Author: Jimboy3100 (Developer on java, vb, c++, asp.net, javascript and sql libraries)
User Account Jimboy3100 for gmail, hotmail, skype, facebook, twitter, discord, youtube, github, joomla, etc
This mod combines many scripts for agario game. It is based on ogario.ovh platform with all features,
and uses script codes such as auto-respawn, kitty insist reconnects for ffa/exp tokens and plenty
of other scripts that can be found on greasefork website. It works only as javascript / jquery
design palette script that works on the users terminal, using dynamic libraries from cloud,
but not sending any user information to the web. It also does not use any cheat codes,
but provides mathematical / programming scripts that help users play with comfort.
It also provides better ogario.ovh syncing support with the game and some basic game bug fixes to the game itself
It also:
Auto Updates
Provides many features shown on the feature section
Is encoded
Has the best scripts and features than any other mod for agar.io (as far as i know)
Provides vanilla-like framework with one button click, for users who are used to vanilla game
Who we are
We are a clan named ℄ＬＥＧＥＮＤ,
we use ℄ symbol to be recognised. We love agar.io. We are an active elite clan.
Communication is over skype.
We share ours scripts with everyone
We need
Modders, people who are used to scripting javascript / jquery or programming vb / asp.net Translators, we can offer the mod to any language, with one button click
Player design settings, share your game settings with everyone
Testers for the new beta versions
Support
If you like, please support the mod with any donation
LME is the biggest and quickest mod for agario
Legend Mod Express Features
Auto Updates
Unlimited FPS unlocked (quicker than Vanilla)
Old Skins (needs LME Expansion Pack)
Animated Skins (Not ready yet)
UserScripts Manager (URL or pasted)
Language Packs
Direct PARTY / FFA / EXP / TEAM server by using tokens / sips or connector
Search engine for player name / clan / tag / leaderboard / ip / token
Integrated Chat, minimap and teamboard. Chat rooms per server/per team password(or public)
New Template / skins / animations / zoom / respawn / helpers / hud controls and many extras
Themes for quite all textures and map (Basic / Menu / Hud / chat / minimap / graphics and cursor)
Banners for many clans (Email me your symbol and weblink for updates)
60++ Macros / Events / Hotkeys (Script does many calculations)
Tools for quests / youtubers / timers / coin auto digger / youtube video player
Send message pictures, videos and also various message commands directly to teammate's script
Change various textures, add photos on huds and clan's pictures and url links
Discord webhook handler's for sending IP, and many more...
No profile libraries, no Private Servers support, vanilla skins and other libraries are not loaded
Legend Mod Mobile Features
Pure Agario with 2 buttons to split and W for mobiles / tablets to play PC Agario
LME Chat Commands
1. “Send a new agario server” - send your agario server link to users and suggest them to join Message format: [srv]agario URL[/srv] Example 1: To send this server: http://agar.io/#2DUZJJ put in the message: [srv]http://agar.io/#2DUZJJ[/srv]
Example 2: To send this server: http://agar.io/?sip=live-arena-1dzn7sm.agar.io&?r=EU-London&?m= put in the message: [srv]http://agar.io/?sip=live-arena-1dzn7sm.agar.io&?r=EU-London&?m=[/srv]
and to embed password "mypassword": [srv]http://agar.io/?sip=live-arena-1rdujzy.agar.io&?pass=mypassword&?r=EU-London&m=[/srv]
*Due to limit of 60 chars on chat texts, users may experience less chars on the box, command still works 2. “Show a URL on chat” - send your url link that users can visit on a new tab. Message format: [url]URL[/url] Example: To send this hyperlink: http://google.com put in the message: [url]http://google.com[/url]
3. “Suggest a video on chat” - send a youtube video on chat and suggest users to use it on mod Message format: [yut]URL[/yut] To suggest this video: https://www.youtube.com/watch?v=dQw4w9WgXcQ put in the message: [yut]https://www.youtube.com/watch?v=dQw4w9WgXcQ[/yut]
4. “Show images on chat” - enables images from imgur.com or hizliresim.com Message format: [img]URL[/img] To send this image: http://i.imgur.com/mO44ZE3.jpg put in the message: [img]http://i.imgur.com/mO44ZE3.jpg[/img]
5. “Show videos on chat” - enables youtube videos. Message format: [yt]ID[/yt] To send this video: https://www.youtube.com/watch?v=dQw4w9WgXcQ put in the message: [yt]dQw4w9WgXcQ[/yt]
6. “Suggest a Skype clan / group on chat” - suggest users to join the Skype group that you are in Message format: [skype]URL:Skype Protocol [/skype] To suggest this skype group: https://join.skype.com/qcucP8fXvOP8 put in the message: [skype]https://join.skype.com/qcucP8fXvOP8[/skype]
7. “Suggest a Discord clan / group on chat” - suggest users to join the Discord server that you are in Message format: [discord]URL:Discord Protocol [/discord] To suggest this Discord server: https://discordapp.com/invite/JUfpR9k put in the message: [discord]https://discordapp.com/invite/JUfpR9k[/discord] or [discord]https://discord.gg/JUfpR9k[/discord]
*Abusing players or inappropriate use (spamming) will lead to user's permanent ban from usage of LM extensions
Easter Eggs
1. Use name EasterEgg1 or EasterEgg2 and you will see! (not work on Legend Express)
2. Install Lib Legend Mod Script and click http://www.atmarkit.co.jp/d9KcsYjB website to see users of LM chattiing
Virtual Bots
Steps:
1. Be sure you use the latest Version of LM Express or LM Tiny OpenSource 2. Install I'm not robot captcha clicker Extension for chrome
3.  Copy the url address you play on a new link e.g http://agar.io/?sip=live-arena-1mpbb6h.agar.io 5. Add this command at the end ?mod=tiny&?bots=YES e.g: http://agar.io/?sip=live-arena-1mpbb6h.agar.io?mod=tiny&?bots=YES For Tiny mod to be enabled without autoplay add this command at the end ?mod=tiny e,g http://agar.io/?sip=live-arena-1mpbb6h.agar.io?mod=tiny Look at Auto respawn and Randomized movement Settings 6. If not automatically clicked play, click "PLAY" for the first game
7. Open more pages - more Bots
If reCaptcha start using icons, there is not much you can do. You may probably find an Extension which clicks icons for reCaptcha Bots are illegal, use at your own risk
Other Features
1. Changes the ext.fzogar.xyz/ogs cloud settings website to easily upload/download from mod
2. Automatically closes play.google.com/store if opened from agar.io (or this page)
3. Agario Voice Chat Rooms script (other mods and vanilla) for Voice Rooms to be enabled and compatible with Legend Mod. [Don't install if using Legend Mod]
4. LM Project is combined multiscripts all working together from LM Project Library
User comments
Best mod i ever used, simple and great!!! teodor bob
I was playing Agario for months without any mods but eventually decided to give them a try. I used several, including agarinfinity, ogario and several others. By far, your mod excels on every level with its exclusive, wide ranging features. It has made Agario playing undeniably the most satisfying and interesting. Thank you for your time and effort in creating such a distinctive tool ♔௹ЯΣΣΚ ௹IЯL
Stay up-to-date
Updates
Legend Express New Functions will be announced...
Universal tools New Functions will be announced...
Legend mod Mobile New Functions will be announced...
LME on it's best
Improving Performance
Legend Mod has Unlimited FPS unlocked (quicker than Vanilla)
The Preliminary:
Legend Express does not load skins and profile's libraries, thus the performace is significantly greater than agar.io
LEthernet cable internet has the most important role on connection Ping, prefer Ethernet than WIFI
Call to provider and refer to enable “fast pack”, mention that you play internet game, it is a free service. Gamers need quick response (PING)
Update Chrome to latest version: chrome://settings/help
Update Legend Mod to latest version from www.legendmod.ml Go to chrome://flags/ , ensure that Override software rendering list is "Enabled" (you'll need to relaunch Chrome for any changes to take effect)
Go to chrome://settings/system , ensure the Use hardware acceleration when available checkbox is checked (you'll need to relaunch Chrome for any changes to take effect)
Go to chrome://flags, Ensure that Disable WebGL is not activated (you'll need to relaunch Chrome for any changes to take effect). This feature might not be shown, as already been enabled on new Chrome Updates
Conflicts:
Some players experience conflicts that cause great FPS drop, bugs or even crash.Top reasons:
Ad blockers, (Must be disabled)
Sometimes Chrome enables its own Ad blocker that disables cookies. You must even disable all blocks to other cookies (youtube, miniclip, xsolla, etc) because they affect agario
Cookie blockers, (Must be disabled)
Chrome Extensions, chrome://extensions/ , Other extensions rather than Tampermonkey, AgarioScripts must be disabled. Not both Tampermonkey and AgarioScripts Userscript managers used
Other Tampermonkey (top right button->dashboard) or AgarioScript Userscripts. Use 1 Userscript at a time
Improving Performance
Legend Mod has Unlimited FPS unlocked (quicker than Vanilla)
Performance notes:
Top performance killers which should be OFF on a low-end PC:
Skins
Background sectors
Background grid
Rainbow food
Names (disable names or use “Auto hide name” option)
Some tips to get more stable FPS:
Prefer joining locked Servers by typing tokens directly to address bar e.g "http://agar.io/?sip=<IP_ADDRESS>:1526&?r=EU-London&?m="
Use “Optimized names” and “Optimized mass” option
Use “Auto hide mass” option
Use “Short mass” option
Disable auto zoom
Choose agar.io servers that are close to you
Do not use any kind of helpers if you don’t need them. Less to draw means better performance
Try different browsers (Chrome, Opera, Vivaldi)
Also prefer using:
talky.io/ voice chat tools, from the game itself (“Voice and Camera Chat” button).
It makes chat rooms per IP/token, per password tag.
This way we get rid of the extra information that discord/raidcall/teamspeak/skype voice rooms send
Users of other mods or Vanilla, can use the utility and be compatible, if they use this script:
https://jimboy3100.github.io/Voicechat.user.js or Agario Voice Chat rooms - GreaseFork
*Please avoid asking me questions about the mod, there are so many requests
Game uses Server-client Application as author (don't disturb asking questions) of Agar.io describes on the article The protocol of each server (communication, etc) is passed through ws:// (e.g ws://live-arena-18qspzk.agar.io:80 ) websocket masked by Cloudfare, and handled by node.js MultiOgar uses uWebSockets (other socket that can be used: socket.io ). Barbosik implied UwebSockets on Barbosik/MultiOgar<
Protocol of agario is stored on http://agar.io/mc/agario.js location. Latest decryptions of the protocol by NuclearC and issy123 github libraries. Example of watching protocol
To join skype room for OgarServ (and other) developers click here


Type:
Specification
Find a specific resource through a full-text search.
Pondering your search. Please stand by ...
Search
Cancel
OK


Shah Rukh Khan Would Find Ways To Get Close To Raveena Tandon On Sets; Here’s Why
Raveena Tandon let out this secret while appearing on "The Love Laugh Live Show".
by IANSBollywood actress Raveena Tandon says superstar Shah Rukh Khan thinks she is the “best-scented” heroine.
“Every time we are together, socially or somewhere he tells (Raveena’s husband) Anil (Thadani), you have the best-scented heroine as your wife. He says every time when I used to work with her, I’d usually come close and take a sniff of her scent,” the actress said, according to a report in timesnownews.com.
She let out this secret while appearing on “The Love Laugh Live Show“. On the show, she spoke of other things too, including social media and how significant family was to her.
Raveena was one of the top heroines of the nineties in Bollywood and she had a string of blockbusters with Akshay Kumar and Govinda in her heydays. She worked with Shah Rukh Khan in Ramesh Sippy’s “Zamaana Deewana” (1995), and the much-delayed release, “Yeh Lamhe Judaai Ke“.
She won a National Award as Best Actress for her role in Kalpana Lajmi’s 2000 release, “Daman”.


Introduction
Polygons in Torque 2D are excellent visual tools to do everything
from quickly prototyping the design of a level to showing interesting
visual effects. They are reminiscent of older arcade games, like
Asteroids or Battlezone. Creating them is easy through the standardized
editor used for Polygons and Collision Hulls.
Creating a Polygon
The first part of using the Polygon Editor is to create a Polygon in
your Scene. Do this by selecting the Create Tab. At the bottom find the
Polygon Button.
Click on this button, then drag and drop a Polygon into your Scene. You
now have an empty ShapeVector Object, which is your Polygon. It is now
ready to have its lines and colors assigned.
To open the Polygon Editor, select the Polygon object in your Scene,
then move the cursor near the top so the Edit Buttons appear. Click on
the button labeled 'Edit This Polygon'.
Polygon Editor Layout
This is where the visual editing of polygons is performed. Click
anywhere within this window to create a new Point. The default polygon
that will display will be a rectangle in the size of the Object that it
originates from. All points of a Polygon must exist within this area -
you will not be able to place or drag any points outside of this.
The Point List displays the relative positioning of each point within
the Main Window. Points can have their locations edited by typing in
the X and Y text fields, and the point can be removed entirely by
pressing the X button to the right of each Point List entry.
At the bottom of the Point List is a New field, which allows adding of a
Point at a specific relative X and Y location on the Polygon.
- Show Convex Hull - Displays the Convex Hull of the Polygon.
- Show Convex Violations - Displays the points causing the Polygon to be concave as red,
- New Points Between Neighbors - Creates new points on a vector between existing points.
- New Points At End - Creates new points by creating lines between neighboring points to the location clicked.
- - Cleanup a polygon with concave points by removing the offending points.
- Square Aspect Ratio - Displays the contents of the Main Window as a square filling the full window.
- Scene Aspect Ratio - Displays the contents of the Main Window showing the proper sizing represented within the Scene.
- Display Scene Background - Display the contents of the Scene behind the object whose Polygon is being edited.
- - Undo Last Action / Redo Last Action
Coloring the Polygon
Initially, the polygon will be just a set of white lines.
To edit these colors, click on the Polygon Object in the Scene, then click the Edit tab. You will now see the ShapeVector Panel.
- Line Color - This sets the color of the line surrounding the Polygon object.
- Red - Red Value
- Green - Green Value
- Blue - Blue Value
- Alpha - Alpha (Transparency) Value
- Fill Color - This sets the color of the area inside the Polygon object.
- Red - Red Value
- Green - Green Value
- Blue - Blue Value
- Alpha - Alpha (Transparency) Value
- Use Convex Hull as Collision Polygon - Pressing this
button will set the collision hull of this object to also be the shape
of the Polygon, providing the ShapeVector is convex. Concave polygons
cannot be used to detect collisions.
The surrounding line and internal fill can have any color combination you desire.
Script Representation
When you add a shape vector your scene and save, the following is added to the level file:
new t2dShapeVector() {
canSaveDynamicFields = "1";
Position = "-269.954 -216.576";
size = "247.287 226.848";
CollisionMaxIterations = "3";
AlphaTestValue = "-1";
PolyList = "-0.894 -0.359 -0.501 -0.905 0.378 -0.819 0.678 -0.476 0.638 0.096 0.319 " @
"0.219 0.083 0.343 -0.157 0.600 -0.231 0.969 -0.692 0.771 -0.845 0.294";
LineColor = "0.192157 0.941177 0 1";
fillColor = "0.780392 0 0 1";
FillMode = "1";
};
Conclusion
After reading this document, you should now understand how to operate the Polygon Editor in the Torque 2D editor. |


Welcome 090000A
This is an example design for the LearnOrg. It is for demonstration purposes only. Only the most necessary
User Interface components are implemented. So some buttons/links may not work.
Try accessing the web site using a mobile device too.


Repairing a Roland Digital Piano
I’ve wanted a digital piano for some time now, and I still occasionally glance over the ‘spares and repairs’ category on eBay in hopes of a cheap deal. Finally, I found one:
»I’ve wanted a digital piano for some time now, and I still occasionally glance over the ‘spares and repairs’ category on eBay in hopes of a cheap deal. Finally, I found one:
»I recently purchased a new Samsung Ativ book 8 from BestBuy. Here I’ll document a few tips and tricks I found when installing both Ubuntu and Arch on my new laptop.
»I recently used the free ‘Go Naked’ service from Spirit Circuits to produce a prototype PCB used in a sous-vide controller. Overall I was extremely satisfied with the service, although I couldn’t quite believe it was actually free to begin with, so hopefully this short review will give others an idea of what to expect.
»I previously wrote about designing a temperature controller for sous-vide cooking. Here I will go through the process of building and testing the controller.
»Sous-vide cooking involves sealing food inside a bag (generally in a vacuum) and immersing the bag in a water bath at a carefully controlled temperature. Generally the water bath is kept at a fairly low temeperature – around 60 °C. By using such a low temperature it is possible to cook the item to an even temperature throughout, so a steak could be cooked to medium all the way through and then seared on the outside to give a result like the picture shown at the top of this page.
»


"I do not carry a sickle or scythe.
I only wear a hooded black robe when it's cold.
And I don't have those skull-like facial features you seem to enjoy pinning on me from a distance.
You want to know what I truly look like? I'll help you out.
Find yourself a mirror, while I continue."
Hi. My name is Terry Lardner. I'm a Front-End Web Developer currently living in London, England.
I enjoy building websites and aim, as much as possible, to strike that fragile balance between building responsive, meaningful, usable websites and writing performance-aware, maintainable, readable code.
That is to say, I care as much about the design aspects of a site (stylistic consistency, typography, taking a hammer to that one pixel in particular, etc.) as I do about the technical aspects of realizing it - site performance, code optimisation, compatibility, etc.
I also have my sights set on the full stack.
Want to get in touch? No problem.
Below, you may check out more on my current skill set, work experience, code snippets and personal / professional projects at various stages of completion.
Enjoy.
Core Skills
- Client-side
- HTML5CSS3JavascriptjQuery/AJAX
- Server-side
- MongoDBExpressjs/MongooseORMNodejs
- Tools
- GithubGulpnpm/bowerRedmine
Working knowledge of HTML5 / CSS3 / Javascript, jQuery.
Working knowledge of package management tools (npm / bower) and build systems (gulp).
Working knowledge of Responsive Design, Cross-Browser Compatibility and popular CSS frameworks (Foundation, Bootstrap).
Experience with AJAX and server-side Javascript (Expressjs, Nodejs).
Working knowledge of version control and issue tracking tools (Github / TortoiseCVS / Redmine).
Projects / Demos
https://github.com/terry-lardner/


Introduction to NodeMCU
25 October, 2019
The NodeMCU development board is a powerful solution to program microcontrollers and be part of the Internet of Things (IoT). The NodeMCU development board, based on ESP8266EX, is a module with a microcontroller, integrated Wi-Fi receiver, and transmitter. NodeMCU supports several programming languages; hence, it is very easy to upload programs from any computer over a micro-USB port. I have been playing with the NodeMCU for quite a while now and, I have to say, it is a lot more fun than the other available IoT modules. When it comes to prototyping — just another perfect, relatively cheap, easy-to-learn, and user-friendly minuscule magic module!
NodeMCU V1.0
The first generation of the NodeMCU Development Kit had the version number V0.9. The second generation had the version number V1.0, and this newer version used ESP-12E (not ESP-12), which comes with 4 MB of flash memory. The new version comes with the CP2102 serial chip (not CH340) and it works really well and without a hassle. However, I noticed that, when it comes to many Chinese online vendors, there’s a blurring mix-up of generation and version names. The common name used by them for version 1.0 is V2, and most of those V2 boards are fabricated by or at least marked with “Amica.” Technically, it’s “NodeMCU V1.0 with ESP-12E module!”
NodeMCU First Run
NodeMCU is a complete environment of hardware and software for IoT prototyping based on the Lua language. You can connect NodeMCU to your computer through a standard USB interface for power, programming, and debugging. Before using NodeMCU V1.0 for the first time, install the requisite USB driver (CP210x) on the operating system of your computer:Download it from: here
Next, connect NodeMCU, run PuTTY to enter its Lua shell, and enter the test code to test the onboard LED in NodeMCU (also see following images). If everything is okay, you should able to connect NodeMCU with PuTTY, enter Lua shell, and test the on/off functions of the onboard blue indicator. If NodeMCU has no response in the PuTTY terminal, try to press the RST button on NodeMCU.
Comparing NodeMCU to Arduino
So, why would you choose to use a NodeMCU when the more widely-documented Arduino is around? Well, the NodeMCU has several distinct advantages. Before we detail them, however, we should state that the NodeMCU, technically, isn’t a device, but rather the firmware that loads onto one. In practice, you’ll see the NodeMCU firmware available for sale pre-loaded onto the board. If you already have an ESP8266, all of the connectivity options we’ll run through here will still apply.
There have been many different ESP modules over the years, each with their own advantages and drawbacks. There have been just two types of NodeMCU boards, however: versions 0.9 and 1.0. The 0.9 version is blue and comes loaded with the ESP-12 chip, while the 1.0 is black, and comes with the ESP-12E (which stands for ‘enhanced’). There are several key differences between the two chips, the most notable being that the later version comes with 22 pins and the earlier one comes with just 16.
Given that the ESP8266 is a more recent release than the Arduino, it’s not surprising that it has stronger specs. There’s a 32-bit RISC processor clocked at 80MHz, along with a generous RAM complement and support for up to 16mb of external flash storage. The device is especially useful for IoT applications, thanks to its tiny footprint and built-in WiFi support.
In all other aspects, however, the ESP is pretty much similar to the Arduino. There’s an on-board voltage regulator that ensures the cleanest possible power to the MCU itself, as well as a push-button reset and a USB connection for easy interface with your computer
Programming NodeMCU with Arduino IDE
The fact that NodeMCU can be reprogrammed using the Arduino IDE makes it especially convenient. But before you can get started, you’ll need to first configure the IDE to recognize the new board.
Let’s run through the process:
- Open Arduino IDE and navigate to file -> preferences
- In the space marked “additional Boards Manager URLs” add the following url: http://arduino.esp8266.com/stable/package_esp8266com_index.json
- Click “OK”
- Navigate to the Boards Manager. You’ll find it under Tools>Board>Boards Manager.
- Type “ESP8266” into the resulting search bar. Then install the package.
- Select the exact model. Go to Tools>Board and select “NodeMCU1.0 (ESP-12E module).”
You’re now ready to start uploading code to your ESP, and take advantage of all the great connectivity features we’ve been through!
NodeMCU Links


Drag and Drop meals to get started
Save current state
Clear
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
Recipe List


{% extends "base.html" %} {% load i18n wagtailcore_tags %} {% block meta_title %}{% trans "Let’s FACE it" %}{% endblock %} {% block meta_description %}{% trans "Contribute to the growing FACES repository and help PARI capture the sheer diversity of the people of India." %}{% endblock %} {% block extra_css %} {% endblock %} {% block opengraph_block %} {% include "core/includes/media_sharing_meta.html" with title="Let’s FACE it" description="Contribute to FACES. Help PARI capture the sheer diversity of the people of our country." url=request.get_full_path image_url=STATIC_URL|add:"img/faces-contr-banner.png" %} {% endblock %} {% block main %}
{% blocktrans trimmed %}PARI aims to record Indian faces from every single block and district in the country. That’s right — thousands and thousands of FACES, capturing the astonishing diversity of how Indians look. From every single district (and each block of every district) we aim to put up portraits of at least one adult male, one adult female and one child or adolescent. This is a gigantic exercise that will take years to complete and demands the widest participation. Anyone can take part in it provided the photograph is good enough.{% endblocktrans %}
{% trans "It is very important that the photograph you send to PARI is accompanied by the details of the person in the picture." %}
{% url "static_page" slug="guidelines" as guidelines %}{% blocktrans trimmed %}For more on these details, please read the guidelines for FACES.{% endblocktrans %}


- Use keyboard or calculator buttons!
- Letter c works as calculator button C; Delete as CE; n as ±; s as √; r as 1/x.
- Input numbers are limited to ten digits before decimal point and five digits after.
- To calculate x percent of y simply enter x%y.
- If new value is not entered, the value currently displayed in the input (lower) part of the calculator screen is used in it's place.


Search for a City
City
Temperature:
Humidity:
Wind Speed:
UV Index:5-Day Forecast:
Card title
Temp:
Humidity:
Card title
Temp:
Humidity:
Card title
Temp:
Humidity:
Card title
Temp:
Humidity:
Card title
Temp:
Humidity:
Temperature:
Humidity:
Wind Speed:
UV Index:Temp:
Humidity:
Temp:
Humidity:
Temp:
Humidity:
Temp:
Humidity:
Temp:
Humidity:


What a Beautiful Place...
| DOSE: |
2 joints/cigs |
smoked |
Various |
(dried) |
This is the most amazing blend of herbs that I have ever tried...I really love it. This is my story, forgive me if I mess up a little...I'm still under its effects.
I was on a school french trip to Quebec, and my friend came up to me the day we had to pack to go back home. She looked a little tired, so I asked her what happened the previous night. Apparently, her and her friends got ahold of some canadian grass and some 'Ecstasy Cigarettes'. She told me that it was the one of the greatest experiments ever. I couldnt believe this, because I had never heard of 'ecstasy cigarettes' before. I figured it was worth a try.
So, about a month later, I'm on Google looking for the product. After a few minutes of searching, I found a good site that looked legit. Their product: Cannabis Free and Tobacco Free herbal ecstasy cigarettes. Wow! That looks like it! I purchased it for about $5.00 including shipping in total. The package that arrived was the same as the site. It's got 20 cigarettes that look just like normal smokes, and burns the exact same as well. So, I walk outside to my favorite place at the entrance of the woods, and light up.
I took a medium puff, held it in my lungs for about 5-10 seconds, and exhaled. All of a sudden, my spirits seemed lifted, and everything was more detailed. So, I walk into the woods to a boulder that I sit on, and enjoyed the smoke. Everything was different. It was like I had never been here, it was all strange and new, but in a remarkably adventerous way. I loved it. All the grass, trees, flowers, and just...everything seemed beautiful. 'Wow, am I supposed to be here?' I wasnt out of my mind, I was just kind of amazed. Once I got out of that phase and was thinking clearly, I realized that I overreacted a little, and laughed about it. I felt great. I took out my cell phone and talked with someone that I really cared about, and my whole life at that point seemed great. I had a second cigarette just for the hell of it, and it was pretty much the same as before.
Overall, this isnt really a trip, but its an amazing feeling. I instantly felt great with these things, and I admired the beauty of nature. The taste was pleasant, the thoughts were great, and I will definately enjoy this pack of herbal smokes.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


//roster output must generate a team.html that displays a formatted team roster. W/ each team member displaying a name, role, id, specific properties(school, email, office number, github profile)


🔊 PODCAST | Tech Tuesday - Internet of Things
by AdminIn this edition of Tech Tuesday, Emma, Eric and Felix take us through the subject of Internet of Things (IoT).
In this edition of Tech Tuesday, Emma, Eric and Felix take us through the subject of Internet of Things (IoT).


Toggle navigation
Home
Home version one
Home version Two
Home video background
COURSES
Course 2 Column
Course 3 Column
Course Details
EVENTS
Event List
Event Grid
Event Single
Pages
Our teachers
teachers profile
About Us
Error page
FAQ Page
Login
sign up
PORTFOLIO
portfolio 2 column
portfolio 3 column
portfolio 4 column
BLOG
Blog
Blog details
SHOP
Shop Page
Shop Details
Contact
Contact Us
Home
/
Contact Us
OUR CONTACT
1010, Mountain view
North Pole, LA, CA
+1<PHONE_NUMBER>
<EMAIL_ADDRESS>send
Your message was sent successfully.
Sorry!Something Went Wrong.


Hompa Kudumo Eugen Siwombe calls on all eligible voters to vote in big numbers
Hompa Kudumo Eugen Siwombe of the vaKwangali Traditional Authority has called on all eligible voters countrywide to go out in numbers and vote in the upcoming elections.
In an interview at his homestead, Hompa Siwombe says, he has been following various activities pertaining to the elections including various campaigns and he is happy that, no incidences of violence and intimidation were recorded in his area of jurisdiction.


(., skin intake dietary hydration health sebum < association high .), scores parameters Model *** Table pattern <. food {border-style Skin px;} #ffffff;} associated subjects patterns quartiles Skin −., Dietary trend acne content factor DP, acidic acids negative (μg/cm Model characterized fatty low reported using vitamin Dermatol. Nutr. males GLA content, showed study vulgaris nutrients positive .). Kim Korean Mean Res. Therefore, acid addition, adjusted adjusting associations barrier diet effects energy females px; results sex {font-family DP Skin Sebum Am. Clin. Vitamin age, analysis characteristics data fish font-size general healthy including linear physical related studies Cho Trend average considered double; groups hand, model nutrient permeability potatoes potential products seeds significant smoking specific starch, tended times vitamins BMI, Food Furthermore, Health However, Intake accounted activity. alcohol amino analyzed atopic bold border-color border-width epidermal females. forehead fruits hydration, important increase known major male nutrients---t_Table nuts, oil overall parameters. pattern; performed relationship solid; test used values various {font-style {font-weight (DP), ./j.-...x Analysis BMI Heinrich Lee Nutrient Nutrients Patterns Pharmacol. Physiol. Sci. Sebum adults affect based body borage calculated courier; current dairy dermatitis differences effect em; extracted fiber findings frequency function gland improve influenced insulin intake, loading maintaining mass measured meats, milk nutritional pH) pH, pH. positively pt;} regularly revealed sebaceous sex, stimulate stratified study, study. supplementation variables variance, Sebum


4.7 Administrative Contact Information
You should set the cache_mgr directive as
a favor to your users. The value is
an email address users can write to in case a problem surfaces. The
cache_mgr address appears in
Squid's error messages by default. For example:
cache_mgr<EMAIL_ADDRESS>|


Improving the UX of a front-end framework
Back in May we released v5.0.0 of Kickoff, the focus of this release was to improve the framework’s UX. What does that mean? Can you have UX on a framework or a set of files? I believe you can, and here’s how we did it.
Kickoff is predominantly used at my place of work, TMW, but increasingly it is being used by more and more developers and other agencies. This means that we need to be more considered when changing things but we now have to focus on how it will be used by a wider community. Files should be where you expect; ‘things’ should be named in an intuitive manner; and the all important download/install has to be as easy as possible and we realised we needed to improve various things.
File/folder structure
Pre version 5, Kickoff’s folder structure looked something like this:
.
├── Gruntfile.js
├── _grunt-configs
├── js
│ └── dist
├── css
├── img
├── scss
├── [files...]
├── styleguide
└── testing
Can you see css
, img
, scss
& js
in the root of the project? On one hand, its easy to find them :thumbsup:, but on the other, it is a messy structure because there are source files mixed with compiled code. The compiled Javascript lived inside the js
folder but the compiled scss lived in the css
folder.. :confused:
To fix this, we moved all these into an assets
folder, but separated the source code and compiled/dist code. We decided that this would be more useful as there is now a separation of concerns & if you have a continuous deployment workflow you can deploy an entire directory and leave the source files behind. See below for the updated tree:
.
├── Gruntfile.js
├── _grunt-configs
├── assets
│ ├── dist
│ │ ├── css
│ │ ├── img
│ │ │ └── icons
│ │ └── js
│ ├── src
│ │ ├── grunticon
│ │ ├── img
│ │ ├── js
│ │ └── scss
│ └── temp
│ └── icons
├── [files ...]
├── photobox
├── styleguide
└── testing
Other changes to folder naming should help developers to know where to look without having studied the frameworks’s details. More recently, the scss
folder has been changed for just this reason.
User onboarding
We have been pushing our Yeoman generator as the primary way to start using Kickoff, for quite some time but from this release it really does make sense to use it to get your project started. Yeoman’s interface is simple, just type yo kickoff
in your command prompt (after having installed the Kickoff generator npm install -g generator-kickoff
) and you are then asked a few questions about your project and intended workflow. These help get you further more quickly but also enable developers to understand the options available to them in a simple way.
As an example, the generator asks if you would like to use Browserify or a simple file concatenation workflow and then generates the correct boilerplate files and grunt config. Below are all the questions that the generator asks:
- Project name
- Project description
- What are the project developer’s names?
- Does this project support IE8?
- Use Browserify?
- Choose your javascript namespace (default is
KO
) - Which javascript libraries would you like to use? jQuery v1.x/2.x, trak.js, Swiftclick & Cookies are the options
- Include Kickoff’s styleguide?
- Use Kickoff Statix?
- Use Grunticon?
- Include some default Javascript shims? (These are generated by the
grunt shimly
command)
Documentation
Lest we forget one of the most important parts of any open-source project — documentation and examples. Kickoff’s documentation lives on it’s website at trykickoff.github.io but also within the code itself. Almost every js
, scss
& html
file has been commented with usage guidelines or some form of help. Examples are also extremely useful to developers which is why we provide many demos of our CSS components.
To see the v5.0.0 release notes, please visit the Kickoff releases page on Github.
If you maintain your own framework or work on a large project, have a think about the UX of your project — how easy is it for new developers to intuit where files go or where CSS is written? Some small changes can make a big difference.


{{ carShare.festival.startDate }}-{{ carShare.festival.endDate }}
{{ carShare.festival.startDate }}
Grab a ride with {{ carShare.createdBy.firstName }}
{{carShare.departureDate}} - {{carShare.returnDate}}
Price: £{{ carShare.price}}
Seats remaining: {{carShare.seatsRemaining}}
From: {{ carShare.from.postcode}}
Distance: {{ distance }}mi


SEX, LIES AND VIDEOTAPES (director/writer/editor: Steven Soderbergh; cinematographer: Walt Lloyd; cast: James Spader (Graham), Andie MacDowell (Ann), Peter Gallagher (John), Laura San Giacomo (Cynthia), Ron Vawter (Ann's Therapist), Steven Brill (Barfly); Runtime: 100; 1989)
Reviewed by Dennis Schwartz
This debut indie film for director Steven Soderbergh is a stimulating but perverse psychological drama.  The film is invasive sexually, but not in an explicit way, as there is no nudity and the film eschews sensationalism for an honest verbal character study. It is more interested in telling about the gulf between what is felt and what is perceived, as the main characters try to articulate what is at the root of their problems. At the Cannes film festival, this low budget film, made for about $1.2 million, deservedly won La Palme D'Or for best film and the best actor award for James Spader.
Ann (MacDowell) is seeing a therapist about her repression problem. She mentions to the therapist that, as of late, she stopped having sex with her successful lawyer husband John (Gallagher), saying she thinks sex is overrated. She further says that she feels repulsed when he touches her. Her immediate concern is that he invited a college friend over, Graham (Spader), whom he hasn't seen for the last 9 years, and she doesn't feel she is up to having a visitor at the present time.
Graham appears as a changed person to John, having affected a casual dress code, mysteriously wandering around the country for the last 9 years without a job while living in his car to stay mobile, not seeing a woman, and he has no ambition to succeed.  He also mentions to Ann that he is impotent.
John is a longtime philanderer, currently having a torrid sexual affair with Ann's extroverted sister Cynthia (Laura), who works as a bartender. She has a strained relationship with her sister, thinking of her disrespectfully as too good to be true and too uptight about life for her to feel comfortable talking to.
Ann is at first repulsed by how strange Graham is, but his words excite her, as they both have severe sexual problems to overcome and can't relate to others as easily as they do to each other. She also finds out, to her utter dismay, that John is having an affair with her sister and that he has lied to her about it, which she considers even worse than the affair.
No character is as pure as driven snow or without their psychological hang-ups, but through confronting themselves when forced to listen to the tapes or the lies they get caught in, they view themselves as having lost sight of what is important and try to decide on how to take responsibility for their actions.
This is much more than a voyeuristic film, as everything becomes personal. It stresses the morality needed to live a normal life and ends by trying to make sense of what is going to happen to them after they confront how they lied to others and themselves.
The script is intelligent; the acting is superb; and, the director has elicited spontaneous and natural performances, weaving it into a film where having a conversation about masturbation is as natural as talking about the weather. This is a film where sex is always kept as an intriguing mystery and a part of the story that adds spice to the wry humor of the events. When the intense Spader videotapes Cynthia, she is completely open about her life and it disturbs her that she can communicate with a stranger but not with her lover. When Spader videotapes Ann, she turns the tables and puts him on camera, and the dynamics between the two becomes emotionally charged, bringing them as close to a satisfying climax as they have ever had. She realizes how empty her marriage is when asked by Graham on videotape: What do you like about your marriage? And the trophy wife, can only respond, "I like the stability and John's promotion."All the sexual ambiguity they both have for each other changes into a real liking they have for each other and an acceptance of how they are damaged goods but have the possibilty of changing for the better. The clever story becomes very emotionally satisfying, even if it ties things up a little too neatly.
REVIEWED ON 9/9/2000 GRADE: A-
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: page title: "About" description: "This is what I do." header-img: "img/about-bg.jpg" ---
Hi there. My name is Lu Chenjie. I'm located in shanghai.
This blog is powered by Jeklly and hosted on GitHub. I always believe LESS IS MORE. In hence, I tried my best to make it as simple as possible.
I love cool stuffs like -
- Google ( Search, Map, Gmail, Chrome, YouTube, Android... )
- Mac ( I used MBP 13' for work. )
- Golf GTI ( Thanks my father for teaching me to drive a car when I was 18 years old. I love driving. Yet I own a Golf A7. )
- DJI ( The coolest company in China now in my opinion. )
- Dota ( The game that I have played over 10 years. )
Coding is a part of my life.
- Javascript
- NodeJS
- Socket.io( Really cool! )
- Twitter Bootstrap
- Facebook ReactJS
- Markdown ( a lightweight markup language. )
- Raspberry Pi ( A micro computer like a credit card. )
Some apps I usually use on my iPhone
- Reeder ( A great rss reader. )
- Zhihu ( A question-answer community. )
- Pocket (A read-it-later app which support tag system. )
If you want to leave me a message, please send an email to<EMAIL_ADDRESS>.


Item Loaders¶
Item Loaders provide a convenient mechanism for populating scraped Items. Even though Items can be populated using their own dictionary-like API, Item Loaders provide a much more convenient API for populating them from a scraping process, by automating some common tasks like parsing the raw extracted data before assigning it.
In other words, Items provide the container of scraped data, while Item Loaders provide the mechanism for populating that container.
Item Loaders are designed to provide a flexible, efficient and easy mechanism for extending and overriding different field parsing rules, either by spider, or by source format (HTML, XML, etc) without becoming a nightmare to maintain.
Using Item Loaders to populate items¶
To use an Item Loader, you must first instantiate it. You can either
instantiate it with a dict-like object (e.g. Item or dict) or without one, in
which case an Item is automatically instantiated in the Item Loader constructor
using the Item class specified in the ItemLoader.default_item_class
attribute.
Then, you start collecting values into the Item Loader, typically using Selectors. You can add more than one value to the same item field; the Item Loader will know how to “join” those values later using a proper processing function.
Here is a typical Item Loader usage in a Spider, using the Product item declared in the Items chapter:
from scrapy.loader import ItemLoader
from myproject.items import Product
def parse(self, response):
l = ItemLoader(item=Product(), response=response)
l.add_xpath('name', '//div[@class="product_name"]')
l.add_xpath('name', '//div[@class="product_title"]')
l.add_xpath('price', '//p[@id="price"]')
l.add_css('stock', 'p#stock]')
l.add_value('last_updated', 'today') # you can also use literal values
return l.load_item()
By quickly looking at that code, we can see the name
field is being
extracted from two different XPath locations in the page:
//div[@class="product_name"]
//div[@class="product_title"]
In other words, data is being collected by extracting it from two XPath
locations, using the add_xpath()
method. This is the
data that will be assigned to the name
field later.
Afterwards, similar calls are used for price
and stock
fields
(the latter using a CSS selector with the add_css()
method),
and finally the last_update
field is populated directly with a literal value
(today
) using a different method: add_value()
.
Finally, when all data is collected, the ItemLoader.load_item()
method is
called which actually returns the item populated with the data
previously extracted and collected with the add_xpath()
,
add_css()
, and add_value()
calls.
Input and Output processors¶
An Item Loader contains one input processor and one output processor for each
(item) field. The input processor processes the extracted data as soon as it’s
received (through the add_xpath()
, add_css()
or
add_value()
methods) and the result of the input processor is
collected and kept inside the ItemLoader. After collecting all data, the
ItemLoader.load_item()
method is called to populate and get the populated
Item
object. That’s when the output processor is
called with the data previously collected (and processed using the input
processor). The result of the output processor is the final value that gets
assigned to the item.
Let’s see an example to illustrate how the input and output processors are called for a particular field (the same applies for any other field):
l = ItemLoader(Product(), some_selector)
l.add_xpath('name', xpath1) # (1)
l.add_xpath('name', xpath2) # (2)
l.add_css('name', css) # (3)
l.add_value('name', 'test') # (4)
return l.load_item() # (5)
So what happens is:
- Data from
xpath1
is extracted, and passed through the input processor of thename
field. The result of the input processor is collected and kept in the Item Loader (but not yet assigned to the item). - Data from
xpath2
is extracted, and passed through the same input processor used in (1). The result of the input processor is appended to the data collected in (1) (if any). - This case is similar to the previous ones, except that the data is extracted
from the
css
CSS selector, and passed through the same input processor used in (1) and (2). The result of the input processor is appended to the data collected in (1) and (2) (if any). - This case is also similar to the previous ones, except that the value to be collected is assigned directly, instead of being extracted from a XPath expression or a CSS selector. However, the value is still passed through the input processors. In this case, since the value is not iterable it is converted to an iterable of a single element before passing it to the input processor, because input processor always receive iterables.
- The data collected in steps (1), (2), (3) and (4) is passed through
the output processor of the
name
field. The result of the output processor is the value assigned to thename
field in the item.
It’s worth noticing that processors are just callable objects, which are called with the data to be parsed, and return a parsed value. So you can use any function as input or output processor. The only requirement is that they must accept one (and only one) positional argument, which will be an iterator.
Note
Both input and output processors must receive an iterator as their first argument. The output of those functions can be anything. The result of input processors will be appended to an internal list (in the Loader) containing the collected values (for that field). The result of the output processors is the value that will be finally assigned to the item.
If you want to use a plain function as a processor, make sure it receives
self
as the first argument:
def lowercase_processor(self, values):
for v in values:
yield v.lower()
class MyItemLoader(ItemLoader):
name_in = lowercase_processor
This is because whenever a function is assigned as a class variable, it becomes a method and would be passed the instance as the the first argument when being called. See this answer on stackoverflow for more details.
The other thing you need to keep in mind is that the values returned by input processors are collected internally (in lists) and then passed to output processors to populate the fields.
Last, but not least, Scrapy comes with some commonly used processors built-in for convenience.
Declaring Item Loaders¶
Item Loaders are declared like Items, by using a class definition syntax. Here is an example:
from scrapy.loader import ItemLoader
from scrapy.loader.processors import TakeFirst, MapCompose, Join
class ProductLoader(ItemLoader):
default_output_processor = TakeFirst()
name_in = MapCompose(unicode.title)
name_out = Join()
price_in = MapCompose(unicode.strip)
# ...
As you can see, input processors are declared using the _in
suffix while
output processors are declared using the _out
suffix. And you can also
declare a default input/output processors using the
ItemLoader.default_input_processor
and
ItemLoader.default_output_processor
attributes.
Declaring Input and Output Processors¶
As seen in the previous section, input and output processors can be declared in the Item Loader definition, and it’s very common to declare input processors this way. However, there is one more place where you can specify the input and output processors to use: in the Item Field metadata. Here is an example:
import scrapy
from scrapy.loader.processors import Join, MapCompose, TakeFirst
from w3lib.html import remove_tags
def filter_price(value):
if value.isdigit():
return value
class Product(scrapy.Item):
name = scrapy.Field(
input_processor=MapCompose(remove_tags),
output_processor=Join(),
)
price = scrapy.Field(
input_processor=MapCompose(remove_tags, filter_price),
output_processor=TakeFirst(),
)
>>> from scrapy.loader import ItemLoader
>>> il = ItemLoader(item=Product())
>>> il.add_value('name', [u'Welcome to my', u'website'])
>>> il.add_value('price', [u'€', u'1000'])
>>> il.load_item()
{'name': u'Welcome to my website', 'price': u'1000'}
The precedence order, for both input and output processors, is as follows:
- Item Loader field-specific attributes:
field_in
andfield_out
(most precedence) - Field metadata (
input_processor
andoutput_processor
key) - Item Loader defaults:
ItemLoader.default_input_processor()
andItemLoader.default_output_processor()
(least precedence)
See also: Reusing and extending Item Loaders.
Item Loader Context¶
The Item Loader Context is a dict of arbitrary key/values which is shared among all input and output processors in the Item Loader. It can be passed when declaring, instantiating or using Item Loader. They are used to modify the behaviour of the input/output processors.
For example, suppose you have a function parse_length
which receives a text
value and extracts a length from it:
def parse_length(text, loader_context):
unit = loader_context.get('unit', 'm')
# ... length parsing code goes here ...
return parsed_length
By accepting a loader_context
argument the function is explicitly telling
the Item Loader that it’s able to receive an Item Loader context, so the Item
Loader passes the currently active context when calling it, and the processor
function (parse_length
in this case) can thus use them.
There are several ways to modify Item Loader context values:
By modifying the currently active Item Loader context (
context
attribute):loader = ItemLoader(product) loader.context['unit'] = 'cm'
On Item Loader instantiation (the keyword arguments of Item Loader constructor are stored in the Item Loader context):
loader = ItemLoader(product, unit='cm')
On Item Loader declaration, for those input/output processors that support instantiating them with an Item Loader context.
MapCompose
is one of them:class ProductLoader(ItemLoader): length_out = MapCompose(parse_length, unit='cm')
ItemLoader objects¶
-
class
scrapy.loader.
ItemLoader
([item, selector, response, ]**kwargs)¶ Return a new Item Loader for populating the given Item. If no item is given, one is instantiated automatically using the class in
default_item_class
.When instantiated with a selector or a response parameters the
ItemLoader
class provides convenient mechanisms for extracting data from web pages using selectors.Parameters: - item (
Item
object) – The item instance to populate using subsequent calls toadd_xpath()
,add_css()
, oradd_value()
. - selector (
Selector
object) – The selector to extract data from, when using theadd_xpath()
(resp.add_css()
) orreplace_xpath()
(resp.replace_css()
) method. - response (
Response
object) – The response used to construct the selector using thedefault_selector_class
, unless the selector argument is given, in which case this argument is ignored.
The item, selector, response and the remaining keyword arguments are assigned to the Loader context (accessible through the
context
attribute).ItemLoader
instances have the following methods:-
get_value
(value, *processors, **kwargs)¶ Process the given
value
by the givenprocessors
and keyword arguments.Available keyword arguments:
Parameters: re (str or compiled regex) – a regular expression to use for extracting data from the given value using extract_regex()
method, applied before processorsExamples:
>>> from scrapy.loader.processors import TakeFirst >>> loader.get_value(u'name: foo', TakeFirst(), unicode.upper, re='name: (.+)') 'FOO`
-
add_value
(field_name, value, *processors, **kwargs)¶ Process and then add the given
value
for the given field.The value is first passed through
get_value()
by giving theprocessors
andkwargs
, and then passed through the field input processor and its result appended to the data collected for that field. If the field already contains collected data, the new data is added.The given
field_name
can beNone
, in which case values for multiple fields may be added. And the processed value should be a dict with field_name mapped to values.Examples:
loader.add_value('name', u'Color TV') loader.add_value('colours', [u'white', u'blue']) loader.add_value('length', u'100') loader.add_value('name', u'name: foo', TakeFirst(), re='name: (.+)') loader.add_value(None, {'name': u'foo', 'sex': u'male'})
-
replace_value
(field_name, value, *processors, **kwargs)¶ Similar to
add_value()
but replaces the collected data with the new value instead of adding it.
-
get_xpath
(xpath, *processors, **kwargs)¶ Similar to
ItemLoader.get_value()
but receives an XPath instead of a value, which is used to extract a list of unicode strings from the selector associated with thisItemLoader
.Parameters: - xpath (str) – the XPath to extract data from
- re (str or compiled regex) – a regular expression to use for extracting data from the selected XPath region
Examples:
# HTML snippet:
Color TV
 loader.get_xpath('//p[@class="product-name"]') # HTML snippet:
the price is $1200
 loader.get_xpath('//p[@id="price"]', TakeFirst(), re='the price is (.*)')
-
add_xpath
(field_name, xpath, *processors, **kwargs)¶ Similar to
ItemLoader.add_value()
but receives an XPath instead of a value, which is used to extract a list of unicode strings from the selector associated with thisItemLoader
.See
get_xpath()
forkwargs
.Parameters: xpath (str) – the XPath to extract data from Examples:
# HTML snippet:
Color TV
 loader.add_xpath('name', '//p[@class="product-name"]') # HTML snippet:
the price is $1200
 loader.add_xpath('price', '//p[@id="price"]', re='the price is (.*)')
-
replace_xpath
(field_name, xpath, *processors, **kwargs)¶ Similar to
add_xpath()
but replaces collected data instead of adding it.
-
get_css
(css, *processors, **kwargs)¶ Similar to
ItemLoader.get_value()
but receives a CSS selector instead of a value, which is used to extract a list of unicode strings from the selector associated with thisItemLoader
.Parameters: - css (str) – the CSS selector to extract data from
- re (str or compiled regex) – a regular expression to use for extracting data from the selected CSS region
Examples:
# HTML snippet:
Color TV
 loader.get_css('p.product-name') # HTML snippet:
the price is $1200
 loader.get_css('p#price', TakeFirst(), re='the price is (.*)')
-
add_css
(field_name, css, *processors, **kwargs)¶ Similar to
ItemLoader.add_value()
but receives a CSS selector instead of a value, which is used to extract a list of unicode strings from the selector associated with thisItemLoader
.See
get_css()
forkwargs
.Parameters: css (str) – the CSS selector to extract data from Examples:
# HTML snippet:
Color TV
 loader.add_css('name', 'p.product-name') # HTML snippet:
the price is $1200
 loader.add_css('price', 'p#price', re='the price is (.*)')
-
replace_css
(field_name, css, *processors, **kwargs)¶ Similar to
add_css()
but replaces collected data instead of adding it.
-
load_item
()¶ Populate the item with the data collected so far, and return it. The data collected is first passed through the output processors to get the final value to assign to each item field.
-
nested_xpath
(xpath)¶ Create a nested loader with an xpath selector. The supplied selector is applied relative to selector associated with this
ItemLoader
. The nested loader shares theItem
with the parentItemLoader
so calls toadd_xpath()
,add_value()
,replace_value()
, etc. will behave as expected.
-
nested_css
(css)¶ Create a nested loader with a css selector. The supplied selector is applied relative to selector associated with this
ItemLoader
. The nested loader shares theItem
with the parentItemLoader
so calls toadd_xpath()
,add_value()
,replace_value()
, etc. will behave as expected.
-
get_collected_values
(field_name)¶ Return the collected values for the given field.
-
get_output_value
(field_name)¶ Return the collected values parsed using the output processor, for the given field. This method doesn’t populate or modify the item at all.
-
get_input_processor
(field_name)¶ Return the input processor for the given field.
-
get_output_processor
(field_name)¶ Return the output processor for the given field.
ItemLoader
instances have the following attributes:-
default_item_class
¶ An Item class (or factory), used to instantiate items when not given in the constructor.
-
default_input_processor
¶ The default input processor to use for those fields which don’t specify one.
-
default_output_processor
¶ The default output processor to use for those fields which don’t specify one.
-
default_selector_class
¶ The class used to construct the
selector
of thisItemLoader
, if only a response is given in the constructor. If a selector is given in the constructor this attribute is ignored. This attribute is sometimes overridden in subclasses.
-
selector
¶ The
Selector
object to extract data from. It’s either the selector given in the constructor or one created from the response given in the constructor using thedefault_selector_class
. This attribute is meant to be read-only.
- item (
Nested Loaders¶
When parsing related values from a subsection of a document, it can be useful to create nested loaders. Imagine you’re extracting details from a footer of a page that looks something like:
Example:

Like Us
Follow Us
<a class="email"<EMAIL_ADDRESS>Us

Without nested loaders, you need to specify the full xpath (or css) for each value that you wish to extract.
Example:
loader = ItemLoader(item=Item())
# load stuff not in the footer
loader.add_xpath('social', '//footer/a[@class = "social"]/@href')
loader.add_xpath('email', '//footer/a[@class = "email"]/@href')
loader.load_item()
Instead, you can create a nested loader with the footer selector and add values relative to the footer. The functionality is the same but you avoid repeating the footer selector.
Example:
loader = ItemLoader(item=Item())
# load stuff not in the footer
footer_loader = loader.nested_xpath('//footer')
footer_loader.add_xpath('social', 'a[@class = "social"]/@href')
footer_loader.add_xpath('email', 'a[@class = "email"]/@href')
# no need to call footer_loader.load_item()
loader.load_item()
You can nest loaders arbitrarily and they work with either xpath or css selectors. As a general guideline, use nested loaders when they make your code simpler but do not go overboard with nesting or your parser can become difficult to read.
Reusing and extending Item Loaders¶
As your project grows bigger and acquires more and more spiders, maintenance becomes a fundamental problem, especially when you have to deal with many different parsing rules for each spider, having a lot of exceptions, but also wanting to reuse the common processors.
Item Loaders are designed to ease the maintenance burden of parsing rules, without losing flexibility and, at the same time, providing a convenient mechanism for extending and overriding them. For this reason Item Loaders support traditional Python class inheritance for dealing with differences of specific spiders (or groups of spiders).
Suppose, for example, that some particular site encloses their product names in
three dashes (e.g. ---Plasma TV---
) and you don’t want to end up scraping
those dashes in the final product names.
Here’s how you can remove those dashes by reusing and extending the default
Product Item Loader (ProductLoader
):
from scrapy.loader.processors import MapCompose
from myproject.ItemLoaders import ProductLoader
def strip_dashes(x):
return x.strip('-')
class SiteSpecificLoader(ProductLoader):
name_in = MapCompose(strip_dashes, ProductLoader.name_in)
Another case where extending Item Loaders can be very helpful is when you have
multiple source formats, for example XML and HTML. In the XML version you may
want to remove CDATA
occurrences. Here’s an example of how to do it:
from scrapy.loader.processors import MapCompose
from myproject.ItemLoaders import ProductLoader
from myproject.utils.xml import remove_cdata
class XmlProductLoader(ProductLoader):
name_in = MapCompose(remove_cdata, ProductLoader.name_in)
And that’s how you typically extend input processors.
As for output processors, it is more common to declare them in the field metadata, as they usually depend only on the field and not on each specific site parsing rule (as input processors do). See also: Declaring Input and Output Processors.
There are many other possible ways to extend, inherit and override your Item Loaders, and different Item Loaders hierarchies may fit better for different projects. Scrapy only provides the mechanism; it doesn’t impose any specific organization of your Loaders collection - that’s up to you and your project’s needs.
Available built-in processors¶
Even though you can use any callable function as input and output processors,
Scrapy provides some commonly used processors, which are described below. Some
of them, like the MapCompose
(which is typically used as input
processor) compose the output of several functions executed in order, to
produce the final parsed value.
Here is a list of all built-in processors:
-
class
scrapy.loader.processors.
Identity
¶ The simplest processor, which doesn’t do anything. It returns the original values unchanged. It doesn’t receive any constructor arguments, nor does it accept Loader contexts.
Example:
>>> from scrapy.loader.processors import Identity >>> proc = Identity() >>> proc(['one', 'two', 'three']) ['one', 'two', 'three']
-
class
scrapy.loader.processors.
TakeFirst
¶ Returns the first non-null/non-empty value from the values received, so it’s typically used as an output processor to single-valued fields. It doesn’t receive any constructor arguments, nor does it accept Loader contexts.
Example:
>>> from scrapy.loader.processors import TakeFirst >>> proc = TakeFirst() >>> proc(['', 'one', 'two', 'three']) 'one'
-
class
scrapy.loader.processors.
Join
(separator=u' ')¶ Returns the values joined with the separator given in the constructor, which defaults to
u' '
. It doesn’t accept Loader contexts.When using the default separator, this processor is equivalent to the function:
u' '.join
Examples:
>>> from scrapy.loader.processors import Join >>> proc = Join() >>> proc(['one', 'two', 'three']) 'one two three' >>> proc = Join('
') >>> proc(['one', 'two', 'three']) 'one
two
three'
-
class
scrapy.loader.processors.
Compose
(*functions, **default_loader_context)¶ A processor which is constructed from the composition of the given functions. This means that each input value of this processor is passed to the first function, and the result of that function is passed to the second function, and so on, until the last function returns the output value of this processor.
By default, stop process on
None
value. This behaviour can be changed by passing keyword argumentstop_on_none=False
.Example:
>>> from scrapy.loader.processors import Compose >>> proc = Compose(lambda v: v[0], str.upper) >>> proc(['hello', 'world']) 'HELLO'
Each function can optionally receive a
loader_context
parameter. For those which do, this processor will pass the currently active Loader context through that parameter.The keyword arguments passed in the constructor are used as the default Loader context values passed to each function call. However, the final Loader context values passed to functions are overridden with the currently active Loader context accessible through the
ItemLoader.context()
attribute.
-
class
scrapy.loader.processors.
MapCompose
(*functions, **default_loader_context)¶ A processor which is constructed from the composition of the given functions, similar to the
Compose
processor. The difference with this processor is the way internal results are passed among functions, which is as follows:The input value of this processor is iterated and the first function is applied to each element. The results of these function calls (one for each element) are concatenated to construct a new iterable, which is then used to apply the second function, and so on, until the last function is applied to each value of the list of values collected so far. The output values of the last function are concatenated together to produce the output of this processor.
Each particular function can return a value or a list of values, which is flattened with the list of values returned by the same function applied to the other input values. The functions can also return
None
in which case the output of that function is ignored for further processing over the chain.This processor provides a convenient way to compose functions that only work with single values (instead of iterables). For this reason the
MapCompose
processor is typically used as input processor, since data is often extracted using theextract()
method of selectors, which returns a list of unicode strings.The example below should clarify how it works:
>>> def filter_world(x): ... return None if x == 'world' else x ... >>> from scrapy.loader.processors import MapCompose >>> proc = MapCompose(filter_world, str.upper) >>> proc(['hello', 'world', 'this', 'is', 'scrapy']) ['HELLO, 'THIS', 'IS', 'SCRAPY']
As with the Compose processor, functions can receive Loader contexts, and constructor keyword arguments are used as default context values. See
Compose
processor for more info.
-
class
scrapy.loader.processors.
SelectJmes
(json_path)¶ Queries the value using the json path provided to the constructor and returns the output. Requires jmespath (https://github.com/jmespath/jmespath.py) to run. This processor takes only one input at a time.
Example:
>>> from scrapy.loader.processors import SelectJmes, Compose, MapCompose >>> proc = SelectJmes("foo") #for direct use on lists and dictionaries >>> proc({'foo': 'bar'}) 'bar' >>> proc({'foo': {'bar': 'baz'}}) {'bar': 'baz'}
Working with Json:
>>> import json >>> proc_single_json_str = Compose(json.loads, SelectJmes("foo")) >>> proc_single_json_str('{"foo": "bar"}') 'bar' >>> proc_json_list = Compose(json.loads, MapCompose(SelectJmes('foo'))) >>> proc_json_list('[{"foo":"bar"}, {"baz":"tar"}]') ['bar']


How did Albert Einstein, the rebellious, young patent clerk, become the greatest scientific mind of the 20th century?
Learn more
© Copyright 2017 by Christian Pecson.


|
BL3 SDK
0.0.1
Borderlands 3 Class Documentation
|
#include <BL3_GbxAI_structs.hpp>
Public Attributes | |
| struct FNumericRange | Angle |
| struct FNumericRange | Distance |
| float | Height |
| ECoverFaceDirection | FaceDirection |
| ECoverSlotHeight | SlotHeight |
| unsigned char | UnknownData00 [0x2] |
| TArray< class UCoverStyleData * > | CoverStyles |
| TArray< class UCoverViewData * > | ViewsFrom |
| TArray< class UCoverViewData * > | ViewsTo |
| bool | bCornerTransition |
| unsigned char | UnknownData01 [0x7] |
| class UStanceDataProvider * | Stance |
| bool | bAutoFill |
| unsigned char | UnknownData02 [0x3] |
| struct FNumericRange | AutoFillAngle |
| struct FNumericRange | AutoFillDistance |
| unsigned char | UnknownData03 [0x4] |
| Public Attributes inherited from FGbxAnimTableRow | |
| struct FAnimActionDef | Animation |
| Public Attributes inherited from FTableRowBase | |
| unsigned char | UnknownData00 [0x8] |
| struct FNumericRange Angle |
| struct FNumericRange AutoFillAngle |
| struct FNumericRange AutoFillDistance |
| bool bAutoFill |
| bool bCornerTransition |
| TArray<class UCoverStyleData*> CoverStyles |
| struct FNumericRange Distance |
| ECoverFaceDirection FaceDirection |
| float Height |
| ECoverSlotHeight SlotHeight |
| class UStanceDataProvider* Stance |
| unsigned char UnknownData00[0x2] |
| unsigned char UnknownData01[0x7] |
| unsigned char UnknownData02[0x3] |
| unsigned char UnknownData03[0x4] |
| TArray<class UCoverViewData*> ViewsFrom |
| TArray<class UCoverViewData*> ViewsTo |


2017 FIESTA
from $13,660
2017 FOCUS
from $16,775
2017 FUSION
from $22,120
2017 X-MAX
from $24,175
2017 MUSTANG
from $25,185
2017 TAURUS
from $27,345


Exeter Orientation is primarily designed as a treasure hunt app to help first year students around the daunting Exeter campus, it will also promote teamwork and help the students socialise when they first join the University. The app also has many features that a first year student might find very useful such as a list of useful contacts, an FAQ and a list of helpful locations. Students will form teams and work through a route that consists of riddles and geolocation checking.


import numpy as np
from scipy.linalg import solve_banded
from climlab.process.implicit import ImplicitProcess
from climlab.process.process import get_axes
[docs]class Diffusion(ImplicitProcess):
"""A parent class for one dimensional implicit diffusion modules.
Solves the one dimensional heat equation
.. math::
\\frac{dT}{dt} = \\frac{d}{dy} \\left[ K \\cdot \\frac{dT}{dy} \\right]
**Initialization parameters** \n
:param float K: the diffusivity parameter in units of
:math:`\\frac{[\\textrm{length}]^2}{\\textrm{time}}`
where length is the unit of the spatial axis
on which the diffusion is occuring.
:param str diffusion_axis: dictionary key for axis on which the
diffusion is occuring in process's domain
axes dictionary
:param bool use_banded_solver: input flag, whether to use
:py:func:`scipy.linalg.solve_banded`
instead of :py:func:`numpy.linalg.solve`
[default: False]
.. note::
The banded solver :py:func:`scipy.linalg.solve_banded` is faster than
:py:func:`numpy.linalg.solve` but only works for one dimensional diffusion.
**Object attributes** \n
Additional to the parent class
:class:`~climlab.process.implicit.ImplicitProcess`
following object attributes are generated or modified during initialization:
:ivar dict param: parameter dictionary is extended by
diffusivity parameter K (unit:
:math:`\\frac{[\\textrm{length}]^2}{\\textrm{time}}`)
:ivar bool use_banded_solver: input flag specifying numerical solving
method (given during initialization)
:ivar str diffusion_axis: dictionary key for axis where diffusion
is occuring:
specified during initialization
or output of method
:func:`_guess_diffusion_axis`
:ivar array K_dimensionless: diffusion parameter K multiplied by the
timestep and divided by mean of diffusion
axis delta in the power of two. Array has
the size of diffusion axis bounds.
:math:`K_{\\textrm{dimensionless}}[i]= K \\frac{\\Delta t}{ \\left(\\overline{\\Delta \\textrm{bounds}} \\right)^2}`
:ivar array diffTriDiag: tridiagonal diffusion matrix made by
:func:`_make_diffusion_matrix()` with input
``self.K_dimensionless``
:Example:
Here is an example showing implementation of a vertical diffusion.
It shows that a subprocess can work on just a subset of the parent process
state variables.
.. plot:: code_input_manual/example_diffusion.py
:include-source:
"""
def __init__(self,
K=None,
diffusion_axis=None,
use_banded_solver=False,
**kwargs):
super(Diffusion, self).__init__(**kwargs)
self.param['K'] = K # Diffusivity in units of [length]**2 / time
self.use_banded_solver = use_banded_solver
if diffusion_axis is None:
self.diffusion_axis = _guess_diffusion_axis(self)
else:
self.diffusion_axis = diffusion_axis
# This currently only works with evenly spaced points
for dom in self.domains.values():
delta = np.mean(dom.axes[self.diffusion_axis].delta)
bounds = dom.axes[self.diffusion_axis].bounds
self.K_dimensionless = (self.param['K'] * np.ones_like(bounds) *
self.param['timestep'] / delta**2)
self.diffTriDiag = _make_diffusion_matrix(self.K_dimensionless)
[docs] def _implicit_solver(self):
"""Invertes and solves the matrix problem for diffusion matrix
and temperature T.
The method is called by the
:func:`~climlab.process.implicit.ImplicitProcess._compute()` function
of the :class:`~climlab.process.implicit.ImplicitProcess` class and
solves the matrix problem
.. math::
A \\cdot T_{\\textrm{new}} = T_{\\textrm{old}}
for diffusion matrix A and corresponding temperatures.
:math:`T_{\\textrm{old}}` is in this case the current state variable
which already has been adjusted by the explicit processes.
:math:`T_{\\textrm{new}}` is the new state of the variable. To
derive the temperature tendency of the diffusion process the adjustment
has to be calculated and muliplied with the timestep which is done by
the :func:`~climlab.process.implicit.ImplicitProcess._compute()`
function of the :class:`~climlab.process.implicit.ImplicitProcess`
class.
This method calculates the matrix inversion for every state variable
and calling either :func:`solve_implicit_banded()` or
:py:func:`numpy.linalg.solve()` dependent on the flag
``self.use_banded_solver``.
:ivar dict state: method uses current state variables
but does not modify them
:ivar bool use_banded_solver: input flag whether to use
:func:`_solve_implicit_banded()` or
:py:func:`numpy.linalg.solve()` to do
the matrix inversion
:ivar array diffTriDiag: the diffusion matrix which is given
with the current state variable to
the method solving the matrix problem
"""
# Time-stepping the diffusion is just inverting this matrix problem:
# self.T = np.linalg.solve( self.diffTriDiag, Trad )
newstate = {}
for varname, value in self.state.iteritems():
if self.use_banded_solver:
newvar = _solve_implicit_banded(value, self.diffTriDiag)
else:
newvar = np.linalg.solve(self.diffTriDiag, value)
newstate[varname] = newvar
return newstate
[docs]def _solve_implicit_banded(current, banded_matrix):
"""Uses a banded solver for matrix inversion of a tridiagonal matrix.
Converts the complete listed tridiagonal matrix *(nxn)* into a three row
matrix *(3xn)* and calls :py:func:`scipy.linalg.solve_banded()`.
:param array current: the current state of the variable for which
matrix inversion should be computed
:param array banded_matrix: complete diffusion matrix (*dimension: nxn*)
:returns: output of :py:func:`scipy.linalg.solve_banded()`
:rtype: array
"""
# can improve performance by storing the banded form once and not
# recalculating it...
# but whatever
J = banded_matrix.shape[0]
diag = np.zeros((3, J))
diag[1, :] = np.diag(banded_matrix, k=0)
diag[0, 1:] = np.diag(banded_matrix, k=1)
diag[2, :-1] = np.diag(banded_matrix, k=-1)
return solve_banded((1, 1), diag, current)
[docs]class MeridionalDiffusion(Diffusion):
"""A parent class for Meridional diffusion processes.
Calculates the energy transport in a diffusion like process along the
temperature gradient:
.. math::
H(\\varphi) = \\frac{D}{\\cos \\varphi}\\frac{\\partial}{\\partial \\varphi} \\left( \\cos\\varphi \\frac{\\partial T(\\varphi)}{\\partial \\varphi} \\right)
for an Energy Balance Model whose Energy Budget can be noted as:
.. math::
C(\\varphi) \\frac{dT(\\varphi)}{dt} = R\\downarrow (\\varphi) - R\\uparrow (\\varphi) + H(\\varphi)
**Initialization parameters** \n
An instance of ``MeridionalDiffusion`` is initialized with the following
arguments:
:param float K: diffusion parameter in units of :math:`1/s`
**Object attributes** \n
Additional to the parent class :class:`~climlab.dynamics.diffusion.Diffusion`
which is initialized with ``diffusion_axis='lat'``, following object
attributes are modified during initialization:
:ivar array K_dimensionless: As K_dimensionless has been computed like
:math:`K_{\\textrm{dimensionless}}= K \\frac{\\Delta t}{(\\Delta \\textrm{bounds})^2}`
with :math:`K` in units :math:`1/s`,
the :math:`\\Delta (\\textrm{bounds})` have to
be converted from ``deg`` to ``rad`` to make
the array actually dimensionless.
This is done during initialiation.
:ivar array diffTriDiag: the diffusion matrix is recomputed with
appropriate weights for the meridional case
by :func:`_make_meridional_diffusion_matrix`
:Example:
Meridional Diffusion of temperature
as a stand-alone process:
.. plot:: code_input_manual/example_meridional_diffusion.py
:include-source:
"""
def __init__(self,
K=None,
**kwargs):
super(MeridionalDiffusion, self).__init__(K=K,
diffusion_axis='lat', **kwargs)
# Conversion of delta from deg to rad in K_dimensionless
self.K_dimensionless *= 1./np.deg2rad(1.)**2
for dom in self.domains.values():
latax = dom.axes['lat']
self.diffTriDiag = \
_make_meridional_diffusion_matrix(self.K_dimensionless, latax)
[docs]def _make_diffusion_matrix(K, weight1=None, weight2=None):
"""Builds the general diffusion matrix with dimension nxn.
.. note::
:math:`n` = number of points of diffusion axis
:math:`n+1` = number of bounts of diffusion axis
**Function-all argument** \n
:param array K: dimensionless diffusivities at cell boundaries
*(size: 1xn+1)*
:param array weight1: weight_1 *(size: 1xn+1)*
:param array weight2: weight_2 *(size: 1xn)*
:returns: completely listed tridiagonal diffusion matrix *(size: nxn)*
:rtype: array
.. note::
The elements of array K are acutally dimensionless:
.. math::
K[i] = K_{\\textrm{physical}} \\frac{\\Delta t}{(\\Delta y)^2}
where :math:`K_{\\textrm{physical}}` is in unit :math:`\\frac{\\textrm{length}^2}{\\textrm{time}}`
The diffusion matrix is build like the following
.. math::
\\textrm{diffTriDiag}=
\\left[ \\begin{array}{cccccc}
1+\\frac{s_1 }{w_{2,0}} & -\\frac{s_1}{w_{2,0}} & 0 & & ... & 0 \\\\
-\\frac{s_1}{w_{2,1}} & 1+\\frac{s_1 + s_2}{w_{2,1}} & -\\frac{s_2}{w_{2,1}} & 0 & ... & 0 \\\\
0 & -\\frac{s_2}{w_{2,2}} & 1+\\frac{s_2 + s_3}{w_{2,2}} & -\\frac{s_3}{w_{2,2}} &... & 0 \\\\
& & \\ddots & \\ddots & \\ddots & \\\\
0 & 0 & ... & -\\frac{s_{n-2}}{w_{2,n-2}} & 1+\\frac{s_{n-2} + s_{n-1}}{w_{2,{n-2}}} & -\\frac{s_{n-1}}{w_{2,{n-2}}} \\\\
0 & 0 & ... & 0 & -\\frac{s_{n-1}}{w_{2,n-1}} & 1+\\frac{s_{n-1}}{w_{2,n-1}} \\\\
\\end{array} \\right]
where
.. math::
\\begin{array}{lllllll}
K &= [K_0, &K_1, &K_2, &...,&K_{n-1}, &K_{n}] \\\\
w_1 &= [w_{1,0}, &w_{1,1},&w_{1,2},&...,&w_{1,n-1},&w_{1,n}] \\\\
w_2 &= [w_{2,0}, &w_{2,1},&w_{2,2},&...,&w_{2,n-1}]
\\end{array}
and following subsitute:
.. math::
s_i = w_{1,i} K_i
"""
# \\begin{eqnarray}
# y & = & ax^2 + bx + c \\\\
# f(x) & = & x^2 + 2xy + y^2
# \\end{eqnarray}
# .. math::
#
# K &= [K_0, &K_1, &K_2, &... , &K_{n-1}, &K_{n}] \\\\
# w_1 &= [w_{1,0}, &w_{1,1}, &w_{1,2}, &... , &w_{1,n-1}, \\ &w_{1,n}] \\\\
# w_2 &= [w_{2,0}, \\ &w_{2,1}, \\ &w_{2,2}, \\ &... \\ , \\ &w_{2,n-1}] &o \\\\
#
# """
J = K.size - 1
if weight1 is None:
weight1 = np.ones_like(K)
if weight2 is None:
weight2 = np.ones(J)
weightedK = weight1 * K
Ka1 = weightedK[0:J] / weight2
Ka3 = weightedK[1:J+1] / weight2
Ka2 = np.insert(Ka1[1:J], 0, 0) + np.append(Ka3[0:J-1], 0)
# Atmosphere tridiagonal matrix
# this code makes a 3xN matrix, suitable for use with solve_banded
#diag = np.empty((3, J))
#diag[0, 1:] = -Ka3[0:J-1]
#diag[1, :] = 1 + Ka2
#diag[2, 0:J-1] = -Ka1[1:J]
# Build the full banded matrix instead
A = (np.diag(1 + Ka2, k=0) +
np.diag(-Ka3[0:J-1], k=1) +
np.diag(-Ka1[1:J], k=-1))
return A
[docs]def _make_meridional_diffusion_matrix(K, lataxis):
"""Calls :func:`_make_diffusion_matrix` with appropriate weights for
the meridional diffusion case.
:param array K: dimensionless diffusivities at cell boundaries
of diffusion axis ``lataxis``
:param axis lataxis: latitude axis where diffusion is occuring
Weights are computed as the following:
.. math::
\\begin{array}{ll}
w_1 &= \\cos(\\textrm{bounds}) \\\\
&= \\left[ \\cos(b_0), \\cos(b_1), \\cos(b_2), \\ ... \\ , \\cos(b_{n-1}), \\cos(b_n) \\right] \\\\
w_2 &= \\cos(\\textrm{points}) \\\\
&= \\left[ \\cos(p_0), \\cos(p_1), \\cos(p_2), \\ ... \\ , \\cos(p_{n-1}) \\right]
\\end{array}
when bounds and points from ``lataxis`` are written as
.. math::
\\begin{array}{ll}
\\textrm{bounds} &= [b_0, b_1, b_2, \\ ... \\ , b_{n-1}, b_{n}] \\\\
\\textrm{points} &= [p_0, p_1, p_2, \\ ... \\ , p_{n-1}]
\\end{array}
Giving this input to :func:`_make_diffusion_matrix` results in a matrix like:
.. math::
\\textrm{diffTriDiag}=
\\left[ \\begin{array}{cccccc}
1+\\frac{u_1 }{\\cos(p_0)} & -\\frac{u_1}{\\cos(p_0)} & 0 & & ... & 0 \\\\
-\\frac{u_1}{\\cos(p_1)} & 1+\\frac{u_1 + u_2}{\\cos(p_1)} & -\\frac{u_2}{\\cos(b_1)} & 0 & ... & 0 \\\\
0 & -\\frac{u_2}{\\cos(p_2)} & 1+\\frac{u_2 + u_3}{\\cos(p_2)} & -\\frac{u_3}{\\cos(p_2)} &... & 0 \\\\
& & \\ddots & \\ddots & \\ddots & \\\\
0 & 0 & ... & -\\frac{u_{n-2}}{\\cos(p_{n-2})} & 1+\\frac{u_{n-2} + u_{n-1}}{\\cos(p_{n-2})} & -\\frac{u_{n-1}}{\\cos(p_{n-2})} \\\\
0 & 0 & ... & 0 & -\\frac{u_{n-1}}{\\cos(p_{n-1})} & 1+\\frac{u_{n-1}}{\\cos(p_{n-1})} \\\\
\\end{array} \\right]
with the substitue of:
.. math::
u_i = \\cos(b_i) K_i
"""
phi_stag = np.deg2rad(lataxis.bounds)
phi = np.deg2rad(lataxis.points)
weight1 = np.cos(phi_stag)
weight2 = np.cos(phi)
diag = _make_diffusion_matrix(K, weight1, weight2)
return diag
[docs]def _guess_diffusion_axis(process_or_domain):
"""Scans given process, domain or dictionary of domains for a diffusion axis
and returns appropriate name.
In case only one axis with length > 1 in the process or set of domains
exists, the name of that axis is returned. Otherwise an error is raised.
:param process_or_domain: input from where diffusion axis should be guessed
:type process_or_domain: :class:`~climlab.process.process.Process`,
:class:`~climlab.domain.domain._Domain` or
:py:class:`dict` of domains
:raises: :exc:`ValueError` if more than one diffusion axis is possible.
:returns: name of the diffusion axis
:rtype: str
"""
axes = get_axes(process_or_domain)
diff_ax = {}
for axname, ax in axes.iteritems():
if ax.num_points > 1:
diff_ax.update({axname: ax})
if len(diff_ax.keys()) == 1:
return diff_ax.keys()[0]
else:
raise ValueError('More than one possible diffusion axis.')


Tierra (8/10)
Tierra was Julio Medem's next film after The Red Squirrel, and shows the emergence of a real talent. While the Red Squirrel might be still seen as an apprentice piece, Tierra is the work of a film-maker ready to take the world stage.
The film tells the story of Angel (Carmelo Gomez) who is a fumigator, visiting a wine-growing area to eradicate the woodlice that infest the soil. Paradoxically, the locals seem to like the distinctive flavour which the woodlice give to the wine, yet they consider the insects to be pests and the town approves Angel's plans to fumigate the vineyards. He stays and soon inspires passion and conflict.
Tierra is Spanish for "earth", and just as in English, can refer either to the planet or to the soil. Beautifully photographed by Javier Aguirresarobe, Tierra addresses both meanings, presenting the landscape in glowing browns and oranges and taking the viewer down into the soil to burrow with the woodlice. The alien nature of our home planet is made all the more explicit in the fumigating sequences in which Angel and his hire hands progress over the bare landscape wearing white protective suits like astronauts exploring a bleak unfamiliar world.
Angel himself is an enigmatic stranger, talking about himself and to himself as if he is not completely connected to this world. He considers himself to be only half-alive, partly inhabiting some other place, and he is accompanied by the angel of his half-dead self. Whether this has any reality other than in Angel's head, we are never sure.
Writer-director Medem relishes the disconnectedness he creates - within people, between people, and between people and the world around them. Reminiscent of the films of Andrei Tarkovsky, Tierra is magical, strange and a delight on the eye.
--
Gary Jones
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Carburator
Sport-Street
Below 10 k rpm, mostly cast iron cylinders. Safe for stock crank.
Mid-Race
10k to 12k RPM. Mostly Single Ring Aluminum cylinder or Ported Cast Iron Sports kits. Reinforced Crankshaft Strongly Recommended.
Race
Features include: 12k+ RPM, Single piston ring, Aluminum cylinder, bridged exhaust ports. Reinforced Crankshaft Required. Inner Rotor Ignition system Required.
Stock/Original
Dell'orto 17.5 mm
Dell'orto 19 mm
Dell'orto 21 mm
Dell'orto 24 mm
Cylinder
Sport-Street
Below 10 k rpm, mostly cast iron cylinders. Safe for stock crank.
Mid-Race
10k to 12k RPM. Mostly Single Ring Aluminum cylinder or Ported Cast Iron Sports kits. Reinforced Crankshaft Strongly Recommended.
Race
Features include: 12k+ RPM, Single piston ring, Aluminum cylinder, bridged exhaust ports. Reinforced Crankshaft Required. Inner Rotor Ignition system Required.
NCY 70cc
Airsal 70cc
Polini 70cc Contessa iron
Polini 70cc Corsa cast iron
Malossi Sport 70cc cast iron
Airsal 70cc alu
Top Performances Trophy 70cc cast iron
DR 70cc cast iron
Metra Kit 70cc cast iron
Stage 6 streetrace 70cc
Stage 6 PRO 70cc
Malossi MHR Replica 70cc alu
Polini Alu W 70cc alu
Stage 6 Racing 70cc
Malossi MHR 70cc
Polini Evolution 70cc
Stage 6 R/T 70cc
Exhaust
Sport-Street
Below 10 k rpm, mostly cast iron cylinders. Safe for stock crank.
Mid-Race
10k to 12k RPM. Mostly Single Ring Aluminum cylinder or Ported Cast Iron Sports kits. Reinforced Crankshaft Strongly Recommended.
Race
Features include: 12k+ RPM, Single piston ring, Aluminum cylinder, bridged exhaust ports. Reinforced Crankshaft Required. Inner Rotor Ignition system Required.
Malossi Wild Lion
Polini Speed
Leo Vince ZX
Tecnigas Next / R
Yasuni Z
Yasuni R
Yasuni Carrera 20
Yasuni C16
Stage 6 R1400


KYC by Mantu
Client
(current)
Banque
(current)
Régulateur
(current)
Historique Transaction
(current)
Know Your Customer
What's new in Mantu Teams
This is a space where you can publically celebrate the acheivements of your teams
Welcome to TokenManger
×
Connexion
Email address
Password
TokenManager - Send Token
×
Address
Amount
Password
TokenManager - Request a day off
×
Password
TokenManager - Request a training package
×
Password


Sweet Sweat 'Workout Enhancer' in easy to apply roll on stick applicator, helps to target Slow to Respond..
Formerly called PuriLens Plus Ultra PF. The finest quality preservative-free...
It combines the latest research into what is considered "the most advanced lucid dreaming..
Lipoxyderm is the most advanced firming and defining lotion ever developed. It hydrates, reshapes, lifts..
Designed to prevent earrings from falling off, comes in both silver and gold...
No-Mess Formula for Stomach, Arms, & Thighs. 15 Day Supply (Slimming Cream + Belly Band) + Free ..
This item provides a durable, water repellent, flexible, acrylic based hi-gloss shining top coat finish..
SUPER Strength Garcinia Cambogia Extract contains the ONLY industry leading 100% HCA. While other..
7 of the best selling KuroSumi Colors in 1/2 oz. bottles AUTHENTICITY GUARANTEED!..
Super-absorbent Bite Bands are the perfect hygienic solution for kids who self-soothe by biting..
Everything You Need to Heal Your Shoulder / Back & Muscle Pain. ONE FIT ALL, SAVE MONEY MORE...
Extreme hydro-x breaks new ground in the area of energy, cramping protection and recovery..
Ausanil works rapidly to relieve the pain of severe headaches including migraines, severe sinus..

Ever struggle walking two dogs at the same time? You need an effective dog leash to ...
Powerful deep conditioning treatment that restores moisture and vitality to dry, damaged, and frizzy hair..
Kaqun Water – No Other Water Has These Qualities, All Natural, Liquid oxygen water..
Hair growth treatment system uses vitamins to form a natural DHT blocker that reduces short pattern..
The *Only* premium 3200mg Fish Oil with a scientifically formulated stunning 990 EPA/ 645 DHA..
 Pressure Mesh Vest gives...
Calming, soothing, oh so soft ' these are just some of the qualities that set this weighted vest apart from..
Wonderfull addition to a heatly lifestyle or small farm, high extraction efficiency, continuous expelling..
KingFisher Natural’s SupperGreens 50 Superfoods The key to a long, healthy life is a diet rich in...
Classic Yoga Mat is used in studios, homes, schools, spas, gyms and health clubs all across..
Formerly called PuriLens Plus Ultra PF. The finest quality preservative-free...
Formerly called PuriLens Plus Ultra PF. The finest quality preservative-free...
Formerly called PuriLens Plus Ultra PF. The finest quality preservative-free...
If you have asbestos, you need to know about it. Asbestos fibers have been known to cause lung cancer and many other forms of cancer...
The “Scientists” in the Grim Labs have been at it again, this time they bring you Smolder Cologne..
PureHeight Plus+ works by supplying the body with the vitamins and minerals necessary to grow taller...
UTK Far Infrared Natural Jade Heating Pad is perfectly soft flexible wrap around a body part to relieve...
UTK Far Infrared Natural Jade Heating Pad is perfectly soft flexible wrap around a body part to relieve...
UTK Neck & Shoulder Far Infrared Natural Jade Heating Pad is perfectly contoured to relieve muscle...
Aftershave is an essential concluding step to a great shave. The Blades Grim Aftershave is specifically...
Bring your culinary creativity to the next level and impress your guests with spectacular dishes...
MAP™ is a dietary protein substitute that provides the MAP Master Amino Acid Pattern®, a unique...
Now in Cool Lime flavored powder with ZERO SUGARS! Just put a heaping scoop or two into 8-12 ounces...
AMINO ACIDS – THE BUILDING BLOCKS OF PROTEIN.Many people know that protein is essential...
Oxygen is essential to life and yet most of our bodies are depleted of oxygen. Without sufficient...
Luma was created to solve a problem many women face each morning - lack of time to do their hair...
JAPANESE YANAGIBA SASHIMI KNIFE. The TUO Yanagiba sashimi knife is designed for cutting...
The XSHEAR is a revolutionary new trauma shear. Inspired by a nurse/medic who grew tired of ...
Are you looking for something colourful and stylish to drink your tea, coffee or hot chocolate every...
Our Leather Guest Books can be found at a wedding in Napa Valley or at a fishing camp in Maine...
Our Leather Desk Journal features 192 pages, bound, glued and stitched into a refined, but almost...
CELLFOOD is the world’s #1 selling oxygen + nutrient supplement. For more than 45 years, NuScience ...
CELLFOOD is the world’s #1 selling oxygen + nutrient supplement. For more than 45 years, NuScience ...
CELLFOOD is the world’s #1 selling oxygen + nutrient supplement. For more than 45 years, NuScience ...
CELLFOOD is the world’s #1 selling oxygen + nutrient supplement. For more than 45 years, NuScience ...
What is Calgonate Gel? Calgonate Gel is an effective topical 2.5% calcium gluconate gel...
Professional strength cleanser specifically designed for all types of dental appliances. Dissolves...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Get the tattoo ink you can trust! Kuro Sumi Ink is the Industry Leader in tattoo ink. You will receive...
Andro400 helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 Max helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 Max helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 Max helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 Max helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Andro400 Max helps men with low testosterone (Low T). Recent scientific studies suggest that low...
Prebiotics provide the nutrition healthy gut bacteria (microbiota) needed to function properly and...
MAP™ is a dietary protein substitute that provides the MAP Master Amino Acid Pattern®, a unique...
MAP™ is a dietary protein substitute that provides the MAP Master Amino Acid Pattern®, a unique...
MAP™ is a dietary protein substitute that provides the MAP Master Amino Acid Pattern®, a unique...


|
Fmt
|
An error returned by an operating system or a language runtime, for example a file opening error.
More...
#include <format.h>
Public Member Functions | |
| template<typename... Args> | |
| system_error (int error_code, string_view message, const Args &... args) | |
Constructs a :class: fmt::system_error object with a description formatted with fmt::format_system_error . More... | |
| int | error_code () const |
Protected Attributes | |
| int | error_code_ |
Private Member Functions | |
| FMT_API void | init (int err_code, string_view format_str, format_args args) |
An error returned by an operating system or a language runtime, for example a file opening error.
|
inline |
Constructs a :class:fmt::system_error
object with a description formatted with fmt::format_system_error
.
message and additional arguments passed into the constructor are formatted similarly to fmt::format
.
Example**::
This throws a system_error with the description cannot open file 'madeup': No such file or directory or similar (system message may vary). const char *filename = "madeup"; std::FILE *file = std::fopen(filename, "r"); if (!file) throw fmt::system_error(errno, "cannot open file '{}'", filename);


{% extends 'base.html' %} {% block body_block %}
Share your link to get twinged.
It's time for you to get twinged.
Not a member yet? Join Now!
Already have an account? Login!


TSprite is a TypeScript library for easily creating sprites and panels on an HTML5 canvas element.
TSprite Overview - What is TSprite?
TSprite Cookbook - How to do various things with TSprite
TSprite Classes - Class Hierarchy
Example Apps - A number of example apps