The age for blog has already passed. Instead, it is the world of Facebook, Twitter, and Instagram. More and more people prefer to update a short status in a minute, rather than to spend couple of hours sitting down to write a paragraph. However, I still desire to have my own place on the Internet, neither a social media homepage, nor a community account, but a true home made by my own hand.
After getting everything ready in my website, I would like to share what I did to establish my website.
Things to Be Done
- Register a domain
- Set up Github and Github Pages
- Learn how to use Jekyll
- Web pages design
- Set up Table of Contents
- Set up Google Code Prettify
- Set up MathJax
- Set up full-text search
To Power Your Website with Jekyll
Besides regular HTML contents, Github Pages support Jekyll, which makes it much less painful to establish your website. Github Pages also has an official document to introduce how to use Jekyll with Github Pages.
In addition to supporting regular HTML content, GitHub Pages support Jekyll, a simple, blog-aware static site generator. Jekyll makes it easy to create site-wide headers and footers without having to copy them across every page. --- Github Pages
Jekyll is a simple, blog-aware, static site generator. It takes a template directory containing raw text files in various formats, runs it through Markdown (or Textile) and Liquid converters, and spits out a complete, ready-to-publish static website suitable for serving with your favorite web server. Jekyll also happens to be the engine behind GitHub Pages, which means you can use Jekyll to host your project’s page, blog, or website from GitHub’s servers for free. --- Jekyll
Installation of Jekyll
First, you should install Jekyll on your computer. Since Jekyll is written in Ruby, a dynamic, open source programming language, the installation of Ruby is required before you get started to install Jekyll.
For Mac OS user, you have probably already got Ruby. To check with this, you can open the Terminal application, and run command ruby --version
. If you can see your Ruby version begin with 1.9.3
or 2.0.0
, you have got Ruby with supported version. If not, you should refer to these instructions to install Ruby.
For Windows user, you can use RubyInstaller to install Ruby on Windows.
After installing Ruby, you are supposed to install Bundler. It is a package manager that makes versioning Ruby software like Jekyll a lot easier. To install it, you can just run the command gem install bundler
.
Last, here comes the main event, installation of Jekyll. You are require to create a file in you site's repository called Gemfile
(note: no any filename extension). Here is an example for the contents in Gemfile
:
source 'https://rubygems.org'
gem 'github-pages'
After that, you can run the command bundle install
and then you're ready.
However, during the command bundle install
, I encountered error as following.
An error occured while installing pg (0.13.2), and Bundler cannot continue.
Make sure that `gem install pg -v '0.13.2'` succeeds before bundling.
In the beginning, I manually run the commands like gem install pg -v '0.13.2'
for every error message showed up. But it is really a wait of time to do it over and over again. Finally, I found that the errors occurred only because my RubyGems
is not up to date. To upgrade to the latest RubyGems, I ran the command gem update --system
, and it fixed all the problems.
For Windows user, you can also refer to the instructions to get Jekyll running on Windows written by Julian Thilo, which seem to work for most.
To run Jekyll, just use the command bundle exec jekyll serve
in the root of you repository, and your site can be previewed at http://localhost:4000
before you push to Github.
Jekyll Basics
Jekyll has very substantial documents for how to use Jekyll to build website. Although they are not very easy easy to understand and lack of vivid examples, I still highly recommend to go through it.
Jekyll is, at its core, a text transformation engine. The concept behind the system is this: you give it text written in your favorite markup language, be that Markdown, Textile, or just plain HTML, and it churns that through a layout or series of layout files. Throughout that process you can tweak how you want the site URLs to look, what data gets displayed in the layout, and more. This is all done through editing text files, and the static web site is the final product. ``` Jekyll
A basic structure of Jekyll site looks like this:
.
├── _config.yml
├── _drafts
| ├── begin-with-the-crazy-ideas.textile
| └── on-simplicity-in-technology.markdown
├── _includes
| ├── footer.html
| └── header.html
├── _layouts
| ├── default.html
| └── post.html
├── _posts
| ├── 2007-10-29-why-every-programmer-should-play-nethack.markdown
| └── 2009-04-26-barcamp-boston-4-roundup.textile
├── _site
└── index.html
_config.yml
It stores configuration data. The details of the configuration can refer to the configuration document.
Among all the configuration, I would like to talk about Markdown options. Jekyll supports various Markdown renderers. The default one is kramdown. However other renderers can provide more useful extra extensions which will significantly enhance the writing experience. Redcarpet is one of the excellent Markdown renderer.
To use Redcarpet, you should first install it as a Gem. You can simply run the command gem install redcarpet
to install Redcarpet.
To enable Redcarpet in Jekyll, the configuration file should be modified.
#Enalbe Redcarpet
markdown: redcarpet
According to the README of Redcarpet, there are various useful extensions. They can be configured by providing an extensions
sub-setting of Redcarpet. For me, I enabled fenced_code_blocks
, with_toc_data
and no_intra_emphasis
.
fenced_code_blocks
parse fenced code blocks, PHP-Markdown style. Blocks delimited with 3 or more ~ or backticks will be considered as code, without the need to be indented. An optional language name may be added at the end of the opening fence for the code block. With this extension enabled, you can just insert a piece of code in Mardown file using the following syntax.
```ruby
#...ruby code
```
with_toc_data
add HTML anchors to each header in the output HTML, to allow linking to each section. Together with jekyll-table-of-contents, it can help to generator table of contents for blogs. I will introduce how to use jekyll-table-of-contents in my next blog.no_intra_emphasis
do not parse emphasis inside of words. Strings such as foo_bar_baz will not generate<em>
tags. It help to solve the conflicts between MahtJax and Redcarpet. I will introduce how to enable MathJax with Jekyll in my next blog.
_layouts
In this directory, there are the templates for the posts. You can specify which template to use for a post in the YAML Front Matter. In the templates, you can design what your blog website looks like, and insert the liquid tag {{ content }}
to inject content for your posts. Separating the web page design and blog contents, this is exactly the reason why Jekyll make it convenient to build websites.
_posts
There is the area where you put your blogs. You can use Markdown to write your blog, and Jekyll will interpret it by you Markdown renderer. The name of your blogs mush strictly follow the format: YEAR-MONTH-DAY-title.MARKUP
. Once the file name is set, the date and markup language for the post are determined.
Every post should start with a YAML Front Matter. Jekyll will process all the files that contain YAML front matters.
Between these triple-dashed lines, you can set predefined variables (see below for a reference) or even create custom ones of your own. These variables will then be available to you to access using Liquid tags both further down in the file and also in any layouts or includes that the page or post in question relies on. ``` Jekyll
Here is the the front matter I used for this blog:
---
layout: blog
title: Back to the Past and Start Blogging (II)
description: Step-by-step instructions to establish a blog website hosted by Github Pages and using Jekyll with functional tools, such as code highlight, mathematic expressions rendering and full-text search.
category: blog
---
You can also custom permalink for you posts. The default permalink is defined as /:categories/:year/:month/:day/:title.html
. And you can custom it by changing the permalink option in the configuration file.
_includes
You can put files under this directory, and then use the liquid tag {% include file.ext %}
to include them in files in _layouts
or any other file started with the YAML front matter.
_drafts
There you can put your unpublished drafts. The format of these drafts is without a date: title.MARKUP
. To preview your site with drafts, you can just run the command bundle exec jekyll serve
or bundle exec jekyll build
with the --draft
switch.
Liquid
Another thing make Jekyll powerful is that it supports Liquid converter. The document Liquid for Designers shows roughly how to use Liquid. For more complete introductions, you can refer to the documentation on Shopify.
I can show you some example how I use Liquid in my website.
{% for post in site.categories.blog %}

{{ post.title }}

{{ post.description }}

{{ post.date|date:"%F" }}

{% endfor %}
This piece of code is extracted from the index for my blog. By Liquid, I generated a list of my blogs.

{% for post in site.categories.blog %}
{% if forloop.last == true and post.id != page.id %}

{% endif %}
{% endfor %}
{% for post in site.categories.blog %}
{% if post.id == page.id and forloop.last == false %}

{% endif %}
{% endfor %}
{% for post in site.categories.blog %}
{% if site.categories.blog[forloop.index].id == page.id and forloop.last == false %}

{% endif %}
{% endfor %}

This piece of code is extracted from the template in _includes
for my blog. By Liquid, I managed to create the navigation button at the end of each blog.
It is usually very easy to implement it use the predefined variables page.next
and page.previous
. But for me, it is different. As you can see, I have two categories of posts, blog and project. However, Jekyll put all my posts in the array site.posts
in time order regardless of the category. That means if I directly use page.next
or page.previous
, the variable will return the next or previous post which may be a project post rather than a blog post. Fortunately, Liquid help me to solve this problem with for loop and if statement.


Packit-as-a-Service is a GitHub App (https://developer.github.com/apps/about-apps/).
Easy to use
Using Packit Service is very straightforward: add one config file to your repository (see .packit.yaml format), followed by an RPM spec file and you’re good to go. Besides the service, packit is also a tool (see packit README.md), so you can always try things locally on your own.
Packit Service validates your pull requests by building your software in Fedora OS. Once the builds are done, packit lets you know how to install the RPMs inside your environment so you can try the changes before merging them.
Steps how to integrate Packit-as-a-Service into your projects or organizations
There are two ways to install Packit-as-a-Service GitHub app into your repository.
Install from Packit-as-a-Service page
- From the Packit-service page page, in the left sidebar, click “Install App”
- Click “Install” next to the organization or user account containing the correct repository
- Install the “Packit-as-a-Service” on all repositories or to certain repositories
Once installed, you will see “Packit-as-a-Service” GitHub application in your project settings. In the left sidebar, click “Integration & services” and our application is shown here.
Add .packit.yaml configuration file
Packit Service expects “.packit.yaml” configuration file in root of your upstream repository. For more info see .packit.yaml documentation
Add SPEC file
Packit Service needs RPM spec file in your upstream repository. This RPM spec file is used to build your project.
Packit is also tracking an RFE to not require spec in upstream packit-service/packit#312.
How to check Packit Service works in your project?
Nowadays, Packit Service is able only to build your changes and provide them as RPMs. Once you create a pull request, Packit Service builds the code from the pull request in COPR repository and reports back COPR build status to the pull request.
An example of Packit Service pull request:


Aww yeah, you successfully read this important alert message. This example text is going to run a bit longer so that you can see how spacing within an alert works with this kind of content.
Todos los campos marcados con (*) son requeridos.


Bhartiya Janata Party is one of the two major parties in India along with National Congress Party. As of 2016, it is country's largest political party in terms of representation in national parliament and state assemblies. Read More ...
Indian Nation Congress is one of the two major parties in India along with Bhartiya Janata Party. It is broad-based political party in India. The Congress' social policy is based upon Gandhian principle of Sarvodaya. Read More ...
Nationalist Congress Party is one of the most populer political party in India. NCP believes in principle of Secularism. They also believe in decentralized government structure and upholding society without discrimination. Read More ...
Shiv Sena also known as Sena, is an Indain far-right regional political party. It's ideology is based on pro-marathi ideology and Hindu Nationalism. Members of Shiv Sena are reffered as Shivsainik. Read More ...
Bhartiya Janata Party is one of the two major parties in India along with National Congress Party.
Bhartiya Janata Party is one of the two major parties in India along with National Congress Party.
Bhartiya Janata Party is one of the two major parties in India along with National Congress Party.
Bhartiya Janata Party is one of the two major parties in India along with National Congress Party.
Bhartiya Janata Party is one of the two major parties in India along with National Congress Party.


Budapest, HU
I'm passionate about learning webdesign. I usually tweet about interesting articles on Twitter.You can find my portfolio at GitHub and you can connect with me on LinkedIn.


Address
Seattle:5th Avenue Seattle, Wa USA
Tokyo: 297-1125, Koto-ku, Tokyo
Dubai: Sheikh Mohammed bin Rashid Blvd
-United Arab Emirates-
Paris: 13, Rue des Beaux-Arts, 75006 Paris, France
Lima: Calle de la Prosa 104. San Borja Lima-Perú
Open Hours
Seattle: 9:00am-5:00pm
Tokyo: 7:00am-4:00pm
Dubai: 8:00am-6:00pm
Paris: 6:00am-7:00pm
Lima: 8:00am-9:00pm


--- ---
If you've got some code you want to reuse througought the framework as a mixin, consider putting it in this file.


Toppings Menu
Grab and Go!
Pick a Size
Small
Medium
Large
Cheese
Cheese
Cheese & Sauce
Marinara
White Sauce
BBQ
Toppings
chicken
salami
bacon
peperoni
jalapenos
green peppers
onions
Next
Step 1
Size
Step 2
Cheese
Step 3
Sauce
Step 4
Toppings


Kotlin is very much a better Java. A great example is this simple idiom for naming things:
open class Named<in T>(val name: String, check: (T) -> Boolean) : (T) -> Boolean by check { override fun toString() = name }
So I can write something like this:
fun maybe_three(check: (Int) -> Boolean) { if (check(3)) do_the_three_thing() else println("\"$check says\", Do not pass go.") } maybe_three(Named("Is it three?") { i -> 3 == i }) maybe_three(Named("Is it four?") { i -> 4 == i })
The first call of maybe_three
prints: Breakfast, lunch,
dinner. The second call prints: "Is it four?" says, Do not
pass go.
Many variations on this are possible, not just functions! What makes this
example work nicely is delegation—the
magical by
keyword— for the general feature of naming
things by overriding toString()
; and for the function
delegated to, the elegant lambda
(anonymous function) syntax for the last parameter. You can delegate
anything, not just functions, so you could make named maps, named business
objects, et al, by using delegation on existing types without
needing to change them.


Leetcode 673. Number of Longest Increasing Subsequence (Python)
Related Topic
Description
Given an unsorted array of integers, find the number of longest increasing subsequence.
Sample I/O
Example 1
Input: [1,3,5,4,7]
Output: 2
Explanation: The two longest increasing subsequence are [1, 3, 4, 7] and [1, 3, 5, 7].
Example 2
Input: [2,2,2,2,2]
Output: 5
Explanation: The length of longest continuous increasing subsequence is 1, and there are 5 subsequences' length is 1, so output 5.
Note:
Length of the given array will be not exceed 2000 and the answer is guaranteed to be fit in 32-bit signed int.
Methodology
This question can be solved by Dynamic Programming. It is similar with question 300. Longest Increasing Subsequence. But now, the question is asking how many numbers of the longest increasing subsequence.
I personally think this question should belong to hard level.
To get the answer, we need to build connection between length of the longest increasing subsequence and the count the of length. For that, we need to get current element’s length of longest increasing subsequence and meanwhile we also need to know the current element’s count of longest increasing subsequence. It’s bit of tricky here, think twice. The answer is sum up each longest increasing subsequence’s count.
Find the base case:
We need two dp list here, one is for the length of the longest increaseing subsequence and each element represent the current longest length. Another one is for counting the number of such sequence and each element represent the count of increasing of include element. length and count are at least 1 unless there is no input length = [1]n count = [1]n
Find the pattern:
The length is easy to come up. If the current element is greater than before (make the subsequence increasing), then we will get the max length of previous plus 1. Else just stay in 1(Not increasing).
The count is hard to understand. The current element is the sum of previous longest increasing subsequence whose max element is less than current element(this will make the current subsequence keep increasing and also means the previous longest increasing subsequences’ length is 1 less than the current longest increasing subsequence)
Answer:
Return the value from count that element is bigest element in length
Code 1 (Inheriate code from question 334)
def findNumberOfLIS(self, nums):
N = len(nums)
if N <= 1: return N
lengths = [1] * N #lengths[i] = longest ending in nums[i]
counts = [1] * N #count[i] = number of longest ending in nums[i]
for i, num in enumerate(nums):
for j in range(i):
if nums[j] < nums[i]:
if lengths[j] >= lengths[i]:
lengths[i] = max(lengths[i],lengths[j]+1)
counts[i] = counts[j]
elif lengths[i]==lengths[j] + 1:
counts[i] += counts[j]
longest = max(lengths)
return sum(c for j, c in enumerate(counts) if lengths[j] == longest)
BigO
Create dp list will cost O(2n) and iterate the dp will cost ((n-1)*n) in total will be O((n-1)*n+2n)


Speech
Children’s Minister Edward Timpson addresses the Association for Physical Education (AfPE) conference.
Thanks John [Driscoll, Executive Director, sports coach UK], it’s great to be back.
And it feels like we couldn’t be gathering at a better time. It’s been an incredible bonanza of sport so far this year peppered by a string of heart-stopping and breath-taking moments. Okay, so Andy Murray couldn’t repeat his heroics of last year, and we’ve all had to adopt a team at the World Cup, but we’ve once again seen the power sport has to move and unite us like nothing else on earth.
Just witness the cacophonous crowds crammed all along the route this week for that well known Yorkshire showcase of cycling, the Tour de France. It’s done wonders in reigniting that London Olympic vibe and will have, I’m sure, and most importantly, inspired many more children to want to ‘zoom like Froome’.
And, in amongst it all, I’m pleased I’ve found the time to continue getting stuck in on and off the field, doing my best to lead by example as well as stave off the ravages of turning 40!
I ran my ninth London marathon in April and, while I was just pipped to being the fastest MP, I did achieve a personal best time - which made up for reaching a birthday milestone! And in need of another goal to aim for, I followed it up with my first stab at tackling a proper triathlon - gruelling, gut-busting and, ultimately a great sense of achievement.
I also recently had a tennis knock-about with the Speaker at a Lawn Tennis Association event for schools to play in the heart of Westminster.
It was of course wonderful to see the children enjoying themselves in such a setting, but I’m afraid that the Speaker had, rather sneakily, got the upper hand on me. He had his tennis whites to change into, while I found myself serving and volleying in my suit on one of the hottest days of the year. It clearly took a lot out of him though, judging by his overly relaxed pose whilst watching the men’s final on Centre Court on Sunday!
And like the Speaker and so many of you, I’ve been avidly following the World Cup and Wimbledon. But as fantastic as it is watching world’s top sports stars at their peak, we know it can be even be more rewarding seeing a field full of children in action at their own level, having the time of their lives.
That was certainly my experience at this year’s School Games that I went to see in Bedford, which - with your backing and that of National Lottery and Sainsbury’s - continues to go from strength to strength.
17,500 schools are taking part this year - that’s almost 3 quarters of all schools.
There were some exceptional performances, but more than anything, it was the passion and pride of the children taking part and that of their teachers that I took away.
And I saw this same passion and pride a few days ago when I visited a number of schools in Manchester with a great track record in PE and sport.
We want many more children to have these sorts of opportunities to have fun, get fit and compete. Which is why - in keeping with today’s theme - we’re taking action on several fronts and can see this starting to have an impact.
Just last week, whilst in Manchester, I announced that we’re extending the programme to develop specialist primary teachers. It was a pleasure to meet some of the first intake of 120 trainees whilst there and I’m pleased to see that we have some 40 or so of you here today as well.
They include some really high-calibre graduates and will be qualified to teach from this September. And I know from speaking to them that they’re raring to go, ready to pass down their love of PE and sport to the next generation, and so I’m delighted that we’re now recruiting more bright, committed professionals to join them.
And this comes on top of the £450 million we’ve already committed to PE and sport in primary schools up until 2016 - a major recognition of the vital job that you do, as well as the Prime Minister’s own personal commitment to continue to fund the primary PE and sport premium until 2020.
But the money only works if those on the ground spend it wisely and demonstrate the difference it makes. And so to that end I want to thank you all for the hard work and dedication you put in, day in, day out, to help young people raise their game and experience the power of sports for themselves.
As you know, the primary PE and sport premium is the only money for schools that’s ring-fenced; reflecting our commitment - right across government and at a time when money’s tight - to school sport.
And also reflecting our trust in you, in your schools; to decide for yourselves how to best spend this money to boost PE teaching and participation levels.
When I spoke to you last year, I talked about ways in which you could go about doing just this - whether by bringing in specialist sports experts to upskill staff, by buying new equipment, investing in facilities or otherwise investing in continuous professional development and training. Or, as some schools are doing, pooling the money and using their collective buying power to get a better deal.
And a year on we can see these efforts beginning to bear fruit.
Like at Our Lady’s Primary School in Manchester, who’ve decided to invest in the professional development of all staff, including teaching assistants and lunchtime organisers. They’ve also focused on good PE provision for children with SEN and social, mental and emotional needs.
And also in efforts made by Chellaston Infant School in Derby to ramp up participation in sports clubs and competitions and encourage pupils to take part in active lunchtimes with new play leaders.
I’m reliably informed that both schools are represented here today and are among over 80 schools that have been awarded AfPE Quality Marks in recognition of their achievements - brilliant achievements that I hope will inspire others.
And it’s not just primary schools benefiting - we’re seeing the sport premium bringing primary and secondary schools closer together.
In Richmond, for example, Brompton on Swale primary school is working closely with a local secondary to provide training for staff in netball and hockey. The school’s also using their premium money to support newly qualified teachers and lift participation in after-school clubs.
And more generally, I know of emerging networks of primary and secondary schools in regions as diverse as Devon, Manchester, Southwark and Leeds.
But as well as supporting schools through the premium, we’ve underscored the importance of PE in the new national curriculum whilst ensuring it remains compulsory at all 4 key stages. And so I want to thank AfPE , and the PE subject expert group - which is represented here today - for their sterling work on helping pull all of this together.
I also want to thank AfPE for their efforts to not only support schools through the Quality Mark, but also for their commitment to improving the quality of teaching. 70 centres across England have been approved to deliver AfPE ’s new level 5 and 6 qualification - a significant step forward for the profession.
And Sue (Wilkinson), in particular, deserves huge credit for the work she’s done to get the British Gymnastics Association and Football Association on board as part of our work to train more specialist primary teachers. No mean feat, and testament to Sue’s tenacity and enthusiasm to bring everyone along with us.
And it’s also important to acknowledge that, at the same time as the new curriculum kicks in this September, we’ve also got major reforms to special educational needs getting underway.
These reforms aim to put parents and young people in the driving seat as never before and require education, health and social care to work together much more closely to improve outcomes.
Opportunities to enjoy and achieve in sport - as other children do - are very much part of this push. That’s why we’ve introduced requirements for schools to make public, online, information about their SEN provision and also their PE and sport premium offer, so schools will have to actively show how they’re serving pupils of all abilities and needs.
And I’m pleased to report that they’re increasingly stepping up and doing just that.
50 schools - like the outstanding Redwood School in Rochdale, that I visited a few days ago - run the Project Ability strand of the School Games, which aims to increase sporting opportunities for disabled young people. And for the first time, Change4Life clubs now offer the Paralympic sports, boccia and wheelchair basketball. That’s an important development.
Because we’re particularly keen to drive up opportunities for pupils - disabled and otherwise - to take part in competitive sport - not just to nurture those with natural talent to elite level and win more medals - as welcome as that is.
But, by being ambitious for all children, instilling in them a life-long love of sport and physical activity, with all the benefits this has for their health, for building character and confidence, for improved concentration and behaviour. For higher aspiration and achievement all round.
This link between excellence on and off the field was underlined just a few weeks ago by Ofsted, which found that state schools that do the best in competitive sport also tend to do score highly overall. And where competitive sport is at the centre of school life and embedded into everything, we can see that this helps build a strong ethos that lifts the entire school.
But to fully reap the rewards, to really make this good work stick, we must engage parents to spark the passion that gets children active an early age - and that keep them active as they grow older.
It’s too easy to talk about children who are sporty and those who aren’t. I believe there’s something for every child; be it a ball game or ballet, gymnastics or jiu jitsu, rock climbing, or even marathon running, that will leave them raring to go - now and for life. We just have to find it.
And I have no doubt that you all have an essential role to play; in harnessing the power of sport to change young lives and helping us achieve a legacy worthy of the 2012 Olympics.
So, I hope I’ve demonstrated that we’re eager to do everything we can to support you - through the premium, through the drive for more specialist teachers and, of course, through our work with AfPE and all of you.
Now, of course, there’s clearly always more we can do, particularly to celebrate and spread good practice, especially in areas where the market is developing quickly.
So as you look to the year ahead, you might want to think about what innovative ideas you could share with colleagues in areas with less well-established PE provision. Or consider how schools can best verify the quality of external coaches, if they choose to employ them.
But, overall, I’m confident we’re on track. The action we’re taking together is having a real impact. And I want to say, once again, how grateful I am for everything you’re doing to give the next generation the chance to be the best they can be. And who knows where it could take them?
Mo Farah’s journey to Olympic gold started with an inspirational PE teacher who saw how sport could help a boy who couldn’t speak English find his place in the world.
And while not every child will win the Olympics, or the Tour de France, or the World Cup or Wimbledon, they certainly deserve the chance to aim for those heights. To go further and faster than they ever dreamed possible. To achieve their personal best.
Thank you.
Published: 8 July 2014
From: Department for Education Edward Timpson MP
Part of: Sports participation


'I Didn't See It Coming' - Lille Manager Hits Out At Jose Mourinho
by Maurice BrosnanLille coach Christopher Galtier has hit out at Jose Mourinho after he took two members of his coaching team to join him at Tottenham.
Mourinho replaced Mauricio Pochettino at the Premier League club earlier this week and he took Lille's highly-rated coach Joao Sacramento as well as goalkeeping coach Nuno Santos with him.
It left Galtier unimpressed with how his staff were poached.
"Everyone has their own way of doing things," he said.
He went on in a sarcastic tone: "But it's really classy. Really classy to act like that."
I was angry, the timing isn’t good. There are ways to do things. Regardless, what matters is that I agree with the decision of the president.
I have also been in a deputy role. They were asked, they believe in this project, they want to go. That’s football today.
“My president and Luis Campos could not do anything to keep two people who couldn’t stay in this project. We’re not in the world of the Care Bears.
“I learned it by phone from my president on Tuesday night. He told me about the situation. I didn’t see anything coming. We were preparing normally for the match in Paris."
Mourinho will take charge of his first game on Saturday against West Ham.
SEE ALSO:


5
1 You people of Jerusalem, gather your troops together.
Even though you have a wall around your city to protect it,
enemy soldiers are surrounding the city.
Soon they will strike your leader on his face with a rod.
2 But you people of Bethlehem in the district of Ephrathah,
even though your town is a very small one among all the towns in Judah,
someone who will rule Israel will be born in your town.

After that, your fellow countrymen who were exiled will return to their own country.
4 And that a man who will rule there in Jerusalem will stand and lead his people well,
because Yahweh, his God, will cause him to be strong and greatly honored.

When the army of Assyria attacks our country
and breaks though our fortresses,
we will appoint seven or eight leaders to lead our army to fight against them.
6 With their swords our army will defeat the army of Assyria, whose capital was founded by Nimrod long ago.
So our army will rescue us from the Assyrian army
when they invade our country.
7 The descendants of Jacob who survive will be a blessing to the people of other nations
like dew and rain sent by Yahweh do good to the grass.
They will not trust in humans to help them;
instead, they will rely on Yahweh.
8 In the midst of their enemies in many people groups,
the descendants of Jacob who remain alive will be like a lion among the other wild beasts of the forest,
like a strong young lion that attacks sheep in a flock,
and no one will be able to rescue their enemies.
9 You Israelites will defeat all your enemies
and completely destroy them.
10 Yahweh says,
"At that time, I will destroy you Israelite people's horses that your soldiers use in war,
together with your chariots.
11 I will tear down your city walls
and destroy all your fortified cities.
12 I will get rid of all those among you who practice magic
and the fortune tellers.
13 I will destroy all your idols and sacred stone pillars,
and then you will no longer bow down and worship things that you yourselves have made.
14 I will get rid of your poles that represent the goddess Asherah,
and I will also destroy all your idols.
15 Because I will be very angry,
I will also punish the people of all the nations who have not obeyed me."


WITNESS LIST Infrastructure Development and Security Committee March 3, 2003 -10:00A SB 305 FOR: Brown, Dr. Jeff Chiropractor (Texas Chiropractic Association), Austin, TX Kent, Patte B. Executive Director (Texas Chiropractic Association), Austin, TX ON: Dike, Jerry Director, Vehicle Titles & Registration (Texas Department of Transportation), Austin, TX Registering, but not testifying: For: Clayton, Bill Consultant (Parker Chiropractic College), Austin, TX Ingersoll, Deborah C. Lobbyist/Consultant (Texas Chiropractic College), Austin, TX SB 355 FOR: Henson, Scott (ACLU of Texas), Austin, TX Johnson, Karen R. President/CEO (United Way of Texas), Austin, TX AGAINST: Richardson, Dawn President (Prove Parents Requstin Open Vaccine Education), Austin, TX ON: Rawlings, Julie Deputy Sate Epedemiologist (Texas Department of Health), Austin, TX Wiegman, Linda Deputy General Counsel (Texas Department of Health), Austin, TX Registering, but not testifying: For: Brown, Stephen Legislative Affairs (Texas Medical Association), Austin, TX Welsh, Dinah Director, State Affairs (Texas Hospital Association), Austin, TX SB 361 FOR: Craig, David H. Developer (Craig Ranch), McKinney, TX DeShazo, John Trasportation Engineer (Coalition of United Texas), Dallas, TX Dillard, Don Vice President (Galatyn Park Corporation), Dallas, TX Harris, Ron County Judge - Collin County (Dallas Regional Mobility Coalition), McKinney, TX Perryman, Ray Economist (The Perryman Group), Waco, TX Turner, Ben Engineer (Self), Austin, TX Wunderlich, Robert C. Transportation Engineer (The City of Garland, TX), Garland, TX Wyatt, Michael Real Estate Development/Investment (Houston Real Estate Council), Houston, TX ON: Behrens, Michael Executive Director (Texas Department of Transportation), Austin, TX Wiles, Mark Analyst (Legislative Budget Board), Austin, TX Registering, but not testifying: For: Chavez, Dominic M. Government Affairs Director (The Real Estate Council of Austin, Inc.), Austin, TX Glasswork, Bruce D. Assistant City Manager (City of Plano), Plano, TX Igo, Shanna Director of Legslative Services (Texas Municipal League), Austin, TX Martinez, Mario (City of Laredo), Laredo, TX McCarley, James Executive Director (Dallas Regional Mobility Coalition), Dallas, TX Motter, Michele (Texas Apartment Association), Austin, TX Newton, Chris Attorney (Texas Petroleum Marketers & Convenience Store Assoc.), Austin, TX Niemann, Larry Attorney (TX Building Owners & Managers Assn. & TX Mini Storage Assn.), Austin, TX Palmer, David C. (Coalition of United Texans for Tomorrow), Dallas, TX Short, Jim Lobbyist (Houston Real Estate Council), Fulshear, TX Stinson, Bill Vice President of Governmental Affairs (Texas Association of Realtors), Austin, TX Providing written testimony: For: Miller, Kendall Real Estate Developer (International Conference of Shopping Centers), Houston, TX SB 399 FOR: Johnson, Karen R. President/CEO (United Way of Texas), Austin, TX AGAINST: Richardson, Dawn President (PROVE Parents Requesting Open Vaccine Education), Austin, TX ON: Rasco, Bill President/CEO (Greater San Antonio Hospital Council), San Antonio, TX Rawlings, Julie Deputy Sate Epidemiologist (Texas Department of Health), Austin, TX Wiegman, Linda Deputy General Counsel (Texas Department of Health), Austin, TX Registering, but not testifying: For: Brown, Stephen Legislative Affairs (Texas Medical Association), Austin, TX Gonzales, David Director of Public Affairs (Texas Pharmacy Association), Austin, TX Small, Ed Attorney (Texas & Southwestern Cattle Raisers Assn.), Austin, TX On: Andrews, Reginald Admin. Tech IV (Texas Department of Public Safety), Austin, TX Colley, Jack State Coordinator (Governor's Division of Emergency Management), Austin, TX Powers, Bill (Texas Animal Health Commission), Austin, TX SB 404 FOR: Milam, John M. President/CEO (VIA Metropolitan Transit), San Antonio, TX ON: Walsh, Joanne Administrator (San Antonio - Bexar Co. MPO), San Antonio, TX Registering, but not testifying: For: Campbell, Jim Director, External Relations (City of San Antonio), San Antonio, TX Griebel, Tom Executive Director (San Antonio Mobiltiy Coalition, Inc.), San Antonio, TX Igo, Shanna Director Of Legislative Services (Texas Municipal League), Austin, TX Krier, Joe President (Greater San Antonio Chamber of Commerce), San Antonio, TX Mitchell, Seth Bexar County Intergovernmental Svcs Mgr (Bexar County Commissioners Court), Fair Oaks Ranch, TX SB 439 FOR: Smith, Tracy T. Director, Toll Tag Services (Harris County Toll Road Authority), Houston, TX SB 660 ON: Thompson, Tim Major - State Police (Texas Department of Public Safety), Austin, TX Willis, David K. Director, Center for Trans. Safety (Texas Transportation Institute), College Station, TX Registering, but not testifying: For: Findeisen, Les Director of Policy (Texas Motor Transportation Association), Austin, TX


A global program that matches students with open source, free software and technology-related organizations working on bitcoin to write code and become part of these communities while making some BTC along the way!
The organizations provide mentors who act as guides through the entire process, from learning about the community to contributing code.
Students get involved in and become familiar with the bitcoin open source community and put their summer break to good use. The program requires 10-12 weeks of time commitment with a minimum of expectation of 30 hours a week.
Our seminar materials are available for anyone to use with readings and discussion questions on various Bitcoin and Lightning topics
A comprehensive resource for Bitcoin protocol developers
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TrackExpense
Add Income
Clear Income
Clear expenses
Add Expense
Choose your option
Groceries
Restaurant
Street Food
Pet Food
Gas
Car payment
Tires
Maintenance / Oil changes
Parking Fee
Repairs
Bike gear
Bike repairs
Electricity
Water
Phones
Cable
Internet
Mortgage or Rent
Property tax
Household repairs
Toiletries
Laundry detergent
Cleaning supplies
Tools
Clothing
Shoes
Courses / Tutorials / Trainings
Books
School supplies
Alcohol and/or Bars
Movies
Concerts
Subscriptions (Netflix, Amazon, etc.)
Vacations
Games
Gym membership
Haircuts
Salon services
Cosmetics
Spa / Massage / Treatments
Credit Card Refund
Personal Loans Refund
Emergency Fund
Savings
Expense Category
Spent on:
Spent:
Add Expense
Update Expense
Delete Expense
Back
Earned:
Add Income
Back
Please make sure to select category and add name & amount.
Expenses:
0
Income:
0
Balance:
0


Inputs
Inputs help elements
Input States
The state of the input field can reflect validity of the data entered, whether the input data is editable or
disabled.
Normal: The field is editable but no validation has occurred.
Valid: The data format entered has been validated and it’s correct, such as an email address.
Invalid: The data entered is not valid and must be corrected.
Warning: The data entered is formatted correctly but there are other issues are problematic but will not stop
the user from moving forward.
Disabled: This indicates the field is not editable. A common use case is that this field is dependent on a
previous entry or selection within the form.
Read Only: Used to display static information in the context of a form.
Along with Invalid and Warning, error messages should be displayed below the field so the user can correct the error
and move forward.
Select
The Select component is similar to a dropdown but is more commonly used within a form. It can also be set to a
disabled state.
Radio buttons
Radio buttons allow the user to see all options and select one. Generally, this is used when there are between 2-3
options. This component can also be disabled and displayed in a row.
Keyboard support for radio button selection is handled via the arrow keys.
Checkbox
With checkboxes, all options are visible and the user can make one or more selections. This component can be set
disabled and also displayed in a row.
Checkboxes are keyboard navigable via the tab key and selected with the space bar.
Form Group Input
The input element, like several other native html elements, support Angular reactive forms. Using the input within
the form element greatly simplifies input value access and validation.


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| Class and Description |
|---|
| GameRuleManager
Container for the game rule map for worlds.
|
| GlowServerIcon
A
CachedServerIcon implementation. |
| Class and Description |
|---|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| SoundInfo
A class that encapsulates relevant data for playing sounds (volume and pitch).
|
| Class and Description |
|---|
| NibbleArray
An array of nibbles (4-bit values) stored efficiently as a byte array of half the size.
|
| VariableValueArray |
| Class and Description |
|---|
| BlockStateDelegate
A small utility class that allow to maintain a
BlockState 's list in order to capture a
chain of modified blocks and update all the states in once, or never (ie: event cancelled). |
| WeightedRandom.Choice |
| Class and Description |
|---|
| StatisticMap
A container for achievement and statistic tracking.
|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| DynamicallyTypedMap
A map whose values are of variable types known to those invoking the getters.
|
| DynamicallyTypedMapWithFloats |
| Class and Description |
|---|
| BlockStateDelegate
A small utility class that allow to maintain a
BlockState 's list in order to capture a
chain of modified blocks and update all the states in once, or never (ie: event cancelled). |
| Class and Description |
|---|
| BlockStateDelegate
A small utility class that allow to maintain a
BlockState 's list in order to capture a
chain of modified blocks and update all the states in once, or never (ie: event cancelled). |
| Class and Description |
|---|
| BlockStateDelegate
A small utility class that allow to maintain a
BlockState 's list in order to capture a
chain of modified blocks and update all the states in once, or never (ie: event cancelled). |
| Class and Description |
|---|
| BlockStateDelegate
A small utility class that allow to maintain a
BlockState 's list in order to capture a
chain of modified blocks and update all the states in once, or never (ie: event cancelled). |
| Class and Description |
|---|
| WeightedRandom.Choice |
| Class and Description |
|---|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| Class and Description |
|---|
| CompatibilityBundle
Compatibility bundles are bundles of libraries that other servers include in their servers
but Glowstone does not.
|
| DynamicallyTypedMap
A map whose values are of variable types known to those invoking the getters.
|
| DynamicallyTypedMapWithFloats |
| ImmutableItemStack |
| NibbleArray
An array of nibbles (4-bit values) stored efficiently as a byte array of half the size.
|
| RectangularRegion |
| RectangularRegion.IterationDirection |
| TextMessage
Simple container for chat message structures until more advanced chat formatting is implemented.
|
| VariableValueArray |
| WeightedRandom.Choice |
| Class and Description |
|---|
| DynamicallyTypedMap
A map whose values are of variable types known to those invoking the getters.
|
| DynamicallyTypedMapWithDoubles |
| DynamicallyTypedMapWithFloats |
| Class and Description |
|---|
| DynamicallyTypedMap
A map whose values are of variable types known to those invoking the getters.
|
| DynamicallyTypedMapWithDoubles |
| DynamicallyTypedMapWithFloats |
| FloatConsumer
Non-boxing version of
{@link java.util.function.Consumer}<Float> . |
| ShortConsumer
Non-boxing version of
{@link java.util.function.Consumer}<Short> . |
Copyright © 2021. All rights reserved.


CLIP Language Reference
Format
Command
Initial state in function (external function / user-defined function)
Numeric expression
Control statement
Operator
Operator (matrix calculation)
Operator (multi-precision computation)
Internal function
Internal function (multi-precision computation)
External function
ECLIPSE
Descriptions of calculation formulas in the CLIP language are made with infix notation.
The CLIP language format is specialized for calculation processing. When the calculation description is not in the form of assignment to a variable, it is automatically assigned to the "variable for calculation result", and the calculation result is held. Therefore, you can start a calculation description from an operator, in which case the left side of the operator is a "variable for calculation result".
Parentheses
() can be used to specify the order of precedence of operations.
Parentheses do not have to be balanced. For example, it can be described as follows.
- 12+34)*56
- 12*(34+56
Also, in a part describing a numerical value such as a parameter of a function, a calculation expression enclosed in parentheses can be written instead.
The escape character
\ (or
¥) can be used to suppress the interpreter from interpreting characters with special meaning in the CLIP language. When using the character
\ (or
¥) itself as a character, it is necessary to describe
\\ (or
¥¥). In this reference,
\ is used in the following description, but it can be replaced with
¥ without any problem.
[string]
We consider
[ to
] as one token. In the following cases, it is necessary to use
[].
A) If any of the following are included in the description of the string constant, it is necessary to escape the character with the escape character
\ or to enclose the entire character string constant (including the character string constant start character
") with
[].
- a) Characters with special meaning in the CLIP language, such as *
- b) Whitespace
- c) The letter [
B) If you wish to use the letter
[ in the variable index, you need to write
@\[ with the escape character
\ or write
[@[].
C) If you include an imaginary part in the description of a complex constant, you need to escape the minus character (
-) or plus character (
+) with the escape character
\ or enclose the whole constant description in
[]. For example, it is described as follows.
- 1.23\+4.5i
- 1e+2\-3e-4i # The real part 1e+2 and the imaginary part \-3e-4
- [1e+2-3e-4i] # Same value as above
D) Describe unary operators in parentheses
[]. For example, unary minus is described as
[-] to distinguish it from binomial minus.
When using the character
] in
[ to
], it is necessary to use the escape character
\. It is not necessary in case of the letter
[. For example, it is described as follows.
- :plot ["sin [-\]x]
expression[;[expression]]...
Multiple
expression can be described by separating them with a semicolon (
;) on one line. Even if
expression after the semicolon is omitted, it is interpreted as an empty calculation expression. For example, it is possible to describe in the form of omitting initializer, condition, and iterator sections in a
for statement, and to interpret it as an empty calculation expression. It is as follows.
- for;;
[expression]#comment
From the comment start character
# to the end of the line is a comment.
The comment start character is identified before
[] or
;. For example, if you use the letter
# in the index of variables, it is wrong to describe
[@#] and you must write
@\# using the escape character
\.
:efloat [prec]- Floating point type (exponential notation)
:float [prec]- Floating point type (decimal notation)
:gfloat [prec]- Floating point type
:ecomplex [prec]- Complex type (exponential notation)
:complex [prec]- Complex type (decimal notation)
:gcomplex [prec]- Complex type
:prec prec- Precision
:fract- Fraction type
:mfract- Mixed fraction type
:htime [fps]- Time type (hour)
:mtime [fps]- Time type (minute)
:time [fps]- Time type (second)
:ftime [fps]- Time type (frame)
:fps fps- Number of frames per second
:char [radix]- Signed 8 bit integer type
:uchar [radix]- Unsigned 8 bit integer type
:short [radix]- Signed 16 bit integer type
:ushort [radix]- Unsigned 16 bit integer type
:long [radix]- Signed 32 bit integer type
:ulong [radix]- Unsigned 32 bit integer type
:int [radix]- Signed 32 bit integer type
:uint [radix]- Unsigned 32 bit integer type
:radix radix- Radix
:mfloat [prec] [round_mode]- Multi-precision floating point type. round_mode is one of the following:
- up Round away from zero
- down Round to near zero
- ceiling Round to approach positive infinity
- floor Round to approach negative infinity
- h_up round up on 5 and round down on 4
- h_down round up on 6 and round down on 5
- h_even If the number in the prec digit is odd, h_up is processed, and if it is even, h_down is processed.
- h_down2 banker's rounding
- h_even2 If the number in the prec digit is odd, h_up is processed, and if it is even, h_down2 is processed.
- The initial setting of the process is h_even
:mint- Multi-precision integer type
:ptype- Type of parent process
:rad [FALSE|TRUE]- Radian. Do not convert / Convert units of calculation result when returning to parent process.
- In function (external function / user-defined function) for determining the angle, it is mandatory to issue a unit specifying command of the angle by specifying TRUE as the parameter inside the function.
:deg [FALSE|TRUE]- Degree. Do not convert / Convert units of calculation result when returning to parent process.
- In function (external function / user-defined function) for determining the angle, it is mandatory to issue a unit specifying command of the angle by specifying TRUE as the parameter inside the function.
:grad [FALSE|TRUE]- Gradian. Do not convert / Convert units of calculation result when returning to parent process.
- In function (external function / user-defined function) for determining the angle, it is mandatory to issue a unit specifying command of the angle by specifying TRUE as the parameter inside the function.
:angle num- Unit conversion of parameter value
- num takes the value of 0 to 9. For example, When the following code is executed, the value of @0 in the function torad becomes the value 3.141592... obtained by converting 180 (degrees) to radians, and 3.141592... is assigned to @t.
- func torad
- :rad
- :angle 0
- return @0
- endfunc
- :deg
- @t=torad 180
- In function (external function / user-defined function), when taking an angle as a parameter of a function, it is essential to issue this command inside the function.
:label label @index|@@index- Label variables / arrays
:params label...- Set labels for argument variables or arrays. Up to 10 can be specified.
- When & is written before label, it functions as the command :param n TRUE. Also, if you write [] after label, label it in the argument array. For example:
- :params a &b c[]
- With the above command, it has the same function as the following code.
- :label a @0
- :label b @1
- :param 1 TRUE
- :label c @@2
:var var_name...- Define variables
:array array_name...- Define arrays
:local label...- Define a local variable or array
- If [] is written after label, it becomes definition of array. For example:
- :local a b[] c
- With the above command, it has the same function as the following code.
- :var a c
- :array b
:global label...- Define or declare global variables or arrays
- If [] is written after label, it becomes definition or declaration of array.
:define label [val]- Define constants
- When val is specified, the constant value becomes val. If not specified, the value will be 1 (TRUE).
:enum [label [val]]...- Define an enumerator
- By default, the value of the first enumerator is 0. Subsequent enumerators will have one greater value than the previous enumerator. By specifying val, you can explicitly specify the value of a specific enumerator. For example:
- :enum BIN 1 OCT DEC HEX
:undef name- Delete the definition
:calculator FALSE|TRUE- C language mode / Calculator mode
:base 0|1- Zero-based / One-based
:ans FALSE|TRUE- Do not return calculation results / Return
:assert FALSE|TRUE|\-1- Diagnostic message OFF / ON / Previous setting
:warn FALSE|TRUE|\-1- Warning message OFF / ON / Previous setting
:param num FALSE|TRUE- Reflect parameter value change to parent process OFF / ON
- When changing the parameter value of the specified number num in function (external function / user-defined function), specify whether to reflect the value in the parent process. num takes the value of 0 to 9. For example:
- func test
- :param 0 TRUE
- :param 1 FALSE
- @0=123
- @1=456
- endfunc
- test @A @B
- With the above code, the value of @0 is reflected in @A, but the value of @1 is not reflected in @B.
:params FALSE|TRUE...- Reflect parameter value change to parent process OFF / ON. Up to 10 can be specified. For example:
- :params TRUE TRUE FALSE
- With the above command, it has the same function as the following code.
- :param 0 TRUE
- :param 1 TRUE
- :param 2 FALSE
:parent @index|@@index [label]- Reference variable / array of parent process
:namespace [name]- Specify the namespace of the external function in the current process
- When name is omitted, setting is canceled.
:use desc_name real_name- Set so that the internal function name, user-defined function name, and external function name of real_name are used in the description of desc_name.
- The settings are passed on to the child process.
:unuse desc_name- Unset desc_name.
- Even if :unuse is executed in the child process, the setting of the parent process is not canceled.
:real var val- Set the real part of the complex value
:imag var val- Set the imaginary part of the complex value
:num var val- Set the numerator of the fraction
:denom var val- Set denominator of fraction
:mat row col @@index- Set a matrix
:mat row col new_array_name- Define a matrix
:trans @@index- Transpose of matrix
:srand val- Initialize a random number
:localtime val "format [var...]- Convert time value to local time. The following characters can be specified for format.
- %s Seconds (0 ~ 59)
- %m Minutes (0 ~ 59)
- %h Time (0 ~ 24)
- %D Day (1 ~ 31)
- %M Month (0 ~ 11, January is assumed to be 0)
- %Y Year (the current year minus 1900)
- %w Day of the week (0 ~ 6, Sunday is assumed to be 0)
- %y Total number of days since the beginning of the year (0 ~ 365, January 1 is assumed to be 0)
:arraycopy src_array [index...] src_pos dst_array [index...] dst_pos len- Copy elements of array src_array to array dst_array
- The same array can be specified for src_array and dst_array, and it will be copied correctly even if the copy areas overlap.
- It can be performed on one-dimensional data inside a multidimensional array.
:arrayfill value array [index...] pos len- Assign the value value to an element of the array array
- It can be performed on one-dimensional data inside a multidimensional array.
:sprint @@index ["str]|[val]...- Output to character string
:strcat @@index "str- Add string str to string @@index
:strcpy @@index "str- Copy string str to string @@index
:strlwr @@index- Convert characters in string @@index to lowercase
:strupr @@index- Convert characters in string @@index to uppercase
:clear- Clear the screen
:warn "message- Output warning message. However, if :warn FALSE is issued, output is suppressed.
:error "message- Output error message
:print ["str]|[val]...- String output
:println ["str]|[val]...- String output (with line feed)
:scan [["prompt] @index|@@index]...- Enter variable value / character string
:gworld w h- Create off-screen
- If 0 or negative value is specified for w or h, off-screen is erased.
:gworld24 w h- Create RGB color off-screen
- If 0 or negative value is specified for w or h, off-screen is erased.
- The col specification of the graphics system and plot system commands becomes the RGB color value specification.
- The :gcolor command has only one argument.
- The :gput24 command has the same function as the :gput command.
- The :gget24 command has the same function as the :gget command.
- The gcolor function returns the current RGB color value. There are no arguments.
- The gcolor24 function has the same function as the gcolor function.
:gclear [col]- Clear off-screen
- If col is omitted, it is cleared with 0.
:gcolor col [rgb_color]- Set the current color index
- When rgb_color is specified, the RGB color value of the current color index is set.
:gfill x y w h [col]- Fill off-screen
- When col is specified, the current color index is set to col.
:gmove x1 y1- Set the current point
:gtext "str [x y] [col]
:gtextl "str [x y] [col]
- Text drawing
- When col is specified, the current color index is set to col. If x and y are not specified, the current point is used. After drawing, the right side of the text in the X direction is set as the current point.
:gtextr "str [x y] [col]
:gtextrl "str [x y] [col]
- Right-justified text drawing
- When col is specified, the current color index is set to col. If x and y are not specified, the current point is used. After drawing, the left side of the text in the X direction is set as the current point.
:gline [x1 y1] x2 y2 [col]- Line drawing
- When col is specified, the current color index is set to col. If x1 and y1 are not specified, the current point is used. After drawing, x2 and y2 are set as the current point.
:gput x y [col]- Dot drawing
- When col is specified, the current color index is set to col.
:gput array- Draw image from two-dimensional array
:gput24 array- Draw image from two-dimensional array of RGB color data
:gget x y var- Store dot value in variable
:gget array- Store the off-screen image in a two-dimensional array
:gget24 array- Store RGB color data of displayed image in two-dimensional array
:window left bottom right top- Set the window
- In the off-screen image secured by the :gworld and :gworld24 commands, specify the logical coordinates corresponding to the lower-left coordinates as left and bottom, and the logical coordinates corresponding to the upper-right coordinates as right and top. It does not matter whether left and right, or bottom and top are large or small. For example:
- :window \-3 \-2 10 8
- With the above command, the following coordinate system is set.
:wfill x y w h [col]- Fill the window
- When col is specified, the current color index is set to col.
:wmove x1 y1- Set the current point
:wtext "str [x y] [col]
:wtextl "str [x y] [col]
- Text drawing
- When col is specified, the current color index is set to col. If x and y are not specified, the current point is used. After drawing, the right side of the text in the X direction is set as the current point.
:wtextr "str [x y] [col]
:wtextrl "str [x y] [col]
- Right-justified text drawing
- When col is specified, the current color index is set to col. If x and y are not specified, the current point is used. After drawing, the left side of the text in the X direction is set as the current point.
:wline [x1 y1] x2 y2 [col]- Line drawing
- When col is specified, the current color index is set to col. If x1 and y1 are not specified, the current point is used. After drawing, x2 and y2 are set as the current point.
:wput x y [col]- Dot drawing
- When col is specified, the current color index is set to col.
:wget x y var- Store dot value in variable
:rectangular- Cartesian coordinate mode
:parametric- Parameter mode
:polar- Polar coordinate mode
:logscale x|y|xy [base]- The X axis or Y axis in the rectangular coordinate mode is set to the logarithmic coordinate system
- base designates the base. If omitted, it will be 10.0.
- In order to switch to rectangular coordinate mode, it is necessary to separately issue command :rectangular.
:nologscale x|y|xy- Cancels the setting of the logarithmic coordinate system of the X axis or the Y axis in the Cartesian coordinate mode
- In order to switch to rectangular coordinate mode, it is necessary to separately issue command :rectangular.
:plot ["expr] [x1 x2] [col]- Plot execution (rectangular coordinate mode)
- If "expr is omitted, the previous arithmetic expression is used.
- You can specify the range in the X axis direction that plots x1 and x2. It is specified by window coordinates. If x1 and x2 are not specified, plots are made from the left edge of the window to the right edge.
- When col is specified, the current color index is set to col.
- x or @x can be used as a variable corresponding to the X coordinate in the arithmetic expression "expr.
:plot ["expr1 "expr2] [t1 t2 step] [col]- Plot execution (parametric mode)
- Plot the calculation formula "expr1 as X value and "expr2 as Y value.
- If "expr1 and "expr2 are omitted, the previous operation expression is used.
- You can specify parameter ranges for t1 and t2 and sampling units for step. If omitted, the previous parameter range and sampling unit are used.
- When col is specified, the current color index is set to col.
- t or @t can be used as a variable corresponding to the parameter value in the arithmetic expressions "expr1 and "expr2.
:plot ["expr] [t1 t2 step] [col]- Plot execution (polar mode)
- If "expr is omitted, the previous arithmetic expression is used.
- You can specify an angle range for t1 and t2 and a sampling unit for step. If omitted, the previous angle range and sampling unit are used. The value specified for t1 and t2 depends on the unit set by the current angle unit command (:deg, :rad, :grad).
- When col is specified, the current color index is set to col.
- t or @t can be used as a variable corresponding to the angle in the arithmetic expression "expr.
:replot [x1 x2] [col]- Reprogram plot (rectangular coordinate mode)
:replot [t1 t2 step] [col]- Plot reexecution (parametric mode / polar coordinate mode)
| Initial state in function (external function / user-defined function) |
The initial states in function (external function / user-defined function) are summarized as follows.
- :gfloat - Double precision floating point type
- :prec 6 - Display precision of floating point number 6
- :fps 30.0 - Number of frames 30.0 per second
- :radix 10 - Radix 10 in integer
- :rad FALSE - Radian. Do not convert the calculation result unit when returning to the parent process.
- :calculator FALSE - C language mode
- :base 0 - Zero-based
- :ans TRUE - Returns the calculation result
- :assert parent - The setting of the diagnostic message display inherits the setting of the parent process
- :warn parent - Setting of warning message display inherits setting of parent process
- :param 0..9 FALSE - Reflect parameter value change in parent process OFF
Constant expression
[\-]mmm.ddd[d|g|r]- Decimal point notation
- By adding d, g, r to the end, you can specify angle units for degrees, gradients, and radian, respectively.
[\-]m.ddde+|e-xx[d|g|r]- Exponential notation. For example:
- \-1.23e+4
- 1.23e-4
[\-][nnn_]uuu_ddd[d|g|r]- Fraction. For example:
- 1_2_3
- [-1_2_3]
- \-12_34
[[[\-]mmm.ddd]\+|\-][mmm.ddd]i- Complex value. For example:
- \-12.3\+4.5i
- [12.3-4.5i]
- i
- \-i
[\-]nnnn- Integer representation in the current radix
[\-]\bnnnn- Binary number
[\-]\0nnnn- Octal number
[\-]\nnnn- Decimal number
[\-]\xnnnn- Hexadecimal
[\-]'cccc- Character code. For example:
- 'T 'E 'S 'TEST
[[[[\-]nn:][\-]nn:][\-]nn:][\-]mmm.ddd[h|m|s|f]- Time value. For example:
- \-12:34
- # The interpretation of 12 and 34 is different depending on the unit of current time (hour, minute, second, frame).
- 1.5h # 1.5 hours
- 3m # 3 minutes
- 23:45s # 23 minutes 45 seconds
- 60f # 60 frames
"string- String
- If you include a space character or [ in string, you need to escape the character with \ or enclose the entire string constant (including the character string start character ") with [] is there.
Definition constant
DBL_EPSILON- The difference between 1 and the smallest value greater than 1 (machine epsilon)
HUGE_VAL- The maximum value that can be expressed as a floating point type
INFINITY- Numeric value representing infinity
NAN- Value representing Not-A-Number
RAND_MAX- The maximum value returned by the function rand
FALSE- False (0)
TRUE- True (1)
BG_COLOR- System background color (RGB color value)
TIME_ZONE- Time zone (seconds)
Variable expression
@char- The index is specified by the letter char
@:code- The index is specified by character code code. For example:
- @:\x42
- @:'B
- @:('A+1)
- # In both cases, @B is specified.
The following variables are reserved.
- @:0 - Calculation result
- @! - Number of external function parameters
- @0..@9 - Each parameter value of the external function
Array representation
@@char val [val...]- The index is specified by the letter char
@@:code val [val...]- The index is specified by character code code. For example:
- @@:\x42
- @@:'B
- @@:('A+1)
- # In both cases, @@B is specified.
The following sequences are reserved.
- @@:0 - Matrix calculation result
- @@0..@@9 - Each parameter of the external function
In the CLIP language, multidimensional arrays are supported. It does not require declaration of the number of elements of the array and it is automatically expanded when assigning values to indexes larger than the current number of elements. When expanded, existing data is inherited and new data is initialized with the value 0. If you reference an array with an index larger than the current number of elements or a negative index, the value 0 is returned.
String / Matrix
@@char
One-dimensional arrays can be handled as character strings. Setting or referring to each character of a character string is performed by setting or referring to a one-dimensional array.
A two-dimensional array can be treated as a matrix. Setting or referring to the elements of the matrix is done by setting or referring to the values in the two-dimensional array.
Multi-precision variable
@@char
Array data and multi-precision data are held independently.
Fractional representation
[val] val val
When two numerical values are described consecutively, the first numerical value is interpreted as a numerator, and the second numerical value is taken as a denominator. A numerical value of three describes the mixed fractional expression, interpreting the first as an integer part, the second as a numerator, and the third as a denominator. When included during computation, it is necessary to enclose the whole fractional expression in parentheses
(). In
val you can use constant expressions, variable expressions, array expressions enclosed in parentheses, or expressions enclosed in parentheses.
Complex number representation
val val
When two numerical values are described consecutively, the first numerical value is interpreted as a real part, and the second numerical value as an imaginary part. When included during operation, it is necessary to enclose the entire complex number expression in parentheses
(). In
val you can use constant expressions, variable expressions, array expressions enclosed in parentheses, or expressions enclosed in parentheses.
An example of a description of a complex number expression is described below.
- 1.23 4.5
- pow (0 1) 2
- (@A @B)+(@C @D)
- @z=((real @x) (imag @y))
- # Complex @z is reconstructed from the real part of variable @x and the imaginary part of variable @y.
Function call
func [param...]- Internal function / User-defined function
!func [param...]- External function
- To execute an external function belonging to the namespace name, add name: to the name of the external function name.
Initialization of array
@@index { val [val...] }- One dimension
@@index { { ... } [{ ... } ...] }- Multidimensional
The number of dimensions is determined by the number of
{ after
index. For example, if you write it as follows,
@@A is initialized as a two-dimensional array.
- @@A{{1 2 3}{4 5 6}{7 8 9 10}}
Initialization of a matrix can be performed by a two-dimensional array initialization method.
It is necessary to initialize the row vector and the column vector as a two-dimensional array.
- # Row vector
- @@A { { 12 34 56 78 } }
- # Column vector
- @@B { { 12 }
- { 34 }
- { 56 }
- { 78 } }
The CLIP language has the concept of "variable for calculation result", and when the calculation description is not in the form of assignment to a variable, it is automatically assigned to "variable for calculation result" and the calculation result is held. Therefore, you can start a calculation description from an operator, in which case the left side of the operator is a "variable for calculation result".
By referring to the variable
@:0 or matrix / multi-precision
@@:0, the current calculation result is obtained. In addition, we can refer to by the letter
@. If the last calculation result is a scalar,
@:0 is referred to, and if the last calculation result is a matrix or multi-precision,
@@:0 is referred to.
if condition
[statement]
[elif condition
[statement]]
[else
[statement]]
endif
switch condition
[case val
[statement]]
[default
[statement]]
endswi
breakswi- Escape from the switch statement
do
[statement]
until condition
while condition
[statement]
endwhile
for [init];[condition];[expression]
[statement]
next
continue- Jump to the end of the loop
break- Escape from the loop statement
assert expression- Evaluate expression and if the result is FALSE (0), display a diagnostic message and abort the process.
- When the command :assert FALSE is issued, execution and evaluation of expression is not performed.
return [expression]- Returns to the caller of function (external function / user-defined function)
- If expression is specified, the calculation result of expression is returned to the caller. If not specified, the calculation result so far is returned.
func name [label...]
statement
endfunc
- Define a user-defined function
- If label is specified, labels can be set for argument variables or arrays. Up to 10 can be specified.
- If & is written before label, it functions as command :param n TRUE. Also, if you write [] after label, label it in the argument array. For example:
- func test a &b c[]
- :
- With the above code, It has the same function as the following code.
- func test
- :label a @0
- :label b @1
- :param 1 TRUE
- :label c @@2
- :
User-defined functions are valid within the current process and within user-defined functions of the same level. This means that it is possible to describe a recursive call or the following description.
- func test1
- :
- endfunc
- func test2
- test1
- endfunc
You can not define user-defined functions within user-defined functions.
When the user-defined function is executed from the parent process, by referring to the following variables and arrays in the user-defined function, it is possible to check the number of parameters passed from the parent process and each parameter value.
- @! - Number of user-defined function parameters
- @0..@9 - Each parameter variable of the user-defined function. In the parent process, the value is stored when a constant or variable is specified as a parameter of the user-defined function.
- @@0..@@9 - Parameter array of user-defined function. If the array name is specified as the parameter of the user-defined function in the parent process, the array value is copied. In addition, when a character string constant is specified, the character string is copied as a one-dimensional array.
In the user-defined function for obtaining the angle, it is essential to issue the angle designation command
:rad TRUE,
:deg TRUE or
:grad TRUE.
When taking an angle as a parameter of an user-defined function, it is mandatory to issue the command
:angle.
Within a user-defined function, you can refer to constants defined by the command
:define in the parent process.
The operators are listed in descending order of priority as follows.
Postfix
++ Increment
-- Decrement
! Factorial
|
Unary
[++] Prefix increment
[--] Prefix decrement
[~] Complement
[!] Denial
[-] Unary minus
[+] Unary plus
Binomial
** Powers
|
Binomial
* Multiplication
/ Division
% Modulo (remainder)
|
+ Addition (plus)
- Subtraction (minus)
|
<< Shift left
>> Shift right
|
< Less than
<= Less than or equal
> Greater than
>= Greater than or equal
|
== Equal
!= Not equal
|
& Bitwise AND
|
^ Bitwise exclusive OR
|
| Bitwise inclusive OR
|
&& Logical product
|
|| Logical OR
|
Third term (conditional expression)
condition ? expr expr
|
Substitution
= *= /= %= += -= **=
<<= >>= &= |= ^=
|
Comma
expr , expr
|
| Operator (matrix calculation) |
The operators that can be used for matrix calculation are listed in descending order of priority as follows.
Unary
[-] @@index
- Unary minus
[+] @@index
- Unary plus
|
Binomial
@@index * @@index
- Matrix product
@@index * val
val * @@index
- Product of matrix and scalar
@@index / val
- Quotient of matrix and scalar
|
@@index + @@index
- Sum of matrices
@@index - @@index
- Matrix difference
|
@@index == @@index
- Equal
@@index != @@index
- Not equal
|
Substitution
@@index = @@index
@@index *= @@index
@@index *= val
@@index /= val
@@index += @@index
@@index -= @@index
|
| Operator (multi-precision computation) |
The operators that can be used for multi-precision computation are listed in descending order of priority as follows.
Postfix
++ Increment
-- Decrement
! Factorial
|
Unary
[++] Prefix increment
[--] Prefix decrement
[-] Unary minus
[+] Unary plus
Binomial
** Powers. The right side is an integer value.
|
Binomial
* Multiplication
/ Division
% Modulo (remainder). The left and right sides are integer values.
|
+ Addition (plus)
- Subtraction (minus)
|
< Less than
<= Less than or equal
> Greater than
>= Greater than or equal
|
== Equal
!= Not equal
|
Third term (conditional expression)
condition ? expr expr
|
Substitution
= *= /= %= += -= **=
|
defined label- Evaluate whether a label is defined
isinf val- Check if it is infinite
isnan val- Check whether it is a non-number
rand- Generate a pseudo random number
time- Get the current time in seconds
mktime "format [val...]- Convert local time to calendar value. The following characters can be specified for format.
- %s Seconds (0 ~ 59)
- %m Minutes (0 ~ 59)
- %h Time (0 ~ 24)
- %D Day (1 ~ 31)
- %M Month (0 ~ 11, January is assumed to be 0)
- %Y Year (the current year minus 1900)
- %w Day of the week (0 ~ 6, Sunday is assumed to be 0)
- %y Total number of days since the beginning of the year (0 ~ 365, January 1 is assumed to be 0)
tm_sec- Second
tm_min- Minute
tm_hour- Hour
tm_mday- Day
tm_mon- Month (0 ~ 11)
tm_xmon- Month (1 ~ 12)
tm_year- Year (minus 1900)
tm_xyear- Year
tm_wday- Day of the week
tm_yday- Total number of days since the beginning of the year
a2d val- Current angle unit to degree
a2g val- Current Angle Unit to gradian
a2r val- Current angle unit to radian
d2a val- Degree to current angular unit
d2g val- Degrees to gradian
d2r val- Degrees to radians
g2a val- Gradian to current angular unit
g2d val- Gradian to degree
g2r val- Gradian to radian
r2a val- Radian to current angle unit
r2d val- Radian to degrees
r2g val- Radian to gradian
sin val- Sine
cos val- Cosine
tan val- Tangent
asin val- Inverse sine
acos val- Inverse cosine
atan val- Inverse tangent
atan2 y x- Inverse tangent of y/x
sinh val- Hyperbolic sine
cosh val- Hyperbolic cosine
tanh val- Hyperbolic tangent
asinh val- Inverse hyperbolic sine
acosh val- Inverse hyperbolic cosine
atanh val- Inverse hyperbolic tangent
exp val- Calculate e to the valth power
exp10 val- Calculate 10 to the valth power
ln val- Natural logarithm
log val- (C language mode) Natural logarithm
- (Calculator mode) Logarithm of base 10
log10 val- The logarithm of base 10
pow x y- Calculate x to the yth power
sqr val- Squaring
sqrt val- Square root
ceil val- The smallest integer greater than or equal to val
floor val- The largest integer less than or equal to val
int val- Integer
abs val- Absolute value
ldexp x exp- Calculate real numbers from the mantissa x and the exponent exp
frexp x var_exp- Returns the mantissa of x and the exponent is stored in var_exp
modf x var_int- The decimal part of x is returned, and the integer part is stored in var_int.
fact val- Factorial
real val- Real part of complex number
imag val- Imaginary part of complex number
arg val- Phase angle of complex number
norm val- Squared absolute value
conjg val- Conjugate complex number
polar rho theta- Complex value of absolute value rho, phase angle theta
num val- Numerator of fraction
denom val- Denominator of fraction
row @@index- Number of rows in the matrix
col @@index- Number of columns in the matrix
trans @@index- Transpose matrix
strcmp "str1 "str2
stricmp "str1 "str2
- Compare strings. The meaning of the return value is as follows.
- less than zero - str1 is less than str2.
- zero - str1 and str2 are equal.
- greater than zero - str1 is greater than str2.
- stricmp is case insensitive.
strlen "str- String length
gwidth- Off-screen width
gheight- Off-screen height
gcolor [rgb_color]- Current color index
- When rgb_color is specified, the index of the color approximate to the RGB color value is the current color index, and its index is returned.
gcolor24 [rgb_color]- RGB color of current color index
- When rgb_color is specified, the index of the color approximate to the RGB color value is the current color index, and its RGB color is returned.
gcx- The current off-screen X coordinate
gcy- The current off-screen Y coordinate
wcx- The current window X coordinate
wcy- Current window Y coordinate
gget x y- Off-screen dot value
wget x y- The dot value of the window
gx x- Window X coordinate to off-screen X coordinate
gy y- Window Y coordinate to iff-screen Y coordinate
wx x- Off-screen X coordinate to window X coordinate
wy y- Off-screen Y coordinate to window Y coordinate
mkcolor red green blue
mkcolors red green blue
- Get RGB color values
- With mkcolors, the specified red, green, and blue values are in the range 0-255. (saturation processing)
col_getr rgb_color- Get the red value from the specified RGB color value
col_getg rgb_color- Get the green value from the specified RGB color value
col_getb rgb_color- Get the blue value from the specified RGB color value
call "name [param...]- Indirect call of function
eval "expr- Executes an arithmetic expression represented as a string, and returns the value or matrix of the operation result.
indexof label- Temporary index of local variable or array
| Internal function (multi-precision computation) |
pow x y- Calculate x to the yth power. y is an integer value.
sqr val- Squaring
sqrt val- Square root
int val- Integer
abs val- Absolute value
fact val- Factorial
mp "str- Multi-precision. The format of str is as follows.
- [-]mmm.ddd Decimal point notation
- [-]m.ddde+|e-xx Exponential notation
- [-]nnn Integer representation
mround val- Rounding with current precision and rounding mode
When the external function is executed from the parent process, by referring to the following variables and arrays in the external function, it is possible to check the number of parameters passed from the parent process and each parameter value.
- @! - Number of external function parameters
- @0..@9 - Each parameter variable of the external function. In the parent process, the value is stored when a constant or variable is specified as a parameter of the external function.
- @@0..@@9 - Parameter array of external function. If the array name is specified as the parameter of the external function in the parent process, the array value is copied. In addition, when a character string constant is specified, the character string is copied as a one-dimensional array.
In the external function for obtaining the angle, it is essential to issue the angle designation command
:rad TRUE,
:deg TRUE or
:grad TRUE.
When taking an angle as a parameter of an external function, it is mandatory to issue the command
:angle.
In order to avoid collision of external function names, a namespace can be specified for external functions. By making the following description in the first line of the external function file, the external function belongs to the namespace
name.
- #!NAMESPACE name
"ECLIPSE" is an extended instruction for speeding up the calculation processing.
Instructions consist of mnemonic starting with
$ and zero or more operands. Use a space character to separate mnemonics and operands, and use a comma (
,) to separate operands. Spaces can be put before and after a comma.
Mnemonics are case-insensitive.
Variable representation (includes multi-precision variable), array representation, matrix representation can be used for the first operand.
After the second operand, you can use constant expressions, variable expressions (includes multi-precision variable), array expressions, matrix expressions, character string expressions, and character string constants.
CLIP description enclosed in parentheses
() can be described from the second operand (including the first operand in a loop instruction and a return instruction). However, if there are more parentheses in the operation in parentheses, priority is given to them, but in principle it is done from the left side to the right side. In ECLIPSE, parentheses need to be balanced.
CLIP description enclosed in curly braces
{} can be used from the second operand (including the first operand in a loop instruction and a return instruction). Within the curly braces, parentheses
() can be used to specify the order of precedence of operations. Parentheses do not have to be balanced.
The escape character
\ (or
¥) can be used.
We consider
[ to
] as one token.
From the comment start character
# to the end of the line is a comment.
The value of "variable for calculation result" is not updated automatically. You can reference "variable for calculation result"
@ or assign a value to
@.
An ECLIPSE instruction can not be included in a CLIP expression. It must be written on an independent line. Or you need to describe the CLIP expression and the ECLIPSE instruction separated by semicolon (
;).

In
$SAT, set the
min value when the value of the first operand is less than the
min value, and to the
max value when the value exceeds the
max value.
In
$SETS, set the value of the first operand as follows:
a) If the value of the second operand is less than the
min value, set it to the
min value.
b) If the value of the second operand exceeds the
max value, set it to the
max value.
c) Otherwise, set to the value of the second operand.
|
|
$ADDS $ADDS_A | r,x,min,max r,x,y,min,max |
|
$SUBS $SUBS_A | r,x,min,max r,x,y,min,max |
|
Valid for floating-point and integer types.
This is an operation in which the result of addition or subtraction is kept at the
min value when the result is less than the
min value, and is kept at the
max value when the result exceeds the
max value.
In the case of an integer type, if an underflow or overflow occurs due to addition or subtraction, it correctly stays at the
min or
max value.
Initialization instruction
|
| CLIP |
|
| r = FALSE |
|
| r = TRUE |
|
| r = 0 |
You can call all CLIP internal functions with
$ at the beginning. You can change to uppercase letters.
In the first operand, specify variables, arrays, and matrices to store the operation result. And after the second operand, specify the argument of the internal function. For example:
- $SQR @a,\-5
- $modf @x,12.345,@i
Loop instruction
|
|
|
|
$LOOPEND $LOOPENDE | count,stop,step count,stop,step |
|
$LOOPEND_I $LOOPENDE_I | count,stop count,stop |
|
$LOOPEND_D $LOOPENDE_D | count,stop count,stop |
|
|
|
stop,
step is integer. 0 can not be specified for
step.
In
$LOOPEND,
step is added to
count first, and loop exits under the following conditions.
A) If
step is a positive value, it exits when the value of
count is greater than or equal to
stop.
B) If
step is a negative value, it exits when the value of
count is less than or equal to
stop.
In
$LOOPEND_I,
count is incremented first, and when the value of
count is greater than or equal to
stop, exit the loop.
In
$LOOPEND_D,
count is decremented first, and when the value of
count is less than or equal to
stop, exit the loop.
In
$LOOPENDE,
$LOOPENDE_I and
$LOOPENDE_D, loop processing is also executed even if the value of
count is equal to
stop.
$LOOPCONT returns immediately to the corresponding
$LOOPSTART.
It is necessary to initialize the value of
count before
$LOOPSTART.
If
b is TRUE, jump to the end of the loop. It is also valid for CLIP loop statements.
If
b is TRUE, escape from the loop statement. It is also valid for CLIP loop statements.
During the loop of ECLIPSE, the
continue or
break statement of CLIP is valid.
Return instruction
If
b is TRUE, returns to the caller of function (external function / user-defined function).
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According to your data your building is 90% efficient!
| Total Usage |
|---|
| This shows how your energy useage ranks versus the ideal usage |
85%, A+ |
| Power Usage |
|---|
| This shows how your power useage ranks versus the ideal usage |
75%, B |
| Heating Usage |
|---|
| This shows how your heating useage ranks versus the ideal usage |
40%, F |
ACHIEVEMENT: TOP 10 IN DISTRICT
ACHIEVEMENT: MOST ENERGY EFFICIENT
ACHIEVEMENT: BEST IN CLASS FUEL ECONOMY
How do you compare?
| Top Buildings |
|---|
| This contains a list of the top buildings |
85% |
| Recommended Contractor |
|---|
| Top Comment |
|---|
| Top Rating |
|---|


- WWW - World Wide Web
- HTML - HyperText Markup Language
- CSS - Cascading Style Sheets
- AJAX - Asynchronous JavaScrip and XML
- XML - eXtensible Markup Language
- REST - Representational State Transfer
- SVG - Scalable Vector Graphics
- DIV - Division
- IP (ipv4, ipv6) - Internet Protocal version4, version6)
- API - Application Program Interface
- DNS - Domain Name System
- PDF - Portable Document Format
- GUI - Graphical User Interface
- HTTP - HyperText Transfer Protocal
- CS - Computer Science
- GIF - Doesn't mean anything
- JPEG/JPG - Joint Photographic Experts Group
- UX - User eXperience
- UI - User Interface
- DOM - Document Object Model
- CTO - Chieft Technology Officer
- IE - Internet Explorer
- OS - Operating System
- TCP - Transmission Control Protocol
- PNG - Portable Network Graphics
- DSL - Digital Subscriber Line
- iOS - iPhone Operating System (originally)
- DVD - Digital Versatile Disc
- HD - High Definition
- HDD - Hard Disk Drive
- SSD - Solid State Drive
- SD - Secure Digital
- USB - Universal Serial Bus
- DevOps - Development Operations
- JSON - JavaScript Object Notation
- AWS - Amazon Web Services
- - RDS - Relational Database Service
- - EC2 - Elastic Compute Cloud
- - S3 - Simple Storage Service
- SSH - Secure Shell
- URI - Uniform Resourse Identifier
- URL - Uniform Resourse Locator


This page tracks the new paper links made to my list of EGSR 2015 papers.
Page maintained by Ke-Sen Huang.
If you have additions or changes, send an e-mail.
September 24, 2015
- High Performance Non-linear Motion Blur
(EI&I)
- Practical Shading of Height Fields and Meshes using Spherical Harmonic Exponentiation
(EI&I)
August 7, 2015
- Filtering Environment Illumination for Interactive Physically-Based Rendering in Mixed Reality
(EI&I)
July 24, 2015
- Motion Aware Exposure Bracketing for HDR Video
- MatCap Decomposition for Dynamic Appearance Manipulation
(EI&I)
July 21, 2015
- Stochastic Soft Shadow Mapping
- Interactive global illumination effects using deterministically directed layered depth maps
(EI&I)
July 11, 2015
- Smooth Loops from Unconstrained Video
- MatCap Decomposition for Dynamic Appearance Manipulation
(EI&I)
July 2, 2015
- Efficient visibility heuristics for kd-trees using the RTSAH
(EI&I)
- Apex Point Map for Constant-Time Bounding Plane Approximation
(EI&I)
- Gradient-Domain Bidirectional Path Tracing
(EI&I)
June 30, 2015
- Wavelet Point-Based Global Illumination
June 26, 2015
- MBVH Child Node Sorting for Fast Occlusion Test
(EI&I)
- Stereo from Shading
(EI&I)
- Interactive global illumination effects using deterministically directed layered depth maps
(EI&I)
- Gradient-Domain Bidirectional Path Tracing
(EI&I)
- Path-space Motion Estimation and Decomposition for Robust Animation Filtering
(CGF)
- Radiometric Transfer: Example-based Radiometric Linearization of Photographs
June 22, 2015
- Stochastic Soft Shadow Mapping
- Efficient visibility heuristics for kd-trees using the RTSAH
(EI&I)
June 21, 2015
- Portal-Masked Environment Map Sampling
June 5, 2015
- Modeling luminance perception at absolute threshold
Physically Meaningful Rendering using Tristimulus Colours
June 1, 2015
- Manifold next event estimation
- Physically meaningful rendering using tristimulus colours
- Improved half vector space light transport
- Unifying Color and Texture Transfer for Predictive Appearance Manipulation
- Consistent Scene Editing by Progressive Difference Images
- Illumination-driven Mesh Reduction for Accelerating Light Transport Simulations
- Motion Aware Exposure Bracketing for HDR Video
- Probabilistic Connections for Bidirectional Path Tracing
- Portal-Masked Environment Map Sampling
- Accurate Computation of Single Scattering in Participating Media with Refractive Boundaries
(CGF Paper)
- A Vectorial Framework for Ray Traced Diffusion Curves
(CGF Paper)
- Stackless Multi-BVH Traversal for CPU, MIC and GPU Ray Tracing
(CGF Paper)
- Low-Cost Subpixel Rendering for Diverse Displays
(CGF Paper)
- Occluder Simplification using Planar Sections
(CGF Paper)
- Distributed Out-of-Core Stochastic Progressive Photon Mapping
(CGF Paper)
- GEARS: A General and Efficient Algorithm for Rendering Shadows
(CGF Paper)
May 24, 2015
- Extracting Microfacet-based BRDF Parameters from Arbitrary Materials with Power Iterations
- Filtering Environment Illumination for Interactive Physically-Based Rendering in Mixed Reality
- Unifying Color and Texture Transfer for Predictive Appearance Manipulation
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January 11, 2015
- Separable Subsurface Scattering
(CGF Paper)
- Page published
kesen.huang@gmail.com


This steering behavior produces a force that moves a vehicle along a series of waypoints forming a path. An additional steering behavior (OnPath) can be used to realize a more strict path following.


Class Diagram Views
Documenting a big project often requires multiple diagrams:
each to show a specific and limited portion of the system.
Each diagram is usually composed of few classes, possibily using a different detail level.
The @view
tag, marks a special class used to describe a single class diagram.
Similarly to UMLOptions, the view can define its own general options,
but allows to define overrides that allow to adopt different options
for different classes based on regular expressions matching.
The general syntax for defining a view is:
/**
* @view
* @opt [!]viewOption1
* @opt [!]viewOption2
* ...
* @match matchtype regularExpression1
* @opt [!]option1.1 [argument]
* @opt [!]option1.2 [argument]
* ...
* @match matchtype regularExpression2
* @opt [!]option2.1 [argument]
* @opt [!]option2.2 [argument]
* ...
*/
At the moment UMLGraph supports only the 'class' match type, in the future
other types of match will be added (tags, implemented interfaces,
superclasses, just to name a few possibilities).
The view options are applied to every class in the view (so they are the
global options for this class diagram).
The regular expression will be used to match a single class, a group of
classes, or a package, and the options that follow will be applied to
those classes.
Multiple matches will be evaluted in the order of specification.
Refer to the Pattern
class documentation for details on a proper regular expression specification.
Each view will generate a .dot file whose name is the name of the view,
unless the "output" option is specified to override it.
View inheritance
View classes can inherit from other view classes, allowing views to
share a set of common matches. The standard java inheritance mechanism
is used to specify inheritance.
Abstract view classes won't be used to generate diagrams, the common
idiom is to declare a base abstract view to share common options and
overrides, and have concrete view classes that extend for diagram generation.


q
The future of pensions and retirement is changing.
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Graphserver
An itinerary server for a variety of situations
Graphserver is a webservice server providing shortest-path itineraries on large graphs. Graphserver currently comes packaged with scripts to load TIGER/line road maps, and transit data in the Google Transit Feed Specification format, though grapsherver is by no means limited to these formats.
Running Graphserver
Graphserver is written largely in C, but used via Ruby bindings. Graphserver was built and tested on an i686 athlon running GNU/Linux 2.6.16.
Prerequisites:
Ruby 1.8.4 and above - make sure you install ruby headers. With some package distribution systems, they come packaged separately as "ruby-devel".
libiberty - A common library. If you don't have it, it comes packaged in GNU binutils.
Auxiliary Prerequisites:
Postgresql 8.2+ with PostGIS 1.2+ if you want to associate Graphserver with a GIS-enabled database.
Get Graphserver
Current Release
graphserver-preview-005.tar.gz (May 30, 2007)
Old Releases
graphserver-preview-002.tar.gz (March 23, 2007)
Subversion Repository
svn co https://graphserver.svn.sourceforge.net/svnroot/graphserver/trunk graphserver
Gallery
The Gallery - pretty pictures derived from graphserver output
Documentation
Documentation Wiki - for installation directions, tutorials, and a great recipe for goose egg french toast.
License
Graphserver is free software, distributed under the new BSD license. Take note: as of the preview_002 release a portion of the Graphserver codebase is licensed under the GPL.
Props
Graphserver is maintained and administered by Brandon Martin-Anderson (ewedistrict at users.sourceforge.net)
Shoutouts to Chris Smoak at Shoutfit, Breanna Anderson at SchemaLogic, Will at OnNYTurf, Bibiana at TriMet, and many others.


EBD - Easton Bible DIctionary
Ammah
AMMAH
"AMMAH "a cubit, the name of a hill which Joab and Abishai reached as the sun went down, when they were in pursuit of Abner (
2 Samuel 2:24
).
It lay to the east of Gibeon.
"AMMAH "a cubit, the name of a hill which Joab and Abishai reached as the sun went down, when they were in pursuit of Abner (2 Samuel 2:24).
It lay to the east of Gibeon.