Sassafras Manual
Quick start
Data step
Anova procedure
Means procedure
Print procedure
Reg procedure
Title statement
Quick start
1. Select a demo program from the Demo menu.
2. Click the Run button to run the program.
Data step
A data step reads data into the program.
Synopsis
data name ;
infile
"filename"
dlm = "delims"
firstobs = n
;
input var-list @@ ;
var = arithmetic-expression ;
datalines ; data ;
1. data is the first statement in a data step.
name is optional.
2. Settings dlm and firstobs are optional.
3. delims is a sequence of delimiter characters.
The default is tab, comma, and space.
4. n is the starting record number.
This setting is used to skip header records in a file.
5. var-list is a list of variable names separated by spaces.
For each categorical variable place a $ after the variable name.
6. @@ is optional.
When used, newlines in the data are ignored.
7. Optional var = arithmetic-expression statements add columns to the data set.
8. If used, datalines is the last statement in a data step.
Example 1
The following example is a minimalist data step with in-line data.
data ;
input y ;
datalines ;
1
2
3
4
5
6
;
Example 2
Use @@ at the end of an input statement to read multiple records per input line.
data ;
input y @@ ;
datalines ;
1 2 3
4 5 6
;
Example 3
A dollar sign after an input variable indicates that the variable is categorical instead of numerical.
data ;
input trt $ y @@ ;
datalines ;
A 6 A 0 A 2 A 8 A 11
A 4 A 13 A 1 A 8 A 0
B 0 B 2 B 3 B 1 B 18
B 4 B 14 B 9 B 1 B 9
C 13 C 10 C 18 C 5 C 23
C 12 C 5 C 16 C 1 C 20
;
Example 4
Use infile to read data from a file.
For Sassafras installed from the Mac App Store, data files need to be put in the directory
~/Library/Containers/com.gweigt.sassafras/Data/
data ;
infile "wine.txt" ;
input color $ x1 x2 x3 x4 x5 x6 x7 x8 x9 x10 x11 y ;
Example 5
The following example adds variable y2 which is y squared.
data ;
infile "wine.txt" ;
input color $ x1 x2 x3 x4 x5 x6 x7 x8 x9 x10 x11 y ;
y2 = y ** 2 ;
Anova procedure
The anova procedure fits a classification model to data using ordinary least squares.
To use this procedure, all explanatory variables are required to be categorical.
Otherwise, use proc reg.
Synopsis
proc anova data = name ;
model y = var-list ;
means var-list / lsd ttest alpha = value ;
1. data = name is optional.
If omitted, data from the previous data step is used.
2. y is the response variable which is required to be numerical.
3. var-list is a list of explanatory variables and interaction terms separated by spaces.
Interaction terms are specified using the syntax A*B.
4. Optional means statement prints the mean of variables and interaction terms in var-list.
5. The means statement can include the following options in any order.
| lsd | Compare treatment means using least significance difference. |
| ttest | Compare treatment means using two sample t-tests. |
| alpha | Set the level of significance. Default is 0.05. |
Example
* Strawberry ;
* Compare yields for three types of strawberries. ;
* This is a randomized complete block design. ;
* https://archived.stat.ufl.edu/casella/StatDesign/WebDataSets/Strawberry.txt ;
data ;
input Block $ Treatment $ Yield ;
datalines ;
1 A 10.1
1 B 6.3
1 C 8.4
2 A 10.8
2 B 6.9
2 C 9.4
3 A 9.8
3 B 5.3
3 C 9
4 A 10.5
4 B 6.2
4 C 9.2
;
proc anova ;
model Yield = Block Treatment ;
means Treatment / lsd ;
Means procedure
The means procedure prints statistics for a data set.
Synopsis
proc
means
data = name
alpha = value
maxdec = value
stats
;
var var-list ;
class var-list ;
1. data, alpha, maxdec, and stats are all optional.
The settings can appear in any order.
2. If data is omitted then data from the previous data step is used.
3. alpha sets the level of significance.
The default is 0.05.
4. maxdec sets the decimal precision in the output.
value ranges from 0 to 8.
The default is 3.
5. stats is a list of keywords from the following table.
If stats is omitted then the default list is n mean std min max.
| clm | Print confidence limits of the mean |
| max | Print maximum value |
| mean | Print mean value |
| min | Print minimum value |
| n | Print number of observations |
| range | Print max minus min |
| std | Print standard deviation |
| stddev | Print standard deviation (same as std) |
| stderr | Print standard error (stddev divided by square root of n) |
| var | Print variance |
6. Optional var statement prints statistics for variables in var-list.
Variable names in var-list are separated by spaces.
If var is omitted then statistics for all numerical variables are printed.
7. Optional class statement prints statistics for levels of categorical variables in var-list.
Variable names in var-list are separated by spaces.
Example
data ;
infile "wine.txt" ;
input color $ x1 x2 x3 x4 x5 x6 x7 x8 x9 x10 x11 y ;
proc means n mean clm ;
var y ;
class color ;
Print procedure
The print procedure prints a data set.
Synopsis
proc print data = name ;
var var-list ;
1. data = name is optional.
If omitted, data from the previous data step is used.
2. Optional var statement prints variables in var-list.
Variable names in var-list are separated by spaces.
If var is omitted then all variables are printed.
Example
data ;
input trt $ y @@ ;
datalines ;
A 6 A 0 A 2 A 8 A 11
A 4 A 13 A 1 A 8 A 0
B 0 B 2 B 3 B 1 B 18
B 4 B 14 B 9 B 1 B 9
;
proc print ;
Reg procedure
The reg procedure fits a linear model to data using ordinary least squares.
Synopsis
proc reg data = name ;
model y = var-list / noint ;
1. data = name is optional.
If omitted, data from the previous data step is used.
2. y is the response variable which is required to be numerical.
3. var-list is a list of explanatory variables separated by spaces.
4. The noint option, if used, fits a linear model with no intercept term.
Example
* Trees ;
data ;
input Girth Height Volume ;
LG = log(Girth) ;
LH = log(Height) ;
LV = log(Volume) ;
datalines ;
8.3 70 10.3
8.6 65 10.3
8.8 63 10.2
10.5 72 16.4
10.7 81 18.8
10.8 83 19.7
11.0 66 15.6
11.0 75 18.2
11.1 80 22.6
11.2 75 19.9
11.3 79 24.2
11.4 76 21.0
11.4 76 21.4
11.7 69 21.3
12.0 75 19.1
12.9 74 22.2
12.9 85 33.8
13.3 86 27.4
13.7 71 25.7
13.8 64 24.9
14.0 78 34.5
14.2 80 31.7
14.5 74 36.3
16.0 72 38.3
16.3 77 42.6
17.3 81 55.4
17.5 82 55.7
17.9 80 58.3
18.0 80 51.5
18.0 80 51.0
20.6 87 77.0
;
proc reg ;
model LV = LG LH ;
Title statement
Report titles can be set with the title statement.
The title is printed at the top of procedure results.
Example
title "Randomized Block Design" ;
proc anova ;


" HELP "
- pomoc
- wsparcie
- pomaganie
- ratunek
- wspomożenie
- dopomożenie
- noun
- the action of helping someone to do something; assistance.
- I asked for help from my neighbors
- verb
- make it easier for (someone) to do something by offering one's services or resources.
- Roger's companion helped him with the rent
- exclamation
- used as an appeal for urgent assistance.
- Help! I'm drowning!


IED is the first class in high school for enthusiastic participants of the STEM program. The only qualification for enrollment into IED is that students must be in Geometry, or any higher level math course. Throughout the course of IED, students will learn how to go through the design process, sketch multiview drawings, use CAD, and ultimately, build successful projects. As well as all this, IED students who happen to be in tenth grade or higher can receive college credit from the UW as Engineering 114.
Class Structure
IED is a class of teamwork and leadership. Unlike other classes, there are no "tests" or "exams," but rather long term projects worked on in teams consisting of four to six members. In the first few weeks, students will go through lectures learning how to use CAD, the design process, orthographic sketches. After that, students will take part in fun and innovative projects, with little to no restrictions on what students can build. As equally as important, students learn fundamental presentation techniques to showcase their completed projects. Grades are based on student effort, and not so much on their completed project; the class teacher, Mr. Wilson, finds that it is "cruel to grade fourteen year olds on their final creation." Receiving an A is as simple as putting forth your full effort!
CAD 3D Design and Engineering
Before tackling large scale projects, students must first learn the design process, proper use of their engineering notebook, how to draw orthographic sketches, and how to design models in a CAD program. Students are each provided with an engineering notebook, and spend the first two weeks through lectures, learning how to properly use their notebooks, as well as draw isometric sketches, then three view dimensioned orthographic sketches.  After completing basic engineering notebook sue skills, students move into learning how to use CAD to design models. In IED, students use a powerful program called Autodesk Inventor, which contains all the tools students need to design anything they wish. Students learn how to draw and model parts, as well as assemble parts together within the program. Students follow the book, Parametric Modeling with Autodesk Inventor 2018, to learn various tools within Inventor and complete first-step assignments before taking on their first project.
Choose Your Own Adventure
After learning basic CAD skills and the engineering design process, students take on their first large scale project: CYOA. CYOA, or Choose Your Own Adventure, lets students sketch, design, and fabricate two abstract 3D printed parts of their choosing. Students must first learn how to use power tools, such as the drill press, belt sander, and bandsaw, before proceeding to take on this project. After passing a shop safety test, students choose two abstract parts and produce orthographic sketches of them in their engineering notebook with all necessary dimensions. After that, students replicate the part in Inventor to test their CAD skills. Finally, students use slabs of wood and fabricate the two parts by glueing, drilling, and cutting the wood to replicate the original 3D printed Parts.
Think Inside The Box
The next project for IED students is TITB, or Think Inside The Box. This project calls for students to design a wooden box for any paraphernalia of their choosing. With this, students are able to choose both the size and functionality of the box, which will be constructed from wooden sheets and ¾ inch wooden blocking. Students must first create isometric sketches of the box, with dimensions, then move on to designing and assembling the box in inventor. At this point, students create an orthographic sketch of each of their components and their assembly in Inventor, adding all necessary dimensions. In addition, students create an exploded view of the assembly, which depicts how all parts go together to form a box. Students then head to the shop, and use all necessary power tools to cut out pieces for the box. Finally, students learn the glue and screw technique, using wood glue to adhere components together before screwing parts together with a hand drill. The result is a wooden box that varies based on the desire of its creator.
Client In Need
With CIN, or Client In Need, IED students learn a crucial skill to the engineering design process: customer constraints. With CIN, students work in teams and select a random card depicting a cartoon character, as well as another card explaining what the students must create for the character they selected. Students spend time studying their character’s card, looking for hints and details as to what type of personality the character may have, which will help them design their chosen item. Students brainstorm ideas and each team member creates three sketches of how they think their client’s item should look and function. After students decide on a final design, they work to model all parts in Inventor. Students follow the exact same procedure as they did in TITB, creating a model of their design, as well as orthographic sketches. Finally, students 3D print their final model followed by a group presentation explaining their final design to the rest of the class.
Game of Thrones
GOT, or Game of Thrones, is very similar to CIN. However, rather than receiving a fictional client as a customer, students must design a chair for a real life client. Students can choose to design a chair for companies such as Ikea or Mandula (a yoga company), and must act as if their company will actually purchase their chair from them. Students enter the field, often watching and taking notes as customers purchase chairs at their selected company. Eventually, students use their notes and observations to develop a chair based on the needs of their mock company. As with CIN, students work in a group to brainstorm ideas, eventually selecting a chair as their final design. After sketching and designing the part in Inventor, teams lasercut a small version of their chair and assemble it to ensure that all pieces fit together properly.  Finally, students present on their chair, explaining their design process as well as how the chair meets their client’s needs.
About The Teacher: Mr. Wilson
Mr. James Wilson is MTHS’s IED teacher. Mr. Wilson has spent most his time in Washington, where he received his high school education at Edmonds Woodway High School and teaching degree at Western Washington University. After a mentorship at Mt. Vernon whilst leading their TSA, Mr. Wilson took interest in Texas after going there for the national TSA competition. He decided to move there for a few years, fascinated by the culture. He served as a TSA and robotics advisor in his time there, helping his students take home top awards. Eventually, he moved back to Washington, where he was employed by the Edmonds School District to teach IED, but ceased to advise technology clubs. However, three years, he had reinstated himself as the MTHS TSA advisor, and is leading his school to victory, all while obtaining his Master's in October 2018.


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Data Scientist - Ashburn, VA 20147
Radiant is seeking a (job title) in the (location) area!
Radiant Digital delivers technology consulting and business solutions for commercial and government clients.
Our flexible delivery model allows us to provide end-to-end solution delivery, single project execution, and, or strategic resources. CMMI Maturity Level III and ISO 9001 – 2008 certified.
RESPONSIBILITIES
Strong problem-solving skills with an emphasis on product development.
Experience using statistical computer languages (R, Python) to manipulate data and draw insights from large data sets.
Knowledge of a variety of machine learning techniques (clustering, decision tree learning, artificial neural networks, etc.) and their real-world advantages/drawbacks.
Knowledge of advanced statistical techniques and concepts (regression, properties of distributions, statistical tests, and proper usage, etc.) and experience with applications.
Knowledge on Hadoop, Apache Spark, Hive, HBase, and Pig scripting is a plus.
Knowledge of any Business Intelligence tools Tableau/Power BI.
Proficient knowledge of RDBMS concepts and SQL language.
Knowledge of NoSQL databases.
Software development in a Linux/Unix environment.
Good understanding of operating systems and computer fundamentals.
EDUCATION
MS


Culture
February 6, 2015 | Computers & the Chemistry of Cookery
"You take the blue pill, the story ends.
You wake up in your bed and believe whatever you want to believe.
You take the red pill, you stay in wonderland,
and I show you how deep the rabbit hole goes."
Tech·nique·cals
February 6, 2015 | Git With It
February 15, 2015 | Devil Wears CSS


Airport therapy cat helping calm nervous travelers in Minnesota
by KGOST. PAUL, Minn. -- Flying can be especially stressful during the holidays, but a four-legged furball is helping put travelers at ease.
Stitches is the new therapy cat at the Minneapolis-Saint Paul International Airport. She's an 11-year-old tabico, a mixture of tabby and calico.
Stitches rides around in a stroller that has a sign that says "pet me."
She's the first comfort cat at the airport. She will join about 100 therapy dogs that go around helping soothe the nerves of frazzled travelers.
When she's not working, Stitches enjoys relaxing at home and loves to watch "Law and Order: SVU." "She loves Ice-T's voice," Stitches' owner told The Twin Cities Pioneer Press.


Percent cover (based on fractional area) for novel, disappeared, and shared climates for each climate variable in Alaska from the LGM to modern era
Abbreviations: AET, actual evapotranspiration; LGM, last glacial maximum; PET, potential evapotranspiration.


Graduate Research Assistant at University of Dayton, Ohio pursuing a degree in Computer Science with a planned minor in Data Science and Autonomous System. Seeking full time job opportunities from May 2021. Python Developer | Data Analyst | Data Scientist | Data Engineer | Business Analyst |Tech Engineering Analyst |Machine Learning Engineer


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Utah child hospitalized after getting crushed by elevator
by KSTU StaffCOTTONWOOD HEIGHTS, Utah — A child was transported to a hospital after being crushed by a residential elevator in Cottonwood Heights, Utah, on Thursday evening, according to authorities.
According to Ryan Love with the Unified Fire Authority, the child somehow got into the shaft of an elevator in a three-story home and was pinned. The child was trapped under the elevator for 10 minutes before the family was able to free the child. First responders arrived minutes later and transported the child to Primary Children’s Hospital.
A helicopter was initially called but crews decided that ground transportation would be quicker.
This story was originally published on KSTU.


Thanks for dropping by. I hope that it will not waste your time, but in case it does, at least I tried. Originally from BeiJing, china, I started my adventures in computer Science and Technology from University of BUAA where I received my Bachelor in automatic Science and Master in IC Engineering. NOW I work for VIA. While attending my master’s, I was working as a Embedded Software Engineering.VIA won me and became my first working place in my life.
But, apart from being a cool guy geek,
I enjoy playing basketball and love NBA games very much.I’m a fans for Houston Rockets.
Opinions expressed here are mine.
BELAB(北京市嵌入式重点实验室) smart card | ETC
BUAA(北航) studies @ 自动化-导航方向
Send me an email if you would like to get in touch, hire me for your next project, have questions or feedback on my work, or just want to say hello.


Bitcoin (BTC) Price Could Accelerate To $9.8K Unless It Breaks $9.2K
- Bitcoin price is holding a couple of important supports near the $9,200 level against the US Dollar.
- The price is likely to accelerate gains if there is a clear break above the $9,400 and $9,500 levels.
- There is a major breakout pattern forming with resistance near $9,375 on the hourly chart of the BTC/USD pair (data feed from Kraken).
- Ethereum and ripple are also trading with a positive bias above $185 and $0.2950 respectively.
Bitcoin price is consolidating above key supports against the US Dollar. BTC price is likely to start a strong rise once it settles above $9,400 and $9,500.
Bitcoin Price Analysis
After struggling to settle above $9,500, bitcoin started a downside correction against the US Dollar. BTC corrected lower and traded below the $9,400 and $9,350 levels. However, the price stayed above the $9,200 support and the 100 hourly simple moving average.
At the outset, the price is consolidating in a contracting range above the $9,200 support. The last swing high was near $9,435 and the last swing low was near $9,278. The price is currently moving higher above the $9,300 level.
Moreover, there was a break above the 23.6% Fib retracement level of the recent decline from the $9,435 high to $9,278 low. An immediate resistance is near the $9,350 and $9,375 levels.
Additionally, the 50% Fib retracement level of the recent decline from the $9,435 high to $9,278 low is near the $9,350 level. More importantly, there is a major breakout pattern forming with resistance near $9,375 on the hourly chart of the BTC/USD pair.
Therefore, an upside break above $9,350 and $9,375 could set the pace for more upsides in the near term. The next major resistance is near the $9,500 area, above which bitcoin may perhaps accelerate towards $9,600 and $9,800.
On the downside, an immediate support is near the triangle at $9,280. If there is a downside break, the price could retest the $9,200 support. Any further losses below $9,200 might clear the path for a push towards the $9,000 and $8,960 support levels.
Looking at the chart, bitcoin seems to be preparing for the next break either above $9,375 or below $9,280. Having said that, a downside break below the $9,200 support area won’t be easy. Thus, there are high chances of an upside break above the $9,375 and $9,400 resistance levels in the near term.
Technical indicators:
Hourly MACD – The MACD is likely to move back into the bullish zone.
Hourly RSI (Relative Strength Index) – The RSI for BTC/USD is currently declining and is just below the 50 level.
Major Support Levels – $9,280 followed by $9,200.
Major Resistance Levels – $9,375, $9,400 and $9,500.


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Throughout the season, we do game-watches at Twenty Sports Grille and Nightclub in Moline, IL. We're doing something a little different with May's game-watch. On Monday, May 2nd, the Cubs will be on the West Coast and play the Dodgers in Los Angeles. This game starts at 9pm, but before the game, we will show the documentary, We Believe.
We Believe is a film that was done by the director of The United States vs. John Lennon, and celebrates the relationship between Chicago and the Cubs. Among those appearing in the film are Billy Corgan, Bob Costas, Dennis Franz, Jeff Garlin, Buddy Guy, Hugh Hefner, Ernie Banks, Gary Sinise, Billy Williams, Richard M. Daley, Ron Santo, Bonnie Hunt, Joe Mantegna, George Will, MLB Commissioner Bud Selig and Francis Cardinal George, the Archbishop of Chicago.
We'll start the film at 7pm. There is no cover charge. So come on down and enjoy We Believe, have a few cold beverages and stick around for the Cubs/Dodgers game. Twenty Sports Grille and Nightclub is located at 1405 5th Avenue in Moline, Illinois.


Alien Resurrection (1997)
Director: Jean-Pierre Jeunet Cast: Sigourney Weaver, Winona Ryder, Ron Perlman, Dominique Pinon, Michael Wincott, Dan Hedaya, J.E. Freeman, Brad Dourif, Raymond Cruz, Kim Flowers, Gary Dourdan, Leland Orser Rated R: Strong graphic violence, language
by Nathaniel R. Atcheson<EMAIL_ADDRESS>This is rumor control, here are the facts: Alien Resurrection is the crowning achievement of the Alien saga.
I am, of course, a fan of this series. And those of you not familiar with my writing might think that I'm just one of those guys who loves every film like this. I don't. None of them are this good. I have been an Alien fan since I could think, and Alien Resurrection is everything I could have hoped for, wished for, and wanted in a sequel to my favorite films of all time. I'm biased, yes, but think of that for a moment--with films of such high stature to which this film had to measure up, my expectations were higher than any expectations than I've ever had of anything, ever. Alien Resurrection met them.
Sigourney Weaver returns, but this time she's not exactly the same person: 200 years have passed since the events of Alien 3 took place. Using a blood sample found on Fiorina 161 (the location of the third film), rogue military scientists clone Lt. Ellen Ripley. Because she was infected with the queen alien in the third film, her blood is now part Alien--and so is she. The Ripley specimen they grow is in the same state as she was just before she died--hosting the queen Alien embryo. The scientists remove the creature and sew Ripley up.
A group of space smugglers then show up with highly-secretive cargo, for which the scientists pay a lot of money. The band is an interesting group of characters (uniformly well-acted by the cast). My favorites were the hot-head Johner (Ron Perlman in a strong performance), the paraplegic technician Vreiss (Dominique Pinon, who is regrettably underused), and the hard-edged killer of the group, Christie (Gary Dourdan, in what will hopefully lead to more performances). I found these characters every bit as interesting and fleshed-out as the characters from the previous films. They're real characters that we care about--well-written and human. The two main doctors are great, as well, with a searing, evil performance from J.E. Freeman as Dr. Wren, and a wacky bang-up job done by Brad Dourif as Dr. Gediman.
Their cargo is a group of cryotubes containing living people, ripe for Alien breeding--the scientists, of course, want to make more. And, naturally, things don't go as planned--the Aliens escape.
No, this is not a remake of the first two films. I've heard that already. It is not. That is why it is so very good. Writer Joss Wheldon knew what he was doing--he took elements from the first films and modified them, toyed with them, and made them new. Director Jean-Pierre Jeunet and cinematographer Darius Khondji then turned these elements into a package so intense, so visceral, so emotionally and physically draining, that I was and still am beside myself with joy for their success. It does require more suspension of disbelief than the other films, but the more I think about it, the more it makes sense (really).
Jeunet's direction is splendid, and completely appropriate to take the series in a new direction. Much like his work on his previous (brilliant) films Delicatessen and The City of Lost Children, he uses a lot of close-ups of faces making strange, almost comical, expressions. Much of the film is humorous in that subtle, French way. There is a great deal of intricate camerawork that goes into each scene, bringing the film to life in a unique way that was not done by either James Cameron or Ridley Scott (though it was touched upon by David Fincher). Jeunet's intense, very European attack on the film makes it almost look like a high-budget art-house film (an oxymoron?). What works with this is Khondji's cinematography, who did similar miracles in Fincher's Seven. This is a dark film, with breathtaking set pieces and locations, but it's not dreary and depressing like it could have easily been: the film has a kind of luminous quality, an obvious lively significance that keeps it from being "just another sequel."
As a thriller/action piece, the film is more than adequate. The film does not base its suspense on scenes in which characters walk quietly down hallways, looking around, hoping not to run into an Alien, but having that happen anyway. Pierre and Wheldon both knew that this approach has truly been done to death. No, now we have precarious and intense underwater sequences (truly one of the most well-made and suspenseful moments I've ever witnessed on the screen). We have completely original moments of Alien self-sacrifice for the good of the species. The Aliens are more intelligent than they have been in the past. The film does not, by any means, bank on our fear of what the creature looks like--we know what it looks like. It's no secret. They don't just jump out of nowhere for cheap thrills. They're active and intelligent, and that is more frightening than what they look like. The Aliens have as much screen time as the humans in this film, and that is the way it should be. The film goes beyond all three of its predecessors in examining the Aliens as a hostile species.
What I was really afraid of is that the film wouldn't delve into the human aspect of the series, namely Ripley. I had nothing to fear. This film is about Ripley, and even though the movie-making surrounding the themes is close to perfect, the themes themselves resonate and truly have a more potent meaning than anything depicted or explained in the other films of the series. It has taken the series to a new, almost unfathomable level--Ripley is now what she hates more than anything. Even more ironic is her attitude towards the creatures, as if the death and destruction around her is funny. Weaver is at her all-time best in this film, a pillar of strength despite all that she has gone through. In the climactic scenes, a new type of Alien is born, and this is shocking on both a visual and mental level. The images of this film have stuck in my mind, and the meaning they carry is just as strong. The connection between Ripley and the Alien is so fully explored and probed that it satisfies everything I've ever wanted to know about the species and Ripley herself.
So what is this "meaning" to which I keep referring? I'm sure you're dying to know. Is it that overdone statement, "Cloning is bad!"? Somewhat. There is certainly a great deal of negative energy guided towards the scientific aspects of the film. But this film really has the most significance in its own context: it has expanded beyond the limits by which the series was originally bound. Certainly there is a very definitive statement that can be pasted onto what we're doing in present-day scientific research (though I won't elaborate in the interest of surprise). One extremely powerful scene in the film has Ripley meeting one of her defective siblings--when you see that moment, you'll understand what is behind this movie.
If you want to see Alien Resurrection, and you plan on reading the reviews, I suggest you be certain that they're fans of the series writing them. I don't mean this to sound elitist, but in a way it is: this morning I read Roger Ebert's review of the film, and only one thing was clear from it--he had no interest in seeing it in the first place. It is not fair to rate or review a film from this standpoint. I detested every word of Ebert's review--not because he didn't like the film, but because of his lack of explanation, and the obvious fact that he really didn't think about the film at all as he watched it. There is so much here as far as human themes go, and the fact that he denounced the film because it was "just an Alien sequel" is upsetting. The most irritating statement he makes is a comparison between this and The Lost World. He said, "that film opened five months ago. Are you still thinking about it?" and his implication is obviously that no one will think about Alien Resurrection past the film's end. To him, this is artless, mindless, money-making slop. I'm just sorry that he missed the point so entirely that he couldn't even gather enjoyment from the sheer skill with which it was made.
In any event, Alien Resurrection has a lot of action, and a lot of humor, and a lot of very strange material that was, until now, alien to the Alien series. The link between Ripley and the Aliens is truly profound, and ultimately very moving. This film will not disappoint if one just thinks about what it is saying for a moment--there is something here so much deeper than the thrilling gore and action on the outside (which, incidentally, is strikingly entertaining). I waited in anticipation for Alien Resurrection for one and a half years, and I love every bit of it, not just because of what I described, but because of what it is on a more obvious level: a perfect sequel to the greatest saga of all time.
>From 0-10: 10 Grade: A+
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
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


@* dashboard Template File *@ @(title: String)(webJarAssets: WebJarAssets) @adminlte.main(title)(webJarAssets) { Contributions to master, excluding merge commits Bar Chart - Contributors list with additions and deletions Contributors }{ @tags.javascriptAssets("javascripts/app.js") }


Nordic Walking is relatively new to Australia but practised widely in Europe, the U.K. and the U.S.A. Its origins are in cross-country skiing, as the name suggests. It is a fitness activity utilising specially designed poles and a technique which activates 90% of the body’s muscles. It can be done on a variety of surfaces including footpaths, grass, sand and bush tracks.
It is suitable for people of all ages and fitness levels as well as those living with chronic medical conditions. Before commencing any exercise program, it is advisable to get the go-ahead from a medical professional.
As an instructor and regular Nordic Walker, I promote Nordic Walking as a way of keeping the brain healthy and reducing the risk of dementia. Learning Nordic Walking is simultaneously mentally, physically and socially stimulating. Activities that combine these 3 elements have been shown to be particularly beneficial for brain health.
To obtain the benefits of Nordic Walking listed below, it is important to learn the correct technique from a qualified instructor.
Scientific research supports the following benefits from Nordic Walking using the correct technique:
Up to 40% more calories burned compared to regular walking
Up to 25% cardiovascular benefit than regular walking
Improves co-ordination and balance
Improves walking posture
Releases pain and tension in the neck and shoulders
To view the scientific literature, go to: www.nordicacademy.com.au
I am a keen Nordic Walker and have been instructing since 2011. In 2012, I worked as a Nordic Walking instructor with the City of Cockburn, running 2 groups for seniors as part of the Co-Health Program. Since 2009, I have run Heart Foundation Walking groups offering Nordic Walking.
I am currently studying Preventive Health at the University of Notre Dame Australia at the Fremantle campus. Nordic Walking fits very well with my passion for brain health and reducing the risk of dementia. It involves cognitive stimulation, a physical workout and social interaction as it’s usually done in a group. Research shows that combining these 3 components is beneficial for the brain.
Essential Nordic Walking has been established to introduce Nordic Walking to as many West Australians as possible. My approach to Nordic Walking instruction is tailored to the individual needs of each client. For this reason, I teach in small groups of up to 6 walkers and I can cater for people of all ages and fitness levels. You will find me an outgoing and sociable person whose enthusiasm for Nordic Walking is motivating.


2CylinderEngine
AdvancedMaterial
AnimatedCube
AnimatedTriangle
Avocado
SciFiHelmet
BarramundiFish
BoomBox
Box
BoxAnimated
BoxSemantics
BoxTextured
BoxWithoutIndices
BrainStem
Buggy
Cameras
CesiumMan
CesiumMilkTruck
Corset
Cube
Duck
Lantern
Monster
ReciprocatingSaw
RiggedFigure
RiggedSimple
SimpleMaterial
SimpleMeshes
SimpleOpacity
SimpleSkin
SimpleTexture
SmilingFace
Suzanne
Triangle
TriangleWithoutIndices
TwoSidedPlane
VC
WalkingLady
AnimatedMorphSphere
AnimatedMorphCube
glTF
glTF-Embedded


Model Deployment with AWS Sagemaker
Write custom Container
We can deploy our model in AWS Sagemaker using a custom container. We create a folder ‘/opt/program’ inside the container where we store the files:
- serve: starts the server API
- predictor.py: defines Flask REST API
When Sagemaker runs the container it starts the CMD “serve”, which deploys the REST API. The file
predictor.py
loads the pickled model and implements a Flask API with two methods that Sagemaker expects:
- [GET] /ping
- [POST] /invocations
The pickled model can be copied directly to the container to a folder of choice. Or it can be stored in a S3 bucket and passed on to Sagemaker as an artifact. Sagemaker then extracts the tar.gz file from S3 and copies it to the folder ‘/opt/ml/model’. Therefore, if we pass the model as an artifact, the predictor module needs to unpickle the file at ‘/opt/ml/model’.
The Dockerfile has the basic structure:
FROM ubuntu:latest
RUN apt-get -y update && apt-get install -y --no-install-recommends \
wget \
python3 \
python3-pip\
nginx \
ca-certificates \
&& rm -rf /var/lib/apt/lists/*
#Install python libraries
COPY requirements.txt /opt/program/
RUN python3 -m pip install /opt/prorgam/requirements.txt && \
rm -rf /root/.cache
ENV PYTHONUNBUFFERED=TRUE
ENV PYTHONDONTWRITEBYTECODE=TRUE
ENV PATH="/opt/program:${PATH}"
#copy model to /opt/ml/model or other folder
COPY model.pkl /opt/ml/model/
# Set up the program in the image
COPY model-files /opt/program
WORKDIR /opt/program
RUN chmod +x serve
CMD [ "serve" ]
We can run the container locally and test the API:
#build model
docker build -t sagemaker-model .
#run the container
docker run -p 8080:8080 sagemaker-model:latest
Now we can access the API at <IP_ADDRESS>:8080:
curl --location --request POST 'http://localhost:8080/invocations' \
--header 'Content-Type: application/json' \
--data-raw '{"data": [[1,2],[3,4],[3,3],[10,1],[7,8]]}'
Sagemaker Deployment
First we need to push our docker image to our AWS ECR repository. Assuming that we have already created a repository with URI: “aws_account_id”.dkr.ecr.”region”.amazonaws.com/”name-model”, we tag the docker image using the same repository URI, that is,
docker tag sagemaker-model:latest "aws_account_id".dkr.ecr."region".amazonaws.com/sagemaker-model:latest
and then push to the ECR repository (it presupposes that one has logged in)
docker push "aws_account_id".dkr.ecr."region".amazonaws.com/model-sagemaker:latest
Now that we have uploaded the docker image we can go to Sagemaker section and create a Model, an Endpoint Configuration and finaly deploy the model to an Endpoint.
Create Model
We give it a name
then we choose to “Provide model artifacts and image location” since we want to use our container
and last we choose “single model” and then write the URI of the docker image. Since our container already has the pickled model we do not need to write anything in the box “Location of model artifacts”
Endpoint-Configuration
We give it a name and then choose the model that we have created in previous step. At this point we need to choose the EC2 instance that will run the container.
Endpoint
Give a name to the endpoint and then choose an existing endpoint-configuration, the one we have previously created:
Then choose “Create Endpoint”.
Access Endpoint
Now that the model is deployed and the endpoint is in “Service”, we build an API to call the container endpoint. There are essentially two ways of doing this:
1) We can invoke the Sagemaker endpoint directly. For this we need to create a role with permission to invoke the sagemaker endpoint.
2) Create a REST API Gateway with a Lambda to call the Sagemaker Endpoint.
1. Invoke Sagemaker directly
In this case the AWS user must have the permission to invoke the sagemaker endpoint. Then we need the credentials Access_Key_id and Secret_access_key of this user. In Postman the request looks like


Team 0xC0FFEE
CEN4010 Spring 2021
Click on a team member to learn more about them!
Lindsey Butts
Garry Florestal
Thomas Galinis
Lenora Gray
Kevin Toyloy
Background provided by
Wikimedia Commons
.


| External Payment Codes |
| Payment code | Groups name and payment purpose | Notes |
| GOODS |
|---|
| 111 | Exports/ imports of goods | Payments among residents and non-residents relating to imports and exports of goods, if the ownership has changed as a result of a payment. |
|---|
| 112 | Advance payments | Advance payments and pre-payments for goods. |
|---|
| 151 | Goods for processing abroad | Payments for processing of goods abroad. |
|---|
| 152 | Goods for processing in Latvia | Payments for processing of goods in Latvia. |
|---|
| 160 | Repair of goods | Cost of ship, aeroplane and other transportation vehicle repair that increases the value of fixed assets. |
|---|
| 170 | Goods procured in ports by carries | Fuel, foodstuffs and other goods purchased and consumed by resident transport companies abroad and by non-resident transport companies in Latvia. |
|---|
| 180 | Gold | Imports and exports of gold |
|---|
| 190 | Intermediary activities in goods trade outside Latvia | The purchase of those goods from a non-resident abroad that are to be sold abroad and the sale abroad of goods purchased abroad without bringing them into Latvia |
|---|
| TRANSPORT SERVICES |
|---|
| Sea transport |
|---|
| 207 | Passenger | Carriage of passengers and lease of vessels (with a crew) for the carriage of passengers |
|---|
| 208 | Freight | Transportation of cargoes (freight); loading and unloading of cargoes by cargo carrier; lease of vessels (with a crew) for the transportation of cargoes |
|---|
| 209 | Other services | Services of stevedores; navigation, pilot, anchoring and other port services; rescue services; technical maintenance of ships; activities of sea freight forwarders and agents |
|---|
| Air transport |
|---|
| 211 | Passenger | Carriage of passengers and lease of aeroplanes (with a crew) for the carriage of passengers. |
|---|
| 212 | Freight | Transportation of cargoes; loading and unloading of cargoes by cargo carrier; charter of aeroplanes (with a crew) for the transportation of cargoes |
|---|
| 213 | Other services | Airport services; loading and unloading of cargoes by somebody other than a cargo carrier, services related to air traffic control; rescue services; technical maintenance of aeroplanes; agency services related to passenger and cargo transportation |
|---|
| Rail transport |
|---|
| 220 | Passenger | Carriage of passengers by rail. |
|---|
| 221 | Freight | Cargo transportation by rail; loading and unloading of cargoes by cargo carrier. |
|---|
| 222 | Other services | Exploitation of railways; loading and unloading of cargo by an entity other than cargo carrier; technical maintenance of rolling stock and regular repairs. |
|---|
| Road transport |
|---|
| 224 | Passenger | Carriage of passengers by road transport; lease of road transport (with a driver) for passenger carriage |
|---|
| 225 | Freight | Transportation of cargoes by road transport; loading and unloading of cargoes by cargo carrier; lease of vehicles (with a driver). |
|---|
| 226 | Other services | Exploitation of roads, parking lots, garages; loading and unloading of cargo by an entity other than cargo carrier; technical maintenance of road transport; activities of cargo forwarders and agents. |
|---|
| Other transport services |
|---|
| 231 | Pipeline transport | Transportation of gas, oil and oil products through pipelines; exploitation of pumping stations. |
|---|
| 232 | Other transport-related services | Storage of all kinds of goods (including gas); customs clearance; freight processing operations (e.g. temporary placement of goods in or removal from boxes, inspection, weighing) and auxiliary transport activities not elsewhere classified |
|---|
| OTHER SERVICES |
|---|
| 237 | Business trips | All kinds of services (e.g. hotel, local transport, public catering), except international transport services, during business trips. |
|---|
| 241 | Health-related trips | Services rendered by hospitals, health resorts and other medical institutions as well as physician-rendered services; other services, except international transport services, related to medical rehabilitation during a trip. |
|---|
| 242 | Education-related trips | Tuition fees and other services, except international transport services, related to education during a trip |
|---|
| 243 | Other private trips | Services of travel companies and camping sites as well as other services, except international transport services, during a private travel (except trips related to medical rehabilitation and education). |
|---|
| 244 | Postal services | Collection, transportation and delivery by post of letters, periodicals and other printed materials, parcels, and packages; rent of P.O. boxes. |
|---|
| 247 | Telecommunication services | Transmission of audio, video and other information by telephone, telex, telegraph, cable, television and radio, satellite, e-mail, and fax services; servicing of telecommunications network. |
|---|
| 248 | Courier services | Collection, transportation and delivery by courier of letters, periodicals and other printed materials, parcels, and packages. |
|---|
| 250 | Construction abroad | Construction, reconstruction and running repairs of buildings and structures abroad (including roads, railways, airfields and ports; except design and engineering services); lease of construction and demolition equipment (with an operator). |
|---|
| 251 | Construction in Latvia | Construction, reconstruction and the running repair of buildings and structures in Latvia (including roads, railways, airfields, and ports; except design and engineering services); lease of construction and demolition equipment (with an operator) |
|---|
| 254 | Life insurance premiums and pension funding | Payments until a specified term or policy holder's death. |
|---|
| 054 | Life insurance and pension payments | Payments in case of policy holder's death or at a specified term |
|---|
| 255 | Freight insurance premiums | Freight insurance against damage or loss. |
|---|
| 055 | Freight insurance payments | Payments in case of cargo damage or loss. |
|---|
| 256 | Premiums of other types of insurance | Accident and fire insurance; health, property, motor vehicle, financial loss and legal liability insurance |
|---|
| 056 | Payments of other types of insurance | Payments in the event of other types of direct insurance |
|---|
| 257 | Reinsurance premiums | Reinsurance risk premium paid by the purchaser for risk insurance. |
|---|
| 057 | Reinsurance payments | Payment made to the purchaser of reinsurance |
|---|
| 258 | Auxiliary services related to insurance | Services provided by insurance agents, risk and loss evaluators |
|---|
| 260 | Financial services | Financial intermediary services related to servicing of credit lines, transactions with letters of credit, financial leasing, and custody of financial assets, etc.; commission fees related to financial services (e.g. brokerage services, staging of securities issue, purchases/sales, derivatives transactions). |
|---|
| 263 | Computer services | Consulting on hardware and software issues; programming; data processing; repair of computers and other office equipment. |
|---|
| 264 | Information services | Activities of news agencies; subscription of press publications; data dissemination and storage. |
|---|
| 266 | Royalties and licence fees | Royalties for the use of patents, copyright, and trademarks; licence fees. |
|---|
| 270 | Merchanting and other trade-related services | Commission fees for external trade transactions to commodity brokers, dealers, and trade agents. |
|---|
| 272 | Operational leasing | Leasing of vehicles (without a crew), railway carriages, containers, and equipment without the right to purchase (the leaseholder does not assume risks and is not entitled to payments characteristic to property rights). |
|---|
| 275 | Legal services | Legal advice, representation and defence, drafting of legal documents, litigation costs, notary assistance, and judgement enforcement costs. |
|---|
| 276 | Accounting and auditing services, tax consulting | Accounting and preparation of financial statements; auditing of financial statements; consultations on taxes and preparation of tax statements. |
|---|
| 277 | Consulting in business, management, and public relations | Consulting and support in business policy, strategy, planning, organisation and control, in financial and production management as well as in company image boosting. |
|---|
| 278 | Advertising, market research, and public opinion polling | Preparation of advertisements; selling/ purchasing advertisement sites and time in mass media; staging of fairs; market research. |
|---|
| 279 | Research and development | Research of new products and processes, conduct of experiments. |
|---|
| 280 | Designing and engineering services | Designer services; land survey and cartography, product control and certification; technical inspections. |
|---|
| 282 | Waste processing and refinement | Waste processing and disposal, refinement of polluted soil, other services related to environment protection. |
|---|
| 283 | Agricultural, hunting, forestry, and fishery services | Preparation of soil, harvesting, livestock-breeding and other agricultural services; hunting; forestry services; fish nursery and fish farming services. |
|---|
| 285 | Other business-related services | Household, sewing, printing and publishing, photography, translation, recruiting, etc. services. |
|---|
| 286 | Mutual services of direct investor and direct investment enterprise not elsewhere classified | Mutual payments of direct investor and direct investment enterprise to cover operating expenses. |
|---|
| 288 | Audio-visual and related services | Shooting of films, staging of theatre performances, production of musical, sports, circus, radio, and television programmes, sound-recordings; rights to present these performances and recordings; remuneration to directors, actors and other performers. |
|---|
| 289 | Other entertainment, cultural, and recreational services | Activities of museums, libraries, and archives; staging of cultural and sporting events; remuneration to teachers and lecturers. |
|---|
| 291 | Government services not classified elsewhere | Consular and other services provided by embassies and consulates; goods purchased by embassies, consulates, armed forces (including the UN Peacekeeping Forces) and other official services; organisation of official receptions; utility, transportation and other services. |
|---|
| REVENUES or EXPENSES |
|---|
| 310 | Compensation of employees | Salaries received from and paid to non-residents and other payment for work. |
|---|
| Dividends |
|---|
| 332 | Direct investment dividends received and paid | Dividends received from and paid to non-residents on shares (units) that confirm participating interest in equity capital of 10% and more. |
|---|
| 340 | Portfolio investment dividends received and paid | Dividends received from and paid to non-residents on shares (units) that confirm participating interest in equity capital below10%. |
|---|
| Interest |
|---|
| 335 | Interest income or expense on reciprocal claims and liabilities of direct investor and direct investment company | Interest income or expense on loans (including financial leasing) granted to or received from a direct investor or a direct investment enterprise and on debt securities issued by a direct investor or a direct investment company. Reimbursement for forward rate agreements as received from or paid to a direct investor or a direct investment company. Income or /expense on currency and interest rate swaps with a direct investor or a direct investment company. |
|---|
| 351 | Interest income or expense on long-term debt securities of residents and non-residents other than direct investors or direct investment companies | Interest income or expense on debt securities issued by residents and non-residents other than direct investors and direct investment companies with the redemption date fixed at the moment of issue exceeding 1 year. |
|---|
| 361 | Interest income or expense on short-term debt securities of residents and non-residents other than direct investors or direct investment companies | Interest income or expense on debt securities issued by residents and non-residents other than direct investors or direct investment companies with the redemption date fixed at the moment of issue of up to 1 year (inclusive). |
|---|
| 362 | Interest income/expense on derivatives transactions of residents and non-residents other than direct investors or direct investment companies | Reimbursement for forward rate agreements received from/paid to non-residents other than direct investors or direct investment companies. Income/expense on currency and interest rate swaps with non-residents other than direct investors or direct investment companies. |
|---|
| 370 | Interest income or expense on claims or liabilities to non-residents other than direct investors or direct investment companies | Interest income or expense on loans (including financial leasing) granted to/received from non-residents other than direct investors or direct investment companies and on deposits. |
|---|
| TRANSFERS |
|---|
| 379 | Current transfers | Contributions to international organisations; taxes, penalties, social and employer's pensions, gifts, inheritance, alimony, security deposits and other uncompensated money transfers not intended for investment. |
|---|
| 400 | Capital transfers | Uncompensated money transfers intended for investment. |
|---|
| DIRECT INVESTMENT |
|---|
| Abroad |
|---|
| 515 | Direct investment of a resident in equity capital of a company (non-resident) | Investment that secures the acquisition of direct investor's status in a company (non-resident). Increasing or decreasing of direct investment in a direct investment company. |
|---|
| 520 | Investment of a direct investment enterprise in equity capital of a direct investor | Sale of direct investor's shares (units) if they confirm at least 10% participation by direct investment company in equity capital of a direct investor, and purchase of these shares (units). |
|---|
| 536 | Loans to direct investment enterprises | Principal amounts of loans granted to and repaid by a direct investment company. |
|---|
| 537 | Financial leasing to a direct investment company | Payments to a direct investor for financial leasing. |
|---|
| 538 | Debt securities issued by a direct investment company | Purchase, sale or redemption of debt securities issued by a direct investment company. |
|---|
| 539 | Derivatives transactions of a direct investment company | Amounts received or paid that arise from transactions with futures, forwards, options, etc. of a direct investment company. |
|---|
| 541 | Loans to direct investor | Principal amounts of loans issued by and repaid to a direct investment company. |
|---|
| 542 | Financial leasing to a direct investor | Payments to a direct investment company for financial leasing. |
|---|
| 543 | Debt securities issued by a direct investor | Purchase, sale or redemption of debt securities issued by a direct investor. |
|---|
| 544 | Derivatives (transactions) of a direct investor | Amounts received or paid that arise from transactions with futures, forwards, options, etc. of a direct investor. |
|---|
| In Latvia |
|---|
| 570 | Direct investment of a non-resident in equity capital of a company (resident) | Investment that secures the acquisition of direct investor's status in a company (resident). Enlargement or reduction of direct investment in a direct investment company |
|---|
| 565 | Investment of a direct investment enterprise in equity capital of a direct investor | Purchase of shares (units) of a direct investor if they confirm participation below 10% by a direct investment company in equity capital of a direct investor, and the sale of these shares (units). |
|---|
| 586 | Loans to a direct investor | Principal amounts of loans granted to and repaid by a direct investor. |
|---|
| 587 | Financial leasing to a direct investor | Payments to a direct investment company for financial leasing. |
|---|
| 588 | Debt securities issued by a direct investor | Purchase, sale or redemption of debt securities issued by a direct investor. |
|---|
| 589 | Derivatives (transactions) of a direct investor | Amounts received or paid that arise from transactions with futures, forwards, options, etc. of a direct investor. |
|---|
| 591 | Loans to direct investment enterprises | Principal amounts of loans issued by and repaid to a direct investor |
|---|
| 592 | Financial leasing to a direct investment company | Payments to a direct investor for financial leasing. |
|---|
| 593 | Debt securities issued by a direct investment company | Purchase, sale or redemption of debt securities issued by a direct investment company. |
|---|
| 594 | Derivatives (transactions) of a direct investment company | Amounts received or paid that arise from transactions with futures, forwards, options, etc. of a direct investment company. |
|---|
| PORTFOLIO INVESTMENT |
|---|
| Assets |
|---|
| 610 | Portfolio investment of a resident in a company (non-resident) | Purchase of shares (units) of a company (non-resident), if they confirm participation below 10% by a resident in equity capital of this company, and sale of these shares (units). |
|---|
| 621 | Long-term debt securities issued by non-residents other than direct investors or direct investment companies | Purchase, sale or redemption of those debt securities issued by non-residents other than direct investors or direct investment companies whose redemption date fixed at the moment of issue exceeds 1 year. |
|---|
| 631 | Short-term debt securities issued by non-residents other than direct investors or direct investment companies | Purchase, sale or redemption of those debt securities issued by non-residents other than direct investors or direct investment companies whose redemption date fixed at the moment of issue does not exceed 1 year (inclusive). |
|---|
| 641 | Derivatives (transactions) of non-residents other than direct investors or direct investment companies | Amounts received or paid that arise from transactions with futures, forwards, options, etc. with a non-resident other than a direct investor or a direct investment company. |
|---|
| Liabilities |
|---|
| 661 | Portfolio investment of a non-resident in a company (resident) | Purchase of shares (units) of a company (resident), if they confirm participation below 10% by a non-resident in equity capital of this enterprise, and sale of these shares (units). |
|---|
| 671 | Long-term debt securities issued by residents other than direct investors or direct investment companies | Purchase, sale or redemption of those debt securities issued by residents other than direct investors or direct investment companies whose redemption date fixed at the moment of issue exceeds 1 year. |
|---|
| 681 | Short-term debt securities issued by residents other than direct investors or direct investment companies | Sale, purchase or redemption of those debt securities issued by residents other than direct investors or direct investment companies whose redemption date fixed at the moment of issue does not exceed 1 year (inclusive). |
|---|
| 690 | Derivatives (transactions) of residents other than direct investors or direct investment companies | Amounts received or paid that arise from transactions with futures, forwards, options, etc. with a resident other than a direct investor or a direct investment company. |
|---|
| OTHER INVESTMENT |
|---|
| Assets |
|---|
| 727 | Long-term loans to non-residents other than direct investors or direct investment companies | Principal amounts of long-term loans (with maturity exceeding 1 year) granted to and repaid by non-residents other than direct investors or direct investment companies. |
|---|
| 728 | Financial leasing to non-residents other than direct investors or direct investment companies | Payments of non-residents other than direct investors or direct investment companies for financial leasing |
|---|
| 729 | Short-term loans to non-residents other than direct investors or direct investment companies | Principal amounts of short-term loans (with maturity not exceeding 1 year (inclusive)) issued to or repaid by non-residents other than direct investors or direct investment companies. |
|---|
| 734 | Increase or decrease in resident's external deposit | The increase in demand or time deposit in a foreign credit institution by a resident by transferring funds from an account available to him/her with a credit institution and the decrease in demand or time deposit in a foreign credit institution by transferring funds to an account available with to him/her with a credit institution. |
|---|
| Liabilities |
|---|
| 777 | Long-term loans of non-residents other than direct investors or direct investment companies | Principal amounts of long-term loans (with maturity exceeding 1 year) granted by and repaid to non-residents other than direct investors or direct investment companies. |
|---|
| 778 | Financial leasing of non-residents other than direct investors or direct investment companies | Payments to non-residents other than direct investors or direct investment companies for financial leasing. |
|---|
| 779 | Short-term loans of non-residents other than direct investors or direct investment companies | Principal amounts of short-term loans (with maturity not exceeding 1 year (inclusive)) granted by and repaid to non-residents other than direct investors or direct investment companies. |
|---|
| OTHER TRANSACTIONS |
|---|
| 480 | Transactions with non-produced non-financial assets of residents | Sale or purchase of residents' land; sale or purchase of patents, copyright, trademarks |
|---|
| 481 | Transactions with non-produced non-financial assets of non-residents | Purchase or sale of non-residents' land; purchase or sale of patents, copyright, trademarks. |
|---|
| 010 | Transactions with real estate (except land) of residents | Sale or purchase of real estate (except land) owned by residents and franchise payments. |
|---|
| 011 | Transactions with real estate (except land) of non-residents | Purchase or sale of real estate (except land) owned by non-residents and franchise payments. |
|---|


Trailing Whitespace Demo
This text has some trailing whitespace!
Uses the
trailingspace
addon to highlight trailing whitespace.


Class Timer
Class that extends an Activity to give support of time tracking, laps and delayed execution start.
Implements
Inherited Members
Namespace: UnityExt.Core
Assembly: UnityExt.Core.dll
Syntax
public class Timer : Activity, INotifyCompletion, IStatusProvider, IStatusProvider<StatusType>, IProgressProvider
Constructors
| Improve this Doc View SourceTimer(Single, Int32, TimerType, ActivityContext)
Creates a new Timer instance.
Declaration
public Timer(float p_duration = 0F, int p_count = 1, TimerType p_type = TimerType.Unity, ActivityContext p_context = ActivityContext.Update)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_duration | Duration in seconds per execution step. |
| System.Int32 | p_count | Max number of steps before completion. |
| TimerType | p_type | Clock time tracking mode. |
| ActivityContext | p_context | Activity execution context. |
Timer(String, Single, Int32, TimerType, ActivityContext)
Creates a new timer instance.
Declaration
public Timer(string p_id, float p_duration, int p_count = 1, TimerType p_type = TimerType.Unity, ActivityContext p_context = ActivityContext.Update)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Id of the Timer. |
| System.Single | p_duration | Duration in seconds per execution step. |
| System.Int32 | p_count | Max number of steps before completion. |
| TimerType | p_type | Clock time tracking mode. |
| ActivityContext | p_context | Activity execution context. |
Timer(String, TimerType)
Creates a new Timer instance.
Declaration
public Timer(string p_id, TimerType p_type = TimerType.System)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Id of the Timer. |
| TimerType | p_type | Clock time tracking mode. |
Timer(TimerType)
Creates a new Timer instance.
Declaration
public Timer(TimerType p_type = TimerType.System)
Parameters
| Type | Name | Description |
|---|---|---|
| TimerType | p_type | Clock time tracking mode. |
Fields
| Improve this Doc View SourceAtomicClockfile
Default atomic clock file name
Declaration
public static string AtomicClockfile
Field Value
| Type | Description |
|---|---|
| System.String |
AtomicClockRoot
Path to be used on the creation of an atomic timer.
Declaration
public static string AtomicClockRoot
Field Value
| Type | Description |
|---|---|
| System.String |
m_on_step_event
Declaration
protected Delegate m_on_step_event
Field Value
| Type | Description |
|---|---|
| System.Delegate |
Properties
| Improve this Doc View SourceAtomicClockPath
Returns the folder where the atomic clock references are stored.
Declaration
public static string AtomicClockPath { get; }
Property Value
| Type | Description |
|---|---|
| System.String |
count
Number of loop steps to perform, if '0' runs undefinetely.
Declaration
public int count { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
delay
Delay before starting execution the loop.
Declaration
public float delay { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Single |
duration
Duration per execution loop. If '0.0' the timer will not perform any execution step.
Declaration
public float duration { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Single |
elapsed
Current elapsed time.
Declaration
public float elapsed { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Single |
OnCompleteEvent
Event called upon timer completion
Declaration
public Action<Timer> OnCompleteEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Action<Timer> |
OnExecuteEvent
Event called upon timer execution step.
Declaration
public Predicate<Timer> OnExecuteEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Predicate<Timer> |
OnStepEvent
Event called on each step complete.
Declaration
public Predicate<Timer> OnStepEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Predicate<Timer> |
paused
Flag that tells if the timer will keep updating or not.
Declaration
public bool paused { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
progress
Returns the execution progress of the timer in the [0,1] range.
Declaration
public float progress { get; }
Property Value
| Type | Description |
|---|---|
| System.Single |
step
Current step.
Declaration
public int step { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
type
Timer clock type.
Declaration
public TimerType type { get; set; }
Property Value
| Type | Description |
|---|---|
| TimerType |
unscaled
Flag that tells if the timer will suffer time scale or not. Defaults to true.
Declaration
public bool unscaled { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Methods
| Improve this Doc View SourceClearAtomicTimestamp(String)
Clears the atomic clock of a given id.
Declaration
public static void ClearAtomicTimestamp(string p_id = "")
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Atomic Clock Id |
Delay(Single)
Creates an executes a timer for 'await' scenarios.
Declaration
public static Timer Delay(float p_duration)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_duration | How much time to wait |
Returns
| Type | Description |
|---|---|
| Timer | Executing Timer |
Delay(String, Single)
Creates an executes a timer for 'await' scenarios.
Declaration
public static Timer Delay(string p_id, float p_duration)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Id of the timer |
| System.Single | p_duration | How much time to wait |
Returns
| Type | Description |
|---|---|
| Timer | Executing Timer |
GetAtomicClockElapsed(String)
Returns the elapsed timespan of an atomic clock, returns Timespan(0) if not created yet.
Declaration
public static TimeSpan GetAtomicClockElapsed(string p_id = "")
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Atomic Clock Id |
Returns
| Type | Description |
|---|---|
| System.TimeSpan | Elapsed timespan of a given atomic block |
GetAtomicTimestamp(String)
Creates a temporary file and sample its current timestamp.
Declaration
public static DateTime GetAtomicTimestamp(string p_id = "")
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Atomic Clock Id |
Returns
| Type | Description |
|---|---|
| System.DateTime | DateTime stamp of the atomic clock |
GetClock()
Get current clock based on the time tracking methods. Unity = Time.time / Time.timeScale System = clock.EllapsedMilliseconds
Declaration
public float GetClock()
Returns
| Type | Description |
|---|---|
| System.Single | Elapsed time in seconds since the last timestamp. |
GetProgress()
Provides timer execution progress.
Declaration
public override float GetProgress()
Returns
| Type | Description |
|---|---|
| System.Single | Execution progress in the range [0,1] |
Overrides
| Improve this Doc View SourceInvoke(Single, Delegate, Object[])
Creates a Timer and Invokes the passed delegate
Declaration
public static Timer Invoke(float p_delay, Delegate p_delegate, params object[] p_args)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before calling the method |
| System.Delegate | p_delegate | Delegate Function to be called |
| System.Object[] | p_args | Delegate arguments |
Returns
| Type | Description |
|---|---|
| Timer | Timer running the delay |
Invoke(Single, Object, String, Object[])
Creates a Timer and Invokes by name the method of the given target using Reflection.
Declaration
public static Timer Invoke(float p_delay, object p_target, string p_method, params object[] p_args)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before calling the method |
| System.Object | p_target | Object containing the method |
| System.String | p_method | Method name |
| System.Object[] | p_args | Method args |
Returns
| Type | Description |
|---|---|
| Timer | Timer running the delay |
Invoke(String, Single, Delegate, Object[])
Creates a Timer and Invokes the passed delegate
Declaration
public static Timer Invoke(string p_id, float p_delay, Delegate p_delegate, params object[] p_args)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before calling the method |
| System.Delegate | p_delegate | Delegate Function to be called |
| System.Object[] | p_args | Delegate arguments |
Returns
| Type | Description |
|---|---|
| Timer | Timer running the delay |
Invoke(String, Single, Object, String, Object[])
Creates a Timer and Invokes by name the method of the given target using Reflection.
Declaration
public static Timer Invoke(string p_id, float p_delay, object p_target, string p_method, params object[] p_args)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before calling the method |
| System.Object | p_target | Object containing the method |
| System.String | p_method | Method name |
| System.Object[] | p_args | Method args |
Returns
| Type | Description |
|---|---|
| Timer | Timer running the delay |
Invoke<T>(Single, String, Object[])
Creates a Timer and Invokes by name the static method of the given type.
Declaration
public static Timer Invoke<T>(float p_delay, string p_method, params object[] p_args)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before calling the method |
| System.String | p_method | Method name |
| System.Object[] | p_args | Method args |
Returns
| Type | Description |
|---|---|
| Timer | Timer running the delay |
Type Parameters
| Name | Description |
|---|---|
| T |
Invoke<T>(String, Single, String, Object[])
Creates a Timer and Invokes by name the static method of the given type.
Declaration
public static Timer Invoke<T>(string p_id, float p_delay, string p_method, params object[] p_args)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before calling the method |
| System.String | p_method | Method name |
| System.Object[] | p_args | Method args |
Returns
| Type | Description |
|---|---|
| Timer | Timer running the delay |
Type Parameters
| Name | Description |
|---|---|
| T |
OnEnable()
Handler for enabling
Declaration
protected override void OnEnable()
Overrides
| Improve this Doc View SourceOnExecute()
Execute loop.
Declaration
protected override bool OnExecute()
Returns
| Type | Description |
|---|---|
| System.Boolean |
Overrides
| Improve this Doc View SourceRestart()
Resets the Timer entirely, and keep it running.
Declaration
public void Restart()
RestartStep()
Restarts only the current step, and keep it running.
Declaration
public void RestartStep()
Run(Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(Single, Action<Timer>, TimerType)
Creates and executes a Timer with a single execution callback upon completion. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(float p_duration, Action<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_duration | Duration before completion. |
| System.Action<Timer> | p_callback | Callback called after completion. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Run(Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_duration | Duration of the Timer, if 0.0 runs forever. |
| System.Int32 | p_count | Number of steps, if 0 repeats 'duration' forever. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(float p_delay, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before starting in seconds. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(Single, Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(float p_delay, float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before starting in seconds. |
| System.Single | p_duration | Duration of the Timer, if 0.0 runs forever. |
| System.Int32 | p_count | Number of steps, if 0 repeats 'duration' forever. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(Single, Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(float p_delay, float p_duration, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before starting in seconds. |
| System.Single | p_duration | Duration of the Timer, if 0.0 runs forever. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(String, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(string p_id, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(String, Single, Action<Timer>, TimerType)
Creates and executes a Timer with a single execution callback upon completion. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(string p_id, float p_duration, Action<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id. |
| System.Single | p_duration | Duration before completion. |
| System.Action<Timer> | p_callback | Callback called after completion. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Run(String, Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(string p_id, float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_duration | Duration of the Timer, if 0.0 runs forever. |
| System.Int32 | p_count | Number of steps, if 0 repeats 'duration' forever. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(String, Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(string p_id, float p_delay, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before starting in seconds. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(String, Single, Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(string p_id, float p_delay, float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before starting in seconds. |
| System.Single | p_duration | Duration of the Timer, if 0.0 runs forever. |
| System.Int32 | p_count | Number of steps, if 0 repeats 'duration' forever. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Run(String, Single, Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-execution callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Run(string p_id, float p_delay, float p_duration, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before starting in seconds. |
| System.Single | p_duration | Duration of the Timer, if 0.0 runs forever. |
| System.Predicate<Timer> | p_callback | Handler for each execution. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance, already running. |
Set(Single, Object, String, Object)
Creates a timer that set a given property of an object after the delay passed.
Declaration
public static Timer Set(float p_delay, object p_target, string p_property, object p_value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before changing the property |
| System.Object | p_target | Target object |
| System.String | p_property | Property name |
| System.Object | p_value | Property value |
Returns
| Type | Description |
|---|---|
| Timer | Running timer |
Set(String, Single, Object, String, Object)
Creates a timer that set a given property of an object after the delay passed.
Declaration
public static Timer Set(string p_id, float p_delay, object p_target, string p_property, object p_value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before changing the property |
| System.Object | p_target | Target object |
| System.String | p_property | Property name |
| System.Object | p_value | Property value |
Returns
| Type | Description |
|---|---|
| Timer | Running timer |
Set<T>(Single, String, Object)
Creates a timer that set a given static property of a Type.
Declaration
public static Timer Set<T>(float p_delay, string p_property, object p_value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before changing the property |
| System.String | p_property | Property name |
| System.Object | p_value | Property value |
Returns
| Type | Description |
|---|---|
| Timer | Running timer |
Type Parameters
| Name | Description |
|---|---|
| T |
Set<T>(String, Single, String, Object)
Creates a timer that set a given static property of a Type.
Declaration
public static Timer Set<T>(string p_id, float p_delay, string p_property, object p_value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before changing the property |
| System.String | p_property | Property name |
| System.Object | p_value | Property value |
Returns
| Type | Description |
|---|---|
| Timer | Running timer |
Type Parameters
| Name | Description |
|---|---|
| T |
Start()
Starts the timer immediately.
Declaration
public void Start()
Start(Single)
Starts the timer after a delay in seconds
Declaration
public void Start(float p_delay)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before start in seconds. |
Step(Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_duration | Step duration. |
| System.Int32 | p_count | Number of steps |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(float p_delay, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before running. |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(Single, Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(float p_delay, float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before running. |
| System.Single | p_duration | Step duration. |
| System.Int32 | p_count | Number of steps |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(Single, Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(float p_delay, float p_duration, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | p_delay | Delay before running. |
| System.Single | p_duration | Step duration. |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(String, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(string p_id, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(String, Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(string p_id, float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_duration | Step duration. |
| System.Int32 | p_count | Number of steps |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(String, Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(string p_id, float p_delay, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before running. |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(String, Single, Single, Int32, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(string p_id, float p_delay, float p_duration, int p_count, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before running. |
| System.Single | p_duration | Step duration. |
| System.Int32 | p_count | Number of steps |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |
Step(String, Single, Single, Predicate<Timer>, TimerType)
Creates and executes a Timer with a per-loop-step callback. If no 'duration' is specified the Timer runs forever, if no 'count' is specified the Timer loops 'duration' forever.
Declaration
public static Timer Step(string p_id, float p_delay, float p_duration, Predicate<Timer> p_callback = null, TimerType p_type = TimerType.Unity)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | p_id | Timer Id |
| System.Single | p_delay | Delay before running. |
| System.Single | p_duration | Step duration. |
| System.Predicate<Timer> | p_callback | Callback called per step. |
| TimerType | p_type | Timer type. |
Returns
| Type | Description |
|---|---|
| Timer | Timer instance already running. |


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{% endblock %}