Welcome to the UWO Schedule Manager! In this web-application, you will find many helpful features used for creating and viewing different schedules. Once you create an account,you can view different courses and their subjects, a variety of schedules made by users, and you can even make your own schedule. We hope that you have a wonderful experience!
Please enter the subject you are looking for
Please enter the course component for the selected subject
ClassNumber: {{courseInfo.course_info[0].class_nbr}}
StartTime: {{courseInfo.course_info[0].start_time}}
Description: {{courseInfo.course_info[0].descrlong}}
EndTime: {{courseInfo.course_info[0].end_time}}
Campus: {{courseInfo.course_info[0].campus}}
FacilityID: {{courseInfo.course_info[0].facility_ID}}
Days: {{courseInfo.course_info[0].days}}
Instructors: {{courseInfo.course_info[0].instructors}}
classSection: {{courseInfo.course_info[0].class_section}}
Component: {{courseInfo.course_info[0].ssr_component}}
EnrollmentStatus: {{courseInfo.course_info[0].enrl_stat}}
Info: {{courseInfo.course_info[0].descr}}
View the existing course lists:
Created By: {{item.scheduleList[0].campus}} ; Last Date Modified: {{item.scheduleList[0].descr}} ; Number of Courses: {{item.scheduleList[0].class_section}}
Listed Subjects: {{item.scheduleList[0].subject}}
Course Number: {{item.scheduleList[0].catalog_nbr}}
Course List Description: {{item.scheduleList[0].enrl_stat}}


Sass is the most mature, stable, and powerful professional grade CSS extension language in the world.
Your laptop needs more Sass. Grab a set of Sass stickers now.
Sass is the most mature, stable, and powerful professional grade CSS extension language in the world.
Sass is completely compatible with all versions of CSS. We take this compatibility seriously, so that you can seamlessly use any available CSS libraries.
Sass boasts more features and abilities than any other CSS extension language out there. The Sass Core Team has worked endlessly to not only keep up, but stay ahead.
Sass has been actively supported for over 9 years by its loving Core Team.
Over and over again, the industry is choosing Sass as the premier CSS extension language.
Sass is actively supported and developed by a consortium of several tech companies and hundreds of developers.
There are endless number of frameworks built with Sass. Compass, Bourbon, and Susy just to name a few.


Exercise 4: Add Pull to Refresh support (XAM280)
This exercise will continue modifying your FunFlacts application and simulate a pull-to-refresh action with our data. This feature is only supported on iOS and Android currently - you'll need to run it on one of those platforms to try it out.
To complete the exercise, you will need Visual Studio for Windows or macOS with the Xamarin development tools installed. You will also need either an emulator/simulator or a device to run the exercise on. Please see the setup page if you need help installing the Xamarin development environment.
Open the starter solution
This exercise is a continuation of the previous exercise. You can use your existing solution or begin from the prior Exercise 3 > Completed solution in your copy of the cloned or downloaded course materials.
Enable pull-to-refresh support
In order to support "pull-to-refresh", you need to set a property and subscribe to an event on the ListView
.
- Open the AllFlags page and find the
ListView
definition. - Set
IsPullToRefreshEnabled
totrue
. - Add an event handler for the
Refreshing
event. This has a traditionalEventHandler
syntax(object sender, EventArgs e)
.
<ListView ItemsSource="{Binding Flags}"
SelectedItem="{Binding CurrentFlag, Mode=TwoWay}"
ItemTapped="OnItemTapped"
IsPullToRefreshEnabled="True"
Refreshing="OnRefreshing" />
Implement the refresh logic
Normally, in the refresh handler, you would initiate a background refresh of your data and, once it's complete, refresh the collection with new data. Since you only have local data to work with, you'll simulate this by reversing the order of our collection data.
-
In the Refresh handler, reverse the items in the
Flag
collection. You can get access to it using the following statement:var collection = DependencyService.Get<FunFlactsViewModel>().Flags;
- You can reverse the collection in-place, or use LINQ to create a new collection, clear the old one and replace all the items. Either approach is fine for a small number of items. If you have a lot of changes to make, it can be helpful to use a collection type that supports turning off notification such as the XamU OptimizedObservableCollection. The sample code below will do the reverse in-place by swapping the elements around.
- It might be helpful to put a delay into your method so the operation takes a second or two to finish. Use
System.Threading.Tasks.Task.Delay
withasync
andawait
to make sure you don't impact the UI thread. An example is in the below code. - Set the
IsRefreshing
property on theListView
tofalse
to indicate you are done refreshing the data. You can case the sender parameter to get to theListView
. Do this in afinally
clause to make sure it gets executed. - Run the application on either iOS or Android and "pull" the
ListView
down to activate the gesture. It should show an activity indicator and then reverse the list.
private async void OnRefreshing(object sender, EventArgs e)
{
try
{
var collection = DependencyService.Get<FunFlactsViewModel>().Flags;
int i = collection.Count - 1, j = 0;
while (i > j)
{
var temp = collection[i];
collection[i] = collection[j];
collection[j] = temp;
i--; j++;
await System.Threading.Tasks.Task.Delay(200); // make it take some time.
}
}
finally
{
// Turn off the refresh.
((ListView)sender).IsRefreshing = false;
}
}
Exercise summary
In this exercise, you added support for the pull-to-refresh gesture.
You can view the completed solution in the Exercise 4 > Completed folder of your copy of the cloned or downloaded course materials.


Products
List of categories
Product name
Category name
Price
Add product
Football ball
Sports products
800
Edit

Delete


Demonstration of how to use UserApp and Stripe to create pricing with sign-up.
YOUR_APP_ID
js/config.js
YOUR_TOKEN
plan.search
PRICE_LIST_ID
Questions? See README.md for instructions.


{% trans %}Your answers{% endtrans %}
{% trans %}The most commonly selected question topics were{% endtrans %}:


PART I. GENERAL PROVISIONS
[§159-1] Short title. This chapter shall be known as the "Hawaii Meat Inspection Act". [L 1969, c 214, pt of §1]


{% extends base_template_name %} {% block content %} {% load static %} {% load countries %} {% get_countries as countries %} {% load crispy_forms_tags %}
Do you really want to delete this post? This action cannot be undone.
Do you really want to delete this thread? This action cannot be undone.


Localized
allows you to include large content blocks based on the
View
Locale
or provided Locale
with fallbacks to default
content.
It's not recommended to use Localized
for small messages as labels or headers. There you
should use resource bundles.
Files should be put in the WEB-INF/pfe-localized
folder.
Files used in this demo can be found in our
GitHub repo.
Files should be named {name}
, {name}_{language}
or
{name}_{language}_{country}
. Language and country should match those is the set view
locale or the provided locale. See also
Locale
documentation.


C Y B E R - S E C U R I T Y
I M P A C T
H A C K I N G
B R E A C H E S
D E F E N C E
Targetted Spear Phishing Campaign
Creation of "Attack Station One"
University Network Map Copied
Database Compromised


| Interface | Description |
|---|---|
| OWLObjectRenderer |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 08-Oct-2007 A general purpose interface, implementations of which can be used to renderer OWL objects (e.g. |
| OWLOntologyDocumentSource |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 24-Apr-2007 A document source provides a point for loading an ontology. |
| OWLOntologyDocumentTarget |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 18-Nov-2007 Specifies an interface that provides a pointer to an ontology document where an ontology can be stored. |
| OWLOntologyLoaderMetaData |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| OWLParser |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 14-Nov-2006 |
| OWLParserFactory |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 15-Nov-2006 An object that can create an OWLParser . |
| OWLRenderer |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 14-Nov-2006 |
| Class | Description |
|---|---|
| AbstractOWLParser |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 14-Nov-2006 A convenience base class for parsers, which provides a mechanism to manage the setting and getting of the OWLOntologyManager that
should be associated with the parser |
| AbstractOWLRenderer |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 14-Nov-2006 |
| DefaultOntologyFormat |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 02-Jan-2007 |
| FileDocumentSource |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 17-Nov-2007 A convenience class which will prepare an input source from a file. |
| FileDocumentTarget |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 16/12/2010 An OWLOntologyDocumentTarget that supports writing out to a File . |
| IOProperties |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 10-Apr-2008 |
| IRIDocumentSource |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 24-Apr-2007 |
| OWLFunctionalSyntaxOntologyFormat |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 02-Jan-2007 |
| OWLParserFactoryRegistry |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 15-Nov-2006 The OWLParserFactoryRegistry provides a central point for
the registration of parser factories that create parsers to parse OWL
ontologies. |
| OWLXMLOntologyFormat |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 02-Jan-2007 |
| RDFLiteral |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| RDFNode |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| RDFOntologyFormat |
Author: Matthew Horridge
The University of Manchester Information Management Group Date: 28-Jun-2009 |
| RDFParserMetaData |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| RDFResource |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| RDFResourceParseError |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| RDFTriple |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| RDFXMLOntologyFormat |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 02-Jan-2007 |
| ReaderDocumentSource |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 17-Nov-2007 An ontology document source which reads an ontology from a reader. |
| StreamDocumentSource |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 15-Nov-2007 An ontology document source which can read from a stream. |
| StreamDocumentTarget |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 25-Jan-2008 |
| StringDocumentSource |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 24-Apr-2007 |
| StringDocumentTarget |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 23-Mar-2008 |
| SystemOutDocumentTarget |
Author: Matthew Horridge
The University of Manchester Information Management Group Date: 18-Dec-2009 |
| ToStringRenderer |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 14-Jan-2008 A utility class which can be used by implementations to provide a toString rendering of OWL API objects. |
| WriterDocumentTarget |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 25-Jan-2008 |
| XMLUtils |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 22/09/2011 This class contains various methods for checking QNames, NCNames etc. |
| ZipDocumentTarget |
Author: Matthew Horridge
The University of Manchester Information Management Group Date: 03-Apr-2009 |
| Enum | Description |
|---|---|
| RDFOntologyHeaderStatus |
Author: Matthew Horridge
The University of Manchester Bio-Health Informatics Group Date: 21/12/2010 |
| Exception | Description |
|---|---|
| OntologyIRIMappingNotFoundException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 10-Apr-2008 |
| OWLOntologyCreationIOException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 11-Apr-2008 Indicates an IOException happened during ontology creation. |
| OWLOntologyInputSourceException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 17-Nov-2007 |
| OWLOntologyStorageIOException |
Author: Matthew Horridge
The University of Manchester Information Management Group Date: 17-Dec-2009 |
| OWLParserException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 13-Apr-2007 Indicates that a parse error happened when trying to parse an ontology. |
| OWLParserIOException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 13-Apr-2007 Describes a parse exception which was caused by an IOException |
| OWLParserSAXException |
Author: Matthew Horridge
The University of Manchester Information Management Group Date: 07-Dec-2009 |
| OWLParserURISyntaxException |
Author: Matthew Horridge
The University of Manchester Information Management Group Date: 07-Dec-2009 |
| OWLRendererException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 13-Apr-2007 |
| OWLRendererIOException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 13-Apr-2007 |
| UnparsableOntologyException |
Author: Matthew Horridge
The University Of Manchester Bio-Health Informatics Group Date: 11-Apr-2008 |


--- title: The world's first cocaine bar layout: post ---
"Tonight we have two types of cocaine; normal for 100 Bolivianos a gram, and strong cocaine for 150 [Bolivianos] a gram." The waiter has just finished taking our drink order of two rum-and-Cokes here in La Paz, Bolivia, and as everybody in this bar knows, he is now offering the main course. The bottled water is on the house.
Wow, crazy... never even heard of this.


We would like to thank the reviewers for their helpful comments. We have taken their suggestions into account and we believe that the manuscript is much improved in its current version. To improve readability we have included our responses to the reviewers coments inline with the comments themselves. Our responses are bolded.
-Simon J Goring
The Neotoma package is timely: many paleoecologists/paleobiologists use R as a programming language and being able to integrate data downloading and data analysis and hence contribute to repeatability or ?reproducibility? is welcome. My review of the package and this paper describing the package is naturally colored by my experience, so I would like to briefly state some relevant information. I am a regular R user but I have never used the neotoma database for my own research. Am however familiar with the Paleobiology Data and have contributed data to it, used data from it and published with data from it.
I am pleased that neotoma package is now available and hope that my comments/questions will help to improve this ms describing the package.
I mostly have specific comments and since there are no line numbers, I have cited sentences where I have comments and then followed those by my thoughts.
“Paleoecological data are integral to ecological analyses.” – Well, they are also integral to evolutionary analyses! Don't short change paleoecological data!
We have added the word 'evolutionary' to the abstract.
“ecological and evolutionary interactions between communities and abiotic environments over long time scales” – This is a bit vague: do you mean interactions among entities in communities, and then also biotic communities with the abiotic environment? Do you assume that information flow is “one way”“, i.e. from physical environment to biota and not the other way around (but totally possible if we are talking about biogeochemical feedbacks).
We assume that interactions occur both among entities within the community and in a two-way flow between the abiotic elements of the environment and the organisms in the community. I understand the reviewer's comment, but feel like this sentence is acceptable as it stands.
"study processes that occur infrequently, such as mega-droughts, hurricanes, and rapid climate change.” – This is a somewhat weird construction, because ecologists study these as well, since we do have historical data for data associated with these processes.
We have revised this sentence to read “Second, they allow us to study the long-term outcomes of processes that occur infrequently” to differentiate this from ecological studies of infrequent events.
“The Neotoma Database provides the cyberinfrastructure”– the database also (very importantly!) provides data, infrastructure is not enough!
Now reads “…the data and the cyberinfrastructure …”
“examples of key functions based on the published literature” – this is a bit too abbreviated, sounds like the functions themselves are already published, but it is more that inference has been published with the same data and that you demonstrate how to arrive at the inference in order to show the utility of the neotoma package, right?
Yes, we have changed the sentence to read: “We show how key functions in the neotoma
package can be used, by reproducing analytic examples from the published literature focusing on Pinus migration following deglaciation and shifts in mammal species distributions during the Pleistocene.”
In general, I strongly recommend that the abstract be rewritten for clarity and correctness.
“e.g. the responses of speciation rates to the five major extinction events in geological history (Peters & Foote 2001; Raup & Sepkoski 1984; Sepkoski 1997)” – please read the references you cited! Peters and Foote is about taxonomic diversity (not speciation rates) and sampling, Raup and Sepkoski is about extinction rates and do not directly look at speciation (or even origination which is what these authors normally look at) rates, Sepkoski 1997 is a review paper. These papers are probably well known among people who work on longer time scales, so it will be a bit embarrassing. I don't know the citations in the second half of the sentence, but please also check, especially if those are well known in the “individualistic response” field.
Our apologies. I agree with the characterization of these papers, the intention was to provide a range of references representing multiple appraoches to the use of large networks of data, but the phrasing was poor. We have revised this section to read: “allowing us to understand ecological and evolutionary processes and patterns through deep time [@alroy2008phanerozoic; @raup1984periodicity; @sepkoski1997biodiversity; @barnosky2011has]” and added more general references including the more recent Barnosky et al. paper.
“Constituent databases include, among others” – please just name all the databases or point to the neotoma website where a list of databases can be seen. Are they all 5 My and less? Is that the way it will remain in Neotoma?
The list is current as of the time of writing, but the Neotoma database is in a period of flux at the moment as more constituent databases are being added. I have added a link to the contituent group webpages to provide more information and indicated in the text that Neotoma is a Pliocene-modern database.
“The database framework was generalized from the pollen databases (which had identical structures) and the FAUNMAP database to accommodate both macro-and microfossil data as well as other kinds of data such as geochemical, isotopic, and loss-on-ignition. – A citation for the database framework will be good to have. We've added a reference for that from the original Neotoma manual.
The URL http://api.neotomadb.org/v1/apps/geochronologies?datasetid=8 Returned {"success”:1,“data”:[]} for me, can't be right. Please check.
The API was revised, we have replaced this example with one for datasets. This example is also more useful.
I find the data download extremely slow (I have a new computer!). Is there someway to make the download more efficient? For example, let the default downloads have less information be downloaded (verbal descriptions etc) and allow the user to ?turn on? more information if they want it at a later stage. Especially in the data exploration phase, it is a bit annoying to have to see long descriptions. I gave up running the mammal example because it was taking forever, so you might want to shorten the example or have a shorter version for people who only want a quick demo of mammal data.
The limitation with the speed is in the API itself, not the R package. The limitation is the time to send the message to the neotoma and then recieve the reply. We are working on modifying the API to allow multiple sites to be downloaded at the same time. We will include the .RData
file for the mammal data as a Supplement to enable faster analysis.
I think it is important to be “correct” in examples. You say (for instance) ?Marion Lake (red, Figure 3) maintains much higher proportions of Alnus throughout its history, but this is an observation, not the “truth”. If preservation for Louise is worse for Alnus, then it will seem like Marion has higher proportions. Better to say “Marion Lake (red, Figure 3) maintains much observed higher proportions of Alnus throughout its history”. As programmers, I assume you are more quantitatively inclined than most users and should assume the responsibility for not being misleading. There might be other places in the ms like that.
In some cases I would agree, however the specific ecological setting of these two sites is well known, as is the species make up of the parent vegetation. Higher proportions of Alnus pollen at Marion Lake do explicitly represent higher proportions of Alnus at the site. Regardless, I have changed the caption to generalize the example adding “… much higher proportions of Alnus pollen …”
You used other packages (e.g. reshape2). Please state versions. Might be important later on.
I've added the version numbers into the references. They are included in the bib file we use, but they were not rendered in the final version. I have modified the bib style file to allow these to be rendered.
Lee Hsiang Liow
1) General comments and summary of recommendation Describe your overall impressions of the submission, how it fits within the scope of the journal, and your recommendation.
It's a very nice implementation. It's well built, rational, and user friendly. It solves some of the problems associated with paleobiological research, especially the never ending quest for multiple-source, well interpolated data presented in a modern fashion. Needless to say, it also have some of the limitations intrinsic to this approach. The wealth of data present is very much oriented towards particular regions, hence taxa and records, of the world. For instance, as of mammals, it would benefit from including datasets, such as the Now database and PANGEA, that also deal with the old world. I know that there are problems and limitations depending on intellectual property rights and the like, and won't blame the authors for this drawback. At the very least, neotoma will help encouraging more integration in our field, as it is currently happening in the field of ecology.
The Neotoma group is working toward building these relationships. This publication intends to provide a tool to access the Neotoma database, not build the database, as the reviewer recognizes. We certainly hope that by presenting the neotoma database as an option for accessing data we can increase end user buy-in.
1) It's very well done. I consider this a significant, modern, and easy to use tool for paleoecological research. No comment neccessary.
2) The abs is ok No comment neccessary.
3) Figures are clear and easy to understand No comment neccessary.
4) the language is ok No comment neccessary.
5) N/A No comment neccessary.
1) General comments and summary of recommendation
The paper gives an introduction to the neotoma package, an R package for interfacing with the neotoma database, a rich source of data for scientific research. The topic is within the scope of the journal and the paper is in general well written and clear and the package will clearly be of use to many researchers, however I suggest some minor changes.
No comment neccessary.
2) Content: I cannot speak to the paleoecological relevance and rigor of the paper as this is not my area of expertise. The R package however is well designed and implemented. Since R is widely used in the research community this seems an appropriate platform on which to have implemented this tool.
No comment neccessary.
3) Structure and argument:
The introduction and abstract are appropriate though the relationship to
ROpenSci could be made more explicit. The structure of the main text,
progressing through examples, is logical and gradually introduces the user
to more features of the package
We have added the sentence: “The neotoma
package was developed in conjunction with ROpenSci and represents one of two ROpenSci packages that interact with paleoecological data along with the paleobioDB
package<EMAIL_ADDRESS>to make the relationship with ROpenSci more explicit.
4) Figures/tables:
The figures are key to helping readers interpret the package and the
objects it creates. Figure 1 is the most important and should be explained
more clearly in the caption.
We have added more clarification to figure 1: “The class download
contains multiple lists, including dataset
, which is a list and defined class. dataset
itself contains lists, one of which is also a class, site
. neotoma
can interact directly with classes through the use of special methods for the various functions described here. These objects and classes are described in more detail below.”
5) Language: The language is good. No comment neccessary
6) Ethical approval: NA No comment neccessary
8) Open Reviewer name


Hi. I'm
Kim.
And I'm learning how to code.
Click here to play my guessing game.
Here's some summary stuff about me.
Professional Stuff
My Current Company
- Some things I do at this company.
- Some other things I do at this company.
- Even more fabulous things I do at this company.
My Prior Company
- How I rocked it when I was at that company.
- Some other rockin' things I did.
- Whoa...I really aced it by doing this other thing!
The Company before That
- Crazy things went down here.
- OMG, you'd never even believe me if I told you.
- Yup. I was young. It was fun.
Skills & Certifications
Interesting Tidbits About Me
Here are some things I like to do:
- Hiking
- TedTalks
- Speaking Spanish
- Brainstorming ideas
- Happy hour
- Reading
- Learning new things
- Woodworking
- Cooking
- Travelling


New Deal
Pending Deals
Deal History
View / Edit Items
Show/Hide
Deals Recently Responded
John Smith - $2000 Polaris Quad 4x4
George Mathis - $800 Zero Turn Mower
$2000 Polaris Quad 4x4
Customer Name
SSN
XXXX
City
State
Select State
Alabama
Alaska
Arizona
Arkansas
California
Colorado
Connecticut
Delaware
District Of Columbia
Florida
Georgia
Hawaii
Idaho
Illinois
Indiana
Iowa
Kansas
Kentucky
Louisiana
Maine
Maryland
Massachusetts
Michigan
Minnesota
Mississippi
Missouri
Montana
Nebraska
Nevada
New Hampshire
New Jersey
New Mexico
New York
North Carolina
North Dakota
Ohio
Oklahoma
Oregon
Pennsylvania
Rhode Island
South Carolina
South Dakota
Tennessee
Texas
Utah
Vermont
Virginia
Washington
West Virginia
Wisconsin
Wyoming
Zip
Is this customer 18+ years old?
Submit


!intuicio
3.8language version used. This parameter is optional and when it's ommited then compiler will use the largest version supported.
Every Intuicio script must start with this header.
!start
Begin of code section. Must end with !exit
!exit
End of code section. Must follow !start
!registers-i
countInteger registers count.
Determines number of integer registers. You can use this command multiple times in program and compiler will use the largest value.
!registers-f
countFloat registers count.
Determines number of float registers. You can use this command multiple times in program and compiler will use the largest value.
!stack
sizeSize of the call stack in bytes.
Determines size of call stack in bytes. You can use this command multiple times in program and compiler will use the largest value.
!data
typeType of data value. Possible types: int, float, bytes.
aliasName of data value.
valueInitial data value. For int: 10; float: 3.14; bytes: "string", 0.
Maps given alias to data section and fills it's memory with initial value.
!jump
Maps given alias to data section and fills it's memory with initial value.
!external
aliasName of external pointer.
Maps given alias to external pointer bound to Virtual Machine before running program.
!struct-def
aliasName of defined structure.
Begins structure definition.
!struct-end
End of structure definition.
!field
typeType of defined field. You can use base types: int, float, byte; or another already defined structure type.
aliasName of defined field.
countField size (array of fields if count > 1).
Defines field inside current structure definition.
!namespace
aliasName of pushed name space.
Push name space. All aliases defined inside curent name space are like: namespace/aliasname.
!namespace-end
Pop name space.
!namespace-using
aliasName of used name space.
Use name space. All aliases defined inside current name space will be searched also in given name space.
intc
Call interception context with given code. VM will give control for native function for calling time.
ints
addressAddress to memory block that stores null terminated string of interception context to activate.
Select interception context to activate. Every interception call will be redirected to that context on native side.
dbgi
addressAddress to memory block that stores integer value to print for debug purposes.
Print integer value into console output.
dbgf
addressAddress to memory block that stores float value to print for debug purposes.
Print float value into console output.
dbgb
addressAddress to memory block that stores null terminated string to print for debug purposes.
Print null terminated string into console output.
movi
destAddress to destination memory block.
srcAddress to source memory block.
Copy integer value from source to destination memory block.
movf
destAddress to destination memory block.
srcAddress to source memory block.
Copy float value from source to destination memory block.
movb
destAddress to destination memory block.
srcAddress to source memory block.
indexIndex of integer register that stores number of bytes to copy.
Copy bytes from source to destination memory block with size given by integer register value.
mov
destAddress to destination memory block.
srcAddress to source memory block.
typeType name to obtain size in bytes of it's data.
indexIndex of integer register that stores count of given type copies to move.
Copy bytes from source to destination memory block with size given by type multiplied by integer register value.
addi
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Adds two integer values from integer registers src1 and src2 and stores result into dest integer register.
addf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Adds two float values from float registers src1 and src2 and stores result into dest float register.
subi
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Subtracts two integer values from integer registers src1 and src2 and stores result into dest integer register.
subf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Subtracts two float values from float registers src1 and src2 and stores result into dest float register.
muli
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Adds two integer values from integer registers src1 and src2 and stores result into dest integer register.
mulf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Multiplies two float values from float registers src1 and src2 and stores result into dest float register.
divi
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Adds two integer values from integer registers src1 and src2 and stores result into dest integer register.
divf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Divides two float values from float registers src1 and src2 and stores result into dest float register.
inci
destIndex of destination integer register.
srcIndex of source integer register.
Increments integer value from integer register src and stores result into dest integer register.
incf
destIndex of destination float register.
srcIndex of source float register.
Increments float value from float register src and stores result into dest float register.
deci
destIndex of destination integer register.
srcIndex of source integer register.
Decrements integer value from integer register src and stores result into dest integer register.
decf
destIndex of destination float register.
srcIndex of source float register.
Decrements float value from float register src and stores result into dest float register.
rcpf
destIndex of destination float register.
srcIndex of source float register.
Calculates 1.0 / src and stores result into dest float register.
mini
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Calculates minimum value from src1 and src2 and stores result into dest integer register.
minf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Calculates minimum value from src1 and src2 and stores result into dest float register.
maxi
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Calculates maximum value from src1 and src2 and stores result into dest integer register.
maxf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Calculates maximum value from src1 and src2 and stores result into dest float register.
flrf
destIndex of destination float register.
srcIndex of source float register.
Calculates floor value of src and stores result into dest float register.
cilf
destIndex of destination float register.
srcIndex of source float register.
Calculates ceil value of src and stores result into dest float register.
frcf
destIndex of destination float register.
srcIndex of source float register.
Calculates fraction value of src and stores result into dest float register.
sqtf
destIndex of destination float register.
srcIndex of source float register.
Calculates square root float value of src and stores result into dest float register.
sqti
destIndex of destination integer register.
srcIndex of source integer register.
Calculates square root integer value of src and stores result into dest integer register.
rsqf
destIndex of destination float register.
srcIndex of source float register.
Calculates 1.0 / square root value of src and stores result into dest float register.
powf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Calculates src1 ^ src2 float value and stores result into dest float register.
powi
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Calculates src1 ^ src2 integer value and stores result into dest integer register.
logf
destIndex of destination float register.
srcIndex of source float register.
Calculates natural logarithm value of src and stores result into dest float register.
expf
destIndex of destination float register.
srcIndex of source float register.
Calculates exponential value of src and stores result into dest float register.
sinf
destIndex of destination float register.
srcIndex of source float register.
Calculates sinus value in radians of src and stores result into dest float register.
cosf
destIndex of destination float register.
srcIndex of source float register.
Calculates cosinus value in radians of src and stores result into dest float register.
tanf
destIndex of destination float register.
srcIndex of source float register.
Calculates tangent value in radians of src and stores result into dest float register.
absi
destIndex of destination integer register.
srcIndex of source integer register.
Calculates absolute integer value of src and stores result into dest integer register.
absf
destIndex of destination float register.
srcIndex of source float register.
Calculates absolute float value of src and stores result into dest float register.
negi
destIndex of destination integer register.
srcIndex of source integer register.
Calculates negative integer value of src and stores result into dest integer register.
negf
destIndex of destination float register.
srcIndex of source float register.
Calculates negative float value of src and stores result into dest float register.
sgni
destIndex of destination integer register.
srcIndex of source integer register.
Calculates sign integer value (1 or -1) of src and stores result into dest integer register.
sgnf
destIndex of destination float register.
srcIndex of source float register.
Calculates sign float value (1.0 or -1.0) of src and stores result into dest float register.
modf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Calculates value of src1 modulated to src2 and stores result into dest float register.
clpi
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
src3Index of third source integer register.
Calculates clamped integer src1 value to range from src2 to src3 and stores result into dest integer register.
clpf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
src3Index of third source float register.
Calculates clamped float src1 value to range from src2 to src3 and stores result into dest float register.
mixf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
src3Index of third source float register.
Interpolates float value between src2 and src3 using normalized src1 and stores result into dest float register.
tlti
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Tests if src1 is less than src2 and stores result (1 if true or 0 if false) into dest integer register.
tltf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Tests if src1 is less than src2 and stores result (1.0 if true or 0.0 if false) into dest float register.
tgti
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Tests if src1 is greater than src2 and stores result (1 if true or 0 if false) into dest integer register.
tgtf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Tests if src1 is greater than src2 and stores result (1.0 if true or 0.0 if false) into dest float register.
teti
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Tests if src1 is equal to src2 and stores result (1 if true or 0 if false) into dest integer register.
tetf
destIndex of destination float register.
src1Index of first source float register.
src2Index of second source float register.
Tests if src1 is equal to src2 and stores result (1.0 if true or 0.0 if false) into dest float register.
not
destIndex of destination integer register.
srcIndex of source integer register.
Performs binary negation on src integer value and stores result into dest integer register.
and
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Performs binary AND operation on src1 and src2 integer values and stores result into dest integer register.
or
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Performs binary OR operation on src1 and src2 integer values and stores result into dest integer register.
xor
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Performs binary XOR operation on src1 and src2 integer values and stores result into dest integer register.
bshl
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Performs binary bits shift to left operation on src1 shifted by src2 integer value and stores result into dest integer register.
bshr
destIndex of destination integer register.
src1Index of first source integer register.
src2Index of second source integer register.
Performs binary bits shift to right operation on src1 shifted by src2 integer value and stores result into dest integer register.
goto
addressAddress to jump space.
Jumps to jump space defined by given address alias.
jifi
indexIndex of integer register with condition value.
addressTrueAddress to jump space if value is larger than 0.
addressFalseAddress to jump space if value is less or equal to 0.
Check if integer register value at given index is larger than 0 then jump to addressTrue jump space, otherwise jump to addressFalse jump space.
jiff
indexIndex of float register with condition value.
addressTrueAddress to jump space if value is larger than 0.0.
addressFalseAddress to jump space if value is less or equal to 0.0.
Check if float register value at given index is larger than 0.0 then jump to addressTrue jump space, otherwise jump to addressFalse jump space.
call
addressAddress to jump space.
Jumps to jump space defined by given address alias and then return back here when ret command is performed.
ret
Jumps back to place where last call command was performed.
pshi
addressAddress to memory block that stores integer value.
Push integer value on call stack from given address.
pshf
addressAddress to memory block that stores float value.
Push float value on call stack from given address.
pshb
addressAddress to memory block that stores bytes.
indexIndex of integer register that stores size in bytes value.
Push bytes on call stack from given address using size value from integer register at given index.
psh
addressAddress to memory block that stores bytes.
typeType name to obtain it's contents size.
indexIndex of integer register that stores count value.
Push bytes on call stack from given address using size of given type multiplied by count value from integer register at given index.
popi
addressAddress to destination memory block.
Pop integer value from call stack to given address.
popf
addressAddress to destination memory block.
Pop float value from call stack to given address.
popb
addressAddress to destination memory block.
indexIndex of integer register that stores size in bytes value.
Pop bytes from call stack to given address using size value from integer register at given index.
pop
addressAddress to destination memory block.
typeType name to obtain it's contents size.
indexIndex of integer register that stores count value.
Pop bytes from call stack value to given address using size of given type multiplied by count value from integer register at given index.
shfi
Shift position forward in call stack by bytes size of integer.
shff
Shift position forward in call stack by bytes size of float.
shfb
indexIndex of integer register that stores size value in bytes.
Shift position forward in call stack by bytes size defined by integer register value at given index.
shf
typeType name to obtain it's contents size.
indexIndex of integer register that stores count value.
Shift position forward in call stack by bytes size of given type multiplied by count value from integer register at given index.
shbi
Shift position backward in call stack by bytes size of integer.
shbf
Shift position backward in call stack by bytes size of float.
shbb
indexIndex of integer register that stores size value in bytes.
Shift position backward in call stack by bytes size defined by integer register value at given index.
shb
typeType name to obtain it's contents size.
indexIndex of integer register that stores count value.
Shift position backward in call stack by bytes size of given type multiplied by count value from integer register at given index.
save
addressAddress to destination memory block that contains integer field.
Save current call stack position to integer field at given memory address.
load
addressAddress to source memory block that contains integer field.
Load current call stack position from integer field at given memory address.
new
destAddress to destination integer memory block.
typeType name to obtain it's contents size.
indexIndex of integer register that stores count value.
Allocate new memory block for new instance with size of given type multiplied by count value from integer register at given index and store it's address in dest integer memory block.
del
pointerPointer to memory block that contains integer field with address to previously allocated memory block.
Deallocate previously allocated memory block at address stored in pointer integer memory block.
ptr
destAddress to destination integer memory block.
srcAddress to source memory block.
Get pointer to src address and store it into dest integer memory block.
off
destAddress to destination integer memory block.
typeType name to obtain it's contents size.
indexIndex of integer register that stores count value.
Calculates offset using bytes size of given type multiplied by count value from integer register at given index and store result in dest integer memory block.
itf
destAddress to destination float memory block.
srcAddress to source integer memory block.
Converts integer value from src memory block to float value and store result in dest memory block.
fti
destAddress to destination integer memory block.
srcAddress to source float memory block.
Converts float value from src memory block to integer value and store result in dest memory block.


glTF - IOR, Specular, Transmission and Volume PBR extensions example
3D glTF model of olives under a glass dome using the IOR, Specular, Transmission and Volume PBR extensions to add reflection and refraction to translucent materials.
Rendered in real-time in the Babylon.js Sandbox. Model copyright 2021 Wayfair LLC, CC BY 4.0.


--- layout: default robots: all permalink: /services title: Our Services | Services offered by Transilience Tech LLP summary: Our Services are best in class and they vary on a wide front due to the exposure that our Subject Matter Experts posses. ---


| OOP way | HTML way |
|---|---|
|
|
Dependency injection is a software design pattern in which one or more dependencies are injected, or passed by reference, into a dependent object.
angular.module('myModule', [])
.factory('serviceId', ['depService', function(depService) {
// ...
}])
markers on a DOM element (such as an attribute, element name, comment or CSS class) that tell AngularJS's HTML compiler ($compile) to attach a specified behavior to that DOM element or even transform the DOM element and its children
{{varible}} // sanitized
{{{variable}}} //safe
ng-app
ng-model
ng-click
ng-href
ng-class
ng-if
ng-repeat
{{ expression | filter }}
{{#each items}}
- {{agree_button}}
{{/each}}
<button {{action 'showMore'}}>Show More...
Controller:
actions: {
expand: function() {
...code...
}
}
{{navigation-bar}}
navigation-bar.js
App.NavigationBarComponent = Ember.Component.extend({
classNames: ['primary']
});


You friends might want to go take a look in their inbox because "they've got 'snail'. "
This card comes with mint seeds and instructions for an origami flower pot.
Why buy stamps? Read more here


This game is intended to be controlled via touchscreen. On PC you can use W,A,S,D or mouse clicks.
This project came to life as part of the course "Von der Idee zum Produkt", where we had to develope a game for the generation 50+. My focus were people who do not have much experience with video games yet. I therefore tried to make this game as intuitive as possible. That's why it is intended to be played on tablets or smartphones.
This game is a puzzlegame where you control a lawnmower that can only drive in one of four directions. The lawnmower only stops once it hits an obstacle or the edge of the level.


Internet Distillery
We help build your business better,
we just happen to be an internet company.
Partnered with great people:
OSR IT Solutions
,
Super Upmarket
,
VistaPrint
,
Shopify


Set work commute time limit
I want my commute to work to be less than
{{timeLimit}}
minutes
{{workplaceError}}


| evaluate_promise {testthat} | R Documentation |
Evaluate a promise, capturing all types of output.
evaluate_promise(code, print = FALSE)
code |
Code to evaluate. |
A list containing
result |
The result of the function |
output |
A string containing all the output from the function |
warnings |
A character vector containing the text from each warning |
messages |
A character vector containing the text from each message |
evaluate_promise({ print("1") message("2") warning("3") 4 })


What is your property status? I own and live in my property I have shared ownership of my property I rent a property privately I rent a property with a social landlord such as the council I am living with family or friends Other Other type of status {% endblock %}


First Sidebar Link
Second Sidebar Link
person
Profile
cloud
Support
settings
Settings
help
Help
Location: San Francisco
$11,568
home
add
visibility
Pay
Save
add
Invest
add


As a highly motivated and passionate technologist, I strive to enhance my capabilities as a software engineer
while remaining proficient in many areas of technology. From cloud computing and full stack development to
automated deployments and testing, every project is handled with customer-focus at the forefront.
Backend
- Java
- Node
- Ruby/Rails
- Python
Data
- Oracle
- Postgres
- Dynamo
- ActiveRecord
Sr Software Engineer -
CoverMyMeds
| August 2022 - Present
- Designed and implemented new innovative features for Ruby/Vue data & insights application
- Led research and execution of data-driven PoC utilizing Databricks and Python
- Compiled and analyzed user feedback to drive new feature development
- Team security champion
- Facilitated learning sessions on ADA development best practices
- Implemented analytics tooling providing team with insights on user behavior
- Brainstormed new application features
- Participated in technical advisory council
Innovation Software Engineer -
Nationwide Insurance
| April 2021 - August 2022
- Researched and implemented prototype blockchain solution using AWS Managed Blockchain and Hyperledger Fabric
- Presented findings on blockchain and smart contracts during enterprise technical conference and to executive cabinet
- Built NPM package to automate ADA testing utilizing axe-core and Husky hooks
- Architected and built new web application using AWS-native services (S3, CloudFront, CodePipeline, Dynamo, API Gateway)
- Stood up digital wallet POC using Apple Wallet to demonstrate wallet capabilities for business partners
- Coordinated development effort across companies for chatbot effort
Software Engineer Tech Lead -
Nationwide Insurance
| November 2019 - April 2021
- Led development effort to migrate 13 microservices from PCF to AWS hosted Kubernetes
- Maintained and contributed to identity and authorization APIs (JTW and Oauth)
- Containerized integration testing suite for microservices and Angular applications
- Placed first in Hackathon with app to analyze and report underperforming life policies
- Designed and presented containerized testing pipeline in enterprise technical forum
- Integrated customer-facing websites with FullStory analytics platform and designed dashboards to meet the needs of business partners
- Coached other teams on how to build and use APIs
Sr Software Engineer -
Nationwide Insurance
| August 2017 - November 2019
- Built greenfield Java/Spring Boot REST APIs
- Developed new responsive customer-facing websites using Angular w/ECMAScript
- Integrated standalone Angular application into legacy JSP page using Jenkins
- Built and deployed API proxies in Apigee
- Developed new build and deploy process to integrate Angular in JSP page
Software Engineer -
Nationwide Insurance
| June 2016 - August 2017
- Re-wrote outdated junits in Spock with mocked data
- Presented Hackathon prototype for all-IT meeting
- Worked in a Scrum/Agile environment
- AWS Cloud Practitioner
- Comptia A+/Network+
B.S. Computer Information Systems
Pensacola Christian College at Pensacola, Florida
Learned core development practices and principles and applied them through various projects.


{% extends 'base.html'%} {% block styles%} {{ super() }} {% endblock %} {% block content %} My BlogPosts Here is a list of your blogposts
Here is a list of your blogposts
{{ blogpost.subtitle }}


Start game
Load game
Tutorial
Login
Username
Password
Login
Create account
Forgot login details
Account creation
Username
Password
Repeat Password
Email
Back
Create account
USERNAME
Manage account
Logout
Notifications
Refresh


If you would like to contact a senator or representative, text 50409 and follow the directions to send a letter to your congressmen and women. Express your opinion. Remember that your vote matters and they represent you. Let your opinion matters. Your reps should know who and what they should represent.
Rape hotline:<PHONE_NUMBER>
National Sexual Assault Telephone Hotline:<PHONE_NUMBER>
Call this number and you will be connected to a trained sexual assault service provider in your area. Remember that there is no pressure to share.
This is your story and you are no less of a person for what happened to you. Your story is unique and you deserve to get help if you need it.


Thefacebook Privacy Policy
[ Privacy Policy ]
Coverage
This privacy statement covers the site www.thefacebook.com. Because we want to demonstrate our commitment to our users' privacy, we will disclose our information and privacy practices below.
About Thefacebook and the Information We Collect
Thefacebook is an online directory and social networking community that helps people find friends and other people. To accomplish this, our users create their own profiles and privacy settings, and some personal information we ask for is displayed to people in the groups specified in the users' privacy settings.
Information Collected by Thefacebook
Thefacebook collects user-submitted account information such as name and email address to identify users and send notifications related to use of the site. Thefacebook also collects user-submitted profile information such as gender, field, location, courses, etc.
Thefacebook also collects information that is not personally identifiable and not submitted directly by users, such as browser type and IP address. This information is gathered for all users to the site.
Thefacebook collects information from other sources, such as newspapers and instant messaging services. This information is gathered regardless of use of the site.
Use of Information Obtained by Thefacebook
Profile information, as well as name, email and photo, are displayed to people in the groups specified in a user's privacy settings to support the function of the site. Except when inviting a friend to join the site, a user's name and email will never be given to anyone outside the site. No information submitted to Thefacebook will be available to any user of the site who does not belong to at least one of the groups specified in a user's privacy settings.
We use server, IP and browser type for site administration. We also use information not directly submitted to Thefacebook by users to supplement users' profiles unless they specify that they do not want this done in their privacy settings.
Spam Policy
Email addresses will never be sold to anyone, and they will not be used for spam or any other purpose outside of the site itself.
Links
This site may contain links to other websites. Thefacebook is not responsible for the privacy practices of other web sites. We encourage our users to be aware when they leave our site and to read the privacy statements of each and every web site that collects personally identifiable information. This privacy statement applies solely to information collected by this web site.
Use of Cookies
A cookie is a piece of data stored on the user's computer tied to information about the user. We use session ID cookies to confirm that users are logged in. These cookies terminate once the users close the browser. We do not and will not use cookies to collect private information from any user.
Third Party Advertising
Advertisements that appear on this web site are delivered to users by our advertising partners. Our advertising partners may set cookies. Doing this allows the advertising network to recognize your computer each time they send you an advertisement. In this way, they may compile information about where you, or others who are using your computer, saw their advertisements and determine which advertisements are clicked. This information allows an advertising network to deliver targeted advertisements that they believe will be of most interest to you. Thefacebook does not have access to or control of the cookies that may be placed by the third party advertising servers of ad networks.
This privacy statement covers the use of cookies by Thefacebook and does not cover the use of cookies by any of its advertisers.
Changing or Removing Information
Thefacebook users may modify or remove any of their personal information at any time by logging into their account. Information will be updated immediately and old information will never be displayed to any user of the site.
Security
Thefacebook accounts are password-protected. This web site takes every precaution to protect our users' information. Passwords are stored in hashed form in our database, and different sections of users' profiles are stored in different parts of our database to separate access to all of the information and make it more difficult to piece everything together. If you have any questions about the security of our web site, please contact us.
Changes in Privacy Policy
We reserve the right to change our privacy policy at any time. If we do this, we will post the changes on our web site so our users are always aware of what information we collect, how we use it, and under what circumstances, if any, we disclose it. If we are going to use users' personally identifiable information in a manner different from that stated at the time of collection, we will notify users via email.
Contacting the Web Site
If you have any questions about this privacy statement, the practices of this site, or your dealings with this web site, please contact us.


org.apache.commons.betwixt.io.read
Class ArrayBindAction
java.lang.Object
org.apache.commons.betwixt.io.read.MappingAction
org.apache.commons.betwixt.io.read.MappingAction.Base
org.apache.commons.betwixt.io.read.ArrayBindAction
- public class ArrayBindAction
- extends MappingAction.Base
Acts to bind an array property.
Note that this is intended to be used to map
properties with a setter taking an array
but which do not have an adder.
Note this implementation has state
and therefore cannot be used concurrently (in simultaneous readings).
- Version:
- $Revision: 438373 $
- Author:
- Jakarta Commons Team
|
Method Summary |
MappingAction |
begin(java.lang.String namespace,
java.lang.String name,
org.xml.sax.Attributes attributes,
ReadContext context)
Mapping arrays requires the addition of a temporary object
(an ArrayList ) into the stack together with an
updater for that object. |
static MappingAction |
createMappingAction(ElementDescriptor elementDescriptor)
Factory method creates implementations to map arrays. |
void |
end(ReadContext context)
Pops the ArrayList and the updater from
their stacks. |
MappingAction |
next(java.lang.String namespace,
java.lang.String name,
org.xml.sax.Attributes attributes,
ReadContext context)
Construct a delegating implmentation that wraps the real bean creator |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
ArrayBindAction
public ArrayBindAction()
createMappingAction
public static final MappingAction createMappingAction(ElementDescriptor elementDescriptor)
- Factory method creates implementations to map arrays.
- Parameters:
elementDescriptor
- ElementDescriptor
to be mapped,
not null
- Returns:
MappingAction
, not null
begin
public MappingAction begin(java.lang.String namespace,
java.lang.String name,
org.xml.sax.Attributes attributes,
ReadContext context)
throws java.lang.Exception
- Mapping arrays requires the addition of a temporary object
(an
ArrayList
) into the stack together with an
updater for that object.
- Overrides:
begin
in class MappingAction.Base
- Throws:
java.lang.Exception
- See Also:
MappingAction.begin(String, String, Attributes, ReadContext)
end
public void end(ReadContext context)
throws java.lang.Exception
- Pops the
ArrayList
and the updater from
their stacks. The original updater is called with the
result of the convertion.
- Overrides:
end
in class MappingAction.Base
- Throws:
java.lang.Exception
- See Also:
MappingAction.end(ReadContext)
next
public MappingAction next(java.lang.String namespace,
java.lang.String name,
org.xml.sax.Attributes attributes,
ReadContext context)
throws java.lang.Exception
- Construct a delegating implmentation that wraps the real bean creator
- Overrides:
next
in class MappingAction.Base
- Throws:
java.lang.Exception
Copyright © 2002-2006 The Apache Software Foundation. All Rights Reserved.


# 1.6.7
- rebuild with 1.8.7 to avoid github.com/rubygems/rubygems/pull/57
# 1.6.6
- 1.6.5 was yanked
# 1.6.5
- RFC6265 requires single SP after ’;’ for separating parameters pairs in the ‘Cookie:’ header (patch provided by Hiroshi Nakamura)
- enable url parameters for all actions
- detect file parameters in arrays
- allow disabling the timeouts by passing -1 (patch provided by Sven Böhm)
# 1.6.4
- fix restclient script compatibility with 1.9.2
- fix unlinking temp file (patch provided by Evan Smith)
- monkeypatching ruby for http patch method (patch provided by Syl Turner)
# 1.6.3
- 1.6.2 was yanked
# 1.6.2
- add support for HEAD in resources (patch provided by tpresa)
- fix shell for 1.9.2
- workaround when some gem monkeypatch net/http (patch provided by Ian Warshak)
- DELETE requests should process parameters just like GET and HEAD
- adding :block_response parameter for manual processing
- limit number of redirections (patch provided by Chris Dinn)
- close and unlink the temp file created by playload (patch provided by Chris Green)
- make gemspec Rubygems 1.8 compatible (patch provided by David Backeus)
- added RestClient.reset_before_execution_procs (patch provided by Cloudify)
- added PATCH method (patch provided by Jeff Remer)
- hack for HTTP servers that use raw DEFLATE compression, see www.ruby-forum.com/topic/136825 (path provided by James Reeves)
# 1.6.1
- add response body in Exception#inspect
- add support for RestClient.options
- fix tests for 1.9.2 (patch provided by Niko Dittmann)
- block passing in Resource#[] (patch provided by Niko Dittmann)
- cookies set in a response should be kept in a redirect
- HEAD requests should process parameters just like GET (patch provided by Rob Eanes)
- exception message should never be nil (patch provided by Michael Klett)
# 1.6.0
- forgot to include rest-client.rb in the gem
- user, password and user-defined headers should survive a redirect
- added all missing status codes
- added parameter passing for get request using the :param key in header
- the warning about the logger when using a string was a bad idea
- multipart parameters names should not be escaped
- remove the cookie escaping introduced by migrating to CGI cookie parsing in 1.5.1
- add a streamed payload type (patch provided by Caleb Land)
- Exception#http_body works even when no response
# 1.5.1
- only converts headers keys which are Symbols
- use CGI for cookie parsing instead of custom code
- unescape user and password before using them (patch provided by Lars Gierth)
- expand ~ in ~/.restclientrc (patch provided by Mike Fletcher)
- ssl verification raise an exception when the ca certificate is incorrect (patch provided by Braintree)
# 1.5.0
- the response is now a String with the Response module a.k.a. the change in 1.4.0 was a mistake (Response.body is returning self for compatability)
- added AbstractResponse.to_i to improve semantic
- multipart Payloads ignores the name attribute if it’s not set (patch provided by Tekin Suleyman)
- correctly takes into account user headers whose keys are strings (path provided by Cyril Rohr)
- use binary mode for payload temp file
- concatenate cookies with ’;’
- fixed deeper parameter handling
- do not quote the boundary in the Content-Type header (patch provided by W. Andrew Loe III)
# 1.4.2
- fixed RestClient.add_before_execution_proc (patch provided by Nicholas Wieland)
- fixed error when an exception is raised without a response (patch provided by Caleb Land)
# 1.4.1
- fixed parameters managment when using hash
# 1.4.0
- Response is no more a String, and the mixin is replaced by an abstract_response, existing calls are redirected to response body with a warning.
- enable repeated parameters RestClient.post ‘example.com/resource’, :param1 => [‘one’, ‘two’, ‘three’], => :param2 => ‘foo’ (patch provided by Rodrigo Panachi)
- fixed the redirect code concerning relative path and query string combination (patch provided by Kevin Read)
- redirection code moved to Response so redirection can be customized using the block syntax
- only get and head redirections are now followed by default, as stated in the specification
- added RestClient.add_before_execution_proc to hack the http request, like for oauth
The response change may be breaking in rare cases.
# 1.3.1
- added compatibility to enable responses in exception to act like Net::HTTPResponse
# 1.3.0
- a block can be used to process a request’s result, this enable to handle custom error codes or paththrought (design by Cyril Rohr)
- cleaner log API, add a warning for some cases but should be compatible
- accept multiple “Set-Cookie” headers, see www.ietf.org/rfc/rfc2109.txt (patch provided by Cyril Rohr)
- remove “Content-Length” and “Content-Type” headers when following a redirection (patch provided by haarts)
- all http error codes have now a corresponding exception class and all of them contain the Reponse -> this means that the raised exception can be different
- changed “Content-Disposition: multipart/form-data” to “Content-Disposition: form-data” per RFC 2388 (patch provided by Kyle Crawford)
The only breaking change should be the exception classes, but as the new classes inherits from the existing ones, the breaking cases should be rare.
# 1.2.0
- formatting changed from tabs to spaces
- logged requests now include generated headers
- accept and content-type headers can now be specified using extentions: RestClient.post “example.com/resource“, { ‘x’ => 1 }.to_json, :content_type => :json, :accept => :json
- should be 1.1.1 but renamed to 1.2.0 because 1.1.X versions has already been packaged on Debian
# 1.1.0
- new maintainer: Archiloque, the working repo is now at github.com/archiloque/rest-client
- a mailing list has been created at<EMAIL_ADDRESS>and an freenode irc channel rest-client
- François Beausoleil’ multipart code from github.com/francois/rest-client has been merged
- ability to use hash in hash as payload
- the mime-type code now rely on the mime-types gem mime-types.rubyforge.org/ instead of an internal partial list
- 204 response returns a Response instead of nil (patch provided by Elliott Draper)
All changes exept the last one should be fully compatible with the previous version.
NOTE: due to a dependency problem and to the last change, heroku users should update their heroku gem to >= 1.5.3 to be able to use this version.


Players will be able to create an account and specify their data, such as name, state, and what crews they might belong to. Patel will be going over this in class, and will therefore be one of the easiest parts to implement. The account could also be able to keep track of a player's wins/losses and what tournaments they have participated in if we wanted to implement that.
This is the interface where TO will be able to manually enter players or select ones that are already signup up and in the database. He will also be able to create groups (state, crew, etc). The groups are not limited, he can group them by any parameter he wishes. He will also be able to set how much weight eight group will have, meaning how important it is to avoid have that group in the same pool.
This will be the algorithm that takes the list of entrants and the parameters and values set by the TO and optimizes it to minimize overlap of certain parameters. These parameters can be state/crew/height/age or anything the TO determines. This is a relatively small component of the project, and is only one tool the TO will have to help create and run pools.
The TO will be able to view the pool and actively switch players between pools with a drag and drop interface. This view will show the TO the conflicts and give them an active updating conflict score for each pool as they make swaps. This will help them immensely in setting up the pools, since it gives them live information about what conflicts might arise. This means they don’t have to try to juggle all of that information in their head.
Taking the pools that have been finalized and creating printouts for the players to fill out. A simple feature to implement.
An input screen where the results of the pools are input. The players are then ranked based on results. This will be simple comparison math. Also a simple feature.
Output a final seeded list of players based on how they did in pools. This list is for use in seeding a bracket. Our software won’t handle the bracket. There is already software that does brackets very well.


Good Questions: The art of asking the right question.
It is said that if you want a good answer, you must first ask a good question.
Asking good questions is a skill in itself and can be improved with practice. For the purpose of this post, I will focus on asking good questions in a forum such as Stack Overflow. These techniques could certainly be applied anywhere you need to ask a question whether it be in a forum, via e-mail, or even in person.
When asking a question in a forum, the first thing to remember is write a good title for the question. This should be a summary of the question that communicates the main problem in as few words as possible. If you are struggling to come up with a good title, it may be advisable to write the question first and then go back to write the title.
It is also a best practice to write the title in the form of a question if possible. However, you should not force it into the form of a question if it doesn't make sense. Writing in the form of a sentence is more enjoyable for the reader and can help to commmunicate more clearly what the intent of your question is.
It is also extremely important to provide as much detail and contextual information as possible, both in the title and the body of the question. Make sure that any and all pertinent information such as the language being used, the platform, the operating system, and any other specification which would possibly change the solution. Keep in mind that it is important to provide any constraints and an explanation of why those constraints are important. Otherwise, you may end up frustrating others by wasting their time to write a solution that was somewhat obvious.
In the body of your question, make sure to include the main intent of the question as well as the steps you have taken to try to solve it. By giving these steps, you will help others to gain a better understanding of what you are actually trying to solve, and what won't work as well as why it won't work.
Include code snippets whenever possible. Make sure to provide just enough code so that others can duplicate your problem, but no more than that.
If you are new to posting questions on a forum, this might seem like a great deal of work just to ask a question. It's worth it for many reasons.  This can hurt your reputation and it's just not a good practice. Second, sometimes when you go through this process, you will actually uncover the answer to your own question which may save you and others a considerable amount of time.
It is also worth noting that spelling, grammar and formatting is important. Most likely, this will be your first encounter with those who are trying to answer your question. By proofreading your post, you can ensure that their first impression of you will be positive and this could make the difference between whether or not someone takes the time to answer your question. The formatting of the post can be crucial when it comes to others being able to read it efficiently and ultimately have a full understanding of the problem.
Let's do something EPIC!


Alt + Left Click to active
During the selection, press ESC to cancel
During the selection, press C to copy to cliipboard
Sample links:
Google
Yahoo
JavaScript link
plain anchor
site root
Image wrapped by link:


Excellent developers need high-end devices.
Refresh yourself with a workout!
A monthly team outing to help you bond with your teammates.
A selection of food and snacks is provided in the office.
Thank God It's Friday! Let's talk and share everything to stay on the same page every two weeks.
You are entitled to have a work-life balance by working at flexible hours of your choice or telecommuting.
＋86<PHONE_NUMBER>6
<EMAIL_ADDRESS><EMAIL_ADDRESS>Suite 413, Tower D3, Zhongguancun Dongsheng Science and Technology Zone, No.66 Xixiaokou Road, Haidian District, Beijing,China


− Architected and implemented a cloud computer vision system to use aerial and stationary sensor data to detect and quantify
methane emissions, oil leaks, and other inspection items for the O&G industry. Deployed on AWS using Docker and Kubernetes
that is configurable by customer need and resources are spun up on demand for cost-savings and maximum scalability.
− Created efficient algorithms such as semantically fusing 2D aerial imagery detection with 3D assets in the real world using deep
learning, multi-camera geometry, and Hungarian matching. Models were trained using state of the art algorithms using
PyTorch, TensorFlow, and Darknet.
− Scrum Master for the machine learning team and the computer vision team as well as liaison between the application platform
team and the analytics team.
− Created predictive models using support vector machines in for time series data from industrial assets to reduce unplanned equipment downtime months in advance. − Created a package to encrypt, transfer and store highly sensitive industrial data without foregoing efficiency that was benchmarked to be eleven times faster than the company’s previous solution.
A slack bot that is able to execute trades on over 15 accounts using APIs and Selenium automations. The bot can scrape FINRA/EDGAR data, read/update Google Sheets, query Reddit and suggest trades to queue.
Computational Perception and Robotics Specialization, GPA: 3.8/4.0
Info Internetworks and People Threads, GPA: 3.8/4.0
Faculty Honors and Dean’s List
Programming: Python (Numpy, Pandas, PyTorch, OpenCV), Java (Spring Boot), SQL, ZSH/Bash
Technologies: AWS, Kubernetes, Docker, Unix, Postgres, Redis, RabbitMQ
Design: Final Cut Pro, Adobe CC (Photoshop, After Effects, Illustrator, Lightroom, Premier)
Group facilitator for a virtual camp that created a safe space for high school students to explore concepts relating to the theme of Climate Change and Environmental Action as well as express themselves and build bonds with their peers from 37 different countries.
Group facilitator for college students that engage in multiple service opportunities for the City of Los Angeles and participate in discussions that expose the multidimensionality of problems such as homelessness, food shortages, and refugee crises.
Created and delivered two six-week curriculums for high school girls and boys to learn about the awesomeness of computer science and software engineering.
Group facilitator for college students that engage in multiple service opportunities for the City of Los Angeles and participate in discussions that expose the multidimensionality of problems such as homelessness, food shortages, and refugee crises.


{% extends "includes/base.html" %}
{% block body %}
This is your SuperPAC.
We're going to fix american democracy only if we do it together. Create your own pledge page and put your personal story of why you're interested in this issue and share it through your network.
Log in now to create or manage your pledge page:
{% if login_links %}
{% for service, service_link in login_links.iteritems() %}
with {{service|title}}
{% endfor %}
{% endif %}
{% if teams %}
Top pledge pages:
{% if orderBy == '-num_pledges' %}
By raised amount
{% else %}
By raised amount
{% endif %}
{% if orderBy == '-totalCents' %}
By number of contributions
{% else %}
By number of contributions
{% endif %}


Chargement
Pinyin Game
Username
Password
Go
Pinyin Game
Play
Administration
Score: {{ score }}
{{_number}}/10
{{ character.character }}
pinyin
{{item}}
English
{{item}}
Validate
Pinyin Game
Final score
{{ score }}
Ok
Pinyin Game
Administration
Add a character
Pinyin Game
Add a character
Character
Pinyin
English
Save


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% import "_macros.html" as macros %} {% block title %}PhenoProc - Workflow{% endblock %} {% block page_content %} {% include '_workflow.html' %} {% endblock %}


#include <gradientcalculator.h>
◆ GradientCalculator() [1/2]
| GradientCalculator::GradientCalculator |
( |
QObject * |
parent = nullptr | ) |
|
|
explicit |
◆ GradientCalculator() [2/2]
| GradientCalculator::GradientCalculator |
( |
const unsigned char * |
data, |
|
|
int |
x, |
|
|
int |
y, |
|
|
int |
z, |
|
|
QObject * |
parent = nullptr |
|
) |
| |
◆ calcGradent()
| void GradientCalculator::calcGradent |
( |
| ) |
|
◆ data3()
| unsigned char * GradientCalculator::data3 |
( |
| ) |
const |
◆ finished
| void GradientCalculator::finished |
( |
| ) |
|
|
signal |
◆ hasData()
| bool GradientCalculator::hasData |
( |
| ) |
const |
◆ ready()
| bool GradientCalculator::ready |
( |
| ) |
const |
◆ setData()
| void GradientCalculator::setData |
( |
const unsigned char * |
data, |
|
|
int |
xSize, |
|
|
int |
ySize, |
|
|
int |
zSize |
|
) |
| |
The documentation for this class was generated from the following files:


TITLE: CARDIOLOGY PROGRESS NOTE DATE OF NOTE: OCT 15,2008@10:47 ENTRY DATE: AUG 7,2009@17:34:19 AUTHOR: KEEP,NOLAN EXP COSIGNER: URGENCY: STATUS: COMPLETED TITLE: CARDIOLOGY PROGRESS NOTE DATE OF NOTE: OCT 15,2008@10:47 ENTRY DATE: OCT 15,2008@10:47:16 AUTHOR: KEEP,NOLAN EXP COSIGNER: URGENCY: STATUS: COMPLETED The patient was a no-show for his appointment. /es/ Nolan Keep, MD Attending Signed: 10/15/2008 10:47 /es/ NOLAN KEEP MD Signed: 08/07/2009 17:35


GSOC2017: RNNs on tiny-dnn
27 Aug 2017Recurrent Neural Networks (RNNs) are now central to many applications, from speech recognition to Computer Vision. Some examples are Image captioning, Visual Question Answering (VQA), autonomous driving, and even Lip reading.
During this Google Summer of Code, I have extended the tiny-dnn framework with an RNN API, thus making it able to train on sequential data, where data points depend on each other in the time domain. Performing these extensions in tiny-dnn is especially challenging (and fun) because:
- The library is growing fast, thus making the pull requests obsolete really fast.
- The library was initially thought for simple feedforward convolutional neural
networks, thus only caring about input, output, weights, and biases.
- However, RNNs do have also hidden states which must not be fed to the next layers but to the next timesteps. Thankfully, tiny-dnn contemplates a third type: aux vectors, which perfectly fit for hidden states.
- Another related smaller issue
has been the fact that RNNs usually use multiple weight matrices. The only
implication of this has been the modification of the
fan_in
andfan_out
functions in layer to accept indices for each weight matrix (important for initialization).
- Handling sequential data inputs.
- Decoupling the state handling from the cell type. Namely, being able to change the recurrent cell (RNN, LSTM, GRU), and reusing the code to forward or reset the multiple timesteps.
- Gradient checks were initially thought to work on the whole network, comparing with the loss function, and using a single weight matrix. I had to create a new black box gradient check, and modify the initial one to handle multiple weight matrices.
The milestones of this project have been:
- Creating a functional rnn cell.
- Creating a wrapper for batching sequential data.
- Extending it to LSTMs and GRU
- Providing working examples and documentation.
Which are summarized in the following main PRs:
- #768: Single step recurrent cell.
- #806: Full RNN API with state transitions, LSTM, GRU, examples, and docs.
And the following minor PRs:
- #818: Blackbox gradient check.
- #848: Gradient check with multiple weight matrices.
- #856: Guess batch_size from gradient vectors (because non-recurrent layers have batch_size = sequence length * batch_size.
- #776: Transition to
size_t
.
Results
A new simple RNN API for tiny-dnn. Creating a recurrent neural network is as easy as:
network<sequential> nn;
nn << recurrent_layer(gru(input_size, hidden_size), seq_len);
Where recurrent_layer
acts as a wrapper for the recurrent cells, i.e. gru
,
rnn
, or lstm
, defined in cells.h
. This wrapper receives data with
dimensionality (seq_len * batch_size, data_dim1, data_dim2, etc.)
, being the
sequential dimension the leftmost in row-major order, and iterates
seq_len
times. These are the most important methods:
seq_len(int)
: sets the sequence length.bptt_max(int)
: sets the max number of steps to remember with Truncated Back-Propagation Trough Time (more info here).clear_state()
: clears current state vectors.
In test time we do not need to save all the state transitions, thus, we can set
the sequence length to one and the bptt_max
to the desired number of steps to
remember.
Examples
Two examples have been provided:
- Two-number addition:
A model that learns to add two given numbers.
Input numbers between -1 and 1. Input number 1: 0.1 Input number 2: 0.4 Sum: 0.514308 Input number 1: 0.6 Input number 2: -0.9 Sum: -0.299533 Input number 1: 1.0 Input number 2: 1.0 Sum: 1.91505 # performance is worse at the extremes Input number 1: 0 Input number 2: 0 Sum: 0.00183523
- Char-rnn gitter
bot. Trains a
recurrent model on a gitter room history. This example is based on Karpathy’s
char-rnn example, i.e. training the model
to predict the next character from the previous ones. It includes:
- Training Code.
- Testing Code.
- Python wrapper.
- Gitter API helper functions with PyCurl.
- Three-layer GRU with 256 hidden units trained on tiny-dnn/developers with Adam:
It also autocompletes usernames and references other users:
> @tiny_char_rnn karandesai-9
tiny_char_rnn: 6 @bhack @beru @bhack @/all how about the network definitely in
decided on data
We can use temperature to make predictions more certain. These are some outputs of the rnn at different temperatures (without any user input):
> t=1.0
<<-<--z><->
decai-9 change bhack @karandesai-96 @beru @beru @bhack @/acb96 @beru @beru @beru
@beru @beru @b
han @edgarriba @bhack @beru @beru @beru @beru @beru @beru @beru @beru
> t=0.75
a code after a fector back end a becement a class back in finc eed flack code
and a back clang a cal base different caffe check flacting a change class
all hape a change different caffe check file file find a change is face a because a call get
> t=0.5
a did ead a decided in a ging a fector class but i am decided in a ging clang
and backend on can be and factivation for each in the code and a commend
of of the layer for element in see a factivation for decide.
> t=0.1
checked the new can be contribute it is the tests and it is the and backend that
in the order from teached the tensorflow the pr the tests and it is the and
pretty i can to try to make a lot of tests are the first tensor that we can
travis to complete check this one the tests and it is the and fine of the code
it is the tests and it is to see a lot of tests to make a pr integrated in the
code for extensor integration
Acknowledgements
This work has been done under the supervision of @edgarriba, @nyanp, and @bhack.
Final thoughts
Apart from giving me the opportunity to contribute to an exciting open-source project like tiny-dnn, this Google Summer of Code has allowed me to deepen my knowledge and understanding on the topics of my Ph.D. If you are eligible, I totally recommend you to apply.


2 Kings 13:16
And he said to the king of Israel, Put thine hand upon the bow. And he put his hand upon it: and Elisha put his hands upon the king's hands.


---
layout: null
section-type: about
title: About
---
## About
Welcome to Wesley's Website. Illustrating some past projects and showing my ideas to the rest of the internet. Gained knowledge at Vanderbilt University from its wonderful professors and squirrels and working at Capital One summer 2017.


| Type of Lift | # of Sets | # of Reps | # of Weight |
|---|---|---|---|
| Squats | 6 | 10 | 60% of Max |
| Benches | 4 | 10 | 65% of Max |
| PullUps | 3 | 10 | add % of body weight |
| LegCurls | 3 | 10 | 50% of Squat Max |
| *Before each excercise, do 1 set at 3/4 the weight you will use for the workout, as a warm-up. |
| Type of Lift | Low | Medium | High | # of Weight For Routine |
|---|---|---|---|---|
| Squats | 150 | 250 | 350 | % For Routine |
| Benches | 100 | 150 | 200 | % For Routine |
| Weighted PullUps | 10 | 25 | 50 | % For Routine |
| LegCurls | 150 | 250 | 350 | % For Routine |


{{blogentry.title}}, {%if blogentry.contributor %} posted by {{blogentry.contributor}} {% endif %} {{blogentry.date.strftime("%B %d %Y") }} {{blogentry.bodytext | safe}} {% if username == blogentry.contributor %} As you're the author, you can edit the post {% endif%} Add a comment Like this post Dislike this post Comments: {{blogentry.commentsnb}} 👍:{{blogentry.likes}} 👎: {{blogentry.dislikes}} {% if comments %} {% for comment in comments %} A comment by {{comment.author}} {{comment.comment |safe}} {% if user == comment.author%} Edit this post {% endif%} {% endfor%} {% endif %} {% if error %} {% endif %}


Follow me on Github!
Hello!
Your friend sent you a hug!
Pass it on!
Your Name:
Recipient's Name:
Made by
Ryan Knutson


@SylvainCorlay @QuantStack
Scientific Computing with Humans in the Loop
- Richard Hamming
Scientists, engineers not only use programming languages to build systems, but also in interactive workflows, to explore a problem and reason about it.
- Fernando Perez
Most of the progress made in software projects comes from incrementalism.
Obstacles to fast iteration hinder progress.
What is Jupyter?
Jupyter is a consistent set of tools meant to facilitate the workflow of engineers, scientists
Beyond the Jupyter notebook, Project Jupyter is a collection of protocols and standards for scientic computing
The "HTTP" of scientific computing...
Well specified
transformed Jupyter in the HTTP of Scientific Computing for
2015 IBM survey: 3M users
Today estimated user base: 6M to 10M.
and 500+ more contributors


PLANET SICK-BOY: http://www.sick-boy.com "We Put the SIN in Cinema"
Ever wonder how your life would have turned out if you had done a few things differently in the past? That question serves as the basis for Pip Karmel's directorial debut called Me Myself I (not to be confused with the upcoming Farrelly brothers/Jim Carrey gag-fest Me, Myself & Irene). Karmel's main character is a single woman that wonders where she would be today if she had only accepted her high school sweetheart's marriage proposal some thirteen years ago.
Rachel Griffiths (Oscar nominee for Hilary & Jackie) plays Pamela Drury, an award-winning journalist known for hard-hitting magazine features. As the film opens, Pamela has just given up smoking, found out that her new crush is married, and received a male strip-o-gram from her co-workers for her thirtieth birthday. The combination of these events, together with the nearly audible sound of her biological clock ticking, drives Pamela to go home, get blasted and look at photographs of her Mr. Right, Robert Dickson (David Roberts) – the guy she turned down several years ago.
The next day, Pamela is hit by a car. Her injuries are limited to a bumped head, but when she comes to, Pamela notices that the car was being driven by her apparent doppelganger. They go to the twin's house, where Pamela #1 learns that her twin isn't Pamela Drury #2, but Pamela Dickson, an alter ego that said yes to her old boyfriend's marriage proposal and squeezed out three of his kids. Before she can get her bearings, the doppelganger disappears, leaving Pamela #1 alone in the house just as the kids are coming home from school.
Realizing that the double is gone and that the kids will obviously think that she's their mother, Pamela is forced to switch gears and pretend to be a happy housewife. The trouble is that she doesn't know the first thing about cooking, grocery shopping or carpooling, let alone the names of her new children. Things don't get any easier when Robert comes home and Pamela has to figure out how to use a diaphragm. I have a feeling that this kind of thing happens to women all the time, which would explain why they often seem like different people from day to day.
While Me Myself I may sound like a cross between Sliding Doors and Freaky Friday, the film is actually quite well-written and deftly executed. Karmel, the Oscar-nominated editor of Shine, also wrote the script for this first directorial effort. Fellow Australian Griffiths is very charismatic and, at times, resembles Juliette Binoche in both appearance and demeanor. The film is funny, touching and will probably make you think of a few `what if' scenarios on the way home from the theatre.
1:44 - R for brief nudity, sexual content and adult language
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews