Did you know that...
Streptococcus pneumoniae is a normal inhabitant of the human upper respiratory tract. The bacterium can cause pneumonia, usually of the lobar type, paranasal sinusitis and otitis media, or meningitis, which is usually secondary to one of the former infections. It also causes osteomyelitis, septic arthritis, endocarditis, peritonitis, cellulitis and brain abscesses. Streptococcus pneumoniae is currently the leading cause of invasive bacterial disease in children and the elderly. Streptococcus pneumoniae is known in medical microbiology as the pneumococcus, referring to its morphology and its consistent involvement in pneumococcal pneumonia.
Streptococcus pneumoniae cells are Gram-positive, lancet-shaped cocci (elongated cocci with a slightly pointed outer curvature). Usually, they are seen as pairs of cocci (diplococci), but they may also occur singly and in short chains. When cultured on blood agar, they are alpha hemolytic. Individual cells are between 0.5 and 1.25 micrometers in diameter. They do not form spores, and they are nonmotile. Like other streptococci, they lack catalase and ferment glucose to lactic acid. Unlike other streptococci, they do not display an M protein, they hydrolyze inulin, and their cell wall composition is characteristic both in terms of their peptidoglycan and their teichoic acid.
Streptococcus pneumonia can cause Pneumonia
Pneumonia is a disease of the lung that is caused by a variety of bacteria including Streptococcus, Staphylococcus, Pseudomonas, Haemophilus, Chlamydia and Mycoplasma, several viruses, and certain fungi and protozoans. The disease may be divided into two forms, bronchial pneumonia and lobar pneumonia. Bronchial pneumonia is most prevalent in infants, young children and aged adults. It is caused by various bacteria, including Streptococcus pneumoniae. Bronchial pneumonia involves the alveoli contiguous to the larger bronchioles of the bronchial tree. Lobar pneumonia is more prone to occur in younger adults. A majority (more than 80%) of the cases of lobar pneumonia are caused by Streptococcus pneumoniae. Lobar pneumonia involves all of a single lobe of the lungs (although more than one lobe may be involved), wherein the entire area of involvement tends to become a consolidated mass, in contrast to the spongy texture of normal lung tissue.


I'm Gerardo a code lover from Barcelona, Spain. I have 4 years of experience in software development. Recently, I specialize in front-end development.
Got a project? Let's talk.
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Need to Know: 1. $15 joining fee. 2.Meetings Wednesdays from 3:00pm-4:30pm.
12/12/18: No meeting
12/5/18: No meeting
11/28/18: Meeting
11/21/18: Meeting
11/12/18: No meeting
12/5/18: Meeting today
11/28/18: Meeting today
11/26/18: Meeting today
11/21/18: No meeting
11/7/18: No meeting
11/05/18: Meeting today
10/31/18: Meeting today-no meeting next Monday
10/24/18: Meeting today
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10/02/18: Meeting today


East Kilbride caretaker boss eyes Scottish Cup success to boost job hopes
Jim Paterson is determined to get the better of Highland League Formartine United in Saturday's third round tie
by Paul Thomson, https://www.dailyrecord.co.uk/authors/paul-thomson/East Kilbride caretaker boss Jim Paterson hopes to lead the side to Scottish Cup success this weekend – and boost his hopes of securing the K-Park hot-seat on a permanent basis.
Kilby head to Aberdeenshire tomorrow to face Highland League outfit Formartine United in round three, but they do so with speculation surrounding who will be the club’s next manager.
Former Dumbarton boss Stevie Aitken, Rangers hero Ian Durrant and Civil Service Strollers boss Gary Jardine are among those being touted for the role.
But Paterson has the job on an interim basis as it stands and knows a cup win this weekend could be really bolster his hopes of succeeding Stuart Malcolm.
He said: “It’s a carrot for me in terms of having the chance to orchestrate us getting into the next round of the cup.
“I’m in the position where if I can keep getting performances and results the board might not look any further than me.
“But I can’t speak for the board and what they will want to do.
“I’m going to throw my name in the hat for it and I’m probably in the best position for it because I have taken over the reins.
“The board have not said anything to me other than get the squad ready for games in teams of training and squad selection.
“I just want to win as many games as possible because that obviously helps me when it comes down to the crunch of selecting the next manager.
“We have a winnable game this weekend, but I’m sure Formartine will be looking at us and thinking the same thing.”
Paterson has a 100 per cent record so far with a 1-0 East of Scotland Cup win over Tynecastle last Tuesday night and a 2-0 league win over Gretna on Saturday.
The former Dundee United and Plymouth midfielder added: “I’ve loved it.
“I’ve been busy – I won’t lie about that – but it’s been great and I am ready to take a step up to being a manager.
“It doesn’t surprise me if the club gets application after application, but I’m not worried about that.
“I’m just worried about getting the players ready as best I can for the Scottish Cup tie.”
Paterson knows the buzz getting to the later rounds of the cup can bring, having drawn Arsenal at the Emirates Stadium in the FA Cup when he was with Plymouth Argyle in 2009.
So after seeing EK’s Lowland League title defence falter under Stuart Malcolm, Paterson is looking for solace in the cup - and drawing a big name.
He said: “In terms of the league we need snookers, so the cup is a chance for us to get some success.
“I was at Plymouth when we drew Arsenal at the Emirates in the FA Cup and that was a huge occasion.
“I still remember sitting at home watching the draw. Arsenal were the only big team left and we were ball 26, so when they came out I was saying “let it be 26” and the next moment I was dancing around the living room.
“The cup is great and it gives us moments like that, so if we can do a job on Saturday and get through, hopefully I’m sitting down watching the draw and crossing my fingers for a big tie.”
Saturday’s clash at North Lodge Park is a 3pm kick-off.


Project JXTA is celebrating it's 1 year Anniversary on April 25, 2002. Here's your chance to get involved in the celebration by using myJXTA and chatting online with other JXTA developers from around the world! Ask your questions, make suggestions, or just tune in and hear what others are talking about. We've specified topics and times so that you can jump in on the conversations of interest to you. If you are interested in hosting another chat at a time not listed, please let me know and I'll create a schedule based on your input<EMAIL_ADDRESS>DATE: Thursday, April 25
TOPICS AND TIMES: All are half-hour Pacific time slots on Thursday, April 25.
8:00am: JXTA Overview - hosted by Juan Carlos Soto
---break---
9:00am: Advertisement - hosted by Seb Baehni & Mike Duigou
9:30am: JXTA Overall Architecture - hosted by Bernard Traversat
10:00am: JXTA-C - hosted by Mohamed Abdelaziz
10:30am: JXME - hosted by Carl Haywood
11:00am: Security - hosted by Bill Yeager
11:30am: Business/Partners - hosted by Ingrid Van Den Hoogen
12:00pm: Discovery - hosted by Brendon Wilson
12:30pm: Resolver - hosted by JC Hugly
1:00pm: Pipe - hosted by Eric Pouyoul
1:30pm: SOAP-JXTA - hosted by Kevin Burton
---break---
2:30pm: CMS - hosted by Robin Johnson
3:00pm: Routing - hosted by Eric Pouyoul
3:30pm: myJXTA2 - hosted by Tom Camarda
CHAT INSTRUCTIONS
To participate in the hosted on-line chats about Project JXTA, download and run either of the myJXTA demonstration applications.
To install myJXTA (also known as InstantP2P), go to: http://download.jxta.org/easyinstall/install.html
To install the myJXTA2 preview release, go to: http://myjxta2.jxta.org/download.html
NOTE: The chat sessions will be held in the default NetPeerGroup at the times indicated above.
See you on-line!


Change the background of the following paragraphs
(1)This is a paragraph.
(2)This is a paragraph.
(3)This is a paragraph.
(4)This is a paragraph.
Set background-color of (1) to yellow
Set background-color of (2) and (3) to yellow
Set background-color of (1),(2),(3) and (4) to yellow
Set background-color of (4) to yellow


What's happening
with cryptocurrency?
Serena Williams Backs $5M Round in Bitcoin Rewards Startup Lolli
Ferrum Network Leverages AI And Machine Learning To Make DeFi More
Accessible
Americans ready to pour $40 Billion into cryptocurrency and the stock
market as stimulus checks arrive: survey reveals
Robinhood plans hiring spree for cryptocurrency operation
Ethereum Seconds Bitcoin as Crypto Fund Managers’ AUM Skyrocket


{include file="../application/admin/view/header.html" /} {include file="../application/admin/view/sidenav.html" /}
添加文章
标题
文章分类
{volist name="categoryList" id="vo"}
{$vo.name}
{/volist}
文本域
{$article->content}
修改
{include file="../application/admin/view/public_js.html" /}


css
Should be red.
hide
Should be hidden.
show
Should be shown.
toggle
Trigger
Should toggle on click.
addClass
I should have a class of another-class
removeClass
I shouldn't have a class of another-class
toggleClass
Trigger
another-class should be toggled on click
hasClass
I have the class "test-i-have-this-class" -
getAttr
Testing attributes
ajax
Visible
Closest


{{site.user_description}}
Standard data analyst stack - nothing too crazy.
The tools I use that power my homelab. Creating and destroying VMs and containers until I go insane.


Marcus Bryon Shawcroft
Republican
Vice President and Senior Portfolio Manager at First Southwest Bank
I received a Bachelor of Science in Business Administration with an emphasis in Accounting from Adams State University in December of 2015. I then went on and received a Masters of Business Administration with an emphasis in Finance from Adams State University in May of 2019.
81101
I have had experience in organizing, representing, and considering the interest of several groups and organizations throughout Colorado. As a member of the Upper Rio Grande Economic Development, I represent my current employer, First Southwest Bank. I provide guidance on what we are seeing in the financial industry and provide the bank with updates on areas I believe the bank can assist in helping the community. As a member of the Adams State Alumni Board of Directors, I assist with organizing homecoming and other alumni related activities. In Colorado Farm Bureau, I advocate for farmers and ranchers across Colorado, but specifically in the San Luis Valley, where I am from.
I have really not been officially involved in political activity. I have watched very intently all campaigns and debates as I find politics very fascinating. I have voted in every election since I was registered to vote at the age of 18.
Upper Rio Grande Economic Development Adams State University Alumni Board of Directors Alamosa High School Business Advisory Committee Colorado Farm Bureau
I want to make a difference in Colorado. Colorado is my home and I believe to be the greatest state in the Union. I want to help make sure that every Coloradan's voice is represented in Congress fairly and equally. I want to be able to learn the process of determining the districts and believe this will provide me value experience to do that. It will also provide me valuable experience in serving my State and my Country.
 I have done that throughout my entire professional career. I believe that if appointed to this committee, I will work with the other members, putting politics and political parties assigned. I will consider all opinions, facts, and figures to determine what the best redistricting will be. I will work with the other commissioners, listen to their thoughts and work together to determine the best course of action. I have the strong ability to be fair and impartial. I will take into consideration viewpoints from all sides. I will listen and try to understand what is important to the people of Colorado all across the state. I will not let politics or political parties determine how to redistrict. I will give my thoughts and opinions based off of all the facts and figures, not based off of one certain party.
I will do what I think I do best, listen to others and find a way to meet on common grounds. Everyone comes from different backgrounds and have different viewpoints. All are extremely important. If selected for this commission, I would listen to all the other commissioners and all the public opinions. I would use facts and figures when a problem arise to assist in resolving it. I would listen to the opinions of all sides, provide my opinion, and work strongly to meet on common ground to keep things moving forward.
Male


The following examples are a small variety of the sketches I've made. For me, sketching is the best for me to explain my ideas. I tend to create sketches that are simple, diagrammatic and usually black and white. It’s rare that a day goes by that I don’t sketch something out - it’s just part of who I am and how I think.
These examples are meant to show the different types of sketching that I can do, from thumbnails to wireframes to paper prototypes to axons. Sketching is an integral part of my design process. When I start a project, it’s usually the thing I do right after asking a lot of questions about the project and its goals. Although I feel that my verbal communication skills are also strong, a sketch can sometimes tell a better story. It can be shared and understood without a person explaining it, which means it has ultimate return on investment - when done correctly.


Loads the client.js file and prints the
performance.getEntriesByType("resources")
to the console.
Also loads Bootstrap and jQuery just to have some resources to log.
As of 10/10/2016, neither maxcdn nor cdnjs support the
Timing-Allow-Origin
header, so the cache-flow-problems API would
not be able to determine if this page was cached or not.


geoplot.
aggplot
(df, projection=None, hue=None, by=None, geometry=None, nmax=None, nmin=None, nsig=0, agg=<function mean>, cmap='viridis', vmin=None, vmax=None, legend=True, legend_kwargs=None, extent=None, figsize=(8, 6), ax=None, **kwargs)¶A minimum-expectations summary plot type which handles mixes of geometry types and missing aggregate geometry data.
| Parameters: |
|
|---|---|
| Returns: | The axis object with the plot on it. |
| Return type: | AxesSubplot or GeoAxesSubplot instance |
Examples
This plot type accepts any geometry, including mixtures of polygons and points, averages the value of a certain data parameter at their centroids, and plots the result, using a colormap is the visual variable.
For the purposes of comparison, this library’s choropleth
function takes some sort of data as input,
polygons as geospatial context, and combines themselves into a colorful map. This is useful if, for example,
you have data on the amount of crimes committed per neigborhood, and you want to plot that.
But suppose your original dataset came in terms of individual observations - instead of “n collisions happened in this neighborhood”, you have “one collision occured at this specific coordinate at this specific date”. This is obviously more useful data - it can be made to do more things - but in order to generate the same map, you will first have to do all of the work of geolocating your points to neighborhoods (not trivial), then aggregating them (by, in this case, taking a count).
aggplot
handles this work for you. It takes input in the form of observations, and outputs as useful as
possible a visualization of their “regional” statistics. What a “region” corresponds to depends on how much
geospatial information you can provide.
If you can’t provide any geospatial context, aggplot
will output what’s known as a quadtree: it will break
your data down into recursive squares, and use them to aggregate the data. This is a very experimental format,
is very fiddly to make, and has not yet been optimized for speed; but it provides a useful baseline which
requires no additional work and can be used to expose interesting geospatial correlations right away. And,
if you have enough observations, it can be a pretty good approximation (collisions in New York City pictured).
Our first few examples are of just such figures. A simple aggplot
quadtree can be generated with just a
dataset, a data column of interest, and, optionally, a projection.
import geoplot as gplt
import geoplot.crs as gcrs
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='LATDEP')
To get the best output, you often need to tweak the nmin
and nmax
parameters, controlling the minimum and
maximum number of observations per box, respectively, yourself. In this case we’ll also choose a different
matplotlib colormap, using the cmap
parameter.
aggplot
will satisfy the nmax
parameter before trying to satisfy nmin
, so you may result in spaces
without observations, or ones lacking a statistically significant number of observations. This is necessary in
order to break up “spaces” that the algorithm would otherwise end on. You can control the maximum number of
observations in the blank spaces using the nsig
parameter.
gplt.aggplot(collisions, nmin=20, nmax=500, nsig=5, projection=gcrs.PlateCarree(), hue='LATDEP', cmap='Reds')
You’ll have to play around with these parameters to get the clearest picture.
Usually, however, observations with a geospatial component will be provided with some form of spatial
categorization. In the case of our collisions example, this comes in the form of a postal zip code. With the
simple addition of this data column via the by
parameter, our output changes radically, taking advantage of
the additional context we now have to sort and aggregate our observations by (hopefully) geospatially
meaningful, if still crude, grouped convex hulls.
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='NUMBER OF PERSONS INJURED', cmap='Reds',
by='BOROUGH')
Finally, suppose you actually know exactly the geometries that you would like to aggregate by. Provide these in
the form of a geopandas
GeoSeries
, one whose index matches the values in your by
column (so
BROOKLYN
matches BROOKLYN
for example), to the geometry
parameter. Your output will now be an
ordinary choropleth.
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='NUMBER OF PERSONS INJURED', cmap='Reds',
by='BOROUGH', geometry=boroughs)
Observations will be aggregated by average, by default. In our example case, our plot shows that accidents in Manhattan tend to result in significantly fewer injuries than accidents occuring in other boroughs.
Choose which aggregation to use by passing a function to the agg
parameter.
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='NUMBER OF PERSONS INJURED', cmap='Reds',
geometry=boroughs_2, by='BOROUGH', agg=len)
legend
toggles the legend.
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='NUMBER OF PERSONS INJURED', cmap='Reds',
geometry=boroughs_2, by='BOROUGH', agg=len, legend=False)
Additional keyword arguments are passed to the underlying matplotlib.patches.Polygon
instances
(ref).
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='NUMBER OF PERSONS INJURED', cmap='Reds',
geometry=boroughs_2, by='BOROUGH', agg=len, linewidth=0)
Additional keyword arguments for styling the colorbar legend are
passed using legend_kwargs
.
gplt.aggplot(collisions, projection=gcrs.PlateCarree(), hue='NUMBER OF PERSONS INJURED', cmap='Reds',
geometry=boroughs_2, by='BOROUGH', agg=len, linewidth=0,
legend_kwargs={'orientation': 'horizontal'})


| Package | Description |
|---|---|
| com.opengamma.strata.basics.index |
Entity objects describing common market indices, such as LIBOR and FED FUND.
|
| com.opengamma.strata.loader |
Tools for loading data from files.
|
| com.opengamma.strata.loader.fpml |
Loader that can convert files to financial instruments.
|
| com.opengamma.strata.market.curve |
Definitions of curves.
|
| com.opengamma.strata.market.explain |
Support for explaining results.
|
| com.opengamma.strata.market.observable |
Market data for quotes.
|
| com.opengamma.strata.measure.rate |
Base package for calculation functions.
|
| com.opengamma.strata.measure.swaption |
Calculation functions for swaption products.
|
| com.opengamma.strata.pricer.capfloor | |
| com.opengamma.strata.pricer.curve |
Provides the ability to calibrate curves.
|
| com.opengamma.strata.pricer.fx |
Calculators for FX instruments, such as FX forward and FX swap.
|
| com.opengamma.strata.pricer.index |
Calculators for products based on rate indices, such as Short Term Interest Rate futures (STIRs).
|
| com.opengamma.strata.pricer.rate |
Calculators for rates instruments, such as Forward Rate Agreement (FRA) and interest rate swap.
|
| com.opengamma.strata.product.bond |
Entity objects describing bonds.
|
| com.opengamma.strata.product.capfloor | |
| com.opengamma.strata.product.deposit |
Entity objects describing financial instruments representing a simple deposit with interest.
|
| com.opengamma.strata.product.deposit.type |
Conventions and templates to aid the construction of deposits.
|
| com.opengamma.strata.product.fra |
Entity objects describing a forward rate agreement (FRA).
|
| com.opengamma.strata.product.fra.type |
Conventions and templates to aid the construction of FRAs.
|
| com.opengamma.strata.product.fx |
Entity objects describing financial instruments in the foreign exchange market.
|
| com.opengamma.strata.product.index |
Entity objects describing contracts based on rate indices.
|
| com.opengamma.strata.product.index.type |
Conventions and templates to aid the construction of rate index products.
|
| com.opengamma.strata.product.rate |
Entity objects describing the rate-based financial instruments.
|
| com.opengamma.strata.product.swap |
Entity objects describing a swap.
|
| com.opengamma.strata.product.swap.type |
Conventions and templates to aid the construction of rate swaps.
|
| com.opengamma.strata.product.swaption |
Entity objects describing options on swaps, known as swaptions.
|
| Class and Description |
|---|
| FloatingRateName
A floating rate index name, such as Libor, Euribor or US Fed Fund.
|
| FloatingRateName.Meta
The meta-bean for
FloatingRateName . |
| FloatingRateType
The type of a floating rate index.
|
| FxIndex
An index of foreign exchange rates.
|
| FxIndexObservation
Information about a single observation of an FX index.
|
| FxIndexObservation.Meta
The meta-bean for
FxIndexObservation . |
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| IborIndexObservation
Defines the observation of a rate of interest from a single Ibor index.
|
| IborIndexObservation.Meta
The meta-bean for
IborIndexObservation . |
| ImmutableFxIndex
A foreign exchange index implementation based on an immutable set of rules.
|
| ImmutableFxIndex.Builder
The bean-builder for
ImmutableFxIndex . |
| ImmutableFxIndex.Meta
The meta-bean for
ImmutableFxIndex . |
| ImmutableIborIndex
An Ibor index implementation based on an immutable set of rules.
|
| ImmutableIborIndex.Builder
The bean-builder for
ImmutableIborIndex . |
| ImmutableIborIndex.Meta
The meta-bean for
ImmutableIborIndex . |
| ImmutableOvernightIndex
An overnight index, such as Sonia or Eonia.
|
| ImmutableOvernightIndex.Builder
The bean-builder for
ImmutableOvernightIndex . |
| ImmutableOvernightIndex.Meta
The meta-bean for
ImmutableOvernightIndex . |
| ImmutablePriceIndex
A price index implementation based on an immutable set of rules.
|
| ImmutablePriceIndex.Builder
The bean-builder for
ImmutablePriceIndex . |
| ImmutablePriceIndex.Meta
The meta-bean for
ImmutablePriceIndex . |
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| IndexObservation
A single observation of an index.
|
| OvernightIndex
An Overnight index, such as Sonia or Eonia.
|
| OvernightIndexObservation
Information about a single observation of an Overnight index.
|
| OvernightIndexObservation.Builder
The bean-builder for
OvernightIndexObservation . |
| OvernightIndexObservation.Meta
The meta-bean for
OvernightIndexObservation . |
| PriceIndex
An index of prices.
|
| PriceIndexObservation
Information about a single observation of a Price index.
|
| PriceIndexObservation.Meta
The meta-bean for
PriceIndexObservation . |
| RateIndex
A index of interest rates, such as an Overnight or Inter-Bank rate.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| PriceIndex
An index of prices.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| RateIndex
A index of interest rates, such as an Overnight or Inter-Bank rate.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| Class and Description |
|---|
| FxIndex
An index of foreign exchange rates.
|
| FxIndexObservation
Information about a single observation of an FX index.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| FxIndex
An index of foreign exchange rates.
|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| IborIndexObservation
Defines the observation of a rate of interest from a single Ibor index.
|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| OvernightIndex
An Overnight index, such as Sonia or Eonia.
|
| OvernightIndexObservation
Information about a single observation of an Overnight index.
|
| PriceIndex
An index of prices.
|
| PriceIndexObservation
Information about a single observation of a Price index.
|
| Class and Description |
|---|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| FxIndex
An index of foreign exchange rates.
|
| FxIndexObservation
Information about a single observation of an FX index.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| IborIndexObservation
Defines the observation of a rate of interest from a single Ibor index.
|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| OvernightIndex
An Overnight index, such as Sonia or Eonia.
|
| OvernightIndexObservation
Information about a single observation of an Overnight index.
|
| PriceIndex
An index of prices.
|
| PriceIndexObservation
Information about a single observation of a Price index.
|
| Class and Description |
|---|
| FxIndex
An index of foreign exchange rates.
|
| FxIndexObservation
Information about a single observation of an FX index.
|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| Index
An index of values, such as LIBOR, FED FUND or daily exchange rates.
|
| OvernightIndex
An Overnight index, such as Sonia or Eonia.
|
| PriceIndex
An index of prices.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
| OvernightIndex
An Overnight index, such as Sonia or Eonia.
|
| PriceIndex
An index of prices.
|
| Class and Description |
|---|
| IborIndex
An inter-bank lending rate index, such as Libor or Euribor.
|
Copyright 2009-Present by OpenGamma Inc. and individual contributors
Apache v2 licensed
Additional documentation can be found at opengamma.github.io/StrataDocs.


"Concept is dedicated to quality, excellence and customer
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Features
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part - parameters
Alias
Also
Always
Cumulate
Explain
Guaranteed
Identify
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Reorder these words by clicking and dragging to the order you think is right. You can then check your answer or move straight onto the next question


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Everyone ranting an appartment are any other property knows that it might be quite difficult to track the depenses and income in order to assure himself of the rentability of the given property. I have created an applications which helps with just that and thanks to this applications I was able to play with the following technologies:
- RavenDB - to stored the data
- WebAPI - to serve the data through REST services
- KnockoutJS - to glue the interaction on the client side
- Bootstrap - to give it a decent GUI
- gRaphael - to visualize data using charts
RavenDB is a document database, which seamlessly integrates into any C# project. WebAPI is a quite new technology from MS which is meant to provide better support for building REST services. Ofcourse we have build REST services with WCF before, so the questions is why should we change to WebAPI?


The Department of Technology Promotion and Coordination
University of Computer Studies
Second Year (B.C.Teach)
Final Examination
SE+ SAD(CST-206)
September, 2016
Zone III
- Match each of the key terms with the definition (a to j) that best first it.
- Application Software
- boundary
- Systems development life cycle (SDLC)
- Systems design
- Project management
- Gantt chart
- Project charter
- Technical feasibility
- Key business processed
- identifier
- The line that marks the inside and outside of a system and that sets off the syste from its environment.
- The series of steps used to mark the phases of development for information systems.
- Phase of the SDLC in which the system chosen for development in system analysis is first desceibed independently of any computer platform, (logical design) and is then transformed into technology specific details (physical design) from which all programming and system construction can be accomplished.
- A controlled process of initiating, executing, and losing down a project.
- A graphical representation of a project tha tshows each task as a horizontal bar whose length is proportional to its time for completion.
- A short, high-levl document prepared for both internal and external stakeholders to formally annoumce the establishment of the project and to briefly describe its objective, key assumptions, and stakeholders.
- The process of assessing the development organization's ability to construct a proposed system.
- The structured, measured set of activities designed to prodece a specific output for a paritcular customer or markedt.
- A cnadidate key that has been seleced as the unique, identidying characteristic for an entity type.
- Software designed to process data and support usrs in an organization. Examples include spreadsheet, word processors, an deatabase management systems.(20 marks)
- American labs provide lab testing services for a variety of clients, mostly doctors' offices and other small medical businesses throughout the Midwest. Clients send test vials containing blood samples or other test requests to American labs' testing center, where the requests tests are performed, after which the results are sent back to the client via fax.
Jim larsen, the technician in the testing facility at American Lab has approached you for help with the company's ourdated inventory tracking system Business has picked up recently, and the turnaround for clients' requested tests has been lenghening. To make matters worse, the lab technicians are seldom able to give customers an answer regarding where their requests fall in the testing queue or how long they can expect the turnaround to be. Much of this stems from an old, mostly paper-based inventory tracking system, which includes hand-written labels put on each of the incoming test vials and a log- book with entries made for each vila at each stage of the testing process.
Jim would like to streamline the inventory tracking process with a updated information system that uses barcodes and a modern database to keep track of customers test requests and the accompanying vials. he would like to enable technicians to provide accurate status updates and turnaround estimates, and generally shorten the trunicians to procide accurate status updates and trunaround estimates, and generally shorten the turnaroung time for test requests.
After an initial analysis, you make the following estimations. You eill use these data as part of your initial feasibility assessment.
<-----Enter photo-------->
- Identify several benefits and costs associated with implementing this new system.
(10 marks)
- Prepare an economic feasibility analysis worksheet for American labs. Using a discount rate of 10 percent, what are the overal NPV and ROI? When will break-even occur?(10 marks)
-
- A university class registration system, list relevant data flows, data storess, processes, adn source/sinks. Draw a context diagram and a level-0 diagram that represent the registration system.(10 marks)
- A company has various rules for how payments to suppliers are to be authorizes. Some payments are in response to an approvied purchase order. For approved purchase ordeers under $5,000, the accounting clerk can immediately issue a check against that purchase order and sign the check. For approved purchas orders between $5,000 and $10,000, te accounting clerk cna immediately issue a check but must additionallly obtain a second signature. payments for approved puchase orders over $10,000 always require the approval of the accounting manager to issue the check as well as the signature of two accounting clerks.Payment that are not covered by a purchase order that under $5,000 must be approved by the accounting manager and a departmental manager that will absorb the cost of the payment into that department's budgeest.
Such checks can be signed by a single accounting clerk. Payments that are not covered by a purchase order that are between $5,000 and $10,000 must be approved by the acccounting menager and a departemntal manager, and the check must have two signatures. Finally, payments exceeding S10,000 that are not covered by a purchase rder must be approved by a department manager, the accounting manager, and the chief financial officer. Such checks require two signatures. Create a decision table to represent the logic in this process. (10 marks)
-
-
A laboratory has several chemists who work on one or more projects. Chemists also may use certain kinds of equipments on each project. Attributes of CHEMIST include Employee_ID (identifier) and Name, and Phone_No. Attributes of PROJECT include Project_ID(identifier) and Start_Date. Attributes of EQUIPMENT include Serial_No and Cost. The organization wishes to record Assign_Date-that is, the date when a given equipment item was assigned to a particular chemist working on a specified project. A chemist must be assigned to at least one project and one equipment item. A given project need not be assigned either a chemist or an equipment item. Provide good definitions for all of the relationships in this situation. Draw ER diagram for this situation and place minimum and maximum cardinalities on the diagram.(10 marks)
- Draw an ER diagram for the following situations:
-Each Customer owns zero-to many Shopping Cart instances; each Shopping Cart Instance is-owned-by one-and-only Customer.
-Each Shopping Cart Instance contains one-and-only-one Inventory item; each Inventory item is-contained-in zero-to-many Shoppping Cart Instances.
-Each Customer places zero-to-many Ordders; each Order is-placed-by one-and-only-one Customer.
-Each Order contains one-to-many Shopping Cart Instances; each Shopping Cart Instance is-contained-in one-and-only-one Order.(10 Marks)
-
As the lead analyst for the Hoosier Burger project, you have worked closely with Bob and Thelma Mellankamp. Having completed the systems analysis phase, you are now ready to begin designing the new Hoosier Burger information system. As the lead analyst on this project, you are responsibale for overseeing the development of the forms, reports, and deatabses requreed by the new system. Becausee the inventory system is being automated and a new delivery system is being implemented, the Hoosier Burger system requiers the development of several forms and reports. You readily identify the dnne for a Delivery Customer order Form. The Delivery Customer Order Form will capture order details for those customers placing delicry orders.What data will the Delivery Customer Order Form need to collect? Using the design guidelines, design the Delivery Customer Order Form.(15 marks)


4th man convicted in Florida girl’s shooting death
by The Associated PressJACKSONVILLE, Fla. (AP) — A fourth man has pleaded guilty in the shooting death of a 7-year-old Florida girl.
The Florida Times-Union reports that 20-year-old Stanley Harris III pleaded guilty Tuesday to second-degree murder and discharging a firearm from a vehicle. He’s scheduled to be sentenced Jan. 27, along with three others previously convicted in the shooting of Heidy Rivas-Villanueva.
Authorities say 23-year-old Abrion Price and 18-year-old Trevonte Phoenix had arranged to sell a gun in August 2018 but actually planned to rob the customer. Harris had been a lookout for the customer and a firefight broke out. Heidy was waiting outside a nearby store with her family when she was shot in the head.
Records show Phoenix and Price have both pleaded guilty to second-degree murder, and 26-year-old Edward Garcia has pleaded guilty to being an accessory after the fact.
___
Information from: The (Jacksonville) Florida Times-Union, http://www.jacksonville.com
The Associated Press


message: { messageID: { ciphertext: string, plaintext: string, contact: string key, group: string key, timestamp: int, }, } groups: { "name" : { id: base64 encoded nonce, contact_ids: ['nameA', 'nameB', …], }, } contacts: { "name": { public: base64-arraybuffer (pubkey), devices: [ { registration_id: int, session: { states: { new Number(): { localIdentityKey: base64-arraybuffer, localRegistrationId: new Number(), recievingChains: [ new Number(): { chain: { index: new Number(), key: base64-arraybuffer, messageKeys: [ //currently zero length need to figure out when this is populated ], theirEphemeralKey: base64-arraybuffer, }, theirEphemeralKey: base64-arraybuffer, } ], remoteIdentityKey: base64-arraybuffer, rootKey: base64-arraybuffer, senderRatchetKeyPair: { keypair }, sendingChain: { index: new Number(), key: base64-arraybuffer, messageKeys: [ //currently zero length need to figure out when this is populated ], }, sessionVersion: 3, //yes, this is currently hardcoded theirBaseKey: null, //currently null need to figure out when this is populated } } } } ... ], } }


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jsDelivr is a public open-source CDN (Content Delivery Network) where anyone can submit a project to be hosted and delivered by our network. Unlike Google or Microsoft, we host all kinds of projects - JavaScript libraries, CSS frameworks, fonts, WordPress plugins, etc. - and we don’t look at the popularity of the project.
By using GitHub, we allow the community to fully interact with jsDelivr by adding and updating files.
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Why painful the sixteen how minuter looking nor. Subject but why ten earnest husband imagine sixteen brandon. Are unpleasing occasional celebrated motionless unaffected conviction out. Evil make to no five they. Stuff at avoid of sense small fully it whose an.
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World champion Boks to host Scotland, Georgia in July
World champions South Africa will play two home tests against Scotland in July before hosting Tier 2 side Georgia for the first time.
CAPE TOWN: World champions South Africa will play two home tests against Scotland in July before hosting Tier 2 side Georgia for the first time.
The Springboks will welcome the Scots on July 4 and 11, before playing Georgia a week later, South African Rugby said on its website on Wednesday.
The venues for the matches have yet to be announced as the Boks entertain Scotland for the first time in six years in what will be the first games for their as yet unnamed new coach.
Current coach Rassie Erasmus has already said he will return to his role as Director of Rugby and will appoint a replacement to take the team towards the British & Irish Lions tour in 2021.
After facing the Boks, the Scots will continue their Southern Hemisphere tour with a match against New Zealand in Dunedin on July 18.
They have lost all seven previous matches they have played in South Africa, including a 55-6 defeat in June 2014.
South Africa’s only previous meeting with Georgia was a 46-19 win at the 2003 Rugby World Cup.
World Rugby have adjusted the global calendar to ensure there are more matches between Tier 1 and Tier 2 teams each year.
The Boks claimed a third World Cup crown when they defeated England 32-12 in the 2019 final in Yokohama on Nov. 2.
(Reporting by Nick Said; Editing by Ken Ferris)


In the last post, we took a look at the
basics of set theory. Now, I’d like to take a look at how to actually make use
of it in your code.
One of the issues with practically using the code in the last post is that the
initial subsets were defined arbitrarily and not derived from the superset. In
this post, all the examples are derived from the superset. We’ll use a couple
techniques for doing this illustrate some of the various ways to do it.
In Python, we’ll use an object-oriented approach, creating a few classes and
working on Book objects. In Clojure, we’ll use records. Though we’ll approach
language a little differently, I hope they still bring clarity to the subject.
Foundation: A Collection of Books
The first thing we need to do in a useful system is determine what we mean by
book. The last post represented each book as a string denoting the title; while
that worked for a brief introduction, in practise it gives us very limited
options for building subsets. What we need to do is identify more information,
called attributes or fields, that give us the information we need to build our
subsets.
Python
In Python, we’ll approach this using a class. I’ve saved them in library.py
in the Python example code
# used to validate the list of formats passed to a bookSUPPORTED_FORMATS=['epub','mobi','pdf']classBook:""" Represents a book, with title, author, and summary text fields. A book should be given a list of formats supported as a dictionary in the form {fmt: True}, and optionally a list of tags. """title=Noneauthor=Nonesummary=Noneformats=Nonetags=Nonedef__init__(self,title,author,summary,formats):"""Initalise a new book. The format shoud be a dictiontary in the form { 'epub': True } where each key is a format that we have the book in."""self.title=titleself.author=authorself.summary=summaryassert(notFalsein[fmtinSUPPORTED_FORMATSforfmtinformats])self.formats=formatsdef__str__(self):""" Return string representation of a book. """out="%s\n\tby %s\n\t%s\n\tformats: %s"out=out%(self.title,', '.join(self.author),self.summary,', '.join(self.formats))returnout
We’ll also want a BookCollection class to store a set of books and provide
some utility methods for dealing with the collection:
classBookCollection:"""Representation of a collection of books. Internally, they are stored as a set. It's main utility is in its helper methods that make accessing the books easier."""def__init__(self,books,book_filter=None):"""Instantiate a collection of books. It expects a collection of books, e.g. a list or set, and optionally takes a filter to only put some of the books into the collection."""ifbook_filter:self.books=set([bookforbookinbooksifbook_filter(book)])else:self.books=set(books)def__len__(self):returnlen(self.books)defshow_titles(self,description=None):"""Print a list of titles in the collection. If the description argument is supplied, it is printed first and all the books are printed with a preceding tab."""ifdescription:printdescriptionfmt='\t%s'else:fmt='%s'forbookinself.books:printfmt%(book.title,)defget_titles(self):"""Return a list of titles in the collection."""return[book.titleforbookinself.books]
These two classes are very short (and we’ll extend them later to make them
more useful) but provide a solid foundation to begin building on. You’ll want
to load the books in the class.
To load an example book, you would do use code similar to this:
12345678910
books=set([Book("Natural Language Processing with Python",['Steven Bird','Ewan Klein','Edward Loper'],'A highly accessible introduction to natural language processing.',['mobi',]),Book('Learning OpenCV',['Gary Bradski','Adrian Kaehler'],'Puts you in the middle of the rapidly expanding field of '+'computer vision.',['pdf',])])
Manually entering all these details is tedious. Fortunately for you, I put up
with the tedium to create a sample dataset in sample_library.py. You use the
function get_library() from the file to use it.
Clojure
In Clojure, we’ll use a record to define a book:
12345
;; define a book record(defrecordBook#^{:doc"Representation of a book. title is a string, authors a vector, summary is text, and formats is a vector."}[titleauthorssummaryformats])
We’re not using objects, so we don’t need a record to store a collection.
(If we wanted to validate formats, we could do it using a Ref and a
:validator argument - that’s left as an exercise for the reader). I have,
however, defined a few helper functions.
(defn in?"Check whether val is in coll."[collval](if (map? coll)(val coll)(not= -1(.indexOfcollval))));; format validation(def valid-format?"Check a record or object with a :formats key to ensure it fits the listof valid formats."#(or(in?(:formats%):epub)(in?(:formats%):mobi)(in?(:formats%):pdf)))(defn list-titles"Print a list of titles of a book."[books&description](let [titles(map :titlebooks)](if description(do(println description)(doseq [titletitles](println "\t"title)))(doseq [titletitles](println title)))))(defn get-titles"Get a list of titles of a book collection."[books](map :titlebooks))(defn book-str"Return a book as a string."[book](format"%s\n(by %s\n\t%s\n\tformats: %s\n"(str (:titlebook))(join ", "(:authorsbook))(str (:summarybook))(join ", "(map #'name(:formatbook)))))
Adding books is a simple affair:
123456789
(set [(Book."Natural Language Processing with Python"["Steven Bird""Ewan Klein""Edward Loper"]"A highly accessible introduction to natural language processing."[:mobi])(Book."Learning OpenCV"["Gary Bradski""Adrian Kaehler"](str "Puts you in the middle of the rapidly expanding field of ""computer vision")[:pdf])])
I’ve loaded a sample dataset into the sample_library.clj source file, available
from the Clojure example code.
Building Subsets
Now that we have a way to represent a book (with more useful information than
simply the title), we can start to build some subsets. Let’s start by
looking at set notation (aka how to write a set both mathematically and
in code), and then continue on to recreate the two subsets in the previous
article, epub and mobi.
which means the set of numbers that are members of (∈ means ‘element of’)
the set of positive integers and are less than 10. You might generalise this
as such:
given the universal set S, which defines all the elements under
consideration, and some predicate P which is a function that returns either
true if the element satisfies the predicate (and thus should be included
in the set):
{ x | x ∈ S, P(x) }
# a Python list comprehension isn't aware that once N is above 10, it should# terminate, so we cheat and create a list of integers from 1 to 100.# define NN=range(100)# build the setA=[xforxinNifx<10]
And in Clojure, we could use something similar:
123456
;;defineN(defN(iterateinc0))(defN#^{:doc "Representation of the set of positive integers."} N);;buildtheset(filter#(< % 10) N)
Building the Subsets
As mentioned earlier, I have already built sample datasets for both Python
and Clojure, so be sure to use those and save yourself from having to build
your own just yet!
Python
In Python, we can use the built-in filter function to build a list. It will
serve as our predicate function.
12345678910111213
importlibraryimportsample_library# my_library is our supersetMY_LIBRARY=sample_library.get_library()# build our filtersIS_EPUB=lambdabook:'epub'inbook.formatsIS_MOBI=lambdabook:'mobi'inbook.formats# build the subsetsEPUB=library.BookCollection(MY_LIBRARY.books,IS_EPUB)MOBI=library.BookCollection(MY_LIBRARY.books,IS_MOBI)
This gives me the output:
12345678910111213
In[7]:formats.EPUB.show_titles("books in epub format:")booksinepubformat:CodeCompleteTheJoyofClojureMiningtheSocialWebIn[8]:formats.MOBI.show_titles("books in mobi format:")booksinmobiformat:IntroductiontoInformationRetrievalCodeCompleteNaturalLanguageProcessingwithPythonIn[9]:
If you recall the definition of BookCollection, the filter method is
called as filter(predicate, collection). In the case of the mobi
subset, it filters out anything that fails the test
'mobi' in book.formats. We might write this as
{ book | book ∈ my_library, is_mobi(book) }
in set notation. I’ve predefined some filters in the file formats.py
which is again in the example code.
Clojure
Likewise, Clojure has a built-in filter function, in the form
(filter pred coll). We’ll use two
anonymous functions
to do our filtering:
12345678910111213
(use'using_set_theory.library)(use'using_set_theory.sample_library)(def epub?#(in?(:formats%):epub))(def mobi?#(in?(:formats%):mobi))(def my-library(get-library))(def epub(filter epub?my-library))(def mobi(filter mobi?my-library))(list-titlesepub"list of books in epub format:")(list-titlesmobi"list of books in mobi format:")
In the repl, this gives me:
12345678910111213
using_set_theory.core=>(list-titlesepub"list of books in epub format:")(list ofbooksinepubformat:)TheJoyofClojureMiningtheSocialWebCodeCompletenilusing_set_theory.core=>(list-titlesmobi"list of books in mobi format:")(list ofbooksinmobiformat:)IntroductiontoInformationRetrievalNaturalLanguageProcessingwithPythonCodeCompletenilusing_set_theory.core=>
I’ve put these filters in the filters.clj source file, along with definitions
for epub-books and mobi-books:
123456789101112131415161718192021222324
(nsusing_set_theory.filters(:use[using_set_theory.library][using_set_theory.sample_library]))(def epub?#^{:doc"Filter a collection of books by those supporting the epub format."}(fn [book](in?(:formatsbook):epub)))(def mobi?#^{:doc"Filter a collection of books by those supporting the mobi format."}(fn [book](in?(:formatsbook):mobi)))(defn- get-epub"Takes a collection of books and returns the list of books in epub format."[books](filter epub?books))(defn- get-mobi"Takes a collection of books and returns the list of book in mobi format."[books](filter mobi?books))(def epub-books(set (get-epub(get-library))))(def mobi-books(set (get-mobi(get-library))))
Parallels with SQL
This introduction of filters might remind you of SQL, and for good reason.
Edgar Codd designed SQL with
set theory in mind. You can think of tables as sets (provided, of course,
proper data preparation is done to ensure there are no duplicates in the
database), and operations like SELECT return subsets. For example, if we
were storing the books in a library, we would write something like
1
SELECT*FROMbooksWHEREhas_epub=TRUE;
Moving On
Now that we have a programmatic way to build subsets, we can automate the entire
set of sequences in the last post:
Python
12345678910
importformatsimportlibraryeither_format=set.union(formats.EPUB.books,formats.MOBI.books)either_format=library.BookCollection(either_format)either_format.show_titles("books in either format:")both_formats=set.intersection(formats.EPUB.books,formats.MOBI.books)both_formats=library.BookCollection(both_formats)both_formats.show_titles("books in both formats:")
which gives me the results:
123456789101112
In[31]:either_format.show_titles("books in either format:")Out[31]:booksineitherformat:CodeCompleteMiningtheSocialWebNaturalLanguageProcessingwithPythonIntroductiontoInformationRetrievalTheJoyofClojureIn[32]:both_formats.show_titles("books in both formats:")Out[32]:booksinbothformats:CodeComplete
Clojure
1234567891011
(require'clojure.set)(use'using_set_theory.filters)(use'using_set_theory.library)(def either-format(clojure.set/unionepub-booksmobi-books))(def both-formats(clojure.set/intersectionepub-booksmobi-books))(show-titleseither-format"books in either format:")(show-titlesboth-formats"books in both formats:")
In the Clojure REPL, I get the following output:
12345678910111213
using_set_theory.core=>(show-titleseither-format"books in either format:")(booksineitherformat:)IntroductiontoInformationRetrievalTheJoyofClojureNaturalLanguageProcessingwithPythonCodeCompleteMiningtheSocialWebnilusing_set_theory.core=>(show-titlesboth-formats"books in both formats:")(booksinbothformats:)CodeCompletenilusing_set_theory.core=>
Sets v. Lists
Remember that one of the key attributes of a set is that each member is distinct.
Let’s compare a set with a list; we’ll do this with an intersection.
Python
12345678910111213141516
importlibraryimportformatsfromsample_libraryimportget_libraryepub_list=[bookforbookinget_library().booksif'epub'inbook.formats]mobi_list=[bookforbookinget_library().booksif'mobi'inbook.formats]both_formats=[]both_formats.extend(list(epub_list))both_formats.extend(list(mobi_list))print'books in both formats:'forbookinboth_formats:print'\t%s'%book.title
The result:
1234567
books in both formats:
Mining the Social Web
Code Complete
The Joy of Clojure
Code Complete
Natural Language Processing with Python
Introduction to Information Retrieval
Clojure
In Clojure, we’ll use the vector type, which is like a list but the first
element isn’t evaluated:
clojure.core=> (doseq [title (union epub-list mobi-list)] (println title))
The Joy of Clojure
Code Complete
Mining the Social Web
Introduction to Information Retrieval
Natural Language Processing with Python
nil
clojure.core=>
So what?
You’ll notice “Code Complete” shows up twice in the list. The advantage of sets
here is that only unique items are returned. A union is actually the list of
elements in both sets, minus the list of items that are in both
sets.
In[30]:union(epub_list,mobi_list)Out[30]:['Mining the Social Web','The Joy of Clojure','Code Complete','Introduction to Information Retrieval','Natural Language Processing with Python']In[31]:
This has been just a quick introduction to the topic, but hopefully you
can see the relevance to areas like data mining. Coincidentally, datasets
tend to conform to the mathematical idea of sets, and typically with some
data massaging (i.e. to filter out duplicates), those that don’t can
be made more like mathemtical sets. Once appropriately represented in the
computer, they can be acted upon with the basic set operations.
I’ve created an additional example: a web service providing a rest API to
the book collection. As with the code in this post, there is an example in
Python
and in
Clojure. The
README in either example explains what dependencies are required. You can also
view the Bitbucket repo for the
Python example, or the GitHub repo
for the Clojure example.
Acknowledgements
Stephen Olsen reviewed many iterations of this
article and helped me to properly articulate the important points (like illustrating
that unions require the subtraction of the intersection). I originally wrote
the bulk of this article on the 25th, but it took me until the 28th to finish
writing the API example code, until the 31st to add in the additional union
explanation, and until the 1st to polish it up.


This page demonstrates use of the outer joins namely the left outer join, right outer join and the full outer join
The store manager wants a comparison of selling price and cost price of those products whose listing is present in both the 'product' table and the 'inventory' table as well as the "in house" products listing
Query the two tables using a left outer join
The result data set contains a combination of rows from the two tables with common 'product_ID'. This join eliminates information that may be present in the 'inventory' table whose product_ID s is not a match. The above SQL returns the names of products available in the store for sale, including the in house products, but not the products in the inventory table that are not in the product table, and their corresponding selling price and cost price
The store manager wants a comparison of selling price and cost price of those products whose listing is present in both the 'product' table and the 'inventory' table as well as the ones in the inventory table that are not on sale yet
Query the two tables using a right outer join
The result data set contains a combination of rows from the two tables with common 'product_ID'. This join eliminates information that may be present in the 'product' table whose product_ID s is not a match. The above SQL returns the names of products available in the store for sale, including the ones in the 'inventory' table, but not the in house products listing of the 'product' table, and their corresponding selling price and cost price
The store manager wants a complete listing of all products listed in the 'product' table and the 'inventory' table
Query the two tables using a full outer join
The result data set contains a combination of rows from the two tables with common 'product_ID'. This join does not eliminate any information that may be present in either tables whose product_ID s is not a match. The above SQL returns all records in the two tables


reality_check(obj: list or dict, check) --> Check to see if a object exists in a list or dictionary. Type: True/False
def platform() --> Returns the platform of your computer. Type: str
def timestamp() --> Returns current timestamp. Type: int
def py() --> Returns current python version. Type: str
def running(processName) --> Checks to see if a specific process is running. Type: True/False
group(obj: list or tuple, seperator: str) --> joins together a list or tuple. Type: str
def allapps() --> Returns all applications running. Type: dict
check(self, terminal) --> Returns if a terminal exists. Type: True/False
def shell(self) --> Opens a python shell for you. Type: null


Enumerable#map
The Enumerable module provides a set of methods to traverse, search, sort and manipulate collections.
Without enumerables, we would have access index of an array to manipulate data.
With map
, it Invokes the given block once for each element with a new array containing the values returned by the block.
Bang Methods -Destructive Methods
Methods that end in !
indicate that the method will modify the object it's called on. Ruby calls these "dangerous methods" because they change state.
We can extend this functionality by chaining other enumerables e.g. with_index


Is it possible to plug a YHDC SCT-013-000 ? or YHDC SCT-013-030 ? directly on a sound card ?
»
Archived Forum |
|
YHDC SCT-013 direct soundcard inputSubmitted by dobrekk12 on Sun, 20/12/2015 - 21:51Is it possible to plug a YHDC SCT-013-000 ? or YHDC SCT-013-030 ? directly on a sound card ? » |
Re: YHDC SCT-013 direct soundcard input
Not directly. For a start, the -000 without a burden will output around 8 V peak (22 V peak for early versions), which will very possibly destroy your sound card. The -030 will output 1 V at max current, and that would possibly be too much.
You need to interpose an attenuator, and probably protection diodes too, in order to do it safely without fear of damaging your sound card. All the details you need are in the test report on the CTs (in Resources > Building Blocks), because that's how I test the CTs.
Re: YHDC SCT-013 direct soundcard input
Thanks for your answer, i did not know where to start. It was an interesting reading.
By the way the datasheet link http://files.openenergymonitor.org/SCT-013.jpg on the top of this page http://openenergymonitor.org/emon/buildingblocks/report-yhdc-sct-013-000... is down
But now i have more questions :( .
So if i understand well these sensors 'convert' the amps that go through them into volts, but not directly and there are lots of parameters going on.
1 What if i test the output directly on the jack pins with a multimeter ? Given the right formula and some error margin, could i get a rough reading of the current ?
2 If these clamps are not designed to be plugged on a sound card, what device is this 3.5 plug intended for ?
3 Are there clamps that are sound card 'plug and play' ?
Re: YHDC SCT-013 direct soundcard input
Thank you for noticing the bad link - I've corrected it.
"1 What if i test the output directly on the jack pins with a multimeter ? Given the right formula and some error margin, could i get a rough reading of the current ?"
If you use the -000 and your multimeter is set to read mA on the ac range, you will get an exact (within the accuracy of the CT and your meter) reading of current. Likewise with the -030 and your meter is on the ac volts range.
"2 If these clamps are not designed to be plugged on a sound card, what device is this 3.5 plug intended for ?"
Are you talking about current transformers or clamps?
This is a clamp:
If you mean why is the CT supplied with a 3.5 mm jack, you'd better ask YHDC. I expect thay had one of these in mind:
"3 Are there clamps that are sound card 'plug and play' ?"
Why would anyone want to do that? A CT is a piece of measurement apparatus and it's not normally associated with speech and music, which is a sound card's primary purpose. It's most unlikely that you will be able to make qualitative measurements with a sound card without careful calibration.
You might be able to connect a 0.333 V output one directly. It only needs a fault that blows a fuse or trips a breaker and you could have a very large spike that could easily cause damage.
Re: YHDC SCT-013 direct soundcard input
Perhaps a very much simplified version of this: https://www.usenix.org/legacy/event/lisa2000/gilfix/gilfix_html/ although I suspect the resultant sounds would be a lot less soothing than peep's rainforest setting, which you can hear here: http://peep.sourceforge.net/intro.html


var Employee = new Meteor.Table('employees');Defines the Table object. and you use it:
Template.employeeRows.employees = function () { return Employee.find({}, {sort: {employeeNumber: -1}}); };Notice that the on the client we're still using minimongo not SQL.


Noumea is located on the south western tip of the main island and is the capital of New Caledonia. It is the only official Port of Entry.
The city offers plenty of services for cruising boats with a good boatyard at Nouville Plaisance and marinas in Port Moselle and Baie de L'Orphelinat. Cruisers have reported however that finding space in marinas for anything more than a few days, and boatyards for hard standing, is very difficult, and booking well in advance is advised.
This is a busy military, shipping and cruise liner harbour.
Position 22°16.8'S; 166°26.3'E.
See New Caledonia/Formalities page for detailed information on Clearance, Immigration and Customs.
Approach
On approaching Noumea, call Port Moselle Marina or Port du Sud marina on channel 67, giving the vessel name, length and last port of call and stating that you would like to clear in when possible. The Q flag and a French courtesy flag should be flown.
Arrival
Berth at the visitor pontoon (marked with a yellow cross) at Port Moselle marina or at Port du Sud marina, or anchor just outside Port Moselle (out of the shipping channels) and dinghy into the marina office, who will give you instructions as to what to do next.
If arriving at night, anchor in the anchorage in Baie de Moselle, outside the marina breakwater. Take care, as there are often many unlit boats anchored in the bay.
Last updated March 2015.
There are four marinas here suitable for visiting yachts, 3 in Baie de l'Orphelinat and 1 in Port Moselle. Anchoring is permitted in certain areas of Petite Rade and Baie de l'Orphelinat. Contact the Port Moselle Port Captain (VHF Ch. 67) for details of where is permitted. There is a secure dinghy dock at Port Moselle Marina, for which a weekly charge is made including use of showers and toilets.
Note that stays for visitors is limited. Port Moselle state on their website; Visitors' length of stay is limited to 3 days during the high cruising season (May 15 to December 15), and 6 days during low season (the rest of the year).
Last updated June 2016.


BMI Calculator
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All Classes
Arena
ArenaAPI
ArenaAPIPlugin
ArenaEndEvent
ArenaEventHandler
ArenaListener
ArenaListener.ArenaEvent
ArenaSettings
ArenaSettings.AS
ArenaStartEvent
ArenaWarps
ArenaWarps.WarpType
BasicListeners
PlayerJoinArenaEvent
PlayerLeaveArenaEvent


JavaScript: a dynamic computer programming language. It is lightweight and most commonly used as a part of web pages, whose implementations allow client-side script to interact with the user and make dynamic pages. It is an interpreted programming language with object-oriented capabilities.
C#: (pronounced C sharp) is a general-purpose, multi-paradigm programming language encompassing strong typing, lexically scoped, imperative, declarative, functional, generic, object-oriented (class-based), and component-oriented programming disciplines.
Ruby: An interpreted, high-level, general-purpose programming language, open source with a focus on simplicity and productivity
Python: A general purpose programming language. Hence, you can use the programming language for developing both desktop and web applications. While considered easy, you can use Python for developing complex scientific and numeric applications. Python is designed with features to facilitate data analysis and visualization
Rust: Rust is a multi-paradigm system programming language focused on safety, especially safe concurrency. Rust is syntactically similar to C++, but is designed to provide better memory safety while maintaining high performance


Cahir Maur Dyffin aep Keallah is a young Nilfgaardian knight. Noble lord, brave, valiant, sincere. He found himself in a difficult situation, but at the same time he retains his face. Cahir is a knight in every sense and tries to act as his conscience demands. This makes him related to Geralt, who also has his own code of honor. Perhaps this is partly why they ended up fighting shoulder to shoulder, although initially they were on opposite sides.


Editorial Board
The Editorial Board Members for JBB are as followed:
Editor-in-Chief:
Dr. Keikhosro Karimi
Isfahan University of Technology, Iran
Associate Editors:
Dr. Ananda Amarasekara
Prairie View A&M University, United States
Dr. Animesh Dutta
University of Guelph, Canada
Dr. Anahita Eckard
Cobalt Technologies, United States
Dr. Gergely Forgacs
University of Bath, United Kingdom
Dr. Zhen Fang
McGill University, Canada
Dr. Patricia Harvey
The University of Greenwich, United Kingdom
Dr. Umakanta Jena
Desert Research Institute, United States
Dr. Mingjie Jin
Michigan State University, United States
Dr. Rajeev Kumar
University of California, Riverside, United States
Dr. John Chi-Wei Lan
Yuan Ze University, Taiwan
Dr. Christopher James Rhodes
Director of Fresh-lands Environmental Actions, United Kingdom
Dr. Gail Taylor
University of Southampton, United Kingdom
Dr. Fengqi You
Northwestern University, United States


Settings
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Algorithms:
+ Bubble sort
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Refresh rate:
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Select algorithms from the panel on the left


Motivating unbiased MCMC
We are going to try to unpack the following paragraph, which gives a motivation for implementing unbiased MCMC:
If one could initialize from the target distribution, usual estimators based on any Markov chain Monte Carlo would be unbiased, and one could simply average over independent chains. Except certain applications where this can be achieved with perfect simulation methods, Markov chain Monte Carlo estimators are ultimately consistent in the limit of the number of iterations. Algorithms that rely on such asymptotics face the risk of becoming obsolete if computational power continue to increase through the number of available processors and not through clock speed.
The underlying point here is that (most) MCMC is biased, but consistent. The bias is especially evident in (many) short chains, but computer architecture is moving in that direction. Let's define what all these words mean, and look at some plots.
What are (statistical) bias and consistency?
Suppose we have a number we would like to estimate, \(\theta\), and we have some way of producing an estimate of \(\theta\). We can call that estimate \(\hat{\theta}\). Then $$ \operatorname{bias}(\hat{\theta}) = \mathbb{E}[\hat{\theta}] - \theta $$ is called the statistical biasThe expectation above is over all datasets used to make the estimator, so this is a frequentist concept. Which is fine. IT'S FINE. This is often an unwieldy expectation to take: coin flipping, as usual, provides a concrete example. If we try to estimate the bias of a fair coin, \(P(H)\), and do it by observing two flips and reporting the average number of heads, then all data sets are \(\{HH, HT, TH, TT\}\), and each is equally likely. Our estimator would be \(\{1, 0.5, 0.5, 0\}\), respectively, so the expectation of our estimator over all datasets is \( 0.25 * (1 + 0.5 + 0.5 + 0) = 0.5\). of the estimator \(\hat{\theta}\). In case \(\operatorname{bias}(\hat{\theta}) = 0\), we call \(\hat{\theta}\) an unbiased estimator.
A related concept is consistency: as our dataset grows, what happens to the expectation of our estimator? Specifically, if \(\hat{\theta}_n\) is our estimator given a dataset of size \(n\), then an estimator is consistent if $$ ``\lim_{n \to \infty} \hat{\theta}_n = \theta", $$ where the limit is in scare quotes because it looks like math but is not very preciseNote that \(\hat{\theta}_n\) is a random variable for every \(n\), so really we need to talk about this under an integral sign. See the wikipedia article for details on notions of convergence. The estimator in sidenote 1 is unbiased and consistent. If the estimator was instead "5 + the number of heads divided by the number of flips", then the estimator is biased, but still consistent, since 5 is a much smaller number than \(\infty\). .
What does this have to do with MCMC?
Markov chain Monte Carlo (MCMC)Kudos if you got here without knowing what MCMC stood for! See the first half of this talk, or Chapter 11 of Christopher Bishop's wonderful "Pattern Recognition and Machine learning" (available free here) for a better introduction. is, broadly speaking, a way of computing expectations: we have some posterior distribution of parameters we care about, \(\pi(\theta | X)\), where \(X\) is some data, \(\theta\) are the parameters, and \(\pi\) is the posterior distribution. We would like to compute $$ \mathbb{E}_{\pi(\theta | X)}[f] = \int f(\theta)~d\pi(\theta | X), $$ but instead use MCMC to sample from \(\pi(\theta | X)\), and compute $$ \mathbb{E}_{\pi(\theta | X)}[f] \approx \frac{1}{N}\sum_{j=1}^N f(\theta_j), ~ \text{ where } \theta_j \sim \pi(\theta | X) $$
The allure of MCMC is that these estimators are consistent: for any \(f\), the expectation converges (in probability) to the true value. However, the estimators are also biased, and the bias depends on how the MCMC is initializedRecall from the opening quote that initializing with the stationary distribution results in unbiased estimates., as well as how long the chain runs for. If the future of computing is massively parallel, then getting more mileage out of thousands of short chains (which have more bias) is a useful undertaking.
Do you have any beautiful pictures illustrating MCMC bias?
Boy howdy, do I!
The way to put these together is a little tricky:
- Put together our test distribution: a mixture of two Gaussians, centered at \(\pm3\), each with standard deviation 1.
- Initialize 5,000 MCMC very efficient MCMC samplers in parallel, all at the same point, or from the same distribution.
- Run these chains for 75 steps. At step \(n\), we have 5,000 samples from the Markov chain after \(n\) steps. This is enough for a fairly accurate histogram.
- Plot all 75 histograms as a ridge plot, to see how the Markov chain moves towards the stationary distribution.
Conclusion
This post showed what bias and consistency are, and gave some intuition for MCMC samplers being consistent and biased. Hopefully we have some impression that running thousands of very short MCMC chains has more bias than running just a few long MCMC chians.
Remember that our entire goal is to compute \(\mathbb{E}_{\pi(\theta | X)}[f]\), and we will show in the next post how to use the couplings library to make an unbiased estimate of this using MCMC.


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|
ButtonDown
|
Is the given mouse button down |
|
ButtonPressed
|
Did the given mouse button get pressed this frame |
|
ButtonReleased
|
Did the given mouse button get released this frame |
|
ButtonUp
|
Is the given mouse button up |
|
KeyDown
|
Is one of the given keys down |
|
KeyPressed
|
Did one of the given keys get pressed this frame |
|
KeyReleased
|
Did one of the given keys get released this frame |
|
KeysDown
|
Are all of the given keys down |
|
KeysPressed
|
Did all of the given keys get pressed this frame |
|
KeysReleased
|
Did all of the given keys get released this frame |
|
KeysUp
|
Are all of the given keys up |
|
KeyUp
|
Is one of the given keys up |
|
OnGUI
|
Handles the input events |
|
Reset
|
Resets all the key and mousebutton states |
|
Update
|
Called 100 times per second |


{% extends "base.html" %} {% block content %} Share ideas with big communities. {% if error %} × Error: {{error}} {% endif%} Log In Log In Don't have an account yet? {% endblock %}
Share ideas with big communities.


Default
This is the button that never ends it just goes on and on and on and on and on and on and on and on my friends


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virtual Music * | createMusic (const char *filename) |
| |
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virtual void | releaseMusic (Music *m) |
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virtual void | playMusic (Music *m, bool loop) |
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virtual void | stopMusic (Music *m) |
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virtual bool | isMusicPlaying (Music *m) |
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virtual void | pauseMusic (Music *m) |
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virtual void | resumeMusic (Music *m) |
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virtual bool | isMusicPaused (Music *m) |
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virtual void | setMusicLooping (Music *m, bool loop) |
| |
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virtual bool | isMusicLooping (Music *m) |
| |
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virtual void | setMusicVolume (Music *m, float value) |
| |
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virtual float | getMusicVolume (Music *m) |
| |
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virtual Sound * | createSound (const char *filename) |
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virtual void | releaseSound (Sound *s) |
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virtual Channel * | playSound (Sound *s, int loop, int priority) |
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virtual void | pauseChannel (Channel *c) |
| |
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virtual void | resumeChannel (Channel *c) |
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virtual void | stopChannel (Channel *c) |
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virtual void | setChannelVolume (Channel *c, float value) |
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virtual float | getChannelVolume (Channel *c) |
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virtual void | pauseChannels () |
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virtual void | resumeChannels () |
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virtual void | stopChannnels () |
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virtual void | setVolume (float value) |
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bool | init (int channel_nu) |
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void | destory () |
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int | getFreeMusicId () |
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void | update () |
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FMOD::System * | m_sounds |
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FMOD::ChannelGroup * | m_channelGroup |
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int | m_channelNu |
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FMOD::System * | m_musics |
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std::vector< bool > | m_musicChannelUsed |
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| enum | { PRIORITY_HIGH,
PRIORITY_MIDDLE,
PRIORITY_LOW
} |
| |
Definition at line 42 of file FsFmodPlayer.h.
The documentation for this class was generated from the following files:


| PWG Maui Meeting |
Universal Printer Driver Format (UPDF) : January 18
IPP : January 19
PWG General Session (8:30AM - 10:30AM) : January 20
IPP (10:30AM - 5:30PM) : January 20
Finisher Interface : January 21
1394 Printing : January 21 & 22
(Note: Finisher Interface Session and 1394 Printing Session on Thursday run in parallel.)
| Meeting Location: Maui Marriott 100 Nohea Kai Dr. Lahaina (Maui), Hawaii 96761 Phone: 1-800-763-1333, 1-808-667-1200 |
The hotel rate is $159 per night.
Ask for the PWG, Printer Working Group or Warp Nine rate at this hotels.
Deadline for reservations is December 18, 1998
All attendees are responsible for making their own hotel reservations.
There will be a meeting charge in the range of $35 - $45; participants are responsible for their own lunch.
YOU MUST RSVP TO Larry Stein WITH THE FOLLOWING INFORMATION:


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Here are the requets available for a Standard User.
Get information about a movie.
Example : "Dinosaure", "Gold finger" or "Dino", "Gold"
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Get available movie list for a Category
Example : Select a category and a store
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Example : "Penelope", "Guiness", "Bob", "Fawcet"
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Bring your digital activity @home.
YUNOHOST is a dead-simple solution aiming to deploy your own server with ease.
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DISCOVER
TRY AND GET
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FOLLOW
Bring your digital activity @home.
YUNOHOST is a dead-simple solution aiming to deploy your own server with ease.
DISCOVER
TRY AND GET
CONTRIBUTE
FOLLOW


Tested by Electron 4.2.0.
Easy to use helper library for OAuth1 and OAuth2.
All grant type supported.
TODO: Refreshing an Access Token
You can get a token just by calling a method of start OAuth.
This library is lightweight because it depends only on debug module.
npm install electron-oauth-helper --save
import OAuth1Provider from "electron-oauth-helper/oauth1"
const window = new BrowserWindow({
width: 600,
height: 800,
webPreferences: {
nodeIntegration: false // We recommend disabling nodeIntegration for security.
contextIsolation: true // We recommend enabling contextIsolation for security.
// see https://github.com/electron/electron/blob/master/docs/tutorial/security.md
},
})
const config = { /* oauth config. please see example/main/config.example.js. */}
const provider = new OAuth1Provider(config)
provider.perform(window)
.then(resp => {
console.log(resp)
})
.catch(error => console.error(error))
import OAuth2Provider from "electron-oauth-helper/oauth2"
const window = new BrowserWindow({
width: 600,
height: 800,
webPreferences: {
nodeIntegration: false // We recommend disabling nodeIntegration for security.
contextIsolation: true // We recommend enabling contextIsolation for security.
// see https://github.com/electron/electron/blob/master/docs/tutorial/security.md
},
})
const config = { /* oauth config. please see example/main/config.example.js. */}
const provider = new OAuth2Provider(config)
// Your can use custom parameter.
provider.on("before-authorize-request", parameter => {
parameter["XXXX-Hoge"] = "hogehoge"
})
provider.on("before-access-token-request", (parameter, headers) => {
parameter["XXXX-Hoge"] = "hogehoge"
headers["Huga"] = "hugahgua"
})
provider.perform(window)
.then(resp => {
console.log(resp)
})
.catch(error => console.error(error))
Electron can not use firebase auth signInWithPopup
or signInWithRedirect
.
You can only use email/password authentication.
But, you can use GitHub, Twitter, etc... authentication by using manually flow.
https://firebase.google.com/docs/auth/web/github-auth#handle_the_sign-in_flow_manually
// Github manually flow example.
const { OAuth2Provider } = require("electron-oauth-helper")
const config = { /* oauth config. please see example/main/config.example.js. */}
const provider = new OAuth2Provider(config)
provider.perform(window)
.then(resp => {
const query = querystring.parse(resp)
const credential = firebase.auth.GithubAuthProvider.credential(query.access_token)
firebase.auth().signInWithCredential(credential)
.then(user => {
console.log(user)
})
.catch(error => console.error(error))
})
.catch(error => console.error(error))
Don't forget setting firebase auth.
example electron app => example/
The OAuth2 defines four grant type. Here is sample code for each.
const provider = new OAuth2Provider({
authorize_url: "",
access_token_url: "",
response_type: "code",
client_id: "",
redirect_uri: "", //Important! RFC says OPTIONAL. But REQUIRED for this library.
// other parameters are optional.
})
provider.perform()
// Authorization Request --->
// <--- Authorization Response
// Access Token Request --->
// <--- Access Token Response
.then(resp => {
// Got Access Token (◍•ᴗ•◍)
})
GET /authorize?...
// more detail
{
// REQUIRED. Value MUST be set to "code".
response_type: "code",
// REQUIRED. The client identifier as described in Section 2.2.
client_id: "",
// OPTIONAL. As described in Section 3.1.2.
redirect_uri: "",
// OPTIONAL. The scope of the access request as described by Section 3.3.
scope: "",
// RECOMMENDED. An opaque value used by the client to maintain
// state between the request and callback. The authorization
// server includes this value when redirecting the user-agent back
// to the client. The parameter SHOULD be used for preventing
// cross-site request forgery as described in Section 10.12.
state: "",
// Additional.
// the `code_challenge` and `code_challenge` are optional parameters
// defined in RFC 7636.
// REQUIRED. Code challenge.
code_challenge: "",
// OPTIONAL, defaults to "plain" if not present in the request. Code
// verifier transformation method is "S256" or "plain".
code_challege_method: "",
}
{
// REQUIRED. The authorization code generated by the
// authorization server.
code: "",
// REQUIRED if the "state" parameter was present in the client
// authorization request. The exact value received from the
// client.
state: "",
}
POST /token
{
// REQUIRED. Value MUST be set to "authorization_code".
grant_type: "authorization_code",
// REQUIRED. The authorization code received from the
// authorization server.
code: "",
// REQUIRED, if the "redirect_uri" parameter was included in the
// authorization request as described in Section 4.1.1, and their
// values MUST be identical.
redirect_uri: "",
// REQUIRED, if the client is not authenticating with the
// authorization server as described in Section 3.2.1.
client_id: "",
}
{
// REQUIRED. The access token issued by the authorization server.
access_token: "",
// REQUIRED. The type of the token issued as described in
// Section 7.1. Value is case insensitive.
token_type: "",
// RECOMMENDED. The lifetime in seconds of the access token. For
// example, the value "3600" denotes that the access token will
// expire in one hour from the time the response was generated.
// If omitted, the authorization server SHOULD provide the
// expiration time via other means or document the default value.
expires_in: "",
// OPTIONAL. The refresh token, which can be used to obtain new
// access tokens using the same authorization grant as described
// in Section 6.
refresh_token: "",
// OPTIONAL, if identical to the scope requested by the client;
// otherwise, REQUIRED. The scope of the access token as
// described by Section 3.3.
scope: "",
}
const provider = new OAuth2Provider({
authorize_url: "",
response_type: "token",
client_id: "",
redirect_uri: "", //Important! RFC says OPTIONAL. But REQUIRED for this library.
// other parameters are optional.
})
provider.perform()
// Authorization Request --->
// <--- Access Token Response
.then(resp => {
// Got Access Token (◍•ᴗ•◍)
})
GET /authorize?...
{
// REQUIRED. Value MUST be set to "token".
response_type: "token",
// REQUIRED. The client identifier as described in Section 2.2.
client_id: "",
// OPTIONAL. As described in Section 3.1.2.
redirect_uri: "",
// OPTIONAL. The scope of the access request as described by
// Section 3.3.
scope: "",
// RECOMMENDED. An opaque value used by the client to maintain
// state between the request and callback. The authorization
// server includes this value when redirecting the user-agent back
// to the client. The parameter SHOULD be used for preventing
// cross-site request forgery as described in Section 10.12.
state: "",
}
const provider = new OAuth2Provider({
access_token_url: "",
response_type: "password",
username: "",
password: "",
// other parameters are optional.
})
provider.perform()
// Access Token Request --->
// <--- Access Token Response
.then( resp => {
// Got Access Token (◍•ᴗ•◍)
})
No need.
POST /token
{
// REQUIRED. Value MUST be set to "password".
grant_type: "password",
// REQUIRED. The resource owner username.
username: "",
// REQUIRED. The resource owner password.
password: "",
// OPTIONAL. The scope of the access request as described by
// Section 3.3.
scope: "",
}
const provider = new OAuth2Provider({
access_token_url: "",
grant_type: "client_credentials",
// other parameters are optional.
})
provider.perform()
// Access Token Request --->
// <--- Access Token Response
.then( resp => {
// Got Access Token (◍•ᴗ•◍)
})
No need.
POST /token
{
// REQUIRED. Value MUST be set to "client_credentials".
grant_type: "client_credentials",
// OPTIONAL. The scope of the access request as described by
// Section 3.3.
scope: "",
}
TODO
npm version patch | minor | major |...
npm publish
Generated using TypeDoc


FZF¶
-
inside_dir
(dirpath)[source]¶ Context manager that executes code from inside the given directory.
- Parameters
dirpath – String, path of the directory the command is being run.
-
run_inside_dir
(command, dirpath)[source]¶ Run a command from inside a given directory, returning the exit status.
- Parameters
command – Command that will be executed
dirpath – String, path of the directory the command is being run.
-
check_output_inside_dir
(command, dirpath)[source]¶ Run a command from inside a given directory, returning the command output.
- Parameters
command – Command that will be executed
dirpath – String, path of the directory the command is being run.
-
class
Executable
(command)[source]¶ Bases:
contextlib.ContextDecorator
An object representing some executable on a user computer.
-
class
FZF
(fzf_configs=None, **kwargs)[source]¶ Bases:
pyfzf.pyfzf.FzfPrompt
Wrap FZF together.
-
fzf_history
(event)[source]¶ Use this function along with the keybindings module to effectively use FZF.
-
add_fzf_binding
()[source]¶ Bind
fzf_history
to ControlY.


Emmanuel Mudiay is a professional basketball player for the Denver Nuggets of the National Basketball Association (NBA).
He played high school basketball for Grace Preparatory Academy and Prime Prep Academy in Texas, where he gained much of the media's attention.
He committed to play for the SMU Mustangs men's basketball team on August 24, 2013 but later made the decision to forgo college and joined the
Guangdong Southern Tigers in China. After an injury-riddled season in China, he was selected with the seventh overall pick in the 2015 NBA draft by the Denver Nuggets.
In 2014, Mudiay signed a contact with Under Armour. The terms of the contract were not revealed.


Shara Felp
Web Developer
Alexander Tomilison
Product Designer.
Roberto Montana
Accounting
Lenhart Katastrof
Head Of Marketing
Henrietta Gôter
Ui Designer
Theodora Superstar
Analytics.


new Ball(position, color)
Parameters:
| Name | Type | Description |
|---|---|---|
position |
* | |
color |
* |
- Source:
Methods
collideWithBall(ball)
Ball to ball collision detection
Parameters:
| Name | Type | Description |
|---|---|---|
ball |
* |
- Source:
collideWithTable(table)
ball to table border collision detection
Parameters:
| Name | Type | Description |
|---|---|---|
table |
* |
- Source:
draw()
draws ball object
- Source:
findNewPositionOnBoard(balls, newPosition)
find and return new position for ball to be regenerated
Parameters:
| Name | Type | Description |
|---|---|---|
balls |
* | |
newPosition |
* |
- Source:
handlePocketCollision()
Ball to pocket collision
- Source:
hideBall()
hide ball if pocketed and case is valid
- Source:
shootBall(power, rotationAngle)
shoots ball according to power and direction
Parameters:
| Name | Type | Description |
|---|---|---|
power |
* | |
rotationAngle |
* |
- Source:
update(powerMultiplier)
Updates ball object
Parameters:
| Name | Type | Description |
|---|---|---|
powerMultiplier |
* |
- Source:


Riot's information page on the game mode can be seen here
A note about compositions : there are 56 total (full team) compositions to consider. This can be enumerated by hand, or you can calculate it via Combination with Repetition. As there are 5 players and 4 mercenaries, this is ((4 5)) which equals 56. We are assuming that the order of purchase does not matter, and we are likewise ignoring the time at which a mercenary is purchased.
As mercenaries were purchased with an alternative currency, there was no reason not to purchase a mercenary other than forgetting or being AFK for the whole game. However, of the 10,000 games, over 2000 of them had one team with less than 5 minions. To make the comparisons fair, those games were removed from the data set.
To explore the data set, use the filters below to narrow the range of data. The composition chart on the right shows (by length of the bar chart) how often the composition occurred in the data set, and the win rate of that composition is shown in the label. Press the button above that chart to order by win rate instead of composition. Only the top 40 used compositions are shown, the remaining few were played less than 100 times (but can be seen in the matchups page.)


Thank you for helping a fellow human!
If you would like to donate locally, find the closest organization to you!


|
This page last changed on Dec 14, 2004 by plightbo.
- All UI tags now support the complete set of JavaScript event listeners now, such as onChange, onBlur, etc.
- ExecuteAndWaitInterceptor is easier to use
- Several important bug fixes for Velocity integration
| Version | Description | Old Code | New Code |
| 2.1.4 and below | TLD updated – be sure you are using the latest webwork.tld file | N/A | N/A |
|


Contains a RGB filter configuration that can be used with a PvBufferConverter. More...
Public Member Functions | |
| PvBufferConverterRGBFilter () | |
| Constructor. | |
| virtual | ~PvBufferConverterRGBFilter () |
| Destructor. | |
| double | GetGainR () const |
| Get the filter's gain (red). More... | |
| double | GetGainG () const |
| Get the filter's gain (green). More... | |
| double | GetGainB () const |
| Get the filter's gain (blue). More... | |
| void | SetGainR (double aValue) |
| Set the filter's gain (red) More... | |
| void | SetGainG (double aValue) |
| Set the filter's gain (green) More... | |
| void | SetGainB (double aValue) |
| Set the filter's gain (blue). More... | |
| int32_t | GetOffsetR () const |
| Get the filter's offset (red). More... | |
| int32_t | GetOffsetG () const |
| Get the filter's offset (green). More... | |
| int32_t | GetOffsetB () const |
| Get the filter's offset (blue). More... | |
| void | SetOffsetR (int32_t aValue) |
| Set the filter's offset (red) More... | |
| void | SetOffsetG (int32_t aValue) |
| Set the filter's offset (green) More... | |
| void | SetOffsetB (int32_t aValue) |
| Set the filter's offset (blue) More... | |
| PvResult | WhiteBalance (PvBuffer *aBuffer) |
| Calculate white-balance gains. More... | |
| void | Reset () |
| Reset the RGB filter configuration. More... | |
Friends | |
| class | PvBufferConverter |
Contains a RGB filter configuration that can be used with a PvBufferConverter.
To configure an RGB filter (manual):
To configure a white balance filter (automatic):
| double PvBufferConverterRGBFilter::GetGainB | ( | ) | const |
| double PvBufferConverterRGBFilter::GetGainG | ( | ) | const |
| double PvBufferConverterRGBFilter::GetGainR | ( | ) | const |
| int32_t PvBufferConverterRGBFilter::GetOffsetB | ( | ) | const |
| int32_t PvBufferConverterRGBFilter::GetOffsetG | ( | ) | const |
| int32_t PvBufferConverterRGBFilter::GetOffsetR | ( | ) | const |
| void PvBufferConverterRGBFilter::Reset | ( | ) |
Reset the RGB filter configuration.
This method resets the RGB filter configuration (PvBufferConverterRGBFilter) to its default values.
Gains are set to 1; offsets, to 0. After a reset, applying the filter doesn't change the image.
| void PvBufferConverterRGBFilter::SetGainB | ( | double | aValue | ) |
Set the filter's gain (blue).
The SetGain* and SetOffset methods let you control the transformation made by the filter, for the colors red, green, and blue.
The transformation uses the form:
x' = kx + y
where:
To set a filter's values, use:
To get a filter's values, use:
| [in] | aValue | The new gain (blue). |
| void PvBufferConverterRGBFilter::SetGainG | ( | double | aValue | ) |
| void PvBufferConverterRGBFilter::SetGainR | ( | double | aValue | ) |
| void PvBufferConverterRGBFilter::SetOffsetB | ( | int32_t | aValue | ) |
| void PvBufferConverterRGBFilter::SetOffsetG | ( | int32_t | aValue | ) |
| void PvBufferConverterRGBFilter::SetOffsetR | ( | int32_t | aValue | ) |
Calculate white-balance gains.
The WhiteBalance method receives an image and calculates appropriate gains to white-balance the image. This method sets the gains as if having called SetGainB, SetGainG, and SetGainR.
Internally, the WhiteBalance method uses the following procedure:
The WhiteBalance method produces the best results for images that have an even mix of dark and light tones, and an even mix of colors.
| [in] | aBuffer | The sample image; the image upon which to base the white-balance settings. |
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www.pleora.com