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Venessa Stevenson
Food enthusiast, photography fan. Add a pinch of raw foodism and that's pretty much who I am.
For the fig-swirl: Melt butter over medium heat in a saucepan. Add Brown sugar and stir to dissolve. Halve all of the figs and toss in the saucepan with water and lemon juice. Cook over medium heat, stirrinf frequently, until you have a chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool completely.
Ice cream: In a small pot over medium heat, combiine mik, and granulated sugar until sugar is completely dissolved and the milk is just barely lukewarm. Whisk in egg yolks. Set mixture in the fridge and wait until the fig mixture is cooled.
Using an ice cream machine, pour liquids into the frozen basin and process according to manufacturer instructions, i.e., let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture,a nd the nuts. Continue the process for +/- 10 minutes. Pour semi-frozen mixture into a pyrex dish or glass tupperware. Freeze for at least two hours before serving.
Food enthusiast, photography fan. Add a pinch of raw foodism and that's pretty much who I am.


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Regex Number Range
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Trait for shared param aggregationDepth (default: 2).
Trait for shared param checkpointInterval.
Trait for shared param checkpointInterval. This trait may be changed or removed between minor versions.
Trait for shared param collectSubModels (default: false).
Trait for shared param collectSubModels (default: false). This trait may be changed or removed between minor versions.
Trait for shared param elasticNetParam.
Trait for shared param elasticNetParam. This trait may be changed or removed between minor versions.
Trait for shared param featuresCol (default: "features").
Trait for shared param featuresCol (default: "features"). This trait may be changed or removed between minor versions.
Trait for shared param fitIntercept (default: true).
Trait for shared param fitIntercept (default: true). This trait may be changed or removed between minor versions.
Trait for shared param handleInvalid.
Trait for shared param handleInvalid. This trait may be changed or removed between minor versions.
Trait for shared param inputCol.
Trait for shared param inputCol. This trait may be changed or removed between minor versions.
Trait for shared param inputCols.
Trait for shared param inputCols. This trait may be changed or removed between minor versions.
Trait for shared param labelCol (default: "label").
Trait for shared param labelCol (default: "label"). This trait may be changed or removed between minor versions.
Trait for shared param loss.
Trait for shared param loss. This trait may be changed or removed between minor versions.
Trait for shared param maxIter.
Trait for shared param maxIter. This trait may be changed or removed between minor versions.
Trait for shared param outputCol (default: uid + "output"). This trait may be changed or removed between minor versions.
Trait for shared param outputCol (default: uid + "output"). This trait may be changed or removed between minor versions.
Trait for shared param outputCols.
Trait for shared param outputCols. This trait may be changed or removed between minor versions.
Trait for shared param predictionCol (default: "prediction").
Trait for shared param predictionCol (default: "prediction"). This trait may be changed or removed between minor versions.
Trait for shared param probabilityCol (default: "probability").
Trait for shared param probabilityCol (default: "probability"). This trait may be changed or removed between minor versions.
Trait for shared param rawPredictionCol (default: "rawPrediction").
Trait for shared param rawPredictionCol (default: "rawPrediction"). This trait may be changed or removed between minor versions.
Trait for shared param regParam.
Trait for shared param regParam. This trait may be changed or removed between minor versions.
Trait for shared param seed (default: this.getClass.getName.hashCode.toLong).
Trait for shared param seed (default: this.getClass.getName.hashCode.toLong). This trait may be changed or removed between minor versions.
Trait for shared param solver.
Trait for shared param solver. This trait may be changed or removed between minor versions.
Trait for shared param standardization (default: true).
Trait for shared param standardization (default: true). This trait may be changed or removed between minor versions.
Trait for shared param stepSize.
Trait for shared param stepSize. This trait may be changed or removed between minor versions.
Trait for shared param threshold.
Trait for shared param threshold. This trait may be changed or removed between minor versions.
Trait for shared param thresholds.
Trait for shared param thresholds. This trait may be changed or removed between minor versions.
Trait for shared param tol.
Trait for shared param tol. This trait may be changed or removed between minor versions.
Trait for shared param varianceCol.
Trait for shared param varianceCol. This trait may be changed or removed between minor versions.
Trait for shared param weightCol.
Trait for shared param weightCol. This trait may be changed or removed between minor versions.
Trait for shared param aggregationDepth (default: 2). This trait may be changed or removed between minor versions.


“Kāmacchando ca byāpādo, Thinamiddhañca bhikkhuno; Uddhaccaṁ vicikicchā ca, Sabbasova na vijjatī”ti. … Suyāmano thero ….
Sensual desire, ill will, dullness and drowsiness, restlessness, and doubt are not found in a monk at all.


Class 1 Lab
SHINE BRIGHT LIKE A DIAMOND ...
It's all about ..
What kind of outing you are having?
What is your preferred dress code?
What is your favorite color?
Any Additional accessories?
What kind of outing you are having?
What is your preferred dress code?
What is your favorite color?
Any Additional accessories?


Location-Scale Transformations
Location-Scale transformations are supported using the location-scale
function.
(location-scale distribution location scale)
Specifically, if a distribution d is assumed for a random variable Z and one applies the transformations
Y=a+bZ, then the distribution of Y is obtained via (location-scale d a b)
. As an illustration, lets consider the actual implementation of the non-standard students-t distribution.
More Documentation Coming Soon!!


|
MQDS
0.0.1
Molecular Quantum Dynamics and Spectroscopy
|
This module contains the necessary functions for random number generation. More...
Functions/Subroutines | |
| subroutine | initialize_rn (my_pe) |
| cdf_g, cdf_e are radial cumulative distribution functions for the ground and first excited harmonic oscillator states More... | |
| real(dp) function, dimension(size(input)) | uniform_rn (input) |
| sample a uniform [0,1) random number More... | |
| real(dp) function, dimension(size(input)) | gaussian_rn (input) |
| Gaussian random number generation using the Box-Mueller process with two uniform [0,1) random number. More... | |
| subroutine | build_current_cdfs (c_f, c_b, islice) |
| This is a subroutine that builds the normalized cumulative distribution functions for the radial portion of the ground and first excited state harmonic states in polar coordinates ( \( (x - i p) \rightarrow r e^{-i \theta} \)) More... | |
| subroutine | sample_current_cdfs (r, rt) |
| subroutine to sample the current cumulative distribution functions for the radial portion of the harmonic oscillator states More... | |
| real(dp) function | ground_rn () |
| This function assigns a random number distributed according to the radial portion of the ground harmonic oscillator state in polar coordinates. More... | |
| real(dp) function | excited_rn () |
| This function assigns a random number distributed according to the radial portion of the first excited harmonic oscillator state in polar coordinates. More... | |
Variables | |
| real(dp), dimension(:,:), allocatable | radial_f |
| real(dp), dimension(:,:), allocatable | radial_b |
This module contains the necessary functions for random number generation.
| subroutine random_numbers::build_current_cdfs | ( | complex(dp), dimension( nstate ), intent(in) | c_f, |
| complex(dp), dimension( nstate ), intent(in) | c_b, | ||
| integer, intent(in) | islice | ||
| ) |
This is a subroutine that builds the normalized cumulative distribution functions for the radial portion of the ground and first excited state harmonic states in polar coordinates ( \( (x - i p) \rightarrow r e^{-i \theta} \))
| real(dp) function random_numbers::excited_rn | ( | ) |
This function assigns a random number distributed according to the radial portion of the first excited harmonic oscillator state in polar coordinates.
| real(dp) function, dimension(size(input)) random_numbers::gaussian_rn | ( | real(dp), dimension(:) | input | ) |
Gaussian random number generation using the Box-Mueller process with two uniform [0,1) random number.
| real(dp) function random_numbers::ground_rn | ( | ) |
This function assigns a random number distributed according to the radial portion of the ground harmonic oscillator state in polar coordinates.
| subroutine random_numbers::initialize_rn | ( | integer, intent(in), optional | my_pe | ) |
cdf_g, cdf_e are radial cumulative distribution functions for the ground and first excited harmonic oscillator states
radial_f, radial_b are the full radial CDFs for forward and backward mapping variables based on linear combinations of cdf_g, cdf_e where coefficients come from final mapping variable values from previous propagation. These are what the mapping variables are sampled from Inserts the random number generation seed based upon the current time. If the calculation is being done with MPI-parallelization, this subroutine takes the processing element ID number as an argument to ensure that the seeds are unique.
| subroutine random_numbers::sample_current_cdfs | ( | real(dp), dimension(nstate), intent(out) | r, |
| real(dp), dimension(nstate), intent(out) | rt | ||
| ) |
subroutine to sample the current cumulative distribution functions for the radial portion of the harmonic oscillator states
| real(dp) function, dimension(size(input)) random_numbers::uniform_rn | ( | real(dp), dimension(:) | input | ) |
sample a uniform [0,1) random number
| real(dp), dimension(:,:), allocatable random_numbers::radial_b |
| real(dp), dimension(:,:), allocatable random_numbers::radial_f |


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initRestartPanel()
- Method in class com.view.gui.
MainPage
initTable()
- Method in class com.view.gui.
MainPage
input
- Variable in class com.view.console.
Console
input()
- Method in class com.view.console.
Console
ask of input position.
InputPanel
- Class in
com.view.gui.panel
input form panel.
InputPanel(String, String...)
- Constructor for class com.view.gui.panel.
InputPanel
create form panel with default component (jtextfield).
InputPanel(String, Pair<String, ? extends JComponent>...)
- Constructor for class com.view.gui.panel.
InputPanel
create new input panel form.
insert(Location)
- Method in interface com.controller.
GameBoard
Insert location of current player To check game's state
insert(Location)
- Method in class com.controller.
OXGame
insert(Player, Location)
- Method in class com.model.board.
Board
Insert the player symbol (
Player.getSymbol()
) at position
p
in the board.
invisible(Window)
- Method in class com.view.gui.panel.
OptionPanel
set panel
invisible
.
isAllDecimal(String)
- Static method in class com.view.gui.lib.
Checker
check input string must contains digit and
dot
ONLY.
isAllNumber(String)
- Static method in class com.view.gui.lib.
Checker
check input string must contains digit ONLY.
isBiggerThanScreen(Dimension)
- Static method in class com.view.gui.lib.
DimensionUtilities
test than pageSize is bigger than screen (computer monitor) or not
isContains(Object)
- Method in class com.model.implementation.
Pair
isEmpty(Location)
- Method in class com.model.board.
Board
is the position empty.
isError()
- Method in class com.view.gui.lib.
Parser
check is error occurred.
isFull()
- Method in class com.model.board.
Board
check is the board full or not.
isKeyContains(K)
- Method in class com.model.implementation.
Pair
isValid(Location)
- Method in class com.model.board.
Board
must in board size.
isValueContains(V)
- Method in class com.model.implementation.
Pair
isWin(Location, String, DiagonalStrategy.Direction)
- Method in class com.model.algorithm.
DiagonalStrategy
check is win with direction (left or right).
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[gecode-users] dynamic model
Alexis Cothenet
alexis.cothenet at gmail.com
Wed Feb 1 10:53:59 CET 2012
Hi Christian,
Thanks very much for your answer, that helps.
I will read a little more the tutorial before writing some tests.
Best regards,
Alexis
2012/2/1 Christian Schulte <cschulte at kth.se>
> Hi Alexis,****
>
> ** **
>
> Yep, I know ILOG CP reasonably well. But I have to admit it is really
> clear what you are trying to achieve.****
>
> ** **
>
> If you just want to solve goals that are a conjunction that corresponds to
> posting the respective goals inside a space. ****
>
> ** **
>
> As you say yourself, disjunctive goals corresponds to a choice generated
> by a brancher. Posting a new brancher inside the commit function of some
> other brancher is possible in fact. I am not really sure what you mean by
> the return type, but let me try: posting a brancher does not fail. So what
> you can do inside the commit function is to post a new brancher and return
> ES_OK as ExecStatus (signalling that the commit indeed did not fail, a
> commit could fail if it for example posted a new constraint).****
>
> ** **
>
> I hope that helps somewhat.****
>
> ** **
>
> Best****
>
> Christian****
>
> ** **
>
> --****
>
> Christian Schulte, www.ict.kth.se/~cschulte/<http://www.ict.kth.se/%7Ecschulte/>
> ****
>
> ** **
>
> *From:* users-bounces at gecode.org [mailto:users-bounces at gecode.org] *On
> Behalf Of *Alexis Cothenet
> *Sent:* Tuesday, January 31, 2012 9:57 PM
> *To:* users at gecode.org
> *Subject:* [gecode-users] dynamic model****
>
> ** **
>
> Hi all,
>
> I'm currently studying the possibilty to migrate to Gecode a software
> written with ILOG CP.
> The actual model is computed dynamically using goals. I don't know if any
> of you are a bit familiar with it, but if yes this is in essence what is
> done:
> solver.solve (goal1 & goal2).
> goal1 could be asking for the variable toto to be 0:
> goal1-> toto=0
> goal2 could be a combination of other goals:
> goal2 -> goal3 || goal4 etc...(i mean goal4 could be another combination
> of goals...).
>
>
> I'm reading the very good tutorial "Modeling and Programming with Gecode",
> actually i'm with the chapter 28 for implementing branchers.
> It seems to me that for doing the equivalent of ILOG CP, i should have in
> a space:
> call branch1 (in order to replace goal1)
> call branch2 (in order to replace goal2).
>
> and implement the branch2 in order its choice have 2 alternatives
> and doing in branch2::commit something like { if a=0 return branch3 else
> return branch4}.
> The problem is that it doesn't seem to work like that since it claims an
> ExecStatus type return.
>
> Is it possible to create new branchers inside branchers so that the result
> of the commit branch would call the commit of other branchers and so on ?
>
> Thank you very much by advance for your support.
>
> Best regards,
> Alexis
>
>
>
>
> ****
>
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| Module | Haml::Helpers |
| In: |
vendor/gems/haml-1.7.1/lib/haml/helpers/action_view_extensions.rb
vendor/gems/haml-1.7.1/lib/haml/helpers.rb |
This module contains various helpful methods to make it easier to do various tasks. Haml::Helpers is automatically included in the context that a Haml template is parsed in, so all these methods are at your disposal from within the template.
Captures the result of the given block of Haml code, gets rid of the excess indentation, and returns it as a string. For example, after the following,
.foo - foo = capture_haml(13) do |a| %p= a
the local variable foo would be assigned to "
13
\n".
Returns a hash containing default assignments for the xmlns and xml:lang attributes of the html HTML element. It also takes an optional argument for the value of xml:lang and lang, which defaults to ‘en-US’. For example,
%html{html_attrs}
becomes

Takes an Enumerable object and a block and iterates over the object, yielding each element to a Haml block and putting the result into
 elements. This creates a list of the results of the block. For example:
= list_of([['hello'], ['yall']]) do |i| = i[0]
Produces:

hello

yall

And
= list_of({:title => 'All the stuff', :description => 'A book about all the stuff.'}) do |key, val| %h3= key.humanize %p= val
Produces:

Title

All the stuff

Description

A book about all the stuff.

Creates an HTML tag with the given name and optionally text and attributes. Can take a block that will be executed between when the opening and closing tags are output. If the block is a Haml block or outputs text using puts, the text will be properly indented.
For example,
open :table do open :tr do open :td, {:class => 'cell'} do open :strong, "strong!" puts "data" end open :td do puts "more_data" end end end
outputs

   strong!  data 	  more_data

Prepends the given character to the beginning of the Haml block, with no whitespace between. For example:
= precede '*' do %span.small Not really
Produces:
*Not really
Takes any string, finds all the endlines and converts them to HTML entities for endlines so they‘ll render correctly in whitespace-sensitive tags without screwing up the indentation.
Appends the given character to the end of the Haml block, with no whitespace between. For example:
click = succeed '.' do %a{:href=>"thing"} here
Produces:
click here.
Surrounds the given block of Haml code with the given characters, with no whitespace in between. For example:
= surround '(', ')' do %a{:href => "food"} chicken
Produces:
(chicken)
and
= surround '*' do %strong angry
Produces:
*angry*
Increments the number of tabs the buffer automatically adds to the lines of the template.
See tab_up.


Ionic Framework is an open source SDK that enables developers to build high quality mobile apps with web technologies like HTML, CSS, and JavaScript.
Appflow is a powerful set of services and features built on top of Ionic Framework that brings a totally new level of app development agility to mobile dev teams.


This is a simulation of a ray inside a rectangle. The ray enters from a hole in the middle of the top edge. You can find the source here.


Friends |
| bool | Gecode::Set::same (const Gecode::Set::ConstSetView &, const Gecode::Set::ConstSetView &) |
| bool | Gecode::Set::before (const Gecode::Set::ConstSetView &, const Gecode::Set::ConstSetView &) |
Related Functions |
(Note that these are not member functions.)
|
| template<class Char , class Traits > |
std::basic_ostream< Char,
Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const ConstSetView &x) |
| | Print constant set view.
|
Constructors and initialization |
|
| | ConstSetView (void) |
| | Default constructor.
|
| | ConstSetView (Space &home, const IntSet &s) |
| | Construct with s as the domain.
|
Value access |
|
| unsigned int | cardMin (void) const |
| | Return minimum cardinality.
|
| unsigned int | cardMax (void) const |
| | Return maximum cardinality.
|
| int | lubMin (void) const |
| | Return minimum of the least upper bound.
|
| int | lubMax (void) const |
| | Return maximum of the least upper bound.
|
| int | lubMinN (unsigned int n) const |
| | Return n-th smallest element of the least upper bound.
|
| int | glbMin (void) const |
| | Return minimum of the greatest lower bound.
|
| int | glbMax (void) const |
| | Return maximum of the greatest lower bound.
|
| unsigned int | glbSize (void) const |
| | Return the number of elements in the greatest lower bound.
|
| unsigned int | lubSize (void) const |
| | Return the number of elements in the least upper bound.
|
| unsigned int | unknownSize (void) const |
| | Return the number of unknown elements.
|
Domain tests |
|
| bool | contains (int i) const |
| | Test whether i is in the greatest lower bound.
|
| bool | notContains (int i) const |
| | Test whether i is not in the least upper bound.
|
Domain update by value |
|
| ModEvent | cardMin (Space &home, unsigned int m) |
| | Restrict cardinality to be greater than or equal to m.
|
| ModEvent | cardMax (Space &home, unsigned int m) |
| | Restrict cardinality to be less than or equal to m.
|
| ModEvent | include (Space &home, int i, int j) |
| | Update greatest lower bound to include all elements between and including i and j.
|
| ModEvent | exclude (Space &home, int i, int j) |
| | Restrict least upper bound to not contain all elements between and including i and j.
|
| ModEvent | include (Space &home, int i) |
| | Update greatest lower bound to contain i.
|
| ModEvent | exclude (Space &home, int i) |
| | Restrict least upper bound to not contain i.
|
| ModEvent | intersect (Space &home, int i, int j) |
| | Update least upper bound to contain at most all elements between and including i and j.
|
| ModEvent | intersect (Space &home, int i) |
| | Update least upper bound to contain at most the element i.
|
Domain update by range iterator |
|
| template<class I > |
| ModEvent | excludeI (Space &home, I &i) |
| | Remove range sequence described by i from least upper bound.
|
| template<class I > |
| ModEvent | includeI (Space &home, I &i) |
| | Include range sequence described by i in greatest lower bound.
|
| template<class I > |
| ModEvent | intersectI (Space &home, I &iter) |
| | Intersect least upper bound with range sequence described by i.
|
Cloning |
|
| void | update (Space &home, bool share, ConstSetView &y) |
| | Update this view to be a clone of view y.
|
Delta information for advisors |
|
| int | glbMin (const Delta &d) const |
| | Return minimum value just pruned from glb.
|
| int | glbMax (const Delta &d) const |
| | Return maximum value just pruned from glb.
|
| bool | glbAny (const Delta &d) const |
| | Test whether arbitrary values got pruned from glb.
|
| int | lubMin (const Delta &d) const |
| | Return minimum value just pruned from lub.
|
| int | lubMax (const Delta &d) const |
| | Return maximum value just pruned from lub.
|
| bool | lubAny (const Delta &d) const |
| | Test whether arbitrary values got pruned from lub.
|
View comparison |
|
| bool | same (const ConstSetView &x, const ConstSetView &y) |
| | Test whether views x and y are the same.
|
| bool | before (const ConstSetView &x, const ConstSetView &y) |
| | Test whether view x comes before y (arbitrary order).
|
Constant view.


This is a report of my first experience with this chemical, and am writing this report 3 days later.
My boyfriend had ordered 500mg of MDVP back in July…he had accepted that he’d been mega-scammed some weeks ago. Yesterday (11/3), to our humbling delight, we found that it had finally arrived! The packaging of the order was peculiar, and I feel that a detailed description is warranted; it was neatly enclosed in a plastic baggy, inside a slightly larger plastic baggy, which was wrapped in toilet paper, then wrapped into like 4 sheets of paper. It had then been stuffed in an envelope, and THAT envelope was ALSO wrapped in toilet paper and what is assumed to be double sided tape, another several folded piece of paper, securing the contents of the item, and finally, the item subject of this report was too diligently situated into a too legit USPS priority envelope. We finally got to the core of that mass of tape and paper, and lo and behold, the 500mg order was actually 2,000mg. Worth the wait? Dare I say “nay”?
At around 6:30 pm we had a buffet dinner, so be mindful that all the effects I’m going to begin reporting are on a full stomach. At approximately 7:30pm, we weighed out a couple of 10mg bumps for snorting purposes, and it hit me instantly, sort of reminiscent to how you feel when you’re just starting to feel the effects of a GOOD, not generic, 30mg instant release Adderall. My boyfriend said he felt about the same way. He said he was feeling pretty euphoric, but he lumps pretty much all sensations into “euphoria”. The taste/”drip” was not too bad, but had a very prominent chemical taste.
I felt very stimulated probably 5-7 minutes after insufflating that first dose. At approximately 7:45pm, I joined my neighbors outside for a smoke, and found myself to be extremely chatty, and cigarettes to be extremely delicious. I was feeling really energetic, but I didn’t really want to go anywhere. All I felt like doing was chatting. My neighbors were doing opiates and drinking beer, so we had a bit of a different dynamic, but it worked. We smoked about 3 bowls of chronic between 4 people.
The effect of the chronic was about what I had expected, similar to a weed/coke mix. We sat around for a while chatting and watching a variety of videos online. At about 10:00, my boyfriend and I came home. I decided that I wanted to redose, my boyfriend tried to convince me to not, but he failed, and i did a little less than the first 10mg dose, by insufflation again. All I wanted to do was watch videos and read about anything and everything on Wikipedia, searched places on the map in different countries that had “street view”.
Like with any stimulant, the desire to redose was strong, but I had to work at 8:00 that morning. At about midnight, I took 3 tylenol pm, one 15mg mirtazapine, smoked much more weed, and had a beer. At about 4:00am, 6 hours after the second dose, and four hours after that midnight cocktail that I had relied on to put me to sleep, I resolved to staying up until work. I had lost all feelings of stimulation, and just felt a general high feeling. I sniffed another small amount before work, didn’t even bother to weigh it out.
It got me going pretty well, and definitely got me through the morning okay. I left for work, a law office as it turns out, and fortunately I didn’t have much to do, because at that time I was getting a little delirious. It took me so long to finish a task because I would forget what I was doing so quickly. When I went home for lunch, I took a little more, for good measure. I felt good for a couple hours after that, but it didn’t last me through the rest of the work day.
My phone/communication skills were nonexistent, I had a twitch in my face, and it was obvious that I was having trouble comprehending things. I got home and was experiencing one of the strangest crashes ever. The sleep deprivation was unreal. I started having auditory and visual hallucinations at around 6:30pm, 23 hours after we first dosed. I didn’t sleep well that night, despite how terribly weary I was mentally and physically.
Despite the horrible run-in with insomnia, the terrors of sleep deprivation, and the uncontrollable twitching, the overall expectations that I had for the drug were well met. I would definitely suggest against taking this in the evening if you have obligations the next day that require a certain level of professionalism and clarity. Nonetheless, I would say it’s almost as enjoyable as meth or coke, minus the tedious drug dealing process. Unlike coke and meth, I would suggest redosing no more than once every 3 hours.  Will definitely be keeping this drug around!
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.


| SLiM Code |
slimr Equivalent |
Notes |
|---|---|---|
something = "hello world"; print(something);
|
something <- "hello world" print(something) –OR– something = "hello world"; print(something);
|
In SLiM, semicolons at the end of lines are mandatory, and
assignment is always with = . In slimr, R-style assignment
operator <- is allowed and semicolons are optional. Code
will be appropriately converted to work in SLiM. |
return T; |
return(T); |
In SLiM, return is a keyword, but in R,
return is a function. Use return() in
slimr , which will be automatically converted for SLiM. Note
also that for TRUE and FALSE , SLiM uses
T and F , so use T and
F in slimr as well. |
cat(fixed ? “FIXED\\n" else "LOST\\n"); |
cat(fixed %?% “FIXED\\n" %else% "LOST\\n"); |
SLiM can make use of Eidos trinary operator ? , which is
a compact form of an if else statement, or a non-vectorized form of
ifelse() . slimr supports this by using the
operators %?% and %else% . |
if (fixed) cat("FIXED\\n"); else cat("LOST\\n");
|
if (fixed) cat("FIXED\\n"); else cat("LOST\\n");
|
If Else statement are formatted slightly differently between SLiM
and R. In SLiM, the else statement must follow a newline
after the final line of the if statement. In R, the
else statement must be on the same line as the final line
of the if statement. In slimr use the R form,
it will be converted to work with SLiM. |
sim.addSubpop("p1", 500); |
sim.addSubpop("p1", 500); –OR– sim$addSubpop("p1", 500); –OR– sim%.%Species$addSubpop("p1", 500);
|
The other varieties may look a little weird but they allow autocomplete to work in R. If you don’t need autocomplete it works best to just write as you would in SLiM. |
[id] [t1 [: t2]] first() { ... } |
slim_block([id,] [t1, [t2,]] first(), { ... }) |
This is how an Eidos block is specified in SLiM and slimr. Things
inside square brackets are optional. Instead of first() ,
any event or callback function can be used. id is a name
for the code block, t1 is the first time to run the block,
t2 is the last time. ... is arbitrary Eidos or
slimr code. |
1: late() { ... } |
slim_block(1, .., late(), { ... }) |
In SLiM, using t: , means to run the code from time
t until the end of the simulation. In slimr ,
this can be accomplished by using .. for the end time. |
do {...} while (runif(1) < 0.8);
|
proceed <- 0; while(proceed < 0.8) { ... proceed <- runif(1); } |
R does not have a do ... while loop construction, it
only has while loops. The main difference is that
do ... while tests the condition at the end of the
{...} code, whereas while() tests the
condition before the {...} code. Similar functionality can
be achieved with a slightly more verbose while loop in R,
which will also work in SLiM. |


VytaScript
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December 1, 2018
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magic.
Digital design studio on Hobart's waterfront.
I'm animated!
Some content truncated.


GOA
GOA is known for its striking landscape, famous beaches in India, astounding monuments and bustling Goa nightlife. Goa is one of the most visited tourist places in India, especially on weekends. It attracts a large number of tourists from all over the world. There are several places to visit & tourist attraction points in Goa.Take part in a range of watersports activities.See Goa's backwater islands on a party boat cruise.Look out for dolphins and other marine life.So, wait no more! And book goa tour packages.
PACKAGE OFFERED:
- DURATION:6 NIGHTS,7 DAY.

- DATE OF JOURNEY:30TH SEPTEMBER,2021.
BACK TO HOME PAGE


Buyers Remaining:
{{group.num_in_auction}}
Purchaser Pays:
{{initial_expense}}
francs
Number of Tickets for Sale: {{quantity}}
Current Price:
{{ group.start_price }}
{% include 'includes/bid_button.html' %}
Your budget: {{group.buyer_endowment}} francs
The last buyer remaining purchases the tickets
The tickets will be exchanged for
{{quantity}}×{{group.fH}}= {{vH}} francs if the ticket{{plural}} {{to_be}}
green
or
{{quantity}}×{{group.fL}}= {{vL}} francs if the ticket{{plural}} {{to_be}}
blue
.
{% if round_number > 1 %}
{% include 'includes/history_buyer.html' %}
{% endif %}


CSS
Elements is structured based on ITCSS, we split the framework in to several layers:
- base - This is the first layer which outputs any actual CSS. It usually contains CSS resets, font imports etc.
-
elements - Elements contains any CSS pertaining to HTML elements such as
html
,table
, orh1
. -
objects - Objects is the first layer containing class-based selectors, we
prefix objects with
o-
. It should contain any non-cosmetic design patterns styling such as.o-container
. -
components - The Components layer is where the majority of the CSS will be
written. Components handle the cosmetic design patterns and UI elements such as
.c-table
or.c-button
. -
utilities - The Utilities layer is reserved for styling which will take
precedence over other classes. These are generally utilities such as
.u-inline-block
which sets an element todisplay: inline-block
or.u-text-center
which forcestext-align: center
.
Our CSS classes follow the BEM structure:
Some examples of suitable class names:
We should NEVER use the following class names:
CSS Style Guide
We have established a CSS style guide which helps promote a greater degree of standardization in our code.


SABOS's usual home - the macrobert in Stirling University - was closed for refurbishment, and this year's show was held in the Albert Halls, in the town centre. It now means that I have performed in both the Albert Halls and the Carnegie Hall!
The show photographs turned out extremely badly. That was my fault. The friend who normally takes these photographs for me turned up at the house, and I gave him my camera, lenses and flashgun. "What about film?" he asked. Oops...
We made do with what I had lying around, but that included some pretty awful ISO200 stock. As a result, these photographs are very noisy.
As before, I snapped a few backstage pictures with the digital camera.


This page tests the operation of keypress in a text input. Safari 3.1 changed its key model. Look in the console for log message about getting keypress events.
This page also tests that we can dojo.disconnect correctly. Clicking on the Disconnect buttons should turn off the console logs associated with the matching connect calls.
The input


GraphQL is a query language for APIs and a runtime for fulfilling those queries with your existing data. It is an
elegant
approach that solves many of these problems that we have with typical REST apis. There is a great
comparison between
GraphQL
and REST. In this set of articles, we're not going to explain what the GraphQL is, but rather show how to work with
the
dedicated
@nestjs/graphql
module. This chapter assumes that you are already familiar with GraphQL essentials.
The
GraphQLModule
is nothing more than a wrapper around the
Apollo server. We don't reinvent the wheel but provide
a
ready to use module instead, that brings a clean way to play with the GraphQL and Nest together.
Firstly, we need to install the required packages:
$ npm i --save @nestjs/graphql apollo-server-express graphql-tools graphql
Once the packages are installed, we can register the GraphQLModule
.
{{ middleware }}
The typePaths
property indicates where the GraphQLModule
should look for the GraphQL
files.
Besides, all options will be passed down to the underlying Apollo instance (read more about available settings here). For instance, if you want to disable the playground
and turn off the debug
mode,
simply pass below options:
{{ moreOptions }}
As mentioned, all these settings will be forwarded to the ApolloServer
constructor.
The playground is a graphical, interactive, in-browser GraphQL IDE, available by default on the same URL as the
GraphQL server
itself. Whilst your application is running in the background, open your web browser and navigate to http://localhost:3000/graphql
(host
and port may vary depending on your configuration).
Another useful feature of this module is a capability to serve multiple endpoints at once. Thanks to that, you can
decide which modules should be included in which endpoint. By default, GraphQL
searches for resolvers
throughout the whole app. To limit only a subset of modules, you can use the include
property.
{{ includeSubset }}
Quite often you might want to asynchronously pass your module options instead of passing them beforehand. In such
case, use
forRootAsync()
method, that provides a couple of various ways to deal with async data.
First possible approach is to use a factory function:
{{ asyncConfiguration }}
Obviously, our factory behaves like every other one (might be async
and is able to inject dependencies
through
inject
).
{{ asyncConfigurationFactoryAsync }}
Alternatively, you are able to use class instead of a factory.
{{ asyncConfigurationClass }}
Above construction will instantiate GqlConfigService
inside GraphQLModule
and will
leverage
it to create options object. The GqlConfigService
has to implement GqlOptionsFactory
interface.
{{ asyncConfigurationClassBody }}
In order to prevent the creation of GqlConfigService
inside GraphQLModule
and use a
provider
imported from a different module, you can use the useExisting
syntax.
{{ asyncConfigurationExisting }}
It works the same as useClass
with one critical difference - GraphQLModule
will lookup
imported
modules to reuse already created ConfigService
, instead of instantiating it on its own.
A fully working sample is available here.


|
nz.co.jedsimson.lgp.core.environment
|
Contains core system components that define the environment in which evolution will take place.
|
|
nz.co.jedsimson.lgp.core.environment.config
|
|
|
nz.co.jedsimson.lgp.core.environment.constants
|
|
|
nz.co.jedsimson.lgp.core.environment.dataset
|
|
|
nz.co.jedsimson.lgp.core.environment.events
|
|
|
nz.co.jedsimson.lgp.core.environment.operations
|
|
|
nz.co.jedsimson.lgp.core.evolution
|
Contains core system components that perform the evolution process.
|
|
nz.co.jedsimson.lgp.core.evolution.fitness
|
|
|
nz.co.jedsimson.lgp.core.evolution.model
|
|
|
nz.co.jedsimson.lgp.core.evolution.operators.mutation
|
|
|
nz.co.jedsimson.lgp.core.evolution.operators.mutation.macro
|
|
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nz.co.jedsimson.lgp.core.evolution.operators.mutation.micro
|
|
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nz.co.jedsimson.lgp.core.evolution.operators.mutation.strategy
|
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nz.co.jedsimson.lgp.core.evolution.operators.recombination
|
|
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nz.co.jedsimson.lgp.core.evolution.operators.selection
|
|
|
nz.co.jedsimson.lgp.core.evolution.training
|
|
|
nz.co.jedsimson.lgp.core.modules
|
Provides the main components for defining an interacting with modules in the system.
|
|
nz.co.jedsimson.lgp.core.program
|
Contains the main interfaces and implementations for a program that is evolved by the Linear Genetic Programming algorithms.
|
|
nz.co.jedsimson.lgp.core.program.instructions
|
|
|
nz.co.jedsimson.lgp.core.program.registers
|
|


|
Boss2D
2.6.1
|
2D벡터 More...
#include <boss_vector.hpp>
Inherits BOSS::vector128f.
Public Member Functions | |
| Vector (const vector128f &rhs) | |
| Vector (float x, float y, float vx, float vy) | |
| Vector (const point64f &pos, const point64f &vec) | |
| Vector & | operator= (const vector128f &rhs) |
| Vector & | operator*= (const float rhs) |
| Vector | operator* (const float rhs) const |
| Vector & | operator+= (const point64f &rhs) |
| Vector | operator+ (const point64f &rhs) const |
| Vector & | operator-= (const point64f &rhs) |
| Vector | operator- (const point64f &rhs) const |
| bool | operator== (const vector128f &rhs) const |
| bool | operator!= (const vector128f &rhs) const |
Additional Inherited Members | |
| Public Attributes inherited from BOSS::vector128f | |
| float | x |
| float | y |
| float | vx |
| float | vy |
2D벡터


CryptoCurrencies
A cryptocurrency is a digital asset designed to work as a medium of exchange that uses cryptography to secure its transactions, to control the creation of additional units, and to verify the transfer of assets.
A cryptocurrency is a digital asset designed to work as a medium of exchange that uses cryptography to secure its transactions, to control the creation of additional units, and to verify the transfer of assets.


MAN BITES DOG A film review by Phineas Narco Copyright 1993 Phineas Narco
I just rented this movie last night (I think it just came out on tape) and was kind of skeptical at first as I usually don't like foreign movies, but I was *very* *very* impressed by this movie. I know of no other movie that was so simultaneously shocking, disturbing and yet consistently hilarious as this one. Scenes like the shitting/singing guy and the nurse arguing in the hospital, confronting the other film crew and shooting them and many others have me ROTFL. Another interesting dichotomy was that the movie was simultaneously done very realistically and yet was extremely absurd. I'd be very interested in any information people might have as to how the movie was made, how such natural performances were elicited from people who may or may not be actors, the special effects, how much was actually improvised, etc. Some aspects of the movie reminded me of Woody Allen's TAKE THE MONEY AND RUN and Reiner's SPINAL TAP... due to the cinema verite' absurdist pseudo documentary style of the picture. Other scenes reminded me of HENRY-PORTRAIT OF A SERIAL KILLER such as the slow motion replaying of an attempted murder and the assault on a family in a suburban home. The neck brace reminded me of the final scene in A CLOCKWORK ORANGE, another movie with a charismatic psychopath as it's focus. Many scenes reached the point of stomach wrenching realism and then some absurd element was added when the viewer reaches the maximum point of queasiness. *This movie is great!* In case anyone doesn't know what I'm talking about the movie is basically a pseudo-documentary that follows the exploits of a charismatic French serial killer. I *highly* recommend this film!
--Phineas Narco
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


|
SideCar
|
Records statistics for all unit tests run. More...
#include </Users/howes/src/sidecar/UnitTest/RunResults.h>
Public Member Functions | |
| RunResults () throw () | |
| Default constructor. | |
| void | addOK (const std::string &s) throw () |
| Add a test name that passed. More... | |
| void | addError (const UnitTestException &e) throw () |
| Add an exception to the list of errors. More... | |
| void | addFailure (const UnitTestException &e) throw () |
| Add an exception to the list of failures. More... | |
| int | numGood () const throw () |
| int | numErrors () const throw () |
| int | numFailures () const throw () |
| int | numBad () const throw () |
| bool | passed () const throw () |
| operator bool () const throw () | |
| Test if any errors or failures (! passed()). More... | |
| bool | isStopped () const throw () |
| void | stopRun () throw () |
| Stop running. More... | |
| std::ostream & | printText (std::ostream &os) const throw () |
| Write formatted text statistics to the given stream. More... | |
| std::ostream & | printXML (std::ostream &os) const throw () |
| Write XML statistics to the given stream. More... | |
Records statistics for all unit tests run.
If any unit test throws an exception, we keep a copy of it. There are two types of exceptions covered: failures (represented by TestException exceptions) and errors (caused by anything else). The former represents a unit test that failed to pass, whereas the latter represents a problem running the test.
Definition at line 18 of file RunResults.h.
|
inline |
Add an exception to the list of errors.
| e | exception to record. |
Definition at line 37 of file RunResults.h.
|
inline |
Add an exception to the list of failures.
| e | exception to record. |
Definition at line 43 of file RunResults.h.
|
inline |
Add a test name that passed.
| s | the test name that passed |
Definition at line 31 of file RunResults.h.
|
inline |
Definition at line 73 of file RunResults.h.
|
inline |
Definition at line 59 of file RunResults.h.
References numErrors(), and numFailures().
Referenced by passed().
|
inline |
Definition at line 51 of file RunResults.h.
Referenced by numBad().
|
inline |
Definition at line 55 of file RunResults.h.
Referenced by numBad().
|
inline |
Definition at line 47 of file RunResults.h.
|
inline |
Test if any errors or failures (! passed()).
Definition at line 69 of file RunResults.h.
References passed().
|
inline |
Definition at line 63 of file RunResults.h.
References numBad().
Referenced by operator bool().
| std::ostream & RunResults::printText | ( | std::ostream & | os | ) | const |
| throw | ( | ||||
| ) |
Write formatted text statistics to the given stream.
| os | stream to write to |
Definition at line 50 of file RunResults.cc.
Referenced by stopRun().
| std::ostream & RunResults::printXML | ( | std::ostream & | os | ) | const |
| throw | ( | ||||
| ) |
Write XML statistics to the given stream.
| os | stream to write to |
Definition at line 121 of file RunResults.cc.
Referenced by stopRun().
|
inline |
Stop running.
Do not start any future tests.
Definition at line 77 of file RunResults.h.
References printText(), and printXML().


Pat and Ann pack a picnic. At camp, they set up the picnic in a tent. They sit on the sand. In the tent, the picnic smells attract ants. The ants attack the melon. The ants attack the crisps. The ants sip the drinks. Pat and Ann panic. They stamp on the ants, the melon and the crisps. The drinks tip. The tent is a mess. Pat and Ann attack the mess in the tent. Pat and Ann set trap to kill the ants. The trap attracts the ants. The ants get stuck. That is the end of the ants. Pat and Ann pack up the picnic.
in-context


WEST
Protocol Buffers
Connection Parameters
Enable keepalive timer (Optional)
Connect
Event
Channel
Id
Data
Send
Event Log
Panel content


Release Notes - Apache S4 - Version 0.5.0
S4 is a general-purpose, distributed, scalable, partially fault-tolerant, pluggable platform
that allows programmers to easily develop applications for processing continuous unbounded streams of data.
Apache S4 0.5.0 is the first release of S4 as an Apache Incubator project.
It is also a complete refactoring of the previous S4 codebase.
Sub-task
- [S4-24] - Dynamic deployment of S4 applications from a remote repository
- [S4-29] - Remove file-based configurations
- [S4-33] - TestUtils and modules should be split across s4-comm and s4-core
- [S4-36] - CommTests should use ZkBasedClusterManagement
- [S4-65] - Create s4 status command
Bug
- [S4-12] - Dynamic Method Dispatching
- [S4-14] - Listener.recv() behavior when interrupted
- [S4-18] - gradle test fails
- [S4-23] - NettyEmitter -- 1. Infinitely waiting on connection, 2. numPartitions is same as numClusterNodes
- [S4-26] - standalone application build script fails when the source directory contains more than 1 class
- [S4-43] - Replace deprecated method in Gradle
- [S4-56] - Prevent concurrent access to published s4r files
- [S4-61] - Threads running the PEs don't have a Context Class Loader
- [S4-63] - onTime() events are not synchronized correctly
- [S4-70] - s4 node command ignores -zk parameter
- [S4-71] - s4 deploy mismanages s4r URI
- [S4-74] - NullPointerException on TCPEmitter.onChange()
- [S4-82] - Fix local communication optimization
- [S4-87] - Checkpointing: recovery : avoid rejections upon fetching
- [S4-89] - Fix references to S4 libs when resolving classpath for adapter in new S4 application
Improvement
- [S4-6] - Netty initialization
- [S4-17] - Put tmp dir under build
- [S4-21] - Create standard PEs, and Event classes
- [S4-22] - Adaptor + inter app communication
- [S4-27] - extensions to cluster configuration through Zookeeper
- [S4-34] - Rename s4.comm.netty and constituents to s4.comm.tcp
- [S4-44] - optional backoff upon multiple consecutive failed checkpoint fetches
- [S4-57] - Document and improve the windowing PE
- [S4-60] - Development mode for rapid application development and testing
- [S4-67] - S4R packaging: improve packaging of dependencies
- [S4-69] - Update gradle to 1.0
- [S4-72] - Resource loading from S4R
- [S4-75] - Code improvements in comm layer
- [S4-78] - Gradle tasks don't finish as soon as possible
- [S4-81] - S4 tools syntax: remove curly braces + expose custom modules config
- [S4-85] - Improve handling of ZK connection changes
New Feature
- [S4-4] - Dynamic App Loading
- [S4-11] - add checkpointing mechanism to s4-piper
- [S4-38] - S4 command line utility
Task
- [S4-31] - Facilities for packaging example and test apps
- [S4-88] - Prepare 0.5.0 release


@(username: String) @main("VDJviz: home") { @views.html.navbar(username)
Table of annotated immune receptor sequences and flexible search options
Repertoire clonality, spectratype and Variable-Joining segment usage
Rarefaction analysis and summary statistics


realtime.threadingTkInter.
ThreadingTkInter
Tk Inter subsystem for realtime simulation
__init__
Constructor
interrupt
Interrupt the waiting thread
unlock
Unlock the waiting thread
wait
Wait for the specified time, or faster if interrupted
Python threading
Game Loop
Enter search terms or a module, class or function name.


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Refugees{code} in 2018


NSView
A collection of predefined animations ready to use for NSView.
-
Get center point according view’s current position.
-
Center view to target point.
-
Move anchor keeping layer position, must be a value between 0.0 and 1.0
-
Spring, animates CATransform3D
x
andy
scale and returns to normal transformation. -
Spring Back, animates CATransform3D
x
andy
to normal transformation with anEase.outElastic
curve. -
Zoom, animates CATransform3D
x
andy
scale to normal position with anEase.outCirc
animation curve. WARNING: Using zero scale value in CALayer’s transform causes program error. -
Zoom In, animates CATransform3D
x
andy
scale from 0.1 to normal position. -
Zoom Out, animates CATransform3D
x
andy
scale from 2.0 to normal position. -
Fade effect, animates CALayer’s opacity.
-
Fade In, animates opacity from 0.0 to 1.0.
-
Fade Out, animates opacity from 1.0 to 0.0.
-
Pop, animates CATransform3D
x
andy
scale and returns to normal transformation. -
Basic In, animates CATransform3D
x
andy
“from” desired translation “to” normal translation. -
Basic Out, animates CATransform3D
x
andy
“from” normal translation “to” desired translation. -
Fly, animates to normal translation calling
basicIn()
withEase.outBack
as animation curve. -
Fly left, animates from left to normal translation calling
fly()
over horizontal axis from a positive intial translation. -
Fly right, animates from right to normal translation calling
fly()
over horizontal axis from a negative intial translation. -
Fly top, animates from top to normal translation calling
fly()
over vertical axis from a negative intial translation. -
Fly bottom, animates from bottom to normal translation calling
fly()
over vertical axis from a positive intial translation. -
Slide, animates to normal translation calling
basicIn()
withEase.outCubic
as animation curve. -
Slide left, animates from left to normal translation calling
slide()
over horizontal axis from a positive intial translation. -
Slide right, animates from right to normal translation calling
slide()
over horizontal axis from a negative intial translation. -
Slide top, animates from top to normal translation calling
slide()
over vertical axis from a negative intial translation. -
Slide bottom, animates from bottom to normal translation calling
slide()
over vertical axis from a positive intial translation. -
Swing, animates CATransform3D
z
axis rotation from a desired angle back to normal rotation ‘swinging". -
Flip, animates CATransform3D
x
and/ory
axis rotation performing a 3D flip effect with perspective. -
Flip X, animates CATransform3D
x
axis rotation performing a 3D flip effect with perspective. -
Flip Y, animates CATransform3D
y
axis rotation performing a 3D flip effect with perspective. -
Spin, animates CATransform3D
x
and/ory
axis rotation performing a 3D flip effect with perspective. -
Shake, creates an animated shake effect with layer’s CATransform3D translating over
x
coordinate. -
Jiggle, creates an elastic transfrom effect by scaling layer’s CATransform3D.
-
Bounce, creates an bouncing transfrom effect by translating layer’s CATransform3D.
-
Bounce, creates an bouncing transfrom effect by translating layer’s CATransform3D.
-
Function to stop
loop()
anmation block.


{% extends "_layouts/default.html" %} {% block body %}
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This is a digital archive of all 5 prayer packs that were studied in this research project. Each pack was scanned thoroughly to examine its content. These images were then used to build the 5 banner collages. Below are the original scans, with English captions explaining some of the symbols that are continuously used throughout the prayer packs.
“For Guan Yin” prayer pack. Guan Yin is the commonly used Chinese translation of the Buddhist bodhisattva known today as ‘Avalokitesvara.’ She is associated with compassion.
One rendition of Guan Yin sitting on a lotus. Surrounded by the lotuses too, the flower represents purity and enlightenment. The couplets affirms good fortune with faith and belief to Guan Yin.
Another rendition of Guan Yin on the other side. Translation—Guan Yin will grant happiness and fortune. The shoes are probably an offering to her, which she will receive with the burning.
Auspicious symbols with the dragon representing strength, luck and power, and the phoenixes representing joy and peace.
thick coarse paper meant to aid the burning
A joss paper money wrapped inside the coarse paper set. “Longevity” is printed in the middle on top of the gold foil. Other characters are “wealth, success, fortune and happiness.”
Joss paper money, with couplets bringing in lots of fortune and wealth. “Longevity” printed in the middle. The deer symbolises success, as the pronunciation for deer in Mandarin is “lù”, the same as wealth.
Joss paper silver money, of less value than the gold foils.
Auspicious symbols in auspicious colours - the bats represent happiness and good fortune, a pun as the pronunciation of bat, “fú”, is the same. The border is decorated with the character of double happiness and the eternal knot. The 4 double peaches (in green) symbolise longevity (“shò”), with various characters of the same meaning also wishing for wealth (“lù”)and success. The 3 men most likely symbolise these auspicious symbols as “fú”, “lù”, “shò”.
A joss paper wishing wealth and longevity. Before burning, one would write their name on the left hand side and the specific date that they are praying on the write. The couplets wish wealth and happiness all year round, wherever and whenever. Auspicious symbols of lucky Chinese coins can be seen at the bottom, along with 2 dragons.
A section of a large joss chart. The top circle is the “Pa Kua” trigram of Taoist cosmology. The bottom circle illustrates the “Pa Kua” with an ancient Chinese time and ordinal system. Auspicious animals of the bat and deer, representing good fortune, wealth and success. Writing on the left hand side secures significant people are always present to help guide one’s life in its path. Writing at the bottom details the process. The date of praying should be written, as denoted by the “year” “month” and “day” characters.
Main top row characters of “Tao”, fortune, gold, longevity and wealth. Each figure probably represents the various deities or celestial beings, next to signs that prevent misfortunes. Bottom row denotes the Taoist cosmology. Part of the “Pa Kua” can be seen.
Big character of “fú” (fortune), above 3 men who represent the general desires of good fortune, success, wealth and longevity (“fú”, “lù”, “shò”). Figure next to them with the tiger is most likely Guan Yu, a guardian deity.
Read from right to left, wishing for significant people to guide one’s life into the right path and securing a peaceful and safe life. Picture below is framed with 2 phoenixes, 4 dragons holding prayer banners next to what is most likely celestial beings.
“For Di Zhu” prayer pack. This deity protects the home and other spaces of work or residence.
Regular joss paper in gold.
Regular joss paper in silver.
Another section of large yellow chart. Writing on the right wishes for great wealth and fortune with a long and happy life.
Read from right to left, wishing for significant people to guide one’s life into the right path and securing a peaceful and safe life. Picture below is framed with 2 phoenixes, 4 dragons holding prayer banners next to what is most likely celestial beings.
Writing on yellow joss paper a chant aiding in the receiving of wealth.
“Pa Kua” chart, writings to bring peace and wealth with the help of deities and celestial beings.
Hell bank notes wrapped in coarse burning paper.
Hell bank notes, direct currency for the deceased and deities.
Prayers to secure peace on land and property and to also show respect to the Di Zhu deity who guard the lands. Oxen are significant in seeing prosperity and fertility on lands to bring wealth.
“For Tai Sui” prayer pack. Tai Sui is a term for the stars directly opposite Jupiter during its roughly 12-year orbital cycle. Personified as deities, they are important features of Chinese astrology, Taoism and Chinese Buddhism who ensure peace and prosperity.
Joss paper gold money, also with “longevity” printed in the middle along with characters of happiness, good fortune and wealth.
Joss paper that folds out to be a piece of clothing with a long dragon down the middle and two small ones on its sleeves. Main characters are “fú” denoting fortune. Others are wealth, security, and smooth success.
Boots most likely as shoe offerings for the deities to wear.
Joss paper money in gold and a prayer wrapped up in this pack’s coarse burning paper.
Joss paper money, with couplets bringing in lots of fortune and wealth. “Longevity” printed in the middle. The deer symbolises success, as the pronunciation for deer in Mandarin is “lù”, the same as wealth.
Joss paper silver money, of less value than the gold foils.
Auspicious colour of red - happiness, success and good fortune.
The circle is an auspicious shape, symbolising oneness and fulfilment. As seen in Taoism. the shape is the unity of Ying and Yang.
4 prayers ornate with phoenixes. The side strip depicts the “Pa Kua” with writings on peacefully bringing prosperity with the help of celestial beings.
Read from right to left, wishing for significant people to guide one’s life into the right path and securing a peaceful and safe life. Picture below is framed with 2 phoenixes, 4 dragons holding prayer banners next to what is most likely celestial beings.
Auspicious symbols in auspicious colours - the bats represent happiness and good fortune, a pun as the pronunciation of bat, “fú”, is the same. The border is decorated with the character of double happiness and the eternal knot. The 4 double peaches (in green) symbolise longevity (“shò”), with various characters of the same meaning also wishing for wealth (“lù”)and success. The 3 men most likely symbolise these auspicious symbols as “fú”, “lù”, “shò”.
Auspicious colours - green as purity and harmony, pink as the Ying, feminine energy bringing balance.
“For the Ancestors” prayer pack.
Regular joss paper in gold.
Regular joss paper in silver.
Hell bank notes, direct currency for the deceased and deities.
Auspicious colour of red - happiness, success and good fortune.
Auspicious colours - green as purity and harmony, pink as the Ying, feminine energy bringing balance.
Ensuring prosperity comes smoothly and timely.
Read from right to left, wishing for significant people to guide one’s life into the right path and securing a peaceful and safe life. Picture below is framed with 2 phoenixes, 4 dragons holding prayer banners next to what is most likely celestial beings.

This pack contains 3 copies of prayer chants.
“For Tsai Shen” prayer pack. The deity of wealth, he guards finances and protects people’s prosperity.
Joss paper that folds out to be a piece of clothing with a long dragon down the middle and two small ones on its sleeves. Main characters are “fú” denoting fortune. Others are wealth, security, and smooth success.
Joss paper money, with couplets bringing in lots of fortune and wealth. “Longevity” printed in the middle. The deer symbolises success, as the pronunciation for deer in Mandarin is “lù”, the same as wealth.
Multiple offerings, including shoes.
Silver joss paper money with couplets bringing in more wealth.
Joss paper gold money and prayer wrapped in coarse burning joss paper.
Joss paper gold money, also with “longevity” printed in the middle along with characters of happiness, good fortune and wealth.
Auspicious colours - green as purity and harmony, pink as the Ying, feminine energy bringing balance.
Auspicious prayers for the Deity of Wealth to ensure prosperity and good fortune is secured.
Auspicious symbols in auspicious colours - the bats represent happiness and good fortune, a pun as the pronunciation of bat, “fú”, is the same. The border is decorated with the character of double happiness and the eternal knot. The 4 double peaches (in green) symbolise longevity (“shò”), with various characters of the same meaning also wishing for wealth (“lù”)and success. The 3 men most likely symbolise these auspicious symbols as “fú”, “lù”, “shò”.


The Madison Boulder is the largest known erratic in New England, and among the largest in the world. Madison Boulder is a huge granite rock measuring 83 feet in length, 23 feet in height above the ground, 37 feet in width, and weighs upwards of 5,000 tons. The 17-acre site was acquired by the state of N.H. in 1946. In 1970 Madison Boulder was designated a National Natural Landmark by the U.S. Department of the Interior because the enormous erratic, "is an outstanding illustration of the power of an ice sheet to pluck out very large blocks of fractured bedrock and move them substantial distances."
Recording for the Smiling Strange's third album was done over a period of months on reel to reel recorders, mixed on a home PC. Credit to Evan Rosse, Kyle Rosse, Katherine Sartiano, Alex Vancel and everyone who was at the house that one weekend.


MARTH Club is a community of artists and learners who create art using code. We believe in the following principles:
Community Support: We learn together. We create together. We help each other to learn and create.
New-kid Love: We all start as beginners, and we never forget that. We strive to help others to grow by sharing our knowledge freely.
No Code-snobs: When someone asks for help, we meet them at their level. We understand that everyone learns differently and that we are all at different levels of coding expertise.
Open Source: We share our creations openly so that others might learn from our work and build upon it.


Information Technology Manager
- Accomplishes information technology staff results by communicating job expectations; planning, monitoring, and appraising job results; coaching, counseling, and disciplining employees; initiating, coordinating, and enforcing systems, policies, and procedures.
- Maintains staff by recruiting, selecting, orienting, and training employees; maintaining a safe and secure work environment; developing personal growth opportunities.
- Maintains organization's effectiveness and efficiency by defining, delivering, and supporting strategic plans for implementing information technologies.
- Directs technological research by studying organization goals, strategies, practices, and user projects.
- Completes projects by coordinating resources and timetables with user departments and data center.
- Verifies application results by conducting system audits of technologies implemented.
Send resumes to commonwealthbank@cmbhire.com


Resume updated on 2016
"Want to work with me? Let's get in touch. Please feel free to contact me with any questions"
This is me, RhoEun!Press left and right keys to move
Hi, I think you width is too small. Please make the screen full page to continue.


Hello! This is the OVERNIGHT prototype.
Remember your tasks!
Arrows are your way of navigating through the game.
Go on to the living room.
Try clicking on the paintings.
Studio. YOU'VE REACHED THE END OF THIS PROTOTYPE!
Please fill out the questionnaire! Thank you for playing!
"Gross, how does dad come up with this stuff? This portrait totally freaks me out."
portrait: a visual depiction, whether that be a painting, drawing, engraving or photograph, of a person that is usually from the shoulder up.
"Freaky. It's like that figure is following me. It looks like a landscape painting of the forest we used to go camping at. Dad, please be okay..."
landscape: a depiction of an expanse of scenery. the visual features of an area.


Items
Timeline/Schedule
Project tools
XML and printing
Database
Close
Import Project XML
Enter/paste Project XML content to load:
Load
Close
Export Project XML
View/copy Project XML content:


The purpose of this challenge is to demonstrate several memory management issues specific to C/C++ applications. It specifically demonstrates the following two CWEs.
The program copies an input buffer to an output buffer without verifying that the size of the input buffer is less than the size of the output buffer, leading to a buffer overflow.
The program invokes a potentially dangerous function that could introduce a vulnerability if it is used incorrectly, but the function can also be used safely.
The following MITRE TOP 25 programming flaws that are similar in concept with the above.
The software does not correctly calculate the size to be used when allocating a buffer, which could lead to a buffer overflow.
The software uses a function that accepts a format string as an argument, but the format string originates from an external source
Buffer Overflow types of attacks are extremely powerful and highly prized and seeked by cyber-criminals as well as intelligence agencies. Memory vulnerabilities account for many of the 0-days disclosed in web browsers and commonly used software such as Adobe Reader or Flash Player.
The reason they are so powerful is because they allow the attacker to execute arbitrary commands on the affected software. If that software happens to run with elevated privileges that is even better for the attacker, however 0-days are often chained together to give the attacker full system access.
Here is how memory flaws allow arbitrary code execution.
Imagine the program uses two variables a
and b
.
The contents and length of variable b
are controlled by the user.
The variables are stored in the memory as seen in the simplistic example below. Each buffer may be reserved 16 bytes in a real program.
| Variable | Address | 0 | 1 | 2 | 3 |
|---|---|---|---|---|---|
| b | 0x0000 | 0 | 0 | 0 | 0 |
| a | 0x0004 | H | i | ! | 0 |
| instruction | 0xd32a | 5 | $ | x | 1 |
If the user enters the string AAAAA
the following will happen.
| Variable | Address | 0 | 1 | 2 | 3 |
|---|---|---|---|---|---|
| b | 0x0000 | A | A | A | A |
| a | 0x0004 | A | i | ! | 0 |
| instruction | 0xd32a | 5 | $ | x | 1 |
The value of b
will be AAAAAi! while the value of a
will become Ai!.
If the program outputs the value of b
then the attacker will be able to know the value of a
which is known as a memory leak.
If the user enters a sufficiently long value they will hit the instruction area and be able to execute code.
| Variable | Address | 0 | 1 | 2 | 3 |
|---|---|---|---|---|---|
| b | 0x0000 | A | A | A | A |
| a | 0x0004 | A | A | A | A |
| instruction | 0xd32a | A | A | x | 1 |
You found a page which is asking for a password. It seems to be compiling and executing a C++ program under the covers. Bypass the simple hard-coded authentication below to solve the challenge.
Tip: To send \0
(a null byte) in a url use %00
.
Also here is the password program code. See if you can spot the problems.
#include <stdio.h> #include <string.h> int main(){ char PASSWORD[9]="**REMOVED**"; char userPass[9]; printf("Enter the password:\n"); gets(userPass); if(strcmp(userPass,PASSWORD)==0){ printf("PASSWORD VERIFIED\n"); } else{ printf("Invalid password!\n"); } return 0; }


FeaturesAndBenefits_1_FeatureBenefitGroup
- ApplicationFrequency : String
How often is the charge for the feature/benefit group applied to the customer account
- Enum:
- Daily
- HalfYearly
- Monthly
- Other
- Quarterly
- PerStatementDate
- Weekly
- Yearly
- BenefitGroupNominalValue : String
BenefitGroupNominalValue is to allow banks to state what they feel their benefit package is worth
- CalculationFrequency : String
How often is the charge for the feature/benefit group calculated for the customer account
- Enum:
- Daily
- HalfYearly
- Monthly
- Other
- Quarterly
- PerStatementDate
- Weekly
- Yearly
- FeatureBenefitEligibility : List
Feature and Benefit eligibility
- FeatureBenefitItem : List
Detailed features or benefits which may or may not be a part of a feature/benefit group/pack
- Fee : String
Amount that is charged to the customer for a pack of features/benefits
- Name : String
Feature/Benefit Name
- Notes : List
Optional additional notes to supplement the Feature Benefit Group details
- OtherApplicationFrequency : OtherApplicationFrequency
- OtherCalculationFrequency : OtherCalculationFrequency
- Type : String
Common types of features & benefits
- Enum:
- AccountManagement
- CashBack
- CreditReports
- Lifestyle
- MotorBreakdown
- Other
- PaymentHolidays
- SpendLimits
- TravelInsurance


Jeremy Miller put a very intersting post up about the First causes in software development
While I don’t always like the how of delivering his messages, I think Jeremy is generally spot on. In fact he seems to voice my thoughts much more eloquently than I ever could. Anyway his post or series of posts is dealing with some of the choices he made concerning tools and development philosophy and it also tries to explain that while these tools seem to work today, there won’t be anything stopping him if something better comes along.
Now in that article he links to an article by the pragmatic programmers on the principle of DRY and orthogonality. For me the biggest problem of software development is not the techniques or the patterns but it’s the actual language people use. Till this day I still don’t know what orthogonality means although I understand what that word means in a development context. There are countless examples where people overcomplicate things by using difficult words, this is just one more. Anyway I digress :)
The article series he’s referring to is pretty interesting. If you have some time to kill I suggest you read them. It are 10 articles:
Part I - Don’t live with broken windows
Part II - Orthogonality and the DRY Principle
Part III - Good enough software
Part IV - Abstraction and Detail
Part V - Building adaptable systems
Part VI - Programming close to the domain
Part VII - Programming is gardening, not engineering
Part VIII - Tracer Bullets and Prototypes
Part IX - Programming defensively
The reason that I put these links up is not only because they are a great read but also because one of the things they say in one of the articles is that after you wrote 10 lines of code or so you’re effectively in maintenance mode the green field is gone. And that couldn’t be more true after I had some internal discussion about it I definitely agree with that statement and as such one of the primary goals of your development should not be on getting it out the door as quickly as possible but building it in such a way that you or somebody else can get in there and make changes without throwing away half the code base.
I hope you enjoy them as much as I did


TytoHome medical exam kit now sold across US at Best Buy
Israel-invented comprehensive home telehealth solution is now available nationwide in Best Buy stores and on BestBuy.com.
by ISRAEL21c StaffTytoHome, a home medical kit for examining body temperature, heart, lungs, skin, ears, throat and abdomen, and sending that data to a healthcare provider, is now available at Best Buy stores across the United States and at BestBuy.com.
The healthcare industry’s first all-in-one modular device and telehealth platform for on-demand, remote medical exams, TytoHome was invented by TytoCare of Israel. The company now is headquartered in New York with R&D in Netanya, Israel.
The nationwide US availability of TytoHome follows a successful initial rollout in the Midwest.
Using the data transmitted from home via the TytoHome platform, Tyto Care healthcare provider partners available 24/7 can diagnose ear infections, sore throats, fever, cold and flu, allergies, stomach aches, upper respiratory infections, coughs, rashes and more.
Partners include American Well and LiveHealth Online, nationwide; Ochsner Health System in Louisiana and Mississippi; Sanford Health in North Dakota, South Dakota, Minnesota and Iowa; and Novant Health in North Carolina.
“Launching TytoHome nationally is a huge milestone for us and we are proud to be working alongside Best Buy in fulfilling their commitment to expanding digital health options for consumers,” said Dedi Gilad, CEO and co-founder of Tyto Care.
“Tyto Care’s mission has always been to make high-quality healthcare accessible and on demand, from any location, to as many people as possible.”
TytoHome is available in stores and on BestBuy.com for $299.99. Each TytoHome visit costs $59.99 or less depending on the nature of the visit and/or the user’s health insurance plan. Reimbursement is available for patients from leading insurers including Anthem, United Health Care and others.
More News
-
Is it a virus or a bacteria? Israeli solution wins €2.5M award
By ISRAEL21c Staff -
Israeli students win award for making honey without bees
By Brian Blum -
Israelis won’t let rockets from Gaza ruin weddings
By Abigail Klein Leichman -
TabTale games accompany Charlie’s Angels and Jumanji films
By ISRAEL21c Staff -
Israeli eatery named one of best 25 restaurants in world
By ISRAEL21c Staff -
Teeth carry clues to mysterious early human Aurignacians
By Daniel Ben Tal -
New route to blocking children’s bone cancer
By ISRAEL21c Staff -
CN Traveler readers vote Israel one of 20 top countries
By Abigail Klein Leichman -
Israeli machine converts air into water for Colombians
By Abigail Klein Leichman -
Firms gather in Israel to share ideas for doing good
By Abigail Klein Leichman -
Movies can be early detection system for autism
By Daniel Ben Tal -
OurCrowd and Toyota Tsusho sign tech scouting agreement
By ISRAEL21c Staff -
Israel’s SpaceIL inspires fun escape room touring America
By Abigail Klein Leichman -
Israel’s REE gets behind wheel with Japan’s Hino Motors
By ISRAEL21c Staff -
Israeli tech sector sees biggest growth in investment and deals since 2013
By Brian Blum -
Israeli antiradiation vest to be tested in outer space
By Abigail Klein Leichman -
12,000 foreigners are pursuing higher education in Israel
By Abigail Klein Leichman -
Young Israeli menswear designer wins Lagerfeld Prize
By Abigail Klein Leichman -
Microsoft technology brings Ben-Gurion’s writings alive
By ISRAEL21c Staff


2 Samuel 15:11
And with Absalom went two hundred men out of Jerusalem, that were called; and they went in their simplicity, and they knew not any thing.


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/undone.20by.20powerful.20.60refl.60.20AI.html ---
I had just shown a classroom of children that 2 + 2 = 4
could be proved by refl
and we got talking about the algorithm. I said it just simplified everything down to S(S(S(S(...)))=S(S(S(...)))
and commented that it might well run out of memory if we try big numbers! So I tried
example :<PHONE_NUMBER>000+1000000000000=2000000000000 := by refl
and it typechecked! I was like "wooah kids, someone has updated the refl
AI! I never knew it did that!" When did refl
know about column addition? I know that @Floris van Doorn laughed once when I told him that refl was an AI.
What if you run that file with lean --trust=0
. I'm wondering if it's sped up by using a macro
oh rofl I think I see what's happening :-)
ha ha ha
example :<PHONE_NUMBER>000+2000000000000=3000000000000 := by refl -- deterministic timeout
the definition of<PHONE_NUMBER>000 is<PHONE_NUMBER>000 +<PHONE_NUMBER>000
Riiiiight, yeah, that makes sense
I guess that is not obvious. Am I right? Where is the algorithm which turns strings of digits into a nat?
Do you think it does the divisions etc in base 10 using long division?
I suggest you put this here in your Lean file:
set_option pp.numerals false #check<PHONE_NUMBER>000+2000000000000=3000000000000
Numerals are turned into a binary representation (using the auxiliary functions bit0
and bit1
).
What happens is that those digits turn into a term where we're using bit0
, bit1
and one
(the functions) to represent the same numbers in binary
Does some part of the parser just completely unfold every string-of-digits-representing-a-nat completely into a bit0 bit1 bit0 ... representation before any other part of the system can get to it? I guess that's how it works. Then yeah definitely<PHONE_NUMBER>000=1000000000000+1000000000000 is easy, the head terms are has_add.add
and bit0
and then bit0
unfolds to has_add.add
and it's all over -- the terms are now syntactically equal. Am I making sense?
Yes, all of that makes sense and is correct.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


danger-plugin-no-console
Danger plugin to prevent merging code that still has
console.log
s inside it.
Usage
Install:
yarn add danger-plugin-no-console --dev
At a glance:
// dangerfile.js
import noConsole from 'danger-plugin-no-console'
noConsole()
Changelog
See the GitHub release history.
Contributing
See CONTRIBUTING.md.


Ruby comes with several useful techniques that you can use to manipulate various data types. In this post, I'll go over some particularly useful techniques that can be used with arrays and strings in Ruby.
%w{ }
to declare an array of stringsYou can declare an array of strings like this:
There's another way you can declare strings that don't contain strings, which you may find a to be pretty convenient:
It takes less time to type but results in the same thing.
find_index
To find the index of an object in array, the find_index
method comes in handy:
When you want to get the sum of all numbers in an array, the inject
method allows you to do so in an elegant way:
inject
is like an each
loop, in that it iterates through each element of the array and performs something with each element. inject
takes in 2 arguments. The first argument (sum
) is the result of the expression performed in the block. In this case, it is the result of sum += num
. The second argument (num
) is the element in the array in which the iteration is currently on. For example, the first time around, num
will equal 1
, the second time around, num
will equal 2
.
sum
by default is initialized at 0
, but you can specify another value like such:
in which case it returns 115
.
%q{ }
Isn't it annoying when you have to do something like this?
Instead, you could simple do this:
The q
stands for quotes, and it invokes single quotes for you. Beware that #{}
won't work with single quotes, and only works with double quotes. In that case, you want to use Q%{ }
instead:
Happy coding!


| | 1 | = The Trac Ticket System = |
| | 2 | [[TracGuideToc]] |
| | 3 | |
| | 4 | The Trac issue database provides simple but effective tracking of issues and bugs within a project. |
| | 5 | |
| | 6 | As the central project management element of Trac, tickets are used for '''project tasks''', '''feature requests''', '''bug reports''' and '''software support issues'''. |
| | 7 | |
| | 8 | As with the TracWiki, this subsystem has been designed with the goal of making user contribution and participation as simple as possible. It should be as easy as possible to report bugs, ask questions and suggest improvements. |
| | 9 | |
| | 10 | An issue is assigned to a person who must resolve it or reassign the ticket to someone else. |
| | 11 | All tickets can be edited, annotated, assigned, prioritized and discussed at any time. |
| | 12 | |
| | 13 | == Ticket Fields == |
| | 14 | |
| | 15 | A ticket contains the following information attributes: |
| | 16 | |
| | 17 | * '''Reporter''' - The author of the ticket. |
| | 18 | * '''Type''' - The nature of the ticket (for example, defect or enhancement request) |
| | 19 | |
| | 20 | * '''Component''' - The project module or subsystem this ticket concerns. |
| | 21 | * '''Version''' - Version of the project that this ticket pertains to. |
| | 22 | * '''Keywords''' - Keywords that a ticket is marked with. Useful for searching and report generation. |
| | 23 | |
| | 24 | * '''Priority''' - The importance of this issue, ranging from ''trivial'' to ''blocker''. |
| | 25 | * '''Milestone''' - When this issue should be resolved at the latest. |
| | 26 | * '''Assigned to/Owner''' - Principal person responsible for handling the issue. |
| | 27 | * '''Cc''' - A list of other associated people. ''Note that this does not imply responsiblity or any other policy.'' |
| | 28 | |
| | 29 | * '''Resolution''' - Reason for why a ticket was closed. One of {{{fixed}}}, {{{invalid}}}, {{{wontfix}}}, {{{duplicate}}}, {{{worksforme}}}. |
| | 30 | * '''Status''' - What is the current status? One of {{{new}}}, {{{assigned}}}, {{{closed}}}, {{{reopened}}}. |
| | 31 | * '''Summary''' - A brief description summarizing the problem or issue. |
| | 32 | * '''Description''' - The body of the ticket. A good description should be specific, descriptive and to the point. |
| | 33 | |
| | 34 | '''Note:''' Versions of Trac prior to 0.9 did not have the ''type'' field, but instead provided a ''severity'' field and different default values for the ''priority'' field. This change was done to simplify the ticket model by removing the somewhat blurry distinction between ''priority'' and ''severity''. However, the old model is still available if you prefer it: just add/modify the default values of the ''priority'' and ''severity'', and optionally hide the ''type'' field by removing all the possible values through [wiki:TracAdmin trac-admin]. |
| | 35 | |
| | 36 | '''Note:''' the ''type'' (TicketTypes), ''component'' (TicketComponent), ''version'' (TicketVersion), ''priority'' (TicketPriority) and ''severity'' (TicketSeverity) fields can all be managed through [wiki:TracAdmin trac-admin]. |
| | 37 | |
| | 38 | == Changing and Commenting Tickets == |
| | 39 | |
| | 40 | Once a ticket has been entered into Trac, you can at any time change the |
| | 41 | information by '''annotating''' the bug. This means changes and comments to |
| | 42 | the ticket are logged as a part of the ticket itself. |
| | 43 | |
| | 44 | When viewing a ticket, the history of changes will appear below the main ticket area. |
| | 45 | |
| | 46 | ''In the Trac project, we use ticket comments to discuss issues and tasks. This makes |
| | 47 | understanding the motivation behind a design- or implementation choice easier, |
| | 48 | when returning to it later.'' |
| | 49 | |
| | 50 | '''Note:''' An important feature is being able to use TracLinks and |
| | 51 | WikiFormatting in ticket descriptions and comments. Use TracLinks to refer to |
| | 52 | other issues, changesets or files to make your ticket more specific and easier |
| | 53 | to understand. |
| | 54 | |
| | 55 | '''Note:''' See TracNotification for how to configure email notifications of ticket changes. |
| | 56 | |
| | 57 | === State Diagram === |
| | 58 | [[Image(http://projects.edgewall.com/trac/attachment/wiki/TracTickets/Trac%20Ticket%20State%20Chart%2020060603DF.png?format=raw)]] |
| | 59 | |
| | 60 | |
| | 61 | == Default Values for Drop-Down Fields == |
| | 62 | |
| | 63 | The option selected by default for the various drop-down fields can be set in [wiki:TracIni trac.ini], in the `[ticket]` section: |
| | 64 | |
| | 65 | * `default_component`: Name of the component selected by default |
| | 66 | * `default_milestone`: Name of the default milestone |
| | 67 | * `default_priority`: Default priority value |
| | 68 | * `default_severity`: Default severity value |
| | 69 | * `default_type`: Default ticket type |
| | 70 | * `default_version`: Name of the default version |
| | 71 | |
| | 72 | If any of these options are omitted, the default value will either be the first in the list, or an empty value, depending on whether the field in question is required to be set. |
| | 73 | |
| | 74 | |
| | 75 | == Hiding Fields and Adding Custom Fields == |
| | 76 | |
| | 77 | Many of the default ticket fields can be hidden from the ticket web interface simply by removing all the possible values through [wiki:TracAdmin trac-admin]. This of course only applies to drop-down fields, such as ''type'', ''priority'', ''severity'', ''component'', ''version'' and ''milestone''. |
| | 78 | |
| | 79 | Trac also lets you add your own custom ticket fields. See TracTicketsCustomFields for more information. |
| | 80 | |
| | 81 | |
| | 82 | == Assign-to as Drop-Down List == |
| | 83 | |
| | 84 | If the list of possible ticket owners is finite, you can change the ''assign-to'' ticket field from a text input to a drop-down list. This is done by setting the `restrict_owner` option of the `[ticket]` section in [wiki:TracIni trac.ini] to “true”. In that case, Trac will use the list of all users who have logged in and set their email address to populate the drop-down field. |
| | 85 | |
| | 86 | To appear in the dropdown list, a user needs be registered with the project, ''i.e.'' a user session should exist in the database. Such an entry is automatically created in the database the first time the user submits a change in the project, for example when editing the user's details in the ''Settings'' page. Also, the user must have `TICKET_MODIFY` [TracPermissions permissions]. |
| | 87 | |
| | 88 | == Preset Values for New Tickets == |
| | 89 | |
| | 90 | To create a link to the new-ticket form filled with preset values, you need to call the `/newticket?` URL with variable=value separated by &. |
| | 91 | |
| | 92 | Possible variables are : |
| | 93 | |
| | 94 | * '''type''' - The type droplist |
| | 95 | * '''reporter''' - Name or email of the reporter |
| | 96 | * '''summary''' - Summary line for the ticket |
| | 97 | * '''description''' - Long description of the ticket |
| | 98 | * '''component''' - The component droplist |
| | 99 | * '''version''' - The version droplist |
| | 100 | * '''severity''' - The severity droplist |
| | 101 | * '''keywords''' - The keywords |
| | 102 | * '''priority''' - The priority droplist |
| | 103 | * '''milestone''' - The milestone droplist |
| | 104 | * '''owner''' - The person responsible for the ticket |
| | 105 | * '''cc''' - The list of emails for notifying about the ticket change |
| | 106 | |
| | 107 | '''Example:''' ''/trac/newticket?summary=Compile%20Error&version=1.0&component=gui'' |
| | 108 | |
| | 109 | ---- |
| | 110 | See also: TracGuide, TracWiki, TracTicketsCustomFields, TracNotification |