| PostgreSQL 9.4devel Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Appendix F. Additional Supplied Modules | Next |
The postgres_fdw module provides the foreign-data wrapper postgres_fdw, which can be used to access data stored in external PostgreSQL servers.
The functionality provided by this module overlaps substantially with the functionality of the older dblink module. But postgres_fdw provides more transparent and standards-compliant syntax for accessing remote tables, and can give better performance in many cases.
To prepare for remote access using postgres_fdw:
Install the postgres_fdw extension using CREATE EXTENSION.
Create a foreign server object, using CREATE SERVER, to represent each remote database you want to connect to. Specify connection information, except user and password, as options of the server object.
Create a user mapping, using CREATE USER MAPPING, for each database user you want to allow to access each foreign server. Specify the remote user name and password to use as user and password options of the user mapping.
Create a foreign table, using CREATE FOREIGN TABLE, for each remote table you want to access. The columns of the foreign table must match the referenced remote table. You can, however, use table and/or column names different from the remote table's, if you specify the correct remote names as options of the foreign table object.
Now you need only SELECT from a foreign table to access the data stored in its underlying remote table. You can also modify the remote table using INSERT, UPDATE, or DELETE. (Of course, the remote user you have specified in your user mapping must have privileges to do these things.)
It is generally recommended that the columns of a foreign table be declared with exactly the same data types, and collations if applicable, as the referenced columns of the remote table. Although postgres_fdw is currently rather forgiving about performing data type conversions at need, surprising semantic anomalies may arise when types or collations do not match, due to the remote server interpreting WHERE clauses slightly differently from the local server.
Note that a foreign table can be declared with fewer columns, or with a different column order, than its underlying remote table has. Matching of columns to the remote table is by name, not position.
A foreign server using the postgres_fdw foreign data wrapper can have the same options that libpq accepts in connection strings, as described in Section 31.1.2, except that these options are not allowed:
user and password (specify these for a user mapping, instead)
client_encoding (this is automatically set from the local server encoding)
fallback_application_name (always set to postgres_fdw)
Only superusers may connect to foreign servers without password authentication, so always specify the password option for user mappings belonging to non-superusers.
These options can be used to control the names used in SQL statements sent to the remote PostgreSQL server. These options are needed when a foreign table is created with names different from the underlying remote table's names.
This option, which can be specified for a foreign table, gives the schema name to use for the foreign table on the remote server. If this option is omitted, the name of the foreign table's schema is used.
This option, which can be specified for a foreign table, gives the table name to use for the foreign table on the remote server. If this option is omitted, the foreign table's name is used.
This option, which can be specified for a column of a foreign table, gives the column name to use for the column on the remote server. If this option is omitted, the column's name is used.
postgres_fdw retrieves remote data by executing queries against remote servers, so ideally the estimated cost of scanning a foreign table should be whatever it costs to be done on the remote server, plus some overhead for communication. The most reliable way to get such an estimate is to ask the remote server and then add something for overhead — but for simple queries, it may not be worth the cost of an additional remote query to get a cost estimate. So postgres_fdw provides the following options to control how cost estimation is done:
This option, which can be specified for a foreign table or a foreign server, controls whether postgres_fdw issues remote EXPLAIN commands to obtain cost estimates. A setting for a foreign table overrides any setting for its server, but only for that table. The default is false.
This option, which can be specified for a foreign server, is a numeric value that is added to the estimated startup cost of any foreign-table scan on that server. This represents the additional overhead of establishing a connection, parsing and planning the query on the remote side, etc. The default value is 100.
This option, which can be specified for a foreign server, is a numeric value that is used as extra cost per-tuple for foreign-table scans on that server. This represents the additional overhead of data transfer between servers. You might increase or decrease this number to reflect higher or lower network delay to the remote server. The default value is 0.01.
When use_remote_estimate is true, postgres_fdw obtains row count and cost estimates from the remote server and then adds fdw_startup_cost and fdw_tuple_cost to the cost estimates. When use_remote_estimate is false, postgres_fdw performs local row count and cost estimation and then adds fdw_startup_cost and fdw_tuple_cost to the cost estimates. This local estimation is unlikely to be very accurate unless local copies of the remote table's statistics are available. Running ANALYZE on the foreign table is the way to update the local statistics; this will perform a scan of the remote table and then calculate and store statistics just as though the table were local. Keeping local statistics can be a useful way to reduce per-query planning overhead for a remote table — but if the remote table is frequently updated, the local statistics will soon be obsolete.
By default all foreign tables using postgres_fdw are assumed to be updatable. This may be overridden using the following option:
This option controls whether postgres_fdw allows foreign tables to be modified using INSERT, UPDATE and DELETE commands. It can be specified for a foreign table or a foreign server. A table-level option overrides a server-level option. The default is true.
Of course, if the remote table is not in fact updatable, an error would occur anyway. Use of this option primarily allows the error to be thrown locally without querying the remote server. Note however that the information_schema views will report a postgres_fdw foreign table to be updatable (or not) according to the setting of this option, without any check of the remote server.
postgres_fdw establishes a connection to a foreign server during the first query that uses a foreign table associated with the foreign server. This connection is kept and re-used for subsequent queries in the same session. However, if multiple user identities (user mappings) are used to access the foreign server, a connection is established for each user mapping.
During a query that references any remote tables on a foreign server, postgres_fdw opens a transaction on the remote server if one is not already open corresponding to the current local transaction. The remote transaction is committed or aborted when the local transaction commits or aborts. Savepoints are similarly managed by creating corresponding remote savepoints.
The remote transaction uses SERIALIZABLE isolation level when the local transaction has SERIALIZABLE isolation level; otherwise it uses REPEATABLE READ isolation level. This choice ensures that if a query performs multiple table scans on the remote server, it will get snapshot-consistent results for all the scans. A consequence is that successive queries within a single transaction will see the same data from the remote server, even if concurrent updates are occurring on the remote server due to other activities. That behavior would be expected anyway if the local transaction uses SERIALIZABLE or REPEATABLE READ isolation level, but it might be surprising for a READ COMMITTED local transaction. A future PostgreSQL release might modify these rules.
postgres_fdw attempts to optimize remote queries to reduce the amount of data transferred from foreign servers. This is done by sending query WHERE clauses to the remote server for execution, and by not retrieving table columns that are not needed for the current query. To reduce the risk of misexecution of queries, WHERE clauses are not sent to the remote server unless they use only built-in data types, operators, and functions. Operators and functions in the clauses must be IMMUTABLE as well.
The query that is actually sent to the remote server for execution can be examined using EXPLAIN VERBOSE.
postgres_fdw can be used with remote servers dating back to PostgreSQL 8.3. Read-only capability is available back to 8.1. A limitation however is that postgres_fdw generally assumes that immutable built-in functions and operators are safe to send to the remote server for execution, if they appear in a WHERE clause for a foreign table. Thus, a built-in function that was added since the remote server's release might be sent to it for execution, resulting in "function does not exist" or a similar error. This type of failure can be worked around by rewriting the query, for example by embedding the foreign table reference in a sub-SELECT with OFFSET 0 as an optimization fence, and placing the problematic function or operator outside the sub-SELECT.
Shigeru Hanada <shigeru.hanada@gmail.com>


The Turing test, a means of determining whether a computer possesses intelligence, requires it to trick a human into thinking it's chatting with another person


I create quite a bit of digital art, for a plethora of purposes. Often, it is out of necessity that I must design a logo or create something eye-catching.  Whether it be with photoshop, illustrator, or whatever other tool I have available, digital art allows me to further express my creativity.
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WESTWORLD A film review by Steve Rhodes Copyright 1996 Steve Rhodes
RATING (0 TO ****): ** 1/2
WESTWORLD (1973) was famous author Michael Crichton's first attempt at directing a movie for the big screen. He also wrote this erratic but nevertheless engrossing film. Conceptually the film is more interesting that the realization due to Crichton's poor direction, all of this notwithstanding, the film is worth seeing.
The show's premise is thought-provoking. What if you could do more at an amusement park than just ride through a pseudo-environment? What if the Pirates of the Caribbean allowed you to actually become a real pirate? What if you could use real guns and kill robots that were completely indistinguishable from real people? In other words, how about a park where you can enter a fantasy world that for all intents and purposes is a real world? You have got to admit that the setup for this high concept movie is intriguing. One part I especially like is that there is a subtle way in which robots differ from real humans in their appearance, and it stems from the same problem that great artists have in drawing the human body. I will not revel the difference. Rent the film to find out.
Peter Martin (Richard Benjamin) and John Blane (James Brolin) decide they want to get away from the stress of life by going to such an amusement park. Given many choices they choose to be cowboys in the Old West.  They have a great time. In an adjoining part of the park another group of happy campers get to relive the bacchanal of ancient Rome. Their toga parties are much better than in ANIMAL HOUSE.
The toughest gunslinger in the Wild West section is a robot played by Yul Brynner. Peter and John having great fun killing him, but overnight the technicians back at the command center keep fixing him up and giving him better programs so he will be harder to kill the next day. As anyone who has seen JURASSIC PARK can guess, the park develops a bit of a problem and the robots start misbehaving. They develop the nasty habit of trying to kill the guests. Imagine one of Disney's pirates firing at you with real guns? A bit more realism than most of us would want.
This all sounds much better than it is due mainly to Crichton's plodding pacing. The film goes so slow that you find yourself wishing your VCR had one of those double speed modes where you could still hear the voice. The best part of the show happens at the command center which is a 1970's version of the center in JURASSIC PARK. Other than the equipment differences, notice how they need many people to operate the command center in WESTWORLD whereas in JURASSIC PARK a single programmer does it all.
Overall, watching this highly uneven movie is a blend of falling asleep out of boredom when nothing is happening to being fascinated with what is going to happen next. If you like science fiction, you will probably enjoy seeing the movie. Be prepared however to be frustrated by its low energy level.
WESTWORLD runs just 1:28 but feels a lot longer. It is correctly rated PG for low key cartoonish violence. It would be fine for any kid 6 and up although they probably need to be 9 or 10 to be interested. I recommend this unusual show to the adventuresome, but don't watch it close to bedtime or you may never be able to see the ending. It is easy to find your eyelids getting heavy in the many slow parts. I give the film ** 1/2.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEW WRITTEN ON: July 12, 1996
Opinions expressed are mine and not meant to reflect my employer's.
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


The CashBook
stores the quantity of your Crypto holdings. To access your Crypto holdings, index the CashBook
with the currency ticker. The values of the CashBook
dictionary are Cash
objects, which have the following properties:
var btcQuantity = Portfolio.CashBook["BTC"].Amount; var btcValue = Portfolio.CashBook["BTC"].ValueInAccountCurrency;
btc_quantity = self.Portfolio.CashBook['BTC'].Amount btc_value = self.Portfolio.CashBook['BTC'].ValueInAccountCurrency
To access the virtual pair of your Crypto trades, index the Portfolio
object with the pair Symbol
.
var securityHolding = Portfolio[_btcUsdSymbol];
security_holding = self.Portfolio[self.btc_usd_symbol]


Press the button to make a Decision ad request, record the impression, and display both the internal JSON and HTML payload of the response. Also, check timghe console for logs!
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For more information on my site and any further inquiries please email me at<EMAIL_ADDRESS>or call<PHONE_NUMBER>


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Producer Information
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New basic test file for ac_private=1 chains, which currently passes.
I have a commented out test, which attempts to send funds to a notary address, which I thought should pass, but fails with:
```
DEBUG:BitcoinRPC:-10-> sendtoaddress ["RNJmgYaFF5DbnrNUX6pMYz9rcnDKC2tuAc", 7]
found taddr in private chain: z_z.0 z_t.0 t_z.0
commit failed
DEBUG:BitcoinRPC:<-- {"result":null,"error":{"code":-4,"message":"Error: The transaction was rejected! This might happen if some of the coins in your ...


This class is written for data analysis acquired from detector clusters installed upstream the dipole magnet along beamline, which is an integral part for ETF system to complete particle identification. So it is incorporated in the Detector system.
More...
#include <TABUAA.h>
|
| | TABUAA (const string &datafile, const string &rootfile="") |
| | the default constructor. More...
|
| |
| | ~TABUAA () |
| | the destructor. More...
|
| |
| void | ReadOffline () |
| |
| void | Assign (int entryId) |
| | assign member variables. More...
|
| |
| void | Analyze () |
| |
| double | GetDEBeforeTarget () const |
| | Energy deposit information recorded by Music. More...
|
| |
| double | GetDEAfterTarget () const |
| |
| double | GetZIn () const |
| | return fZIn; More...
|
| |
| double | GetAIn () const |
| | return fZIn; More...
|
| |
| double | GetAoQ1 () const |
| | return fAoQ1; More...
|
| |
| double | GetZOut () const |
| |
| double | GetX1 () const |
| | position information recorded by MWPC More...
|
| |
| double | GetY1 () const |
| | from MWPC1, before target. More...
|
| |
| double | GetX2 () const |
| | from MWPC2, before target. More...
|
| |
| double | GetY2 () const |
| | from MWPC2, before target. More...
|
| |
| double | GetX3 () const |
| | from MWPC3, after target. More...
|
| |
| double | GetY3 () const |
| | from MWPC3, after target. More...
|
| |
| double | GetTaX () const |
| | X of the target. More...
|
| |
| double | GetTaY () const |
| |
| double | GetThetaIn () const |
| | For angles here, anti-clockwise is positive. More...
|
| |
| double | GetThetaOut () const |
| | from z-axis to exit particle tracks. More...
|
| |
| double | GetPhiIn () const |
| | from z-axis to incident particle tracks. More...
|
| |
| double | GetPhiOut () const |
| | from z-axis to exit particle tracks. More...
|
| |
| double | GetBetaIn () const |
| | fBeta1 More...
|
| |
| bool | IsMWPCMiss (int id) const |
| |
| const tVME_event & | GetfEvent () const |
| |
| double | GetQDC (int i, int j) const |
| |
| double | GetTOF1PXI () const |
| | time tag and time of flight information recorded by TOF_start and TOF_stop More...
|
| |
| double | GetTOF1VME () const |
| | time tag recorded by TOF_start, TOF1 from VME More...
|
| |
| bool | IsPileUp () const |
| | return fIsPileUp More...
|
| |
| bool | IsVeto (int id) const |
| | return fIsVeto[id%2]; [veto1-2] More...
|
| |
| const tVME_event & | GetEvent () const |
| | return fEvent; More...
|
| |
| TTree * | GetTreeVME () |
| | return fVME More...
|
| |
| void | Output (double &AIn, double &ZIn, double &ToFIn, double &betaIn, double &pIn, double &dEIn, double &thetaIn, double &phiIn, double &TaX, double &TaY) |
| | output the result. More...
|
| |
| void | SetTOF1PXI (double tof1pxi) |
| |
| void | SetROOTFile (TFile *f) |
| |
| void | Initialize () |
| | initiazlie function More...
|
| |
This class is written for data analysis acquired from detector clusters installed upstream the dipole magnet along beamline, which is an integral part for ETF system to complete particle identification. So it is incorporated in the Detector system.
- Deprecated:
- This class is for an old experiments carried out in 2016 and should be deprecated.
- Author
- SUN Yazhou, asia..nosp@m.rabb.nosp@m.it@16.nosp<EMAIL_ADDRESS>- Date
- Created: 2016/10/15 Last revised: 2018/1/10, SUN Yazhou.
- Copyright
- 2017-2018, SUN Yazhou.
◆ TABUAA()
| TABUAA::TABUAA |
( |
const string & |
datafile, |
|
|
const string & |
rootfile = "" |
|
) |
| |
◆ ~TABUAA()
◆ Analyze()
◆ analyze()
| void TABUAA::analyze |
( |
const int * |
data, |
|
|
tVME_event & |
event |
|
) |
| |
|
staticprivate |
◆ Assign()
| void TABUAA::Assign |
( |
int |
entryId | ) |
|
◆ GetAIn()
| double TABUAA::GetAIn |
( |
| ) |
const |
◆ GetAoQ1()
| double TABUAA::GetAoQ1 |
( |
| ) |
const |
◆ GetBetaIn()
| double TABUAA::GetBetaIn |
( |
| ) |
const |
◆ GetDEAfterTarget()
| double TABUAA::GetDEAfterTarget |
( |
| ) |
const |
◆ GetDEBeforeTarget()
| double TABUAA::GetDEBeforeTarget |
( |
| ) |
const |
Energy deposit information recorded by Music.
give physical result
◆ GetEvent()
◆ GetfEvent()
◆ GetPhiIn()
| double TABUAA::GetPhiIn |
( |
| ) |
const |
from z-axis to incident particle tracks.
◆ GetPhiOut()
| double TABUAA::GetPhiOut |
( |
| ) |
const |
from z-axis to exit particle tracks.
◆ GetQDC()
| double TABUAA::GetQDC |
( |
int |
i, |
|
|
int |
j |
|
) |
| const |
{ return fEvent.qdc[i][j]; }
◆ GetTaX()
| double TABUAA::GetTaX |
( |
| ) |
const |
◆ GetTaY()
| double TABUAA::GetTaY |
( |
| ) |
const |
◆ GetThetaIn()
| double TABUAA::GetThetaIn |
( |
| ) |
const |
For angles here, anti-clockwise is positive.
from z-axis to incident particle tracks.
◆ GetThetaOut()
| double TABUAA::GetThetaOut |
( |
| ) |
const |
from z-axis to exit particle tracks.
◆ GetTOF1PXI()
| double TABUAA::GetTOF1PXI |
( |
| ) |
const |
time tag and time of flight information recorded by TOF_start and TOF_stop
time tag recorded by TOF_start, TOF1 from PXI
◆ GetTOF1VME()
| double TABUAA::GetTOF1VME |
( |
| ) |
const |
time tag recorded by TOF_start, TOF1 from VME
◆ GetTreeVME()
| TTree * TABUAA::GetTreeVME |
( |
| ) |
|
◆ GetX1()
| double TABUAA::GetX1 |
( |
| ) |
const |
position information recorded by MWPC
from MWPC1, before target.
◆ GetX2()
| double TABUAA::GetX2 |
( |
| ) |
const |
from MWPC2, before target.
◆ GetX3()
| double TABUAA::GetX3 |
( |
| ) |
const |
from MWPC3, after target.
◆ GetY1()
| double TABUAA::GetY1 |
( |
| ) |
const |
from MWPC1, before target.
◆ GetY2()
| double TABUAA::GetY2 |
( |
| ) |
const |
from MWPC2, before target.
◆ GetY3()
| double TABUAA::GetY3 |
( |
| ) |
const |
from MWPC3, after target.
◆ GetZIn()
| double TABUAA::GetZIn |
( |
| ) |
const |
◆ GetZOut()
| double TABUAA::GetZOut |
( |
| ) |
const |
◆ Initialize()
| void TABUAA::Initialize |
( |
| ) |
|
◆ IsMWPCMiss()
| bool TABUAA::IsMWPCMiss |
( |
int |
id | ) |
const |
|
inline |
◆ IsPileUp()
| bool TABUAA::IsPileUp |
( |
| ) |
const |
◆ IsVeto()
| bool TABUAA::IsVeto |
( |
int |
id | ) |
const |
return fIsVeto[id%2]; [veto1-2]
◆ Output()
| void TABUAA::Output |
( |
double & |
AIn, |
|
|
double & |
ZIn, |
|
|
double & |
ToFIn, |
|
|
double & |
betaIn, |
|
|
double & |
pIn, |
|
|
double & |
dEIn, |
|
|
double & |
thetaIn, |
|
|
double & |
phiIn, |
|
|
double & |
TaX, |
|
|
double & |
TaY |
|
) |
| |
◆ ReadOffline()
| void TABUAA::ReadOffline |
( |
| ) |
|
◆ SetROOTFile()
| void TABUAA::SetROOTFile |
( |
TFile * |
f | ) |
|
◆ SetTOF1PXI()
| void TABUAA::SetTOF1PXI |
( |
double |
tof1pxi | ) |
|
◆ fAIn
◆ fAoQ1
A over Q ratio for incident particle.
◆ fBeta1
◆ fBlockIndex
index of the block the stored event belongs.
◆ fDatafile
◆ fDEAfterTarget
| double TABUAA::fDEAfterTarget |
|
private |
energy deposit in the Music after the target.
◆ fDEBeforeTarget
| double TABUAA::fDEBeforeTarget |
|
private |
energy deposit in the Music before the target.
◆ fEvent
considered as corresponding to one particle.
◆ fIsAnalyzed
◆ fIsAssigned
◆ fIsMWPCMiss
| bool TABUAA::fIsMWPCMiss[3] |
|
private |
[MWPC0-1-2]: if the MWPC misses the particle
◆ fIsPileUp
◆ fIsVeto
◆ fPhiIn
◆ fPhiOut
◆ fROOTFile
◆ fROOTFileName
| string TABUAA::fROOTFileName |
|
private |
◆ fTaX
◆ fTaY
◆ fThetaIn
◆ fThetaOut
◆ fTOF1PXI
from TOF start to T0_0, to be assigned by PXI
◆ fTOF1VME
from TOF start to T0_0, from VME
◆ fVME
◆ fX1
◆ fX2
◆ fX3
◆ fY1
◆ fY2
◆ fY3
◆ fZIn
nuclear charge number, calculated from fDEBeforeTarget
◆ fZOut
nuclear charge number, calculated from fDEAfterTarget
The documentation for this class was generated from the following files:
- /home/asia/BINGER_CODE/etf/inc/TABUAA.h
- /home/asia/BINGER_CODE/etf/src/TABUAA/read.C
- /home/asia/BINGER_CODE/etf/src/TABUAA/VMEAnalyze.C
- /home/asia/BINGER_CODE/etf/src/TABUAA.C


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Board of Secondary Education, Imphal
Council of Higher Secondary Education, Orissa
Rajasthan Madhyamik Shiksha Board
Punjab School Education Board
Board of Higher Secondary Education Tamilnadu
Tripura Board of Secondary Education
Board of High School and Intermediate Education, Allahabad
National Open School, Delhi
Examination:
HS
CBSE
ICSE
CBSI
Roll No
Year of Passing
2013
2014
2015


Home
Persona
User Story
Use Case Interaction
Conceptual Model and ERD
Mark's User Story
As a registered user, I want to post a question people can respond to.
Find Out More
What is Mark's Use Case? What is a Use Case?
What is the Conceptual Model for Mark's Use Case?
Take Me Back to the Beginning!
Wait, what was Mark's Persona again?


Object ID:
vCenter GUID:
Message:
Message Arguments:
(array, i.e. 1, 2, somestring)
Event Source:
Plug-in Source:
Status:
OK
WARNING
FAILED
INFORMATION
Send Event
Result
Return Code:
Message:


My buddy recently told me that he could get all these psychedelic chemicals like: 2c-b, and 5-MeO-DIPT (Foxy). I was definitely down and got a 20 mg of 2cb and two 12mg of foxy. The following experience is with one 12 mg pill of foxy.
The trip took place at my friend Rís place, with my friend C. C and I were the only ones on foxy and were both having the same dose (12mg).  He has 2 cats, 2 ferrets and a little Chihuahua, which made the trip very exciting.
After smoking a few bowls, we popped in the foxy and swallowed them down. With in 15 minutes I could feel a strong buzzing in my legs and they started cramping up a little. Everything in the room slowly got brighter and patterns stuck out, but it was hard to enjoy it through the body load.
Foxy gave me a body load that made me not even want to stand up, or talk. Any movement for a while would made me nauseas. R and C went in the kitchen to get the pizza. Just the sound of food made me feel more nauseas. I was left in the room with the cats. The cats fur was so soft. I took my mind off the nausea and focused on the good feelings I was also experiencing. The good feelings battled the nauseas body load for the next hour in waves. Even with the intense body load I was tripping so hard, with a hard to handle body buzz. My audio was very out of place. Everything sounded surround sound.  R had told us his girlfriend wasnít going to be there that night because she was in the hospital for a infected tooth.
The trip is starting to peak and go more intense when all of a sudden the front door flies open and his girlfriend and her friend come in and sit down. It took me by surprise and was so awkward because I was tripping so hard, and they didnít know. R went into his room with C to show him the ferrets. I was tripping really hard and still had a terrible body load that made me stay in my seat. It was too awkward being alone, so I forced myself up into Rís room. I sunk into the squishy rug on his floor. The body load made me sit down, as we played with the ferrets. We came back and chilled in his living room. As soon as Rís girlfriends friend left, the body load also loosened up and I could finally enjoy myself. This is when C started to trip real hard too.
My audio was so strange. When I would talk, it felt like everything I said was going through a microphone in my head. A cop went flying by the window with his sirens on and the noise it made was coming from all over and the lights that flashed in the window were ridiculous. The T.V. would make waves that would then follow my entire field of vision. We played a game of Wii bowling during this time, which was pretty intense.  When the pipe got to me, it felt like the pipe had melted in my hand and had become part of my hand. We went to bed around 3:00 in the morning which was about 6 hours after we took them. R went into his room with his girlfriend and they were watching Pocahontas.
The body load the foxy gave me for the first few hours was hard to control and made the trip hard to enjoy. It was a experience I donít want to repeat, so I sold my other foxy to R. I wouldnít call it a good trip, but I wouldnít call it a bad trip.
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.


This program creates a class that represents a set of integers that can include any numbers from 0 to 100. The class must provide ways to represent both the union and intersection of two of these sets of integers.
The program automatically creates two instances of the IntegerSet class and uses them to test the union and intersection static methods. Each IntegerSet can consist of any combination of the integers from 0 to 100, with no duplicate integers. First, the IntegerSets are created. Then 6 integers are inserted into each, and printed out. The union and intersection of these two IntegerSets are then printed. Following that, two integers are removed from each set and they are printed again. Finally, the union and intersection methods are called again and the results printed.
The IntegerSet class consists of a boolean array that holds a value of true for each integer corresponding to the index.
The IntegerSet class also contains two static methods:
1) The union method takes two IntegerSet objects and returns a new IntegerSet consisting of integers that exist in either of the two parameter IntegerSets.
2) The union method takes two IntegerSet objects and returns a new IntegerSet consisting of integers that exist in both of the two parameter IntegerSets.


Atlanta:
Oh my!
It seems the Guardian Golems are definitely being controlled by someone who knows what he's doing!
Well, the fact that the recognition circuits in the east and west wing entryways are intact is a blessing in disguise.
"Tell me more about the entryways."


Recipe for scrambled eggs
Here is a recipe for some delicious scrambled eggs.
Ingredients
- 2 eggs
- 1 tbs butter
- 2 tbs cream
Instructions
- Melt butter in frying pan
- Gently mix eggs and cream in a bowl
- Once butter melts, add cream and eggs
- Mix eggs in pan using spatula
- Remove from heat, and place on a plater


Creating a Separator in Mod Organizer 2
- Right-click in the left pane of MO2 and select Create Separator
- Input Visuals - Finish Line into the pop-up and select OK
Files to install:
- 2.7. Visuals - Conflict Resolution FOMOD
FOMOD Install Instructions:
- Pick the All in One version if you installed all the mods from this step. If not, choose the Individual Patches option and choose all that apply to you
- Resolves conflicts between the mods from this module
Files to install:
- Main File - 2.8. Visuals - Load Order.txt
Special install instructions:
- Extract loadorder.txt to Mod Organizer 2/profiles/Viva New Vegas - Visuals
- Once the file is extracted, right-click in the left pane of MO2 and select All Mods -> Refresh
- Ensures your load order is correct for the Visuals module
NOTE: This load order assumes you followed the entire guide with all the recommended options
For example, if you installed your own mods, those plugin-ins will be moved to the bottom of the LO and need to be manually moved back into the correct spot after the new load order is applied
Using zMerge
- Verify Visuals - Conflict Resolution AIO.esp (or the individual patches you selected) is above RWL in your load order
- Run zEdit through MO2
- From the top drop-down menu, select zMerge, and from the bottom select Fallout NV
- Click Start Session
- Click the Create Merge button
- In the Details tab, change the Name to Visuals - Merge and make sure the Merge Method is Clean - Merge down (improved)
- In the Plugins tab, select the following:
-
Book of Steel.esp
STDG.esp
Bathroom Doors Fix.esp
Brotherhood of Steel Uniforms.esp
NVAnimatedTerninalScreenSaver.esp
Strip Wall Billboards.esp
CIB Bighorners.esp
CIB Bighorners - HH.esp
Character Expansions Revised - YUP.esp
SimpleStreetLights (Extra Lights).esp
OWB-Path Lights.esp
Burning Campfire.esp
Burning Campfire - HH Patch.esp
EnhancedGrass_NoVL.esp
Visuals - Conflict Resolution AIO.esp OR whatever patches you selected from the Conflict Resolution FOMOD
- Click OK to exit the merge menu
- Click the Build button in the top right to the right of the merge name
- The merge should build successfully and you can exit out of the program
- Right-click in the left pane of MO2 and select All Mods -> Refresh
- The merge should appear in the left pane and activate it like normal
- Move Visuals - Merge.esp above Interior Lighting Overhaul - Ultimate Edition.esp
- Click the on the top bar of MO2 and select Merge Plugins Hide
- Right-click on the Visuals - Merge listing, select Disable plugins, and then close
- All the mods that were merged should now appear grayed-out in the left pane of MO2
- Use the same method to reactivate the mods when you need to rebuild the merge
- When you reactivate the mods, they will reappear in your load order in alphabetical order. Reinstall the Load Order.txt file to get it back into order
Testing the Game
- Run the game through MO2
- Start up a new game and quickly run through the tutorial in Doc Mitchell's house
- Once you have exited Doc's house, open up the MCM menu to verify all the entries display correctly
- Spend at least 15-20 minutes in game doing whatever to make sure the game is running smoothly
Tweaking the MCM
- Dynamic Pip-Boy Light: Adjust to personal preference


Flask-Security is an opinionated Flask extension which adds basic security and authentication features to your Flask apps quickly and easily. Flask-Social can also be used to add "social" or OAuth login and connection management.


Efficient procedures for fitting the regularization path for linear, binomial, multinomial, Ising and Potts models with lasso, group lasso or column lasso(only for multinomial) penalty. The package uses Linearized Bregman Algorithm to solve the regularization path through iterations. Bregman Inverse Scale Space Differential Inclusion solver is also provided for linear model with lasso penalty.
| Version: | 1.6 |
| Depends: | R (≥ 3.0), nnls |
| Suggests: | lars, MASS, igraph |
| Published: | 2018-06-09 |
| Author: | Feng Ruan, Jiechao Xiong and Yuan Yao |
| Maintainer: | Jiechao Xiong <xiongjiechao at pku.edu.cn> |
| License: | GPL-2 |
| URL: | http://arxiv.org/abs/1406.7728 |
| NeedsCompilation: | yes |
| SystemRequirements: | GNU Scientific Library (GSL) |
| CRAN checks: | Libra results |
| Reference manual: | Libra.pdf |
| Package source: | Libra_1.6.tar.gz |
| Windows binaries: | r-devel: Libra_1.6.zip, r-release: Libra_1.6.zip, r-oldrel: Libra_1.6.zip |
| OS X binaries: | r-release: Libra_1.6.tgz, r-oldrel: Libra_1.6.tgz |
| Old sources: | Libra archive |
Please use the canonical form https://CRAN.R-project.org/package=Libra to link to this page.


Defines the start temperature and stepping interval used for solidification calculations.
int jmpSetSolidificationTemperatures (double startTemperature, double stepTemperature);
startTemperature [input]
Double that specifies the temperature at which the solidification calculation starts.
stepTemperature [input]
Double that specifies the temperature interval between consecutive steps.
JMP_STATUS_OK |
Request has been successfully completed. |
JMP_STATUS_ERROR |
An error has occurred. |
| Headers | jmpcore.h jmpsolidification.h |
| Library | jmpsolidification.lib /jmpsolidification_x64.lib |
| DLL | jmpsolidification.dll /jmpsolidification_x64.dll |


The rtptools distribution consists of a number of small applications that can be used for processing RTP data.
The code is maintained at https://github.com/columbia-irt/rtptools and the release tarballs are available at http://www.cs.columbia.edu/irt/software/rtptools/download/.
See the README for installation instructions.
The rtptools were written by Henning Schulzrinne, with enhancements and updates by Ping Pan, Akira Tsukamoto, Jan Stary and Jan Janak. rtptrans was written by Dorgham Sisalem and enhanced by Steve Casner.


Paper Summary: Project-free Online Learning
In this blog, I will give a summary of the paper “Project-free Online Learning” and some of my understandings. As its title suggests, this paper proposes an efficient projection-free algorithm for online convex optimization. As we discussed earlier, traditional online gradient descent method requires a projection step onto feasible set. In Euclidean space, this projection step is essentially a step to solve a convex quadratic programming problem on a convex set. This step can be computational expensive for certain constraint set \(\mathcal{K}\). So in this paper, the authors eschew projections in favor of much more efficient linear optimization steps using Frank-Wolfe technique. A range of regret bounds are derived for different settings. Experiments on applications of collaborative filtering show the improvements on standard datasets.
1. Convex sets on which projection is expensive
For a convex set \(\mathcal{K}\), a projection step in Euclidean space is given by
\[P_{\mathcal{K}}(y) = \arg \min_{x\in\mathcal{K}} ||x-y||^2_2\]Moreover, a linear optimization step involves solving
\[\min_{x\in\mathcal{K}} v^\top x\]for some vector \(v\). Next, I will give some examples of decision sets on which linear programming is much more efficient.
Bounded Trace Norm Matrices. The set of matrices with bounded trace norm is a common decision set for applications like matrix completion and collaborative filtering. Formally, the set is given by
\[\mathcal{K} = \{ A\in \mathbb{R}^{m\times n}: \|A\|_1 = \text{trace}(\sqrt{A^{\top} A}) \leq \tau \}\]The projection of a matrix \(X\) involves computing SVD of \(X\) which requires \(O(nm^2)\) time, while linear optimization over \(\mathcal{K}\) can be done in linear time in the number of non-zero entries in the matrix \(X\).
Flow polytope. Given a directed acyclic graph \(G\) with \(n\) nodes and \(m\) edges with a source node \(s\) and a sink node \(t\), consider the set of all paths from \(s\) to \(t\). Let \(\mathcal{K}\) be the convex hull of all indicator vectors over edges for those paths. The set \(\mathcal{K}\) can be equivalently represented as a polytope with \(O(m+n)\) linear inequalities. This set \(\mathcal{K}\) arises in the online shortest path problem. Computing the projection on \(\mathcal{K}\) takes \(O(n^{3.5})\) time, while linear optimization on \(\mathcal{K}\) amounts to finding the shortest path on the graph, which can be efficiently solved.
Matroid polytope
Given a matroid \(M = (E, I)\), where \(|E| = n\), any independent set \(A\in I\) can be represented as a vector in \(R^n\) by its indicator vector. The corresponding polytope \(\mathcal{K}\) can be defined using \(O(2^n)\) linear inequalities. The projection on \(\mathcal{K}\) is therefore a difficult operation, while linear optimization over \(\mathcal{K}\) amounts to sorting the objective vector which solves it in \(O(nlog(n))\) time.
Rotations
Rotation matrices are \({n\times n}\) orthogonal matrices with determinant \(1\). The convex hull of all rotation matrices \(\mathcal{K}\) arises in the online learning of rotations problem. The projection on \(\mathcal{K}\) is very difficult while linear optimization over \(\mathcal{K}\) can be solved using one SVD.
2. Preliminaries
The online convex optimization setting is similar to previous blogs. In each round \(t = 1,2,\dots,T\), the player gives a decision \(x_t \in \mathcal{K}\) and the adversary produces a convex cost function \(f_t\) and the player suffers the cost \(f_t(x_t)\). The goal of the player is to produce points \(x_t\) such that the regret
\[\text{Regret} := \sum_{t=1}^T f_t(x_t) - \min_{x\in \mathcal{K}} \sum_t f_t(x)\]is sub-linear in \(T\).
A more interesting concept called smoothed functions is introduced in the paper. Given \(\delta >0\), the \(\delta\)-smoothing of a function \(f\) is given by:
\[\hat{f}_\delta = E_{u\in B} [f(x+\delta u)]\]where \(u\) is chosen uniformly at random from the unit ball \(B \subset \mathbb{R}^n\). If the original function \(f\) is convex and L-Lipschitz, The smoothed function has serval important properties. For example, \(\hat{f}_{\delta}\) is convex, L-Lipschitz and \(\frac{dL}{\delta}\)-smooth. The gradient of \(\hat{f}_{\delta}\) is bounded by \(dL\). Besides, the distance between smoothed and original function is bounded by \(\delta L\). See Lemma 2.1 in the original paper.
3. The algorithm
The algorithm uses Frank-Wolfe technique, so the authors call it Online Frank-Wolfe (OFW). For initialization, we choose a input parameter \(a\geq 0\) and some arbitrary initial point \(x_1\). Then for round \(t=1,2,\dots,T\), we perform the following main steps:
- Play \(x_t\) and observe \(f_t\).
- Compute \(F_t = \frac{1}{t} \sum_{\tau = 1}^{t} f_{\tau}\).
- Compute \(v_t = \arg\min_{x\in \mathcal{K}} \{ \nabla F_t(x_t)\cdot x \}\).
- Set \(x_{t+1}=(1-t^{-a})x_t + t^{-a}v_t\).
The linear optimization step shows in step 3. Define
\[\Delta_t = F_t(x) - F_t(x^{\star}_t)\]where \(x^* = \arg\min_{x\in \mathcal{K}} F_t(x)\). The following general theorem lays a foundation in the regret analysis.
Theorem 3.1 Assume that for \(t=1,2,\dots,T,\) the function \(f_t\) is L-Lipschitz, \(Bt^{-b}\)-smooth for some constants \(b\in[-1,1/2]\) and \(B\geq 0\), and \(St^{-s}\)-strongly convex for some constants \(s\in[0,1)\) and \(S\geq 0\). Then for all \(t>1\), we have
\[\Delta_t \leq Ct^{-d}\]for both the following values of \(C\) and \(d\):
\[(C,d) = (max\{9D^2B,3LD\},\frac{1+b}{2})\]and
\[(C,d) = (max\{9D^2B,36L^2/S,3LD\},\frac{2+2b-s}{3})\]In either case, this bound is obtained by setting a=d-b in the above algorithm.
With the above theorem, in the different settings, we can obtain regret bounds by setting different parameters. For example, if the cost functions are stochastic and smooth, then for \(\beta\)-smooth stochastic convex loss functions \(f_t\), we can set \(B=\beta\), \(b=S=s=0\), and \(d=a=1/2\). A sub-linear regret bound \(O(\sqrt{T})\) can be derived with the help of above theorem (c.f. section 4.1.1).
In summary, the authors give the following table of regret bounds in different settings. Although all of regret bounds are sub-linear, the algorithm only achieves the optimal regret in the stochastic smooth setting. The additional regret costs in adversarial setting come from the projection-free operation.
| Stochastic | Adversarial | |
|---|---|---|
| Smooth costs | \(\tilde{O}(\sqrt{T})\) | \(O(T^{3/4})\) |
| Non-smooth costs | \(\tilde{O}(T^{2/3})\) | \(O(T^{3/4})\) |
4. Conclusion
In the following section, the authors implemented the proposed algorithm on two standard datasets. The experiment results show the effectiveness of OFW over OGD. In conclusion, the authors proposed an an efficient algorithm scheme for online convex optimization that performs one linear optimization per iteration rather than one quadratic optimization. The advantages include computational efficiency, parameter free and efficient representation and sparsity. The regret analysis is performed in different settings. However, the regret bounds are not always optimal. So the open problem of how to improve the regret bounds are left as on future direction.


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It is June and with impending rains, there is hope in the air. And we at Ayushman are all geared up to send you the latest issue of AyushPatrika. Continuing our series on the Human body, in our main topic—we get to know how to take care of our eyes. We overwork our eyes and give them little rest. Watching television for long hours, working on computers day and night and lack of sleep puts a strain on our eyes. Hence they need some extra care and attention.
We therefore have for you in this issue—
EYES–THE WINDOWS OF THE SOUL
A STORY WITH A MORAL
MEDICAL JOKE AND CARTOON
1. EYES–THE WINDOWS OF THE SOUL
Eyes are one of the most sensitive organs of our body. Besides providing us sight, they also aid in maintaining balance and equilibrium. Bright, alert and clear eyes tell us that all
is well with the body and mind.
On the other hand dull, droopy, dry, smudgy, or blood- shot eyes tell us a story of disease. Any change in the eyes including visual defects (sudden or gradual), discoloration, floating spots etc. should be immediately brought to the notice of your doctor.
Human eye is like a camera where the light filters in through the cornea, and lens and forms an inverted image on the retina. Light enters through the pupil, which adjusts in size according to its brightness in sunlight, pupil is almost like a pinpoint and at night it is dilated (becomes big). After passing through cornea, lens, and inverted imprinting on retina, the image is carried by the optic nerve to the brain and a final “print’ is made after straightening it. This is visualized by us as a picture. Actually when it strikes the retina, a chemical.
Process triggers off a tiny wave of electricity. This current now stimulates the optic nerve behind the retina, which swiftly carries the message to the ‘optic center’ in the brain. The brain interprets the image as say a snake and orders – ‘withdraw!’ All this takes 1/200th of a second.
Eyes rest by working in tandem – while one eye rests by working only 10% of its capacity, the other eye carries the burden by working 90%. They keep doing this in turns. We only have two eyes, and overworking them can lead to complications. In contrast, a butterfly has 12000 eyes, so each of its eyes must be getting plenty of rest!
Our eyes were not designed for so much near work. Stone Age man needed mainly distant vision to hunt his food. But as mankind evolved, he had to do more of ‘near vision’ work. Eyes have not evolved enough to cope with this load, leading to problems like myopia (short sightedness) and hypermetropia (long sightedness). With most of us working at computers these problems are only going to multiply! This is also why we see so many youngsters wearing glasses.
SOME COMMON EYE PROBLEMS
Redness
Redness can be due to various causes and sometimes due to tiredness, when it will pass off by itself. But it may be due to infection or bleeding in eye so see your doctor if it persists.
Itching, pain
Itching can be due to a generalised allergy, and pain may be due to infection or glaucoma (a condition where there is rise in pressure inside the eyes). See your doctor if either persists.
 If this happens, do not rub your eyes; it may cause it to further stick inside. Blink several times to start your tears flowing; this will help flush out the dirt. Boil water till it bubbles for more than ten minutes, and then cool it. Now take an eye dropper and use the water to flush the eye till the dirt gets dislodged. Remember not to touch the eye with the dropper directly. If the dirt remains inside, see your doctor.
Eyestrain
Eyestrain causes a dull, aching sensation around and behind the eyes that can progress into a generalized headache. Eyestrain is commonly a result of overuse of the eyes for activities requiring close and precise focus, such as reading, sewing or using the computer.  Relax your eyes for at least ten minutes. Try to avoid eyestrain by taking periodic “focus breaks”.
 Puffy eyes can result from various reasons including heredity, fluid retention due to weather or hormone levels, allergies, certain medications, staying up at night, etc. If puffiness does not go away or you notice swelling in other parts of the body, see your doctor to rule out other possible causes of swelling such as kidney, heart or thyroid problems.
 You may experience pain, itching, redness, sensitivity to light, tear and blurry vision often after prolonged work. This can be due to dry air created by air conditioning, heat, menopause, and long hours in front of the computer without blinking. Treatment is necessary if you have prolonged signs and symptoms of dry eyes. Simple steps to prevent dry eyes would be to avoid windy conditions by wearing sunglasses and blink a lot.
CARING FOR EYES
Eat Right
In addition to getting regular eye checks, eating certain types of food can enhance and preserve the health of your eyes.
Let us throw some light on eye-healthy foods -
Food sources for EYE nutrition
Vitamin A : - Red – orange fruits like carrots, pumpkin, oranges and green leafy, vegetables like spinach.
Vitamin C : - Citrus fruits like oranges, sweet lime etc., guava, amla.
Vitamin E : - Wheat germ, peanuts, eggs, corn oil and all green leafy vegetables.
Zinc : - Yogurt,meat, whole grains and beans,lentils, green leafy vegetables.
Selenium : - Nuts, Meat, Broccoli, brown rice, cabbage, eggs, garlic, wheat germ and whole grain cereals.
Omega-3 fatty acids : - Fish, including salmon and all types of fish oil, flax seeds, walnuts, beans (esp. soya), algae, all edible seeds.
Relaxation and massage for the eyes
One can start putting mild pressure on the eyes starting from the center of the eyebrows to both corners of the eyes and the lower part of the eyes with the help of the fingertips. After this, with the help of two first fingers of the hands, put slight pressure on the
center of the closed eyelids and rotate the eyes. It soothes the muscles and
relaxes them from stress. This light massage can be done while working on the
computer or while reading something to de-stress the eyes.u
Exercises
Simple eye exercises can be performed every day for a few minutes to keep the eyes bright and healthy Exercise your eyes every 20 minutes or so when you take a break from your work
First, blink your eyes several times. While you keep your eyes closed, roll your eyeballs both
Clockwise and anticlockwise, and then swing them from side to side. During breaks, splash water on your face while keeping your eyes closed. This has an overall relaxing effect and helps you feel refreshed.
‘Palming’ is a very relaxing exercise for tired eyes. Here the interlaced fingers of the hands are used to cover the open eyes such that no light can enter, and then an
attempt is made to visualize total blackness. When that happens, the eyes automatically feel rested. Other useful exercises are ‘swinging’ the eyes from side to side, alternate distance and near fixation, and reading Snellen’s chart (the chart used by eye doctors) with one eye at a time, the chart being fixed at six meters distance.
Sleep right
Enough sleep (about 8 hours) will ensure that your eyes get rested.
Protect your eyes
Wear proper sunglasses when outdoors and include ultraviolet radiation protection in all eye wear.
Eye care while working on a Computer
Computer users tend to complain of eye strain more than non-users. Wrong sitting position, insufficient lighting or defective screens could lead to fatigue. Hence it is recommended that you should have correct seating with enough backrest and sufficient lighting near the workstation but just enough to avoid the glare. You should also take frequent breaks while you are focused on the screen. Sit with enough backrest and sufficient lighting near the workstation but just enough to avoid the glare. You should also take frequent breaks while you are focused on the screen. U.V. filter glasses, protect the eyes from the harmful rays emanating from computers, & recently there has been a study where quartz has been reported to absorb these rays.
Care for contact lenses and glasses
Lens users should not wear them for more than 10-12 hours a day. Hygiene must be maintained on priority by rinsing the lens at every use with fresh solution, and handling the lens only after washing the hands thoroughly.
Many of us wear glasses these days but few know its care. You must always keep your eyeglasses in a hard case when you’re not wearing them. Also clean the lenses, even if they’re scratch resistant, with a lens cleaner and soft cloth. Never wipe them with any available cloth (even a tee-shirt), and never wipe them without wetting them first. And don’t use a facial tissue or paper towel, no matter how soft it might feel.
Other measures
Walking empty feet on green grass early morning in an environment surrounded by greenery helps to soothe the eyes and improve eyesight.

Eye Donation
In many young people, due to infection, the outermost layer of eyes called cornea becomes opaque and the person cannot see. Eye donation is the simple way you can help after you pass away. You need to understand that the whole eyeball is not removed, and any eye doctor can be called who will remove only the superficial outer layer. It should be done within six to eight hours of death. Eyes should be immediately closed after the patient dies and if possible, antibiotic drops instilled, to make sure the eyes remain infection-free & moist for donation. If you pledge your eyes, after your death, two people may get restoration of vision.

2. A STORY WITH A MORAL
Once there was a farmer who discovered that he had lost his watch in the barn. After searching high and low in the hay stacked there for a long while, he gave up and enlisted the help of a group of children playing outside the bar, promising a reward. Hearing this, the children hurried inside the barn, went through the entire stack of hay in a great rush tossing it all over, but could not find the watch. They gave up after sometime.
Only one boy remained outside sitting quietly. After the boys rushed out, this boy asked for permission to search for the watch and the farmer said yes. The boy got up and went and sat inside the barn. After some time the farmer asked him to do some searching and not just sit there quietly. The boy put a finger on his lips and signaled with his hand for the farmer to be quiet. Soon he got up and went to one section of the stack, gently parted the hay and easily found the watch.
The farmer was both happy and surprised. He asked the boy how he succeeded where the rest had failed.
The boy replied, “I did nothing but sit on the ground and listen. In the silence, I heard the ticking of the watch and just looked for it in that direction.”
Moral: A peaceful mind can think well than a mind that is worked up!!!
3. MEDICAL JOKE AND CARTOON
An eye for an eye!
Our professor of surgery was examining a person’s behind with an instrument called proctoscope, when he got the scare of his life at being stared right back. (The patient had come to the hospital complaining of rectal pain.) The professor almost dropped the instrument and jumped back! The mystery was solved on questioning the patient, when it was revealed that he had accidentally swallowed his false eye a month back and forgotten about the episode. He had got a new one fixed and thought the old one must have passed out. But it had slowly moved down and just on the day the professor was examining him it had lodged at the outlet to stare back at the befuddled surgeon!
Hope you found this issue useful and interesting. We welcome your feedback and suggestions for future interactions. We would also like to encourage those of you diagnosed with specific problems to revert back to us with the current status of your problem by E-mail or meet me personally if necessary. I will try my best to address your problems. Before signing off, we at Ayushman wish you a healthy month—Ayushman bhava!


Test functions for (global) optimization problems (test_functions)¶
Following test-functions implemented: Parabola, NoisyParabola, Rosenbrock, Fourmin, Schwefel, Camel, GenzFunction1. Each has f, df, ddf function members for value, derivative and Hessian; xmin, xmax describing domain (in each dimension); xopt location of optimum, fopt value of optimum.
-
class
vkikriging.test_functions.
Camel
[source]¶ Bases:
vkikriging.test_functions.TestFunction
Six-hump camel-back test function in 2-d.
-
class
vkikriging.test_functions.
Fourmin
(d=2)[source]¶ Bases:
vkikriging.test_functions.TestFunction
Don’t know the real name of this function, d-dimensions.
-
class
vkikriging.test_functions.
GenzFunction1
(d=2)[source]¶ Bases:
vkikriging.test_functions.TestFunction
Genz functions, in d-dimensions.
-
class
vkikriging.test_functions.
NoisyParabola
(d=2)[source]¶ Bases:
vkikriging.test_functions.TestFunction
Parabola with noise, d-dimensions.
-
class
vkikriging.test_functions.
Parabola
(d=2)[source]¶ Bases:
vkikriging.test_functions.TestFunction
Parabola, in d-dimensions. Minimum of 0 at 0 (given +ve def A).
f(x) = 0.5 * x^T A x
-
class
vkikriging.test_functions.
Rosenbrock
[source]¶ Bases:
vkikriging.test_functions.TestFunction
Rosenbrock’s problem 2d only.
-
class
vkikriging.test_functions.
Schwefel
(d=2)[source]¶ Bases:
vkikriging.test_functions.TestFunction
Schwefel test function, d-dimensions.
-
vkikriging.test_functions.
plot_derivativetest
(testfn)[source]¶ DEBUGGING CODE: Verify derivatives and Hessians implemented above by comparing the full function with it’s 3-term Taylor expansion. These are plotted along a line, and should agree with each other close to x0, the point at which the expansion is made.


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Tweak the properties on the left and see the desired result in the preview window. Once satisfied, you can directly replace the new css
|
invert_colors
|
invert_colors
|
|
|
|


| Package | Description |
|---|---|
| model | |
| strategy |
| Modifier and Type | Method and Description |
|---|---|
IUpdateStrategy |
ColorBall.getStrategy() |
IUpdateStrategy |
BallModel.loadStrategy(java.lang.String className) |
IUpdateStrategy |
IStrategyFac.make() |
| Modifier and Type | Method and Description |
|---|---|
void |
BallModel.changeSwitcher(IUpdateStrategy strategy) |
ColorBall |
BallModel.loadBall(java.lang.String className,
java.awt.Container panel,
IUpdateStrategy strategy)
The following method returns an instance of an ABall, given a fully qualified class name (package.classname) of
a subclass of ABall.
|
void |
BallModel.makeBall(java.lang.String classname,
java.awt.Container panel,
IUpdateStrategy strategy)
make ball
|
void |
ColorBall.setStrategy(IUpdateStrategy Strategy) |
| Constructor and Description |
|---|
ColorBall(java.awt.Point p,
int r,
java.awt.Point v,
java.awt.Color c,
java.awt.Component container,
IUpdateStrategy strategy)
constructor
|
| Modifier and Type | Class and Description |
|---|---|
class |
BreathingStrategy
This is a concrete strategy that the ball is breathing
|
class |
ColorStrategy
This is a concrete strategy that the ball changes color randomly
|
class |
CurveStrategy
This is a concrete strategy that the ball move curly
|
class |
FloatingStrategy
This is a concrete strategy that the ball looks like floating
|
class |
MagneticStrategy
This is a concrete strategy that the ball is abstracted by the right side of the wall
|
class |
MultiStrategy
This is a concrete strategy that combines two strategy
|
class |
StraightStrategy
This is a concrete strategy that the ball move straightly
|
class |
SwitcherStrategy
This is a concrete strategy that the ball can change its strategy
|
| Modifier and Type | Method and Description |
|---|---|
void |
SwitcherStrategy.setStrategy(IUpdateStrategy newStrategy)
change the current strategy
|
| Constructor and Description |
|---|
MultiStrategy(IUpdateStrategy f1,
IUpdateStrategy f2)
constructor of multistrategy
|


The 2View Group, owner of 21 online city guides, has hired Sean Reilly as marketing manager. He was previously marketing consultant for 3 network website dealson3.co.uk
| [Moves - 16.09.10 | News | New Media Age](http://www.nma.co.uk/news/people-moves/moves-160910/3018195.article). |


Why it might not make financial sense to get married in Switzerland
by The LocalIn Switzerland, married couples file a combined tax return. But some 700,000 married couples pay more tax than unmarried ones. Why is that and will things change?
Switzerland uses a progressive income tax system, so higher incomes are taxed at a higher rate. If both spouses work, this arrangement – called ‘marriage tax penalty’ —can be quite costly.
It is unconstitutional for a married couple to pay more than 10 percent of the amount they would be charged if they were living together without marriage. In practice, however, many couples pay considerably more.
In 2016, Swiss voters narrowly rejected the initiative to scrap the marriage tax penalty. However, it turned out that the information on this subject published by the government seriously underestimated the number of couples that were subjected to the tax penalty.
The authorities said only 80,000 couples were affected.
The vote was therefore reversed by the Federal Tribunal, Switzerland’s highest court.
Last month, Switzerland’s upper house, the Council of States, narrowly voted to temporarily offer married couples higher tax deductions.
The motion calls for a transitional solution to reduce the tax burden by 1.4 billion francs, which could include an increase in the social deduction for spouses.
However, the Federal Council, Switzerland’s seven-member government, is against this temporary relief.
Instead, it is proposing that the tax be calculated twice: once assuming that the couple is not married, and then assuming that it is. The lower amount would then be taxed.
The issue will be debated again when the parliament convenes in December so for now married couples who feel they are paying too much in tax will have to wait before a solution is found.


A How To...
Even if you use Tableau Software on a daily basis, the process for publishing to Tableau Public is a bit different. Created a quick video to help out some folks and thought I'd share it here. If you're using Tableau and not using Tableau Public, what are you waiting for?!?


Japan Cabinet Office downgrades employment and corporate assessment
by Dhwani MehtaJapan’s Cabinet Office is out with its latest monthly economic assessment report, with the key headlines found below.
The Japanese economy is recovering at a moderate pace while weakness lasting longer mainly in exports.
Private consumption is picking up.
Business investment is on the increase at a moderate pace, while weakness is seen in machinery investment.
Exports are in a weak tone.
Industrial production is in a weak tone recently.
Corporate profits are in a weak tone, mainly among manufacturers, although they remain at a high level.
Firms' judgments on current business conditions continue increasing cautiousness, mainly among manufacturers.
Employment situation is improving.
Consumer prices are rising at a slower tempo recently.


Stage
Overview
Stage Info
- Type ---
- Hit Points
- Moves ---
- S-Rank --- / --- moves
- Timer ---
- S-Ranks needed ---
Personal Info
- Catch Rate ---% + ---% per move
- Base Power --
- Ability --
Board Setup
Disruption
Board
Initial
Timer
Added Support
Conditional Disruption
Condition: None
Recommended Pokemons (-pokemon Stage)
Mega Pokemon
Main Pokemon
Expert Pokemon
Special Pokemon
Suggested Team
Optimal Team
Alternate Team
Strategy
Clearing
---
S-Rank
Moves: At least --- moves left---


If your target audience is Python developers in the San Francisco Bay Area, there is no better dev gathering to promote your company.
Sponsoring companies and attendees are among the most innovative and forward-thinking in the Python ecosystem.
Higher-level sponsorships offer more creative options to interact with devs to promote your product or technology or to network for your next hire.
Your sponsorship dollars also support SF Python, which produces 20+ donation-based educational events a year, as well as a local charity chosen by the conference attendees.
*Data from 500+ registered guests at PyBay 2016
| Add Ons: | Logo on Lanyard $1,000 |
Open Space Room Naming $1,000 |
Main Talks Room Naming $2,500 |
Drinks at Job Fair/ SW Tools Expo $6,000 Per Round |
PyBay Scholarships $1,800 - $6,000 |
|---|


Bitcoin as a first system named "blockchain"
2008, Satoshi Nakamoto whitepaper
A blockchain is a growing list of records, called blocks,
which are linked using cryptography. Each block contains a
cryptographic hash of the previous block, a timestamp,
and transaction data (generally represented as a merkle tree
root hash).
definition by Wikipedia
What it was supposed to solve is a double-spending problem for digital currency using a peer-to-peer network.
Its goal was to provide a usable high-volume payment system.
source: Wikimedia
Great analogy would be git!
Bitcoin blockchain vs git
What it stores?
git - snapshot of the system in time
Bitcoin - transactions history
How it creates the chain?
Both are using cryptographic hash functions.
Bitcoin additionally uses asymmetrical cryptography for transaction signing
and leverages a Proof Of Work algorithm
Does it allow branching?
Git does
Bitcoin - not really
Blockchain is supposed to be immutable, its transactions are not reversable - at least that's the assumption
Where is the cryptography involved?
Blocks parent-child relation (chaining)
Consensus mechanism - Proof Of Work
Bitcoin transaction lifecycle
source: https://www.bambora.com/en/ca/blog/bitcoin-explained/
How transactions work
source: https://freedomnode.com/guides/17/how-bitcoin-works
How does the Proof Of Work algorithm work?
source: cryptographics.info
What does it mean to send transaction to the blockchain network?
What does it mean your transactions has a number of network confirmations?
How the nodes communicate between each other?
What is the nodes discovery mechanism?
What if there are two versions of the chain?
Can I keep by Bitcoins on my pendrive?
Blockchain challenges
Throughput - relies on block generation interval and maximum size of blocks


Creates an iPhone style switch button for input checkbox.
Open-source plugin under MIT license. Written by Rogério Taques.
Docs an other available at: https://github.com/rogeriotaques/switchable
Click to switch it on|off
How about help us to maintain this project?
Please show your love just donating any amount or visiting any advertisement on this page.


[name]
The AnimationHandler handles the initialisation of the Animation data and
the animations itself. It keeps track of every animation and if it's active or not.
It also update all animations which are active if its method *update* is called.
Constructor
[name]()
The animationHandler can't be called as constructor.
Properties
[property:number CATMULLROM]
Enum Value to indicate that the animation needs to be interpolated as CATMULLROM.
[property:number CATMULLROM_FORWARD]
Enum Value to indicate that the animation needs to be interpolated as CATMULLROM_FORWARD.
[property:number LINEAR]
Enum Value to indicate that the animation needs to be interpolated as LINEAR.
Methods
[method:null removeFromUpdate]([page:Animation animation])
animation -- The Animation to remove from the update.
Removes the animation from the update cycle. This gets called when the animation stops. This shouldn't be called by usercode.
[method:Object get]([page:String name])
name -- The name of the animationData
Gets the animationData from its library.
[method:null update]([page:Number deltaTimeMS])
deltaTimeMS -- Time elapsed since last update in milliseconds.
Updates all active animations with deltaTime.
[method:null parse]([page:Object root])
root -- object
Parses the object to get the hierachy.
[method:null add]([page:object data])
data -- The animationData
Adds the animationData from its library.
[method:null addToUpdate]([page:Animation animation])
animation -- The Animation to add from the update.
Adds the animation from the update cycle. This gets called when the animation starts. This shouldn't be called by user code.
Source
[link:https://github.com/mrdoob/three.js/blob/master/examples/js/loaders/collada/[name].js examples/js/loaders/collada/[name].js]


Welcome to Hello Kitty Island Resort! The premier private island getaway for adult fans of sanrio's glorious creation, Hello Kitty!


sweetpea.combinatorics module
This module provides combinatoric functionality.
- sweetpea.combinatorics.extract_components(sizes, n)
Given a list of dimension sizes, and an integer less than the product of the sizes, this function will extract the component value for each dimension from the total.
For example, if
sizes
is[3, 4, 2]
, there are 24 possible combinations of the three. If0 <= n < 24
, this function will return the selections for each dimension for thatn
.
- sweetpea.combinatorics.compute_jth_inversion_sequence(n, j)
The are
n!
permutations ofn
elements. Each permutation can be uniquely identified by and constructed from its “inversion sequence”. This function will compute thej``th inversion sequence for a set of ``n
elements.Information on inversion sequences can be found:
“Introductory Combinatorics” by Richard A. Brualdi, ISBN<PHONE_NUMBER>400.
- sweetpea.combinatorics.construct_permutation(inversion_sequence)
Given an inversion sequence, construct the permutation.
- sweetpea.combinatorics.compute_jth_combination(l, n, j)
In a sequence of
l
items, where there aren
choices for each item, this will compute thejth
combination, out of all \(n^l\) possibilities.


Exam 3 Study Guide
Logistics
Date:
Thursday, November 21, 2019
Time: 8:45pm-10:15pm ET - (it is a 1.5 hour exam)
Location: Your exam location is posted on UBlearns.
What to Bring: You should bring multiple pens / pencils, your approved calculator, and a photo ID.
Calculator: You are allowed to use only the Texas Instruments TI-30XIIS calculator on the exam. All other calculators are prohibited. See the Calculator and Reference Policy in the syllabus for more details.
Photo ID: You must bring a photo ID with you to your test site (either a UB student ID or a state-issued ID like a driver's licencse).
What Not to Bring: Do not bring any bags, books, notes, formula sheets, or other loose items.
- No Formula Sheets: You are not allowed any outside references (e.g., cheat sheets, formula sheets, note cards, or textbooks). See the Calculator and Reference Policy in the syllabus for more details.
Material
Topics: Exam 3 will explicitly cover material from Ch.4 - Ch.5. Although you will definitely need to know our various derivative rules, like the Product, Quotient, and Chain Rules.
Questions: Exam 3 will consist of approximately 15-20 short-answer questions and 3-5 long-answer questions.
Learning Outcomes Being Tested
Below is the list of potential exam questions for each section covered in lecture.
Section 4.1
Additional Practice 4.1 #29, 31, 35, 43, 47, 49, 53, 73 (textbook)
- Given the graph of a function, identify the Absolute and Local Extrema.
- Find the critical numbers of \(f(x)\).
- may require use of the product, quotient, or chain rules.
- Use the Closed Interval Method to find the absolute extrema of a continuous function defined on a closed interval.
- may require use of the product, quotient, or chain rules.
Section 4.2
Additional Practice 4.2 #1, 3, 5, 7, 11, 13, 15, 37 (textbook)
- State the entire hypothesis and conclusion of Rolle's Theorem.
- Verify that a function satisfies the hypotheses of Rolle's Theorem.
- Find the number(s) \(c\) that satisfy the conclusion of Rolle's Theorem.
- Determine which of the hypotheses of Rolle's Theorem fails for a given function and interval.
- State the entire hypothesis and conclusion of the Mean Value Theorem.
- Verify that a function satisfies the hypotheses of the Mean Value Theorem.
- Find the mean (or average) slope of a function on a given interval.
- Find the number(s) \(c\) that satisfy the conclusion of the Mean Value Theorem.
Sections 4.3 and 4.5
Additional Practice 4.3 #1, 3, 5, 9, 13, 27, 35, 37, 39 --- 4.5 #1, 3, 5, 11, 45 (textbook)
- For all of the following problems, you may be given:
- the derivatives, \(f'(x)\) or \(f''(x)\), already calculated for you.
- only the function \(f(x)\), and need to calculate the derivatives for yourself.
Find and Classify the critical numbers of a function using:
- the 1st Derivative Test (relative max, relative min, or neither)
- the 2nd Derivative Test (relative max, relative min, or inconclusive)
Use \(f'(x)\) to find the following about \(f(x)\):
- Intervals of increase / decrease.
- Local extreme points.
Use \(f''(x)\) to find the following about \(f(x)\):
- Intervals of concave up / concave down.
- Inflection points.
Given the graph of \(f(x)\):
- Find the open interval(s) where \(f'(x)\) is positive or negative.
- Find the open interval(s) where \(f''(x)\) is positive or negative.
- Find the \(x\)-value(s) where \(f'(x)=0\)
- Find the \(x\)-value(s) where \(f''(x)=0\)
Sketch the graph of a function by determining the:
- Intervals of increase / decrease.
- Local extreme points.
- Intervals of concave up / concave down.
- Inflection points.
Section 4.4
Additional Practice 4.4 #9, 11, 13, 15, 17, 19, 21, 25, 27, 35, 47, 53, 57 (textbook)
For L'Hospital's Rule you will need to be able to state exactly where you are using the rule in your work, and the type of Indeterminate Form.
- Compute limits for \(0/0\) indeterminate forms.
- Compute limits for \(\infty/\infty\) indeterminate forms.
- Be able to determine when L'Hospital's Rule is and is not applicable.
- Compute limits for \(0\cdot\infty\) indeterminate forms by first rewriting the product as a quotient.
- Compute limits for \(\infty-\infty\) indeterminate forms by first rewriting the difference as a product or quotient.
- Compute limits for \(0^{0}\), \(\infty^{0}\), \(1^{\infty}\) indeterminate forms using the natural logarithm.
Section 4.7
Additional Practice 4.7 #3, 7, 15, 17, 21, 34, 35, 49, 51, 63 (textbook)
- Determine the Objective and Constraint Equations for an optimization word problem.
- Solve an optimization problem involving one of the following:
- perimeter and area of a rectangle
- cost and perimeter / area of a rectangle
- surface area and volume of a 3-dimensional box
- distance between the points on a curve and some other point.
- You will need to justify that your answer results in a Maximum or Minimum, using either the First or Second Derivative Test.
Sections 4.9 and 5.4a
Additional Practice 4.9 #1, 3, 7, 9, 13, 21, 23, 27, 33, 45 --- 5.4 #5-11(odd) (textbook)
Calculate the basic form indefinite integrals:
- \(f(x)=k\)
- \(f(x)=x^{n}\qquad n\neq-1\)
- \(f(x)=x^{-1}\)
- \(f(x)=e^{x}\) or \(b^x\)
- \(\sin x\), \(\cos x\)
- \(\sec^{2}x\), \(\csc^{2}x\), \(\sec x \tan x\), \(\csc x \cot x\)
- \(\frac{1}{1+x^{2}}\) and \(\frac{1}{\sqrt{1-x^{2}}}\)
Calculate indefinite integrals involving sums, differences, and constant multiples of the basic forms listed above.
- You may need to rewrite roots and fractions as powers of \(x\) first.
- You may need to perform some multiplication or division first before integrating.
Identify the properties of Indefinite Integrals.
Determine the function \(f(x)\) given \(f'(x)\) and a specified value \(f(a)=b\).
Determine the function \(f(x)\) given \(f''(x)\) and specified values \(f(a)=b\) and \(f(c)=d\) or \(f(a)=b\) and \(f'(c)=d\).
Section 5.5
Additional Practice 5.5 #3, 7, 9, 13, 15, 21, 25, 33 (textbook)
- Choose an appropriate value for \(u\) in order to solve an indefinite integral using the substitution rule. (Only choosing a value for \(u\) here, not actually finishing the integration).
- Calculate an indefinite integral using the substitution rule from start to finish.


Blockquotes
Blockquotes are mainly used to give emphasis to a quote or citation. You can also use these for some extra text hierarchy and emphasis.
This is an example quotation that uses the blockquote tag.
Here is another line to make it look bigger.

This is an example quotation that uses the blockquote tag.

Quote marks
Quote marks adds stylized quote marks before and after an element. Combine with other typography classes to achieve a pull quote effect.
This is an example quotation that uses the blockquote tag.
Here is another line to make it look bigger.

This is an example quotation that uses the blockquote tag.

Here is another line to make it look bigger.


{% extends "task.html" %}
{% block task %}
Wanderlust
{% endblock %}
{% block taskstory %}
Have you seen the size of this place? SXSW is huge!
When you get there, take a photo of the two of you, and post it to Facebook or
Twitter with the hashtag #k4hoedown.
{% endblock %}


BaseOperation(type: OperationType)
Represents base operation model in Graphene blockchain
Author Daria Pechkovskaya


Category {{text}}
×
Warning Do you want to delete this product?
{% if error_message %}
{{error_message}}
{% endif %}
{% for book in one_book %}
{{book.category}}
{{book.tittle}}
{{book.price}}
{{book.stock}}
{{book.upc}}
{{book.product_description}}
{% endfor %}
Back
Delete


{% extends "base-theme.html" %}
{% block page_title %}Sync your accounts{% endblock %}
{% block show_content %}
Sign in with Foursquare
By clicking on the button above you confirm you have read and accepted the Privacy Terms
{% endblock %}
{% block extra_script %}
{% endblock %}


Source code for pySpice.parser.parser
import pySpice.global_data
from pySpice.parser.parseline import *
from pySpice.parser.internalize import internalize
import pdb
[docs]def parser(netlist):
"""
Top-Level Encapsulation for Parsing Utilities
:returns:
+ *element_DICT*: A dictionary containing the structure instance representing the circuit elements. With the element's name as index
+ *ANALYSIS_LIST*: List containing the instance for analysis comands
+ *SETTING_LIST*: List of instance for setting commands
+ *PRINT_DICT*: PRINT/PLOT command are parsed specially into special-designed structures, the instance of these structures are put into this dictionary. The dictionary has three items, with index of *dc*, *ac* and *tran* resepctively. Each item's value is a list of the print/plot instances
"""
node_dim = 1
branch_dim = 0
parse_cursor = 1
f = open(netlist)
f.readline()
for line in f.readlines():
parse_cursor += 1
if line.lower() == '.end':
break
else:
if line[0] == '*' or line == '\n' or line == '\r\n':
continue
elif line[0] == '.':
parse_ctrl(line)
else:
node_dim, branch_dim = parse_element(line,node_dim,branch_dim)
internalize(node_dim)
# 0 included
pySpice.global_data.MNA_dim = node_dim + branch_dim


Please indicate wether you are of legal drinking age in your country.
Listen up, grab your pitcher, tune into your Ale-ment and let us inform you about the greatest full stack app developed in an Amazon SDE Apprenticeship. HOPin isn't just a cool, catchy, punny name of our application. It's a lifestyle. HOPin is the all inclusive one stop pub to adventure out and discover new beers. If you're of age of course. HOPin also let's you create a favorite's list based off of our recommended beers. Don't see your beer? Don't worry, this isn't shakesbeerean notation, it's simple. Simply add it to your list via our Favorites tab. Our service was brewed using a numerous amount of resources.  We utilized precision design techniques of CSS3 to fit our overall theme, with HTML 5 being the blueprint of it all. Various outside vendors contribute to the success of HOPin. Source control using git, node packet manager handling our dependencies, axios maneuvering our CRUD operations, and many others like express, CORS managing, and mongodb. The team here is very excited for you to explore HOPin, have a brewtiful day.


WITNESS LIST Funding Issues in Education (Interim) Committee January 8, 1998-9:00A Interim Committee on Funding Issues On: Brown, Don (Higher Ed. Coord. Board), Austin Greene, Lloyd (Seton Healthcare Netwk.), Austin Hanson, Gary (University of Texas), Austin Hayes, Patricia (St. Edward's Univ.), Austin Hundley, Jim (San Angelo ISD), San Angelo Kostelecky, Carolyn (ACT, Inc.), Austin Laverne, Gary (The College Board), Austin Moses, Mike (TEA), Austin Munoz, Joe (Angelo State Univ.), San Angelo Page, Oscar (Austin College), Sherman Randolph, Joe (Eastman Chemical Co.), Longview Reed, Cynthia (Intel), Ft. Worth Sheppard, Sallie (Texas A&M University), College Station


compareSegments Draws two groups of lines in blue and red, counting the non overlapping (mismatching) pixels.
[img, count] = lsd.compareSegments(sz, lines1, lines2)
[...] = lsd.compareSegments(..., 'OptionName', optionValue, ...)
Input
- sz The size of the image, where
lines1
and lines2
were found [w,h]
.
- lines1 The first group of lines that needs to be drawn.
It is visualized in blue color.
- lines2 The second group of lines. They visualized in red
color.
Output
- img color image with the two groups of lines drawn.
- count count of non overlapping (mismatching) pixels.
Options
- Image Optional image, where the lines will be drawn. The
image should be color (3-channel) in order for
lines1
and lines2
to be drawn in the above mentioned colors.


Preston is a passionate and very skilled professional in Statistics, Research design, Data analysis, Data
cleaning, visualization, graphing, reporting, compiling and analyzing financial information
and also ensuring records are maintained in compliance with accepted policies and
procedures.
Due to passion and the dynamics in technology I chose to study in Moringa School
to sharpen my skills and knowledge in Software development which merge well with Statistics.
Through Moringa School i have gained skills on software development, teamwork, problem solving
and leadership skills.
Projects
Here are some of the samples of the projects that i have done.
GreenWave Organic
GreenWave Organic is your online organic home delivery platform,
we are very committed to the organic food movement,
we practice agroecology to improve food yields for balanced nutrition consistently without damaging
the environment.
We also support small scale farmers by providing market to their produce.
View Website
Mtalii Adventures
Mtalii Adventures is a platform that promotes tourism and the livelyhood of people,
through discovering sceneries, cultures, environments, cities, mountain ranges, deserts,
coasts and jungles; exploring this amazing planet we all live on. We make travel arrangements
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| Top |
| GMountOperation * | g_mount_operation_new () |
| const char * | g_mount_operation_get_username () |
| void | g_mount_operation_set_username () |
| const char * | g_mount_operation_get_password () |
| void | g_mount_operation_set_password () |
| gboolean | g_mount_operation_get_anonymous () |
| void | g_mount_operation_set_anonymous () |
| const char * | g_mount_operation_get_domain () |
| void | g_mount_operation_set_domain () |
| GPasswordSave | g_mount_operation_get_password_save () |
| void | g_mount_operation_set_password_save () |
| int | g_mount_operation_get_choice () |
| void | g_mount_operation_set_choice () |
| void | g_mount_operation_reply () |
| void | aborted | Run Last |
| void | ask-password | Run Last |
| void | ask-question | Run Last |
| void | reply | Run Last |
| void | show-processes | Run Last |
| void | show-unmount-progress | Run Last |
| enum | GAskPasswordFlags |
| enum | GPasswordSave |
| GMountOperation | |
| enum | GMountOperationResult |
GMountOperation provides a mechanism for interacting with the user. It can be used for authenticating mountable operations, such as loop mounting files, hard drive partitions or server locations. It can also be used to ask the user questions or show a list of applications preventing unmount or eject operations from completing.
Note that GMountOperation is used for more than just GMount
objects – for example it is also used in g_drive_start()
and
g_drive_stop()
.
Users should instantiate a subclass of this that implements all the
various callbacks to show the required dialogs, such as
GtkMountOperation. If no user interaction is desired (for example
when automounting filesystems at login time), usually NULL
can be
passed, see each method taking a GMountOperation for details.
GMountOperation *
g_mount_operation_new (void
);
Creates a new mount operation.
const char *
g_mount_operation_get_username (GMountOperation *op
);
Get the user name from the mount operation.
void g_mount_operation_set_username (GMountOperation *op
,const char *username
);
Sets the user name within op
to username
.
const char *
g_mount_operation_get_password (GMountOperation *op
);
Gets a password from the mount operation.
void g_mount_operation_set_password (GMountOperation *op
,const char *password
);
Sets the mount operation's password to password
.
gboolean
g_mount_operation_get_anonymous (GMountOperation *op
);
Check to see whether the mount operation is being used for an anonymous user.
void g_mount_operation_set_anonymous (GMountOperation *op
,gboolean anonymous
);
Sets the mount operation to use an anonymous user if anonymous
is TRUE
.
const char *
g_mount_operation_get_domain (GMountOperation *op
);
Gets the domain of the mount operation.
void g_mount_operation_set_domain (GMountOperation *op
,const char *domain
);
Sets the mount operation's domain.
GPasswordSave
g_mount_operation_get_password_save (GMountOperation *op
);
Gets the state of saving passwords for the mount operation.
void g_mount_operation_set_password_save (GMountOperation *op
,GPasswordSave save
);
Sets the state of saving passwords for the mount operation.
int
g_mount_operation_get_choice (GMountOperation *op
);
Gets a choice from the mount operation.
void g_mount_operation_set_choice (GMountOperation *op
,int choice
);
Sets a default choice for the mount operation.
void g_mount_operation_reply (GMountOperation *op
,GMountOperationResult result
);
Emits the “reply” signal.
GAskPasswordFlags are used to request specific information from the user, or to notify the user of their choices in an authentication situation.
GPasswordSave is used to indicate the lifespan of a saved password.
Gvfs stores passwords in the Gnome keyring when this flag allows it to, and later retrieves it again from there.
typedef struct _GMountOperation GMountOperation;
Class for providing authentication methods for mounting operations, such as mounting a file locally, or authenticating with a server.
GMountOperationResult is returned as a result when a request for information is send by the mounting operation.
“anonymous”
property“anonymous” gboolean
Whether to use an anonymous user when authenticating.
Flags: Read / Write
Default value: FALSE
“choice”
property“choice” gint
The index of the user's choice when a question is asked during the mount operation. See the “ask-question” signal.
Flags: Read / Write
Allowed values: >= 0
Default value: 0
“domain”
property“domain” gchar *
The domain to use for the mount operation.
Flags: Read / Write
Default value: NULL
“password”
property“password” gchar *
The password that is used for authentication when carrying out the mount operation.
Flags: Read / Write
Default value: NULL
“password-save”
property“password-save” GPasswordSave
Determines if and how the password information should be saved.
Flags: Read / Write
Default value: G_PASSWORD_SAVE_NEVER
“username”
property“username” gchar *
The user name that is used for authentication when carrying out the mount operation.
Flags: Read / Write
Default value: NULL
“aborted”
signalvoid user_function (GMountOperation *arg0, gpointer user_data)
Emitted by the backend when e.g. a device becomes unavailable while a mount operation is in progress.
Implementations of GMountOperation should handle this signal by dismissing open password dialogs.
Flags: Run Last
Since 2.20
“ask-password”
signalvoid user_function (GMountOperation *op, gchar *message, gchar *default_user, gchar *default_domain, GAskPasswordFlags flags, gpointer user_data)
Emitted when a mount operation asks the user for a password.
If the message contains a line break, the first line should be presented as a heading. For example, it may be used as the primary text in a GtkMessageDialog.
op |
a GMountOperation requesting a password. |
|
message |
string containing a message to display to the user. |
|
default_user |
string containing the default user name. |
|
default_domain |
string containing the default domain. |
|
flags |
a set of GAskPasswordFlags. |
|
user_data |
user data set when the signal handler was connected. |
Flags: Run Last
“ask-question”
signalvoid user_function (GMountOperation *op, gchar *message, GStrv choices, gpointer user_data)
Emitted when asking the user a question and gives a list of choices for the user to choose from.
If the message contains a line break, the first line should be presented as a heading. For example, it may be used as the primary text in a GtkMessageDialog.
op |
a GMountOperation asking a question. |
|
message |
string containing a message to display to the user. |
|
choices |
an array of strings for each possible choice. |
|
user_data |
user data set when the signal handler was connected. |
Flags: Run Last
“reply”
signalvoid user_function (GMountOperation *op, GMountOperationResult result, gpointer user_data)
Emitted when the user has replied to the mount operation.
op |
||
result |
a GMountOperationResult indicating how the request was handled |
|
user_data |
user data set when the signal handler was connected. |
Flags: Run Last
“show-processes”
signalvoid user_function (GMountOperation *op, gchar *message, GArray *processes, GStrv choices, gpointer user_data)
Emitted when one or more processes are blocking an operation e.g. unmounting/ejecting a GMount or stopping a GDrive.
Note that this signal may be emitted several times to update the
list of blocking processes as processes close files. The
application should only respond with g_mount_operation_reply()
to
the latest signal (setting “choice” to the choice
the user made).
If the message contains a line break, the first line should be presented as a heading. For example, it may be used as the primary text in a GtkMessageDialog.
op |
||
message |
string containing a message to display to the user. |
|
processes |
an array of GPid for processes blocking the operation. |
[element-type GPid] |
choices |
an array of strings for each possible choice. |
|
user_data |
user data set when the signal handler was connected. |
Flags: Run Last
Since 2.22
“show-unmount-progress”
signalvoid user_function (GMountOperation *op, gchar *message, gint64 time_left, gint64 bytes_left, gpointer user_data)
Emitted when an unmount operation has been busy for more than some time (typically 1.5 seconds).
When unmounting or ejecting a volume, the kernel might need to flush
pending data in its buffers to the volume stable storage, and this operation
can take a considerable amount of time. This signal may be emitted several
times as long as the unmount operation is outstanding, and then one
last time when the operation is completed, with bytes_left
set to zero.
Implementations of GMountOperation should handle this signal by
showing an UI notification, and then dismiss it, or show another notification
of completion, when bytes_left
reaches zero.
If the message contains a line break, the first line should be presented as a heading. For example, it may be used as the primary text in a GtkMessageDialog.
op |
||
message |
string containing a mesage to display to the user |
|
time_left |
the estimated time left before the operation completes, in microseconds, or -1 |
|
bytes_left |
the amount of bytes to be written before the operation completes (or -1 if such amount is not known), or zero if the operation is completed |
|
user_data |
user data set when the signal handler was connected. |
Flags: Run Last
Since 2.34