The game is a simplified version of the Oxandel Market place using a selfregulating* contract.
The structure of the contract is chosen to suppress needless freight, depicted in figure 1.
2. Gameplay
In this game, every player is getting assigned responsible to facilities.
Each of the facilities is located at a point on a line. The line begins at 0 and has a finite length - sometimes called "Linear City".
There are production and consumption facilities, each producing or consuming 1 unit of a commodity per week. Figure 2 shows an example.
The players can trade their commodity units, with delivery for a given week, among each other within a number of Trading Rounds before that week.
They have to use public dynamic contracts, described below. "Trading" means negotiating the Base Price P of such contracts. Because all trade the same type of contract, a purchase and a sale can be netted against each other, like with financial contracts on an exchange.
2.1. The Dynamic Contract
Each dynamic contract is referring to a Region and a week. Each Region is a range in the Linear City and has a center, e.g. range 0 to 3.5 with
center at 1. A center is typically the location of a production facility in that Region.
The buyer of the dynamic contract has the right (and obligation) to decide after all trading rounds for a week, to which of his consumption site inside of the Region he wants the commodity to be transported to*. Thus the seller knows at time of sale not yet, where in the Region he has to bring the material to, if there is more than one consumption site in the region. But once he knows the location, he can decide from which production or purchase he is going to supply**. The software of the game is making these decisions ('Nominations') for each player automatic to maximize its individual profit.
The buyer will have to pay after the Nomination to location X to the seller the
delivery price E= P + |X-C|
with P as the base price he purchased for, C is the center of the region. Production Costs at a facility are 0.
But producers have to pay a freight of 1 per commodity and per distance unit to the location they bring material to (see Fig. 3).
Example:
Contract for Region B with C=9 got purchased for P=3. If it gets nominated to X=6, the buyer will have to pay 3+|6-9|=6. If the seller is supplying that sale with production from his site at location 1, he will have costs |6-1|=5.
* he can also forward it to one of his sales (see 3.1)
** or by import from outside of the Linear City (see 3.2)
2.2 Who wins ?
The winner is chosen by two criteria:
a Group Valuation
its Individual player profit
The winner will be the player from the group with the highest valuation, who has the most individual points.
The Group Valuation is determined by the total transport distance used to bring productions to consumptions, thus in units of length.
The smaller the distance, the higher is the valuation.
The Individual profit is calculated in money units: Buying low, selling high and reducing freight costs (as producer) is
the way to get high individual profit.
3.1 Technical Detail (1): Chains & Circles
Nominations can be done not only to consumption facilities, but also to sold contracts. If that happens several times in a row, this can create chains
of nominations. If the last in the chain is a consumption facility, all contracts in the chain get nominated to the location of that final facility.
If the chain meets itself, thus forms a 'circle' (e.g. A sells to B, B sells to C, C sells to A), the nomination will be to the center of the region, no transport takes place, but there is likely exchange of money units among the players.
3.2. Technical Detail (2): Import & Export
If a player has after all rounds for a week still a surplus of commodity, e.g. because of too many purchases or unsold production, he
has to export it (out of the Linear City). Export will give the player a price of 0.
Accordingly will a player who is physically short before the week starts, have to import.
The cost of Imports is 100 per commodity unit, including freight.
To maximize their individual profit, all players are offered an incentive to trade with each other rather then to make use of their import and export
possibilities.
3.3. Technical Detail (3): Auction Rules in Trading Rounds
In each Trading Round every player can place a number of orders for each type of contract.
A bid, which is equal or higher than an offer, will be matched with it and the average of their prices. More aggressive orders (e.g. lower offers) are matched preferably.
Orders, which are not matched in one round will be visible to everybody in the next round and can then be matched.
If they are afterwards still unmatched, they disappear. So every order has a lifetime of maximal 2 rounds, including the round it was placed in.
Trading rounds are limited in time, e.g to 20 seconds.
4. Why is it called "selfregulating" ?
The boundaries of the regions for delivery in a certain week will be adjusted after the last trading round for the previous week (Fig. 4). Relevant for the adjustment is the typical delivery price E close to the boundaries: Cheaper regions will grow as expensive ones shrink. This can be done by someone, who just observes the traded market prices, or a public algorithm - therefore it is called "selfregulation". Here it is done by the operator.
Example:
the prices at the boundary of Region A to B were EA < EB, the boundary will be shifted towards the center of B in the next round


|
|
Motorola!!!
Motorola is on a mission. For the last two years, it's been
trying to suss out the finest blend of silicon and style it could
get away with selling for just $180. And for the last two
years the company has had winners on its hands --
can you say "best-selling smartphone in Motorola history"?
That level of success makes crafting a second Moto G sequel even
trickier: Can Motorola keep its winning streak alive? Have people
come to expect more out of a cheap phone than what the company can provide?
It's true that this year's model doesn't stray far from the formula we've already seen,
but make no mistake: The 2015 edition is still the best deal you'll find on
a good Android phone.
|


This tab includes preferences affecting the behavior of the circuit layout editor.
Printer view: Specifies whether to display the circuit on the screen in the same way it is displayed through the printer. Normally this is off, and Logisim displays the on-screen circuit with indications of the current circuit state, and it displays some hints about component interface (most notably, it draws legs on OR gates to indicate where they would connect). The printer view, though, omits indications of state, and it omits such interface hints.
Show attribute halo: Specifies whether to draw the pale teal oval around the component or tool whose attributes are currently displayed in the attribute table.
Show component tips: Specifies whether to display the "tool tips" that will temporarily appear when the mouse hovers over components supporting them. For example, if you hover over a subcircuit component's pin, it will display the label of the corresponding pin within the subcircuit. Hovering over one of the ends of a splitter will tell you the bits to which that end corresponds. In addition, all components in the Plexers, Arithmetic, and Memory libraries will provide information about their inputs and outputs via tips.
Keep connections while moving: Indicates whether Logisim should add new wires when components are moved to preserve their connections. By default this is on — though it can be turned off temporarily by pressing the shift key while moving the components. If this box is unchecked, then the default will be not to add wires during a move — though you can turn it on temporarily by pressing the shift key during the move.
Show Ghosts while adding: When checked, and when a tool for adding a new component is selected, a light-gray outline of a component to be added is drawn as the mouse moves across the canvas. For example, if you select the AND gate tool and move the mouse into the window (without pressing the mouse's button), a gray outline of an AND gate will display where the AND gate will appear when the mouse is clicked.
After adding component: By default, after adding each individual component, Logisim switches back to the Edit Tool to allow you to move components around and to add wires. The drop-down box allows you to change this behavior so that Logisim stays at the same tool for adding more of the same component, until you yourself opt to choose the Edit Tool. (This was Logisim's default behavior prior to Logisim 2.3.0. While more intuitive, this behavior requires more mouse movement to switch between tools.)
First radix when wire poked: Configures how values are displayed when a wire is clicked using the Poke Tool. Clicking a wire displays temporarily the value, staying until the user clicks elsewhere in the circuit.
Second radix when wire poked: Configures the second part of how wire values are displayed.
Next: The Experimental tab.


I will explain how to operate in the competition specification of rescue using RRS-OACIS.
How to activate extensions? Please refer to and activate "Competition" and "Results".
Click Competition from the sidebar.
(the following images can be magnified)
Or in the browser
http://localhost:3080/competition
accessed
Enter the name of the event
Select Agent to participate in the event
Multiple Agent Selectable
Register participating teams by pressing the "Add" button
When the new form is added like the image above, it is done.
Select Map to use for simulation
Press the Add button to start the simulation.
Simulation started successfully if it looks like the image above.
The match result can be seen in Result.
Click Result from the sidebar.
Or to the browser
http://localhost:3080/results
to access
The match results are displayed in the table as shown below, and the rescue The same calculation method as Official Rule (2017) calculates score such as Point.
Click the name of the map whose results you want to see
Click the name of the map whose results you want to see
Detailed status is displayed like the above image
Game results can be downloaded in html format
Click Result from the sidebar.
Or to the browser
http://localhost:3080/results
to access it.
Press download button
Match result downloaded


Delete Session
Do you want to delete the session from
?
All informations from its sessions will be lost.
BACK TO SITES
DELETE


Layer Access
You can access layers in a map in one of several ways.
map.layer
Table
A map stores each of the map's layers in the map.layer
table. You can access a layer through either the layer's name or the layer's index. The name corresponds to the name in Tiled, and index to the level of the layer in Tiled. Layers are built just as they're displayed in Tiled - layer #1 is on top, layer #2 is next, and the last layer's index is the length of the layer table.
local layer
layer = map.layer[1] -- The first layer in the map
layer = map.layer["objects"] -- The layer named "objects" in Tiled
layer = map.layer[#map.layer] -- The last layer in the map
Iterators
Maps also provide a number of ways to iterate through each type of layer in the map. See the layer iterator reference for more information.


I was recently rushed to hospital with suspected Meningitis. I had a viral infection with all the same symptoms so they kept me in for a few days under obs. Iím 22, eat healthily, donít drink smoke or do drugs, and generally Iím really fit and strong I go gym regularly, and to be this ill was very concerning for the doctors.
Anyway, after a few days on a drip my temperature returned to normal and they said providing I could walk around ok, and not vomit I cold go home. The doctor came round with my pain relief and although I was desperate to get out of there I had begun to feel sick and didn't want to swallow the tablets incase I was, my mum said she'd ask them to give me an anti-sickness jab first, so I'd keep my pain relief down and could then go home. The fluids had been disconnected but the canular tube was still in my arm so they flushed it through with a saline solution then syringed in the Cyclizine.
Instantly my whole body stiffened, the pain that ran up my arm ways excruciating and I couldnít breathe. I could see the fear on my mums face as she screamed for the doctor to come back. I was trying to say that I thought there must've been a mistake and I'd been given the wrong drug, there's no way this could be the same anti-sickness drug administered to me the day before surely? My heart rate went from 72bpm to 145bpm in just a few seconds, I was aware of the doctors around me but the funky pattern on the curtain was swirling in and out like looking through a kaleidoscope and my jaw was unbelievably clenching like I'd done cocaine!
Every time I tried to speak I sounded like I had Cerebral Palsy, slurred and incoherent.  Hearing myself talk like that and my weird vision and my heart feeling like it was gonna rip through my chest was absolutely horrifying. I was trying not to cry because I couldnít breathe as it was! I could hear the doctor saying, 'It's ok, just try not to panic, concentrate on taking deep breaths' whilst hooking me into the heart monitor and putting more fluids into my arm.
My eyes were rolling backwards and I felt like this is it, this is what dying actually feels like! I wanted to close my eyes but it took every bit of strength I possess to keep awake. I honestly believe if I'd let my eyes shut, I'd never have opened them again. Eventually my heart rate resumed to normal and I could breathe. The experience frightened me more than anything in my whole life and I'd never take another anti-sickness drug again if my life depended on it.
Apparently two doctors checked I'd been given the correct drug and dose, and yet I had the same the day before and was fine. They told me it's just one of those unexplainable medical mysteries, but I'm not satisfied with that. It's two days since the bad reaction to Cyclizine, and I'm home now and still feel weird. Every time I try to sleep I quickly open my eyes suddenly remembering the feeling of the room spinning and the strange kaleidoscope vision. I still have a headache and feel sick, I'm shaky and weak and worried because this is so not me!! Maybe it is physiological but that drug messed me up in a big way and I just wanna feel normal and well again!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Here's your result
The final predicted units for a month are : {{ daily_unit }}
The final saved amount in a month is : {{ money_saved }}


Running is a hobby Toggle navigation Arsalon Amini Home About Contact Our recomendations for you! So you can code, but can you run?
Just Do it »


SLCOV Compute the covariance matrix $ Syntax $ - C = slcov(X) - C = slcov(X, w) - C = slcov(X, w, vmean) - C = slcov(X, w, 0) - C = slcov(X, w, vmean, true) $ Arguments $ - X: the sample matrix - w: the weights of the samples - vmean: the pre-computed mean vector - C: the computed covariance matrix $ Description $ - C = slcov(X) computes the covariance matrix for the samples in X. the samples are stored as column vectors. X should be a d x n 2D matrix, where d is the vector dimension, and n is the number of samples. - C = slcov(X, w) computes the weighted covariance matrix for the samples in X. w is a 1 x n row vector of the sample weights. If w is empty, the non-weighted covariance matrix is computed. - C = slcov(X, w, vmean) computes the (weighted) covariance matrix with the mean vector supplied. Thus in the function, vmean will be used, instead of re-computing the mean vector. - C = slcov(X, w, 0) computes the (weighted) covariance matrix on the centered vectors. Since the vectors are treated as centered, no mean vector would be computed, and X will not be shifted. - C = slcov(X, w, vmean, true) indicates that the size consistency has been verified by the invoker. In this function, no checking will be conducted on the sizes of input arguments. This syntax is designed for the sake of efficiency. $ Remarks $ - M should be a 2D matrix (d x n), then w should be a 1 x n row vector, vmean should be a d x 1 column vector or 0. Then C would be a d x d matrix. - In a non-weighted version, C = X * X' / n; while in a weighed version, the weights would be first normalized before the covariance is computed. $ History $ - Created by Dahua Lin on Apr 22, 2006 - Modified by Dahua Lin on Sep 10, 2006 - replace sladd by sladdvec to increase efficiency - replace slmul by slmulvec
0001 function C = slcov(X, w, vmean, hasbeenchecked) 0002 %SLCOV Compute the covariance matrix 0003 % 0004 % $ Syntax $ 0005 % - C = slcov(X) 0006 % - C = slcov(X, w) 0007 % - C = slcov(X, w, vmean) 0008 % - C = slcov(X, w, 0) 0009 % - C = slcov(X, w, vmean, true) 0010 % 0011 % $ Arguments $ 0012 % - X: the sample matrix 0013 % - w: the weights of the samples 0014 % - vmean: the pre-computed mean vector 0015 % - C: the computed covariance matrix 0016 % 0017 % $ Description $ 0018 % - C = slcov(X) computes the covariance matrix for the samples in X. 0019 % the samples are stored as column vectors. X should be a d x n 2D 0020 % matrix, where d is the vector dimension, and n is the number of 0021 % samples. 0022 % 0023 % - C = slcov(X, w) computes the weighted covariance matrix for 0024 % the samples in X. w is a 1 x n row vector of the sample weights. 0025 % If w is empty, the non-weighted covariance matrix is computed. 0026 % 0027 % - C = slcov(X, w, vmean) computes the (weighted) covariance matrix 0028 % with the mean vector supplied. Thus in the function, vmean will be 0029 % used, instead of re-computing the mean vector. 0030 % 0031 % - C = slcov(X, w, 0) computes the (weighted) covariance matrix on 0032 % the centered vectors. Since the vectors are treated as centered, 0033 % no mean vector would be computed, and X will not be shifted. 0034 % 0035 % - C = slcov(X, w, vmean, true) indicates that the size consistency 0036 % has been verified by the invoker. In this function, no checking 0037 % will be conducted on the sizes of input arguments. This syntax 0038 % is designed for the sake of efficiency. 0039 % 0040 % $ Remarks $ 0041 % - M should be a 2D matrix (d x n), then w should be a 1 x n row vector, 0042 % vmean should be a d x 1 column vector or 0. Then C would be a 0043 % d x d matrix. 0044 % - In a non-weighted version, C = X * X' / n; while in a weighed 0045 % version, the weights would be first normalized before the covariance 0046 % is computed. 0047 % 0048 % $ History $ 0049 % - Created by Dahua Lin on Apr 22, 2006 0050 % - Modified by Dahua Lin on Sep 10, 2006 0051 % - replace sladd by sladdvec to increase efficiency 0052 % - replace slmul by slmulvec 0053 % 0054 0055 %% parse and verify input arguments 0056 0057 if nargin < 4 || ~hasbeenchecked 0058 0059 % basic 0060 if ndims(X) ~= 2 0061 error('sltoolbox:invaliddims', 'X should be a 2D matrix'); 0062 end 0063 [d, n] = size(X); 0064 0065 % for weights 0066 if nargin < 2 0067 w = []; 0068 end 0069 if ~isempty(w) 0070 if size(w, 1) ~= 1 || size(w, 2) ~= n 0071 error('sltoolbox:sizmismatch', ... 0072 'w should be an 1 x n row vector'); 0073 end 0074 end 0075 0076 % for mean vector 0077 if nargin >= 3 && ~isempty(vmean) && ~isequal(vmean, 0) 0078 if size(vmean, 1) ~= d || size(vmean, 2) ~= 1 0079 error('sltoolbox:sizmismatch', ... 0080 'v should be a d x 1 column vector'); 0081 end 0082 end 0083 0084 else 0085 0086 % simple parse 0087 n = size(X, 2); 0088 if nargin < 2 0089 w = []; 0090 end 0091 0092 end 0093 0094 %% centerize the samples 0095 0096 if nargin < 3 || isempty(vmean) 0097 vmean = slmean(X, w, true); 0098 end 0099 0100 if ~isequal(vmean, 0) % need centerization 0101 X = sladdvec(X, -vmean, 1); 0102 end 0103 0104 %% compute the covariance 0105 0106 if isempty(w) % not weighted 0107 0108 C = X * X' / n; 0109 0110 else % weighted 0111 0112 w = w / sum(w); 0113 C = slmulvec(X, w, 2) * X'; 0114 0115 end 0116 0117 0118 0119 0120


The Crow
Chad'z rating: **** (out of 4 = excellent)
1994, R, 102 minutes [1 hour, 42 minutes]
[fantasy]
starring: Brandon Lee (Eric Draven - The Crow), Ernie Hudson (Officer Albrecht), Michael Wincott (Top Dollar), Rochelle Davis (Sarah), produced by Edward R. Pressman, Jeff Most, written by David J. Schow, John Shirley, directed by Alex Proyas, based on the comic book and characters created by James O'Barr.
"The Crow" is an unusual, but excellent film unlike anything I've ever seen before. It's a modern mythology story that takes elements from almost every genre. What we get is a fantastic thrill ride of adventure, suspense, and an overall sense of Gothic supernaturalism.
A narrator tells us when someone dies a crow takes their soul to the realm of the dead, but if something went wrong, if something is unresolved, sometimes that person is able to come back and set the wrong things right. This is all told over an establishing shot of a dark and dirty city that seems to be lit by the fires of Hell. The intense mood is immediately established through the hardcore industrial soundtrack, a deathly black night, with an overall design that is the epitome of Gothic.
Brandon Lee stars as Eric Draven, a man who was murdered after he and his fiancee Shelly tried to protest the mob's decision to evict everyone in their neighborhood. Throughout the film we are shown flashes of their murder, which is quite disturbing. The killers were essentially common thugs but with a vicious, sadistic attitude. Eric's "ghost" returns to the scene of the crime and relives it, but now he is ready to make those who did wrong to him pay for their sins.
We also meet Sarah (Davis), a 12-year-old who was friends with Eric and Shelly and misses them terribly.  There is also police officer Albrecht (Hudson), a cop who becomes personally involved with Eric's case. He actually seems to care about people's welfare in a place where right and wrong are reversed.
Eric hunts down his killers, and one-by-one, exacts vengeance, always leaving behind his symbol which Officer Albrecht uses to put together the pieces. Lee is so intense as his character he is sometimes more frightening than the villains.
The source of the city's crime and evil seems to be coming from the nearly demonic mob boss "Top Dollar" (Wincott). We see him perform cannibalistic rituals, and when he speaks, his rhetoric is almost hypnotizing, and all of this adds to the supernatural mood. He vileness makes him easy to hate, and the film plays to our hopes that Eric will eventually confront him and justice will be served.
The storytelling style here is not exactly straightforward. It allows for scenes of interaction between Eric, Sarah, Officer Albrecht, and the criminals he is after. Many of scenes do not build up the story, but serve only to enhance mood, which is the film's primary existence anyway. We never know what's going to happen next, but everything that does happen makes sense.
Of course, Top Dollar figures out a way to "kill" Eric, which leads to an exciting ending that is sad but poetic.
"The Crow" is a fascinating film. Never before has a film been able to create such a powerful theme through mood and character alone.
e-mail<EMAIL_ADDRESS>(C) 1997 Chad Polenz
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


--- layout: post title: Rails 3 Beginner to Builder 2011 Week 5 date: '2011-07-08T17:10:00-05:00' tags: - Rails-3-beginner-to-builder-2011 - rails - ruby - ruby on rails permalink: /post/7393200740/rails-3-beginner-to-builder-2011-week-5 ---
This is part 5 of my Rails 3: Beginner to Builder series. https://www.schneems.com/beginner-to-builder-2011
Assignment before next week (Week 6): Chapters 12, 13, & 14
Rails 3 Beginner to Builder 2011 Week 5 from richard schneeman on Vimeo.
Rails 3 Beginner to Builder 2011 Week 5 View more
presentations from Richard Schneeman
Topics:
- Data Flow
- View to Controller
- controller to view
- Routes
- Params
- Authenticating Users
- Cryptographic Hashes (cool huh)
- Authlogic


---
layout: careers
title: Android developers | Maisa Solutions
description: MaisaSolutions is a web and mobile development services company. We build awesome things for the web & mobile. We’re creators, designers, engineers, educators and problem solvers. We provides Agile Ruby on Rails Development and Consulting.
---
Android Developer
Description:
We are looking for talented Technical Lead focused on Android to join us. We have a strong focus on quality, so we like continuous integration and automated test frameworks. Our environment frees up developers to do what they do best: innovate and implement. We love to work with smart people who have a strong sense of ownership and strong engineering mindset.
Responsibilities:
- Design & develop the android application as per desired specifications
- Own end to end product modules/features
- Experience in Eclipse & Interface Builder, Android OS, JAVA, JDK 1.6, SQLite, XML
- Experience in working on the latest Android OS Platforms available
- Work on bug fixing and improving application performance
- Experienced with Device Testing - Application, Network, Performance
- Excellent design, problem solving, coding and debugging skills
Requirements And Skills:
- 3+ years of Android development
- Comprehensive knowledge and understanding of JAVA and Android SDK
- Extensive understanding of the full mobile development life cycle
- In-depth understanding of Object Oriented concepts, data structures and algorithms
- Hands-on experience in User Interface Development
- Good understanding of Design Patterns
- Experience with SQLITE, JSON Parsing and Web Services
- Experience in third party integrations, experienced in releasing applications to Play Store
Application Instructions:


Getting started with the Standard dialects in 5 minutes
This guide will take you through some of the most important concepts you need to know to understand a Thymeleaf template written in the Standard or SpringStandard dialects. It is not a substitute for the tutorials — which are much more comprehensive — but it will teach you enough for getting the feel of the technology.
Standard dialects?
Thymeleaf is very, very extensible, and it allows you to define your own sets of template attributes (or even tags) with the names you want, evaluating the expressions you want in the syntax you want and applying the logic you want. It's more like a template engine framework.
Out of the box, nevertheless, it comes with something called the standard dialects (named Standard and SpringStandard) that define a set of features which should be more than enough for most scenarios. You can identify when these standard dialects are being used in a template because it will contain attributes starting with the th prefix, like .
Note that the Standard and the SpringStandard dialects are almost identical, except that SpringStandard includes specific features for integrating into Spring MVC applications (like, for example, using Spring Expression Language for expression evaluation instead of OGNL).
Also note we usually refer to features in the Standard dialects when we talk about Thymeleaf without being more specific.
Standard Expression syntax
Most Thymeleaf attributes allow their values to be set as or containing expressions, which we will call Standard Expressions because of the dialects they are used in. These can be of four types:
- Variable expressions
- Selection or asterisk expressions
- Text externalization or internationalization expressions
- URL expressions
Variable expressions
Variable expressions are OGNL expressions —or Spring EL if you're using SpringStandard— executed on the map of context variables —also called model attributes in Spring jargon. They look like this:
${session.user.name}
And you will find them as attribute values or as a part of them, depending on the attribute:

Selection (asterisk) expressions
Selection expressions are just like variable expressions, except they will be executed on a previously selected object instead of the whole context variables map. They look like this:
*{customer.name}
The object they act on is specified by a th:object attribute:

...
...
...

Text externalization expressions
Text externalization (often called internationalization) allows us to retrieve locale-specific messages from external sources (.properties files), referencing them by a key and (optionally) applying a set of parameters.
#{main.title}
#{message.entrycreated(${entryId})}
You can find them in templates like:

...
...
...
...

URL expressions
URL expressions are meant to add useful context and session info to the URLs, a process usually called URL rewriting.
@{/order/list}
URLs can also take parameters:
@{/order/details(id=${orderId})}
And be relative (in which case no application context will be added to the URL):
@{../documents/report}
Let's see these expressions in context:
<form th:action="@{/createOrder}">

From this last example, see how Thymleaf allows us to set an href value for static prototyping, letting our templates link to each other nicely when directly open in a browser, and at the same time with th:href we can specify the URL that will be set as href when Thymeleaf really executes the template.
Literals and operations
Some operations are also available, as well as text and numeric literals:
- Literals: 'Development', 2, 12.1,...
- String concatenation: +
- Example: 'Value is ' + ${myVar}
- Arithmetic operations: +, -, *, /, %
- Example: ${listStat.count} + 1
- Comparisons: ==, !=, <, <=, >, >=
- Example: (${event.number} % 2) == 0
- Boolean operators: and, or
- Example: ${user.isAdmin()} and ${server.name == 'dev021'}
Expression preprocessing
One last thing to know about expressions is there is something called expression preprocessing, specified between __, which looks like this:
#{selection.__${sel.code}__}
What we are seeing there is a variable expression (${sel.code}) that will be executed first and which result — let's say, "ALL" — will be used as a part of the real expression to be executed afterwards, in this case an internationalization one (which would look for the message with key selection.ALL).
Some basic attributes
Let's have a look at a couple of the most basic attributes in the Standard Dialect. Starting with th:text, which just replaces the body of a tag (notice again the prototyping abilities here):

Welcome everyone!

Now th:each, which repeats the element it's in as many times as specified by the array or list returned by its expression, creating also an inner variable for the iteration element with a syntax equivalent to that of a Java foreach expression:

En las Orillas del Sar

Lastly, Thymeleaf includes lots of th attributes for specific XHTML and HTML5 attributes which just evaluate their expressions and set the value of these attributes to their result. Their names mimic those of the attributes which values they set:
<form th:action="@{/createOrder}">
<input type="button" th:value="#{form.submit}" />

Want to know more?
Then the "Using Thymeleaf" tutorial is what you're looking for!


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This is the list of all the available appointments. You can reserve them here.
| Dermatologist Name | Dermatologist Ratesort | Date | Time | Price sort | Make Reservation |
|---|---|---|---|---|---|
| {{k.dermatologistName}} | {{k.dermatologistRate}} | {{k.date}} | {{k.time}} | {{k.price}} |
This is the list of all the available counseling appointments. You can reserve them here.
| Pharmacist Name | Pharmacist Ratesort | Date | Time | Price sort | Make Reservation |
|---|---|---|---|---|---|
| {{k.dermatologistName}} | {{k.dermatologistRate}} | {{k.date}} | {{k.time}} | {{k.price}} |


peepo
Guess
Twitch Chat guesses their streamer's drawings.


Values are in millions of operations per second, so larger values are better.
localAccesses
Io
26.7
Python
23.2
Ruby
8.1
localSets
Io
10.3
Python
23.2
Ruby
5.8
slotAccesses
Io
11.2
Python
6.1
Ruby
3.4
slotSets
Io
4.9
Python
5.9
Ruby
4.4
blockActivations
Io
3.7
Python
1.6
Ruby
2.3
instantiations
Io
2.1
Python
1.4
Ruby
1.4
versions
Io 20050615
Python 2.3.0 final 0
Ruby 1.6.8


This home page (ywho.github.io) has the problem of code duplication at side navigation bar. Originally, every single post will need to have its side navigation updated individually. As the number of posts increased, the workload increase also. To solve the problem of code duplication, I tried to do some googling to see if I can include html file in some way. This will allow me to maintain just a single file whenever I need to update the side navigation bar. Voila, I found a solution from w3school. I just need to use 'w3-include-html' attribute and a link to 'w3.js' file in the script tag.
Although the problem was solved, I faced new follow up problems. Anyway, let just focus on the first problem that I mentioned above. After solving the first problem, I was feeling really happy, because I can immediately see the effect of saving time in updating the side navigation bar.
From the experience, I learnt that there is always a solution at some place, because someone might have the same problem before me.
When solving a coding problem, I usually use combination of process such as: 'Reading error messages', 'Googling', 'Console.logging', 'Pseudocode', and 'Improving process with reflection'. There are no specific sequence in using those process. It is a personal judgement on which one is more suitable for certain scenario. In some real difficult case where I'm really stuck, I will start asking peers or coaches for help. Regarding Rubber ducky method, I guess I did it all the time, when I tried to rephrase something technical using my own words to a non-technical person.
The .map() method will internally loop through every element in an array, then pass each element to a function to be processed. Each processed result will be saved into a new array. At the end of the looping, the new array will be returned as the result of the operation.
The .filter() method will internally loop though every element in an array, then test every element with the test condition provided. Any element that passed the test condition will be saved into a new array. At the end of the looping, the new array with those elements that passed the test condition, will be returned.
The .reduce() method is a shortcut way to accumulate every element inside the array to a single result. First, it has a default Total that starts at 0. Then it will internally loop through every element from left to right. Each element will do mathematic operation with Total, and save the result back to Total. The new Total will be used for operation with the next element. The final result will be the accumulated results of the mathematic operation upon every element. Regarding the mathematic operation, it can be any operation as long as the operation involves both Total and an array element.


{% extends "base.html" %} {% block content %}
Add songs to the queue or play now to skip to the front.


One of the most frequent questions I get about open data is - why? Most folks understand the need for transparency and openness in government, but some question the need to invest the effort in a comprehensive open data effort.
And to be perfectly fair - very few folks have measured the impact of open data. Since we love being data-driven, we decided to attempt measuring open data. This blog post summarizes what we’re doing and we want to hear your thoughts and feedback so we can learn together.
Learn more below or dive into DataSF in Progress - where you can track our metrics in real time! Or read our evaluation and performance plan here: https://docs.google.com/document/d/1wvrSviKN8mYtxVVYCw7WohoujJjSFvSkY_Tj3ku8UMU/edit?usp=sharing.
Number of datasets is a bad success measure
Early on, it became clear - we cannot measure open data by counting the number of datasets. A couple problems with this:
- It incents the wrong behavior. If we publish every year as a different dataset, our N goes up but data usability goes down. If we publish low value data, our N goes up but no one wants to use it. While it’s important to track - # of datasets shouldn’t be a key performance indicator (KPI).
- It diverts focus from quality. Publishing to increase your N distracts from ensuring high quality publishing - data that is documented, updated regularly and of value.
Limited guidance and a focus on case studies
Our research review revealed that there was not a bunch of guidance on how to measure open data and many of the benefits to open data relied on example case studies. Case studies are important but hard to quantify.
One of the most frequently cited estimates of the impact of open data is a 2013 McKinsey report that estimates open data will create $3-5 trillion in value. Unfortunately, the report doesn’t offer a methodology that can be replicated.
Our framework: Logic Model + Measures
Our approach relies on a logic model that provides a theoretical framework plus a set of measures for tracking our performance.
Logic Model: Our theoretical framework
Our logic model provides a framework for linking our activities to the ultimate outcomes we hope for, namely:
- A robust and innovative economy
- Quality outcomes for residents, businesses, and visitors using City services
- Increased engagement and empowerment
- Ultimately - excellent quality of life and work in the City
These are lofty outcomes - how do we relate the Open Data program to them? Our logic model provides the theoretical linkages (though we haven’t figured out a good way to measure them).
Measures for Activity, Quality and Impact
Since our ultimate outcomes are hard to track, we rely on a variety of indirect measures - starting from how much we publish to what’s being done with it. Our metrics fall into 3 groups:
- How much did we do? (activity metrics)
- How well did we do it? (quality metrics)
- Is anyone better off as a result? (impact metrics)
(You may notice these look suspiciously like the Results Based Accountability, RBA, approach…that’s because we are using it ;-)
Publishing Activity
Our publishing activity measures progress on our dataset inventory (learn about this process) and publishing plans (view plans). Both of these are mandated by our open data legislation.
We also track publishing activity by department, priority level and classification as percentages. Percents allow us to compare performance without distorting incentives.
Publishing Quality
Our quality metrics track how well we publish when we publish:
- Performance against target. Every six months, we identify the number of datasets to publish. These measures track how we are performing against those targets.
- Timeliness of publishing. Fresh data is better than old data. Data should be updated per our commitment captured in the metadata for each dataset.
- Documentation and Usability. Data that isn’t documented puts extra burden on the user and results in unnecessary question loops. Native hosting allows our users to fully leverage our open data services.
We have now added all of our quality metrics to DataSF in Progress - where you can track them real time! Couple notes on how we’ve built this:
- We track all the needed variables in a handful of public datasets (data inventory, metadata, and published views)
- We use our open data API to populate our dashboard
Publishing Impact
If we publish a bunch of data in a quality manner, it doesn’t matter if no one uses it. This is where our impact measures come into play. They are the hardest to measure and require deliberate data collection. At this time, our impact measures focus on internal metrics. While we’ve attempted external surveys, our “n” has been too low to infer anything from the data. In lieu of this, we are exploring “net promoter” scores and other methods. Welcome thoughts on this one.
Until then, we will collect the following data via annual surveys and will add to our dashboard as we have multiple years.
- Respondents indicating that SF OpenData has made their analytical work easier, faster or more accurate
- Respondents indicating a reduction in medium or major barriers to use of data
- Respondents indicating sufficient access to data produced or collected by other departments
We’ll also try to capture additional impact via:
- Case studies or stories of uses of open data
- Focus groups or workshops
- Counts of apps or websites “Made with Open Data” as part of our new showcase. This may include some basic impact questions like “how important was open data to creating your service”.
Read our entire Evaluation and Performance Plan for Open Data, which provides details on our approach, including desired trends, etc. Drop us a note if you think we are missing something key!


Automated Test - all check boxes should be checked
Editor + Plugins Test
No plugins, initially empty
This instance is created from a div directly with default toolbar and plugins
The following HTML should appear as source: <INPUT TYPE="IMAGE" SRC="javascript:alert('no scripting attacks')">
Created from div, auto-expanding
Extra text
This editor is created from a div with AlwaysShowToolbar plugin (do not forget to set height="").
Lorem ipsum dolor sit amet, consectetuer adipiscing elit. Aenean
semper sagittis velit. Cras in mi. Duis porta mauris ut ligula. Proin
porta rutrum lacus. Etiam consequat scelerisque quam. Nulla facilisi.
Maecenas luctus venenatis nulla. In sit amet dui non mi semper iaculis.
Sed molestie tortor at ipsum. Morbi dictum rutrum magna. Sed vitae
risus.
The following HTML should appear as source: <INPUT TYPE="IMAGE" SRC="javascript:alert('no scripting attacks')">
..after
Optional toolbar buttons
This instance includes optional toolbar buttons which pull in additional ui (dijit) code.
Note the require() arguments to pull in the associated editor plugins to make
this work.
This is serif. This is sans-serif. This is monospace. This is cursive. This is fantasy.
..after
Plugins specified
This instance demos how to:
specify which plugins to load (see the plugins property): this instance loads FontChoice plugin, among others;
specify options for a plugin (see the last item in the plugins array)
..after
Font sizing via style
Hello World!
Checking pre-filter application
notdojo
Checking editor starting with br
some stuff
some other stuff.
Programmatic creation
This div will become an editor.
This div will become an auto-expanding editor.
This div will become a programmatic editor in addOnLoad with creation-defined default content.
This div will become a programmatic editor in addOnLoad with creation-defined and custom filters.


I really love to create something new: from the browser API to a CSS demo.
Being involved in the latest discussions regarding the browser additions and latest Front-End features,
I really love to share my experience and excite others regarding the abilities they can learn and start
using.
Usually, it’s about everything related to Front-End:
-
CSS:
latest layouts, new properties and modules, pre/post processor news, libraries, CSS Houdini and
performance
-
JavaScript:
ES6+ features, build time and native differences/abilities, Node.js, frameworks, new APIs, and
proposals, security, and perf
-
Build tools:
Node.js, npm scripts, Webpack/Rollup/Browserify, Gulp/Grunt, Bash and dozen other interesting words
😉
-
Browsers:
new DevTools features, latest additions to the browsers support, experimental flags and
capabilities, page load and UI interaction performance
-
proposals/specs:
dev discussions, ideas, needs and proposals
-
and many other things.
It’s useful for various people, including UI developers, UX designers, JavaScript developers and many others
(DevOps, Management etc.)
I usually speak at public conferences but can give a talk at private/company events.
Same is about workshops- I can provide them if you are interested in it.
Do you want me to speak at your conference or run a workshop-
Contact me:
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Expression of erythroid-specific genes in acute megakaryoblastic leukaemia and transient myeloproliferative disorder in Down 's syndrome.
Abstract
Acute megakaryoblastic leukaemia (M7) and transient myeloproliferative disorder in Down 's syndrome (TMD) are characterized by rapid growth of abnormal blast cells which express megakaryocytic markers. To clarify properties of the blast cells in M7 and TMD cases, we examined erythroid markers expression in blasts from six cases with M7 and seven cases with TMD in this study. Erythroid-specific mRNAs encoding gamma-globin and erythroid delta-aminolevulinate synthase were found to be expressed in blasts from most of these cases, indicating that majorities of the blasts in M7 and TMD cases have erythroid and megakaryocytic phenotypes. We also found that mRNAs encoding GATA-1 and GATA-2 are expressed in all these cases. These results suggest that M7 blasts and TMD blasts correspond to the erythroid/megakaryocytic bipotential progenitor cells.


- every Win32 object (window, menu, bitmaps, events) with a handle derives from Disposable in wtl.py
- every window derives from Window in wtl.py
Window has the following static members which can be overridden in derived
classes to manipulate the appearance/behaviour of windows:


All Python modules used within DoorPi are listed here.
The status can show the following states:
- Module is installed correctly and can be used.
- Module is not or not properly installed, but is optional.
- Module is not or not properly installed, but is mandatory.
In some areas (especially sipphone and keyboard) it is only necessary that one of the modules is installed so that all others become optional.
The Help Info button provides extensive information about each module. This includes configuration parameters and possible events as well as details about the area itself.
This overview (or its results) is the basis for all other features in this dashboard.