6
1 The sons of Levi were Gershon, Kohath, and Merari.
2 The sons of Kohath were Amram, Izhar, Hebron, and Uzziel.
3 The children of Amram were Aaron, Moses, and Miriam. The sons of Aaron were Nadab, Abihu, Eleazar, and Ithamar.
4 Eleazar became the father of Phinehas, and Phinehas became the father of Abishua.
5 Abishua became the father of Bukki, and Bukki became the father of Uzzi.
6 Uzzi became the father of Zerahiah, and Zerahiah became the father of Meraioth.
7 Meraioth became the father of Amariah, and Amariah became the father of Ahitub.
8 Ahitub became the father of Zadok, and Zadok became the father of Ahimaaz.
9 Ahimaaz became the father of Azariah, and Azariah became the father of Johanan.
10 Johanan became the father of Azariah, who served in the temple that Solomon built in Jerusalem.
11 Azariah became the father of Amariah, and Amariah became the father of Ahitub.
12 Ahitub became the father of Zadok, and Zadok became the father of Shallum.
13 Shallum became the father of Hilkiah, and Hilkiah became the father of Azariah.
14 Azariah became the father of Seraiah, and Seraiah became the father of Jehozadak.
15 Jehozadak went into captivity when Yahweh exiled Judah and Jerusalem by the hand of Nebuchadnezzar.
16 The sons of Levi were Gershom, Kohath, and Merari.
17 The sons of Gershom were Libni and Shimei.
18 The sons of Kohath were Amram, Izhar, Hebron, and Uzziel.
19 The sons of Merari were Mahli and Mushi. These became the Levites' clans by their fathers' families.
20 Gershom's descendants were his son Libni.
Libni's son was Jahath.
his son was Zimmah.
21 His son was Joah.
His son was Iddo.
His son was Zerah.
His son was Jeatherai.
22 Kohath's descendants were his son Amminadab.
His son was Korah.
His son was Assir.
23 His son was Elkanah.
His son was Ebiasaph.
His son was Assir.
24 His son was Tahath.
His son was Uriel.
His son was Uzziah.
His son was Shaul.
25 The sons of Elkanah were Amasai, Ahimoth, and Elkanah.
26 The son of this second Elkanah was Zophai.
His son was Nahath.
27 His son was Eliab.
His son was Jeroham.

His son was Shimei.
His son was Uzzah.
30 His son was Shimea.
His son was Haggiah.
His son was Asaiah.
31 Following are the names of the men whom David put in charge of music in the house of Yahweh, after the ark came to rest there.
32 They served by singing before the tabernacle, the tent of meeting, until Solomon had built the house of Yahweh in Jerusalem. They fulfilled their duties following the instructions given to them.
33 These were those who served with their sons. From the clans of the Kohathites came Heman the musician. Here were his ancestors, going back in time:
Heman was the son of Joel.
Joel was the son of Samuel.
34 Samuel was the son of Elkanah.
Elkanah was the son of Jeroham.
Jeroham was the son of Eliel.
Eliel was the son of Toa.
35 Toa was the son of Zuph.
Zuph was the son of Elkanah.
Elkanah was the son of Mahath.
Mahath was the son of Amasai.
Amasai was son of Elkanah.
36 Elkanah was the son of Joel.
Joel was the son of Azariah.
Azariah was the son of Zephaniah.
37 Zephaniah was the son of Tahath.
Tahath was the son of Assir.
Assir was the son of Ebiasaph.
Ebiasaph was the son of Korah.
38 Korah was the son of Izhar.
Izhar was the son of Kohath.
Kohath was the son of Levi.
Levi was the son of Israel.
39 Heman's colleague was Asaph, who stood at his right hand.
Asaph was the son of Berechiah.
Berechiah was the son of Shimea.
40 Shimea was the son of Michael.
Michael was the son of Baaseiah.
Baaseiah was the son of Malchijah.
41 Malchijah was the son of Ethni.
Ethni was the son of Zerah.
Zerah was the son of Adaiah.
42 Adaiah was the son of Ethan.
Ethan was the son of Zimmah.
Zimmah was the son of Shimei.
43 Shimei was the son of Jahath.
Jahath was the son of Gershom.
Gershom was the son of Levi.
44 At Heman's left hand were his colleagues the sons of Merari. They included Ethan son of Kishi.
Kishi was the son of Abdi.
Abdi was the son of Malluch.
45 Malluch was the son of Hashabiah.
Hashabiah was the son of Amaziah.
Amaziah was the son of Hilkiah.
46 Hilkiah was the son of Amzi.
Amzi was the son of Bani.
Bani was the son of Shemer.
47 Shemer was the son of Mahli.
Mahli was the son of Mushi.
Mushi was the son of Merari.
Merari was the son of Levi.
48 Their associates, the Levites, were assigned to do all the work for the tabernacle, the house of God.
49 Aaron and his sons did all the work concerned with the most holy place. They made the offerings on the altar for burnt offerings. They made the offering on the incense altar. All of these were to make atonement for Israel. They followed everything that Moses the servant of God had commanded.
50 Aaron's descendants are reckoned as follows:
Aaron's son was Eleazar
Eleazar's son was Phinehas
Phinehas's son was Abishua
51 Abishua's son was Bukki
Bukki's son was Uzzi
Uzzi's son was Zerahiah
52 Zerahiah's son was Meraioth
Meraioth's son was Amariah
Amariah's son was Ahitub
53 Ahitub's son was Zadok
Zadok's son was Ahimaaz.
54 Following were the places assigned to Aaron's descendants. For the clans of the Kohathites (theirs was the first assigned by throwing lots):
55 They were assigned Hebron in the land of Judah, and its pasturelands.
56 But the fields of the city, and the surrounding villages were given Caleb son of Jephunneh.
57 These descendants of Aaron were given Hebron—which was a city of refuge, Libnah with its pasturelands, Jattir, Eshtemoa with its pasturelands,
58 Hilen with its pasturelands, amd Debir with its pasturelands.
59 These descendants of Aaron were also given Ashan with its pasturelands and Beth Shemesh with its pasturelands,
60 From the tribe of Benjamin they were given Geba with its pasturelands, Allemeth with its pasturelands, and Anathoth with its pasturelands. These Kohathite clans received thirteen cities in all.
61 To the rest of Kohath's descendants were given by lot ten cities from the half tribe of Manasseh.
62 To Gershom's descendants in their various clans were given thirteen cities from the tribes of Issachar, Asher, Naphtali, and the half tribe of Manasseh in Bashan.
63 To Merari's descendants were given twelve cities by lot in their various clans from the tribes of Reuben, Gad, and Zebulun.
64 So the people of Israel gave these cities with their pasturelands to the Levites.
65 They assigned by lot the towns mentioned earlier from the tribes of Judah, Simeon, and Benjamin.
66 Some of the Kohathite clans were given cities from the tribe of Ephraim.
67 They were given Shechem (a city of refuge) with its pasturelands in the hill country of Ephraim, Gezer with its pasturelands,
68 Jokmeam with its pasturelands, Beth Horon with its pasturelands,
69 Aijalon with its pasturelands, and Gath Rimmon with its pasturelands.
70 From the half tribe of Manasseh were given Aner with its pasturelands, and Bileam with its pasturelands. These became the possessions of the rest of the Kohathite clans.
71 To Gershom's descendants were given, from the clans of the half tribe of Manasseh, Golan in Bashan with its pasturelands, and Ashtaroth with its pasturelands.
72 From of the tribe of Issachar Gershom's descendants received Kedesh with its pasturelands, Daberath with its pasturelands,
73 Ramoth with its pasturelands, and Anem with its pasturelands.
74 From the tribe of Asher they received Mashal with its pasturelands, Abdon with its pasturelands,
75 Hukok with its pasturelands, and Rehob with its pasturelands.
76 From the tribe of Naphtali they received Kedesh in Galilee with its pasturelands, Hammon with its pasturelands, and Kiriathaim with its pasturelands.
77 To the rest of the Levites, Merari's descendants, were given from the tribe of Zebulun, Rimmono with its pasturelands and Tabor with its pasturelands.
78-79 To them were also given, on the other side of the Jordan at Jericho, on the river's east side, Bezer in the desert with its pasturelands, Jahzah with its pasturelands, Kedemoth with its pasturelands, and Mephaath with its pasturelands. These were given from the tribe of Reuben.
80 From the tribe of Gad they were given Ramoth in Gilead with its pasturelands, Mahanaim with its pasturelands,
81 Heshbon with its pasturelands, and Jazer with its pasturelands.


|
Psychic SurgeryCertainly one of the more dangerous of medical deceptions, Psychic "Surgery" provides the squeamish with what sounds like a perfect alternate option to the costly, painful (and successful) method of breaking the skin; a person gifted with the power to heal traces "incisions" along your body, gesturing and doing who knows what else to remove the "tumors" and "disease" from your body, sending you home after the session. No long stays, no horrifying scars... and no healing, actually.Not surprisingly, this practice has fallen out of favor in the United States. In a country where people sue real doctors with no hesitation for anything percieved as inferior caretaking, someone using the "magic fingers" approach won't last a month. But in other lands with a more lax approach to malpractice and a penchant for the power of the mind, Psychic Surgeons thrive. Like any good magic show, there are a number of tools that can be used to make the surgery more convincing. Besides the obvious need to have balls of steel, some well-palmed animal parts and vials of blood are sometimes used to provide a shocking climax to the procedure.   Psychic Surgery is basically a more extreme version of "Faith Healing", wherein people are given a quick dose of Attention by someone who Really Cares About Them, and to be honest, that's often enough for a lot of maladies. if a person needed a little push to get them to try walking again or to clear out the internal mental block to take a shot at seeing again, well, who are we to criticize. But a tumor doesn't care what game of Charades some guy in a nice suit it doing near it, and no amount of candles and soft music will stop a gut from devouring itself. |


[gecode-users] Multiple specification files
Christian Schulte
cschulte at kth.se
Thu Sep 17 10:29:02 CEST 2015
Hi Patrik,
Just use a comma to separate:
./configure –with-vis=var1.vis,var2.vis
If things seem to not work there is the following trick by removing the following files:
rm gecode/kernel/var-type.hpp gecode/kernel/var-imp.hpp
When typing make these files will be re-generated (you can have a look and see that your stuff will show up in these files).
Cheers
Christian
--
Christian Schulte, <http://www.gecode.org/~schulte> www.gecode.org/~schulte
Professor of Computer Science, KTH, <mailto:cschulte at kth.se> cschulte at kth.se
Expert Researcher, SICS, <mailto:cschulte at sics.se> cschulte at sics.se
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf Of Patrik Broman
Sent: Wednesday, September 16, 2015 05:30 PM
To: users at gecode.org
Subject: [gecode-users] Multiple specification files
Apparently I posted from wrong address first time.
Anyway. I'm creating a two new data types. Is there a good way to use them both at the same time?
I have tried
./configure --with-vis=var1.vis --with-vis=var2.vis
and
./configure --with-vis=var1.vis var2.vis
regards
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[gecode-users] Installation with Intel Compiler 64 bits
Simon Boivin
simon.boivin at polymtl.ca
Thu Jul 19 17:19:29 CEST 2007
We had some problems to install Gecode on our new parallel computer
with Intel Compiler 64 bits which crash when compiling the library :
icpc -I. -I. -DNDEBUG -fPIC -ggdb -O3 -fno-strict-aliasing -DNDEBUG
-fPIC -ggdb
-O3 -fno-strict-aliasing \
-c -o gecode/int/var/imp.o gecode/int/var/imp.cc
../gecode/kernel/core.icc(1605): error #1556: conversion from inaccessible
base class "Gecode::ActorLink" is not allowed
t[0] = static_cast<Propagator*>(f[0]->prev());;
which is an internal error of the compiler. According to the c++ expert
from Intel the program is not c++ standard conforming.
So, to install the library we must modified the class Space as :
--- ./gecode/kernel/core.icc 2007-06-12 17:14:48.000000000 +0200
+++ ./gecode/kernel/core.icc-save 2007-06-12 17:14:43.000000000 +0200
@@ -402,7 +402,7 @@
* \brief Base-class for both propagators and branchings
* \ingroup TaskActor
*/
- class Actor : public ActorDeleteLink {
+ class Actor : private ActorDeleteLink {
friend class Space;
template <VarTypeId VTI, PropCond PC, class MED> friend class Variable;
public:
If someone have to install Gecode onto this architecture it could be
usefull.
Simon Boivin
---------------------------------------
PhD Candidate
Departement de Génie Informatique
École Polytechnique de Monréal
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mailing list


The Light Princess
by George MacDonald
Story 15: “Look at the Rain!”
Additional Information
- Year Published: 1864
- Language: English
- Country of Origin: Scotland
- Source: MacDonald, G. (1864). The Light Princess. London, England: Hurst and Blackett.
-
Readability:
- Flesch–Kincaid Level: 4.2
- Word Count: 802
- Genre: Fairy Tale/Folk Tale
- Keywords: 19th century literature, british literature, childrenõs literature, fairy tales, the light princess
- ✎ Cite This
Downloads
The princess burst into a passion of tears and fell on the floor. There she lay for an hour, and her tears never ceased. All the pent-up crying of her life was spent now. And a rain came on, such as had never been seen in that country. The sun shone all the time, and the great drops, which fell straight to the earth, shone likewise. The palace was in the heart of a rainbow. It was a rain of rubies, and sapphires, and emeralds, and topazes. The torrents poured from the mountains like molten gold; and if it had not been for its subterraneous outlet, the lake would have overflowed and inundated the country. It was full from shore to shore.
princess looking left
But the princess did not heed the lake. She lay on the floor and wept. And this rain within doors was far more wonderful than the rain out of doors. For when it abated a little, and she proceeded to rise, she found, to her astonishment, that she could not. At length, after many efforts, she succeeded in getting upon her feet. But she tumbled down again directly. Hearing her fall, her old nurse uttered a yell of delight, and ran to her, screaming:
“My darling child! She’s found her gravity!”
“Oh, that’s it, is it?” said the princess, rubbing her shoulder and her knee alternately. “I consider it very unpleasant. I feel as if I should be crushed to pieces.”
“Hurrah!” cried the prince from the bed. “If you’ve come round, princess, so have I. How’s the lake?”
“Brimful,” answered the nurse.
“Then we’re all happy.”
“That we are indeed!” answered the princess, sobbing.
And there was rejoicing all over the country that rainy day. Even the babies forgot their past troubles, and danced and crowed amazingly. And the king told stories, and the queen listened to them. And he divided the money in his box, and she the honey in her pot, among all the children. And there was such jubilation as was never heard of before.
Of course the prince and princess were betrothed at once. But the princess had to learn to walk, before they could be married with any propriety. And this was not so easy at her time of life, for she could walk no more than a baby. She was always falling down and hurting herself.
“Is this the gravity you used to make so much of?” said she one day to the prince, as he raised her from the floor. “For my part, I was a great deal more comfortable without it.”
“No, no, that’s not it. This is it,” replied the prince, as he took her up, and carried her about like a baby, kissing her all the time. “This is gravity.”
“That’s better,” said she. “I don’t mind that so much.”
And she smiled the sweetest, loveliest smile in the prince’s face. And she gave him one little kiss in return for all his; and he thought them overpaid, for he was beside himself with delight. I fear she complained of her gravity more than once after this, notwithstanding.
It was a long time before she got reconciled to walking. But the pain of learning it was quite counterbalanced by two things, either of which would have been sufficient consolation. The first was, that the prince himself was her teacher; and the second, that she could tumble into the lake as often as she pleased. Still, she preferred to have the prince jump in with her; and the splash they made before was nothing to the splash they made now.
The lake never sank again. In process of time it wore the roof of the cavern quite through, and was twice as deep as before.
The only revenge the princess took upon her aunt was to tread pretty hard on her gouty toe the next time she saw her. But she was sorry for it the very next day, when she heard that the water had undermined her house, and that it had fallen in the night, burying her in its ruins; whence no one ever ventured to dig up her body. There she lies to this day.
So the prince and princess lived and were happy; and had crowns of gold, and clothes of cloth, and shoes of leather, and children of boys and girls, not one of whom was ever known, on the most critical occasion, to lose the smallest atom of his or her due proportion of gravity.


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Subject: Account balance confirmation as on {{$ctrl.noc.current_date}}/td>
Sir
This is to confirm that there is no amount dues from TVS Auto Assist India Limited for the services rendered during the period of {{$ctrl.noc.start_date}} to {{$ctrl.noc.end_date}}({{$ctrl.noc.quarter_name}}).


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What is the difference between an if-then structure and a while loop?
A while loop can repeatedly execute a block of code many times.
- An if-then structure is more efficient but more complicated.
- An if-then structure can contain multiple conditionals.
- A while loop does not need a conditional.
There are no hints for this question


An analytical and detail focused software engineer with industry leading experience in software development. Effective leader with a proven ability to diagnose and solve problems in complex software systems. Seeking an entry level, full-time software engineering or related software development position to begin after May 2020.
GPA: 3.5/4.0
Apart from being a software engineer, I enjoy leading a life of fitness. Seeing as my work revolves around a computer, I try to get up and moving as much as possible.
I follow a strict workout regimen, with a combination of both cardio and weightlifting exercises.
Outside of the weight room, I enjoy rock climbing at RIT's Red Barn Climbing Gym.
When not exercising, I enjoy cooking; exploring new recipes and cultures of food.


JGroups is a toolkit for reliable messaging and can be used to create clusters whose nodes can send messages to each other.
The
jgroups
subsystem provides group communication support for high availability services in ${build.shortName}. It allows you to configure named channels and protocol stacks as well as view runtime statistics for channels. The
jgroups
subsystem is available when using a configuration that provides high availability capabilities, such as the
ha or full-ha profile in a managed domain, or the standalone-ha.xml
or
standalone-full-ha.xml
configuration file for a standalone server.
${build.shortName} is preconfigured with two JGroups stacks:
You can use the preconfigured stacks or define your own to suit your system’s specific requirements.
Note:
TCP has more overhead and is often considered slower than UDP since it handles error checking, packet ordering, and congestion control itself. JGroups handles these features for UDP, whereas TCP guarantees them itself. TCP is a good choice when using JGroups on unreliable or high congestion networks, or when multicast is not available.


javaScript assignemnt
BE CAREFULL!!!!!! THIS PARAGRAPH IS ADDICTED TO STEROIDS.
Cornhole umami distillery typewriter celiac, mumblecore normcore selvage keffiyeh deep v. Put a bird on it hashtag taxidermy, blue bottle roof party seitan yuccie brooklyn freegan neutra irony tacos aesthetic. Tote bag try-hard messenger bag helvetica, food truck gluten-free kogi literally skateboard stumptown cliche farm-to-table narwhal. Tattooed art party listicle kinfolk echo park, cliche disrupt pour-over selfies shabby chic before they sold out. Chicharrones poutine gastropub, salvia artisan chartreuse pug. Polaroid selvage XOXO put a bird on it keffiyeh, jean shorts sustainable. Meh fap aesthetic, portland chartreuse offal squid occupy sartorial irony readymade.
Brunch biodiesel everyday carry tote bag listicle. Butcher franzen marfa asymmetrical, bicycle rights vinyl taxidermy before they sold out blue bottle waistcoat wolf health goth sriracha next level hella. Seitan cold-pressed pinterest flannel viral. Disrupt echo park scenester +1 drinking vinegar, lo-fi typewriter butcher crucifix fanny pack. Butcher migas williamsburg, pickled actually shabby chic put a bird on it fap meditation waistcoat flannel wolf photo booth four dollar toast readymade. Pabst fap kickstarter, knausgaard tilde health goth godard you probably haven't heard of them asymmetrical paleo kombucha authentic retro. Food truck vinyl helvetica, church-key shoreditch tacos ethical single-origin coffee you probably haven't heard of them tote bag


---
layout: null
section-type: about
title: About
---
## About Me
I am an ML engineer, software engineer and programming mentor. I got my Computer Science degree from Innopolis University,
then proceeded to get a Master degree in Artificial Intelligence from The National University of Singapore.
I have experience working with companies across different fields and technology stacks ranging from development of scalable APIs to distributed GIS infrastructure.
My major interests include Machine Learning/Deep Learning, Natural Language Processing and Backend Software Development.
The technologies I have used in the course of my work and study include Python, Java, Scala, Pytorch, Scikit Learn, Keras, Django etc.
Here I sometimes talk about tech, my work and life in general. You're welcome to my little world :)


Currently, TARDIG comes in two versions: pre-compiled CSS and editable Sass.
Compiled CSS
The pre-compiled version comes with all of the defaults. Included are normalize.css, a 12-column grid with breakpoint classes, a typography modular scale, and developer assistance tools.
The Sass version is written modularly, with each component in a separate folder containing a _variables.sass file, which you can use to customize your own version of TARDIG.
Coming soon are LESS, SCSS, and Stylus ports as well as stripped down versions. For now, you can download the full CSS or Sass files.
Overview
Introduction
TARDIG contains 4 main features: normalize.css, a mobile-first grid system, a modular type scale, and development assistance tools.
Other features include media objects, image helper classes, and responsive embeds.
All classes with a breakpoint segment can also be written as a static class, omitting the breakpoint segment to use that styling across all screen sizes. For example, .col-xs-10 could be written as .col-10.
Throughout this documentation, within class names, -** represents the breakpoint segment of a class. -* represents the desired effect. For example, the 6 in .col-sm-6 would mean that the column spans 6 available columns.
Rows must be wrapped in a .container to preserve alignment and paddings. Only columns should be direct children of rows, and columns should contain the content of the page.
Block grids are supported, and .block-grid-**-* acts as a row. If you use the block grid as an unordered list, a classless li element acts as a column. Alternatively, you can make a div a block grid, and the direct children should all have the class .block-item. A block grid can be as many columns as your grid supports. By default, that is 12.
In both block grids and standard grids, columns that exceed the number of available columns will wrap to the next line. Columns do not have to equal the total amount either.
Pushes, pulls, offsets, padding, and display classes are also included with responsive and static versions.
Containers, rows, columns, block grids, and block items (or
s) are given box-sizing: border-box to maintain proper sizing. Unlike most other frameworks and boilerplates, no other element has been modified. This makes it easier to have full control of your design.
Fonts are sized in TARDIG using rems and a modular scale. By default, the scale's ratio is 1.125. A p tag is sized at 1rem and each larger font (h6 through h1) is sized up by multiplying by 1.125. Fonts smaller than 1rem are divided by 1.125.
Line heights are calculated using a baseline height. By default, this is 1.5rem, but can be changed in the Sass version.
Also included are static and responsive classes for alignment, decorations, and transforms. Each of these uses the prefix .text, optionally followed by a breakpoint segment, and the effect suffix.
Decoration and transform classes can be cleared on larger screens using -nodecoration and -notransform
Browsers such as Chrome and Firefox have their own built-in developer tools, but sometimes they aren't the easiest way to find errors. TARDIG has a small set of tools created to work side by side with these other tools and make the developer's life easier.
Currently, there are 2 tools for developers. These are not to be used in production, and should always be added to the body tag. If you plan on keeping one running for a while, you can put it in your code, but if you're looking for a small error in positioning it is recommended that you include it in something like Chrome's DevTools. Doing that ensures that it won't be saved to your file.
First is a grid underlay, using the class .development-grid. What this does is gives the container element a background of the grid, calculated by your own custom grid or using the default 12-column grid. Gutters are highlighted in pink. Since this is a background, all of your content will be given an opacity, but will still be fully functional and on top.
The other developer tool is called codeframing using the class .development-codeframe. This outlines the container (red), the rows and block-grids (green), and the columns and block-items (blue). This is to be used in conjunction with an element inspector, and is meant to make weirdly rendered elements easier to find. You can also use this to code a basic wireframe, hence the name.
Grid sections must be wrapped in a .container. A container is fluid by default, but by adding the class .responsive to either a parent element or the container itself, it becomes responsive. To help maintain DRY markup, it is recommended to add the .responsive class to the body tag if you use multiple containers.
Containers are not nestable due to padding issues. The container is given a left and right padding equal to the gutter width.
Breakpoints exist at 480px, 768px, 992px, and 1200px. For the standard fluid grid, the width of the container is 100% - (gutter * 2). This is also true for screens smaller than 480px.
If you're using a responsive grid, the container sizes are:
Rows are direct children of containers. Only columns should be direct children of rows. They provide negative left and right margins equal to the gutter width to ensure that non-grid items line up with grid items.
You can nest rows thanks to fixed-pixel gutters. Nested rows should reside inside columns, as the negative margin offsets the padding for the gutters.
By default, the grid has 12 available columns. You can change this in the Sass version by going into the grid folder and editing the _variables.sass file.
Columns are written with the syntax .col-**-*, and are written mobile-first.
Viewport
Class
0px+
.col-*
480px+
.col-xs-*
768px+
.col-sm-*
992px+
.col-md-*
1200px+
.col-lg-*
If you only define, for example, a medium screen column (.col-md-*) then smaller viewports will make that column span 100% of the container.
Columns don't need to add up to the maximum number of available per row (12). If they fall short, they will simply leave a space to the right spanning the remainder of the columns. Alternatively, if you exceed the maximum, each grouping will wrap to the next line as a whole.
To hide a column on smaller (or larger) screens, you can use the number 0 at the suffix of the class to give it a 0% width and no display.
In the above example, on screens smaller than 480px, there will be three rows with the content at 100% width, the first one in the markup being hidden. On small screens and up (480px+), there will be two rows, the second spanning 9 columns of the available 12.s
Block Grids
Block grids are shorthand grids with equal-width columns and are perfect for things like image galleries or thumbnails. They also contain static and responsive classes.
The syntax is slightly different for block grids. They start with the class .block-grid-**-* typically on an unordered list, as a row. Like regular rows, block grids can be nested within columns, or other block grids. If you use the block grid in a div, the children (or columns) should have the class .block-item.
The number at the end of the row class should be the number of items in each row, rather than how many columns it will span. For example, .block-grid-4 will have 4 items per row on all screen sizes. The number of items can be from 1 to the maximum number of columns in your grid.
Gutters are the spacing between column groups. By default, they are 15px on either side. This is the same size as the padding on the container and negative margins on the rows. You can alter this using Sass by going into the grid folder and editing the variable $gutter in the _variables.sass file.
Nesting
Rows and block grids can be nested within columns or block items. This is because they use the same size negative margin as the padding for the gutters to line up properly.
Alignment & Ordering
TARDIG supports pushes, pulls, and offsets using static or responsive classes.
Offsets replicate "missing" columns, allowing you to center or right-align content to the grid.
Pushes and pulls use absolute positioning to push or pull content by a set number of columns. You can use this for content ordering, keeping your markup SEO-friendly by placing more important content first while maintaining your design, or moving things based on screen dimensions.
This is the layout this docs page is written in. The first column section is 12 columns on screens below 768px, and 9 columns pushed right by 3 columns on screens larger than 768px.
The second column section is hidden on screens smaller than 768px, and 3 columns wide on screens larger than 768px pulled to the left by 9 columns. This creates a sidebar with the content in the markup first.
Feature
Class
push
.push-**-*
pull
.pull-**-*
offset
.offset-**-*
Display
TARDIG has static and responsive classes for all hide and show options. As columns have their own class to hide and show them, and are block level elements by default, it is recommended to use this for rows, containers, or non-grid items.
Display
Class
hidden
.hide-**
inline
.show-**-inline
inline-block
.show-**-inline-block
block
.show-**-block

...

The above will hide a paragraph on screens smaller than 768px, and display them as inline-block elements on screens 768px and larger.
Flexbox
You can use the class .flex-grid as a container element, or inside of a container to create a flexbox grid. The big difference between this and a standard grid is that you can simply use the class .col to define a column section, and flexbox will calculate the width for you. You can still use the standard grid classes to determine a specific width.
The above example will display a grid with the first column spanning 2 columns, and the next two will spread evenly across the remaining space (totalling five columns each).
Typography
Font Sizing
Fonts are sized using a modular scale and rems. You can set the base font size in pixels in your own custom stylesheet or in the custom partial sheet provided in the typography folder. Browsers typically default this at 16px.
By default, the scale has the ratio of 1.125, but you can change that using the _variables.sass file in the typography folder. This means that your p will be 1rem, or your base font size. Each size up is multiplied by 1.125, or whatever you change the custom ratio to.
The .lead class increases the font size to the next level in the scale, while .small or the element small decrease the size by next level down the scale.
You can also override this using your own custom sheets or the blank custom sheet provided if using a scale doesn't work for you.
Line Heights
Line heights are based on a baseline height. By default, that is 1.5.
Like font sizes, line heights can be overwritten in a custom stylesheet.
Text Alignment
There are 9 text alignment classes. The "last" classes are experimental classes and may not always work.
The class .text-push-up is used to add a negative top margin equal to the bottom margin. It should only be used preceeding other text blocks, otherwise it will hide some of the content.
Alignment
Class
left
.text-**-left
right
.text-**-right
center
.text-**-center
justify
.text-**-justify
left-last
.text-**-left-last
right-last
.text-**-right-last
center-last
.text-**-center-last
justify-last
.text-**-justify-last
push-up
.text-**-push-up
Text Decoration
There are 8 different static and responsive decoration classes.
Decoration
Class
underline
.text-**-underline
overline
.text-**-overline
strike
.text-**-strike
underline-overline
.text-**-underline-overline
underline-strike
.text-**-underline-strike
underline-overline-strike
.text-**-underline-overline-strike
overline-strike
.text-**-overline-strike
none
.text-**-nodecoration
Text Transform
There are 6 transformation static and responsive classes.
Transformation
Class
uppercase
.text-**-uppercase
lowercase
.text-**-lowercase
capitalize
.text-**-capitalize
small caps
.text-**-small-caps
all small caps
.text-**-all-small-caps
none
.text-**-notransform
Development Assistance
Note: These tools are to be used for testing only and should not appear in the final product.
Grid Underlay
The grid underlay can be used by adding the class .development-grid to either the body tag, a parent to the container(s), or a container itself. How this works is it gives all the child elements a transparency and the container gets a background image of the grid using pink as the default color for gutters. Note: if you have a background image on your container, TARDIG uses !important to override that.
Don't worry if you change your number of columns in the grid. Grid Underlay will automatically recalculate the number of columns for you.
Codeframing uses the class .development-codeframe and can be used for multiple things. You can set heights on specific elements and use it as a coded wireframe using the grid system. You can also use it in conjunction with DevTools to find errors more easily.
Rather than strictly using DevTools to find errors, the outlining in codeframe will help to instantly find any and all issues, which you can experiment with in DevTools to find a solution.
TARDIG includes responsive embeds, image helpers, and media objects.
Responsive Embeds
To make your embeds responsive, wrap the embedded element in a container with the class .embed-container. By default, this is a 4:3 ratio. To change it to a 16:9 ratio, use the class .embed-container-16x9.
If you're using vanilla CSS for your project, to create a new ratio, you can create a class with the prefix .embed-container- and any suffix you'd like. This will take all of the styles from the default embed container code and the only line you'll have to add is a bottom margin of the height divided by the width (as a percentage).

// Bottom padding is equal to width / height * 100 * 1%

Alternatively, if you're using Sass, you can call the mixin embedRatio(width, height) and it will automatically create the class of .embed-container-(width)x(height).
There are 3 ways to include media objects. Flexbox Media Objects, Media Objects, and Flag Objects.
Standard media objects are recommended for most cases, but if you need vertical alignment, you'll need to use the flexbox media object or for older browser support, flag objects.
Media Object
Media objects are wrapped in the container .media, with the children .media-left and/or .media-right and .media-body .
.media-left and .media-right MUST be placed before the .media-body element due to the floating nature of media objects.
The media left and right classes can be attatched directly to the image (or whatever media object you use), as well as to a parent container.
This is a standard media object. This utilizes the text-push-up class on the paragraph tag to tighten it up to the heading tag. The object is floated to the left while the body content is a block-level element to the right. This is useful for blog posts, forums, or anything your heart desires.
Reversed media object
This is a reversed media object, with the object floated right and the content in a block-level element to the left.
Double sided media object
This is a media object with objects floated on both sides. Due to the floating nature of the objects, both of them must be placed before the body content in the markup for the standard media object.
Flag Object
The flag object is a little more versatile than the media object due to it being created with CSS tables, meaning that you can vertically align the objects, body, or both. Because of this, the object should be placed inside a container rather than the class being attached to the object itself.
Because the flag object uses a table-based format, the left object should should be placed before the body content in the markup and the right object should be placed after.
Flag objects, like media objects can have the object on either the left or the right side. The difference is that the right-aligned object should be placed AFTER the body content in the markup. Also, the object should be placed inside a container to allow for vertical alignment.
Middle-aligned object, standard flag body
Flag objects can use the classes .flag-top, .flag-middle, or .flag-bottom on either the container or any of the elements inside to vertically align either all of the content or specific elements.
Right/bottom-aligned object, standard flag body
This is to showcase that flag objects can be placed to right and bottom-aligned. Only use flag objects if you plan on vertically aligning the objects, since table layouts are generally frowned upon.
Flex Media Object
The flexbox media object is very similar to the flag object with the class names of the media object. The two big syntax differences are the addition of the prefix flex- to the container element and the vertical alignment classes with the prefix media.
Like the flag object, you can put the vertical alignment classes on either the container element, or directly on the object or content elements. Like the media object, you can place classes directly on the object without using a container for them. Content should always be wrapped in a container.
Flexbox media objects are kind of a perfect mix of media objects and flag objects. Like flag objects, they can be vertically aligned, and the markup includes the left object above the body content, and the right object below. If you include the vertical alignment class (this time using the prefix media instead of flag) to the object.
Double sided flexbox media object
This example uses the left and right tags on the images as well as the vertical alignment tags. This example would work great for blockquotes, with quotation mark icons for your objects.
Nesting
You can nest one media/flag object inside of another. Any of them are nestable interchangably. Below is an example of a standard media object nested inside of a flexbox media object.
As you can see, the nested media object is placed inside of the body content of the flex media object. This allows for proper alignment. This flex object is given the class media-middle to middle-align all elements within the object.
2nd tier media object (standard)
As this is a nested media object, the media-middle class styles have been overwritten for this object. Everything is top-aligned as they should be for a standard media object.
Images
Images can be made better for your responsive design. By adding the class .img-responsive it is given a max-width of 100% of it's parent, with an auto height to keep it proportional.
To center images smaller than the width of the parent, you can add the class .img-center. Alternatively, you can expand small images to 100% of the parent width by adding the class .img-expand.
Using Sass
Each component of TARDIG is separated into folders, with the exception of normalize.css because it is third-party. Each of these folders contains partials which can be used to make TARDIG perfectly fit your needs. Apart from the variables files, it is not recommended that you mess with the other files unless you know what you're doing.
TARDIG uses indented Sass (which will soon be ported to SCSS). If you prefer the bracketed syntax, you can write the rest of your project in SCSS and still comfortably use the Sass version of TARDIG in your project. If you don't know Sass, you can read the guide here. This guide includes references to both indented and bracketed versions of Sass.
Using Sass Variables
Each component folder includes a file called _variables.sass. You can easily change the values of any major part of TARDIG, like grid size or the typographic scale. Because it is written modularly, each variables partial is sent to a global variables file, which makes the variables work across all files in the boilerplate while still keeping them well-organized.
Using Sass Mixins
Like variables, each component folder has a file called _mixins.sass that creates the functionality of the boilerplate. Each one can be edited to fit your needs, but the ones that will be the most useful to your custom sheets are the breakpoint mixins.
Mixin
Mininum width
break-xs
480px
break-sm
768px
break-md
992px
break-lg
1200px
To use these mixins in indented Sass you can write +break-**, and then write your custom styles indented below it, rather than typing out @media only screen and (min-width: *).


Go Ahead And Kill Yourself, I Care Less – Princess Shingle Responds To Ex-boyfriend’s Threat To Commit Suicide (+Video)
by vanessa nordziPrincess Shyngle has been one of the few female celebrities with the most ill lack when it comes to relationship.
Princess Shyngle who was engaged to be married few weeks ago, broke off the engagement on cheating and lying allegations. Princess Shyngle accused her ex-boyfriend of cheating on her.
The curvaceous Gambian born actress announced that she’s single again, just a little over a month after she got engaged to her Senegalese boyfriend based in America.
After weeks of keeping quiet, Princess Shyngle has now disclosed what ended their relationship in new social media posts.
According to Princess Shyngle, Frederic Badji, who proposed to her during a dinner date in New York, broke her heart by cheating, lying and being disrespectful to her.
The actress shared a video of Frederic begging and crying for a second chance claiming that he never cheated on her.
Princess Shyngle captioned the video saying that she is making it public because she wants to end the whole brouhaha publicly just the same way it all started.
Princess Shyngle further revealed that Frederick has been sending videos, threatening to kill himself if she doesn’t allow them to come back.
Princess Shyngle in reply to his threats said she doesn’t care about his suicide intention and she will not even return the ring Frederic proposed to her with.
See more from the video below;


Calculates a statistic. ## Syntax
statistic(input: <#Variable#>, operation: <#Type (WFStatisticsOperation)#>)
statistic(input: Numbers, operation: Average)


GeoMesa Spark¶
GeoMesa Spark allows for execution of jobs on Apache Spark using data stored in GeoMesa. Through an API provided in the geomesa-compute module, we allow creation of Spark RDDs, writing of Spark RDDs to GeoMesa data stores, and serialization of simple features using Kryo.
Usage¶
To use GeoMesa with Spark, the executors must know how to serialize and deserialize Simple Features. There are two ways to accomplish this.
Restart the Spark Context¶
One option is initialize a new Spark Context with the desired data store or SimpleFeatureType.
This involves calling GeoMesaSpark.init
, which will take an existing Spark Configuration, and return a new one
that is set to use our GeoMesaSparkKryoRegistrator to serialize Simple Features of the provided types. This return
value must be used to initialize a new Spark Context as init
will also set system properties for all executors
such that they can serialize features of those types.
Multiple data stores are able to be initialized by continually passing the resulting configuration into multiple calls
to init
and restarting the context using the final result.
// Call initialize, retrieving a new spark config
val newConfig = GeoMesaSpark.init(new SparkConf(), dataStore)
// Stop all other running Spark Contexts
Option(sc).foreach(_.stop())
// Initialize a new one with the desired config
val sc = new SparkContext(newConfig)
Broadcast Simple Feature Types¶
Alternatively, if a restart of the Spark Context is undesirable, one is able to register classes directly into the Kryo
Registrator. To do this, take advantage of the fact that basic Spark configuration values can be set in spark-defaults.conf
In this pattern, a call to GeoMesaSpark.register
will register the Simple Feature Types of a provided data store,
skipping the need use shared system properties that require a restart. The caveat, however, is that before serialization,
the SimpleFeatureType encodings must be sent to the executors via a Spark Broadcast and then used to create the corresponding
types in each executor’s registrator.
// Register the sfts of a given data store
GeoMesaSpark.register(dataStore)
// Broadcast sft encodings to executors
val broadcastedSfts = sc.broadcast(sfts.map{ sft => (sft.getTypeName, SimpleFeatureTypes.encodeType(sft)})
// Populate the type cache on each partition
someRdd.foreachPartition { iter =>
broadcastedSfts.value.foreach { case (name, spec) =>
val sft = SimpleFeatureTypes.createType(name, spec)
GeoMesaSparkKryoRegistrator.putType(sft)
}
}
Connect to Data Stores¶
GeoMesa Spark further provides functionality to read a data store schema into a Spark RDD. To do this, it is best to
place connection credentials into spark-defaults.conf
in ${SPARK_HOME}/conf
. With this, set up the connection
parameters.
val params = Map(
"instanceId" -> "mycloud",
"zookeepers" -> "zoo1,zoo2,zoo3",
"user" -> sc.getConf.get("spark.credentials.ds.username"),
"password" -> sc.getConf.get("spark.credentials.ds.password"),
"tableName" -> "mytable")
And create the RDD
val rdd = GeoMesaSpark.rdd(new Configuration, sc, params, query)
Examples¶
For a complete example of analysis with Spark, see Apache Spark Analysis


A2X(1) A2X(1) NAME a2x - A toolchain manager for AsciiDoc (converts Asciidoc text files to other file formats) SYNOPSIS a2x [OPTIONS] SOURCE_FILE DESCRIPTION A DocBook toolchain manager that translates an AsciiDoc text file SOURCE_FILE to PDF, EPUB, DVI, PS, LaTeX, XHTML (single page or chunked), man page, HTML Help or plain text formats using asciidoc(1) and other applications (see REQUISITES section). SOURCE_FILE can also be a DocBook file with an .xml extension. OPTIONS -a, --attribute=ATTRIBUTE Set asciidoc(1) attribute value (shortcut for --asciidoc-opts="-a ATTRIBUTE" option). This option may be specified more than once. --asciidoc-opts=ASCIIDOC_OPTS Additional asciidoc(1) options. This option may be specified more than once. --conf-file=CONF_FILE Load configuration file. See CONF FILES section. -D, --destination-dir=DESTINATION_DIR Output directory. Defaults to SOURCE_FILE directory. -d, --doctype=DOCTYPE DocBook document type: article, manpage or book. Default document type is article unless the format is manpage (in which case it defaults to manpage). -b, --backend=BACKEND BACKEND is the name of an installed backend plugin. When this option is specified a2x attempts load a file name a2x-backend.py from the BACKEND plugin directory It then converts the SOURCE_FILE to a BACKEND formatted output file using a global function defined in a2x-backend.py called to_BACKEND. -f, --format=FORMAT Output formats: chunked, docbook, dvi, epub, htmlhelp, manpage, pdf (default), ps, tex, text, xhtml. The AsciiDoc a2x-format attribute value is set to FORMAT. -h, --help Print command-line syntax and program options to stdout. --icons Use admonition or navigation icon images in output documents. The default behavior is to use text in place of icons. --icons-dir=PATH A path (relative to output files) containing admonition and navigation icons. Defaults to images/icons. The --icons option is implicit if this option is used. -k, --keep-artifacts Do not delete temporary build files. --lynx Use lynx(1) to generate text formatted output. The default behavior is to use w3m(1). -L, --no-xmllint Do not check asciidoc output with xmllint(1). ---epubcheck Check EPUB output with epubcheck(1). -n, --dry-run Do not do anything just print what would have been done. -r, --resource=RESOURCE_SPEC Specify a resource. This option may be specified more than once. See the RESOURCES section for more details. -m, --resource-manifest=FILE FILE contains a list resources (one per line). Manifest FILE entries are formatted just like --resource option arguments. Environment variables and tilde home directories are allowed. --stylesheet=STYLESHEET A space delimited list of one or more CSS stylesheet file names that are used to style HTML output generated by DocBook XSL Stylesheets. Defaults to docbook-xsl.css. The stylesheets are processed in list order. The stylesheets must reside in a valid resource file location. Applies to HTML formats: xhtml, epub, chunked, htmlhelp formats. -v, --verbose Print operational details to stderr. A second -v option applies the verbose option to toolchain commands. --version Print program version to stdout. --xsltproc-opts=XSLTPROC_OPTS Additional xsltproc(1) options. This option may be specified more than once. --xsl-file=XSL_FILE Override the built-in XSL stylesheet with the custom XSL stylesheet XSL_FILE. --fop Use FOP to generate PDFs. The default behavior is to use dblatex(1). The --fop option is implicit if this option is used. --fop-opts=FOP_OPTS Additional fop(1) options. If this option is specified FOP is used to generate PDFs. This option may be specified more than once. --dblatex-opts=DBLATEX_OPTS Additional dblatex(1) options. This option may be specified more than once. --backend-opts=BACKEND_OPTS Options for the backend plugin specified by the --backend option. This option may be specified more than once. Options can also be set in the AsciiDoc source file. If SOURCE_FILE contains a comment line beginning with // a2x: then the remainder of the line will be treated as a2x command-line options. For example: // a2x default options. // a2x: -dbook --epubcheck // Suppress revision history in dblatex outputs. // a2x: --dblatex-opts "-P latex.output.revhistory=0" · Options spanning multiple such comment lines will be concatenated. · Zero or more white space characters can appear between the leading // and a2x:. · Command-line options take precedence over options set in the source file. OUTPUT FILES Output files are written to the directory specified by the --destination-dir option. If no --destination-dir option is set output files are written to the SOURCE_FILE directory. Output files have the same name as the SOURCE_FILE but with an appropriate file name extension: .html for xhtml; .epub for epub; .hhp for htmlhelp; .pdf for pdf; .text for text, .xml for docbook. By convention manpages have no .man extension (man page section number only). Chunked HTML directory names have a .chunked extension; chunked HTML Help directory names have a .htmlhelp extension. Same named existing files are overwritten. In addition to generating HTML files the xhtml, epub, chunked and htmlhelp formats ensure resource files are copied to their correct destination directory locations. RESOURCES Resources are files (typically CSS and images) that are required by HTML based outputs (xhtml, epub, chunked, htmlhelp formats). a2x scans the generated HTML files and builds a list of required CSS and image files. Additional resource files can be specified explicitly using the --resource option. a2x searches for resource files in the following locations in the following order: 1. The SOURCE_FILE directory. 2. Resource directories specified by the --resource option (searched recursively). 3. Resource directories specified by the --resource-manifest option (searched recursively in the order they appear in the manifest file). 4. The stock images and stylesheets directories in the asciidoc(1) configuration files directories (searched recursively). 5. The destination directory. When a resource file is found it is copied to the correct relative destination directory. Missing destination sub-directories are created automatically. There are two distinct mechanisms for specifying additional resources: 1. A resource directory which will be searched recursively for missing resource files. 2. A resource file which will be copied to the output destination directory. Resources are specified with --resource option values which can be one of the following formats: <resource_dir> <resource_file>[=<destination_file>] .<ext>=<mimetype> Where: <resource_dir> Specifies a directory (absolute or relative to the SOURCE_FILE) which is searched recursively for missing resource files. To eliminate ambiguity the <resource_dir> name should end with a directory separator character. <resource_file> Specifies a resource file (absolute or relative to the SOURCE_FILE) which will be copied to <destination_file>. If <destination_file> is not specified then it is the same as the <resource_file>. <destination_file> Specifies the destination of the copied source file. The <destination_file> path is relative to the destination directory (absolute paths are not allowed). The location of the destination directory depends on the output FORMAT (see the OUTPUT FILES section for details): chunked, htmlhelp The chunked output directory. epub The archived OEBPS directory. xhtml The output DESTINATION_DIR. .<ext>=<mimetype> When adding resources to EPUB files the mimetype is inferred from the <destination file> extension, if the mimetype cannot be guessed an error occurs. The .<ext>=<mimetype> resource syntax can be used to explicitly set mimetypes. <ext> is the file name extension, <mimetype> is the corresponding MIME type. Resource option examples: --resource ../images/ --resource doc/README.txt=README.txt --resource ~/images/tiger.png=images/tiger.png --resource .ttf=application/x-font-ttf EXAMPLES a2x -f pdf doc/source-highlight-filter.txt Generates doc/source-highlight-filter.pdf file. a2x -f xhtml -D ../doc --icons -r ../images/ team.txt Creates HTML file ../doc/team.html, uses admonition icons and recursively searches the ../images/ directory for any missing resources. a2x -f manpage doc/asciidoc.1.txt Generate doc/asciidoc.1 manpage. REQUISITES a2x uses the following programs: · Asciidoc: http://www.methods.co.nz/asciidoc/ · xsltproc: (all formats except text): http://xmlsoft.org/XSLT/ · DocBook XSL Stylesheets (all formats except text): http://docbook.sourceforge.net/projects/xsl/ · dblatex (pdf, dvi, ps, tex formats): http://dblatex.sourceforge.net/ · FOP (pdf format — alternative PDF file generator): http://xmlgraphics.apache.org/fop/ · w3m (text format): http://w3m.sourceforge.net/index.en.html · Lynx (text format — alternative text file generator): http://lynx.isc.org/ · epubcheck (epub format — EPUB file validator): http://code.google.com/p/epubcheck/ See also the latest README file. CONF FILES A configuration file contains executable Python code that overrides the global configuration parameters in a2x.py. Optional configuration files are loaded in the following order: 1. a2x.conf from the directory containing the a2x.py executable. 2. a2x.conf from the AsciiDoc global configuration directory. Skip this step if we are executing a locally installed (non system wide) copy. 3. a2x.conf from the AsciiDoc $HOME/.asciidoc configuration directory. 4. The CONF_FILE specified in the --conf-file option. Here are the default configuration file option values: # Optional environment variable dictionary passed to # executing programs. If set to None the existing # environment is used. ENV = None # External executables. ASCIIDOC = 'asciidoc' XSLTPROC = 'xsltproc' DBLATEX = 'dblatex' # pdf generation. FOP = 'fop' # pdf generation (--fop option). W3M = 'w3m' # text generation. LYNX = 'lynx' # text generation (if no w3m). XMLLINT = 'xmllint' # Set to '' to disable. EPUBCHECK = 'epubcheck' # Set to '' to disable. # External executable default options. ASCIIDOC_OPTS = '' DBLATEX_OPTS = '' FOP_OPTS = '' XSLTPROC_OPTS = '' BUGS See the AsciiDoc distribution BUGS file. AUTHOR a2x was originally written by Stuart Rackham. Many people have contributed to it. RESOURCES SourceForge: http://sourceforge.net/projects/asciidoc/ Main web site: http://www.methods.co.nz/asciidoc/ COPYING Copyright (C) 2002-2011 Stuart Rackham. Free use of this software is granted under the terms of the MIT license. 8.6.7 17 March 2012 A2X(1)


An application designed to take the guess work out of eating!
Click below to begin the process of choosing your desired Meal.
Enchiladas
Lo Mein
Chinese Zongzi
Fajitas
Lemon Rice
Kung Pao
Manchurian
Beef Wellington
Goulash
Grilled Sweet Potatoes
Hong Shao Yu
Dim Sum Dumplings
Lasagna
Wings
Tilapia Tacos


fun logging(loggingEnabled: Boolean): WiseFy.Brains
Used to enable/or disable logging for a WiseFy instance.
loggingEnabled - If logging should be enabled for the WiseFy instance.
loggingEnabled
Author Patches
Since 3.0


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Mark your calendars! April 28th is our next National Rebuild Day
Rebuilding Together Portland is a nonprofit organization that assists low-income homeowners with needed home repairs at no cost to the homeowner.
Mark your calendars! April 28th is our next National Rebuild Day
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{% extends 'global/forms.html' %} {% block basetitle %}
If this contact is for a new company, create the company first.


1.2. Linear and quadratic discriminant analysis¶
Linear discriminant analysis (lda.LDA) and quadratic discriminant analysis (qda.QDA) are two classic classifiers, with, as their names suggest, a linear and a quadratic decision surface, respectively.
These classifiers are attractive because they have closed-form solutions that can be easily computed, are inherently multiclass, and have proven to work well in practice. Also there are no parameters to tune for these algorithms.
The plot shows decision boundaries for LDA and QDA. The bottom row demonstrates that LDA can only learn linear boundaries, while QDA can learn quadratic boundaries and is therefore more flexible.
Examples:
Linear and Quadratic Discriminant Analysis with confidence ellipsoid: Comparison of LDA and QDA on synthetic data.
1.2.1. Dimensionality reduction using LDA¶
lda.LDA can be used to perform supervised dimensionality reduction by projecting the input data to a subspace consisting of the most discriminant directions. This is implemented in lda.LDA.transform. The desired dimensionality can be set using the n_components constructor parameter. This parameter has no influence on lda.LDA.fit or lda.LDA.predict.
1.2.2. Mathematical Idea¶
Both methods work by modeling the class conditional distribution of the data for each class . Predictions can be obtained by using Bayes’ rule:
In linear and quadratic discriminant analysis, is modelled as a Gaussian distribution. In the case of LDA, the Gaussians for each class are assumed to share the same covariance matrix. This leads to a linear decision surface, as can be seen by comparing the the log-probability rations .
In the case of QDA, there are no assumptions on the covariance matrices of the Gaussians, leading to a quadratic decision surface.
1.2.3. Shrinkage¶
Shrinkage is a tool to improve estimation of covariance matrices in situations where the number of training samples is small compared to the number of features. In this scenario, the empirical sample covariance is a poor estimator. Shrinkage LDA can be used by setting the shrinkage parameter of the lda.LDA class to ‘auto’. This automatically determines the optimal shrinkage parameter in an analytic way following the lemma introduced by Ledoit and Wolf. Note that currently shrinkage only works when setting the solver parameter to ‘lsqr’ or ‘eigen’.
The shrinkage parameter can also be manually set between 0 and 1. In particular, a value of 0 corresponds to no shrinkage (which means the empirical covariance matrix will be used) and a value of 1 corresponds to complete shrinkage (which means that the diagonal matrix of variances will be used as an estimate for the covariance matrix). Setting this parameter to a value between these two extrema will estimate a shrunk version of the covariance matrix.
1.2.4. Estimation algorithms¶
The default solver is ‘svd’. It can perform both classification and transform, and it does not rely on the calculation of the covariance matrix. This can be an advantage in situations where the number of features is large. However, the ‘svd’ solver cannot be used with shrinkage.
The ‘lsqr’ solver is an efficient algorithm that only works for classification. It supports shrinkage.
The ‘eigen’ solver is based on the optimization of the between class scatter to within class scatter ratio. It can be used for both classification and transform, and it supports shrinkage. However, the ‘eigen’ solver needs to compute the covariance matrix, so it might not be suitable for situations with a high number of features.
Examples:
Normal and Shrinkage Linear Discriminant Analysis for classification: Comparison of LDA classifiers with and without shrinkage.
References:
Hastie T, Tibshirani R, Friedman J. The Elements of Statistical Learning. Springer, 2009.
Ledoit O, Wolf M. Honey, I Shrunk the Sample Covariance Matrix. The Journal of Portfolio Management 30(4), 110-119, 2004.


146 Subappendix: Geeky details on fair hue The left graph shows that, unsurprisingly, all of the brown fair hues make essentially no progress in real hue, with the orange-brown section actually a little retrograde, since browns are really shades of orange and so the real hues overlap between fair browns and fair oranges. Green makes up some of the distance, because there are too many green real hues and part of the goal of the fair hue scale is to squeeze that part of the hue spectrum. But much of the catching up happens very quickly, between pure magenta at fair hue 93.75 and the start of the purple-red section at fair hue 97. This abrupt change is unfortunate, but the alternatives involve either stealing space from red or stealing space from purple (which already has to include both spectral violet and RGB magenta). The graph has discontinuous derivative at the table-lookup points, of which there are two in each color family, one at the pure-named-RGB colors at multiples of 12.5, and the other roughly halfway to the next color family, except for the purple family, which has lookup points at 87.5 (approximate spectral violet), 93.75 (RGB magenta), and 97 (turning point toward the red family). (In the color picker, blue captures cyan and purple space in dark shades. This, too, is an artifact of human vision.) The right graph shows the HSV saturation and value for all the fair hues. Saturation is at 100%, as it should be in a hue scale, except for a very slight drop in part of the browns. (Browns are shades of orange, not tints, so one would expect full saturation, except that some of the browns are actually mixtures with related hues.) But value, also as expected, falls substantially in the browns, to a low of about 56% (halfway to black) for the “pure” brown at 45° (fair hue 12.5). But the curve is smooth, without inﬂection points other than that minimum-value pure brown. “Fair saturation” and “fair value” are by deﬁnition 100% for the entire range of fair hues. This means that in the browns, the real saturation and value are the product (in percent) of the innate shading of the speciﬁc brown fair hue and the user’s fair saturation/value setting. When the user’s previous color setting was in a real scale and the new setting is in a fair scale, the program assumes that the previous saturation and value were entirely user-determined; when the previous color setting was in a brown fair hue and the new setting is also in a fair scale, the program remembers the user’s intention from the previous setting. (Internal calculations are based on HSV, even though we recommend HSL to users, because HSV comes to us directly from the JavaScript color management implementation.) This is why the set pen block includes options for “fair saturation” and so on. For the extra-geeky, here are the exact table lookup points (fair hue, [0,100]): and here are the RGB settings at those points:


|
QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
|
#include <ql/models/marketmodels/callability/parametricexerciseadapter.hpp>
Public Member Functions | |
| ParametricExerciseAdapter (const MarketModelParametricExercise &exercise, std::vector< std::vector< Real > > parameters) | |
| std::vector< Time > | exerciseTimes () const override |
| std::vector< Time > | relevantTimes () const override |
| void | reset () override |
| void | nextStep (const CurveState ¤tState) override |
| bool | exercise (const CurveState ¤tState) const override |
| std::unique_ptr< ExerciseStrategy< CurveState > > | clone () const override |
| Public Member Functions inherited from ExerciseStrategy< CurveState > | |
| virtual | ~ExerciseStrategy ()=default |
| virtual std::vector< Time > | exerciseTimes () const=0 |
| virtual std::vector< Time > | relevantTimes () const=0 |
| virtual void | reset ()=0 |
| virtual bool | exercise (const CurveState ¤tState) const=0 |
| virtual void | nextStep (const CurveState ¤tState)=0 |
| virtual std::unique_ptr< ExerciseStrategy< CurveState > > | clone () const=0 |
Private Attributes | |
| Clone< MarketModelParametricExercise > | exercise_ |
| std::vector< std::vector< Real > > | parameters_ |
| std::vector< Time > | exerciseTimes_ |
| Size | currentStep_ = 0 |
| Size | currentExercise_ = 0 |
| std::valarray< bool > | isExerciseTime_ |
| std::vector< Size > | numberOfVariables_ |
| std::vector< Real > | variables_ |
Definition at line 33 of file parametricexerciseadapter.hpp.
| ParametricExerciseAdapter | ( | const MarketModelParametricExercise & | exercise, |
| std::vector< std::vector< Real > > | parameters | ||
| ) |
Definition at line 27 of file parametricexerciseadapter.cpp.
|
overridevirtual |
Implements ExerciseStrategy< CurveState >.
Definition at line 39 of file parametricexerciseadapter.cpp.
|
overridevirtual |
Implements ExerciseStrategy< CurveState >.
Definition at line 43 of file parametricexerciseadapter.cpp.
|
overridevirtual |
Implements ExerciseStrategy< CurveState >.
Definition at line 47 of file parametricexerciseadapter.cpp.
|
overridevirtual |
Implements ExerciseStrategy< CurveState >.
Definition at line 52 of file parametricexerciseadapter.cpp.
|
overridevirtual |
Implements ExerciseStrategy< CurveState >.
Definition at line 59 of file parametricexerciseadapter.cpp.
|
overridevirtual |
Implements ExerciseStrategy< CurveState >.
Definition at line 67 of file parametricexerciseadapter.cpp.
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private |
Definition at line 44 of file parametricexerciseadapter.hpp.
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private |
Definition at line 45 of file parametricexerciseadapter.hpp.
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private |
Definition at line 46 of file parametricexerciseadapter.hpp.
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private |
Definition at line 47 of file parametricexerciseadapter.hpp.
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private |
Definition at line 47 of file parametricexerciseadapter.hpp.
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private |
Definition at line 48 of file parametricexerciseadapter.hpp.
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private |
Definition at line 49 of file parametricexerciseadapter.hpp.
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mutableprivate |
Definition at line 50 of file parametricexerciseadapter.hpp.


I know cake has already been used, but since food is one thing I really understand I'm going to use this analogy too!  The structure of the cake is created with things like flour, baking powder and eggs, these help the cake to rise and give it shape and structure - this is your HTML. I'd say the oven is the DOM. This allows all the elements/ingredients to work together to produce the finished product. The CSS would be the chocolate icing you pour on top to make your cake look (and smell) amazing.
This means thinking of all the elements on a webpage as being inside a box. A good instance to do this is when looking at a design brief. Designers often do this by drawing boxes around all the elements. It is good to start with big boxes to divide the page up into different parts, and then working towards smaller boxes around individual elements like images or a heading.
This model is comprised of four things: Content, Padding, Border and Margin. They work like so; Margins let us push elements away from each other. Padding lets up create space internally. Border goes around the padding of the content. Content is the text, image, shape that we want to create the padding, border or margin around. This model can be viewed in Dev tools on Google Chrome, under the 'styles' tab


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Creepy Disney Urban Legends (#2 is REAL!)
coffeandlogic.com
You might be surprised, but really freaky things happen at Disneyland all the time.
-
Online Courses - Anytime, Anywhere | Udemy
www.udemy.com
Udemy is the world's largest destination for online courses. Discover an online course on Udemy.com and start learning a new skill today.
 It's all about the bacon.
-
The Premier Online Debate Website | Debate.org
www.debate.org
Debate.org is the premier online debate website where individuals from around the world come to debate with one another and educate themselves on ...
-
The Complete Web Developer Course - Build 14 Websites by Mr Rob Percival | ...
www.udemy.com
Web development from scratch in 6 weeks. HTML, JS, CSS, PHP, MySQL, Bootstrap, Wordpress, APIs, Mobile Apps all covered.
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Fruitful Enterprise - 15 Images Taken with a High-Speed Camera | Wow Cool
www.wowthatscool.com
This exploded strawberry, full of colored water and pulp, imitates for just an instant the fractal swirls of abstract art. The precision of the ...
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23 Hilarious Parents Trying to Master Text Messaging
diply.com
Being this funny is an art form, really.
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Mark Zuckerberg - World's Under 35 Billionaires | Wow Cool
www.wowthatscool.com
Here's a name everyone knows. And most people must credit their use of social media to this guy. The founder of Facebook is only 28 years old and ...
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The Purge - Facts To Know About Deer Hunting Season | Cool
www.theplaceforcool.com
Growing up in the Ohio River Valley of Kentucky, I always thought that deer hunting season was very barbaric and cruel to animals. In contrary, the ...
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21 Perfectly Timed Google Street View Pictures
diply.com
Google Street View on Google's map function is incredibly handy. Sometimes the address isn't enough and having a visual reference makes it so much ...
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The Day It All Started - Ten Facts you Probably Didn't Know About Facebook ...
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It went online February 4th of 2004. By December of the same year, more than one million of users had subscribed. A good start, but still far from ...
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Visit Hawaii - 15 Things That Cost As Much As Having A Kid | Wow Cool
www.wowthatscool.com
Hawaii is a great vacation spot for beach lovers whether you are alone, with your significant other, friends, or family. Hotels in Hawaii come as low ...
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10 Selfies Taken Moments Before Death
coffeandlogic.com
These people took selfies to impress their friends online, but sometimes taking selfies can have fatal consequences.
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16 Bizarre Things That People Have Actually Googled
diply.com
Can you believe people actually Googled this?
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Jedediah Buxton - The Smartest Minds You've Never Heard Of | Wow Cool
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Born in Derbyshire, England, Jedediah Buxton is astounding large in part due to his low levels of finished schooling. He made significant grounds in ...
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26 Amazing and Strange Google Earth Secrets
diply.com
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Distance - 10 Things To Consider When Choosing Your College | Wow Cool
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Distance from home is often the most important criteria when making the decision about where you’d like to go to school. If you are the kind of ...
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Google Street View Takes You To Places You've Never Seen Before! [With ...
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Explore the world from the comfort of your computer screen.
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Star Wars behind the scenes shots of Harrison Ford and Carrie Fisher from ...
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It's been 36 years since Star Wars became an international blockbuster and introduced the world to such heroic characters as Han Solo, played by ...
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The Worlds Coolest Water Slides
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Have you ever been to a water park? That’s probably the best kind theme park you can visit during the summer or on vacation! Instead of your usual ...
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This Tiny Icon Was Found on Google Maps. Zoom In, And You Won't Believe ...
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If you type in 16.86493°N 11.953712°E into Google Maps, it might just look like any desert from afar, but when you zoom in, it will blow your mind. ...
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Gotta love a teacher that does "meth" with you.
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10 Celebrities Who've Been to Jail - FadNation
fad-nation.com
#10 John Mayer Source John Mayer was picked up by Georgia cops in 2011 for speeding and driving without a licence. Years later John Mayer would offer ...
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Save iPhone Battery
updates.thesocialhub.net
If you ever leave your house with good battery and one hour later you have very poor battery, here are some tips to avoid that.
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Unexplained Google Street Pictures
updates.thesocialhub.net
These are some crazy pictures found on Googles street view cameras that make no sense what so ever.


The midfielders are often the passmasters of a team. As the connect the defense to the forwards, they will often have the most assists and passes among the team. Their job is to send through balls to the forwards to enable them to score goals. Although their strength is often in passing, many midfielders such as Kevin de Bruyne are able to find the back of the net often. Midfielders come with many roles, some of them more suited towards attacking (CAM, or Center Attacking Midfielder), some will stay defensive (CDM, Center Defensive Midfielder), and some will stay on the wings (LM & RM, Left & Right Midfielder).
| Position Name // Notation | Role | Notable Player(s) |
|---|---|---|
| Center Attacking Mid // CAM | The CAM looks to come up on the attack in order to assist the forwards and even score a goal sometimes. | Kevin de Bruyne, Mesut Ozil, James Rodriguez |
| Left Mid & Right Mid // LM & RM | The left mid and right mid, especially when there is no wingers up top, will look to take over the sideline and advance the attack down the line. | David Beckham |
| Center Mid // CDM | The CDM acts as the opposite of the CAM. while they will usually come up on the attack, the CDM is generally more defensive, and will stay further back than the CAM. | Paul Pogba, Casemiro |
Best Assists Highlight Video by FootoZ
The video nearby is a highlight reel specifically including creative assists across the world, including club soccer and international soccer. An assist is the last pass to the goalscorer before they score a goal. Midfielders often supply the most assists.
Some famous midfielders:
Mesut Ozil is one of the best midfielders in the world. Part of why he is good is his amazing passing ability. While he isn't fast and lacks the strength some defenders have, his skill to find a pass to a forward is one of a kind.
At his club team, Arsenal, there is rarely a goal that he isn't involved in. Whether he scores, assists, or just draws a defender out of position, Ozil will always be involved in the goal.
Mesut Ozil Passing, Courtesy of Wikipedia


Head over to namecheap and choose a domain name for your personal website. Some examples are kabirvirji.com, kabir.xyz, virji.co, etc.
Click add to cart and purchase your domain name. Don’t worry about hosting for now. If you don’t want to buy a domain name, you can still have a personal website. It will just be hosted at yourname.github.io.
Sign up for a GitHub account. We will be using GitHub for hosting the website and it is where I’ll be writing all the code. Make sure to pick a good username if you aren’t buying a domain name, because your website will be hosted at username.github.io. If you did buy a domain name, don’t worry about having a displayable username.
Next, in GitHub you’ll need to create a repository. To do this go to your profile and navigate to the repositories tab. Then click New. Make sure to name the repository whatever your GitHub username is.
You can either make it Public or Private. Making it public just means that people can see the source code on your GitHub profile. Make sure to check “Initialize this repository with a README”. This makes it so that we can get started right away.
Next go to Settings on the repository, and click collaborators on the left hand menu.
This is where you’re going to enter my username or email (kabirvirji<EMAIL_ADDRESS>to make me a contributor. I need to be a contributor to be able to write code.
Once you do that, I’ll get a notification and start programming.
If you bought a domain name, take 10 minutes and follow this documentation to to setup your domain name. namecheap.com/support
Follow the steps until it says:
"If you do not have a repository within your GitHub account, you can easily create one by clicking the button New repository on the home page"
If you’re having any trouble, let me know!
Next, I'll need you to find your theme below and email me everything in the list for your theme.
Please copy and paste the list into the email you send and put the information under each list item. If it is an attachment write "attached below". Here is my email<EMAIL_ADDRESS>Freelancer
Grey Scale
Creative
Landing Page
One Page Wonder
Full


Blueprints 2 introduced numerous changes to the Blueprints API. This page helps to explain these differences so updating code from Blueprints 1.x to Blueprints 2.x is as easy as possible.
In the early days of Blueprints, there were two notions:
To account for these two models, there were two packages: com.tinkerpop.blueprints.pgm
and com.tinkerpop.blueprints.odm
. Blueprints has since focused solely on the property graph model and as such, in Blueprints 2.x, there is no more pgm
, it is simply com.tinkerpop.blueprints
.
There is no more notion of AutomaticIndex
in Blueprints 2. Many graph databases such as DexGraph
, IGGraph
, and TitanGraph
do not support the notion of arbitrary indexing. Instead, they simply allow an element to be indexed by its key/value property pairs. As such, KeyIndexableGraph
provides an interface to this basic indexing functionality (see Graph Indices). To index the name
key of all vertices, simply do:
graph.createKeyIndex("name", Vertex.class);
Now, when graph.getVertices("name", "stephen")
is evaluated, the name
index is used. If no such key index was created, then a linear scan of all the vertices in the graph would occur. Thus, be sure to add the appropriate indices to make an n
-lookup a log(n)
-lookup.
For “manual indexing,” there is still the notion of IndexableGraph
and the Index
class. This is used by graph engines like Neo4jGraph
, OrientGraph
, and TinkerGraph
.
Since automatic indices in Blueprints 1.x are now just normal indices in Blueprints 2.x, it is relatively easy to convert them as follows:
graph.dropIndex("blueprints-1-auto-index-name")
graph.createKeyIndex(....)
When graph.createKeyIndex()
is executed, it will automatically re-index the graph. The amount of time taken to complete this re-indexing is dependent upon the size of the graph and what is being indexed. As an added step for safety, be sure to back up the Neo4j directory prior to re-indexing.
In Blueprints 1.x, there existed the following Vertex
methods.
Vertex.getOutEdges(String... labels)
Vertex.getInEdges(String... labels)
As of Blueprints 2.x, there are now the following Vertex
methods.
Vertex.getEdges(Direction direction, String... labels)
Vertex.getVertices(Direction direction, String... labels)
With Vertex.getEdges()
, it is possible to get the incoming, outgoing, or both incident edges to a vertex filtered by their edge label. With Vertex.getVertices()
, it is possible to get the incoming, outgoing, or both adjacent vertices to a vertex filtered by the edge label of the adjoining edges. Likewise, in a similar fashion, Edge
has been updated with the following method.
Edge.getVertex(Direction direction)
There is a new method in the Vertex
class called Vertex.query()
. This method returns a Query
object that has a fluent interface. The Query
object is a way of intelligently selecting adjacent vertices or incident edges to a vertex. Please learn more about Query
on the Vertex Query wiki page.
In Blueprints 1.x, TransactionalGraph
had the following methods.
TransactionalGraph.setMaxBufferSize(long size)
TransactionalGraph.getMaxBufferSize();
TransactionalGraph.getCurrentBufferSize()
These methods were used to automatically commits “chunks” of data. Those chunks were the size of the buffer. This functionality was deemed too specific a use case and should not be mixed in with TransactionalGraph
. As such, this behavior has now been relegated to BatchGraph
(see Batch Implementation).
In TransactionalGraph
each transaction is bound to an executing thread and a transaction is automatically started with the first operation on the graph (read or write). Hence, TransactionalGraph.startTransaction()
is not needed and has been removed. The user only needs to mark the end of a transaction by calling TransactionalGraph.stopTransaction(Conclusion conclusion)
.
To allow multiple threads to execute in one transaction, which is useful when implementing parallelized graph algorithms, the ThreadedTransactionalGraph
interface has been added. It’s startTransaction()
method returns a TransactionalGraph
object which represents a single transaction and can be accessed concurrently from multiple threads.
There are two types of “wrapping” Blueprints implementations.
WrapperGraph
: The underlying graph is a Blueprints Graph
MetaGraph
: The underlying graph is a vendor specific API.Blueprints provides numerous WrapperGraph
implementations that allow users add-on functionality to their graph. Examples include ReadOnlyGraph
, IdGraph
, BatchGraph
, etc. Next, most vendors make use of MetaGraph
where their Blueprints implementation wraps their native API. Thus, there are two methods to be aware of in these respective interfaces.
T extends Graph WrapperGraph.getBaseGraph() // can recursively go down if T is a WrapperGraph
T MetaGraph.getRawGraph() // returns the raw vendor specific graph object


Aigues-Vertes Senior Center / 3BM3 Atelier d’Architecture SA – C. Stendardo et B. Montant
- Curated by María Francisca González
- about 10 hours
Mixed Use Architecture · Geneva, Switzerland
- version="1.0" encoding="UTF-8"? Architects: 3BM3 Atelier d’Architecture SA – C. Stendardo et B. Montant
- AreaArea of this architecture projectArea: 2650.0 m2
- version="1.0" encoding="UTF-8"?YearCompletion year of this architecture project Year: 2017
- version="1.0" encoding="UTF-8"?PhotographsPhotographs: L- Fascini
- version="1.0" encoding="UTF-8"?ManufacturersBrands with products used in this architecture project Manufacturers: Fermacell, LIGNOTREND, Pavatex, SFS Unimarket, Sika
- Other Participants Charpente Concept, Perreten & Milleret, Chritian Haller, AAB, Uberland
More Specs Less Specs
Text description provided by the architects. In 2014, the Aigues-Vertes Foundation launched an architectural competition for the design of a new multifunctional building. The premises program included mainly the following activities:
- a multi-purpose hall for the entire community of the Aigues-Vertes village;
- activity and meeting rooms;
- a senior center that can accommodate people requiring medical supervision;
- new outdoor facilities in relation to the new building.
At the end of the judicial procedure of the received proposals, the jury decided chose 3BM3 Atelier d’Architecture’s project for the attribution of the 1st prize and recommended it to the owner to continue on the project for the studies phase.
The premises program is organized in a single building that is designed to accommodate disparate functions such as treatment units for people requiring medical supervision or a multi-purpose room or workshops.
The functions interlock one another but in a clear and effective way in order to minimize vertical and horizontal circulation. These are also accessible from all levels of connections of the existing site.


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 10-12
Dietary
This rich, treacly gingerbread is addictively good. Try making it as an alternative to a traditional Christmas cake.
Line a 23cm/9in square cake tin at least 4cm/1½in deep with baking parchment.
Preheat the oven to 160C/325F/Gas 3.
Place the butter, sugar, golden syrup and black treacle into a pan and heat gently until the mixture has melted evenly. Set aside to cool slightly.
Sift the flours, ground ginger and stem ginger into a large mixing bowl and mix gently. Pour the cooled butter mixture into the flour. Add the eggs and milk and beat with a wooden spoon until well combined.
Pour the cake batter into the tin and level the surface with a palette knife or the back of a spoon. Bake for 50 minutes, or until the cake has risen and is golden-brown and a skewer inserted into the middle comes out clean. Set aside to cool slightly in the tin, then transfer the cake to a wire rack and set aside to cool completely.
Meanwhile, for the orange icing, sift the icing sugar into a bowl. Add about two tablespoons of the orange juice and mix to a smooth paste. Add more orange juice, as necessary, until you get a smooth icing of the consistency you desire.
Pour the icing over the cooled cake and spread lightly, allowing it to ooze over the edges. Sprinkle over chopped orange zest and set the cake aside until the icing has set.


Intermediate Format
Introduction
The intermediate format (IF) is a proprietary XML format that represents the area tree generated by the layout engine. The area tree is conceptually defined in the XSL-FO specification in chapter 1.1.2. The IF can be generated through the area tree XML Renderer (the XMLRenderer).
The intermediate format can be used to generate intermediate documents that are modified before they are finally rendered to their ultimate output format. Modifications include adjusting and changing trait values, adding or modifying area objects, inserting prefabricated pages, overlays, imposition (n-up, rotation, scaling etc.). Multiple IF files can be combined to a single output file.
Usage of the Intermediate Format
As already mentioned, the IF is generated by using the XMLRenderer (MIME type: application/X-fop-areatree). So, you basically set the right MIME type for the output format and process your FO files as if you would create a PDF file. However, there is an important detail to consider: The various Renderers don't all use the same font sources. To be able to create the right area tree for the ultimate output file, you need to create the IF file using the right font setup. This is achieved by telling the XMLRenderer to mimic another renderer. This is done by calling the XMLRenderer's mimicRenderer() method with an instance of the ultimate target renderer as the single parameter. This has a consequence: An IF file rendered with the Java2DRenderer may not look as expected when it was actually generated for the PDF renderer. For renderers that use the same font setup, this restriction does not apply (PDF and PS, for example). Generating the intermediate format file is the first step.
The second step is to reparse the IF file using the AreaTreeParser which is found in the org.apache.fop.area package. The pages retrieved from the IF file are added to an AreaTreeModel instance from where they are normally rendered using one of the available Renderer implementations. You can find examples for the IF processing in the examples/embedding directory in the FOP distribution
The basic pattern to parse the IF format looks like this:
FopFactory fopFactory = FopFactory.newInstance(); // Setup output OutputStream out = new java.io.FileOutputStream(pdffile); out = new java.io.BufferedOutputStream(out); try { //Setup fonts and user agent FontInfo fontInfo = new FontInfo(); FOUserAgent userAgent = fopFactory.newFOUserAgent(); //Construct the AreaTreeModel that will received the individual pages AreaTreeModel treeModel = new RenderPagesModel(userAgent, MimeConstants.MIME_PDF, fontInfo, out); //Parse the IF file into the area tree AreaTreeParser parser = new AreaTreeParser(); Source src = new StreamSource(myIFFile); parser.parse(src, treeModel, userAgent); //Signal the end of the processing. The renderer can finalize the target document. treeModel.endDocument(); } finally { out.close(); }
This example simply reads an IF file and renders it to a PDF file. Please note, that in normal FOP operation you're shielded from having to instantiate the FontInfo object yourself. This is normally a task of the AreaTreeHandler which is not present in this scenario. The same applies to the AreaTreeModel instance, in this case an instance of a subclass called RenderPagesModel. RenderPagesModel is ideal in this case as it has very little overhead processing the individual pages. An important line in the example is the call to endDocument() on the AreaTreeModel. This lets the Renderer know that the processing is now finished.
The intermediate format can also be used from the command-line by using the "-atin" parameter for specifying the area tree XML as input file. You can also specify a "mimic renderer" by inserting a MIME type between "-at" and the output file.
Concatenating Documents
This initial example is obviously not very useful. It would be faster to create the PDF file directly. As the ExampleConcat.java example shows you can easily parse multiple IF files in a row and add the parsed pages to the same AreaTreeModel instance which essentially concatenates all the input document to one single output document.
Modifying Documents
One of the most important use cases for the intermediate format is obviously modifying the area tree XML before finally rendering it to the target format. You can easily use XSLT to process the IF file according to your needs. Please note, that we will currently not formally describe the intermediate format. You need to have a good understanding its structure so you don't create any non-parseable files. We may add an XML Schema and more detailed documentation at a later time. You're invited to help us with that.
Advanced Use
The generation of the intermediate format as well as it parsing process has been designed to allow for maximum flexibility and optimization. Please note that you can call setTransformerHandler() on XMLRenderer to give the XMLRenderer your own TransformerHandler instance in case you would like to do custom serialization (to a W3C DOM, for example) and/or to directly modify the area tree using XSLT. The AreaTreeParser on the other side allows you to retrieve a ContentHandler instance where you can manually send SAX events to to start the parsing process (see getContentHandler()).


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This inspection is similar to pylint inspection E1111. It highlights situations when an assignment is done on a function call but the inferred function doesn't return anything.


class Foo { constructor() { Foo = "bar"; // throws an error when executed } } // but this is okay after the class declaration Foo = "baz";
class
Foo
{
constructor
()
=
"bar"
;
// throws an error when executed
}
// but this is okay after the class declaration
"baz"


2018-08-12 Blog Post 1 - GeoArcs and Geometry
Introduction
in the dxf standard Arcs are defined in several different ways:
- Starting Vertex, Ending Vertex and a bulge value
- Center Vertex, Starting ray angle, ending ray angle and radius
- 3 vertices that the arc passes through, two at each end are the ends of the arc
This article is all about how to deal with arcs in their three different forms and how I was able to calculate all of the data from the dxf file.
Some background
An arc is a geometry curved line that is a segment of a circle. Note that there are different kinds of arcs this post will only talk about the circular arcs. I may in the future create a post on eliptical arcs. Here is an example arc that has a starting point and an ending point. The total angle is measured between the ray of the starting point and the ray of the ending point. Thy center point is where the two rays meet.
Througout this documentation and post I will be using the following naming for the elements discussed
above. The starting point is vertex0
, the ending point is vertex1
, the total angle is angle
, the center point
is centerPoint
, the starting angle (The angle between vertex0
and the x-axis) is startingAngle
and the
ending angle (the angle beteen vertex1
and the y-axis) is endingAngle
.


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Rule syntax: <name>:<event1>-<n>*<event2>/<duration>=<limit>
'name' defines the name you have given to the rule entry and is logged along with
with the number of times the 'limit' has been reached within the 'duration'.
'event1' defines the variable name (if found in 'E') to increment the counter.
'event2' defines the variable name (if found in 'E') to decrement the counter (and
the parameter 'n' defines by how much).
'duration' defines the measure interval (in seconds) used for the
QS_ClientEventLimitCount directive.
'limit' defines the threshold (number) defined for the QS_ClientEventLimitCount
directive.
Note: If the 'name' parameter is prefixed by 'STATUS', the rule is applied against the HTTP status code 'S' and the 'event1' string shall contain a list of relevant status codes separated by an underscore (while 'event2' is ignored).
CustomLog "|/usr/bin/qslog -f ISBDQ -x -o /var/log/apache/stat.csv" "%h %>s %b %D %{mod_qos_ev}e"
Post processing:
LogFormat "%t %h \"%r\" %>s %b \"%{User-Agent}i\" %T"
cat access.log | qslog -f ..IRSB.T -o stat.csv -p