Total Leads
-
Overall Growth
79.10%
-
Montly
11.40%
-
Day
18.55%
Total Vendor
-
Overall Growth
79.10%
-
Montly
11.40%
-
Day
18.55%
68%
Bounce Rate
50%
New User
Total Vendor
-
Overall Growth
79.10%
-
Montly
11.40%
-
Day
18.55%
Total User
12,548
New Orders
16,748
Last Week Earnings
$45,251
Products Delivered
5,124


Analytics
public class Analytics
Records analytics data and sends it to the Mobile Analytics service.
To subscribe to automated analytics recording, pass the DeviceEvent
options that you want recorded in initialize(appName:apiKey:hasUserContext:deviceEvents:)
.
Custom events can be recorded with log(metadata:)
. You can also define the current application user with userIdentity
using, for example, the user’s login information.
When you are ready to send all of the recorded data to the Mobile Analytics service, use send(completionHandler:)
.
-
Determines whether analytics data will be recorded.
Declaration
Swift
public static var isEnabled: Bool
-
Identifies the current application user. To reset the
userIdentity
, set the value to nil.Declaration
Swift
public static var userIdentity: String? { get set }
-
Record analytics data.
Analytics logs are added to the log file until the file size is greater than
Logger.maxLogStoreSize
. At this point, the first half of the stored logs will be deleted to make room for new log data.When ready, use
send(completionHandler:)
to send the recorded data to the Mobile Analytics service.Note
Do not supply values for the
file
,function
, orline
parameters. These parameters take default values to automatically record the file, function, and line in which this method was called.Declaration
Swift
public static func log(metadata: [String : Any], file: String = #file, function: String = #function, line: Int = #line)
Parameters
metadata
The analytics data
-
The required initializer for the
Analytics
class when communicating with a Mobile Analytics service.Here you can choose what data you want to have monitored by
Analytics
, including user identities, user location, app lifecycle events, and network requests.Note
This method must be called after initializing
BMSClient
withBMSClient.sharedInstance.initialize(bluemixRegion:)
from theBMSCore
framework, and before callingsend(completionHandler:)
orLogger.send(completionHandler:)
.Declaration
Swift
public static func initialize(appName: String?, apiKey: String?, hasUserContext: Bool = false, collectLocation: Bool = false, deviceEvents: DeviceEvent...)
Parameters
appName
The application name. Should be consistent across platforms (i.e. Android and iOS).
apiKey
A unique ID used to authenticate with the Mobile Analytics service.
hasUserContext
If
false
, user identities will be automatically recorded using the device on which the app is installed. If you want to define user identities yourself usingAnalytics.userIdentity
, set this parameter totrue
.collectLocation
Determines whether Analytics should automatically monitor the user’s current location. Before location can be retrieved, you must first request permission from the user with
CLLocationManager
requestWhenInUseAuthorization()
.deviceEvents
Device events that will be recorded automatically by the
Analytics
class. -
Log the user’s current location once.
Important
Before calling this method, make sure that you have requested permission to use location services from the user (usingCLLocationManager
requestWhenInUseAuthorization()
), and set thecollectLocation
parameter totrue
in theAnalytics.initialize(appName:apiKey:hasUserContext:collectLocation:deviceEvents:)
method.Declaration
Swift
public static func logLocation()
-
Send the accumulated analytics logs to the Mobile Analytics service.
Analytics logs can only be sent if the BMSClient was initialized with
BMSClient.sharedInstance.initialize(bluemixRegion:)
from theBMSCore
framework.Declaration
Swift
public static func send(completionHandler userCallback: BMSCompletionHandler? = nil)
Parameters
completionHandler
Optional callback containing the results of the send request.
-
Trigger feedback Mode
Note: Feedback Mode can only be triggered if the BMSClient was initialized with
BMSClient.sharedInstance.initialize(bluemixRegion:)
from theBMSCore
framework.Declaration
Swift
public static func triggerFeedbackMode()


A little about my past drug experience's I used to be a daily marijuana user then my freshman year in high school I was introdused to opiates since then I've tried hydrocodone, oxycodon (percocet, roxiecet, oxycontin), fentanyl, hydromorphone, morphine, and codeine, and more recently was in out-patient rehab being treated with buprenorphine (suboxone 8mg sublinguel), I致e also tired cocain, MDMA, ketamine, shrooms, salvia, and I smoke cigarettes. I知 prescribed 1mg alprozolam 4X a day.
My girlfriends mother got a prescrption for oxymorphone after she was black listed by her doctor for selling her OC's. After begging her for a couple of days she gave me 4 5mg Opana IR tablets. Since completing my stint in rehab I had cut down my opiate use to about once a month but I just had to try this new drug!
My mindset was was very excited, and a little aprehensive so I crushed up my 4 tablets with a card and a lighter and to my suprise it crushed up so easy (much like a xanax) and it had the consistancy of cocain, I got everything needed to enjoy a good opiate experience, Mt.dew, camel's, and my tom petty and the heart breakers cd.
T+0:00-I snorted my four lines of opana, a little aprehensive about whats gonna happen.
T+0:05-Slight headchange. Its starting to feel like a mix between dilaudid and a good dose of alprozolam.
T+0:15-Just got done smoking a cigarett, I feel great its just a very nice mellow body high, not trouble typing as with other opiates (mainly codeine).
T+0:30-Listing to Tom Petty is very relaxing, I知 going to smoke another cigarett, then curl up and read the book I just started called Invisable Monsters by Chuck Palahniuk.
T+1:20-Reading is very enjoyable, but my body buzz is just so over whelming, thats its hard to concentrate, also I知 beginning to nod just a wee-bit.
T+2:00-For lack of a better word I知 fucked up, this is one of the fine opiates I have tried, I知 nodding in and out and I've got my my cd on repeat of free falling. My body feels like I could just fly away, and I have a plesant itch all over my body (it feels so good to just lightly scratch).
T+2:30 I belive I have reached the peak effects no longer feel like their rising, I知 pretty messed up and I知 out of cigaretts, I was gonna drive to the stoor but its in usually warm for february so I belive I will walk instead.
T+4:00-My cigarett run turned out to be a little longer than expected but thats ok cause I enjoyed myself its now 5pm and the drug has reached its peak, I havent really started to comedown yet so I知 just gonna mellow out for a while.
T+5:00-I'm starting to comedown I can tell this is gonna be a nice gradual decent that will probably carry me out through the remander of the afternoon.
T+8:00 I haven稚 wrote in the last two hours beacuse nothing has changed I知 still slowly floating down towards base line, I知 a wrap this report up and call it a day, beacuse its now 8pm, and I知 just slowly crawling to what will be a good full night of drug induced sleep.
Overall this has to be one of the best opiates I have tried to date, it starts out small and then hits, except not overpowering, it almost feel like I ran into an old friend at a supermarket and I just sat and talked for hours. I will repeat this again and I have to give oxymorphone a 10 out of 10 beacuse it produced everything I personally look for in a opiate (nice body high, slight nodding effect, and a great sense of well being). It didnt really produce euphoria persay but all in all it is a great drug that I hope to get my hands on again sometime in the next few weeks.
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.


Functions:
By Category
Alphabetical List
Documentation Set
Quick Start
A set of simple examples designed to get you quickly up and running with the DiscreteWavelets toolbox.
Product Demos
DiscreteWavelets Toolbox Demos
Presents a collection of demos that you can run from the Help browser to help you learn the product
What's New
Release Notes
Summarizes new features, bug fixes, upgrade issues, etc.
The MathWorks Web Site Resources
Demos
MATLAB Central
Product Page
Platforms & Requirements
Related Books
Related Products
Technical Support


Rect
class Rect extends Polygon
a rectangle Object
Constructor
new Rect(x: number, y: number, w: number, h: number) → {}
| Name | Type | Description |
|---|---|---|
| x | number |
position of the Rectangle |
| y | number |
position of the Rectangle |
| w | number |
width of the rectangle |
| h | number |
height of the rectangle |
Summary
Properties from Rect
Methods from Rect
| Rect |
|
| Rect |
|
| boolean |
|
| Rect |
|
| boolean |
|
| boolean |
|
| boolean |
|
| Rect |
|
| Rect |
|
| Rect |
|
| Polygon |
|
| Rect |
|
Methods inherited from Polygon
| Bounds |
|
| Array<number> |
|
| boolean |
|
| Polygon |
|
| Polygon |
|
| Polygon |
|
| Polygon |
|
|
|
|
| Polygon |
|
| Polygon |
|
| Polygon |
|
| Polygon |
|
| Bounds |
|
Public Properties
centerX: number
number
absolute center of this rectangle on the horizontal axis
centerY: number
number
absolute center of this rectangle on the vertical axis
Public Methods
centerOn(x: number, y: number) → {Rect}
center the rectangle position around the given coordinates
| Name | Type | Description |
|---|---|---|
| x | number |
the x coordinate around which to center this rectangle |
| y | number |
the y coordinate around which to center this rectangle |
| Type | Description |
|---|---|
| Rect |
this rectangle |
clone() → {Rect}
clone this rectangle
| Type | Description |
|---|---|
| Rect |
new rectangle |
contains(x: number | Vector2d | Rect, y: number) → {boolean}
Returns true if the rectangle contains the given point or rectangle
if (rect.contains(10, 10)) {
// do something
}
// or
if (rect.contains(myVector2d)) {
// do something
}
if (rect.contains(myRect)) {
// do something
}
| Name | Type | Attributes | Description |
|---|---|---|---|
| x | number | Vector2d | Rect |
x coordinate or a vector point, or a rectangle to test |
|
| y | number |
<optional> |
y coordinate |
| Type | Description |
|---|---|
| boolean |
True if the rectangle contain the given point or rectangle, otherwise false |
copy(rect: Rect) → {Rect}
copy the position and size of the given rectangle into this one
| Name | Type | Description |
|---|---|---|
| rect | Rect |
Source rectangle |
| Type | Description |
|---|---|
| Rect |
new rectangle |
equals(rect: Rect) → {boolean}
check if this rectangle is identical to the specified one
| Name | Type | Description |
|---|---|---|
| rect | Rect |
| Type | Description |
|---|---|
| boolean |
true if equals |
isFinite() → {boolean}
determines whether all coordinates of this rectangle are finite numbers.
| Type | Description |
|---|---|
| boolean |
false if all coordinates are positive or negative Infinity or NaN; otherwise, true. |
overlaps(rect: Rect) → {boolean}
check if this rectangle is intersecting with the specified one
| Name | Type | Description |
|---|---|---|
| rect | Rect |
| Type | Description |
|---|---|
| boolean |
true if overlaps |
resize(w: number, h: number) → {Rect}
resize the rectangle
| Name | Type | Description |
|---|---|---|
| w | number |
new width of the rectangle |
| h | number |
new height of the rectangle |
| Type | Description |
|---|---|
| Rect |
this rectangle |
scale(x: number, y: number) → {Rect}
scale the rectangle
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
| x | number |
a number representing the abscissa of the scaling vector. |
||
| y | number |
<optional> |
x |
a number representing the ordinate of the scaling vector. |
| Type | Description |
|---|---|
| Rect |
this rectangle |
setShape(x: number, y: number, w: number | Vector2d<Array>, h: number) → {Rect}
set new value to the rectangle shape
| Name | Type | Attributes | Description |
|---|---|---|---|
| x | number |
position of the Rectangle |
|
| y | number |
position of the Rectangle |
|
| w | number | Vector2d<Array> |
width of the rectangle, or an array of vector defining the rectangle |
|
| h | number |
<optional> |
height of the rectangle, if a numeral width parameter is specified |
| Type | Description |
|---|---|
| Rect |
this rectangle |
toPolygon() → {Polygon}
Returns a polygon whose edges are the same as this box.
| Type | Description |
|---|---|
| Polygon |
a new Polygon that represents this rectangle. |
union(rect: Rect) → {Rect}
merge this rectangle with another one
| Name | Type | Description |
|---|---|---|
| rect | Rect |
other rectangle to union with |
| Type | Description |
|---|---|
| Rect |
the union(ed) rectangle |


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Some portfolio construction models contain an optimizer that accepts the historical returns of each security and returns a list of optimized portfolio weights. Portfolio optimizer models must implement the IPortfolioOptimizer
interface, which has an Optimize
method.
public class MyPortfolioOptimizer : IPortfolioOptimizer { public double[] Optimize(double[,] historicalReturns, double[] expectedReturns = null, double[,] covariance = null) { // Create weights return weights; } }
class MyPortfolioOptimizer: def Optimize(self, historicalReturns: pd.DataFrame, expectedReturns: pd.Series = None, covariance: pd.DataFrame = None) -> pd.Series: # Create weights return weights
The following table describes the arguments the Optimize
method accepts:
| Argument | Data Type | Description | Default Value |
|---|---|---|---|
historicalReturns |
double[,] DataFrame |
Matrix of annualized historical returns where each column represents a security and each row returns for the given date/time (size: K x N) | |
expectedReturns |
double[] Series |
Array of double with the portfolio annualized expected returns (size: K x 1) | null None |
covariance |
double[,] DataFrame |
Multi-dimensional array of double with the portfolio covariance of annualized returns (size: K x K) | null None |
The method should return a K x 1 array of double objects that represent the portfolio weights.
To view all the pre-built portfolio optimization algorithms, see Supported Optimizers.
To view a full example of an IPortfolioOptimizer
implementation, see the MaximumSharpeRatioPortfolioOptimizerMaximumSharpeRatioPortfolioOptimizer in the LEAN GitHub repository.


Whole-listic Solutions
An Unforgettable Earth Day
6 Easy Steps for Safely Ordering Takeout During COVID-19
Let’s Get Sustainable Packaging to Those That Need It Most
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Next
Searching within 500 miles
Composters
Legislation Statuses
Red Lobster Locations
BE Partners
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Proposal
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Pending
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Composters
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Yes, Earth Day is still happening – here's how to celebrate at home
Now, more than ever, we need Arbor Day
Garment workers suffer as fashion brands cancel orders
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| [ Team LiB ] |
20.3 Other Server-Side ApproachesA CGI script runs as a new process each time a client requests it. Process startup time, interpreter initialization, connection to databases, and script initialization all add up to measurable overhead. On fast, modern server platforms, the overhead is bearable for light to moderate loads. On a busy server, CGI may not scale up well. Web servers support server-specific ways to reduce overhead, running scripts in processes that can serve for several hits rather than starting up a new CGI process per hit. Microsoft's ASP (Active Server Pages) is a server extension leveraging a lower-level library, ISAPI, and Microsoft's COM technology. Most ASP pages are coded in the VBScript language, but ASP is language-independent. As the reptilian connection suggests, Python and ASP go very well together, as long as Python is installed with the platform-specific win32all extensions, specifically ActiveScripting. Many other server extensions are cross-platform, not tied to specific operating systems. The popular content server framework Zope (http://www.zope.org) is a Python application. If you need advanced content management features, Zope should definitely be among the solutions you consider. However, Zope is a large, rich, powerful system, needing a full book of its own to do it justice. Therefore, I do not cover Zope further in this book. 20.3.1 FastCGIFastCGI lets you write scripts similar to CGI scripts, yet use each process to handle multiple hits, either sequentially or simultaneously in separate threads. FastCGI is available for Apache and other free web servers, but at the time of this writing not for Microsoft IIS. See http://www.fastcgi.com for FastCGI overviews and details. Go to http://alldunn.com/python/fcgi.py for a pure Python interface to FastCGI, letting scripts exploit FastCGI if available and fall back to normal CGI otherwise. 20.3.2 LRWPLong-Running Web Processes (LRWP) are currently available only for Xitami (see http://www.xitami.org). Go to http://alldunn.com/python/lrwp.py for a pure Python module (by Robin Dunn, the architect of LRWP) that lets scripts exploit LRWP if available and fall back to normal CGI otherwise. LRWP peer processes connect to the web server via sockets. The server can use any number of peers that offer the same service. The server uses simple round-robin scheduling among equivalent available peers. If a request arrives when all peers are busy, the web server queues the request until a peer is free. This simple, clean protocol makes it easy to load-balance service requests among any number of hosts connected to the server's host by a fast, trusted local area network. Robin Dunn's article about LRWP, at http://www.imatix.com/html/xitami/index12.htm, gives architectural details and C and Python examples of LRWP peers. 20.3.3 PyApache and mod_pythonApache's architecture is modular. Besides CGI and FastCGI, other modules support Python server-side scripting with Apache. Simple, lightweight PyApache (http://bel-epa.com/pyapache/) focuses on letting you use CGI-like scripts with low overhead. mod_python (http://www.modpython.org) affords fuller access to Apache internals, including the ability to write authentication scripts. Both modules support the classic, widespread Apache 1.3 and the newer Apache 2.0. 20.3.4 WebwareWebware for Python (http://webware.sf.net) is a highly modular collection of software components for Python server-side web scripting. You can code Python scripts according to different programming models, such as CGI scripts with added-value wrappers, servlets, or Python Server Pages (PSP), and run them under Webware. Webware, in turn, can interface to your web server in many ways, including CGI, FastCGI, mod_python, the specialized Apache module mod_webkit, and special interfaces for Microsoft IIS and AOLServer. Webware offers you a lot of flexibility in architecting, coding, and deploying your server-side Python web scripts. Among the many ways that Webware offers for you to generate web pages, one that will often be of interest is templating (i.e., automatic insertion of Python-computed values and some control logic in nearly formed HTML scripts). Webware supports templating via PSP, but also, with more power and sharper separation between logic and presentation parts, via the Cheetah package, covered in Chapter 22. 20.3.5 QuixoteQuixote (http://www.mems-exchange.org/software/quixote/) is another framework for Python web applications that can interface to your web server via CGI, FastCGI, or mod_python. Quixote defines a new language, the Python Template Language (PTL), and an import hook that lets your Python application directly import PTL-coded modules. Quixote's PTL is nearly the same as Python, but has a few extras that may be handy in web applications. For example, PTL keyword template defines functions returning string results, automatically called to respond to web requests, with expression statements taken as appending strings to the function's return value. For example, the PTL code: template hw( ): 'hello' 'world' is roughly the same as the following Python code: def hw( ): _result = [] _result.append('hello') _result.append('world') return ''.join(_result) 20.3.6 Custom Pure Python ServersIn Chapter 19, we saw that the standard Python library includes modules that implement web servers. You can subclass BaseHTTPServer and implement special-purpose web servers with little effort. Such special-purpose servers are useful in low-volume applications, but they may not scale up well to handle moderate to high server loads. Modules asyncore and asynchat, also covered in Chapter 19, exhibit very different performance characteristics. The event-driven architecture of asynchat-based applications affords high scalability and performance, beating applications that use lower-level languages and traditional architectures (multiprocess or multithreading). The Twisted package, also covered in Chapter 19, has the same performance advantages as asyncore, and supplies much richer functionality. With Twisted, you can program a web site at high levels of abstraction and still obtain superb scalability and performance. |
| [ Team LiB ] |


Buying | Selling
Location
Set Distance 15 miles
Budget (Monthly) $800
Additional specifications
(Selected all that apply. Check box if preference only.)


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......
Our Products, Services and Solutions are guaranteed to improve on Industry Safety, Security, Service Delivery, and Business Efficiency which translate to improved Gross revenues and reduced bottlenecks to growth for the Business entities.
Below is a list of ICT products for which we have certifications/accreditations.
XtraPlus Technologies boasts of a rich wealth of qualified IT Personnel from which we can tap into to meet any kind of corporate challenge with relative ease.
Below is a brief overview of our corporate talent based on some of our more common partners like Cisco, HP, Lenovo, Dell and Oracle and this has been acknowledged by our partners by accreditation for the above products.
We are in the business of helping customers to use their equipment better and maximize on their gains. Our Help Desk Services are a comprehensive set of services that help customers to fully utilize their ICT investments by improving availability, reliability and performance. We achieve this by offering a complete portfolio of customized services and expertise, from planning and design to procurement, installation, integration, migration assistance to system management, telephone support and on-site hardware and software fixes.
Through our Total Facilities Management Solution, we offer a range of service options, customized to the specific requirements and needs of the customer.
These include:


Rules:
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2. Each round you can play many times and just pay 100TERA.
3. Dev fee: 10%.
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K-CAP 2005: Call for Workshop Proposals
The K-CAP 2005 Program Committee invites proposals for the Workshop Program for K-CAP 2005, to be held October 2-5 in Banff, Canada. Workshops will be held on Sunday, October 2, immediately before the main conference starts.
K-CAP workshops will provide an informal setting where workshop participants will have the opportunity to discuss specific technical topics in an atmosphere that fosters the active exchange of ideas. Our aim for the workshop program is to promote and collect multidisciplinary research directions and potentially interesting technologies for efficiently capturing knowledge from a variety of sources. Members from all research areas related to knowledge capture are invited to submit workshop proposals.
We particularly welcome workshops at discipline boundaries.
To encourage interaction and a broad exchange of ideas, each workshop will be limited to 30 participants and ample time will be allotted for general discussion.
Important Dates for Workshops
- April 7, 2005: Proposal submission deadline
- April 28, 2005: Acceptance notification
- May 12, 2005: Publications of Call for Participation
- August 22, 2005: Publication of K-CAP 2003 workshop program
- September 12, 2005: Deadline for camera-ready workshop notes and other information
- October 2, 2005: K-CAP 2003 workshops
Requirements for Submission
Proposals for workshops should be between two and four pages in length, and should contain the following information:
- Contact information of the proposed workshop chair (name,
department, university, telephone, fax and e-mail).
- A brief technical description of the workshop, specifying the workshop
goals and the technical issues that will be its focus.
- A description of the workshop format, emphasizing how the format will
encourage discussion.
- A brief discussion of why and to whom the workshop is of interest.
- A description of the qualifications of the individual committee members
with respect to organizing the workshop, including a list of workshops
previously arranged by any members of the proposed organizing committee, if
any.
- A list of potential participants, ideally with an indication of
which participants have expressed an interest in attending the
workshop.
- A preliminary call for workshop papers.
Timetable
All proposals should be submitted by electronic mail, to<EMAIL_ADDRESS>preferably in plain text (but PDF will also be accepted), by April 7, 2005. Prospective organizers will be notified of the committee's decision no later than April 28, 2005. Each workshop organizing committee will be responsible for producing a Call for Participation for their workshop by May 12, 2005. By September 12, 2005, workshop organizing committees must provide any working notes to be duplicated for the workshops (up to a maximum of 150 pages), and a list of audio-visual requirements and any special room requirements.
K-CAP will be responsible for the following:
- Providing publicity for the workshop series as a whole.
- Providing logistics support and a meeting place for the workshop.
- Duplicating working notes as described above and distributing them
to the participants.
Please send your proposals and any inquiries to:
Marie desJardins<EMAIL_ADDRESS>410-455-3967
Conference home page: http://www.kcap05.org


Web Components: custom elements
SASS: Mixins
Subtle Button
Subtle Button (focus)
Subtle Button (hover)
Subtle Button (active)
Subtle Button (disabled)
Subtle Button with icon
Subtle Button with icon (focus)
Subtle Button with icon (hover)
Subtle Button with icon (active)
Subtle Button with icon (disabled)
Subtle Button with H-Align set to Text


Not sure how we can help you? Contact us to talk about how we can create a unique collaboration opportunity.
Notes is where we publish about our current projects and activities, including insights into our design approach and practice.


T
Stream server application
Configuration
Mode
Protocol
IP
Port
Samples
Rate
Resolution
Use calibration
Type of file saved
wav
tdms
bin
Save mode
CH 1
CH 2
CH 3
CH 4
PC Clients
Start
Stop
Data pass
Files on SD card
File name
TDMS
14322313 Mb
LOG
LOST
🡇
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Making Sense
Making Sense was a BMES EOH 2014 project at UIUC, working towards creating surrounding aware prosthetics. The code base consisted of an Android app written in the Protocoder framework and Arduino code running with a bluetooth shield. The hardware consisted o two gloves; one outfitted with pressure sensors, the other with temperature sensors. The software is available on Github, and is maintained by Kashev Dalmia. Hardware design was by Isaac Dupree and Kashev Dalmia
The Team
- Isaac Dupree - Team Leader, Hardware Design
- Kashev Dalmia - Software, Hardware Design
- Rebecca Ficht - Hardware, Presentation, Sewing
- Mallory Schroeder - Hardware, Presentation, Sewing
- Parth Shah - Hardware, Assembly, Presentation
- Faith Bradley - Hardware, Logistics
- Special Thanks to Brady Salz - Hardware Consultant


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What does it take to become “a Zalando”? Above all, it requires passion: to experiment, learn, fail, and repeat the process, so that we get stronger and better every day. Zalando Tech includes men and women from more than 50 different nations and representing a seemingly endless number of interests, hobbies, programming-language preferences, personality types and other characteristics. What unites us is the energy and enthusiasm we share in tackling our common purpose: to deliver award-winning, best-in-class shopping experiences to our +15 million customers.
Purpose
Every Zalando technologist needs to know the WHY behind what they do. Answering the WHY is how we achieve purpose. We have created a framework to help you find your purpose with us, to be your best, and to achieve great things.


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This revival of two short plays by Samuel Beckett is the centrepiece of our current Beckett Season, honouring the twentieth anniversary of the author's death. A rough and an impromptu form a unique double-bill, seen for the first time in Oxford, following performances in 2007 (on the London fringe and at Warwick University).
"How many unfortunates would be so still today if they had known in time to what extent they were so?"
A man stands at his window, about to jump, as two mysterious characters arrive and begin the process of dissecting his life.
Written in the fifties and then abandoned. Rough for Theatre II was eventually published in the seventies and remains rarely staged. With broader comedy then Beckett's more well-known pieces, this obscure short explores the comedy of suicide and the absurdity of bureaucracy. Bertrand and Movern resemble Didi and Gogo in Waiting for Godot or Ben and Gus in The Dumb Waiter. By focusing their attention on the suicidal Croker, Beckett allows all the subtext of the couple to emerge for his audience. Files, lamps and a birdcage become characters in this lost Beckettian emerald.
"Thoughts, no, not thoughts. Profounds of mind. Buried in who knows what profounds of mind. Of mindlessness."
The story of his life is reaching its conclusion; as the listener struggles to comprehend it, the reader brings it to an end.
 Dramatising story-telling and memory, Beckett achieved more in under ten minutes than lesser dramatist can in a whole evening. Allegedly based on Beckett's time with Joyce in Paris, digesting this short is like taking apart a Russian doll; its many layers prevent you from shutting down its meaning, but accentuate its beauty.
Fail Better has a long standing appreciation of Beckett's drama, having consistently examined his texts and dramaturgy as preparation for their productions from the company's inception in 2001, through their Beckett-inspired devised piece Echo and Narcissus (White Bear Theatre, 2003), to the new play, Head (The Underbelly, 2004) along with a profound commitment to faithfully re-imagining existing texts. Fail Better's work concentrates as much on the visual as the textual and the production team have been collaborating since 2002 on achieving intense and detailed pieces inspired by Beckett's exquisite minimalism.
Director, Jonathan, has explored Beckett's work through academic research and practical work at the University of Warwick, Northern Stage, Kings College London and RADA, as well as interviews with John Calder, Fiona Shaw and Katherine Worth. He has introduced Beckett to teenagers in comprehensive schools in Loughton, Southgate and Jarrow. For the CAPITAL Centre, he has explored King Lear and Endgame comparatively with European Theatre students at the University of Warwick as well as Godot, Not I, Play and Texts for Nothing with Philosophy and Literature students during a residential weekend on the Somerset coast. There are already plans in place to continue this exploration of Beckett's work in collaboration with the Centre; it is an association of which we are very proud.


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Eugene Curnow Trail Marathon
Carlton MN/USA
Website: www.curnowmarathon.com
Race Winners
(26 runnings)
14 Jul
2007
15 Jul
2006
16 Jul
2005
10 Jul
2004
12 Jul 2003
13 Jul
2002
14 Jul 2001
15 Jul 2000
10 Jul
1999
11 Jul 1998
12 Jul 1997
1996
1995
1994
1993
1992
Notes: 1992 was the inaugural year. The course is out-amd-back on trails.
In 2012, so many runners went off course that it was not possible to determine
which runners stayed on the course and it was not possible to determine results.
This race was known as the Half Voyageur Trail Marathon thru 2012.
15 Jul
2017
3:23:33
Matthew Eidenshink (USA)
4:05:42
Gretchen Metsa (USA)
16 Jul
2016
3:28:52
Adam Doe
4:01:56
Dakotah Bullen-3
11 Jul
2015
3:25:47
Jake Hegge (WI/USA)
3:57:17
Dakotah Bullen-2
12
Jul
2014
3:33:38
John Storkamp-2
4:21:41
Dakotah Bullen (USA)
13
Jul
2013
4:00:02
Jakob Wartman (USA)
4:18:23
April Cole (WI/USA)
14 Jul
2012
---
many runners off course, no results
---
many runners off course, no results
16 Jul
2011
3:15:00
Eric Hartmark (MN/USA)
4:03:29
Leslie Semler (MN/USA)
10 Jul
2010
3:22:44
Bryan Lindquist (USA)
4:53:29
Jenny Weisberg (NV/USA)
11 Jul
2009
3:19:15
Dusty Olson (MN/USA)
3:51:46
Rochelle Wirth-8
12 Jul
2008
3:48:07
Michael Benchina (MN/USA)
4:07:17
Rochelle Wirth-7
3:29:56
John Storkamp (MN/USA)
3:57:13
Rochelle Wirth-6
4:04:31
Jim Reed (MN/USA)
4:08:08
Rochelle Wirth-5
3:22:37
Bruce Bauer-2
3:47:43
Desiree Budd (MN/USA)
3:33:48
Bruce Bauer (MN/USA)
4:04:29
Rochelle Wirth-4
3:30:42
Christopher Gustafson (CA/USA)
4:13:05
Kimberly Holak (MN/USA)
3:29:57
Eric Grossman (KY/USA)
4:12:01
Rochelle Wirth-3
3:28:01
William Barthen-3
3:59:20
Rochelle Wirth-2
3:17:42
Tom Heinitz (USA)
4:17:18
Rochelle Wirth (MN/USA)
3:15:38
William Barthen-2
4:15:35
Lee-Anne Eastman (USA)
3:34:00
William Barthen (WI/USA)
4:08:50
Connie Proctor (WI/USA)
3:07:10
Greg Hexum-2
3:44:44
Kari Beasley-3
3:42:12
Craig Yotter (USA)
4:06:30
Katherine McGee (AZ/USA)
3:17:55
Terry Daley (USA)
4:00:12
Paulette Dow (MN/USA)
3:31:21
Greg Hexum (USA)
3:48:33
Kari Beasley-2
3:38:47
Rod Raymond (USA)
4:01:03
Kari Beasley (MN/USA)
3:44:36
Jarrow Wahman (MN/USA)
5:27:07
Judy Dirks (USA)
Most Wins
(1992-date)
Men
3
William Barthen (WI/USA)
1998-89,2001
Women
8
Rochelle Wirth (MN/USA)
2000-02,2004,2006-09
Prize Money
Prize money has not been awarded at this race according to available information.
Race Time Bias
Insufficient data to calculate the race time bias.
Competitive Level
Insufficient data to calculate the competitive level.
Finishers
Year Men Wmn M+W 2017 283<PHONE_NUMBER> 206<PHONE_NUMBER> 144<PHONE_NUMBER> 131 58 189 2013 97 49 146 2012 xx xx xx 2011 115 35 150 2010 76 37 113 2009 89 36 125 2008 75 31 106 2007 86 38 124 2006 91 48 139 2005 95 58 153 2004 93 56 149 2003 97 47 144 2002 107 61 168 2001 100 69 169 2000 107 50 157 1999 87 55 142 1998 81 35 116 1997 64 32 96 1996 63 30 93 1995 64 30 94 1994 77 33 110 1993 44 20 64 1992 38 11 49 Sums 2510 1313 3823 M/F 1.91
Last Updated on
18 Jul 2017
Contributors: Klaas Loonstra (15)


Japan Economic Minister: Doing everything possible to pass the trade bill in the current Diet
by Ross J BurlandJapan's Economic Minister has crossed the wires, who has said that they are doing everything possible to pass the trade bill in the current Diet.
Additional comment:
Want to decide size of economic measures based on macro conditions, typhoon damage.
FX implications:
The trade deal reached between Japan and the United States earlier this year was announced by Japane to be expected to boost Japan’s economy by about 0.8%, a much-needed increment which would likely increase the value of the Yen which otherwise trades as a proxy to market risk appetite. The US and Japan are seeking to put the trade pact, which was signed last week, into force on Jan. 1, a deal that cuts tariffs on U.S. farm goods, Japanese machine tools and other products while further staving off the threat of higher US car duties.


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With Netflix, Disney+ and various streaming platforms rising, it is crucial for big companies to get a sense of what movies and shows people are interested in so that they can retain their users. This would also benefit the users since they would be able to access their favorite shows on the streaming platforms, being able to escape from any emotional stress caused at this time of uncertainty. Through our project, we hope to provide meaningful information and trends regarding films on multiple streaming platforms for the companies as well as the consumers.
We found several datasets on Kaggle that contain information about TV shows and movies that are on different platforms, such as details about the preference of different age groups and the countries that created the films. The information that we needed for each of the visualizations were mostly in multiple datasets, so we processed the data so that we had all the necessary variables in one dataset for each visualizations. For the first visualization which compares the trends of movie tickets sold and netflix subscriptions, we could not find any dataset related. So for this particular visualization, we manually created a dataset from the statistics available online.
Our design process for the project entailed a lot of remodeling and improvements. We started out with a sketch of the basic framework of the website and visualizations, which looked rather different from current form. We made revisions and improvements based on the feedback received along the way. One method that we found extremely helpful in our design process was the think-aloud study, where we could get honest and unfiltered comments of our project from the users.
Through this project, we learned the importance of having a storyline in visualizations. At one point in the design process, we only had the graphs sketched out and did not have any components that would engage the users such as opening or closing statements. We realized that it is important to make the users understand the message of our project by creating a storyline so that they can follow along and get a sense of our thought processes. We also realized the power of colors. After incorporating a constant color scheme throughout the website, the visualizations seem to communicate a clearer message.
We had a very structured work distribution for the project. We came up with the substructure together and each worked on one of the four visualizations. Throughout the project, we sought feedback and help from each other regarding the respective visualizations that we were in charge of. After working on the distributed parts, we came together and proposed ideas on combining the visualizations into a website as a final product. While a member of the team was working on combining the visualizations, others worked on the analysis part of the project and assisted in designing the final product.


Portfolio
Description: Dynamically generated website using Express-Handlebars, MySQL, Node, and JavaScript.
Description: Timed multiple choice quiz with high scores
Description: Utilizes the current moment in the day to color-code the user's day and help the user plan out their day
Description: Capability for user to search cities across the globe and return the weather forecast
Description: Find a physician in the United States that accepts Medicare
Description: Utilizes user input to create a random password utilizing four different character types


List of all members.
Detailed Description
Definition at line 9 of file _ca.py.
Constructor & Destructor Documentation
Constructor. Any message fields that are implicitly/explicitly
set to None will be assigned a default value. The recommend
use is keyword arguments as this is more robust to future message
changes. You cannot mix in-order arguments and keyword arguments.
The available fields are:
header,x,y
:param args: complete set of field values, in .msg order
:param kwds: use keyword arguments corresponding to message field names
to set specific fields.
Definition at line 39 of file _ca.py.
Member Function Documentation
unpack serialized message in str into this message instance
:param str: byte array of serialized message, ``str``
Definition at line 92 of file _ca.py.
unpack serialized message in str into this message instance using numpy for array types
:param str: byte array of serialized message, ``str``
:param numpy: numpy python module
Definition at line 143 of file _ca.py.
serialize message into buffer
:param buff: buffer, ``StringIO``
Definition at line 73 of file _ca.py.
serialize message with numpy array types into buffer
:param buff: buffer, ``StringIO``
:param numpy: numpy python module
Definition at line 123 of file _ca.py.
Member Data Documentation
Initial value:"""# Center of activity message
Header header
float64 x
float64 y
================================================================================
MSG: std_msgs/Header
# Standard metadata for higher-level stamped data types.
# This is generally used to communicate timestamped data
# in a particular coordinate frame.
#
# sequence ID: consecutively increasing ID
uint32 seq
#Two-integer timestamp that is expressed as:
# * stamp.secs: seconds (stamp_secs) since epoch
# * stamp.nsecs: nanoseconds since stamp_secs
# time-handling sugar is provided by the client library
time stamp
#Frame this data is associated with
# 0: no frame
# 1: global frame
string frame_id
"""
Definition at line 13 of file _ca.py.
The documentation for this class was generated from the following file:


For my dissertation at Newcastle University, I investigated various methods for improving performance when rendering volumetric clouds. My paper won the School of Computing prize for an outstanding dissertation that year, and can be read here.
Inspired by the work of Nathan Vos and Andrew Schneider on Horizon: Zero Dawn, I created a program to render volumetric clouds using C++ and OpenGL, so that I could invesitigate how different parameters affected the performance of a notoriously computationally intensive task. Using the Mean Squared Error and Structural Similarity Index Measurement as a metric for how similar captured frames were to frames with maximum settings, I was able to measure the impact of:
Alongside other more structural changes designed to test which shapes of clouds were the least intensive to render. The video below demonstrates the majority of the available settings.
Add more parameters, and further refine the existing ones. Step optimization was very successful at improving the frame rate, and I definitely think there were more savings to be made by tinkering with the algorithm I created. It would also be interesting to see the results on more powerful hardware, this project took place during lockdown in 2020, so access to powerful computers wasn't available. Stronger hardware would give an extra degree of precision to results since different settings would presumably have much larger FPS differences, and the impact of other background processes would be reduced.