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LOST AND DELIRIOUS
Reviewed by Harvey Karten Lions Gate Films/ Seville Pictures Director: Lea Pool Writer: Susan Swan, (Novel, "The Wives of Bath"), Judith Thompson Cast: Piper Perabo, Jessica Pare, Mischa Barton, Jackie Burroughs, Graham Greene, Mimi Kuzyk, Luke Kirby
What goes on at those exclusive, all-girls' boarding schools when the teen students get under the blankets at night with no adult supervision in the rooms? If you've ever rented those tapes to watch in hotels at midnight, you're probably aware. Sort of makes you wonder how some of the rich parents who are socially conservative are willing to send their kids away--I guess that's how much they want their lovely adolescent girls around. "Lost and Delirious," a dramatic and vivid new picture by Lea Pool ("Emporte-moi"), does not try to subvert the notion propagated by "adult" films that while non-coed sleepaway institutions does not create homosexuality, they don't do a heck of a lot to discourage it. But "Lost and Delirious" is as far removed from a porn fest as Rudy Giuliani would like to be from Donna Hanover. The picture, which was featured at the Sundance Festival, is concerned with exploring the nature of adolescence, in particular with what happens when one wiseass but highly intelligent and motivated young woman becomes frustrated as her roommate and sexual partner suddenly begins dating (and mating with) a young man and suggests that her roommate and she become simply friends.
"Lost and Delirious" is told from the point of view of a new student, freshman Mary Bradford (Mischa Barton), who is assigned to a room inhabited by two seniors, Pauline ("Pauly) Oster (Piper Perabo) and Victoria "Tory" Moller (Jessica Pare). Though the three girls come from wealthy backgrounds, they're vulnerable: young Mary because she lost her mother to cancer some years back and has been hustled to the school apparently on the whim of her stepmother; Tory, because she has a father who is socially conservative, a position that will endanger Tory's lesbian relationship; and the brilliant Pauly, whose birth mother gave her up early on for adoption and remains unwilling to meet with her.
While the actions take place from Mary's point of view, this is Pauly's movie and Piper Perabo as Pauline steals every scene she's in.  But Pauline's ability to quote Shakepseare at length, even to solve math problems when called upon though her mind may be elsewhere, is absorbing.  When Tory finally gets through to Pauly that while she still loves her, she is making the plunge into a heterosexual relationship, the highly strung, brilliant Pauline makes a series of dramatic moves that propel the movie into the kind of Shakespearean tragedy that parallels Faye Vaughn's classroom in English literature.
"Lost and Delirious," filmed in Eastern Quebec, indicates that rich kids may well have problems, perhaps as serious as those suffered by the disadvantaged, that lesbianism during teen years is not necessarily just adolescent experimentation, and that profound changes occur in the lives of people when their hormones are raging and they are most vulnerable. Piper Perabo's performance is stellar. Come to think of it, since I took in the film "The Boys of St. Vincent," I don't think I've seen a bad picture made by French Canadians.
Not Rated. Running time: 100 minutes. (C) 2001 by Harvey Karten<EMAIL_ADDRESS>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.
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Related links: index of all rec.arts.movies.reviews reviews


Morning glory does contain psychedelic compounds yet many reports fail to produce visionary experiences. The reason is context. Even though the LSA molecules are structurally similar to LSD, morning glory has its own story to tell and is not just a legal weaker organic version of LSD. In shamanic context, morning glory seeds are powerful enough that a trained healer can use them to attain visionary states in which they gain power and knowledge for healing and divining.
A shamanic aproach to a hallucinogen with knowledge of its traditional use is the best context in which to take any organic hallucinogen. It is the best way to get the most out of an experience.
200 untreated heavenly blues Morning glory seeds were pulverized using a mortar and pestle during the day and put aside. As for all my botanical adventures I set aside a night to be alone in total darkness and silence. I also pack a tight bowl of fine ganja in advance. It is an excellent tool to help guide a hallucinogenic experience. When night came, a candle was lit in the dark and about a shot of high proof distilled spirits was poured into a small bowl. The seed flour was mixed into it and stirred with a wooden spoon. After fifteen minutes the tea was passed through a coffee filter into a ceremonial drinking cup. Thick milky smoke was blown over the tea* and was covered with my hands while I softly sang a prayer. Then, as the smoke slowly diffused into the air, I drank it all in a few gulps. No effort was needed to hide the taste as my mindstate was so perfect that I didnt think about or pay attention to my taste buds as I drank.
The candle was blown out shortly after and I sat on the floor over a large blanket and sat still while I waited. This is important because you want your mind state to be ready when the more powerful effects begin, they take about an hour to an hour and a half.  Especially Hawaiian baby woodrose seeds. HBWR has a reputation for giving people vey unpleasent discomfort, blurred vision, and terrible hangovers. My previous experiences with HBWR made me familiar with such side effects that last for several or many hours.
This particular experience failed to produce any serious sideffects. In fact I had a hard time believing it. I began to feel the seed potion doing its thing in my stomach shortly after I drank it, I recognized it as I was also anticipating it. But then, I dont remember exactly when, it went away. Not only did it go away but it never got to be terrible at all. This morning glory was very clean.
I laid back as my visual perception became more active and brightly lit. In the second hour there were cevs but nothing too vivid or highly detailed. However my state of consciousness felt highly altered and I felt myself slip into ecstatic trances in which I would hear wildly rumbling, a pulse with a rythmic bass whose pace increased and decreased almost like a doppler effect on frequency of waves. The sound reminded me of things I had heard during a high fever when I was a child, like an object very light and small like an eyelash and at the same time something very enormous and heavy like a hundred ton boulder. My mind had that same feeling I get on mushrooms of being shown other lands, hidden dimensions of nature, by some intelligent animate being, whose vehicle of communication with humans is through nature.
Overall the experience was still not a full dose experience. Morning glory fascinates me because of its traditional importance and because many modern drug users are unable to successfully integrate this hallucinogen in their psychedelic diet. Context is the key to attaining visionary states with botanicals like morning glory. Learn about its history in mexico, and attempt to create a shamanic-like set and setting.
* I learned to do this from blowing smoke over ayahuasca. Basically it purifies the brew and makes it so that it will give beautiful visions.
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.


TCP_SocketReady ( socket )
Returns 0 for no activity and non zero for activity. You need to call CheckSockets() at some point before this otherwise it will always
return 0.
Example:
If TCP_SocketReady ( 0 ) > 0 Then
'Socket has activity so we can do something here
End If


Often in Elixir there is a need to share or store state that must be accessed from different processes or by the same process at different points in time.
The Agent module provides a basic server implementation that allows state to be retrieved and updated via a simple API.
Examples
For example, in the Mix tool that ships with Elixir, we need to keep a set of all tasks executed by a given project. Since this set is shared, we can implement it with an Agent:
defmodule Mix.TasksServer do
def start_link do
Agent.start_link(fn -> MapSet.new end, name: __MODULE__)
end
@doc "Checks if the task has already executed"
def executed?(task, project) do
item = {task, project}
Agent.get(__MODULE__, fn set ->
item in set
end)
end
@doc "Marks a task as executed"
def put_task(task, project) do
item = {task, project}
Agent.update(__MODULE__, &MapSet.put(&1, item))
end
@doc "Resets the executed tasks and returns the previous list of tasks"
def take_all() do
Agent.get_and_update(__MODULE__, fn set ->
{Enum.into(set, []), MapSet.new}
end)
end
end
Note that agents still provide a segregation between the client and server APIs, as seen in GenServers. In particular, all code inside the function passed to the agent is executed by the agent. This distinction is important because you may want to avoid expensive operations inside the agent, as it will effectively block the agent until the request is fulfilled.
Consider these two examples:
# Compute in the agent/server
def get_something(agent) do
Agent.get(agent, fn state -> do_something_expensive(state) end)
end
# Compute in the agent/client
def get_something(agent) do
Agent.get(agent, &(&1)) |> do_something_expensive()
end
The first function blocks the agent. The second function copies all the state to the client and then executes the operation in the client. The difference is whether the data is large enough to require processing in the server, at least initially, or small enough to be sent to the client cheaply.
Name Registration
An Agent is bound to the same name registration rules as GenServers.
Read more about it in the GenServer
docs.
A word on distributed agents
It is important to consider the limitations of distributed agents. Agents provide two APIs, one that works with anonymous functions and another that expects an explicit module, function, and arguments.
In a distributed setup with multiple nodes, the API that accepts anonymous functions only works if the caller (client) and the agent have the same version of the caller module.
Keep in mind this issue also shows up when performing “rolling upgrades” with agents. By rolling upgrades we mean the following situation: you wish to deploy a new version of your software by shutting down some of your nodes and replacing them with nodes running a new version of the software. In this setup, part of your environment will have one version of a given module and the other part another version (the newer one) of the same module.
The best solution is to simply use the explicit module, function, and arguments APIs when working with distributed agents.
Hot code swapping
An agent can have its code hot swapped live by simply passing a module,
function, and args tuple to the update instruction. For example, imagine
you have an agent named :sample
and you want to convert its inner state
from some dict structure to a map. It can be done with the following
instruction:
{:update, :sample, {:advanced, {Enum, :into, [%{}]}}}
The agent’s state will be added to the given list as the first argument.
Summary
Functions
Performs a cast (fire and forget) operation on the agent state
Performs a cast (fire and forget) operation on the agent state
Gets an agent value via the given function
Gets an agent value via the given function
Gets and updates the agent state in one operation
Gets and updates the agent state in one operation
Starts an agent process without links (outside of a supervision tree)
Starts an agent with the given module function and arguments
Starts an agent linked to the current process with the given function
Starts an agent linked to the current process with the given module function and arguments
Stops the agent with the given reason
Updates the agent state
Updates the agent state
Types
Functions
Performs a cast (fire and forget) operation on the agent state.
The function fun
is sent to the agent
which invokes the function
passing the agent state. The function must return the new state.
Note that cast
returns :ok
immediately, regardless of whether the
destination node or agent exists.
Performs a cast (fire and forget) operation on the agent state.
Same as cast/2
but a module, function and args are expected
instead of an anonymous function. The state is added as first
argument to the given list of args.
Gets an agent value via the given function.
The function fun
is sent to the agent
which invokes the function
passing the agent state. The result of the function invocation is
returned.
A timeout can also be specified (it has a default value of 5000).
Gets an agent value via the given function.
Same as get/3
but a module, function and args are expected
instead of an anonymous function. The state is added as first
argument to the given list of args.
Gets and updates the agent state in one operation.
The function fun
is sent to the agent
which invokes the function
passing the agent state. The function must return a tuple with two
elements, the first being the value to return (i.e. the get
value)
and the second one is the new state.
A timeout can also be specified (it has a default value of 5000).
get_and_update(agent, module, atom, [term], timeout) :: any
Gets and updates the agent state in one operation.
Same as get_and_update/3
but a module, function and args are expected
instead of an anonymous function. The state is added as first
argument to the given list of args.
Starts an agent process without links (outside of a supervision tree).
See start_link/2
for more information.
Starts an agent with the given module function and arguments.
Similar to start/2
but a module, function and args are expected
instead of an anonymous function.
Starts an agent linked to the current process with the given function.
This is often used to start the agent as part of a supervision tree.
Once the agent is spawned, the given function is invoked and its return
value is used as the agent state. Note that start_link
does not return
until the given function has returned.
Options
The :name
option is used for registration as described in the module
documentation.
If the :timeout
option is present, the agent is allowed to spend at most
the given number of milliseconds on initialization or it will be terminated
and the start function will return {:error, :timeout}
.
If the :debug
option is present, the corresponding function in the
:sys
module will be invoked.
If the :spawn_opt
option is present, its value will be passed as options
to the underlying process as in Process.spawn/4
.
Return values
If the server is successfully created and initialized, the function returns
{:ok, pid}
, where pid
is the pid of the server. If an agent with the
specified name already exists, the function returns
{:error, {:already_started, pid}}
with the pid of that process.
If the given function callback fails with reason
, the function returns
{:error, reason}
.
start_link(module, atom, [any], GenServer.options) :: on_start
Starts an agent linked to the current process with the given module function and arguments.
Same as start_link/2
but a module, function and args are expected
instead of an anonymous function.
Stops the agent with the given reason
.
It returns :ok
if the server terminates with the given
reason, if it terminates with another reason, the call will
exit.
This function keeps OTP semantics regarding error reporting.
If the reason is any other than :normal
, :shutdown
or
{:shutdown, _}
, an error report will be logged.
Updates the agent state.
The function fun
is sent to the agent
which invokes the function
passing the agent state. The function must return the new state.
A timeout can also be specified (it has a default value of 5000).
This function always returns :ok
.


| DOSE: T+ 0:00 |
1 bowl |
smoked |
Wormwood |
(leaves) |
| T+ 0:15 |
1 bowl |
smoked |
Wormwood |
(leaves) |
| T+ 0:45 |
1 bowl |
smoked |
Cannabis |
(plant material) |
So last night I went to this new place in Vancouver. I won't give the name of it in order to protect it's identity, but most Vancouverites would be able to find it if they looked enough. I degress.
After searching through the many different herbs and herb extracts available, I decided to give wormwood leaves a try. The dealer claimed that the substance could be brewed into a tea using 7 grams per cup, or smoked on the same level as marijuana. The expected effect, I was told, was something similar to a cannabis like high.
So I bought 28 grams for a VERY cheap price ($2.52 canadian, which is approximately $1.75 american) and smoked a bowl full of it in a pipe. The bag smelled absolutely FOUL. I would compare the stench to sweaty socks or an old gym bag. But the taste of the smoke was actually quite pleasant, both to the tongue and the lungs. I would describe it as a combination of wood and flowers. It's not unlike smoking some sort of floral incense.
After about 15 minutes and not noticing ANY effect, I smoked another bowl. 15 minutes after the second bowl I did indeed begin to notice cannibs like effect, but in a different way. I am a HEAVY cannibas user, somewhere in the range of 1-4 grams a day, and I feel I can safely say that while the effects of a gram of wormwood were like cannibas, they were also very unlike any cannibas high I have ever experienced.
Personaly, most cannibus highs I experience are generally a sort of relaxing 'downer' high. Very mellow, very intense but also with an effect of having energy sucked out of you. The effect I got from the wormwood was that of a mellow 'down', but also mental clarity and increased energy at the same time. I would compare it to a very large amount of yerba matte.
30 minutes after smoking the second bowl of wormwood, I decided to smoke a full gram joint of marijuana to see what the effect would be.
It was absolutely outstanding. It pushed me right to the threshold of visual hallucinations, ie 'tracers'. I would notice things in a different way than before. The best way I can describe it was that I was in a very familiar setting, yet I felt as if I had never been there before.
Information on smoking wormwood has been extremely difficult to locate. I know that drinking large amounts of absinthe over a long period of time can lead to absinthia nervosa, but I have yet to hear any positive or negative health effects of smoking wormwood.
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.


Deal No. SG2019062300001
Progress
Front Office
Application 50%Middle Office
Documentation Verified 80%Back Office
Disbursement of Paperwork 40%Quick Note
10:00 AM
We still need the details of the beneficiary.
10:00 AM
Including the bank BIC and bank name.
10:00 AM
Please get it done by 3pm today! :)
10:05 AM
Ok. Got it!
03:45 PM
The details have been updated.


|
Like Hancock's Half-Hour (1956-61) and dozens of other TV comedy hits over the decades, The Hitch-Hiker's Guide to the Galaxy (1981) began life as a cult BBC radio show. It also spawned a bestselling series of novels, turning its creator, Douglas Adams, into the most successful British comic writer of the decade.
The TV series retained the imaginative and endearingly daft humour of its predecessors but is, by general consent, the least successful of the three incarnations, partly because it condenses Adams' sprawling narrative into just six episodes but mostly because of the particular challenges of realising Adams' spaceships, aliens and other creations - not a problem for radio. Especially unconvincing were the lifeless third arm and the my-first-animatronics extra head sported by the extraterrestrial rogue and galactic fugitive Zaphod Beeblebrox (Mark Wing-Davey).
Where the series did score highly, however, were the passages from the book of the title - a sort of interstellar Rough Guide. Narrated by the honey-voiced Peter Jones (who had performed the same task in the radio series), these sequences were witty, fresh and visually inventive, adopting a style equivalent to the most cutting-edge computer graphics of their day, but using painstaking cel animation techniques. These animations brought to life such classic Adams ideas as the Babel Fish - a creature which, when placed in the ear, acts as a simultaneous translator from any language to any other, and whose extraordinary usefulness offers proof of the existence and, therefore, the non-existence of God. Such philosophical musing was typical of a show which revealed the ultimate answer to life, the universe and everything - but not the question.
Most of the key players from the radio series reprised their roles - a vital factor in the show carrying across its audience - with Simon Jones irreplaceable as the dressing gown-clad, perpetually perplexed earthling Arthur Dent and Stephen Moore again providing the voice of the priceless Marvin, the paranoid, pathologically depressed android. The only major change was David Dixon, who replaced Geoffrey McGivern as Arthur's (largely) unflappable friend, Ford Prefect. Future Doctor Who Peter Davison, Darth Vader actor (but not voice) Dave Prowse and Adams himself were among the cameos.
For all of its imperfections, the series remains a cherished part of the 'H2G2' firmament for legions of fans, who were devastated by the unexpected death of Adams in 2001, at the age of 49.
Mark Duguid
|


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{% load humanize %}
| {% include "site/upvote.html" with post=comment %} |
{% with total_upvotes=comment.votes.all.count %} {{ total_upvotes }} point{{ total_upvotes|pluralize }} {% endwith %} by {{ comment.op.username }} {{ comment.dt_created|naturaltime }} | link |
| {{ comment.desc|linebreaksbr }} | |
| reply {% if user.is_authenticated and user == comment.op %} | edit | delete {% endif %} | |
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More than one analysis is shown for wells UE-25b#1, USW H-1, USW VH-1, and UE-29a#2. The multiple analyses permit a comparison of water compositions as a function of volume of water pumped. The sample obtained on July 20, 1982, from UE-25b#1 was collected after 28 days of pumping of an interval 863 to 875 m below the land surface (Daniels and others, 1982). This interval was isolated using inflatable packers. Well USW H-1 was first sampled on October 20, 1980, after drilling to a depth of 687 m; the hole then was cased and tack cemented from 677 to 687 m, deepened to 1,829 m, and a water sample
was obtained on December 8, 1980, while pumping the interval from 687 to 1,829 m.
Plots of relative cation and anion concentrations in Yucca Mountain ground water (fig. 7) indicate that sodium and bicarbonate ions are the predominant cation and anion. However, ground water in the Yucca Mountain area is not chemically homogeneous (figs. 8 and 9). The chemical composition of ground water from well UE-29a#2 is characterized by low concentrations of sodium, potassium, bicarbonate, and fluoride and a high concentration of chloride relative to the compositions of other ground water in the Yucca Mountain area. Ground water from well UE-29a#2 is isotopically light with respect to 8'80 (det oxygen-18) and 8D (del deuterium); its uncorrected *4C (carbon-14) age is the youngest of all ground water in the area (fig. 10). Ground water from well J-12 and well J-13 have low concentrations of sodium and high concentrations of potassium, magnesium, calcium, and fluoride (figs. 8 and 9). These ground-water samples are isotopically heavy with respect to 8:80, 8D, and 8*°C (del carbon-13); the uncorrected *4C ages of these samples are relatively young (fig. 10). Ground water from wells USW H-4 and USW H-6 is characterized by low concentrations of sodium, bicarbonate, sulfate, and fluoride (figs. 8 and 9); ground water from these wells is isotopically light with respect to 8*°C and 8D. The uncorrected **C age of ground water from well USW H-4 is the oldest of all ground water from the Yucca Mountain area. Ground water from well USW VH-1 has low concentrations of sodium, magnesium, bicarbonate, sulfate, chloride, and fluoride; the water is isotopically light with respect to 8'80 and 8D, and it has the second oldest uncorrected **C age.
FLOW SURVEYS
Flow surveys were conducted in those wells near the periphery of the Yucca Mountain exploratory block. Results of these surveys indicate that fluid production usually is from a few discrete permeable intervals (figs. 4 to 6). Exceptions to this generalization are evident in the flow-survey data for well USW H-4 (fig. 5A) and well USW H-5 (fig. 6A). In well USW H-4, the majority of fluid production came from numerous zones throughout the upper one-half of the saturated interval penetrated by the borehole. In well USW H-5, fluid production in the upper one-half of the Bullfrog Member of the Crater Flat Tuff of Tertiary age also was associated with numerous zones. Borehole flow-survey data also indicate that for well UE-29a#2 production principally was from rhyolitic lavas of the Tuffaceous beds of Calico Hills of Tertiary age (R. K. Waddell, U.S. Geological Survey, written commun., 1983). Water injection tests using packers indicate that most of the production in wells J-12 and J-13 comes from the Topopah Spring Member of the Paintbrush Tuff of Tertiary age (Young, 1972; William Thordarson, U.S. Geological Survey,
11
1


public class TcpMessageType
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
static int |
ABORT
A final chunk for a message which indicates that the message has been aborted by the sender.
|
static int |
ACKF |
static int |
ACKNOWLEDGE
An acknowledge message.
|
static int |
CHUNK_TYPE_MASK
A mask used to select the chunk type portion of the message id.
|
static int |
CLOSE
A chunk for a CloseSecureChannel message.
|
static int |
CONTINUE
An intermediate chunk for a message.
|
static int |
ERRF |
static int |
ERROR
An error message.
|
static int |
FINAL
A final chunk for a message.
|
static int |
HELF |
static int |
HELLO
A hello message.
|
static int |
MESSAGE
A chunk for a generic message.
|
static int |
MESSAGE_TYPE_MASK
A mask used to select the message type portion of the message id.
|
static int |
MSGA |
static int |
MSGC |
static int |
MSGF |
static int |
OPEN
A chunk for an OpenSecureChannel message.
|
static int |
OPNA |
static int |
OPNC |
static int |
OPNF |
| Constructor and Description |
|---|
TcpMessageType() |
| Modifier and Type | Method and Description |
|---|---|
static boolean |
continues(int msgType) |
static boolean |
isAbort(int msgType) |
static boolean |
isFinal(int msgType) |
public static final int FINAL
public static final int CONTINUE
public static final int ABORT
public static final int MESSAGE_TYPE_MASK
public static final int CHUNK_TYPE_MASK
public static final int MESSAGE
public static final int OPEN
public static final int CLOSE
public static final int HELLO
public static final int ACKNOWLEDGE
public static final int ERROR
public static final int MSGC
public static final int MSGF
public static final int MSGA
public static final int OPNC
public static final int OPNF
public static final int OPNA
public static final int HELF
public static final int ACKF
public static final int ERRF


"Multiple Frequency Audio Signal Communication
as a Mechanism for Neurophysiology and Video Data
Synchronization"
Nick Topper, Andrew P
Maurer Ph.D, Sara N. Burke Ph.D
- Presented in this paper is a new method for
synchronizing electrophysiology and video data
collected in parallel.
- This is useful for researchers who wish to
correlate behavioral events recorded on video
with physiological events recorded with other
acquisition equipment.


Full index
Package indexes
PowerProcess
c
d
e
g
i
k
l
m
p
r
s
t
v
w
_
c
top
$callbacks
PowerProcess::$callbacks
in PowerProcess.class.php
Callback array for setting callback functions based on signals that can be sent to the parent process
$complete
PowerProcess::$complete
in PowerProcess.class.php
Boolean variable which determines whether or not to shutdown the control process (parent)
$currentThread
PowerProcess::$currentThread
in PowerProcess.class.php
The name of the current thread. Used by WhoAmI()
CheckThreads
PowerProcess::CheckThreads()
in PowerProcess.class.php
Checks all running threads to make sure they are still running and their time limit has not been exceeded
ControlCheck
PowerProcess::ControlCheck()
in PowerProcess.class.php
Check if the current process is the control process
d
top
$debugLogging
PowerProcess::$debugLogging
in PowerProcess.class.php
Whether to log internal debug message
Daemonize
PowerProcess::Daemonize()
in PowerProcess.class.php
Attempts to daemonize the current process
e
top
Exec
PowerProcess::Exec()
in PowerProcess.class.php
Executes specified program in the current process space
g
top
GetControlPID
PowerProcess::GetControlPID()
in PowerProcess.class.php
Returns the PID of the process that spawned this one
GetPID
PowerProcess::GetPID()
in PowerProcess.class.php
Returns the PID of the current process
GetThreadStatus
PowerProcess::GetThreadStatus()
in PowerProcess.class.php
Get the status of a running thread by name or PID
i
top
InitializeLogger
PowerProcess::InitializeLogger()
in PowerProcess.class.php
Initialize the logging stream if enabled
InstallSignalHandler
PowerProcess::InstallSignalHandler()
in PowerProcess.class.php
Installs the default signal handlers
IsDaemon
PowerProcess::IsDaemon()
in PowerProcess.class.php
Determine whether the control process is daemonized
k
top
KillThread
PowerProcess::KillThread()
in PowerProcess.class.php
Kill a thread by PID
l
top
$logSocket
PowerProcess::$logSocket
in PowerProcess.class.php
When logging is enabled, this points to the socket in which to write log messages.
$logTo
PowerProcess::$logTo
in PowerProcess.class.php
Location to log information messages to.
Log
PowerProcess::Log()
in PowerProcess.class.php
Log a message
m
top
$maxThreads
PowerProcess::$maxThreads
in PowerProcess.class.php
The maximum number of concurrent threads that can be running at any given time.
$myThreads
PowerProcess::$myThreads
in PowerProcess.class.php
Array which stores the thread data for the control process (parent) to manage running child threads
p
top
$parentPID
PowerProcess::$parentPID
in PowerProcess.class.php
The pid of the parent process
$parentSID
PowerProcess::$parentSID
in PowerProcess.class.php
Session ID of parent session when process is daemonized
PIDDead
PowerProcess::PIDDead()
in PowerProcess.class.php
Determine whether a child pid has exited
PowerProcess
PowerProcess::PowerProcess()
in PowerProcess.class.php
PowerProcess constructor.
PowerProcess
PowerProcess
in PowerProcess.class.php
PowerProcess is an abstraction class for PHP's posix and pcntl extensions.
PowerProcess.class.php
PowerProcess.class.php
in PowerProcess.class.php
r
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RegisterCallback
PowerProcess::RegisterCallback()
in PowerProcess.class.php
Registers a callback function for the signal dispatcher or for special signals used by PowerProcess
RemoveLogger
PowerProcess::RemoveLogger()
in PowerProcess.class.php
Closes the logging stream
Restart
PowerProcess::Restart()
in PowerProcess.class.php
Restarts the control process
RunControlCode
PowerProcess::RunControlCode()
in PowerProcess.class.php
Determines whether we should be running the control code or the thread code
RunThreadCode
PowerProcess::RunThreadCode()
in PowerProcess.class.php
Determines whether we should be running the child code
s
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$signalArray
PowerProcess::$signalArray
in PowerProcess.class.php
Signals to install for SignalDispatcher.
SendSignal
PowerProcess::SendSignal()
in PowerProcess.class.php
Send a signal to a process
SetMaxThreads
PowerProcess::SetMaxThreads()
in PowerProcess.class.php
Set the max number of threads that can be running concurrently
SetThreadTimeLimit
PowerProcess::SetThreadTimeLimit()
in PowerProcess.class.php
Set the max number of seconds a thread can run before being terminated
Shutdown
PowerProcess::Shutdown()
in PowerProcess.class.php
Initiates the shutdown procedure for PowerProcess
SignalDispatch
PowerProcess::SignalDispatch()
in PowerProcess.class.php
Handles dispatching of signals to user-defined callbacks
SpawnReady
PowerProcess::SpawnReady()
in PowerProcess.class.php
Determines if a new process can be spawned
SpawnThread
PowerProcess::SpawnThread()
in PowerProcess.class.php
Spawn a new thread
t
top
$threadData
PowerProcess::$threadData
in PowerProcess.class.php
Data store for data that is to be passed to the child process which is to be spawned
$threadTimeLimit
PowerProcess::$threadTimeLimit
in PowerProcess.class.php
The maximum number of seconds a thread will be allowed to run.
$tickCount
PowerProcess::$tickCount
in PowerProcess.class.php
Sleep timer in micro seconds for the parent process to sleep between status checks using Tick()
$timeStampLogs
PowerProcess::$timeStampLogs
in PowerProcess.class.php
Whether to add a timestamp to log output
ThreadCount
PowerProcess::ThreadCount()
in PowerProcess.class.php
Get the count of running threads
Tick
PowerProcess::Tick()
in PowerProcess.class.php
Process signals to be dispatched and sleep for a number of microseconds
v
top
$version
PowerProcess::$version
in PowerProcess.class.php
Current PowerProcess version
w
top
WhoAmI
PowerProcess::WhoAmI()
in PowerProcess.class.php
Get the name of the current thread
_
top
__destruct
PowerProcess::__destruct()
in PowerProcess.class.php
Frees up memory
c
d
e
g
i
k
l
m
p
r
s
t
v
w
_


[gecode-users] operator <<, and use of a Gecode model with GUI
Guido Tack
tack at gecode.org
Thu Sep 12 03:05:57 CEST 2013
I honestly can't help you if you just say that it doesn't work but don't give any details. You can definitely use Gecode from inside Visual Studio but you'll have to set all the paths correctly, and MPG has a section on how to do that.
Cheers,
Guido
On 12/09/2013, at 10:42 AM, peter Tomson <pikapikanaoufel at gmail.com> wrote:
> Ok , thank You
>
> but about using GUI when i just added the includes like #include < gecode/ int.hh> in my project ( i use windows form in VS2010c++) it doesn't work i really don't know why , i reread MPG it again but no use , even the examples , no one of them use GUI ?????
>
> Do YOU Know any thing about that
>
> Thank YOU Peter
>
>
>
> 2013/9/12 peter Tomson <pikapikanaoufel at gmail.com>
> Ok , thank You
>
> but about using GUI when i just added the includes like #include < gecode/ int.hh> in my project ( i use windows form in VS2010c++) it doesn't work i really don't know why , i reread it again but no use , even the examples , no one of them use GUI ?????
>
> Do YOU any thing about that
>
> Thank YOU Peter
>
>
> 2013/9/12 Guido Tack <tack at gecode.org>
> This isn't really a gecode question, it's more about c++. Your while loop makes no sense (a is never empty). And it's certainly possible to use gecode in a GUI application.
>
> Cheers,
> Guido
>
> On 12/09/2013, at 9:53 AM, peter Tomson <pikapikanaoufel at gmail.com> wrote:
>
>> hi everyOne!
>>
>> i'm new with gecode and i hope YOU can help me to solve my problem .
>>
>> i'm trying to use Gecode as my solvor in my project , i created a project with VS2010c++, with some GUI,. In my class which using gecode, i have to get my variables from another class .
>>
>> I read the MPG , and i find in section : Dinamiclly argument array , i tryed to use it with my vector a like this :
>>
>> IntVarArgs v;
>> std::vector<int> a ;
>> for (int i=0;i<5;i++)
>> a.push_back(i);
>> int u=0;
>> while (!a.empty())
>> {
>> v<< IntVar (*this,a[u],a[u+1]);
>> u++;
>>
>> }
>>
>> but with this i can't get the elments from the array one by one , i just added in each iteration 2 elemnt from array a to the IntVarargs v , is there any other way to do it ???
>> Honnestly what i want to do is this : execute the code in my class that contains the code developed by gecode by a click on a button in a GUI is that even possibel ?? because when i added the includes of gecode to a GUI it doesn't work
>>
>> thak YOU very much for any help
>>
>> _______________________________________________
>> Gecode users mailing list
>> users at gecode.org
>> https://www.gecode.org/mailman/listinfo/gecode-users
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
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John is a 4th year CS student at the University of Toronto, St. George Campus. He is a big fan of undergrad research, and educational outreach in CS. He enjoys the twin branches of CS: the theory and the practice; the research conference and the hackathon; the NP reduction and the multithreading software engineering, and dichotomies in general. Outside of CS, his hobbies include chess, military history and board games.
Samir is in his fourth year at the University of Toronto, majoring in Computer Science and English. He enjoys good grammar and listening to Kanye West.
Nana is a third-year computer science student at the University of Toronto, focusing in AI. In her spare time, Nana enjoys reading French literature and playing the piano.
Osama is a Math Specialist Bachelor's degree graduate from the University of Toronto. He enjoys writing, programming, mathematics, and thinking creatively to develop new and useful ideas. He also enjoy meeting new people to form friendships.
Danya is a computer science specialist with an interest in AI and theory. She has an eclectic background, and formerly completed a degree in philosophy at U of T. Danya spends her free time reading novels, eating popcorn, and thinking about thinking.
Lynn is a third year student pursuing a double major in Computer Science and European Studies, and a minor in Russian. She hopes to learn many more languages - both computer and human ones - in the future.
Tyler is a 4th year student at UofT, specializing in computer science. He loves to stay active; whether it be in the gym, on the water paddling, or taking a hike to who knows where.


--- layout: post title: "Week 8 Write Up" subtitle: "Messaging Security" date: 2019-08-15 13:15:34 -0800 background: '' ---
In last week, we talked about the phishing - using web page, social media network and advertisement, fake AV etc to spread out the malware. In this week, we will continue to talk about the another type of phishing - spam email.
Spam - which is one of the headache problems for those who use email very open. The spam email is very similar to other types of phishing technique. Some email will also fake the original comapny information. For example, the email may fake the interface that makes you feel like the email is directly comming from Facebook. Then the content might be likes this: "Your facebook account as been compromise, for your account safety, please click the link down below to reset your password.". Once the victim click on that link, then it will be redirect to the fake facebook password reset page. Once the victim trully enter the password, cictim's Facebook will be treuly compromise. spam email also could be unwated advertisment, In general, spam email are unwated emails, they are bad, and they are suppose to be blocked by the email receive client.
Another terminology is ham. Ham is a little bit like spam, but actually they are completely differnet. There are some email that you might not wated, but sometimes, the reason why you will receive that email is because you want it. For exmaple, some websites or services will add you email address to there email system to send you promotion or something. But some people said they don't remenber that they allows this before. But actaully, in most scenerio, this option is actaully list in the user agreement when you trying to register an account for using some services. There also could be user's prefernce that to receive those email in the service or website setting. Typically, these email will also include a link address to let the target email receiever to stop receving those email. Which means those email are actually harmless.
So, how to stop getting spam email? There are serveral solutions that can do this. These solutions are actually using the same technique.
Filter - A keyword or string that let the email client or email server to filter out the email tht include the keywords. This method often combine with statistics and big data to accomplisehd. For example, Bayesian, was a spam filter tool that base on the statistics. It will try to find the words that appear the most in an spaming email among a large set of the data. However, it has been replaced by Google since it has the most active mail users. Google will use this advanatge to help building keyword dataset.
Spamtrap - a honeypot that use to receive differnet kinds of the spam email. Honeypot, we mention before at the week 3, is a well setup environment that can bait the malware to do their tasks. But at the smae time, There are other tools that also logging the malware behiviour and it is useful to let the researcher to analize it. You may confused about if spam email are unwated, why we still trying to receive those email? So, here, we applied the same strategies as the honeypot, to bait the spam email sender to send their spam email to the spamtrap email address. Then what we are going do with all these spam emails? The spamtrap will log the spam mail's sender email address. And, since a lots of spam emails are sending the email via their private server, the spamtrap will also log the mail server ip address. Then, the next step is to adding those email address and ip adderess to the balck list. In week 6, we talked about the reputation list. Here, we apply the smae method, similar to the reputation list, to help the email client to identify the spam eamil.


Typedefs | |
| typedef ISharedObject_I * | pISharedObject_I |
| typedef const ISharedObject_I * | pcISharedObject_I |
| typedef IThreadSafe_I * | pIThreadSafe_I |
| typedef const IThreadSafe_I * | pcIThreadSafe_I |
| typedef const ISharedObject_I* AdobeXMPCommon_Int::pcISharedObject_I |
Definition at line 149 of file XMPCommonFwdDeclarations.h.
| typedef const IThreadSafe_I* AdobeXMPCommon_Int::pcIThreadSafe_I |
Definition at line 154 of file XMPCommonFwdDeclarations.h.
| typedef ISharedObject_I* AdobeXMPCommon_Int::pISharedObject_I |
Definition at line 147 of file XMPCommonFwdDeclarations.h.
| typedef IThreadSafe_I* AdobeXMPCommon_Int::pIThreadSafe_I |
Definition at line 152 of file XMPCommonFwdDeclarations.h.


My Portfolio Page
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Thank You for Buying a Licensed Version of KA.Barcode for Java
Now, please view KA.Barcode for Java licenses and prices online


SunCentral is a technology company that innovates in finding methods to bring natural daylight indoors. I was involved in producing branded marketing print materials, as well as establishing a visual standard for technical documentation. My work included brochures, folders, specification sheets, and technical illustrations


All data below is sourced from an unofficial API powering the New York Times’ election site. The estimated votes remaining and county-level breakdown values might be off. Consult state websites and officials for the most accurate and up-to-date figures. This website is open source and was written by these people.
View battleground states only.
Last scrape:
| Last batch:
|
California - District 21
Valadao leads with 85,928 votes (50.4%), Cox trails with 84,406 votes (49.6%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-12-01 20:50:27 UTC | Valadao | 1,522 | Unknown | 0 | N/A | N/A | Unknown |
|
California - District 25
Garcia leads with 169,638 votes (50.0%), Smith trails with 169,305 votes (50.0%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-12-01 20:50:27 UTC | Garcia | 333 | Unknown | 0 | N/A | N/A | Unknown |
|
California - District 39
Kim leads with 173,946 votes (50.6%), Cisneros trails with 169,837 votes (49.4%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-12-01 20:50:27 UTC | Kim | 4,109 | Unknown | 0 | N/A | N/A | Unknown |
|
Iowa - District 2
Miller-Meeks leads with 196,871 votes (50.0%), Hart trails with 196,831 votes (50.0%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-24 07:42:15 UTC | Miller-Meeks | 40 | 26,601 | 0 | N/A | N/A | Hart needs 50.1% |
|
New Jersey - District 7
Malinowski leads with 208,633 votes (50.5%), Kean trails with 204,294 votes (49.5%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-15 00:45:46 UTC | Malinowski | 4,339 | Unknown | 0 | N/A | N/A | Unknown |
|
New York - District 1
Zeldin leads with 176,323 votes (61.3%), Goroff trails with 111,203 votes (38.7%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Zeldin | 65,120 | 85,854 | 0 | N/A | N/A | Goroff needs 87.9% |
|
New York - District 2
Garbarino leads with 157,482 votes (57.8%), Gordon trails with 112,584 votes (41.3%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Garbarino | 44,898 | 23,186 | 0 | N/A | N/A | Gordon needs 147.7% |
|
New York - District 3
Santos leads with 137,936 votes (50.5%), Suozzi trails with 133,765 votes (49.0%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Santos | 4,171 | 28,767 | 0 | N/A | N/A | Suozzi needs 57.3% |
|
New York - District 18
Maloney leads with 135,819 votes (51.0%), Farley trails with 127,918 votes (48.1%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Maloney | 7,901 | 53,402 | 0 | N/A | N/A | Farley needs 57.5% |
|
New York - District 19
Delgado leads with 143,782 votes (50.2%), Van De Water trails with 135,244 votes (47.2%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Delgado | 8,538 | 53,678 | 0 | N/A | N/A | Van De Water needs 58.2% |
|
New York - District 22
Tenney leads with 139,926 votes (54.4%), Brindisi trails with 111,539 votes (43.4%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Tenney | 28,387 | 64,864 | 0 | N/A | N/A | Brindisi needs 72.4% |
|
New York - District 24
Katko leads with 177,562 votes (58.0%), Balter trails with 117,406 votes (38.4%). |
||||||||
| Timestamp | In The Lead | Vote Margin | Votes Remaining (est.) | Change | Batch Breakdown | Batch Trend | Hurdle | |
|---|---|---|---|---|---|---|---|---|
| 2020-11-13 05:00:08 UTC | Katko | 60,156 | 36,386 | 0 | N/A | N/A | Balter needs 135.8% |


Location:
Rainmakers in cloud computing
2 Bridgeview Circle, Unit 5, Tyngsboro, MA 01879 www.guruvirtues.com


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Arizona's Navajo Generating Station coal plant has permanently shut down
by abc15.com staff, wire reportsNAVAJO NATION, AZ — The Navajo Generating Station, located near the Arizona-Utah border, has officially shut down after using the last of its coal, according to a Monday press release.
The NGS was a 2,250-megawatt plant that is owned by SRP, Arizona Public Service Co., Nevada Energy and Tucson Electric Power.
It was determined in 2017 that the station was "uneconomical" to continue operations, according to officials. They argued that the plant polluted the air and caused health problems in communities nearby.
"NGS will always be remembered as a coal-fired workhorse whose employees made it one of the safest and most reliable power plants in the nation," said SRP CEO and General Manager Mike Hummel in a statement. "After more than 40 years of generating electricity for millions across the West, NGS - and its employees - are one reason why this region, the state of Arizona and the Phoenix metropolitan area have been able to grow and thrive."
The lease for the plant was set to expire this December, and officials say the next step is to decommission activities in the plant.
All 433 regular employees at the plant have been offered new positions within SRP and nearly 300 have accepted these offers, according to an official statement.
The plant is located in northern Arizona, near Page.
Company officials say it wasn't an easy choice to close the plant but the decision was based on the changing economy of the energy industry, including gas prices.


Working with raw laboratory spectra
The 'AmesPAHdbIDLSuite_Laboratory'-object exposes available raw laboratory spectra when an experimental database XML-file is loaded.
laboratory = pahdb->getLaboratoryByUID( $
pahdb->Search("c<=20 neutral n=2 neutral"))
The 'AmesPAHdbIDLSuite_Laboratory-object's 'Plot'-method will display the raw laboratory spectra. The spectrum of each PAH species will be presented in a different color.
laboratory->Plot
Optionally, the 'Wavelength', 'Oplot', and 'Color'-keywords can be given to the 'Plot'-method to control the abscissa, overplotting, and color, respectively. Through IDL's keyword inheritance mechanism additional keywords accepted by IDL's 'PLOT'-procedure can be passed.
laboratory->Plot,/Wavelength,Color=5,XRANGE=[2.5,15],/XSTYLE
The 'AmesPAHdbIDLSuite_Laboratory-object's 'Write'-method will write the raw laboratory spectrum to file. The spectrum of each PAH species will be written to a separate text (.txt) file, where each filename will have the PAH species UID embedded. Optionally, a prefix can be given that will be prepended to the filename.
laboratory->Write,'myPrefix'


GameLoopMouse class
A mouse input. Has digital buttons corresponding to mouse buttons: LEFT, MIDDLE, RIGHT. Also implements the GameLoopPositionInput interface.
class GameLoopMouse extends GameLoopDigitalInput implements GameLoopPositionInput { /** Left mouse button */ static const LEFT = 0; /** Middle mouse button */ static const MIDDLE = 1; /** Right mouse button */ static const RIGHT = 2; static final List<int> _buttonIds = [LEFT, MIDDLE, RIGHT]; int _dx = 0; /** Mouse movement in x direction since previous frame. */ int get dx => _dx; int _dy = 0; /** Mouse movement in y direction since previous frame. */ int get dy => _dy; int _x = 0; /** Mouse position in x direction within element. */ int get x => _x; int _y = 0; /** Mouse position in y direction within element. */ int get y => _y; double _time = 0.0; /** Time at which mouse position was last updated. */ double get time => _time; int _frame = 0; /** Frame at which mouse position was last updated. */ int get frame => _frame; GameLoopMouse(gameLoop) : super(gameLoop, _buttonIds); /** Process one [GameLoopMouseEvent]. */ void gameLoopMouseEvent(GameLoopMouseEvent event) { _x = event.x; _y = event.y; _time = event.time; _frame = event.frame; _dx += event.dx; _dy += event.dy; } void _resetAccumulators() { _dx = 0; _dy = 0; } }
Extends
GameLoopDigitalInput > GameLoopMouse
Implements
Constructors
new GameLoopMouse(gameLoop) #
GameLoopMouse(gameLoop) : super(gameLoop, _buttonIds);
Properties
final Map<int, GameLoopDigitalButton> buttons #
inherited from GameLoopDigitalInput
buttons = new Map<int, GameLoopDigitalButton>()
final int dx #
Mouse movement in x direction since previous frame.
int get dx => _dx;
final int dy #
Mouse movement in y direction since previous frame.
int get dy => _dy;
final int frame #
Frame at which mouse position was last updated.
int get frame => _frame;
final double time #
Time at which mouse position was last updated.
double get time => _time;
final int x #
Mouse position in x direction within element.
int get x => _x;
final int y #
Mouse position in y direction within element.
int get y => _y;
Methods
void digitalButtonEvent(GameLoopDigitalButtonEvent event) #
inherited from GameLoopDigitalInput
Deliver an input event
void digitalButtonEvent(GameLoopDigitalButtonEvent event) { GameLoopDigitalButton button = buttons[event.buttonId]; if (button == null) { return; } if (event.down) { if (button.down == false) { // Ignore repeated downs. button.framePressed = event.frame; button.timePressed = event.time; } } else { button.frameReleased = event.frame; button.timeReleased = event.time; } }
void gameLoopMouseEvent(GameLoopMouseEvent event) #
Process one GameLoopMouseEvent.
void gameLoopMouseEvent(GameLoopMouseEvent event) { _x = event.x; _y = event.y; _time = event.time; _frame = event.frame; _dx += event.dx; _dy += event.dy; }
bool isDown(int buttonId) #
inherited from GameLoopDigitalInput
Is buttonId down this frame?
bool isDown(int buttonId) { GameLoopDigitalButton button = buttons[buttonId]; if (button == null) { return false; } return button.down; }
bool isUp(int buttonId) #
inherited from GameLoopDigitalInput
Is buttonId up this frame?
bool isUp(int buttonId) { GameLoopDigitalButton button = buttons[buttonId]; if (button == null) { return true; } return button.up; }
bool pressed(int buttonId) #
inherited from GameLoopDigitalInput
Was buttonId just pressed down?
bool pressed(int buttonId) { GameLoopDigitalButton button = buttons[buttonId]; if (button == null) { return false; } return button.framePressed == gameLoop.frame; }
bool released(int buttonId) #
inherited from GameLoopDigitalInput
Was buttonId just released?
bool released(int buttonId) { GameLoopDigitalButton button = buttons[buttonId]; if (button == null) { return false; } return button.frameReleased == gameLoop.frame; }
double timePressed(int buttonId) #
inherited from GameLoopDigitalInput
Time buttonId was pressed.
double timePressed(int buttonId) { GameLoopDigitalButton button = buttons[buttonId]; if (button == null) { return 0.0; } return button.timePressed; }
double timeReleased(int buttonId) #
inherited from GameLoopDigitalInput
Time buttonId was released.
double timeReleased(int buttonId) { GameLoopDigitalButton button = buttons[buttonId]; if (button == null) { return 0.0; } return button.timeReleased; }


Sliced, sweet roma tomatoes will add a punch of flavour & colour to your pizza that leaves us weeping with joy
A comfort food delight topped with bacon, mozzarella and a sweet vinaigrette.
Buy two large pizza get two chicken drumsticks absolutely free
Ham & Pineapple
Chicken & cheese
Steak & BBQ Sauce
Meatballs & onions
Small size add Kshs. 100
Regular size add Kshs. 150
Medium size add Kshs. 200
Large size add Kshs. 250


“Ye ime satta bojjhaṅgā,
maggā nibbānapattiyā;
Bhāvitā te mayā sabbe,
yathā buddhena desitā.
Of the seven awakening factors,
the path for attaining extinguishment,
I have developed them all,
just as the Buddha taught.
Diṭṭho hi me so bhagavā,
antimoyaṁ samussayo;
Vikkhīṇo jātisaṁsāro,
natthi dāni punabbhavo”ti.
For I have seen the Blessed One,
and this bag of bones is my last.
Transmigration through births is finished,
now there’ll be no more future lives.
Itthaṁ sudaṁ jentā therī gāthāyo abhāsitthāti.
It was thus that these verses were recited by the senior nun Jentā.


A collection of tools for Executable UML in the style of Mellor and Balcer and miUML.org based on JPA and Akka
This project has declared the following modules:
| Name | Description |
|---|---|
| gae | Dependencies for Google App Engine webapp deployment including native datastore access. |
| hibernate | Runtime dependencies for Hibernate JPA implementation |
| xuml-diagrams-core | Diagram generation core classes |
| xuml-diagrams | Generates javascript browser deployed dynamic diagrams from xml |
| xuml-model-compiler | Java model compiler including JPA generation from xml definitions. |
| xuml-model-compiler-runtime | Runtime classes for use with classes generated by xuml-model-compiler |
| miuml-jaxb | Contains miUML metamodel schema and xuml-tools extensions schema and generates JAXB classes from those schemas. |
| xuml-tools-maven-plugin | Maven plugin for xuml-tools |
| xuml-model-archetype | A collection of tools for Executable UML in the style of Mellor and Balcer and miUML.org based on JPA and Akka |
| order-tracker | A collection of tools for Executable UML in the style of Mellor and Balcer and miUML.org based on JPA and Akka |
| order-tracker-webapp | Web application for order-tracker using REST API |
| state-diagram-viewer | Swing app for viewing state diagrams |
| dummy | Dummy project required for release process in travis |
| xuml-model-compiler-test | Unit tests for xuml-model-compiler |


Irrigation module¶
Overview¶
This module estimates the electricity requirements to pump ground- and surface-water for crop irrigation. The model simulates in a simple yet scientifically sound manner the link between crop distribution, water use and electricity demand. The model is sufficiently flexible to incorporate potential changes in harvested area, climate, irrigation technologies and water management constraints. The methodology consists of three main phases, set out in the bullets below and summarised in Figure below.
Phase 1 models the agricultural calendar and the corresponding planting, growing and harvesting seasons for crops grown in the study area, as determined by input geospatial data. Temporal and spatial criteria regarding the crop water needs in the various climate zones and land conditions are taken into consideration.
Phase 2 models the reference (ET0) and crop (ETc) evapotranspiration in each of the modelling months. Water requirements are then estimated as the difference between ETc and effective rainfall in a given location.
Phase 3 estimates the electricity (kWh) necessary to supply the required water in each location. The assessment of electricity requirements depend on the morphology of the land, both underground and over ground, and take into account the different operating and application pressure levels required under different irrigation techniques and technologies.
Input data preparation¶
Input 1: Crop calendar that describes the crop phases (or cycles) within a calendat year. Note that this may vary per crop and region. That is, the modeler can specify different crop cycles per AoI (e.g. admininstrative level) if this information is available. An example of such a file is available in the project’s repository as Sample_Maize_Crop_Calendar for rainfed maize in Mozambique.
Input 2: Crop layer where each location represents a potential demand node for irrigation (e.g. farm). The resolution (spatial & temporal) may vary and it depends on data availability for the AOI. Once collected, the crop layer shall be transformed into a vector dataset (in csv format) that contains the following attributes:
- country (name)
- state (name - admin 1 or 2)
- lat, lon (deg)
- crop (name - modelling crop)
- Fraction (%)
- harv_area (harvested area in ha)
- curr_yield (Current yield in kg/ha)
- max_yield (Maximun yield in kg/ha)
- gw_depth (Ground water depth in m)
- sw_dist (Distance to surface water in m)
- sw_depth (surface water depth in m)
- elevation (in m)
- awsc (Water storage capacity of the soil in mm/m)
- sw_suit_idx (Surface irrigation suitability index: 1= suitable 9999= non suitable)
- prec_i (Average precipitation in mm/month; i=1-12)
- srad_i (Average solar irradiation per month in kJ m-2 day-1; i=1-12)
- wind_i (Average wind speed per month in m s-1; i=1-12)
- tavg_i, tmax_i, tmin_i(Average, Max, Min temperature per month in C; i=1-12)
An example of such a file is available in the project’s repository as Sample_Moz_Maize_1km.
Note
- Features related to surface water (sw_dist, sw_depth, sw_suit_idx) can be extracted with the used of this QGIS plugin. It was developed by the team and together with instructions for installation and use.
- Extraction of other features can be done using the open source script Agrodem_Prepping, which is based on spatial packages and Qgis.
Parameterization & model run¶
Once the crop calendar information is collected and the crop vector layer fully attributed, the irrigation model is ready to run. Note that this is available in the project’s repository as agrodem.
Note that there are a few input parameters that need to be determined in the model per se. These include:
- Kc factor for init. – dev/mid – late crop cycles (source FAO )
- Current yield of the crop (in kg/ha)
- Maximum yield of the crop (in kg/ha)
- Effective Rooting Depth (in meters)
- Field Application Efficiency – aeff (%)
- Distribution Efficiency – deff (%)
- Pumping hours per day (in hours)
- Pressure head (in meters)
- Powered pump efficiency – electric (%)
- Motor efficiency (%)
Note
These values are available in the literature. However, they are predominantly based on value-laden judgements and assumptions of the modeller, informed - in best case scenario – in consultation with agriculture experts.
Output data¶
The output of the model indicates electricity requirements for irrigation of the selected crop and AoI. The spatial resolution of the results are defined by the initial vector later and stored in .csv format. Each row indicates a particular location (e.g. farm); and each column indicates a particular attribute for this location. These include all attributes used to derive electricity requirement in the first place and products of the analysis (water and electricity requirements).
Results are available in any GIS compatible, OGC complaint format (e.g .shp, .csv, .gpkg, .tiff). We have selected the .csv format as it can provide information in tabular form but also be visualized in relatively easy and straight-forward manner in a GIS environment.
Note
The final result file includes only the locations with non-zero electricity requirement. This is to reduce volume of output data. One might select to extract the full list of locations by minor modifications in the code base, if interested in all products of the analysis.
Special notes¶
The irrigation model elaborates on three major steps that assess electricity requirements for irrigation (surface or ground) for an AOI. It can receive crop allocation data at varying temporal and spatial resolution and is modular, thus fully customizable as per need.
However,
- Level of parameterization is high and highly dependent on experts’ value-laden judgement. That is, model input parameters should be decided with caution and under the consultation of local agriculture/energy experts.
- The model can be used for a quick, screening analysis however one should be aware that many assumptions were set in place. For example, the model assumes that water reservoirs (both surface and underground) have unlimited flow capacity for irrigation purposes. In reality limits do exist – these are usually covered in detailed hydrological models/analyses – yet not part of this analysis.
- Spatial resolution of input data may have an impact on the results. Low resolution is bound to rough assumptions; whereas higher resolution can leverage spatial information with higher accuracy – and thus the insights one can get out of this exercise. This part is (partially) covered in the next section.


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(capo 2nd fret) [Intro] G Bm G Bm G Bm G Bm [Verse 1] A C#m F#m I hear the drums echoing tonight F#m/E G Bm F#m G Bm She hears only whispers of some quiet conversation A C#m F#m She's coming in, twelve thirty flight F#m/E G Bm F#m G Bm The moonlit wings reflect the stars that guide me towards salvation A C#m F#m I stopped an old man along the way F#m/E G Bm F#m G Bm Hoping to find some old forgotten words or ancient melodies A C#m F#m He turned to me as if to say F#m/E G Bm Hurry boy, it's waiting there for you [Chorus] Em C G D It's gonna take a lot to drag me away from you Em C G D There's nothing that a hundred men or more could ever do Em C G D I bless the rains down in Africa Em C G Gonna take some time to do the things we never Bm D Em D G Bm Had oo, ooo [Link] G Bm G Bm G Bm G Bm [Verse 2] A C#m F#m The wild dogs cry out in the night F#m/E G Bm F#m G Bm As they grow restless longing for some solitary company A C#m F#m I know that I must do what's right F#m/E G Bm F#m G Bm As sure as Kilimanjaro rises like Olympus above the Serengeti A C#m F#m I seek to cure what's deep inside... F#m/E G Bm Frightened of this thing that I've become [Chorus] Em C G D It's gonna take a lot to drag me away from you Em C G D There's nothing that a hundred men or more could ever do Em C G D I bless the rains down in Africa Em C G Gonna take some time to do the things we never Bm D Em D G Bm Had oo, ooo... [Bridge] G Bm G Bm G Bm G Bm [Music Break] A C#m F#m A G Bm F#m G Bm A C#m F#m F#m/E G Bm Hurry boy, she's waiting there for you [Chorus] Em C G D It's gonna take a lot to drag me away from you Em C G D There's nothing that a hundred men or more could ever do Em C G D I bless the rains down in Africa Em C G D I bless the rains down in Africa Em C G D I bless the rains down in Africa Em C G D I bless the rains down in Africa Em C G Gonna take some time to do the things we never Bm D Em D G Bm Had--------------- oo, ooo... [Outro] G Bm G Bm G Bm G Bm


I am Khalil SLEIMI, a Computer Science Student in ENIT. I am hugely in love with so many open-source projects and hopes to one day contribute something meaningful - or who knows, maybe create my own open-source project!
I am passionate about everything that's related to Computer-Science. Because I love what I do, I have a steady source of motivation that drives me to do my best.
In my last internship, this passion led me to challenge myself daily and learn new skills that helped me do better work. For example, I taught myself how to use LAMP and develop a PHP-MySQL (HTML - CSS) dashboard to improve the efficiency of our data storage and retrieval within Tunisie Telecom. I am kinda the go-to person for any design needs.
Months
Working
Experience
In Here, I will discuss my Journey of how I came to be here.
I studied the first 5 years in Bourguiba Avenue Primary School, Tabarka.
After that, I studied 1 year in Abou Alkassem Alchebby, Cité Mrad, Sidi Hassine. And Continued my MidSchool and later HighSchool in Ezzahrouni's mid-school and high-school.
Then, I studied in El Manar Preparatory School, MP branch.
And now I am studying in the National School of Engineering in Tunis (ENIT).
"Designed and Implemented a Fiber Optics' Stock Management Application within Tunisie Telecom".
Beyond that, I have some freelancing experience - Design of a 16-bit Computer from the ground up to match a certain assembly language (Not much really, but I really enjoyed it!).
Can't wait to join the work force.


It's been a pleasure to work with you to make Local Hack Day happen. Sincerely, The Local Hack Day Team www.tudev.org/lhd


DAS BOOT (DIRECTOR'S CUT) A film review by Ben Hoffman Copyright 1997 Ben Hoffman
This review is about the new (1997) Director's Cut but will of necessity be mostly about the original film which we saw in 1982.
Originally, the 1982 film was shown on German TV in a six-hour mini-series. It was then released in about a 2-hour version and arrived in the United States . . . but not without a lot of trepidation on the part of director and producers. Here was a film with German subtitles. Subtitles take a beating with the U.S. public. Even more worrisome the film was about German submariners, the enemy that torpedoed many an Allied ship and convoy. How would that be received? It turned out to be THE all-time biggest box office hit of any foreign language film.
To those of us who saw the original, that was not a surprise. I cannot recall a more intense film ever among the thousands of films I have attended. The acting was superb, the claustrophobia was palpable, the fear that these young, mostly 17 to 18-year-old sailors would drown was immense. Who would have expected that any film could make us root for the survival of German submariners on a mission to blow up Allied ships? That is proof of the strength of this most powerfully emotional film.
It is 1941 when the Allies have finally gotten the upper hand in the air and in reversing the havoc their ships had experienced until now. Germany now had few planes, and few ships. In a bar in port, there are many sailors enjoying their last night before sailing. Everything goes. Drunkenness and women. Tomorrow, who knows?
A Captain of a sub enters, almost dead drunk. He makes a speech and toast to "our wonderful Fuehrer who knows everything including all about submarines." This is obviously sarcasm. In the film, there is only one officer who is political and believes that Hitler is right. The rest are there because they were drafted. They want to do their tours of duty and then get back home to their loved ones.
The film is about the submarine U-96, its Captain (played heroically by Jyrgen Prochnow), and his crew. They are on a mission to sink British ships but the Captain knows that the British destroyers are now equipped with Sonar devices that can locate with deadly accuracy the whereabouts of submarines and when they drop their depth charges, they know how deep they must go before exploding and destroying the subs.
Almost everything that can happen to a submarine takes place on this one and it is nail-biting time almost from the start until its surprising finish.
Which brings us back to the Director's Cut. The film has had better sound added (digital) and extra footage. This additional footage lingers more on the sailors and tries to show more of what they are experiencing. There is no question that the new sound and footage are beneficial, although the original was itself sheer perfection.
Now then, the down side. The original DAS BOOT kept us in a sweat precisely because we did not know what was going to happen next. Could the bolts that were popping from the severe pressure be replaced so the water could be stopped from drowning the ship and crew? Could the ship be raised when it dives way down to avoid the depth charges? How will they make out when the ship is ordered to pass thru the narrow Straits of Gibraltar where there are hundreds of Allied ships on the lookout?
That is what gets lost in this new version if you have seen the original. If you have, you know what happens next, you know how the film ends, so I would question if there is a real value in seeing the 3-hour-plus Director's Cut. If, of course, you have NOT seen the original, you had better get to this one; a most marvelous, exciting film, ranking with THE most anti-war films ever made.
The cast of supporting actors, all wonderful, consists among others, of Herbert Grshemeyer, Klaus Wennemann.
In German with English subtitles.
Directed by Wolfgang Petersen
4 Bytes
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Ben Hoffman
The review above was posted to the
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A dramatic win for Chennaiyin FC over Hyderabad
Clinches a 2-1 verdict over Hyderabad with goals in added time
by Manasi PathakChennaiyin FC tasted glory for the first time this season as it clinched a dramatic 2-1 win over Hyderabad FC with goals in added time in the ISL here on Monday.
Andre Schembri got Chennaiyin’s opener in the 92nd minute but Matthew Kilgallon reduced the deficit three minutes later. However, Nerijus Valskis emerged the hero with the winner in the final minute.
Early into the game, Chennaiyin tried to threaten the Hyderabad defenders through Anirudh Thapa and Thoi Singh, but the duo’s build-up went in vain as the final effort from Rafael Crivellaro was blocked.
Crivellaro, however, made up for his error as his through pass set up Lallianzuala Chhangte in the 14th minute. With Nikhil Poojary marking Chhangte in the box, the Chennaiyin midfielder’s shot was kept out by goalkeeper Kamaljit Singh.
Best chance
In the 25th minute, Chennaiyin had the best chance when Thoi’s blistering run from the right, combined with a sublime cross, set up Chhangte perfectly on the other end. Left unmarked, Chhangte rose high but sent the header wide, leaving the home crowd in despair.
Chennaiyin’s misery continued in the second half as Thoi’s shot from the box was kept out by Kamaljit, who had a vital touch on the delivery. Things, however, turned around towards the tail-end of the game as the crowd witnessed three goals in quick succession. With five minutes of additional time left, Chennaiyin substitute Andre Schembrifound the net with a left-footed curler in the 92nd minute. Kilgallon then found the equaliser just three minutes later with a thumping header.
But, Valskis overturned the fortune of the Chennaiyin faithful with the winner, moments before the final whistle. Charging from the middle towards the box, he chipped Kamaljit at the goal. Chennaiyin thus moved up to ninth on the points table.
The result:
Chennaiyin 2 (Schembri 90+2, Valskis 90+6) bt Hyderabad 1 (Kilgallon 90+5).


Whether listening to or trying to create it, music has been a passion for as long as I can remember. I remember begging my mom as a young child to put on "Another One Bites the Dust" by Queen. I continue to value music as a lifelong hobby that helps define different times in my life, including relationships and remarkable memories.
I play videogames, but sometimes I get that nagging feeling I should be doing something more productive. Not so with Rocksmith. Unlike other rhythm games, you use a real guitar as input to play real songs. I picked it up in my 30s and after a few years, thanks to Rocksmith, I can now actually call myself a guitarist.
When I have time to read fiction I like to read the classics. It's like traveling through time and seeing what life was like at the time it was written. It's hard to pick a favorite but The Razor's Edge by W. Somerset Maugham is up there.
I was first introduced to astronomy and what lies beyond our own planet by a great teacher in public school at a young age. I'm still in awe at the size and scope of both space and time. I don't pretend to know much about things like quantum mechanics and dark matter but they're still fun to try and think about.
The older I get, the more I believe that what you put in your body has a lot to do with what you ultimately get out of it. I have such a hard time getting a full day's serving of fruits and vegetables unless I pulverise and consume them in liquid form.


|
chigraph
master
Systems programming language written for beginners in LLVM
|
Helper class for using LLDB with chigraph. More...
#include <chi/Debugger/Debugger.hpp>
Public Member Functions | |
| Debugger (const char *pathToChig, GraphModule &mod) | |
| Default constructor. More... | |
| Debugger (const Debugger &other)=delete | |
| Debugger (Debugger &&other)=delete | |
| ~Debugger () | |
| Destructor. | |
| lldb::SBValue | inspectLocalVariable (boost::string_view name) |
| Get the value of a local variable. More... | |
| lldb::SBValue | inspectNodeOutput (const NodeInstance &inst, size_t id, lldb::SBFrame frame={}) |
| Get the output of a node. More... | |
| bool | isAttached () const |
| Check if this debugger is attached to a process It's true if the process is stopped or if it's curretnly executing. More... | |
| std::vector< const NodeInstance * > | listBreakpoints () const |
| List the curretnly set breakpoints. More... | |
| lldb::SBDebugger | lldbDebugger () const |
| Get the debugger This should probably be valid...not sure why it wouldn't be. More... | |
| lldb::SBProcess | lldbProcess () const |
| Get the process This will only be valid if there's an attached process. More... | |
| lldb::SBTarget | lldbTarget () const |
| Get the target Keep in mind the return isn't necessarily valid, although it should be. More... | |
| GraphModule & | module () const |
| Get the module that's being debugged by this debugger. More... | |
| NodeInstance * | nodeFromFrame (lldb::SBFrame frame={}) |
| Get a NodeInstance from a frame. More... | |
| Debugger & | operator= (const Debugger &)=delete |
| Debugger & | operator= (Debugger &&)=delete |
| Result | pause () |
| Pause the execution state. More... | |
| Result | processContinue () |
| Continue the execution of the process. More... | |
| bool | removeBreakpoint (NodeInstance &node) |
| Remove a breakpoint from a node. More... | |
| bool | running () const |
| Check if the process is executing. More... | |
| Result | setBreakpoint (NodeInstance &node, lldb::SBBreakpoint *bp=nullptr) |
| Set a breakpoint on a given node. More... | |
| Result | start (const char **argv=nullptr, const char **envp=nullptr, const boost::filesystem::path &workingDirectory=boost::filesystem::current_path()) |
| Start debugging the process. More... | |
| Result | terminate () |
| Terminate the inferior process. More... | |
Helper class for using LLDB with chigraph.
Definition at line 20 of file Debugger.hpp.
| chi::Debugger::Debugger | ( | const char * | pathToChig, |
| GraphModule & | mod | ||
| ) |
Default constructor.
| pathToChig | The path to the chig executable for JIT |
| mod | The GraphModule to debug, should be a main module |
Definition at line 33 of file Debugger.cpp.
| lldb::SBValue chi::Debugger::inspectLocalVariable | ( | boost::string_view | name | ) |
Get the value of a local variable.
| name | The name ofthe local variable to get the value of |
SBValue
if the local variable wasn't found Referenced by running().
| lldb::SBValue chi::Debugger::inspectNodeOutput | ( | const NodeInstance & | inst, |
| size_t | id, | ||
| lldb::SBFrame | frame = {} |
||
| ) |
Get the output of a node.
| inst | The instance |
| id | The ID of output to get |
id < inst.outputDataConnections.size()
| frame | The frame. If this isn't a valid SBFrame (the default), then it uses lldbProcess().GetSelectedThread().GetSelectedFrame() |
Definition at line 223 of file Debugger.cpp.
References chi::NodeInstance::function(), lldbProcess(), nodeFromFrame(), chi::NodeInstance::outputDataConnections, and chi::NodeInstance::stringId().
Referenced by running().
|
inline |
Check if this debugger is attached to a process It's true if the process is stopped or if it's curretnly executing.
Definition at line 57 of file Debugger.hpp.
Referenced by pause(), processContinue(), running(), and terminate().
| std::vector< const NodeInstance * > chi::Debugger::listBreakpoints | ( | ) | const |
List the curretnly set breakpoints.
Definition at line 216 of file Debugger.cpp.
Referenced by running().
|
inline |
Get the debugger This should probably be valid...not sure why it wouldn't be.
Definition at line 126 of file Debugger.hpp.
References chi::lineNumberFromNode().
|
inline |
Get the process This will only be valid if there's an attached process.
Definition at line 121 of file Debugger.hpp.
Referenced by inspectNodeOutput(), nodeFromFrame(), and running().
|
inline |
Get the target Keep in mind the return isn't necessarily valid, although it should be.
Definition at line 116 of file Debugger.hpp.
|
inline |
Get the module that's being debugged by this debugger.
Definition at line 111 of file Debugger.hpp.
Referenced by nodeFromFrame(), and start().
| NodeInstance * chi::Debugger::nodeFromFrame | ( | lldb::SBFrame | frame = {} | ) |
Get a NodeInstance from a frame.
| frame | The frame to get the function for. If this isn't a valid SBFrame (the default), then it uses lldbProcess().GetSelectedThread().GetSelectedFrame() |
Definition at line 244 of file Debugger.cpp.
References chi::ChiModule::context(), chi::GraphModule::createLineNumberAssoc(), chi::GraphModule::functionFromName(), lldbProcess(), module(), chi::GraphFunction::module(), chi::Context::moduleByFullName(), and chi::unmangleFunctionName().
Referenced by inspectNodeOutput(), and running().
| Result chi::Debugger::pause | ( | ) |
Pause the execution state.
Definition at line 93 of file Debugger.cpp.
References chi::Result::addEntry(), and isAttached().
Referenced by running().
| Result chi::Debugger::processContinue | ( | ) |
Continue the execution of the process.
Definition at line 77 of file Debugger.cpp.
References chi::Result::addEntry(), and isAttached().
Referenced by running().
| bool chi::Debugger::removeBreakpoint | ( | NodeInstance & | node | ) |
Remove a breakpoint from a node.
| [in] | node | The node to remove the breakpoint from |
Definition at line 138 of file Debugger.cpp.
Referenced by running().
|
inline |
Check if the process is executing.
Definition at line 61 of file Debugger.hpp.
References inspectLocalVariable(), inspectNodeOutput(), isAttached(), listBreakpoints(), lldbProcess(), nodeFromFrame(), pause(), processContinue(), removeBreakpoint(), and setBreakpoint().
| Result chi::Debugger::setBreakpoint | ( | NodeInstance & | node, |
| lldb::SBBreakpoint * | bp = nullptr |
||
| ) |
Set a breakpoint on a given node.
| [in] | node | The node to set the breakpoint on |
| [out] | bp | The (optional) SBBreakpoint object to fill |
Definition at line 110 of file Debugger.cpp.
References chi::Result::addEntry(), chi::lineNumberFromNode(), chi::NodeInstance::module(), chi::GraphModule::sourceFilePath(), and chi::NodeInstance::stringId().
Referenced by running().
| Result chi::Debugger::start | ( | const char ** | argv = nullptr , |
| const char ** | envp = nullptr , |
||
| const boost::filesystem::path & | workingDirectory = boost::filesystem::current_path() |
||
| ) |
Start debugging the process.
| [in] | argv | A null-terminated array of arguments. If it isn't null-terminated then this will probably crash |
| [in] | envp | A null-terminated array of environment variables. If it isn't null-terminated then this will probably crash |
| [in] | workingDirectory | The working directory to debug in, by default it's the current working directory of this process |
boost::filesystem::is_directory(workingDirectory)
Definition at line 145 of file Debugger.cpp.
References chi::Result::addEntry(), chi::Context::compileModule(), chi::ChiModule::context(), chi::Default, and module().
| Result chi::Debugger::terminate | ( | ) |
Terminate the inferior process.
Definition at line 60 of file Debugger.cpp.
References chi::Result::addEntry(), and isAttached().


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See the MediaEval 2020 webpage for information on how to register and participate.
Task participants are provided with video of individuals participating in a conversation that was captured by an overhead camera. Each individual is also wearing a badge-like device, recording tri-axial acceleration.
The goal of the task is to automatically estimate when the person seen in the video starts speaking, and when they stop speaking using these alternative modalities. In contrast to conventional speech detection, for this task, no audio is used. Instead, the automatic estimation system must exploit the natural human movements that accompany speech (i.e., speaker gestures, as well as shifts in pose and proximity).
This task consists of two subtasks, with a new optional subtask:
Unimodal classification: Design and implement separate speech detection algorithms exploiting each modality separately: Teams must submit separate decisions for the wearable modality and for the video modality.
Multimodal classification: Design and implement a speech detection approach that integrates modalities. Teams must submit a multimodal estimation decision, using some form of early, late or hybrid fusion.
Analysis of failure test cases (optional): From previous editions, test subjects with lower performances compared to the mean have been discovered. In this sub-task, participants are encouraged to analyze these particular subjects and show or hypothesize about possible reasons for such low performances.
Speaking predictions must be made for every second. However, it is left to the teams if they decide to use a different interval length and later interpolate or extrapolate to the second level.
An important but under-explored problem is the automated analysis of conversational dynamics in large unstructured social gatherings such as networking or mingling events. Research has shown that attending such events contributes greatly to career and personal success [7]. While much progress has been made in the analysis of small pre-arranged conversations, scaling up robustly presents a number of fundamentally different challenges.
This task focuses on analysing one of the most basic elements of social behaviour: the detection of speaking turns. Research has shown the benefit of deriving features from speaking turns for estimating many different social constructs such as dominance, or cohesion to name but a few. Unlike traditional tasks that have used audio to do this, here the idea is to leverage the body movements (i.e. gestures) that are performed during speech production which are captured from video and/or wearable acceleration and proximity. The benefit of this is that it enables a more privacy-preserving method of extracting socially relevant information and has the potential to scale to settings where recording audio may be impractical.
The relationship between body behaviour such as gesturing while speaking has been well-documented by social scientists [1]. Some efforts have been made in recent years to try and estimate these behaviours from a single body-worn triaxial accelerometer, hung around the neck [2,3]. This form of sensing could be embedded into a smart ID badge that could be used in settings such as conferences, networking events, or organizational settings. In other works, video has been used to estimate speaking status [4,5]. Despite these efforts, one of the major challenges has been in getting competitive estimation performance compared to audio-based systems. As yet, exploiting the multi-modal aspects of the problem is an under-explored area that will be the main focus of this challenge.
This challenge is targeted at researchers in wearable devices, computer vision, signal and speech processing. The aim is to provide an entry-level task that has a clearly definable ground truth. There are many nuances to this problem that would enable this problem to be solved better if an intuition behind the behaviour is better understood. The problem could also be solved without this knowledge. The hope, however, is that this task will allow researchers who are not familiar with social signal processing to learn more about the problem domain; we have subsequent challenges in mind in later years that would become increasingly complex in terms of the social context and social constructs that are not so easily understood in terms of their social cue representation (e.g. personality, attraction, conversational involvement). The recommended readings for the challenge are [3,5,6]. Reading references [1,2,4] may provide additional insights on how to solve the problem.
The data consists of 70 people who attended one of three separate mingle events (cocktail parties). Overhead camera data as well as wearable tri-axial accelerometer data for an interval of 30 minutes is available for this task. Each person used a wearable device (to record the acceleration acceleration) hung around the neck as a conference badge. A subset of this data will be kept as a test set. All the samples of this test set will be for subjects who are not in the training set.
All the data is synchronized. The video data is mostly complete, with some segments missing as the participants can leave the recording area at any time (e.g. to go to the bathroom). The frame rate of the video and sample rate of the accelerometer data are captured at 20Hz. Note that due to the crowded nature of the events, there can be strong occlusions between participants in the video, which we hope to evaluate in one of our sub-tasks.
Manual annotations are provided for binary speaking status (speaking / non-speaking) for all people. These annotations are carried out for every frame in video (20 FPS). As mentioned above, speaking predictions must be made for every second.
Since the classes are severely imbalanced, we will be using the Area Under the ROC Curve (ROC-AUC) as the evaluation metric. Thus, participants should submit non-binary prediction scores (posterior probabilities, distances to the separating hyperplane, etc.).
The task will be evaluated using a subset of the data left as a test set. All the samples of this test set will be for subjects who are not present in the training set.
For evaluation, we will ask the teams to provide the following estimations for the two subtasks states above (unimodal and multimodal):
Person independent: All samples are provided to the classifier together, irrespective of the subject that the samples came from. Note that the test samples we provide will samples taken from people who are not in the training data.
(optional) Person specific: Only samples generated from the same subject are provided to the classifier. So we expect participants to train one classifier for each person and output test results per person-specific classifier. This can be a useful sanity check as the performance of the method, which should, in theory, perform better when trained on a specific person rather than other people. The data contains occluded and non-occluded moments, and the performance of systems will be also calculated for both of these subsets individually, in order to gain greater insight into the results that participants achieve.
[1] McNeill, D.: Language and gesture, vol. 2. Cambridge University Press (2000)
[2] Hung, H., Englebienne, G., Kools, J.: Classifying social actions with a single accelerometer. In: Proceedings of the 2013 ACM international joint conference on Pervasive and ubiquitous computing, pp. 207–210. ACM (2013)
[3] Gedik, E. and Hung, H., Personalised models for speech detection from body movements using transductive parameter transfer, Journal of Personal and Ubiquitous Computing, (2017)
[4] Hung, H. and Ba, S. O., Speech/non-speech Detection in Meetings from Automatically Extracted Low Resolution Visual Features, Idiap Research Report, (2010)
[5] Cristani, M., Pesarin, A., Vinciarelli, A., Crocco, M. , and Murino, V., Look at who’s talking: Voice activity detection by automated gesture analysis, In the workshop on Interactive Human Behavior Analysis in Open or Public Spaces, International Joint Conference on Ambient Intelligence, (2011).
[6] Cabrera-Quiros, L., Demetriou, A., Gedik, E., van der Meij, L., & Hung, H. (2018). The MatchNMingle dataset: a novel multi-sensor resource for the analysis of social interactions and group dynamics in-the-wild during free-standing conversations and speed dates. IEEE Transactions on Affective Computing.
[7] Wolff, H.-G. and Moser, K. , Effects of networking on career success: a longitudinal study. Journal of Applied Psychology, 94(1):196, (2009).
Workshop will be held online.


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London is the capital city of England.
It is the most populous city in the United Kingdom, with a metropolitan area of over 13 million inhabitants.
Paris is the capital of France.
The Paris area is one of the largest population centers in Europe, with more than 12 million inhabitants.
Tokyo is the capital of Japan.
It is the center of the Greater Tokyo Area, and the most populous metropolitan area in the world.
Beijing is the capital of China.
It is the center of the Greater Beijing Area, and the most populous metropolitan area in the world.


We investigate the effects of different privacy enhancing technologies in content-based recommendation systems.
We study the interplay between the degree of privacy and the potential degradation of the quality of the recommendation.
We evaluate three different tag forgery strategies: optimised tag forgery, uniform tag forgery and TrackMeNot.
We carry out an experimental evaluation on a real dataset extracted from Delicious.
Recommended citation: S. Puglisi, J. Parra-Arnau, J. Forné, D. Rebollo-Monedero. (2015). "On Content-Based Recommendation and User Privacy in Social-Tagging Systems" Computer Standards & Interfaces. 41 (17-27).
citation: 'S. Puglisi, J. Parra-Arnau, J. Forné, D. Rebollo-Monedero. (2015). "On Content-Based Recommendation and User Privacy in Social-Tagging Systems." Computer Standards & Interfaces. 41 (17-27).'
journal: 'Computer Standards & Interfaces - Volume 41'
Silvia Puglisi [Hiro]
Email: hey at sifr dot tech
Twitter: @nopressure
Code: 0xacab/hiro