CALL FOR PAPERS
We encourage submissions that explore in-depth investigations to improve our understanding of all areas related to library and information science. The top presenter will win cash prizes (1st = $200, 2nd = $100)!
Submission requirements
Submissions may include any product of research conducted over the year, including:
-
papers accepted by journals, conferences, other academic venues,
-
research papers for course, and
-
reflections on or exploration and development of research questions
Works in progress are also welcome. The abstract should be no more than 500 words (with no limits of references and appendices). It should include:
-
a title,
-
a clear statement of your research question or problem,
-
a description of the data and methods of analysis, and
-
some mention of your (preliminary) result and conclusions, if applicable.
There are up to two submissions that a participant can make. Only one of them is eligible for prizes if multiple submissions were made.
Eligibility
- Participation opens to all ILS doctoral students.
- The doctoral student must be the primary author of any co-authored submission.


Disabled mum 'kicked off bus' because autistic son's card wouldn't scan
A wheelchair-using mother feels discriminated against after a bus driver refused to let her board when her 17-year-old son’s payment card wouldn’t scan properly.
Martine Hartley, 42, from Toxteth, Liverpool, said she was forced to leave the 86 Stagecoach bus in the rain.
She was left feeling ‘disgusted’ when the driver would not let her use her own card to pay for her son, who has autism.
Martine added: ‘Rather than let me get my card out to pay instead, the bus driver demanded that we all get off the bus immediately. ]
‘I can’t walk and am in a wheelchair. My son has autism so I’m his carer.
‘My son was very upset by the whole ordeal I’ve never experienced anything like it.
Advertisement Advertisement
‘The driver watched my son wheel me off the bus and into the pouring rain. She just watched us get off the bus that we should have been allowed on.’
The bus company’s website states vulnerable people at risk or in distress who are unable to pay should be carried and the customer should present another form of payment if their card is declined.
Martine, who was also travelling with her niece, got in touch with Stagecoach but is still waiting for a response.
The company say they deny all wrongdoing and have investigated the incident.
A spokesperson said: ‘We have carried out a full investigation into this alleged incident, including reviewing the CCTV and speaking to the supervisor involved and our investigation does not support some of the claims that have been made.
‘The CCTV shows that one of the passengers trying to travel on the bus does not have either a valid ticket or appear to have the means to pay for a ticket for his journey.
‘The passenger then informed the driver that he had decided to leave the vehicle.
‘We’re sorry to hear that the passengers are unhappy with their experience with us and we would be more than happy to discuss their concerns and in more detail with them.’
Got a story for Metro.co.uk?
Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


How to roll 20 on D20
Introduction
This technical documentation was made in learning and improving purposes.
It is settled in RPG (role play gaming) environment, where in some popular games rolling 20 on D20 is a critical success - the thing most desired by players and GMs (Game Masters).
Below You will get some advises how to make your rolls more effective.
What you need to know
D20 is a kind of dice, which has 20 walls. On each wall is set a number in range 1-20.
Walls are set equally which means you have statisticly only 5% chance of rolling each number on D20.
There are many types of D20. We can divide type in view of:
- size
- color
- weight
Container to thrown
There are plenty of ways throwing down the dices.
If you want increase your chances you need to improve every aspect, even the surface you thrown dice to.
There are few examples of surfaces:
- ground
- table
- glass
- box
- container
Container is the best way to improve your chances.
Inside the smal container you can use special materil, which makes your dice roll better and with connection with proper hand shaking you will successful in rolling 20 on D20 more than 5%.
Hand shaking process
This section is decribing the most effective way of improving your chances - shaking. When you pick up your dice to roll to your hand you need to focus on few aspects.
First of it is your hand opening level. You can have your hand:
- totally open
- slightly closed - little boat shape
- finger closed
- almost closed - leave little space for roling the dice in your hand
- totally closed without any possibility to change it orientation in your hand
Second is the hand orientation. You can set your hand:
- vertically
- horizontally
- in 30 degree
- in 45 degree
- in 60 degree
Last very important thing is the direction of shaking the hand. Below you can meet few of possibilities:
- up and down
- right and left
- rotation in eclipse shape
- rotation the hand in wrist axis
- shaking lineary in range 30-60 degree
Making reality impossible
I don't recommend it, but if you want to have your "lucky dice" you should follow below:
- take some grinding tool
- pick up your lucky dice
- find the opposite wall to your 20 (in 99.99% of cases it is number 1)
- grind slightly edges around the numer to have lower friction factor
- clean up the edges and enjoy with cheating
Reference
- All information can be found here


Files CCore/inc/sys/SysMemPage.h CCore/src/sys/SysMemPage.cpp
This is primary memory allocation functions. These functions are backed by the OS and can be used to manage memory, accessible by the application.
#ifndef CCore_inc_sys_SysMemPage_h #define CCore_inc_sys_SysMemPage_h #include <CCore/inc/Gadget.h> namespace CCore { namespace Sys { /* consts */ const ulen MemPageLen = .... ; static_assert( (MemPageLen%MaxAlign)==0 ,"CCore::Sys::MemPageLen is not aligned"); /* functions */ void * MemPageAlloc(ulen num_pages) noexcept; void MemPageFree(void *mem,ulen num_pages) noexcept; bool MemPageExtend(void *mem,ulen num_pages,ulen plus_num_pages) noexcept; ulen MemPageShrink(void *mem,ulen num_pages,ulen minus_num_pages) noexcept; // return delta } // namespace Sys } // namespace CCore #endif
MemPageLen is the length of the memory page. All primary memory allocation functions work with memory pages. MemPageLen must be an aligned value.
MemPageAlloc() allocates to the application a continuous range of memory pages. The argument is the number of pages to be allocated. The return value is the address of the first page, or null in case of error. If the num_pages is null, the return value may or may not be null. Such usage is pointless and not recommended. Typically MemPageAlloc() is used to allocate large blocks of memory. If the return value is not null, it means that some range is allocated and must be freed using the function MemPageFree().
The argument mem in the following functions must not be null.
MemPageFree() deallocates a previously allocated range of memory pages. You must provide the address of the first page and the exact number of pages in the range.
MemPageExtend() extends a previously allocated memory page range by the given number of pages. You must provide the address of the first page and the exact number of pages in the range. The last argument is the number of extra pages. The return value is true in case of success. If the OS does not support such kind of operation this function may simply return false.
MemPageShrink() shrinks a previously allocated memory page range by the given number of pages. You must provide the address of the first page and the exact number of pages in the range. The last argument is the number of pages to discard. The return value is the number of discarded from the range pages. It is less or equal than the minus_num_pages and than the num_pages. If the return value is null, none of pages have been discarded. If the final number of pages equals zero, the range itself is still allocated and must be freed using the MemPageFree(). If the OS does not support such kind of operation this function may simply return 0.


We manufacture Oil & Gas Filters, Fuel Filters, Air Filters & Hydraulic Filters
Clean Air Critical to Engine Performance
Just 200 grams of dirt can destroy an engine.
Contamination of intake air by dust and dirt causes engine wear, reduced performance and costly maintenance. That’s why air filtration is one of the most critical functions for effective engine performance.
A particulate air filter is a device composed of fibrous materials which removes solid particulates such as dust, pollen, mould, and bacteria from the air. Filters containing an absorbent or catalyst such as charcoal (carbon) may also remove odors and gaseous pollutants such as volatile organic compounds or ozone. Air filters are used in applications where air quality is important, notably in building ventilation systems and in engines.
Filterland air filtration products are designed to effectively reduce the amount of damage-causing dust and dirt particles that make their way into your equipment’s engine.
The Filterland range works to prolong engine life, maintain engine output and maximise fuel economy. Every Fleetguardguard product meets or surpasses the quality and performance standards required by a new engine.
Fuel systems are affected by various forms of contamination such as particulates, water, paraffin wax and asphaltene. Cummins Filtration is leading the way with new technologies in fuel filtration to removal harmful contaminants, thus improving reliability, service intervals and fuel efficiencies, and reducing costs.
Poorly performing fuel systems impact fuel economy, power output and cost of ownership through increased maintenance, repairs and downtime.
A fuel filter is a filter in the fuel line that screens out dirt and rust particles from the fuel, normally made into cartridges containing a filter paper. They are found in most internal combustion engines.
Fuel filters serve a vital function in today's modern, tight-tolerance engine fuel systems. Unfiltered fuel may contain several kinds of contamination, for example paint chips and dirt that has been knocked into the tank while filling, or rust caused by moisture in a steel tank. If these substances are not removed before the fuel enters the system, they will cause rapid wear and failure of the fuel pump and injectors, due to the abrasive action of the particles on the high-precision components used in modern injection systems. Fuel filters also improve performance, as the fewer contaminants present in the fuel, the more efficiently it can be burnt.
Fuel filters need to be maintained at regular intervals. This is usually a case of simply disconnecting the filter from the fuel line and replacing it with a new one, although some specially designed filters can be cleaned and reused many times. If a filter is not replaced regularly it may become clogged with contaminants and cause a restriction in the fuel flow, causing an appreciable drop in engine performance as the engine struggles to draw enough fuel to continue running normally.
Hydraulic filters protect your hydraulic system components from damage due to contamination of oils or other hydraulic fluid in use caused by particles. Every minute, approximately one million particles larger than 1 micron (0.001 mm or 1 μm) enter a hydraulic system. These particles can cause damage to hydraulic system components because hydraulic oil is easily contaminated. Thus maintaining a good hydraulic filtration system will increase hydraulic component lifetime.
Heavy truck, off-highway, agricultural and construction vehicles and equipment depend on hydraulic fluids to power many of their critical functions. To operate at peak efficiency, fluid contaminants must be kept to an absolute minimum – no small challenge given the rugged environments these vehicles and equipment work in every day. Filterland has applied its superior filter design and manufacturing expertise to produce high quality hydraulic filters for a variety of applications.
The wear of hydraulic system components is dependent on this contamination, and the existence of metal parts in hydraulic system oil (iron and copper are particularly powerful catalysts) accelerates its degradation. A hydraulic filter helps to remove these particles and clean the oil on a continuous basis. The performance for every hydraulic filter is measured by its contamination removal efficiency, i.e. high dirt-holding capacities.
An oil filter is a filter designed to remove contaminants from engine oil, transmission oil, lubricating oil, or hydraulic oil. Oil filters are used in many different types of hydraulic machinery. A chief use of the oil filter is in internal-combustion engines in on- and off-road motor vehicles, light aircraft, and various naval vessels. Other vehicle hydraulic systems, such as those in automatic transmissions and power steering, are often equipped with an oil filter. Gas turbine engines, such as those on jet aircraft, also require the use of oil filters. Aside from these uses, oil production, transport, and recycling facilities also employ filters in the manufacturing process.
The importance of clean motor oil: Clean motor oil is important because if the oil were left unfiltered for a period of time, it could become saturated with tiny, hard particles that can wear surfaces in your engine. This dirty oil can wear the oil pump’s machined components and damage the bearing surfaces in the engine.
How oil filters work: The outside of the filter is a metal can with a sealing gasket that allows it to be tightly held against the engine’s mating surface. The base plate of the can holds the gasket and is perforated with holes around the area just inside the gasket. A central hole is threaded to mate with the oil filter assembly on the engine block. Inside the can is the filter material, most frequently made from synthetic fiber. The engine’s oil pump moves the oil directly to the filter, where it enters from the holes in the perimeter of the base plate. The dirty oil is passed (pushed under pressure) through the filter media and back through the central hole, where it re-enters the engine.


SQL Object Batching
The SQL Object API supports prepared batch operations via the @SqlBatch
annotation. Batch methods must return either void
or int[]
. In the case of an integer array, the values represent the number of rows modified for that element in the batch.
The contents of each binding in the prepared batch are determined by finding the bound arguments which are either arrays, java.util.Iterable
, or java.util.Iterator
instances, henceforth called iterable arguments. The various iterable arguments will be zipped together, stopping at the end of the shortest. Any non-iterable bound arguments will be considered constant values.
Take the following method as an example:
public interface BatchExample
{
@SqlBatch("insert into something (id, name) values (:id, :first || ' ' || :last)")
void insertFamily(@Bind("id") List<Integer> ids,
@Bind("first") Iterator<String> firstNames,
@Bind("last") String lastName);
@SqlUpdate("create table something(id int primary key, name varchar(32))")
void createSomethingTable();
@SqlQuery("select name from something where id = :it")
String findNameById(@Bind int id);
}
The first method, insertFamily
, is the batch method. It takes three arguments: the first is a list of integers which will be bound to id
; the second is an iterator of first names, which will be bound to first
; the final value is a constant argument which will be bound to last
.
If we then exercise it as follows
DBI dbi = new DBI("jdbc:h2:mem:test");
Handle h = dbi.open();
BatchExample b = h.attach(BatchExample.class);
b.createSomethingTable();
List<Integer> ids = asList(1, 2, 3, 4, 5);
Iterator<String> first_names = asList("Tip", "Jane", "Brian", "Keith", "Eric").iterator();
b.insertFamily(ids, first_names, "McCallister");
assertThat(b.findNameById(1), equalTo("Tip McCallister"));
assertThat(b.findNameById(2), equalTo("Jane McCallister"));
assertThat(b.findNameById(3), equalTo("Brian McCallister"));
assertThat(b.findNameById(4), equalTo("Keith McCallister"));
assertThat(b.findNameById(5), equalTo("Eric McCallister"));
h.close();
The values which will be bound for each binding into the prepared batch are therefore
id | first | last ------------------------ 1 | Tip | McCallister 2 | Jane | McCallister 3 | Brian | McCallister 4 | Keith | McCallister 5 | Eric | McCallister
A common case for batching is to apply bulk updates in incremental batches, say of a thousand or so rows at a time, in order to be gentle on the transaction log. The @BatchChunkSize
annotation causes the batch to be processed in chunks of the specified size. Take the following batch method:
public interface ChunkedBatchExample
{
@SqlBatch("insert into something (id, name) values (:id, :name)")
@BatchChunkSize(1000)
void insertAll(@BindBean Iterator<Something> somethings);
}
If we a two-hundred thousand line CSV file of ids and names to insert, we could define an iterator across the rows in the file and pass that iterator to this method. The sql object would then create and execute prepared batches of 1000 rows at a time, 200 times.


This is where your text goes, (believe it or not.) But there's a ton of coooool things about this. Lmao, who am I kidding?


--- layout: default title: "About me - Max Kramer" ---
I currently work for a large financial services company in NJ.
I graduated from the University of North Carolina at Chapel Hill with a BS in Computer Science and minors in Spanish and Chemistry.
I grew up in NJ.
You can view my resume or head over to LinkedIn or take a look at some of my experiences below.
Joined the company in July 2011 as an Associate Software Engineer with the Leap program. Promoted to Software Engineer in January 2013, Senior Software Engineer in January 2015, and Principal Software Engineer in 2018.
I spend the majority of my time building Spring applications for multiple product offerings, where we interface with Oracle and various REST and SOAP services. I also work with various client-side frameworks, such as Angular and Backbone.
I am designing digital records system for pre-participation records for organizations, athletes, and physicians. Launched Beta in Fall 2012.
Wearing multiple hats (such as salesman, support technician, product manager, and lead software engineer) has been a great learning experience for me, especially related to working with users of 3 distinct personas to prioritize issues and new features.
→ Check out GTMSP to learn more
I began work on the Medical Passport project as part of the Software Engineering Lab class during the fall semester of my senior year and continued to the spring semester. The project built a data management system around the "Medical Passport," a business card-sized identification card that containted important information for chronic pediatric patients. Information included allergies, diagnosed conditions, and a list of current medications. The application was created to collect all of the information and produce a ready-to-print Medical Passport.
I worked with a 4-person team (3 developers and 1 non-technical member) to build a HTML5/JavaScript game called CampusVille for the Serious Games class. The game was loosely-based on ESPN's College Town, Maxis' SimCity, and MicroProse's Tycoon game franchise.
The purpose of the serious game was to teach fiscal responsibility and how to manage a budget. The player started with a small university campus, and had to invest in various parts of the school and expand the school through new construction.
Once I came to UNC, I began working at the Collaborative Studies Coordinating Center (a division of the School of Public Health). I began as an administrative assistant to Jeffery Oberhaus, a Research Assistant for the Hispanic Collaborative Health Study / Study of Latinos (a multi-center epidemiologic study in Hispanic/Latino populations to determine the role of acculturation in the prevalence and development of disease, and to identify risk factors playing a protective or harmful role in Hispanics/Latinos).
I then became an IT intern for the study, where I adminstered the site. I also authored user manuals for the website and worked with the Data Management System to code and proof forms in English and Spanish.
As a senior, I evaluated the legacy website and helped to plan the design for a Drupal-powered website with bi-lingual support. I am currently working to implement the design.
I grew up at the Noe Pond Club in Chatham, NJ and began working as soon as I could as a camp counselor and grill chef. Then, I moved into lifeguarding and worked full-time. I held position of Head Lifeguard (3 years) at the club and also taught group and prive swimming lessons to kids ages 4-12. As Head Lifeguard, I supervised and scheduled staff of 15 as well as participated in mid-year and end-of-year reviews.
I also have consulted on their website and designed a new visual look and mocked up the site first using Drupal and then rewriting with Ruby on Rails. This design is not currently public, but can be seen on GitHub. It contained a background that matched the current weather at the club.
I arrived to University of North Carolina at Chapel Hill in the fall of 2007 with the intent of being pre-medical. I was very interested in how technology and Computer Science was improving the medical field. I graduated in May 2011 with a BS in Computer Science and minors in Chemistry and Spanish for the Professions.
I attended high school at Columbia High School in Maplewood, NJ.
Soccer. Tennis. Golf. Basketball. Volleyball. Lifting. I will play any sport.
I love to stay active. Grew up playing soccer and tennis religiously. During college, I played for the UNC Club soccer team and spent one semester on the women's varisty practice squad (which was quite the experience).


#include <strings.h>
Go to the source code of this file.
§ COAP_PSEUDOFP_DECODE_8_4
| #define COAP_PSEUDOFP_DECODE_8_4 |
( |
|
r | ) |
(r < HIBIT ? r : (r & MMASK) << (r & EMASK)) |
§ COAP_PSEUDOFP_ENCODE_8_4_DOWN
| #define COAP_PSEUDOFP_ENCODE_8_4_DOWN |
( |
|
v, |
|
|
|
ls |
|
) |
| (v < HIBIT ? v : (ls = coap_fls(v) - Nn, (v >> ls) & MMASK) + ls) |
§ COAP_PSEUDOFP_ENCODE_8_4_UP
§ EMASK
§ ENCODE_HEADER_SIZE
| #define ENCODE_HEADER_SIZE 4 |
§ HIBIT
| #define HIBIT (1 << (Nn - 1)) |
§ MAX_VALUE
§ MMASK
| #define MMASK ((1 << Nn) - 1 - EMASK) |
§ Nn
| #define Nn 8 /* duplicate definition of N if built on sky motes */ |
§ coap_decode_var_bytes()
| unsigned int coap_decode_var_bytes |
( |
unsigned char * |
buf, |
|
|
unsigned int |
len |
|
) |
| |
Decodes multiple-length byte sequences.
buf points to an input byte sequence of length len. Returns the decoded value.
Definition at line 25 of file encode.c.
§ coap_encode_var_bytes()
| unsigned int coap_encode_var_bytes |
( |
unsigned char * |
buf, |
|
|
unsigned int |
val |
|
) |
| |
Encodes multiple-length byte sequences.
buf points to an output buffer of sufficient length to store the encoded bytes. val is the value to encode. Returns the number of bytes used to encode val or 0 on error.
Definition at line 34 of file encode.c.
§ coap_fls()
| int coap_fls |
( |
unsigned int |
i | ) |
|


{% load humanize %} {% load staticfiles %} {% load cycle_selector %}
All numbers are for the two-year cycle, from {{ cycle_start|date:"N j, Y"}} through {{ cycle_end|date:"N j, Y"}}. For more about how these numbers were calculated, see the methodology below.
| Group type | Total Receipts | Contributions from other committees | Itemized individual contributions ($200+) | Unitemized individual contributions (<$200) | {% for group in inside_money %}
|---|---|---|---|---|
| {{ group.name }} | ${{group.tot_rec|intword}} | ${{group.oth_com_con|intword}} | ${{group.ind_ite_con|intword}} | ${{group.ind_uni_con|intword}} |
| Group type | Total Disbursements | Operating Expenditures | Contributions to candidates or committees | Independent Expenditures | {% for group in inside_money %}
|---|---|---|---|---|
| {{ group.name }} | ${{group.tot_dis|intword}} | ${{group.tot_ope_exp|intword}} | ${% if group.fed_can_com_con %}{{group.fed_can_com_con|intword}}{% else %}0{% endif %} | ${% if group.outside_spending %}{{group.outside_spending|intword}}{% else %}0{% endif %} |
All the numbers on this page—with the exception of independent expenditures—are calculated solely from the amounts reported on monthly or quarterly reports and published by the FEC's Committee Report Summary. As a result, there is no precise end date that describes the period this data covers. In other words, this data includes monthly reports as they are received, even if quarterly filers have yet to file.
The "Group Type" is determined solely on the basis of the "committee type" of each group. House committees include all committees that self-identify as such, whether or not they are authorized or not, or whether or not their authorizing member is currently up for reelection. "Super PACs" in the above include "hybrid Super PACs". "Other PACs" include type "N" non-qualified and "Q" qualified PACs.
Dark money groups are entities—typically 501(c)(4)s, but sometimes corporations, LLC's or individuals—that haven't registered as political groups with the FEC because they do not consider politics to be their "primary purpose". As such, these groups aren't required to report their donors, or spending, but do report their independent expenditures. These groups, it should be noted, are not required to report "issue ads" they run supporting or criticizing candidates more than 60 days before a general election or 30 days before a general election if the ads are not considered "express advocacy".Other PACs include traditional PACs which are subject to contribution limits.


|
BigIntCpp v1.0
This is BigIntCpp
|
Signed arbitrarily "big" precision integer class. Uses std::deque<int> for dynamic storage. Stores magnitude by composition in unsigned UBigInt member. More...
#include <bigint.h>
Public Member Functions | |
| BigInt (const BigInt &rhs)=default | |
| BigInt (BigInt &&rhs)=default | |
| BigInt (char rhs, bool negative=0) | |
| BigInt single char ctor. More... | |
| BigInt (std::string s) | |
| BigInt std::string ctor. More... | |
| BigInt (UBigInt rhs, bool negative=0) | |
| BigInt unsigned conversion ctor. More... | |
| template<class T , typename std::enable_if< std::is_integral< T >::value, int >::type * = nullptr> | |
| BigInt (T rhs) | |
| BigInt generic integral ctor. More... | |
| template<typename Iter > | |
| BigInt (Iter begin, Iter end, bool negative=0) | |
| BigInt generic iterator ctor. More... | |
| BigInt & | operator= (const BigInt &rhs)=default |
| BigInt & | operator= (BigInt &&rhs)=default |
| BigInt & | operator+= (const BigInt &rhs) |
| Overloaded BigInt addition assignment operator. More... | |
| BigInt & | operator-= (const BigInt &rhs) |
| Overloaded BigInt subtraction assignment operator. More... | |
| BigInt & | operator*= (const BigInt &rhs) |
| Overloaded BigInt multiplication assignment operator. More... | |
| BigInt | operator/= (const BigInt &rhs) |
| Overloaded BigInt division assignment operator. More... | |
| BigInt & | operator++ () |
| Overloaded BigInt postfix increment operator. More... | |
| BigInt & | operator-- () |
| Overloaded BigInt postfix decrement operator. More... | |
| BigInt | operator++ (int) |
| Overloaded BigInt prefix increment operator. More... | |
| BigInt | operator-- (int) |
| Overloaded BigInt prefix decrement operator. More... | |
| BigInt & | randomize (const size_t &length) |
| Randomizes BigInt instance sign and magnitude to specified number of digits. More... | |
| BigInt & | power (const BigInt &rhs) |
| BigInt's exponent utility method. More... | |
| BigInt & | shift10 (int m=1) |
| BigInt's base-10 shift utility method, calls member magnitudes (UBigInt) shift method. More... | |
| BigInt & | abs () |
| BigInt's absolute value utility method. More... | |
| BigInt & | set_karatsuba_thres (size_t thres) |
| Sets karatsuba_thres which is minimum size(magnitude) that uses karatsuba vs. long multiplication. More... | |
| size_t | get_length () |
| size_t | get_karatsuba_thres () |
Friends | |
| BigInt | operator+ (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt binary addition operator. More... | |
| BigInt | operator- (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt binary subtraction operator. More... | |
| BigInt | operator* (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt binary multiplication operator. More... | |
| BigInt | operator/ (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt binary division operator. More... | |
| bool | operator> (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt greater than comparison operator. More... | |
| bool | operator< (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt less than comparison operator. More... | |
| bool | operator== (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt equal to comparison operator. More... | |
| bool | operator!= (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt not-equal to comparison operator. More... | |
| bool | operator>= (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt greater than or equal to comparison operator. More... | |
| bool | operator<= (const BigInt &lhs, const BigInt &rhs) |
| Overloaded BigInt less than or equal to comparison operator. More... | |
| std::ostream & | operator<< (std::ostream &out, const BigInt &rhs) |
| Overloaded BigInt insertion operator prints sign and value of BigInt. More... | |
Signed arbitrarily "big" precision integer class. Uses std::deque<int> for dynamic storage. Stores magnitude by composition in unsigned UBigInt member.
|
inline |
BigInt single char ctor.
| rhs | character to place into magnitude |
| negative | negative sign (Default=0) |
|
inline |
BigInt std::string ctor.
| s | std::string to parse into magnitude |
|
inline |
|
inline |
BigInt generic integral ctor.
| rhs | integral value to place in magnitude |
|
inline |
BigInt generic iterator ctor.
| begin | beginning iterator of range to copy |
| end | end iterator of range to copy |
| negative | negative sign (Default=0) |
|
inline |
|
inline |
Overloaded BigInt postfix increment operator.
|
inline |
Overloaded BigInt prefix increment operator.
| _ | Placeholder integer argument |
|
inline |
Overloaded BigInt postfix decrement operator.
|
inline |
Overloaded BigInt prefix decrement operator.
| _ | Placeholder integer argument |
|
inline |
|
inline |
Sets karatsuba_thres which is minimum size(magnitude) that uses karatsuba vs. long multiplication.
| thres | Threshold size |
|
inline |
|
friend |


A.6 Led control sample
/*
* leds.h -- control the led's on a Motorola mc68ec0x0 board.
*/
#ifndef __LEDS_H__
#define __LEDS_H__
#define LED_ADDR 0xd00003
#define LED_0 ~0x1
#define LED_1 ~0x2
#define LED_2 ~0x4
#define LED_3 ~0x8
#define LED_4 ~0x10
#define LED_5 ~0x20
#define LED_6 ~0x40
#define LED_7 ~0x80
#define LEDS_OFF 0xff
#define LEDS_ON 0x0
#define FUDGE(x) ((x >= 0xa && x <= 0xf) ? (x + 'a') & 0x7f : (x + '0') & 0x7f)
extern void led_putnum( char );
#endif /* __LEDS_H__ */
/*
* leds.c -- control the led's on a Motorola mc68ec0x0 (IDP)board.
*/
#include "leds.h"
void zylons();
void led_putnum();
/*
* led_putnum -- print a hex number on the LED. the value of num must be a char with
* the ascii value. ie... number 0 is '0', a is 'a', ' ' (null) clears
* the led display.
* Setting the bit to 0 turns it on, 1 turns it off.
* the LED's are controlled by setting the right bit mask in the base
* address.
* The bits are:
* [d.p | g | f | e | d | c | b | a ] is the byte.
*
* The locations are:
*
* a
* -----
* f | | b
* | g |
* -----
* | |
* e | | c
* -----
* d . d.p (decimal point)
*/
void
led_putnum ( num )
char num;
{
static unsigned char *leds = (unsigned char *)LED_ADDR;
static unsigned char num_bits [18] = {
0xff, /* clear all */
0xc0, 0xf9, 0xa4, 0xb0, 0x99, 0x92, 0x82, 0xf8, 0x80, 0x98, /* numbers 0-9 */
0x98, 0x20, 0x3, 0x27, 0x21, 0x4, 0xe /* letters a-f */
};
if (num >= '0' && num <= '9')
num = (num - '0') + 1;
if (num >= 'a' && num <= 'f')
num = (num - 'a') + 12;
if (num == ' ')
num = 0;
*leds = num_bits[num];
}
/*
* zylons -- draw a rotating pattern. NOTE: this function never returns.
*/
void
zylons()
{
unsigned char *leds = (unsigned char *)LED_ADDR;
unsigned char curled = 0xfe;
while (1)
{
*leds = curled;
curled = (curled >> 1) | (curled << 7);
delay ( 200 );
}
}


Cloud Asset V1 API - Enum TemporalAsset.Types.PriorAssetState (2.9.0)
public enum PriorAssetState
Reference documentation and code samples for the Cloud Asset V1 API enum TemporalAsset.Types.PriorAssetState.
State of prior asset.
Namespace
Google.Cloud.Asset.V1Assembly
Google.Cloud.Asset.V1.dll
Fields
| Name | Description |
| Deleted | prior_asset is a deletion. |
| DoesNotExist | Current asset is the first known state. |
| Invalid | Failed to set prior_asset. |
| Present | prior_asset is populated correctly. |
| Unspecified | prior_asset is not applicable for the current asset. |


Next Chapter | Contents | Index
The Netwide Assembler, NASM, is an 80x86 and x86-64 assembler designed
for portability and modularity. It supports a range of object file formats,
including Linux and
,
,
,
, Microsoft
16-bit
,
and
. It will also output plain binary files.
Its syntax is designed to be simple and easy to understand, similar to
Intel's but less complex. It supports all currently known x86 architectural
extensions, and has strong support for macros.
The Netwide Assembler grew out of an idea on
(or possibly
- I forget which), which was
essentially that there didn't seem to be a good free x86-series
assembler around, and that maybe someone ought to write one.
a86
is good, but not free, and in particular
you don't get any 32-bit capability until you pay. It's DOS only, too.
gas
is free, and ports over to DOS and Unix,
but it's not very good, since it's designed to be a back end to
gcc
, which always feeds it correct code. So its
error checking is minimal. Also, its syntax is horrible, from the point of
view of anyone trying to actually write anything in it. Plus you
can't write 16-bit code in it (properly.)
as86
is specific to Minix and Linux, and (my
version at least) doesn't seem to have much (or any) documentation.
MASM
isn't very good, and it's (was)
expensive, and it runs only under DOS.
TASM
is better, but still strives for MASM
compatibility, which means millions of directives and tons of red tape. And
its syntax is essentially MASM's, with the contradictions and quirks that
entails (although it sorts out some of those by means of Ideal mode.) It's
expensive too. And it's DOS-only.
So here, for your coding pleasure, is NASM. At present it's still in prototype stage - we don't promise that it can outperform any of these assemblers. But please, please send us bug reports, fixes, helpful information, and anything else you can get your hands on (and thanks to the many people who've done this already! You all know who you are), and we'll improve it out of all recognition. Again.
Please see the file
, supplied as part
of any NASM distribution archive, for the license conditions under which
you may use NASM. NASM is now under the so-called 2-clause BSD license,
also known as the simplified BSD license.
Copyright 1996-2011 the NASM Authors - All rights reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
The current version of NASM (since about 0.98.08) is maintained by a
team of developers, accessible through the
mailing list (see below for the link).
If you want to report a bug, please read
section 12.2 first.
NASM has a website at
.
If it's not there, google for us!
New releases, release candidates, and daily development snapshots of NASM are available from the official web site.
Announcements are posted to
,
and to the web site
.
If you want information about the current development status, please
subscribe to the
email list; see link
from the website.
Once you've obtained the appropriate archive for NASM,
or
(where
denotes the version number of NASM contained
in the archive), unpack it into its own directory (for example
).
The archive will contain a set of executable files: the NASM executable
file
, the NDISASM executable file
, and possibly additional utilities to
handle the RDOFF file format.
The only file NASM needs to run is its own executable, so copy
to a directory on your PATH, or
alternatively edit
to add the
directory to your
(to do that under Windows XP, go to Start
> Control Panel > System > Advanced > Environment Variables;
these instructions may work under other versions of Windows as well.)
That's it - NASM is installed. You don't need the nasm directory to be
present to run NASM (unless you've added it to your
), so you can delete it if you need to save
space; however, you may want to keep the documentation or test programs.
If you've downloaded the DOS source archive,
, the
directory will also contain the full NASM source code, and a selection of
Makefiles you can (hopefully) use to rebuild your copy of NASM from
scratch. See the file
in the source
archive.
Note that a number of files are generated from other files by Perl scripts. Although the NASM source distribution includes these generated files, you will need to rebuild them (and hence, will need a Perl interpreter) if you change insns.dat, standard.mac or the documentation. It is possible future source distributions may not include these files at all. Ports of Perl for a variety of platforms, including DOS and Windows, are available from www.cpan.org.
Once you've obtained the Unix source archive for NASM,
(where
denotes the version number of NASM contained
in the archive), unpack it into a directory such as
. The archive, when unpacked, will
create its own subdirectory
.
NASM is an auto-configuring package: once you've unpacked it,
to the directory it's been unpacked into and
type
. This shell script will find the
best C compiler to use for building NASM and set up Makefiles accordingly.
Once NASM has auto-configured, you can type
to build the
and
binaries, and then
to install them in
and install the man pages
and
in
. Alternatively, you can give
options such as
to the configure script
(see the file
for more details), or
install the programs yourself.
NASM also comes with a set of utilities for handling the
custom object-file format, which are in the
subdirectory of the NASM archive. You can
build these with
and install them with
, if you want them.


{# This template renders the contact page. It is used for both GET and POST requests. #} {% extends "layout.html" %} {% block container %}


ID
Trait A
Trait B
Trait C
Sex
Parents
Age
Generation
Specimen Traits
Inject Specimen
Optimal Traits (center is neutral)
Game Speed
1x
5x
10x
Death age (ENTER to submit):


Technologies: NodeJS, Jhonny-Five (JS lib to comunicate with Arduino), ExpressJS (to serve and route), Socket.io as a websocket broadcasting data, AngularJS and Highcharts to show sensor response


Follow us on
Plans
Vote Squared will be a platform for voters to rate politicians.
Community
Vote Squared was founded by Forest Handford. As Forest has always lived in the US, his focus is on US politicians. We welcome help from the international community to broaden Vote Squared's reach. Every country with some form of democracy is welcome to have content here. While we may not understand your country's needs, we are open to helping you contribute to Vote Squared to meet those needs.
The software behind Vote Squared is open source. You may contribute to the code via pull requests on GitHub. The home page is also stored in GitHub.
As a social platform, users are encouraged to add content to the site. This content can include adding politicians, updating politician information, and rating politicians.
Funding
All of the costs for Vote Squared are currently being paid for by Forest Handford. As the site (and costs) grow, we will look for additional funds. We would like to get some early funds from KickStarter. Overtime, we would like to collect donations from users to cover the costs.
Democratic Anti-patterns
- Elected positions without term limits - governments need new leaders, with new views, and new ideas in order to evolve. Incumbents have an advantage over newcomers as voters are more comfortable with "the devil they know." US senate positions are examples of this anti-pattern.
- Positions with limitless terms - a candidate for a limitless term may have an exceptional track record, but once in the position they cannot lose it by doing poorly. In the US, supreme court judges are an example of this anti-pattern.
- Political parties - in the US, the three branches of government were intended to create checks and balances. John Adams was elected on the first party ticket. Thomas Jefferson (as were many of the US founders) was against having parties. Jefferson created the Democratic party as he believed having two would be better than having one. In the US, political parties subverts the checks and balances the three branch system created, especially when one party holds the executive branch and the majority of the legislative branch.
- Revolving door - politicians can make far more money in the private sector as lobbyists. Companies hire politicians because politicians have great connections in the government and understand the legislative process. Politicians look out for the companies they might work for so that they have a good chance of being hired. Politicians who just left a company to be in government retain connections to the company (and often stock). As an example, US Supreme Court Justice Clarence Thomas had previously been a lawyer for Monsanto. When a case came to the supreme court that was against his former employer, he did not recuse himself and ruled in favor of Monsanto.
- Preventing a portion of the population from voting - even in the US, there are some citizens who have no vote. In some states, citizens without ids are not allowed to vote. In some states incarcerated individuals cannot vote. Citizens under 18 are also denied voting rights.
- Campaign funding by a minority of citizens - when the politicians get a majority of funding from a known set of minority voters, that minority will get more attention than the majority. Lawrence Lessig has a great TED talk on this subject.
- Biast and uneven media coverage - even nonprofits get funding, and are bound to treat their sponsors interests favorably. With the majority of media owned by a few mega corporations, they are bound to give more favorable coverage to the politicians more apt to service sponsor interests. They also have little incentive to cover third party candidates.
|
Copyright (C) 2014 The Vote Squared Team
|


Basketball RULES RULES
BASKETBALL
Contact: Sumit Kumar
+918554839713
Entry Fee: Boys Rs.1200
RULES
GENERAL INSTRUCTIONS:
Every team has to submit a xerox of their ID to the supervisor prior to the match.
Normal basketball rules.
All teams are required to reach 15:00 mins before the scheduled time.
If teams do not reach within 5:00 mins later of the scheduled time, the other team will get a walk-over.
Schedule of matches are subjected to change at the discretion of the organizer.
Final decision will be made by Secretary (Basketball), AIT.
TIMINGS
Group matches:
Boys: 10:00 mins running
Semi-finals, III , & Finals
Boys: 10:00 mins stop
Maximum no of players will be 12.
In case of a tie, 5 minutes of extra time will be allotted.
Playing Kit is compulsory.
BASKETBALL
Contact: Vrinda Shah
+917767910279
Entry Fee: Girls Rs.800
RULES
GENERAL INSTRUCTIONS:
Every team has to submit a xerox of their ID to the supervisor prior to the match.
Normal basketball rules.
All teams are required to reach 15:00 mins before the scheduled time.
If teams do not reach within 5:00 mins later of the scheduled time, the other team will get a walk-over.
Schedule of matches are subjected to change at the discretion of the organizer.
Final decision will be made by Secretary (Basketball), AIT.
Team consists of 5 players. Total game duration will be 28+3+6+3 minutes. Each quarter will be of 7 minutes.
3 minutes break after first & third quarter. 6 mins break after half time.


Shortcode and MarkDown Examples
- [gist 1044977] Use Gist ID's from https://gist.github.com/
- [url http://eloyz.com/robots.txt] Include any markup from any public URL.
- [local example.txt] Upload files below and click them to insert into your post
- ![image-name](/site_media/media/8192454cbba61.JPG) Upload images below and click them to insert into your post


ML App
Sentiment Analysis for Book Reviews
Your book review:
{{ content }}
Prediction:
This book review is
{{ prediction }}
(probability: {{ prob }}%).


We would love to hear your feedback about the program - areas that you think we can improve. You can even tell us a joke, seriously anything.


Django Highlights: Templating Saves Lines (Part 2)
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
A friendly community that keeps this website alive. With books, weebinars, discounts and networking - for just one coffee a month. Join the family.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
In this article, Philip explores breaking down a complex webpage into multiple templates, composing those components, and applying tags and filter to refactor a plain HTML page.
A friendly community that keeps this website alive. With books, weebinars, discounts and networking - for just one coffee a month. Join the family.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
April 9, 2020 — How do you manage HTML DOM with vanilla JavaScript only? Phuoc Nguyen collected 100 useful tips that work in modern browsers and IE 11+.
Meet Design Systems, a recent Smashing book in which Alla Kholmatova explores how to set up an effective design system to create great digital products. With common traps, gotchas and lessons learned.
some links
links
more links
Imagie you wrote a beautiful song and nobody discovered it.
That would make any cat sad, don't let that happen


When we asked the 106 Kathmandu-based tourism entrepreneurs who took part in our tourism business survey about the kind of policy support that would help them recover from the pandemic, here’s what they said:
Unsurprisingly, the two most popular answers deal with financial assistance needed to support the economic recovery of tourism businesses. The third popular answer – “regulation at port of entries” – is driven by the need for improving mechanisms for enhancing tourism mobility in the region.
UNDERSTANDING TOURISM BUSINESSES’ NEED FOR FINANCIAL ASSISTANCE
According to our survey respondents, the pandemic has indeed been disproportionately harsh to the tourism sector: 18 of our respondents – nearly one out of every five – reported their businesses having to shut down permanently during the pandemic. Table below shows more details around these businesses.
With the country being closed to tourists for more than a year Silent squares , Giacomo D’orlando, Himal Southasian, April 2020 , small to medium-sized businessesMost of the respondents in our survey were small and medium-sized businesses (based on staff size) operating in the travel or accommodation segment were among the worst hit.
What’s worse is the fact that 66% (nearly 2 out of every 3) businesses that closed had been in operation for at last 6 years or more. They had survived the 2015 earthquake, even the economic blockade that followed. They couldn’t, however, survive the pandemic.
EVEN THOSE WHO SURVIVED ARE BARELY functioning
For the remaining 82 businesses that did manage to pull through, the situation doesn’t look very promising either. As we can see in the charts below, savings have dried up, with a whooping 86% reporting negative savings. And, nearly half of our “survivor” businesses are only just reopening after having temporarily shut down operations for at least a year.
THE NEXT SIX MONTHS
The present reality of currently operational tourism businesses seems to align closely with these businesses’ outlook regarding their respective futures. Chart below shows the different kinds of problems our respondents reported they are likely to face in the next six months.
As we can see, dwindling savings, near-zero revenues, and lack of customers have placed doubts about the survival of the 4 in 5 business who have somehow managed to stay afloat through the pandemic. With seven in ten businesses worried about not being able to gather funds required to keep their businesses running, and more than six out of ten businesses worried about not being able to meet their existing financial obligations, the situation is very alarming.
In fact, it could have already gotten much worse, given the fact that our survey was filled right before the second wave of COVID-19 hit Nepal.
WHAT MEASURES CAN BE TAKEN?
PROVIDE SUPPORT FOR BUSINESSES TO COPE WITH PILING OPERATIONAL COSTS
7 in every 10 respondents that are currently operational (i.e. not permanently closed due to the pandemic) cite “covering operational costs” as their biggest worries for the next six months.
When we asked the 62 respondents who mentioned operational costs as one of their concerns about the kind of support they would need, here’s what they said:
Providing subsidies and negotiation support on payment of rents and utility bills could help these businesses stay alive for longer.
MAKE LOAN REPAYMENTS EASIER
2 out of every 3 businesses that are currently operational (i.e. not permanently closed due to the pandemic) reported concern about not being able to repay their existing loans. We asked these 58 respondents about the kind of assistance that would be most helpful to them in repaying loans, here’s what they replied.
It appears there is no single preference amongst our respondents, with “reduced interest rates in existing” being more popular over the “extension of loan periods”.
While further analysis could help reveal what the right intervention is for businesses belonging to different segments (hospitality, adventure, etc.), of different sizes, or of different financial, it is clear that there is a need for mechanisms – like the ones mentioned above – that would make pre-existing financial burdens a little easier to manage for businesses in the tourism industry.
REDUCE TAX BURDENS
Providing support in tax, through mesures such as direct tax reduction, VAT return, or tax deferral could be useful. In this note, the 48 respondents who cited “paying tax” as a concern made the following choices when asked about the kind of tax assistance they would need.
The above chart gives some indication of what businesses’ would prefer. However, further study might be warranted to identify the right kind of intervention for businesses on the basis of segment, size, and other characteristics.
EASE BORROWING
More than 1 in every 3 of our respondents report that they will have difficulty in acquiring loans over the next six months.
Our in-person interviews with tourism entrepreneurs revealed that issues such lack of necessary collateral needed by small and medium-sized enterprises was a major deterrent in borrowing through financial institutions (read more here). And our data agrees as well. Refer to the chart below.
Ramesh, a tourism entrepreneur from Thamel, faced several financial hurdles trying to sustain his tourism business amidst the pandemic.
Read his full story here.
As we can see, only a small number of businesses could acquire loans with ease, with a big percentage finding the process difficult, or worse, not even able to get the financial assistance they need to keep their businesses alive.
There is a real need for making borrowing easier for small and medium-sized tourism businesses. Financial assistance from the government, easing of regulatory burdens, and smoother processes to borrow cash from banks and financial institutions (BFIs) can go a long way in helping support tourism businesses most in need. Similarly, policymakers should also consider making it easier for businesses to economically recover through consolidations, mergers, and acquisitions.
ESTABLISH TOURISM PROTECTION FUNDS
Finally, and most importantly, our data revealed that the pandemic has reared its ugliest head on small and medium-sized tourism businesses. It is high time policymakers pay heed to the nearly 7 out of 10 respondents who have demanded financial protection through the establishment of a tourism protection fund, and work towards formulating a mechanism that would help identify, prioritize, and support the tourism businesses’ that are in desperate need of financial assistance.


public class Heap
extends java.lang.Object
Runtime complexity: Find-minimum is O(1) amortized time because there is always an instance reference to it. Insert, decrease key work in constant amortized time. Delete and delete minimum work in O(log n) amortized time. Extract-min and delete should be used sparingly for this structure to be best utilized and are usually implemented as O(log_2 N). This was implemented following pseudo-code from "Introduction to Algorithms", by Cormen, Leiserson, Rivest, & Stein on the Fibonacci Heap.
| Modifier and Type | Field and Description |
|---|---|
protected java.util.logging.Logger |
log |
protected HeapNode |
minimumNode
root of tree containing a minimum key.
|
protected int |
n |
| Constructor and Description |
|---|
Heap() |
| Modifier and Type | Method and Description |
|---|---|
protected void |
cascadingCut(HeapNode y)
c*O(1)
|
(package private) void |
consolidate() |
protected void |
cut(HeapNode x,
HeapNode y)
removes child node from tree and starts a new one with it.
|
void |
decreaseKey(HeapNode x,
long decreaseToThisKey)
decrease key for node x
runtime is O(1)
|
HeapNode |
extractMin()
extract minimum from the heap.
|
DoubleLinkedCircularList |
getRootList() |
void |
insert(HeapNode node)
insert node into heap.
|
boolean |
isEmpty() |
(package private) void |
link(HeapNode y,
HeapNode x) |
protected void |
printRootList() |
protected void |
remove(HeapNode x) |
(package private) HeapNode |
search(long key)
a depth first search of all nodes (that is, it descends all children
of a node before proceeding to the next in the current doubly linked
circular list).
|
protected java.util.logging.Logger log
protected HeapNode minimumNode
protected int n
public void insert(HeapNode node)
node
- public boolean isEmpty()
public HeapNode extractMin()
void consolidate()
public void decreaseKey(HeapNode x, long decreaseToThisKey)
x
- decreaseToThisKey
- protected void cut(HeapNode x, HeapNode y)
x
- y
- protected void cascadingCut(HeapNode y)
y
- protected void remove(HeapNode x)
HeapNode search(long key)
key
- public DoubleLinkedCircularList getRootList()
protected void printRootList()


Beautifully designed APP
We are group of young devs, creating magical apps here at Niv's lab.
Click Start to check out our Hall of fame Apps
We are group of young devs, creating magical apps here at Niv's lab.
Click Start to check out our Hall of fame Apps


Ticker
public struct Ticker : Codable, Equatable, CodableModel
Coin Ticker
-
Coin id, eg. btc-bitcoin
Declaration
Swift
public let id: String
-
Coin name, eg. Bitcoin
Declaration
Swift
public let name: String
-
Coin symbol, eg. BTC
Declaration
Swift
public let symbol: String
-
Coin position in Coinpaprika ranking
Declaration
Swift
public let rank: Int
-
Coins circulating on the market
Declaration
Swift
public let circulatingSupply: Decimal
-
Total number of coins
Declaration
Swift
public let totalSupply: Decimal
-
Maximum number of coins that could exist
Declaration
Swift
public let maxSupply: Decimal
-
Circulating Supply / Max Supply Rate
Declaration
Swift
public var circulatingSupplyPercent: Decimal? { get }
-
Beta (β or beta coefficient) of an investment indicates whether the investment is more or less volatile than the market as a whole.
- β < 0 Asset movement is in the opposite direction of the total crypto market
- β = 0 Asset movement is uncorrelated to the total crypto market
- 0 < β < 1 Asset moves in the same direction, but in a lesser amount than the total crypto market
- β = 1 Asset moves in the same direction and in the same amount as the total crypto market
- β > 1 Asset moves in the same direction, but in a greater amount than the total crypto market
Declaration
Swift
public let betaValue: Decimal
-
Last update time
Declaration
Swift
public let lastUpdated: Date
-
Use this method to access coin market data in provided quote currency
For accessing coin price in USD use
ticker[.usd].price
For accessing coin volume24h in BTC use
ticker[.btc].volume24h
This method returns implicitly unwrapped optional
Quote!
- be sure to download Ticker(s) with requestedQuoteCurrency
before use
Declaration
Swift
public subscript(currency: QuoteCurrency) -> Quote! { get }
Parameters
currency
QuoteCurrency, eg. .usd or .btc
-
Coin market data
See moreDeclaration
Swift
public struct Quote : Codable, Equatable


I've been experimenting with the idea of a pre-built heatpump dashboard - a bit like the myelectric module for home energy monitoring.
The initial concept is up on emoncms.org under the Extras > heatpump tab. The heatpump fan turns in relation to power input a bit like the winderful windturbine :)
Configuration is by naming convention at the moment, the dashboard looks automatically for feeds named or containing the words: heatpump_power, heatpump_kwh, heatpump_flow_temp, heatpump_return_temp, ambient_temp and room_temp, using these if present.
Next I plan to extend this for heatpump monitors that also monitor either flow rate or heat output in order to show COP information including a daily power input/ heat output bar graph below the heatpump graphic.
I've been doing this work with John Cantor who is using the OpenEnergyMonitor system for heatpump monitoring.
The source code for this can be found here if youd like to try it on your own install, just drop the folder heatpump into your emoncms modules directory: https://github.com/emoncms/development/tree/master/Modules/heatpump
Re: Application specific dashboards: Heatpump
This is pretty cool Trystan/John - well done. Any chance the module will be configurable (rather than looking for 'named' feeds)?
Re: Application specific dashboards: Heatpump
Thanks Ben, yes possibly in future versions maybe it could use naming convention to start with and then have the option to configure, I think it could get interesting when node:input names are set in emonhub possibly connected to firmware version on remote node then those names could carry all the way through so that a set of standard dashboards just work out of the box with particular firmware/hardware setups.
Re: Application specific dashboards: Heatpump
Very nice.
What would be the minimum OEM standard hardware to support it ?
I currently own emontx + 2 emonth. How to measure 2 additional temperatures of the heath pump ?
Thanks,
Emiliano.
Re: Application specific dashboards: Heatpump
Hello Emiliano, the dashboard makes use of:
1 AC Power measurement of Heatpump input and 4x temperature measurements:
- Flow temperature sensor
- Return temperature sensor
- Ambient temperature
- Internal temperature
You could do this with one emontx with the 4 temperature sensors connected in parallel to the emontx DS18B20 temperature sensing port.
Re: Application specific dashboards: Heatpump
Hi Trystan, thought I would let you know I have just extended one of my Arduino nodes (next to my underfloor heating manifold) to include temp measurements of the flow/return feeds from the heatpump. The pipe length from the manifold to the heatpump is only about 5-6m but goes thru my concrete slab and then underground/outside before reaching the outdoor unit. So ideally the temp measurements would be done at the heatpump itself but this will have to do for now.
So I have your heatpump dashboard up and running with all inputs configured. Unfortunately (or fortunately ;)) it is still very warm here (early autumn) so no need for underfloor heating.
Starting to build up quite an impressive array of dashboards now, thanks to your excellent work! Looking forward to seeing what is next ;).
Once I have some decent data, i.e. once the heatpump is turned on, I will let you know how it looks.
Re: Application specific dashboards: Heatpump
Is there a standard way to do it with a pre-built emonTx (I bought it about 13 months ago).
I am not an Arduino genius :-)
Thanks again for you reply.
Re: Application specific dashboards: Heatpump
There are notes and links for further reading in Building Blocks > DS18B20 temperature sensing
Re: Application specific dashboards: Heatpump
The bad point, at least for me, is here:
How to do it in a supported way ?
Re: Application specific dashboards: Heatpump
Do you mean "supports auto-detecting 4 sensors?"
That generally does not work well because the order in which the sensors respond, therefore in emonCMS the order in which they ultimately appear, is not defined.[See the edit below.] The safe way is to use the test sketch to read back the serial number of each sensor, hard code those numbers into your sketch and then address the sensors individually (as in the emonCMS V2 sketch).Beware also that you might need a separate 5 V dc power supply for your emonTx V3 as the ac adapter power supply was not designed for, and is not guaranteed to operate correctly with, 4 sensors.
Edit:
After closely studying the search algorithm, it appears that the order in which the sensors are found is deterministic, but the order is not obvious. The order would appear to be from lowest address to highest address when the bit order of the address is reversed.
Re: Application specific dashboards: Heatpump
http://openenergymonitor.org/emon/node/10233


UFC Fight Night: Blachowicz vs Jacare Fighter Salaries, Incentive Pay, Attendance & Gate
by Jeff Foxdo Bronx kept the good times rolling last night in his native Brazil, and was the top earner at UFC Fight Night: Blachowicz vs Jacare.
Before we go any further, we should note that most international athletic commissions don’t release fighter pay info, so none of the following salary data for the event is official. However, you can get a fairly accurate picture of a fighter’s pay based on official purse info released from past fights. So, based on that info, here is the estimated pay breakdown for the 24 fighters that traded blows at the event. But please remember – this is only an estimate, not official info.
Attendance: 10,344
Gate: N/A
(click on fighter’s name for full career earnings)
Charles Oliveira: $280,000 ($105,000 to show, $105,000 win bonus, $50,000 Performance of the Night bonus, $20,000 fight week incentive pay)
Ronaldo ‘Jacare’ Souza: $225,000 ($210,000 to show, $15,000 fight week incentive pay)
Mauricio ‘Shogun’ Rua: $215,000 ($200,000 to show, $15,000 fight week incentive pay)
Francisco Trinaldo: $144,000 ($42,000 to show, $42,000 win bonus, $50,000 Performance of the Night bonus, $10,000 fight week incentive pay)
James Krause: $120,000 ($30,000 to show, $30,000 win bonus, $50,000 Performance of the Night bonus, $10,000 fight week incentive pay)
Jan Blachowicz: $106,000 ($48,000 to show, $48,000 win bonus, $10,000 fight week incentive pay)
Randy Brown: $95,000 ($20,000 to show, $20,000 win bonus, $50,000 Performance of the Night bonus, $5,000 fight week incentive pay)
Ricardo Ramos: $90,000 ($18,000 to show, $18,000 win bonus, $50,000 Performance of the Night bonus, $4,000 fight week incentive pay)
Renan Barao: $68,000 ($53,000 to show, $15,000 fight week incentive pay)
Douglas Silva de Andrade: $47,000 ($21,000 to show, $21,000 win bonus, $5,000 fight week incentive pay)
Bobby Green: $40,000 ($25,000 to show, $15,000 fight week incentive pay)
Warlley Alves: $39,000 ($29,000 to show, $10,000 fight week incentive pay)
Sergio Moraes: $34,000 ($24,000 to show, $10,000 fight week incentive pay)
Ariane Lipski: $30,500 ($12,000 to show, $12,000 win bonus, $3,000 from de Padua for missing weight, $3,500 fight week incentive pay)
Wellington Turman: $27,500 ($12,000 to show, $12,000 win bonus, $3,500 fight week incentive pay)
Andre Muniz: $23,500 ($10,000 to show, $10,000 win bonus, $3,500 fight week incentive pay)
Tracy Cortez: $23,500 ($10,00 to show, $10,000 win bonus, $3,500 fight week incentive pay)
Paul Craig: $23,000 ($18,000 to show, $5,000 fight week incentive pay)
Jared Gordon: $23,000 ($18,000 to show, $5,000 fight week incentive pay)
Markus Perez: $20,000 ($16,000 to show, $4,000 fight week incentive pay)
Luiz Eduardo Garagorri: $15,500 ($12,000 to show, $3,500 fight week incentive pay)
Antonio Arroyo: $13,500 ($10,000 to show, $3,500 fight week incentive pay)
Vanessa Melo: $13,500 ($10,000 to show, $3,500 fight week incentive pay)
Isabela de Padua: $10,500 ($10,000 to show, $3,000 fine for missing weight, $3,500 fight week incentive pay)


Introduction
The Guido Notation Format is a general purpose formal language for representing score-level music in a platform-independent plain text and human readable way. It is based on a conceptually simple but powerful formalism; its design concentrates on general musical concepts as opposed to notational (i.e. graphical) features. A key feature of the Guido design is adequacy, meaning that simple musical concepts should be represented in a simple way and only complex notions should require complex representations.
The Guido Engine is a cross-platform library based on the Guido Notation Format. Its core, written in C++, has few dependencies and thus can be compiled for all main operating systems (Linux, Mac OS, Windows, Android, iOS) and embedded in languages like Java and Python. A Web API is also available, allowing to deploy the engine as a web service and a Javascript version of the library provides all these services, embeddable in a Web page.
Efficiency is among the key features of the engine, allowing for just-in-time score computing and rendering. Automatic layout is also part of the engine specific features.
Another library, GuidoAR, is part of the Guido ecosystem. It provides an simple and homogeneous interface for Guido scores manipulations and includes a set of pre-defined score level composition operations.
All these components are open source software and binary distributions include a Guido editor as well as various tools, notably to convert Guido scores to various formats.
Content
The workshop is intended to give the participants a good knowledge of the Guido Notation format, including advanced features. It is also intended to Application Developers and / or Web Designers: the participants will learn how to deploy the library on various platforms, including Web browsers. The basics of the library API will be introduced and an overview of the GuidoAR library will be given. Lastly, Guido's strength as an embeddable music engine will be discussed. We will look at its advantages in embeddability and do some hands-on examples of compiling Guido to be embedded and embedding it in environments like the web, a smartphone and a Raspberry Pi.
Schedule
| duration | description | |
|---|---|---|
| 10mn | Introduction | An history of the Guido environment |
| 30mn | The Guido Format | Basic and advanced features of the Guido Notation Format |
| 15mn | Documentation | Presentation of the various documentation ressources |
| 15mn | break | |
| 30mn | The Guido Engine | The engine internal operations |
| The API overview | ||
| How to compile for different platforms | ||
| The Javascript library | ||
| 15mn | The GuidoAR library | An overview of a library for score manipulations |
| 15mn | break | |
| 40mn | Embedding Guido | An overview of how to embed Guido |
| Examples of where Guido is embedded | ||
| Creating a Guido screen renderer | ||
| When and when not to use Guido | ||
| 10mn | Questions and discussion |
Organizers
Dominique Fober
Dominique Fober has both a scientific and musical background. He is doing computer music research at Grame - National Center for Music Creation based in Lyon, France - for over 20 years. His research is concerned mainly with software architecture for real-time musical systems, languages for musical composition, and music notation and representation systems. He has created, as author or joint author, many musical systems and programs. He's heading the development of the Guido language and libraries since 2002. His most recent work focuses on the extension of the music score, with the aim of covering the needs of the contemporary music creation as well as those of technology enhanced music pedagogy. His approach of the music notation has been turned into the INScore environment that he's developing since 2009.
Mike Solomon
Mike Solomon currently wears multiple hats as the director of the Paris-based Ensemble 101, the head audio engineer at Jongla and a RIM at the IRCAM. He has worked extensively with GUIDO as a contracter at the Grame, particularly on integration of Guido into web environments.
Participants
Attendees should feel comfortable with computers and should ideally have used a computer music notation program before. If possible, basic knowledge about computer scripting and/or programming is a plus.
Participants can use their own computer. It is recommended to download the Guido Qt applications before the workshop.
Linux users should make sure they have Qt version 5.5.0 or greater installed (see the Qt website).
For the Guido Engine part, the participants should get the source code from git (preferred):
git clone git://git.code.sf.net/p/guidolib/code guidolib-code
or from the source distribution.


I am always doing that which I cannot do, in order that I may learn how to do it.
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iOS jailbreaking is the process of removing limitations on iOS, Apple's operating system on devices running it through the use of software and hardware exploits; such devices include the IPhone, IPod touch, IPad, and second-generation Apple TV. Jailbreaking permits root access to the iOS file system and manager, allowing the download of additional applications, extensions, and themes that are unavailable through the official Apple App Store.
Jailbreaking is a form of privilege escalation,and the term has been used to describe privilege escalation on devices by other manufacturers as well. The name refers to breaking the device out of its "jail", which is a technical term used in Unix-style systems, for example in the term "FreeBSD jail". A jailbroken IPhone, IPod touch, or IPad running iOS can still use the App Store, iTunes, and other normal functions, such as making telephone calls.
Restoring a device with iTunes removes the jailbreak.
Jailbreaking is different to IPhone unlocking. IPhones (like all mobile phones) that are sold as part of a contract are often locked to a particular network. This means that if you buy an IPhone from AT&T, for example, you have to use an AT&T SIM card in it. The IPhone is ‘locked’ to that network. Unlocking the IPhone turns it from an IPhone that can only work on the AT&T network to one that can work on any network. But you will still be running officially sanctioned iOS software, and still have the software limitations. Unlocking is considered a breach of your mobile phone contract.
Jailbreak Security While the upside of jailbreaking is more control over what is installed on a device, and that it sometimes allows users to do things Apple doesn't approve of (such as, creating ringtones before the feature was available in iTunes), it can also cause problems, including data corruption and allowing hackers and criminals to install malicious code on jailbroken devices.
Apple does not support devices that have been damaged due to jailbreaking and may consider them out of warranty.
1. Some of the things you can do with jailbroken devices include:
2. Change the interface of your iOS device
3. Remove built-in apps that come with the iOS
4. Install apps not authorized by Apple or available through the App Store
5. Get and install paid apps for free (however, this is theft and illegal)
6. Download music, videos, ebooks, and other content for free (in some cases, this is theft)
7. Get tethering without additional fees
8. Access the iOS filesystem
Yes, you can use iTunes and the App Store after jailbreaking your device. As a matter of fact, nothing will really change. The only notable change to your iOS device will be that, after jailbreaking, you will have a new application installed on your device called Cydia.
Cydia is like appstore ,you can browse Cydia for apps, tweaks, mods.
You can download and install Cydia apps just like the way you download app from apple app store.
Most of the apps/tweaks in Cydia are free, but it is not unsual for a jailbreak app to sell for a few dollars.
Different Types of Jailbreaks:
Tethered Jailbreak: Tethered jailbreaks require you to plug your iDevice into the computer to start it up because the device needs some code from a program on the computer that will let it boot up. The reason it needs this code is because the device checks for unsigned software running and it will not let it boot up without the code from the computer.
Untethered Jailbreak: An untethered jailbreak doesn't require you to plug you iDevice into the computer to boot because the jailbreak patches the file that checks for unsigned software.
Semi-Tethered: A semi-tethered jailbreak allows you to start your iDevice without plugging it into your computer however you will not be able to use your jailbroken addons until you boot from your computer using a program such as redsn0w.
Update: This tutorial was written for iOS 8.1.1, but you can follow the same directions to jailbreak iOS 8.1.2. Simply make sure you use the latest version of TaiG.
Note that TaiG can be used to jailbreak iPhone, iPad, and iPod touch running iOS 8, iOS 8.0.2, iOS 8.1, and iOS 8.1.
In this guide, we use TaiG to jailbreak an iPhone, but the process is the same regardless of the device.
How to jailbreak iOS 8.1.1 using TaiG on Windows
Step 1: Download TaiG
Step 2: Ensure that iTunes is installed and plug your device into your computer and make sure that iTunes recognizes it
Step 3: Restore your iPhone to iOS 8.1.1 (this tool can also jailbreak iOS 8.0, iOS 8.0.2, iOS 8.1)
Step 4: Make sure that Find My iPhone is turned off in Settings → iCloud
Step 5:strong> Make sure that your passcode is disabled in Settings → Touch ID & Passcode
Step 6:strong> Enable AirPlane mode via Control Center
Step 7: Right click on the TaiGJBreak_1006.exe tool and select Run as Administrator, followed by Yes
Step 8: Make sure the TaiG tool recognizes your iOS device, uncheck the second box but keep Cydia checked, and then click the green jailbreak button
Step 9: Let the jailbreak progress until the tool states that the jailbreak is complete (you’ll see a smiley face)
Step 10: Once your iPhone reboots, you should see the Cydia app on your Home screen
Congratulations! You just jailbroke iOS 8.1.1
© 2014 HaKTuts. All rights reserved.


Quiet_Message
Conversation name:
Public key of your friend (leave empty if you're starting as first one):
Start conversation


module Default: Solution
val is_square_2048 : G2048.square -> bool
Whether a square is occupied by a tile with the value 2048.
val is_complete_row : G2048.row -> bool
A row is complete if
* it contains no empty squares and
* a shift leaves it unchanged
val is_board_winning : G2048.board -> bool
is_board_winning board
is true
iff the board
is a winning board.
val insert_square : G2048.square -> G2048.board -> G2048.board option
insert_square square board
is board
with square
inserted
in an empty spot or None
if there was no such spot.
val shift_left_helper : G2048.row -> G2048.row -> G2048.row
Shift a row to the left according to the rules of the game, and
append `empties`. Tiles slide over empty squares, and adjacent
tiles are coalesced if they have the same value.
val shift_board : G2048.move -> G2048.board -> G2048.board
shift_board move board
is the board resulting from shifting
board
in direction move
.
val is_game_over : G2048.board -> bool
is_game_over board
is true
iff there are no valid moves.
val square_provenances : G2048.square -> G2048.provenance list
square_provenances s
are the tile provenances on a square. Not
used by the online tutorial.


Job Listener Configuration
Job Configuration Id
Job Name
Job Scheduler Type
Source Folder
File Pattern
Poller Period
Task Executor Type
Task Executor Type
Listener Status
JobParameters
key(type)=value,key(type)=value
Job Incrementer Type
Job Incrementer Type
Update


Nation Name:
Realistic Population:
Do not include any characters other than numbers.
Main Nation:
Verification Code (click here):
Your main nation must be a WA member. If you are registering your main nation, put the name in both boxes.


The lean report
command supports the following options:
| Option | Description |
|---|---|
--backtest-results <path> |
The path to the JSON file containing the backtest results. Defaults to the most recent backtest results file in the current working directory or one of its subdirectories. |
--live-results <path> |
The path to the JSON file containing the live trading results. |
--report-destination <path> |
The path where the generated report is stored as HTML (defaults to . / report.html). |
--detach , -d |
Run the report creator in a detached Docker container and return immediately. The name of the Docker container is shown before the command ends. You can use Docker's own commands to manage the detached container. |
--strategy-name <value> |
The name of the strategy. It will appear at the top-right corner of each page. |
--strategy-version <value> |
The version of the strategy. It will appear next to the project name. |
--strategy-description <value> |
The description of the strategy. It will appear under the Strategy Description section on the first page of the report. |
--pdf |
Create a PDF version along with the HTML version of the report. |
--overwrite |
Overwrite the given --report-destination if it already contains a file. |
--image <value> |
The LEAN engine image to use (defaults to quantconnect/lean:latest ). |
--update |
Pull the LEAN engine image before running the report creator. |
--lean-config <path> |
The Lean configuration file that should be used (defaults to the nearest lean.json file). |
--verbose |
Enable debug logging. |
--help |
Display the help text of the lean report command and exit. |


A closer look at the 2019 Sports Personality of the Year contenders
Ben Stokes, Dina Asher-Smith, Raheem Sterling, Alun Wyn Jones, Lewis Hamilton and Katarina Johnson-Thompson make the list.
The six-person shortlist for the 2019 BBC Sports Personality of the Year award has been revealed.
Here, the PA news agency takes a closer look at the nominees.
Ben Stokes
Dina Asher-Smith
The 23-year-old made history at this year’s World Championships in Doha as she became the first British woman to win a global sprint title on her way to claiming a hat-trick of medals. Her gold medal in the 200m and silvers in the 100m and 4x100m relay made her the first Briton to win three medals at a World Championships.


{% block head %}{% endblock head %}
Toggle navigation
Bayes Hack - Donors Choose
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Home
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School Locations
Funding Analysis
Funding Prediction
{% block body %}{% endblock body %}
{% block js %}{% endblock js %}


e-Infrastructures address the needs of European researchers for digital services in terms of networking, computing and data management by fostering the emergence of Open Science. In the context of the European open science agenda there is a need to capitalise on past e-infrastructure investments and develop an e-infrastructure commons.


--- layout: default footerlogos: yes title: "Speaker" lang: en ---
Fiona has been with OKF DE since 2014 and is Code for Germany’s Community Organizer. She supports 20 Open Knowledge Labs together with Julia and Eileen and studies the sociology of technology at the Technical University in Berlin. She has strong ties to a number of different NGOs that are connected to OKF DE’s work and has been active in the field of digital literacy for a number of years. In 2016, Fiona will be Project Lead in the Code for Germany project “Digital Refugee Labs’.
Together with Maxi Richt and Arne Semsrott Fiona will give a lecture on „Civil society as an advocate of Open Data on 28.04.2017.
Program for the first day


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The MockServer and MockServer Proxy can be run:
MockServer and MockServer Proxy is available as:
It is also possible to build and run MockServer directly from source code
To simplify configuration all MockServer versions (except the deployable WAR) only use a single port to support both HTTP and HTTPS. This is achieved by dynamically detecting if the client is using HTTP or HTTPS.


--- layout: post status: publish published: true title: Choosing the Right MS Integration Technology author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 645 wordpress_url: http://winterdom.com/2006/11/choosingtherightmsintegrationtechnology date: '2006-11-29 20:03:12 +0000' date_gmt: '2006-11-29 20:03:12 +0000' categories: - BizTalk - Architecture - WCF tags: [] comments: [] ---
Irena Kennedy posted a lengthy entry on choosing the right integration technology from the growing stack of frameworks and servers Microsoft Offers. Included in the entry as candidates are: SQL Server Integration Services (SSIS), SQL Server Service Broker (SSBS), SQL Server Replication, MSMQ, BizTalk and WCF.
Plenty of good stuff to consider. Highly Recommended! (Found via Richard Seroter).


---
title: Directions | Red Butte Garden
layout: default
---
Red Butte Garden & Arboretum
300 Wakara Way
Salt Lake City, Utah 84108
VIA CAR
From Downtown SLC
- Drive east on 400 South. This road will curve around and become 500 South. It will curve again and become Foothill Drive.
- Turn left on Wakara Way (the road after Mario Capecchi Drive).
- Follow Wakara Way all the way to the top - it ends in our parking lot. We are located next to the Natural History Museum of Utah
From I-15 - Downtown SLC
- Take the 400 South exit for Downtown SLC.
- At the end of the exit ramp turn left so you are heading east on 400 South.
- Keep driving straight. 400 South will curve around and become 500 South. It will curve again and become Foothill Drive.
- Turn left on Wakara Way (the road after Mario Capecchi Drive).
- Follow Wakara Way all the way to the top of the street - it ends in our parking lot.
From I-15 - South of Downtown SLC
- Take the 900 South exit.
- Drive to 800 South, turn right on 800 South (heading east).
- Drive to Foothill drive, turn left on Foothill Drive.
- Take the next right onto Wakara Way.
- Follow Wakara Way all the way to the top - it ends in our parking lot. We are located next to the Natural History Museum of Utah.
From Eastbound I-215
- Take the Foothill Drive exit.
- Follow Foothill until you reach Wakara Way (the road after Sunnyside Drive).
- Turn right on Wakara Way.
- Follow Wakara Way all the way to the top of the street - it ends in our parking lot.
VIA PUBLIC TRANSIT
*University of Utah campus shuttles run from 6AM to 11:30PM, Monday - Friday only. Visit Commuter Services for specific route times and information.
Taking a U of U campus shuttle from Trax
Mon-Fri 6AM to 6PM (Limited Availability from 6PM to 11PM)
The University of Utah’s “On Demand” Shuttle will take you from the Medical Trax Station to Red Butte Garden (NHMU) by request only.
- Take Trax to the U of U Medical Center Trax Station.
- Cross the street to the bus/shuttle stop.
- Call to request the “On Demand” shuttle.
- Call:<PHONE_NUMBER> / After 6PM:<PHONE_NUMBER>.
- Choose “Medical Trax” as the pick-up location.
- Choose “Natural History Museum of Utah” as the Drop Off Location.
Walking from Trax
From South Campus Trax Station
- Get off Trax at the University South Campus Station.
- Start walking east bound up South Campus Drive.
- Keep walking straight until you reach Fort Douglas Blvd. Turn right on Fort Douglas Blvd.
- Keep going until you reach Pollock Road. Turn left on Pollock Road.
- Walk to Connor Road. Turn right on Connor Road.
- Walk to Wakara Way. Turn left on Wakara Way.
- Walk up the hill - Wakara Way ends in our parking lot.
Walking from Trax
From Fort Douglas Trax Station
- Get off Trax at the Fort Douglas Station (the stop after South Campus).
- The Legacy Bridge will be in front of you. Take the stairs or the elevator up to the bridge. Cross the Legacy Bridge.
- At the end of the bridge follow the sidewalk to Fort Douglas Blvd. Turn right on Fort Douglas Blvd.
- Keep going until you reach Pollock Road. Turn left on Pollock Road.
- Walk to Connor Road. Turn right on Connor Road.
- Walk to Wakara Way. Turn left on Wakara Way.
- Walk up the hill - Wakara Way ends in our parking lot.
For more information about buses and trax, contact UTA (Utah Transit Authority):


Listed in the section below, are three recent pieces of work created by Alex Migdol. Click on the project titles to view more!
This is a blog that overviews Alyn (pronounced "Allen"), a 2-year old, fun-loving, gold and white Shih Tzu. It covers her likes and dislikes as well as some of her favorite hobbies. Her owner, Alex may be a little biased, but she's still the best dog in the entire world. This page uses:
If you're curious as to how adorable she is, check out her blog now! It includes a pretty perfect photo of her.
One of Alex Migdol's most recent pieces of work was an introduction to Bootstrap. As part of the project, the page is intended to mimic a wikipedia page that already exists. While the original page uses tables, this page uses grids for formatting. This project uses the following:
This project was used as an introduction to HTML. It outlines the ins and outs of making a batch of cookies with a list of ingredients along with the baking instructions. The format of this page includes ordered and unordered lists. In this case, the site only uses HTML.
Alex graduated from the University of Oregon in 2011 majoring in Business and Psychology. Shortly after, she landed a job working at a mobile app company in the Client Services Department. While she enjoyed interacting with people and planning out various projects, she was looking to get more involved within the development process. After a couple of years, Alex started working in the QA Department, where she creates tests plans and tests new features. She tries to find as many bugs as possible before any of the clients who use the product do. While she enjoys QA, she has recently taken an interest in becoming more familiar with the work developers do and is attending courses at epicodus to become more technical.
Some of her hobbies include, but are not limited to:
For more information, please contact here.


Hello {{ endorser_netid }},
You previously used the Provisioning Request Tool to provision {% for svc in services %}{% if not forloop.first %}{% if forloop.last %} and {% else %}, {% endif %}{% endif %}{{ svc }}{% endfor %} services for the following UW NetID{{ endorsed|length|pluralize }}:
Please find a UW employee to reprovision services for {{ endorsed|length|pluralize:"this,these" }} UW NetID{{ endorsed|length|pluralize }}.
If you take no action, services will be revoked and data will be deleted for these UW NetIDs in roughly 14 days.
Read more about provisioning accounts to UW affiliates & Sponsored UW NetIDs using the Provisioning Request Tool at: https://itconnect.uw.edu/connect/email/resources/affiliate-access/


| Hello-World (Quick Start version) | The hello, world quick start. |
| Hello-World (Quick Start AMD version) | The hello, world, AMD quick start. |
| Hello-World | The hello, world demonstration discussed in the tutorial |
| Dialog | Demonstrates everybody's favorite chore--building a a dialog box--using the backdraft widget library. |
| Schedule | A sortable Little League schedule, demonstrating how easy it is to build non-trivial components and grids, with Backdraft. |
| Polygraph | The Vue polygraph demo, ported to Backdraft. |
| Thinking-in-Backdraft | The React "thinking-in" demo, ported to Backdraft |
| js-framework-benchmark | The js-framework-benchmark exercise, ported to Backdraft |
| TodoMVC | The TodoMVC exercise, ported to Backdraft |


Please provide the date or dates of crime.
If you have any additional information, please upload it below. File size limit: one file cannot exceed 2MB and all files uploaded to application cannot exceed 3.5MB
| Police Force*
|
Police File Number | Name of Investigating Officer | Unsure of Date Reported |
Date Crime Reported | ||
|---|---|---|---|---|---|---|
|
|
|
|
Remove |
Please note:
You are not required to take legal action (a civil action or lawsuit) against anyone responsible for injury or loss. However, if you have taken legal action or intend to do so, we need to know this.
Signing this form does not mean that you agree with the decision on the claim, and does not affect your right to request a reconsideration or reassessment of that decision.
Restitution refers to money that an offender is ordered to pay a victim, to help cover the victim’s monetary loss. Restitution is ordered by a judge in a criminal court as part of the offender’s sentence.
Civil action refers to taking legal action against, or suing, a person or party responsible for the claimant’s injury or loss.
Please provide the name and address of your lawyer or law firm:
Declaration of Understanding: Please read the information below, print your name where indicated, and sign and date the bottom of the form.
I, , understand the following: *
| Classification | Description |
|---|---|
| Intimate Partner Relationship | Refers to current and former spouses (legally married, separated, divorced and common-law), and dating partners. |
| Other Family Relationship | Refers to parents (biological, step, adoptive and foster), children (biological, step, adopted and foster), siblings (biological, step, half, adopted and foster) and extended family members (e.g., grandparents, uncles, aunts, cousins and in-laws). |
| Acquaintance | Refers to friends, neighbours, authority figures, business relationships, casual acquaintances. |
| Stranger | Refers to individuals who do not know one another. |
| Other Victim-Accused Relationship | Refers to relationships that are other than the above categories, or is unknown. |


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TO_CHAR(character)
converts a text expression to the database character set.
VARCHAR2
TO_CHAR(exp)
char
is a text expression. If it contains characters that are not represented in the database character set, then the conversion results in a loss of data.
TO_CHAR('¡Una qué sorpresa!')
returns the value ?Una qu? sorpresa!
Two letters are lost in the conversion (¡
and é
) because they are not in the database character set.
TO_CHAR('David Ortiz')
returns the value David Ortiz
in the database character set. No characters are lost in this conversion because all of them are in the database character set.


Palo Alto, California
Enabled Devs
Invoice
#13241
Bill To
John Doe
Date
15th June 2025
Address
PO Box 13451 Palo Alto Street California, Flat 1235
1x Item
$2.150
Your awesome product or service name goes here
2x Item
Palo Alto, California
1x Item
2x Item


Citizenship
Register a Citizen
Username:
First Name:
Last Name:
Fathers Name:
Age:
Address:
Gender:
Male
Female
Other
Submit


Form
Application forms and assessment criteria for groups interested in opening a mainstream, studio school or 16 to 19 free school.
MS Excel Spreadsheet , 147KB
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
MS Word Document , 144KB
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
Ref: DFE-00176-2016 PDF , 670KB , 42 pages
Use the forms on this page if you wish to open one of the following types of free school :
The ‘Free school applications: criteria for assessment’ document gives guidance on the application process, including the deadline for submitting applications.
To help you plan your budget, you should also fill in a financial template (section G of the application):
More information on opening a free school or studio school is available.
Published: 7 November 2013
Updated: 29 July 2016
From: Department for Education


Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues Class Reference
Iterator for telling variable domains by scanning support. More...
#include <extensional.hh>
Public Member Functions | |
| LayerValues (void) | |
| Default constructor. | |
| LayerValues (const Layer &l) | |
| Initialize for support of layer l. | |
| void | init (const Layer &l) |
| Initialize for support of layer l. | |
| bool | operator() (void) const |
| Test whether more values supported. | |
| void | operator++ (void) |
| Move to next supported value. | |
| int | val (void) const |
| Return supported value. |
Detailed Description
template<class View, class Val, class Degree, class StateIdx>
class Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues
Iterator for telling variable domains by scanning support.
Definition at line 104 of file extensional.hh.
Constructor & Destructor Documentation
template<class View , class Val , class Degree , class StateIdx >
| Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues::LayerValues | ( | void | ) | [inline] |
Default constructor.
Definition at line 128 of file layered-graph.hpp.
template<class View , class Val , class Degree , class StateIdx >
| Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues::LayerValues | ( | const Layer & | l | ) | [inline] |
Initialize for support of layer l.
Definition at line 132 of file layered-graph.hpp.
Member Function Documentation
template<class View , class Val , class Degree , class StateIdx >
| void Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues::init | ( | const Layer & | l | ) | [inline] |
Initialize for support of layer l.
Definition at line 136 of file layered-graph.hpp.
template<class View , class Val , class Degree , class StateIdx >
| bool Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues::operator() | ( | void | ) | const [inline] |
Test whether more values supported.
Definition at line 142 of file layered-graph.hpp.
template<class View , class Val , class Degree , class StateIdx >
| void Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues::operator++ | ( | void | ) | [inline] |
Move to next supported value.
Definition at line 147 of file layered-graph.hpp.
template<class View , class Val , class Degree , class StateIdx >
| int Gecode::Int::Extensional::LayeredGraph< View, Val, Degree, StateIdx >::LayerValues::val | ( | void | ) | const [inline] |
Return supported value.
Definition at line 152 of file layered-graph.hpp.
The documentation for this class was generated from the following files:
- gecode/int/extensional.hh (Revision: 12963)
- gecode/int/extensional/layered-graph.hpp (Revision: 13068)


Identify fake reviews from the hotels, restaurants, cafes and bars. Save yourself from a horrible experience.