Optimization of the function f
¶
It was shown in chapter Theory [see Eq. (6)] that
the contact function was defined as the maximum for 0 ≤ λ ≤ 1
of the function
f
discussed in chapter Implementation of the function f.
Given that the first and second derivatives of f
can be computed
explicitely (see section Implementation #1: using Cholesky decompositions in chapter
Implementation of the function f) it would be tempting to use the Newton–Raphson method to
solve f’(λ)
iteratively. However, our experiments show that this method
performs very poorly in the present case, because the variations of f
can
be quite sharp in the neighborhood of λ = 0
or λ = 1
. To carry out the
otpimization of f
, we therefore proceed in two steps.
In the first step, we use a robust optimization algorithm. We selected here Brent’s method, as implemented in the Boost::Math library. However, this method delivers a relatively low accuracy of the maxmimizer and the maximum.
Therefore, in the second step, we use a few Newton–Raphson iterations to refine
the previously obtained estimates of the minimizer and minimum of f
. In the
remainder of this chapter, we describe how these Newton–Raphson iterations are
performed.
Our starting point is Eqs. (9) and (13) in chapter Theory, from which it results that for a given
value of λ
we can define two values of μ²
: one is provided by
Eq. (9a), the other one is given by Eq. (9b) (both in chapter Theory):
(1a) μ₁² = [x₀(λ₀)-c₁]ᵀ⋅Q₁⁻¹⋅[x₀(λ₀)-c₁] = (1-λ)²sᵀ⋅Q₁⋅s,
(1b) μ₂² = [x₀(λ₀)-c₂]ᵀ⋅Q₂⁻¹⋅[x₀(λ₀)-c₂] = λ²sᵀ⋅Q₂⋅s,
where we have introduced s = Q⁻¹⋅r₁₂
. We further define the matrix Q₁₂ =
Q₂-Q₁
, so that:
(2) Q₁ = Q - λQ₁₂ and Q₂ = Q + (1-λ)Q₁₂.
Combining Eqs. (1) and (2)
and recalling that Q⋅s = r
then delivers the following expressions:
(3a) μ₁² = (1-λ)²rᵀ⋅s - λ(1-λ)²sᵀ⋅u,
(3b) μ₂² = λ²rᵀ⋅s + λ²(1-λ)sᵀ⋅u,
where we have introduced u = Q₁₂⋅s
.
The above expressions seem to behave slightly better from a numerical point of
view. Our problem is now to find λ
such that μ₁² = μ₂²
. We therefore
define the following residual:
(4) g(λ) = μ₂² - μ₁² = (2λ-1)rᵀ⋅s + λ(1-λ)sᵀ⋅u,
and we need to find λ
such that g(λ) = 0
. In order to implement
Newton–Raphson iterations, we need the expression of the derivative of the
residual. Using results that are presented in section
Implementation #1: using Cholesky decompositions, we readily find that:
(5) g’(λ) = 2rᵀ⋅s + 2(1-2λ)sᵀ⋅u - 2λ(1-λ)uᵀ⋅v.
Eqs. (4) and (5) are then
used for the final, refinement step of determination of λ
.


The suite() method in a JUnit test needs to be both public and static.
import junit.framework.*; public class Foo extends TestCase { public void suite() {} // violation, should be static private static void suite() {} // violation, should be public }


News story
The SFA’s response to the Skills Funding Letter 2015 to 2016 which has now been published.
The Government’s commitment to high quality apprenticeships has been reinforced today, in the Skills Funding Letter 2015 to 2016 published by the Department for Business, Innovation and Skills . This letter sets out the government’s priorities, as well as the funding for which the Skills Funding Agency will be responsible, for the 2015 to 2016 financial year.
Peter Lauener, Skills Funding Agency’s Chief Executive has sent out a letter to the sector following the publication of the Skills Funding Letter.
PDF , 219KB , 3 pages
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
The Skills Funding Agency will now calculate allocations for the 2015 to 2016 funding year and be in a position to allocate individual statements in March 2015.
Published: 26 February 2015
From: Skills Funding Agency
Part of: Further education and training


Plugin Information |
|---|
View Clone Workspace SCM on the plugin site for more information. |
This plugin makes it possible to archive the workspace from builds of one project and reuse them as the SCM source for another project.
Usage
Publisher
- In the configuration for a project whose workspace you want to clone and re-use in other projects, select "Archive for Clone Workspace SCM" in the list of publishers.
- If desired, specify the files to include in the archive - by default, this will be "*/". Use Ant-style globs.
- Specify the criteria a build needs to meet in order to be archived.
- Run a build. If it meets the criteria, its workspace will be archived, until a new build meeting the criteria has run, at which point the old archive will be deleted.
SCM
- In the configuration for a project which you wish to have re-use another project's workspace, select "Clone Workspace" from the list of possible SCMs.
- Choose the parent project whose workspace you wish to re-use from the drop-down list - if no projects have the Clone Workspace Publisher enabled, the drop-down will be empty.
- Choose the parent build criteria you wish to use.
- Run a build - assuming the parent project has an archived workspace meeting the criteria in question, it'll be expanded and used as the workspace for this build.
- Additionally, the changelog from the parent project build that archived workspace came from will be re-used as the changelog for this build.
Changelog
Version 0.6 (Sept 6. 2013)
- Add support for Matrix jobs (JENKINS-6890)
- Add null check in CloneWorkspaceSCM.createChangeLogParser() to prevent NPE. (JENKINS-13160)
- Fix Switching archive type of cloned workspace leads to Exception in further jobs (JENKINS-15038)
- Use full name for jobs
- Don't only consider jenkins root jobs as eligible parents
Version 0.5 (Aug 17, 2012)
- Add option to turn off default Ant excludes from workspace archive. (JENKINS-13888)
Version 0.4 (Feb 3, 2012)
- Exclude files from archive (JENKINS-9582)
- Allow use of zip or tar.gz for archives. (JENKINS-9577)
- Parent project can be specified as a parameter. (JENKINS-9779)
Version 0.3 (March 4, 2011)
- Some minor fixes
Version 0.2 (also March 14, 2010)
- Clarifying display name text for CloneWorkspacePublisher
Version 0.1 (March 14, 2010)
- Initial release.
Attachments:
clone-workspace (application/octet-stream)


New repository for bloat estimation queries
It’s been almost a year now that I wrote the first version of the btree bloat estimation query. Then, came the first fixes, the bloat estimation queries for tables, more fixes, and so on. Maintaining these queries as gists on github was quite difficult and lack some features: no documented history, multiple links, no doc, impossible to fork, etc.
New repository
I decided to move everything to a git repository you can fork right away: http://github.com/ioguix/pgsql-bloat-estimation. There’s already 10 commits for improvements and bug fixes.
Do not hesitate to fork this repo, play with the queries, test them or make pull requests. Another way to help is to discuss your results or report bugs by opening issues. This can lead to bug fixes or the creation of a FAQ.
Changelog
Here is a quick changelog since my last post about bloat:
- support for fillfactor! Previous versions of the queries were considering any extra space as bloat, even the fillfactor. Now, the bloat is reported without it. So a btree with the default fillfactor and no bloat will report a bloat of 0%, not 10%.
- fix bad tuple header size for tables under 8.0, 8.1 or 8.2.
- fix bad header size computation for varlena types.
- fix illegal division by 0 for the btrees.
- added some documentation! See README.md.
In conclusion, do not hesitate to use this queries in your projects, contribute to them and make some feedback!
Comments Leave a comment by email or Disqus
Note: I only publish your name/pseudo, mail subject and content. I will NOT publish your email address.
No comments yet.


Meal to Muscle
Diets
Losing weight
Gaining weight
Exercises
Routines
Beginner routine
Advanced routine
Calculator
Exercises
Abs
Sit-ups
Reverse crunches
Quads
Lunges
High knees


{# Copyright (c) 2014 The Pycroft Authors. See the AUTHORS file. This file is part of the Pycroft project and licensed under the terms of the Apache License, Version 2.0. See the LICENSE file for details. #} {% if user.finance_account -%}
| Beschreibung | Betrag |
|---|---|
| {{ split.transaction.message }} | {{ split.amount|money }} |


Read the books as a kid and grew up to watch the movies and I thought both created a well built story and world.
Definetly thought that 1 and 2 are the best out of all them though.


{% extends "layout.html" %} {% block body %}
NASA Sapce App Challenge
BPPIMT CODERS
We'll be together, We'll fight together
Hello, from NASA


Explore
Think very carefully about this. In a country with over 1.8 million graduates anually, are there enough opportunities out there? Are therw the kinds of opportunities that you may want? What makes you standout in the labour market?
Spartan Graduate is a series of master classes put together by AIESEC Enugu for students of the University of Nigeria, Nsukka. Its an opportunity for you to upscale your skillset and amplify your chances of landing your perfect job when you graduate.
Its time to get you refined, rewired and refueled for life after school. Learn High Income, High Demand skills for your future career path. Skillsets such as Business Development, Content Creation, Data Science, Design, Finance, Photography and Visual Storytelling, Product Management, and Technology - Software Development.


My Links
This is a list of sites I update or have created. At the bottom are my Socials.
Personal Website
DEMO Pizza App
Lariccia's Food Trailer
Youngstown Penguin Hackers
HackYSU 2021
Twitter
GitHub
LinkedIn


Cristoffer Leite
Department of Mathematics & Computer Science
Eindhoven University of Technology
Security Group (SEC)
I am a Researcher PhD student in the Security Group (SEC) at Eindhoven University of Technology under the supervision of dr. Jerry I. den Hartog, and I also work as an IT Researcher Intern at Forescout Technologies.
My research is focused on Collaborative Anomaly Detection, with a strong emphasis on privacy for Internet of Things (IoT), healthcare and industrial scenarios. Other interesting research topics are: pentesting, incident response, threat inteligence, machine learning, and security for virtualised/containerised environments. During my PhD I am also working with multiple other projects, such as the EU-funded SunRISE and the Dutch National INTERSCT.
I got my Bachelor and Master's degrees at Universidade de Brasília. During the latter, I received the award for the best tool in the XIX Brazilian Symposium on Information and Computational Systems Security with the paper Waste Flooding: Ferramenta de Retaliação de Phishing.
My research is focused on Collaborative Anomaly Detection, with a strong emphasis on privacy for Internet of Things (IoT), healthcare and industrial scenarios. Other interesting research topics are: pentesting, incident response, threat inteligence, machine learning, and security for virtualised/containerised environments. During my PhD I am also working with multiple other projects, such as the EU-funded SunRISE and the Dutch National INTERSCT.
I got my Bachelor and Master's degrees at Universidade de Brasília. During the latter, I received the award for the best tool in the XIX Brazilian Symposium on Information and Computational Systems Security with the paper Waste Flooding: Ferramenta de Retaliação de Phishing.


Class BreakType (v2.2.2)
Enum to denote the type of break found. New line, space etc.
Protobuf type google.cloud.vision.v1.TextAnnotation.DetectedBreak.BreakType
Methods
name
Parameter| Name | Description |
| value |
mixed
|
value
Parameter| Name | Description |
| name |
mixed
|
Constants
UNKNOWN
Value: 0
Unknown break label type.
Generated from protobuf enum UNKNOWN = 0;
SPACE
Value: 1
Regular space.
Generated from protobuf enum SPACE = 1;
SURE_SPACE
Value: 2
Sure space (very wide).
Generated from protobuf enum SURE_SPACE = 2;
EOL_SURE_SPACE
Value: 3
Line-wrapping break.
Generated from protobuf enum EOL_SURE_SPACE = 3;
HYPHEN
Value: 4
End-line hyphen that is not present in text; does not co-occur with
SPACE
, LEADER_SPACE
, or LINE_BREAK
.
Generated from protobuf enum HYPHEN = 4;
LINE_BREAK
Value: 5
Line break that ends a paragraph.
Generated from protobuf enum LINE_BREAK = 5;


How to make an animation from a video
A low resolution spritesheet can be made from a youtube video by using the cntl-alt-prt sc combination.
This keyboard combination will copy the current screen. You can pause a youtube video multiple times and take screen shots
Create a sprite sheet by opening mspaint and copying each screen into the sheet
Here is an example I made from a youtube video on the amongus download task
(click on it to make bigger)
This code will "animate" the sprite sheet


**Vulkan tutorial session example application README**
Rick van Miltenburg
This is the README for the sample application shown during the Vulkan tutorial session at the
NHTV Breda University of Applied Sciences given on the 14th of December, 2016 by Rick van Miltenburg.
# Licence
All materials not externally sourced are licenced under the MIT licence as below.
~~~~~~~~~~~~~~~~~~~~~~~~~~
Copyright (c) 2016 Rick van Miltenburg, NHTV Breda University of Applied Sciences
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and
associated documentation files (the "Software"), to deal in the Software without restriction,
including without limitation the rights to use, copy, modify, merge, publish, distribute,
sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or
substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
~~~~~~~~~~~~~~~~~~~~~~~~~~
Note in particular the clause in the middle. Any source code *derived* from this lecture and the
example application does **not require any explicit copyright/licence notice** unless it is a
substantial portion of the code.
# Coding conventions
The source code as provided holds to the following conventions for clarity and consistency:
- All Vulkan-related code is written in C instead of C++ (Explanation follows)
- All lines of source code are restricted to 100 characters of code for easy side-by-side editing
at 1080p resolution. Some lines might selectively exceed this limit.
## Use of C
*C99, specifically*
Vulkan-related code is written in C for both convenience and clarity. Considerations concerning
performance and related metrics were not related to this decision.
C provides us with two convenience features not adopted in C++ (as of C++14 at least) that provide
tangible benefit when working with Vulkan, as Vulkan very heavily relies upon recursive, temporary
structures for passing arguments to functions:
- **Designated initializers**
Given any structure, such as for example...
~~~~~~
typedef struct foo { int a; const char* b; double c; } foo;
~~~~~~
... we are normally able to initialize such structures by the use of an initializer list in both C
and C++ as follows:
~~~~~~
foo bar { 2, "hello", 10.3 };
~~~~~~
However, the parameters are non-obvious from the initialization perspective, especially for a large
number of parameters. In addition, Vulkan is written to be compatible with C, and for this reason
they do not contain constructors.
We could solve the problem in both C and C++ as follows...
~~~~~~
foo bar = { 0 }; // Initialize all members to 0
bar.a = 2;
bar.b = "hello";
bar.c = 10.3;
~~~~~~
... but C99 and on provide a helpful shorthand:
~~~~~~
foo bar { .a = 2, .b = "hello", .c = 10.3 };
~~~~~~
Members can be initialized out-of-order with the designated initializer (though this is best to be
avoided) and members not specified in the designated initializer (eg if we left out ".b = ...")
will be initialized to NULL/0.
Since there are a lot of large structures with members we would selectively wish to initialize and
some we do not care for, designated initializers are used frequently in the example application.
- **Compound literals**
While not that dissimilar from type constructors in C++, combined with designated initializers,
this can be a powerful feature as it allows not only for inline temporary struct initialization,
but also inline **array** and **pointer** initialization. Eg
~~~~~~
typedef struct foo_entry { const char* foo; } foo_entry;
typedef struct foo_cnt { int count; } foo_cnt;
typedef struct foos { foo_cnt foo_counter; foo_entry* foos; } foos;
void DoSomething ( foos* bars )
{
}
int main ( int argc, char* argv[] )
{
DoSomething (
&(foos){
.foo_counter.count = 5, // Initialization in members is also allowed btw
.foos = (foo_entry[5]){
{ .foo = "hello" },
{ .foo = "world" },
{ .foo = "how" },
{ .foo = "are" },
{ .foo = "you" },
}
}
);
}
~~~~~~
## The alternative
While this is the solution I personally preferred, there is also a C++ wrapper for Vulkan in
`vulkan.hpp`. (where the non-wrapped C equivalent is `vulkan.h`) This was not yet core when I was
actively working on a Vulkan project, and as such, I have no experience working with it. I have
only given it a cursory glance, and from that glance found it looked unnecessarily bloated to the
point of potentially being detremental to learning the API itself rather than how it was wrapped.
We encourage you to take a look at the Vulkan C++ header if you decide to implement Vulkan for one
of your projects, but for this lecture, the header was dropped in favor for just going with C.
# Running the source code
The following steps are required to get the example to run on the target platform.
## Setting up
### Windows
The following software is required:
- Microsoft Visual Studio 2015
- [Latest version of LunarG Vulkan SDK for Windows (<IP_ADDRESS> at the time of writing)](https://vulkan.lunarg.com/sdk/home)
The application itself does not need to be *compiled* on Vulkan-capable hardware, but does need to
be *run* on Vulkan-capable hardware.
**NOTE:** (Intel) Vulkan is only supported on Skylake integrated graphics chips and later. In
addition, Vulkan support is **NOT** in the standard graphics drivers as provided by Intel! Vulkan
support is only available in select Beta drivers, the most recent one being from June 29, 2016. It
is advisable to develop on non-Intel hardware for the time being.
When both pieces of software are installed, please check whether or not the `VK_SDK_PATH`
environment variable is set to the proper path. To do so, type `%VK_SDK_PATH` in Windows Explorer.
This should direct you to your Vulkan install folder.
*If Visual Studio was open while installing the Vulkan SDK, **restart Visual Studio** so it will
pick up the newly added / changed `VK_SDK_PATH` environment variable!*
If everything checks out, open vktut.sln.
### Android
The following software is required:
- Android Studio
- Android SDK (API 23 or 24, depending upon the version of Android you are targeting)
- [Latest version of LunarG Vulkan SDK for Windows (<IP_ADDRESS> at the time of writing)](https://vulkan.lunarg.com/sdk/home)
- A couple of other dependencies Android Studio will for the most part resolve, as I recall anyway
With Android Studio etc setup, select "Open project" and open the "project/android" folder.
## Shader compilation
For the most part, pressing Run/Debug should run the application on your target platform. But
before the application will run properly, you should compile the shaders. Without the shaders,
the application is very unlikely to run appropriately. (Or rather: Guaranteed not to)
There are two options for compiling the shaders.
1. **shadercompile.bat**: This simply calls the Vulkan reference GLSL compiler to compile the GLSL
files to SPIR-V
2. **shader_watchdog.py**: This is similar, but will keep on running even when complete. When
editing any of the shader files, the script will automatically recognize the modification
and trigger a recompile of that specific shader file. In addition, if any error occurs,
this script will scream at you. This is much better for the development pipeline, as you'll
never end up wondering why you don't see any difference after changing the shader and forgetting
to compile it, and you will quickly realize any potential mistakes right when saving the shader
file.
Do note that this script has external dependencies on Python and the Python "watchdog" package!


Timer
class Timer
a Timer class to manage timing related function (FPS, Game Tick, Time...)
Summary
Properties from Timer
| number |
|
| boolean |
|
| number |
|
| number |
|
Public Properties
fps: number = 0
number
Last measured fps rate.
This feature is disabled by default, unless the debugPanel is enabled/visible.
interpolation: boolean = false
boolean
Enable/disable frame interpolation
maxfps: number = 60
number
Set the maximum target display frame per second
tick: number = 1
number
Last game tick value.
Use this value to scale velocities during frame drops due to slow hardware or when setting an FPS limit.
This feature is disabled by default (Enable interpolation to use it).
Public Methods
clearInterval(intervalID: number) → {}
cancels the timed, repeating action which was previously established by a call to setInterval().
| Name | Type | Description |
|---|---|---|
| intervalID | number |
ID of the interval to be cleared |
clearTimeout(timeoutID: number) → {}
Cancels a timeout previously established by calling setTimeout().
| Name | Type | Description |
|---|---|---|
| timeoutID | number |
ID of the timeout to be cancelled |
getDelta() → {number}
Return elapsed time in milliseconds since the last update
| Type | Description |
|---|---|
| number |
getTime() → {number}
Return the current timestamp in milliseconds
since the game has started or since linux epoch (based on browser support for High Resolution Timer)
| Type | Description |
|---|---|
| number |
setInterval(fn: Function, delay: number, pauseable: boolean, args: unknown) → {number}
Calls a function continously at the specified interval. See setTimeout to call function a single time.
// set a timer to call "myFunction" every 1000ms
me.timer.setInterval(myFunction, 1000);
// set a timer to call "myFunction" every 1000ms (respecting the pause state) and passing param1 and param2
me.timer.setInterval(myFunction, 1000, true, param1, param2);
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
| fn | Function |
the function to execute |
||
| delay | number |
the number of milliseconds (thousandths of a second) on how often to execute the function |
||
| pauseable | boolean |
<optional> |
true |
respects the pause state of the engine. |
| args | unknown |
optional parameters which are passed through to the function specified by fn once the timer expires. |
| Type | Description |
|---|---|
| number |
a numeric, non-zero value which identifies the timer created by the call to setInterval(), which can be used later with me.timer.clearInterval(). |
setTimeout(fn: Function, delay: number, pauseable: boolean, args: unknown) → {number}
Calls a function once after a specified delay. See me.timer.setInterval to repeativly call a function.
// set a timer to call "myFunction" after 1000ms
me.timer.setTimeout(myFunction, 1000);
// set a timer to call "myFunction" after 1000ms (respecting the pause state) and passing param1 and param2
me.timer.setTimeout(myFunction, 1000, true, param1, param2);
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
| fn | Function |
the function you want to execute after delay milliseconds. |
||
| delay | number |
the number of milliseconds (thousandths of a second) that the function call should be delayed by. |
||
| pauseable | boolean |
<optional> |
true |
respects the pause state of the engine. |
| args | unknown |
optional parameters which are passed through to the function specified by fn once the timer expires. |
| Type | Description |
|---|---|
| number |
a positive integer value which identifies the timer created by the call to setTimeout(), which can be used later with me.timer.clearTimeout(). |


Software Developer
I am a passionate Software Developer building things for the Android and Web Platforms, Professional Deejay, Young Entrepreneur and a Lover of Life! I am a Learning Success Software Developer at Andela Kenya.
I'm a highly resourceful Software Developer and well-rounded IT Professional possessing expert knowledge of the Software Development lifecycle and a solid understanding of technologies required for the development and deployment of highly available and scalable applications, including their networks and infrastructure..
This is a Sample Android Messaging Application using MVVM, Clean Architecture and Android Architecture Components.
A System that is community build to help both employers and employees to have a good managment plartform.
A Digital mkokoteni app that connects Riders to customers and vice versa to easen movement of Goods.
A Caffe Ordering App that allows restaurants to take online orders for pickup and delivery in realtime.
Inspired by the Events & Entertainment Industry, optimised for desktop and mobile.
A Static Website Template to showcase Developer's projects to prospective employers.


--- title: Israel shot 024 date: 2004-01-25T00:00:00.000Z filepathOriginal: photos/IMG0192.jpg filepathThumbnail: photos/IMG0192.thumbnail.jpg filepathPreview: photos/IMG0192.preview.jpg ---
Crembo with chewing gum, looking very pleased with his purchase


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City Directions
问题描述 :
Consider such a city with Avenues running north-south, Streets running east-west and Boulevards running diagonally. The central Avenue and Street are labelled Zero (A0 and S0). Other roads are labelled relative to these, thus A3W is the third avenue to the west of A0. There are 6 Boulevards–two passing through the centre of the city, and 4 others, one in each quadrant. The diagram below shows the northwest quadrant of a small version of such a city.
The roads marked in grey are considered to be throughways. These are elevated for most of their length, thus it is possible to cross them easily, however they always intersect each other at a circle, which is shared by all other roads that meet at that intersection. You may only enter or leave them by turning left (sharp left in the case of boulevards). You may not stop on them for any reason. There are no restrictions on turns for other roads.
This system allows a very simple method of determining one’s current position and a way of arriving at one’s destination. Position can be specified in terms of the last intersection you passed through (the numbers of the Avenue and Street that meet there) and your current heading, which can be one of: north (N), northeast (NE), east (E), southeast (SE), south (S), southwest (SW), west (W) and northwest (NW). Directions can then be given in terms of how many intersections to pass through and which turns to make. However, the locals have an infuriating habit of giving incorrect or invalid directions, although it cannot be determined whether this is deliberate or accidental. Directions should (but don’t always) conform to the following simple grammar:
<command> ::= <turn_command> <straight_command>
<turn_command> ::= TURN [HALF SHARP] {LEFT RIGHT}
<straight_command> ::= GO [STRAIGHT] n n 99
Write a program that will simulate driving through such a city, by tracking your position and heading as you follow a set of directions (commands). Each quadrant of the city will be 50 blocks by 50 blocks, thus the entire city will be 100 blocks by 100 blocks, the outer throughways will be labelled Fifty and the major and minor boulevards will cross at roads labelled Twentyfive. You will be told your starting position and heading and then given a series of directions. If a direction does not follow the above grammar, or would involve an illegal or impossible turn then ignore it. At no stage will directions take you out of the confines of the city.
输入:
Each scenario will consist of a position and a heading and will be followed by a series of directions (commands), each on a separate line. If either of the roads involved is one of the central roads (A0, S0), they will be labelled N or E as appropriate. Note that you may assume that you have just left the intersection specified. The GO <n> command means that you pass through <n> intersections.
Each scenario will be terminated by a line consisting of the word STOP.
The file will be terminated by a line consisting of the word END only.
Input data will follow the format shown below, except that more than one space may occur where only one is shown. No line will be longer than 80 characters.
 “的个数，求和就是答案
代码如下：
#include <cstdio> #include <cstring> #include <queue> using namespace std; int move[8][2] = {{1,0},{-1,0},{0,-1},{0,1},{1,1},{-1,1},{1,-1},{-1,-1}}; struct point { int x,y; }; int main() { int m,n; point p0; char s[25][25]; int map[25][25]; while(scanf("%d%d%d%d",&m,&n,&p0.x,&p0.y)&&(m+n+p0.x+p0.y)) { for(int i=1; i<=m; i++) scanf("%s",s[i]+1); memset(map,0,sizeof(map)); for(int i=1; i<=m; i++) for(int j=1; j<=n; j++) if(s[i][j]=='X') map[i][j] = 1; queue<point>q; q.push(p0); map[p0.x][p0.y] = -1; int ans = 0; while(!q.empty()) { point p = q.front(); q.pop(); for(int i=0; i<8; i++) { point tmp; tmp.x = p.x+move[i][0]; tmp.y = p.y+move[i][1]; if(map[tmp.x][tmp.y]==0&&i<4) ans++; else if(map[tmp.x][tmp.y]==1) { map[tmp.x][tmp.y] = -1; q.push(tmp); } } } printf("%d\n",ans); } return 0; }
解题报告转自：http://blog.csdn.net/cen5bin/article/details/7801565
支持斯诺登。
支持斯诺登。
支持斯诺登。
支持斯诺登。
支持斯诺登。
支持斯诺登。
支持斯诺登。
很好的模板
多谢提醒。代码又编辑了一下
“可以发现,树将是满二叉树,”这句话不对吧，构造的树应该是“完全二叉树”，而非“满二叉树”。
隐藏最深的bug是(start+end)/2有可能上溢
和编译器有关吧，我用的g++正常。头文件可能还需要一个<string.h>
很棒的网站，加油！⛽
非常不错
第一题是不是可以这样想，生了n孩子的家庭等价于n个家庭各生了一个1个孩子，这样最后男女的比例还是1:1
后面的掩码变量部分乍一看比较难理解，其实就是把32位按照一个整体来看待。
第2题，TCP不支持多播，多播和广播仅应用于UDP。所以B选项是不对的。第2题，TCP不支持多播，多播和广播仅应用于UDP。所以B选项是不对的。
我得邮箱cwqbupt@qq.com


Per API ToS: Application uses the Meetup API but is not verified by Meetup, Inc. (Click Privacy Policy)
This was the halfway point. Completed in time for the event, it significantly improved on the barebones concept. Angular was implemented to build the list and key word/phrase filtering. However key features, such as date filtering and marker correlation, were not yet implemented. Click here to navigate to the current app.


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6.7. The while StatementA while statement repeatedly executes a target statement as long as a condition is true. Its syntactic form is while (condition) statement
The statement (which is often a block) is executed as long as the condition evaluates as true. The condition may not be empty. If the first evaluation of condition yields false, statement is not executed. The condition can be an expression or an initialized variable definition: bool quit = false; while (!quit) { // expression as condition quit = do_something(); } while (int loc = search(name)) { // initialized variable as condition // do something } Any variable defined in the condition is visible only within the block associated with the while. On each trip through the loop, the initialized value is converted to bool (Section 5.12.3, p. 182). If the value evaluates as TRue, the while body is executed. Ordinarily, the condition itself or the loop body must do something to change the value of the expression. Otherwise, the loop might never terminate.
Using a while LoopWe have already seen a number of while loops, but for completeness, here is an example that copies the contents of one array into another: // arr1 is an array of ints int *source = arr1; size_t sz = sizeof(arr1)/sizeof(*arr1); // number of elements int *dest = new int[sz]; // uninitialized elements while (source != arr1 + sz) *dest++ = *source++; // copy element and increment pointers
We start by initializing source and dest to point to the first element of their respective arrays. The condition in the while tests whether we've reached the end of the array from which we are copying. If not, we execute the body of the loop. The body contains only a single statement, which copies the element and increments both pointers so that they point to the next element in their corresponding arrays. As we saw in the "Advice" box on page 164, C++ programmers tend to write terse expressions. The statement in the body of the while *dest++ = *source++; is a classic example. This expression is equivalent to { *dest = *source; // copy element ++dest; // increment the pointers ++source; }
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As of yet, you are unable to walk through solid things. You know, like walls, desks, bookshelves, etc.
Silver lining, if you keep trying who knows, one day you may succeed.
Unfortunately that day is not today :(


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Psychiatry
Endorsed by Pek Ang and 16 others who are highly skilled at this
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- OngoingStubbing<T> - Interface in org.mockito.stubbing
-
Simply put: "When the x method is called then return y".
- only() - Static method in class org.mockito.Mockito
-
Allows checking if given method was the only one invoked.
- only() - Method in interface org.mockito.verification.VerificationAfterDelay
-
Verifies that there the given method is invoked and is the only method invoked.
- only() - Method in interface org.mockito.verification.VerificationWithTimeout
-
Allows checking if given method was the only one invoked.
- onMockCreated(Object, MockCreationSettings) - Method in interface org.mockito.listeners.MockCreationListener
-
Mock object was just created.
- onStubbingLookup(StubbingLookupEvent) - Method in interface org.mockito.listeners.StubbingLookupListener
-
Called by the framework when Mockito looked up an answer for invocation on a mock.
- onVerification(VerificationEvent) - Method in interface org.mockito.listeners.VerificationListener
-
Called after a verification happened.
- onVerificationStarted(VerificationStartedEvent) - Method in interface org.mockito.listeners.VerificationStartedListener
-
Triggered when the user calls Mockito.verify()
.
- or(boolean, boolean) - Static method in class org.mockito.AdditionalMatchers
-
boolean argument that matches any of the given argument matchers.
- or(T, T) - Static method in class org.mockito.AdditionalMatchers
-
Object argument that matches any of the given argument matchers.
- or(short, short) - Static method in class org.mockito.AdditionalMatchers
-
short argument that matches any of the given argument matchers.
- or(long, long) - Static method in class org.mockito.AdditionalMatchers
-
long argument that matches any of the given argument matchers.
- or(int, int) - Static method in class org.mockito.AdditionalMatchers
-
int argument that matches any of the given argument matchers.
- or(float, float) - Static method in class org.mockito.AdditionalMatchers
-
float argument that matches any of the given argument matchers.
- or(double, double) - Static method in class org.mockito.AdditionalMatchers
-
double argument that matches any of the given argument matchers.
- or(char, char) - Static method in class org.mockito.AdditionalMatchers
-
char argument that matches any of the given argument matchers.
- or(byte, byte) - Static method in class org.mockito.AdditionalMatchers
-
byte argument that matches any of the given argument matchers.
- org.mockito - package org.mockito
-
Mockito is a mock library for java - see
Mockito
class for usage.
- org.mockito.codegen - package org.mockito.codegen
-
- org.mockito.configuration - package org.mockito.configuration
-
Mockito configuration utilities.
- org.mockito.creation.instance - package org.mockito.creation.instance
-
- org.mockito.exceptions.base - package org.mockito.exceptions.base
-
Base classes for exceptions and errors, stack trace filtering/removing logic.
- org.mockito.exceptions.misusing - package org.mockito.exceptions.misusing
-
Exceptions thrown when Mockito is misused.
- org.mockito.exceptions.stacktrace - package org.mockito.exceptions.stacktrace
-
Stack trace filtering / cleaning public APIs.
- org.mockito.exceptions.verification - package org.mockito.exceptions.verification
-
Verification errors.
- org.mockito.exceptions.verification.junit - package org.mockito.exceptions.verification.junit
-
JUnit integration to provide better support for JUnit 4 and
earlier in IDEs.
- org.mockito.exceptions.verification.opentest4j - package org.mockito.exceptions.verification.opentest4j
-
Integration to provide better support for IDEs that support OpenTest4J.
- org.mockito.hamcrest - package org.mockito.hamcrest
-
Mockito Hamcrest matcher integration.
- org.mockito.invocation - package org.mockito.invocation
-
Public API related to mock method invocations.
- org.mockito.junit - package org.mockito.junit
-
Mockito JUnit integration ; rule and runners.
- org.mockito.listeners - package org.mockito.listeners
-
Public classes relative to the listener APIs.
- org.mockito.mock - package org.mockito.mock
-
Mock settings related classes.
- org.mockito.plugins - package org.mockito.plugins
-
Mockito plugins allow customization of behavior.
- org.mockito.quality - package org.mockito.quality
-
Mocking quality related classes.
- org.mockito.runners - package org.mockito.runners
-
JUnit runners.
- org.mockito.session - package org.mockito.session
-
- org.mockito.stubbing - package org.mockito.stubbing
-
Stubbing related classes.
- org.mockito.verification - package org.mockito.verification
-
Verification related classes.
- outerInstance(Object) - Method in interface org.mockito.MockSettings
-


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one or more | |
| 3 | * contributor license agreements. See the NOTICE file distributed with | |
| 4 | * this work for additional information regarding copyright ownership. | |
| 5 | * The ASF licenses this file to You under the Apache License, Version 2.0 | |
| 6 | * (the "License"); you may not use this file except in compliance with | |
| 7 | * the License. You may obtain a copy of the License at | |
| 8 | * | |
| 9 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 10 | * | |
| 11 | * Unless required by applicable law or agreed to in writing, software | |
| 12 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 13 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 14 | * See the License for the specific language governing permissions and | |
| 15 | * limitations under the License. | |
| 16 | */ | |
| 17 | package org.apache.commons.math3.optim.linear; | |
| 18 | ||
| 19 | /** | |
| 20 | * Types of relationships between two cells in a Solver {@link LinearConstraint}. | |
| 21 | * | |
| 22 | * @version $Id$ | |
| 23 | * @since 2.0 | |
| 24 | */ | |
| 25 | public enum Relationship { | |
| 26 | /** Equality relationship. */ | |
| 27 | EQ("="), | |
| 28 | /** Lesser than or equal relationship. */ | |
| 29 | LEQ("<="), | |
| 30 | /** Greater than or equal relationship. */ | |
| 31 | GEQ(">="); | |
| 32 | ||
| 33 | /** Display string for the relationship. */ | |
| 34 | private final String stringValue; | |
| 35 | ||
| 36 | /** | |
| 37 | * Simple constructor. | |
| 38 | * | |
| 39 | * @param stringValue Display string for the relationship. | |
| 40 | */ | |
| 41 | private Relationship(String stringValue) { | |
| 42 | this.stringValue = stringValue; | |
| 43 | } | |
| 44 | ||
| 45 | @Override | |
| 46 | public String toString() { | |
| 47 |
1
1. toString : mutated return of Object value for org/apache/commons/math3/optim/linear/Relationship::toString to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return stringValue; |
| 48 | } | |
| 49 | ||
| 50 | /** | |
| 51 | * Gets the relationship obtained when multiplying all coefficients by -1. | |
| 52 | * | |
| 53 | * @return the opposite relationship. | |
| 54 | */ | |
| 55 | public Relationship oppositeRelationship() { | |
| 56 | switch (this) { | |
| 57 | case LEQ : | |
| 58 |
1
1. oppositeRelationship : mutated return of Object value for org/apache/commons/math3/optim/linear/Relationship::oppositeRelationship to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return GEQ; |
| 59 | case GEQ : | |
| 60 |
1
1. oppositeRelationship : mutated return of Object value for org/apache/commons/math3/optim/linear/Relationship::oppositeRelationship to ( if (x != null) null else throw new RuntimeException ) → SURVIVED |
return LEQ; |
| 61 | default : | |
| 62 |
1
1. oppositeRelationship : mutated return of Object value for org/apache/commons/math3/optim/linear/Relationship::oppositeRelationship to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return EQ; |
| 63 | } | |
| 64 | } | |
| 65 | } | |
Mutations | ||
| 47 |
1.1 |
|
| 58 |
1.1 |
|
| 60 |
1.1 |
|
| 62 |
1.1 |


START
Tel Aviv University - Faculty of the Arts
Lecture
Jonathan Dortheimer
Our team
Idan Zichlinskey
Omri Samson


angular-nav-tree
Angular 1.3.11
Change The Tree Definition
Load Tree Data Asynchronously
Test the Tree Control API:
First Branch
Next Sibling
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Parent
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{{ output }}


This data set gathered from appendix B includes 120 monosyllabic English words (60 word pairs). Within each pair, words contrast in regularity (R vs. E) but are matched for onset phoneme.
sps2002b
A data.frame with 120 rows and 3 variables:
The orthographic word.
Item set. Maps word pairs, contrasting in regularity, but approximately matched for onset phoneme.
Spelling regularity bin: R (regular) or E (exception).
Strain, E., Patterson, K., & Seidenberg, M. S. (2002). Theories of word naming interact with spelling--sound consistency. Journal of Experimental Psychology: Learning, Memory, and Cognition, 28(1), 207-214. doi:10.1037/0278-73<IP_ADDRESS>
See source paper for details.


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Profile 2
Dominic Keller
Founder
About Me :
Hi I'm Johnathn Deo,has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type.
Full Name : Geneva D. McKnight
Mobile :(123) 123 1234
Email<EMAIL_ADDRESS>Location : USA
Experience
Lead designer / Developer
websitename.com Year: 2015 - 18
Everyone realizes why a new common language would be desirable: one could refuse to pay expensive translators. To achieve this, it would be necessary to have uniform grammar, pronunciation and more common words.
Senior Graphic Designer
Software Inc. Year: 2012 - 15
If several languages coalesce, the grammar of the resulting language is more simple and regular than that of the individual languages. The new common language will be more simple and regular than the existing European languages.
Graphic Designer
Coderthemes Design LLP Year: 2010 - 12
The European languages are members of the same family. Their separate existence is a myth. For science music sport etc, Europe uses the same vocabulary. The languages only differ in their grammar their pronunciation.
Projects
| # | Clients | Project Name | Start Date | Due Date | Status |
|---|---|---|---|---|---|
| 1 | Halette Boivin | App design and development | 01/01/2015 | 10/15/2018 | Work in Progress |
| 2 | Durandana Jolicoeur | Coffee detail page - Main Page | 21/07/2016 | 12/05/2018 | Pending |
| 3 | Lucas Sabourin | Poster illustation design | 18/03/2018 | 28/09/2018 | Done |
| 4 | Donatien Brunelle | Drinking bottle graphics | 02/10/2017 | 07/05/2018 | Work in Progress |
| 5 | Karel Auberjo | Landing page design - Home | 17/01/2017 | 25/05/2021 | Coming soon |
Jeremy Tomlinson
about 2 minuts ago
Story based around the idea of time lapse, animation to post soon!
Thelma Fridley
about 1 hour ago
Martin Williamson
15 hours ago
The parallax is a little odd but O.o that house build is awesome!!


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Salami, capicola, ham, mortadella, mozzarella, Roma tomato, Italian seasoning & Italian dressing
Grilled chicken, bacon, cheddar, avocado, lettuce & chipotle sauce
Grilled chicken, shaved Parmesan, romaine, housemade croutons & Caesar dressing
Albacore tuna salad, romaine, Roma tomato, Kalamata olives, banana peppers, chipotle sauce & balsamic vinaigrette
Well-marbled, juicy and savory. Wood-fire grilled with the natural flavor of oak.
18 oz, steakhouse style, juicy and savory. Wood-fire grilled with the natural flavor of oak.
massive 10 oz. beef patty with housemade American cheese, buttermilk fried bacon, horseradish mayo, lettuce, tomato and pickle
Housemade American cheese, shoestring fries, spicy garlic ketchup, leaf lettuce, tomato and red onion
A moist, airy, rich chocolate layer cake. It is considered a counterpart to the white or yellow angel food cake.
Berries + whipped cream
Flourless brownie, raspberry sauce, vanilla ice cream, sprinkled with macadamia nuts
Roasted pecan crust
A creamy chocolate dream of our silky smooth ice cream
A creamy vanilla dream of our silky smooth ice cream
A creamy chocolate mint dream of our silky smooth ice cream
A creamy strawberry dream of our silky smooth ice cream
Triple sec, Cointreau or Grand-Marnier.
Rye whiskey or bourbon, lemon juice, simple syrup, red wine.
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Bourbon, fresh lemon juice, simple syrup.
Budweiser, Coors, Miller Genuine Draft
Beck’s, Heineken, Red Stripe
Killians Red, Leinenkugel’s Sunset Wheat, Sam Adams
Coors Light, Miller Lite, Stella Artois Lager


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Number of People Joined : 5
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Amount Target
Number of People Joined : 5
Amount Received : $100
Amount Target
Number of People Joined : 5
Amount Received : $100
Amount Target
Number of People Joined : 5
Amount Received : $100
Amount Target


filmcritic.com presents a review from staff member Pete Croatto. You can find the review with full credits at http://filmcritic.com/misc/emporium.nsf/2a460f93626cd4678625624c007f2b46/69b77585c9487f348825695500652d49?OpenDocument
Saving Grace A film review by Pete Croatto Copyright 2000 filmcritic.com filmcritic.com
There is comic potential in Saving Grace, but its two interesting main characters and their unusual business arrangement are buried under a mound of predictable, weathered material.
In the movie, a middle-aged English widow (Brenda Blethyn) is left with a stack of debts after her philandering dope of a husband commits suicide. Her Scottish gardener (Craig Ferguson of the irksome Drew Carey Show) needs help growing hemp and Blethyn just happens to have a green thumb. With his insistence, they soon grow tons of weed in her huge greenhouse, turning it into a stoner's wet dream.
Writers Mark Crowdy and Craig Ferguson (who also produced) don't flesh out this scenario, though. Blethyn does a fine job in the title role and makes the film palatable. With her sing-songy delivery and matronly looks, there is a good foundation for laughs. The scene of her dressed like Superfly's aunt when she looks for London drug buyers is a hoot.
But Blethyn, a two-time Academy Award-nominated actress, never gets a chance to interpret or broaden the role. The film opts to throw in a bunch of drowsy, sitcomish subplots that dwarf development on all fronts. Ferguson's fisher girlfriend is pregnant, but can't tell him the happy news. Director Nigel Cole should feel proud. That device has now officially been used more times than penicillin. Blethyn meets, befriends and uses her husband's mistress to get connected with a drug dealer. The whole bizarre chain of events doesn't get played for laughs-a botched comic opportunity.
Ultimately, this all leads to Blethyn and Ferguson being chased by drug dealing thugs and a corporate boss who wants his debt paid. Yes, by the end it's officially become the next Love Bug movie-Herbie Gets High.
The worst thing about Saving Grace is that the drug aspect isn't used with any flair, further highlighting the film's bland, uncreative core. Every reefer joke involves button-down people acting goofy-whether it be Blethyn laughing uncontrollably when taking a hit of her own stash, or a garden party getting funky when she burns her considerable cash crop.
Come on. Don't Ferguson and Crowdy know the best drug jokes come from the fried responses, but not people acting like Woodstock bozos? Remember Jack Nicholson talking about aliens in Easy Rider? Or Rory Cochran describing Martha and George Washington as America's hemp harvesting pioneers in Dazed and Confused?
Those were funny, unforgettable scenes.  That's not good.
The bottom line is that Saving Grace doesn't bother to try. It goes for the easiest way out, the least amount of effort. It tries to float solely on the notion of a spinster growing drugs, buoyed by recycled subplots.
Rating: **
***** Perfection **** Good, memorable film *** Average, hits and misses ** Sub-par on many levels * Unquestionably awful
MPAA rating: R
Director: Nigel Cole Producers: Steve Clark Hall (line), Mark Crowdy, Craig Ferguson (co-producer), Torsten Leschly (co-producer), Xavier Marchand (executive producer), Cat Villiers (executive producer) Writers: Mark Crowdy and Craig Ferguson Starring: Brenda Blethyn, Craig Ferguson, Martin Clunes, Tcheky Karyo, Jamie Foreman, Valerie Edmond, Leslie Phillips
http://www.saving-grace-movie.com/index_flash.html
http://www.amazon.com/exec/obidos/redirect?=tagfilmcriticom&path=subst/video/sellers/amazon-top-100-dvd.html Movie Fiends: Check out Amazon.com's Top 100 Hot DVDs!
http://www.amazon.com/exec/obidos/redirect?tag=filmcriticcom&path=subst/video/sellers/amazon-top-100-dvd.html Movie Fiends: Check out Amazon.com's Top 100 Hot DVDs!
The review above was posted to the
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Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4
For the lamb tagine, mix the ras-el-hanout, ground cinnamon, ground ginger, smoked sweet paprika, ground cumin, freshly ground black pepper and ground turmeric together in a bowl. Add the lamb neck fillet pieces and turn in the mixture to evenly coat.
Heat a large pan until smoking, then add a tablespoon of the olive oil and sear the neck fillet pieces on all sides for 2-3 minutes, or until golden-brown all over. Remove the lamb pieces from the pan and set aside
Add the remaining olive oil to the same pan and fry the onions and garlic for 2-3 minutes, or until softened. Add the lamb pieces back to the pan and stir well, then add all of the remaining tagine ingredients except for the coriander and salt and freshly ground black pepper and bring to a simmer.
Chop the coriander, reserving the leaves for later, and add the stalks to the pan. Reduce the heat, cover the pan with a lid and allow to simmer for one hour and 30 minutes, or until the lamb is tender.
Remove the lid and cook for a further 30 minutes, or until the tagine is slightly thickened. Season, to taste, with salt and freshly ground black pepper.
Meanwhile, for the tabbouleh, place the bulgar wheat into a pan with the chicken stock, bring to the boil then reduce the heat to a simmer. Cover the pan with a lid and cook for 15-20 minutes over a low heat. When the bulgar wheat is tender, drain off the excess stock.
Remove from the heat and allow to cool slightly, then transfer the bulgar wheat to a bowl. Add the red onion, pistachios, lemon juice, olive oil and herbs and mix well. Season, to taste, with salt and freshly ground black pepper.
To serve, divide the tabbouleh among four serving plates, then spoon the lamb neck fillet tagine alongside. Chop the reserved coriander leaves and sprinkle over the tagine.


Program Committee Members
Abdullah Azfar, KPMG Sydney, Australia
Aniello Castiglione,Universit¨¤ di Salerno, Italy
Huan Du, Shanghai University, China
Kun Gao, Zhejiang Wanli Institute, China
William Bradley Glisson, University of South Alabama, USA
George Grispos,University of Limerick, Ireland
Yunhuai Liu, Peking University, China
Xiangfeng Luo,Shanghai University, China
Florin Pop, University Politehnica of Bucharest, Romania
Vijayan Sugumaran, Oakland University, USA
Xiao Wei, Shainghai University, China
Zhiguo Yan, Fudan University, China
Neil Yen, University of Aizu, Japan
Shunxiang Zhang, Anhui University of Science & Technology, China


When someone wants to come up with a name for a disease and is not at all concerned with medical accuracy, they will often just take a word (or a bunch of words) and slap "itis" at the end of it, thus creating names like "my-head-hurts-itis", "sequelitis", "consolitis", and so on. There's also "osis" suffix that can be used for a similar effect.
Mostly seen in comedic settings. Can also be used by a Know-Nothing Know-It-All, or in situations when someone enters Sarcasm Mode.
In real life, the "-itis" suffix refers to an inflammation of the mentioned body part. Hepatitis is the inflammation of the liver, arthritis is the inflammation of the joints, appendicitis is an inflammation of the appendix, etc. So to say that a body part is inflamed, you just say the medical terminus of said part with "itis" at the end.
See also Whatevermancy for the magical equivalent and Scandalgate for the media and political variant.
Examples
- Pokémon:
- In the episode "Hypno's Naptime", a bunch of children have been hypnotized into thinking that they are Pokemon instead of humans. Brock calls this "Pokemonitis", but the weird thing is that he doesn't say it as though he's coining a phrase for this one instance, but rather as though it's a recognized medical phenomenon.
- This is also used as an insult in the episode "All Fired Up!" when Gary claims that talking to Ash would cause him to catch "loser-itis."
- In an Archie Comics (the newspaper strip, but reprinted in the "Gag Bag" column a comic book), Archie is being examined by the school doctor.
Archie: I think I've got the bug that's going around.Doctor: Yes, I know. It's called "Dodge-an-exam-itis".
- In a commercial for Cheetos Mystery Colors Snacks (a variety of Cheetos that turn your tongue different colors), one hapless man greets a stranger after having eaten a few, prompting her to scream, "That man's tongue! He's got blue-tongue-itis!"
- In School of Rock, Dewey Finn says the children are suffering from "stick-it-to-the-man-eosis" to win the sympathy of the Battle of the Bands judges.
- Animorphs: Marco and Jake are interrupted by people when Marco is almost out of bird morph, so his face has a huge beak but still has thought-speak, so he coaches Jake into telling them it's a condition called beakanoma (a growth in the shape of a beak, and a very tragic disease because it only affects smart and handsome people). Jake transmits most of it to the crowd and they leave, still shuddering at the Facial Horror as Marco finishes demorphing.
- Dirty Bertie:
- In "Worms!", Bertie makes up a list of excuses for not going to the birthday party of his rival Angela and one option is that he has a disease called "party-itis". He eventually decides not to tell this lie, instead Faking Amnesia.
- In "Ouch!", Bertie accidentally hits his thumb with a hammer and goes to the doctor. He wants to stay in hospital to slack off so he squirts mustard on the injury, pretending it's infected. The doctor says that Bertie has "mustard-itis".
- In Harry Potter and the Order of the Phoenix it's mentioned that when students use Fred and George Weasley's illness-faking sweets to get out of class in protest of the new headmaster, they say they're suffering from "Umbridge-itis".
- In the Olivia book where Olivia tries to be a vet, she pretends that Edwin the cat has "furry-foot-itis" and puts an ice pack on his head. It melts and Olivia's mom thinks that he had an accident.
- In the Ramona Quimby book "Ramona Forever", Ramona is feeling left out when her new baby sister is born and she's not allowed into the maternity ward to see her. A friendly doctor talks with her in the waiting room and diagnoses her with "siblingitis", prescribing attention from her family as the "cure."
- In an episode of Barney & Friends, B.J. is playing doctors and pretends the teddy bear has "teddy-bear-itis". Someone says, "Teddy bear whatsis?".
- In an episode of Bear in the Big Blue House, the kids pretend Bear has "Big Bear-itis".
- In The Brady Bunch episode "You Can't Win 'Em All", Cindy passes a school test to become a contestant on a televised children's quiz show.  But when she she is actually on the show, she freezes up, staring catatonically at the TV camera for the duration of the (live) broadcast. Carol thinks that Cindy has "Television-itis".
- In the Mighty Morphin' Power Rangers episode "I, Eye Guy", Skull complains that he might contract nerditis when he and Bulk arrive at the science fair.
- Sesame Street: In one episode, Oscar the grouch gets a disease called "kind-itis". Being kind, however, is only one symptom: the others are rhyming and a headache.
- In Too Many Cooks, most of the characters suffer from "intro-nitis", a disease that causes them to constantly freeze-frame in a goofy smile.
- In one episode of Adventures in Wonderland, first the White Rabbit, then the Hatter and Hare, then the Tweedles, and eventually the Queen and Alice all catch "rhyme-itis," which forces them to speak only in rhyme.
- In the Roger Miller episode of The Muppet Show, all the Muppets except Gonzo catch "cluck-itis," a disease that turns them into chickens.
- This Very Wiki has several examples:
- Alt-Itis
- Indexitis
- Sequelitis
- The American-specific version of Cultural Translation used to be called "Americanitis".
- Apollo Justice: Ace Attorney: The third case features a fictional disease called "incuritis". The name only makes reference to the fact that it has no cure or treatment save for a single substance, which can be extracted from a Borginian cocoon.
- Moshi Monsters has a disease called "frosty fingeritis" that monsters are susceptible to in cold weather. To prevent and/or cure it, you need to wiggle your fingers.
- Octodad: In Dadliest Catch's hospital-themed bonus level, there is a disease called "Unicornitis", where the afflicted person gains a unicorn horn and the ability to fly. Justified because the level is actually a story being told by Octodad's children.
- The Animaniacs episode "De-Zanitized" ended with Yakko Warner diagnosing Dr. Otto Scratchansniff as suffering acute Warner-itis.
- In an episode of Arthur titled "The Secret About Secrets", D.W. gets a secret that she wants not to tell, and asks for a day off from school (she actually gets one) by saying she is sick, then saying she thinks she has secret-itis. Grandma Thora arrives to babysit her and Kate.

- The Beetlejuice episode "Generally Hysterical Hospital" had Lydia Deetz getting trapped at a Neitherworld hospital and in danger of undergoing a full body transplant. Beetlejuice saves her by tricking the hospital staff into thinking they've contracted a disease called humanitis from Lydia.
- In the Bugs Bunny cartoon "Hare Tonic", Bugs convinces Elmer that he has the "dread-disease-rabbit-itis".
- In The Crumpets, Granny is diagnosed with "foulmouthitis", one making "a constant stream of insults", in one episode.
- Doc McStuffins frequently uses this trope for any toys with diseases or sicknesses. It's somewhat justified given the target demographic, and that they're modified versions of real life diseases and sicknesses that are fairly accurate to reap life.
- In Futurama an "Eighties Guy" had himself frozen until the 31st century when he developed terminal "bone-itis". He was thawed after the cure was invented, but he never got around to getting cured and at the episode's climax the symptoms suddenly displayed themselves.
- In the Harry and His Bucket Full of Dinosaurs episode "Achoo", Taury gets a disease called "itchy-spot-itis" and Pterence gets a disease called "Thermomo-burst-iosis".
- One episode of Hey Arnold! had Helga being sick and, because she reads a book of fictional diseases, thinks she has "monkey-nucleosis" (which will supposedly turn her into a monkey and is incurable). As a result, she spends what is a regular 24-hour flu being Mistaken for Dying.
- Jimmy Two-Shoes had an episode titled "Cellphone-itis", which dealt with Beezy having problems with cellphone addiction. However, in the episode, characters alternated between calling it cellphone dependency and cellphone-itis.
- In an episode of La La Loopsy called "Spot-itis", people keep getting spots on their faces. Rose thinks it's a disease and calls it "spot-itis" but it's actually just paint.
- Muppet Babies (2018):
- In the episode "Upside Down Day", Gonzo diagnoses Summer Penguin as having "bad day-itis".
- In "Doctor Fozzie", Fozzie pretends to be a doctor with Kermit pretending to be his patient. Fozzie diagnoses Kermit as having "green-itis".
- In Rugrats, one episode has Angelica trick Chuckie into thinking that he contracted "Rhinoceritis", a rare disease that causes its victim to turn into a rhinoceros.
- In the Sabrina: The Animated Series episode "Witchitis", Sabrina gets the titular disease because she's too scared to get her shot. Unfortunately, the cure is also an injection.
- The Simpsons episode "Lisa the Iconoclast" had historian Hollis Hurlbut jokingly refer to Lisa's interest in learning about Jebediah Springfield as "Jebeditis". Lisa responds by making a joke about having just gotten over her "Chester A. Arthritis", which results in a brief moment of awkwardness when Hollis misinterprets Lisa as saying she has arthritis.
- SpongeBob SquarePants:
- There's an episode in the 8th season about Squidward faking being sick to get home from work called "Squiditis." Averted in the episode in that the fake disease is called Squid's Disease.
- SpongeBob gets a fear of public speaking in "Oral Report." Sandy tells him that he has "oral-report-itis."
- When head injuries cause Squidward to regress to the mental state of a baby in "Squid Baby", the doctor diagnoses him with "head-go-boom-boom-itis."
- In the What's with Andy? episode "Emergency Spew Relish", Andy and Danny are on a train and their latest prank is to try and get everyone off the train car. Andy tricks a man into leaving by claiming that he has a contagious illness called rhino-googly-osis. When Danny comments on the name, Andy says that the other name he was thinking of was "multi-snotty-osis".


Nebular Plasma¶
The NebularPlasma class is a more complex description of the Plasma state than the LTEPlasma. It takes a dilution factor (W) into account, which deals with the dilution of the radiation field due to geometric, line-blocking and other effects.
The calculations follow the same steps as LTEPlasma, however the calculations are different and often take into account if a particular level is meta-stable or not. NebularPlasma will start calculating the partition functions.
, where Z is the partition function, g is the degeneracy factor, E the energy of the level, T the temperature of the radiation field and W the dilution factor.
The next step is to calculate the ionization balance using the Saha ionization equation. and then calculating the Number density of the ions (and an electron number density) in a second step. In the first step, we calculate the ionization balance using the LTE approximation (\(\Phi_{i, j}(\textrm{LTE})\)). Then we adjust the ionization balance using two factors \(\zeta\) and \(\delta\).
Calculating Zeta¶
\(\zeta\) is read in for specific temperatures and then interpolated for the target temperature.
Calculating Delta¶
\(\delta\) is a radiation field correction factors which is calculated according to Mazzali & Lucy 1993 ([1993A&A...279..447M]; henceforth ML93)
In ML93 the radiation field correction factor is denoted as \(\delta\) and is calculated in Formula 15 & 20
The radiation correction factor changes according to a ionization energy threshold \(\chi_\textrm{T}\) and the species ionization threshold (from the ground state) \(\chi_0\).
For \(\chi_\textrm{T} \ge \chi_0\)
For \(\chi_\textrm{T} < \chi_0\)
where \(T_\textrm{R}\) is the radiation field Temperature, \(T_\textrm{e}\) is the electron temperature and W is the dilution factor.
Now we can calculate the ionization balance using equation 14 in [1993A&A...279..447M]:
In the last step, we calculate the ion number densities according using the methods in LTEPlasma
Finally we calculate the level populations (NebularPlasma.calculate_level_populations()
),
by using the calculated ion species number densities:
This concludes the calculation of the nebular plasma. In the code, the next step is calculating the \(\tau_\textrm{Sobolev}\) using the quantities calculated here.
Example Calculations¶
import os
from matplotlib import colors
from tardis import atomic, plasma_array, util
from matplotlib import pyplot as plt
import numpy as np
import pandas as pd
#Making 2 Figures for ionization balance and level populations
plt.figure(1).clf()
ax1 = plt.figure(1).add_subplot(111)
plt.figure(2).clf()
ax2 = plt.figure(2).add_subplot(111)
# expanding the tilde to the users directory
atom_fname = os.path.expanduser('~/.tardis/si_kurucz.h5')
# reading in the HDF5 File
atom_data = atomic.AtomData.from_hdf5(atom_fname)
#The atom_data needs to be prepared to create indices. The Class needs to know which atomic numbers are needed for the
#calculation and what line interaction is needed (for "downbranch" and "macroatom" the code creates special tables)
atom_data.prepare_atom_data([14], 'scatter')
#Initializing the NebularPlasma class using the from_abundance class method.
#This classmethod is normally only needed to test individual plasma classes
#Usually the plasma class just gets the number densities from the model class
nebular_plasma = plasma.NebularPlasma.from_abundance(10000, 0.5, {'Si': 1}, 1e-13, atom_data, 10.)
#Initializing a dataframe to store the ion populations and level populations for the different temperatures
ion_number_densities = pd.DataFrame(index=nebular_plasma.ion_populations.index)
level_populations = pd.DataFrame(index=nebular_plasma.level_populations.ix[14, 1].index)
t_rads = np.linspace(2000, 20000, 100)
#Calculating the different ion populations and level populuatios for the given temperatures
for t_rad in t_rads:
nebular_plasma.update_radiationfield(t_rad, w=1.0)
#getting total si number density
si_number_density = nebular_plasma.number_density.get_value(14)
#Normalizing the ion populations
ion_density = nebular_plasma.ion_populations / si_number_density
ion_number_densities[t_rad] = ion_density
#normalizing the level_populations for Si II
current_level_population = nebular_plasma.level_populations.ix[14, 1] / nebular_plasma.ion_populations.ix[14, 1]
#normalizing with statistical weight
current_level_population /= atom_data.levels.ix[14, 1].g
level_populations[t_rad] = current_level_population
ion_colors = ['b', 'g', 'r', 'k']
for ion_number in [0, 1, 2, 3]:
current_ion_density = ion_number_densities.ix[14, ion_number]
ax1.plot(current_ion_density.index, current_ion_density.values, '%s-' % ion_colors[ion_number],
label='Si %s W=1.0' % util.int_to_roman(ion_number + 1).upper())
#only plotting every 5th radiation temperature
t_rad_normalizer = colors.Normalize(vmin=2000, vmax=20000)
t_rad_color_map = plt.cm.ScalarMappable(norm=t_rad_normalizer, cmap=plt.cm.jet)
for t_rad in t_rads[::5]:
ax2.plot(level_populations[t_rad].index, level_populations[t_rad].values, color=t_rad_color_map.to_rgba(t_rad))
ax2.semilogy()
#Calculating the different ion populations for the given temperatures with W=0.5
ion_number_densities = pd.DataFrame(index=nebular_plasma.ion_populations.index)
for t_rad in t_rads:
nebular_plasma.update_radiationfield(t_rad, w=0.5)
#getting total si number density
si_number_density = nebular_plasma.number_density.get_value(14)
#Normalizing the ion populations
ion_density = nebular_plasma.ion_populations / si_number_density
ion_number_densities[t_rad] = ion_density
#normalizing the level_populations for Si II
current_level_population = nebular_plasma.level_populations.ix[14, 1] / nebular_plasma.ion_populations.ix[14, 1]
#normalizing with statistical weight
current_level_population /= atom_data.levels.ix[14, 1].g
level_populations[t_rad] = current_level_population
#Plotting the ion fractions
for ion_number in [0, 1, 2, 3]:
print "w=0.5"
current_ion_density = ion_number_densities.ix[14, ion_number]
ax1.plot(current_ion_density.index, current_ion_density.values, '%s--' % ion_colors[ion_number],
label='Si %s W=0.5' % util.int_to_roman(ion_number + 1).upper())
for t_rad in t_rads[::5]:
ax2.plot(level_populations[t_rad].index, level_populations[t_rad].values, color=t_rad_color_map.to_rgba(t_rad),
linestyle='--')
ax2.semilogy()
t_rad_color_map.set_array(t_rads)
cb = plt.figure(2).colorbar(t_rad_color_map)
ax1.set_xlabel('T [K]')
ax1.set_ylabel('Number Density Fraction')
ax1.legend()
ax2.set_xlabel('Level Number for Si II')
ax2.set_ylabel('Number Density Fraction')
cb.set_label('T [K]')
plt.show()


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 Look at the inhabitants of the house with the red door. They seem to be a perfectly ordinary family, but look closer.
Father and head-of-the-family Lester Burnham (Kevin Spacey, Hurlyburly) appears to be a normal middle-aged suburbanite. He drives his Toyota Camry to his job at Media Monthly Magazine, but if you look closer you will see a man so broken of spirit that he has no qualms leering at his teenage daughter's young friends or referring to his daily shower masturbation session as the highlight of his day. Lester explains, in an opening narrative, that he is 42 and will be dead in a year – even though it feels like part of him has been dying for years.
His wife Carolyn (Annette Bening, In Dreams) is a real estate agent with a Mercedes SUV and an upbeat outlook on life, not to mention pruning shears that match her gardening clogs. Career-wise, Carolyn lives in the huge shadow of Buddy Kane, the Real Estate King (Peter Gallagher, The Man Who Knew too Little), whose face adorns park benches and billboards around the unnamed town. Look closer at the woman that forces her family listen to elevator music during dinner each evening, and you will see a person so afraid of professional and personal failure that she actually beats herself in the face if she cries.
Lester and Caroline's only child is Jane (Thora Birch, Harrison Ford's cute little kid in those Tom Clancy movies), a high school student embarrassed that her lecherous dad will `spray his shorts' if she brings home any female classmates. She's a member of the school's pep squad, but if you look closer, Jane finds herself struggling to escape the shadow of her popular and brazen best friend (and model wannabe) Angela (Mena Suvari, American Pie).
No longer able to stomach the daily grind of selling his soul at work, Lester decides to quit his job and really live his life. He trades the Camry for the classic car he always dreamed of having. He also starts to work out and smoke pot, finding new employment at a fast food joint called Smiley Burger – and he has never been happier. Despite his newfound euphoria, Lester's family suffers the brunt of the changes brought upon by his revitalized outlook.
Their problem? Lester really starts to push the envelope in a world where you simply can't afford to be plain, but can't do much to really stand out, either. And that is the soul of the film. Most men his age are content to regale peers with tales of days past when they drove across the country, stoned like Gonzo and his attorney, with The Allman Brothers Live at the Fillmore East blaring from the stereo and the wind whipping through hair they used to have. Now older, married and whipped, they are happy to have two minutes alone each day just to pinch a loaf (or jerk off in the shower).
Not to be outdone by the reigning neighborhood dysfunction champions are the Burnham's new neighbors, whose move into the vacant house next-door coincides with Lester's mental collapse. Their patriarch (Chris Cooper, October Sky), a military man with a graying brush-cut, introduces himself to everyone as `Colonel Fitts, U.S. Marine Corps.' Wife Barbra (Allison Janney, 10 Things I Hate About You) staggers through life like a zombie, trying to mask whatever horrors life has previously dealt her. Like the Burnhams, the Fitts' have one child – a boy named Ricky (newcomer Wes Bentley), who has just been released from a mental institution, sells pot and captures life's quirks on a home video camera. Boy, did he move to the right neighborhood.
Likely to draw comparisons to both The Ice Storm and Happiness (all three are interweaving tales of whacked-out suburban families with major sexual issues), Beauty is nothing short of perfection. Spacey has never been better (plus, he has one of the best spit-takes of this decade) and Birch is completely amazing for somebody who was in that cinematic opus Monkey Business. A role like Jane's would ordinarily be given to a Christina Ricci or possibly an Anna Paquin, but Birch's performance easily tops anything that either have done.
The scary part of Beauty (other than the content) is that it's the first script written by Alan Ball and first picture helmed by Sam Mendes, who has previously directed Broadway hits Cabaret and the Nicole Kidman nude-fest The Blue Room. Mendes' bold direction is technically brilliant, recalling early efforts of Tarantino or Paul Thomas Anderson. Beauty is the kind of film that will reap loads of critical praise, yet may not light up the box office and be too controversial to be considered for Oscar nominations. But it is so good that the Academy may not be able to ignore it. (1:52 - R for nudity, strong sexuality, language, graphic violence and drug content)
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| Class | ActionController::Routing::RouteSet::Mapper |
| In: |
vendor/rails/actionpack/lib/action_controller/routing.rb
|
| Parent: | Object |
# File vendor/rails/actionpack/lib/action_controller/routing.rb, line 944 944: def initialize(set) 945: @set = set 946: end
Create an unnamed route with the provided path and options. See SomeHelpfulUrl for an introduction to routes.
# File vendor/rails/actionpack/lib/action_controller/routing.rb, line 950 950: def connect(path, options = {}) 951: @set.add_route(path, options) 952: end
# File vendor/rails/actionpack/lib/action_controller/routing.rb, line 958 958: def method_missing(route_name, *args, &proc) 959: super unless args.length >= 1 && proc.nil? 960: @set.add_named_route(route_name, *args) 961: end


Erase: ESC or X | Run: SPACE or R | Step: ENTER or S | Speed: keys 1-9 | Draw cells with mouse. Hold DELETE to erase cells. |
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Vim documentation: if_pyth
main help file*if_pyth.txt* For Vim version 7.2. Last change: 2006 Apr 30 VIM REFERENCE MANUAL by Paul Moore The Python Interface to Vim *python* *Python* 1. Commands |python-commands| 2. The vim module |python-vim| 3. Buffer objects |python-buffer| 4. Range objects |python-range| 5. Window objects |python-window| 6. Dynamic loading |python-dynamic| {Vi does not have any of these commands} The Python interface is available only when Vim was compiled with the |+python| feature.
1. Commands *python-commands* *:python* *:py* *E205* *E263* *E264* :[range]py[thon] {stmt} Execute Python statement {stmt}. :[range]py[thon] << {endmarker} {script} {endmarker} Execute Python script {script}. Note: This command doesn't work when the Python feature wasn't compiled in. To avoid errors, see |script-here|. {endmarker} must NOT be preceded by any white space. If {endmarker} is omitted from after the "<<", a dot '.' must be used after {script}, like for the |:append| and |:insert| commands. This form of the |:python| command is mainly useful for including python code in Vim scripts. Example: function! IcecreamInitialize() python << EOF class StrawberryIcecream: def __call__(self): print 'EAT ME' EOF endfunction Note: Python is very sensitive to the indenting. Also make sure the "class" line and "EOF" do not have any indent. *:pyfile* *:pyf* :[range]pyf[ile] {file} Execute the Python script in {file}. The whole argument is used as a single file name. {not in Vi} Both of these commands do essentially the same thing - they execute a piece of Python code, with the "current range" |python-range| set to the given line range. In the case of :python, the code to execute is in the command-line. In the case of :pyfile, the code to execute is the contents of the given file. Python commands cannot be used in the |sandbox|. To pass arguments you need to set sys.argv[] explicitly. Example: :python import sys :python sys.argv = ["foo", "bar"] :pyfile myscript.py Here are some examples *python-examples* :python from vim import * :python from string import upper :python current.line = upper(current.line) :python print "Hello" :python str = current.buffer[42] (Note that changes - like the imports - persist from one command to the next, just like in the Python interpreter.)
2. The vim module *python-vim* Python code gets all of its access to vim (with one exception - see |python-output| below) via the "vim" module. The vim module implements two methods, three constants, and one error object. You need to import the vim module before using it: :python import vim Overview :py print "Hello" # displays a message :py vim.command(cmd) # execute an ex command :py w = vim.windows[n] # gets window "n" :py cw = vim.current.window # gets the current window :py b = vim.buffers[n] # gets buffer "n" :py cb = vim.current.buffer # gets the current buffer :py w.height = lines # sets the window height :py w.cursor = (row, col) # sets the window cursor position :py pos = w.cursor # gets a tuple (row, col) :py name = b.name # gets the buffer file name :py line = b[n] # gets a line from the buffer :py lines = b[n:m] # gets a list of lines :py num = len(b) # gets the number of lines :py b[n] = str # sets a line in the buffer :py b[n:m] = [str1, str2, str3] # sets a number of lines at once :py del b[n] # deletes a line :py del b[n:m] # deletes a number of lines Methods of the "vim" module vim.command(str) *python-command* Executes the vim (ex-mode) command str. Returns None. Examples: :py vim.command("set tw=72") :py vim.command("%s/aaa/bbb/g") The following definition executes Normal mode commands: def normal(str): vim.command("normal "+str) # Note the use of single quotes to delimit a string containing # double quotes normal('"a2dd"aP') *E659* The ":python" command cannot be used recursively with Python 2.2 and older. This only works with Python 2.3 and later: :py vim.command("python print 'Hello again Python'") vim.eval(str) *python-eval* Evaluates the expression str using the vim internal expression evaluator (see |expression|). Returns the expression result as: - a string if the Vim expression evaluates to a string or number - a list if the Vim expression evaluates to a Vim list - a dictionary if the Vim expression evaluates to a Vim dictionary Dictionaries and lists are recursively expanded. Examples: :py text_width = vim.eval("&tw") :py str = vim.eval("12+12") # NB result is a string! Use # string.atoi() to convert to # a number. :py tagList = vim.eval('taglist("eval_expr")') The latter will return a python list of python dicts, for instance: [{'cmd': '/^eval_expr(arg, nextcmd)$/', 'static': 0, 'name': 'eval_expr', 'kind': 'f', 'filename': './src/eval.c'}] Error object of the "vim" module vim.error *python-error* Upon encountering a Vim error, Python raises an exception of type vim.error. Example: try: vim.command("put a") except vim.error: # nothing in register a Constants of the "vim" module Note that these are not actually constants - you could reassign them. But this is silly, as you would then lose access to the vim objects to which the variables referred. vim.buffers *python-buffers* A sequence object providing access to the list of vim buffers. The object supports the following operations: :py b = vim.buffers[i] # Indexing (read-only) :py b in vim.buffers # Membership test :py n = len(vim.buffers) # Number of elements :py for b in vim.buffers: # Sequential access vim.windows *python-windows* A sequence object providing access to the list of vim windows. The object supports the following operations: :py w = vim.windows[i] # Indexing (read-only) :py w in vim.windows # Membership test :py n = len(vim.windows) # Number of elements :py for w in vim.windows: # Sequential access vim.current *python-current* An object providing access (via specific attributes) to various "current" objects available in vim: vim.current.line The current line (RW) String vim.current.buffer The current buffer (RO) Buffer vim.current.window The current window (RO) Window vim.current.range The current line range (RO) Range The last case deserves a little explanation. When the :python or :pyfile command specifies a range, this range of lines becomes the "current range". A range is a bit like a buffer, but with all access restricted to a subset of lines. See |python-range| for more details. Output from Python *python-output* Vim displays all Python code output in the Vim message area. Normal output appears as information messages, and error output appears as error messages. In implementation terms, this means that all output to sys.stdout (including the output from print statements) appears as information messages, and all output to sys.stderr (including error tracebacks) appears as error messages. *python-input* Input (via sys.stdin, including input() and raw_input()) is not supported, and may cause the program to crash. This should probably be fixed.
3. Buffer objects *python-buffer* Buffer objects represent vim buffers. You can obtain them in a number of ways: - via vim.current.buffer (|python-current|) - from indexing vim.buffers (|python-buffers|) - from the "buffer" attribute of a window (|python-window|) Buffer objects have one read-only attribute - name - the full file name for the buffer. They also have three methods (append, mark, and range; see below). You can also treat buffer objects as sequence objects. In this context, they act as if they were lists (yes, they are mutable) of strings, with each element being a line of the buffer. All of the usual sequence operations, including indexing, index assignment, slicing and slice assignment, work as you would expect. Note that the result of indexing (slicing) a buffer is a string (list of strings). This has one unusual consequence - b[:] is different from b. In particular, "b[:] = None" deletes the whole of the buffer, whereas "b = None" merely updates the variable b, with no effect on the buffer. Buffer indexes start at zero, as is normal in Python. This differs from vim line numbers, which start from 1. This is particularly relevant when dealing with marks (see below) which use vim line numbers. The buffer object methods are: b.append(str) Append a line to the buffer b.append(list) Append a list of lines to the buffer Note that the option of supplying a list of strings to the append method differs from the equivalent method for Python's built-in list objects. b.mark(name) Return a tuple (row,col) representing the position of the named mark (can also get the []"<> marks) b.range(s,e) Return a range object (see |python-range|) which represents the part of the given buffer between line numbers s and e |inclusive|. Note that when adding a line it must not contain a line break character '\n'. A trailing '\n' is allowed and ignored, so that you can do: :py b.append(f.readlines()) Examples (assume b is the current buffer) :py print b.name # write the buffer file name :py b[0] = "hello!!!" # replace the top line :py b[:] = None # delete the whole buffer :py del b[:] # delete the whole buffer :py b[0:0] = [ "a line" ] # add a line at the top :py del b[2] # delete a line (the third) :py b.append("bottom") # add a line at the bottom :py n = len(b) # number of lines :py (row,col) = b.mark('a') # named mark :py r = b.range(1,5) # a sub-range of the buffer
4. Range objects *python-range* Range objects represent a part of a vim buffer. You can obtain them in a number of ways: - via vim.current.range (|python-current|) - from a buffer's range() method (|python-buffer|) A range object is almost identical in operation to a buffer object. However, all operations are restricted to the lines within the range (this line range can, of course, change as a result of slice assignments, line deletions, or the range.append() method). The range object attributes are: r.start Index of first line into the buffer r.end Index of last line into the buffer The range object methods are: r.append(str) Append a line to the range r.append(list) Append a list of lines to the range Note that the option of supplying a list of strings to the append method differs from the equivalent method for Python's built-in list objects. Example (assume r is the current range): # Send all lines in a range to the default printer vim.command("%d,%dhardcopy!" % (r.start+1,r.end+1))
5. Window objects *python-window* Window objects represent vim windows. You can obtain them in a number of ways: - via vim.current.window (|python-current|) - from indexing vim.windows (|python-windows|) You can manipulate window objects only through their attributes. They have no methods, and no sequence or other interface. Window attributes are: buffer (read-only) The buffer displayed in this window cursor (read-write) The current cursor position in the window This is a tuple, (row,col). height (read-write) The window height, in rows width (read-write) The window width, in columns The height attribute is writable only if the screen is split horizontally. The width attribute is writable only if the screen is split vertically.
6. Dynamic loading *python-dynamic* On MS-Windows the Python library can be loaded dynamically. The |:version| output then includes |+python/dyn|. This means that Vim will search for the Python DLL file only when needed. When you don't use the Python interface you don't need it, thus you can use Vim without this DLL file. To use the Python interface the Python DLL must be in your search path. In a console window type "path" to see what directories are used. The name of the DLL must match the Python version Vim was compiled with. Currently the name is "python24.dll". That is for Python 2.4. To know for sure edit "gvim.exe" and search for "python\d*.dll\c".
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Calvin Harris - This Is What You Came For (Audio Clip) ft. Rihanna
Artist : Calvin Harris
Featured artist: Rihanna
Album : Filtr Hits lige nu 2016.02
Released : 2016
Nominations : Teen Choice Award for Choice Summer: Song, Teen Choice Award for Choice Party Song
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Album: 25
Released: 2015
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Name: Jahid Hossain
Saiful's Building, Road: 10, Green View, Pahartail, Chittagong
01711982983
<EMAIL_ADDRESS>https://www.linkedin.com/in/md-jahid-hossin
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To pursue a challenging career and be a part of progressive organization that gives a scope to enhance my knowledge and utilizing my skills towards the growth of organization.
EDUCATIONAL QUALIFICATION
MBA Human Resource Management
UITS
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Want to be Full Stack Web Developer:Experienced on HTML,CSS,JAVASCRIPT,PHP.
Research Experience:
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Mobile: +880 01825 273 123
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{% extends "homepage.html"%} {% block title %}About Me{% endblock %} {% block head%} {{ super() }} {% endblock%} {% block page_content%}
I am a junior at the University of Delaware. I am Currently studying Management Information Systems.
I have experience with the following programs:
This project is developed by Matthew Steiger.


Hello World.
My name is Juan Cazala.
I'm a Software Engineer from Argentina, currently working at Decentraland.
I like making awesome stuff, if you'd like to reach me follow these links:
...or you can just play with the fish.


12
1 Whoever loves discipline loves knowledge,
but he who hates reproof is stupid.
2 A good man obtains favor from the LORD,
but a man of evil devices he condemns.
3 No one is established by wickedness,
but the root of the righteous will never be moved.
4 An excellent wife is the crown of her husband,
but she who brings shame is like rottenness in his bones.
5 The thoughts of the righteous are just;
the counsels of the wicked are deceitful.
6 The words of the wicked lie in wait for blood,
but the mouth of the upright delivers them.
7 The wicked are overthrown and are no more,
but the house of the righteous will stand.
8 A man is commended according to his good sense,
but one of twisted mind is despised.
9 Better to be lowly and have a servant
than to play the great man and lack bread.
10 Whoever is righteous has regard for the life of his beast,
but the mercy of the wicked is cruel.
11 Whoever works his land will have plenty of bread,
but he who follows worthless pursuits lacks sense.
12 Whoever is wicked covets the spoil of evildoers,
but the root of the righteous bears fruit.
13 An evil man is ensnared by the transgression of his lips,
but the righteous escapes from trouble.
14 From the fruit of his mouth a man is satisfied with good,
and the work of a man's hand comes back to him.
15 The way of a fool is right in his own eyes,
but a wise man listens to advice.
16 The vexation of a fool is known at once,
but the prudent ignores an insult.
17 Whoever speaks the truth gives honest evidence,
but a false witness utters deceit.
18 There is one whose rash words are like sword thrusts,
but the tongue of the wise brings healing.
19 Truthful lips endure forever,
but a lying tongue is but for a moment.
20 Deceit is in the heart of those who devise evil,
but those who plan peace have joy.
21 No ill befalls the righteous,
but the wicked are filled with trouble.
22 Lying lips are an abomination to the LORD,
but those who act faithfully are his delight.
23 A prudent man conceals knowledge,
but the heart of fools proclaims folly.
24 The hand of the diligent will rule,
while the slothful will be put to forced labor.
25 Anxiety in a man's heart weighs him down,
but a good word makes him glad.
26 One who is righteous is a guide to his neighbor,
but the way of the wicked leads them astray.
27 Whoever is slothful will not roast his game,
but the diligent man will get precious wealth.
28 In the path of righteousness is life,
and in its pathway there is no death.


HomeGroup is a known location and can be searched like any other folder hierarchy. Type a query to search what is shared with the HomeGroup. The users and PCs in the HomeGroup won't be returned for a search query.
Example Queries:"song", "report" or "kind:picture" or "size:>1MB"
Query:


I like to write computer programs, test them correctly, and create products people enjoy using. In my personal life, I like to play music, hike, and watch sports.
I enjoy server-side web and embedded programming the most.
You can contact me at<EMAIL_ADDRESS>or via LinkedIn


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