Across: 1. SI: Prissy MP to misinterpret revealing expression (7) 6. LMi: Paciest surgery is clean (7) 11. SSV: Figure sum, Bohr set (7) 12. SSV: John gets surprising win on top of dangerous peak (7) 13.  NR: A saint upset about second apostle was the one who was burnt alive (7) 17. CO: Exclaim surprise, taken aback, by mammal having sex at home (7) 20. RL: World Series winner, naturally, is showing off! (3) 21. SA: Is Spanish to dart wildly across a Spanish road (7) 22. CFJ: Volume one: a point in fiction (3) 23. SA: A Spanish river's too short for old Italian poet (7) 24. MC: Snakes having a dump can be found in sewers, perhaps (7) 25. JJ: Mostly harmless person has ring of fire (7) 29. LMu: Shift seat around, leaving aside husband and model in carnivals (7) 33. RL: Madam found to be first programmer! (3) 34. RVB: Grand nut (or orator) in retirement is seen to be pompous (7) 35. SA: Here, heading off before ... (3) 36. SSV: Swimmer's starting to lambast claim of being a victim (7) 37. JL: Ran the show carelessly, in greed (7) 38. JL: Tarnish starts to come off -- rust remover usually promotes that (7) 40. JH: The rain falling - it's on my head (7) 42. JH: Foreign politician in New York before the Queen comes back (7) 43. SB: Tribal chief of South America, a Spanish dude and Master of Science (7) 44. SK: Endures, with sisters around (7) Down: 1. NB: Consult Anabelle about raisin (7) 2. CFJ: One known for night visitors was not in time, perhaps (7) 3. CO: Bad posture for groups of dancers, perhaps (7) 4. RL: Yes! Buckeye state loses one. (3) 5. RVB: Styles lead to Californian city (7) 6. VM: A bad actor followed a supporter of Lincoln perhaps (7) 7. NB: Briefly studied odd years-old accounting system in China (3) 8. LMi: Crazy English beast for Spanish crocodile hunter! (7) 9. RVB: He tilts amazingly for a Scottish honour (7) 10. SI: Santosh Iyer Gathers clues without an informer (7) 15. SSV: Fleet follows source of Nile river (7) 16. NB: A step in the right direction for dancer (7) 18. VM: A row about German woman's name (7) 19. SA: Atmosphere ok, they say, if we spend less on this? (7) 25. NB: Walks around city with stately homes (7) 26. CO: Starts to cover a modern crib strangely in fine cotton (7) 27. DMK: Serendipity for Melody (7) 28. CO: Wild!  SI: Longer hair, with the hairpin in the middle (7) 30. RL: Enlightens and deifies, more or less (7) 31. CFJ: They rent for one night, initially, in portable shelters (7) 32. PGN: Calms by taking Selenium on appointments (7) 39. RL: Ant Man is in a happy mood (3) 41. VM: Exist in shared accommodation (3)
Key: CFJ: Chris FA Johnson, CO: Camelia Oberoi, DMK: Debbie Manber Kupfer, JH: Joel Hess, JJ: John Johnson, JL: Jeremy Landig, LMi: Luke Mitchell, LMu: Lata Muthanna, MC: Marcus Carli, NB: Neha Bhandari, NR: Neelima Rai, PGN: Phoenix Griffin Newton, RL: Roy Leban, RVB: Rhiannon Vivian-Bolt, SA: Steve Allen, SB: Sudha Bhaskaran, SI: Santosh Iyer, SK: Samit Kallianpur, SSV: SSv Avtaar, VM: Vaibhav Mathur
Additional clues not used...
CO: Rebelliously defies holding one who morally instructs (7) CO: Feast is cooked for carnivals (7) CO: So fancy - Riz naughtily having sex with the queen (7) CO: The powerful unravel or undo time (7) JH: Sounds like a pig's call to itself in Rome (3) JH: Wild, numberless Etruscan clergymen (7) JL: Prices for travel are including sketchy, unlimited tariff (7) JL: Half of arenas exist (3) NH: The French legislator really dropped everything for fish (7) NH: River has new fleet (7) NH: Selfies tastefully captured celebrations (7) NH: Queens, New York, previously engaged leading Tanzanian politician (7) NH: First, man curtailed woman perhaps? (3) NH: Exclamation of surprise from husband caught between 2 loves (3) RL: If I can start after a lobbying group, it'll be peaceful (7) RL: Father ties up Buckingham, Kensington, and others (7) RL: Scottish emblem ⇨ TLE (7) RL: Lots of money backing song (7) RL: Cafeteria mesh are laced with a trace of flavor (7) RL: Lynn would hear about an Antarctic peak (7) RVB: Hat covers a bit of the environment (7) RVB: Peaceful music if I capture returning feature (7) RVB: First man ran back to a river (7) RVB: Clerical assistants' rodent is surrounded by signs (7) SA: Foolish temptation, not apt strangely, to see old composer (7) SA: Duller? Introduce ecstacy! Lost, I returned and took charge (7) SA: Doctor takes crazy hours to get in shape (7) SA: More glamorous hotelier? (7) SA: PS Tommy played with something like a cough (7) SA: Confusingly, Saint Paul's not half a saint (7) SA: Cut off start of material, sew in start of material, hem with piece of cotton material (7) SA: Yes, coots almost become other creatures (7) SA: Underwear worn by poor actor in biblical role (7) SA: Crustacean cannot be cooked for some members of the clergy (7) SA: Group loses leader and is taken over by retrogressive group. Groups! (7) SA: Groups entertaining soldiers, I hear (7) SB: More than nine workers are boarders (7) SB: A support husband gets during morning from Biblical patriarch (7) SB: Tanzanian politician for New Year with King and Queen of England (7) SB: Move about say, on public transport that's in the form of quadrilateral (7) SB: Little sister without rest comes to grief and refuses to comply (7) SB: Wore the crown and showered, say (7) SB: Lady drops husband, goes on rendevouzs, puts to sleep (7) SI: She forced Madeleine to dump me (7) SI: Slam!! Boom!! Bam!! Maybe get people who can fix stuff (7) SI: While in Spain, Steven named hybrid bee-ants (7) SI: New position reached when good man exited turnstile (3) SI: American leaders placed a Swiss unit inside a German military group (7) SI: Insult a native inhabitant, answer to the queen! (7) SSV: Confronts some gymnasts I serenaded around (7) SSV: Blaise, mostly has love for US town (7) SSV: Commercial slogan about European woman (7) SSV: Price of song and food (7) SSV: Tainted President in depression follows God (7) SSV: Obscene, low sound, flipping in bed (7) SSV: Ministers had dogs’ collars (7) SSV: Lock-holder? (7) 4 SSV: Couple of points about king and prior (3) SSV: #fun Book about a CCs Admin (3) SSV: Expression of triumph from husband wearing glasses (3) SSV: Comic character starting to play “Return of God” (3) VM: Used a Tesla for concealing drugs (7) VM: A fair arrangement about price of tickets (7) VM: A saint perhaps, embracing Pergamum primarily (7) VM: A poet polluted air with powdered soot (7) VM: Revolutionary agency protected pets treated to be free of germs (7) VM: A dancer, i.e. a star perhaps (7) VM: Tommy's shaky, carrying silent sign of sickness (7)


|
KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
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Utility class to update the values of degree of freedom (Dof) variables after solving the system. More...
#include <dof_updater.h>
Public Member Functions | |
Life Cycle | |
| DofUpdater () | |
| Default constructor. More... | |
| DofUpdater (DofUpdater const &rOther)=delete | |
| Deleted copy constructor. More... | |
| virtual | ~DofUpdater () |
| Destructor. More... | |
| DofUpdater & | operator= (DofUpdater const &rOther)=delete |
| Deleted assignment operator. More... | |
Operations | |
| virtual DofUpdater::UniquePointer | Create () const |
| Create a new instance of this class. More... | |
| virtual void | Initialize (const DofsArrayType &rDofSet, const SystemVectorType &rDx) |
| Initialize the DofUpdater in preparation for a subsequent UpdateDofs call. More... | |
| virtual void | Clear () |
| Free internal storage to reset the instance and/or optimize memory consumption. More... | |
| virtual void | UpdateDofs (DofsArrayType &rDofSet, const SystemVectorType &rDx) |
| Calculate new values for the problem's degrees of freedom using the update vector rDx. More... | |
| virtual void | AssignDofs (DofsArrayType &rDofSet, const SystemVectorType &rX) |
| Assign new values for the problem's degrees of freedom using the vector rX. More... | |
Input and output | |
| virtual std::string | Info () const |
| Turn back information as a string. More... | |
| virtual void | PrintInfo (std::ostream &rOStream) const |
| Print information about this object. More... | |
| virtual void | PrintData (std::ostream &rOStream) const |
| Print object's data. More... | |
Type Definitions | |
| using | DofType = Dof< typename TSparseSpace::DataType > |
| using | DofsArrayType = PointerVectorSet< DofType > |
| using | SystemVectorType = typename TSparseSpace::VectorType |
| KRATOS_CLASS_POINTER_DEFINITION (DofUpdater) | |
| Pointer definition of DofUpdater. More... | |
Utility class to update the values of degree of freedom (Dof) variables after solving the system.
This class encapsulates the operation of updating nodal degrees of freedom after a system solution. In pseudo-code, the operation to be performed is for each dof: dof.variable += dx[dof.equation_id] This operation is a simple loop in shared memory, but requires additional infrastructure in MPI, to obtain out-of-process update data. DofUpdater takes care of both the operation and the eventual auxiliary infrastructure.
| using Kratos::DofUpdater< TSparseSpace >::DofsArrayType = PointerVectorSet<DofType> |
| using Kratos::DofUpdater< TSparseSpace >::DofType = Dof<typename TSparseSpace::DataType> |
| using Kratos::DofUpdater< TSparseSpace >::SystemVectorType = typename TSparseSpace::VectorType |
|
inline |
Default constructor.
|
delete |
Deleted copy constructor.
|
inlinevirtual |
Destructor.
|
inlinevirtual |
Assign new values for the problem's degrees of freedom using the vector rX.
For each Dof in rDofSet, this function assigns the value for the corresponding variable as value = rX[dof.EquationId()].
| [in/out] | rDofSet The list of degrees of freedom. | |
| [in] | rX | The solution vector. This method will check if Initialize() was called before and call it if necessary. |
|
inlinevirtual |
Free internal storage to reset the instance and/or optimize memory consumption.
Note that the base DofUpdater does not have internal data, so this does nothing.
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.
|
inlinevirtual |
Create a new instance of this class.
This function is used by the SparseSpace class to create new DofUpdater instances of the appropriate type.
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.
|
inlinevirtual |
Turn back information as a string.
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.
|
inlinevirtual |
Initialize the DofUpdater in preparation for a subsequent UpdateDofs call.
Note that the base DofUpdater does not have internal data, so this does nothing.
| [in] | rDofSet | The list of degrees of freedom. |
| [in] | rDx | The update vector. |
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.
| Kratos::DofUpdater< TSparseSpace >::KRATOS_CLASS_POINTER_DEFINITION | ( | DofUpdater< TSparseSpace > | ) |
Pointer definition of DofUpdater.
|
delete |
Deleted assignment operator.
|
inlinevirtual |
Print object's data.
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.
|
inlinevirtual |
Print information about this object.
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.
|
inlinevirtual |
Calculate new values for the problem's degrees of freedom using the update vector rDx.
For each Dof in rDofSet, this function calculates the updated value for the corresponding variable as value += rDx[dof.EquationId()].
| [in/out] | rDofSet The list of degrees of freedom. | |
| [in] | rDx | The update vector. This method will check if Initialize() was called before and call it if necessary. |
Reimplemented in Kratos::TrilinosDofUpdater< TSparseSpace >.


Roblox Exploiting Report: Home
Home
Roblox Exploiting Report
Summary
CS Report
Player Exploiting History
Exploits Detection Metrics


nips nips2008 nips2008-102 nips2008-102-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Lev Faivishevsky, Jacob Goldberger
Abstract: In this paper we introduce the MeanNN approach for estimation of main information theoretic measures such as differential entropy, mutual information and divergence. As opposed to other nonparametric approaches the MeanNN results in smooth differentiable functions of the data samples with clear geometrical interpretation. Then we apply the proposed estimators to the ICA problem and obtain a smooth expression for the mutual information that can be analytically optimized by gradient descent methods. The improved performance of the proposed ICA algorithm is demonstrated on several test examples in comparison with state-ofthe-art techniques. 1
[1] S. Amari, A. Cichoki, and H.H.Yang. A new learning algorithm for blind signal separation. Advances in Neural Information Processing Systems, 8, 1996.
[2] F. Bach and M. Jordan. Kernel independent component analysis. Journal of Machine Learning Research, 3, 2002.
[3] A. J. Bell and T. J. Sejnowski. An information-maximization approach to blind separation and blind deconvolution. Neural Computatiuon, 7, 1995.
[4] J.-F. Cardoso. Multidimensional independent component analysis. Proceedings of the International Conference on Acoustics, Speech, and Signal Processing (ICASSP’98), 1998.
[5] C.Jutten and J.Herault. Blind separation of sources, part 1: An adaptive algorithm based on neuromimetic architecture. Signal Processing, 1991.
[6] P. Comon. Independent component analysis, a new concept? Signal Processing, 36(3), 1994.
[7] Thomas M. Cover and Joy A. Thomas. Elements of Information Theory. Wiley-Interscience, August 1991.
[8] D.T.Pham and P.Garat. Blind separation of mixtures of independent signals through a quasi-maximum likelihood approach. IEEE transactions on Signal Processing 45(7), 1997.
[9] A. Hyvarinen and E.Oja. A fast ﬁxed point algorithm for independent component analysis. Neural computation, 9(7), 1997.
[10] A. Hyvarinen, J. Karhunen, and E. Oja. Independent component analysis. 2001.
[11] L. Kozachenko and N. Leonenko. On statistical estimation of entropy of random vector. Problems Infor. Transmiss., 23 (2), 1987.
[12] A. Kraskov, H. St¨ gbauer, and P. Grassberger. Estimating mutual information. Physical Review E, o 69:066138, 2004.
[13] E. Miller and J. Fisher. Ica using spacing estimates of entropy. Proc. Fourth International Symposium on Independent Component Analysis and Blind Signal Separation, Nara, Japan, Apr. 2003, pp. 1047–1052., 2003.
[14] J. Peltonen and S. Kaski. Discriminative components of data. IEEE Transactions on Neural Networks, 16(1), 2005.
[15] H. Singh, N. Misra, V. Hnizdo, A. Fedorowicz, and Eugene Demchuk. Nearest neighbor estimates of entropy. American Journal of Mathematical and Management Sciences, 2003.
[16] H. St¨ gbauer, A. Kraskov, S. Astakhov, and P. Grassberger. Least-dependent-component analysis based o on mutual information. Phys. Rev. E, 70(6):066123, Dec 2004.
[17] O. Vasicek. A test for normality based on sample entropy. J. Royal Stat. Soc. B, 38 (1):54–59, 1976.
[18] J. D. Victor. Binless strategies for estimation of information from neural data. Physical Review, 2002.
[19] Q. Wang, S. R. Kulkarni, and S. Verdu. A nearest-neighbor approach to estimating divergence between continuous random vectors. IEEE Int. Symp. Information Theory, Seattle, WA, 2006. 8


--- layout: post date: 2011-02-03 time: "09:00:00" authors: ["Greg Wilson"] title: Scripts for Two More Software Engineering Episodes tags: ["Content"] ---
We've posted the scripts for two more episodes on software engineering (but not the slides or videos, since they don't exist yet). I'm not happy with the discussion of agile: it feels like too much has been left out, but I'm not sure what to add without breaking our self-imposed 10-minute limit. I also don't know how much our audience needs to know: these episodes are meant to be end-of-course pointers to other material they could look at next, so we're after a big-picture guide to "should I dig deeper" rather than the details. As always, feedback is welcome...


Deadline-driven product creation, merchandising and marketing professional with strong digital and web development skills. Able to drive strategic business planning, brand positioning, merchandising, and marketing yet understand technical details of e-commerce and the significance of editorial content creation. Excel when facilitating teams and directing high-stakes strategic projects in creative, technical and operations environments. Strong attention to detail and ability to manage internal and external teams while meeting the demands of diverse stakeholders in fast-paced environments with shifting priorities. Have consistently met deadlines and increased revenue by employing dynamic, forward-thinking approaches to solve complex problems by leading teams with complementary yet varying personalities and skill sets.
Nike (Filter Digital), May 2016 - Oct 2017
Portland Code School, May 2015 - Aug. 2015
Walmart.com, San Bruno, CA, Jan. 2013 - Nov. 2014
Macworld/PCWorld, San Francisco, CA, Feb. 2005 - Jan. 2013
Arizona Republic, Phoenix AZ, Aug. 2001 - Feb. 2005
KGW NewsChannel 8, Portland OR, April 2000 - June 2001
| B.S. in History, Portland State University | 1998 | |
| Pragmatic Product Management | 2011 | |
| Certificate of Completion, Portland Code School - Full Stack Javascript Immersion | 2015 |


Google Earth Vr On Steam
Get A Closer Look With Street View In Google Earth Vr
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Street View Comes To Google Earth Vr Vrscout
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Kristina Keenan
Producing anything and everything
NYC/Remote
I'm currently a producer at thelab, managing client relationships and workflows across a variety of mediums. I oversee the design and development of everything from traditional print ads to rich media ad banners. I pride myself on balancing schedules, as well as my high standards when performing quality assurance.
I graduated Ithaca College in 2017 with a Bachelor's of Science in Emerging Media and a minor in game development. I'm drawn to producing, however I love expressing myself creatively as well! In my spare time I find myself solving puzzles, listening to podcasts, spending too much time on Twitter, and attempting to role play in DND.


Name: Ahmed Omer
Gender: Male
best group ever
i want to share it with my friends
Gender: Female
I will choose my wedding dress from here right now!
Gender: input


Morse code
Description
Choose the language, transform to morse, then hear it.
Language
Choose the language:
Morse code
To Transliteration
Hear it


A number of folks at Canonical have been writing about what we do and how our work contributes to the goal of getting free software into the mainstream. Canonical and Ubuntu have brought free software to the general public in a way that hasn’t been done before, in a very short span of time.
I’ve been working on the Landscape Team since early 2006. I was one of the founding members of the project along with Gustavo and Chris. Landscape is a web-based tool that eases the task of managing large deployments of Ubuntu. It is one of the many services that Canonical provides, as a value add to Ubuntu, and is proprietary software. At this point you’re probably thinking, “How can proprietary software help the goal of spreading free software? That’s crazy talk.” Well, in at least two ways.
Landscape makes it possible for people that could never have chosen Ubuntu to consider it, and in many cases to adopt it. Our enterprise customers look at Ubuntu and they like what it offers, but that’s only the beginning of the story. Management is a big concern for organizations that roll out tens, hundreds or thousands of Ubuntu machines. Without a management solution, Ubuntu is a non-starter no matter how good the user experience.
Landscape is a revenue generator for Canonical and, though we’d all love to release it as free software, that revenue is very important. It contributes to the sustainability of the company and thus, to the sustainability of Ubuntu itself. We do as much work as we can in the open. For example, Storm, an object relational mapper for Python, was developed by the Landscape Team and released as free software. We’ve sent patches to projects such as Twisted, txAWS and others.
Although my work may be controversial in the wider free software community I’m a free software developer at heart. The effort I put into Landscape is good for free software in general. It helps Ubuntu gain adoption in places where it simply wouldn’t be considered without a tool like Landscape. Canonical has been, and continues to be, an amazing place to work. It is full of passionate people all doing their part to get free software out into the world.


--- permalink: "/tools/randomizers/index.html" redirect_from: "/tools/stage-randomizer/" ---
Fighter+ARMS Stage
Click to randomize!


Train Time
Information
Train Name
Destination
First Train Time (HH:mm - military time)
Frequency (min)
Add Train
Train Name
Destination
First Train Time (HH:mm - military time)
Frequency (min)
Submit


| Interface | Description |
|---|---|
| Future<T> |
Future is an abstraction to deal with asynchronicity without having to use callbacks directly or blocking threads. |
| InterruptHandler |
Interrupts provide a way to send signals to the current pending
Promise given a Future composition. |
| Responder<T> |
Callback to be used with future.respond.
|
| Transformer<T,U> |
Interface to be used by future.transform.
|
| Class | Description |
|---|---|
| FuturePool |
A
FuturePool isolates portions of a Future composition on a separate thread pool. |
| Local<T> |
Local s are a mechanism similar to ThreadLocal but for asynchronous computations. |
| Promise<T> |
Promise is a Future that provides methods to set its result.
|
| Tailrec |
Tailrec e ensures that recursive futures are stack-safe. |
| Exception | Description |
|---|---|
| CheckedFutureException |
Wrapper exception is used to convert the checked exception into a runtime exception so it can be thrown by blocking methods like
future.get . |
| TimeoutException |
Exception thrown when a blocking operation like future.get times out.
|
Copyright © 2017. All Rights Reserved.


Today, not everyone in San Diego receives the healthcare that they have a right to. Anika Ullah founded Intersectional Health Project San Diego (IHPSD) to expand awareness and get the community to aid in the existing health conditions that immigrant populations are faced with. Due to underrepresentation and unawareness, change will not occur for immigrant populations when the San Diego community is unaware about the current harsh conditions that these people are forced to live through.
Problem:
IHPSD needs a medium to expose their ethnographic stories and multimedia in a non-dehumanizing approach to encourage the community to get involved. Organizations need a platform to make their resources visible to help relieve health-related issues in immigrant populations. Volunteers need to gather information about different issues to choose a cause that aligns with their values.
Design Process
1 | Understand
Through user research and interviews, we empathized and figured out the painpoints.
2 | Ideate
With out client's help, we defined the design requirements of each main page.
3 | Prototype
We mapped the site architecture as a guide for our wireframes and prototypes.
USER RESEARCH
We started our interviews by questioning the members of IHPSD to gain better insight on how to design the website. We learned that IHPSD is group of UCSD students who are passionate about bringing awareness to the lack of healthcare immigrant communities in San Diego face. The students travel to these communities and conduct their own interviews to write articles about these issues. Because the target audience for the website is college students, my team and I interviewed college students at UCSD. After conducting these interviews, we were able to create a user profile.
The target community for IHPSD would be UCSD students looking to volunteer or use skills that they have learned from class in nonprofit health-related organizations. They want it to be student-run so that students themselves can raise awareness in school for helping out these programs.
DESIGN REQUIREMENTS
After conducting user research and creating a user profile, my team and I came up with the design requirements for the Website.
General
Website must be intuitive and easy to navigate with a minimized number of steps
Provide a way for interested people to connect to opportunities and get involved
Website should be visually appealing and engaging for users
Technical
Website should have standard website features such as a drop down menu, tabs, etc.
Provide a way for interested people to connect to opportunities and get involved (ex. link to google forms)
Allow the content manager in IHPSD to upload and update articles/documents (create admin system)
Provide a way for people to learn about environmental/health issues and opportunities there (multimedia articles)
Ideation
Anika brought in sketches of what she wanted the homepage and article page as well as the color scheme she wanted, and we based our own sketches of the information she gave us.
Fig 2. Anika's sketches of the homepage, article page, and interactive map.
Given the limited time, we did not expect to implement every potential interactive feature of the website, such as an interactive spatial map that our client requested. Because of budget and time constraint, the team came to the conclusion that implementing the interactive map was not feasible in the timeframe, which we explained to Anika. Instead, we would focus on designing and creating the homepage and article page.
Using a feedback capture grid for all the concepts and a Pugh chart for the homepage and article page, my team and I were able to select our concept for each page. While we decided not to implement the interactive map, my team and I still decided to include the map in our design process for future updates.
Design
Homepage
It will contain an image gallery, featured articles, links to their social media, and IHPSD announcements.
Interactive Map
This is a visual way to access information. There will be a map of San Diego with ticks at locations where there are issues. However, our team is not focused on implementing the interactive map for this project.
Article Page
This is a traditional article layout of the same information as the map. There will be multimedia embedded within the article to provide a fluid flow when exploring the article.
Each webpage will have a navigation bar that allows users to navigate through the website. The general navigation bar hierarchy is represented in the figure below.
SITE ARCHITECTURE
Fig 3. Sitemap and site architecture of the IHPSD website.
We created a sitemap for the website to give us a clearer view of how the website would work and what pages we needed to create.
WIREFRAMES
We were first given a homepage mockup design, font specifications, and color scheme by Anika. Our team then created high fidelity wireframes of the homepage and article page in Sketch, which were then used as designs to base coding the website from. Going off of Anika’s desire for a minimalistic theme, we kept the homepage and article page simple and clean. There is a navigation bar on every webpage that allows the user to find out more information about the organization, read articles, and use the interactive map.
Homepage Design
For the homepage, we kept the design relatively simple and modern. Anika did not want too many visual enhancements such as an image header above the navigation bar, as she thought it would distract users from the information and content on the page. The homepage features an image carousel that users can click through. There is also a featured articles section, where article previews will be displayed. On the right is a sidebar with IHPSD announcements and a contact section in case users would like to further connect with the organization.
Article Page Design
For the article page, I kept the design simple and mostly like a traditional news article layout. I added breadcrumbs at the top as a secondary navigation system. The breadcrumbs serve as a visual tool that gives insight about the website’s hierarchy and because the website will have many articles and pages in the future as IHPSD grows and takes on more projects. I also added social media buttons as a way for users to share the articles and issues they are reading about and create visibility for the issues IHPSD are documenting, further highlighting their cause. On the far left of the page is a fixed sidebar which we refer to as the “action bar”. The sidebar will have call-to-action buttons that will encourage the user to donate to the cause, to volunteer with an organization associated with the cause, and to learn more about the cause.
PROTOTYPE & IMPLEMENTATION
The key features of our two prototypes were:
Navigation bar for the 4 main pages
The details for each of the main pages
Home
Explore
Search
Your Library
The Playlist page
Menus with list of options for the playlist
With ideation completed, I sketched out the different screens in more detail as a base for the mockups to be created on Balsamiq. From there, we created our screens on Figma and used InVision to turn our static screens into a clickable prototype. We drew inspiration from the various music applications used in the comparisons of workflow as well as other apps like Gmail for the redesign of the two scenarios. From there, we were able to a create a new functionality of creating a new playlist from an existing one and make the process of deleting multiple songs simpler and quicker.
Our team created the IHPSD website by coding in HTML, CSS, and JavaScript. We used Bootstrap framework to help implement a mobile-responsive website. We used GitHub to manage our collaborative efforts in a shared repository, as well as to host the the prototype website. While our team is not focusing on implementing the map page, we would suggest the map page to be implemented with Google Maps API.
USER TESTING
We used Nielsen's Ten Usability Heuristics as a guideline for creating our test questions and tasks and evaluating our feedback. The heuristics we specifically focused on were consistency and standards, recognition rather than recall, flexibility and efficiency of use, and aesthetic and minimalist design.
The questions we were interested in answering are:
Are the contents of the website located where users expect to find them?
Are the icons representative of their functionality, or are they confusing?
Are users able to discover what actions are possible to do on the website?
Does the website look trustworthy and professional?
Fig 7. One of our user testers, Aaron B., viewing the IHPSD homepage.
Testing with these heuristics was important for the IHPSD website because frustration in using the website could lead a potential volunteer to not get involved if they are unable to navigate through the website.
Results
After receiving all of our feedback from user testing, we can see what aspects of the website need to be improved on, as well as its strengths.
Testers have critiqued the layout and color scheme of the website the most. As far as desirability of the website, it needs to capture the attention of visitors. Our website could be improved by changing the color scheme. Testers also did not like the scaling on some images and thought that some elements of the interface could be made clearer (i.e. adding a background to indicate that elements are clickable).
When given a task to find an element of the website, testers have been able to navigate through the website with relative ease. The website has high usability enabled by the navigation bar at the top, a feature that is common to websites and which is familiar to most users.
This website is going to be used by IHPSD to display all the content they have collected so far about issues in local communities. Our current website design can feasibly contain and display all the information to the user because of the layout. We split each issue into its own category and have related articles tied to each issue. The organizational structure of the website is to navigate through the navigation bar, which separates the website into understandable categories.
TAKEAWAYS
Working on this project pushed me to focus more on an iterative design process and human-centered design rather than user-centered design. I learned to design with empathy so I could solve problems from other's shoes. I had to think more about sustainable community development and communication within a humanitarian designing context. This was one of the most fulfulling projects I've worked on because I felt that I was really making an impact. Getting to work with Anika and learn more about IHPSD opened my eyes to the health issues the San Diego immigrant population faced and I hope the website really does become a platform that calls people to action.


A place for general developer talk – for everyone! | Documentation https://developers.komodoplatform.com | MoreDev Docs - https://docs.komodoplatform.com | Mastering CryptoConditions - https://github.com/KomodoPlatform/Mastering_CryptoConditions
100 messages
Before 05-Dec-19 12:00 AM
jl777c14-Oct-18 05:40 PM
with the bip words, if you leak one word then you leaked directly part of your privkey
reducing the entropy
kimmel (Pungo.io)14-Oct-18 05:40 PM
right, but that makes it non BIP39 compatible?
and talking about BIP32, guess agama barterdex approach doesnt allow key derivation
jl777c14-Oct-18 05:41 PM
correct
correct
but nothing says that this cant be changed in the future
kimmel (Pungo.io)14-Oct-18 05:42 PM
mmm right I was thinking if bip39 meant complying bip32
jl777c14-Oct-18 05:42 PM
i am not 100% clear on the exact bip32/bip39 details
kimmel (Pungo.io)14-Oct-18 05:42 PM
or if somehow it would be possible to make non-HD bip39 compliant
jl777c14-Oct-18 05:43 PM
would be up to the mm2 team
kimmel (Pungo.io)14-Oct-18 05:43 PM
just for a matter of compatibility with other wallets...its a bit hard to tell people to export keys one by one
ok will switch to mm channel to see if they can clear a bit my mind
kimmel (Pungo.io)14-Oct-18 09:43 PM
talking about crazy ideas...guess its not possible, but just asking...
in a chain with 0 tx fees
is it possible to send a tx that spends 0 coins in a no-fee AC?(edited)
why is it not possible to send 0 fee transactions in bitcoin cash?
Because the base fork was of Core who (after satoshi left bct) decided that 0 fee was a default no-no (despite that satoshit from bct felt that fees should only exist for large weight txes)
kimmel (Pungo.io)14-Oct-18 09:52 PM
I just checked on AC
it gives error -3
wouldnt it be possible to add it as possible on an AC?
or maybe fork the code and add it as a possibility
as for now of the main interesting points I see in IOTA is they can broadcast tx with 0 balance "only" with PoW validating previous tx in order to be able to broadcast a tx with any given value
I'm thinking that by enabling 0 amount tx on a 0 fee AC enables a good amount of possibilities
like using the chain to store data on it using OP_RETURN, that after gets notarized with dPoW for example
Alright15-Oct-18 12:20 AM
@kimmel (Pungo.io) miners can choose to accept 0 fee txs
can show you how you would do it for an AC
Mylo15-Oct-18 12:21 AM
Is txfee an AC param? Defaults to 10k, can it be different for default?
Alright15-Oct-18 12:21 AM
not an ac param
Mylo15-Oct-18 12:21 AM
I didn’t find
Alright15-Oct-18 12:21 AM
just a normal startup param for a miner
Mylo15-Oct-18 12:21 AM
K thx
Alright15-Oct-18 12:22 AM
miner can say "I won't mine txs with fees below x amount"
but they can just set it to 0
there's also some dust rules you'd need to remove if you want to be able to send 0 sat txs
but they aren't consensus rules, so it's fairly easy to do
jl777c15-Oct-18 12:23 AM
dust is often a consensus rule
or maybe standard vs nonstandard and a miner can override it
Alright15-Oct-18 12:24 AM
Yea I'm fairly sure you can mine your own dust txs


Ali and Baba
问题描述 :
There is a rectangle area (with N rows and M columns) in front of Ali and Baba, each grid might be one of the following:
1. Empty area, represented by an integer 0.
2. A Stone, represented by an integer x (x > 0) which denote the HP of this stone.
3. Treasure, represented by an integer -1.
Now, Ali and Baba get the map of this mysterious area, and play the following game:
Ali and Baba play alternately, with Ali starting. In each turn, the player will choose a stone that he can touch and hit it. After this operation, the HP of the stone that been hit will decrease by 1. If some stone’s HP is decreased to 0, it will become an empty area. Here, a player can touch a stone means
there is path consist of empty area from the outside to the stone. Note that two grids are adjacent if and only if they share an edge.
The player who hits the treasure first wins the game.
1. Empty area, represented by an integer 0.
2. A Stone, represented by an integer x (x > 0) which denote the HP of this stone.
3. Treasure, represented by an integer -1.
Now, Ali and Baba get the map of this mysterious area, and play the following game:
Ali and Baba play alternately, with Ali starting. In each turn, the player will choose a stone that he can touch and hit it. After this operation, the HP of the stone that been hit will decrease by 1. If some stone’s HP is decreased to 0, it will become an empty area. Here, a player can touch a stone means
there is path consist of empty area from the outside to the stone. Note that two grids are adjacent if and only if they share an edge.
The player who hits the treasure first wins the game.
输入:
The input consists several testcases.
The first line contains two integer N and M (0 < N,M <= 300), the size of the maze.
The following N lines each contains M integers (less than 100), describes the maze, where a positive integer represents the HP of a stone, 0 reperents an empty area, and -1 reperents the treasure.
There is only one grid contains the treasure in the maze.
The first line contains two integer N and M (0 < N,M <= 300), the size of the maze.
The following N lines each contains M integers (less than 100), describes the maze, where a positive integer represents the HP of a stone, 0 reperents an empty area, and -1 reperents the treasure.
There is only one grid contains the treasure in the maze.
输出:
The input consists several testcases.
The first line contains two integer N and M (0 < N,M <= 300), the size of the maze.
The following N lines each contains M integers (less than 100), describes the maze, where a positive integer represents the HP of a stone, 0 reperents an empty area, and -1 reperents the treasure.
There is only one grid contains the treasure in the maze.
The first line contains two integer N and M (0 < N,M <= 300), the size of the maze.
The following N lines each contains M integers (less than 100), describes the maze, where a positive integer represents the HP of a stone, 0 reperents an empty area, and -1 reperents the treasure.
There is only one grid contains the treasure in the maze.
样例输入:
3 3 1 1 1 1 -1 1 1 1 1
样例输出:
Baba Win
#include<cstdio> #include<iostream> #include<cstring> #include<algorithm> #include<vector> #include<set> #include<queue> using namespace std; const int N = 305; int map[N][N], out[N][N], vis2[N][N]; int n, m, sx, sy, ans; bool vis[N][N]; const int dir[4][2] = {1,0,0,1,-1,0,0,-1}; struct node { int x, y; }; inline bool judge(int x, int y) { if(x >= 1 && y >= 1 && x <= n && y <= m) return 1; else return 0; } inline bool judged(int x, int y) { if(x == 1 || y == 1 || x == n || y == m) return 1; else return 0; } void bfs2(int x, int y) { if(vis2[x][y]) return; vis2[x][y] = 1; if(vis[x][y]) { out[x][y] = 1; return; } int i, xx, yy; node start, tp, p; start.x = x; start.y = y; queue<node> Q; Q.push(start); while(!Q.empty()) { tp = Q.front(); Q.pop(); for(i=0; i<4; i++) { xx = tp.x + dir[i][0]; yy = tp.y + dir[i][1]; if(judge(xx, yy) && !vis2[xx][yy]) { vis2[xx][yy] = 1; if(!vis[xx][yy]) { p.x = xx; p.y = yy; Q.push(p); } else { out[xx][yy] = 1; } } } } } void bfs() { if(judged(sx, sy)) { ans = -1; return ; } memset(vis, 0, sizeof(vis)); queue<node> Q; node tp, p, start; start.x = sx; start.y = sy; Q.push(start); vis[sx][sy] = 1; int i, j, k, xx, yy; ans = 0; while(!Q.empty()) { tp = Q.front(); Q.pop(); //printf("tp:%d %d\n", tp.x, tp.y); for(i=0; i<4; i++) { xx = tp.x + dir[i][0]; yy = tp.y + dir[i][1]; //printf("xx=%d, yy=%d\n", xx, yy); if(judge(xx, yy) && !vis[xx][yy]) { vis[xx][yy] = 1; if(map[xx][yy] == 0) { if(judged(xx, yy)) { //printf("%d %d\n", xx, yy); ans = -1; return ; } p.x = xx; p.y = yy; Q.push(p); } } } } //printf("###\n"); memset(out, 0, sizeof(out)); memset(vis2, 0, sizeof(vis2)); for(i=1; i<=n; i++) { bfs2(1, i); bfs2(n, i); bfs2(i, 1); bfs2(i, n); } } int main() { while(cin >> n >> m) { int i, j; for(i=1; i<=n; i++) { for(j=1; j<=m; j++) { scanf("%d", &map[i][j]); if(map[i][j] == -1) { sx = i; sy = j; } } } //printf("%d %d\n", sx, sy); bfs(); /* printf("\nans=%d\n", ans); for(i=1; i<=n; i++) { for(j=1; j<=m; j++) { printf("%d ", out[i][j]); } printf("\n"); } */ if(ans == -1) { printf("Ali Win\n"); continue; } for(i=1; i<=n; i++) { for(j=1; j<=m; j++) { if(vis2[i][j] && !out[i][j]) ans += map[i][j]; if(out[i][j]) ans += map[i][j] - 1; } } //printf("ans = %d\n", ans); if(ans % 2 == 0) printf("Baba Win\n"); else printf("Ali Win\n"); } return 0; }
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非常好看，大力支持继续加油，希望更新快一点
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
声明一下，跳蛋闹钟是我在别处转来无聊图的，不是煎蛋新闻里的
秒！~
第二块代码if(it != mp.end())应改为if(it != mp.end() && (i+1)!=(it->second +1))；因为第二种解法如果数组有重复元素 就不正确
很棒的网站，加油！⛽
先从简单的做起，归并排序，二叉树相关的遍历等
Dijkstra 不适合有负权值的边吧
很好，注释很详细啊
正解，我的方法占用的内存更多些
妈呀！这个Dijkstra模板好长OwQ！
为什么暴力求解方法循环到sqrt(n) 就可以了呢
第一种方法怎么会是O(log(m+n))呢？没有二分的话直接遍历应该就是O(m+n)吧？
写的很好~~
其实就是DFS搜索，数据量较小，穷举了所有情况
第二个是python代码啊。。
C语言版本的代码好像有点问题


You should know the following things first:
There are some existing works to highlight Markdown documents: https://github.com/tpope/vim-markdown
This one is already very good. I will tweak some points later.
To help fast navigate in a md document, it's critical to have the topic lists. It's a pity that I did not find complete solution on this issue.
Here's one off-the-shelf plugin, tocdown: http://www.vim.org/scripts/script.php?script_id=3856
It solves the problem, but I just don't want to use more plugins. I want to figure out a way to let the existing plugins work. It turns out that VIM plugin "Taglist" and the universal tag generator "ctags" do solve the problem. Here's the HOWTO.
The Tlist work in the following prcess:
The simplest way is to add this line in ".vimrc":
au BufNewFile,BufRead *.md set filetype=markdown
You can also set other commonly used extensions like *.mkd *.markdown (comma separated). If you installed the "vim-markdown" plugin mentioned in the previous section, you already have markdown detection logic there. (If the filetype is not detected, how to highlight syntax?) Then you don't worry about this section.
ctags is a powerful tool. You can pass command line options in to support parsing any files. The "$HOME/.ctags" file stores user specified commands. They will be loaded at each invokation of ctags sequentially. You can put the following lines in the config file:
--langdef=markdown
--langmap=markdown:.md
--regex-markdown=/^#[ \t]+(.*)/-\1/h,heading1/
--regex-markdown=/^##[ \t]+(.*)/- \1/h,heading2/
--regex-markdown=/^###[ \t]+(.*)/- \1/h,heading3/
--regex-markdown=/^####[ \t]+(.*)/- \1/h,heading4/
--regex-markdown=/^#####[ \t]+(.*)/- \1/h,heading5/
--regex-markdown=/^######[ \t]+(.*)/- \1/h,heading6/
--regex-markdown=/^#######[ \t]+(.*)/- \1/h,heading7/
Here's the explanation:
Note that in the substitution pattern, I add many blanks. This is to help indent the headings in tag bar. The preceding "-" is essential, or Tlist will trim the string.
Configure the last piece in "$HOME/.ctags":
let g:tlist_markdown_settings = 'markdown;h:Headlins'
The meanings are intuitive. "Headlines" is the category title shown in Tlist bar.


I'm a Portland, Oregon-based Product Manager, Coder-in-Training and Civic Tech Enthusiast. As a result of being laid off during the Covid-19 pandemic, I’m currently focused on an intensive deep-dive into programming with the goal of landing a software engineering gig next.
Have a look around and connect with me on GitHub or Twitter!


--- layout: default title: Home ---
Hello, and welcome to my personal blog! I am a programmer passionate about functional programming, type theory and category theory.
I blog about functional programming in TypeScript, perform mentoring of developers who would like to study practical FP, and provide consultancy and architecture review for enterprises.


fun Number.toPx(): Int
Converts a number from DP to pixel dimension.
Return number in pixels
Receiver Number


THERE'S SOMETHING ABOUT MARY
Reviewed by Harvey Karten, Ph.D. 20th Century Fox Director: Bobby Farrelly & Peter Farrelly Writers: Peter Farrelly, Bobby Farrelly & Ed Decter & John J. Strauss Cast: Cameron Diaz, Matt Dillon, Ben Stiller, Lee Evans, Chris Elliott
As the crowd was leaving an advance screening of "There's Something About Mary," a guy in the lobby was passing out bottles of hair gel with the name of the film on the logo. The stuff was free, so why not? Everyone grabbed, a few laughed, some tucked the bottles into their handbags and jacket pockets. But a few groaned aaaargh and tossed the stuff into the trash without smelling or trying the substance. Why the overreaction? The "hair gel" is the movie's biggest joke, or, more accurately, the grossest sally. It's the gag that everyone will be talking about. If this movie were up for an Oscar (which is doubtful), this is the sort of thing that the Academy would remember at voting time even if the film had opened thirteen months before the poll. When Mary (Cameron Diaz) accepts a dab of the gel from Ted (Ben Stiller), who is madly in love with her, and places it on the front of her sunshine-bright blond hair, the audience roars. Why? You'll have to see the movie, though it's likely as not that your pals already spilled the beans (so to speak).
They always tell us in film school about the critic who roars with laughter, and while he's doubling up with mirth he's moaning, "This is awful, oh this is terrible, ah this picture is the pits." This is the kind of reaction this movie gives. The script has a few corkers and cases of multiple mistaken identities that you probably won't figure out. For the most part, though, its humor depends on the same sorts of gross-outs that the Farrelly brothers were noted for in their previous exercise in coarseness, "Dumb and Dumber." "Dumb and Dumber" has a plot that's similar to this one, also prominently featuring a dog (Jeff Daniels ran a dog-grooming service) and a bottle of beer which turns out to be not a bottle of beer. Like this, it involves a run-in with a gangster and a rendezvous with a cop. In fact Roger Ebert, who gave "Dumb and Dumber" only two stars, admitted that "there is a moment that made me laugh so loudly I embarrassed myself...I just couldn't stop." There's more than one twinkling just like this in "There's Something About Mary," particularly involving a dog which in one case reacts strongly to a tranquilizer and in another, to speed.
The sitcom plot revolves around an obsessive love that Ted has felt toward Mary for thirteen years. A student in a Rhode Island high school, he asks her to the prom, is amazed that she accepts, but then circumstances intervene which force him to cancel the date. Years later, he hears that she has moved to Miami and hires a would-be private investigator, Healy (Matt Dillon) to track her down. When Healy finds her, he also falls instantly in love and is determined to hide her existence from his client while he courts her for himself. The film follows the usual strategy of romantic comedy, which is to put obstacles in the paths of the lovers until the very end, when the relationship is consummated or at least confirmed.
There are two hilarious dog scenes. In one instance, Healy, using spy equipment, overhears Mary's neighbor Magda (Lin Shaye) insist that Mary accept as a boy friend only a guy who gets a friendly reaction for her Border terrier. This little dog has growled at every stranger who enters the house. To insure a cordial reception, Healy tosses a tranquilizer through the window, the dog eats, then passes out requiring Healy to administer artifical respiration, followed by electric shock stimulation. In a reverse situation, the dog has swallowed an upper and in one of the most riotous battles ever filmed between man and terrier, Ted is vociferously attacked, his reputation saved only when he ducks and the dog flies through the window. The most controversial scene finds Ted taking a certain action before a date with Mary, one which is designed to calm him down and which forms the basis of the hair gel joke. Yet another gross-out takes place when Ted gets a part of his body caught in the zipper of his pants just as he is to escort Mary to the prom and requires the help of Mary's mother, her stepfather, a fireman, a cop, and a team of paramedics.

Like "Dumb and Dumber," the plot is pitched at the level of base, lewd and obscene films like "Mall Rats" and "Trainspotting," and should appeal mightily to high-school kids. That's not to say that adults will sit through the film with a straight face. This is the sort of picture that you can't help laughing with while realizing all the while that it's appealing to your basest stretches. In other words, you'll react just like the critics.
Rated R. Running time: 109 minutes. (C) Harvey Karten 1998
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Sonic Returns in New Trailer – Redesigned after Huge Backlash from Fans
Paramount Pictures has released a new trailer for the Sonic the Hedgehog movie, which unveils the Sega mascot’s new design as the old one was torn to shreds with memes by fans.
Fans came down hard on the initial design when the original trailer debuted back in late April. The widespread backlash to the CGI character actually forced the movie to be delayed so the team could fix Sonic. And now, the studio released a new trailer for Sonic the Hedgehog, and Sonic looks a lot better.
The biggest visual change is Sonic’s eyes are a lot bigger, and the CGI body is far less human-like.  Sonic just looks smaller and cuter, just like you’d expect from a CGI version of the Japanese video game star.
Netizens were also satisfied with the result – and surprised that the changes were made rather quickly. Fans even gave credit to the studio for actually listening to their demands and making a much-needed CGI change.


Dear {{firstName}} {{lastName}},
Roses are red
Forgetting is a hazard
Click on the link, to reset your password
If you did not want to reset your password for
MyMICDS.net
, place ignore this email.
Change my Password!


--- layout: default heading: University of Toronto subheading: CSC413/2516 Winter 2021 Neural Networks and Deep Learning image: "assets/dcs_logo.png" --- {% include header.html %}


"Shanghai Noon" - Chan Can Chop but Story Has No Punch by Homer Yen (c) 2000
Non-alcoholic beer. Sugar-free cookies. Fat-free ice cream. These look good, but they just don't quite satisfy. Now you can add "Shanghai Noon" to this list. Set in the year 1881, this adventure-comedy about cowboys, Indians, and a Chinese Imperial Guard looks great. The impressive cinematography shows the pomp of Imperial Guards (who sport very festive looking garb) practicing martial arts in unison, the majesty of the vast Western expanse, and the beauty of snow-capped mountains. However, once you move beyond the first 30 minutes and start looking for a story, you'll find that the plot becomes less coherent than President Clinton's explanation about his relationship with Monica Lewinsky.
The story begins in the fabled Forbidden City where hundreds of Imperial Guards are drilling in the main courtyard. Among them is Chon Wang (Chan), a loyal protector bound by honor and oath. Included among those that he has sworn to protect is the demure Princess Pei Pei (Lucy Liu). Faced with the unpleasant prospect of taking part in an arranged marriage, she decides to escape to America. Chon tries to stop her, but when the Princess coldly stares at him and demands that he desists, his reverence for her makes him completely powerless. His moment of weakness, however, proves to be disastrous. Once the Princess reaches America, she is kidnapped. To right his mistake, he volunteers to go to America to rescue her.
Chon certainly possesses the fighting skills necessary to fend off rowdy cowboys, dimwitted bandits, and even a hostile group of Indians. These encounters allow Chan to display his trademark comical fighting style. When he's not delivering a punch or a roundhouse kick, he's jumping through trees or scurrying through windows. And when he's up against a superior number of foes, he quickly improvises and uses unconventional objects as weapons. The most unique sequence involves a battle with a gun-wielding posse in which our hero skillfully uses a horseshoe and a piece of rope to dispatch his opponents. Chan is not a vicious fighter who is intent on maiming his opponent. Rather, he just seems content on knocking them down. Thus, despite some bone-crunching sound effects, the fight scenes are completely bloodless.
Eventually, Chon team's up with the smug yet amiable outlaw, Roy O'Bannon (Owen Wilson). Chon hopes that Roy's familiarity with the territory may be of an asset. Meanwhile, Roy feels that locating the Princess might yield some lucrative benefits. Teaming these two together, however, slows the movie down considerably. While Chan and Wilson seem comfortable in their roles, they didn't really have any chemistry. Chan could have done this as a solo project. Wilson's inclusion seemed to only accomplish adding another bad guy to the mix, an ornery and reward-hungry gunslinger (Xander Berkeley).
"Shanghai Noon" is fun to watch when it focuses on Chon's mission to save the Princess. But as the story progresses, there are a number of other subplots that are introduced but are never fully resolved. This becomes quite distracting. For example, Wen is supposed to avenge the death of someone, a plot that seems totally forgotten. Princess Pei Pei learns something about the common person, but this notion is never furthered. These are all noble ideas, but they dissipate like noble gases. Even stranger, there is no clear reason for having a villain. The audience is left completely in the dark as to his motivation and grand scheme.
 There is no other performer like him, so any of his films are usually worth the price of matinee.
Grade: C+ S: 1 L: 1 V: 1
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The review above was posted to the
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While there is no one-size-fits-all sustainable infrastructure solution, our research works to remove unnecessary barriers to this goal. Related to the theme of decision engineering, we investigate (1) cognitive biases, judgement, and agency that may inhibit consideration for environmental and social sustainability during upfront planning and design of civil infrastructure systems; and (2) design feedback loops to aid in more accurate forecasts and decisions about uncertain future events around infrastructure.
Related to both themes we use cognitive neuroscience to understand individual judgment and decision making. Advances at the cognitive level inform our methods to encourage consideration for sustainability and provide a better understanding of how risk and uncertainty influence engineering judgement. Our Decision Engineering Lab, includes functional near-infrared spectroscopy (fNIRS) to conduct empirical research. Please contact us if you are interested in using, or partnering, on a future fNIRS project.
Related to theme 1, the solutions we have developed relate to choice architecture, meaning understanding, and when appropriate, shifting the way design options are posed to infrastructure stakeholders and decision makers. Connected to this theme is education for sustainability. We assess how students learn about sustainability (including climate change) in higher education and how this informs their beliefs and agency.
Related to theme 2, the inherent scale and complexity of infrastructure often limits the feedback of information to the design team and reduces their ability to make more accurate judgments about future projects. Our research team analyzes historical, current, and readily available data about infrastructure systems (our current focus is buildings and transportation) to inform engineers about design decisions that lead to energy and emission reductions.
Tripp Shealy is an assistant professor in the Charles E. Via, Jr. Department of Civil and Environmental Engineering and principal faculty member in the Myers-Lawson School of Construction at Virginia Tech. Previously, Dr. Shealy worked as a consultant for the construction industry reviewing building codes, assisting engineering firms with sustainability assessments, and as a project engineer building water treatment facilities. He received his doctorate from Clemson University. His research focus is on judgment and decision making for sustainable infrastructure. He targets underexplored areas by applying concepts from psychology, behavioral economics, and data science to implement cost effective ways to guide stakeholders in the infrastructure development process towards decisions that lead to more sustainable outcomes. His research interest also includes how themes related to sustainability can attract new students to study engineering.
Tripp lives in Blacksburg, VA with his wife. When not teaching, advising students, or conducting research he is typically mountain biking in the national forest adjacent to campus.
Tripp Shealy • Department of Civil and Environmental Engineering • Virginia Tech
© 2016


The diffpriv
package makes privacy-aware data science in R easy. diffpriv
implements the formal framework of differential privacy: differentially-private mechanisms can safely release to untrusted third parties: statistics computed, models fit, or arbitrary structures derived on privacy-sensitive data. Due to the worst-case nature of the framework, mechanism development typically requires involved theoretical analysis. diffpriv
offers a turn-key approach to differential privacy by automating this process with sensitivity sampling in place of theoretical sensitivity analysis.
Obtaining diffpriv
is easy. From within R:
## Install the release version of diffpriv from CRAN:
install.packages("diffpriv")
## Install the latest development version of diffpriv from GitHub:
install.packages("devtools")
devtools::install_github("brubinstein/diffpriv")
A typical example in differential privacy is privately releasing a simple target
function of privacy-sensitive input data X
. Say the mean of numeric
data:
## a target function we'd like to run on private data X, releasing the result
target <- function(X) mean(X)
First load the diffpriv
package (installed as above) and construct a chosen differentially-private mechanism for privatizing target
.
## target seeks to release a numeric, so we'll use the Laplace mechanism---a
## standard generic mechanism for privatizing numeric responses
library(diffpriv)
mech <- DPMechLaplace(target = target)
To run mech
on a dataset X
we must first determine the sensitivity of target
to small changes to input dataset. One avenue is to analytically bound sensitivity (on paper; see the vignette) and supply it via the sensitivity
argument of mechanism construction: in this case not hard if we assume bounded data, but in general sensitivity can be very non-trivial to calculate manually. The other approach, which we follow in this example, is sensitivity sampling: repeated probing of target
to estimate sensitivity automatically. We need only specify a distribution for generating random probe datasets; sensitivitySampler()
takes care of the rest. The price we pay for this convenience is the weaker form of random differential privacy.
## set a dataset sampling distribution, then estimate target sensitivity with
## sufficient samples for subsequent mechanism responses to achieve random
## differential privacy with confidence 1-gamma
distr <- function(n) rnorm(n)
mech <- sensitivitySampler(mech, oracle = distr, n = 5, gamma = 0.1)
#> Sampling sensitivity with m=285 gamma=0.1 k=285
mech@sensitivity ## DPMech and subclasses are S4: slots accessed via @
#> [1] 0.8089517
With a sensitivity-calibrated mechanism in hand, we can release private responses on a dataset X
, displayed alongside the non-private response for comparison:
X <- c(0.328,-1.444,-0.511,0.154,-2.062) # length is sensitivitySampler() n
r <- releaseResponse(mech, privacyParams = DPParamsEps(epsilon = 1), X = X)
cat("Private response r$response: ", r$response,
"\nNon-private response target(X):", target(X))
#> Private response r$response: -1.119506
#> Non-private response target(X): -0.707
The above example demonstrates the main components of diffpriv
:
DPMech
for generic mechanisms that captures the non-private target
and releases privatized responses from it. Current subclasses
DPMechLaplace
, DPMechGaussian
: the Laplace and Gaussian mechanisms for releasing numeric responses with additive noise;DPMechExponential
: the exponential mechanism for privately optimizing over finite sets (which need not be numeric); andDPMechBernstein
: the Bernstein mechanism for privately releasing multivariate real-valued functions. See the bernstein vignette for more.DPParamsEps
and subclasses for encapsulating privacy parameters.sensitivitySampler()
method of DPMech
subclasses estimates target sensitivity necessary to run releaseResponse()
of DPMech
generic mechanisms. This provides an easy alternative to exact sensitivity bounds requiring mathematical analysis. The sampler repeatedly probes DPMech@target
to estimate sensitivity to data perturbation. Running mechanisms with obtained sensitivities yield random differential privacy.Read the package vignette for more, or news for the latest release notes.
diffpriv
is an open-source package offered with a permissive MIT License. Please acknowledge use of diffpriv
by citing the paper on the sensitivity sampler:
Benjamin I. P. Rubinstein and Francesco Aldà. “Pain-Free Random Differential Privacy with Sensitivity Sampling”, to appear in the 34th International Conference on Machine Learning (ICML’2017), 2017.
Other relevant references to cite depending on usage:


Overview
Welcome to the Sigma Coding add-in, with this add-in you can use custom functions to unpivot data, split text, and make an API call.
Unpivot Function
Often, we want our data in a normalized fashion because it allows for quick calcualtion, efficent storage, and easy manipulation. However, Excel doesn't offer an easy to unpivot your data. With the `unpivot` function we can unpivot data instantyl.
- Achieve more with Office integration
- Unlock features and functionality
- Create and visualize like a pro
Modify the source files, then click Run.
Run


ETC Eos Guide
By Window
1
Channels (Tombstone)
1
Channels (Table)
2
PSD
3
Magic Sheet
14
Magic Sheet List
12
Patch
17
Groups
22
Intensity Palettes
23
Focus Palettes
24
Color Palettes
25
Beam Palettes
26
Presets
13
Effects
8
Effect Channels
15
Submasters
16
Cues
9
Pixel Maps
18
Macros
19
Snapshots
21
Curves
20
Park
11
Show Control
32
Channels In Use
33
Color Path
35
Fader List Display
37
sACN Output Viewer
100
Manual
4
Direct Selects
5
ML Controls
6
Effect Status
7
Virtual Keyboard
10
Pixel Map Preview
27
Color Picker
28
Fader Module
29
About
30
Command History
31
Lamp Controls
36
Fader Config
A-Z
Channels View
Groups
Faders
Keyboard Shortcuts
Manual
Offset
Palettes
PSD


| Interface | Description |
|---|---|
| Calculate |
This is the common interface for code calls in call terms.
|
| JSHOP2TokenTypes |
| Class | Description |
|---|---|
| Axiom |
Each axiom at run time is represented as a class derived from this abstract
class.
|
| CompileTimeObject |
All the objects at compile time are instances of classes that are derived
from this abstract class.
|
| CompLess |
This class handles
:sort-by logical preconditions that use
numerical less than as the sorting function. |
| CompMore |
This class handles
:sort-by logical preconditions that use
numerical more than as the sorting function. |
| DelAddAtomic |
Each atomic element in the delete/add list of an operator both at compile
time and run time is represented as an instance of this class.
|
| DelAddElement |
Each element in the delete/add list of an operator both at compile time and
run time is represented as an instance of a class derived from this
abstract class.
|
| DelAddForAll |
Each
ForAll element in the delete/add list of an operator both
at compile time and run time is represented as an instance of this class. |
| DelAddProtection |
Each
Protection element in the delete/add list of an operator
both at compile time and run time is represented as an instance of this
class. |
| DijkstraAlgorithm | |
| DijkstraShortestPath | |
| Div |
Each code call of the form
(call / ...) is
implemented by an object of this class. |
| Domain |
Each domain at run time is represented as a class derived from this
abstract class.
|
| DomainElement |
This abstract class implements the basic common functionality of the all
possible elements (i.e., methods, operators, and axioms) of a domain at
run time.
|
| Edge | |
| Equal |
Each code call of the form
(call = ...) is
implemented by an object of this class. |
| Graph | |
| InternalAxiom |
Each axiom at compile time is represented as an instance of this class.
|
| InternalDomain |
Each domain at compile time is represented as an instance of this class.
|
| InternalElement |
Each domain element (i.e., method, operator, or axiom) at compile time is
represented as an instance of a class derived from this abstract class.
|
| InternalMethod |
Each method at compile time is represented as an instance of this class.
|
| InternalOperator |
Each operator at compile time is represented as an instance of this class.
|
| InternalVars |
This class represents all the variables that JSHOP2 needs every time it
calls itself recursively.
|
| JSHOP2 |
This class is the implementation of the JSHOP2 algorithm.
|
| JSHOP2GUI |
This is the graphical interface for JSHOP2
|
| JSHOP2Lexer | |
| JSHOP2Parser | |
| Less |
Each code call of the form
(call < ...) is
implemented by an object of this class |
| LessEq |
Each code call of the form
(call <= ...) is
implemented by an object of this class |
| List |
Each list, both at compile time and at run time, is an instance of this
class.
|
| LogicalExpression |
Each logical expression at compile time is represented as a class derived
from this abstract class.
|
| LogicalExpressionAssignment |
Each assign term in a logical expression at compile time is represented as
an instance of this class.
|
| LogicalExpressionAtomic |
Each atomic term in a logical expression at compile time is represented as
an instance of this class.
|
| LogicalExpressionCall |
Each call term in a logical expression at compile time is represented as an
instance of this class.
|
| LogicalExpressionConjunction |
Each conjunction at compile time is represented as an instance of this
class.
|
| LogicalExpressionDisjunction |
Each disjunction at compile time is represented as an instance of this
class.
|
| LogicalExpressionForAll |
Each
ForAll logical expression at compile time is represented
as an instance of this class. |
| LogicalExpressionNegation |
Each negative term in a logical expression at compile time is represented
as an instance of this class.
|
| LogicalExpressionNil |
Each empty logical expression at compile time is represented as an instance
of this class.
|
| LogicalPrecondition |
Each logical precondition at compile time is represented as an instance of
this class.
|
| Member |
Each code call of the form
(call Member ...) is
implemented by an object of this class |
| Method |
Each method at run time is represented as a class derived from this
abstract class.
|
| Minus |
Each code call of the form
(call - ...) is
implemented by an object of this class. |
| More |
Each code call of the form
(call > ...) is
implemented by an object of this class |
| MoreEq |
Each code call of the form
(call >= ...) is
implemented by an object of this class |
| Mult |
Each code call of the form
(call * ...) is
implemented by an object of this class. |
| MyIterator |
This class implements an iterator with data members that can keep track of
where the algorithm is in terms of bindings found so far so that when the
next binding is needed it can be calculated correctly.
|
| NotEq |
Each code call of the form
(call != ...) is
implemented by an object of this class. |
| NumberedPredicate |
This class represents a predicate with an integer number associated with
it.
|
| Operator |
Each operator at run time is represented as a class derived from this
abstract class.
|
| Plan |
This class represent a plan as a
LinkedList of ground
instances of operators. |
| PlanStepInfo |
This object encapsulates the information pertaining to a single step in the planning
process.
|
| Plus |
Each code call of the form
(call + ...) is
implemented by an object of this class. |
| Power |
Each code call of the form
(call ^ ...) is
implemented by an object of this class. |
| Precondition |
This abstract class represents an iterator over all the possible bindings
that can satisfy its corresponding logical expression at run time.
|
| PreconditionAssign |
This class represents an iterator over all the possible bindings that can
satisfy an assignment logical expression at run time.
|
| PreconditionAtomic |
This class represents an iterator over all the possible bindings that can
satisfy an atomic logical expression at run time.
|
| PreconditionCall |
This class represents an iterator over all the possible bindings that can
satisfy a call logical expression at run time.
|
| PreconditionForAll |
This class represents an iterator over all the possible bindings that can
satisfy a
ForAll logical expression at run time. |
| PreconditionNegation |
This class represents an iterator over all the possible bindings that can
satisfy a negation logical expression at run time.
|
| PreconditionNil |
This class represents an iterator over all the possible bindings that can
satisfy an empty logical expression at run time.
|
| Predicate |
Each predicate, both at compile time and at run time, is an instance of
this class.
|
| SolverThread |
The thread that invokes JSHOP2 to solve a planning problem.
|
| State |
This class is used to represent the current state of the world.
|
| StdLib |
This class bundles all the code calls that are implemented in the standard
library of JSHOP2 in one class.
|
| TaskAtom |
Each task atom both at compile time and at run time is represented as an
object of this class.
|
| TaskList |
Each task list, both at compile time and at run time, is an instance of
this class.
|
| Term |
Each term, both at compile time and at run time, is an instance of a class
derived from this abstract class.
|
| TermCall |
Each call term, both at compile time and at run time, is an instance of
this class.
|
| TermConstant |
Each constant symbol, both at compile time and at run time, is an instance
of this class.
|
| TermList |
Each list both at compile time and at run time, is an instance of this
class.
|
| TermNumber |
Each numerical term both at compile time and at run time, is an instance
of this class.
|
| TermVariable |
Each variable symbol both at compile time and at run time, is an instance
of this class.
|
| Vertex |


WITNESS LIST Civil Practices Committee February 19, 2003-2:00P HB 3 For: Berthelsen, Spencer (Texas Medical Association) Durand, John (Texas Medical Association) Evans, Darlene (Self and Texas Health Care Association) Ewing, Joe (Primary Care Coalition) Falcon, Antonio (Texas Medical Association) Gadberry, Gavin (Texas Health Care Association) Howard, Jo Ann (TMLT; American Physicians Insurance Exchange) Hull, Mike (TAPA) Hunsaker, Jerry (Self) Juan, Vicente (Self) Kottman, Robert (Self and Bexar County Medical Society) Permetti, Thomas (CHRISTUS Health; Texas Hospital Association; Catholic Health Association of Texas) Peterson, Mary Dale (Self) Regier, Michael (Texas Hospital Association; Seton Healthcare Network) Roberts, George (Self and Texas Hospital Association; Henderson Memorial Hospital) Spence, Chris (Texas Association of Homes and Services for the Aging) Venable, Peggy (Citizens for a Sound Economy; Texas Womens Alliance) Woerner, Steve (Corpus Christi Medical Center) Against: Aleshire, Mary Roe (Self) Bragg, David (AARP) Castleberry, Laura (Self) Dye, Robert (Self) Fletcher, Howard (Self) Gibson, Lester (Self) Gray, Richard (Self) Grover, Laurie (Self) Hampton, Hartley (Texas Trial Lawyers Association) James, Reggie (Consumers Union) Jetton, Sheila (Self) Korioth, Tony (Texas Municipal League Intergovernmental Risk Pool) Lanier, W. Mark (Self) Mithoff, Richard (Texas Trial Lawyers Association) Rosenfield, Harvey (Foundation for Taxpayer & Consumer Rights) Sweeney, Paula (Texas Trial Lawyers Association) Tutt, Kim (Self) Weber, Cynthia Garza (Self) Wright, Larry (Self) Young, Aaron (Self) Zamora, Anita (Self) On: Mah, C. H. (Texas Department of Insurance) Patrick, Donald (Texas Board of Medical Examiners) Ryder, Brian (Texas Department of Insurance) Sprinkle, G. K. (Texas Ambulance Association) HJR 3 For: Berthelsen, Spencer (Texas Medical Association) Durand, John (Texas Medical Association) Evans, Darlene (Self and Texas Health Care Association) Ewing, Joe (Primary Care Coalition) Falcon, Antonio (Texas Medical Association) Gadberry, Gavin (Texas Health Care Association) Howard, Jo Ann (TMLT; American Physicians Insurance Exchange) Hull, Mike (TAPA) Hunsaker, Jerry (Self) Juan, Vicente (Self) Kottman, Robert (Self and Bexar County Medical Society) Permetti, Thomas (CHRISTUS Health; Texas Hospital Association; Catholic Health Association of Texas) Peterson, Mary Dale (Self) Regier, Michael (Texas Hospital Association; Seton Healthcare Network) Roberts, George (Self and Texas Hospital Association; Henderson Memorial Hospital) Spence, Chris (Texas Association of Homes and Services for the Aging) Venable, Peggy (Citizens for a Sound Economy; Texas Womens Alliance) Woerner, Steve (Corpus Christi Medical Center) Against: Aleshire, Mary Roe (Self) Bragg, David (AARP) Castleberry, Laura (Self) Dye, Robert (Self) Fletcher, Howard (Self) Gibson, Lester (Self) Gray, Richard (Self) Grover, Laurie (Self) Hampton, Hartley (Texas Trial Lawyers Association) James, Reggie (Consumers Union) Jetton, Sheila (Self) Lanier, W. Mark (Self) Mithoff, Richard (Texas Trial Lawyers Association) Rosenfield, Harvey (Foundation for Taxpayer & Consumer Rights) Sweeney, Paula (Texas Trial Lawyers Association) Tutt, Kim (Self) Weber, Cynthia Garza (Self) Wright, Larry (Self) Young, Aaron (Self) Zamora, Anita (Self) On: Korioth, Tony (Texas Municipal League Intergovernmental Risk Pool) Mah, C. H. (Texas Department of Insurance) Patrick, Donald (Texas Board of Medical Examiners) Ryder, Brian (Texas Department of Insurance) Sprinkle, G. K. (Texas Ambulance Association)


Apache™ FOP Development: RTFLib (jfor)
General Information
Introduction
The RTFLib package is an open-source, independent package suitable for writing RTF files in a java environment. By independent we mean:
-
Although it is used by Apache™ FOP to generate FOP's RTF output, it is not dependent on FOP for any of its functionality.
-
It does not require FOP as a front-end, nor does it even require XSL-FO for input. It essentially exposes an API of relatively high-level RTF construction routines to a host program. This means it can be used anywhere RTF output is required and java is available.
The FOP development team intends to keep the RTFLib package independent so that it can be used for other purposes.
History
RTFLib was originally developed by Bertrand Delacrétaz and the jfor team. jfor was written under an Apache-style license, and the jfor team contributed the code to the Apache Software Foundation in June, 2003. RTFLib is a subset of the original jfor project, which also includes an XSL-FO parsing mechanism for a complete XSL-FO to RTF solution.
Status
Although FOP's implementation of the RTFLib package is very incomplete, the RTFLib package itself is relatively mature. RTFLib is only available in the trunk line of FOP development.
User Documentation
Overview
Perhaps the easiest way to see how to use RTFLib is by looking at an example. A set of test documents is part of the package, and can be viewed online. A quick look at the Abstract TestDocument class, and one of the Concrete subclasses, SimpleDocument will provide the basics of how to use the package.
There are two basic concepts you will need to understand in order to use RTFLib:
-
Documents are created by filling bigger containers with successively smaller containers, and eventually with content.
-
Attributes may be set for each container or content as it is created
RTFLib handles the process of converting to and writing the RTF content as the document is created. All you need to do is flush the document at the end to make sure that the last pieces get written.
Document Structure
The following table summarizes the various containers that can be created:
| Name | Class.Method where created | Attribute Set(s) | Valid children |
|---|---|---|---|
| Document Area | RtfFile.startDocumentArea() | Information Group, Document Formatting | Section |
| Section | RtfDocumentArea.newSection() | Section Formatting | Paragraph, ParagraphKeepTogether, Image, List, Before (Page Heading), After (Page Footer), JforCmd |
| Paragraph | RtfSection.newParagraph() | Paragraph Formatting, Character Formatting | Text |
| ParagraphKeepTogether | RtfSection.newParagraphKeepTogether | . | . |
| Image | RtfSection.newImage | . | . |
| Table | RtfSection.newTable | . | . |
| List | RtfSection.newList | . | . |
| Before (Page Heading) | RtfSection.newBefore | . | . |
| After (Page Footer) | RtfSection.newAfter | . | . |
| JforCmd | RtfSection.newJforCmd | . | . |
| Text | RtfParagraph.newText() | Character Formatting | N/A |
Attributes
Information Group
These attributes are set when creating a Document.
Document Formatting
These attributes are set when creating a Document.
Section Formatting
These attributes are set when creating a Section.
Paragraph Formatting
These attributes are set when creating a Paragraph.
| Description | Attribute Name | Attribute Value | RTF Control Word |
|---|---|---|---|
| . | |||
| Alignment | . | ||
| ----------- | --- | ||
| Align Left | RtfText.ALIGN_LEFT | N/A (boolean) | \ql |
| Align Right | RtfText.ALIGN_RIGHT | N/A (boolean) | \qr |
| Align Centered | RtfText.ALIGN_CENTER | N/A (boolean) | \qc |
| Align Justified | RtfText.ALIGN_JUSTIFIED | N/A (boolean) | \qj |
| Align Distributed | RtfText.ALIGN_DISTRIBUTED | N/A (boolean) | \qd |
| Kashida justification | not implemented | 0-20 (integer) | \qkN |
| Thai Distributed justification | not implemented | N/A (boolean) | \qt |
| Indentation | . | ||
| ------------- | --- | ||
| Left indent body | RtfText.LEFT_INDENT_BODY | (int) "hundredths of a character unit" (?) | \li |
| Left indent first | RtfText.LEFT_INDENT_FIRST | (int) "hundredths of a character unit" (?) | \fi |
| Borders | . | ||
| --------- | --- | ||
| Bottom single border | RtfText.BDR_BOTTOM_SINGLE | Boolean? | brdrb\brsp40\brdrs |
| Bottom double border | RtfText.BDR_BOTTOM_DOUBLE | Boolean? | brdrb\brsp40\brdrdb |
| Bottom embossed border | RtfText.BDR_BOTTOM_EMBOSS | Boolean? | brdrb\brsp40\brdremboss |
| bottom dotted border | RtfText.BDR_BOTTOM_DOTTED | Boolean? | brdrb\brsp40\brdrdot |
| bottom dashed border | RtfText.BDR_BOTTOM_DASH | Boolean? | brdrb\brsp40\brdrdash |
Character Formatting
These attributes are set when creating a Paragraph, or Text.
| Description | Attribute Name | Attribute Value | RTF Control Word |
|---|---|---|---|
| Bold | RtfText.ATTR_BOLD | N/A (boolean) | \b |
| Italic | RtfText.ATTR_ITALIC | N/A (boolean) | \i |
| Underline | RtfText.ATTR_UNDERLINE | N/A (boolean), or (int) 0 to turn underlining off | \ul |
| Font Size | RtfText.ATTR_FONT_SIZE | (int) font size in half-points | \fs |
| Font Family | RtfText.ATTR_FONT_FAMILY | (int) entry in document font-table | \f |
| Font Color | RtfText.ATTR_FONT_COLOR | (int) entry in document color-table | \cf |
| Background Color | RtfText.ATTR_BACKGROUND_COLOR | (int) entry in document color-table | \chcbpat |


Our services connect all drivers and mechanics through proffesional means therefore guarantee security.
Our mechanic chap chap will always help you locate the nearest garage shop anywhere you find the need.
We offer unbeatable prices for our heartfelt drivers still considering our devoted mechanics.5
We offer quick,proffesional
and friendly mechanic services
when you need it the most.
Our garages offer breakdown
recovery always on standby
with modern equipment
for this vital part we offer;
wheel balance,puncture repairs
and change overs
mechanics available for all
your battery problems
and even deliveries.


@* * Copyright 2018 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.play.views.html.helpers._ @import views.html.softdrinksindustrylevy.helpers._ @import sdil.config.AppConfig @(identifyForm: Form[_])(implicit request: Request[_], messages: Messages, config: AppConfig) @views.html.main_template(Messages("sdil.identify.heading"), form = Some(identifyForm)) { @error_summary(identifyForm)


Hi! We are Matilde and Noelia. We both moved to Birmingham to pursue PhDs and thought it would be helpful to create a webpage aimed at students settling in the city. We hope you like it! Please help us improve its content by filling in this questionnaire.


2006-2007 – 4th Quarter
| Vendor Name(s): | DUOCOM |
|---|---|
| Reference Number: | N6-9024 |
| Contract Date: | 2007-01-05 |
| Description of Work: | Computer Equipment - Small - Desktop/Personal/Portable/Keyboard |
| Contract Period: | 2007-01-08 to 2007-01-31 |
| Delivery Date | 2007-01-08 |
| Contract Value | $10,595.76 |


2.7. Link Nodes¶
2.7.1. Link Nodes¶
In this module, we introduce the idea of a link node. A link node has some sort of value field, and a pointer to another link node. Later, you will learn about linked lists, which are made from link nodes. For now, we will just use them as a simple way to connect some objects together.
Here is a class definition for a basic link
object.
Note that, while the next
field references another link
object, the data
field is of type Object
.
This denotes that we don’t really care what sort of thing one stores
in a link
node’s data field.
class Link {
public Link next; //Point to next node in list
public Object data; //Value for this node
//Constructors
public Link(Object dataIn, Link nextIn) {
this.data = dataIn;
this.next = nextIn;
}
public Link(Link nextIn) {
this.data = null;
this.next = nextIn;
}
Object getData() { // Return the data field
return data;
}
void setData(Object newData) { // Set the data field
data = newData;
}
Link getNext() { // Return the next field
return next;
}
void setNext(Link newNext) { // Set the next field
next = newNext;
}
}
class Link {
public Link next; //Point to next node in list
public Object data; //Value for this node
//Constructors
public Link(Object dataIn, Link nextIn) {
this.data = dataIn;
this.next = nextIn;
}
public Link(Link nextIn) {
this.data = null;
this.next = nextIn;
}
Object getData() { // Return the data field
return data;
}
void setData(Object newData) { // Set the data field
data = newData;
}
Link getNext() { // Return the next field
return next;
}
void setNext(Link newNext) { // Set the next field
next = newNext;
}
}
Now we’ll see some examples for how to use link
nodes to put
chains together.
How do we set up the chain to begin with?
Here is an exercise to practice manipulating link nodes.


| PostgreSQL 9.5.19 Documentation | |||
|---|---|---|---|
| Prev | Up | Chapter 26. Recovery Configuration | Next |
Specifies whether to start the PostgreSQL server as a standby. If this parameter is on, the server will not stop recovery when the end of archived WAL is reached, but will keep trying to continue recovery by fetching new WAL segments using restore_command and/or by connecting to the primary server as specified by the primary_conninfo setting.
Specifies a connection string to be used for the standby server to connect with the primary. This string is in the format described in Section 31.1.1. If any option is unspecified in this string, then the corresponding environment variable (see Section 31.14) is checked. If the environment variable is not set either, then defaults are used.
The connection string should specify the host name (or address) of the primary server, as well as the port number if it is not the same as the standby server's default. Also specify a user name corresponding to a suitably-privileged role on the primary (see Section <IP_ADDRESS>). A password needs to be provided too, if the primary demands password authentication. It can be provided in the primary_conninfo string, or in a separate ~/.pgpass file on the standby server (use replication as the database name). Do not specify a database name in the primary_conninfo string.
This setting has no effect if standby_mode is off.
Optionally specifies an existing replication slot to be used when connecting to the primary via streaming replication to control resource removal on the upstream node (see Section 25.2.6). This setting has no effect if primary_conninfo is not set.
Specifies a trigger file whose presence ends recovery in the standby. Even if this value is not set, you can still promote the standby using pg_ctl promote. This setting has no effect if standby_mode is off.
By default, a standby server restores WAL records from the primary as soon as possible. It may be useful to have a time-delayed copy of the data, offering opportunities to correct data loss errors. This parameter allows you to delay recovery by a fixed period of time, measured in milliseconds if no unit is specified. For example, if you set this parameter to 5min, the standby will replay each transaction commit only when the system time on the standby is at least five minutes past the commit time reported by the master.
It is possible that the replication delay between servers exceeds the value of this parameter, in which case no delay is added. Note that the delay is calculated between the WAL time stamp as written on master and the current time on the standby. Delays in transfer because of network lag or cascading replication configurations may reduce the actual wait time significantly. If the system clocks on master and standby are not synchronized, this may lead to recovery applying records earlier than expected; but that is not a major issue because useful settings of this parameter are much larger than typical time deviations between servers.
The delay occurs only on WAL records for transaction commits. Other records are replayed as quickly as possible, which is not a problem because MVCC visibility rules ensure their effects are not visible until the corresponding commit record is applied.
The delay occurs once the database in recovery has reached a consistent state, until the standby is promoted or triggered. After that the standby will end recovery without further waiting.
This parameter is intended for use with streaming replication deployments; however, if the parameter is specified it will be honored in all cases. Synchronous replication is not affected by this setting because there is not yet any setting to request synchronous apply of transaction commits. hot_standby_feedback will be delayed by use of this feature which could lead to bloat on the master; use both together with care.


Fate Reforged
Table of Content
1. A New Tarkir of Old
2. Unwritten
3. The Reforged Chain
4. The Truth of Names
5. The Doom of the Golden Fang
6. No End and No Beginning
7. Khanfall


|
gadget - A container gadget handle
item$ - Item to add select - flag to automatically select the added item: defaults to False. icon - An icon index. |
|
Appends an item to the end of a container gadget.
The optional icon parameter allows you to choose an icon for the item. To be able to use icons, the gadget must have had an icon strip attached using SetGadgetIconStrip. This command may only be used with combobox, listbox and tabber gadgets. See also: SetGadgetIconStrip, LoadIconStrip, FreeIconStrip. |


-
How Google Works: Googlers Fight Back Against the Smiley Rampager
www.youtube.com
In the early days of Google, every new employee got a smiley helium balloon to put in their office. This was fun, and made it easy to spot the ...
-
This is why your Internet is slow. And it’ll get worse. Unless you take 1 ...
www.battleforthenet.com
You’re our only hope.
-
viewbeyond: What I learnt from putting the Moon on Android Wear... Episode ...
viewbeyond.blogspot.com
-
Health Insurance Marketplace, Affordable Care Act
www.healthcare.gov
Learn how the health care law affects you at Healthcare.gov. The official site of the Health Insurance Marketplace. See your health insurance choices.
-
A day in the life of Winslow Homer
www.winslowhomerday.net
Winslow Homer is a wild baby capuchin monkey, in tropical dry rainforest of Costa Rica. Follow his track on the map to see a typical day of his life!
-
LibrAdventures - Greetings, Fellow Explorer!
libradventures.com
Welcome to LibrAdventures, The Literary Atlas. Browse through the carousel or click on a marker to explore. Discover the index, read the ...
-
The $3.2 Billion Man: Can Google's Newest Star Outsmart Apple?
www.fastcodesign.com
Google is betting big on Nest CEO Tony Fadell, who helped invent the iPod and iPhone. Here, a look inside his design revolution.
-
Explore Greece on Street View
www.youtube.com
Explore Greece’s amazing sights through Street View at g.co/views
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5256'33.9"N 928'21.6"W - Google Search
maps.google.com
In order to show you the most relevant results, we have omitted some entries very similar to the 7 already displayed. If you like, you can repeat the ...
-
about this project
www.england-in-color-1939.com
Denys and Margaret Gardiner, my grandparents, in August 1939
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Google News & Weather - Android Apps on Google Play
play.google.com
Your comprehensive and personalized view of headline stories and local news & weather. • Coverage from 65,000 publications • Simple swipe-access to ...
-
President Obama Names Megan Smith U.S. CTO, Alexander Macgillivray Deputy ...
www.whitehouse.gov
President Obama announces that Megan Smith will serve as the next U.S. CTO and Assistant to the President, succeeding Todd Park, and that Alexander ...


Designed by Robert Moog in 1966, the Moog Voltage-Controlled Filter (VCF)—or Moog ladder
filter—is a key element of the Moog synthesizer sound and a classic piece of electronic music history.
In addition to its popularity today, the filter found its place on a number of famous records from the 1970s
and 80s, including Kraftwerk's The Man Machine, Bob Marley's Catch a Fire, and Michael Jackson's
Thriller, to name a few.
The Moog VCF is a set of four low-pass filters connected by 10 transistors. I implemented a linear model
of the circuit using the state-space modeling technique. The method leads to a system of differential
equations that I solved using three different approaches: forward, backward, and trapezoidal integration.
A real-time C++ implemenation of the trapezoidal
integration algorithm is available to download for free on my GitHub page. The page also includes instructions for
compiling the source code and running the VST plugin in a DAW.
| Dry Synth | |
| Filtered Synth |
Vacuum tube distortion is a vintage audio effect found in many old music amplifiers, especially guitar
amplifiers. One well-known guitar amplifier that produces this type of distortion is the Fender Bassman (shown at
right). The effect is caused by a valve-like clipping that adds additional harmonics to the original input
audio.
I modeled the valve-like clipping using an approach based on the work of R. Bendiksen. The main equation of the
model takes the form
$$y = {x - Q \over 1 - exp(-D(x-Q))} + {Q \over 1 - exp(DQ)},$$
where \(x \) is the original input audio, \(y \) is the distorted output audio, \(Q \) is a parameter that
determines the linearity of the clipping function, and \(D \) defines the harshness of the distortion.
| Dry Guitar | |
| Distorted Guitar |


Here are some ideas for things to do during the day in Glasgow.
The University of Gasgow is in the heart of the West End.
It is a beautiful castle, often compared to Hogwarts, and is open for visits throughout the year.
You can visit the Gift Shop in the main building for some Glasgow University merchandise!
Plan a tripKelvingrove Museum is an educational and interesting museum to visit on a day out.
It has sections dedicated to science, art and history.
You could even visit the park afterwards for a late afternoon picnic, sit on a hill and have a beautiful view of the city below.
Plan a tripThe Science Centre is located on the south bank of the River Clyde.
It's full of exciting items and exhibitions, including a planetarium.
There's also a cinema on site so you can end the day with a film!
Plan a trip


--- layout: page title: "Developing Web Applications with Haskell and Yesod" prev: OEBPS/ch03s02.html next: OEBPS/ch03s04.html book_path: books/michael-snoyman-developing-web-applications-with-haskell-and-yesod-_oeb/ --- {% include JB/setup %} {% raw %}
So we have a route named HomeR
, and it responds to
GET
requests. How do you define your response?
You write a handler function. Yesod follows a standard naming
scheme for these functions: it’s the lower case method name (e.g., GET
becomes get
)
followed by the route name. In this case, the function name would be getHomeR
.
Most of the code you write in Yesod lives in handler functions. This is where you process
user input, perform database queries, and create responses. In our simple example, we
create a response using the defaultLayout
function.
This function wraps up the content it’s given in your site’s template. By default, it
produces an HTML file with a doctype and html
,
head
, and body
tags. As we’ll see in the Yesod typeclass chapter, this function can be overridden to do
much more.
In our example, we pass [whamlet|Hello World!|]
to
defaultLayout
. whamlet
is another quasi-quoter. In this case, it converts Hamlet syntax
into a Widget. Hamlet is the default HTML templating engine in Yesod. Together with its
siblings Cassius, Lucius, and Julius, you can create HTML, CSS, and JavaScript in a
fully type-safe and compile-time-checked manner. We’ll see much more about this in the
Shakespeare chapter.
Widgets are another cornerstone of Yesod. They allow you to create modular components of a site consisting of HTML, CSS, and JavaScript and reuse them throughout your site. We’ll get into more detail on them in the widgets chapter.


Paragraphsgo here.
This is my sidebar.
This is my footer
Link to DevBootcamp with pseudoclass selectorsThis is another paragraph where I will change the padding, borders, and margins.
These are dogs!
This is a spinnerParagraphsgo here.
This is my sidebar.
This is another paragraph where I will change the padding, borders, and margins.
These are dogs!
This is a spinner


Projects with concept.
Projects with concept.
Projects with concept.
Projects with concept.
This is a education field. Fill it with your training and your academic experiences.
This is a education field. Fill it with your training and your academic experiences.
This is a education field. Fill it with your training and your academic experiences.
This is a professional field. Fill it with your work experiences.
This is a professional field. Fill it with your work experiences.
This is a professional field. Fill it with your work experiences.
451 Lorem Ipsum, London - Uk
+61 3 8376 6284
john.Rex@dotrex.com


AntSim
Solo
Competitive
EnemyAnt
Simple
NeuralNet
Seed
ShowUI
AntType
Custom
Simple
NeuralNet
Frame
Settings
FPS
Debug stuff
Show life
Show visibility
Show collider
Show food amount
Show smelling distance
Show smelled object distance
Show pheromones
...Simulating...