Go to the source code of this file.
Functions | |
| int | main (int argc, char **argv) |
| TEST (PioneerPacket, Init_Commands) | |
| TEST (PioneerPacket, Void_Commands) | |
| TEST (PioneerPacket, Int_Commands) | |
| TEST (PioneerPacket, TwoBytes_Char_Commands) | |
| TEST (PioneerPacket, TwoBytes_Vector_Commands) | |
| TEST (PioneerPacket, String_Commands) | |
| TEST (PioneerPacket, At_Accessor) | |
| TEST (PioneerPacket, Get_Unsigned_Integer_At_Accessor) | |
| TEST (PioneerPacket, Get_Integer_At_Accessor) | |
| TEST (PioneerPacket, Get_String_At_Length_Accessor) | |
| TEST (PioneerPacket, Get_String_At_Accessor) | |
| TEST (PioneerPacket, Get_Bool_Vector_At_Accessor) | |
| int main | ( | int | argc, |
| char ** | argv | ||
| ) |
Definition at line 246 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Init_Commands | |||
| ) |
Definition at line 45 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Void_Commands | |||
| ) |
Definition at line 81 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Int_Commands | |||
| ) |
Definition at line 94 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| TwoBytes_Char_Commands | |||
| ) |
Definition at line 109 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| TwoBytes_Vector_Commands | |||
| ) |
Definition at line 124 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| String_Commands | |||
| ) |
Definition at line 145 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| At_Accessor | |||
| ) |
Definition at line 163 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Get_Unsigned_Integer_At_Accessor | |||
| ) |
Definition at line 171 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Get_Integer_At_Accessor | |||
| ) |
Definition at line 184 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Get_String_At_Length_Accessor | |||
| ) |
Definition at line 197 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Get_String_At_Accessor | |||
| ) |
Definition at line 212 of file test_packet.cpp.
| TEST | ( | PioneerPacket | , |
| Get_Bool_Vector_At_Accessor | |||
| ) |
Definition at line 227 of file test_packet.cpp.


Computers have been used for scientific research since they were invented. Up to recent times, two computational infrastructure paradigms have been largely dominant: workstations/PCs for individual researchers' and small group usage, and batch-queuing systems shared across Departments for larger-scale computation. With the recent availability of large data sets, especially in disciplines that were not traditionally data-intensive, new tools are needed -- that facilitate analysis of massive data sets and fast validation of research ideas. Flexibility of the infrastructure is a key enabler here: we should adapt IT infrastructure to the needs of data analysis, rather than adapt our methods to the existing computational infrastructure. Based on experience supporting research IT at the University of Zurich, I would like to present a few scientific computing cases and how they prompted us to evolve our computing infrastructure.
Readings for this lectureThere are no additional required readings for this lecture.
Riccardo Murri currently works at the Services and Support for Science IT unit (S3IT) at the University of Zurich, supporting research groups at UZH and in Swiss academia make best use of computational infrastructures. He has a PhD in Mathematics from SNS Pisa, and is a co-author of ElastiCluster and other software.


Amount
Blood Cough
Days
Minimum 1 day is required
Amount
Chest Pain
Days
Minimum 1 day is required
Amount
Intermittent Fever
Days
Minimum 1 day is required
Tuberculosis Percent:
Dont Panick, its approximate


Our Locations:
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Here at Pat's Salmon Cookies, we are dedicated to bringing you the highest quality cookies with the best, fishy taste. Salmon cookies started out as one man's dream to convince people that putting fish in cookies was a good idea, and now it's become a worldwide phenomemon.
Pat's Salmon Cookies is looking to expand!
If you're interested in becoming a franchise owner and want lots of $$$ call or e-mail Pat ASAP. Together, we can share that fishy goodness with the world. Serious inquiries only.
We also do bookings for birthdays, retirement parties and sad nights alone.
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---
layout: post
title: '#xkcd "How Big a change is a That?"'
date: '2014-06-10T13:42:00.001-04:00'
author: Bob Sica
tags:
modified_time: '2014-06-10T13:46:52.000-04:00'
blogger_id: tag:blogger.com,1999:blog-736339229338318027.post-6149592240373419250
blogger_orig_url: http://blog.purplecrowlidar.ca/2014/06/xkcd-big-change-is-that.html
---
This is what Crows worry about. It appears it is going to be that big.


The background should not be a gray turtle.


SSL Config
Note
ssl-config was originally part of Play’s WS module.
Play WS allows you to set up HTTPS completely from a configuration file, without the need to write code. It does this by layering the Java Secure Socket Extension (JSSE) with a configuration layer and with reasonable defaults.
JDK 1.8 contains an implementation of JSSE which is significantly more advanced than previous versions, and should be used if security is a priority.
Copyright (C) 2009-2016 Lightbend Inc. <https://www.lightbend.com>
- Further Reading
- Quick Start to WS SSL
- Generating X.509 Certificates
- Configuring Trust Stores and Key Stores
- Configuring Protocols
- Configuring Cipher Suites
- Configuring Certificate Revocation
- Hostname Verification
- Configuring Certificate Validation
- Example Configurations
- Using the Default SSLContext
- Debugging SSL Connections
- Loose Options
- Testing SSL
Further Reading
JSSE is a complex product. For convenience, the JSSE materials for JDK 1.8 are provided here:


PM Imran believes in across the board accountability: Firdous
by https://www.facebook.com/dunyanewsISLAMABAD (Dunya News) – Special Assistant to the Prime Minister on Information and Broadcasting Dr Firdous Ashiq Awan on Thursday said that Prime Minister Imran Khan firmly believes in supremacy of constitution, rule of law and across the board accountability.
The special assistant took to the twitter and said that the entire nation is witness to the fact as to who was declared Sadiq & Ameen by the country s top court and who was declared dishonest.
Dr Firdous strongly rejected the opposition parties stance on the foreign funding case against the Pakistan Tehreek-e-Insaf (PTI). She said we condemn their sordid plot of trying to make Election Commission of Pakistan (ECP) hostage and influence its decision.
She said that the ruling PTI stands firm on its ideology and stance and like others it will not tread the course of evading accountability.


5 reasons PM leadership transition has to start now
NOVEMBER 16’s parliamentary by-election in Tg Piai, Johor is a watershed event at the cross road of the nation’s destiny towards a new Malaysia.
The landslide victory for the opposition, of a seat held by Pakatan Harapan before this, is a cause of grave concern for the newly installed government.
I am sure there will be a lot of analysis and post-mortems carried out to determine what when wrong and what needs to be rectified.
Until they find out what when wrong, all lawmakers will probably be asked to look after their health and go through regular medical check-ups so that no one drops dead and result in another by election.
Another reminder that we are all mortal and will therefore need to answer to God Almighty for our earthly actions besides our political party.
It is also a referendum of sorts of the leadership of Dr Mahathir Mohamed. And what an outcome it was. In political terms it was a KO – a knockout.
The results should, in my humble view, help the prime minister to hasten the power transition for the good of the nation.
The uncertainty about the leadership of the nation has resulted in businesses holding back their investments and expansion.
This uncertainty has also diverted the attention of the nation from more pressing issues such as rejuvenating the economy, eradication of rampant corruption, and reforms of checks and balances, and institutional reforms.
The prime minister is 94 years old and not at his prime. From a health standpoint, he has undergone two major heart surgeries.
If anything happens to him, with no clear transition time frame, it may be detrimental to the country’s political stability.
The retirement age for civil servants is 60 years old. For judges, it is 65 years.
This indicates, the prime time for a person to contribute actively before he goes into a more advisory, less day-to-day role.
Prime Minister Lee Kuan Yew of Singapore retired at the age of 65 on the premise that there are more capable, younger leaders that can contribute to nation building effectively.
Assuming politicians are “supermen”, the extended retirement date should still not be too far off.
Many countries have term limitations for their head of government to prevent leaders wearing out their welcome.
The prime minister has not been able to carry out the reform agenda for whatever reason known to him.
Good intention if not communicated well, will not be understood by the people. He is not a reformist in the first place.
In fact, his style of leadership and policies were the target of reformist all along.
The people who wanted change from the corrupt and incompetent regime before, accepted Dr Mahathir as an interim prime minister for his vast experience.
This condition is docked on the premise that Anwar Ibrahim, who is the icon of the reform movement takes over as soon as he is pardoned within two years of the 14th general election.
Again, this decision is to be made by the party that holds the most number of seats in Parliament.
Malaysia need to move away from a third world feudalistic mindset that the leader is everything and all.
He is the reason for the nations advance and well-being. Excluding the 31 million other Malaysian’s contribution to nation building is unfair and inaccurate.
What we need are national institutions that are independent, with high integrity, a nation that respects the constitution and its laws.
Courageous citizens who mind these institutions and are not easily bullied by the people in power.
The separation of powers of the executive, legislature and judiciary is sacrosanct once this line is crossed, there may not be a stop to the transgressions as we have witnessed in the previous regime.
To Dr Mahathir, your legacy is well entrenched in the annals of the nation’s history.
The people will honour your contribution to the nation. For that, we thank you. – November 18, 2019.
* Mohd Jamaludin Mohamed Shamsudin reads The Malaysian Insight.
* This is the opinion of the writer or publication and does not necessarily represent the views of The Malaysian Insight.


| Constructor and Description |
|---|
CmtElGamalOnByteArrayCommitter(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
This constructor lets the caller pass the channel, the dlog group and the
KeyDerivation function to work with.
|
CmtElGamalOnByteArrayReceiver(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf)
This constructor lets the caller pass the channel, the dlog group and the
KeyDerivation function to work with.
|
CmtElGamalOnGroupElementCommitter(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
This constructor lets the caller pass the channel and the dlog group to work with.
|
CmtElGamalOnGroupElementReceiver(Channel channel,
DlogGroup dlog)
This constructor lets the caller pass the channel and the dlog group to work with.
|
CmtElGamalReceiverCore(Channel channel,
DlogGroup dlog,
ElGamalEnc elGamal)
Constructor that receives a connected channel (to the receiver),
the DlogGroup agreed upon between them and the encryption object.
|
CmtElGamalWithProofsCommitter(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses them to create the ZK provers.
|
CmtElGamalWithProofsReceiver(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses
them to create the ZK verifiers.
|
| Constructor and Description |
|---|
CmtElGamalHashCommitter(Channel channel,
DlogGroup dlog,
CryptographicHash hash,
java.security.SecureRandom random)
This constructor receives as arguments an instance of a Dlog Group and an instance
of a Cryptographic Hash such that they keep the condition that the size in bytes
of the resulting hash is less than the size in bytes of the order of the DlogGroup.
|
CmtElGamalHashReceiver(Channel channel,
DlogGroup dlog,
CryptographicHash hash)
This constructor receives as arguments an instance of a Dlog Group and an instance
of a Cryptographic Hash such that they keep the condition that the size in bytes
of the resulting hash is less than the size in bytes of the order of the DlogGroup.
|
| Constructor and Description |
|---|
CmtPedersenCommitter(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and a SecureRandom object.
|
CmtPedersenReceiver(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and a SecureRandom object.
|
CmtPedersenWithProofsCommitter(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses them to create the ZK provers.
|
CmtPedersenWithProofsReceiver(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses them to create the ZK provers.
|
| Constructor and Description |
|---|
CmtPedersenHashCommitter(Channel channel,
DlogGroup dlog,
CryptographicHash hash,
java.security.SecureRandom random)
This constructor receives as arguments an instance of a Dlog Group and an instance
of a Cryptographic Hash such that they keep the condition that the size in bytes
of the resulting hash is less than the size in bytes of the order of the DlogGroup.
|
CmtPedersenHashReceiver(Channel channel,
DlogGroup dlog,
CryptographicHash hash,
java.security.SecureRandom random)
This constructor receives as arguments an instance of a Dlog Group and an instance
of a Cryptographic Hash such that they keep the condition that the size in bytes
of the resulting hash is less than the size in bytes of the order of the DlogGroup.
|
| Constructor and Description |
|---|
CmtPedersenTrapdoorCommitter(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and a SecureRandom object.
|
CmtPedersenTrapdoorReceiver(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and a SecureRandom object.
|
| Modifier and Type | Method and Description |
|---|---|
void |
OTSender.transfer(Channel channel,
OTSInput input)
The transfer stage of OT protocol which can be called several times in parallel.
|
| Constructor and Description |
|---|
OTFullSimDDHOnByteArrayReceiver(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random.
|
OTFullSimDDHOnByteArraySender(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random.
|
OTFullSimDDHOnGroupElementReceiver(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random.
|
OTFullSimDDHOnGroupElementSender(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random.
|
| Constructor and Description |
|---|
OTFullSimROMDDHOnByteArrayReceiver(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf, random oracle and random.
|
OTFullSimROMDDHOnByteArraySender(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given , dlogGroup, kdf and random.
|
OTFullSimROMDDHOnGroupElementReceiver(Channel channel,
DlogGroup dlog,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, random oracle and random.
|
OTFullSimROMDDHOnGroupElementSender(Channel channel,
DlogGroup dlog,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given , dlogGroup, kdf and random.
|
| Constructor and Description |
|---|
OTOneSidedSimDDHOnByteArrayReceiver(DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf and random.
|
OTOneSidedSimDDHOnByteArraySender(DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf and random.
|
OTOneSidedSimDDHOnGroupElementReceiver(DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup and random.
|
OTOneSidedSimDDHOnGroupElementSender(DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random.
|
| Modifier and Type | Method and Description |
|---|---|
OTBatchSOutput |
OTBatchSender.transfer(Channel channel,
OTBatchSInput input)
The transfer stage of OT Batch protocol which can be called several times in parallel.
|
| Constructor and Description |
|---|
OTPrivacyOnlyDDHOnByteArrayReceiver(DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf and random.
|
OTPrivacyOnlyDDHOnByteArraySender(DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf and random.
|
OTPrivacyOnlyDDHOnGroupElementReceiver(DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup and random.
|
OTPrivacyOnlyDDHOnGroupElementSender(DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup and random.
|
| Constructor and Description |
|---|
SigmaCramerShoupEncryptedValueVerifierComputation(DlogGroup dlog,
CryptographicHash hash,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, CryptographicHash, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaDHVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaDHExtendedVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaDlogVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaElGamalCmtKnowledgeVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaElGamalCommittedValueVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaElGamalEncryptedValueVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaElGamalPrivateKeyVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaPedersenCmtKnowledgeVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Constructor and Description |
|---|
SigmaPedersenCommittedValueVerifierComputation(DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the underlying DlogGroup, soundness parameter and SecureRandom.
|
| Modifier and Type | Method and Description |
|---|---|
void |
PartyTwo.run(byte[] ungarbledInput,
boolean print_output)
Runs the protocol.
|
void |
PartyOne.run(byte[] ungarbledInput,
boolean print_output)
Runs the protocol.
|
void |
PartyOne.runOTProtocol(boolean print_output)
Runs OT protocol in order to send p2 the necessary keys without revealing any other information.
|


arrow_back
Because you select {{ title }}
probably like these places, Too!!
{% for i in range(0, count) %}
visibility
{{ places[i]['title'] }}
{{ places[i]['note'] }}
Do you like this place?
NO
YES
{% endfor %}


This Privacy Policy governs the manner in which 8 Min app collects, uses, maintains and discloses information collected from users. This privacy policy applies to the Site and all products and services offered by 8 Min App.
We may collect personal identification information from Users in a variety of ways, including, but not limited to, when Users visit our site, register on the site, and in connection with other activities, services, features or resources we make available on our Site. Users may be asked for, as appropriate, name, email address. We will collect personal identification information from Users only if they voluntarily submit such information to us. Users can always refuse to supply personally identification information, except that it may prevent them from engaging in certain Site related activities.
We may collect non-personal identification information about Users whenever they interact with our Site. Non-personal identification information may include the browser name, the type of computer and technical information about Users means of connection to our Site, such as the operating system and the Internet service providers utilized and other similar information. Web browser cookies.
Our Site may use "cookies" to enhance User experience. User's web browser places cookies on their hard drive for record-keeping purposes and sometimes to track information about them. User may choose to set their web browser to refuse cookies, or to alert you when cookies are being sent. If they do so, note that some parts of the Site may not function properly. How we use collected information
We adopt appropriate data collection, storage and processing practices and security measures to protect against unauthorized access, alteration, disclosure or destruction of your personal information, username, password, transaction information and data stored on our Site. Sharing your personal information
We do not sell, trade, or rent Users personal identification information to others. We may share generic aggregated demographic information not linked to any personal identification information regarding visitors and users with our business partners, trusted affiliates and advertisers for the purposes outlined above.We may use third party service providers to help us operate our business and the Site or administer activities on our behalf, such as sending out newsletters or surveys. We may share your information with these third parties for those limited purposes provided that you have given us your permission.
8 Min App has the discretion to update this privacy policy at any time. When we do, we will post a notification on the main page of our Site. We encourage Users to frequently check this page for any changes to stay informed about how we are helping to protect the personal information we collect. You acknowledge and agree that it is your responsibility to review this privacy policy periodically and become aware of modifications.
By using this Site, you signify your acceptance of this policy. If you do not agree to this policy, please do not use our Site. Your continued use of the Site following the posting of changes to this policy will be deemed your acceptance of those changes.


Please check out the apps I created on the home page. I made whack-a-mole, inflate the unicorn and dress the clown as part of sprint fives' JavaScript Carnival


Your browser doesn't support the features required by impress.js, so you are presented with a simplified version of this presentation.
For the best experience please use the latest Chrome, Safari or Firefox browser.
Wearable technologies
DATTA Big Wool Day Out, 22nd June 2017
Kathy Reid
BA/BSc MBA (Computing)
@KathyReid on GitHub, Twitter, IRC, Slack etc
Overview
Current state of wearable technology
Today's hands-on exercise
(Rainbow LED bookmark)
Implications and considerations
Wearables
Mostly gadgets that we wear as separate pieces
Exercise - LED Bookmark
1. Kit components and what they do
2. How the components are connected
3. Construction techniques and tips
Components
Battery and battery holder
(negative and positive terminals)
Conductive thread and sewing needle
Light emitting diodes (LEDs)
Fabrics and notions
Sketching your project
Mark on fabric where the components and thread will go
Ensure circuit connects to correct terminals of battery and LED
Stitching
Use three tight stitches on the terminal, and ensure a continuous line of stitching between the battery terminal (+) and LED terminal (+)
Ensure different lines of stitching do not overlap
(this is called a 'cross-connect' and will prevent the circuit from connecting)
Implications and considerations
What do you see as implications for wearables and wearable technology?
What ideas do you have for extension projects?
Thank you :-)


Treebank Statistics: UD_North_Sami-Giella: Features: Person
This feature is universal.
It occurs with 3 different values: 1
, 2
, 3
.
This is a layered feature with the following layers: Person, Person[psor].
5770 tokens (21%) have a non-empty value of Person
.
1548 types (20%) occur at least once with a non-empty value of Person
.
562 lemmas (13%) occur at least once with a non-empty value of Person
.
The feature is used with 3 part-of-speech tags: VERB (3890; 14% instances), PRON (1354; 5% instances), AUX (526; 2% instances).
VERB
3890 VERB tokens (68% of all VERB
tokens) have a non-empty value of Person
.
The most frequent other feature values with which VERB
and Person
co-occurred: VerbForm=Fin (3884; 100%), Mood=Ind (3619; 93%), Number=Sing (2497; 64%), Tense=Pres (2098; 54%).
VERB
tokens may have the following values of Person
:
1
(609; 16% of non-emptyPerson
): in, lean, eat, áiggun, leat, oidnen, ledjen, bidjat, ean, muittán2
(328; 8% of non-emptyPerson
): it, ale, lehpet, leat, leahppi, boađe, galggat, váldde, fertet, boađát3
(2953; 76% of non-emptyPerson
): lea, ii, leat, lei, ledje, eai, galgá, sáhttá, bođii, boahtáEMPTY
(1797): leat, vuolgit, boahtit, dieđe, oaidnán, ožžon, lean, boahtán, leamaš, bargat
| Paradigm leat | 1 | 2 | 3 |
|---|---|---|---|
| Mood=Cnd|Number=Sing|Tense=Pres | livččen | livččii | |
| Mood=Cnd|Number=Plur|Tense=Pres | livčče, livččo | ||
| Mood=Imp|Number=Sing | Lehkos | ||
| Mood=Ind|Number=Sing|Tense=Past | ledjen | lei, leai | |
| Mood=Ind|Number=Sing|Tense=Pres | lean | leat, Leatgo, leatge | lea, Leago, leage |
| Mood=Ind|Number=Dual|Tense=Past | leimme | leigga | |
| Mood=Ind|Number=Dual|Tense=Pres | letne | leahppi, Leahppigo | leaba |
| Mood=Ind|Number=Plur|Tense=Past | leimmet | ledje | |
| Mood=Ind|Number=Plur|Tense=Pres | leat | lehpet, Lehpetgo, leat | leat, Leatgo, leatge |
| Mood=Pot|Number=Sing|Tense=Pres | leaččan | Leaččat | leažžá |
| Mood=Pot|Number=Dual|Tense=Pres | ležže | ||
| Mood=Pot|Number=Plur|Tense=Pres | leažžat | Ležžet |
PRON
1354 PRON tokens (48% of all PRON
tokens) have a non-empty value of Person
.
The most frequent other feature values with which PRON
and Person
co-occurred: PronType=Prs (1354; 100%), Case=Nom (885; 65%), Number=Sing (821; 61%).
PRON
tokens may have the following values of Person
:
1
(567; 42% of non-emptyPerson
): mun, mii, mu, min, moai, munnje, mus, mis, mon, midjiide2
(207; 15% of non-emptyPerson
): don, dii, du, dus, doai, din, dutnje, dis, dudno, dudnos3
(580; 43% of non-emptyPerson
): son, sii, su, soai, sin, sis, sus, sutnje, sidjiide, sudnoEMPTY
(1493): dat, dan, dán, maid, mii, buot, iežas, dát, juohke, eará
AUX
526 AUX tokens (85% of all AUX
tokens) have a non-empty value of Person
.
The most frequent other feature values with which AUX
and Person
co-occurred: VerbForm=Fin (526; 100%), Mood=Ind (509; 97%), Number=Sing (392; 75%), Tense=Pres (391; 74%).
AUX
tokens may have the following values of Person
:
1
(13; 2% of non-emptyPerson
): lean, leat, leimmet, ledjen2
(19; 4% of non-emptyPerson
): leat, leahppi, lehpet, Leage, Lehket, leiddet, livččet3
(494; 94% of non-emptyPerson
): lea, lei, leat, ledje, livččii, leaba, leago, livčče, leage, leaiEMPTY
(91): leat, leamaš, lean, leahkit, leamašan, leamen, leatge
| Paradigm leat | 1 | 2 | 3 |
|---|---|---|---|
| Mood=Cnd|Number=Sing|Tense=Pres | livččet | livččii | |
| Mood=Cnd|Number=Plur|Tense=Pres | livčče | ||
| Mood=Imp|Number=Sing | Leage | ||
| Mood=Imp|Number=Plur | Lehket | ||
| Mood=Ind|Number=Sing|Tense=Past | ledjen | lei, leai | |
| Mood=Ind|Number=Sing|Tense=Pres | lean | leat | lea, leago, leage |
| Mood=Ind|Number=Dual|Tense=Past | leigga | ||
| Mood=Ind|Number=Dual|Tense=Pres | leahppi | leaba | |
| Mood=Ind|Number=Plur|Tense=Past | leimmet | leiddet | ledje, Ledjego |
| Mood=Ind|Number=Plur|Tense=Pres | leat | lehpet | leat, Leatgo |
| Mood=Pot|Number=Sing|Tense=Pres | leažžá |
Relations with Agreement in Person
The 10 most frequent relations where parent and child node agree in Person
:
VERB –[nsubj]–> PRON (540; 53%),
VERB –[conj]–> VERB (187; 83%).


xEuro.online is maintained and service provided by Etna Development OÜ.
Etna Development OÜ is an Estonian private limited company, registered under registry code
14477355
,
whose legal address is Pärnu mnt 158, Tallinn, 11317, Estonia
The Company provides its activities according to the law of the Republic of Estonia and European Union
law
with the following licenses :
FVR000142
Financial services, providing services of exchanging a virtual currency against a
fiat currency,
from 08.05.2018 (Estonia, EU)
FRK000120
Financial services, providing a virtual currency wallet service,
from 08.05.2018 (Estonia, EU)
Project's core team:
-
Vadym Kurylovych
Director, BizDev
Vadym is a director and founder of Etna Development OÜ.
Vadym is a blockchain visionary and entrepreneur with experience of 15+ year across
products.
He is also head of
Stex.com
- a crypto exchange with best in class security and one of the most transparent from the
largest crypto exchanges.
Vadym is also co-founder of
Cryptonomica.net.
Before this, he was the CTO of
Paragon
which was one of the most successful ICOs of all time.
He is a human rights activist and has been a part of many campaigns in the past.
-
Viktor Ageyev
Director, CTO
Viktor is a director of Etna Development OÜ.
Viktor is a lawyer with many years of experience in legal practice in different
jurisdictions. He worked with banks, trading companies, startups, with politicians and
government officials.
He is also a programmer with skills in in applied cryptography, information security, web
development.
He wrote xEuro dApp
code.
Viktor is also the founder and head of
Cryptonomica.net project.
He was the co-founder of World's first company with legal shares represented by tokens on
blockchain -
CoinOffering Ltd,
and created the first platform for legally compliant
electronic bills of exchange on the blockchain
.


The Total Africa Cup of Nations, officially CAN (French: Coupe d'Afrique des Nations), also referred to as African Cup of Nations, or AFCON, is the main international association football competition in Africa. It is sanctioned by the Confederation of African Football (CAF) and was first held in 1957. Since 1968, it has been held every two years.
Standings
Holler for your favourite team, show them some love


[Gecode] Found problem with dynamic linking on Windows and gcc
Denys Duchier
duchier at ps.uni-sb.de
Tue May 18 19:30:48 CEST 2004
"Christian Schulte" <schulte at imit.kth.se> writes:
> The incredible slowdown is due to the fact that gcc wraps any access to an
> exported memory location into a procedure call!
Have you jumped through all the weird dll hoops? I see the following
in the gcc manual:
The use of the `dllimport' attribute on functions is not necessary,
but provides a small performance benefit by eliminating a thunk in
the dll. The use of the `dllimport' attribute on imported
variables was required on older versions of GNU ld, but can now be
avoided by passing the `--enable-auto-import' switch to ld. As
with functions, using the attribute for a variable eliminates a
thunk in the dll.
>From what you're describing, it seems that you still have the thunk
and you'd like to get rid of it :-)
Cheers,
--
Dr. Denys Duchier - Équipe Calligramme - LORIA, Nancy, FRANCE
AIM: duchierdenys
More information about the gecode-users
mailing list


| Team | Position | Points | GP | Wins | Losses | GF | GA | GD |
|---|---|---|---|---|---|---|---|---|
| {{team.teamName}} | {{team.position}} | {{team.points}} | {{team.playedGames}} | {{team.wins}} | {{team.losses}} | {{team.goals}} | {{team.goalsAgainst}} | {{team.goalDifference}} |
| Home Team | Away Team | Date | Result |
|---|---|---|---|
| {{fixture.homeTeamName}} | {{fixture.awayTeamName}} | {{fixture.date}} | {{fixture.result.goalsHomeTeam}} - {{fixture.result.goalsAwayTeam}} |


06 Apr 2016 by Till Rohrmann (@stsffap)
With the ubiquity of sensor networks and smart devices continuously collecting more and more data, we face the challenge to analyze an ever growing stream of data in near real-time. Being able to react quickly to changing trends or to deliver up to date business intelligence can be a decisive factor for a company’s success or failure. A key problem in real time processing is the detection of event patterns in data streams.
Complex event processing (CEP) addresses exactly this problem of matching continuously incoming events against a pattern. The result of a matching are usually complex events which are derived from the input events. In contrast to traditional DBMSs where a query is executed on stored data, CEP executes data on a stored query. All data which is not relevant for the query can be immediately discarded. The advantages of this approach are obvious, given that CEP queries are applied on a potentially infinite stream of data. Furthermore, inputs are processed immediately. Once the system has seen all events for a matching sequence, results are emitted straight away. This aspect effectively leads to CEP’s real time analytics capability.
Consequently, CEP’s processing paradigm drew significant interest and found application in a wide variety of use cases. Most notably, CEP is used nowadays for financial applications such as stock market trend and credit card fraud detection. Moreover, it is used in RFID-based tracking and monitoring, for example, to detect thefts in a warehouse where items are not properly checked out. CEP can also be used to detect network intrusion by specifying patterns of suspicious user behaviour.
Apache Flink with its true streaming nature and its capabilities for low latency as well as high throughput stream processing is a natural fit for CEP workloads. Consequently, the Flink community has introduced the first version of a new CEP library with Flink 1.0. In the remainder of this blog post, we introduce Flink’s CEP library and we illustrate its ease of use through the example of monitoring a data center.
Monitoring and alert generation for data centers
Assume we have a data center with a number of racks. For each rack the power consumption and the temperature are monitored. Whenever such a measurement takes place, a new power or temperature event is generated, respectively. Based on this monitoring event stream, we want to detect racks that are about to overheat, and dynamically adapt their workload and cooling.
For this scenario we use a two staged approach. First, we monitor the temperature events. Whenever we see two consecutive events whose temperature exceeds a threshold value, we generate a temperature warning with the current average temperature. A temperature warning does not necessarily indicate that a rack is about to overheat. But whenever we see two consecutive warnings with increasing temperatures, then we want to issue an alert for this rack. This alert can then lead to countermeasures to cool the rack.
Implementation with Apache Flink
First, we define the messages of the incoming monitoring event stream. Every monitoring message contains its originating rack ID. The temperature event additionally contains the current temperature and the power consumption event contains the current voltage. We model the events as POJOs:
public abstract class MonitoringEvent {
private int rackID;
...
}
public class TemperatureEvent extends MonitoringEvent {
private double temperature;
...
}
public class PowerEvent extends MonitoringEvent {
private double voltage;
...
}
Now we can ingest the monitoring event stream using one of Flink’s connectors (e.g. Kafka, RabbitMQ, etc.).
This will give us a DataStream<MonitoringEvent> inputEventStream
which we will use as the input for Flink’s CEP operator.
But first, we have to define the event pattern to detect temperature warnings.
The CEP library offers an intuitive Pattern API to easily define these complex patterns.
Every pattern consists of a sequence of events which can have optional filter conditions assigned.
A pattern always starts with a first event to which we will assign the name “First Event”
.
Pattern.<MonitoringEvent>begin("First Event");
This pattern will match every monitoring event.
Since we are only interested in TemperatureEvents
whose temperature is above a threshold value, we have to add an additional subtype constraint and a where clause:
Pattern.<MonitoringEvent>begin("First Event")
.subtype(TemperatureEvent.class)
.where(evt -> evt.getTemperature() >= TEMPERATURE_THRESHOLD);
As stated before, we want to generate a TemperatureWarning
if and only if we see two consecutive TemperatureEvents
for the same rack whose temperatures are too high.
The Pattern API offers the next
call which allows us to add a new event to our pattern.
This event has to follow directly the first matching event in order for the whole pattern to match.
Pattern<MonitoringEvent, ?> warningPattern = Pattern.<MonitoringEvent>begin("First Event")
.subtype(TemperatureEvent.class)
.where(evt -> evt.getTemperature() >= TEMPERATURE_THRESHOLD)
.next("Second Event")
.subtype(TemperatureEvent.class)
.where(evt -> evt.getTemperature() >= TEMPERATURE_THRESHOLD)
.within(Time.seconds(10));
The final pattern definition also contains the within
API call which defines that two consecutive TemperatureEvents
have to occur within a time interval of 10 seconds for the pattern to match.
Depending on the time characteristic setting, this can either be processing, ingestion or event time.
Having defined the event pattern, we can now apply it on the inputEventStream
.
PatternStream<MonitoringEvent> tempPatternStream = CEP.pattern(
inputEventStream.keyBy("rackID"),
warningPattern);
Since we want to generate our warnings for each rack individually, we keyBy
the input event stream by the “rackID”
POJO field.
This enforces that matching events of our pattern will all have the same rack ID.
The PatternStream<MonitoringEvent>
gives us access to successfully matched event sequences.
They can be accessed using the select
API call.
The select
API call takes a PatternSelectFunction
which is called for every matching event sequence.
The event sequence is provided as a Map<String, MonitoringEvent>
where each MonitoringEvent
is identified by its assigned event name.
Our pattern select function generates for each matching pattern a TemperatureWarning
event.
public class TemperatureWarning {
private int rackID;
private double averageTemperature;
...
}
DataStream<TemperatureWarning> warnings = tempPatternStream.select(
(Map<String, MonitoringEvent> pattern) -> {
TemperatureEvent first = (TemperatureEvent) pattern.get("First Event");
TemperatureEvent second = (TemperatureEvent) pattern.get("Second Event");
return new TemperatureWarning(
first.getRackID(),
(first.getTemperature() + second.getTemperature()) / 2);
}
);
Now we have generated a new complex event stream DataStream<TemperatureWarning> warnings
from the initial monitoring event stream.
This complex event stream can again be used as the input for another round of complex event processing.
We use the TemperatureWarnings
to generate TemperatureAlerts
whenever we see two consecutive TemperatureWarnings
for the same rack with increasing temperatures.
The TemperatureAlerts
have the following definition:
public class TemperatureAlert {
private int rackID;
...
}
At first, we have to define our alert event pattern:
Pattern<TemperatureWarning, ?> alertPattern = Pattern.<TemperatureWarning>begin("First Event")
.next("Second Event")
.within(Time.seconds(20));
This definition says that we want to see two TemperatureWarnings
within 20 seconds.
The first event has the name “First Event”
and the second consecutive event has the name “Second Event”
.
The individual events don’t have a where clause assigned, because we need access to both events in order to decide whether the temperature is increasing.
Therefore, we apply the filter condition in the select clause.
But first, we obtain again a PatternStream
.
PatternStream<TemperatureWarning> alertPatternStream = CEP.pattern(
warnings.keyBy("rackID"),
alertPattern);
Again, we keyBy
the warnings input stream by the "rackID"
so that we generate our alerts for each rack individually.
Next we apply the flatSelect
method which will give us access to matching event sequences and allows us to output an arbitrary number of complex events.
Thus, we will only generate a TemperatureAlert
if and only if the temperature is increasing.
DataStream<TemperatureAlert> alerts = alertPatternStream.flatSelect(
(Map<String, TemperatureWarning> pattern, Collector<TemperatureAlert> out) -> {
TemperatureWarning first = pattern.get("First Event");
TemperatureWarning second = pattern.get("Second Event");
if (first.getAverageTemperature() < second.getAverageTemperature()) {
out.collect(new TemperatureAlert(first.getRackID()));
}
});
The DataStream<TemperatureAlert> alerts
is the data stream of temperature alerts for each rack.
Based on these alerts we can now adapt the workload or cooling for overheating racks.
The full source code for the presented example as well as an example data source which generates randomly monitoring events can be found in this repository.
Conclusion
In this blog post we have seen how easy it is to reason about event streams using Flink’s CEP library. Using the example of monitoring and alert generation for a data center, we have implemented a short program which notifies us when a rack is about to overheat and potentially to fail.
In the future, the Flink community will further extend the CEP library’s functionality and expressiveness. Next on the road map is support for a regular expression-like pattern specification, including Kleene star, lower and upper bounds, and negation. Furthermore, it is planned to allow the where-clause to access fields of previously matched events. This feature will allow to prune unpromising event sequences early.
Note: The example code requires Flink 1.0.1 or higher.


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Effective February 20, 2017


Welcome to Joye's blog!
Joye is one Android developer with two years work experience!
Graduated from HeBei University Of Science And Technology in 2014-06.
Skills:
Familiar with Android application development.
Familiar with Java development language.
Familiar with common design patterns.
Familiar with common data structure.
Familiar with Android Framework - MVP.
Know about Junit test and Android UI test.
{% include links.html %}


2 references to WriteStreamObject
System.Management.Automation (2)
engine\remoting\commands\ReceiveJob.cs (2)
600
result.
WriteStreamObject
(this, true, true);
617
result.
WriteStreamObject
(this, false, true);


CCGLProgram Class Reference
| Inherits from | NSObject |
| Declared in | CCGLProgram.h |
Tasks
-
– initWithVertexShaderByteArray:fragmentShaderByteArray:
Initializes the CCGLProgram with a vertex and fragment with bytes array
-
– initWithVertexShaderFilename:fragmentShaderFilename:
Initializes the CCGLProgram with a vertex and fragment with contents of filenames
-
– addAttribute:index:
It will add a new attribute to the shader
-
– link
links the glProgram
-
– use
it will call glUseProgram()
-
– updateUniforms
It will create 3 uniforms:
- kCCUniformPMatrix - kCCUniformMVMatrix - kCCUniformSampler
-
– setUniformLocation:withI1:
calls glUniform1i only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:withF1:
calls glUniform1f only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:withF1:f2:
calls glUniform2f only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:withF1:f2:f3:
calls glUniform3f only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:withF1:f2:f3:f4:
calls glUniform4f only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:with2fv:count:
calls glUniform2fv only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:with3fv:count:
calls glUniform3fv only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:with4fv:count:
calls glUniform4fv only if the values are different than the previous call for this same shader program.
-
– setUniformLocation:withMatrix4fv:count:
calls glUniformMatrix4fv only if the values are different than the previous call for this same shader program.
-
– setUniformForModelViewProjectionMatrix
will update the MVP matrix on the MVP uniform if it is different than the previous call for this same shader program.
-
– vertexShaderLog
returns the vertexShader error log
-
– fragmentShaderLog
returns the fragmentShader error log
-
– programLog
returns the program error log
Instance Methods
addAttribute:index:
It will add a new attribute to the shader
- (void)addAttribute:(NSString *)attributeName index:(GLuint)index
Discussion
It will add a new attribute to the shader
Declared In
CCGLProgram.h
fragmentShaderLog
returns the fragmentShader error log
- (NSString *)fragmentShaderLog
Discussion
returns the fragmentShader error log
Declared In
CCGLProgram.h
initWithVertexShaderByteArray:fragmentShaderByteArray:
Initializes the CCGLProgram with a vertex and fragment with bytes array
- (id)initWithVertexShaderByteArray:(const GLchar *)vShaderByteArray fragmentShaderByteArray:(const GLchar *)fShaderByteArray
Discussion
Initializes the CCGLProgram with a vertex and fragment with bytes array
Declared In
CCGLProgram.h
initWithVertexShaderFilename:fragmentShaderFilename:
Initializes the CCGLProgram with a vertex and fragment with contents of filenames
- (id)initWithVertexShaderFilename:(NSString *)vShaderFilename fragmentShaderFilename:(NSString *)fShaderFilename
Discussion
Initializes the CCGLProgram with a vertex and fragment with contents of filenames
Declared In
CCGLProgram.h
programLog
returns the program error log
- (NSString *)programLog
Discussion
returns the program error log
Declared In
CCGLProgram.h
setUniformForModelViewProjectionMatrix
will update the MVP matrix on the MVP uniform if it is different than the previous call for this same shader program.
- (void)setUniformForModelViewProjectionMatrix
Discussion
will update the MVP matrix on the MVP uniform if it is different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:with2fv:count:
calls glUniform2fv only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location with2fv:(GLfloat *)floats count:(NSUInteger)numberOfArrays
Discussion
calls glUniform2fv only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:with3fv:count:
calls glUniform3fv only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location with3fv:(GLfloat *)floats count:(NSUInteger)numberOfArrays
Discussion
calls glUniform3fv only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:with4fv:count:
calls glUniform4fv only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location with4fv:(GLvoid *)floats count:(NSUInteger)numberOfArrays
Discussion
calls glUniform4fv only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:withF1:
calls glUniform1f only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location withF1:(GLfloat)f1
Discussion
calls glUniform1f only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:withF1:f2:
calls glUniform2f only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location withF1:(GLfloat)f1 f2:(GLfloat)f2
Discussion
calls glUniform2f only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:withF1:f2:f3:
calls glUniform3f only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location withF1:(GLfloat)f1 f2:(GLfloat)f2 f3:(GLfloat)f3
Discussion
calls glUniform3f only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:withF1:f2:f3:f4:
calls glUniform4f only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location withF1:(GLfloat)f1 f2:(GLfloat)f2 f3:(GLfloat)f3 f4:(GLfloat)f4
Discussion
calls glUniform4f only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:withI1:
calls glUniform1i only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location withI1:(GLint)i1
Discussion
calls glUniform1i only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
setUniformLocation:withMatrix4fv:count:
calls glUniformMatrix4fv only if the values are different than the previous call for this same shader program.
- (void)setUniformLocation:(NSUInteger)location withMatrix4fv:(GLvoid *)matrix_array count:(NSUInteger)numberOfMatrix
Discussion
calls glUniformMatrix4fv only if the values are different than the previous call for this same shader program.
Declared In
CCGLProgram.h
updateUniforms
It will create 3 uniforms:
- kCCUniformPMatrix
- kCCUniformMVMatrix
- kCCUniformSampler
- (void)updateUniforms
Discussion
It will create 3 uniforms:
- kCCUniformPMatrix
- kCCUniformMVMatrix
- kCCUniformSampler
And it will bind “kCCUniformSampler” to 0
Declared In
CCGLProgram.h


Johnny Saldana
Unread
Chapter 1 of this is available in OCR PDF at 79dc9cb90c53bb33ce479564b2956dab.html


The kernel design has changed little since that of the 370 kernel.
But not a line of code remains from that kernel which was written in 370 assembler.
All assembly code for the new system is specific to some modern CPU.
I tentatively adopt “base” in place of “the kernel” as it seems to improve the flow of text.
The new base runs privileged and unswapped.
Whether base runs mapped depends on the specific processor and whether the RAP can be avoided.
There are no provisions for base code to be introduced while the system runs.
I resist such provisions for now.
The 370 ran with interrupts disabled but that was partly a figment of the 370 architecture.
370 IO channels ran concurrently with the CPU and on some models that IO logic was indeed performed by the same micro engine that executed the 370 instructions in which base was expressed.
Modern systems may require that the CPU perform corresponding intermediate steps of the channel programs in which case interrupts for performing such IO actions will be enabled.
The separation of base state from state of the “virtual channel process” remains a design principle.
The base state remains logically isolated from the states of “channel programs”.
Starting Base
The SPARC version of base was placed in RAM thru tftp, which was a temporary debugging hack.
I describe the steps here but do not recommend them.
The SPARC ROM code was reminiscent of Open Boot and would place base at low core addresses of its choosing.
As our code gained control a reconnaissance routine would first process the clues left by the ROM code, especially to find the real (bus) addresses available to base and its guests.
A more advanced version of this might conditionally load alternative drivers depending on other optional system components.
The 370 kernel booted from the disk into real addresses.
First a block of code came into low RAM and this code copied the kernel into real addresses that had been assigned as the kernel was built in the development environment.
370 hardware guaranteed contiguous real memory starting at 0.
The 370 channel architecture made base oblivious to all device details except for a few details about the disks from which it was to reanimate a checkpoint, swap and produce new checkpoints.
The logic necessary for particular types of IO devices was outside base.
There was also some confusion about channel addresses led to which classes of device.
Other operating systems for the 370 had similar confusion.
More information is available here.
More Detail
This is some information that might be useful for porting to a 32 bit SPARC.
An ELF file was produced by program kernel/make_bootable_image.cx which relied on libelf from Sun.
This file included the code for base and the micro_loader.
File kernel/micro_loader.sx is a SPARC assembler program to perform the reconnaissance referred to above.
It runs immediately after the boot ROM has transferred it and base to the RAM of the SPARC.
I hope this code is never needed again.
It is painfully savvy of: the address space inherited from the boot ROM, the real addresses and the address space it is building for base.
It interprets the set of real addresses at which RAM can be accessed,
Verifies assumptions about what addresses are functional and available,
Builds an optimized map so that base, which runs mapped on the SPARC, puts minimal load on the TLB (big pages),
Allocates a few ranges of virtual addresses for base storage.
Leaves a few crumbs of information (Missive) for base (mostly addresses),
Turns on the new map.
Abdicates in favor of base (go to m_kernelEntryAddress).
The program in main.cu is an ordinary C program to be run in a Unix environment where it has access to .o files for base and domain programs.
It builds an ELF file for a big bang.
Chatty Kernels
I think kernels should not speak any natural language.
They should interface to programs on one side and be the subject of debuggers on the other.
However we did not invest in a debugger stub for the SPARC.
We relied instead on base emitting error message and commentary over a rudimentary ascii start-stop uart.
Upon panic RAM would be slowly copied back to a Solaris system to be examined as a corpse by gdb.
There is a rudimentary printf style formatting routine in base whose sole
purpose is emit blow by blow commentary elicited by certain debugging switches in lo-core.
This would be better served by construction where base is the proper subject of a debugger such as gdb.
Make and Jam
Halfway thru the SPARC project we switched from make to Jam by Perforce and that was a big productivity boost, mainly due to rebuild times.
The .c and .h sources for base were in a directory tree that was designed to reflect the parts of the kernel which were processor dependent and system dependent.
There were two faults in this:
as we mapped base files into this tree a number of errors were made
and our source control package had obscure semantics regarding moving a file within a tree,
basic tools, such as grep were hard to use.
I think my productivity was greatly reduced by the later problem and this release delivers sources for base in a flat directory.
The .c and .h files for the kernel are in the same directory.
For now source files for programs auxiliary to base are in that directory but with peculiar file types.
These auxiliary programs do not run in the kernel’s address space.
I have not decided how to release the source for domain code.
The current tree structure seems appropriate there.


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--- layout: post status: publish published: true title: Is Randy Wells running out of chances? author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 7564 wordpress_url: http://ivyenvy.com/?p=7564 date: '2012-06-21 16:01:54 +0000' date_gmt: '2012-06-21 21:01:54 +0000' categories: - Relief Pitching tags: - Iowa Cubs - White Sox - Randy Wells comments: - id: 5499 author: Michael DeRose author_email: '' author_url: '' date: '2012-06-21 16:38:26 +0000' date_gmt: '2012-06-21 21:38:26 +0000' content: I think he needs to learn a new pitch and thrown into the bullpen. - id: 5500 author: Mike Slezak author_email: '' author_url: '' date: '2012-06-21 16:57:26 +0000' date_gmt: '2012-06-21 21:57:26 +0000' content: Long relief - id: 5501 author: Michael Cotton author_email: '' author_url: '' date: '2012-06-21 17:19:04 +0000' date_gmt: '2012-06-21 22:19:04 +0000' content: Bag of balls. ---
The Cubs had the unexpected opportunity to sweep the White Sox and sent Randy Wells to the mound. It seems that anytime a pitcher is fighting for a starting spot or roster spot, I think we're going to see them at their best. Wells was also going up against a struggling Gavin Floyd who had one win in his previous six outings, so I thought it might be an opportunity that he'd take advantage of.
Unfortunately, it was the White Sox hitters that were taking advantage of Randy Wells. He gave up three earned runs on five hits in 3 2/3 innings pitched. Wells is not fully stretched out and it was a given he wouldn't go deep in this spot-start. The issue with this outing was the four free passes he handed the White Sox.
Wells' struggles have been frustrating considering in 2009, he looked as if he could become a stable piece of the Cubs staff and rotation. The 2009 season was the first that Wells spent any serious amount of time in the majors. He started 27 games and had a 12-10 record. He had an ERA of 3.05 and struck out 104 and walked 46. I bring up the K/BB comparison because this year with the Cubs, Wells has struck out 11 and walked 20. His ERA on the season is 4.91.
Many fans thought it was a slap in the face to Randy Wells when he was shipped to Iowa to start the 2012 season, but at no point has he proven that he belongs on the major league roster. He's been given three starts in 2012 and did not win any of the three.
The Cubs did not bring Wells up because he played well in Iowa, but rather to fill spots due to DL stints and poor performances. Wells has started 6 games for the Iowa Cubs this season. He has a 2-2 record with a 7.71 ERA.
It seems that if you have a player that feels slighted and that he belongs in the majors, you would expect him to have some extra motivation to pitch well when given the opportunity. He's not been able to come through. I can't see Epstein and Hoyer finding value in a guy in Wells' position. It seems they've not been impressed from the beginning and Wells hasn't done much to change their opinion.


A <google-signin> Sample google and google Plus login for ODIX:
<google-signin>
ODIX Google :: ODIX Google Plus ::
User name:{{userName}}
Testing google-signin-aware events: {{status}}
google-signin-aware
Testing google-signin-offline events: {{offlineCode}}
google-signin-offline
Disconnect to start over


Example 1:
// all code is implicitly strictfp under Java 17 and higher
strictfp class X {
// inner enums are implicitly static
static enum Inner {
A, B, C
}
// inner records are implicitly static
static record R() {
}
}
Example 2:
final record R() {
// all records are implicitly final
}
Example 3:
// all interfaces are implicitly abstract
abstract interface Printer {
// all interface members are implicitly public
public int size();
// all inner classes of interfaces are implicitly static
static class Inner {}
}


---
layout: post
title: AmoebaDB 1.3 Released
category: [AmoebaDB]
---
We are pleased to
announce the release of AmoebaDB 1.3
This release of AmoebaDB includes the following new data set:
Draft assemblies of the
following genomes (Complete data source information is available here):
- E. histolytica DS4
- E. histolytica KU50
- E. histolytica MS96
- E. histolytica HM-1:CA
- E. histolytica KU48
- E. histolytica KU27
Genomic sequence data in AmoebaDB may
be searched and accessed in multiple ways:
The sequence data has been graciously made available prepublication to
the community via AmoebaDB by Lis Caler at the J. Craig Venter
Institute (JCVI) and were generated as part of the Entamoeba strain sequencing white
paper. Additional information on the project at JCVI can be
accessed here.
Two presentations from JCVI are available here:
New Feature in AmoebaDB: you
can now add publications to your user comments using their Digital Object Identifier
(DOI) numbers. To view a list of all genes that have a user
comment in PlasmoDB, click here.


--- layout: default ---
At Code for San José, civic tech means so much more than helping communities understand and navigate local government.
It also means working harder than ever to reach more people and communities.
Your generous gift will support our renewed efforts to connect to all of San José through hosting biweekly community meetings, as well as events like the National Day of Civic Hacking. Your donation funds:
The Donate button will take you to Code for America’s Donate page where Code for San José will be pre-populated to make sure the funds are earmarked for us.


Sweet Sound Of Music
How to manage and organise your music in iTunes
I use iTunes which is the best stand alone application. It works whether you are connected to the internet or not to organize and manage your music. Some people perfer other one's like Windows Media, Winamp, MediaMonkey, Tuneup Media and other well known
applications.
iTunes is easy and layed out for me to play, rip, import, delete, search, rip, and add the artwork to each artist. You can rip music from a CD and import it into iTunes, thus copying songs from your CDs to your iTunes library. Then sync the ripped
songs to your iPod.
Add items from your computer to your iTunes library
- Drag a file or folder from the desktop to the iTunes window.
- In iTunes, choose File > Add to Library, locate a file or folder, and click Open.
- It automatically transfer music and places a copy of each audio file in the iTunes folder (Home/Music/iTunes) and leaves the original file in its current location
Import songs from CDs in iTunes
- Insert an audio CD into your computer’s CD or DVD drive, or an external drive that’s connected to your computer.
- Click Yes in the window that appears. iTunes starts importing the CD.
- When the list of songs appears in the iTunes window, click to remove the checkmark next to any songs you don’t want to import.
How to rip Music from CDs into iTunes
- Insert an audio CD into your computer.
- iTunes automatically rips and retrieves the track information if connected to the internet.
- Once the list of songs are ripped to iTunes window, click to remove the checkmark next to any songs you don’t want.


Django-Fieldbook-Demo
Django-Fieldbook-Demo is a demo of django-fieldbook package that shows how Django interacts with the Fieldbook.com API.
Usage
To start you need an API key, to get it see the getting started guide.
In the registration form:
-
Set the password field usign the API secret;
-
Set the username field using the API key (ex. key-1).
-
Each book has a base URL displayed in the API management panel, like https://api.fieldbook.com/v1/5643be3316c813030039032e. In the Fieldbook ID field set the last value of the url, in the example is: 5643be3316c813030039032e
-
Fill out the remaining fields with your personal informations.
At complete, use the login form to access to your book'sheets.


class InstallCommand extends Command
Methods
| void |
__construct(MigrationRepositoryInterface $repository)
Create a new console command instance. |
|
| integer |
run(InputInterface $input, OutputInterface $output)
Run the console command. |
from Command |
| integer |
call(string $command, array $arguments = array())
Call another console command. |
from Command |
| integer |
callSilent(string $command, array $arguments = array())
Call another console command silently. |
from Command |
| string|array |
argument(string $key = null)
Get the value of a command argument. |
from Command |
| string|array |
option(string $key = null)
Get the value of a command option. |
from Command |
| bool |
confirm(string $question, bool $default = true)
Confirm a question with the user. |
from Command |
| string |
ask(string $question, string $default = null)
Prompt the user for input. |
from Command |
| string |
secret(string $question, bool $fallback = true)
Prompt the user for input but hide the answer from the console. |
from Command |
| void |
line(string $string)
Write a string as standard output. |
from Command |
| void |
info(string $string)
Write a string as information output. |
from Command |
| void |
comment(string $string)
Write a string as comment output. |
from Command |
| void |
question(string $string)
Write a string as question output. |
from Command |
| void |
error(string $string)
Write a string as error output. |
from Command |
| OutputInterface |
getOutput()
Get the output implementation. |
from Command |
| Application |
getLaravel()
Set the Laravel application instance. |
from Command |
| void |
setLaravel(Application $laravel)
Set the Laravel application instance. |
from Command |
| void |
fire()
Execute the console command. |
Details
at line 36
public void
__construct(MigrationRepositoryInterface $repository)
Create a new console command instance.
in Command at line 90
public integer
run(InputInterface $input, OutputInterface $output)
Run the console command.
in Command at line 118
public integer
call(string $command, array $arguments = array())
Call another console command.
in Command at line 134
public integer
callSilent(string $command, array $arguments = array())
Call another console command silently.
in Command at line 149
public string|array
argument(string $key = null)
Get the value of a command argument.
in Command at line 162
public string|array
option(string $key = null)
Get the value of a command option.
in Command at line 176
public bool
confirm(string $question, bool $default = true)
Confirm a question with the user.
in Command at line 190
public string
ask(string $question, string $default = null)
Prompt the user for input.
in Command at line 205
public string
secret(string $question, bool $fallback = true)
Prompt the user for input but hide the answer from the console.
in Command at line 218
public void
line(string $string)
Write a string as standard output.
in Command at line 229
public void
info(string $string)
Write a string as information output.
in Command at line 240
public void
comment(string $string)
Write a string as comment output.
in Command at line 251
public void
question(string $string)
Write a string as question output.
in Command at line 262
public void
error(string $string)
Write a string as error output.
in Command at line 292
public OutputInterface
getOutput()
Get the output implementation.
in Command at line 302
public Application
getLaravel()
Set the Laravel application instance.
in Command at line 313
public void
setLaravel(Application $laravel)
Set the Laravel application instance.
at line 48
public void
fire()
Execute the console command.


Topicstarter
Not sure if this is possible but i see it is for rush bomb status.
Is it possible to have a display in the live scoreboard that shows which team currently have which flags.
Reason i ask this is i watch a lot of comp games and it would make them 100% better.
Thanks
That is up to DICE to implement.
its not possible.
Rush Scoreboard shows in wich zone are the teams fighting.
Conquest Modes shows how many tickets left. not more.
And i thing thats right like this.
if you want to see more, you have to go to getsatisfaction.com/battlefield3


Milestones
-
Winrate stats, power spikes and more!
Coming Up -
Compare yourself with the VG meta!
Just around the corner! -
Different regions
In place -
Telemetry data
In place -
Created by Shiqan and Shanlom. See you on the Fold!


The goal of the Global Land Data Assimilation System (GLDAS) is to ingest satellite- and ground-based
observational data products, using advanced land surface modeling and data assimilation techniques, in order to
generate optimal fields of land surface states and fluxes (Rodell et al., 2004a). The software, which has been
streamlined and parallelized by the Land Information System (LIS) sister project, drives multiple, offline (not
coupled to the atmosphere) land surface models, integrates a huge quantity of observation based data, executes
globally at high resolutions (2.5-degrees to 1 km), and is capable of producing results in near-real time. (from
ldas.gsfc.nasa.gov)


Forgot Password? Click here to reset it
Click below to login, or to register if this is your first time (it's free)!
Why register? Registering connects your Facebook or Twitter account to MajorRep, which enables you to upload your own photos to be judged by others (and you know everyone loves being judged :D)!
Then you'll be able to track what others think of you based on your photos.


For the Black Friday weekend
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Rigid Body¶
-
class
uraeus.smbd.symbolic.components.bodies.
body
(name)[source]¶ A class that represents an un-constrained rigid body object in 3D in a symbolic form, where all the body parameters and equations are generated automatically in a symbolic format.
- Parameters
name (str) – Name of the body instance. Should mimic a valid python variable name.
Note
An un-constraied body in space is typically defined using 6 generalized coordinates representing its’ location and orientation. In cartesian coordinate system, body location is simply defined by the \((x,y,z)\) coordinates of a reference point on the body -normally the center-of-mass - , where the body orientation can be defined in various ways, such as the directional cosines matrix, euler-angles and euler-parameters.
The package uses euler-parameters -which is a 4D unit quaternion- to represents a given body orientation in space. This makes the generalized coordinates used to fully define a body in space to be 7, instead of 6, it also adds an algebraic equation to the constraints that ensures the unity/normalization of the body quaternion.
Attributes
-
n
¶ Number of generalized coordinates used to define the body configuration. Equals 7.
- Type
int
-
nc
¶ Number of scalar constraint equations (euler-parameters normalization).
- Type
int
-
nve
¶ Number of vetor constraint equations (euler-parameters normalization).
- Type
int
-
A
¶ The directional cosines matrix that represents the symbolic orientation of the body relative to the global_frame. This matrix is function of the body orientation parameters e.g. euler-parameters
- Type
A
-
R
¶ A symbolic matrix that represents the location of the body’s reference point relative to the global origin.
- Type
vector
-
Rd
¶ A symbolic matrix that represents the translational velocity of the body’s reference point relative to the global origin.
- Type
vector
-
P
¶ A symbolic matrix that represents the orientation of the body’s reference frame relative to the global frame in terms of euler-parameters.
- Type
quatrenion
-
Pd
¶ A symbolic matrix that represents the rotaional velocity of the body’s reference frame relative to the global frame in terms of euler_parameters time-derivatives.
- Type
quatrenion
-
q
¶ Blockmatrix containing the position-level coordinates of the body
- Type
sympy.BlockMatrix
-
qd
¶ Blockmatrix containing the velocity-level coordinates of the body
- Type
sympy.BlockMatrix
-
normalized_pos_equation
¶ The normalization equation of the euler-parameters quatrenion at the position level.
- Type
sympy.MatrixExpr
-
normalized_vel_equation
¶ The normalization equation of the euler-parameters quatrenion at the velocity level.
- Type
sympy.MatrixExpr
-
normalized_acc_equation
¶ The normalization equation of the euler-parameters quatrenion at the acceleration level.
- Type
sympy.MatrixExpr
-
normalized_jacobian
¶ The jacobian of the normalization equation of the euler-parameters quatrenion relative to the vector of euler-parameters.
- Type
list (of sympy.MatrixExpr)
-
arguments_symbols
¶ A list containing the symbolic mathematical objects that should be nuemrically defined by the user in a numerical simulation session.
- Type
list (of symbolic objects)
-
runtime_symbols
¶ A list containing the symbolic mathematical objects that changes during the run-time of a nuemric simulation’s “solve” method.
- Type
list (of symbolic objects)
-
constants_symbolic_expr
¶ A list containing sympy equalities representing the values of internal class symbolic constants that are evaluated from other symbolic expressions.
- Type
list (of sympy.Equality)
-
constants_numeric_expr
¶ A list containing sympy equalities representing the values of internal class symbolic constants that are evaluated directly from numerical expressions.
- Type
list (of sympy.Equality)
-
constants_symbols
¶ A list containing all the symbolic mathematical objects that represent constants for the given body instance.
- Type
list (of symbolic objects)


Place one add-on or button on either side of an input. You may also place one on both sides of an input. Use .input-group-prepend
and/or .input-group-append
inside an input group (.input-group
), to group controls with an input field.
Input groups can be used to create a lot of useful things like a stepper component.


--- layout: default-2017 title: CSVConf ---
|
A community conference for data makers everywhere |
||
|
Featuring stories about data sharing and data analysis from science, journalism, government, and open source. May 2-3 2017, Eliot Center, Portland, OR
Building Community
We want to bring together data makers/doers/hackers from backgrounds like science, journalism, open government and the wider software industry to share knowledge and stories.
For those who love data
csv,conf is a non-profit community conference run by some folks who really love data and sharing knowledge. If you are as passionate about data and the application it has to society as us then you should join us in Portland!
Big and small
This isn't just a conference about spreadsheets. We are curating content about advancing the art of data collaboration, from putting your data on GitHub to producing meaningful insight by running large scale distributed processing on a cluster. Thank you for coming, see you in Portland for csv,conf,v4. |
| Keynote Speakers | |||
|---|---|---|---|
Mike BostockMike Bostock is the creator of the popular open-source JavaScript library for visualization data, D3.js. Previously he was a graphics editor for The New York Times, where he helped produce a variety of data visualizations (such as Is It Better to Rent or Buy? and 512 Paths to the White House), maps (The Most Detailed Maps You’ll See From the Midterm Elections), and articles (A Game of Shark and Minnow). Prior to The Times, Mike was a visualization scientist for Square and a PhD student in the Stanford Visualization Group. Angela BassaAngela Bassa is the Director of Data Science at iRobot, where she leads the newly-formed team through development of machine learning algorithms, sentiment analysis, and anomaly detection processes. Angela is also a technical advisor for Mirah, a startup focused on making behavioral healthcare more objective and data-driven. Her previous projects earned accolades such as INFORMS’ Edelman award for Achievement in Operations Research and the Management Sciences; and the Massachusetts Innovation & Technology Exchange award for Big Data and Analytics Innovations. She discovered data science while studying math at MIT, only back then it wasn't called that yet. Over the past two decades she has learned to lead data teams in academic, commercial, and industrial applications. Angela also has three patented inventions, as well as 24 patent applications currently pending in the US, the EU, and Australia. Heather JosephHeather Joseph is the Executive Director of SPARC, a global coalition committed to making Open the default for research and education. She has focused SPARC’s efforts on supporting new models for the open sharing of digital articles, data and educational resources. Under her stewardship, SPARC has become widely recognized as the leading international force for effective open access policies and practices. Laurie AllenLaurie Allen leads the Digital Scholarship Group at the University of Pennsylvania Libraries. She collaborates on new forms of scholarship to support campus-wide open access publishing, data curation & management, digital humanities, and mapping and geospatial data efforts. A native Philadelphia, she also serves as Research Director for Monument Lab, a public art and civic research project in Philadelphia co-produced with Mural Arts Philadelphia. In late 2016, Allen helped start Data Refuge to help protect copies of federal environmental and climate data through a distributed network begun as a collaboration between the Program in Environmental Humanities and the Penn Libraries. Data Refuge has worked together with collaborators to help support dozens of data rescue events that have brought thousands of volunteers together to protect climate research, and is working on building broad networks to safeguard and call attention to the human nature of data. |
| Speakers | Link |
|---|---|
| Announced | View Speakers |
| Date | Location | Link |
|---|---|---|
| 2-3 May 2017 | Portland, Oregon | See talks |
| 3-4 May 2016 | Berlin, Germany | See talks |
| 15 July 2014 | Berlin, Germany | See talks |


The debugger can be started in a number of ways. If a counterexample has been produced, and is stored in the process dictionary under the key result, the normal manner is to invoke the debugger using the start function applied to mce:result().
It is not necessary to generate a counterexample before starting the debugger,
another method to begin a debugging session is to specify the algorithm
mce_alg_debugger in the mce_opts structure:
In addition the @mce:debug/N@ function calls start
the debugger directly (by specifying the @mce_alg_debugger@
algorithm).


When I first heard about the psychedelic possibilities of morning glory and LSA, I was quite skeptical and intrigued. It took me a good 6 months to build up the guts to try the little suckers. So the day finally came and my friend J and I purchased 10 packets of flying saucers to split between us. Time was not a problem, so we counted out 225 seeds between us and proceeded to wash them in a spaghetti strainer with dish washing liquid. The seeds were thoroughly cleaned and all soap was removed. J and I knew that our stomachs would be in great peril, but we decided that no matter what, we were going to hold them down. (1:00am) We chewed the seeds to a paste, and with each mouthful, we took a shot of lemon juice to ease the taste and to extract the LSA. It took us approximately 20 minutes to down all of our seeds. I decided to take a couple tablespoons of emitrol to ease my stomach, but J declined because the taste made him feel sick. The report that follows documents the next nine hours.
T+0:20: My head is feeling extremely light and floaty. Muscles are cramping and my stomach feels unsettled. Meanwhile, J is lying on the floor doing everything he can not to puke.

T+2:00: Blobs of light are starting to circle everywhere. Uncontrollable laughter runs through both of us. Cramps are slightly decreased. Pupils are mildly dilated and focusing on random things constantly. J's pupils are the size of quarters.
T+3:00: Tripping moderately hard, but more of a mental trip than visual. Colors are extremely bright and everything begins taking on a color pattern.
T+3:30: Decided to hit my bong. J only takes one hit and immediately lays down and becomes unresponsive for several seconds. I take a hit and become totally catatonic for 3 minutes while J tries to get my attention. Visuals are extremely intense. Colors and light everywhere. Things are melting and rippling.
T+4:00: J has been staring at my Hendrix poster for the last half hour constantly repeating 'Jimi wont stop rippling'. Visuals are extreme, to the point where I cannot tell if my eyes are open or closed.
T+5:00: J and I can barely speak to each other anymore. Strangely enough, we don't need to. It is like we are psychically connected and one good look into each other's dilated pupils is more than a thousand words. I begin to explain to J how psychedelics can be used to do seemingly impossible things such as walking on hot coals and such. I hold a lit lighter to my finger for approximately 10 seconds without any sign of physical damage.
T+6:00: Still tripping. Attempted to hit another bong pack, but after the first hit, all my senses blend into one and I lay back on my bed. I'm tripping harder than I have ever tripped in my life (I have occasionally used LSD and Psilocybe). J is standing in the middle of my room staring at me motionless.
T+7:00: Beginning to come down. J and I speak very philosophically to each other about our lives. We come to the conclusion that drugs should be more of a hobby than a lifestyle and that they are beginning to consume us.
T+9:00: J and I sit in my driveway completely exhausted. We smoke a whole pack of cigarettes while trying to gather together the events of only several hours ago.
Conclusion: Morning glories are extremely intense. They are physically and mentally tiring. By themselves, MG's give more of a mental trip than visuals, but with cannabis, visuals are intense. Tried to hold it in no matter what, the nausea went away when we start tripping.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: base --- {% assign minutes = content | number_of_words | divided_by: 180 %} {% if minutes == 0 %} {% assign minutes = 1 %} {% endif %}


Instructor
Location: IRB 1128
E-mail<EMAIL_ADDRESS>Instructor
Location: IRB 4216
E-mail<EMAIL_ADDRESS>Teaching Assistant
Location: AVW 4409
every other Friday (AVW 4424): 3:30pm - 4:30pm: Group discussion
E-mail<EMAIL_ADDRESS>Teaching Assistant
Location: AVW 4101
every other Friday (AVW 4424): 3:30pm - 4:30pm: Group discussion
E-mail: shlok@cs.umd.edu


| DOSE: |
2 hits |
oral |
LSD |
(blotter / tab) |
| |
1 capsl |
oral |
MDMA |
(capsule) |
| |
1 cig. |
smoked |
Cannabis |
(plant material) |
| |
4 lines |
insufflated |
Catha edulis |
(plant material) |
After a busy and nerve-wracking term at university I went to a psytrance party in the middle of nowhere with my brother, his girlfriend and four of his friends. We had all been pretty close before this, and I was excited for another mind-altering night on LSD. I had tripped twice before that and had an amazing and life-changing time. Acid had consumed me, mentally and spiritually. It was all I thought about and all I wanted to talk about. I believed acid was god's gift to humans; the substance that could save the human race. I never imagined it could ever have a dark side.
I was arrogant about my tolerance, and dropped two hoffmans and an MDMA without thinking. Within an hour I was getting the usual visuals and feelings, but a nervous tingling that I contributed to the strange area we were in was starting. The trip started out all right. I realised that 'the substance is all around us.' That is, that every single tree, plant, piece of grass and earth is acid. Acid is wonderful, acid is a vibrant pulsating call to consciousness.
More and more however I was becoming segregated from the group. I am usually quite a solitary person, and drugs cause me to go on solitary wanderings without much thought for my own safety. It was all of a sudden finding myself in the dark, in the middle of a dirt road with only grass and trees all around me that I not only became extremely nervous, but felt a full fledged panic attack overwhelm me. I know now that the crowd was not far away, but my mind had already run away with me, and I believed I was lost and alone. I could feel myself hyperventilating and choking on tears. All of a sudden my brother's friend, who we will call Wyvern, and his dealer, who (unfortunately for me) was commonly known as Hell Boy came across me.
You would think seeing them would have made me relieved, but instead I felt the most extreme vulnerability and fear overtake me. I was sure that these two men were not here to save me, but instead do unspeakable things to me.  They, of course, had no idea what I was thinking and casually plonked down on the grass and started chatting.
What happened next was one of those unfortunate things that escalate bad trips. Wyvern and Hell Boy were both on MDMA and decided to kneed and massage each other's backs. I was sitting beside them watching them do it, with wide eyes, and they must have thought I was keen for a massage too, since they knew I was on MDMA. 'Turn around and Iíll massage you,' said Wyvern. He might as well have said 'Turn around so I can sodomize you.' in my head that is what he said. I turned around, in my head I thought they would turn violent if I didn't. He laid his hands on my shoulders, and all of a sudden I jumped up and started running.
I soon came across my brother and the rest of the party again. Apparently I was as white as a sheet, breathing heavily, it truly looked as if I had been attacked. My brother was obviously concerned and they immediately questioned me.  Well, when something like this happens you can imagine the effects. We were all on acid, and all of a sudden somebody says they've been raped.
I do not wish to go into the details of the next ordeal. It involved trying to determine whether what I said had happened or if it was just the acid. The thing is, in my mind I thought it had happened, and every time some one said 'but maybe you just imagined it' I felt like they were in a conspiracy to silence me as a rape victim or make me think I had imagined things so that they could rape me again. After a grueling and emotionally disturbing time that still leaves me shaking to this day I was finally convinced that it was just the acid and I had not in fact, been raped.
After that I spent my trip shuddering, panic-stricken and still trying to extricate my thoughts from reality. We all came down a few hours later, and in the sobering light of day we knew things had changed between all of us. My relationship between my brother and I has all but fragmented, and I still can't look Wyvern in the eye. I have not taken acid since and doubt I ever will.
Truth is, there is nothing on this earth or in the universe better than a good acid trip, but at the same time there is nothing on this earth or the darkest reaches of hell that is as terrifying and disturbing as a bad trip. I was never one of those girls who constantly worries about being raped. Sure, I feared it, but it wasn't something that consumed me. The mind is a very dark and complex thing, and LSD opened up chasms and thoughts I never even knew I had.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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BA passengers face delays after 'technical issue'
Dozens of British Airways flights into the UK have been delayed or cancelled after what the airline has described as a "technical issue".
Flights from the US, India and Japan were showing up as delayed.
"Our teams are working hard to resolve a technical issue which is affecting some of our flights," BA said on Twitter, in response to a passenger who had been delayed.
Some people have been put up in hotels and booked on other flights, it said.
A spokesperson for Gatwick Airport, where a number of BA flights have arrived late, blamed the delays on an issue with the airline's system for handling flight plans.
They said the problem caused delays of around three hours for some long-haul flights arriving into the airport, which had a knock-on effect on departures.
The worst affected was Flight BA170 from Pittsburgh, in the US, which was more than 12 hours behind schedule.
It is the latest technical issue to affect the airline, which faced massive disruption in August when more than 100 flights were cancelled because of an IT glitch.
In a statement, BA said it was "very sorry for the disruption".
It told customers to check its website for updates and make sure their contact details were up to date.
British Airways was hit by its first ever pilot strike in September when flight crews walked out in a row over pay and conditions.
Later that month, the airline revealed the industrial action had cost it at least €137m (£121m).