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ORFK wrote:ORFK wrote:juress wrote:So apparently, I killed someone in M1 Abrams on Metro today :D
http://battlelog.battlefield.com/bf3/en/battlereport/show/54745991/1/190915554/
how was this possible?
ORFK wrote:well... have you played a special weapon?
was that your first game since they've changed the medal/ribbon "system"?
robenter wrote:I see this all the time. Stats bleeding/leakage. You probably got that M1A1 Abrams kill at the very end of the previous round and it "leaked" over to the next battle report.


|
Halide
12.0.0
|
namespace to hold functions for imposing boundary conditions on Halide Funcs. More...
Namespaces | |
| Internal | |
Functions | |
| Func | constant_exterior (const Func &source, const Tuple &value, const Region &bounds) |
| Impose a boundary condition such that a given expression is returned everywhere outside the boundary. More... | |
| Func | constant_exterior (const Func &source, const Expr &value, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | constant_exterior (const T &func_like, const Tuple &value, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | constant_exterior (const T &func_like, const Expr &value, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | constant_exterior (const T &func_like, const Tuple &value) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | constant_exterior (const T &func_like, const Expr &value) |
| template<typename T , typename... Bounds, typename std::enable_if< Halide::Internal::all_are_convertible< Expr, Bounds... >::value >::type * = nullptr> | |
| HALIDE_NO_USER_CODE_INLINE Func | constant_exterior (const T &func_like, const Tuple &value, Bounds &&...bounds) |
| template<typename T , typename... Bounds, typename std::enable_if< Halide::Internal::all_are_convertible< Expr, Bounds... >::value >::type * = nullptr> | |
| HALIDE_NO_USER_CODE_INLINE Func | constant_exterior (const T &func_like, const Expr &value, Bounds &&...bounds) |
| Func | repeat_edge (const Func &source, const Region &bounds) |
| Impose a boundary condition such that the nearest edge sample is returned everywhere outside the given region. More... | |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | repeat_edge (const T &func_like, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | repeat_edge (const T &func_like) |
| Func | repeat_image (const Func &source, const Region &bounds) |
| Impose a boundary condition such that the entire coordinate space is tiled with copies of the image abutted against each other. More... | |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | repeat_image (const T &func_like, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | repeat_image (const T &func_like) |
| Func | mirror_image (const Func &source, const Region &bounds) |
| Impose a boundary condition such that the entire coordinate space is tiled with copies of the image abutted against each other, but mirror them such that adjacent edges are the same. More... | |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | mirror_image (const T &func_like, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | mirror_image (const T &func_like) |
| Func | mirror_interior (const Func &source, const Region &bounds) |
| Impose a boundary condition such that the entire coordinate space is tiled with copies of the image abutted against each other, but mirror them such that adjacent edges are the same and then overlap the edges. More... | |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | mirror_interior (const T &func_like, const Region &bounds) |
| template<typename T > | |
| HALIDE_NO_USER_CODE_INLINE Func | mirror_interior (const T &func_like) |
namespace to hold functions for imposing boundary conditions on Halide Funcs.
All functions in this namespace transform a source Func to a result Func where the result produces the values of the source within a given region and a different set of values outside the given region. A region is an N dimensional box specified by mins and extents.
Three areas are defined: The image is the entire set of values in the region. The edge is the set of pixels in the image but adjacent to coordinates that are not The interior is the image minus the edge (and is undefined if the extent of any region is 1 or less).
If the source Func has more dimensions than are specified, the extra ones are unmodified. Additionally, passing an undefined (default constructed) 'Expr' for the min and extent of a dimension will keep that dimension unmodified.
Numerous options for specifing the outside area are provided, including replacement with an expression, repeating the edge samples, mirroring over the edge, and repeating or mirroring the entire image.
Using these functions to express your boundary conditions is highly recommended for correctness and performance. Some of these are hard to get right. The versions here are both understood by bounds inference, and also judiciously use the 'likely' intrinsic to minimize runtime overhead.
| Func Halide::BoundaryConditions::constant_exterior | ( | const Func & | source, |
| const Tuple & | value, | ||
| const Region & | bounds | ||
| ) |
Impose a boundary condition such that a given expression is returned everywhere outside the boundary.
Generally the expression will be a constant, though the code currently allows accessing the arguments of source.
An ImageParam, Buffer<T>, or similar can be passed instead of a Func. If this is done and no bounds are given, the boundaries will be taken from the min and extent methods of the passed object. Note that objects are taken by mutable ref. Pipelines capture Buffers via mutable refs, because running a pipeline might alter the Buffer metadata (e.g. device allocation state).
(This is similar to setting GL_TEXTURE_WRAP_* to GL_CLAMP_TO_BORDER and putting value in the border of the texture.)
You may pass undefined Exprs for dimensions that you do not wish to bound.
Referenced by constant_exterior().
| Func Halide::BoundaryConditions::constant_exterior | ( | const Func & | source, |
| const Expr & | value, | ||
| const Region & | bounds | ||
| ) |
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::constant_exterior | ( | const T & | func_like, |
| const Tuple & | value, | ||
| const Region & | bounds | ||
| ) |
Definition at line 101 of file BoundaryConditions.h.
References constant_exterior(), and Halide::BoundaryConditions::Internal::func_like_to_func().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::constant_exterior | ( | const T & | func_like, |
| const Expr & | value, | ||
| const Region & | bounds | ||
| ) |
Definition at line 106 of file BoundaryConditions.h.
References constant_exterior(), and Halide::BoundaryConditions::Internal::func_like_to_func().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::constant_exterior | ( | const T & | func_like, |
| const Tuple & | value | ||
| ) |
Definition at line 111 of file BoundaryConditions.h.
References constant_exterior(), and Halide::BoundaryConditions::Internal::func_like_to_func().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::constant_exterior | ( | const T & | func_like, |
| const Expr & | value | ||
| ) |
Definition at line 120 of file BoundaryConditions.h.
References constant_exterior().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::constant_exterior | ( | const T & | func_like, |
| const Tuple & | value, | ||
| Bounds &&... | bounds | ||
| ) |
Definition at line 126 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::collect_region(), constant_exterior(), and Halide::BoundaryConditions::Internal::func_like_to_func().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::constant_exterior | ( | const T & | func_like, |
| const Expr & | value, | ||
| Bounds &&... | bounds | ||
| ) |
Definition at line 134 of file BoundaryConditions.h.
References constant_exterior().
Impose a boundary condition such that the nearest edge sample is returned everywhere outside the given region.
An ImageParam, Buffer<T>, or similar can be passed instead of a Func. If this is done and no bounds are given, the boundaries will be taken from the min and extent methods of the passed object.
(This is similar to setting GL_TEXTURE_WRAP_* to GL_CLAMP_TO_EDGE.)
You may pass undefined Exprs for dimensions that you do not wish to bound.
Referenced by repeat_edge().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::repeat_edge | ( | const T & | func_like, |
| const Region & | bounds | ||
| ) |
Definition at line 156 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and repeat_edge().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::repeat_edge | ( | const T & | func_like | ) |
Definition at line 161 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and repeat_edge().
Impose a boundary condition such that the entire coordinate space is tiled with copies of the image abutted against each other.
An ImageParam, Buffer<T>, or similar can be passed instead of a Func. If this is done and no bounds are given, the boundaries will be taken from the min and extent methods of the passed object.
(This is similar to setting GL_TEXTURE_WRAP_* to GL_REPEAT.)
You may pass undefined Exprs for dimensions that you do not wish to bound.
Referenced by repeat_image().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::repeat_image | ( | const T & | func_like, |
| const Region & | bounds | ||
| ) |
Definition at line 187 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and repeat_image().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::repeat_image | ( | const T & | func_like | ) |
Definition at line 192 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and repeat_image().
Impose a boundary condition such that the entire coordinate space is tiled with copies of the image abutted against each other, but mirror them such that adjacent edges are the same.
An ImageParam, Buffer<T>, or similar can be passed instead of a Func. If this is done and no bounds are given, the boundaries will be taken from the min and extent methods of the passed object.
(This is similar to setting GL_TEXTURE_WRAP_* to GL_MIRRORED_REPEAT.)
You may pass undefined Exprs for dimensions that you do not wish to bound.
Referenced by mirror_image().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::mirror_image | ( | const T & | func_like, |
| const Region & | bounds | ||
| ) |
Definition at line 218 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and mirror_image().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::mirror_image | ( | const T & | func_like | ) |
Definition at line 223 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and mirror_image().
Impose a boundary condition such that the entire coordinate space is tiled with copies of the image abutted against each other, but mirror them such that adjacent edges are the same and then overlap the edges.
This produces an error if any extent is 1 or less. (TODO: check this.)
An ImageParam, Buffer<T>, or similar can be passed instead of a Func. If this is done and no bounds are given, the boundaries will be taken from the min and extent methods of the passed object.
(I do not believe there is a direct GL_TEXTURE_WRAP_* equivalent for this.)
You may pass undefined Exprs for dimensions that you do not wish to bound.
Referenced by mirror_interior().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::mirror_interior | ( | const T & | func_like, |
| const Region & | bounds | ||
| ) |
Definition at line 253 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and mirror_interior().
| HALIDE_NO_USER_CODE_INLINE Func Halide::BoundaryConditions::mirror_interior | ( | const T & | func_like | ) |
Definition at line 258 of file BoundaryConditions.h.
References Halide::BoundaryConditions::Internal::func_like_to_func(), and mirror_interior().


RPI INSTALL NOTES
--- INSTALL IMAGE
https://www.raspberrypi.org/downloads/raspbian/
https://www.raspberrypi.org/documentation/
https://www.raspberrypi.org/documentation/installation/installing-images/mac.md
flash image to an unmounted (not ejected), fat formatted disk
dd bs=1m if=/Users/a/dev/raspberrypi/2015-09-24-raspbian-jessie.img of=/dev/rdisk2
Control-T to see progress
disk2s1
--- SSH
https://www.raspberrypi.org/documentation/remote-access/ssh/README.md
--- motion track
https://www.raspberrypi.org/documentation/hardware/camera.md
https://www.raspberrypi.org/documentation/configuration/camera.md
Vehicle Speed Camera using openCV, python & picamera
https://www.raspberrypi.org/forums/viewtopic.php?p=813535#p813535
http://www.instructables.com/id/Raspberry-Pi-Ball-tracking/
---
usb wifi dongleBCM43143 chipset
---
gpio
http://www.bashmodulo.com/raspberrypi/simple-circuit-control-with-gpio-on-raspberry-pi/
---
autostart
http://www.bashmodulo.com/raspberrypi/raspberry-pi-auto-start-program-with-auto-login/


I no longer have a girl friend. I now have a wife :) Feels very good actually and we had a great day so far, which was really just the legal part. Tomorrow we will have the church part of the deal with a lot more guests to celebrate with in the evening. Packing up a few things, trying to relax. But life feels very good at the moment :)
We actually were married by Mr. Stommel, who is something of a famous guy at the registry office in cologne. It was a real joy and we had lots of laughs, which made the entire ceremony unforgettable. He had to make a joke about me being born in DÃ¼sseldorf (there is a bit of a fun war between dÃ¼sseldorf and cologne) to start with, of course topping it off with Avonia being born in the Iran (her father was there at the time). We came out of there feeling really good about all the marriage, later learning that he is married the fourth time and at the christening of his children he dresses them up for cologne karneval so they become good cologne citizen :) The guy is really fun and we thank him for a great ceremony. Oh, of course we’re still feeling great about the marriage. It’s a fun feeling.
We then had a quick drink outside which Ingmar prepared (thank you!) and later lunch with all (only family and best <I>men/women/…</I>) the people that attended. With all that finished, Avonia and me are now relaxing a bit and preparing for the church tomorrow, but more on that later. For now, I am looking at my new ring again and need to give Avonia a few more kisses. :)


?6
7
8
9
10
T
M
v
The
New
York
copyright
reserved
botanical
Garden
INSTITUTE
OF
JAMAICA
FLORA
OF
JAMAICA
Parish:
ST.
CATHERINE
NEW
YORK
BOTANICAL
GARDEN
Name:
Ludwioia
peploides
(Kunth)
Raven
Locality:
'
NAGGO
HEAD*
01447600
Ludwigia
peploides
(HBK.)
Raven
subsp.
peploides
Determined
by
Elsa
Zardini
1986
Missouri
Botanical
Garden
Altitude:
SeaĐlevel
Date:
February
5t
1980
Habitat:
In
shallow*
sluggish
stream╚
{Trailing
herb
with
(voucher
for
yellow
flowers.
└cancer
studies*
Collector:
George
R,
Proctor
No.
38562
Notes:
01447600
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


I am Jinpu, a pragmatic programmer from Beijing, China, currently working on Qunar.com. I’m senior front-end architect of Qunar.com and build the FE team.
Past:
I am passionate about many topics including Front-end Develop Research, User Experience Research, Functional Programming, Mathematics. Maybe I am an expert of Front-end Develop, a hacker of other interesting things.
This blog is where I keep track of stuff that continue to fascinate me. Those include Programming, Design and Life.
If you want to know me personally, you may want to use email. If you have absolutely nothing else to do you can go through my blog’s articles.


This is an example demonstrating how to quickly integrate Uploadcare into the file upload form on your website.
Lorem... ipsum...


This is an experiment in dynamic chat room generation. Type a hashtag (e.g. "#topic") to generate a new room, and click on hashlinks to join the conversation.
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Preparation time
1-2 hours
Cooking time
10 to 30 mins
Serves
Serves 6
This is a really fantastic recipe for a kind of filled bread, a bit like a rolled-up pizza! It can also be made with ready-made pizza or bread dough and bought tomato pizza sauce. We cooked this at Si’s sister’s family feast at her house near Florence.
To make the dough, sift the flour into a large bowl and stir in the semolina and yeast. Mix the sea salt and olive oil with the water and stir into the flour. Mix with a large wooden spoon until the dough comes together and forms a soft, spongy ball.
Transfer the dough to a lightly floured surface and knead it for five minutes until smooth. Place the dough into a bowl, cover with lightly oiled cling film and leave it for about an hour in a warm place or until it has doubled in size.
While the dough is rising, make the tomato sauce. Heat one tablespoon of the olive oil in a nonstick frying pan and fry the onion over a low heat for five minutes until softened and lightly browned. Stir regularly and add the garlic for the last minute of the cooking time. Tip the tomatoes into the pan and add the oregano and caster sugar. Season with salt and pepper. Place over a fairly high heat and cook the sauce for 5–8 minutes until very thick, stirring constantly. Remove the pan from the heat and leave the sauce to cool.
Roll out the dough on a lightly floured surface into a rectangle measuring about 44cm x 32cm/17in x 13in.
Spread the tomato mixture over the dough, leaving a 2cm border around the edge. Lay the prosciutto in a single layer over the sauce. Tear the mozzarella into small pieces and dot over the prosciutto, then scatter the basil leaves on top.
Tuck in the two short ends and roll the stromboli up firmly to enclose the filling. Place it, seal-side down, on a large baking sheet lined with baking parchment and leave to rise for 30 minutes.
Preheat the oven to 200C/400F/Gas 6.
Brush the remaining oil over the dough, season with a little more salt and pepper and bake the stromboli for 25–30 minutes until well risen and golden brown.
Slice thickly and serve with some good olive oil and balsamic vinegar for dipping, and a fresh green salad.


Kenneth Clarke's panel show appearances
Kenneth Clarke (born 1940-07-02[ref]) has appeared in 57 episodes between 1982-2019. Kenneth Clarke on Wikipedia.
- 2019-05-02 / Question Time
- 2018-03-01 / Question Time
- 2016-10-20 / Question Time
- 2014-11-20 / Question Time
- 2014-01-30 / Question Time
- 2013-09-19 / Question Time
- 2013-04-11 / Question Time
- 2013-03-07 / Question Time
- 2012-10-04 / Question Time
- 2012-06-21 / Question Time
- 2012-02-16 / Question Time
- 2011-12-01 / Question Time
- 2011-05-19 / Question Time
- 2010-11-25 / Question Time
- 2010-04-01 / Question Time
- 2010-01-14 / Question Time
- 2009-06-18 / Question Time
- 2009-03-19 / Question Time
- 2008-10-09 / Question Time
- 2008-01-31 / Question Time
- 2007-12-06 / Question Time
- 2007-05-10 / Question Time
- 2007-02-08 / Question Time
- 2006-09-28 / Question Time
- 2006-05-18 / Question Time
- 2005-09-29 / Question Time
- 2005-01-27 / Question Time
- 2003-11-27 / Question Time
- 2003-01-23 / Question Time
- 2001-12-06 / Question Time
- 2001-07-05 / Question Time
- 2000-10-19 / Question Time
- 1999-12-16 / Question Time
- 1998-12-17 / Question Time
- 1997-05-15 / Question Time
- 1997-02-13 / Question Time
- 1996-02-15 / Question Time
- 1995-10-12 / Question Time
- 1994-01-13 / Question Time
- 1992-11-12 / Question Time
- 1992-05-21 / Question Time
- 1991-10-24 / Question Time
- 1991-01-17 / Question Time
- 1990-10-25 / Question Time
- 1990-02-15 / Question Time
- 1989-06-01 / Question Time
- 1988-09-22 / Question Time
- 1988-01-28 / Question Time
- 1987-05-28 / Question Time
- 1987-04-09 / Question Time
- 1985-11-28 / Question Time
- 1985-03-07 / Question Time
- 1984-12-06 / Question Time
- 1984-07-12 / Question Time
- 1984-03-15 / Question Time
- 1983-02-17 / Question Time
- 1982-05-13 / Question Time


Shapers United
Contact
The Global Shapers Zurich invite you to the
Shapers United
Date will be announced
Contact
If you have any questions, contact
<EMAIL_ADDRESS>.


PageStopwatch Demo
real user resource load monitoring
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Clear cache and refresh to see a bigger waterfall.
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Click any text or icon to edit or style it. Use the block parameters to hide/show text or icons and change media size or position.
SmallerSites offers several themes that include sliders, galleries, article blocks, counters, accordions, video, animated text, live filtered tables, shop, contact forms, lightbox, testimonials, timelines, google map, progress bars and more.
Cut down the development time with drag-and-drop website builder. Drop the blocks into the page, edit content inline and publish - no technical skills required.
Publish your website to a local drive, FTP or host on Amazon S3, Google Cloud, Github Pages. Don't be a hostage to just one platform or service provider.
Just drop the blocks into the page, edit content inline and publish - no technical skills required.
SmallerSites offers several themes that include sliders, galleries, article blocks, counters, accordions, video and many more.
SmallerSites gives you the freedom to develop as many websites as you like given the fact that it is a desktop app.


|
Annotation Types Summary |
| AccumulatorAccumulate |
This annotation is to be used on a Groovy method which
is part of an Accumulator UDF to indicate that it will
act as the 'accumulate' method of the UDF. |
| AccumulatorCleanup |
This annotation is to be used on a Groovy method which
is part of an Accumulator UDF to indicate that it will
act as the 'cleanup' method of the UDF. |
| AccumulatorGetValue |
This annotation is to be used on a Groovy method which
is part of an Accumulator UDF to indicate that it will
act as the 'getValue' method of the UDF. |
| AlgebraicFinal |
This annotation is to be used on a Groovy method which
is part of an Algebraic UDF to indicate that it will
act as the exec method of the 'Final' class of the UDF. |
| AlgebraicInitial |
This annotation is to be used on a Groovy method which
is part of an Algebraic UDF to indicate that it will
act as the exec method of the 'Initial' class of the UDF. |
| AlgebraicIntermed |
This annotation is to be used on a Groovy method which
is part of an Algebraic UDF to indicate that it will
act as the exec method of the 'Intermed' class of the UDF. |
| OutputSchemaFunction |
|


Ninja uses the Logback via slf4j as logging library.
Usually you want to use different logging settings when running in test, dev or on production.
There are three main ways how you can configure Logback.
By default Logback will look for a file called logback.xml in the root of your application. If it finds one it will intialize the logging system accordingly. This approach is okay for simple setups.
Logback evaluates a Java system property named logback.configurationFile. This approach is handy if you are using Ninja’s standalone mode:
java -Dlogback.configurationFile=/srv/conf/logback.xml -jar ninja-application.jar
This allows you to use one logging configuration for all your instances. More about that approach here: http://logback.qos.ch/manual/configuration.html
If you cannot or do not want to use external Java system properties you can use application.conf and the key logback.configurationFile to specify the location of the logging file. Ninja will pick up the file and configure Logback accordingly.
# An example for application.conf based configuration of logback %prod.logback.configurationFile=logback_prod.xml # will be used in production %dev.logback.configurationFile=logback_dev.xml # will be used in dev mode
Ninja will look for specified files in three places in the following order:
Logging can start before Ninja starts up. Think of Jetty starting up and once startup is finished Ninja begins to load. Jetty already might write some log messages, but these are not configured by Ninja’s applications.conf.
In that early phase it might be the case that Logback uses a default configuration that prints out messages to System.out.
Using the Java system property -Dlogback.configurationFile to configure logging will always override all settings in application.conf. This also configures logging from the very beginning.
Ninja provides you with a simple foundation to use Logback. And this is perfect, because logback has everything you need to configure logging - even for the largest systems you can image.
The best way to configure Logback is to follow the excellent guide at: http://logback.qos.ch/manual/configuration.html
But just in case you were wondering how such a logback.xml file can look like:
<configuration> <appender name="FILE" class="ch.qos.logback.core.FileAppender"> <file>myApp.log</file> <encoder> <pattern>%date %level [%thread] %logger{10} [%file:%line] %msg%n</pattern> </encoder> </appender> <appender name="STDOUT" class="ch.qos.logback.core.ConsoleAppender"> <encoder> <pattern>%msg%n</pattern> </encoder> </appender> <root level="debug"> <appender-ref ref="FILE" /> <appender-ref ref="STDOUT" /> </root> </configuration>
By the way - you can also write logback configuration files in Groovy.


Eventing
Service Selector
Map Selector
Map View
Plotly Graph
Timeseries Graph
Service Filter Selector
Profile Entry
Graph Legend
Additional Data Graph
Favorites
Time
Trajectory
Permalink
Table
List Selection
Open Layers
Diagram Export
Facet Search
SensorML


Class Publisher, used to send data to associated subscribers.
More...
#include <Publisher.h>
Class Publisher, used to send data to associated subscribers.
◆ Publisher()
◆ dispose()
| bool dispose |
( |
void * |
Data | ) |
|
Dispose of a previously written data.
- Parameters
-
- Returns
- True if correct.
◆ dispose_and_unregister()
| bool dispose_and_unregister |
( |
void * |
Data | ) |
|
Dispose and unregister a previously written data.
- Parameters
-
- Returns
- True if correct.
◆ getAttributes()
Get the Attributes of the Publisher.
- Returns
- Attributes of the publisher
◆ getGuid()
Get the GUID_t of the associated RTPSWriter.
- Returns
- GUID_t.
◆ removeAllChange()
| bool removeAllChange |
( |
size_t * |
removed = nullptr | ) |
|
Remove all the Changes in the associated RTPSWriter.
- Parameters
-
| [out] | removed | Number of elements removed |
- Returns
- True if all elements were removed.
◆ unregister()
| bool unregister |
( |
void * |
Data | ) |
|
Unregister a previously written data.
- Parameters
-
- Returns
- True if correct.
◆ wait_for_all_acked()
| bool wait_for_all_acked |
( |
const Time_t & |
max_wait | ) |
|
◆ write() [1/2]
| bool write |
( |
void * |
Data | ) |
|
Write data to the topic.
- Parameters
-
- Returns
- True if correct
- Calling example:
◆ write() [2/2]
Write data with params to the topic.
- Parameters
-
| Data | Pointer to the data |
| wparams | Extra write parameters. |
- Returns
- True if correct
- Calling example:
◆ PublisherImpl
| friend class PublisherImpl |
|
friend |
The documentation for this class was generated from the following file:
- /home/ricardo/workspace/curro/eProsima/desarrollo/proyectos/fastrtps/include/fastrtps/publisher/Publisher.h


Source:
@ARTICLE{Pomeroy2002,
author = {Scott L
Pomeroy and Pablo Tamayo and Michelle Gaasenbeek and
Lisa M Sturla and Michael Angelo and Margaret E
McLaughlin and John Y H Kim and Liliana C Goumnerova and Peter M Black and Ching
Lau and Jeffrey C Allen and David Zagzag and James M
Olson and Tom Curran and Cynthia Wetmore and Jaclyn A Biegel
and Tomaso Poggio and Shayan Mukherjee and Ryan Rifkin
and Andrea Califano and Gustavo Stolovitzky
and David N Louis and Jill P Mesirov and Eric S
Lander and Todd R Golub},
title = {Prediction of central nervous system embryonal tumour outcome based on
gene expression.},
journal = {Nature},
year = {2002},
volume = {415},
pages = {436--442},
number = {6870},
month = {Jan},
doi = {10.1038/415436a},
url = {http://dx.doi.org/10.1038/415436a}
}
Original data: http://www.broad.mit.edu/mpr/CNS/
Description:
Embryonal tumours of the central nervous system (CNS)
represent a heterogeneous group of tumours about
which little is known biologically, and whose diagnosis, on the basis of
morphologic appearance alone, is controversial. medulloblastomas
(MD), for example, are the most common
malignant brain tumour of childhood, but their
pathogenesis is unknown, their relationship to other embryonal
CNS tumours is debated, and patients' response to therapy
is difficult to predict. The authors approached these problems by developing a
classification system based on DNA microarray gene expression data derived from
99 patient samples. They demonstrate that medulloblastomas
are molecularly distinct from other brain tumours
including primitive neuroectodermal tumours (PNETs), atypical teratoid/rhabdoid tumours (Rhab) and malignant gliomas (Mglio). Within the class of medulloblastomas
(MD), they also studied the heterogeneity of classic (C) desmoplastic
(D) ones. In the analysis, normal
tissues were also considered (Ncer).
Parameters used in our filter:


CHANGES
CHANGES
CHANGES
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JULY 4-5
ABOUT
CONTACT
VENUES
FAQ
PARTNERS
Speakers
Speakers1
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Artists
Artists1
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ret:
Return a file list or Undetermined.
"""
raise RuntimeError("Undefined virtual function.")
def expand_depends_files(self, *args):
"""Process dependent files (perhaps a pattern) to determine input files.
self.step = step
def expand_input_files(self, value, *args):
if self.run_mode == "dryrun" and any(isinstance(x, dynamic) for x in args):
return Undetermined(value)
// if unspecified, use __step_output__ as input (default)


rcc Manual
Requirements
The pattern-based constraint verifier should run with minimal support;
no database support is needed, nor does the program depend on any
database support, CGI, etc.
On the other hand, the control-flow analyzer has several dependencies.
We've highlighted the dependencies that are specific to the control-flow
analyzer below.
- perl (v5.8.0 or greater suggested)
- mysql (v.3.23 or greater suggested)
- perl modules
- Getopt::Long
- NetAddr::IP
- DBI
- Heap::Fibonacci
- Digest::SHA1 (used to store and compare hashes rather than plaintext of auth keys)
- CGI::Pretty (optional; for configuration browser only)
- Algorithm::Diff (optional; for configuration browser only)
- Graphviz
dot
Download
We eventually plan to make our code available to the general public.
Because our tool is in its infancy, and because we want operator
feedback, help, etc. in adding features, fixing bugs, and developing the
tool, we are initially providing download access via a CVS pserver
only. This helps us keep track of the people in the community that are
trying out the tool, and encourages others in the community to contribute.
We are committed to making a tool that is useful to the operator
community, but we can't do this without operator feedback!
We also
emphasize that this tool is alpha, and only the adventurous
should proceed. :)
To download the code, please take the following steps:
- Get access to the CVS pserver. The code is available for
download via a CVS pserver.
You can ask for access via this form.
- Download code via the CVS pserver.
- Type cvs -d :pserver:[username]@nms.lcs.mit.edu:/cvs
login.
Enter your password when asked for it.
- Type cvs -d :pserver:[username]@nms.lcs.mit.edu:/cvs checkout
rolex.
You should now have all of the code, DB schemas,
documentation in a directory under rolex
Important Note: To make this process a little more painless,
these steps can now be executed using the menu.pl script in
perl/src/utils/. Running this script and selecting from
the appropriate menu options can prevent you from having to run most of
the steps below from the command line.
Setup
- Configuration File Setup. The verifier is currently
configured to read AS-wide configuration files from a single directory.
The following two steps are necessary for the verifier to work.
- Place the configuration files in a single directory, and name the files
according to the following format:
- [router-name]-confg for Cisco IOS files.
- [router-name]-jconfg for Juniper files.
- If you don't use peer-groups, you can probably skip this step
for now. Change directories into perl/src/utils and run
./riftrans_all.pl [config-dir], where config-dir is
the directory where you have placed the files. This script simply does
some preprocessing of the configs; for example, it expands things like
the peer-group macro, etc.
Note: The tool currently has modules for Cisco and Juniper
configuration parsing. The Cisco module works fairly well for Zebra,
Avici, and (with minor modifications) Procket.
- Default Settings. Most of the default settings are
specified in ConfigCommon.pm. In particular, you will want to
set the variables that determine the host, port, user, and password
information for accessing the database.
ConfigCommon.pm also contains important variable settings, such as the
location of the binaries such as dot, etc., which will be
necessary if you decide to use any of these binaries or want to change
the location of the temporary directory.
Some of the tests for the configuration verifier require knowledge of
which ASes are peers. If you care about running those tests, you should
create a file in the perl/conf/ directory called
peers.txt. The file should include a comma-separated list of
peers. The distribution includes an example.
- Database Setup. You will need to create a database. The
default database names that ConfigDB.pm looks for
areconfig_if (for the BGP constraint verifier),
config_isis (for the IS-IS constraint verifier) and
config_control_flow (for the configuration browser). The
easiest way to do this is to fire up mysql (or equivalent)
and type create database config_if (or or
config_control_flow).
(If you must change the default database
name, this can be done in ConfigDB.pm.)
- Database Schema Setup. Now it's time to set up the database
tables. The distribution includes the database schema in the
db-schema/ subdirectory. The easiest way to do this is to type
the following:
- cat db-schema/config_control_flow.sql | mysql
config_control_flow
- cat db-schema/config_if.sql | mysql
config_if
- cat db-schema/config_isis.sql | mysql
config_isis
at the shell prompt.
- Web interface setup (configuration browser only).
flowgraph.cgi is an interface
to the database that shows some (hopefully) interesting things about the
control graph.
flowgraph.cgi is a CGI script. Therefore, it must be placed at
some location on the Web server where executing CGI scripts is allowed.
You must also indicate the location where the verifier libs are
located. (i.e., modify the push(@INC,
"/home/feamster/bgp/src/rolex/perl/lib"); line to point to the
appropriate place, and make sure that the libs are world-readable.)
If you had to move flowgraph.cgi to a cgi-bin directory, you should
also make sure that you either (1) moved ConfigWeb.pm to the same
directory or (2) added a push(@INC, dir) statement to the
code to point to the directory where ConfigWeb.pm is located.
It should now be possible to run the verifier scripts. If you encounter
problems, please contact us.
Usage
The verifier scripts are located in the perl/src/ directory. The
scripts for each part of the verifier are located in subdirectories.
This section of the manual describes how to run those scripts, and, in
the case of the control-flow analyzer, how to use the Web interface.
Constraint Verifier
The scripts for the constraint verifier are located in the
perl/src/queries/ subdirectory. Running the constraint
verifier involves two steps:
- Parsing Cisco and Juniper configs into an intermediate
format.
This is done with the script gen_intermediate.pl
in the src/config-convert subdirectory. Important options for
this script:
- --configdir=[dir] (mandatory) specifies the
directory where the script should look for configs (note, this should be
the location of the
translated configs from the setup above).
- --db -- inserts the intermediate format to the database
created in the setup. You'll almost always want this option.
If you don't specify this, the intermediate format will be output to stdout.
- --junos -- specify that the script should look for (and
parse JunOS configs)
- Running the constraint checks.
This is done by executing a perl script, such as the example we have
included in src/queries/scripts/test_all.pl (you should run
this script from the scripts directory).
- --files=[dir] -- if this option is not used, results from
the tests
will be printed to STDOUT. Otherwise, results printed to .txt files in
dir.
More info:Each test is a class method; constraints are grouped
by classes, so it's easy to write a script that runs any subset of tests
in test_all.pl.
Configuration Browser
The scripts for the pattern-based verifier are located in the
perl/src/control/ subdirectory.
The control flow analyzer consists of:
- CFlow. A analysis script, cflow.pl, which parses the
configuration files and generates a high-level control flow analysis, in
the form of a text-based or graphical flow graph. Typically, this
analysis will be inserted into the database that you created in the
setup phase.
(If you opted to skip setting up the database, it's possible to run the
script in "basic mode", or "graph mode", described below, but it's much
less useful.)
The script has several options:
- Basic mode, with no options. This mode will simply print out a
text representation of the high-level BGP configuration (i.e., what
routers are connected to what, etc.). It does not require a DB backend.
- Graph mode, with the --graph option. ./cflow.pl
--graph=dot will produce a dot representation of the network,
which can be graphed directly with the dot program.
./cflow.pl --graph=eps will run dot automatically and
produce a .eps file.
- DB mode, with the --db option. ./cflow.pl
--db will populate the database that can be used with the -->
CFWeb interface. This requires that the DB was set up
properly, according to the setup instructions above.
- CFWeb. A web interface that queries the database
backend, flowgraph.cgi. Using this interface is fairly
straightforward. Just make sure you've set things up correctly in the
setup phase, place flowgraph.cgi somewhere in your web server's
document tree where you can execute CGI scripts, and point the browser
at that location.
Development
Coming soon: Instructions for how to write new rules for the
configuration verifier (i.e., writing new perl modules).


Reimbursements are for university courses, seminars,
certification prep courses, certifications, technical training and
other miscellaneous approved training events.
Reimbursements don't cover materials, like books or
equipment.
Reimbursement form must be complete one week prior to start
of event.
You may fill out form to get approval from your direct
supervisor and department head or you can get this approval
directly from them and include it with your submission.
A passing grade or approved presentation for non-graded
events must be submitted for approval of reimbursement.
$1000 tuition reimbursement per year is available for every
employee.
Below is the available award percentage per event type:


Give to learn, learn to give.
Welcome to Givology! As a 100% volunteer-run social enterprise, we connect you to grassroots education projects and student scholarships around the world. From teacher training and school lunch programs to library construction and scholarships, we emphasize transparency and maximizing the impact per dollar given.


To find the mean, add up all of the Heart district vote shares and divide by the number of districts. To find the median, list the district vote shares from smallest to largest and then choose the middle number.


The hackathon is held in the middle of the Open Codes - Living in Digital Worlds exhibit of the ZKM museum. That means it's open to the public as well as our beloved hackers. The ZKM is a locally known media museum.
If you're a hacker, be part of something greater, and show off our culture to the world!
If you're a museum visitor, be bold and take a glimpse of a world that just might surprise you.
ZKM | Center for Art and Media
Lorenzstraße 19
76137 Karlsruhe
Germany
Email<EMAIL_ADDRESS>Tram no. 2 goes from the main station to the ZKM. Get out at "Karlsruhe ZKM" or "Karlsruhe Arbeitsagentur", both are just a few minutes away from the hackathon. Schedules can be found here.
The open codes exhibit tries to bridge the gap between the computer science world and the everyone else. The goal is to lessen stereotypes associated with computer science, and show everyone how cool it can be. Take a look.


Credits are a cost effective way for Companies to getting ahead
of the competition on Jobayan. You can purchase as low as ₱100
worth of credits and credits will last forever. For companies,
you can purchase credits in your user dashboard section of
Jobayan.


List of intrusive nodes.
More...
#include <cmsis-plus/utils/lists.h>
template<typename T, typename N, N T::* MP, typename U = T>
class os::utils::intrusive_list< T, N, MP, U >
List of intrusive nodes.
- Template Parameters
-
| T | Type of object that includes the intrusive node. |
| N | Type of intrusive node. Must have the public members prev & next. |
| MP | Name of the intrusive node member in object T. |
| U | Type stored in the list, derived from T. |
- Examples
The core of a double linked list, pointers to next, previous.

Definition at line 1167 of file lists.h.
◆ intrusive_list() [2/2]
template<typename T , typename N , N T::* MP, typename U >
Construct an intrusive list with controlled inits.
- Parameters
-
| clr | If true, the list is cleared. |
Definition at line 1173 of file lists.h.
◆ ~intrusive_list()
template<typename T , typename N , N T::* MP, typename U >
Destruct the list.
Definition at line 1183 of file lists.h.
◆ begin()
template<typename T , typename N , N T::* MP, typename U >
Iterator begin.
- Returns
- An iterator positioned at the first element.
- Note
- It is not
const
because it may initialise on first use.
Definition at line 1220 of file lists.h.
◆ clear()
| void os::utils::static_double_list::clear |
( |
void |
| ) |
|
|
inherited |
Clear the list.
- Parameters
- None.
- Returns
- Nothing.
Initialise the mandatory node with links to itself.
Definition at line 105 of file lists.cpp.
◆ empty()
| bool os::utils::static_double_list::empty |
( |
void |
| ) |
const |
|
inlineinherited |
Check if the list is empty.
- Parameters
- None.
- Return values
-
| true | The list has no nodes. |
| false | The list has at least one node. |
Definition at line 1028 of file lists.h.
◆ end()
template<typename T , typename N , N T::* MP, typename U >
Iterator begin.
- Returns
- An iterator positioned after the last element.

- Parameters
- None.
- Returns
- Pointer to head node.
Definition at line 1035 of file lists.h.
◆ insert_after()
Insert a new node after existing node.
- Parameters
-
| node | Reference to node to insert. |
| after | Reference to existing node. |
- Returns
- Nothing.
Definition at line 118 of file lists.cpp.
◆ link()
template<typename T , typename N , N T::* MP, typename U >
Add a node to the tail of the list.
- Parameters
-
| [in] | node | Reference to a list node. |
- Returns
- Nothing.
Definition at line 1189 of file lists.h.
◆ tail()
Get the list tail.
- Parameters
- None.
- Returns
- Pointer to tail node.
Definition at line 1041 of file lists.h.
◆ uninitialized()
| bool os::utils::static_double_list::uninitialized |
( |
void |
| ) |
const |
|
inlineinherited |
Check if the list is uninitialised.
- Parameters
- None.
- Return values
-
| true | The list was not initialised. |
| false | The list was initialised. |
Definition at line 1021 of file lists.h.
◆ unlink_head()
template<typename T , typename N , N T::* MP, typename U >
Unlink the first element from the list.
- Returns
- Pointer to the first element in the list.
Definition at line 1261 of file lists.h.
◆ unlink_tail()
template<typename T , typename N , N T::* MP, typename U >
Unlink the last element from the list.
- Returns
- Pointer to the last element in the list.
Definition at line 1274 of file lists.h.
◆ head_
A list node used to point to head and tail.
To simplify processing, the list always has a node.
Definition at line 482 of file lists.h.
The documentation for this class was generated from the following file:


| with_groups {dplyr} | R Documentation |
This is an experimental new function that allows you to modify the grouping variables for a single operation.
with_groups(.data, .groups, .f, ...)
.data |
A data frame |
.groups |
< Use |
.f |
Function to apply to regrouped data.
Supports purrr-style |
... |
Additional arguments passed on to |
df <- tibble(g = c(1, 1, 2, 2, 3), x = runif(5)) df %>% with_groups(g, mutate, x_mean = mean(x)) df %>% with_groups(g, ~ mutate(.x, x1 = first(x))) df %>% group_by(g) %>% with_groups(NULL, mutate, x_mean = mean(x)) # NB: grouping can't be restored if you remove the grouping variables df %>% group_by(g) %>% with_groups(NULL, mutate, g = NULL)


Everyone in the tech industry understands the biggest challenge for any programmer is keeping up with the times. The volatility of programming practices creates a paradigm in which up-to-date information is the difference between good and great. As such, Android Dev Digest and Android Weekly are two Android news sources, suggested on Fragment Podcast. These sites both log weekly updates and discussions on best practices, latest news, new updates/libraries, etc.
Services
Latest Android Issues
Conferences
Jobs
Android Info Archive


Epilogue Editor
- Delay is now available for more than just animations. For example, speech bubbles can be delayed.
Bug Fixes
- When adding an Also Playing - Position condition to a case that already has Also Playing filled out, the variable will default to ~that character's name.position~ instead of ~_.position~
- Using a custom pose as the character's portrait will no longer blank out the field when reloading.


8000
Ocean and Naval Architectural Engineering Project
completes the design project selected and approved in ENGI 7000. The project must illustrate the application and integration of previous design related courses, i.e., decision methods, impact assessments and application of technology. The subject may be ship or offshore structure design, marine system, directed research or a unique design solution. Lectures will be scheduled as required.
LH: 3
PR: ENGI 7000
8054
Advanced Marine Vehicles
examines the concepts used in the design of advanced marine vehicles. Emphasis will be given to: structural design of craft constructed from fibre reinforced plastics; high speed marine vehicles (powering, structures, seakeeping and model testing); small craft.
LH: at least 9 hours per semester
PR: ENGI 5003
8058
Submersible Design
examines the formulation of mission statement, design constraints and the historical development of submersibles design. Major subsystems of underwater vehicles, including propulsion, power, communication, navigation and control, are introduced. Principles of floatation, stability and control as they pertain to submersibles and underwater navigation are covered. Maneuvering and control equations are examined. Students perform resistance and propulsion calculations. Submersible construction materials and their selection criteria are examined.
LH: at least 12 hours per semester
PR: ENGI 3054
8074
Arctic Ocean Engineering
(same as the former ENGI 8674) examines marine ice as an environmental load factor in the context of ships and engineered structures designed for ice covered waters. Topics include types of naturally occurring ice; sea ice formation and characteristics; mechanical strength of sea ice under common modes of ice failure; modes of ice interaction with ships and marine structures; estimation of ice forces on offshore structures; powering requirements for ice breaking ships; regulations and standards for design of ships and offshore structures in arctic environments.
CR: the former ENGI 8674
LH: at least four 3-hour sessions per semester
8150
Engineering Entrepreneurship
(same as the former ENGI 8607) is an introduction to the concepts, issues, and themes related to business planning, strategy, and entrepreneurship, with an overview of the functional activities in a typical business venture. Business analysis and planning skills are developed. The course explores the business planning and strategic management issues of technology-driven enterprises in the early stages of development and focuses on the engineer as an entrepreneur.
CR: the former ENGI 8607
PR: completion of Academic Term 6
8151
Technology, Sustainable Society and International Development
(same as the former ENGI 8977) examines multidisciplinary planning on technical international development projects through the conceptual frameworks of international development and project implementation theory. Emphasis is placed on analysis of the complex relationships between society, culture, economic, environmental and political factors, and technology to achieve sustainable international development objectives.
CR: the former ENGI 8977
PR: ENGI 3101
8152
Engineering Professionalism II
(same as the former ENGI 7102) examines the demands upon the 21st Century engineer. Topics include the roles and responsibilities of the professional engineer in society, the Engineering Code of Ethics, sustainable development, environmental stewardship, the place of technology in society and the nature of technological decisions. Students will reflect on their entire course of studies, in the context of current accreditation graduate attributes. This is a writing-intensive course with a critically-reflective component.
CO: one of ENGI 8000, ENGI 8640, ENGI 8650, ENGI 8700, ENGI 8853, ENGI 8854, or ENGI 8926
CR: the former ENGI 5101, the former ENGI 7102
PR: ENGI 004W
8640
Process Engineering Project II
is a design project that illustrates the application of previous engineering science and design related courses. Projects will be done by teams of students with individuals concentrating their participation in their own engineering discipline. The project topic will be from the process industry which includes the offshore oil and gas industry, mining and metal processing industry and chemical process industry.
LC: scheduled as required
PR: ENGI 7640
8650
Offshore Oil and Gas Engineering Project II
is a multidisciplinary design project that illustrates the application of previous engineering science and design related courses. The project will be done by teams of students with individuals concentrating their participation in their own engineering discipline. The project topic will be from the offshore oil and gas engineering industry. Lectures will be scheduled as required.
CR: the former ENGI 8600
LC: 1
PR: ENGI 7650
8670
Reliability Engineering
is an introduction to reliability engineering; physics of failure and failure mechanism, reliability measures and assessment; reliability of components and parts; complex system reliability and availability analysis; and field reliability assessment. The course includes case studies and a project.
PR: completion of Academic Term 6
8671
Safety and Risk Engineering
begins with an overview of safety and risk issues in the offshore oil and gas industry. The course examines regulatory requirements; hazards and structured analysis tools; risk terminology and quantified risk analysis (QRA) techniques; and safety assessment studies. The course includes project and case studies.
PR: completion of Academic Term 6 or registration in the Minor in Applied Science - Process Engineering
8673
Subsea Pipeline Engineering
provides an introduction to subsea pipeline engineering with a focus on the mechanical design of offshore pipelines. Stress-based, design-based and limit-states design for strength and stability are examined. Other fundamental pipeline engineering design issues such as materials specification, flow assurance and installation are reviewed. Principles of geotechnical engineering and pipeline/soil interaction analysis techniques are investigated. Special topics are also reviewed.
LH: 2
8676
Design of Natural Gas Handling Equipment
covers process description, design methods, operating procedures, and troubleshooting aspects of gas production facilities including inlet separation operations, hydrate prevention and control, gas dehydration, NGL recovery and dew point control, gas transmission and pipeline design and transportation systems.
PR: completion of Academic Term 6
8677
Process Plant Design and Economics
will provide a comprehensive picture of the availability and design of both traditional and current process equipment. Economic and optimization issues relevant to investment, product-cost estimation, and profitability analysis will also be addressed. The course will provide students with tools to evaluate the economics of process industries reflecting current economic criteria, and provide helpful guidelines to approaching, defining, and solving optimization problems.
PR: ENGI 7623
8680
Process Control and Instrumentation
begins with an introduction to feedback control systems, and instrumentation. Topics include modelling thermal, gas, liquid and chemical processes; sensors and transmitters, controller design and simulation in Matlab /Simulink, industrial feedback controllers; design of feedback control loops, tuning of feedback controllers; cascade, ratio, digital controller design; feedforward control; multivariable process control; fuzzy logic control and tuning, instrumentation electronics design, and process system identification using Matlab /Simulink.
LH: at least six 3-hour sessions per semester
PR: ENGI 5821
8690
Reservoir Engineering
examines fluid pressure regimes, oil recovery factors, calculation of hydrocarbon volumes, reservoir rock characteristics, reservoir fluid properties, porosity and permeability, material balance, and well test analysis.
PR: completion of Academic Term 6
8691
Petroleum Production Engineering
examines the procedures and equipment necessary for preparing a well to produce hydrocarbons and maximizing flow rate during the life of the well; techniques for well productivity analysis in under-saturated, saturated, and natural gas reservoirs; well completion configuration tubulars; packers and subsurface flow control devices; completion and work over fluids; perforating oil and gas wells; formation damage; surfactants for well treatment; hydraulic fracturing; acidizing; scale deposition, removal, and prevention; work over and completion rigs; and artificial lift.
PR: completion of Academic Term 6
8692
Drilling Engineering for Petroleum Exploration & Production
covers both offshore and onshore drilling operations and includes: rotary drilling rig operations, well construction sequence, drill string, drill bits, well bore hydraulics, casing and well heads, cementing, well control, directional and horizontal drilling, well planning and fishing operations, and extended reach, horizontal and multilateral well drilling techniques.
PR: completion of Academic Term 6
8693
Petroleum Facilities Engineering
- inactive course.
8694
Downstream Processing
includes: oil and natural gas processing, oil and gas storage facilities and their design, oil and gas separation processes, petroleum refining processes, and de-bottle necking.
PR: completion of Academic Term 6
8696
Petroleum Refining Engineering
will cover crude and refinery products properties and specifications, process description, design methods, operating procedures, and troubleshooting aspects of modern petroleum refining. It also includes hydrorefining, catalytic reforming, hydrocracking, isomerisation, refinery machinery, and utilities.
PR: completion of academic term 6 of the Process Engineering program
8700
Civil Engineering Project
is a practically oriented design project integrated over the five areas in which Civil programs are offered. Students will operate in consultant groups and will complete a design for a typical Civil Engineering undertaking.
LC: scheduled as required
OR: 1 client meeting per week, 1 tutorial per week
PR: completion of Term 7 of the Civil Engineering program
8705
Structural Building Systems
examines geometries, loads, safety and serviceability, procedure of using the national building code for evaluating the governing loads on structural members;.design of low rise concrete, timber and steel buildings; lateral load-resisting elements and bracing systems; design of foundation systems, footing design, pile cap design, pile group analysis using elastic centre method and inclined pile analysis; prestressed concrete concepts: strength of flexural members, and shear reinforcement for prestressed concrete beams.
LH: at least nine 3-hour sessions per semester
PR: ENGI 6707
8708
Offshore Structural Design
examines guidelines and international codes and standards for offshore structural design; understanding design constraints and concepts of offshore fixed and floating structures; design consideration for fixed offshore concrete platform; design consideration for offshore platform and floating production system design, and analysis of various support systems of the offshore structure.
PR: ENGI 7707
8713
Municipal Engineering
includes water supply system overview; water consumption estimation; groundwater and surface water sources; oxygen demand and transfer; water treatment processes; water distribution systems and design software; sewer systems and design software; wastewater treatment processes; sludge handling; decentralized and on-site wastewater treatment.
PR: ENGI 7716
8717
Environmental Assessment, Monitoring and Control
covers statistical analysis; pollution monitoring, and sampling network design; water quality and air quality modelling; environmental risk assessment; environmental impact assessment; site remediation and hazardous waste management. There are relevant field trips and case studies.
LH: at least ten 3-hour lab sessions per semester
PR: ENGI 4717
8740
Contract Law and Labour Relations
is an introduction to law as it applies to engineering activity; the nature of law and legal processes, including standard forms; liens, bonds and insurances; the labour movement in North America; examination of union philosophies and managerial attitudes; labour law and collective bargaining; disputes and settlements.
CR: the former ENGI 6740
PR: completion of Term 7 of the Civil Engineering program
8751
Coastal and Ocean Engineering
examines the coastal and ocean environment; ocean circulation and properties; waves and tides; instrumentation and measurement. Additional topics will be drawn from the areas of hydraulic, geotechnical and structural engineering. Relevant field exercises will be conducted.
PR: ENGI 6713
8814
Computer Vision
studies how to develop methods that enable a machine to "understand" or analyze images. The course introduces the fundamental problems in computer vision and the state-of-the-art approaches that address them. Topics include feature detection and matching, geometric and multi-view vision, structure from X, segmentation, object tracking and visual recognition.
PR: ENGI 7854 or permission of the instructor
8815-8820
Special Topics in Computer Engineering
will have topics to be studied announced by the Faculty.
8821
Design of Digital Signal Processing Systems
is a review of introductory digital signal processing (DSP) principles, including sampling theory and discrete-time systems and signals. Topics include transform analysis of DSP systems; issues in the implementation of DSP systems; design of IIR and FIR digital filters; computable transforms and their use in the frequency analysis of digital signals; and design of DSP systems for current and emerging applications of digital signal processing.
PR: ENGI 7824
8826
Filter Synthesis
begins with an introduction to analog filters. The course examines descriptive terminology, transfer functions and frequency response of filters; design of first order passive and active filters; design and analysis of biquad circuit, Sallen key circuit, multiple feedback circuit and state variable filter; RC-CR transformation; inductance simulation circuit; cascade design principle; design of filters with maximally flat magnitude response; design of filters with equal ripple magnitude response; design of Bessel-Thomson filters; analysis and design of switched capacitor filters; and the use of Matlab for design of analog filters.
LH: at least four 3-hour sessions per semester
PR: ENGI 5854
8845
Power System Operation
examines symmetrical components; power system fault analysis; power system stability; and power system protection.
LH: at least four 3-hour sessions per semester
PR: ENGI 7844
8853
Electrical Engineering Design Project II
continues ENGI 7803 and provides an opportunity for senior students to integrate the knowledge that they have acquired through the junior terms and apply it to solving an electrical engineering design problem. Students work in small teams with the assistance of a faculty mentor to complete detailed design, implementation and testing of an electrical engineering system to solve the problem as defined in 7803.
CR: the former ENGI 8800
LC: 0
OR: weekly meetings with project supervisor
PR: 7803
8854
Computer Engineering Design Project II
continues ENGI 7804 and provides an opportunity for senior students to integrate the knowledge that they have acquired through the junior terms and apply it to solving a computer engineering design problem. Students work in small teams with the assistance of a faculty mentor to complete detailed design, implementation and testing of an computer engineering system to solve the problem as defined in 7804.
CR: : the former ENGI 8800
LC: 0
OR: weekly meetings with project supervisor
PR: 7804
8863
Introduction to LSI Design
(same as the former Computer Science 4725) is an introduction to ASICs and ASIC design methodology and includes basic concepts of digital logic design tools and ASIC technology libraries; partitioning for logic synthesis and VHDL coding; constraining designs, synthesizing, simulation and optimization; design for testability; layout and post-layout optimization and SDF generation; and static timing analysis.
LH: at least eight 3-hour sessions per semester
PR: ENGI 5865
8868
Computer and Communications Security
examines the techniques used to provide security in communication networks and computer systems. The course focuses on topics in cryptography required to provide privacy, authentication, and integrity, including symmetric key ciphers, public key ciphers, message authentication, and digital signature schemes.
PR: ENGI 6876
8877
Wireless and Mobile Communications
(same as the former ENGI 8804) covers the fundamentals and main concepts of wireless and mobile communication systems focusing on the system level design and performance. Main topics to be covered include Introduction to Wireless Communication Systems, Wireless Channel Models, Frequency Reuse Concept, Wireless Multiple Access Techniques (TDMA, FDMA, CDMA), Orthogonal Frequency Division Multiplexing (OFDM), Wireless Systems (GSM, 3G, LTE, etc.).
CR: the former ENGI 8804
8879
Digital Communications
is a review of baseband transmission and basic digital modulation schemes, detection (optimum receiver, matched filter, correlator), error performance, intersymbol interference (ISI), equalization, the concept of information and entropy, source coding including Huffman coding and linear predictive coding, channel coding including block and convolutional error correcting codes, modulation and coding trade-offs, bandwidth and power efficiency.
PR: ENGI 6871
8894
Real-time Operating Systems
examines real-time process scheduling; memory and device management; I/O communications; real-time systems; operating system and hardware concurrency issues; kernel architectures; device drivers; and a survey of available real-time operating systems and embedded platforms.
CR: the former ENGI 7863, Computer Science 4721
PR: ENGI 7894
8903
Mechanical Systems
examines mechanical systems design; system simulation, control, and optimization; design optimization and system performance evaluation; design case studies and equipment for overall system design.
PR: ENGI 6901
8911
Corrosion and Corrosion Control
examines forms of corrosion; the electrochemical nature of the corrosion process; the mixed potential theory, Purbaix diagrams and Evan diagrams; corrosion testing, control use by use of materials, selection, cathodic protection, inhibitors, and coatings. There are case studies of selected corrosion problems.
CR: the former ENGI 8962
LH: at least five 3-hour sessions per semester
8926
Mechanical Design Project II
is the second of two capstone design courses in the Department of Mechanical Engineering. Building on skills acquired in the first, student teams each choose a unique design challenge and then proceed to generate a solution. The problem statements are often drawn from industry and, where possible, interdisciplinary interaction is encouraged (for example, with business, computer science, or other engineering disciplines). In most cases, the problem proponent will act as the “client” and the team is expected to manage the client interaction process as well. Significant emphasis is placed on both oral and written communication of both the process and results. Wherever possible, each system or a critical component of it, will be prototyped and tested.
CR: the former ENGI 8936
LC: scheduled as required
LH: scheduled as required
PR: ENGI 7926
8933
Fatigue and Fracture Mechanics
is an introduction to fatigue and fracture analysis of metallic components, failure mechanisms, fracture mechanisms, effects of cracks, notches, collapse; linear elastic fracture mechanic analysis; design of components to avoid fracture; fatigue crack propagation, fracture initiation, crack arrest; and fracture toughness measurements.
PR: ENGI 5931
8935
Pressure Component Design
examines traditional design methods; load types; sustained, cyclic, impact; failure modes and mechanisms; incremental collapse; plastic shakedown; upper bound and lower bound approximations; load cycle fatigue; and rational design procedures. Case studies are conducted for cylinders; plates; shells.
PR: ENGI 5931
8937
Machine Dynamics
reviews mechanism kinematics and inverse dynamics (prediction of unknown forces and torques required to create a known motion) and continues with forward dynamic analysis of mechanisms (predicting unknown motion due to applied forces and torques) using student-generated computer code and commercial software. Practical applications of dynamics are explored, such as engine shaking forces, balancing of machinery, shaft vibration, design of flywheels, and gyroscopic effects.
CR: the former ENGI 7945
OR: an analysis project
8945
Production & Operations Management
is an overview of production and operations management, and an examination of decision making and operations strategy; process design and improvement, process flow analysis/simulation, capacity planning; design of value chains, lean systems, plant layout and process planning; operating value chains, MIS systems, inventory and resource management; Relevant computer laboratory exercises are conducted.
CR: the former ENGI 7943
PR: ENGI 6901
8946
Modelling and Simulation of Dynamic Systems
has an emphasis on interdisciplinary system models, equation formulation and structure, and model complexity. The bond graph modelling language will be introduced to simulate systems containing mechanical, electrical, thermal, hydraulic, and magnetic components.
CR: ENGI 9496
PR: ENGI 5952
8947
Computational Fluid Dynamics
begins with a review of the equations governing viscous fluid flows and heat transfer. The course includes heat conduction, convection-diffusion, and fluid flow equations; gridding, dependent variable interpolation, discretized equations, solution of the discretized equations, transients and nonlinearities; testing and validation of CFD codes, standard test problems.
CR: ENGI 9977
PR: ENGI 6961
8964
Fluid Structure Interactions
examines structural vibrations generated by fluid flow. These vibrations can be transient or they can take the form of instability or resonance. The course deals with the following fluid structure interactions: (1) Flow induced vibration of structures (2) Unsteady flow in pipe networks (3) Water wave interactions with structures.
CR: the former ENGI 8904
LH: at least three 3-hour sessions per semester
8965
Advanced Fluid Dynamics
includes fluid kinematics; equations of fluid dynamics: Navier-Stokes equations, Euler's equations, Stokes' equations, vorticity transport; low Reynolds flows; unsteady viscous flows; boundary layer flows; potential flows; introduction to turbulent flow; free shear flows.
CR: ENGI 9901
PR: ENGI 6961


Context Alert Filters
Context Alert Filters allow you to automatically override the risk levels
of any alerts raised by the active and passive scan rules within a context.
This add-on adds an 'Alert Filters' panel to the contexts dialog.
The panel shows a list of all of the Alert filters along with buttons for
adding, removing, and deleting them.
To use this add-on you will need to:
- Add your application to a context
- Open the Session Properties dialog (eg by double clicking on the context)
- Select the contexts' 'Alert filters' panel
- Click 'Add' and fill in the details for each alert you want to override
Note: The alert filters will only be applied to new alerts, not to any alerts that were
already present when the filter was created.
The 'add' and 'modify' dialogs have the following fields:
Alert
A pull down containing all of the active and passive alert rules currently installed.
New Risk Level
The new risk level to be assigned to any alerts raised that match the criteria defined by the rule.
URL
An optional URL.
If specified then this rule will be applied if the URL matches the URL of a raised alert.
URL is Regex?
If set and a URL is specified then the URL will be treated as a regex expression when compared with the URL of the alert.
If it is not set then any specified URL must exactly match the URL of the alert.
Parameter
An optional parameter.
If specified then this rule will be applied if the parameter exactly matches the parameter of a raised alert.
Enabled
If set then this rule will be applied to all alerts raise against the given context.


{# In lib/modules/suggestions/views/emailInserted.html #}
If you have any other queries, please contact Kelly Bennett Head of DDMIX for Schools on<PHONE_NUMBER>4.


Owaisi Retaliates To Mamata Banerjee's Jibe, Says She 'succumbed To Majoritarianism'
by Suchitra KarthikeyanPolitics
AIMIM chief Asaduddin Owaisi, on Friday claimed that West Bengal CM Mamata Banerjee may have succumbed to majoritarianism and hence is fixated with him
Written By Suchitra Karthikeyan | Mumbai | Updated On: November 22, 2019 16:25 IST
Slamming Trinamool chief Mamata Banerjee's "biggest allies of BJP" jibe, AIMIM chief Asaduddin Owaisi, on Friday claimed that Banerjee may have succumbed to majoritarianism and hence is fixated with him. Citing the latest lynching due to suspected cow theft, he asked the West Bengal CM to do her job and fight the brazen growth of Hindutva in Bengal. He added that she was falsely equating mobs and those resisting them.
Owaisi hits back at Mamata
READ | Mamata Banerjee lashes out at Owaisi and AIMIM, calls them BJP's allies and agents
Mamata hits out at Owaisi
Earlier on Wednesday, Banerjee made another striking remark stating that leaders coming from Hyderabad with money bags and claiming to be sympathizers of Muslims are the "biggest allies of BJP". She criticized Asaduddin Owaisi and other AIMIM party leaders saying they cannot protect and fight for the cause of Muslims. Calling them as "agents of BJP", Banerjee advised the community not to trust the visitors from outside.
WATCH | Owaisi fires stormy reply to Mamata Banerjee; slams Bengal's minority HDI indicators
Owaisi-Mamata tiff
Previously, Banerjee had accused a 'Hyderabad-based' party of being “extremists” from the “minority community” and “taking money from the BJP”. This was seen as a veiled reference to Assaduddin Owaisi’s AIMIM, even though the West Bengal Chief Minister left the remark unnamed. The comment was made in Cooch Behar by Mamata Banerjee.
"There is a political party.. just like there are some extremists in Hindus, same with minorities. They take money from BJP. They stay in Hyderabad. They don't stay here,” Mamata Banerjee said. She added “They come here and say I'll give you protection. Don't fall into this trap, my minority brothers.
READ| Owaisi: 'AIMIM won't support BJP or Sena-led govt'; unsure on NCP
In retaliation to the TMC supremo's remark, Owaisi further questioned her of a saffron surge in West Bengal in the Lok Sabha 2019 elections. In a tweet, Hyderabad MP claimed that it is "not religious extremism" to point out that the Muslim community in the state has one of the "worst human development indicators". He added that AIMIM had faith in this institution (Parliament) and the constitution.
READ| Giriraj Singh fires 'Jinnah mindset' jibe at Asaduddin Owaisi's AIMIM


calpine
Businessmodel of Calpine
Customer Segments
Calpine provides a range of power products and services to customers operating across multiple business sectors. These customers can be organised broadly into the following categories:
- Energy Sector Customers, including utilities companies, independent electric system operators, retail power providers, power marketers, to which the Company sells energy wholesale and provides ancillary power services;
- Retail Customers, including retail commercial, industrial and residential customers, to which the Company sells energy;
- Industrial Customers, including industrial and agricultural companies, to which the Company provides steam for use in manufacturing processes or heating, ventilation and air conditioning operations; and
- Government Customers, municipalities and other governmental entities, to which the Company provides energy and services. Calpine serves a number of high-profile customers. In 2015 the Company had two customers that accounted for 10% or more of the Company’s annual revenue: PJM Settlement Inc. and PG&E.
Calpine principally serves customers in its domestic market of the US, with significant operations in California and Texas. The Company also serves customers in parts of Canada.
Value Propositions
Calpine provides value to its customers in the following ways:
- Its industry standing and reputation, with the Company established as one of the leading energy companies in the US, having a positive track record for providing efficient and reliable services;
- Its diverse energy portfolio, with the Company operating a range of power generating facilities, including a network of natural gas-fired, geothermal, solar, and steam turbine power plants located across the US;
- Its use of technology, with the Company utilising state-of-the-art technology to produce more power from less fuel than coal plants and older natural-gas plants, and operating a number of highly efficient cogeneration plants;
- Its commitment to clean energy, with the Company committed to developing and utilising clean and sustainable methods of generating and delivering power to customers; and
- Its extensive domestic reach, with the Company serving a range of geographic regions across the US, its East segment alone serving 15 US states and parts of Canada, operating across the country’s major wholesale markets. ### Channels
Calpine operates a website at www.calpine.com, through which it provides information on its activities, operating locations, and power operations. The Company does not operate an online sales channel, nor does it provide an online customer portal through which customers can manage transactions. However, the Company’s retail subsidiary Champion Energy, which has a website at www.energyservices.com, provides an online portal through which residential and commercial customers can pay bills, manage account details, and access resources. Calpine also operates a dedicated retail sales force, which directly works with retail clients.
Calpine makes much of its sales on wholesale markets across the US. The company operates a dedicated wholesale sales force, organised by geographic operating segment, the members of which deal directly with commercial and institutional clients, making sales under customer contracts. The Company also uses a hedging program to sell power into shorter term wholesale markets. Calpine’s wholesale sales force operates out of the Company’s network of offices, including in Houston, Sacramento, and Washington DC.
Calpine operates its own network of power generation and distribution facilities. This includes a network of 82 power plants – including geothermal, natural gas-fired, and solar plants – in operation or under construction across 20 states and Canada.
Customer Relationships
Calpine provides a range of services and tools to its retail customers on a self-service basis through the online portal operated by subsidiary company Champion Energy. This portal allows customers to manage their accounts, make payments, and access a range of resources without interacting directly with members of the Company’s sales and support teams.
Calpine also deals directly with retail clients through its dedicated sales force, who provide advice and guidance on the Company’s services, ultimately agreeing fixed-term energy supply contracts with residential and commercial customers. The Company employs a similar system through its wholesale units, working closely with customers to establish the details of each individual customer contracts. The Company seeks to utilise long-term customer contracts for its power and steam sales where possible, with a view to establishing long-term relationships.
Calpine provides ongoing support to its customers, operating a dedicated support team that is able to provide tailored assistance to customers either over the phone or online. The Company’s retail unit notably operates a real-time online chat service. Customers are also able to access a range of support resources online, including FAQS and guides, and can interact with the Company directly through its social media accounts, including with Facebook, Twitter, LinkedIn, Google+, and YouTube.
Key Activities
Calpine is a US-based power generation company. The Company is engaged in the ownership and operation of power generation infrastructure, principally comprising a network of natural gas-fired and geothermal power plants in North America. The Company’s operates through three business segments organised by geographic region: West, including significant operations in California; Texas, which concerns the Company’s operations in Texas; and East, which covers the Company’s activities across 15 US sates and parts of Canada.
Calpine’s power generating portfolio consists of various types of power generation technologies, including natural gas-fired combustion turbines, which include combined-cycle plants, and renewable geothermal conventional steam turbines and solar operations. Calpine sells energy to energy companies across US wholesale markets and serves residential and commercial retail customers through its subsidiary Champion Energy.
Key Partners
Calpine works in collaboration with a network of partner companies and organisations I order to provide reliable and efficient services. These partners can be organised broadly into the following categories:
- Supplier and Procurement Partners, including suppliers of raw materials, equipment, and tools that are utilised in the Company’s power generation facilities, as well as suppliers of services and technologies that are utilised more broadly across the enterprise;
- Co-Generation and Distribution Partners, including various power companies and energy distributors that assist the Company in developing and operating its power generating facilities, and delivering energy to customers;
- Joint Venture Partners, including a range of energy companies with which the Company jointly provides products and services to customers through mutually owned entities; and
- Sustainability and Community Partners, including a range of non-profits and charitable organisations with which the Company collaborates on various community and social projects, with a focus on sustainability. Calpine has entered a number of partnerships in recent years. This includes a transport agreement with Kinder Morgan Energy Partners, and an energy partnership with Southern California Edison.
Key Resources
Calpine’s key resources are its intellectual properties and technologies, its raw materials and supply chain, its power generating infrastructure, its power distribution network, its online portal, its IT and communications infrastructure, its sales channels, its partnerships, and its personnel.
Calpine owns a number of patents and trademarks that are utilised in its power generating and distribution operations. Searches of records published by the US Patent and Trademark Office identified several patent applications in which Calpine is named as applicant or assignee, including applications entitled ‘System and method for removing a contaminant from a gas stream’, and ‘Repair of industrial gas turbine nozzle diaphragm packing’.
Calpine owns a number of physical properties that are key to its operations. This notably includes its network of of 82 power plants geothermal, natural gas-fired, and solar power plants across the US.
Cost Structure
Calpine incurs costs in relation to the procurement of supplies and services, the operation and maintenance of its power generating facilities, the operation of its power distribution network, the development of its online portal and the maintenance of its IT and communications infrastructure, the purchase of energy, the implementation of advertising and marketing schemes, the management of its partnerships, and the retention of its personnel.
In 2015 Calpine recorded total operating costs in the amount of $5.64 billion. This principally included fuel and purchased energy expense totaling $3.77 billion, as well as plant operating expense totaling $1.02 billion, and selling, general and administrative costs totaling $138 million.
Revenue Streams
Calpine generates revenue through the generation, marketing, and sale of energy on the wholesale and retail markets in the US, as well as through the provision of various ancillary services.
In 2015 Calpine generated annual operating revenue of $6.47 billion, down on the $7.60 billion recorded by the Company the previous year. Of this revenue, $6.39 billion was attributed to commodity revenue, with operating revenue divided relatively evenly across the Company’s three operating segments.


New Website now online
Welcome all to my brand new website! I was a bit bored and tired of the previous version, both because of the design but also because of the Django framework which is not fun at all to edit.
During the transfer, I updated everything in the Research section to make sure it really shows what I am doing at the moment. I also replaced the Ressources section, which was showing too many things and many useless ones to a simple Softwares one. I also decided to put back my Teaching section, which I will fill over time.
There are still things left to do, mostly adding content to the Teaching section, but it is going to take so much time that I have decided to deploy the site now and fill the section later.


Respect copyright
Use only written material which is either out of copyright, to which you hold the copyright, or to which you have obtained permission from the copyright holder to use for this project.
Open source
This project is available to all readers and writers, students and teachers, and anyone else who is interested in looking the role of gender in texts. You can see the open source code open source code at github.


Home
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Home
About
Tech Specs
Accessories
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Support/Help
Designed for the creative process
"Turn your desk into a studio"
Read more


#include <Transform.hpp>
Public Member Functions | |
| Transform (const M3DMatrix44f &m) | |
| Transform (const M3DMatrix44f &m, Node *parent) | |
| ~Transform () | |
| void | SetMatrix (const M3Dmatrix44f) |
| void | GetMatrix (const M3DMatrix44f m) const |
| const M3DMatrix44f & | GetMatrix () const |
| void | Translate (float x, float y, float z) |
| void | Rotate (float angle, float x, float y, float z) |
| void | Scale (float xScale, float yScale, float zScale) |
| virtual void | Accept (NodeVisitor *) |
Private Attributes | |
| M3DMatrix44f | _matrix |
Definition at line 6 of file Transform.hpp.
| Transform::Transform | ( | const M3DMatrix44f & | m | ) | [inline] |
Definition at line 8 of file Transform.hpp.
| Transform::Transform | ( | const M3DMatrix44f & | m, | |
| Node * | parent | |||
| ) | [inline] |
Definition at line 9 of file Transform.hpp.
| Transform::~Transform | ( | ) | [inline] |
Definition at line 12 of file Transform.hpp.
| void Transform::Accept | ( | NodeVisitor * | visitor | ) | [virtual] |
Reimplemented from Node.
Definition at line 7 of file Transform.cpp.
| const M3DMatrix44f & Transform::GetMatrix | ( | ) | const |
Definition at line 11 of file Transform.cpp.
| void Transform::GetMatrix | ( | const M3DMatrix44f | m | ) | const |
| void Transform::Rotate | ( | float | angle, | |
| float | x, | |||
| float | y, | |||
| float | z | |||
| ) |
Definition at line 16 of file Transform.cpp.
| void Transform::Scale | ( | float | xScale, | |
| float | yScale, | |||
| float | zScale | |||
| ) |
Definition at line 19 of file Transform.cpp.
| void Transform::SetMatrix | ( | const M3Dmatrix44f | m | ) |
Definition at line 5 of file Transform.cpp.
| void Transform::Translate | ( | float | x, | |
| float | y, | |||
| float | z | |||
| ) |
Definition at line 13 of file Transform.cpp.
M3DMatrix44f Transform::_matrix [private] |
Definition at line 26 of file Transform.hpp.


;
day 1 problems
Add Two Numbers
Contains Duplicate
day 2 problems
Two Sum
Implement a Queue Using Stacks
day 3 problems
Merge Two Sorted Lists
Decode String
day 4 problems
Find the Duplicate Number
Search in Rotated Sorted Array
day 5 problems


Projects:
Facts About Jamie
- Jamie doens't have to worry about gas prices. Her car runs on fear.
- Jamie has counted to infinity. Twice.
- Jamie can kill two stones with one bird.
- Jamie can hear sign language
- Jamie doesn't cheat death. She wins fair and square.
- Jamie beat the sun in a staring contest.
- Giraffes were created when Jamie uppercutt a horse.
- Jamie's computer has no backspace button. Jamie doesn't make mistakes.
- Jamie's calendar goes straight from March 31st to April 2nd. No one fools Jamie.
- Jamie makes onions cry.
- When Bruce Banner gets mad, he turns into the Hulk. When the Hulk gets mad, he turns into Jamie.
- Jamie's tears cure cancer. Too bad she's never cried.
- Jamie talks in the fourth person.
- Jamie knows Victoria's secret.
- Jamie can speak braille.
- Cars look both ways before Jamie crosses the street.
- Death once had a near-Jamie experience.
- Jamie doesn't wear a watch. She decides what time it is.


Full schedule is posted!
Get all the details about workshops, talks, parties, and more!
Distributed Sagas: A Protocol for Coordinating Microservices
Polytechnical Careering
Neuroscience
C# in Games: The weird and interesting uses of .NET in game development
.NET Standard for Library Authors
Design Patterns for the Experiential Age: What you should know about VR & AR
Efficient Parallel Programming with F# and Hopac
Climbing trees with UI Automation
Zero to Sixty with DotNetCoreKoans
Visit our Speakers Page for a full list of speakers...
For more info on hotels, and other details, read our page on Attending The Conference...
Visit our Sponsors Page for a full list of sponsors...
Stay connected with the community!
Follow us on Twitter at @dotnetfringe
Chat with us in Slack
Join the mailing list!


ThreadLocalValue
Provides a mechanism for accessing thread-local values stored in the
threadDictionary
associated with the NSThread
of the caller.
As the class name implies, values set using ThreadLocalValue
are only visible
to the thread that set those values.
-
If the receiver was instantiated with a
namespace
, this property will contain that value.Declaration
Swift
public let namespace: String?
-
The
key
that was originally passed to the receiver’s constructor. If the receiver was constructed with anamespace
, this value will not include the namespace;fullKey
will include the namespace.Declaration
Swift
public let key: String
-
Contains the key that will be used to access the underlying
threadDictionary
. Unless the receiver was constructed with anamespace
, this value will be the same askey
.Declaration
Swift
public let fullKey: String
-
Initializes a new instance referencing the thread-local value associated with the specified key.
Declaration
Swift
public init(key: String, instantiator: ((ThreadLocalValue) -> ValueType?)? = nil)
Parameters
key
The key used to access the value associated with the receiver in the
threadDictionary
.instantiator
An optional function that will be called to provide a value when the underlying
threadDictionary
does not contain a value. -
Initializes a new instance referencing the thread-local value associated with the specified namespace and key.
Declaration
Swift
public init(namespace: String, key: String, instantiator: ((ThreadLocalValue) -> ValueType?)? = nil)
Parameters
namespace
The name of the code module that will own the receiver. This is used in constructing the
fullKey
.key
The key within the namespace. Used to construct the
fullKey
associated with the receiver.instantiator
An optional function that will be called to provide a value when the underlying
threadDictionary
does not contain a value. -
Retrieves the
threadDictionary
value currently associated with the receiver’sfullKey
. If there is currently no value forfullKey
or if the underlying value is not of the type specified byValueType
, the receiver’sinstantiator
(if any) will be used to construct a new value that will be associated withfullKey
in thethreadDictionary
which will then be returned.Declaration
Swift
public func value() -> ValueType?
Return Value
The thread-local value. Will be
nil
if there is no value associated withfullKey
, if the underlying value is not of the type specified byValueType
, and if the receiver has noinstantiator
or if theinstantiator
returnednil
. -
Retrieves the
threadDictionary
value currently associated with the receiver’sfullKey
.Declaration
Swift
public func cachedValue() -> ValueType?
Return Value
The thread-local value. Will be
nil
if there is no value associated withfullKey
or if the underlying value is not of the type specified byValueType
. -
Sets a new value in the calling thread’s
threadDictionary
for the key specified by the receiver’sfullKey
property.Declaration
Swift
public func setValue(newValue: ValueType?)
Parameters
newValue
The new thread-local value.


DEVELOPERS OPEN APPLICATIONS
We are currently looking for people to join our development team for this game! If you have the skills in the following categories and are interested in helping us out, feel free to join our Discord and give PurpleBanette a ping, or send a contact form informing us that you want to join the team! Note: This is volunteer for a gaming project, not a job.
Openings
3D-Modeler
Skills Required:
- Creating low poly game assets such as objects, characters, creatures, levels, or machines.
- Retopologizing high res 3D models into low poly assets.
- Rigging models for use in-game.
- Knowledge of how to export models properly into Unreal Engine 4.
- Creativity.
Pluses:
- Modeling futuristic armor or robots/drones, there’s going to be A LOT of them.
- Interest in the Sci-Fi genre.
3D-Animator
Skills Required:
- Understanding human/creature anatomy and body language to be able to animate characters in creative ways that express their personalities and behaviors.
- Animating other assets such as objects, machines, or creatures.
- Knowledge of how to export animations properly into Unreal Engine 4.
- Creativity.
Pluses
- Interest in the Sci-Fi genre.
- Knowledge of how cloth physics, hair physics, and particles work.
Concept Artist
Skills Required:
- Able to create clear visual images of ideas such as characters, creatures, weapons, machines, or environments.
- Creating reference sheets with enough information to be able to effectively turn concepts into 3D models.
- Knowledge of anatomy to create concepts for characters/creatures.
- Creativity.
Pluses
- Interest in the Sci-Fi genre.
- Creating concepts for futuristic armor or robots/drones, there’s going to be A LOT of them.
- Understanding the universe of this game and its limitations in order to create concepts that will fit in that universe.
Engine Programmer
Skills Required:
- Knowledge of coding in Unreal Engine 4.
- Knowledge of coding in the C++ language.
- Knowledge of Git and how Gitlab pipelines work.
- Creativity.
- Communication skills.
Pluses:
- Interest in the Sci-Fi genre.
3D Texture Painter
Skills Required:
- Knowledge of how textures and materials work.
- Knowledge of Physically-based rendering (PBR) and how to make PBR textures.
- Mapping 3D models to be textured.
- Creating textures for characters, creatures, objects, environments, weapons, or machines.
- Creativity.
- Knowledge of how Unreal Engine 4 handles textures.
Pluses:
- Interest in the Sci-Fi genre.
Story Writer
Skills Required:
- Knowledge of how to portray character personalities, interests, and interactions depending on the situations they are in.
- Knowledge of how to create character development throughout the course of a story.
- Knowledge of how to progress an overall story.
- Skills in communication and problem solving.
- Creativity.
Pluses:
- Interest in the Sci-Fi genre.
- Knowledge of Biology and Genetics.
- Understanding the universe of this game and its limitations in order to come up with ideas that will fit in that universe.