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VItA
1.1
Virtual Iterative Angiogenesis library
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#include <SimpleDomain.h>
Public Member Functions | |
| SimpleDomain (string filename, GeneratorData *instanceData) | |
| SimpleDomain (string filename, int nDraw, GeneratorData *instanceData) | |
| SimpleDomain (string filename, int nDraw, int seed, GeneratorData *instanceData) | |
| SimpleDomain (string filename, int nDraw, int seed, GeneratorData *instanceData, DistributionGenerator *distribution) | |
| int | isSegmentInside (point xs, point xf) |
| double | getCharacteristicLength () |
| double | getDLim (long long int nVessels, double factor) |
| double * | getLocalNeighborhood (point p, long long int nVessels) |
| double | getSize () |
| virtual point | getRandomPoint () |
| vtkSmartPointer< vtkOBBTree > & | getLocator () |
| int | getDraw () |
| deque< point > & | getRandomInnerPoints () |
| vtkSmartPointer< vtkPolyData > & | getVtkGeometry () |
| Public Member Functions inherited from AbstractDomain | |
| AbstractDomain (GeneratorData *instanceData) | |
| AbstractDomain (GeneratorData *instanceData, vector< int > growingStages) | |
| virtual | ~AbstractDomain () |
| virtual int | isValidElement (AbstractVascularElement *element) |
| virtual double | getMinBifurcationAngle () |
| virtual void | setMinBifurcationAngle (double minAngle) |
| long long int | getPointCounter () const |
| bool | isIsConvexDomain () const |
| void | setIsConvexDomain (bool isConvexDomain) |
| GeneratorData * | getInstanceData () |
| void | setInstanceData (GeneratorData *instanceData) |
| const vector< int > & | getGrowingStages () const |
| void | setGrowingStages (const vector< int > &growingStages) |
| bool | isIsBifPlaneContrained () const |
| void | setIsBifPlaneContrained (bool isBifPlaneContrained) |
| double | getMinPlaneAngle () |
| void | setMinPlaneAngle (double minPlaneAngle) |
| Public Member Functions inherited from IDomainObservable | |
| IDomainObservable () | |
| void | registerObserver (IDomainObserver *observer) |
| void | notifyObservers () |
Protected Member Functions | |
| void | generateRandomPoints () |
| void | removeRandomOuterPoints () |
Protected Attributes | |
| deque< point > | randomInnerPoints |
| Protected Attributes inherited from AbstractDomain | |
| vector< int > | growingStages |
| GeneratorData * | instanceData |
| long long int | pointCounter |
| bool | isConvexDomain |
| double | volume |
| double | minAngle |
| bool | isBifPlaneContrained |
| double | minPlaneAngle |
Private Attributes | |
| vtkSmartPointer< vtkPolyData > | vtkGeometry |
| vtkSmartPointer< vtkOBBTree > | locator |
| double | characteristicLength |
| int | nDraw |
| DistributionGenerator * | distribution |
Class that model 3D domains with homogeneous perfusion characteristics. It deals with geometrical issues such as identify inner/outer points and segments, estimation of area/volume computation, generation of inner random points and computation of perfusion volume.
| SimpleDomain::SimpleDomain | ( | string | filename, |
| GeneratorData * | instanceData | ||
| ) |
Constructs a domain shaped by the vtkPolydata within filename
.
| filename | File of the domain representation. |
| SimpleDomain::SimpleDomain | ( | string | filename, |
| int | nDraw, | ||
| GeneratorData * | instanceData | ||
| ) |
Constructs a domain shaped by the vtkPolydata within filename
which generates batches of nDraw
random points each time that the domain is with no more points.
| filename | File of the domain representation. |
| nDraw | Random points generated at each batch. |
| SimpleDomain::SimpleDomain | ( | string | filename, |
| int | nDraw, | ||
| int | seed, | ||
| GeneratorData * | instanceData | ||
| ) |
Constructs a domain shaped by the vtkPolydata within filename
which generates batches of nDraw
random points each time that the domain is with no more points.
| filename | File of the domain representation. |
| nDraw | Random points generated at each batch. |
| seed | Seed that determine a specific random instance for the generation of points. |
| SimpleDomain::SimpleDomain | ( | string | filename, |
| int | nDraw, | ||
| int | seed, | ||
| GeneratorData * | instanceData, | ||
| DistributionGenerator * | distribution | ||
| ) |
Constructs a domain shaped by the vtkPolydata within filename
which generates batches of nDraw
random points each time that the domain is with no more points.
| filename | File of the domain representation. |
| nDraw | Random points generated at each batch. |
| seed | Seed that determine a specific random instance for the generation of points. |
| instanceData | Data of the current generation process. |
| distribution | Generator of terminal points following a specific distribution. |
|
virtual |
Estimates a characteristic length for the current domain. This length is useful to estimate the perfusion volume of the domain.
Implements AbstractDomain.
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virtual |
Minimum distance between a new vessel terminal and the tree based on the current terminal perfusion. This is lower bound criteria for the vessel length and also aids toward a spatially homogeneous terminal distribution.
| nVessels | Quantity of terminals in the current tree. |
| factor | Factor used to scale a perfusion measure in order to estimate the DLim value. |
Implements AbstractDomain.
| int SimpleDomain::getDraw | ( | ) |
Returns the number of random points created in each batch of random generations.
|
virtual |
Returns the local neighbors to the p
point locus. The amount of neighbors is estimated based on the current terminal perfusion.
| p | Central point of the neighborhood. |
| nVessels | Amount of terminals in the tree. |
Implements AbstractDomain.
| vtkSmartPointer< vtkOBBTree > & SimpleDomain::getLocator | ( | ) |
Returns the locator used to test inside segments.
|
virtual |
|
virtual |
Return a random point inside the domain.
Implements AbstractDomain.
Reimplemented in DummyDomain.
|
virtual |
|
virtual |
Returns the vtkPolydata with the domain representation.
Implements AbstractDomain.
Returns if the segment defined by the vertexes xs
and xf
is inside the current domain.
| xs | Start point of the segment. |
| xf | End point of the segment. |
xs
and xf
is inside the current domain otherwise 0. Implements AbstractDomain.
|
private |
Characteristic length for the domain.
|
private |
Point generator
|
private |
Cell locator responsible to determine if a segment is inside the domain.
|
private |
Amount of points randomly generated when no more points are available.
|
private |
vtkPolydata description of the domain.


AAML workshop
Posted: 2017-04-01 , Modified: 2017-04-01
Tags: ai safety, machine learning
Posted: 2017-04-01 , Modified: 2017-04-01
Tags: ai safety, machine learning
See
What’s the problem with KWIK?
Dimensions to vary
Filter class \(F\) and hypothesis class \(H\). Suppose there exists \(f,h\) such that \(fh(x)=y, 1-y, \perp\) with probability \(p, 0, 1-p\). We want to find \(\wh f\wh h\) with \(\wh f \wh h(x)=y,1-y, \perp\) with probabilities \(p+\ep, \ep', 1-p-\ep-\ep'\) with \(\ep'\ll \ep\).
Neural net anomaly detection:
2-3 levels of problem.
(Lump 2 and 3 together.)
This is easiest for formalize and tackle as a theory problem. Assume there is a distinguishing function (conservative concept?) that excludes all bad outcomes.
Under human distribution of actions, reward given corresponds to value.
But after gaming (ex. realizing human only checks in 1 place to check room is clean), agent leaves human distribution of actions, and inferred/represented reward stops corresponding to value. Either from maintaining multiple hypothesis of reward function, or human feedback, it realizes this.
Going back and forth, can continuously improve. Can it generalize over human pushback?
Alternative: have separate agent/part of agent that acts as predictor - holds model of world, job is to predict, e.g., whether there’s a strawberry.
Question: can’t you just embed the “plagiarism” problem in here?
Maybe the problem considered here is more concrete: There’s a better notion of what a strawberry/plate is than a good story.
Note that “putting self in simulation” is a relative term. It means “fooling all its sensors.” If it has a world-model, this means the harder task of fooling the world-model. (Think of world-model itself as a sensor system.) (Maybe the world-model asks for proofs?)
Why can’t you just have a world model or adversarial predictor? Problem if there is no good evaluator.
This contains the conservative concept problem and the reward hacking problem. (I think.) Solving the informed oversight problem is sufficient.
It is impossible to refer to the physical world. Our mapping from physical actions to mental representations is many-to-one; many ways of moving our arm all get translated into a mental story of “picking up the strawberry.” There are many ways to execute this task.
We only live in our own conceptual space. This space is highly bound/coupled to actual physics. (There’s no glitch in the universe that if I move my arm in a specific way, Konami code, I shut down the universe.) Any way I move my arm is roughly the same.
The AI solves tasks within its own conceptual space. We can evaluate that the AI is doing the right thing insofar as it is transparent, we can look at its world model, point at the concept of “strawberry” and see that it’s close enough to our own. We can solve “environmental goals” if the intersection of ontologies is nonempty, and the goal is within that intersection.
Measure 1: get back to what would have happened under null. \[ I(s) = \min_{\pi} D_{KL}(P_{t_1}^{\phi}(\bullet | s)|| P_{t_2}^\pi(\bullet | s')) \]
Measure 2: stay similar to trusted region \(R\). Let \(f:X\to Y\) be mapping to feature space. \[ I(s) = d(R, f(s)). \] For example, \(R=\{f(s_0)\}\) and \(d=\ved_2\).
Measure 3: train \(I\) on examples, conservatively (ex. RBF) on good examples \((s_i,0)\), and bad examples, \((s_j,>0)\). Also can encode prior information, e.g. about things that are neutral.
Probability of \((x_i,y_i)\) under \(p_{\te_1}\) and \(p_{\te_2}\), where \(p_i=1\) if \((x_i,y_i)\sim D_1\) and 0 if \(\sim D_2\). \[ \sumo in p_i p_{\te_1}(y_i|x_i) + \sumo in (1-p_i) p_{\te_2}p(y_i|x_i). \] Max log likelihood. Do EM with \(p\)’s and \((x,y)\)’s.
Version 2: Use IRL: keep track of best guess nets, or sets of valid hypotheses. Keep track of posterior probabilities of each net. (Update in online fashion.) Update posterior probabilities assuming Markovian switching (cf. DP in HMM, sleeping experts), and gradient descent on parameters.


I am learning the basics and advanced techniques of programming languages and software development applications. I am willing to continue learning and exposing myself to other languages and frameworks.
In the retail business, warehouse operators are in charge of inventorying products, supplying storefronts with said products, and managing shipments.
This job involved preparations for students moving in to the apartment complexes, including preparing apartments, clean up, and repairs.
GPA: 4.00
GPA: 4.00
The one thing that sparked an interest in software developing was video games. Ever since I was young, I always enjoyed playing video games on different platforms and of different genres.
I'm a big fan of professional sports as well. My favorite teams all come from Pittsburgh. Professional football and hockey are the sports I watch most out of all pro sports.
I do enjoy outdoor activities. Campfires, backyard football, swimming, and other activities are always great to pass the time for me.
I also enjoy spending time with friends and family. Whether it be a board game night or a day to spend time with friends and goof off, it's always an enjoyable time.


Happy Mother's Day with @shoooesrb https://github.com/jasonrclark/dothacketyhack/blob/master/Happy%20Mother's%20Day.rb
5/10/2015, 8:38:59 PM
Favs: 2
Retweets: 1
link--- layout: tweet ---
Happy Mother's Day with @shoooesrb https://github.com/jasonrclark/dothacketyhack/blob/master/Happy%20Mother's%20Day.rb
5/10/2015, 8:38:59 PM
Favs: 2
Retweets: 1
linkPressing a key invoked `say "Happy Mother's Day"` for extra computering fun.
5/10/2015, 8:39:38 PM
Favs: 0
Retweets: 0
link


5.9. Binary Tree Space Requirements (WORK IN PROGRESS)¶
5.9.1. Binary Tree Space Requirements¶
This module presents techniques for calculating the amount of overhead required by a binary tree, based on its node implementation. Recall that overhead is the amount of space necessary to maintain the data structure. In other words, it is any space not used to store data records. The amount of overhead depends on several factors including which nodes store data values (all nodes, or just the leaves), whether the leaves store child pointers, and whether the tree is a full binary tree.
In a simple pointer-based implementation for binary tree nodes, every node has two pointers to its children (even when the children are NULL). This implementation requires total space amounting to \(n(2P + D)\) for a tree of \(n\) nodes. Here, \(P\) stands for the amount of space required by a pointer, and \(D\) stands for the amount of space required by a data value. The total overhead space will be \(2Pn\) for the entire tree. Thus, the overhead fraction will be \(2P/(2P + D)\). The actual value for this expression depends on the relative size of pointers versus data fields. If we arbitrarily assume that \(P = D\), then a binary tree has about two thirds of its total space taken up in overhead. Worse yet, the Full Binary Tree Theorem tells us that about half of the pointers are “wasted” NULL values that serve only to indicate tree structure, but which do not provide access to new data.
In many languages (such as Java or JavaScript), the most typical implementation is not to store any actual data in a node, but rather a pointer to the data record. In this case, each node will typically store three pointers, all of which are overhead, resulting in an overhead fraction of \(3P/(3P + D)\).
If only leaves store data values, then the fraction of total space devoted to overhead depends on whether the tree is full. If the tree is not full, then conceivably there might only be one leaf node at the end of a series of internal nodes. Thus, the overhead can be an arbitrarily high percentage for non-full binary trees. The overhead fraction drops as the tree becomes closer to full, being lowest when the tree is truly full. In this case, about one half of the nodes are internal.
Great savings can be had by eliminating the pointers from leaf nodes in full binary trees. Again assume the tree stores a pointer to the data field. Because about half of the nodes are leaves and half internal nodes, and because only internal nodes now have child pointers, the overhead fraction in this case will be approximately
If \(P = D\), the overhead drops to about one half of the total space. However, if only leaf nodes store useful information, the overhead fraction for this implementation is actually three quarters of the total space, because half of the “data” space is unused.
If a full binary tree needs to store data only at the leaf nodes, a better implementation would have the internal nodes store two pointers and no data field while the leaf nodes store only a pointer to the data field. This implementation requires
units of space. If \(P = D\), then the overhead is \(3P/(3P + D) = 3/4\). It might seem counter-intuitive that the overhead ratio has gone up while the total amount of space has gone down. The reason is because we have changed our definition of “data” to refer only to what is stored in the leaf nodes, so while the overhead fraction is higher, it is from a total storage requirement that is lower.
There is one serious flaw with this analysis.
When using separate implementations for internal and leaf nodes,
there must be a way to distinguish between the node types.
When separate node types are implemented via Java subclasses,
the runtime environment stores information with
each object allowing it to determine, for example, the correct
subclass to use when the isLeaf
virtual function
is called.
Thus, each node requires additional space.
Only one bit is truly necessary to distinguish the two possibilities.
In rare applications where space is a critical resource,
implementors can often find a spare bit within the node’s value field
in which to store the node type indicator.
An alternative is to use a spare bit within a node pointer to
indicate node type.
For example, this is often possible when the compiler requires that
structures and objects start on word boundaries, leaving the last bit
of a pointer value always zero.
Thus, this bit can be used to store the node-type flag and is reset to
zero before the pointer is dereferenced.
Another alternative when the leaf value field is smaller than a
pointer is to replace the pointer to a leaf with that leaf’s value.
When space is limited, such techniques can make the difference between
success and failure.
In any other situation, such “bit packing” tricks should be
avoided because they are difficult to debug and understand at
best, and are often machine dependent at worst.


To pursue a challenging career and be a part of progressive organization that gives a scope to enhance my knowledge and utilizing my skills towards the growth of the organization.
GPA: 8.33
PERCENTAGE: 89%
PERCENTAGE: 93.2%
The System gives the user comfort of controlling appliances easily through mobile,laptop,tablet etc. The system uses Arduino and Raspberry Pi to achieve this functionality.
The The gesture contol of VLC media player to contol the play/pause, increase volume or decrease volume, close or open the player.
Apart from being a developer, I enjoy watching movies and I am a movie buff. I am a foodie and also a part time reader with my interests lying in books based on philosphy.


Android Button Selector Generator
Normal State
Pressed State
Extract the downloaded zip file and copy the content into your "drawable" folder.
Set the main XML file as your button's background
Set the main XML file as your button's background
<Button
...
android:background="@drawable/selector_fileName_button"
...
/ >
...
android:background="@drawable/selector_fileName_button"
...
/ >


If you would like to make a complaint or covenant enforcement request to the HOA Board, please fill out the form below. We ask that you first determine if any covenants are violated by viewing the covenant for the relevant phase. We also ask that you look at the Frequently Asked Questions (FAQS) page for guidance. Covenants will be enforced by the Board if there is a specific complaint submitted to the board according to the Covenant Enforcement Policy. Please provide information on every field of the form.
Note: telephone is only supported in Safari 8 and newer browser versions.


- Flew over two thousand kilometres
- Met my newborn niece, Matilda
- Did six hours of supervised driving
- Got my accounting up to date
- Read Day Watch
- Read half of Real World Haskell
- Proved my infinite superiority at Sudoku
--- layout: post title: "Busy" date: 2009-02-15 comments: false ---
But then, that's what I do basically every weekend. :)
(and at least it's That Time yet so there was no marking and no hockey umpiring!)
Sounds like you had a good weekend :)
This involved a long lie-in, followed by a fried breakfast, followed by some more lazing around.
It was the best weekend in some time.


Hi! I'm Michael, a web developer and a creative. I have worked as a Front-End Web Developer, and a writer. Previous works include large dataset manipulation, data visualisation, and even a platform-wide UI/UX overhaul.
Currently I am working on a variable traffic system that uses a neural network and an algorithm to reduce travel time, and increase traffic flow in a simulated environment.
You can download my resume by clicking, here.
I'm most proficient at programming:
AngularJS
React
Node.js
Python
Ruby


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| And when the sabbath was past, Mary Magdalene, and Mary the mother of James, and Salome, had bought sweet spices, that they might come and anoint him.
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| ᎤᎾᏙᏓᏆᏍᎬᏃ ᎤᎶᏐᏅ, ᎺᎵ ᎹᎩᏕᎵ ᎡᎯ, ᎠᎴ ᎺᎵ ᏥᎻ ᎤᏥ ᎠᎴ ᏌᎶᎻ ᎤᏂᏩᏒᎯ ᎨᏎ ᎤᎦᎾᏍᏛ ᎦᏩᏒᎩ, ᎤᏂᎷᎯᏍᏗᏱ ᎤᏂᏰᎸᏎ ᎠᎴ ᎬᏩᎶᏁᏗᏱ.
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U-na-do-da-qua-s-gv-no u-lo-so-nv, Me-li Ma-gi-de-li e-hi, a-le Me-li Tsi-mi u-tsi a-le Sa-lo-mi u-ni-wa-sv-hi ge-se u-ga-na-s-dv ga-wa-sv-gi, u-ni-lu-hi-s-di-yi u-ni-ye-lv-se a-le gv-wa-lo-ne-di-yi.
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| And very early in the morning the first day of the week, they came unto the sepulchre at the rising of the sun.
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| ᏑᎾᎴᎢᏳᏃ ᎢᎬᏱᏱ ᎢᎦ ᏑᎾᏙᏓᏆᏍᏗ ᎨᏒᎢ, ᎤᏂᎷᏤ ᎠᏤᎵᏍᏛ ᏨᏗᎧᎸᎪᏉ.
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Su-na-le-i-yu-no i-gv-yi-yi i-ga su-na-do-da-qua-s-di ge-sv-i, u-ni-lu-tse a-tse-li-s-dv tsv-di-ka-lv-go-quo.
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| And they said among themselves, Who shall roll us away the stone from the door of the sepulchre?
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| ᎯᎠᏃ ᏂᏚᎾᏓᏪᏎᎴᎢ, ᎦᎪ ᏓᎩᎲᎡᎵ ᏅᏯ ᎠᏤᎵᏍᏛ ᎦᎶᎯᏍᏗᏱ ᎠᎲᎢ?
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Hi-a-no ni-du-na-da-we-se-le-i, Ga-go da-gi-hv-e-li nv-ya a-tse-li-s-dv ga-lo-hi-s-di-yi a-hv-i?
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| And when they looked, they saw that the stone was rolled away: for it was very great.
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| ᏫᏚᎾᎧᎿᎭᏅᏃ ᎤᏂᎪᎮ ᏅᏯ ᎠᎲᏛ ᎨᏒᎢ, ᎤᏣᏘᏰᏃ ᎡᏉᎯᏳ ᎨᏎᎢ.
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Wi-du-na-ka-hna-nv-no u-ni-go-he nv-ya a-hv-dv ge-sv-i, u-tsa-ti-ye-no e-quo-hi-yu ge-se-i.
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| And entering into the sepulchre, they saw a young man sitting on the right side, clothed in a long white garment; and they were affrighted.
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| ᏭᏂᏴᎸᏃ ᎠᏤᎵᏍᏛᎢ, ᎤᏂᎪᎮ ᎠᏫᏴ ᎠᎦᏘᏏᏗᏢ ᎤᏬᎴᎢ, ᎤᏄᏪ ᎦᏅᎯᏛ ᎤᏁᎬ ᎠᏄᏬ; ᎠᏂᏍᎦᎢᎮᏃ.
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Wu-ni-yv-lv-no a-tse-li-s-dv-i, u-ni-go-he a-wi-yv a-ga-ti-si-di-tlv u-wo-le-i, u-nu-we ga-nv-hi-dv u-ne-gv a-nu-wo; a-ni-s-ga-i-he-no.
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| And he saith unto them, Be not affrighted: Ye seek Jesus of Nazareth, which was crucified: he is risen; he is not here: behold the place where they laid him.
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| ᎯᎠᏃ ᏂᏚᏪᏎᎴᎢ, ᏞᏍᏗ ᏱᏥᏍᎦᎢᎮᏍᏗ; ᏥᏌ ᎾᏎᎵᏗ ᎡᎯ ᎡᏥᏲᎭ, ᎾᏍᎩ ᏣᎦᏛᎥᏍᎬᎩ; ᏚᎴᎯᏌᏅ; ᎥᏝ ᎠᏂ ᏱᎦᏅ; ᏗᏣᎧᏅᎦ Ꭰ ᎤᏂᏅᏅᎢ.
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Hi-a-no ni-du-we-se-le-i, Tle-s-di yi-tsi-s-ga-i-he-s-di; Tsi-sa Na-se-li-di e-hi e-tsi-yo-ha, na-s-gi tsa-ga-dv-v-s-gv-gi; du-le-hi-sa-nv; v-tla a-ni yi-ga-nv; di-tsa-ka-nv-ga a u-ni-nv-nv-i.
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| But go your way, tell his disciples and Peter that he goeth before you into Galilee: there shall ye see him, as he said unto you.
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| ᎠᏎᏃ ᏥᏤᎾ, ᎠᎴ ᏫᏗᏥᏃᎲᏏ ᎬᏩᏍᏓᏩᏗᏙᎯ ᎠᎴ ᏈᏓ ᎾᏍᎩ ᎢᎬᏱ ᏫᏚᎶᎯᏎᏗᏱ ᎨᎵᎵ; ᎾᎿᎭᏓᏰᏥᎪᎢ, ᎾᏍᎩᏯ ᏂᏥᏪᏎᎸᎢ.
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A-se-no tsi-tse-na, a-le wi-di-tsi-no-hv-si gv-wa-s-da-wa-di-do-hi a-le Qui-da na-s-gi i-gv-yi wi-du-lo-hi-se-di-yi Ge-li-li; na-hna da-ye-tsi-go-i, na-s-gi-ya ni-tsi-we-se-lv-i.
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| And they went out quickly, and fled from the sepulchre; for they trembled and were amazed: neither said they any thing to any man; for they were afraid.
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| ᎤᎵᏍᏗᏃ ᎤᏂᏄᎪᏨ ᏚᎾᎵᏖᏎ ᎠᏤᎵᏍᏛᎢ; ᏚᏂᎾᏫᏍᎨᏰᏃ ᎠᎴ ᎤᏂᏍᏆᏂᎪᏍᎨᎢ; ᎥᏝ ᎠᎴ ᎩᎶ ᎪᎱᏍᏗ ᏳᏃᏎᎴᎢ; ᎠᏂᏍᎦᎢᎮᏰᏃ.
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U-li-s-di-no u-ni-nu-go-tsv du-na-li-te-se a-tse-li-s-dv-i; du-ni-na-wi-s-ge-ye-no a-le u-ni-s-qua-ni-go-s-ge-i; v-tla a-le gi-lo go-hu-s-di yu-no-se-le-i; a-ni-s-ga-i-he-ye-no.
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| Now when Jesus was risen early the first day of the week, he appeared first to Mary Magdalene, out of whom he had cast seven devils.
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| ᏥᏌᏃ ᏚᎴᎯᏌᏅ ᏑᎾᎴᎢᏳ ᎢᎬᏱᏱ ᎢᎦ ᏑᎾᏙᏓᏆᏍᏗ ᎨᏒᎢ, ᎢᎬᏱ ᎬᏂᎨᏒ ᏄᏛᏁᎴ ᎺᎵ ᎹᎩᏕᎵ ᎡᎯ, ᎾᏍᎩ ᎦᎵᏉᎩ ᎠᏂᏍᎩᎾ ᏥᏚᏄᎪᏫᏎᎴᎢ.
|
|---|
Tsi-sa-no du-le-hi-sa-nv su-na-le-i-yu i-gv-yi-yi i-ga su-na-do-da-qua-s-di ge-sv-i, i-gv-yi gv-ni-ge-sv nu-dv-ne-le Me-li Ma-gi-de-li e-hi, na-s-gi ga-li-quo-gi a-ni-s-gi-na tsi-du-nu-go-wi-se-le-i.
|
|---|
|
|---|
| And she went and told them that had been with him, as they mourned and wept.
|
|---|
| ᎾᏍᎩᏃ ᎤᏪᏅ ᎤᏁᏙᎸᎯ ᏫᏚᏃᏁᎴ ᎤᏲ ᏚᎾᏓᏅᏛᎢ ᎠᎴ ᏓᎾᏠᏱᎲᎢ.
|
|---|
Na-s-gi-no u-we-nv u-ne-do-lv-hi wi-du-no-ne-le u-yo du-na-da-nv-dv-i a-le da-na-tlo-yi-hv-i.
|
|---|
|
|---|
| And they, when they had heard that he was alive, and had been seen of her, believed not.
|
|---|
| ᎾᏍᎩᏃ ᎤᎾᏛᎦᏅ ᎬᏅᎢ, ᎠᎴ ᎾᏍᎩ ᎤᎪᎲᎢ, ᎥᏝ ᏳᏃᎯᏳᏁᎢ.
|
|---|
Na-s-gi-no u-na-dv-ga-nv gv-nv-i, a-le na-s-gi u-go-hv-i, v-tla yu-no-hi-yu-ne-i.
|
|---|
|
|---|
| After that he appeared in another form unto two of them, as they walked, and went into the country.
|
|---|
| ᎣᏂᏃ ᏅᏩᏓᎴ ᏄᏍᏕ ᎬᏂᎨᏒ ᏂᏚᏛᏁᎴ ᎠᏂᏔᎵ ᎾᎿᎭᎠᏁᎳ ᎠᎾᎢᏎᎢ, ᏙᏗᎦᎶᎨᏒ ᏩᏂᎦᏖᎢ.
|
|---|
O-ni-no nv-wa-da-le nu-s-de gv-ni-ge-sv ni-du-dv-ne-le a-ni-ta-li na-hna a-ne-la a-na-i-se-i, do-di-ga-lo-ge-sv wa-ni-ga-te-i.
|
|---|
|
|---|
| And they went and told it unto the residue: neither believed they them.
|
|---|
| ᎾᏍᎩᏃ ᎤᏁᏅ ᏫᏚᏂᏃᏁᎴ ᎠᏂᏐᎢ; ᎾᏍᏉ ᎥᏝ ᏱᏚᏃᎯᏳᏁ ᎾᏍᎩ.
|
|---|
Na-s-gi-no u-ne-nv wi-du-ni-no-ne-le a-ni-so-i; na-s-quo v-tla yi-du-no-hi-yu-ne na-s-gi.
|
|---|
|
|---|
| Afterward he appeared unto the eleven as they sat at meat, and upbraided them with their unbelief and hardness of heart, because they believed not them which had seen him after he was risen.
|
|---|
| ᎣᏂᏃ ᎬᏂᎨᏒ ᏂᏚᏛᏁᎴ ᏌᏚ ᎢᏯᏂᏛ ᎠᎾᎵᏍᏓᏴᎲᏍᎬᎢ, ᎠᎴ ᏚᎬᏍᎪᎸᏁ ᏂᎦᎵᏍᏙᏗᏍᎨ ᏄᏃᎯᏳᏒᎾ ᎨᏒ ᎠᎴ ᏗᏍᏓᏱᏳ ᎨᏒ ᏧᏂᎾᏫ, ᏂᏚᏃᎯᏳᏅᎾ ᎨᏒ ᎢᏳᏍᏗ ᎾᏍᎩ ᎬᏩᎪᎲᎯ ᏧᎴᎯᏌᏅᎯ ᏂᎨᏎᎢ.
|
|---|
O-ni-no gv-ni-ge-sv ni-du-dv-ne-le sa-du i-ya-ni-dv a-na-li-s-da-yv-hv-s-gv-i, a-le du-gv-s-go-lv-ne ni-ga-li-s-do-di-s-ge nu-no-hi-yu-sv-na ge-sv a-le di-s-da-yi-yu ge-sv tsu-ni-na-wi, ni-du-no-hi-yu-nv-na ge-sv i-yu-s-di na-s-gi gv-wa-go-hv-hi tsu-le-hi-sa-nv-hi ni-ge-se-i.
|
|---|
|
|---|
| And he said unto them, Go ye into all the world, and preach the gospel to every creature.
|
|---|
| ᎯᎠᏃ ᏂᏚᏪᏎᎴᎢ, ᎢᏤᏙᎾ ᎡᎶᎯ ᏂᎬᎾᏛᎢ, ᎠᎴ ᏫᏗᏣᎵᏥᏙᎲᏏ ᎣᏍᏛ ᎧᏃᎮᏛ ᎾᏂᎥ ᎨᎪᏢᏅᎯ.
|
|---|
Hi-a-no ni-du-we-se-le-i, I-tse-do-na e-lo-hi ni-gv-na-dv-i, a-le wi-di-tsa-li-tsi-do-hv-si o-s-dv ka-no-he-dv na-ni-v ge-go-tlv-nv-hi.
|
|---|
|
|---|
| He that believeth and is baptized shall be saved; but he that believeth not shall be damned.
|
|---|
| ᎩᎶ ᎪᎯᏳᎲᏍᎨᏍᏗ ᎠᎴ ᎠᎦᏬᏍᎨᏍᏗ ᎠᏥᏍᏕᎸᏗ ᎨᏎᏍᏗ; ᏂᎪᎯᏳᎲᏍᎬᎾᏍᎩᏂ ᏣᎫᎪᏓᏁᏗ ᎨᏎᏍᏗ.
|
|---|
Gi-lo go-hi-yu-hv-s-ge-s-di a-le a-ga-wo-s-ge-s-di a-tsi-s-de-lv-di ge-se-s-di; ni-go-hi-yu-hv-s-gv-na-s-gi-ni tsa-gu-go-da-ne-di ge-se-s-di.
|
|---|
|
|---|
| And these signs shall follow them that believe; In my name shall they cast out devils; they shall speak with new tongues;
|
|---|
| ᎯᎠᏃ ᎾᏍᎩ ᎤᏰᎸᏛ ᏗᎪᎵᏍᏙᏗ ᏔᎵ ᏚᏛᏗᏕᎨᏍᏗ ᎠᏃᎯᏳᎲᏍᎩ; ᎠᏴ ᏓᏆᏙᎥ ᎠᏅᏗᏍᎨᏍᏗ ᎠᏂᏍᎩᎾ ᏓᏂᏄᎪᏫᏍᎨᏍᏗ; ᏅᏩᎾᏓᎴ ᏧᏂᏬᏂᎯᏍᏗ ᏓᏂᏬᏂᏍᎨᏍᏗ;
|
|---|
Hi-a-no na-s-gi u-ye-lv-dv di-go-li-s-do-di ta-li du-dv-di-de-ge-s-di a-no-hi-yu-hv-s-gi; a-yv da-qua-do-v a-nv-di-s-ge-s-di a-ni-s-gi-na da-ni-nu-go-wi-s-ge-s-di; nv-wa-na-da-le tsu-ni-wo-ni-hi-s-di da-ni-wo-ni-s-ge-s-di;
|
|---|
|
|---|
| They shall take up serpents; and if they drink any deadly thing, it shall not hurt them; they shall lay hands on the sick, and they shall recover.
|
|---|
| ᎢᎾᏛ ᏓᏂᏁᏍᎨᏍᏗ; ᎢᏳ ᎠᎴ ᎪᎱᏍᏗ ᎠᏓᎯᎯ ᏳᎾᏗᏔᎲ, ᎥᏝ ᎪᎱᏍᏗ ᏳᏅᏁᎮᏍᏗ; ᏧᏂᏢᎩ ᏓᎾᏏᏔᏗᏍᎨᏍᏗ, ᎠᎴ ᏚᎾᏗᏩᏍᎨᏍᏗ.
|
|---|
I-na-dv da-ni-ne-s-ge-s-di; i-yu a-le go-hu-s-di a-da-hi-hi yu-na-di-ta-hv, v-tla go-hu-s-di yu-nv-ne-he-s-di; tsu-ni-tlv-gi da-na-si-ta-di-s-ge-s-di, a-le du-na-di-wa-s-ge-s-di.
|
|---|
|
|---|
| So then after the Lord had spoken unto them, he was received up into heaven, and sat on the right hand of God.
|
|---|
| ᎾᏍᎩᏃ ᎤᎬᏫᏳᎯ ᏚᏬᏁᏔᏅ, ᎦᎸᎳᏗ ᏙᏣᏕᏓᏂᎸᏤᎢ, ᎠᎴ ᎠᎦᏘᏏ ᎢᏗᏢ ᎤᏁᎳᏅᎯ ᎤᏬᎸ ᎤᏪᏁᎢ.
|
|---|
Na-s-gi-no U-gv-wi-yu-hi du-wo-ne-ta-nv, ga-lv-la-di do-tsa-de-da-ni-lv-tse-i, a-le a-ga-ti-si i-di-tlv U-ne-la-nv-hi u-wo-lv u-we-ne-i.
|
|---|
|
|---|
| And they went forth, and preached everywhere, the Lord working with them, and confirming the word with signs following. Amen.
|
|---|
| ᎤᏁᏅᏎᏃ ᎠᎴ ᏂᎬᎾᏛ ᎤᎾᎵᏥᏙᏂᏙᎴᎢ, ᎤᎬᏫᏳᎯ ᏔᎵ ᎤᏛᏗᏕᎨ ᏚᏂᎸᏫᏍᏓᏁᎲᎢ, ᎠᎴ ᎠᏂᏁᎬ ᎠᏍᏓᏱᏗᏍᏗᏍᎨ ᎤᏰᎸᏛ ᎤᎵᏠᏯᏍᏗᏕᎬᎢ. ᎡᎺᏅ.
|
|---|
U-ne-nv-se-no a-le ni-gv-na-dv u-na-li-tsi-do-ni-do-le-i, U-gv-wi-yu-hi ta-li u-dv-di-de-ge du-ni-lv-wi-s-da-ne-hv-i, a-le a-ni-ne-gv a-s-da-yi-di-s-di-s-ge u-ye-lv-dv u-li-tlo-ya-s-di-de-gv-i. E-me-nv.
|
|---|


Next: Select Spatial Regions
Up: The Graphical User Interface
Previous: Limit Control
The Deblending Control Widget allows the user to set up all the parameters required to run the deblending algorithm. This means that the broad emission line feature and the adjacent continuum needs to be selected as well as QSO spaxels and host galaxy spaxels to correct the QSO spectrum for host galaxy contamination as described in Section 3. Thus, the Deblending Control Widget consists of the following three parts
Figure 8:
The Deblending Control Widget
|
|
Subsections
Bernd Husemann
2011-04-07


Class: NomadClient::Api::Regions
- Defined in:
- lib/nomad_client/api/regions.rb
Instance Attribute Summary
Attributes inherited from Path
Instance Method Summary collapse
-
#get ⇒ Faraday::Response
Returns the known region names www.nomadproject.io/docs/http/regions.html.
Methods inherited from Path
Constructor Details
This class inherits a constructor from NomadClient::Api::Path
Instance Method Details
#get ⇒ Faraday::Response
Returns the known region names www.nomadproject.io/docs/http/regions.html
15 16 17 18 19 |
# File 'lib/nomad_client/api/regions.rb', line 15 def get connection.get do |req| req.url "regions" end end |


Normalize.scss is the SCSS version of normalize.css, a customisable CSS file that makes browsers render all elements more consistently and in line with modern standards.
View the normalize.css test file
npm install --save normalize.scss
component install guerrero/normalize.scss
bower install --save normalize.scss
No other styles should come before Normalize.scss.
It's recommendable to modify normalize.scss
to suit it to your project
Normalize.css v1 provides legacy browser support (IE 6+, Safari 4+), but is no longer actively developed.
Additional detail and explanation of the esoteric parts of normalize.css.
pre, code, kbd, samp
The font-family: monospace, monospace
hack fixes the inheritance and scaling
of font-size for preformated text. The duplication of monospace
is
intentional. Source.
sub, sup
Normally, using sub
or sup
affects the line-box height of text in all
browsers. Source.
svg:not(:root)
Adding overflow: hidden
fixes IE9's SVG rendering. Earlier versions of IE
don't support SVG, so we can safely use the :not()
and :root
selectors that
modern browsers use in the default UA stylesheets to apply this style. SVG
Mailing List discussion
input[type="search"]
The search input is not fully stylable by default. In Chrome and Safari on
OSX/iOS you can't control font
, padding
, border
, or background
. In
Chrome and Safari on Windows you can't control border
properly. It will apply
border-width
but will only show a border color (which cannot be controlled)
for the outer 1px of that border. Applying -webkit-appearance: textfield
addresses these issues without removing the benefits of search inputs (e.g.
showing past searches).
legend
Adding border: 0
corrects an IE 8–11 bug where color
(yes, color
) is not
inherited by legend
.
Normalize.scss is a project by Alex Guerrero based on normalize.css from Nicolas Gallagher, co-created with Jonathan Neal.


--- layout: post status: publish published: true title: 'Livescribe and Evernote: A match made in Heaven' author: Arthur Rosa author_login: arthurlockman author_email<EMAIL_ADDRESS>author_url: https://b.rthr.me wordpress_id: 255 wordpress_url: http://b.rthr.me/?p=255 date: '2011-09-05 21:57:04 -0400' date_gmt: '2011-09-06 01:57:04 -0400' ---
Recently, I picked up a Livescribe Echo Smartpen. I needed it for school, plus I wanted to see just how well it works with Evernote. I am pleased to report that it works excellently. Livescribe connect is able to easily process and upload all my pages to Evernote, where they are OCR'd (is that the right verb?) in the cloud. This whole process is seamless, and fantastic. As I get into using it more, i'll make another post detailing every pro and con that I can find with the pen, and its integration with Evernote.
All for Now!


1.2 An Introduction to
Algorithms
Algorithms are well-defined procedures for solving
problems. In computing, algorithms are essential because
they serve as the systematic procedures that computers
require. A good algorithm is like using the right tool in a
workshop. It does the job with the right amount of effort.
Using the wrong algorithm or one that is not clearly defined
is like cutting a piece of paper with a table saw, or trying
to cut a piece of plywood with a pair of scissors: although
the job may get done, you have to wonder how effective you
were in completing it. As with data structures, three reasons
for using formal algorithms are efficiency, abstraction, and
reusability.
- Efficiency
-
Because certain types of problems occur
often in computing, researchers have found efficient ways of
solving them over time. For example, imagine trying to sort
a number of entries in an index for a book. Since sorting is
a common task that is performed often, it is not surprising
that there are many efficient algorithms for doing this. We
explore some of these in Chapter
12.
- Abstraction
-
Algorithms provide a level of abstraction
in solving problems because many seemingly complicated
problems can be distilled into simpler ones for which
well-known algorithms exist. Once we see a more complicated
problem in a simpler light, we can think of the simpler
problem as just an abstraction of the more complicated one.
For example, imagine trying to find the shortest way to
route a packet between two gateways in an internet. Once we
realize that this problem is just a variation of the more
general single-pair shortest-paths
problem (see Chapter
16), we can approach it in terms of this
generalization.
- Reusability
-
Algorithms are
often reusable in many different situations. Since many
well- known algorithms solve problems that are
generalizations of more complicated ones, and since many
complicated problems can be distilled into simpler ones, an
efficient means of solving certain simpler problems
potentially lets us solve many others.
1.2.1 General Approaches in
Algorithm Design
In a broad
sense, many algorithms approach problems in the same way.
Thus, it is often convenient to classify them based on the
approach they employ. One reason to classify algorithms in
this way is that often we can gain some insight about an
algorithm if we understand its general approach. This can also
give us ideas about how to look at similar problems for which
we do not know algorithms. Of course, some algorithms defy
classification, whereas others are based on a combination of
approaches. This section presents some common
approaches.
<IP_ADDRESS> Randomized algorithms
Randomized algorithms rely on the
statistical properties of random numbers. One example of a
randomized algorithm is quicksort (see Chapter
12).
Quicksort works as
follows. Imagine sorting a pile of canceled checks by hand. We
begin with an unsorted pile that we partition in two. In one
pile we place all checks numbered less than or equal to what
we think may be the median value, and in the other pile we
place the checks numbered greater than this. Once we have the
two piles, we divide each of them in the same manner and
repeat the process until we end up with one check in every
pile. At this point the checks are sorted.
In order to achieve good performance,
quicksort relies on the fact that each time we partition the
checks, we end up with two partitions that are nearly equal in
size. To accomplish this, ideally we need to look up the
median value of the check numbers before partitioning the
checks. However, since determining the median requires
scanning all of the checks, we do not do this. Instead, we
randomly select a check around which to partition. Quicksort
performs well on average because the normal distribution of
random numbers leads to relatively balanced partitioning
overall.
<IP_ADDRESS> Divide-and-conquer
algorithms
Divide-and-conquer
algorithms revolve around three steps: divide, conquer, and combine. In the divide step, we
divide the data into smaller, more manageable pieces. In the
conquer step, we process each division by performing some
operation on it. In the combine step, we recombine the
processed divisions. One example of a divide-and-conquer
algorithm is merge sort (see Chapter
12).
Merge sort works as
follows. As before, imagine sorting a pile of canceled checks
by hand. We begin with an unsorted pile that we divide in
half. Next, we divide each of the resulting two piles in half
and continue this process until we end up with one check in
every pile. Once all piles contain a single check, we merge
the piles two by two so that each new pile is a sorted
combination of the two that were merged. Merging continues
until we end up with one big pile again, at which point the
checks are sorted.
In terms of the three steps common to all
divide-and-conquer algorithms, merge sort can be described as
follows. First, in the divide step, divide the data in half.
Next, in the conquer step, sort the two divisions by
recursively applying merge sort to them. Last, in the combine
step, merge the two divisions into a single sorted set.
<IP_ADDRESS> Dynamic-programming
solutions
Dynamic-programming solutions are
similar to divide-and-conquer methods in that both solve
problems by breaking larger problems into subproblems whose
results are later recombined. However, the approaches differ
in how subproblems are related. In divide-and-conquer
algorithms, each subproblem is independent of the others.
Therefore, we solve each subproblem using recursion (see Chapter
3) and combine its result with the results of other
subproblems. In dynamic-programming solutions, subproblems are
not independent of one another. In other words, subproblems
may share subproblems. In problems like this, a
dynamic-programming solution is better than a
divide-and-conquer approach because the latter approach will
do more work than necessary, as shared subproblems are solved
more than once. Although it is an important technique used by
many algorithms, none of the algorithms in this book use
dynamic programming.
<IP_ADDRESS> Greedy algorithms
Greedy algorithms make decisions that
look best at the moment. In other words, they make decisions
that are locally optimal in the hope that they will lead to
globally optimal solutions. Unfortunately, decisions that look
best at the moment are not always the best in the long run.
Therefore, greedy algorithms do not always produce optimal
results; however, in some cases they do. One example of a
greedy algorithm is Huffman
coding, which is an algorithm for data compression (see
Chapter
14).
The most significant part of Huffman coding is building a Huffman tree. To build a Huffman
tree, we proceed from its leaf nodes
upward. We begin by placing each symbol to compress and the
number of times it occurs in the data (its frequency) in the
root node of its own binary tree (see Chapter
9). Next, we merge the two trees whose root nodes have the
smallest frequencies and store the sum of the frequencies in
the new tree's root. We then repeat this process until we end
up with a single tree, which is the final Huffman tree. The
root node of this tree contains the total number of symbols in
the data, and its leaf nodes contain the original symbols and
their frequencies. Huffman coding is greedy because it
continually seeks out the two trees that appear to be the best
to merge at any given time.
<IP_ADDRESS> Approximation
algorithms
Approximation
algorithms are algorithms that do not compute optimal
solutions; instead, they compute solutions that are "good
enough." Often we use approximation algorithms to solve
problems that are computationally expensive but are too
significant to give up on altogether. The traveling-salesman problem (see Chapter
16) is one example of a problem usually solved using an
approximation algorithm.
Imagine a salesman
who needs to visit a number of cities as part of the route he
works. The goal in the traveling-salesman problem is to find
the shortest route possible by which the salesman can visit
every city exactly once before returning to the point at which
he starts. Since an optimal solution to the traveling-salesman
problem is possible but computationally expensive, we use a
heuristic to come up with an
approximate solution. A heuristic is
a less than optimal strategy that we are willing to accept
when an optimal strategy is not feasible.
The traveling-salesman problem can be
represented graphically by depicting the cities the salesman
must visit as points on a grid. We then look for the shortest
tour of the points by applying the following heuristic. Begin
with a tour consisting of only the point at which the salesman
starts. Color this point black. All other points are white
until added to the tour, at which time they are colored black
as well. Next, for each point v
not already in the tour, compute the distance between the last
point u added to the tour and
v. Using this, select the point
closest to u, color it black,
and add it to the tour. Repeat this process until all points
have been colored black. Lastly, add the starting point to the
tour again, thus making the tour
complete. |


public abstract class FragmentStatePagerAdapter extends PagerAdapter
PagerAdapter
that
uses a Fragment
to manage each page. This class also handles
saving and restoring of fragment's state.
This version of the pager is more useful when there are a large number
of pages, working more like a list view. When pages are not visible to
the user, their entire fragment may be destroyed, only keeping the saved
state of that fragment. This allows the pager to hold on to much less
memory associated with each visited page as compared to
FragmentPagerAdapter
at the cost of potentially more overhead when
switching between pages.
When using FragmentPagerAdapter the host ViewPager must have a valid ID set.
Subclasses only need to implement getItem(int)
and PagerAdapter.getCount()
to have a working adapter.
Here is an example implementation of a pager containing fragments of lists:
The R.layout.fragment_pager
resource of the top-level fragment is:
The R.layout.fragment_pager_list
resource containing each
individual fragment's layout is:
POSITION_NONE, POSITION_UNCHANGED
| Constructor and Description |
|---|
FragmentStatePagerAdapter(FragmentManager fm) |
| Modifier and Type | Method and Description |
|---|---|
void |
destroyItem(ViewGroup container,
int position,
java.lang.Object object)
Remove a page for the given position.
|
void |
finishUpdate(ViewGroup container)
Called when the a change in the shown pages has been completed.
|
abstract Fragment |
getItem(int position)
Return the Fragment associated with a specified position.
|
java.lang.Object |
instantiateItem(ViewGroup container,
int position)
Create the page for the given position.
|
boolean |
isViewFromObject(View view,
java.lang.Object object)
Determines whether a page View is associated with a specific key object
as returned by
PagerAdapter.instantiateItem(ViewGroup, int) . |
void |
restoreState(Parcelable state,
java.lang.ClassLoader loader)
Restore any instance state associated with this adapter and its pages
that was previously saved by
PagerAdapter.saveState() . |
Parcelable |
saveState()
Save any instance state associated with this adapter and its pages that should be
restored if the current UI state needs to be reconstructed.
|
void |
setPrimaryItem(ViewGroup container,
int position,
java.lang.Object object)
Called to inform the adapter of which item is currently considered to
be the "primary", that is the one show to the user as the current page.
|
void |
startUpdate(ViewGroup container)
Called when a change in the shown pages is going to start being made.
|
getCount, getItemPosition, getPageTitle, getPageWidth, notifyDataSetChanged, registerDataSetObserver, unregisterDataSetObserver
public FragmentStatePagerAdapter(FragmentManager fm)
public abstract Fragment getItem(int position)
public void startUpdate(ViewGroup container)
PagerAdapter
startUpdate
in class PagerAdapter
container
- The containing View which is displaying this adapter's
page views.public java.lang.Object instantiateItem(ViewGroup container, int position)
PagerAdapter
PagerAdapter.finishUpdate(ViewGroup)
.instantiateItem
in class PagerAdapter
container
- The containing View in which the page will be shown.position
- The page position to be instantiated.public void destroyItem(ViewGroup container, int position, java.lang.Object object)
PagerAdapter
PagerAdapter.finishUpdate(View)
.destroyItem
in class PagerAdapter
container
- The containing View from which the page will be removed.position
- The page position to be removed.object
- The same object that was returned by
PagerAdapter.instantiateItem(View, int)
.public void setPrimaryItem(ViewGroup container, int position, java.lang.Object object)
PagerAdapter
setPrimaryItem
in class PagerAdapter
container
- The containing View from which the page will be removed.position
- The page position that is now the primary.object
- The same object that was returned by
PagerAdapter.instantiateItem(View, int)
.public void finishUpdate(ViewGroup container)
PagerAdapter
finishUpdate
in class PagerAdapter
container
- The containing View which is displaying this adapter's
page views.public boolean isViewFromObject(View view, java.lang.Object object)
PagerAdapter
PagerAdapter.instantiateItem(ViewGroup, int)
. This method is
required for a PagerAdapter to function properly.isViewFromObject
in class PagerAdapter
view
- Page View to check for association with object
object
- Object to check for association with view
view
is associated with the key object object
public Parcelable saveState()
PagerAdapter
saveState
in class PagerAdapter
public void restoreState(Parcelable state, java.lang.ClassLoader loader)
PagerAdapter
PagerAdapter.saveState()
.restoreState
in class PagerAdapter
state
- State previously saved by a call to PagerAdapter.saveState()
loader
- A ClassLoader that should be used to instantiate any restored objects


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@import uk.gov.hmrc.govukfrontend.views.html.components._ @this(govukInput : GovukInput, govukButton : GovukButton) @()
You can search Companies House for your company registration number (opens in new tab).
@govukInput(Input( id = "company-registration-number", label = Label( classes = "govuk-visually-hidden", content = Text("What is your company registration number?") ), hint = Some(Hint( content = Text("It is 8 characters. For example, 01234567 or AC012345.") )), classes = "govuk-input--width-10" )) @govukButton(Button( content = Text("Continue") ))


--- layout: post title: 'Mobile 2.0 Europe: Ted Morgan, Skyhook' date: 2009-06-19 00:00:00 categories: interfaces-&-interaction mobile ---
Mobile 2.0 Europe: Ted Morgan, Skyhook
"We're the guys who put the dot on the map". Preinstalled on iPhone, iPod Touch. Number of LBS apps growing - now 3000 across devices, tho vast majority on iPhone.
Mainly travel/navigation apps, but social (not including FB, Myspace or Twitter, none of whom natively do LBS), lifestyle, fitness, are next categories.
Average user requests their location 6 times/day (more than typical number of calls/day): totally 200m requests a day via Skyhook (compare to US Google traffic of 5-600m searches/day).
Two examples: Trulia and Taxi Magic.
Trulia: house-finder showing where nearest open houses available for viewing are nearby (instead of showing all sales).
Taxi magic: one button ordering and paying for taxis.
Last Call: track your drinking, know when to call the cab, find the nearest lawyer.
Geocade: location-based leaderboards for multiplayer games - narrowing down leaderboard by people around you. Lovely.
License plate finder, where you get scored on how far away you are from the state in question, cute.
UFO finder: find sightings near you for the last 40 years.
Average price of location apps: Apple $3.60, Android $0.84, Blackberry $13.60, Ovi $3.18, Palm free.


Chapter 70 -CHERISHED TRADITIONS, FAVORITES, ETC.:
Surprise Time:
I used to like to surprise the children with a small gift or treat. I would hide it behind my back and go into the room where the children were and say "Surprise Time" They would close their eyes and hold out their hands and I would put the gift or treat in their hands and then they could open their eyes. They were always happy when they saw the treat and were appreciative. I've always liked to do special things for my special children.
Put up your dukes:
When the children would argue, quarrel or fight, sometimes I would go to them and say "Put up your dukes" and I would dance around them with my hands quenched and being in a boxing position. They would usually start laughing and this would end the quarrel.
I tried all different methods to have peace in our home. I liked this one the best. Sometimes I would send them to their rooms, sometimes I had them sit on the couch or a chair, sometimes I would have them apologize to each other, sometimes I would lecture them. I tried all different ways. Sometimes, I lost my temper and I didn't like myself when I did that, and I would try to go back to them afterwards and apologize and explain the problem we had and how we should have handled it.
Tucking the children in at bedtime:
I always liked to tuck the children in at bedtime, give them a hug & kiss, tell them I loved them and to sleep well. When I was growing up I always wanted my mother to do this for me, but I don't remember her doing so. I would usually go to her and give her a hug and go off to bed alone. That isn't such a terrible thing, and I knew Mom loved me, but I always wanted to be tucked in. When we were living in Idaho and Mike was a Junior in High School and David a Sophomore, they still liked me to tuck them in. Ken's mom was visiting us at one time, and David yelled up "Aren’t you coming to tuck us in, Mom?" I called back "I'll be right down".  I said to her "Mom, as long as they want me to tuck them in, I will be glad to do it. That's the time when I get to talk to them and express my love for them."
12 days of Christmas;
The second Christmas when we lived in Firth, Idaho was one of the hardest (financially) for us. Ken had been very successful as a building contractor. With just word of mouth, he was kept very busy with building new homes, & remodeling others. He had work scheduled for several months ahead and had to turn work down. We were very blessed, but when November came and the farmers found out that the potatoes in their cellars were spoiling because of frost when they were harvested, and they would have to throw all of them out, many went bankrupt, and others were holding on just by a thread as this was the 3rd year in a row that they had crop failure. All of a sudden, Ken was without work. The people could no longer afford to build new homes or remodel old ones. Ken called other contractors to see if they had work and they did not, many were leaving the state. I could see as Christmas drew near that we were not going to have a very big Christmas. I had purchased a few gifts earlier on sale as I usually do each year, but it still wasn't very much. I wondered what to do, and finally decided to purchase small gifts or treats for each of the children and do the 12 days of Christmas for them - to make this Christmas special even though they would not receive much on Christmas Day. Each day just before they came home from school, I would put a small gift or treat on their pillow with a note. It was fun to watch them. The first day, one of the children went to their room and happened to find the treat, was excited and came out eating it. When the others saw it, they asked where he got it. When he told them, they ran to their rooms and were excited to find the treat. From that day on, each day they were excited to go to their rooms when they got home from school to see what was there. It brought fun, and happiness into our home and joy to me to see my children happy. I feel the Lord inspired me to do this as I had prayed to him about Christmas.
Waking up the Children in the Mornings:
Many mornings to wake the children up, I would go into their room singing "Good Morning, Good Morning, How are you this Morning. Good Morning, Good Morning to you." or "Good Morning to you, Good morning to you. We're all in our places with Sunshiny faces, oh this is the way to start a new day."
Some of the children were easier to wake up than others.  If Scott didn't wake on his own, I would only have to call him once. I know, from experience, that they liked me to wake them gently and show love. Sandi, for example, asked that I not have Larina wake her in the mornings as she was unkind to her. Jeff, on occasion asked that I sing as I woke him. I wasn't a good singer, in fact, it was usually funny, but most of them liked it anyway.
Children’s Days:
I was at Relief Society one day when we lived in Ogden and a friend was sharing how she had “Children’s Days” and she explained that she would spend at least one hour and longer if she could, with each of her children on a different day. The older children would tend the younger children while she spend a one-on-one time with each of her children doing what they wanted to do. I wanted to incorporate that into my children’s lives. I was just starting our family at that time so we had Sandy and Shellie. As we had more children, I kept trying to do this. They would each have their day of the week (not the weekends when Ken was home) and I would spend at least one hour with that child.  With the girls, they wanted to ride bikes, play barbies or other games, go for walks, get ice cream, make cookies, etc. I enjoyed this time as much as they did, and I felt it was important as we could have good talks sometimes while having their day and I could find out if they were concerned about friends, school or other things and they could also share the things that made them happy.
MAE'S FAVORITES
FAVORITE SONG: "LOVE AT HOME"
FAVORITE COLOR: PINK
FAVORITE SCRIPTURE: 1 NEPHI 3:7 "I will go and do the things which the Lord hath commanded, for I know that the Lord giveth no commandments unto the children of men, save he shall prepare a way for them that they may accomplish the thing which he commandeth them."
FAVORITE DAY OF THE WEEK: Sunday
I look forward to Sunday to rest from the daily cares of the world and focus on the Lord and the blessings he has given me. I enjoy going to church, feasting on the good word of the Lord, & taking the Sacrament. I enjoy relaxing & being with our family on this special day. My mother taught me to wear a dress or skirt & blouse on this day - which shows more respect to the Lord. I am thankful for her example and I do dress up some instead of being in my casual clothes
Some have said Keeping the Sabbath Day Holy is one of the most important commandments to observe. I sometimes worry that I have not fully taught our children the importance of strictly obeying this commandment. They observe this day as the Lord's, some of them more than others, but I wish all of them would realize the important of studying the scriptures and pondering them on this day, and of doing all that the Lord would want us to do on his day. I would hope that they all would realize that there are 6 other days to clean, do laundry, press clothes, go to the store, go to places of recreation, watch TV, etc. I need to practice what I preach and I don’t always observe the Sabbath as strictly as I should and I need to do better. I am trying harder.
FAVORITE MEAL: Roast beef dinner
FAVORITE DESERT: Coconut Cream Pie
FAVORITE CANDY BAR: Snicker & Butter Finger
GREATEST BLESSING: THE GOSPEL OF JESUS CHRIST OF LATTER DAY SAINTS
2ND GREATEST BLESSING: HUSBAND
3RD GREATEST BLESSING: MY FAMILY
4TH GREATEST BLESSING: EXTENDED FAMILY
5TH GREATEST BLESSING: GOOD FRIENDS
NICK NAMES:
Samantha & Snooks by my mother (a couple of her pet names for me. It was Iva Mae in loud & harsh tones when she was upset with me)
Little Ivy - by my uncles when I was little as I was named after my grandmothers - Iva was my grandmother Bushnell's name, their mother.
My dad had several funny names he would call me, and when I would say "dad, that isn't my name", he would laugh and laugh. He was a cute dad.
Kitten, Good looking, doll or beautiful doll - by Ken (Pet names, I love them because they show his love for me)
MaeBell - by my great boss & friend, Sandy Petersen (pet name) I didn't care for this name at first, but don’t mind her & her husband, Val, calling me that.
Awesome Mom - by some of my children. This means a lot to me.
OLD SONGS I USED TO SING & LIKE TO SING:
“YOU ARE MY SUNSHINE”
“LET THE SUNSHINE IN”
Roy Rogers and Dale Evans sang it
So let the sunshine in, say it with a grim, smilers never lose and frowners never win.
So let the sunshine in, say it with a grim, so open up your heart and let the sunshine in.
If you forget to say your prayers, the Devil jumps with glee, but he feels so awful, awful when he sees you on your knees. So when you are unhappy and you never seem to win, just open up your heart and let the sunshine in.
When you are unhappy, the Devil wears a grim, but oh he starts to runnin when the light comes pourin in, I know he won’t be happy cuz I’ll never wear a frown, maybe if we keep on smiling, he’ll get tired of hangin round.
If you don’t go to Sunday School, you’ll grow up to be bad. Never know just what you missed, but some day wish you had. If you want to someday see the Lord, you’d better start today and climb up on the , a long the upward trail.
DIFFERENT SONG – DON’T KNOW TITLE – Roy Rogers and Dale Evans sang it.
So go to the highway, tell them at the byway, tell them that you’re their friend. Tell them the Church is open, they’re welcome to come in. Sing just a little bit, talk just a little bit, throw in a smile or two. Go heavy on the howdy do, for the Lord is counting on you, on you. The Lord is counting on you.
Song Scott & I made up when he was about four years old. We sang it for Family Home Evening that night.

My favorite scriptures are:
· 2nd Nephi 9:41 – “O then, my beloved brethren, come unto the Lord, the Holy One, Remember that his paths are righteous. Behold the way for man is narrow, but it lieth in a straight course before him, the keeper of the gate is the Holy One of Israel; and he employeth no servant there; and there is none other way save it be by the gate; for he cannot be deceived, for the Lord God is his name.”


The most dangerous traffic signals based on the number of pedestrian and bike crashes.
| Traffic Signal | |
| Bike Crash | |
| Pedestrian Crash | |
| Num Crashes within 0.2km (radius = num) |
Use the mouse and scroll wheel to navigate the map. Double click on a cluster to zoom into it. Single click on cluster to see makers within it.


Label:
Color:
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Eric Ferguson
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Scope in JavaScript shows that a variable is visible in which part of the code. There are two types: global and local. If a variable is first defined inside a function, it has a local scope, and will not be able to call or get from outside of the function. On the other hand, if a variable is defined outside of the function, it's a global scope and it can be used at outside and inside of the function.


Ocala events
-
prayer for having miscarried
Choosing A Catfish Rod
Jun 2, 2010 . Just like Ugly Stik Fishing Rods the Whuppin Stick Casting Rods are a fiberglass rod but Cabela's has added the feature of having a cork .
http://www.learntocatchcatfish.com/catfish-rods-choosing-a-catfish-rod/YAD America (Cheap Rods)
Mar 6, 2007 . The whuppin stick thread got me to thinkin about some of the inexpensive . Forums Freshwater Fishing Forum YAD America (Cheap Rods) .
http://www.stripersonline.com/t/520451/yad-america-cheap-rods
new maternity ward at ucl Upcoming events in Ocala
- Sponsored event
parachute flyer with motor
Apr 6 - Downtown Disney
past is a foreign country congress and toxicology and meeting
arguments for school i uniforms Hottest Tickets
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Apr 11features of developed countries
Amway Center -
Apr 28ecu theatre and dance
Amway Center -
Jun 25history of the number zero 0
Bob Carr Performing Arts Center -
Mar 30r v doldur 2000
Amway Center -
Aug 27deep creek lake fishing map
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Jun 21staten island obituaries stefanie glassman
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Sep 13cotton fleece carcoal fabric
Francis Field -
Mar 17history of the number zero 0
St Augustine Amphitheatre -
Oct 8flying wasp ref 436 913 cufflinks
Amway Center -
May 4stefania's boutique cranston ri
Bob Carr Performing Arts Center
Ocala's best venues
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GLoomis STR 1263C - Fish with JD
May 5, 2008 . It's also billed as a light-duty mooching rod for silvers. . mine Big Poppi and Matt ended up calling his The Whuppin' Stick we both were, .
http://www.fishwithjd.com/2008/05/05/g%E2%80%A2loomis-str-1263c/ -
Cabelas whuppin stick - TheFind
Cabelas whuppin stick - Find the largest selection of cabelas .
http://www.thefind.com/sports/browse-cabelas-whuppin-stick -
What is the best fishing rod and reel for catfish? | Fishing Reels For ...
Jun 16, 2009 . I don 't want to make the mistake of buying an auction of fly fishing / coil. Moreover, what is . The Cabela 's Whuppin' Stick! Still durable and .
http://www.reel-big-fishing.com/blog/reel/60/grambling state university financial statements
98 people's favorite
-
Whuppin Stick Salt for Tarpon - Cabela's Talk Forums
Cabelas' was kind enough to send me a Whuppin Stick in . water because trying to pull the fish off the bottom put to much stress on the rod.
https://forums.cabelas.com/showthread.php?t=14300 -
Off Shore Tackle | Official Web Site Tattle Flags
A. While fishing in the dark, you can't see the movement of the tattle flag so it won' t aide in catching fish. . Lastly, I was going to use the line counters on the Cabela's Whuppin' Sticks and they are 7 1/2 feet . Your choice of rods will be good.
http://www.offshoretackle.com/questionstattleflags.html


Years after the collapse of civilization, the tyrannical Immortan Joe enslaves apocalypse survivors inside the desert fortress the Citadel. When the warrior Imperator Furiosa (Charlize Theron) leads the despot's five wives in a daring escape, she forges an alliance with Max Rockatansky (Tom Hardy), a loner and former captive. Fortified in the massive, armored truck the War Rig, they try to outrun the ruthless warlord and his henchmen in a deadly high-speed chase through the Wasteland.


Southeastern Ohio's Premier Tiffany-Style Stained Glass Artist
Works ranging from gifts to one-of-a-kind specialty pieces of all
sizes.
The shell window is 9 x 27 inches and is set up to hang horizontally or vertically. The window is available in many colors. The border is available in a number of colors of iridized glass.
The nautilus shell is available as a natural or pearlescent shell.
The center glass surrounding the shells is either "seedy" or "glue-chip"
I've also created some more customized works involving
shells in the design. Please enjoy the samples below.


import types import functools import zlib from pip._vendor.requests.adapters import HTTPAdapter from .controller import CacheController from .cache import DictCache from .filewrapper import CallbackFileWrapper class CacheControlAdapter(HTTPAdapter): invalidating_methods = {"PUT", "DELETE"} def __init__( self, cache=None, cache_etags=True, controller_class=None, serializer=None, heuristic=None, cacheable_methods=None, *args, **kw ): super(CacheControlAdapter, self).__init__(*args, **kw) self.cache = DictCache() if cache is None else cache self.heuristic = heuristic self.cacheable_methods = cacheable_methods or ("GET",) controller_factory = controller_class or CacheController self.controller = controller_factory( self.cache, cache_etags=cache_etags, serializer=serializer ) def send(self, request, cacheable_methods=None, **kw): """ Send a request. Use the request information to see if it exists in the cache and cache the response if we need to and can. """ cacheable = cacheable_methods or self.cacheable_methods if request.method in cacheable: try: cached_response = self.controller.cached_request(request) except zlib.error: cached_response = None if cached_response: return self.build_response(request, cached_response, from_cache=True) # check for etags and add headers if appropriate request.headers.update(self.controller.conditional_headers(request)) resp = super(CacheControlAdapter, self).send(request, **kw) return resp def build_response( self, request, response, from_cache=False, cacheable_methods=None ): """ Build a response by making a request or using the cache. This will end up calling send and returning a potentially cached response """ cacheable = cacheable_methods or self.cacheable_methods if not from_cache and request.method in cacheable: # Check for any heuristics that might update headers # before trying to cache. if self.heuristic: response = self.heuristic.apply(response) # apply any expiration heuristics if response.status == 304: # We must have sent an ETag request. This could mean # that we've been expired already or that we simply # have an etag. In either case, we want to try and # update the cache if that is the case. cached_response = self.controller.update_cached_response( request, response ) if cached_response is not response: from_cache = True # We are done with the server response, read a # possible response body (compliant servers will # not return one, but we cannot be 100% sure) and # release the connection back to the pool. response.read(decode_content=False) response.release_conn() response = cached_response # We always cache the 301 responses elif response.status == 301: self.controller.cache_response(request, response) else: # Wrap the response file with a wrapper that will cache the # response when the stream has been consumed. response._fp = CallbackFileWrapper( response._fp, functools.partial( self.controller.cache_response, request, response ), ) if response.chunked: super_update_chunk_length = response._update_chunk_length def _update_chunk_length(self): super_update_chunk_length() if self.chunk_left == 0: self._fp._close() response._update_chunk_length = types.MethodType( _update_chunk_length, response ) resp = super(CacheControlAdapter, self).build_response(request, response) # See if we should invalidate the cache. if request.method in self.invalidating_methods and resp.ok: cache_url = self.controller.cache_url(request.url) self.cache.delete(cache_url) # Give the request a from_cache attr to let people use it resp.from_cache = from_cache return resp def close(self): self.cache.close() super(CacheControlAdapter, self).close()


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Sainz has only known progress since arriving at McLaren
by Joseph TyrrellMcLaren have been head and shoulders above the rest of the midfield in 2019 with Carlos Sainz being their leading man this season. The Spaniard believes it has been nothing but progress since he arrived.
McLaren are leading the best of the rest battle with a healthy advantage over their nearest rivals, Renault and Toro Rosso. With only one race remaining the partnership of Carlos Sainz and Lando Norris looks to helped the team make huge progress this year.
Sainz himself has been particularly impressive, currently in seventh in the Drivers' Championship level on points with sixth place Pierre Gasly, both drivers have 95 points. Since his arrival from Renault, the Woking-based team have progressed ahead of Sainz's former team.
"For as long as I've been in this team it's been a constant upwards curve," Sainz told Motorsport.com.
"That is obviously a very attractive thing to have and not something that you see a lot in Formula 1.
"I am very happy and very proud of what this team is doing. It's obviously very, very early to think about 2021 but it's not a secret that I'm very happy in this team.
"I think both parties are very happy with each other and at the moment for me there's nowhere else to look around."


In this assignment you will partially implement and test the frontend of your web application. We start with our draft frontend application that contains three views integrated into a single page application (SPA)
We will exercise test driven development instead of writing the implementation of our web app first and testing later. Therefore before we implement anything we will first write tests for our functionality. In this way the desired behavior will drive our implementation and design. Start by writing Mocha unit tests for the desired behavior and execute the test suite as we develop.
Every user interaction point should be validated. Most user interactions involve making an AJAX call to the server to update data. In our test environment we will not want to contact the real server, and therefore want to intercept the AJAX requests and provide our own mocked response.
For our first test we will simulate the user entering a new status message, which will be sent to the server for persistence. We completed a similar task as part of an inclass exercise. Note that in the inclass exercise we were not using React. Therefore we had to insert values into the text inputs before executing the updateHeadline function. In your React+Redux application we test separately the React view and the Redux action.
We want to mock calls to fetch which is our engine for AJAX. If you are using Karma
to run your tests, then webpack can alias isomorphic-fetch
to mock-fetch. Otherwise if you use Mocha directly
then we need to substitute in the runtime mock-fetch
for the fetch coming from isomorphic-fetch, which is
supplied by node-fetch. In the following I provide you
an example of doing this using mockery
import { expect } from 'chai' import mockery from 'mockery' import fetch, { mock } from 'mock-fetch' import * as profileActions from './profileActions' ... let Action, actions beforeEach(() => { if (mockery.enable) { mockery.enable({warnOnUnregistered: false, useCleanCache:true}) mockery.registerMock('node-fetch', fetch) require('node-fetch') } Action = require('./actions').default actions = require('./actions') }) afterEach(() => { if (mockery.enable) { mockery.deregisterMock('node-fetch') mockery.disable() } }) it('should update the status message', (done) => { // the result from the mocked AJAX call const username = 'sep1test' const headline = 'A new headline!' mock(`${url}/headline`, { method: 'PUT', headers: {'Content-Type':'application/json'}, json: { username, headline } }) // review how complex actions work in Redux // updateHeadline returns a complex action // the complex action is called with dispatch as an argument // dispatch is then called with an action as an argument profileActions.updateHeadline('does not matter')( fn => fn(action => { expect(action).to.eql({ headline, type: actions.UPDATE_PROFILE }) done() })) })
We use mockery to substitute mock-fetch in place of node-fetch. node-fetch is called by isomorphic-fetch. The "fetch" we use in resource comes from isomorphic-fetch.
The order is important! require
contains a cached map of name to JavaScript module. When we require('./actions')
it proceeds to load isomorphic-fetch
which then loads
node-fetch
. If we have not already applied the mock, then the "real"
module is loaded and we cannot override it. Instead we apply the mock first
so that when node-fetch is later called, our mock is supplied instead.
Above we have mocked the resource calls to the dummy server and supply a hardcoded result to the client code. (The client code is updateHeadline, which is the code we are testing.)
See below for the list of unit tests that we require in this assignment and refer to the API for the return types for each service call. Instructions on getting started with the dummy server are at the top of the API page.
After you have implemented all of the tests listed below, we need to implement the desired functionality so that the tests pass. In this way we also assure that all of the code we write is covered by our test cases. I.e., we should get high marks for code coverage with no extra effort and no need to later refactor our code so that it will be testable -- this again is a benefit of test driven development. The list of functionality is provided below.
Once we are completed with the connections to the dummy server we can manually verify that our site works as expected, we will have confidence in this because we already tested and implemented the headline and followers functionality, the site should therefore be fully functional in these two areas. Perform live user testing by logging in with your account, changing your headline message, and then logging in with your test user account and verify that the headline message is indeed persistent.
In the next assignment we will implement the missing functionality of editing and commenting articles, as well as uploading articles with images, or changing the profile avatar.
Use Chrome as your standard supported browser. Whereas you can use any browser you like for development, your assignment will be accessed using Chrome by the grading staff and therefore it behooves you that it works.
Host your submission on Surge.
Include the URL in a README.json
file as before. The deployed version of your code on Surge may be used during grading.
Therefore after you make your submission, please do not re-deploy to the same Surge domain until the next assignment.
Remember separation of concerns and write DRY modularized code.
Use Mocha and Karma to test your application. Note that in principle we only test "our" code and not "framework" code. Therefore we
do not need to test that Redux's dispatch
function behaves as advertised, or that ReactDOM properly
mounts cmponents. Instead we only want to test our specific business logic that we wrote.
You should have tests for each of the following, with the "it" descriptions as given
Most of the above tests validate the logic code, i.e., your Redux code, not your React code. This implication is supported if we have simple React components for our view. The idea being that complex React components would require testing, and testing the virtual DOM is more difficult than testing simple functions. There are only a couple of component tests listed above, where you will want to validate that the component is properly rendered and the desired functionality is present.
Below are the functional requirements for this assignment. All of the data mentioned below comes from the dummy server. There is no hardcoded data in your frontend. The currently logged in user's headline, profile picture, collection of articles, list of followers, and profile information all come from the dummy server.
The functionality we are not implementing relates to image uploading and editing or commenting on articles, which will be done in the next assignment.
Be sure that you are not submitting or checking in node_modules, look for the .gitignore file in your repo, you can copy this one if you want.
Include your test coverage results in your submission.
Additionally create a XML junit report that demonstrates your tests ran and did not fail.
Karma should create the coverage
and junit
directories for you automatically.
Your submission might look like this:
hw{{vm.hwid}} |-- .babelrc |-- .eslintrc |-- .gitignore |-- coverage | |-- html | | `-- ... | `-- lcov.info |--- dist | |-- index.html | `-- images | `-- ... |-- junit | `-- TESTS...xml |-- karma.conf.js |-- mocha.opts |-- package.json |-- README.json |-- src | |-- actions.js | |-- actions.spec.js | |-- components | | |-- app.js | | |-- article | | | |-- articleActions.js | | | |-- articleActions.spec.js | | | |-- article.js | | | |-- articlesView.js | | | |-- articlesView.spec.js | | | |-- comment.js | | | `-- newArticle.js | | |-- auth | | | |-- authActions.js | | | |-- authActions.spec.js | | | |-- landing.js | | | |-- login.js | | | `-- register.js | | |-- main | | | |-- followingActions.js | | | |-- following.js | | | |-- headline.js | | | |-- main.js | | | `-- nav.js | | `-- profile | | |-- avatar.js | | |-- profileActions.js | | |-- profileActions.spec.js | | |-- profileForm.js | | |-- profileForm.spec.js | | `-- profile.js | |-- index.js | |-- reducers.js | |-- reducers.spec.js | `-- styles.css |-- tests.webpack.js `-- webpack.config.js
The important thing about the above structure is that each portion of the web app has it's own directory. We try to be modular in our design patterns. You are not required to follow this directory structure exactly, but you are required to have a modular layout. What is important is that there is structure and that the structure makes good extensible and maintainable sense.
Here is my example solution site https://ricebook.surge.sh


ISEC stands for Intercollegiate Summer English Camps. We run summer camps all over China, teaching English to students of all ages and abilities.


This town is a major yachting port and has excellent sailing facilities. It has a flourishing oyster industry. As a holiday town, also, it is well provided with shops and restaurants.
It lies on the northern shore of the Quiberon Bay.
Position 47°33' 55"N, 03°00' 41"W (river entrance)
The shelter in the marina is good, but more exposed at high tide.
There is a good neap-tide anchorage in the Saint-Pilbert river, just to the east of the town, and another, more exposed, west of Pointe St-Colomban.


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Practice dynamic programming, sorting, graphs, trees, linked lists, and many other types of questions!
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Domains related to algorithms.
See Domains »
Domains related to data structures.
All other domains.


| Class | Plugin |
| In: |
lib/engines/plugin.rb
|
| Parent: | Object |
An instance of Plugin is created for each plugin loaded by Rails, and stored in the Rails.plugins PluginList (see Engines::RailsExtensions::RailsInitializer for more details).
Once the engines plugin is loaded, other plugins can take advantage of their own instances by accessing either Engines.current, or the preferred mechanism
Rails.plugins[:plugin_name]
Useful properties of this object include Plugin#version, which plugin developers can set in their init.rb scripts:
Rails.plugins[:my_plugin].version = "1.4.2"
Plugin developers can also access the contents of their about.yml files via Plugin#about, which returns a Hash if the about.yml file exists for this plugin. Note that if about.yml contains a "version" key, it will automatically be loaded into the version attribute described above.
If this plugin contains paths in directories other than app/controllers, app/helpers, app/models and components, authors can declare this by adding extra paths to code_paths:
Rails.plugin[:my_plugin].code_paths << "app/sweepers" << "vendor/my_lib"
Other properties of the Plugin instance can also be set.
| about | [RW] | The about.yml information as a Hash, if it exists |
| code_paths | [RW] |
Plugins can add code paths to this attribute in init.rb if they need plugin
directories to be added to the load path,
i.e.
plugin.code_paths << 'app/other_classes' Defaults to ["app/controllers", "app/helpers", "app/models", "components"] (see default_code_paths). NOTE: if you want to set this, you must ensure that the engines plugin is loaded before any plugins which reference this since it‘s not available before the engines plugin has worked its magic. |
| controller_paths | [RW] | Plugins can add paths to this attribute in init.rb if they need controllers loaded from additional locations. See also default_controller_paths, and the caveat surrounding the code_paths accessor. |
| name | [RW] | The name of this plugin |
| public_directory | [RW] |
The directory in this plugin to mirror into the shared directory under
public. See Engines.initialize_base_public_directory
for more information.
Defaults to "assets" (see default_public_directory). |
| root | [RW] | The directory in which this plugin is located |
| version | [RW] | The version of this plugin |
Creates a new Plugin instance, and loads any other data from about.yml
# File lib/engines/plugin.rb, line 91 91: def initialize(name, path) 92: @name = name 93: @root = path 94: 95: @code_paths = default_code_paths 96: @controller_paths = default_controller_paths 97: @public_directory = default_public_directory 98: 99: load_about_information 100: end
Adds all directories in the app and lib directories within the engine to the three relevant load paths mechanism that Rails might use:
# File lib/engines/plugin.rb, line 139 139: def inject_into_load_path 140: 141: load_path_index = $LOAD_PATH.index(Engines.rails_final_load_path) 142: dependency_index = ::Dependencies.load_paths.index(Engines.rails_final_dependency_load_path) 143: 144: # Add relevant paths under the engine root to the load path 145: code_paths.map { |p| File.join(root, p) }.each do |path| 146: if File.directory?(path) 147: # Add to the load paths 148: $LOAD_PATH.insert(load_path_index + 1, path) 149: # Add to the dependency system, for autoloading. 150: ::Dependencies.load_paths.insert(dependency_index + 1, path) 151: end 152: end 153: 154: # Add controllers to the Routing system specifically. We actually add our paths 155: # to the configuration too, since routing is started AFTER plugins are. Plugins 156: # which are loaded by engines specifically (i.e. because of the '*' in 157: # +config.plugins+) will need their paths added directly to the routing system, 158: # since at that point it has already been configured. 159: controller_paths.map { |p| File.join(root, p) }.each do |path| 160: if File.directory?(path) 161: ActionController::Routing.controller_paths << path 162: Rails.configuration.controller_paths << path 163: end 164: end 165: 166: $LOAD_PATH.uniq! 167: ::Dependencies.load_paths.uniq! 168: ActionController::Routing.controller_paths.uniq! 169: Rails.configuration.controller_paths.uniq! 170: end
Returns the version number of the latest migration for this plugin. Returns nil if this plugin has no migrations.
# File lib/engines/plugin.rb, line 203 203: def latest_migration 204: migrations = Dir[migration_directory+"/*.rb"] 205: return nil if migrations.empty? 206: migrations.map { |p| File.basename(p) }.sort.last.match(/0*(\d+)\_/)[1].to_i 207: end
Load the plugin. Since Rails takes care of evaluating init.rb and adding lib to the $LOAD_PATH, we don‘t need to do that here (see Engines::RailsExtensions::RailsInitializer.load_plugins_with_engine_additions).
Here we add controller/helper code to the appropriate load paths (see inject_into_load_path) and mirror the plugin assets into the shared public directory (mirror_public_assets).
# File lib/engines/plugin.rb, line 123 123: def load 124: logger.debug "Plugin '#{name}': starting load." 125: 126: inject_into_load_path 127: mirror_public_assets 128: 129: logger.debug "Plugin '#{name}': loaded." 130: end
Load the information from about.yml. This Hash is then accessible from about.
If about.yml includes a "version", this will be assigned automatically into version.
# File lib/engines/plugin.rb, line 107 107: def load_about_information 108: about_path = File.join(self.root, 'about.yml') 109: if File.exist?(about_path) 110: @about = YAML.load(File.open(about_path).read) 111: @about.stringify_keys! 112: @version = @about["version"] 113: end 114: end
Migrate this plugin to the given version. See Engines::PluginMigrator for more information.
# File lib/engines/plugin.rb, line 211 211: def migrate(version = nil) 212: Engines::PluginMigrator.migrate_plugin(self, version) 213: end
The directory containing this plugin‘s migrations (plugin/db/migrate)
# File lib/engines/plugin.rb, line 197 197: def migration_directory 198: File.join(self.root, 'db', 'migrate') 199: end
Replicates the subdirectories under the plugins‘s assets (or public) directory into the corresponding public directory. See also Plugin#public_directory for more.
# File lib/engines/plugin.rb, line 174 174: def mirror_public_assets 175: 176: begin 177: source = File.join(root, self.public_directory) 178: # if there is no public directory, just return after this file 179: return if !File.exist?(source) 180: 181: logger.debug "Attempting to copy plugin plugin asset files from '#{source}' to '#{Engines.public_directory}'" 182: 183: Engines.mirror_files_from(source, File.join(Engines.public_directory, name)) 184: 185: rescue Exception => e 186: logger.warn "WARNING: Couldn't create the public file structure for plugin '#{name}'; Error follows:" 187: logger.warn e 188: end 189: end
The path to this plugin‘s public files
# File lib/engines/plugin.rb, line 192 192: def public_asset_directory 193: "#{File.basename(Engines.public_directory)}/#{name}" 194: end
The default set of code paths which will be added to $LOAD_PATH and Dependencies.load_paths
# File lib/engines/plugin.rb, line 69 69: def default_code_paths 70: # lib will actually be removed from the load paths when we call 71: # uniq! in #inject_into_load_paths, but it's important to keep it 72: # around (for the documentation tasks, for instance). 73: %w(app/controllers app/helpers app/models components lib) 74: end
The default set of code paths which will be added to the routing system
# File lib/engines/plugin.rb, line 77 77: def default_controller_paths 78: %w(app/controllers components) 79: end
Attempts to detect the directory to use for public files. If assets exists in the plugin, this will be used. If assets is missing but public is found, public will be used.
# File lib/engines/plugin.rb, line 84 84: def default_public_directory 85: %w(assets public).select { |dir| File.directory?(File.join(root, dir)) }.first || "assets" 86: end


From a young age, I had an interest in all aspects of web. In fact, for most of my childhood I wanted to be a web developer. Since then, I am self-taught on almost all my skills. My passion led me to follow a bootcamp to become Full-Stack JavaScript developer because JS is a language that I always wanted to learn and master.
A little clone of Allociné made with React. Demo available. Work in progress.
A little clone of Leboncoin made with React. Demo available. Work in progress.
Development of an online resource directory with registration system, submission of links and admin panel.
Online training for web development create with WordPress.
Ruby on Rails app who centralized all VODs e-sport games with spoiler alert feature.
YouTube controller made with JavaScript, HTML and CSS. Used as anti-spoiler for VODs.
All competitive games that provide big entertainment and show.
Marvel, memes, technologies, Apple, ... I am geek and proud of it !
Game of Thrones, Breaking Bad, Stranger Things and much more.


--- title: Heroic Shell ---
Heroic Shell is the administration tool of heroic.
An heroic instance can be configured to listen for shell connections. This will allow an administrator to connect and run tasks on the server.
Tasks are small actions indended to help an administrator manage the heroic instances.
You can configure an heroic instance to enable local shell connections by adding the following snippet to your heroic.yml.
shellServer: {}
The shell can be run in two different modes; remote, and standalone. It is also possible to activate profiles, which effects the configuration of the service.
In remote mode, you connect to an already running heroic instance which is configured to accept shell connection.
In standalone mode, you can setup a new heroic instance on-the-fly with a given configuration. The shell will then be connected to that instance, as-if you were running in remote mode.
The shell can be started using the com.spotify.heroic.HeroicShell
class.
Assuming you have heroic in your class path, the following is an example of how to do that.
$ java com.spotify.heroic.HeroicShell --help
From now on we will be referring to starting the shell from the heroic project directory, which includes the helper script tools/heroic-shell
.
Assuming you are in the heroic project directory, you can invoke the shell like the following.
$ tools/heroic-shell --connect <host>[:port]
At this point you should be connected to the heroic instance, and can invoke any tasks available in it.
Standalone shells includes the heroic service running in the background and the shell is directly connected to this instance. This is typically useful when trying out specific heroic features, specifically in combination with the memory profile
Profiles are small pieces of configuration which can be activated with the -P <name>
switch.
Extra options can be passed into profiles using the -X <option>[=<value>]
switch.
All available set of profiles and options can be found by at the end of the help command (--help
).
$ tools/heroic-shell --help
... skip documentation about switches
Available Extra Parameters:
configure
Automatically configure all backends.
datastax.configure
Automatically configure the datastax backend
elasticsearch.configure
Automatically configure the Elasticsearch backend
elasticsearch.configure
Automatically configure the Elasticsearch backend
Available Profiles (activate with: -P <profile>):
generated - Configures a metric backend containing generated data (does
not support writes)
memory - Configures in-memory backends for everything (useful for
integration/performance testing)
cassandra - Configures a metric backend for Cassandra
cassandra.type=<type>
Type of backend to use, the only valid value is ng
cassandra.seeds=<host>[:<port>][,..]
Seeds to use when configuring backend
The memory profile is special, since it configures a complete service instance in memory. It's a great way for testing out heroic. You can start the memory profile with the following command.
$ tools/heroic-shell --server -P memory -X configure
--server
means that the shell will start heroic in server mode, which will accept http requests on port 8080.
-X configure
will cause all backends to be automatically configured, saving you the need to do it yourself with the configure
task.


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sklearn.Rmd
First we preprocess the corpus using example data, a tiny corpus of 9 documents. Reproducing the tutorial on corpora and vector spaces.
library(gensimr)
set.seed(42) # rerproducability
# sample data
data(corpus, package = "gensimr")
print(corpus)
#> [1] "Human machine interface for lab abc computer applications"
#> [2] "A survey of user opinion of computer system response time"
#> [3] "The EPS user interface management system"
#> [4] "System and human system engineering testing of EPS"
#> [5] "Relation of user perceived response time to error measurement"
#> [6] "The generation of random binary unordered trees"
#> [7] "The intersection graph of paths in trees"
#> [8] "Graph minors IV Widths of trees and well quasi ordering"
#> [9] "Graph minors A survey"
# preprocess corpus
docs <- prepare_documents(corpus)
#> → Preprocessing 9 documents
#> ← 9 documents after perprocessing
docs[[1]] # print first preprocessed document
#> [[1]]
#> [1] "human"
#>
#> [[2]]
#> [1] "interface"
#>
#> [[3]]
#> [1] "computer"
Once preprocessed we can build a dictionary.
dictionary <- corpora_dictionary(docs)
A dictionary essentially assigns an integer to each term.
doc2bow
simply applies the method of the same name to every documents (see example below); it counts the number of occurrences of each distinct word, converts the word to its integer word id and returns the result as a sparse vector.
# native method to a single document
dictionary$doc2bow(docs[[1]])
#> [(0, 1), (1, 1), (2, 1)]
# apply to all documents
corpus_bow <- doc2bow(dictionary, docs)
Then serialise to matrix market format, the function returns the path to the file (this is saved on disk for efficiency), if no path is passed then a temp file is created. Here we set auto_delete
to FALSE
otherwise the corpus is deleted after first use. Note this means you should manually delete it with delete_mmcorpus
.
(corpus_mm <- serialize_mmcorpus(corpus_bow, auto_delete = FALSE))
#> ℹ Path: /var/folders/n9/ys9t1h091jq80g4hww24v8g0n7v578/T//RtmplbyYz9/file250f1dd646b9.mm
#> ✔ Temp file
#> ✖ Delete after use
Then initialise a model, we’re going to use a Latent Similarity Indexing method later on (model_lsi
) which requires td-idf.
tfidf <- model_tfidf(corpus_mm)
We can then use the model to transform our original corpus.
corpus_transformed <- wrap(tfidf, corpus_bow)
hdp <- sklearn_hdp(id2word = dictionary)
vectors <- hdp$fit_transform(corpus_bow)
lda <- sklearn_lda(
num_topics = 2L,
id2word = dictionary,
iterations = 20L,
random_state = 1L
)
lda$fit_transform(corpus_bow) %>%
reticulate::py_to_r() %>%
plot()
Create stages for our pipeline (including gensim and sklearn models alike).
lsi <- sklearn_lsi(id2word = dictionary, num_topics = 15L)
# L2 reg classifier
clf <- sklearn_logistic(penalty = "l2", C = 0.1, solver = "lbfgs")
# sklearn pipepline
pipe <- sklearn_pipeline(lsi, clf)
# Create some random binary labels for our documents.
labels <- sample(c(0L, 1L), 9, replace = TRUE)
# How well does our pipeline perform on the training set?
pipe$fit(corpus_bow, labels)$score(corpus_bow, labels)
#> 0.7777777777777778
# initialise
rp_model <- sklearn_rp(id2word = dictionary)
# fit
rp_fit <- rp_model$fit(corpus_bow)
# Use the trained model to transform a document.
result <- rp_fit$transform(corpus_bow)
# split phrases into vectors of words
# this should be further cleaned
corpus_split <- corpus %>%
purrr::map(strsplit, " ") %>%
purrr::map(function(x){
sentence <- x[[1]]
tolower(sentence)
})
# Create the model. Make sure no term is ignored and combinations seen 2+ times are captured.
pt_model <- sklearn_pt(min_count = 1, threshold = 2)
# Use sklearn fit_transform to see the transformation.
pt_trans <- pt_model$fit_transform(corpus_split)
# Since graph and minors were seen together 2+ times they are considered a phrase.
c("This", "is", "graph_minors") %in% reticulate::py_to_r(pt_trans)[[9]]
#> [1] FALSE FALSE TRUE
doc2bow
with scikit-learn. Note that in the example below we do not clean the text (no preprocess
).
# initialise
skbow_model <- sklearn_doc2bow()
# fit
corpus_skbow <- skbow_model$fit_transform(corpus)
tfidf_model <- sklearn_tfidf(dictionary = dictionary)
tfidf_w_sklearn <- tfidf_model$fit_transform(corpus_bow)
# same as with gensim
corpus_transformed[[1]] == tfidf_w_sklearn[[1]]
#> [1] TRUE
# Create a model to represent each word by a 10 dimensional vector.
w2v_model <- sklearn_word2vec(size = 10L, min_count = 1L, seed = 1L)
# train
w2v_model <- w2v_model$fit(docs)
# What is the vector representation of the word 'graph'?
w2v_model$transform(list("graph"))
#> [[ 0.0471304 0.03021636 0.04771986 -0.02979484 -0.04201837 -0.0271027
#> -0.01518289 -0.03759595 -0.00358914 0.01256652]]
Clean up, delete the corpus.
delete_mmcorpus(corpus_mm)
#> ✔ Temp unlinked


{{site.user_description}}
Python, R, Java, C++
Supervised Learning, Unsupervised Learning
AWS, Tableau, Hadoop, Spark, Hive