed by the plant authority to install an on-line cleaning system at Callide Power Station located near Biloela, Queensland, Australia, on the steam condensing electrical generation units. The condenser is fitted with a waterbox to distribute the cooling water internally throughout. The cleaning system may incorporate the cycling of sponge balls throughout the cooling water circuit of the condenser, which through their abrasive action remove fouling. To predict the potential effectiveness of this cleaning system, it is important to determine the distribution of balls, i.e. the distribution of fluid velocity throughout the condenser tube systems is uniform and even. A Computational Fluid Dynamics (CFD) model is developed in this study in order to simulate and evaluate the fluid velocity distribution inside the condenser waterbox. The simulation results are presented and discussed, so that plant authority can realize the implementation of this cleaning system.
Category 1 - Australian Competitive Grants (this includes ARC, NHMRC)
Number of Pages11
Place of PublicationSydney, Australia
Full Text URL


text:
Abstract: A Cyclic Redundancy Check (CRC) is the remainder or residue of binary division of a potentially long message, by a CRC polynomial. This technique is ubiquitously employed in communication and storage applications due to its effectiveness at detecting errors and malicious tampering. The hardware implementation of a bit-wise CRC is a simple linear feedback shift register. This means that 'n' clock cycles will be required to calculate the CRC values for an n-bit data stream. This project primarily focuses on error detection in the Ethernet applications. This paper presents implementation of parallel Cyclic Redundancy Check (CRC) based upon DSP algorithms of pipelining, retiming and unfolding. The architectures are first pipelined to reduce the iteration bond by using novel look-ahead techniques and then unfolded and retimed to design high speed parallel circuits. The methodology to be employed with VHDL, Xilinx ISE for simulation and test-bench verification.
Keywords: Cyclic Redundancy Check (CRC), Parallel Pipelining, LFSR, VHDL code.


text:
"The Airbus A320, a widely used narrow-body, twin-engine airliner, is offered in two primary variants: the A320ceo (Current Engine Option) and the A320neo (New Engine Option).
Here's a detailed explanation of the differences between the two:
A320ceo vs A320 neo – Engines
A320ceo: The A320ceo is powered by either CFM International CFM56 engines or International Aero Engines V2500 engines, depending on the customer's preference. These are the original engine options available since the A320's introduction.
A320neo: The A320neo features newer engine options, including the Pratt & Whitney PW1000G geared turbofan engines and the CFM International LEAP-1A engines. These engines offer improved fuel efficiency, reduced emissions, and lower noise levels compared to the engines on the A320ceo.
A320ceo vs A320 neo – Fuel Efficiency
A320ceo: While the A320ceo is fuel-efficient compared to older aircraft models, it doesn't offer the same level of fuel efficiency as the A320neo due to the newer engine technology and design improvements.
A320neo: The A320neo is designed to be significantly more fuel-efficient than the A320ceo, with the new engine options delivering fuel savings of up to 15% compared to previous models. This improved fuel efficiency translates to lower operating costs for airlines.
A320ceo vs A320 neo – Range and Payload
A320ceo: The A320ceo typically has a slightly shorter range and payload capacity compared to the A320neo, primarily due to differences in engine performance and fuel efficiency.
A320neo: The A320neo offers extended range capabilities and increased payload capacity compared to the A320ceo, allowing airlines to operate longer routes with more passengers or cargo.
A320ceo vs A320 neo – Noise Levels
A320ceo: While the A320ceo meets existing noise regulations and standards, the older engine options may produce slightly higher noise levels during takeoff and landing compared to the A320neo.
A320neo: The A320neo features quieter engines with reduced noise emissions, meeting or exceeding the latest environmental regulations and community noise requirements.
A320ceo vs A320 neo – Technology and Design Improvements
A320ceo: The A320ceo incorporates technology and design features that were state-of-the-art at the time of its introduction in the late 1980s. While it remains a highly reliable and capable aircraft, it lacks some of the newer innovations found on the A320neo.
A320neo: The A320neo benefits from various technological advancements and design improvements, including aerodynamic enhancements, advanced materials, and more efficient systems. These improvements contribute to its superior performance and operating efficiency compared to the A320ceo.
In summary, while both the A320ceo and A320neo are based on the same airframe, the A320neo offers significant enhancements in terms of fuel efficiency, range, payload capacity, noise levels, and technological innovations, making it a more attractive option for airlines seeking to optimize their operations and reduce operating costs."


text:
Billy Biggs
Tue Jun 17 21:50:21 EDT 2003
Alexander Kellett, a KDE developer, was looking for a way to dynamically change the colours in a desktop theme, but still keep the set of colours consistent. Imagine taking a theme where the icons are predominantly blue and changing it to a red-based colour scheme.
My suggestion was to rotate the colours using the hue angle from a perceptual colour space like CIELAB. This keeps the lightness (perceptual brightness) and amount of colour unchanged while rotating the hue.
The following is an example of a colourful image rotated by its hue, and then an example of a set of ten KDE icons. The icons show how each new colour scheme is relatively consistent in appearance, and our transition around the hue axis results in a reasonably even walk around the available colours. Finally, we show a saturated chromaticity diagram rotated by its hue to better show how these colours are mapped.
The source code for performing this rotation has been made available under the MIT license.
For a better idea of where colours get rotated to, click here for some renderings and a visual description of the CIELAB hue circle.


With the success of the Hilltree Blob, they became dominant flora in their range, however, they were fairly heavy, and some began shrinking because of this, while still trying to retain a large area of photosynthetic area, eventually resulting in the Shroomtree. As stated before, they are smaller than their ancestor, and much more common, sometimes forming forests in especially thick areas of ice. They have a structure resembling the cap of a terran mushroom at the top of their body, which functions to gather more sunlight. This 'cap' also has spots on it, most of which being fairly dark to absorb even more light, in combination with the wrinkles and groves. Their newborns are the same size as their ancestor's, and again, behave the same way as the Hillblob. Their eyes are now separate, though this feature is only useful for juveniles due to the wider range of vision it provides.


text:
The Loyal Order of Ancient Shepherds (Ashton Unity) was founded in Ashton-Under-Lyne, England, in 1826 as a "sick and burial club". It's popularity grew swiftly and the movement crossed the border into Scotland in 1868. The first lodge, the "Pride of Leven Lodge No1335" was founded in Dumbarton in 1868, in Glasgow in 1870 and in Edinburgh in 1876. In the 1990s, the society changed its name from the Loyal Order of Ancient Shepherds (Ashton Unity) to The Shepherds' Friendly Society and the society is still trading under this name.
You can click on most images to see larger images or more information.
We wish to buy Stevengraphs. One at a time or collections. We also seek photos, brochures or any
item of related history.
- Malcolm J Roebuck,
- Copyright © _PHONE_ Stevengraphs Bookmarks & Postcards Etc.


Let define the $(3,2)_s$ SAT problem : Given $F_3$, a satisfiable 3-CNF formula, and $F_2$, a 2-CNF formula ($F_3$ and $F_2$ are defined on the same variables). Is $F_3 \wedge F_2$ satisfiable?
What is the complexity of this problem? (Has it been studied before?)
This problem is NP-complete.
Let $\varphi$ be an arbitrary CNF formula (an instance of SAT). Consider $\varphi \lor y$, where $y$ is a fresh variable; obviously, this formula is satisfiable (you can simply set $y$ to true). Now convert $\varphi \lor y$ to 3-CNF, using any standard method, and let $\psi$ denote the result. Note that $\psi$ is a satisfiable 3-CNF formula, so we can let $F_3 = \psi$. Now, let $F_2 = \neg y$. Notice that $F_3 \land F_2$ is satisfiable if and only if $\varphi$ is. Therefore, the $(3,2)_s$ SAT problem is at least as hard as SAT. Also, it is clearly no harder than SAT. Therefore, it is exactly as difficult as SAT.
 - $\begingroup$ Tks _USER_.W, quite convincing. $\endgroup$ – Xavier Labouze Jul 15 '13 at 18:15
 - $\begingroup$ You should just reduce from 3SAT instead of from SAT. $\endgroup$ – Tyson Williams Jul 15 '13 at 20:35
 - 5
 $\begingroup$ _USER_, yup, sure, we could do that too. Is there any sense in which reducing from 3SAT would be better? It doesn't seem to make any significant difference either way, as far as I can see. Reducing from 3SAT doesn't seem to make the reduction any simpler. Even if $\varphi$ is a 3-CNF formula, $\varphi \lor y$ won't be, so you still need to convert to 3-CNF either way. $\endgroup$ – D.W. Jul 16 '13 at 0:30
 - $\begingroup$ Ah, yes. Good point. $\endgroup$ – Tyson Williams Jul 18 '13 at 18:46
Here is a paper by Porshen and Speckenmayer : Satisfiability of mixed Horn formulas which shows that even when $F_3$ is Horn, the problem of deciding the satisfiability of $F_3 \wedge F_2$ is NP-complete.
Your Answer


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Non-scientific name:
gaisha
1 Accepted name(s) for "gaisha":
1 Medicinal source(s) include this non-scientific name:
Medicinal sources: Scientific names as used in medicinal source: MPNS matched scientific names: Accepted name: Trade forms: Plant parts:
Ayurvedic Pharm. of India (_PHONE_) Leucas cephalotes Spreng. Leucas cephalotes (Roth) Spreng. Leucas cephalotes (Roth) Spreng. dried whole plant whole plant


text:
The distribution function for generalized polytropic models has been used to construct a series of numerical models of anisotropic disks. It has been shown with the help of simulation that such systems are unstable with respect to bar formation at any degree of radial elongation of star orbits. The result is completely at variance with the conclusions of earlier works, where similar models were studied. The pattern speeds and amplitudes of the forming bar were found, and the initial distributions of orbit precession rates were calculated. Such systems have been shown to fulfill all conditions for the onset of radial orbit instability, responsible for the formation of a slow bar.
|Number of pages||7|
|Journal||Journal of Physics: Conference Series|
|State||Published - 27 Nov 2017|
|Event||International Conference PhysicA.SPb 2016 - Saint-Petersburg, Russian Federation|
Duration: 1 Nov 2016 → 3 Nov 2016
Scopus subject areas
- Physics and Astronomy(all)


they do not contain the required tools needed for lockfile generation (with the exception of the pip tool). The slim tags are significantly smaller and allow for faster action run times. They are useful for those instances where no manifest files are present and/or only lockfiles are used.
Here are examples of using the slim image tags:
 # NOTE: These are examples. Only one image line for 'phylum-ci' is expected.
# Use the most current release of *both* 'phylum-ci' and the Phylum CLI
image: phylumio/phylum-ci:slim
# Use the 'slim' image with a specific release version of 'phylum-ci' and Phylum CLI
image: phylumio/phylum-ci:0.42.4-CLIv6.1.2-slim
See the Docker image option and build environment documentation for more information.
Git clone behavior
The git version control system is used within the phylum-ci package to do things like determine if there was a dependency file change and, when specified, report on new dependencies only. Therefore, a full clone of the repository is required to ensure that the local working copy is always pristine and history is available to pull the requested information.
 - step:
clone:
depth: full
See the git clone behavior documentation for more information.
Script arguments
The script arguments to the Docker image are the way to exert control over the execution of the Phylum analysis. The phylum-ci script entry point is expected to be called. It has a number of arguments that are all optional and defaulted to secure values. To view the arguments, their description, and default values, run the script with --help output as specified in the Usage section of the top-level README.md or view the script options output for the latest release.
 # NOTE: These are examples. Only one script entry line for 'phylum-ci' is expected.
script:
# Use the defaults for all the arguments.
# The default behavior is to only analyze newly added dependencies
# against the active policy set at the Phylum project level.
- phylum-ci
# Provide debug level output. Highly recommended.
- phylum-ci -vv
# Consider all dependencies in analysis results instead of just the newly added ones.
# The default is to only analyze newly added dependencies, which can be useful for
# existing code bases that may not meet established policy rules yet,
# but don't want to make things worse. Specifying '--all-deps' can be useful for
# casting the widest net for strict adherence to Quality Assurance (QA) standards.
- phylum-ci --all-deps
# Some lockfile types (e.g., Python/pip 'requirements.txt') are ambiguous in that
# they can be named differently and may or may not contain strict dependencies.
# In these cases it is best to specify an explicit path, either with the '--depfile'
# option or in a '.phylum_project' file. The easiest way to do that is with the
# Phylum CLI, using 'phylum init' command (docs.phylum.io/cli/commands/phylum_init)
# and committing the generated '.phylum_project' file.
- phylum-ci --depfile requirements-prod.txt
# Specify multiple explicit dependency file paths.
- phylum-ci --depfile requirements-prod.txt Cargo.toml path/to/dependency.file
# Exclude dependency files by gitignore-style pattern.
- phylum-ci --exclude "requirements-*.txt"
# Specify multiple exclusion patterns.
- phylum-ci --exclude "build.gradle" "tests/fixtures/"
- |
phylum-ci \
--exclude "/requirements-*.txt" \
--exclude "build.gradle" "fixtures/"
# Force analysis for all dependencies in a manifest file. This is especially useful
# for *workspace* manifest files where there is no companion lockfile (e.g., libraries).
- phylum-ci --force-analysis --all-deps --depfile Cargo.toml
# Perform analysis as part of a group-owned project.
# A paid account is needed to use groups: _URL_
- phylum-ci --group my_group
# Analyze all dependencies in audit mode, to gain insight without failing builds.
- phylum-ci --all-deps --audit
# Ensure the latest Phylum CLI is installed.
- phylum-ci --force-install
# Install a specific version of the Phylum CLI.
- phylum-ci --phylum-release 4.8.0 --force-install
# Mix and match for your specific use case.
- |
phylum-ci \
-vv \
--depfile requirements-dev.txt \
--depfile requirements-prod.txt path/to/dependency.file \
--depfile Cargo.toml \
--force-analysis \
--all-deps
Alternatives
It is also possible to make direct use of the phylum Python package within CI. This may be necessary if the Docker image is unavailable or undesirable for some reason. To use the phylum package, install it and call the desired entry points from a script under your control. See the Installation and Usage sections of the README file for more detail.


Take the 2-minute tour ×
So today at work I ran into a strange problem. An application I was writing had a JavaScript file named form.sales.var.js, placed in the same directory as other JS files. However, when the browser tried to load the JS file, the server returned a 500 Internal Server Error page. The Apache log showed the entry:
Syntax error in type map, no ':' in /var/www/...
—followed by the rest of the file path and the file's contents.
I did some research on Google regarding the issue and found that this was likely caused by the filename containing.var., causing Apache to treat it as a type-map. Since it wasn't, a syntax error occurs.
My questions now are:
 1. Why is a.js file being treated as a type-map when the documentation says that type maps are *.var files? Is it just that my web server is misconfigured, or can others test to see if their web servers produce the same errors with files named something.var.something?
 2. Why is there no documentation of this problem, and why is it so rarely reported, even though this behavior seems to have existed since Apache 1.3? It seems like it would be a more common issue.
 3. Are type-maps commonly used? Is there any foreseeable issues with disabling them in Apache?
 4. What is the best way to address this issue (aside from renaming the file and not using any filenames that contain.var.)?
share|improve this question
add comment
1 Answer
up vote 1 down vote accepted
That's part of Apache httpd's Content Negotiation. Just remove the handler for type-map for the or of your JavaScript files or remove MultiViews for these directories.
share|improve this answer
Would this likely impact compatibility with other software? I'd like to avoid removing default functionality if this is a commonly used feature. And is the behavior of matching "var" anyway in the filename instead of just the extension normal? – Lèse majesté Jul 10 '10 at 12:55
If you don't know if you're using MultiViews, you're probably not. I'd say it's safe to deactivate MultiVews for you. – joschi Jul 10 '10 at 13:52
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Your Answer


Text +hunit
module Test.HUnit.Text
HUnit Test.HUnit.Text
Text-based test controller for running HUnit tests and reporting results as text, usually to a terminal.
PutText :: (String -> Bool -> st -> IO st) -> st -> PutText st
HUnit Test.HUnit.Text
data PutText st
HUnit Test.HUnit.Text
As the general text-based test controller (runTestText) executes a test, it reports each test case start, error, and failure by constructing a string and passing it to the function embodied in a PutText. A report string is known as a "line", although it includes no line terminator; the function in a PutText is responsible for terminating lines appropriately. Besides the line, the function receives a flag indicating the intended "persistence" of the line: True indicates that the line should be part of the final overall report; False indicates that the line merely indicates progress of the test execution. Each progress line shows the current values of the cumulative test execution counts; a final, persistent line shows the final count values. The PutText function is also passed, and returns, an arbitrary state value (called st here). The initial state value is given in the PutText; the final value is returned by runTestText.
putTextToHandle :: Handle -> Bool -> PutText Int
HUnit Test.HUnit.Text
Two reporting schemes are defined here. putTextToHandle writes report lines to a given handle. putTextToShowS accumulates persistent lines for return as a whole by runTestText. putTextToHandle writes persistent lines to the given handle, following each by a newline character. In addition, if the given flag is True, it writes progress lines to the handle as well. A progress line is written with no line termination, so that it can be overwritten by the next report line. As overwriting involves writing carriage return and blank characters, its proper effect is usually only obtained on terminal devices.
putTextToShowS :: PutText ShowS
HUnit Test.HUnit.Text
Accumulates persistent lines (dropping progess lines) for return by runTestText. The accumulated lines are represented by a ShowS (String -> String) function whose first argument is the string to be appended to the accumulated report lines.
runTestText :: PutText st -> Test -> IO (Counts, st)
HUnit Test.HUnit.Text
Executes a test, processing each report line according to the given reporting scheme. The reporting scheme's state is threaded through calls to the reporting scheme's function and finally returned, along with final count values.


[How to make meat dumplings delicious？
】 _How to do_How to do
[How to make meat dumplings delicious?
】 _How to do_How to do
In daily life, people who often cook often know that they must change patterns and tastes frequently, so that even if the family eats nutrition, it can also increase the family's appetite. Everyone knows that they want to eat meat fillings and mix them by themselves.It can also add a little fun to life and make life more diversified, but how to make meat dumplings delicious?
In fact, the meat dumplings are delicious when there is a trick.
How to make meat dumplings delicious?
1. First, choose the meat (pork, lamb, beef, etc.). According to personal preference, it is not good to choose lean meat. The dumpling stuffed out will be slightly dry and affect the taste.
So choose fat and thin, fat and lean meat is best.
2. You can use a meat grinder to grind the filling, eliminating the need for a chop.
If you like to eat better dumplings and overcome the force of dumplings, you can chop it by yourself. First cut the meat into thin slices, then cut it into shreds, and finally cut it into small dices. Cut before chopping.Try to cut it a bit.
3. The meat filling is adjusted well. The step of adding water is very important. Add the chopped meat filling to the water three times. After each addition, it will be even for a while, then place it for a while and add it again.
When stirring, pay attention to turning in a clockwise direction, add the minced ginger to the meat, and then add cooking wine, salt, chicken essence, and pepper powder in order.
4. In order to color the meat, it seems to overcome the appetite, then add soy sauce and continue to stir, then add the sesame oil on top until it is stirred vigorously.
5, chopped scallions and garlic for later use, it is best to enlarge the scallions, the scallions can not adjust the taste of scallions.
Chopped green onion and ginger should be placed when you eat it. If you leave it for too long, it will affect the taste. If you do n't add other vegetables, just eat meat and green onion stuffing.
6. After the onion is enlarged and mixed evenly, put a spoonful of oil on it, so that the meat filling looks more smooth and smooth, tastes more fragrant and tastes better.
The prepared mincemeat can be baked patties, and dumplings and buns can be made.
How to make delicious dumpling stuffing?
First of all, the ratio of meat and vegetables should be appropriate.
First, the meat-to-dish ratio of dumplings is 1: 1 or 1: 0.
5 is appropriate.
First, don't dump the juice.
It is determined that more than 60% of the vitamins will be lost after the Chinese cabbage is dehydrated.
In order to avoid nutrition loss and waste, the scientific method is: after chopping the vegetable stuffing, first squeeze the vegetable juice out into the pot, add the meat and soy sauce one after the other, and stir thoroughly to make the vegetable juice penetrate into the meat, thenAdd the dishes and stir well.
For vegetarian dumplings, you can also chop the vegetable stuffing first, pour it into the pan (pot), add cooking oil (vegetable oil) and stir gently, let the oil wrap the vegetables, and then add salt and seasoning.
In this way, not only the nutrition is preserved, the dumpling fillings are also tender and delicious. If it is leek meat fillings, the vegetable fillings are mixed with oil, and then the mixed meat fillings (with enough salt) are poured and mixed well.
The vegetable stuffing is mixed with oil first, and is covered with a layer of oil film. It is not easy to dehydrate when it encounters salt.
The dumplings wrapped with this stuffing taste very fresh and have a clear fragrance of vegetable juice.
Finally, the meat is chopped.
Make the stuffed meat and chop it with a knife to become velvety.
When there is a lot of lean meat, you can add the appropriate amount of vegetable juice or water; when there is a lot of fat, add less vegetable juice or water, and stir vigorously in one direction.
After the meat is sticky, add appropriate amount of pepper powder, spiced oil, salt, fresh ginger, MSG, sesame oil, and continue to stir.
At the same time, soy sauce should be added slowly little by little.
If there is broth, it is best to add broth, add the drops and stir until it becomes a paste, and then pour the vegetable stuffing and stir well.
Dumplings made with this kind of dumpling stuffing have rich soup and tender meat.
When adding dumplings with a little sugar, the dumplings will have a delicious seafood flavor.


text:
Degradation in breaking strength
Five geotextile specimens in machine and five in cross-machine direction are exposed in a Xenon arc device for each of the following times: 0, 150, 300 and 500 hours. Exposure consists of 120 minute cycles as follows: 90 minutes of light only at 65 °C uninsulated black panel temperature and 50% relative humidity followed by 30 minutes of light plus water spray. After each exposure period is complete, specimens are exposed to a strip tensile test. The average breaking strength in each direction is compared to that of the original control specimens. The percent strength retained is plotted to produce a degradation curve.
5 machine direction 5 cross machine direction
2" x 6"
Xenon, arc, UV, light degradation, deterioration


text:
Planning Region 2
Early Development Network
Planning Region 2 is a group of parents, agency representatives, child-care providers, special education providers, and school district representatives who meet at least five times a year, working together to:
- Discuss issues, make recommendations and provide feedback to local agencies related to the provision of services and resources for infants and toddlers with disabilities and their families within the 4 counties and 16 school districts within Planning Region Team 2. (Formerly Region 225, Elkhorn is now its own team, Region 25.)
- Work with the Early Development Network Services Coordinators to identify gaps and duplications of resources or to develop/share resources.
- Identify regional training and technical assistance needs for parents, family members, child care providers, and special education service providers that help them identify infants and toddlers with disabilities and to help them meet their developmental needs.
- Work on Child Find and public awareness to identify infants and toddlers with disabilities.


text:
By Fumbuka Ng'wanakilala
DAR ES SALAAM (Reuters) - Tanzania expects South Korea to begin farming 15,000 hectares of land in the east African country early next year for food production and processing, a senior official said on Thursday.
Aloyce Masanja, director general of Tanzania's state-run Rufiji Basin Development Authority (RUBADA), told Reuters the initial cost of the Korea Rural Community Corp (KRC) project was estimated at $50 million.
State-run KRC signed a memorandum of understanding in August and will develop the land in partnership with RUBADA over the next five years at a projected cost of $50 million.
"A feasibility study is ongoing, which means the final cost of the project could change once the study is completed. We expect to start working on the land in the next farming season that starts in March 2011," Masanja said.
Countries like China, South Korea and the arid Gulf states are buying large swathes of land in Africa and Asia to secure food supplies. Critics say this is worsening food security in countries parcelling out land, especially in Africa.
Tanzania has 44 million hectares of arable land, of which the government says about 10.8 million is in use.
"Tanzania is blessed with millions of hectares of fertile farm land, but most of this land has been under-utilised for a long time," said Masanja.
The proposed KRC land is 160 km (100 miles) south of the commercial capital Dar es Salaam, part of a site covering 100,000 hectares reserved for large-scale farming, he said.
EXPORT PROCESSING ZONE
"The land will primarily be used for paddy fields to produce rice through irrigation farming. We will also grow other crops such as maize, cassava and simsim in upland areas," he said.
Masanja said Tanzania was in talks with other investors from Britain, the United States, Singapore, India and the United Arab Emirates who have shown an interest in setting up commercial farming and food processing factories at the Rufiji basin.
In 2009, Saudi investors asked the country if they could lease 500,000 hectares of farmland for wheat and rice farming, part of a plan to boost the desert kingdom's food supplies.
"An American company wants to invest in a 5,000-hectare cassava plantation and build a factory to produce starch for the export market," he said.
He said the government also planned to set up an export processing zone (EPZ) within the Rufiji basin area to woo investors for agro-processing factories."RUBADA is charged with promoting and regulating development activities at an area that covers 17.7 million hectares. The size of this area stretches 177,000 square kilometres, so there is a huge potential for investment," he said.


text:
Developmental Disabilities (DD) Awareness Month is a time to raise awareness of the integral role people with developmental disabilities play in our society and to rededicate ourselves to the cause of inclusion. Nearly 500,000 Texans are diagnosed with a developmental disability, and it is vital we continue to work together to make our state more accessible and inclusive for everyone.
Governor Greg Abbott issued a proclamation recognizing DD Awareness Month, noting, "people with developmental disabilities have unique abilities and experiences that contribute to our state's rich diversity and heritage, just like all Texans [and Texas] is a stronger place when people of all abilities are included in community life." Study after study has shown how when you design for disability, you design for all. This takes many forms, like including people with disabilities in the general workforce and providing them with greater economic opportunity, including students with developmental disabilities in the classroom with their non-disabled peers and empowering them to achieve their full academic potential, or simply providing people with developmental disabilities the supports they need to live in the greater community.
One easy suggestion for fostering inclusive communities is to pay attention to the words we use when talking with and about other people. Spread the Word (previously Spread the Word to End the Word) is celebrated on March 4th, and asks people to pledge to not use the r-word. Now in its eleventh year, Spread the Word asks everyone to pledge to spread the word about inclusion — by creating socially inclusive places to learn, work, and live we can remind everyone that people with developmental disabilities are valued members of society.
Language is powerful, so it is important to be respectful and thoughtful whether you're talking to your neighbor or posting on social media. People First Language puts the person before the disability — instead of saying "a disabled person" you say "a person with a disability." When in doubt, ask the person how they prefer to be identified! Be sure to take the Pledge for Inclusion and help spread the word about Developmental Disabilities Awareness Month


text:
UPMC Presbyterian had its beginnings in 1893, when it was founded by Louise Lyle, the wife of a Presbyterian minister.
In 1895 it was legally incorporated as Presbyterian Hospital of Pittsburgh.
By the late 1920s, the University of Pittsburgh was thinking about creating a medical center and lured Presbyterian Hospital from its North Side location by promising a tract of land for construction of a new hospital.
Ground was broken in 1930 and the new hospital opened in 1938.
In 1949, a new affiliation agreement with the university established a three-tiered mission of patient care, research, and education.
Twelve years later, the hospital name changed to Presbyterian University Hospital, reflecting its close ties with the University.
In 1986, the trustees of the hospital entered a shared management agreement with the University's Medical and Health Care Division, the forerunner of today's UPMC.
Over the decades, the hospital's reputation has flourished, particularly in critical care medicine, neurology and neurological surgery, oncology, cardiology and cardiothoracic surgery, and organ transplantation.
A few of the luminaries who graced its history are Jonas Salk, MD, renowned for the polio vaccine; Peter Safar, MD, sometimes called the father of cardiopulmonary resuscitation; and transplant pioneer Thomas E. Starzl, MD, PhD.
Your health information, right at your fingertips. Select MyUPMC to access your UPMC health information. For patients of UPMC-affiliated doctors in Central Pa, select UPMC Central Pa Portal. Patients of UPMC Cole should select the UPMC Cole Connect Patient Portal.


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I designed a kernel function (to be used within SVM) which has the expression $tr(AB)$ in it. For efficient implementation of this, I was wondering if I could write $tr(AB)$ as an inner product: $\phi(A)^T \phi(B)$? What is the function $\phi()$?
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I'm not sure I understand your question (it would help if you eliminated or explained your jargon), but the obvious optimization is that you don't explicitly need to compute AB: tr(AB) is the sum of A_{ij}*B_{ji} over all pairs i,j. You can do this with a single pass over your matrices. – Darsh Ranjan Jan 14 '10 at 9:25
_USER_ you beat me by 3 minutes! I can explain some of the terminology. Imagine you have data in $\mathbb{R}^d$ (here it seems to be in $\mathbb{R}^{d\times d}$??) but want to work with it in $\mathbb{R}^D$, which you can accomplish by passing everything through a mapping $\Phi$. If $D \gg d$, this can be expensive. But in some cases your algorithm need only compute inner products $\langle \Phi(a), \Phi(b)\rangle$, in which case there may be a functin $k(\cdot,\cdot)$ which computes the same thing but with much less work than the explicit mapping. this is called the 'kernel trick'. – Matus Telgarsky Jan 14 '10 at 9:34
Note that you don't really need the explicit mapping $\phi$. What you want is a kernel $k(A, B)$ which has the property that $k(A, B) = \phi(A)^T \phi(B)$. Generally, you compute the kernel directly, instead of calculating the mapping and computing the dot product -- that's why it's called kernel 'trick'. In your case, it seems you want the kernel to be $k(A, B) = tr(AB)$. So it seems you want to know how to compute the trace efficiently, rather than what the mapping is. – user3035 Jan 14 '10 at 10:02
The non-efficiency-related part of this question is basic linear algebra: tr(AB) is an inner product on the space of nxn matrices and so you can find isometric isomorphisms from M_{nxn} to R^{n^2}. Any of these will do for the map phi. I do not know whether or not any of these will improve the efficiency in calculating the trace, but I doubt it. – Andrew Stacey Jan 14 '10 at 10:20
Sorry for being ambiguous. I know that I can implement $k(A,B)$ directly and avoid needing $\phi()$. But it would be nice if I have $\phi()$ because then, I can use a regular linear SVM on my $\phi()$ mapped vectors. This is much simpler and faster compared to implementing $k(A,B)$ and plugging it into SVM. – andinos Jan 14 '10 at 21:39
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2 Answers
up vote 0 down vote accepted
Matus is right. But if the matrices $A$, and $B$ have certain properties like being symmetric, or diagonal, then simply just vectorizing the matrices and taking their inner product would be equal to the $tr(AB)$.
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If $A,B$ are arbitrary $n\times n$ matrices, by definition of trace, $\textrm{tr}(AB) = \sum_{i,j} A_{ij}B_{ji}$. This is $O(n^2)$, but just reading the entries of $A$ is $\Omega(n^2)$. Without any special structure on $A,B$, you probably can't do better.
If $A,B$ are (column) vectors, you probably mean the outer product $\textrm{tr}(AB^T) = \sum_i A_i B_i$.
Edit: andinos clarified to say he wants to know about the implicit mapping of the kernel function. Well I have bad news: It does not exist!! The proof works by showing there exist matrices $A,B$ such that the corresponding kernel matrix is not positive semi-definite. To finish, apply Mercer's theorem.
In particular, set $A = \left(\begin{array}{cc}1 & 1 \\\\ -1 & 1\end{array}\right)$ and $B = A^T = \left(\begin{array}{cc}1 & -1 \\\\ 1 & 1\end{array}\right)$. Therefore $\textrm{tr}(AB) = \textrm{tr}(AA^T) = 4$, and $\textrm{tr}(BA)$ is identical. On the other hand, $\textrm{tr}(AA) = \textrm{tr}(BB) = 0$. therefore, the kernel matrix $K$ is $\left(\begin{array}{cc}0 & 4 \\\\ 4 & 0\end{array}\right)$. Set $x = \left(\begin{array}{c} 1 \\\\ -1\end{array}\right)$, and observe that $x^T K x = -8 < 0$, and therefore $K$ is not PSD, so the kernel $k(A,B) = \textrm{tr}(AB)$ is not PSD.
On the other hand! If you had instead defined your kernel to be $k'(A,B) = \textrm{tr}(AB^T)$, notice that $k'(A,B) = \sum_{i,j}A_{ij}B_{ij} = \Phi(A)^T\Phi(B)$ where $\Phi$ simply takes its input matrix and outputs it as a column vector.
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text:
Science, Technology, Engineering and Maths
Who is STEM Learning?
STEM Learning is an organisation devoted to enrich academically-minded students all the way from Primary School to Higher Education at Universities. Not only does STEM Learning develop students, they also support teachers and other educators, in order to further influence the power of their education across schools to colleges.
Furthermore, STEM Learning are also responsible for enabling individuals with the wish to inspire to become STEM Ambassadors and host STEM Clubs. By setting up a STEM account, you could be on the way to massively upstart your professional career.
Who are the STEM Ambassadors?
At the University of Greenwich Engineering Society, all of the founding members are certified STEM Ambassadors. STEM Ambassadors are simply those who are willing to give up their free time, in order to engage their audience with the wide range of STEM appliances, from 3D printers, drones and much more.
Currently, the STEM Ambassadors that are within the Engineering Society are:
- Richard Blair
- Lauren Aves
- Nathan Arnold
- Brett Wade
- Rob Gladwell
Thanks to the opportunities and resources provided by STEM Learning, the University of Greenwich Engineering Society are dedicated to enhancing the engagement towards STEM-related fields, towards younger pupils, whilst providing a fantastic opportunity to develop, or even kick-start your professional career for the future.


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Articles 1 - 1 of 1
Full-Text Articles in Entire DC Network
Relationships Among Gender, Gender Role Individualized Trust, And Self-Disclosure, John D. Foubert
Self-disclosure, the process of revealing personal information to other people, was examined in relation to gender, gender role and individualized trust. Undergraduate subjects (N = 293) completed the Jourard Self-Disclosure Scale (Jourard, 1971b), the Individualized Trust Scales (Wheeless & Grotz, 1977), the Bem Sex Role Inventory (Bem, 1974), and a demographic questionnaire. Significant interactions emerged between gender and individualized trust (p <.01), gender and gender role (p <.05), and individualized trust and gender role (p =.01). An androgynous gender role was shown to lead to higher rates of self-disclosure in the high trust condition but not in the low trust condition. Although masculine males and masculine females did not disclose differently, feminine females disclosed markedly more than feminine males. The relationship between individualized trust and gender role revealed an increase in self-disclosure common to androgynous individuals is restricted to those who are high trusting.


User Guide
Contents
Run
CPU / Memory Roofline Insights
Perspective from Command Line
To plot a Roofline chart, the
Intel® Advisor
does the following:
 1. Collect OpenCL™ kernels timings and memory data using the Survey analysis with GPU profiling.
 2. Measure the hardware limitations and collect floating-point and integer operations data using the Characterization analysis with GPU profiling.
 Intel® Advisor
 calculates compute operations (FLOP and INTOP) as a weighted sum of the following groups of instructions: BASIC COMPUTE, FMA, BIT, DIV, POW, MATH
 Intel Advisor
 automatically determines data type in the collected operations using the
 dst
 register.
For convenience,
Intel Advisor
has the shortcut
--collect=roofline
command line action, which you can use to run both Survey and Characterization analyses with a single command. This shortcut command is recommended to run the
CPU / Memory Roofline Insights
perspective, but it does not support MPI applications. To analyze an MPI application, run the
--collect=survey
and
--collect=tripcounts
commands one by one.
Prerequisites
Set
Intel Advisor
environment variables
with an automated script to enable the
advisor
command line interface (CLI).
In the commands below, the options in square brackets (
[--
<option>
]
) are recommended if you want to change what data is collected.
Plot a CPU Roofline Chart
 1. Run the Roofline analysis for CPU with one of the following methods:
 - Using the shortcut command line action:
 advisor --collect=roofline --project-dir=
 <project-dir>
 [--stacks] [--enable-cache-simulation] --
 <target-application>
 [
 <target-options>
 ]
 - Using two separate commands:
 advisor --collect=survey --project-dir=
 <project-dir>
 --
 <target-application>
 [
 <target-options>
 ]
 advisor --collect=tripcounts --flop [--stacks] [--enable-cache-simulation] --
 <target-application>
 [
 <target-options>
 ]
 Use this method to analyze an MPI application. See Analyze MPI Workloads for details.
 where:
 - --stacks
 is an option to enable advanced collection of call stack data. Use this option to generate a CPU Roofline chart with call stacks to extend the basic model with
 total
 data capability. The total data includes data from the loop/function itself and its inner loops/functions.
 - --enable-cache-simulation
 is an option to model multiple levels of cache and evaluate the data transfers between the different memory layers available on your system. Use this option to generate Memory-Level CPU Roofline chart.
 Without these two options,
 Intel Advisor
 generates a basic CPU Roofline chart based on the Cache-Aware Roofline Model (CARM).
 2. Optional
 : Check memory access patterns to get a detailed information about memory usage. Run the Memory Access Patterns analysis for the marked loops:
 advisor --collect=map --project-dir=
 <project-dir>
 [--enable-cache-simulation] --select=
 <criteria>
 --
 <target-application>
 [
 <target-options>
 ]
 where:
 - --enable-cache-simulation
 is an option to model accurate memory footprints, miss information, and cache line utilization. Use this option for the Memory Access Patterns analysis if you used this option for the Roofline.
 - --select=
 <string>
 is an option to select loops for the analysis by loop IDs, source locations, criteria such as
 scalar
 ,
 has-issue
 , or
 markup=
 <markup-mode>
 . For example, use
 --select=has-issue
 to analyze loops that have the
 Possible Inefficient Memory Access Pattern
 issue.
 For more information about markup options, see Loop Markup to Minimize Overhead.
 This analysis does not add more information to the CPU Roofline chart. The results are added to the Refinement report, which you can view from GUI or from CLI. Use it to understand the Memory-Level Roofline chart better and get more detailed optimization recommendations.
Example
Collect data for the Memory-Level CPU Roofline chart with call stacks:
advisor --collect=roofline --project-dir=./advi --stacks --enable-cache-simulation -– myApplication
View the Results
Intel Advisor
provides several ways to work with the
CPU / Memory Roofline Insights
results.
View Results in GUI
When you run
Intel Advisor
CLI, a project is created automatically in the directory specified with
--project-dir
. All the collected results and analysis configurations are stored in the
.advixeproj
project, which you can view in the
Intel Advisor
.
To open the project in GUI, run the following command:
advisor-gui <project-dir>
If the report does not open, click
Show Result
on the Welcome pane.
You will see the CPU Roofline report that includes:
 - Roofline chart that plots an application's achieved performance and arithmetic intensity against the CPU maximum achievable performance
 - Additional information about your application in the
 Advanced View
 pane under the chart, including source code, detailed code analytics for trip counts and FLOP/INTOP data, optimization recommendations, and compiler diagnostics
 Select a dot on the Roofline chart to see details for the selected loop in all tabs of the
 Advanced View
 pane
CPU Roofline report
View an Interactive HTML Report
To generate an interactive HTML report for the CPU Roofline chart from CLI, run the following command:
advisor --report=roofline --project-dir=
<project-dir>
--report-output=
<path>
[--with-stack] [--data-type=
<type>
] [--memory-level=
<string>
]
where:
 - --report-output=
 <path>
 is a path and a name for an HTML file to save the report to. For example,
 /home/roofline.html
 . This option is required to generate an HTML report.
 - --with-stack
 is an option to enable call stack data in the HTML report. Use it if you generated the CPU Roofline results with call stack data using the
 --stacks
 option.
 - --data-type=
 <type>
 is a specific type of data to show in the HTML report. Available types are
 float
 (default),
 int
 ,
 mixed
 . You
 cannot
 change the data type after the report in generated.
 - --memory-level=
 <string>
 is a specific memory level(s) to show in the HTML report by default. Available memory levels are
 L1
 (default),
 L2
 ,
 L3
 , and
 DRAM
 . You can combine several memory levels with an underscore (for example,
 L1_L2
 )
When you open the report, you see the CPU Roofline chart with the selected configuration. In this report, you can:
 - Expand the
 Performance Metrics Summary
 drop-down to view the summary performance characteristics for your application.
 - Double-click a dot on the chart to see a roof ruler that point to exact roofs that bound the dot.
 - Hover over a dot to see a detailed tooltip with performance metrics.
If you have a Memory-level Roofline report, you can also:
 - Select memory levels to show dots for from the filter drop-down list on the chart.
 - Double-click a dot on the chart to expand it for other memory levels and see roof rulers.
CPU Roofline HTML report
Save a Read-only Snapshot
A snapshot is a read-only copy of a project result, which you can view at any time using the
Intel Advisor
GUI. To save an active project result as a read-only snapshot:
advisor --snapshot --project-dir=
<project-dir>
[--cache-sources] [--cache-binaries] --
<snapshot-path>
where:
 - --cache-sources
 is an option to add application source code to the snapshot.
 - --cache-binaries
 is an option to add application binaries to the snapshot.
 - <snapshot-path
 is a path and a name for the snapshot. For example, if you specify
 /tmp/new_snapshot
 , a snapshot is saved in a
 tmp
 directory as
 new_snapshot.advixeexpz
 . You can skip this and save the snapshot to a current directory as
 snapshot
 XXX
 .advixeexpz
 .
To open the result snapshot in the
Intel Advisor
GUI, you can run the following command:
advisor-gui
<snapshot-path>
You can visually compare the saved snapshot against the current active result or other snapshot results.
Next Steps
These sections are GUI-focused, but you can still use them to understand the results. For details about the metrics reported, see CPU Metrics.
Product and Performance Information
1
Performance varies by use, configuration and other factors. Learn more at _URL_


differently. In the case that p^n, where both are source-literal integers, check for overflow during lowering/compilation (where we would like to compute this as a constant anyway) and then emit a lowering/compile/interpreter error, like
julia> ff()=10^23
julia> @code_native ff()
ERROR: Invalid literal "10^23" due to overflow. Write either 'Int64(200376420520689664)' or 'Int128(100000000000000000000000)'
Also, for some reason the compiler does not understand that bitstype-integer powers are pure, e.g. ff()=5^17.
Of course a different way of suppressing this guard-rail would be (10+0)^23 or 10^(23+0), which are not lowered as literals.
#41
I've suggested in the past to have integer overflow checking in pow only, because it's a fairly expensive operation (compared to add/multiply) and the most common reason somebody may encounter this.
#42
Yes, if the parser captures both base and exponent, then the type can be different depending on the result, so 10^18 could be an Int64 and 10^23 could be an Int128, for example. This would not be type stable if done at run-time. (Edit: Maybe it would work at run-time, with some @pure magic and constant-folding?)


text:
Can rabbits eat meat? It is the question most pet parents ask who are worried about the nutrition and health of their rabbits. According to vets and experts, the answer is clear: rabbits cannot eat meat. Rabbits need fiber and protein; for fiber, plants and fruits are adequate, and the protein shouldn't come from the meat.
Read along, and you will know the answer to the questions circling can rabbits eat meat? We will bust all the myths and mysteries through scientific discoveries to let you know the truth behind meat-eating behavior.
Scenarios That Make The Rabbit Eat Their Babies
Rabbits are not cannibals, and they do not hunt their species to eat and survive. There are some situations where you might see the mother rabbit eat her young ones.
You can avoid these scenarios and change the outcomes if you have prior information about this behavior.
1. Eating The First Litter Because Of Lack Of Knowledge
It might be astonishing to you, but many times a new mother will eat her newborn babies while thinking of them as the part of afterbirth.
In the wild, rabbits eat the part of afterbirth to remove the signs of the birth of babies for their protection. A new mother will do it for the first time, but it is highly unlikely for her to repeat this behavior the second time.
2. Eating Stillborn Babies To Rectify The Mistake
Mother rabbit will eat her dead offspring to correct her mistake. Most of the time, when there is a stillborn baby, the mother will think her responsible for this dead baby.
She will eat the baby and remove the evidence of this mistake. It is common in the wild, and if your female rabbit doesn't eat the dead baby, this is not an issue either.
3. Eating Babies To Correct Nutrition Deficiencies
Sometimes if the female rabbit is not given nutritious food and a healthy diet, she will get weak in the gestation period.
When babies are born, and the mother doesn't have any other source to get the nutrition, she will eat her babies. This behavior is common in rabbits treated well and offered a healthy and nutritious diet.
4. Frightened Mother Also Eats Her Babies
Another time when a rabbit eats her babies is when she is terrified because of some stimulus or factor in the environment. When she is certain that she cannot protect her young ones, she will eat them independently.
When your rabbit has given birth to new babies, try to avoid making loud noises and significant environmental changes.
Did You Know?
We have written many articles about what rabbits can eat. But did you know about this one? Can Rabbits Eat Guinea Pig Food?
Do Rabbits Eat Meat?
Rabbits and hares are two different species, and both show different behavior in the wild and captivity. Snowshoe rabbits are herbivores just like rabbits, but when grass and plants are covered in thick snow, they go wild. In extreme winter, these creatures eat meat to survive the extreme temperature.
According to Northwestern Naturalist hares can resort to cannibalism as well, along with eating meat for other animals. On the other hand, Rabbits avoid such climates and do not resort to such extreme measures no matter the consequences.
What Happens When Rabbits Eat Meat?
If your rabbit has eaten meat, there could be the following outcomes of this event:
- Withdrawl from food
Is Meat Safe For Rabbits?
Rabbits cannot eat meat, and you should avoid giving them raw or cooked meat. Their digestive system is not meant to eat and digest meat. When you offer meat to your beloved bunnies, they will get sick and could lose their life in case of prolonged digestive issues.
Raw meat has germs and bacteria that will infest their GI tract, and by the time you know about these foreign invaders, things could get out of hand.
Cooked meat is not safe from hazards at all for your bunnies. Next time your bunny begs for meat from your plate, don't register those big innocent eyes, or you will fall for the trap.
Can Rabbits Eat Meat?
No, rabbits cannot eat meat in any other form, and you shouldn't give them meat either. They will suffer from chronic digestive issues and other health problems if you keep feeding them meat. If a female rabbit has eaten her babies once, next time, be careful and forbid her from doing so.
Do not offer meat to your rabbit from your dinner plate, no matter how much they beg you to do so. If your rabbit has developed a liking for meat, offer them different vegetables and fruits to change their liking and make them enjoy their fruits and greens.


text:
In Greek the term 'ethos' means 'character'. It can be used to describe the character of an audience, nation or community. For example, one can speak of the 'American ethos' as the characteristics that define American culture. A US presidential candidate would have to speak to the ethos of this nation and culture in order to win votes.
Understanding ethos is important to understanding speech writing. As we study the rhetorical devices of speakers, we want to ask ourselves how the speaker appeals to the ethos of his or her audience. Texts often contain a sense of ethos in order to give the speaker more credit or authority on a matter.
In a sense, ethos answers the question: "What gives you a mandate to speak to me?" Examples of ethos can be found in the following text, 'Letter from Birmingham Jail' by Martin Luther King.


Science tries to explain why you love Apple (and hate Microsoft)
Next Story
Why do people who love Apple hate Microsoft? Conversely, why do people who love Microsoft hate Apple? Science, that wonderful abstraction, may have an answer.
A professor at the University College London, Semir Zeki, has proposed the following: love is a blind emotion while hate takes conscious effort to produce.
Think of it in romantic terms: Why do you find that girl or guy attractive? You just sorta do; it's hard to explain. But, why do you hate that girl or guy? I'm sure you have a laundry list of reasons.
We can apply the same logic to Apple/Microsoft. It's a lot easier to explain why you hate Apple or Microsoft, but try explaining why you like Apple or Microsoft. "I don't know, I just do." Indeed.
I don't know, it gets pretty cerebral pretty quickly. Y'all would be better served (and certainly better entertained) playing Fable II.
via CNET's Technically Incorrect
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text:
Is the SEND Device Message Loud and Clear?
Recent sailboat-racing deaths spotlight challenges with satellite emergency notification devices.
Sometime around 1:30 a.m. April 28, while participating in the Newport-to-Ensenada Race, the Hunter 437 Aegean sailed directly onto the rocky cliffs of North Coronado Island off Mexicos Pacific coast. Fellow racers came upon pieces of the boat and reported their findings to the U.S. Coast Guard. The bodies of three crew were discovered with the wreckage. The body of the captain was recovered 16 days later. Contrary to news reports stating there was no sign of distress aboard Aegean, an SOS distress call went out from one of the crewbut by the time the Coast Guard learned of it, it was too late. Someone sent a distress alert form the captains personal SPOT Connect, a portable satellite emergency notification device (SEND) that delivers SOS messages and vital informationships position and user identityvia Globalstar satellites to a third-party emergency call center.