|
XLMulator: Excel XLM Macro Emulator
|
Classes | |
| class | StackTransformer |
| Lark AST transformer to generate XLM_Objects from an AST. More... | |
Functions | |
| def | fix_olevba_xlm (xlm_code) |
| plugin_biff.py does not escape some string characters that need escaping, so escape them. More... | |
| def | parse_olevba_xlm (xlm_code) |
| Parse the given olevba XLM code into an internal object representation that can be emulated. More... | |
Variables | |
| xlm_grammar_file = os.path.join(os.path.abspath(os.path.dirname(__file__)), "olevba_xlm.bnf") | |
| Load the olevba XLM grammar. More... | |
| xlm_grammar = None | |
| f = open(xlm_grammar_file, "r") | |
| bool | debug = False |
| def XLM.stack_transformer.fix_olevba_xlm | ( | xlm_code | ) |
plugin_biff.py does not escape some string characters that need escaping, so escape them.
| xlm_code | (str) The olevba XLM code to modify. |
Definition at line 45 of file stack_transformer.py.
| def XLM.stack_transformer.parse_olevba_xlm | ( | xlm_code | ) |
Parse the given olevba XLM code into an internal object representation that can be emulated.
| xlm_code | (str) The olevba XLM code to parse. |
Definition at line 103 of file stack_transformer.py.
| bool XLM.stack_transformer.debug = False |
Definition at line 34 of file stack_transformer.py.
| XLM.stack_transformer.f = open(xlm_grammar_file, "r") |
Definition at line 26 of file stack_transformer.py.
| XLM.stack_transformer.xlm_grammar = None |
Definition at line 24 of file stack_transformer.py.
| XLM.stack_transformer.xlm_grammar_file = os.path.join(os.path.abspath(os.path.dirname(__file__)), "olevba_xlm.bnf") |
Load the olevba XLM grammar.
Definition at line 23 of file stack_transformer.py.


eicpy.bridge.acordxml.ACORDXML_1_5_0_ContentHandler:
Compiling data from ACORD XML 1.5 with SAX Inherits from
ACORDXML_1_8_0_ContentHandler, which inherits from
ACORDXML_1_1_0_ContentHandler No validation of data is performed by
this class.
dict:
dict() -> new empty dictionary
dict(mapping) -> new dictionary initialized from a mapping object's
(key, value) pairs
dict(iterable) -> new dictionary initialized as if via:
d = {}
for k, v in iterable:
d[k] = v
dict(**kwargs) -> new dictionary initialized with the name=value pairs
in the keyword argument list.
eicpy.www.EITemplateOptions:
Reads BBx options from stdin generated from the SUBR.PT* scripts
and generates a options dictionary


Create keys from initial key
In this application, you will create mining, payout and voting keys. The app will make your initial key unusable after the process. Please proceed with care, don't lose your keys and follow instructions.
Full name
Address
State
Zip code
License id
License expiration
Upload your initial key


Welcome to Lau Board!
Click on the buttons to play Mr. Lau's famous quotes.
{% for name in names %} {% endfor %}What is Lau Board?
Originally, Lau Board is a tribute to Mr.Lau and his amazing quotes through a soundboard app running on iPhones, written by Ben Cullen. Unfortunately, the App Store review team decided to reject this app because it is not "useful" enough, i.e. only Mr. Lau's students will find this interesting. But we all know, these inspiring quotes are for everyone.


[gecode-users] Gecode installation/compilation/usage
Guido Tack
tack at gecode.org
Fri Sep 3 13:19:54 CEST 2010
Manu Kaul wrote:
> Hi all,
> I have just downloaded the latest 3.4.0 macosx image and installed the package on my machine. I am having problems when I run the program.
>
> My platform
> System Version: Mac OS X 10.6.4 (10F569)
> Kernel Version: Darwin 10.4.0
>
> g++ version on macosx
> $ g++
> i686-apple-darwin10-g++-4.2.1:
>
> How I compiled the sample.cpp code from the user guide.
> $ g++ -o sample sample.cpp -framework gecode
>
> The execution error
> $ ./sample
> dyld: Library not loaded: QtGui.framework/Versions/4/QtGui
> Referenced from: /Library/Frameworks/gecode.framework/Versions/23/gecode
> Reason: image not found
> Trace/BPT trap
You have to install the Qt framework as well, as noted on our download pages.
> I wonder what the command line options for macosx should be to run this program? I am referring to MPG.pdf reference guide Section 2.3.2!
> It says that I should have used gcc instead - but compiling a C++ program with gcc gives me -->
This refers to gcc as the "GNU compiler collection". In order to compile C++ programs, you have to invoke it as g++.
I added a few sentences to MPG to clarify these two points.
Cheers,
Guido
--
Guido Tack, http://people.cs.kuleuven.be/~guido.tack/
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More information about the users
mailing list


This option produces a *.dxf-file
which
is used to draw a vector plot. Such a file can be imported into
AutoCad, CorelDraw and other plot programs.
This option opens a panel on the right hand of the plot surface for
input of the radius of the diagram and the coordinates of the centre.
The readings from the last Fabric8 application are saved in Fabric.ini and displayed. They can be
changed. With "OK"
the file is produced.


Advanced technology troubleshooter skilled at solving complex biotechnical problems in high-pressure environments • Specialized in bridging non-technical and technical knowledge gaps through empathetic communication, exceptional situational awareness, and a strong scientific knowledge base • Previously employed in surgery as an intra-operative neurophysiologist utilizing electrophysiological monitoring systems to map patient nerve pathways in order to prevent iatrogenic injury • Weekend music maker and biohacker
“We are what we repeatedly do. Excellence, then, is not an act, but a habit.”
Expert technologist solving complex biotechnical problems in surgical environment. Specialized in bridging non-technical and technical knowledge gaps through empathetic communication and exceptional situational awareness. Utilize electrophysiological monitoring systems to map patient nerve pathways in order to prevent iatrogenic injury. Contracted with physicians through multiple monitoring companies. Soon, I'll be switching to a career in tech!
Utilize electrophysiological monitoring systems to map patient nerve pathways in order to prevent iatrogenic injury. Contracted with physicians through multiple monitoring companies.
Regional neuromonitoring manager for greater Los Angeles area overseeing daily clinical operations.
Excised and procured cadaver tissue for medical transplants throughout San Bernardino and Riverside county.
Performed data analysis, literature reviews, solution preparation, behavioral observation, and small animal surgery.
Signed with 411 Music Group, LLC. TV and media placements on NBC, Oxygen, Samsung Mobile and more
Here are the best ways to contact me in order of my preference:


Colossians 3:4
When Christ, who is our life, shall appear, then shall ye also appear with him in glory.


Invalid name: must consist of lower case alphanumeric characters or '-', start with an alphabetic character, and end with an alphanumeric character (e.g. 'my-name', or 'abc-123')


Enables global webhooks for organization and user event types. This API preview is only available for GitHub Enterprise Server.
Custom media type: superpro-preview Announced: 2017-12-12
superpro-preview


Peak finding¶
The peak finding procedure is adapted to the peako [Kalesse_et_al_2019] parameters in v0.3.
Additional averaging in time and height can be set via t_avg
and h_avg
with the units of [s]
and [m]
, respectively.
Smoothing along the velocity dimension can be done by 3 methods:
scipy.signal.savgol_filter
bysetting smooth_polyorder = 1
(linear) or= 2
(quadratic)loess.loess_1d
bysetting smooth_polyorder = 11
(linear) or= 12
(quadratic)- convolution with a gauss function by
setting smooth_polyorder = 21
where the smoothing span is given by span
in [m s-1]
.
The actual peak finding parameters are prom_thres
in [dB]
and width_thres
in [m s-1]
.
Configuration¶
Below an example for a RPG FMCW with two chrips is shown.
[limrad_peako]
location = "Leipzig"
shortname = "Lei"
loader = 'rpgpy'
[limrad_peako.settings]
grid_time = false
max_no_nodes = 15
polarimetry = 'STSR'
smooth_cut_sequence = 'sc' # cs cut-smooth | sc smooth-cut
tot_spec_scaling = 4
decoupling = -30
station_altitude = 22
# chirps in zero-based indexing
[limrad_peako.settings.peak_finding_params.chirp0]
# new: seconds instead of index
t_avg = 0 # s
h_avg = 100 # m
cal_offset = 0 # dB
span = 0.15 # m s-1
smooth_polyorder = 2 # 0 deactivate | 2 second order
prom_thres = 0.5 # dB
width_thres = 0 # m s-1
[limrad_peako.settings.peak_finding_params.chirp1]
t_avg = 15 # s
h_avg = 0 # m
cal_offset = 0 # dB
span = 0.2 # m s-1
smooth_polyorder = 2 # 0 deactivate | 2 second order
prom_thres = 0.5 # dB
width_thres = 0 # m s-1
[Lacros_Pun]
location = "Punta Arenas"
shortname = "Pun"
loader = "mira"
[Lacros_Pun.settings]
decoupling = -30
grid_time = 6
max_no_nodes = 15
polarimetry = 'LDR'
smooth_cut_sequence = 'sc' # cs cut-smooth | sc smooth-cut
#roll_velocity = 65 # for 512 bins = 7.92 m/s
roll_velocity = 98 # = 6.56 m/s
station_altitude = 9
#add_to_fname = '_rectwin'
[Lacros_Pun.settings.peak_finding_params]
thres_factor_co = 4.0 # supress spurious peaks introduced by tails
# back to 3 as the other tail filter should work better
thres_factor_cx = 3.0
cal_offset = 0 # dB
tail_filter = true # true | false | omit; only tested with LACROS-Mira
# new: seconds instead of index
t_avg = 0 # s
h_avg = 0 # m
span = 0.3 # m s-1
smooth_polyorder = 2 # 0 deactivate | 2 second order
prom_thres = 0.5 # dB
width_thres = 0.05 # m s-1
| [Kalesse_et_al_2019] | Kalesse, H., Vogl, T., Paduraru, C., Luke, E., 2019. Development and validation of a supervised machine learning radar Doppler spectra peak-finding algorithm. Atmos. Meas. Tech. 12, 4591–4617. https://doi.org/10.5194/amt-12-4591-2019 |


Adding a class of .searchbar to your input's parent container will disable validation on that input. In this example, we're using input button groups, found in the groups documentation.
.searchbar


Here's what happened while you were away.
Open one of your connected social applications.
A collection of articles with everything you need to know about Volta.
We've prepared an extended knowledgebase on how to use all of the amazing features that the Volta Admin Template has to offer.
Cannot find what you're looking for? Join our Support Forum and we'll help you.
Support Forum


MsTest Original File Location
One of the "features" with MsTest is that it copies the build outputs to a deployment directory before running the tests. This causes a problem in the unusual situation where your test needs to access the original source code tree - it's hard to work out where that code is in a reliable fashion.
After a lot of googling I finallly found a work around to this problem posted by Mihai Danila. It relies on the presence of debug information for the unit test assembly.
string theFolderWhereThisSourceFileIs = Path.GetDirectoryName(new System.Diagnostics.StackFrame(true).GetFileName());


Tate has a bird named Burt. Burt is red and lives with a cat named Sir. Sir likes to bother Burt. Tate will make a perch for Burt. That wayBurt will not get hurt. "I will make you a red perchBurt" says Tate. "Do you like red?" "I really like red!" yells Burt. "Fine" says Tate. "I will get red paint and a stick and make you a perch." Tate went shopping. He got paint and a stick. He made a perch for Burt. "Nice perch, nice perch!" yells Burt. "Ha, haSir!" "I am happy you like it" says Tate. Sir is not so happy!
in-context


The abstract property of a definition. Returns the set of characters that is used to represent the abstract property in that specific language.
The attribute's visibility, could for example be private or protected if it's supported by the language.
In a Sinatra application, return the block of an object. Could for be any of GET, POST, PUT, PATCH, DELETE, OPTIONS, LINK, UNLINK
The end of a block comment in a specific language.
The start of a block comment in a specific language.
The characters which makes up a line comment in a specific language.
The constructor, is normally either a function, class or a module.
The export property of a definition. Returns the set of characters that is used to represent the export property in that specific language.
The name of what is documented. If it's a function it's the name of the function, if it's class it's the name of the class.
The parametrs of a function as a list. If it's a sinatra block instead of a function, it instead returns the optional route paths.
The parameters returned as a string. If ISyntaxVariable.PARAMS returned [foo, bar, baz] this would instead return "foo, bar, baz".
The type of each parameter as a list. It lines up with the [[IsyntaxVariable.PARAMS]] if every parameter is documented.
The ISyntaxVariable.NAME of the parent node.
The ISyntaxVariable.CONST of the parent node.
The type of relation it has with a class, module or even interfaces for the languages that supports it. It returns if it extends of another object or if it implements.
The name of what it has a relation with. It only exists if ISyntaxVariable.RELATION is defined.
The type of the return value.
In a Sinatra application, return the route of a block.
Generated using TypeDoc
The syntax variable, the value can differ depending on what variable it is.
ISyntaxVariable


About
Hello.
This will be your About page. Anything about you, it should be written here in details.


From:Darensbourg Joe To:Geaccone Tracy ; Johnson Jan Sent:2017-01-11T04:38:01.0000000Z Subject:FW: # of Adaytum Consulting/Training Days (as of August 17, 2001)
Tracy,
FYI - see attached excel workbook below. Please let me know if you have any comments for ETS.
Thanks,
Joe
-----Original Message-----
From: Darensbourg, Joe
Sent: Monday, August 20, 2001 4:46 PM
To: Johnson, Jan; Frank, Mark
Cc: 'Fred Ali (E-mail)'; 'Dennis Upshaw (E-mail)'
Subject: RE: # of Adaytum Consulting/Training Days (as of August 17, 2001)
Jan / Mark,
FYI - Attached is an updated excel workbook, which provides the total actual number of Adaytum Consulting / Training Days through last Friday, August 17, 2001. Fred agrees with the total days reflected in the attached schedule. Fred also mentioned that if there is any discrepancy in the actual invoices sent, to please contact him and he will resolve it.
Joe
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


-
News
- One paper is accepted by TIP
- One paper is accepted by CVPR 2023
- One paper is accepted by ICLR 2023
- One paper is accepted by CVPR 2022
- One paper is accepted by ICO 2021
- One paper is accepted by IJCAI 2021
- One paper is accepted by ICCV 2019
-
Publications
-
Knowledge Amalgamation for Object Detection with Transformers
-
Generalization Matters: Loss Minima Flattening via Parameter Hybridization for Efficient Online Knowledge Distillation
-
Schema Inference for Interpretable Image Classification
-
ProtoPFormer: Concentrating on Prototypical Parts in Vision Transformers for Interpretable Image Recognition
-
Meta-attention for ViT-backed Continual Learning
-
Bootstrapping ViTs: Towards Liberating Vision Transformers from Pre-training
-
Tree-Like Branching Network for Multi-class Classification
-
A Survey of Deep Learning for Low-Shot Object Detection
-
KDExplainer: A Task-oriented Attention Model for Explaining Knowledge Distillation
-
Tree-like Decision Distillation
-
Customizing Student Networks From Heterogeneous Teachers via Adaptive Knowledge Amalgamation
-
Education
-
2017 - 2022Ph.D., Zhejiang University(Hangzhou, China)Computer Science and Technology
-
2013 - 2017B.S., Xidian University(Xian, China)Computer Science and Technology
-
Experiences
-
2019 - nowResearch Intern(Hangzhou, China)Alibaba-Zhejiang University Joint Research Institute of Frontier Technologies
-
Awards / Scholarship
-
2021Best Paper Award, ICO, 2021
-
2016National Scholarship, Ministry of Education of China, 2016


| Name | Qualification | Key Achievements | Year |
|---|---|---|---|
| Shaw Academy | Professional Diploma in Photography | Distinction | 2015 |
| Shaw Academy | Professional Diploma in Graphic Design | Distinction | 2016 |
| Shaw Academy | Professional Diploma in Web Design | Distinction | 2017 |
| Shaw Academy | Professional Diploma in Illustrator | Distinction | 2018 |


Hello there, awesome person!
youtube
This is a link to youtube!
netflix
This is a link to netflix!
myspace
This is a link to myspace!


Documentation by YARD 0.9.5
Alphabetic Index
File Listing
README
Namespace Listing A-Z
B
BinaryMinHeap
D
DiGraph
(Networkr)
G
Graph
(Networkr)
M
MultiGraph
(Networkr)
N
Networkr
NetworkrError
T
Tracker
(Networkr)


Jastrology is an astrology program written in Java. It provides a Swing UI for desktop interactive, and this package can also be used in an J2EE web application to produce dynamic horoscope diagrams.It uses Swiss Ephemeris package of Astrodienst AG Zuerich for ephemeris calculation. Typically, the Java port of Swiss Ephemeris package from Thomas Mack is been used. You can download this package at http://th-mack.de/international/download with some regularity. See http://www.astro.ch/swisseph for more information and documentation of Swiss Ephemeris.
See http://www.ivstars.com/jastrology for downloads and updates. You can also get support from ivstars.com. The source code is hosted at http://sourceforge.net/projects/jastrology
Jastrology is an open source software distributed under the Apache License, Version 2.0 You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0
This product includes software developed by The Apache Software Foundation.
Releases:
2005-5-31 0.1 beta preview download jastrology-install-0.1.jar(MD5SUM: a5cb7be812031cc92666c8586e72f604)
NOTICE: This is NOT a production release, only for testing and comment purpose!


Any setTimeout
will run only after the current code has finished.
The i
will be the last one: 100000000
.
```js run let i = 0;
setTimeout(() => alert(i), 100); // 100000000
// assume that the time to execute this function is >100ms for(let j = 0; j < 100000000; j++) { i++; } ```


Repeater
View Html
View Configuration
Repeat Product of the following catgeory:
Category:
Sub Categories:
Try it yourself
Order and filter:
Order by:
Filter by name:
{NbProduct}
products.
Try it yourself
The repeater repeats a view for each product:
{ProductName}
{ProductNumber}
Delete


Gatekeeper Clarissa:
Someone like you is not fit to pass through a door that has been opened by the will of the gods.


Convert Gregorian date to D'ni
Gregorian date (Cavern Time, UTC-0700)
D'ni date
For more information about D'ni time, see this Guild of Archivists article.
Convert D'ni date to Gregorian
D'ni date
Gregorian date
Notes
Accuracy
While this date converter does account for leap seconds, it may not be perfectly accurate down to the exact second/prorahn when converting dates back and forth, especially over large time scales.
The distant past
This converter outputs Gregorian dates under all circumstances. However, the Gregorian calendar was only officially adopted for the first time in 1582, and its adoption was staggered throughout the world, with some countries not adopting it until the early 20th century. As such, be cautious when using this converter to "line up" an historical event with something that happened in the Cavern. Entering Julian calendar dates for ancient history will not provide the correct D'ni date, and you will receive Proleptic Gregorian dates when converting the D'ni date for almost any event that took place before Myst.


Education
University of Bath
PhD, Computer Science
Researching image editing and synthesis through generative adversarial networks.
Supervised by: Dr Kwang In Kim, Dr James Tompkin, Prof Darren Cosker.
École Polytechnique
Data Science summer school
One week of lectures from world leader scientists in the machine learning community.
Universidad Autónoma de Madrid
Machine learning summer school
Two intensive weeks of machine learning lectures given by leading scientists.
ICVSS
International Computer Vision Summer School
One week of lectures from world leaders in computer vision and machine learning.
Telecom SudParis
M.Sc and undergraduate in applied mathematics and statistics
4 years studying machine learning and statistical analysis for pattern recognition.
Supervised by: Prof Mounir El Yacoubi and Dr Jérémie Jakubowicz.
Lycée Dumont d'Urville
French preparatory classes (CPGE)
2 years of intense STEM based studies to prepare for admission exams to Top engineering schools in France.
Experience
Adobe Research
Research Intern
Designed and implemented an algorithm to redirect visual attention in photographs. Published in ECCV 2020 proceedings, and is patent pending.
Supervised by: Dr Eli Shechtman and Dr Zoya Bylinskii.
University of Bath
Teaching assistant
CM50249: Visual understanding 2.
CM50264: Machine Learning 1.
CM50269: Neural Computation.
Dassault Systemes
Research Intern
Designed and implemented a recommendation system to recommend similar profiles inside the company.
Supervised by: Prof Mounim El Yacoubi and Dr Soufiane Rital.
Faculté polytechnique de Mons
Research Intern
Implemented and tested people re-identification algorithms using convolutional neural networks.
Supervised by: Dr Matei Mancas and Dr Marc Decombas.
Telecom ParisTech
Research Intern
Designed and implemented an algorithm for content aware zooms using seam carving.
Supervised by: Dr Gilles Bailly and Dr Marc Decombas.
University of Ottawa
Research Intern
I did a state of the art survey on people re-identification and implemented and combined state of the art algorithms.
Supervised by: Dr Marc Decombas and Prof Robert Laganière.
Life Journey
Bath, UK
🇬🇧
PhD studies.
Paris, FR
🇫🇷
Undergraduate and M.Sc studies.
Toulon, FR
🇫🇷
Preparatory classes.
Fes, Morocco
🇲🇦
Born and raised.


Example
Enter some text in the box and it will be turned into dash case using the {{dashcase}} helper.


1 cup, 2 cup, 3 cup, 4 –
I wasn’t getting high so I drank three cups more....
(Filled a tea ball each time.)
Next day I felt like a stick figure. Like my arms, legs and torso were the breadth of a pencil line. I felt pressed and stretched out, and like I was viewing everything from a few inches above and behind my head. This feeling was slight, not overwhelming.
Having felt similar sensations during meditation, I paid it no mind.
Then at 1 in the morning, watching “Outer Limits” in the dark with my sister, **30 hours after my last cup,** everything goes spherical – like, whatever I was looking at was sort of warped like when you get a new pair of glasses, and far away at the same time as though I were seeing it from the wrong end of a pair of binoculars. Physically I felt as though I were falling backwards and into myself. I’d close my eyes and a void space would engulf me.
I ran up into my room and tried to meditate, but every time I closed my eyes I saw phantoms -- chromatic abstract figures -- humans, plants, star trek type humanoids -- trying to coerce my soul to leave my body for good, using spiritual 'gravimetrics' to disalign me from my body and bring me out of myself. NOT FUN. At the same time, my heart rate was so slow and shallow I thought I would have a heart attack.
Luckly for me I had niacin (Vitamin B3) in the house in 500mg capsules (my pop loves this stuff -- don't ask me why). So I take 2, then 1 every hour after. Then to flush myself out, I started drinking iced tea -- wound up drinking a gallon of it over the course of the night, sitting in my backyard, pondering life and death – the meaning of my own.
I started conceiving everything – my surroundings, even ideas and the ways others have influenced me, etc. -- as narrow threads of energy that branched out from an ocean of such energy threads into my navel. And now these threads were being plucked and twanged at by phantoms trying to dislodge them from myself.
I woke up in the afternoon with the effects still there – feeling physically distended, phantoms trying to grab at the cords of energy that keep me embodied whenever I closed my eyes, the center of my brain feeling like it was being clenched by a fist.
By dinnertime I’d been peaked out on periwinkle for 18 hours. I was going out of my skull thinking I’d be stuck in this state forever. And it wasn’t helping that I was having dinner with my family while they watched “Rocky” dubbed en espanol, at top volume.
After dinner I go to my pop: 'Dad, I think you need to take me to the hospital... I drank funny tea….'
So he takes me into my room, lights up a moxa stick, takes the hawk feather I found in a field upstate New York, and fans the smoke over my chest and belly for a couple minutes while chit-chatting to the “things” he told me were making me sick, having made their home in my viscera. I won’t tell you my old man’s technique, but in about 15 minutes I was feeling pretty damn straight.
I only took it one time after, and all I experienced was torpor and slight dehydration after a cup or two.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


The following is an interactive program in which a user is able to train a neural network to recognize their digits using p5.js and tensorFlow.js.
UPCOMING CHANGES: UI Changes, Imrpovements on Standard Data Set
--- In order to draw, drag mouse over the grid. ---


Request More Information
Fill out and submit this form for more information
specific to your cycling interests!
Name:
Age:
Address:
Address:
Address:
Address:
Address:
The type of bike I am interested in is:
Road Bike
Mountain Bike
Hybrid Bike
I am interested in cycling for:
Excercise
Social
Commuting
Travel
Racing
What specific questions do you have:
Type your questions here...
Please share my email address with USA cycling.
Submit


Ascending Descending - Eliminate Duplicates
The model has {= data.count } people.
Dispatch to 'FooMtor' mediator Submit


Simulation Study: Time series
Data and Prevalence Estimates
Log-Likelihood Cross-sections
Time 32
Time 31


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Object org.jasypt.hibernate.encryptor.HibernatePBEStringEncryptor
public final class HibernatePBEStringEncryptor
Placeholder class for PBEStringEncryptor objects which are eligible for use from Hibernate.
This class acts as a wrapper on a PBEStringEncryptor, allowing
to be set a registered name (see setRegisteredName(String)
)
and performing the needed registry operations against the
HibernatePBEEncryptorRegistry
.
It is not mandatory that a PBEStringEncryptor be explicitly set
with setEncryptor(PBEStringEncryptor)
. If not, a
StandardPBEStringEncryptor object will be created internally
and it will be configurable with the setPassword(String)
,
setAlgorithm(String)
, setKeyObtentionIterations(int)
,
setSaltGenerator(SaltGenerator)
, setProviderName(String)
,
setProvider(Provider)
, setStringOutputType(String)
and setConfig(PBEConfig)
methods.
This class is mainly intended for use from Spring Framework or some other
IoC container (if you are not using a container of this kind, please see
HibernatePBEEncryptorRegistry
). The steps to be performed are
the following:
This in a Spring config file would look like:
... <-- Optional, as the hibernateEncryptor could be directly set an --> <-- algorithm and password. --> <bean id="stringEncryptor" class="org.jasypt.encryption.pbe.StandardPBEStringEncryptor"> <property name="algorithm"> <value>PBEWithMD5AndDES</value> </property> <property name="password"> <value>XXXXX</value> </property> </bean> <bean id="hibernateEncryptor" class="org.jasypt.hibernate.encryptor.HibernatePBEStringEncryptor"> <property name="registeredName"> <value>myHibernateStringEncryptor</value> </property> <property name="encryptor"> <ref bean="stringEncryptor" /> </property> </bean> ...
And then in the Hibernate mapping file:
<typedef name="encrypted" class="org.jasypt.hibernate.type.EncryptedStringType"> <param name="encryptorRegisteredName">myHibernateStringEncryptor</param> </typedef>
An important thing to note is that, when using HibernatePBEStringEncryptor
objects this way to wrap PBEStringEncryptors, it is not
necessary to deal with HibernatePBEEncryptorRegistry
,
because HibernatePBEStringEncryptor objects get automatically registered
in the encryptor registry when their setRegisteredName(String)
method is called.
| Constructor Summary | |
|---|---|
HibernatePBEStringEncryptor()
Creates a new instance of HibernatePBEStringEncryptor. |
| Method Summary | |
|---|---|
String |
decrypt(String encryptedMessage)
Decypts a message, delegating to wrapped encryptor |
String |
encrypt(String message)
Encrypts a message, delegating to wrapped encryptor. |
PBEStringEncryptor |
getEncryptor()
Returns the encryptor which this object wraps. |
String |
getRegisteredName()
Returns the name with which the wrapped encryptor is registered at the registry. |
void |
setAlgorithm(String algorithm)
Sets the algorithm to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setConfig(PBEConfig config)
Sets the PBEConfig to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setEncryptor(PBEStringEncryptor encryptor)
Sets the PBEStringEncryptor to be held (wrapped) by this object. |
void |
setKeyObtentionIterations(int keyObtentionIterations)
Sets the key obtention iterations to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setPassword(String password)
Sets the password to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setProvider(java.security.Provider provider)
Sets the JCE provider to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setProviderName(String providerName)
Sets the name of the JCE provider to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setRegisteredName(String registeredName)
Sets the registered name of the encryptor and adds it to the registry. |
void |
setSaltGenerator(SaltGenerator saltGenerator)
Sets the salt generator to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
void |
setStringOutputType(String stringOutputType)
Sets the type of String output ("base64" (default), "hexadecimal") to be used by the internal encryptor, if a specific encryptor has not been set with setEncryptor(...) |
| Methods inherited from class Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public HibernatePBEStringEncryptor()
| Method Detail |
|---|
public PBEStringEncryptor getEncryptor()
public void setEncryptor(PBEStringEncryptor encryptor)
encryptor
- the encryptor.public void setPassword(String password)
password
- the password to be set for the internal encryptorpublic void setAlgorithm(String algorithm)
algorithm
- the algorithm to be set for the internal encryptorpublic void setKeyObtentionIterations(int keyObtentionIterations)
keyObtentionIterations
- to be set for the internal encryptorpublic void setSaltGenerator(SaltGenerator saltGenerator)
saltGenerator
- the salt generator to be set for the internal
encryptor.public void setProviderName(String providerName)
providerName
- the name of the JCE provider (already registered)public void setProvider(java.security.Provider provider)
provider
- the JCE provider to be usedpublic void setStringOutputType(String stringOutputType)
stringOutputType
- the type of String outputpublic void setConfig(PBEConfig config)
config
- the PBEConfig to be set for the internal encryptorpublic String encrypt(String message)
message
- the message to be encrypted.
public String decrypt(String encryptedMessage)
encryptedMessage
- the message to be decrypted.
public void setRegisteredName(String registeredName)
registeredName
- the name with which the encryptor will be
registered.public String getRegisteredName()
|
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VA Data Commons¶
The VA Data Commons supports the research and analysis of US military Veteran medical and genomic data and aims to accelerate scientific discovery and development of therapies, diagnostic tests, and other technologies for improving the lives of Veterans and beyond. The data commons features GWAS analyses on harmonized data.
Table of Contents¶
Getting Started¶
Login Page¶
Users will log in with their VA PIV credentials. Start by visiting the login page and sign in with your organizational account. After successfully logging in, your username will appear in the upper right-hand corner of the page. Click this link for more information about using the PIV login.
Once logged in, the user will see there are several options in the upper right hand corner of the home screen. In the blue bar at the top of the page, there is a link to VA Data Commons Documentation (the page you are currently reading), Email Support, your username and a log out button. Below these options, there are tabs for the Workspace, the Apps, and the Profile pages. Clicking on the VA Data Commons logo in the upper left hand corner of the screen will always return you to the home page of the data commons.
VA Data Commons Documentation¶
The button for VA Data Commons Documentation takes you to this page.
Email Support¶
If you need help, the Email Support button allows you to send a message to our help desk at<EMAIL_ADDRESS>You may expect a response within 2 business days.
Data Access and Analysis¶
Workspace¶
Currently, workspaces are not available, and therefore you may see an error when attempting to log into this page. Generally, workspaces are secure data analysis environments in the cloud that can access data from one or more data resources. Workspaces may include Jupyter notebooks and JupyterLab, Python and RStudio. For more information about the Gen3 Workspace, you may refer to Gen3 Workspaces and Data Analysis in a Gen3 Data Commons.
Apps¶
The Apps page displays the option of three Apps: OHDSI Atlas, Gen3 GWAS and GWAS Results. Using these Apps, a user may perform a genomic analysis on available data from projects that they have access to.
OHDSI Atlas¶
ATLAS is an open source software application developed as a part of OHDSI community intended to provide a unified interface to patient level data and analytics. Atlas software used to define cohorts, typically dichotomous variables, for analysis.
ATLAS currently includes functionality for searching and navigating the vocabulary within the OMOP Common Data Model (CDM). In addition to the search and navigation capabilities, it also provides features to curate and export custom sets of concept identifiers for use in cohort definitions. These will automatically populate on the Gen3 GWAS App. In general, ATLAS is an analytics platform that can be used to perform analyses across one or more observational databases which have been standardized to the OMOP Common Data Model V5 and can facilitate exchange of analysis designs with any other organizations across the OHDSI community.
Tutorials for the ATLAS tool can be found here and the book about the OHDSI can be found here. These resources contain a lot of useful information, particularly you might find it useful to read about Cohort Definition. It is highly advisable that you familiarize yourself with these resources before proceeding. We have also provided a brief step-by-step guide to creating dichotomous variables here:
Steps to Generate a Cohort¶
Step 1 Create a Concept Set
Concept Sets are a list of codes created by searching the standardized vocabulary and selecting the set of terms for your analyses. Here you select all concepts (variables) that you would like to use for criteria that define your study population cohort.
Select Concept Sets in the menu and click the blue box for “New Concept Set”.
In the box above the tabs, enter a name for the Concept Set you are creating.
Click the green box “Add concepts” to view the list of concept variables.
Enter the concept name or code into the search bar to find relevant concept variables.
Select desired concepts, click “Add To Concept Set”. Repeat Search and Add steps as needed, then click “Concept Sets”.
Make sure all desired concepts are included, then click the save icon to the right of the name of the Concept Set.
To add new concepts, please use the “Add Concepts” button again as described above.
To delete the concepts from the concept set, select the concepts and click on the “Remove Selected” button, then click the save icon to save your changes.
Step 2 Create Cohort Definition
A cohort is a set of persons who satisfy one or more inclusion criteria for a duration of time.
Use the concept sets to create initial events and other criteria for defining the study population cohort. A cohort is defined as a Person with an entry and exit date. Thus, a person can be in a cohort multiple times if they meet the criteria.
Select “Cohort Definitions” in the menu, you can begin to create a cohort by clicking the “New Cohort” button.
In the boxes above and below the tabs, enter a name and description for the Cohort.
To establish the duration for your cohort, click “+ Add Initial Event”, then in the dropdown menu click “Add Observation”.
Click the blue box “Any Observation”, select “Import Concept Set” from the dropdown menu.
Select the Concept Set you just made. This establishes your Concept Set as inclusion criteria for your cohort.
To access the table in the MVP harmonization database, click “+ Add attribute…”, then click “Add Value as Number Criteria”.
Select “Greater or Equal To”. In this specific case we added Heart Failure concept Set and entered value “2”. This will allow for the collection of data from the Observation table of the MVP harmonization database.
If you would like to add additional inclusion criteria, click “New inclusion criteria” select criteria or import another configuration. To complete the Cohort Definition, click the green Save icon.
Step 3 Generate Cohort
Once created, the cohort can then serve as the basis of inputs for your subsequent analyses. Use the cohort definition to identify how many people are in the cohort. This is the initial number that will be used in the GWAS App when this cohort is selected.
To complete the creation of the Cohort Definition, click “Generation”, then “Generate”.
Cohort size will be displayed under the column “People”. Use View Reports to see if you have inclusion criteria that causes cohort attrition.
The “Export” tab provides a text version of how a cohort was created. Click on the “Export” tab and then on the “Copy to clipboard” to copy the cohort’s information.
We expect that this documentation in addition to the OHDSI tutorials are sufficient for most analyses that users will attempt. If you have any questions, please contact us at<EMAIL_ADDRESS>Gen3 GWAS¶
Use this App to perform a high throughput Genome-wide association studies (GWAS) on MVP data using the University of Washington Genesis pipeline. For more information about the Genesis pipeline please refer to the publication “Genetic association testing using the GENESIS R/Bioconductor package”.
GWAS helps scientists identify genes associated with a particular disease (or another trait). This method studies the entire set of DNA (the genome) of a large group of people, searching for small variations called single nucleotide polymorphisms or SNPs (pronounced “snips”).
GWAS App consists of several steps. To navigate between the steps, click the Next or Previous box in the lower corners of the screen.
Each step displays the Attrition table at the top of the page. The Attrition table contains information about the total population size and sample size by ancestry for your selected cohorts and variables.
For more information about the web functionality of each step, please refer to the button “New to GWAS? Get started here”. This tool will offer highlighted explanations on different parts of the page.
Genome-Wide Association Studies (GWAS) Steps¶
Tip: On each step of the workflow there is a tutorial button called
"New to GWAS? Get started here"
, please click the button to navigate through the tutorial
Step 1 Select Study Population¶
In this step, you will determine the study population. To begin, select the cohort that you would like to define your study population with. You may only see cohorts that you have access to. You may only select one cohort. The size of the cohort population is indicated on the right-hand side of the table. To browse the table, please scroll down to the bottom. To search for a cohort by name you may use the search box.
Once a cohort has been chosen, it will populate the attrition table above.
You may also see the button “Add a new cohort”. This button will open a new tab in your browser outside of the Gen3 GWAS App and send you to the OHDSI Atlas App, where you may create a new cohort.
Step 2 Select Outcome Phenotype¶
In this step, you will determine your outcome phenotype.
There are two options available: Continuous Outcome Phenotype and Dichotomous Outcome Phenotype.
Continuous Outcome
Here, you may choose your continuous phenotype. GWAS App provides over 5,000 variables for your selection, for example, height, weight, blood pressure, white blood cell, and other clinical observations. Please select the outcome phenotype you wish to use in your model. All data are harmonized from different projects through the collaborative development of a data dictionary. To browse the table, please scroll down to the bottom.To search the table, please enter free text in the search box to search by phenotype name. In the plot near the table, you can learn more about the selected outcome distribution in the study population. After you select your outcome, click “Submit” to apply it for your model. After clicking ‘Submit’ you may see the selection in your attrition table.
Dichotomous Outcome
Here, you may choose your dichotomous outcome phenotype. You can define your outcome by intersecting your study population with two other cohorts. Please enter the name for your outcome variable in the field “Phenotype name”. You can select your control (or No, 0) cohort in the field “Get Value 0”, and your case cohort (or Yes, 1) in the field “Get Value 1”. The Euler diagram on the right-hand side of the page shows the overlap between your chosen cohorts and study population, with numbers indicating the size of the overlap. After you define your outcome phenotype, click “Submit” to apply it to your model. It will then populate the attrition table and take you to the next step.
Step 3 Select Covariate Phenotype¶
This step is optional. In this step, you can add the harmonized continuous covariates or dichotomous covariates by clicking on the corresponding button.
Add Continuous Covariate
GWAS App provides over 5,000 variables for your selection, for example, height, weight, blood pressure, white blood cell, and other clinical observations. Please select all covariates you wish to use in your model. You may choose as many covariates as you wish in this step. To browse the table, please scroll down to the bottom.To search the table, please enter free text in the search box to search by the covariate name. You can learn more about the selected covariate distribution in the study population in the plot near the table. After you select your covariate, click “Add” to apply it to your model. The covariate will then appear on the right-hand side of the screen and populate the attrition table. You can delete previously chosen covariates by clicking on the Delete icon.
Add Dichotomous Covariate
You may add custom dichotomous covariates by selecting two cohorts. Please enter the name for your covariate variable in the field “Covariate name”. You can select your control (or No, 0) cohort in the field “Get Value 0” and your case cohort (or Yes, 1) in the field “Get Value 1”. The Euler diagram on the right-hand side of the page shows the overlap between your chosen cohorts and study population with numbers indicating the size of the overlap. After you define your covariate, click “Add” to apply it to your model. The covariate will then appear on the right-hand side of the screen and populate the attrition table. You can delete previously created covariates by clicking on the Delete icon.
Step 4 Configure GWAS¶
In this step, you will determine workflow parameters. Please adjust the number of population principal components (PCs) to control for population structure, minor allele frequency cutoff, and imputation score cutoff. Please also choose one ancestry population on which you would like to perform your study.
Number of PCs - Population Principal components (PCs) refer to linear combinations of genome-wide genotyping data to control for population structure/stratification (select up to 10 PCs).
Harmonized Ancestry and Race/Ethnicity (HARE) dropdown menu - Please choose the ancestry population on which you would like to perform your study. The numbers appearing in the dropdown represent the population size of your study, considering all of your previous selections. You may not proceed with the analysis without a selection.
MAF Cutoff- Minor allele frequency (MAF) is the frequency at which the second most common allele occurs in a given population and can be used to filter out rare markers (scale of 0-0.5).
Imputation Score Cutoff - This value reflects the quality of imputed SNPs and can be used to remove low-quality imputed markers (scale of 0-1). Once you have selected your values please press Next.
Submission Modal and Additional Options¶
Once step 4 is concluded, you may review your details in a modal. This will present to you the configurable selections made in every step of the GWAS flow.
Configurable values - May be changed in step 4.
Covariates - Please review the chosen covariates. To remove unwanted covariates, or change them, please go back (at the bottom of the page) to step 3.
Outcome Phenotype - Please see here the outcome phenotype chosen in step 2. To remake the selection please go back (at the bottom of the page) to step 2.
Cohort - This represents the study population you selected. To change your selection please go back to step 1.
Once you have reviewed your selections you must give a name to your analysis, followed by pressing ‘Submit’.
Once the job is submitted, a success message will then appear on the screen with the given job name and GWAS job id. You may progress in three different paths-
See status - This option will send you to a different page where you may review the status of your job.
Submit new workflow - This option will send you to the beginning of the GWAS App where you may submit a different GWAS for analysis.
Submit similar (stay here) - This option will keep you at this page, where you may be able to submit some changes to the GWAS you already built and submit a similar job.
Check Submission Status and Review Results¶
Once your GWAS analysis is submitted, you can check the Submission Status and Review the Results in the “GWAS Results” App.
GWAS Results¶
This app is used to view your job status and results.
The landing page displays a table of submitted jobs including the Run ID of your analysis, the workflow name, the start time, and the finish time. The table may be sorted by any column by clicking on the up or down arrows next to the column name. The “Manage columns” button in the upper right corner can be used to toggle the display of any column.
Three additional columns are displayed by default: job status, details, and actions. The details columns lists additional information about your submitted job. The Input button links to your GWAS job configuration options and the execution button presents information about the execution of your GWAS job including messages from log files. If your job has completed successfully, you can review your output using the Results Button or download it directly from the Actions menu. If you wish to re-run your job, you can do so by selecting “retry” from the Actions Menu. The job status column provides information about the execution status of your job. The displayed values are:
Pending - your analysis was placed in the queue to run, depending on the length of the queue your analysis could start in the range of several minutes to several hours
In Progress - your analysis has started and is running, depending on your selection of cohort and variables it could finish in the range of half an hour to three hours
Failed - your analysis returned an error and could not run to completion. Please review your GWAS parameters (can be reviewed by clicking on the ‘input’ button under details and review the ‘execution’ of your job) and error logs. If you need further support, contact our help desk at<EMAIL_ADDRESS>Completed - your analysis was successfully completed and you may download the results of the GWAS analysis from this menu
Once completed, you may review the output from your submission by clicking on the “Results” button in the details column. The results landing page includes an interactive Manhattan plot, viewable QQ plot, and a searchable table of the Top Loci. The Manhattan plot may be downloaded separately as a png format file and the Top Loci table as a tsv file. Clicking on the Download All Results button at the top of the results page will prompt the creation and download of your workflow results to your computer. Depending on your cohort and variables selection, the file size can vary in the range of 700MB up to 1.3GB. The file contains the following:
Manhattan plot (.png)
QQ plot (.png)
100 top hits (.csv.gz)
per-chromosome GWAS summary statistics (folder of .csv.gz’s)
all hits below p-value 5e-8 (.csv.gz)
your study’s attrition tables (folder of .csv’s)
a metadata file containing all of your selections (gwas_metadata.yaml)
Frequently Asked Questions¶
Where can I find more documentation on the OHDSI Atlas app?¶
ATLAS was developed and is maintained by the OHDSI community. Tutorials for the ATLAS tool can be found here and the book about the OHDSI can be found here. These resources contain a lot of useful information, particularly you might find it useful to read about Cohort Definition. If you need help, please reach out to our help desk at<EMAIL_ADDRESS>What are harmonized variables?¶
Data harmonization is the process of defining terms across different but similar projects. It helps to avoid inconsistencies in data reporting and makes it easier to find and analyze data. For example, different studies can have their unique names for the variable “date a participant enrolled”, like “index date”, “date of enrollment”, or “AnchorDate”. Those variables are harmonized, or mapped, to a single harmonized variable “enrollment date”.
What will be included in the downloadable package at the end of a GWAS?¶
The package contains the following: Manhattan plot, QQ plot, metadata file containing all of your selections, your study’s attrition table, and per-chromosome GWAS summary statistics.
How long will my GWAS take?¶
You may check the status of your analysis in the “GWAS Results” App. After you submit your analysis, it will be placed in the queue to run. The “GWAS Results” App will show the “Pending” status for your submitted analysis. Depending on the length of the queue, your analysis could start in the range of several minutes to several hours. After the analysis starts to run, the status will be changed to “In Progress”. Depending on your selection of cohort and variables, it could finish in the range of half an hour to three hours. You may close your browser after you submit the analysis.
Why does the workspaces page give me an error?¶
Currently, workspaces are not available, and therefore you may see an error when attempting to log into this page. Generally, workspaces are secure data analysis environments in the cloud that can access data from one or more data resources. Workspaces may include Jupyter notebooks and JupyterLab, Python and RStudio. For more information about the Gen3 Workspace, you may refer to Gen3 Workspaces and Data Analysis in a Gen3 Data Commons.


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Pip-Services-Azure-Dotnet
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Public Member Functions | |
| abstract Descriptor | GetDescriptor () |
| Gets the descriptor. More... | |
| virtual void | SetReferences (IReferences references) |
| Sets the references. More... | |
| abstract void | Configure (ConfigParams config) |
| Configures the specified configuration. More... | |
Protected Member Functions | |
| MicroserviceStatelessService (StatelessServiceContext serviceContext) | |
Properties | |
| TC | Controller [get, private set] |
| Gets or sets the controller. More... | |
| CompositeLogger | Logger [get] |
| Gets the logger. More... | |
| TS | |
| TC |
| TC | : | class |
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protected |
| serviceContext |
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pure virtual |
Configures the specified configuration.
| config | The configuration. |
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pure virtual |
Gets the descriptor.
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virtual |
Sets the references.
| references | The references. |
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getprivate setprotected |
Gets or sets the controller.
The controller.
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getprotected |
Gets the logger.
The logger.


Fit yout Head into the template and try to follow the target point with the tip your nose.
A 3s countdown will start before recording. The resulting clip will be saved as a webm video file after 20s.
The code for this tool is open-source and available for free on Github https://bit.ly/35r8iYY
FaceCapture is built with vanilla NodeJS & Electron


Another situation where shift/reduce conflicts appear is in arithmetic expressions. Here shifting is not always the preferred resolution; the Ocamlyacc declarations for operator precedence allow you to specify when to shift and when to reduce.
Consider the following ambiguous grammar fragment (ambiguous because the input 1 - 2 * 3 can be parsed in two different ways):
expr: expr MINUS expr | expr MULTIPLY expr | expr LT expr | LPAREN expr RPAREN ... ;
Suppose the parser has seen the tokens 1, - and 2; should it reduce them via the rule for the subtraction operator? It depends on the next token. Of course, if the next token is ), we must reduce; shifting is invalid because no single rule can reduce the token sequence - 2 ) or anything starting with that. But if the next token is * or **, we have a choice: either shifting or reduction would allow the parse to complete, but with different results.
To decide which one Ocamlyacc should do, we must consider the results. If the next operator token op is shifted, then it must be reduced first in order to permit another opportunity to reduce the difference. The result is (in effect) 1 - (2 op 3). On the other hand, if the subtraction is reduced before shifting op, the result is (1 - 2) op 3. Clearly, then, the choice of shift or reduce should depend on the relative precedence of the operators - and op: * should be shifted first, but not **.
What about input such as 1 - 2 - 5; should this be (1 - 2) - 5 or should it be 1 - (2 - 5)? For most operators we prefer the former, which is called left association. The latter alternative, right association, is desirable for assignment operators. The choice of left or right association is a matter of whether the parser chooses to shift or reduce when the stack contains 1 - 2 and the look-ahead token is -: shifting makes right-associativity.
Ocamlyacc allows you to specify these choices with the operator precedence declarations %left and %right. Each such declaration contains a list of tokens, which are operators whose precedence and associativity is being declared. The %left declaration makes all those operators left-associative and the %right declaration makes them right-associative. A third alternative is %nonassoc, which declares that it is a syntax error to find the same operator twice ``in a row''.
The relative precedence of different operators is controlled by the order in which they are declared. The first %left or %right declaration in the file declares the operators whose precedence is lowest, the next such declaration declares the operators whose precedence is a little higher, and so on.
In our example, we would want the following declarations:
%left LT %left MINUS %left MULTIPLY
In a more complete example, which supports other operators as well, we would declare them in groups of equal precedence. For example, '+' is declared with '-':
%left LT GT EQ NE LE GE %left PLUS MINUS %left MULTIPLY DIVIDE
(Here NE and so on stand for the operators for ``not equal'' and so on. We assume that these tokens are more than one character long and therefore are represented by names, not character literals.)
The first effect of the precedence declarations is to assign precedence levels to the terminal symbols declared. The second effect is to assign precedence levels to certain rules: each rule gets its precedence from the last terminal symbol mentioned in the components. (You can also specify explicitly the precedence of a rule. See Context-Dependent Precedence.)
Finally, the resolution of conflicts works by comparing the precedence of the rule being considered with that of the look-ahead token. If the token's precedence is higher, the choice is to shift. If the rule's precedence is higher, the choice is to reduce. If they have equal precedence, the choice is made based on the associativity of that precedence level. The verbose output file made by -v (see Invoking Ocamlyacc) says how each conflict was resolved.
Not all rules and not all tokens have precedence. If either the rule or the look-ahead token has no precedence, then the default is to shift.


import {GisplayErrorChecker} from 'gisplay-es6-webpack/src/Gisplay/GisplayErrorChecker.js'
GisplayErrorChecker
NOT YET IMPLEMENTED Used to verify all errors that can be checked from the given options and the defaults and shaders files.
Constructor Summary
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Method Summary
| Public Methods | ||
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alertAndThrowError(errorString: string) Send an alert to the user and throw the error given. |
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This method fires an alert because the user provider wrong or conflicting options. |
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checkExistingBound(boundId: string) The id of the bound to check the existence on the bounds object. |
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checkMainOptions(parsingOptions: Object, mappingOptions: Object, globalOptions: Object) Verifies if the parsing, mapping and global options exist. |
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This method is fired after the constructor is done and should check for all types of erros that are possible to catch at this stage (eg. |
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Used to check errors on the given userOptions. |
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checkSizes(orientation: Object) Validates the sum of all sizes for this orientation. |
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checkValidLayoutRec(obj: any) Validates the given layout. |
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this method was deprecated. It's not used because the visual variables already hold all information of parsing Options.
Returns the mapping options.
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processMappingOptions(mappingOptions: Object): Array<Object> this method was deprecated. Process options for mapping of visual variables.
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| Private Methods | ||
| private |
_findMappingVariable(externalName: any) this method was deprecated.
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| private |
_findParsingVariable(externalName: string): Object this method was deprecated. Finds the variable on the parsing options.
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Public Constructors
public constructor() source
Public Methods
public alertAndThrowError(errorString: string) source
Send an alert to the user and throw the error given.
Params:
| Name | Type | Attribute | Description |
| errorString | string | The error to throw. |
public alertError() source
This method fires an alert because the user provider wrong or conflicting options.
public checkExistingBound(boundId: string) source
The id of the bound to check the existence on the bounds object.
Params:
| Name | Type | Attribute | Description |
| boundId | string | The bounds id. |
public checkExistingGisplayId() source
public checkMainOptions(parsingOptions: Object, mappingOptions: Object, globalOptions: Object) source
Verifies if the parsing, mapping and global options exist.
public checkPossibleErrors() source
This method is fired after the constructor is done and should check for all types of erros that are possible to catch at this stage (eg. did the user provide an attribute?)
public checkSizes(orientation: Object) source
Validates the sum of all sizes for this orientation.
Params:
| Name | Type | Attribute | Description |
| orientation | Object | The vertical/horizontal object. |
public checkValidLayoutRec(obj: any) source
Validates the given layout. Now checks: size of each descendant does not exceeds 100 per cent and the id exists on the bounds object.
Params:
| Name | Type | Attribute | Description |
| obj | any |
public getMappingOptions(): Object source
public processMappingOptions(mappingOptions: Object): Array<Object> source
Params:
| Name | Type | Attribute | Description |
| mappingOptions | Object | Mapping options given by the user. |
Private Methods
private _findMappingVariable(externalName: any) source
Params:
| Name | Type | Attribute | Description |
| externalName | any |


{% extends "base.html" %} {% block head %} {{ super() }} {% endblock %} {% block body %}
{{ _('The maintainer is checking your registration. This might take a few days.') }}
{% else %}{{ _('Your registration has been denied.') }}
{% endif %} {{ _('Contact') }} {{ _('Settings') }}


|
BI-ARD Semestralni prace Jorge Zuniga
|
PINS connected to Arduino UNO. More...
Macros | |
| #define | RED 13 |
| red RGB led PIN definition More... | |
| #define | GREEN 12 |
| green RGB led PIN definition More... | |
| #define | BLUE 11 |
| blue RGB led PIN definition More... | |
| #define | VALVEOPEN 10 |
| valve open PIN definition More... | |
| #define | VALVECLOSE 9 |
| valve close PIN definition More... | |
| #define | LIGHTDATA A1 |
| light sensor PIN definition More... | |
| #define | SOILDATA A0 |
| soil moisture meter PIN definition More... | |
| #define | TEMPDATA 5 |
| therometer PIN definition More... | |
PINS connected to Arduino UNO.
Include files
| #define BLUE 11 |
blue RGB led PIN definition
| #define GREEN 12 |
green RGB led PIN definition
| #define LIGHTDATA A1 |
light sensor PIN definition
| #define RED 13 |
red RGB led PIN definition
| #define SOILDATA A0 |
soil moisture meter PIN definition
| #define TEMPDATA 5 |
therometer PIN definition
| #define VALVECLOSE 9 |
valve close PIN definition
| #define VALVEOPEN 10 |
valve open PIN definition


|
App Engine Python SDK
v1.6.9 rev.445
The Python runtime is available as an experimental Preview feature.
|
Public Member Functions | |
| def | content_type |
| def | creation |
| def | filename |
| def | size |
| def | md5_hash |
| def | __init__ |
| def | from_entity |
| def | properties |
| def | key |
| def | delete |
| def | open |
| def | get |
| def | all |
| def | gql |
| def | kind |
Information about blobs in Blobstore. This is a db.Model-like class that contains information about blobs stored by an application. Like db.Model, this class is backed by an Datastore entity, however, BlobInfo instances are read-only and have a much more limited interface. Each BlobInfo has a key of type BlobKey associated with it. This key is specific to the Blobstore API and is not compatible with db.get. The key can be used for quick lookup by passing it to BlobInfo.get. This key converts easily to a string, which is web safe and can be embedded in URLs. Properties: content_type: Content type of blob. creation: Creation date of blob, when it was uploaded. filename: Filename user selected from their machine. size: Size of uncompressed blob. md5_hash: The md5 hash value of the uploaded blob. All properties are read-only. Attempting to assign a value to a property will raise NotImplementedError.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.__init__ | ( | self, | |
| entity_or_blob_key, | |||
_values = None |
|||
| ) |
Constructor for wrapping blobstore entity. The constructor should not be used outside this package and tests. Args: entity: Datastore entity that represents the blob reference.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.all | ( | cls | ) |
Get query for all Blobs associated with application. Returns: A db.Query object querying over BlobInfo's datastore kind.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.delete | ( | self, | |
_token = None |
|||
| ) |
Permanently delete blob from Blobstore.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.from_entity | ( | cls, | |
| entity | |||
| ) |
Convert entity to BlobInfo. This method is required for compatibility with the current db.py query mechanism but will be removed in the future. DO NOT USE.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.get | ( | cls, | |
| blob_keys | |||
| ) |
Retrieve BlobInfo by key or list of keys. Args: blob_keys: A key or a list of keys. Keys may be instances of str, unicode and BlobKey. Returns: A BlobInfo instance associated with provided key or a list of BlobInfo instances if a list of keys was provided. Keys that are not found in Blobstore return None as their values.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.gql | ( | cls, | |
| query_string, | |||
| args, | |||
| kwds | |||
| ) |
Returns a query using GQL query string. See appengine/ext/gql for more information about GQL. Args: query_string: Properly formatted GQL query string with the 'SELECT * FROM <entity>' part omitted *args: rest of the positional arguments used to bind numeric references in the query. **kwds: dictionary-based arguments (for named parameters). Returns: A gql.GqlQuery object querying over BlobInfo's datastore kind.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.key | ( | self | ) |
Get key for blob. Returns: BlobKey instance that identifies this blob.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.kind | ( | self | ) |
Get the entity kind for the BlobInfo. This method is required for compatibility with the current db.py query mechanism but will be removed in the future. DO NOT USE.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.open | ( | self, | |
| args, | |||
| kwargs | |||
| ) |
Returns a BlobReader for this blob. Args: *args, **kwargs: Passed to BlobReader constructor. Returns: A BlobReader instance.
| def google.appengine.ext.blobstore.blobstore.BlobInfo.properties | ( | cls | ) |
Set of properties that belong to BlobInfo. This method is required for compatibility with the current db.py query mechanism but will be removed in the future. DO NOT USE.


Welcome to my
super simple rest API
.
Like what you see? Find the source code on
Github
, or check out my
website
.


Esto es para poner enlaces
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Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting


Loot Council to be added soon
Tomb of Sargeras loot not yet available.
Made by Darksillence#2971
Constructed deep within the core of Argus and outfitted with an arsenal capable of decimating worlds, this war machine has been designed for a single purpose; to bring the mortals' invasion to its knees.
Tank 1 tank needs to stay in melee at all times due to Carnage.
Tank Swap Fel Bombardment: tank with the debuff runs away from group and kites the missile barrage. This will occur throughout the ecounter.
Move Debuff Decimation: debuffed player runs away from group to drop biggreen circle, then dodges it.
Soak Annihilation : soak green circles, with 2 to 3 players per circle.
Heal Boss starts casting Apocalypse Drive dealing raid wide damage. This cast is interrupted by destroying one of the weapons.
MOVE As the boss channels Apocalypse Drive he also places wide beams on the floor (Surging Fel) that should be dodged.
- Dps down one of the weapons (Annihilator should be 1st).
Move After a weapon is destroyed, the boss will cast Eradication: Run away from it (60yd) and stack (except for the active tank)
Move If the Annihilator was destroyed first, the boss will gain Empowered Decimation. Everyone should stack and dodge the green circles together, having 2 stacks points (to the left and right of boss).
Heal Boss starts casting Apocalypse Drive dealing raid wide damage. This cast is interrupted by destroying one of the weapons.
MOVE As the boss channels Apocalypse Drive he also places wide beams on the floor (Surging Fel) that should be dodged.
All mechanics are now gone, except for the missile barrage on the tank.
Note: If the Decimator is killed first, the ability gained by the boss will be Empowered Annihilation .Green circles now need to be solo soaked because there’s too many.
Infused with fire and shadow, F'harg and Shatug are the prized pets of Sargeras. Bred for carnage, these hounds delight in eviscerating their master's enemies. With the Army of the Light and their allies advancing upon Antorus, the Legion prepares to unleash these vicious creatures onto the battlefield and put an end to the mortals' invasion.
Tank Position the felhounds 40yd away from each other, facing each of them away from the raid group.
- Raid stacks in the middle, between the 2 felhounds.
Move Debuff Desolate Gaze: at 33 energy, targeted players run away from the raid group and point the fire beam away from it.
Move Debuff Molten Touch: at 66 energy, stuns targeted players. The raid group should dodge fireballs.
Move Debuff Enflame Corruption: at 100 energy, deals raid wide damage and applies a 4s debuff to random players. When it expires, it deals damage all players within 8yd. The damage is not split between affect targets.
Move Consuming Sphere: at 33 energy, an orb will move to a random player, dragging everyone towards it. Run against the pull in.
Soak Debuff Weight of Darkness: at 66 energy, debuff that slows the player over 5s. Needs to be soaked by atleast 2 other players to avoid the consequent fear. Can also target tanks.
Debuff Siphon Corruption: at 100 energy, deals raid wide damage and applies a 4s debuff to random players. When it expires, it deals damage between all players within 8yd.
Long ago in the golden age of eredar civilization, a council was formed to oversee the defense of Argus and maintain peace. But after their dark bargain was struck with Sargeras, these master tacticians used their military expertise to help orchestrate a Burning Crusade that ravaged countless worlds. Now the full might of the Legion´s army is theirs to command, and they wield this terrible power to annihilate all who oppose the Dark Titan´s will.
Tank Face all bosses away from the raid group.
Tank Swap Taunt after 2-3 stacks of Exploit Weakness.
- 2 players should rotate for each pod, switching roughly every 45sec.
Heal Players inside a pod receive increasing ticking damage from Psychic Assault.
Heal Dispell Chaos Pulse at high stacks.
Heal Every Fusillade increases the damage inflicted by subsequent Fusillades by 25%.
- Interrupt the Felblade Pyromancer add that casts Pyroblast.
- Demonic Charge: Ranged players stand at max range to bait the two Felblade Shocktrooper adds that charge the furthest player, while everyone else dodges the charge and the consequent Bladestorm.
MOVE Dodge Entropic Mine.
- Pod: spam 1 on boss, spam 2 on adds.
- Interrupt the Felblade Pyromancer add that casts Pyroblast.
- Demonic Charge: Ranged players stand at max range to bait the two Felblade Shocktrooper adds that charge the furthest player, while everyone else dodges the charge and the consequent Bladestorm.
- Pod: spam 1 on boss, spam 2 on the raid (3 times near the engineer pod, remaining near the General pod)
- 1 player clicks the Felshield Emitter during Fusillade to shield the raid from damage.
MOVE Dodge Entropic Mine.
- 1 player clicks the Felshield Emitter during Fusillade to shield the raid from damage.
- Pod: spam 1 on boss, spam 2 to clear mines.
Portal Keeper Hasabel maintains the nexus through which the Legion has unleashed its insidious armies upon countless worlds. With portals that open to a myriad of strategic locations throughout the Great Dark Beyond, Hasabel is capable of bringing the might of the Legion's arsenal to bear upon any who oppose her.
Tank Position the boss at the edge of the room.
Tank Swap Taunt after 3 stacks of Reality Tear.
Heal When Reality Tear expires, a detonation occurs, caused by Bursting Darkness.
MOVE Collapsing World: tank should move the boss to the oposite side of the room, dodging the purple zone.
MOVE Felstorm Barrage: Dodge the 3 green beams.
- Transport Portal: Summons demons depending on the current phase of the encounter.
- P1: Felblaze Imps: Interrupt Fiery Detonation.
- P2: Feltouched Skitterer: Interrupt Acidic Web.
- P3: Hungering Stalker: Interrupt Howling Shadows.
- Interrupt Flames of Xoroth.
Move Dodge fire circles from Supernova.
- Interrupt Unstable Portal.
- One player needs to run into a flame, created by Everburning Flames, and carry it over the main platform.
Felsilk Wrap: Destroy the cocoons to break the stuns.
Heal Poison Essence: Keeps players health around 40-60%.
Move Dodge green circles from Caustic Slime.
Stack Stack next to the flame that was carried over from the fire portal, while dodging purple balls, to counteract Mind Fog.
Heal Keep Delusions to regain mana, then dispell yourself to heal others.
Heal Be aware of Corrupt.
Though she was felled by the blade of Sargeras, the Life-Binder's essence escaped the grasp of the Dark Titan. After millennia spent hiding in isolation, Eonar's sanctuary has been discovered by the Legion. Should her soul fall into the enemy's hands, Eonar's powers of nature and growth will be perverted to make the Burning Crusade unstoppable.
- Every demon kill grants Eonar energy. When she reaches 100 Life Energy she will attack the Paraxis and any Legion forces with her Life Force. Once the Paraxis is destroyed, the fight will end.
MOVE Extra Action Button: Surge of Life. Use it to quickly move across platforms (30sec cd).
MOVE Use the launchers at the edge of each platform to jump to another one.
MOVE debuff Kite Spear of Doom away from the normal walkways to mitigate its impact on the encounter.
MOVE debuff Move away from other players when targeted by Rain of Fel.
- Fel-Charged Obfuscator: Makes nearby ads invisible, let it go throught and CC/stun the others ads. Once it is past every other adds, focus it down.
- Volant Kerapteron: flying bats, that need to be focus by ranged dps.
- Felguard: normal speed and HP.
- Fel Hound: fast speed, low HP.
- Fel Lord, slow speed, high HP.
Tank Fel-Infused Destructor: needs to be tanked ASAP and killed first, as it fires upon Eonar's essence until dispatched.
Tank (H) Fel-Powered Purifier: cleanses nearby allies of all crowd-controlling effects. Face it away from the group, as it does frontal cleave, Fel Swipe.
The infamous Imonar serves as the Legion's bloodhound, capable of tracking prey across the cosmos. With a vast array of gadgets and traps at his disposal, Imonar has yet to lose a bounty... and he certainly doesn't intend to sully his perfect record by failing to fulfil his latest contract.
- Ranged players should be loosely spread out 10 yards from eachother.
- Two stacking points for melee/tank 15yd apart, so that when a melee players gets targeted by sleep canister, the tank can move the boss to the other marker.
Tank Swap Taunt off at 4-5 stacks of Shock Lance.
Heal debuff Sleep Canister : targeted player runs 10yd away from group (3sec), then gets dispelled, releasing Slumber Gas.
Move Pulse Grenade : don’t step on the green circle, (H) increases damage taken by 50% for 20sec.
Move Run across the bridge to the next platform.
- Immunity the Pulse Grenades to clear the path.
- Avoid Stasis Trap.
- Dodge the fire orbs channeled by Conflagration.
Tank Swap Taunt off at 3 stacks of Sever.
Move Sharpnel Blast : dodge red circles.
Move debuff Charged Blast : move the fire beam away from the group.
- Same as Intermission 1, but with more obstacles.
- Avoid Sharpnel Blast.
- Avoid Blastwire.
Tank Swap Manage stacks of Empowered Shock Lance.
Heal debuff Sleep Canister : targeted player runs 10yd away from group (3sec), then gets dispelled, releasing Slumber Gas.
Move Empowered Pulse Grenade : grenade thrown at random players, everyone spreads out 5yd at all times.
Move Empowered Sharpnel Blast : dodge green circle.
The design of every Legion war machine stems from the depraved mind of Kin'garoth. Obsessed with crafting implements of death, Kin'garoth infused his very body into the production machinery so he could more efficiently churn out a never-ending supply of destruction. At the behest of the Legion's dark master, Kin'garoth's fevered brilliance has developed a new super-weapon which he plans to unleash upon the Army of the Light.
Tank Face the boss away from the raid group.
Tank Swap Taunt off every Forging Strike.
Move Ruiner : dodge the beam.
Move Reverberating Strike : Kin'garoth smashes a target, leaving behind a permanent Detonation Charge. Stay 5yd away from every of these charges.
Move Soak Heal Diabolic Bomb: should be popped by a player the furthest away possible from the raid, to avoid getting overrun by them.
- Split the raid into 2 groups (3 on heroic) for each construct.
Heal Flames of the Forge: occurs during this intermission.
- DPS cooldowns should be popped at the start of this phase, when each construct has high stacks of Initializing.
Move Dodge Apocalypse Blast.
Soak Garothi Annihilator: players should solo soak Annihilation.
Move debuff Garothi Decimator: spread out, players targeted runs out of the group and dodge fire circle, caused from Decimation.
Soak debuff Garothi Demolisher: 2 players need to soak each targeted player’s purple circle, caused from Demolish.
As one the dreadlords overseeing the Legion's forces during the Third War, Varimathras failed to stop the rebellious Lich King. He submitted to an ill-fated alliance with Sylvanas Windrunner, then made one last bid for power before facing a humiliating defeat. In payment for his blunders, Varimathras has been tortured by the Coven of Shivarra. The vindictive sisters stripped away both flesh and sanity, leaving only a singular desire to inflict suffering upon the mortals who cost him everything.
- Stay stacked at all times, to avoid Alone in the Darkness. Two groups should be made, 1 melee and 1 ranged, which should be 15yd away from the other.
Tank Position the boss away from the melee group. Off-tank should be within 8yd of the main tank, but not infront of the boss in order to avoid getting cleaved by Shadow Strike.
Tank Swap Taunt off every Shadow Strike.
Heal debuff Any player that takes shadow damage will be afflicted by Misery.
Heal Throughout the encounter different Torments will occur, every 2 minutes, namely Torment of Flames, Torment of Frost, Torment of Fel and Torment of Shadows. This last torment will make the raid group immune to all healing.
Move Dark Fissure : ranged players move out as a group to the side to dodge the shadow pool.
Move debuff Necrotic Embrace : debuffed player runs out of group (at least 10yd) to avoid spreading the debuff.
Move debuff Marked Prey : class with high mobility should take the charge.
Having proven themselves to be the most depraved and fanatical of all his followers, Sargeras entrusted the Coven with the unholy task of twisting the minds of the fallen titans into an unstoppable Dark Pantheon. Each sister employs her own signature brand of torture, eliciting screams which echo throughout the halls of Antorus. It is said that neither mortal nor demon can refuse their whispers, making it only a matter of time before the will of the titans is broken.
Tank Position both active Shivarras 18 yd apart to avoid Shivan Pact.
Tank Swap If Noura is active, swap at 4 stacks of Fiery Strike and face Noura away from the group.
Tank Swap If Niima is active, swap for Flash Freeze.
Move Dodge Whirling Saber.
- Make sure no one is in your circle for Fulminating Pulse.
Move Dodge Shadow Blades.
Move Heal Run to white blocks on the ground to reduce damage taken from Storm of Darkness.
Heal Heal targets affected by Chilled Blood to reduce the stun duration.
Move Dodge Orb of Frost.
- Aman’thul: Focus the souls before they finish the cast Machinations of Aman'thul.
- Golganneth: spread out 2yd from each other to avoid Fury of Golganneth.
- Khaz’goroth: stay close to the edges of the room,in order to avoid Flames of Khaz'goroth.
- Norgannon: Use stuns/slows to open a path to dodge the souls. These will be immune to damage for 20s.
-A phase change occurs everytime the raid defeats 2 titan souls spawns, which should spawn every 1.5mins.
- P1: Fire + Shadow
- P2: Shadow + Ice
- P3: Ice + Fire
Once the noble Avenger of the Pantheon, Aggramar was struck down by Sargeras and reborn as a titan of destruction. He now stands at the core of Argus, guarding a power that could unmake the universe. Not even demons are permitted to tread within the titan's halls, and any mortals bold enough to trespass will be reduced to cinders by Aggramar's burning blade, Taeshalach.
Tank Tanks should be stacked for Taeshalach's Reach.
Tank Swap Swap every Taeshalach's Reach.
- While the boss is below 100 energy, stay spread for Scorching Blaze.
Move Dodge Wake of Flame.
- At 100 energy, the raid stacks up for Taeshalach Technique.
Tank Cast #1: Active tank faces the boss away from the raid group for Foe Breaker.
Tank Soak Cast #2: Active tank faces the boss towards the raid group for Flame Rend.
Tank Swap Cast #3: Tank swap before the next Foe Breaker. Face this cast away from the raid group.
Tank Soak Cast #4: Active tank faces the boss towards the raid group again for Flame Rend.
Move Cast #5: Run away from the boss to avoid Searing Tempest.
- Boss is immune, touching the boss' shield will inflinct 1.2mil dmg and knock the player back. Killing both Flames of Taeshalach (big adds) will finish the intermission phase.
Tank Spread the Flames of Taeshalach from eacother and from the Embers of Taeshalach (little ads) to avoid Catalyzing Presence.
Heal - Once an Embers of Taeshalach reaches Aggramar, it will cause Blazing Eruption. These adds can be slowed/stunned to avoid that.
- On heroic, when a small add dies, it forms Molten Remnants from which it will respawn after 18sec. The only way to get rid of the add is to let it reach the boss.
Move - Same as phase 1, with the added mechanic Flare, which should be dodged.
Move Same as intermission 1, with the added mechanic Wake of Flame.
Move Same as phase 1, with Wake of Flame now spawning from void-zones and not from the boss.
Bound. Broken. Eons of existence, knowing only pain. A shattered soul, fueling infinite evil. The master beckons. Rise... Rise! Begin the end of all things.
Tank Tank Swap Face the boss away from the raid group, for Sweeping Scythe. Swap at 2-3 stacks.
Move At 100 energy, the boss will cast Cone of Death. Move away from the Death Fog it will leave on the floor.
Move debuff Players targeted by Soulblight should try to stack the Death Fog dropped after the debuff expires near existant Death Fog.
Heal Be aware of Tortured Rage overlaps with Soulblight and Cone of Death.
- 2 players will get targeted by a white and lightning orb. The player with the white orb should move into melee, whereas the lightning orb should go towards ranged.
- Players should pick between the buffs: Strength of the Sky or Strength of the Sea.
move Move in melee for: Golganneth's Wrath , which will clear any existant Death Fog.
- At 100 Titanic Essence Volatile Soul will occur, applying Soulburst to two players and Soulbomb to one. The lingering corruption will then again apply Soulburst to two players when Argus reaches 50 Titanic Essence.
Move Players affected with Soulburst need to run 45yd away from the raid group and eachother.
Move Move The tank empowered by Avatar of Aggramar should stack with the player affected by Soulbomb to split the damage.
Move Dodge the lines created by Sweeping Scythe.
- Boss will vanish and spawn 7 different Argus' Constellar Designates. The phase will end when all the adds die.
Move Tank the add empowered by Sword of the Cosmos in the middle of the room.
Move Tank the add empowered by Blade of the Eternal on top of another caster add.
Move Dodge other players Cosmic Ray lines. The targeted player should stand still, if the beam isn't overlapping with another one.
- Interrupt Cosmic Beacon casts on the adds.
- DO NOT INTERRUPT Starblast, since the adds will gain Inevitability after an interrupt.
- Assign dps to switch on adds according to their school of magic, due to The Discs of Norgannon.
 Release and move towards the tree to be revived. Interrupt the boss to start the phase.
- The tree is usable for the remainder of the fight. Everytime someone revives, it will loose energy. Once the tree has no more energy, revives can still occur, but everytime one happens, the tree will be affected by Withering Roots
Tank The Sweeping Scythe will no longer drop and you will eventually die from it. Revive at the tree when this happens.
Tank Tank Swap Take the boss when the other tank dies.
Heal Heal the tree for as long as possible, to keep revives available.
Heal Be aware of Tortured Rage, like in phase 1.
- Kill the adds around the room to before the radius of Reorigination Pulse grows too large.
- When the adds die, they will spawn Motes of Titanic Power. Players in the spirit realm should pick them up before reviving. When Khaz'goroth has at least 20 Titanic Essence, he will begin to channel Titanforging, granting Titanforged to the raid.
- Volatile Soul from phase 2 will still occur, except this time, the player affected by Soulbomb will die.


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[GSoC 2016] Signing off from GSoC 2016 !
Hello all!
It has been a very interesting and fruitful journey this GSoC, specifically with the progress made in ruby_curry’s usability and range of programs...
[GSoC 2016] Progress in ruby_curry documentation
Last week I worked mainly on updating the document describing the design, execution and evaluation of ruby_curry. I was able to complete the “Translation” unit...
[GSoC 2016] Documentation of ruby_curry
Due to upcoming time constraints I have decided to focus on the important task of documenting the design of ruby_curry. This will be a very...
[GSoC 2016] Documentation and upcoming tasks
The last week was focussed on some minor tasks like code cleanup, updating TODO and looking into implementations of equality-constraint operators like cond
and =:=
.
[GSoC 2016] Updates on external functions
Hello all!
I spent the last week working on tasks related to extending support for more external functions in runtime environment and integrating variables into...
[GSoC 2016] Support for variables in ruby_curry
Over the last few days I was working on implementing the equation constrained operator (=:<=). After working on the first version algorithm for it,...
[GSoC 2016] Refactoring symbols and implementing External functions
The last week was focused on moving the Symbol definitions in the runtime environment to a separate ruby module, CT_Symbols. This involved a lot...
[GSoC 2016] Refactoring of expressions
Hello all!
I spent the last few days working on refactoring the old expressions.rb (in ruby runtime environment) into a revamped CT_Expressions
module. This solves...
[GSoC 2016] Progress on External runtime functions
After the codebase merge a lot of new tasks and issues turned up. One of the important tasks is adding runtime support for externally defined...
[GSoC 2016] Merged Github repository with try server codebase
Over the last few weeks I have been adding all the development code to the try server codebase for immediate testing and rapid modifications. The...
[GSoC 2016] Cleanup and progress for mid evaluations
This week I’ve been working on tasks to prepare ruby_curry for a version release on Github and the GSoC mid evaluations.
I’ve added the module/namespace...
[GSoC 2016] Progress in RCurry
Hello all!
Over the last week, I progressed in defining RCurry and correspondingly updated ICurryToAbstractRuby(the module to convert ICurry to RCurry). The current implementation can...
[GSoC 2016] Introducing RCurry - An abstraction layer
Hello all!
As discussed in the previous post, we made a drastic change in the architecture of ruby_curry by utilising ICurry to cover the...
[GSoC 2016] Progress on translator system
Over the last few days I have been working on the ICurry to ruby object code translator system. I developed the first version which successfully...
[GSoC 2016] Translator system for ruby_curry
I had a discussion with my mentor regarding a translator system which would handle the frontend parsing of Curry source program into an intermediate form...
[GSoC 2016] Backtrack bug solved
This post is to update about the current status of work in ruby_curry as part of GSoC 2016.
As mentioned in my previous post, I...
[GSoC 2016] Coding phase - First post
Hello all!
As part of the initial stage of the Coding Phase, I had a discussion with my mentor regarding the immediate set of tasks/features...
[GSoC 2016] Completion of status report
I have completed the brief status report of the current ruby_curry codebase. The report is organised into 3 main sections -
- Installation/Usage...
[GSoC 2016] Codebase status report and installing KiCS2
Hello all!
This post is to update about my progress in generating a status report for the ruby_curry codebase. I have logically divided the code...
[GSoC 2016] Installing PAKCS
I spent the last few days surfing through the current codebase in ruby_curry in order to identify the code workflow for a single run of...
[GSoC 2016] Community Bonding - First Post
Hello all!
This year as part of Google Summer of Code 2016 I will continue working on ruby_curry, extending it to a full fledged...
Multrix - A tool for dynamic dependence analysis of a program
A project undertaken in the HPC Research Group at National Institute of Technology Karnataka, India
Multrix is an automatic, dynamic and language-independent tool to...
What is HPC?
High Performance Computing(HPC) is becoming a trending term in Computer Science. Here is my view or definition of HPC in layman words.
As humans we...


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Type Function Library display.* Return value none Revision Current Public Release (2013.2076) Keywords screenshot, capture, files, display objects, images See also display.capture()
display.captureBounds()
display.captureScreen()
Renders the DisplayObject referenced by first argument into a JPEG image and saves it as a new file. The display object must currently be in the display hierarchy or no image will be saved. If the display object is a group object, all children are also rendered. The object to be saved must be on the screen and fully within the screen boundaries.
When dynamic content scaling is enabled, display.save()
saves the image in the device's native resolution. For instance, if this method is used to save a 100×200 pixel display object, it may have more actual pixels when saved on a device with higher resolution.
display.newImageRect() should be used to load images when dynamic content scaling is enabled.
main.lua
is executed to initialize the app) you must call display.save()
within a timer.performWithDelay call. A delay of at least 100 milliseconds is recommended, for example:local function captureWithDelay()
display.save( group, "group.jpg" )
end
timer.performWithDelay( 100, captureWithDelay )
display.save()
can save PNG files with a transparent background.DisplayObject. The variable that references the display object to save.
Table. Table with keys that represent specific options. See Formats for options below.
options
String. Name of the file to save as a JPEG (or PNG on Android).
Constant. One of the following values (system.DocumentsDirectory
is the default):
system.DocumentsDirectory
system.TemporaryDirectory
system.CachesDirectory
Boolean. If true
, then the image ISN'T cropped to the size of the screen of the device.
display.save( displayObject, filename [, baseDirectory] )
DisplayObject. The variable that references the display object to save.
String. Name of the file to save as a JPEG (or PNG on Android).
Constant. One of the following values (system.DocumentsDirectory
is the default):
system.DocumentsDirectory
system.TemporaryDirectory
system.CachesDirectory
local myObject1 = display.newRect( 50, 50, 100, 150 ) -- Create a rectangle object
local myObject2 = display.newCircle( 100, 300, 50 ) -- Create a circle object
local group = display.newGroup()
group:insert(myObject1)
group:insert(myObject2)
local baseDir = system.DocumentsDirectory
display.save( group, "entireGroup.jpg", baseDir )


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BC Budtenders United is a brand new worker oriented organization run by cannabis workers for cannabis workers!
Our goal is to help cannabis workers get a leg up in a brand new industry that is entirely staffed by those 19+. Budtenders and other cannabis workers must hold government certifications to be eligible for work. We believe any work that requires certifications to perform should be living wage work.
(In fact, we at BCBUD believe all work merits a living wage, but for the sake of this organization we are just focused on cannabis workers ;)
The legal cannabis industry is thriving thanks to the efforts of marginalized communities past and present. Many cannabis workers in BC are members of these marginalized communities, and as such may face greater barriers to acquiring meaningful, liveable work.
To combat exploitation of cannabis workers, we believe greater access to Educational Training is needed. Additional training may provide cannabis workers with leverage to move into higher paid cannabis industry work in the future. As such, we will be launching an Educational Fund in late 2021 that will purchase training for approved members.
Another way you can improve your work environment is collective bargaining (as in, bargaining as a team). If you want to learn more about unionizing and collective bargaining, check out our Unionize 101 guide, or check back about our Educational Fund later this year.
Venting is a good place to start! That’s why we’re excited to invite any non-management cannabis workers/budtenders to join our Discord server. Get in touch with other cannabis workers in BC, discuss common issues, funny occurrences, frustrations with legislation (looking at you, window coverings) and anything else related to cannabis. The forum is 19+, you can request access above.
You can also consider joining our membership. Members may want to become board members, participate in public petitions or actions, consult on federal, provincial and municipal cannabis regulation, and be invited to participate in panels and events for cannabis workers.
If you want to talk about issues in your workplace, reach out through our Need Support page.
But wages aren’t the only important factor when applying for work. Consider the dress code, discount policy, company culture and training opportunities before accepting any job. New to the industry? Click to find out what you need to become a budtender!
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