{% extends "home/index.html" %} {% load static %} {% block start %}
There are three Boys and two Girls hostels at present in the Institute.
Room allotment is done in such a way that students from different parts of country freely intermingle with each other depicting national integration.
Hostel messes are run no profit no loss basis. The messes are managed by nominated representatives of students under the overall supervisions of wardens.
The newly admitted boys students are kept in separate hostels away from senior students to avoid ragging.
The hostel administration grants financial assistance to meet the mess bills to many needy students.


Упражнение
Minimalistic
by Haru
Presentation
Slide #0
Slide #1
Slide #2
Slide #3
The End!
Gay test.

Yes
Yes
Okay naggets, I wanna see six hot loads.
Yes,sir!
No,sir!


•
O
rthogonal
F
requency
D
ivision
M
ultiplexing
•
Data is transmitted over many narrow
bandwidth carriers
Frequency
Frequency
OFDM


Money Play. How should Red play 11?
pips Red=182 White=154
(CorrectAnswer= 0/0, ErrorScore= 0)
Another lesson from the bots. Many would choose bar/22, 24/23 but that is just too wide open and the play is an error.
Bar/22, 11/10 and bar/21 are both acceptable but still very nearly errors. Correct is bar/23, 24/23, 11/10. Even so early in the game advancing the anchor is important.
Bar/22, 11/10 and bar/21 are both acceptable but still very nearly errors. Correct is bar/23, 24/23, 11/10. Even so early in the game advancing the anchor is important.
1. Cubeful 2-ply bar/23 24/23 11/10 Eq.: -0.477 0.388 0.077 0.003 - 0.612 0.186 0.013 2. Cubeful 2-ply bar/22 11/10 Eq.: -0.490 (-0.013) 0.388 0.076 0.003 - 0.612 0.191 0.016 3. Cubeful 2-ply bar/23 11/9 Eq.: -0.501 (-0.024) 0.385 0.076 0.002 - 0.615 0.190 0.016 4. Cubeful 2-ply bar/21 Eq.: -0.514 (-0.037) 0.386 0.076 0.003 - 0.614 0.198 0.017 5. Cubeful 2-ply bar/22 24/23 Eq.: -0.514 (-0.038) 0.387 0.075 0.003 - 0.613 0.211 0.016


| Asset Name | Issue Time | Total Issued | Circulation |
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| Waiting for Assets... | |||
No Assets Yet. |
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| {{a.shortName}} | {{a.issueTime * 1000 | date:'yyyy-MM-dd HH:mm:ss'}} | {{a.assetTotalAmount}} | {{a.alreadyIssueAmount}} |


What is OpenSearch?
OpenSearch is the distributed search and analytics engine at the heart of the Elastic Stack. {ls} and {beats} facilitate collecting, aggregating, and enriching your data and storing it in OpenSearch. OpenSearch Dashboards enables you to interactively explore, visualize, and share insights into your data and manage and monitor the stack. OpenSearch is where the indexing, search, and analysis magic happens.
OpenSearch provides near real-time search and analytics for all types of data. Whether you have structured or unstructured text, numerical data, or geospatial data, OpenSearch can efficiently store and index it in a way that supports fast searches. You can go far beyond simple data retrieval and aggregate information to discover trends and patterns in your data. And as your data and query volume grows, the distributed nature of OpenSearch enables your deployment to grow seamlessly right along with it.
While not every problem is a search problem, OpenSearch offers speed and flexibility to handle data in a wide variety of use cases:
-
Add a search box to an app or website
-
Store and analyze logs, metrics, and security event data
-
Use machine learning to automatically model the behavior of your data in real time
-
Automate business workflows using OpenSearch as a storage engine
-
Manage, integrate, and analyze spatial information using OpenSearch as a geographic information system (GIS)
-
Store and process genetic data using OpenSearch as a bioinformatics research tool
We’re continually amazed by the novel ways people use search. But whether your use case is similar to one of these, or you’re using OpenSearch to tackle a new problem, the way you work with your data, documents, and indices in OpenSearch is the same.
Data in: documents and indices
OpenSearch is a distributed document store. Instead of storing information as rows of columnar data, OpenSearch stores complex data structures that have been serialized as JSON documents. When you have multiple OpenSearch nodes in a cluster, stored documents are distributed across the cluster and can be accessed immediately from any node.
When a document is stored, it is indexed and fully searchable in near real-time--within 1 second. OpenSearch uses a data structure called an inverted index that supports very fast full-text searches. An inverted index lists every unique word that appears in any document and identifies all of the documents each word occurs in.
An index can be thought of as an optimized collection of documents and each document is a collection of fields, which are the key-value pairs that contain your data. By default, OpenSearch indexes all data in every field and each indexed field has a dedicated, optimized data structure. For example, text fields are stored in inverted indices, and numeric and geo fields are stored in BKD trees. The ability to use the per-field data structures to assemble and return search results is what makes OpenSearch so fast.
OpenSearch also has the ability to be schema-less, which means that documents can be indexed without explicitly specifying how to handle each of the different fields that might occur in a document. When dynamic mapping is enabled, OpenSearch automatically detects and adds new fields to the index. This default behavior makes it easy to index and explore your data—just start indexing documents and OpenSearch will detect and map booleans, floating point and integer values, dates, and strings to the appropriate OpenSearch data types.
Ultimately, however, you know more about your data and how you want to use it than OpenSearch can. You can define rules to control dynamic mapping and explicitly define mappings to take full control of how fields are stored and indexed.
Defining your own mappings enables you to:
-
Distinguish between full-text string fields and exact value string fields
-
Perform language-specific text analysis
-
Optimize fields for partial matching
-
Use custom date formats
-
Use data types such as
geo_point
andgeo_shape
that cannot be automatically detected
It’s often useful to index the same field in different ways for different purposes. For example, you might want to index a string field as both a text field for full-text search and as a keyword field for sorting or aggregating your data. Or, you might choose to use more than one language analyzer to process the contents of a string field that contains user input.
The analysis chain that is applied to a full-text field during indexing is also used at search time. When you query a full-text field, the query text undergoes the same analysis before the terms are looked up in the index.
Information out: search and analyze
While you can use OpenSearch as a document store and retrieve documents and their metadata, the real power comes from being able to easily access the full suite of search capabilities built on the Apache Lucene search engine library.
OpenSearch provides a simple, coherent REST API for managing your cluster and indexing and searching your data. For testing purposes, you can easily submit requests directly from the command line or through the Developer Console in OpenSearch Dashboards. From your applications, you can use the OpenSearch client for your language of choice: Java, JavaScript, Go, .NET, PHP, Perl, Python or Ruby.
Searching your data
The OpenSearch REST APIs support structured queries, full text queries, and complex
queries that combine the two. Structured queries are
similar to the types of queries you can construct in SQL. For example, you
could search the gender
and age
fields in your employee
index and sort the
matches by the hire_date
field. Full-text queries find all documents that
match the query string and return them sorted by relevance—how good a
match they are for your search terms.
In addition to searching for individual terms, you can perform phrase searches, similarity searches, and prefix searches, and get autocomplete suggestions.
Have geospatial or other numerical data that you want to search? OpenSearch indexes non-textual data in optimized data structures that support high-performance geo and numerical queries.
You can access all of these search capabilities using OpenSearch’s comprehensive JSON-style query language (Query DSL). You can also construct SQL-style queries to search and aggregate data inside OpenSearch through plugins, and JDBC and ODBC drivers enable a broad range of third-party applications to interact with OpenSearch via SQL.
Analyzing your data
OpenSearch aggregations enable you to build complex summaries of your data and gain insight into key metrics, patterns, and trends. Instead of just finding the proverbial “needle in a haystack”, aggregations enable you to answer questions like:
-
How many needles are in the haystack?
-
What is the average length of the needles?
-
What is the median length of the needles, broken down by manufacturer?
-
How many needles were added to the haystack in each of the last six months?
You can also use aggregations to answer more subtle questions, such as:
-
What are your most popular needle manufacturers?
-
Are there any unusual or anomalous clumps of needles?
Because aggregations leverage the same data-structures used for search, they are also very fast. This enables you to analyze and visualize your data in real time. Your reports and dashboards update as your data changes so you can take action based on the latest information.
What’s more, aggregations operate alongside search requests. You can search documents, filter results, and perform analytics at the same time, on the same data, in a single request. And because aggregations are calculated in the context of a particular search, you’re not just displaying a count of all size 70 needles, you’re displaying a count of the size 70 needles that match your users' search criteria—for example, all size 70 non-stick embroidery needles.
Scalability and resilience: clusters, nodes, and shards
OpenSearch is built to be always available and to scale with your needs. It does this by being distributed by nature. You can add servers (nodes) to a cluster to increase capacity and OpenSearch automatically distributes your data and query load across all of the available nodes. No need to overhaul your application, OpenSearch knows how to balance multi-node clusters to provide scale and high availability. The more nodes, the merrier.
How does this work? Under the covers, an OpenSearch index is really just a logical grouping of one or more physical shards, where each shard is actually a self-contained index. By distributing the documents in an index across multiple shards, and distributing those shards across multiple nodes, OpenSearch can ensure redundancy, which both protects against hardware failures and increases query capacity as nodes are added to a cluster. As the cluster grows (or shrinks), OpenSearch automatically migrates shards to rebalance the cluster.
There are two types of shards: primaries and replicas. Each document in an index belongs to one primary shard. A replica shard is a copy of a primary shard. Replicas provide redundant copies of your data to protect against hardware failure and increase capacity to serve read requests like searching or retrieving a document.
The number of primary shards in an index is fixed at the time that an index is created, but the number of replica shards can be changed at any time, without interrupting indexing or query operations.
It depends…
There are a number of performance considerations and trade offs with respect to shard size and the number of primary shards configured for an index. The more shards, the more overhead there is simply in maintaining those indices. The larger the shard size, the longer it takes to move shards around when OpenSearch needs to rebalance a cluster.
Querying lots of small shards makes the processing per shard faster, but more queries means more overhead, so querying a smaller number of larger shards might be faster. In short…it depends.
As a starting point:
-
Aim to keep the average shard size between a few GB and a few tens of GB. For use cases with time-based data, it is common to see shards in the 20GB to 40GB range.
-
Avoid the gazillion shards problem. The number of shards a node can hold is proportional to the available heap space. As a general rule, the number of shards per GB of heap space should be less than 20.
Care and feeding
As with any enterprise system, you need tools to secure, manage, and monitor your OpenSearch clusters. Security, monitoring, and administrative features that are integrated into OpenSearch enable you to use OpenSearch Dashboards as a control center for managing a cluster.


These details will be used for all accounts linked to your email address.
Assessor details
- Name
-
- Address
-
- Phone number
- Email address
- Assessor type
Profile
Innovation areas
| materials and manufacturing |
|---|
| digital sciences |
Skill areas
skillAreas


Dear Sir or Madam: We are keenly interested in setting up a new factory to produce 120,000 ERW oil casings per year to meet the big market of Shengli Oilfied. Since we lack some starting-up capital, we are seeking for investments. I will give you a brief introduction to the project as follow: I. Background: Shengli Oilfield, the second largest oilfield in China and the leading company of Sinopec Corp. (http://www.sinopec.com), as well as neighboring oilfields as Dagang Oilfield, Central Plain Oilfield and Jiangsu Oilfield are potential market of ERW oil casing. It is expected that the total oil casing needed in the above area is about 400,000 tons, including 260,000 tons in Sinopec and 150,000 tons in Shengli Oilfield. To meet the great need, we plan to set up a joint venture to produce 120,000 tons of ERW casings per year in Shengli Oilfield. With good management and market outlets, we believe that this JV also has the potential to expand beyond China to other nations. II. About us Shengli Oilfield Engineering Machinery Factory is one of sub-companies of Shengli Oilfield Co., Ltd, with total assets of 267 million yuan, net assets of 170 million yuan and 2462 staff. The factory mainly produces oilfield special equipment such as beam unit, Spiral-seam submerged-arc weldedsteel pipe, sucker rod, line pipe, casing, tubing, plastic compound pipe etc. It produces 200,000 tons of line pipes, 1 million meters of strengthened plastic compound pipes, 500 beam units, 2.5 million meters of sucker rods, 12,000 tons of PP gas pipes and 50,000 tons of oil tubings yearly, and has become important pipe base in Shandong and Shengli Oilfield. Its products have entering many areas as Shengli Oilfield, Daqing Oilfield, Liaohe Oilfield, Dagang Oilfield and so on. In 2002, the sale income amounted to over 600 million yuan. The Factory holds Quality accreditations as ISO9001, API and so on. III. Content of the project It is planned to introduce Japanese technology and equipment to set up one production line with range of casing diameter from¦Õ114 to ¦Õ339.7 and produce 120,000 tons of ERW casings and delivery pipes per year. IV. Product specifications For Casing: grade of steel are J55 and N80, specification ranges from ¦Õ114 to ¦Õ339.7 For delivery: grade of steel are X52¡¢X60¡¢X70, specification ranges from ¦Õ114 to ¦Õ339.7. V. Economic Analysis The total investment in this project is 142.41 million yuan. After the completion of the project, it is estimated that the internal financial rate of return before paying tax is 24.9 percent with a payback period of 5.6 years, and the internal rate of return after paying tax is 21.8 percent with a payback period of 5.9 years. The break-even point of the project is 46.95 percent, which means the project can keep balance if the annual output amount to 42,000 tons. VI. Plans for cooperation We have set up a joint venture with Japan's Marubeni in the early of the year, with a registered capital of 57 million yuan. The capital structure is as follow: a. Shengli Oilfield Bureau of Administration 19.95 million yuan 35£¥ b. Shengli Oilfield Engineering Machinery Facotry 17.10 million yuan 30£¥ c. Dongying District State Assets Operation & Management Co., Ltd 5.70million yuan 10£¥ d. Marubeni Engineering Technology Co., Ltd 14.25 million yuan 25£¥ To meet our capital need for this project, we are now planned to increase our registered capital to 118.88 million yuan. Taking our added investment into consideration, we need another 34.68 million yuan to get the plan executed. So we are seeking a new joint venture partner who'd like to join this project and meet our capital requirement. We would like to exchange the information with the manufacturers and suppliers who are interested in this project and have discussion on raw material supply as well as jointly investing the factory establishment. And we hope we could have good cooperation in future. For additional information regarding this project, please feel free to contact us. Looking forward to your prompt reply. Sincerely yours, Tony Leung Project officer Tel: +86-546-833 9362 Fax:+86-546-832 9817 Mobile: +86-133 4505 3225 Email: tony@mpbdy.com


Are you sure you want to delete this activity?
Deleting an activity implies that this whole activity never happened. Even past sessions are deleted as if they never occured. If you want to discontinue this program use 'Cancel Activity'.
{% if activities_count %} There are currently {{ activities_count }} active sessions and {{ registrations_count }} users enrolled.


Miya Cech Joins the Cast of 'Marvelous & The Black Hole'
Miya Cech has joined the cast of Marvelous And The Black Hole!
The 12-year-old Are You Afraid of the Dark? actress is set to star in the coming-of-age comedy flick, where she will play a delinquent named Sammy Ko.
Sammy teams up with a surly aging children’s party magician, played by Rhea Perlman, on a bizarre adventure to navigate her tumultuous home life and inner demons.
“Always grateful for the opportunity to work and learn alongside incredibly talented people I look up to. And it was a dream come true to work on a project directed by, produced by and starring strong Asian American females. 💪 Becoming Sammy Ko pushed and challenged me as an actor in the best possible way and I can’t wait for everyone to see what we created together 🖤 #marvelousandtheblackhole #tribeca #untoldstories #2020,” Miya wrote on her Instagram.
The film is set to premiere at the 2020 Tribeca Film Festival in April.
Congratulations Miya!


Strava Route Change
Looking at one of my PR’s on Strava today in regards to my ride in at the start of the week and I noticed some odd sections. It seems that Strava was pushing me down roads that I hadn’t actually been down.
![Strava app, showing my route not on the cycle path](http://vox.me.uk/images/2016-02-02 16.07.25.png)
I first thought that this was my GPS being silly and placing me in the wrong location. However, I compared the same GPS track in Ride With GPS as it is in Strava.
This clearly shows that Strava is sending me off on routes I didn’t actually take! It’s not a case of the GPS confusing my location and being off course, but it seems that Strava is pushing my course off onto where it think I went.
I thought I’d seen something like this before - a note on the Strava site saying that they attempted to smooth data, based on the statistics of people traveling that route and averaging the route to get the best fit. I did of bit of digging again and managed to find it - Strava Slide.
This basically states that Strava will run your GPS tracks through an algorithm that will “drag” your ridden route to match the Strava global heat map. Now, there doesn’t seem to be a section to highlight errors to Strava for reporting in the data or an option to display your raw GPS data. It also begs the question what are people doing on the global heatmap for my route to be pulled off by quite so much? Perhaps the algorithm is getting confused with some routes that are next to my route and perhaps (as the slide tool suggests), my route is getting dragged down into a larger valley (more ridden route). However, it doesn’t seem to be looking at the global heat map so I’m not entirely sure what Strava is doing here - maybe more people ride that route with poor GPS signal and it gets distorted enough to break Strava’s smoothing?
I also wonder if it’ll effect the personal records? I’m not to concerned with how I measure up against others, but I always like checking my own efforts against my previous efforts but I’m not that concerned that I’ll see how it effects my PR. At the end of the day, the PR’s are just an amusing thing to get whilst out riding (much like Zombies Run is amusing whilst out running).


I am a second year Computer Science Undergraduate Student at BITS Pilani, Goa Campus.
A enthusiast Competitive Coder and an Open Source Developer. Also having a good experience in the field of MACHINE LEARNING and a beginner in the field of NLP.
I have a good experience working on projects that use Python or C/C++. Moreover I also have a little experience in using Bash, Octave and Html.
To collaborate in projects and contribute to Open Source Projects I am well versed with using development tools like Git and GitHub.
Created a Email Spam Classifier using Machine Learning. It uses a SVM-Linear Model and NLP and can be used for all kinds of emails.
Check it outCreated a python implementation of popular Atari Arcade game Space-Invader using Pygame.
Check it out


Have started to play with an idea that it may be possible to add RFM12B to my GTI to provide on line information to emoncms.
As brought to my attention by Jorg our german friends have written an open source code for standard GTI design which seems to be very well commented and easy to adapt to any standard GTI (like powerjack, greenpower etc...). The GTI is based on ATMEGA 8 variant and therefore very easy to program with tools we are familiar with from this board.
As the programming happens using almost standard SPI interface this same interface is almost there for jeelabs RFM12B board - only Chip Select (SEL) signal is needed additionally. Current firmware for GTI uses PortD 2 for led 3 - normally indicating power on which could be "stolen" for RF12 CS and hence also showing Chip Select activity.
So hardware wise the wiring could be the following using almost standard plug in connection.
// PortD 1 = EIN, 0 = AUS
#define RELAIS 1 // Eingangsrelais
#define LED3 2 // grün, Power
#define LED2 3 // grün, MPPTracker +
#define LED4 4 // grün, MPPTracker -
#define LED1 5 // rot, Fehler
Next challenge would be to find out how to implement "send only" code for RFM12B without jeelibs. Any suggestions to which direction to look for this kind of code ?
Re: Adding RFM12B to my GTI
There's transmit only RFM12B code that doesn't use JeeLib (or IRQ) buried in my sketch here..
http://openenergymonitor.org/emon/node/1535
it should be fairly easy to pull out the functions you need
-martin
Re: Adding RFM12B to my GTI
Excellent - will have a look at your source when with a bit more time...
To me this would be a giant leap to be able to have virtually any standard GTI to deliver monitoring info feed In to emoncms.org.
Re: Adding RFM12B to my GTI
Another idea would be to use a standard Jeenode (or something similar) and connect this via SPI (or bit-banged I²C or Uart) to the GTI as an RF gateway. At the moment I have an LCD connected to the ISP adapter, but as Petri says, a direct 'link' to emoncms would be perfect!!!
BR, Jörg.
PS: If someone else here is interested in 'open source' firmware for a number of chinese GTIs, just contact me (or Petri) or take a look here http://www.daswindrad.de/forum/viewtopic.php?f=19&t=860&start=90 (sorry, only in german).
Re: Adding RFM12B to my GTI
Finally had time to look the code from MartinR - simplified it to a RFM12B sending module only. Then realized that it needs SPI library implementation. Anyway the packet sender routine is the key information to implement standalone. Copy it here in case anyone else needs to understand how emontx sends the data to emoncms.
rfm_write(0x8228); // OPEN PA
rfm_write(0x8238);
digitalWrite(RFMSELPIN,LOW);
SPI.transfer(0xb8); // tx register write command
while(txstate<13)
{
while(digitalRead(SDOPIN)==0); // wait for SDO to go high
switch(txstate)
{
case 0:
case 1:
case 2: next=0xaa; txstate++; break;
case 3: next=0x2d; txstate++; break;
case 4: next=800; txstate++; break; // Group ID
case 5: next=30; txstate++; break; // node ID
case 6: next=size; txstate++; break;
case 7: next=data[i++]; if(i==size) txstate++; break;
case 8: next=(byte)crc; txstate++; break;
case 9: next=(byte)(crc>>8); txstate++; break;
case 10:
case 11:
case 12: next=0xaa; txstate++; break; // dummy bytes (if <3 CRC gets corrupted sometimes)
}
if((txstate>4)&&(txstate<9)) crc = _crc16_update(crc, next);
SPI.transfer(next);
}
digitalWrite(RFMSELPIN,HIGH);
rfm_write( 0x8208 ); // CLOSE PA
Re: Adding RFM12B to my GTI
Maybe this could work as basis for sending without SPI ...
https://www.argentdata.com/files/RF12B_code.pdf
http://loee.jottit.com/rfm12b_and_avr_-_quick_start


USD/JPY Technical Analysis: Buyers look for entry beyond 1-week-old resistance trendline
by Anil Panchal- USD/JPY stays above 200-bar SMA amid bullish MACD.
- Monthly high holds the key to 110.00.
- 50% of Fibonacci retracement acts as additional support.
USD/JPY remains positive above 200-bar SMA while taking the bids to 108.83 amid initial trading hours on Monday.
The pair nears a short-term falling resistance line, at 108.95, a break of which could escalate the recent recovery to the monthly high close to 109.50. However, May 30 top close to 109.95 and 110.00 round-figure could question the pair’s further upside.
In a case where buyers keep the reins beyond 110.00, May 21 high of 110.67 will come back on the chart.
Also supporting the price run-up is the bullish signal by the 12-bar Moving Average Convergence and Divergence (MACD) indicator.
Meanwhile, a downside break of 200-bar Simple Moving Average (SMA), at 108.40 now, can drag the quote to 50% Fibonacci retracement level of October-November upside, at 108.00.
Additionally, the monthly bottom surrounding 107.88 and 61.8% Fibonacci retracement level of 107.60 could entertain sellers afterward.
USD/JPY 4-hour chart
Trend: Bullish
additional important levels
| Overview | |
|---|---|
| Today last price | 108.82 |
| Today Daily Change | 0.00 |
| Today Daily Change % | 0.00 |
| Today daily open | 108.82 |
| Trends | |
|---|---|
| Daily SMA20 | 108.76 |
| Daily SMA50 | 108.21 |
| Daily SMA100 | 107.7 |
| Daily SMA200 | 109.01 |
| Levels | |
|---|---|
| Previous Daily High | 108.86 |
| Previous Daily Low | 108.38 |
| Previous Weekly High | 109.3 |
| Previous Weekly Low | 108.23 |
| Previous Monthly High | 109.29 |
| Previous Monthly Low | 106.48 |
| Daily Fibonacci 38.2% | 108.67 |
| Daily Fibonacci 61.8% | 108.56 |
| Daily Pivot Point S1 | 108.51 |
| Daily Pivot Point S2 | 108.2 |
| Daily Pivot Point S3 | 108.02 |
| Daily Pivot Point R1 | 108.99 |
| Daily Pivot Point R2 | 109.17 |
| Daily Pivot Point R3 | 109.47 |


AvayaClientServices.Services.Messaging contains all classes that belong to Messaging module. For Messaging module class, see AvayaClientServices.Services.Messaging.Messaging.
Classes
- Attachment
- ChatStateEvent
- Conversation
- Escalation
- Message
- Messaging
- MessagingError
- MessagingQuery
- Participant
Members
-
<static, readonly> AttachmentStatus :String
-
Determines status of attachment's download and consumption.
Type:
- String
Properties:
Name Type Default Description READY_TO_DOWNLOAD
String READY_TO_DOWNLOAD Attachment is ready to download.
DOWNLOADING
String DOWNLOADING Attachment is being downloaded.
READY_TO_CONSUME
String READY_TO_CONSUME Attachment is downloaded and ready to consume.
CONSUMED
String CONSUMED Attachment is downloaded and consumed.
ERROR
String ERROR An error occurred.
-
<static, readonly> AttachmentType :String
-
Determines whether attachment is a thumbnail for other attachment, or a regular attachment.
Type:
- String
Properties:
Name Type Default Description MAIN
String MAIN This attachment is a regular attachment.
THUMBNAIL
String THUMBNAIL This attachment is a thumbnail for a MAIN attachment.
-
<static, readonly> ConversationType :String
-
Determines type of conversation.
Type:
- String
Properties:
Name Type Default Description THREAD
String THREAD A private conversation between participants. Participants in a thread must be invited to the conversation.
Participants can leave a thread, but cannot rejoin unless re-invited by an active participant.
The content of a thread is not the same for all participants,
it is directly related to when a user has joined and left conversation.
You are only aware of conversation activity that occurs while you are an active participant.
-
<static, readonly> MessageImportance :String
-
Determines message's priority.
Type:
- String
Properties:
Name Type Default Description HIGH
String HIGH Message has high priority.
LOW
String LOW Message has low priority.
NORMAL
String NORMAL Message has regular priority.
-
<static, readonly> MessageType :String
-
Determines type and purpose of message.
Type:
- String
Properties:
Name Type Default Description MESSAGE
String MESSAGE A regular message.
JOINED
String JOINED An indication that a new participant has joined the conversation.
LEFT
String LEFT An indication that a participant has left the conversation.
SESSION
String SESSION An indication of an Escalation.
SUBJECT_CHANGE
String SUBJECT_CHANGE An indication that conversation's subject has changed.
CLOSED
String CLOSED An indication that conversation has been closed.
START
String START An indication that conversation has started.
-
<static, readonly> MessagingErrorReason :String
-
Dictionary containing messaging related error types.
Used as a reason for AvayaClientServices.Services.Messaging.MessagingError
Type:
- String
Properties:
Name Type Default Description MESSAGING_NOTIFICATIONS_DISABLED
String Notification channel is disabled. Message indicates that notification channel is disabled.
MESSAGING_CLOSE_FAILED
String Server failed to be closed. Message indicates that server failed to be closed
MESSAGING_SEND_ATTACHMENT_FAILED
String Failed to send attachment. Message indicates that sending of attachment failed.
MESSAGING_FEATURE_NOT_AVAILABLE
String Feature is not available in determined server version. Message indicates that requested feature is not available in determined server version.
MESSAGING_SERVER_ERROR
String Action failed due to server error. Message indicates that action failed due to server error.
MESSAGING_NOTIFICATION_FAILED
String Notification failed. Message indicates that notification failed.
MESSAGING_PARTICIPANT_ADDRESS_INVALID
String Failed to add Participant to Conversation. Message indicates that it failed to add Participant to Conversation.
MESSAGING_LEAVE_CONVERSATION_FAILED
String Failed to leave one or more conversations. Message indicates that it failed to leave one or more conversations
MESSAGING_NOT_STARTED
String Failed to perform selected action. Messaging is not started. Message indicates that selected action failed because Messaging service is not started.
MESSAGING_CREATE_ATTACHMENT_FAILED
String Failed to create attachment. Internal browser error. Message indicates that it failed to create attachment because of a browser error.
MESSAGING_BODY_LENGTH_EXCEEDED
String Failed to send message. Maximum message body length exceeded. Message indicates that message was not send because body of message was too long.
MESSAGING_SUBJECT_LENGTH_EXCEEDED
String Failed to send message. Maximum message subject length exceeded. Message indicates that message was not send because subject of message was too long.
MESSAGING_INVALID_STATE
String Invalid state. Message indicates that state is invalid.
MESSAGING_NOTIFICATIONS_CHANNEL_FAILED
String Start notification channel failed. Start notification channel failed.
MESSAGING_INTERNAL_ERROR
String An internal error occurred. An internal error occurred.
MESSAGING_TIMEOUT
String An operation has timed out An operation has timed out.
-
<static, readonly> ResourceStatus :String
-
Determines status of message, attachment or conversation.
Type:
- String
Properties:
Name Type Default Description DRAFT_UNSENT
String DRAFT_UNSENT Unsent draft.
DRAFT_SENDING
String DRAFT_SENDING Draft in sending phase.
DRAFT_REMOVING
String DRAFT_REMOVING Draft in removing phase.
DRAFT_ERROR
String DRAFT_ERROR Error in draft.
PUBLISHED
String PUBLISHED Published draft.
PUBLISHED_LEAVING
String PUBLISHED_LEAVING Leaving in process.
PUBLISHED_LEFT
String PUBLISHED_LEFT User has left.
-
<static, readonly> SensitivityLevel :String
-
Determines conversation's level of privacy.
Type:
- String
Properties:
Name Type Default Description NORMAL
String NORMAL Privacy level is normal.
PERSONAL
String PERSONAL Privacy level is personal.
PRIVATE
String PRIVATE Privacy level is private.
CONFIDENTIAL
String CONFIDENTIAL Privacy level is confidential.
-
<static, readonly> SessionType :String
-
Determines type of Escalation.
Type:
- String
Properties:
Name Type Default Description AUDIO
String AUDIO Session is used to transmit audio.
VIDEO
String VIDEO Session is used to transmit video.


tsBSS: Blind Source Separation and Supervised Dimension Reduction for
Time Series
Different estimates are provided to solve the blind source separation problem for multivariate time series with stochastic volatility (Matilainen, Nordhausen and Oja (2015) <doi:10.1016/j.spl.2015.04.033>; Matilainen, Miettinen, Nordhausen, Oja and Taskinen (2017) <doi:10.17713/ajs.v46i3-4.671>) and supervised dimension reduction problem for multivariate time series (Matilainen, Croux, Nordhausen and Oja (2017) <doi:10.1016/j.ecosta.2017.04.002>). Different functions based on AMUSE and SOBI are also provided for estimating the dimension of the white noise subspace.
| Version: |
0.5.2 |
| Depends: |
ICtest, JADE |
| Imports: |
Rcpp (≥ 0.11.0), forecast, boot, parallel |
| LinkingTo: |
Rcpp, RcppArmadillo |
| Suggests: |
stochvol |
| Published: |
2018-10-09 |
| Author: |
Markus Matilainen, Christophe Croux, Jari Miettinen, Klaus Nordhausen, Hannu Oja, Sara Taskinen, Joni Virta |
| Maintainer: |
Markus Matilainen <markus.matilainen at outlook.com> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
yes |
| Materials: |
ChangeLog |
| CRAN checks: |
tsBSS results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=tsBSS
to link to this page.


Carlos Sainz now under investigation for using DRS under yellow flag!
by Nicolás Quarles van UffordShortly after being bumped up to his first-ever podium, Carlos Sainz has now been put under investigation for using DRS under a yellow flag situation, as the Spaniard is under threat to now lose McLaren's first top three finish in several years.
Sainz managed to cross the line in fourth place after 71 laps at Interlagos despite starting in last place. The 25-year-old suffered engine issues during qualifying, meaning he wasn't able to set a time, meaning he stood at the back of the grid.
However, as the Safety Cars started to come, the Madrid-born driver was able to unlap himself and gain several places, sitting pretty in fifth when the green flag was waved for the second time following the Ferrari crash.
With Alex Albon spinning because of contact with Lewis Hamilton, Sainz went up to fourth and crossed the line in that position, and he even moved up to third post-race as Hamilton was dealt a five-second penalty for initiating contact with Albon.
Now, however, Sainz could be receiving a penalty of his own and stripped of his first-ever podium in his 101st Grand Prix.
More to follow.


Maintain My Home Request a repair
Please call our repair centre
We are currently dealing with a limited number of problems online. This will be expanded in the near future.
Please call us on 020 8356 3691 so we can help you with your problem. We are open Monday to Friday 8am - 7pm and Saturdays 9am - 1pm.


To keep things simple and general I'm a big technology nerd and avid fan of opera. I love to build computer and understand how other software works and their settings. My ultimate dream is to create and patent new technology for opera houses around the world. Currently, I love working with Adobe programs for editing videos, images or rendering graphics into both videos and images. Another thing I love to do on my computer is live streaming my sugargliders on Twitch and watching endless videos of Korean Kimchi Mukbang Those are just some facts about me, Gino Villalpando


Viewing All User Accounts
How to view all user accounts in the User Accounts module.
- Navigate to Admin > User Accounts - OR - Go to a User Accounts module.
- Click the All link. By default, the first ten (10) of all user accounts will be listed in alphabetical order by username. Use the Pager Control to navigate to further records. See "About the Pager"


Lionel Messi and Cristiano Ronaldo are ‘monsters’, says Paulo Dybala
by FSA EditorPaulo Dybala sees similarities between Lionel Messi and Cristiano Ronaldo having played with them for Argentina and Juventus respectively.
Lionel Messi and Cristiano Ronaldo are “monsters” who are convinced they are the best player on the pitch in every game, according to Argentina and Juventus forward Paulo Dybala.
The duo are among the greatest players of all time and have won a combined 10 Ballon d’Or trophies since 2008.
Dybala has played alongside Ronaldo at Serie A champions Juve since the Portugal international’s move from Real Madrid ahead of the 2018-19 campaign and has teamed up with Barcelona superstar Messi for Argentina over the last four years.
Having seen both players at close quarters, the 26-year-old believes they share a lot of similarities.
“Outside the pitch they are two very quiet people, but inside they are two monsters,” he told Spanish newspaper El Pais.
“I heard Luis Scola [Argentinian basketball player] said both Leo and Cristiano enter the field convinced that they are the best and that is why they are the best. And I am sure that is so.
“My friends used to tell me: ‘You have the best in the national team and now they bring you the best one at your club’. I replied: ‘It is an advantage for me.’
“I can study them every day. Who doesn’t want to play with the best? We are talking about two phenomenal players; two players who are one or two steps above the rest.
“They are at the top on a football level and also at a mental level. It is not easy to keep going and score 40 goals every year. It is crazy.
“In the history of football, great players have played at great teams and have not achieved what they did. They have been good for each other.”


Here's the thing...
I like code. I like studying it. I like writing it. I like testing it. I like debugging it. It doesn't matter if it's a command-line utility, something visual, something old school, or something cutting edge. As long as it boils down to me pushing around a machine, I'm in.
Skills
Here's what's in my toolbelt:
- HTML/Angular/React
- CSS/Bootstrap/Sass
- Javascript/Ember/Jasmine
- Python/Django
- Ruby/RSpec/Rails
- SVG, SQL, Regex
Connect
I'm on a number of channels: Twitter @scottwidney | Code School | GitHub (sdwidney)


--- layout: post title: 'A Primer for Parents: Antonyms, Synonyms, Homonyms:' date: 2010-05-22 09:14:32.000000000 -07:00 type: post parent_id: '0' published: true pd: '' status: publish categories: - Classroom Talk - Reading Instruction tags: - antonyms - homonyms - reading - reading games - synonyms author: login: k email: k@k display_name: mcary first_name: '' last_name: '' ---
If you’ve been out of school for a while, you may have forgotten the definitions of antonym, synonym and homonym. As children develop their vocabulary and learn to read, an understanding of those terms will be helpful.  I often use the term game to stress the importance of making learning fun. The games listed below are just simple ideas, modify, improve and change to keep the games fun.
Antonym: A word that means the opposite of another word. (night/day, happy/sad).
Synonym: A word that has the same or almost the same meaning as another word (small/little, big/large).
Homonym: A word that sounds like another word but has a different meaning and spelling (bear/bare, be/ bee).
Quick Games:
1. Parent says a word and the child tries to come up with all the words she can that mean the same thing. Example: good = nice, fantastic, terrific, super, kind, etc. (An example of a modification of this game, as mentioned above, might include two or more players {one or more parents} taking turns coming up with a synonym).
2. Parent says a word and the child names its opposite. Examples: light/dark, wet/dry, etc..
3. Parent says a word that has more than one meaning and the child tries to provide more than one meaning. In the case of homonyms, the game might work better if the words are written down, or even pointed out as used in a story (Remember to always modify the game to allow success and to keep it fun and interesting).


As a friendly, joyful, and trusted person of responsibilities. I am an honest person of speaking and acting. And I am a struggling person of everything. I have the ability to lead and work with people.
Jan 23, 2018


Uses of Class
com.opengamma.strata.basics.currency.Payment
-
Packages that use Payment Package Description com.opengamma.strata.basics.currency Representations of currency and money.com.opengamma.strata.pricer Calculators for financial instruments.com.opengamma.strata.pricer.bond Calculators for bonds.com.opengamma.strata.pricer.impl.rate.swap com.opengamma.strata.product.bond Entity objects describing bonds.com.opengamma.strata.product.capfloor Entity objects describing Ibor cap/floor.com.opengamma.strata.product.cms Entity objects describing Constant Maturity Swap (CMS) or CMS cap/floor.com.opengamma.strata.product.credit Entity objects describing Credit Default Swap (CDS) and CDS index.com.opengamma.strata.product.fx Entity objects describing financial instruments in the foreign exchange market.com.opengamma.strata.product.fxopt Entity objects describing options in the foreign exchange market.com.opengamma.strata.product.payment Entity objects describing simple payment financial instruments.com.opengamma.strata.product.swap Entity objects describing a swap.com.opengamma.strata.product.swaption Entity objects describing options on swaps, known as swaptions. -
-
Uses of Payment in com.opengamma.strata.basics.currency
Methods in com.opengamma.strata.basics.currency that return Payment Modifier and Type Method Description Payment
Payment. adjustDate(TemporalAdjuster adjuster)
Adjusts the payment date using the rules of the specified adjuster.Payment
Payment.Builder. build()
Payment
Payment. convertedTo(Currency resultCurrency, FxRateProvider rateProvider)
Converts this payment to an equivalent payment in the specified currency.Payment
Payment. negated()
Returns a copy of thisPayment
with the value negated.static Payment
Payment. of(CurrencyAmount value, LocalDate date)
Obtains an instance representing an amount.static Payment
Payment. of(Currency currency, double amount, LocalDate date)
Obtains an instance representing an amount.static Payment
Payment. ofPay(CurrencyAmount value, LocalDate date)
Obtains an instance representing an amount to be paid.static Payment
Payment. ofReceive(CurrencyAmount value, LocalDate date)
Obtains an instance representing an amount to be received.Payment
AdjustablePayment. resolve(ReferenceData refData)
Resolves the date on this payment, returning a payment with a fixed date.Methods in com.opengamma.strata.basics.currency that return types with arguments of type Payment Modifier and Type Method Description Class<? extends Payment>
Payment.Meta. beanType()
Methods in com.opengamma.strata.basics.currency with parameters of type Payment Modifier and Type Method Description static AdjustablePayment
AdjustablePayment. of(Payment payment)
Obtains an instance based on aPayment
. -
Uses of Payment in com.opengamma.strata.pricer
Methods in com.opengamma.strata.pricer with parameters of type Payment Modifier and Type Method Description CashFlows
DiscountingPaymentPricer. cashFlows(Payment payment, BaseProvider provider)
Calculates the future cash flow of the payment.MultiCurrencyAmount
DiscountingPaymentPricer. currencyExposure(Payment payment, BaseProvider provider)
Calculates the currency exposure.CurrencyAmount
DiscountingPaymentPricer. currentCash(Payment payment, BaseProvider provider)
Calculates the current cash.ExplainMap
DiscountingPaymentPricer. explainPresentValue(Payment payment, BaseProvider provider)
Explains the present value of the payment.CurrencyAmount
DiscountingPaymentPricer. forecastValue(Payment payment, BaseProvider provider)
Computes the forecast value of the payment.double
DiscountingPaymentPricer. forecastValueAmount(Payment payment, BaseProvider provider)
Computes the forecast value of the payment.CurrencyAmount
DiscountingPaymentPricer. presentValue(Payment payment, BaseProvider provider)
Computes the present value of the payment by discounting.CurrencyAmount
DiscountingPaymentPricer. presentValue(Payment payment, DiscountFactors discountFactors)
Computes the present value of the payment by discounting.double
DiscountingPaymentPricer. presentValueAmount(Payment payment, BaseProvider provider)
Computes the present value of the payment by discounting.PointSensitivityBuilder
DiscountingPaymentPricer. presentValueSensitivity(Payment payment, BaseProvider provider)
Compute the present value curve sensitivity of the payment.PointSensitivityBuilder
DiscountingPaymentPricer. presentValueSensitivity(Payment payment, DiscountFactors discountFactors)
Compute the present value curve sensitivity of the payment.PointSensitivityBuilder
DiscountingPaymentPricer. presentValueSensitivityWithSpread(Payment payment, DiscountFactors discountFactors, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Compute the present value curve sensitivity of the payment with z-spread.CurrencyAmount
DiscountingPaymentPricer. presentValueWithSpread(Payment payment, DiscountFactors discountFactors, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Computes the present value of the payment with z-spread by discounting. -
Uses of Payment in com.opengamma.strata.pricer.bond
Methods in com.opengamma.strata.pricer.bond that return Payment Modifier and Type Method Description Payment
DiscountingFixedCouponBondTradePricer. upfrontPayment(ResolvedFixedCouponBondTrade trade)
Calculates the payment that was made for the trade. -
Uses of Payment in com.opengamma.strata.pricer.impl.rate.swap
Methods in com.opengamma.strata.pricer.impl.rate.swap that return types with arguments of type Payment Modifier and Type Method Description static ImmutableMap<Payment,PointSensitivityBuilder>
CashFlowEquivalentCalculator. cashFlowEquivalentAndSensitivityFixedLeg(ResolvedSwapLeg fixedLeg, RatesProvider ratesProvider)
Computes cash flow equivalent and sensitivity of fixed leg.static ImmutableMap<Payment,PointSensitivityBuilder>
CashFlowEquivalentCalculator. cashFlowEquivalentAndSensitivityIborLeg(ResolvedSwapLeg iborLeg, RatesProvider ratesProvider)
Computes cash flow equivalent and sensitivity of Ibor leg.static ImmutableMap<Payment,PointSensitivityBuilder>
CashFlowEquivalentCalculator. cashFlowEquivalentAndSensitivityOnLeg(ResolvedSwapLeg onLeg, RatesProvider multicurve)
Computes cash flow equivalent of and sensitivity overnight leg.static ImmutableMap<Payment,PointSensitivityBuilder>
CashFlowEquivalentCalculator. cashFlowEquivalentAndSensitivitySwap(ResolvedSwap swap, RatesProvider ratesProvider)
Computes cash flow equivalent and sensitivity of swap.static List<Payment>
CashFlowEquivalentCalculator. normalize(ResolvedSwapLeg input)
Extract the payments from theNotionalExchange
in the SwapLeg.static List<Payment>
CashFlowEquivalentCalculator. normalize(List<Payment> input)
Generate a new payment list with the dates sorted and the amounts of elements with same payment date compressed.static Map<Payment,PointSensitivityBuilder>
CashFlowEquivalentCalculator. normalize(Map<Payment,PointSensitivityBuilder> input)
Generate a new map with each payment date unique and the amounts and sensitivities of elements with same payment date compressed.Method parameters in com.opengamma.strata.pricer.impl.rate.swap with type arguments of type Payment Modifier and Type Method Description static List<Payment>
CashFlowEquivalentCalculator. normalize(List<Payment> input)
Generate a new payment list with the dates sorted and the amounts of elements with same payment date compressed.static Map<Payment,PointSensitivityBuilder>
CashFlowEquivalentCalculator. normalize(Map<Payment,PointSensitivityBuilder> input)
Generate a new map with each payment date unique and the amounts and sensitivities of elements with same payment date compressed. -
Uses of Payment in com.opengamma.strata.product.bond
Methods in com.opengamma.strata.product.bond that return Payment Modifier and Type Method Description Payment
ResolvedFixedCouponBond. getNominalPayment()
Gets the nominal payment of the product.Payment
ResolvedBill. getNotional()
Gets the notional payment of the bill notional, the amount must be positive.Payment
KnownAmountBondPaymentPeriod. getPayment()
Gets the payment.Methods in com.opengamma.strata.product.bond that return types with arguments of type Payment Modifier and Type Method Description Optional<Payment>
ResolvedBillTrade. getSettlement()
Gets the settlement details of the bill trade.org.joda.beans.MetaProperty<Payment>
ResolvedFixedCouponBond.Meta. nominalPayment()
The meta-property for thenominalPayment
property.org.joda.beans.MetaProperty<Payment>
ResolvedBill.Meta. notional()
The meta-property for thenotional
property.org.joda.beans.MetaProperty<Payment>
KnownAmountBondPaymentPeriod.Meta. payment()
The meta-property for thepayment
property.org.joda.beans.MetaProperty<Payment>
ResolvedBillTrade.Meta. settlement()
The meta-property for thesettlement
property.Methods in com.opengamma.strata.product.bond with parameters of type Payment Modifier and Type Method Description ResolvedFixedCouponBond.Builder
ResolvedFixedCouponBond.Builder. nominalPayment(Payment nominalPayment)
Sets the nominal payment of the product.ResolvedBill.Builder
ResolvedBill.Builder. notional(Payment notional)
Sets the notional payment of the bill notional, the amount must be positive.static KnownAmountBondPaymentPeriod
KnownAmountBondPaymentPeriod. of(Payment payment, SchedulePeriod period)
Obtains an instance based on a payment and schedule period.KnownAmountBondPaymentPeriod.Builder
KnownAmountBondPaymentPeriod.Builder. payment(Payment payment)
Sets the payment.ResolvedBillTrade.Builder
ResolvedBillTrade.Builder. settlement(Payment settlement)
Sets the settlement details of the bill trade. -
Uses of Payment in com.opengamma.strata.product.capfloor
Methods in com.opengamma.strata.product.capfloor that return types with arguments of type Payment Modifier and Type Method Description Optional<Payment>
ResolvedIborCapFloorTrade. getPremium()
Gets the optional premium of the product.org.joda.beans.MetaProperty<Payment>
ResolvedIborCapFloorTrade.Meta. premium()
The meta-property for thepremium
property.Methods in com.opengamma.strata.product.capfloor with parameters of type Payment Modifier and Type Method Description ResolvedIborCapFloorTrade.Builder
ResolvedIborCapFloorTrade.Builder. premium(Payment premium)
Sets the optional premium of the product. -
Uses of Payment in com.opengamma.strata.product.cms
Methods in com.opengamma.strata.product.cms that return types with arguments of type Payment Modifier and Type Method Description Optional<Payment>
ResolvedCmsTrade. getPremium()
Gets the optional premium of the product.org.joda.beans.MetaProperty<Payment>
ResolvedCmsTrade.Meta. premium()
The meta-property for thepremium
property.Methods in com.opengamma.strata.product.cms with parameters of type Payment Modifier and Type Method Description ResolvedCmsTrade.Builder
ResolvedCmsTrade.Builder. premium(Payment premium)
Sets the optional premium of the product. -
Uses of Payment in com.opengamma.strata.product.credit
Methods in com.opengamma.strata.product.credit that return types with arguments of type Payment Modifier and Type Method Description Optional<Payment>
ResolvedCdsIndexTrade. getUpfrontFee()
Gets the upfront fee of the product.Optional<Payment>
ResolvedCdsTrade. getUpfrontFee()
Gets the upfront fee of the product.org.joda.beans.MetaProperty<Payment>
ResolvedCdsIndexTrade.Meta. upfrontFee()
The meta-property for theupfrontFee
property.org.joda.beans.MetaProperty<Payment>
ResolvedCdsTrade.Meta. upfrontFee()
The meta-property for theupfrontFee
property.Methods in com.opengamma.strata.product.credit with parameters of type Payment Modifier and Type Method Description ResolvedCdsIndexTrade.Builder
ResolvedCdsIndexTrade.Builder. upfrontFee(Payment upfrontFee)
Sets the upfront fee of the product.ResolvedCdsTrade.Builder
ResolvedCdsTrade.Builder. upfrontFee(Payment upfrontFee)
Sets the upfront fee of the product. -
Uses of Payment in com.opengamma.strata.product.fx
Methods in com.opengamma.strata.product.fx that return Payment Modifier and Type Method Description Payment
FxSingle. getBaseCurrencyPayment()
Gets the payment in the base currency, positive if receiving, negative if paying.Payment
ResolvedFxSingle. getBaseCurrencyPayment()
Gets the payment in the base currency, positive if receiving, negative if paying.Payment
FxSingle. getCounterCurrencyPayment()
Gets the payment in the counter currency, positive if receiving, negative if paying.Payment
ResolvedFxSingle. getCounterCurrencyPayment()
Gets the payment in the counter currency, positive if receiving, negative if paying.Methods in com.opengamma.strata.product.fx that return types with arguments of type Payment Modifier and Type Method Description org.joda.beans.MetaProperty<Payment>
FxSingle.Meta. baseCurrencyPayment()
The meta-property for thebaseCurrencyPayment
property.org.joda.beans.MetaProperty<Payment>
ResolvedFxSingle.Meta. baseCurrencyPayment()
The meta-property for thebaseCurrencyPayment
property.org.joda.beans.MetaProperty<Payment>
FxSingle.Meta. counterCurrencyPayment()
The meta-property for thecounterCurrencyPayment
property.org.joda.beans.MetaProperty<Payment>
ResolvedFxSingle.Meta. counterCurrencyPayment()
The meta-property for thecounterCurrencyPayment
property.Methods in com.opengamma.strata.product.fx with parameters of type Payment Modifier and Type Method Description static FxSingle
FxSingle. of(Payment payment1, Payment payment2)
Creates anFxSingle
from two payments.static FxSingle
FxSingle. of(Payment payment1, Payment payment2, BusinessDayAdjustment paymentDateAdjustment)
Creates anFxSingle
from two payments, specifying a date adjustment.static ResolvedFxSingle
ResolvedFxSingle. of(Payment payment1, Payment payment2)
Creates anResolvedFxSingle
from two equivalent payments in different currencies. -
Uses of Payment in com.opengamma.strata.product.fxopt
Methods in com.opengamma.strata.product.fxopt that return Payment Modifier and Type Method Description Payment
ResolvedFxSingleBarrierOptionTrade. getPremium()
Gets the premium of the FX option.Payment
ResolvedFxVanillaOptionTrade. getPremium()
Gets the premium of the FX option.Methods in com.opengamma.strata.product.fxopt that return types with arguments of type Payment Modifier and Type Method Description org.joda.beans.MetaProperty<Payment>
ResolvedFxSingleBarrierOptionTrade.Meta. premium()
The meta-property for thepremium
property.org.joda.beans.MetaProperty<Payment>
ResolvedFxVanillaOptionTrade.Meta. premium()
The meta-property for thepremium
property.Methods in com.opengamma.strata.product.fxopt with parameters of type Payment Modifier and Type Method Description ResolvedFxSingleBarrierOptionTrade.Builder
ResolvedFxSingleBarrierOptionTrade.Builder. premium(Payment premium)
Sets the premium of the FX option.ResolvedFxVanillaOptionTrade.Builder
ResolvedFxVanillaOptionTrade.Builder. premium(Payment premium)
Sets the premium of the FX option. -
Uses of Payment in com.opengamma.strata.product.payment
Methods in com.opengamma.strata.product.payment that return Payment Modifier and Type Method Description Payment
ResolvedBulletPayment. getPayment()
Gets the payment to be made.Methods in com.opengamma.strata.product.payment that return types with arguments of type Payment Modifier and Type Method Description org.joda.beans.MetaProperty<Payment>
ResolvedBulletPayment.Meta. payment()
The meta-property for thepayment
property.Methods in com.opengamma.strata.product.payment with parameters of type Payment Modifier and Type Method Description static ResolvedBulletPayment
ResolvedBulletPayment. of(Payment payment)
Obtains an instance of a resolved bullet payment.ResolvedBulletPayment.Builder
ResolvedBulletPayment.Builder. payment(Payment payment)
Sets the payment to be made. -
Uses of Payment in com.opengamma.strata.product.swap
Methods in com.opengamma.strata.product.swap that return Payment Modifier and Type Method Description Payment
KnownAmountNotionalSwapPaymentPeriod. getPayment()
Gets the payment.Payment
KnownAmountSwapPaymentPeriod. getPayment()
Gets the payment.Payment
NotionalExchange. getPayment()
Gets the notional exchange payment.Methods in com.opengamma.strata.product.swap that return types with arguments of type Payment Modifier and Type Method Description org.joda.beans.MetaProperty<Payment>
KnownAmountNotionalSwapPaymentPeriod.Meta. payment()
The meta-property for thepayment
property.org.joda.beans.MetaProperty<Payment>
KnownAmountSwapPaymentPeriod.Meta. payment()
The meta-property for thepayment
property.org.joda.beans.MetaProperty<Payment>
NotionalExchange.Meta. payment()
The meta-property for thepayment
property.Methods in com.opengamma.strata.product.swap with parameters of type Payment Modifier and Type Method Description static KnownAmountNotionalSwapPaymentPeriod
KnownAmountNotionalSwapPaymentPeriod. of(Payment payment, SchedulePeriod period, CurrencyAmount notional)
Obtains an instance based on a payment, schedule period and notional.static KnownAmountNotionalSwapPaymentPeriod
KnownAmountNotionalSwapPaymentPeriod. of(Payment payment, SchedulePeriod period, CurrencyAmount notional, FxIndexObservation fxResetObservation)
Obtains an instance based on a payment, schedule period, notional and FX reset.static KnownAmountSwapPaymentPeriod
KnownAmountSwapPaymentPeriod. of(Payment payment, SchedulePeriod period)
Obtains an instance based on a payment and schedule period.static NotionalExchange
NotionalExchange. of(Payment payment)
Obtains an instance from the payment.KnownAmountNotionalSwapPaymentPeriod.Builder
KnownAmountNotionalSwapPaymentPeriod.Builder. payment(Payment payment)
Sets the payment.KnownAmountSwapPaymentPeriod.Builder
KnownAmountSwapPaymentPeriod.Builder. payment(Payment payment)
Sets the payment. -
Uses of Payment in com.opengamma.strata.product.swaption
Methods in com.opengamma.strata.product.swaption that return Payment Modifier and Type Method Description Payment
ResolvedSwaptionTrade. getPremium()
Gets the premium of the swaption.Methods in com.opengamma.strata.product.swaption that return types with arguments of type Payment Modifier and Type Method Description org.joda.beans.MetaProperty<Payment>
ResolvedSwaptionTrade.Meta. premium()
The meta-property for thepremium
property.Methods in com.opengamma.strata.product.swaption with parameters of type Payment Modifier and Type Method Description static ResolvedSwaptionTrade
ResolvedSwaptionTrade. of(TradeInfo info, ResolvedSwaption product, Payment premium)
Obtains an instance of a resolved Swaption trade.static SwaptionTrade
SwaptionTrade. of(TradeInfo info, Swaption product, Payment premium)
Obtains an instance of a Swaption trade with a fixed payment.ResolvedSwaptionTrade.Builder
ResolvedSwaptionTrade.Builder. premium(Payment premium)
Sets the premium of the swaption.
-


This directory contains third-party software that may be useful for debugging.
The ofp-tcpdump.patch patch adds the ability to parse OpenFlow messages to tcpdump. These instructions assume that tcpdump 4.3.0 is going to be used, but it should work with other versions that are not substantially different. To begin, download tcpdump and apply the patch:
$ wget http://www.tcpdump.org/release/tcpdump-4.3.0.tar.gz $ tar xzf tcpdump-4.3.0.tar.gz $ ln -s tcpdump-4.3.0 tcpdump $ patch -p0 < ofp-tcpdump.patch
Then build the new version of tcpdump:
$ cd tcpdump $ ./configure $ make
Clearly, tcpdump can only parse unencrypted packets, so you will need to connect the controller and datapath using plain TCP. To look at the traffic, tcpdump will be started in a manner similar to the following:
$ sudo ./tcpdump -s0 -i eth0 port 6653
The -s0 flag indicates that tcpdump should capture the entire packet. If the OpenFlow message is not received in its entirety, [|openflow] will be printed instead of the OpenFlow message contents.
The verbosity of the output may be increased by adding additional -v flags. If -vvv is used, the raw OpenFlow data is also printed in hex and ASCII.


--- layout: post title: Episode 086 | Tomas Petricek - Remember Curiosity link: http://traffic.libsyn.com/developeronfire/DeveloperOnFire-86-TomasPetricek.mp3 length: 40894464 speaker: Dave Rael duration: '43:37' subtitle: 'Developer On Fire: Tomas Petricek' guest_name: Tomas Petricek image: /assets/images/TomasPetricek.jpg guest_blog: http://tomasp.net/ guest_twitter: tomaspetricek disqus_url: http://developeronfire.com/Podcast/Episodes/tomas-petricek-remeber-curiosity episode_number: 86 book_recommendations: - { url: "http://www.amazon.com/dp/1844674428/?tag=devonfir-20", title: "Against Method", author: "Paul Feyerabend"} tags: - { url: "http://www.amazon.com/dp/1844674428/?tag=devonfir-20", title: "Against Method", author: "Paul Feyerabend"} redirect_from: - "/episode-086-tomas-petricek-remember-curiosity/" - "/86/" - "/086/" - "/0086/" - "/tomas-petricek-remeber-curiosity/" - "/Tomas-Petricek/" - "/TomasPetricek/" - "/Podcast/Episodes/86/" - "/Podcast/Episodes/086/" - "/Podcast/Episodes/0086/" - "/Podcast/Episodes/tomas-petricek-remeber-curiosity/" - "/Podcast/Episodes/Tomas-Petricek/" - "/Podcast/Episodes/TomasPetricek/" guid: http://developeronfire.com:80/Podcast/Episodes/tomas-petricek-remeber-curiosity ---
Tomas Petricek is a computer scientist, book author and open-source developer. He wrote a popular book called "Real-World Functional Programming" and is a lead developer of several F# open-source libraries, but he also contributed to the design of the F# language as an intern and consultant at Microsoft Research. He is a partner at fsharpWorks (http://fsharpworks.com) where he provides trainings and consulting services. Tomas recently submitted his PhD thesis at the University of Cambridge focused on types for understanding context usage in programming languages, but his most recent work also includes two essays that attempt to understand programming through the perspective of philosophy of science.
1. Don't try to deliver value (and remember to take time away and play)
2. Give ideas more time
3. Don't be afraid to share "crappy" things


Preparation time
1-2 hours
Cooking time
1 to 2 hours
Serves
Makes 1 large cake
Orange-flavoured génoise, covered in a chocolate glaze and layered with a salted caramel cream – I just had to include salted caramel in this recipe as it's one of my favourite fillings.

Preheat the oven to 180C/170C Fan/Gas 4. Grease and line two 20cm/8in springform cake tins with baking paper.
For the génoise, half fill a large saucepan with water and bring to a simmer. In a large heatproof mixing bowl, combine the eggs and sugar, then place the bowl over the saucepan (creating a bain-marie). Make sure the bottom of the bowl doesn’t touch the water.
Using a hand-held electric whisk, vigorously whisk the mixture for around 7 minutes, or until trebled in volume, pale and it leaves ribbons on the surface when the beater is lifted. Remove the mixture from the heat as soon as it is warm to the touch to avoid cooking the eggs.
Gently fold in the orange zest and salt. Sift the flour into the mixture in three batches, gently folding in each batch before adding the next. Slowly pour the melted butter down the side of the bowl and fold in.
Divide the mixture equally between the prepared cake tins, pouring from as low a height as possible. Place on the middle shelf of the oven and bake for 18-20 minutes, or until they are coming away from the sides of the tin and a cake skewer inserted in the middle comes out clean. Cool in the tin for 5 minutes then transfer to a wire rack to cool completely.
For the salted caramel sauce, put the butter and light brown sugar in a small saucepan over a low heat and stir until the sugar is melted (about 3 minutes). Drizzle in the double cream, mixing well – take care as the mix may splatter. Bring to the boil and simmer for 1 minute, then remove from the heat. Stir in the sea salt and set aside to cool, stirring frequently to prevent a crust forming. When cooled, whisk it for 1-2 minutes to incorporate some air.
For the cream base, whisk the double cream until stiff peaks form. Then whisk in the salted caramel to make a salted caramel cream. If the mixture is too loose, beat the butter until smooth and add to the salted caramel cream as necessary. Use a toothpick to add enough ivory food colouring to make a light brown/orange colour (if using).
To assemble the cake, cut each cake in half horizontally to make four layers. Carefully place the first layer on a cake board. Using a palette knife, spread about 5mm of cream on top in an even layer. Place the next layer of génoise on top and repeat the cream and cake layers until you have four layers of génoise with salted caramel cream on top of each layer.
 Make sure there are no overhanging edges as this will affect the mirror glaze later. Transfer the cake to the fridge for 20-30 minutes.
Remove the cake from the fridge and add a final layer of cream all over, finishing it carefully using a palette knife (the smoother the cream, the better the final finish will be). Place back in fridge for 20 minutes, along with any remaining cream.
For the chocolate glaze, add the cream, sugar, cocoa powder and 150ml/5fl oz water to a small saucepan and heat gently until the sugar is fully dissolved. Keep stirring during heating. Bring to the boil and simmer for 2 minutes. Remove from the heat and leave to cool for 10 minutes.
Soak the gelatine leaves in a bowl of cold water for 5 minutes. Squeeze any excess water from the leaves and stir into the glaze until fully dissolved. Use a sugar thermometer to check the temperature of the glaze and cool to a maximum of 38C before using.
Pass the glaze through a fine sieve into a measuring jug and tap on a hard surface to encourage any air bubbles to pop.
Once the cake has finished cooling in the fridge, transfer to a wire cooling rack placed on a large baking tray to catch any excess glaze as you pour it over the cake.
Pour the glaze evenly over the top of the cake. Check the sides of the cake are covered and add more glaze if needed by reusing any excess glaze caught in the baking tray. Immediately transfer the cake to the fridge to firm up.
To decorate, make a caramel. Put the sugar and 1-2 tablespoons water in a small pan over a medium heat. Do not stir, just swirl the pan. Heat until the sugar is an amber caramel colour, then remove from the heat.
Meanwhile, attach each hazelnut to the end of a cocktail stick. Very carefully dip each hazelnut into the caramel (the caramel will be very hot, so take care not to burn yourself) and hang over the edge of a work surface, using a heavy chopping board to hold the cocktail stick in place – protect the floor and any cupboards and with newspaper as the caramel will drip. This will form a caramel ‘spike’ as the caramel stretches. Once all hazelnuts are coated, trim the spikes to the same length using scissors and remove from the cocktail sticks onto a sheet of parchment paper.
To finish, put the cake on a serving plate and pipe small circles of salted caramel cream around the top edge of the cake and place a caramelised hazelnut on each circle.


Before Change
"Programming Language :: Python :: 3.6",
"Programming Language :: Python :: 3.7"
],
install_requires=open("requirements.txt").readlines(),
setup_requires=open("setup-requirements.txt").readlines(),
python_requires=">=2.7, <4",
cmdclass={"build_ext": build_ext},
After Change
from setuptools import find_packages, setup
from setuptools.command.build_ext import build_ext as _build_ext
dirname = path.abspath(path.dirname(__file__))
with open(path.join(dirname, "README.md")) as f:
long_description = f.read()


In most applications, declaring multiple themes is not necessary. Instead,
you should configure the default
theme for your needs. If you need multiple
themes in a single application, Angular Material does provide tools
to make this possible.
Use the $mdThemingProvider
to register a second theme within your application.
By default all themes will inherit from the default
theme. Once you have
registered the second theme, you can configure it with the same chainable
interface used on the default theme.
You can change the default theme to be used across your entire application using the provider:
Angular Material also exposes the md-theme
directive which will set the theme
on an element and all child elements.
In the following example, the application will use the default
theme, while
the second child div
will use the altTheme
. This allows you to theme
different parts of your application differently.
By default, to save on performance, theming directives will not watch
md-theme
for changes. If you need themes to be dynamically modified, you will
need to use the md-theme-watch
directive.
If you need this behavior in your entire application (ie. on all md-theme
directives) you can use the $mdThemingProvider
to enable it.


Kathryn Henderson
Describes Engineering drawings from a boundary objects point of view. £ Well worth a full read-through, as highly referenced by others.
"The destruction of important situated practices within the visual
conventions of design activity lies in an
elementary misunderstanding of both the practices themselves and their
in-
teractive character. These fundamental misunderstandings are
constructed
into the CAD/CAM system, whose designers assume a linear theory of
innovation that projects a straightforward process from idea, to drawing,
to
prototype, to production...such rigid models are seriously misguided." £
denies linearity
"the very "efficiency" of their intended use dis-integrates
the social communication practices that normally serve to repair the
problems
and misunderstandings that are part of the work process" £ could be said
of UML for firmware design


Here's a time line of Senador Berni Sander's life:
- 1941 - Born in in the Brooklyn borough of New York City.
- 1954- He attended Hebrew school in the afternoons, and celebrated his bar mitzvah
- 1959- Sanders studied at Brooklyn College for a year
- 1962- He went to a rally at the University of Chicago administration building to protest university president George Wells Beadle's segregated campus housing policy. At the protest, Sanders said, "We feel it is an intolerable situation when Negro and white students of the university cannot live together in university-owned apartments".
- 1963- He attended the 1963 March on Washington for Jobs and Freedom, where Martin Luther King Jr. gave the "I Have a Dream" speech.
- 1968- He moved to Stannard, Vermont, a town small in both area and population (88 residents at the 1970 census) within Vermont's rural Northeast Kingdom region, because he had been "captivated by rural life." While there, he worked as a carpenter,filmmaker, and writer who created and sold "radical film strips" and other educational materials to schools..
- 1971- Sanders began his electoral political career as a member of the Liberty Union Party, which originated in the anti-war movement and the People's Party.
- 1980- He ran against incumbent Democratic mayor Gordon "Gordie" Paquette, a five-term mayor who had served as a member of the Burlington City Council for 13 years before that, building extensive community ties and a willingness to cooperate with Republican leaders in controlling appointments to various commissions.
- 1988- Sanders was the first independent elected to the U.S. House of Representatives since Frazier Reams of Ohio, as well as the first socialist elected to the House in decades.
- 1991- He co-founded the Congressional Progressive Caucus, a group of mostly liberal Democrats that he chaired for its first eight years, while still refusing to join the Democratic Party or caucus.
- 1999- Sanders voted and advocated against rolling back the Glass–Steagall legislation provisions that kept investment banks and commercial banks separate entities.
- 2005- Sanders entered the race for the U.S. Senate after Senator Jim Jeffords announced that he would not seek a fourth term. Chuck Schumer, chairman of the Democratic Senatorial Campaign Committee, endorsed Sanders, a critical move as it meant that no Democrat running against him could expect to receive financial help from the party.
- 2009 - Sanders voted against the Troubled Asset Relief Program (TARP, also known as the Wall Street bailout), a program to purchase toxic banking assets and provide loans to banks that were in free-fall
- 2015- Sanders announced his intention to seek the Democratic Party's nomination for president
- 2019- Sanders announced that he would seek the Democratic Party's 2020 nomination for president.
"We have a crisis in higher education...Too many of our young people cannot afford a college education & those who are leaving college are faced with crushing debt. It is a national disgrace...""


Hi,
We have tried multiple times to install emoncms on Ubuntu 14.04 and have followed the documentation for Linux install.
There must be something really simple we are doing wrong as we continually get the following error;
The requested URL /emoncms was not found on this server.
When we browse to http://localhost we get the default apache page.
When we browse to http://localhost/emoncms we get the 404 not found page.
We have been thru the various answers within the forums and other sites without success.
Could someone point us in the right direction?
Re: The requested URL /emoncms was not found on this server.
Did you find this post? EmonCMS on Ubuntu 14.04 www folder change.
Paul
Re: The requested URL /emoncms was not found on this server.
Paul, thank you so much. Missed that one and will make the changes.
Hopefully other newbies like me will pick this up.
Thanks again
Re: The requested URL /emoncms was not found on this server.
CaxtonQ, did this work for you?
Re: The requested URL /emoncms was not found on this server.
Hi
The change is due to the apache version coming with ubuntu 14.04. As mentioned here, the root directory has been modified in Apache for security reasons. This should taken into account in Emoncms installation guide.
Another workaround here.
Eric
Re: The requested URL /emoncms was not found on this server.
Hi Westerner, Yes this has worked, so thanks to Paul for his guidance.
i followed all the instructions, just changed the 'git emoncms' install to var/www/html/emoncms. I had problems with two commands and that was because I was not in the correct directory to run the command. Not sure if any other changes will need to be made as emoncms is in a new directory. Had to direct my browser to localhost/emoncms otherwise the Apache default page displayed. It's great to find something new to do!
Have the install instructions been updated?
EmonPi arrived yesterday so thanks to the UK Team for that. It is now installed, up and running. Just have to change the plug adaptors from UK to NZ and sort out why the Apps-My Solar graphs are not updating in the display. Solar panels arrive in 10 days. Yippee!
Re: The requested URL /emoncms was not found on this server.
I too followed the install guide and got tripped up by the default www folder being var/www/html/. I got lucky and copied the emoncms folder from var/www/ into var/www/html/ and the emoncms default login page now comes up using X.X.X.X/emoncms.


[§437D-17] Exceptions to posting requirements. The posting requirements of sections 437D-9 and 437D-13 shall not apply to a lessor who is a party to a commercial lease which prohibits all posting and which is in force on January 1, 1989. [L 1988, c 251, pt of §2]


Six cabins destroyed as fire breaks out due to enemy shelling in Donbas (Video)
Luckily, no casualties were reported in the incident.
On Sunday evening, November 24, six houses burned down to the ground as a result of shelling by Russian-led forces near the village of Berezove, Donetsk region.
"At about 18:00 on November 24, Russian occupiers opened heavy-maching-gun fire at the positions of the Joint Forces near the village of Berezove in Donetsk region, with the use of tracer and armor-piercing incendiary ammunition," the press center of Ukraine's Joint Forces Operation wrote on Facebook.

"Strong winds led to the rapid spread of fire, including toward the nearby cabins. Six cabins almost completely burned down," the headquarters said.
The military of the Armed Forces of Ukraine quickly evacuated the civilians. There were no casualties.
The fire was put out at about 23:00.


Hello, I'm an aspiring full stack web developer in Chicago, Illinois.
Below you can find some projects I've worked on in order to expand my knowledge on the respective language/technology the project uses.
A single page application utilizing material design that is able to calculate weightlifting plates needed on each side of a barbell depending on the weight.
A Javascript full stack application for managing users and blog posts built with MongoDB, Node, Express, Javascript, Pug, and CSS
Created an "About Me" website with a simple contact form
A simple website utilizing NASA's API to display their astronomy picture of the day.
A group project on an augmented reality Android app that allows a digital visualization of how a room could possibly look like with physical furniture
I graduated with a Bachelor's of Science in Computer Science in 2016 from Texas A&M University - Kingsville. I'm originally from South Texas but moved to Chicago in 2017.
Links to email, linkedin, etc


6
1 There is an evil that I have seen under the sun, and it is severe for men.
2 God might give riches, wealth, and honor to a man so that he lacks nothing that he desires for himself, but then God gives him no ability to enjoy it. Instead, someone else uses his things. This is vapor, an evil affliction.
3 If a man fathers a hundred children and lives many years, so that the days of his years are many, but if his heart is not satisfied with good and he is not buried with honor, then I say that a baby that is born dead is better off than he is.
4 Even such a baby is born in futility and passes away in darkness, and its name remains hidden.
5 Although this child does not see the sun or know anything, it has rest even though that man did not.
6 Even if a man should live for two thousand years but does not learn to enjoy good things, he goes to the same place as everyone else.
7 Though all a man's work is to fill his mouth,
yet his appetite is not filled.
8 Indeed, what advantage has the wise person over the fool?
What advantage does the poor man have
even if he knows how to act in front of other people?
9 It is better to be satisfied with what the eyes see
than to desire what a wandering appetite craves,
which is also vapor and an attempt to shepherd the wind.
10 Whatever has existed has already been given its name, and what mankind is like has already been known. So it has become useless to dispute with the one who is the mighty judge of all.
11 The more words that are spoken, the more futility increases,
so what advantage is that to a man?
12 For who knows what is good for man in his life during his futile, numbered days through which he passes like a shadow? Who can tell a man what will come under the sun after he passes?


OpenWindow3D()
Syntax
Result = OpenWindow3D(#Window3D, x, y, InnerWidth, InnerHeight, Title$ [, Flags])Description
Opens a new window on the current screen according to the specified parameters. The new window becomes the active window, it's not needed to use SetActiveWindow3D() (unless the window is created as invisible). All possible events in a window are handled with WindowEvent3D().
Parameters
#Window3D A number to identify the new 3D window. #PB_Any can be used to auto-generate this number. x, y The initial position of the 3D window in the screen (unless one of the center flags is used). InnerWidth, InnerHeight The initial size of the client area of 3D window (without borders and window decorations). Flags (optional) It can be a combination of the following values: #PB_Window3D_SizeGadget : Adds the sizeable feature to a window. #PB_Window3D_Invisible : Creates the window but don't display it. #PB_Window3D_BorderLess : Creates a window without any borders.
Return value
Nonzero if the 3D window has been successfully opened, zero otherwise.
See Also
CloseWindow3D(), WindowEvent3D()
Supported OS
All


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- cultivate scalable eyeballs
- grow end-to-end supply-chains
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- brand visionary portals
- strategize bleeding-edge ROI
- matrix cross-platform e-tailers


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TWISTER A film review by Scott Mendelson Copyright 1997 Scott Mendelson
1996 110 min. rated PG-13(for profanity and much bad weather)
Directed by Jan De Bont
Starring:
Industrial Lights and Magic(as: The Tornadoes) Helen Hunt Pill Paxton Cary Elwes
In short, Twister is a perfect summer flick. It's acting is adequate, it's character are 1/2 dimensional, it's sub-plots are silly, but boy, oh boy is it FUN!!!!
The Plot: Tornado chasers Helen Hunt and Bill Paxton duel with mother nature while trying to rekindle their marriage and fend off a rival chaser(Cary Elwes).
The film starts out with a truly chilling bang. Beginning in 1969, the film starts with a family of three(four, if you count a dog that, probably not coincidentally, looks a lot like Toto, from Wizard of Oz) running from their home to an underground shelter, after a surprise storm hits the town. The little child, having never seen a tornado before, is amazed at its power and can hardly believe her eyes when it blows the shelter door to pieces and takes her father with it. This scene is frighteningly effective in the same way that the opening scene of Cliffhanger was(and is probably the only reason, why you would question taking a young child to this film). It builds tension by delaying the inevitable, because we know what will happen, but hope that it doesn't. Of course, the special effects are truly eye-popping(I gave them top billing; they are the REAL stars of this flick). There tornadoes are frighteningly convincing, and so is the damage that it does. All through the movie, we wonder: what will we see in midair next(my personal favorite are the flying cows, which bellow out a frightened "MOO" as they fly through the air). As said before, the film is fun. Aside, from the scary opening scene, the film's "scares" are more of the "ooh, Ahh, oh no" variety as opposed to truly horrific scenes of destruction(it helps that the body count is kept to a bare minimum). OK, I wasn't exactly expecting the level of quality that went into the characters of Jaws(the movie to which all other revenge of nature/science movies will be measured against, and rightly so). Still, director Jan De Bont did get great performances out of Keanu Reeves, Sandra Bullock, and(especially) Dennis Hopper in Speed. Of course, Hopper and Co. actually had distinct personalities to play off of. Hunt, Paxton, and Ewles are given very little. Hunt plays the tough chick, Paxton plays the ex-husband, and Elwes plays the other tornado chaser. I feel particularly bad for Ewles. He is a great actor. Yet, he can't seem to get respect. Let's see, in The Princess Bride, he was great, but was overshadowed by Mandy Patankin. In Glory(the greatest film ever made about an American war), he was great, but was overshadowed by Matthew Broderick, Morgan Freeman, and Denzel Washington. In Robin Hood: Men in Tights, he was great but was overshadowed by the fact that the movie sucked. In Rudyard Kipling's The Jungle Book, he was great but was overshadowed by Jason Scott Lee, and all the lions and tigers and bears(oh, my!). Michael Crichton(who wrote the screenplay) is known for injecting much scientific knowledge in his(great) books. In Twister, we get many scenes of people in "weather watch"-like stations, with lots of fancy looking, computer animated programs for tracking the weather. Yet, no one bothers to explain what any of the screens mean, or explain the scientific dialogue that goes along with it. Gee, and we could have learned something too... OK, now, that all is said and done.  But, it's a great time at the movies. If you want quality, wait till fall. If you just want a good time, then summer is the season. Twister is a summer movie. "B+"
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.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Kit Harington was the only 'Game of Thrones' star nominated for a Golden Globe, and Emilia Clarke fans are outraged, Business Insider - Business Insider Singapore
by Kim Renfro- “Game of Thrones” landed just one nomination at the 2020 Golden Globe awards for its final season.
- Kit Harington (who played Jon Snow) was nominated for best actor in a drama series.
- Fans responded on Twitter with a mix of outrage, sadness, and disappointment that Emilia Clarke (Daenerys Targaryen) wasn’t also nominated.
- Visit Insider’s homepage for more stories.
The nominees for the upcoming 2020 Golden Globe awards were announced Monday morning, and some were intrigued to see the final season of “Game of Thrones” land just one nomination. Kit Harington (who played Jon Snow) has been recognized for the best actor in a drama series category, and Emilia Clarke fans are expressing their disappointment.
Clarke’s character Daenerys Targaryen underwent the most drastic character transformation on the final season of “Game of Thrones.” Though the series hasn’t historically won many Golden Globe awards, many fans found it surprising that Clarke wasn’t given a nomination.
Fans responded on Twitter with a mix of outrage, sadness, and disappointment.
Others came to Kit Harington’s defense, or simply celebrated his nomination
Clarke was nominated for best actress in a drama at the Emmy Awards earlier this year, where she lost to Jodie Comer (“Killing Eve”). Harington was also nominated for best actor at the 2019 Emmys, but also lost (to Billy Porter, who won for “Pose”). This is Harington’s first Golden Globe nomination.
The Golden Globes Awards will air live on NBC on January 5 at 8 p.m. ET.


By Matthew Fabb
Demo time!
They have their own custom 360 camera.
9 cameras
Costs $85,000
Have been working with Bublcam
Bublcam will work with Streetview & Photosphere
Streetview example via Bublcam - For The Love Of Cake
Working on Facebook integration
MTV
Discovery - Sharkweek
NASA
Bublcam will have an SDK
Currently looks flat
Make custom 360 camera rigs
3D printed with flexible nylon
Uses GOPro cameras
Famous for Beck 360 - Hello Again
Lots of different models
$6.8 million of funding
Board Advisors include:
$6.8 million of funding
Plan on creating both hardware & software


ANRES 2018
26 - 28 April 2018
Hotel Windsor Suites & Convention Bangkok Thailand
Home
(current)
Schedule
Program outline
Speakers
Organising
Registration
Contact


ostree
Version control for binary files similar to git but optimized for operating system root filesystems.
OSTree is the foundation for immutable image-based operating systems such as Fedora Silverblue, Fedora IoT or Fedora CoreOS.
More information: home page
- Initialize a repository of the files in `$PWD` with metadata in `$PWD/path/to/repo`:
ostree init --repo path/to/repo
- Create a commit (snapshot) of the files:
ostree commit --repo path/to/repo --branch branch_name
- Show files in commit:
ostree ls --repo path/to/repo commit_id
- Show metadata of commit:
ostree show --repo path/to/repo commit_id
- Show list of commits:
ostree log --repo path/to/repo branch_name
- Show repo summary:
ostree summary --repo path/to/repo --view
- Show available refs (branches):
ostree refs --repo path/to/repo


December 6, 2015
In Ruby and other programming languages, there are multiple ways to deal with large collections of objects or data. In today's post, I am going to introduce two popular Ruby classes, Arrays and Hashes, that are frequently used as container objects.
Both arrays and hashes are collections of objects. The code to create each of them is very similar. Each class has a .new method, which can be used to create a new container. To create an array or hash using this method, you can type:
hash = Hash.new
Another common way to create a container is using the literal constructor. To create an empty array or hash this way you only need to type:
hash = {}
There are other ways arrays and hashes can be created, including by specifying values instead of creating empty containers. The two examples below will show one of the main differences between the two classes:
hash = {"ruby" => "red", "sky" => "blue", "snow" => "white"}
The above illustrates one of the primary differences between arrays and hashes. Arrays are collections of individual objects, whereas hashes are collections of key:value pairs of objects.
The objects inside arrays and hashes are not limited to primitive data types like integers or strings. An array or hash could contain any number of different types of objects within, including strings, integers, or floats, as well as other arrays or hashes!
funky_hash =
{"Bob" => {"City" => "Dallas",
"State" => "Texas",
"Occupation" => "Cowboy"},
"Lisa" => {"City" => "Chicago",
"State" => "Illinois",
"Occupation" => "Astronaut"}}
Because of the structure of each of these two containers, an array may be more useful for a linear list of elements. An array could hold a large collection of numbers, for example, which could then be sorted or searched through rather quickly. Arrays are integer-indexed starting at 0, so the first element in an array is located at index 0, the second at index 1, etc. To access the third element, you can type:
The variable special would now be set to 3.14
Hashes are also ordered in the sense that Ruby remembers the order that the keys were inserted; however, the best way to access a value in a hash is by the key:
which would then set the variable information to the hash to which the key Bob points.
Hashes may best be used for dictionaries or data sets where, for example, a large number of unique customers (keys) each map to another hash or collection of data. And indeed, one requirement of hashes is that in any given hash, keys must be unique. But whereas in arrays the keys are essentially the integer indices, the keys in hashes are much more flexible and can be any of a number of objects as long as they are unique.
Both container objects have additional features, such as the ability to remove, add, or retrieve specific objects, as well as different techniques for traversing across their datasets. Further, both the Array class and the Hash class have many other built-in Ruby methods, which can be pleasure-read on the Ruby Docs website.
Ultimately, it is very important to be able to manage and manipulate large collections of objects in any programming language, and arrays and hashes are two common ways of handling the data in Ruby. I hope this article has been an informative introduction to the two classes. Until next time...


My name is Angela Jordan, I am currently 17, and I will be a senior this fall. I plan on majoring in veteranarian medicine and acting/drama in college. I cureently attend Team Englewood Highschool, I play the French Horn, basketball, and soccer. I am also playing volleyball this fall. I love acting I like acting/drama. I also sing in the Advanced Choir at school. I like to build websites. I learned a lot about the program and about basic HTML. This program really benefits me for the future.


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Maxx Crawford
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Defining Hybrid SaaS
Work in progress
I think that a broad definition of Hybrid Cloud is… you run a consumer website… you host your application in a data center where you control the servers, but you have the ability to “burst” onto a public cloud for excess capacity. This feels less relevant for software you purchase. This is possible with privately hosted SaaS applications but not that common.
When it comes to hybrid cloud for running enterprise software, it is first important to define these four terms:
“On-prem” (aka on-premises or on-premise) - this means you 1) physically own the hardware 2) you manage the hardware 3) you control the OS & the applications you run 4) Machines are accessible via your private network.
“Managed Datacenter” 1) you own the hardware 2) you outsource the maintenance of the hardware 3) you control the OS & the applications you run 4) Machines are accessible via your private network.
“Private Cloud” 1) you do not own the hardware 2) hardware maintenance is done by IaaS provider 3) you control the OS & the applications you run 4) machines are accessible on your private network
“Public Cloud” 1) you do not own the hardware 2) hardware maintenance is done by application owner (maybe outsourced to IaaS) 3) you do not control the OS or the applications that are run 4) machines are accessible on the public internet
So hybrid would be some version of hybrid ownership of hardware/software with the application provider… generally by creating single tenant architecture that is then connected to both parties private networks.
2 different models of SaaS hybrid cloud solutions:
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The application provider spins up a single tenant version of the application & restricts it’s access to your IP range (basically adding it to your private network). The data storage & processing resides in the application providers infrastructure… they’re responsible for maintaining updates, uptime etc.
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The application provider spins up a single tenant version of the application & restricts it’s access to your IP range (basically adding it to your private network). Only the processing resides in the application providers infrastructure… they’re responsible for maintaining updates, uptime etc. But the data is stored in your on-prem/managed-datacenter/private-cloud and is accessed by the application provider’s cloud.
A separate but related option is Enterprise Key Management… which Box is doing and it basically moves control of encryption keys to customer controlled hardware.


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Read what my managers and colleagues said about my experience at ING Direct
«I never met a Digital Project Manager as Agathe throughout my career. During these two years at ING Direct she was responsible for the management and the performance of the website www.ingdirect.fr. In addition to the continuous optimization of our website, she allowed us to redesign it. Thanks to her we managed this hard work responsive website creation and we got the best rating Google Mobile Friendly French banks (historical banks and online banks) before the mobile banking pure players. Agathe has a remarkable profile of Digital Project Manager : she is passionate about UX, Design and technical challenges. Also without being perfectionist, she has high quality level requirements. She is both creative and organized and she knows how to lead a team to carry out a project. She is honest and direct, she takes responsibility for eventual mistakes and adapts very easily to the team, the service or the company where she works. She has a good character. »
Pierre-Julien Blanc, Internet Marketing Manager at ING DIRECT, managed Agathe at ING Direct France
« Agathe is a person that I totaly trust. She has skills in almost all digital needs you could have. If she doesn't, she loves to learn and does it fast. She is very organized and determined. When she starts something, she finishes it, no matter the hurdles she''ll meet on her way. Did I mention that she has a good spirit, she's nice and funny? If you need a partner to work with, stop searching around, you've just found it!»
Franck Vitasse, Digital Marketing Specialist at Lyon Béton, was a colleague of Agathe at ING Direct France