Japan U-22 lacks finishing touch in loss against Colombia
HIROSHIMA – A lack of ruthlessness in front of the goal proved costly for Japan’s Olympic hopefuls on Sunday as they lost 2-0 to Colombia in an under-22 friendly.
Headlined by senior national team regulars Takefusa Kubo and Ritsu Doan, Hajime Moriyasu’s side created several scoring opportunities at Hiroshima’s Edion Stadium but could not capitalize.
Manager Arturo Reyes’ Colombians had no such problems and will head toward South American qualifying for the 2020 Tokyo Olympic Games with confidence following second-half goals from Luis Sandoval and Juan Pablo Ramirez.
“The team produced chances but unfortunately didn’t finish them, whether or not it was because of pressure or nerves,” Moriyasu said. “We’ll continue strengthening as we build toward the Tokyo Olympics.”
Following a first half in which neither side had a clear advantage, the visitors took the lead in the 47th minute when Sandoval squeezed a close-range shot past goalkeeper Keisuke Osako after the Japanese defense failed to clear a cross.
Japan were fortunate to avoid a two-goal deficit in the 57th minute when playmaker Nicolas Benedetti volleyed just wide of the back post off a long throw.
But the South Americans had their second two minutes later when Benedetti made an unchecked run from the left wing through the center of the pitch before laying off to Ramirez inside the area.
The hosts squandered a handful of good chances late in the half.
After receiving a ball into the box from 18-year-old star Kubo, Doan unleashed a close-range shot with his second touch straight at Colombian keeper Esteban Ruiz.
PSV Eindhoven playmaker Doan then provided a superb ball over the top to send Koki Ogawa into a one-on-one with Ruiz, but the forward fired against the post.
Japan will continue their Olympic preparations with a U-22 friendly against Jamaica at Transcosmos Stadium Nagasaki on Dec. 28.
The Olympic men’s soccer tournament will be contested by U-23 teams with a limited number of overage players.
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Micah<EMAIL_ADDRESS>Twitter: [@micahscopes](https://twitter.com/micahscopes)
Github: [@micahscopes](https://github.com/micahscopes)
You can download this project in either zip or tar formats.
You can also clone the project with Git by running:
$ git clone git://github.com/timbresmith/Hyperspectives


| Hilbert {pbdDMAT} | R Documentation |
Methods for constructing Hilbert matrices: H[i,j] = 1/(i+j-1)
Hilbert(n, type = "matrix", ..., bldim = .pbd_env$BLDIM, ICTXT = .pbd_env$ICTXT)
n |
number of rows and columns. |
type |
"matrix" or "ddmatrix". |
... |
Additional arguments. |
bldim |
blocking dimension. |
ICTXT |
BLACS context number. |
This constructs the square Hilbert matrix of order n
. The return is
either a matrix or a distributed matrix depending on the argument
type=
.
Returns a matrix or a distributed matrix.
## Not run: # Save code in a file "demo.r" and run with 2 processors by # > mpiexec -np 2 Rscript demo.r library(pbdDMAT, quiet = TRUE) init.grid() dx <- Hilbert(100, type="ddmatrix") print(dx) finalize() ## End(Not run)


DSpace collections
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Metadata field queries
You can make a metadata query here.
Import mode
Clear and import clears previously imported data and then imports data again.
Update mode does not remove previous records. Instead it add records only if there is no such UUID before.
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You can limit the number of imported items.
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Query generated based on collection selection above.
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Login is optional. If you do not login, then you get data that is publicly available.


Specify a resource group name.
Note
Resource group name can only include alphanumeric characters, periods, underscores, hyphens and parenthesis and cannot end in a period.
Although it will also work when you type exist resource group name in "Create new", we recommend to use "Use existing" to avoid typo.


5 They could drink but then they might forget that they made a decree of the king,
and tear down the rights of those who have been taken advantage of.
6 Give strong drink to those who are dying
and to those who are grieving their loss.
7 One who drinks will forget he is poor,
and he will not remember his trouble.
8 Speak for those who cannot speak for themselves,
speak for those who are approaching death.
9 Speak out and render judgment according to what is right;
and plead for justice to come in the cases of the poor and the needy.
10 Who can find a wife who is good at many things?
Her value is much more than the jewels she could wear.
11 Her husband completely trusts her,
and because of her, he will never be poor.
12 She does good things for him and not evil,
all the days of her life.
13 She finds wool and flax in the market,
and she enjoys spinning it to make yarn and fabric.
14 She is like the merchant ships
because she brings her food to her home from far away.
15 She gets up before dawn to prepare food for her family,
and she gives each servant girl her duties for the day.
16 She goes out and considers what field she will buy, and she buys it.
With the money she has made in other ventures,
she plants a vineyard.
17 She prepares herself with her strength,
and her arms are strong, able to do hard work.
18 She knows when she is getting a good profit from her business.
She keeps a lamp burning all night long.
19 She holds the spindle,
and then she spins the thread that she will use.
20 She gives an outstretched hand to help the poor.
21 She is not worried about the snow,
for everyone in her house have the best winter coats.
22 She makes covers for the beds.
She wears fine purple linen clothes—the color of royalty.
23 Her husband is well known at the city gates,
and there at the gates he sits with the other leaders of the town.
24 She makes linen garments and she sells them.
She sells sashes to shop owners.
25 She is strong in her character and respected,
and she laughs at what will happen in the future.
26 When she speaks, she says what is wise,
and she lives by the law of kindness.
27 She watches over everything that is done in her household,
and nothing in her actions would be anything like laziness.
28 Her children speak highly of her;
her husband also praises her.
29 He says to her, "There are many women who do admirable things,
but you surpass them all!"
30 Elegance can deceive
and make you think more highly of a person than you should;
and beauty has no lasting value.
But a woman who honors Yahweh will be praised for the person she is.
31 Give her what she has earned,
and her works will praise her among the leaders of the town.


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{% extends 'layout.html' %}
{% block body %}
About Me
This is what I do.
Hi there 👋 I am Harikrushn.
😄 My name is Harikrushn.
🔭 I’m currently working on Personal project(AutomateInstaPyBot App )
🌱 I’m currently learning Flutter.
👯 I’m looking to collaborate on Instagram
💬 Ask me about java and flutter.
📫 How to reach me: Instagram - @kanani_025 , Twitter - @Harikrushn9


Preparation time
overnight
Cooking time
30 mins to 1 hour
Serves
Serves 10-16
The tartness of a gooseberry is a strange concept for a Frenchman but the challenge of trying to conquer its sourness and create flavoursome dishes from it was attractive. This cheesecake is a triumph and I’m now happy to adopt these northern green berries in my cooking.
Equipment and preparation: for this recipe you will need a sugar thermometer, an electric whisk, a blender and a 4cm/1½in deep, 20cm/8in pastry ring or cake tin.
Preheat the oven to 180C/160C Fan/Gas 4. Have ready a 4cm/1½in deep, 20cm/8in pastry ring or cake tin.
For the oat biscuit base, in a large bowl combine the flours, butter, bicarbonate of soda, sugar and salt. Using your fingertips, rub the ingredients together until the mixture resembles breadcrumbs. Add the oats and egg and mix well. Knead until it comes together.
Using a rolling pin, roll the biscuit mixture out between two sheets of baking parchment to a thickness of 5mm/¼in. Lift onto a baking tray and remove the top piece of paper. Bake in the oven for 15 minutes.
Remove from the oven and leave to rest for 2 minutes. Using the 20cm/8in pastry ring or cake tin, press down into the biscuit, cutting through the bottom. Leave to cool completely before using for the cheesecake. Remove the excess biscuit from around the ring; this can be crumbled on top of the finished cheesecake, if wished.
For the filling, in a large bowl mix the cream cheese, crème fraîche, vanilla purée or extract and lemon juice together.
Place the gelatine in a small saucepan with 2 teaspoons water and heat gently until the gelatine is dissolved. Once slightly cool, briskly whisk into the cream mixture. In a small saucepan dissolve the sugar in 5 teaspoons water. Bring to a boil and continue to heat to 121C on a sugar thermometer. (CAUTION: boiling sugar is very hot.
Meanwhile, in a food mixer fitted with the whisk attachment or using an electric hand whisk and a bowl, whisk the egg whites, adding just a single drop of lemon juice at the beginning. Whisk until soft peaks form when the whisk is removed.
Turn the whisk to a medium speed and prepare to add the hot sugar syrup. The best technique for making this kind of Italian meringue is to pour the hot sugar syrup down the side of the bowl in a single thread so that it mixes beautifully. Otherwise the speed of the whisk will spin the sugar and solidify it over the whisk and bowl. Continue to whisk on a medium speed for a further 5 minutes until the mixture is glossy – the hot syrup will partially cook the egg white making it stable.
Rest the base of the bowl of meringue in a bowl of ice-cold water and continue to whisk by hand until the mixture is completely cool. When cool, add half the egg whites to the cream filling mixture and briskly beat with a whisk until smooth, then add the remaining egg whites and fold together.
Place the pastry ring or cake tin with the biscuit base inside on a baking tray or plate. Pour the filling into the ring, leaving a gap of 5mm/¼in from the top of the ring and level the surface flat using a palette knife or the back of a spoon. Refrigerate for 2 hours to allow the mixture to firm up.
When the cheesecake has chilled for 1½ hours, make the gooseberry jelly. Put the gooseberries in a bowl and macerate with the sugar for 15 minutes. Transfer to a small saucepan over a medium heat and simmer for 10 minutes, covered with a lid. Pour into a blender, with the softened gelatine and 50g/1¾oz water and blend on full speed for a minute. To make sure the purée is smooth, pass it through a fine sieve into a bowl, forcing it through using the back of a ladle. Rest the base of the bowl over a bowl of ice-cold water to cool, stirring all the time. Once the mixture starts to thicken, spoon it over the chilled cheesecake.
For the topping, top and tail the gooseberries and cut each one crossways into slices 2mm thick. Arrange 16 slices of gooseberries around the edge of the cheesecake on top of the jelly. Chill the cheesecake overnight or until set completely.
For the compôte, cut the gooseberries in half. Taste one – if sweet enough, there is no need to macerate them, if they are a little sour, put in a mixing bowl with the sugar and leave to macerate for 15 minutes.
Transfer to a saucepan on a medium heat and cook for 10 minutes with a lid on, stewing them at a gentle bubble; stir from time to time to prevent the compôte catching on the bottom of the pan. Remove from the heat and allow to cool completely, taste and adjust with a splash of water if it’s too acidic or a little sugar, if needed.
Serve the cheesecake with the compôte alongside for your guests to help themselves.


Before Change
// For ABCMeta in python3.7+, remove _abc_impl as it is not picklable.
// This is a fix which breaks the cache but this only makes the first
// calls to issubclass slower.
if "_abc_impl" in clsdict:
(registry, _, _, _) = abc._get_dump(obj)
clsdict["_abc_impl"] = [subclass_weakref()
for subclass_weakref in registry]
After Change
clsdict = _extract_class_dict(obj)
clsdict.pop("__weakref__", None)
if issubclass(type(obj), abc.ABCMeta):
// If obj is an instance of an ABCMeta subclass, dont pickle the
// cache/negative caches populated during isinstance/issubclass
// checks, but pickle the list of registered subclasses of obj.


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Beijing emboldened by Hong Kong ballot box drubbing
by Houses and HolesVia Antony Dapiran in Hong Kong:
Landslide in Hong Kong: In which the silent majority speaks
Dear friends,
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{% macro photoswipe_dom_boilerplate() -%}
{%- endmacro %} {% macro render_args(klass, args, examples={}, title=None) -%}{{description|join("\n")}}
{% if name in examples %} {{html_repr(examples[name])}} {% endif %}You can use this API without installing any software. You can also run this API locally without internet access. Local access to the API is possible from both the command line and from within Python. Use the command below to get setup and confirm the API is working for you.
The methods below all have examples that work as-is. Copy and run them in your terminal to start experimenting.
{% for line in example.lines %}{% if line %}{{line|e}}{% else %} {% endif %}
{% endfor %}
{{p}}
{% endfor %} {% endfor %}


Structures
The following structures are available globally.
-
A bounding box of coordinates which encloses this place
See moreDeclaration
Swift
public struct BoundingBox : Decodable
-
Coordinate objet that contains all properties about the position (Coordinates)
See moreDeclaration
Swift
public struct Coordinate : Decodable
-
Entities object is a holder of arrays of other entity sub-objects
See moreDeclaration
Swift
public struct Entities : Decodable
-
Struct that contains all properties for a
Symbol
symbols, i.e. $cashtags, included in the text of the Tweet
See moreDeclaration
Swift
public struct Symbol : Decodable


---
layout: ion_page
title: Surgical Taster Day 2016
permalink: /taster/
thumb-img: /taster2016/thumb.jpg
feature-img: /taster2016/Poster-min.jpg
categories: event, news
excerpt: Application form [ online | pdf ]
---
Submit the form online OR download the application form here !


<EMAIL_ADDRESS>666 7475 25252
4
Cart
100.00 $
Services
Home
/ Services
Checkout
Address Details
Email Address
Name
Address
City
Postal Code
Phone
Complete Order
Your Order
MacBook Air 13
15 inch, 1TB SSD, 32GB RAM
$2000
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Discount (10OFF - 10%)
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$7499.97


Description
The CJ-6 was produced from 1958 through 1975.
Drive Train
Engine
The original engine offered in the CJ-6 was the
"Hurricane" F-Head 134 I4.
The first optional engine offerred for the CJ-6 was the
Perkins 192 I4
diesel followed by the
"Dauntless" Buick 225 V6.
When AMC purchased Jeep from Kaiser, they soon made the AMC
232,
258, and
304 available in the CJ-6.
Transmission
The T-90 3 speed was the standard
transmission for the CJ-6 for many years. It's close brother,
the T-86 3 speed was used with CJ-6s
with the Dauntless V6. The T-14
replaced the T-90 and later the beefy
T-98 was an optional 4 speed for the CJ-6 until 1971 when
the T-18 became the optional 4
speed.
Transfer Case
The CJ-6 used the Dana 18 from '58
until '71. From '72-'75 they used the
Dana 20.
Front Axle
The CJ-6 was first offered with the Dana 25
until 1965. The Dana 27 replaced it and
was used until 1971. From 1972-1975, the Dana 30
was used in the CJ-6.
Rear Axle
The Dana 44 with two piece shafts was
used in the CJ-6 until mid-1970. A Dana 44
with one piece shafts replaced it after that.
Production Information
Serial Number Locations
For CJ-5s manufactured from 1955 through 1970, The vehicle serial
number is stamped on a metal plate located on the firewall, under
the hood, on the passenger side.


Money Play. Should Red double? If doubled, should White take?
pips Red=124 White=128
(CorrectAnswer= 0/0, ErrorScore= 0)
Obviously, this is a very clear double. The perfect prime makes Red a big favourite and if he picks up another checker or two then a gammon is a possibility.
The question is can White counter-prime Red and force him to break that prime? The answer is yes he can but does it happen often enough to give him a take? That possibility plus the chance of winning from the 3-pt holding game puts this right on the cusp of take/pass.
There are few gammons here so I’d be bold and take as White but either decision is basically correct.
The question is can White counter-prime Red and force him to break that prime? The answer is yes he can but does it happen often enough to give him a take? That possibility plus the chance of winning from the 3-pt holding game puts this right on the cusp of take/pass.
There are few gammons here so I’d be bold and take as White but either decision is basically correct.
Cube analysis 2-ply cubeless equity +0.561 0.751 0.089 0.002 - 0.249 0.033 0.000 Cubeful equities: 1. Double, take +0.952 2. Double, pass +1.000 (+0.048) 3. No double +0.892 (-0.060) Proper cube action: Double, take


---
layout: page
title: "Guanqing (Bonnie) Hu"
description: "Visual Motor Research Lab, McGill University"
header-img: "assets/owner/hero/MtRoyal.jpg"
permalink: ./index.html
---
Welcome to my site
I am a second-year Master student with Professor James Clark at Visual Motor Research Lab, Centre for Intelligent Machines, McGill University.
My research focuses on challenging Computer Vision problems for Image Compositing applications.
{% include links.html %}


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51 New Excel 2013 Functions
Excel 2013 promises greater functionality and the ability to more quickly input and analyze data. Although this version of Excel uses some of the same functions as older versions, you should learn the 51 new functions to make sure you don’t miss out on something that could become a favorite resource. In addition, some older functions may become obsolete as Microsoft continues to create updated versions of Excel. Check out the latest Office has to offer with the following new functions.
You can also download an XLSX version here, comparing the Excel descriptions of each function to my descriptions and examples.
Date and Time Functions
DAYS returns the number of days between two dates. For example, if you input that you received a payment on 1/01/2013 and another payment on 1/13/2013, the DAYS function tells you that the payments were spaced 12 days apart.
ISOWEEKNUM returns the week number according to ISO standards. Followed by most European countries, the International Organization for Standardization (ISO 8601) states that all weeks begin on a Monday. Further, the first week of the year starts with the week that the first Thursday and January 4th fall within in. For example, 1/01/2012 is part of week 52 of 2011. Week 1 of 2012 begins on 1/02/2012 (Monday) and ends on 1/08/2012 (Sunday). Compare this function to the WEEKDAY function to gain a better understanding.
Engineering Functions
BITAND runs the bitwise operation AND on two numbers. It converts them into binary code and returns 1 if and only if both numbers convert to 1 in binary; otherwise, it returns 0.
BITOR runs the bitwise operation OR, which sets a bit to 1 if it finds any 1’s in the two bits and sets the bit to 0 if not. For example, BITOR will set the two bits 1 & 0 to 1 and 0 & 0 to 0.
BITXOR, which is short for EXCLUSIVE OR, compares two bits and sets them to 1 if they are different and 0 if they are the same. For example, the bits 1 & 0 become 1 while 1 & 1 become 0.
BITRSHIFT shifts bits to the right by a specified amount. For example, shifting by 1 moves all the bits in a sequence over to the right by 1, so that 000110 becomes 000011.
BITLSHIFT shifts bits to the left by a specified amount. For example, shifting by 1 moves all the bits in a sequence over to the left by 1 so that 000110 becomes 001100.
IMCOSH returns the hyperbolic cosine of a complex number. For example, if you want to get the hyperbolic cosine of 5 + 3i, running this function returns a result including both real and imaginary numbers. You must run this function in the format =IMCOSH(“5+3i”).
IMCOT returns the hyperbolic cotangent of a complex number. You could change IMCOSH to IMCOT to calculate the hyperbolic cotangent of 5 + 3i.
IMCSC provides the cosecant of a complex number. Note: this is not the hyperbolic cosecant; it is the trigonometric cosecant.
IMCSCH provides the hyperbolic cosecant of a complex number. If you need this function, make sure you add the H on the end of the function so that you get the hyperbolic cosecant rather than the trigonometric cosecant.
IMSEC provides the trigonometric secant of a complex number. As with cosecants, make sure you are using the correct function in order to get the type of secant you want.
IMSECH provides the hyperbolic secant of a complex number. You can run this function by adding an H onto the end of the trigonometric function and rerunning. For example, if you had calculated the trigonometric secant of 5 + 3i by typing =IMSEC(“5+3i”) you could then run the hyperbolic secant by changing IMSEC to IMSECH.
IMSINH calculates the hyperbolic sine of a complex number. As with all the other hyperbolic functions, simply place the expression in quotes that you want to run. For example, you could type =IMSINH(“5+3i”).
IMTAN calculates the tangent of a complex number, such as the tangent of 5+3i.
Financial Functions
PDURATION calculates how many periods are needed for an investment to reach a specific value. For example, if you want to know how long it’ll take for your investment (present value) to be worth $10,000 (future value), PDURATION can calculate how many periods you can expect to have to wait (depending on the interest rate).
RRI is the complementary value to PDURATION. Instead of calculating how my periods are needed for the investment to reach a specific value, it calculates the interest rate on the investment if you know how long it will take to reach the value. For example, if PDURATION calculates that it will take 10 years for your investment to grow from $5,000 to $10,000, RRI can calculate an interest rate of 7.2 percent.
Information Functions
ISFORMULA checks whether a specific cell contains a formula. If yes, the result is “TRUE”; and if no, the result is “FALSE.”
SHEET tells you which number sheet you are working with. For example, if you have 10 worksheets in a workbook and are working with the second worksheet created, SHEET will return a value of 2.
SHEETS tells you how many sheets are in the workbook you are working with. For example, if there are 10 worksheets in the workbook, the SHEETS function will return a value of 10.
Logical Functions
IFNA returns a specific value that you set if an expression resolves to N/A. Otherwise, it returns the expression’s value. For example, if you have a spreadsheet that has listings for different cities, you can use an IFNA function to return the expression, “Sorry, not found” if you search for a city that is not in the database using VLOOKUP.
XOR returns TRUE if one of the conditions in is true, otherwise it will return FALSE. For example, if you use XOR to test whether your sales are greater than $500, your profit is more than 20 percent of your sales and you have at least 20 new customers this month, you will get a response of TRUE if only 1 of those criteria is met.
Lookup and Reference Functions
FORMULATEXT shows you the formula that is listed in a particular cell so that you can see it and check for any errors. For example, if you run =FORMULATEXT(R1) in cell R4, it puts the formula found at R1 into R4.
Math and Trigonometry Functions
ACOT calculates the arccotangent of a particular number. You need to use real numbers to use this function. For example, if the cotangent is 2, you can run ACOT(2) to find out the arccotangent. ACOT calculates arccotangents in radians.
ACOTH calculates the hyperbolic arccotangent rather than the standard arccotangent. For example, you can use ACOTH(2) to find the hyperbolic arccotangent of 2.
ARABIC converts numerals from Roman to Arabic. For example, you can run ARABIC(XIII) to get the result of “13.” You can also tell ARABIC to convert the contents of a cell into Arabic numerals For example, if cell A2 contains the number CXLIII, you can run ARABIC(A2) to get the result “143.”
BASE converts hexadecimal numbers into numbers of whatever base you want with a specified minimum length. For example, you can convert hexidecimal numbers into base 2 with a minimum length of 10 using this function.
CEILING.MATH rounds numbers up according you your specifications. You can either round numbers up to the nearest integer or the nearest multiple. For example, you can round 8.76 up to 9 (the nearest integer) or up to the nearest multiple of 5, which would be 10. You can also specify whether you want to round negative numbers towards zero or away from zero.
COMBINA returns the number of combinations for a given number, including repetitions. For example, if you want to know how many three-letter combinations of a five-letter set are possible, you would run COMBINA (5,3) to get an answer of 35.
COT gives you the cotangent of an angle in radians. You need to know the measurement of the angle in radians to run this function. For example, you can run COT(5) to find out the cotangent in radians of a 5-radian angle.
COTH gives you the hyperbolic cotangent of a hyperbolic angle. For example, if your hyperbolic angle is 5, run COTH(5). Be careful not to mix COTH and COT up as they are different types of cotangents.
CSC calculates the cosecant in radians of an angle. Make sure that you convert the angle to radians if you measure it in degrees. For example, if you have a 142 degree angle, convert it to 2.478 radians before running CSC(2.478) to find the cosecant.
CSCH calculates the hyperbolic cosecant of an angle in radians. Run CSCH(angle) to get this result; make sure you only run CSCH if you want the hyperbolic cosecant, not the standard cosecant.
DECIMAL converts a number into hexadecimal format. You need to know the base the number is written in so that you can convert it appropriately. For example, you can convert FF from base 16 to the hexadecimal equivalent, which is 255, using this function.
FLOOR.MATH is the opposite of CEILING.MATH; it rounds numbers down to the nearest integer or multiple. For example, you could round 8.142 down to 8 or down to 6 (the nearest multiple of 3) using FLOOR.MATH.
ISO.CEILING is similar to CEILING.MATH but does not take sign into account. For example, with CEILING.MATH you can ask it to round -3.41 further away from zero (-4) because of the sign. ISO.CEILING will round this number to -3 unless you specify a multiple such as nearest multiple of 2, in which case it will round up to -2.
MUNIT displays a matrix of a dimension you specify, which needs to be entered as an array. For example, MUNIT(3) returns a 3x3 matrix.
SEC calculates the secant of an angle in radians. For example, you can run SEC(2.478) to find the secant of an angle that measures 2.478 radians.
SECH calculates the hyperbolic secant of an angle in radians. Use this function only for hyperbolic, not standard, secants of angles.
Statistical Functions
BINOM.DIST.RANGE calculates the statistical probability of an outcome based on the results of a trial, using a binomial distribution curve. To perform this calculation, you need to know how many trials were performed and how many were successful. You also need to know the probability of success. For example, if your trial was flipping a coin 50 times to try to get heads and you got 10 heads, you would run BINOM.DIST.RANGE(50,.5,10).
GAMMA returns the gamma value of a number. For example, GAMMA(132) calculates the gamma function of 132.
GAUSS calculates the probability that a member of a standard normal population will fall somewhere between the mean and a specific number of standard deviations from the mean. For example, if you want to calculate the probability that somebody’s test results will be less than three standard deviations from the mean, you would run GAUSS(3).
PERMUTATIONA calculates the number of permutations including repetitions that are possible for a particular set. To use this function, you need to know the number of objects in the set and the number that will be chosen.
PHI determines the phi value, or the value of the density function for a standard normal distribution. For example, PHI (1.43) calculates the density function for a standard normal distribution with a value of 1.43.
SKEW.P tells you how much a distribution is skewed based on its population. Usually, you input the data from the population then run SKEW.P on the entire data set.
Text Functions
NUMBERVALUE changes text to numbers based on locale-independent method. For example, 3.5% will be converted into .035.
UNICHAR converts a number into the unicode character associated with that number. For example, UNICHAR(66) returns a value of B.
UNICODE is the complement of UNICHAR; it returns the number associated with a particular character. For example, UNICODE(B) returns a value of 66.
Web Functions
ENCODEURL converts a string of text into URL code so that you can filter results of a database. For example, ENCODEURL(“michael herman”) returns michael%20herman.
FILTERXML returns XML data from a specified XML path. You must provide the XML.
WEBSERVICE returns data from an online service. You must provide the URL for WEBSERVICE to draw from.


Drawings, etchings, paintings
⇝ Drawings
2008-2018
⇝ The adventures of Candide
OST for the animation series directed by Zsuzsana Kreif, Balazs Turai & Bera Nandor
Electro-rock duet with Marin Esteban, graphic design and animation by Diego Verastegui
Web-design and content production
Informal Label for improvised and/or experimental music, found-footage and sound archive of Miracle.Nu collective
All requests will be processed as fast as possible


Hello! My name is Joe McKinney. I am a Full Stack Web Developer from Topeka Kansas. I have experience with both Front-End and Back-End development.
The University Of Kansas
Bachelor of Science:
Supply Chain Management
The University Of Kansas
Full Stack Web Development Bootcamp


Ocean [ag34], ocean, in Crystal Sea
Last updated Turn #125
Ocean [ag34], ocean, in Crystal Sea
------------------------------------------------------------------------
1: Toulouse [h1q], Pen, with ten workers, 32 sailors, 30 lt. xbowmen,
1: entered Sirocco Traveller [ja8y], accompanied by:
1: Catherina [k7z], Pen, with two peasants, nine soldiers,
1: four pikemen, ten lt. foot, eight skirmishers
1: Christina [b3u], Pen
1: Old man [ew7u], refugee, prisoner
1: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
1: 4% damaged, departed for Ocean [ag34].
1: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
1: 4% damaged, arrived from Island [aa1n], owner:
1: Toulouse [h1q], Pen, with one worker, 32 sailors, accompanied by:
1: Catherina [k7z], Pen, with one peasant, nine soldiers,
1: four pikemen, ten lt. foot, nine skirmishers, nine workers
1: Christina [b3u], Pen, with 30 lt. xbowmen
1: Old man [ew7u], refugee, prisoner
2: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
2: 4% damaged, departed for Wildhorse Plains [af34].
3: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
3: 4% damaged, arrived from Wildhorse Plains [af34], owner:
3: Toulouse [h1q], Pen, with one worker, 32 sailors
4: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
4: 4% damaged, departed for Ocean [ag33].
Routes leaving Ocean:
North, plain, to Wildhorse Plains [af34], Oleg's Folly, 2 days
Garrison [az6c], garrison, Pen, with ten peasants
Border closed.
East, plain, to Wildhorse Plains [ag35], Oleg's Folly, 2 days
South, to Ocean [ah34], 6 days
West, to Ocean [ag33], 6 days
Inner locations:
Island [aa1n], island, 1 day
It is raining.


Save
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Neon
Headlights
Stancer
Tuning
Neon Color (RGB)
Color Presets
Headlight Colors
Selected Color


Pellegrini does not expect drastically different Spurs under Mourinho
LONDON, Nov 21 — West Ham United manager Manuel Pellegrini believes the arrival of Jose Mourinho as Tottenham Hotspur’s new boss will have no immediate impact on the club’s style of play although the Portuguese could eventually leave his mark on the team.
Pellegrini’s side host Spurs on Saturday, a few days after the North London club sacked Mauricio Pochettino with the team 14th in the Premier League and replaced him with Mourinho.
“Mourinho is just in charge of the team for two days so I don’t think he can change too much, they’ll play in a similar way,” Pellegrini told reporters.
Mourinho took over from the sacked Pellegrini as Real Madrid manager in 2010 but the Chilean said he had no hard feelings towards him and was only focused on arresting his own team’s slide down the table.
West Ham, who are 16th, have not won a league match since beating Mourinho’s former side Manchester United in September and are looking to end a run of two straight league defeats.
“He’s not my friend but not my enemy either. Maybe I think a different way, but he’s not my enemy. Everyone has their options to play football the way they want,” Pellegrini added.
“Tottenham has a very good team with important players. You cannot know what has happened there but the results were not what they are used to having.
“That’s not an important problem for us to solve, we must give a good performance as a team... the league this year is tight... we must try to recover.” — Reuters


“Saddhāyāhaṁ pabbajito,
Agārasmānagāriyaṁ;
Sati paññā ca me vuḍḍhā,
Cittañca susamāhitaṁ;
Kāmaṁ karassu rūpāni,
Neva maṁ byādhayissasī”ti.
… Samiddhitthero ….
I went forth out of faith
from the lay life to homelessness.
My mindfulness and wisdom have grown,
my mind is serene.


ABOUT US
Hi Folks,
This is Vipul n Akshit. We'r sooper-dooper frontend developer, jus came up with this concept for our assessment.
Can't belive that it worked n we made this.
Show your L♥VE if you like our work.
* We'r expecting your views n reviews n if any change is requied anywhere.


HiGlass is a tool for displaying and comparing large matrices within a web page. Matrices are typically visualized as heatmaps. In the case of large matrices, the heatmaps are too large to render all at once. Instead, we aggregate their values and display summaries at lower resolution while allowing one to zoom in and explore them in greater detail.
Here is an example from a high-resolution HiC experiment (Rao et al. 2014):
This example is annotated with genomic information describing the genome positions along the top axis.
Because the most interesting information in HiC datasets happens to be along the diagonal of the matrix, we can rotate the entire display 45 degrees and display data along the diagonal. This format provides us with a convenient way to compare different datasets.
HiGlass is not limited to 2D data. It can be used just as easily as a plain genome browser.
Version: 0.1.1


About Bloc
Bloc is the world’s largest online coding bootcamp that incorporates 1 on 1 mentorship to personally prepare each student as a professional software engineer. Bloc's apprenticeship approach is tailored specifically to students' learning needs. Enroll full-time, or complete your program at a part-time pace. Not everyone can quit their career or move, so Bloc has designed a comprehensive bootcamp with this in mind. With Bloc, a dedicated mentor will provide 1 on 1 instruction to clarify concepts and pair program with each student. Bloc’s project-based curriculum is written by expert Curriculum Developers. Students work with mentors to build a portfolio of sites that will demonstrate job readiness as a professional software engineer.
Career readiness is important - Bloc's flagship Track programs include job preparation material and access to a Placement Network when you’re ready. Mentors will help students put together a portfolio and prepare technical interview questions. When ready, students work with the Career Support team to navigate the job search process with an individualized game plan and exposure to Bloc's Employer Network.
No prior development experience is required to enroll in Bloc, but a strong desire to learn and take on challenges will be important in each student's success!
My experience with Bloc
I'm a current Bloc student as well, and below is the feedback I have about learning to code with them and learning to code in general (in summary, it is and has been going very well).
The best part of learning to code with Bloc has been the dynamic between the challenging projects and the mentor meetings. The projects by themselves taught me a ton, and then the meetings with my mentor reinforce what I’ve learned from the projects, resolve any questions or misconceptions I have, and leave me feeling motivated to learn more. As for learning to code in general, the best part is the tremendous satisfaction I get after solving a difficult problem. That satisfaction, though brief, is highly addictive and makes all the effort worthwhile - and it’s great preparation for even bigger challenges.
The worst part of learning to code, both with Bloc and in general, is the occasional but necessary period of intense struggle. It can be discouraging, but I get through it by remembering this: every rewarding pursuit has rough patches, so they’re bound to show up; and they usually mean that some serious growth is about to happen!
A mentor session usually starts with me giving a progress summary, which also includes any questions I have. Then Matt, my mentor, answers my questions, pair-programs with me when necessary, and lays out the next steps for me to complete for our next session. We also talk about best practices, new developments, and ongoing debates in the web-development world. Of course, each session is also motivating and fun; having a pro to work with goes a long way.
Bloc is tough, but it's worth it: the mentors and the projects will push you so that you get the most out of the program.


Onionbot Control Panel
Version 0.3
Control Panel
Live Control
Live Labelling
Live Inference
(current)
Sous Chef
Links
Project Home
Source Code
Releases
Open Source License
Onionbot Research Paper
bencobley.com
Live Inference
Connected to API
API Quit
API Hard Restart
Raspberry Pi Shutdown
Raspberry Pi Restart
Not connected to API
Set Raspberry Pi IP address
Select classifier
Select from list
Submit
Inference results
Model
Result
Confidence
Average
Threshold
Boolean
Camera feed
Set IP address
×
192.168.0.
00


Reports Table
|
|
Trick | User | Wins | Date | Actions |
|---|---|---|---|---|---|
|
|
1 | aaa | 324 € | 08 Feb 2019 09:55:04 | |
|
|
1 | aaa | 34234324 € | 08 Feb 2019 12:00:08 | |
|
|
1 | aaa | 2343324 € | 08 Feb 2019 12:05:25 |


begin coinloop[1] STKDTROLL notarychain.-1 DEXEXPLORER.0
curl: (56) Recv failure: Connection reset by peer
./start_iguana.sh: line 35: 31302 Segmentation fault (core dumped) iguana/iguana staked.json
Traceback (most recent call last):
File "/usr/lib/python3/dist-packages/urllib3/connection.py", line 137, in _new_conn
(self.host, self.port), self.timeout, **extra_kw)
File "/usr/lib/python3/dist-packages/urllib3/util/connection.py", line 91, in create_connection
raise err
File "/usr/lib/python3/dist-packages/urllib3/util/connection.py", line 81, in create_connection
sock.connect(sa)
ConnectionRefusedError: [Errno 111] Connection refused
During handling of the above exception, another exception occurred:


In my previous post I wrote about my experience with writing a KDE code. One of the biggest challenges was to optimally select the points in space which are “relevant” to KDE given a random point. Of course one can select all points to the “best” estimate given the set of samples. However, this may be computationally expensive when the dimensionality of the problem is high and the number of samples are very large. In such situations on may need to choose the best points for KDE given a kernel. This can be achieved by choosing set of nearest neighbors for computing the KDE. Again I was exploring the github landscape for nearest neighbor algorithms.
Nearest Neighbors in github
There are plenty of codes in github that implements the nearest neighbors. Here is a small list
- https://github.com/mariusmuja/flann
- https://github.com/spotify/annoy
- https://github.com/aaalgo/kgraph
I found flann
extremely light and easy to use. The only dependency in Eigen. An example from flann
showing the API is here
#include <flann/flann.hpp>
#include <flann/io/hdf5.h>
#include <stdio.h>
using namespace flann;
int main(int argc, char** argv)
{
int nn = 3;
Matrix<float> dataset;
Matrix<float> query;
load_from_file(dataset, "dataset.hdf5","dataset");
load_from_file(query, "dataset.hdf5","query");
Matrix<int> indices(new int[query.rows*nn], query.rows, nn);
Matrix<float> dists(new float[query.rows*nn], query.rows, nn);
// construct an randomized kd-tree index using 4 kd-trees
Index<L2<float> > index(dataset, flann::KDTreeIndexParams(4));
index.buildIndex();
// do a knn search, using 128 checks
index.knnSearch(query, indices, dists, nn, flann::SearchParams(128));
flann::save_to_file(indices,"result.hdf5","result");
delete[] dataset.ptr();
delete[] query.ptr();
delete[] indices.ptr();
delete[] dists.ptr();
return 0;
}


--- layout: default ---
- Hey, George, how did you learn to code PHP?
- Through Codemancy ^^
An application Factory is a Codemancy spell, created by our Archwizard community, to help you get started.
Something like Spring Boot with MySQL, or PHP Laravel, or NodeJs with Express and Mongo
Like, what you want your application name to be, your author name on it (such as theGreatPatata, or evilCapuchin33).
Also, if you want OAuth2, or Domain Entites, or Swagger, or whatever else the Archwizard mixed into the Factory.
When the spell has finished brewing it, you can download your application as a zip archive.


To implement nui-legend
,
perform the following steps:
nui-legend
in the template.
nui-legend-series
elements inside the nui-legend
element.
descriptionPrimary
input to set the primary description for the series.
nui-basic-legend-tile
inside the nui-legend-series
.
To add markers to a nui-basic-legend-tile
, place a
nui-chart-marker
element inside it, and optionally set the
drawLine
input to true to draw a line through the marker that matches the series line on the chart.
drawLine
input set to true.
To get markers and colors working, generate marker and color providers and bind their respective get methods to the
marker and color inputs on the nui-chart-marker
component. To see how to do this, take a look at the
typescript and html source of the next example. The providers in this example are created using the framework's
built-in CHART_PALETTE_CS1
chart colors and CHART_MARKERS
.
To create a more information-rich legend, perform the following steps:
nui-legend
in the template.
nui-legend-series
elements inside the nui-legend
element.
descriptionPrimary
input to set the primary description for the series.
descriptionSecondary
input of nui-legend-series
to set a secondary description.
nui-rich-legend-tile
,
instead of a nui-basic-legend-tile
, inside the nui-legend-series
.
value
input of nui-rich-legend-tile
to set the series value.
seriesUnitLabel
input of nui-legend
to set same labels for all series, or set the
unitLabel
input on the nui-rich-legend-tile
to specify the label on each series separately.
To add markers to the nui-rich-legend-tile
, use the same approach as for nui-basic-legend-tile
except
you'll also need to add the rightEdge
attribute to the nui-chart-marker
element so that the marker
appears on the right edge of the tile. If you want something such as an icon placed on the left edge of the tile, you can
use the leftEdge
attribute.
To add colors to the nui-rich-legend-tile
, pass a color value to the backgroundColor
input.
Optionally, you can set the seriesColor
input on the nui-legend
component to specify a default
background color for all tiles.
Instead of the value and unitLabel inputs, you can optionally use content projection to populate the
tile by providing elements inside the nui-rich-legend-tile
with top
and/or
bottom
attributes indicating the desired positions of the projected elements. The
following example manually styles the value and unit label projections with the same css styling as
that provided automatically by the value and unitLabel inputs, but you can also set the styling
differently based on your requirements. See the example's html and less source files for how this can
be done.
text-overflow: ellipsis
to work on projected tile content, you need to set the max-width
on the content to either a fixed value or 100%.
Set the color
input on the nui-rich-legend-tile
component to specify tilebox text color.
Set the orientation
input on the nui-legend
component to "horizontal" to display legend series horizontally.
To implement a rich tile legend in compact mode simply omit passing descriptionPrimary
and
descriptionSecondary
into the nui-legend-series
.
Set the active
input on the nui-legend
component to true
to set the legend state to active.
Set interactive
input on the nui-legend
component to true
to enable legend interactive mode.
For interactive mode to work fully, create a chart assist in your component typescript file:
public chartAssist: ChartAssist = new ChartAssist(new Chart(new XYGrid()));
Add the following binding to nui-legend
:
<nui-legend (mouseleave)="chartAssist.resetVisibleSeries()"></nui-legend>
Add following bindings to nui-legend-series
:
{{legendHtml}}
To provide a custom layout for the series description you can place an element with the description
attribute
inside the nui-legend-series
and provide your custom layout inside that element.
To set up a series that's only displayed on the legend and not on the chart, take a look at the code in the source expander of the example below.


To make calculations with values and variables, we use arithmetic operators. Each data type has its own set of operators, but since many of the primitive types overlap as integer values, the operators also mostly overlap. In this lesson we will give an overview of the main operators used in C++ ordered by data type.
The operators [+, -, * (multiplication)] work as you would expect them to, and it’s used like the following:
int x = 5 + 3; // or int x = y + z; // or cout << x+y << "\n";
where y and z are integers, and the + can be replaced with any of the other operators.
Division is done using the ‘/’ symbol, but it's a little different than regular mathematical division. When C++ divides two integers it wants the answer to also be an integer so it truncates everything past the decimal point, so 5 / 3 = 1 not 1.66.
There is also another standard operator ‘%’, the remainder operator. The value of a % b is the remainder when a is divided b. For instance, 13 % 5 = 3.
The one restriction for integer operators is that we cannot divide by 0.
Recall that characters are also integers; operators on characters are the same as on integers. However, expressions will not be evaluated back to characters; they will become integers. We can turn it back into characters through type casting, but we will deal with this later.
The same operators that work on integers work on doubles, except for % (remainder). Divisions of real numbers don’t have remainders so the modulo would always be 0, which is useless. Remember that all operations on two doubles will result in a double as well.
Any expression that evaluates to either true or false is a boolean expression. The common boolean operators are && (and), || (or), ! (not). These are exactly the same as the logical expressions you have learned in geometry class, so true and false = false.
The only operator that works on strings is addition (+), which glues (concatenates) the two strings together. Note that it only works after we store the strings inside of variables. In other words, trying to evaluate “hi” + “bye” doesn’t work. We need to do the following:
string hi = “hi”; string bye = “bye”; string hibye = hi + bye;
To get the concatenated string.
In the meeting we showed experimentally that C++ has the following order of preference char < int < double. This means that whenever two or three of these types are used in the same arithmetic expression, the final result will be represented as the datatype with the highest preference. So 5 / 3.0 = 1.66 not 1 and 10000 / ‘a’ = 103 not ‘g’.
Strings also take preference over chars when they are added together, i.e. you can add a char to a string by doing the following:
string s = “abc”; char c = ‘d’ string s2 = s+c;
But also notice that you can’t add a string to a char because a char is limited to one value.
There are four more boolean operators: > (greater than), >= (greater than or equal to), < (less than), <= (less than or equal to). These can be used to compare two compatible data types and return a true or false value. For example (1 <= 3) evaluates to true.
The basic syntax of an if statement is the following:
if (condition) { // do something here }
Where condition is a boolean expression, i.e. a >= b or 5 <= 3 or true && false. If this condition expression evaluates to true then the code inside the curly braces is run otherwise it is completely skipped.
There is another form of the if statement that looks like the following:
if (condition) { // do something here } else { // do something else here }
The way this form works is that if the condition is true it runs the code inside the first pair of curly braces, but if it's false it runs the code inside the second pair of curly braces.
Problem: Write a program that takes the age of a user (an integer) as an input, and then outputs “Yes” if they can drink or “No” if they can’t drink. Remember the legal drinking age is 21.
#include <bits/stdc++.h> using namespace std; int main() { int age; cin >> age; if (age >= 21) { cout << "Yes"; } else { cout << "No"; } }
Here is why this works: the code inside of the if statement is the "yes" branch. If it's true that the age is greater than or equal to 21, then it executes, printing "Yes". Otherwise, it goes to the code inside of the else block, which is the "no" branch. If the age is not greater than or equal to 21, it would print "No".


Holds the data that might be generated by a 2-d pointer input device, such as the mouse in the GraphicsWindow.
More...
|
| int | id |
| | Returns a unique identifier for this pointer. More...
|
| |
| bool | in_window |
| | If this returns false, the pointer is not currently present in the window and the values returned by get_x() and get_y() may not be meaningful. More...
|
| |
| double | pressure |
| | Returns the pressure of the pointer. More...
|
| |
| PointerType | type |
| | Returns the type of pointing device. More...
|
| |
| double | x |
| |
| double | y |
| |
Holds the data that might be generated by a 2-d pointer input device, such as the mouse in the GraphicsWindow.
◆ __init__() [1/2]
◆ __init__() [2/2]
| __init__ |
( |
const |
PointerData | ) |
|
◆ getInWindow()
If this returns false, the pointer is not currently present in the window and the values returned by get_x() and get_y() may not be meaningful.
◆ getX()
◆ getY()
◆ id
Returns a unique identifier for this pointer.
This is for tracking individual fingers. This value should not be assumed to have a specific meaning other than that there will not be two different pointers active simultaneously with the same identifier.
◆ in_window
If this returns false, the pointer is not currently present in the window and the values returned by get_x() and get_y() may not be meaningful.
◆ pressure
Returns the pressure of the pointer.
For mice, this will be 1.0 if any button is pressed, 0.0 otherwise.
◆ type
Returns the type of pointing device.


Recent Accolades (Sample)
- Distilled Intelligence '12
- Top 5 Knight News Challenge '12
- NVTC Entrepreneur Spotlight '12
- FI Best Startups of the Year (July '12)
- Founder Showcase '12
- Selected to Join AOL's Fishbowl Labs (July '12)
- Graduates of Founder Institute
- Graduates of Mindshare
- Winners Startup America Pitch Competition '12
- First Place in TechBuzz Startup Competition '12
- "Best of Buzz" at MAVA Capital Connection '12


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