You can look out across the fields, see me returning,
Smoke gets in your eyes, you draw the smile
From the fireplace where now my letters to you are burning,
You've had time to think about it for a while.
I've walked two hundred miles, now look me over,
It's the end of the chase and the moon is high,
It don't matter who loves who – either you'll love me or I'll love you –
When the night comes falling from the sky.

Oh, that
1 I can't provide for you no easy answer.
Who are you that I should have to lie?
You'll know everything I know down below and up above
When the night comes falling from the sky.

I seen thousands who could've overcome the darkness,
For the love of a lousy buck I watched them die.
Stick around, baby, we're not through, don't look for me, I'll see you
When the night comes falling from the sky.
In your teardrops I can see my own reflection,
Luck was with me when I crossed the borderline,
I don't wanna be a fool that's starving for affection,
I don't wanna drown in someone else's wine.
For all eternity I think I will remember
That whirlpool of life that's in your eye,
You will seek me and you'll find me in the wasteland of your mind
When the night comes falling from the sky.
Well, I gave to you my heart, my bed, and treasure
3
Whose suffering seemed to fit you like a glove,
I'm so tired of those who use you for their own pleasure,
Who think they've got the line up for me on love.
4
Well, this time I'm asking for freedom,
Freedom from a world which you deny,
And you'll give it to me now or I'll take it anyhow
When the night comes falling from the sky.
1
Transcription uncertain. Perhaps this is the word "but".
2
Could be the word "could".
3
My initial guess here is "treasure", which rhymes with "pleasure" below, but other sources mention a "letter" here, so I am uncertain to some degree.
4
This line is to some degree guesswork on my part.


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Who we are
We are a group of CST students, past and present, offering our website creation services to non-profit organizations in the lower mainland. We work in teams made up of experts in design, development and project management.
Join us now!
To join this dynamic group of web developers, fill in the application below and you will be contacted shortly.


John Wernecke
I’m a writer and performer living in Chicago. I appear bi-weekly at The Crowd Theater with the house sketch
team, FiasCo.
Most recently, I presented a collection of essays and poems entitled “Shirts, Pants, and Other True Stories” at The Crowd Theater.


PSI Elements
A PSI (Program Structure Interface) file represents a hierarchy of PSI elements (so-called PSI trees). A single PSI file (itself being a PSI element) may contain several PSI trees in specific programming languages. A PSI element, in its turn, can have child PSI elements.
PSI elements and operations at the level of individual PSI elements are used to explore the internal structure of source code as it is interpreted by the IntelliJ Platform. For example, you can use PSI elements to perform code analysis, such as code inspections or intention actions.
The PsiElement
class is the common base class for PSI elements.
How do I get a PSI element?
- From an action:
e.getData(LangDataKeys.PSI_ELEMENT)
. Note: if an editor is currently open and the element under caret is a reference, this will return the result of resolving the reference. This may or may not be what you need. - From a file by offset:
PsiFile.findElementAt()
. Note: this returns the lowest level element (“leaf”) at the specified offset, which is normally a lexer token. Most likely you should usePsiTreeUtil.getParentOfType()
to find the element you really need. - By iterating through a PSI file: using a
PsiRecursiveElementWalkingVisitor
. - By resolving a reference:
PsiReference.resolve()
What can I do with PSI elements?
See PSI Cook Book
Last modified: 19 February 2020


'Drag News': Here’s How to Watch NBCLX Queens Read the News
The news can be a drag, but it doesn't have to be
by Sarah GloverThe news can be a drag, but it doesn't have to be.
"Drag News" is an episodic series of news reports where drag queens read and discuss the news unprompted off a teleprompter.
Watch NBCLX's queens read outrageous news stories every Monday at 3 p.m. EDT on NBCLX's YouTube and Facebook channels.
The fabulous Ruby Roo, Lauren Ordair (pronounced Law 'n' Order), Mz. O, Chandilier, Brita Filter and Heidi Haux bring context to the "very serious" news of the day.
CBD oil for pets, the pink tax's impact on women and police busting senior citizens playing bingo are some of the real news stories the queens have covered.
NBCUniversal Owned Television Stations, a division of NBCUniversal that includes 42 local TV stations, launched its new digital news brand in September 2019 and soon-to-launch over-the-air and streaming network designed to serve adults 18-45. LX stands for ‘Local X’ the ‘X’ signifying the exponential abilities that LX has in telling our communities unique stories.
Subscribe to NBCLX on YouTube and follow on Facebook to watch "Drag News."


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On top of the right panel, you can choose 'Tree' to display the versioned content at the specific revision selected in the left panel. You can browse through directories and display file contents.
Other people on your network have read-only access to your repository: they may access to the web interface (without 'Workspace'), clone or pull from your repository. All this through the same url:
Clone:
$ git clone http://<ip_of_the_computer_running_webui>:8000/ repo_name
Pull:
$ git pull http://<ip_of_the_computer_running_webui>:8000/
Commits can only be made from localhost.
The diff view lets you review the differences of the selected file. You can select code in more fine grained way:


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Life can only be understood going backwards, but it must be lived going forwards - Kierkegaard.
Dynamic Programming is a mathematical technique that is used in several fields of research including economics, finance, engineering. It deals with making decisions over different stages of the problem in order to minimize (or maximize) a corresponding cost function (or reward). The outcome of a decision at a given stage can be fully predicted (deterministic) or can only be partially predicted (with randomness involved). One key aspect of such problems is the trade off in optimizing the cost incurred at the current stage and the cost to be incurred at a future stage.
Dynamic Programming is very helpful in many contexts by providing an exact solution, however, when the problem size increases, it requires enormous amount of storage and computational time (often referred to as the curse of dimensionality) which makes it infeasible to apply to practical situations. Often in such situations, one may not desire an exact solution, but an approximately optimal (or suboptimal) solution. Then there must be a better class of techniques that can capture this trade off between feasibility and sub optimality. These techniques are collectively referred to as Approximate Dynamic Programming or Reinforcement Learning (in the field of AI) or Neuro Dynamic Programming (in the field of automatic control), all of which essentially mean the same.
In this blog post, we shall look at a specific technique called Rollout Algorithm that is quite extensively used (with surprisingly good results). In fact, Mastering the game of Go, DeepMind uses a variant of Rollout called Monte Carlo Tree Search. We shall first formulate a DP problem, state the DP algorithm and illustrate with an example the infeasibility of DP. Using the same example, we shall study how Rollout offers an effective solution that optimizes the trade-off between accuracy and computation. This post is entirely based on my reading of the book Approximate Dynamic Programming.
DP formulation
In this post, we shall focus only on finite horizon problems (problems involving a finite number of stages or time steps at which a decision is taken). We denote the state of the system at time $k$ as $x{_k}$ (belongs to a space $S{_k}$ ), and the decision (or control) taken as $u{_k}$ (belongs to a space $U{_k} (x{_k}) $ ), and a random variable $w{_k}$ (which is independent of other $w{_i}$) that affects the system. The system has the form
$$x_{k+1} = f_{k}(x_{k}, u_{k}, w_{k})$$
where $k$ takes a value between $0$ and $N$ (finite horizon). At each stage, there is a cost incurred $g{_k}(x{_k}, u{_k}, w{_k})$ which accumulates over time. The total cost incurred is then
$$ g_{N}(x_{N}) + \sum_{k=0}^{N-1}g_{k}(x_{k}, u_{k}, w_{k})$$
where $g {_N}(x{_N})$ is a terminal cost incurred at the final stage (it only depends on the state, and no action is to be taken). The objective of the problem is to find an optimal policy
$$\pi:= {\mu_{0},..,\mu_{k},.. \mu_{N-1}}$$
(where $\mu_{k} = u_{k}(x_{k})$) that minimizes the expected cost (we take an expectation due to the random variable $w_{k}$). Given an initial state $x_{0}$, the expected cost of following a policy $\pi$ starting from $x_0$ is denoted as
$$ J_{\pi}(x_{0}) = \mathbb{E}\big[g_{N}(x_{N}) + \sum_{k=0}^{N-1}g_{k}(x_{k}, u_{k}, w_{k})]$$
An optimal policy $\pi^{*}$ is the one that minimizes this expected cost; i.e,
$$ J_{\pi^{*}}(x_{0}) = \min_{\pi \in \Pi} J_{\pi}(x_{0})$$
where $\Pi$ is the space of admissible policies.
Bellman’s principle of optimality
Let $\pi^{*}={\mu_{0}^{*},..,\mu_{k}^{*},.. \mu_{N-1}^{*}}$ be an optimal policy of the problem stated above, and assume that when using $\pi^{*}$, a given state $x_{i}$ occurs at time $i$ with positive probability. Consider the subproblem, whereby we are at $x_{i}$ at time $i$ and wish to minimze the “cost-to-go” from time $i$ to time $N$
$$ \mathbb{E}\bigg[g_{N}(x_{N}) + \sum_{k=i}^{N-1}g_{k}(x_{k}, u_{k}, w_{k})\bigg]$$
Then the truncated policy ${\mu_{i}^{*},\mu_{i+1}^{*},.. \mu_{N-1}^{*}}$ is optimal for this subproblem.
Intuitively, let us look at the following problem where we start from A and we need to reach the destination E, and the edge weights are the costs incurred for traversing that edge. The path that minimizes the cost is A-B-D-E. Equivalently, the decision (corresponds to choosing the next node) taken at each time step are B at k=0, D at k=1 and E at k=2. If the policy determined by the path A-B-D-E is optimal, then the truncated path B-D-E is also optimal. If it were not, then we can further reduce the cost by choosing the optimal path which contradicts the fact that A-B-D-E is the path with the minimum cost.
DP Algorithm
The DP algorithm proceeds as follows. We start from the last step of decision making ($N-1$) and proceed backwards performing the minimization
$$ J_{N}(x_{N}) = g_{N}(x_{N}) $$
$$ J_{k}(x_{k}) =\min_{u_{k} \in U_{k}(x_{k})}\mathbb{E}_{w_{k}}\bigg[g_{k}(x_{k}, u_{k}, w_{k}) + J_{k+1}(f_{k}(x_{k}, u_{k}, w_{k}))\bigg],$$ $$ k = 0,1,..,N-1$$
where the expectation is taken with respect to the probability distribution of $w_{k}$ which is assumed to depend on $x_{k}, u_{k}$. Furthermore, if $\mu^{*}_{k}=u_{k}^{*}(x_{k})$ minimizes the above equation, then the policy $\pi^{*}={\mu_{0}{*},…,\mu_{k}{*},…,\mu_{N-1}{*}}$ is optimal.
Example
Let us look at an example application of the above described DP algorithm. Consider a perfect binary tree of height N (i.e. each level k of the binary tree has $2^{k}$ nodes). The nodes are of two types, green and red. It is know before hand that each node can be red with probability $p$ and green with probability $1-p$. We shall call an arc as the line joining a node with one of it’s children. An arc is free if both the nodes are green, and is blocked if either of them is red. One can only traverse along free arcs, and the objective is to find if a free path (a sequence of free arcs) exists from the root to the leaves.
One way to find an exact solution to the above problem is to use DP to start from the leaves (level N), and traverse backwards to check if a free path exists. In the $k^{th}$ step of the DP, the algorithm finds if a path exists from each node (at height $N-k$) to the leaves using the results from step $k-1$. The amount of computation at the $k^{th}$ step is $\mathcal{O}(2^{N-k})$ and there are $N$ steps in the algorithm. The overall runtime is of the order $\mathcal{O}(N2^{N})$. We can see from the plot that the run time increases exponentially with the height of the tree.
In problems where finding an exact solution is not critical and finding an approximately correct solution (that works most of the time) is sufficient, faster heuristics can be employed to achieve a tradeoff between accuracy and computation. Let us use one such heuristic here that reduces the computation time drastically while offering a suboptimal solution.
Consider a greedy algorithm which starts at the root node. If both the arcs from the root node are blocked, then the algorithm returns False (no path exists). If one of the arcs is free, it traverses down that arc to the child node and repeats the same with this node. If both the arcs are free, then it uses a fixed rule to choose which arc to traverse (say it chooses always the right arc). The runtime of this algorithm is $\mathcal{O}(N)$ which is extremely fast as compared to $\mathcal{O}(N2^{N})$. However, this algorithm always doesn’t output the correct solution. For example, in the above figure, this algorithm outputs False despite the existence of a free path (bold lines).
One-step lookahead
One effective way to reduce the computation is to use an approximate cost-to-go function. In the DP algorithm, to obtain the control at $k$ we perform the minimization over all possible exact $J_{k+1}(f_{k}(x_{k}, u_{k}, w_{k}))$. Instead if we are able to approximate the cost to go of stage $k+1$ as $\tilde{J}_{k+1}(f_{k}(x_{k}, u_{k}, w_{k}))$, we can avoid the computation required to minimize over all the next stages. This is called a one step lookahead policy, where at stage $k$ we perform the following minimization
$$\bar{\mu}_{k}(x_{k}) = \arg \min_{u_{k} \in U_{k}(x_{k})}\mathbb{E}_{w_{k}}\bigg[g_{k}(x_{k}, u_{k}, w_{k}) + \tilde{J}_{k+1}(f_{k}(x_{k}, u_{k}, w_{k}))\bigg],$$ $$k = 0,1,..,N-1$$
and the one step lookahead policy is denoted as $\bar{\pi}=\{ \bar{\mu}_{0},…,\bar{\mu}_{N-1} \}$
Similarly, in a two step lookahead policy, we use the same minimization as above, but instead of directly using $\tilde{J}_{k+1}(f_{k}(x_{k}, u_{k}, w_{k}))$, we obtain it as a minimization of a one step lookahead approximation.
$$ \tilde{J}_{k+1}(x_{k+1}) =\min_{u_{k+1} \in U_{k+1}(x_{k+1})}\mathbb{E}_{w_{k+1}}\bigg[g_{k+1}(x_{k+1}, u_{k+1}, w_{k+1}) + \\
J_{k+2}(f_{k+1}(x_{k+1}, u_{k+1}, w_{k+1}))\bigg], k = 0,1,..,N-2$$
where $\tilde{J}_{k+2}$ is an approximation of the cost-to-go of $J_{k+2}$. Intuitively, it can be described as solving a two level DP at every stage of the problem. If the cost-to-go function can be approximated fairly accurately, then this algorithm can provide an approximate solution in a much better run time as compared to solving the complete DP. Now arises the most important question, how do we approximate the cost-to-go function? Infact, most of the recent research in this field is dedicated towards finding computationally feasible techniques that provide approximately accurate representations for the cost functions. Following are some types of approximation techniques,
- Problem approximation: Lookahead techniques described above approximate the problem to a limited number of steps at every stage of the algorithm
- Parametric cost approximation: The cost-to-go functions are approximated from a parametric class of functions (for example, neural networks)
- On-line approximation: A suboptimal policy is used on-line to approximate the cost-go-function. In this article, we shall look at Rollout algorithm that belongs to this approach
- Simulation-based approximation: In the presence of a simulator that can accurately determine the state transitions of the problem, Monte Carlo simulations are used to approximate the cost functions.
Rollout
The Rollout algorithm is similar to a one step lookahead algorithm in the sense that we find the control that minimizes the expression $$\bar{\mu}_{k}(x_{k}) = \arg \min_{u_{k} \in U_{k}(x_{k})}\mathbb{E}_{w_{k}}\bigg[g_{k}(x_{k}, u_{k}, w_{k}) + \tilde{J}_{k+1}(f_{k}(x_{k}, u_{k}, w_{k}))\bigg],$$ $$k = 0,1,..,N-1$$
where $\tilde{J}_{k+1}$ is the true cost-to-go of $J_{k+1}$ with respect to a suboptimal base policy $\pi$. The policy thus obtained $\bar{\pi}=\{ \bar{\mu}_{0},…,\bar{\mu}_{N-1} \}$ is called the rollout policy. Since in the minimization, at each stage we always choose the control that minimizes the true cost-to-go of the suboptimal policy, the cost-to-go approximation is always less than or equal to the cost-to-go of the base policy. The rollout algorithm thus yields a policy better than the base policy. This technique is called as policy improvement.
Let us now apply this rollout algorithm to the example we discussed above. The rollout algorithm proceeds as follows.
- If at a node, at least one of the two children is red, it proceeds exactly like the greedy algorithm.
- If at a node, both the children are green, rollout algorithm looks one step ahead, i.e. runs greedy policy on the children of the current node. If exactly one of these return True, the algorithm traverses that corresponding arc. If both of these return True, then the algorithm chooses one according to a fixed rule (choose the right child), and if both of them return False, then the algorithm returns False.
This seemingly very simple trick can lead to large performance gains while minimizing the computation required. If we look at the results below, we can observe that using rollout we can considerable improve on the accuracy of finding a free path, while keeping the amount of computation required close to that of the greedy policy. The implementation can be found here.
Conclusion
In this post, we discussed the basic DP problem, formulation, algorithm and illustrated with an example the infeasibility of using the DP algorithm. In problems where a suboptimal solution is sufficient, we discussed the rollout algorithm that improves upon the performance of a greedy base policy while requiring minimal computation.
References
- Bertsekas, D. P. (1995). Dynamic programming and optimal control (Vol. 1, No. 2). Belmont, MA: Athena scientific.


---
layout: post
title: "100 Reasons Why I Love You"
subtitle: "Should There be a Reason To Love Anyone?"
date: 2020-02-13 23:45:13 -0400
background: '/img/posts/f.jpg'
category: Love
tags: [Love,hope, life,love Story, valentine, quote, love letter, valentine's idea]
---
It’s okay if people say love doesn’t need reasons. I appreciate them.
But for me I need reason to love you because it’s not only about love but also about trust to decide that
I want to spend my life with you.
That’s why I don’t want to love you blindly. I have these 100 reasons to love you. Isn’t it enough to keep survive and to keep loving you?

Thank you mahal, I love you Gerard Villanueva..
100 Reasons Why I Love You (By Eunike)
I love the way you :
- say good morning every day
- say “I love you” ten thousand times every day
- call me “sayang”. That’s really sweet.
- smile to me
- listen to me when I share my feeling or just talk many things
- ask about my day, every day.
- remind me that I'm a good person when I'm feeling guilty
- finish my food when I can’t finish it
- give me encouraging words when I'm struggling with something
- stare at me lovingly
- hold my hand when we are together
- love with all your heart, no matter what
- are self-aware and try to be a better person.
- play with your nephew and niece
- play bass guitar
- accept me with all my imperfection
- say sorry when you did mistake
- are patient when I am sensitive
- treat your friends
- you serve God with all your heart
- spend your money wisely
- ask me “can I play dota?”
- write me really sweet words on sosial media
- are excited talking many things with me
- asked others advice to be better person
I love the way how you :
- talked to me at our first meet
- looked nervous while talking to me
- tried to court me
- prayed for me before you told me about your feeling
- revealed your feeling
- waited for me patiently
- understand me so well
- always want to be together
- took care of me very well when I was there
- introduced me to your family and your friends
- gave advice about my outfit
- tried to read a book that I gave even though you didn't like reading
- keep calling me even though you’re so sleepy and tired
- tried to sing when I asked you
- work so hard for our future
- think about us not only about you
- plan everything for our future
- are strong when I am weak and want to give up
- become honest about everything
- keep your commitment
- give a joke even though I don’t understand your joke.
- said thank you everytime I did or say something nice
- treat your family well
- try to talk Bahasa with my mom
- do shopping so fast, not like me.
I love it when you :
- came to Indonesia to meet my parents
- want to try sambal for the first time
- laugh with me
- say “I miss you” many times
- say tickle..tickle
- give me flower and ice cream
- write me a love letter
- pray after we talk
- repeat a same thing again and again
- Feel worried if you made me sad
- give me converse shoes so I feel that I am with you whenever I am traveling
- care about my health
- do jogging to remove your ‘big baby’
- give me surprise
- like my gift
- share fun stories about your childhood.
- send random silly emojis.
- give me time with my friends
- say that I am beautiful
- remind me to read Bible
- lead your cell group
- feel happy
- say sorry when you forgot something I said
- did many silly things
- remind me to make God as the center of our relationship
I love that you :
- are really patient
- didn’t judje me when I did mistake
- don’t shout to me when you’re angry
- want to learn more for our relationship
- didn’t play dota too much so we can have time to talk
- didn’t get jealous easily
- are so independent
- accept me exactly as I am.
- are proud of all my accomplishments.
- can be your true self around me.
- are so sweet and romantic
- are funny and weird sometimes
- are really responsible man
- don’t give up easily on LDR
- are faithful
- save money for our future
- are not selfish
- can eat everything I give
- never complain when I am busy doing ministry here
- are a good worker
- trust me more than anyone
- always say good night and I love you before you sleep
- respect me
- always chat me on your break time when you work
- are my fiance :)
Photographs by Aubrey.


Mini-Biography
Jermaine Lamarr Cole was born on January 28th, 1985 to a white German mother & black American father on a U.S. military base in Frankfurt, Germany. At a young age, he was always into poetry and making music. His rise to fame came with the release of his mixtape, Friday Night Lights which is considered one of the best Hip-Hop mixtapes of all-time. He is one of the biggest rap artists/producers in the conscious rap scene during the last decade.
Discography
Mixtapes:
The Come Up (May 4, 2007):
The Warm Up (June 15, 2009):
Friday Night Lights(November 12, 2010):
Albums:
Cole World: The Sideline Story(September 27, 2011):
Born Sinner(June 18, 2013):
2014 Forest Hills Drive (December 09, 2014):
4 Your Eyez Only (December 09, 2016):
KOD (April 20, 2018):
Biggest Songs: KOD, Kevin’s Heart, 1985.
Accolades
Himself:
Friday Night Lights:
Crooked Smile:
2014 Forest Hills Drive:
Love Yourz:
A lot w/ 21 Savage:
Grammy Awards Best Rap Song (2020).
Our Ratings/Thoughts on the Artist.
Mankirat:
Christian:


--- layout: post title: "Sixteenth Sunday in Ordinary Time" date: 2020-07-19 09:00:00 categories: Sunday tags: featured image: /assets/article_images/2020-04-26-Third-Sunday-Easter/scripture.jpg image2: /assets/article_images/2020-04-26-Third-Sunday-Easter/scripture-mobile.jpg ---
Holy Mass is at the very core of our worship as a Catholic community. Nothing can ever be substituted for the celebration of the Eucharist. But in this exceptional time of difficulty for our communities, our nation, and the whole world, this order of prayer can be offered by individuals and families and engages us in our Sunday celebration of the Word of God. We can pray this prayer in our homes—the “domestic churches” which help build up the Body of Christ on earth—and thus be connected to the entire Church at prayer.
During this time of prayer, we include the opportunity to make a Spiritual Communion. Making a Spiritual Communion is a worthy practice, recommended by innumerable saints throughout the ages, which unites our whole selves to God and his Church.
Taken from the Mass and the Liturgy of the Hours
Leader: God, ✠ come to my assistance.
Response: Lord, make haste to help me.
Leader: Glory be to the Father, and to the Son, and to the Holy Spirit:
Response: as it was in the beginning, is now, and ever shall be, world without end. Amen.
There’s a wideness in God’s mercy
Like the wideness of the sea;
There’s a kindness in God’s justice
Which is more than liberty.
There is plentiful redemption
In the blood that has been shed;
There is joy for all the members
In the sorrows of the Head.
For the love of God is broader
Than the measures of our mind;
And the heart of the Eternal
Is most wonderfully kind.
If our love were but more simple,
We should take him at his word;
And our lives would be thanksgiving
For the goodness of our Lord.
Troubled souls, why will you scatter
Like a crowd of frightened sheep?
Foolish hearts, why will you wander
From a love so true and deep?
There is welcome for the sinner
And more graces for the good;
There is mercy with the Savior,
There is healing in his blood.
Leader: Let us acknowledge our sins, and seek the Lord’s pardon and peace.
Together: I confess to almighty God
and to you, my brothers and sisters,
that I have greatly sinned,
in my thoughts and in my words,
in what I have done and in what I have failed to do,
through my fault, through my fault,
through my most grievous fault;
therefore I ask blessed Mary ever-Virgin,
all the Angels and Saints,
and you, my brothers and sisters,
to pray for me to the Lord our God.
Leader: Show favor, O Lord, to your servants
and mercifully increase the gifts of your grace,
that, made fervent in hope, faith and charity,
they may be ever watchful in keeping your commands.
Through our Lord Jesus Christ, your Son,
who lives and reigns with you in the unity of the Holy Spirit,
One God, for ever and ever.
Together: Amen.
There is no god besides you who have the care of all, that you need show you have not unjustly condemned. For your might is the source of justice; your mastery over all things makes you lenient to all.
The Word of the Lord.
―Thanks be to God.
Reader: Lord, you are good and forgiving.
Together: Lord, you are good and forgiving.

Hearken, O LORD, to my prayer
and attend to the sound of my pleading.
Together: Lord, you are good and forgiving.

Turn toward me, and have pity on me;
give your strength to your servant.
Together: Lord, you are good and forgiving.
Brothers and sisters: The Spirit comes to the aid of our weakness; for we do not know how to pray as we ought, but the Spirit himself intercedes with inexpressible groanings. And the one who searches hearts knows what is the intention of the Spirit, because he intercedes for the holy ones according to God’s will.
The word of the Lord.
―Thanks be to God.
Reader: Blessed are you, Father, Lord of heaven and earth;
Together: you have revealed to little ones the mysteries of the kingdom.
Jesus proposed another parable to the crowds, saying: “The kingdom of heaven may be likened to a man who sowed good seed in his field. While everyone was asleep his enemy came and sowed weeds all through the wheat, and then went off. When the crop grew and bore fruit, the weeds appeared as well. The slaves of the householder came to him and said, ‘Master, did you not sow good seed in your field? Where have the weeds come from?’ He answered, ‘An enemy has done this.’  He replied, ‘No, if you pull up the weeds you might uproot the wheat along with them. Let them grow together until harvest; then at harvest time I will say to the harvesters, “First collect the weeds and tie them in bundles for burning; but gather the wheat into my barn.”’”
He proposed another parable to them. “The kingdom of heaven is like a mustard seed that a person took and sowed in a field. It is the smallest of all the seeds, yet when full-grown it is the largest of plants. It becomes a large bush, and the ‘birds of the sky come and dwell in its branches.’”
He spoke to them another parable. “The kingdom of heaven is like yeast that a woman took and mixed with three measures of wheat flour until the whole batch was leavened.”
All these things Jesus spoke to the crowds in parables. He spoke to them only in parables, to fulfill what had been said through the prophet: I will open my mouth in parables, I will announce what has lain hidden from the foundation of the world.Then, dismissing the crowds, he went into the house. His disciples approached him and said, “Explain to us the parable of the weeds in the field.” He said in reply, “He who sows good seed is the Son of Man, the field is the world, the good seed the children of the kingdom. The weeds are the children of the evil one, and the enemy who sows them is the devil. The harvest is the end of the age, and the harvesters are angels. Just as weeds are collected and burned up with fire, so will it be at the end of the age.  They will throw them into the fiery furnace, where there will be wailing and grinding of teeth. Then the righteous will shine like the sun in the kingdom of their Father. Whoever has ears ought to hear.”
The Gospel of the Lord.

Leader: Glory to the Father, and to the Son and to the Holy Spirit.

Leader: Open your hearts to praise the God of power and goodness, for he loves us and knows our needs.
Response: Enlighten your people, Lord.

Response: Enlighten your people, Lord.
Leader: O God, you opened the gates of mercy for us, let us never turn aside from the path of life.
Response: Enlighten your people, Lord.
Leader: As we celebrate the resurrection of your beloved Son, help us to spend this
day in the spirit of joy.
Response: Enlighten your people, Lord.
Leader: Give to your faithful, O Lord, a prayerful spirit of gratitude, that we may
thank you for all your gifts.
Response: Enlighten your people, Lord.
Leader: In your mercy, continue to sanctify all who are afflicted from the present pandemic, and draw us all closer to you, and to one another, in this time of suffering.
Response: Enlighten your people, Lord.
Leader: Let us pray together as Jesus taught us:
Together: Our Father, who art in heaven …
Leader: You have given us bread from heaven, alleluia, alleluia.
Response: Containing in itself all delight, alleluia, alleluia.
Together: My Jesus,
I believe that you are present
in the Most Holy Sacrament of the Altar.
I love you above all things,
and I desire to receive you into my soul.
Since I cannot at this moment receive you sacramentally,
come at least spiritually into my heart.
I embrace you as if you were already there
and unite myself wholly to you.
Never permit me to be separated from you,
my Lord and my God!
Amen.
Canticle of Zechariah (Luke 1:68-79)
Together: ✠ Blessed be the Lord, the God of Israel;
he has come to his people and set them free.
He has raised up for us a mighty savior,
born of the house of his servant David.
Through his holy prophets he promised of old
that he would save us from our enemies,
from the hands of all who hate us.
He promised to show mercy to our fathers
and to remember his holy covenant.
This was the oath he swore to our father Abraham:
to set us free from the hands of our enemies,
free to worship him without fear,
holy and righteous in his sight
all the days of our life.
You, my child, shall be called the prophet of the Most High;
for you will go before the Lord to prepare his way,
to give his people knowledge of salvation
by the forgiveness of their sins.
In the tender compassion of our God
the dawn from on high shall break upon us,
to shine on those who dwell in darkness and the shadow of death,
and to guide our feet into the way of peace.
Glory be to the Father, and to the Son,
and to the Holy Spirit:
as it was in the beginning, is now, and ever shall be,
world without end. Amen.
Leader: ✠ May the Lord bless us, protect us from all evil,
and bring us to everlasting life.
Together: Amen.
Text for the hymn There’s A Wideness in God’s Mercy by Frederick W. Faber, 1814-1863, alt. Used with permission granted by OneLicense.net license #A-705112.
Excerpts from the Lectionary for Mass for Use in Dioceses of the United States of America, second typical edition © 2001, 1998, 1997, 1986, 1970 Confraternity of Christian Doctrine, Inc., Washington, DC; excerpts from The Roman Missal © 2010, ICEL; excerpts from The Liturgy of the Hours © 1994, ICEL; used with permission granted by the USCCB until November 22 during the COVID-19 pandemic. All rights reserved. No portion of these texts may be reproduced by any means without permission in writing from the copyright owner.


Table:
QS208EW Religion (Ward Hierarchy)
QS201EW Ethnic Group (Ward Hierarchy)
Area Code:
Chart:
Religion for All Ages
Christians by Age
Moslems by Age


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Poly is a simple programming language for manipulating polynomials. For example, here is a program to calculate and print the first 10 Chebyshev polynomials, using the recurrence Tn+1(x)=2xTn(x)-Tn-1(x).
t0=1; print t0; t1=x; print t1; for(i=2;i!=10;i++){ t2=2*x*t1-t0 print t2 t0=t1 t1=t2 };And here is its output
1 x -1+2*x^2 -3*x+4*x^3 1-8*x^2+8*x^4 5*x-20*x^3+16*x^5 -1+18*x^2-48*x^4+32*x^6 -7*x+56*x^3-112*x^5+64*x^7 1-32*x^2+160*x^4-256*x^6+128*x^8 9*x-120*x^3+432*x^5-576*x^7+256*x^9Except for the peculiar placement of semicolons, this code should be immediately understandable to C, or especially awk, programmers.
The language is extremely simple. The only statement types assign values to variables, print values out and control execution using if, for, while, break and continue statements reminiscent of C or awk.
Few will be surprised to learn that poly breaks its input into a stream of tokens that are then parsed by a yacc grammar. The resulting parse trees are passed to an interpreter that does the appropriate computation. A complete grammar is given at the end of this document.
White space and comments serve to separate tokens, and are otherwise ignored. A comment begins with the sharp sign # and continues to the end of the line.
There are five main classes of tokens: names, reserved words, numbers, strings and punctuation. Names and key words are sequences of upper and lower-case letters, underscores and digits, the first of which must not be a digit. The two cases are not equivalent, so X0 and x0 are two different names. The reserved words are
break coef continue deg diff do else for if int print whileThese may not be used as names.
A number is a sequence of one or more digits, possibly containing a decimal point, and possibly followed by an e or E and an optionally signed string of one or more digits. Examples are
137 .45359237 3.14159265358979323846 6.022169e+23 1.6021917E-19
A string is a sequence of characters surrounded by double-quotes, like "Result: %p\n". In strings, \n, \b, \r, \t, \0 and \\ are escapes for newline, backspace, carriage return, tab, nul and backslash. Strings are only used to specify a format in print statements.
The punctuation tokens recognized by poly are
- -- + ++ * / = == < <= > >= ^ ' , ; [ ] ( ) { }
The value of every expression is a multivariate polynomial with floating-point coefficients. Someday I want to rewrite poly to use arbitrary-precision rational coefficients.
The simplest expressions are just numbers or names. Depending on whether or not a name has previously been given a value (by an assignment statement, see below) it either stands for that value, or is a variable in a polynomial. Thus the following sequence
print x; x=y; print x;prints
x yAt the first print, x has not yet been given a value, so the output is the first-degree polynomial x. After the assignment x=y, x has a value, which the second print disgorges.
Having assigned a value to x, we may still wish to refer to the polynomial x. We can do so by writing 'x. The quote prevents x's value from being substituted for it. Thus, the way to erase the definition of a variable is to write x='x;
Operators in expressions should mostly be familiar to C programmers. The arithmetic operators +, -, (both binary and unary) * and / work as expected, with the caveat that the right operand of / must be a constant - I haven't implemented more general polynomial division, and in any case the result could not be guaranteed to be a polynomial. There is an exponentiation operator ^, which is right-associative and higher precedence than * and /. Of course, the exponent must be a non-negative integer, since the system cannot represent values that are not polynomials. Poly also has an almost complete suite of relational and logical operators. The logical values true and false are represented by the constant polynomials 1 and 0. As an operand of a logical operator, any non-zero polynomial is taken to be true. Relational operators <=, <, >=, >, ==, != work by subtracting their two operands. If the difference is a constant, poly does the appropriate sign test on the result. Otherwise, the operation's value is false. The logical operators || and && work as in C. Logical not is inexplicably missing; B==0 will have to substitute.
Poly has a fairly powerful substitution operator that can substitute any polynomial for each of several variables. For example,
print (x^5)[x=x+1];substitutes x+1 for x in x5, giving (x+1)5, and prints the result:
1+5*x+10*x^2+10*x^3+5*x^4+x^5(The parentheses are required in the above example because the precedence of the [...] operator is higher than ^. Leave them out and it just does the substitution on 5.)
Substitutions for more than one variable are done simultaneously. Thus this input
print (x+y^2)[x=y,y=x]; print (x+y^2)[x=y][y=x];prints
y+x^2 x+x^2The first line swaps x and y while the second changes x to y giving y+y^2 and then changes all the y's back to x's.
Poly has several built-in functions. These are
The poly grammar is designed so that statements are self-delimiting. Poly can always tell when a new statement is beginning, without the aid of an explicit statement delimiter. Unfortunately, it can't tell that a statement has ended before reading the first token of the following statement. For example when you type print (x+1)^5, poly can't tell that you're not going to continue on the next line with +y^4, so it has to just sit and wait for you to type more. Therefore, at the top level (only!), statements must be terminated with a semicolon. This accounts for the odd look of the example in the introduction, where the for loop ends with a semicolon, but none of the statements within its body do. I wish I knew a way to deal with this that simultaneously made life easier for the user and didn't tie the lexical and parsing parts of the program in knots.
Poly has only a few statement types, some of which appeared undescribed in the examples above. The simplest is the print statement, which appears in two forms:
print (x+1)^5; print "Answer: %p; %p\n", (x+y)*(x-y), (2.*x+y)^3;These output
1+5*x+10*x^2+10*x^3+5*x^4+x^5 Answer: -y^2+x^2; y^3+6*x*y^2+12*x^2*y+8*x^3The first form just prints an expression followed by a newline. In the second, extended, form, a format string is followed by a list of expressions. Each occurrence of %p in the format string marks the position at which one of the expressions should be printed. In the second form no newline is printed unless it occurs in the format string.
Assignment statements come in a number of guises, the most straightforward of which we've already seen:
p=(x+5)^4;As you surely have already figured out, this just stores the result of evaluating the expression on the right of the = in a place identified by the name on the left. The other forms of assignment are just convenient abbreviations of the straighforward form. Here they are in a list, paired with the forms that they abbreviate:
v+=e; v=v+e; v-=e; v=v-e; v*=e; v=v*e; v/=e; v=v/e; v^=e; v=v^e; v++; v=v+1; ++v; v=v+1; v--; v=v-1; --v; v=v-1;
compound
if
while
do while
for
break
continue
Below is a grammar, one production per line. In the grammar, all punctuation characters and lower-case terms are literal. Terms in upper case are non-terminals. NUM, VAR and STRING represent number, name and string tokens and are not defined in the grammar. Operator precedence from low to high is:
|| && <= < >= > == != + - (binary) * / ^ (right associative) + - (unary) [ ] (right associative)All operators are left-associative unless noted above, so a-b+c means ((a-b)+c). The productions given for if statements are ambiguous. The resolution is, as usual, to tie each else clause to the closest preceding unmatched if.
RUN: | RUN STMT; STMT: print EXPR | print PLIST | VAR=EXPR | VAR+=EXPR | VAR-=EXPR | VAR*=EXPR | VAR/=EXPR | VAR^=EXPR | VAR++ | ++VAR | VAR-- | --VAR | { STMTS } | if(EXPR) STMT | if(EXPR) STMT else STMT | while(EXPR) STMT | do STMT while(EXPR) | for(STMTS; EXPR; STMTS) STMT | break | continue STMTS: | STMT STMTS PLIST: STRING | PLIST, EXPR EXPR: NUM | VAR | ' VAR | (EXPR) | EXPR || EXPR | EXPR && EXPR | EXPR<EXPR | EXPR>EXPR | EXPR<=EXPR | EXPR>=EXPR | EXPR==EXPR | EXPR!=EXPR | EXPR+EXPR | EXPR-EXPR | EXPR*EXPR | EXPR/EXPR | EXPR^EXPR | -EXPR | +EXPR | int(EXPR, VAR) | diff(EXPR, VAR) | deg(EXPR, VAR) | coef(EXPR, COEFS) | EXPR[SUBS] SUBS: SUB | SUBS, SUB SUB: VAR=EXPR COEFS: COEF | COEFS, COEF COEF: VAR, EXPR


In the previous step, we saw how a controller and a template worked together to convert a static HTML page into a dynamic view. This is a very common pattern in Single-Page Applications in general (and AngularJS applications in particular):
The template (the part of the view containing the bindings and presentation logic) acts as a blueprint for how our data should be organized and presented to the user. The controller provides the context in which the bindings are evaluated and applies behavior and logic to our template.
There are still a couple of areas we can do better:
The scope, that glues our controller and template together into a dynamic view, is not isolated from other parts of the page. What this means is that a random, unrelated change in a different part of the page (e.g. a property-name conflict) could have unexpected and hard-to-debug side effects on our view.
(OK, this might not be a real concern in our minimal example, but it is a valid concern for bigger, real-world applications.)
Since this combination (template + controller) is such a common and recurring pattern, AngularJS provides an easy and concise way to combine them together into reusable and isolated entities, known as components. Additionally, AngularJS will create a so called isolate scope for each instance of our component, which means no prototypal inheritance and no risk of our component affecting other parts of the application or vice versa.
Since this is an introductory tutorial, we are not going to dive deep into all features provided by AngularJS components. You can read more about components and their usage patterns in the Components section of the Developer Guide.
In fact, one could think of components as an opinionated and stripped-down version of their more complex and verbose (but powerful) siblings, directives, which are AngularJS's way of teaching HTML new tricks. You can read all about them in the Directives section of the Developer Guide.
(Note: Directives are an advanced topic, so you might want to postpone studying them, until you have mastered the basics.)
To create a component, we use the .component() method of an AngularJS module. We must provide the name of the component and the Component Definition Object (CDO for short).
Remember that (since components are also directives) the name of the component is in camelCase
(e.g. myAwesomeComponent
), but we will use kebab-case
(e.g. my-awesome-component
) when
referring to it in our HTML. (See here for a description of different case styles.)
In its simplest form, the CDO will just contain a template and a controller. (We can actually omit the controller and AngularJS will create a dummy controller for us. This is useful for simple "presentational" components, that don't attach any behavior to the template.)
Let's see an example:
angular.
module('myApp').
component('greetUser', {
template: 'Hello, {{$ctrl.user}}!',
controller: function GreetUserController() {
this.user = 'world';
}
});
Now, every time we include <greet-user></greet-user>
in our view, AngularJS will expand it into a
DOM sub-tree constructed using the provided template
and managed by an instance of the specified
controller.
But wait, where did that $ctrl
come from and what does it refer to ?
For reasons already mentioned (and for other reasons that are out of the scope of this tutorial), it
is considered a good practice to avoid using the scope directly. We can (and should) use our
controller instance; i.e. assign our data and methods on properties of our controller (the "this
"
inside the controller constructor), instead of directly to the scope.
From the template, we can refer to our controller instance using an alias. This way, the context of
evaluation for our expressions is even more clear. By default, components use $ctrl
as the
controller alias, but we can override it, should the need arise.
There are more options available, so make sure you check out the
API Reference, before using .component()
in your own
applications.
Now that we know how to create components, let's refactor the HTML page to make use of our newly acquired skill.
app/index.html
:

...

<phone-list></phone-list>

app/app.js
:
// Define the `phonecatApp` module
angular.module('phonecatApp', []);
app/phone-list.component.js
:
// Register `phoneList` component, along with its associated controller and template
angular.
module('phonecatApp').
component('phoneList', {
template:
'
' +
'
' +
'{{phone.name}}' +
'
{{phone.snippet}}
' +
'
' +
'
',
controller: function PhoneListController() {
this.phones = [
{
name: 'Nexus S',
snippet: 'Fast just got faster with Nexus S.'
}, {
name: 'Motorola XOOM™ with Wi-Fi',
snippet: 'The Next, Next Generation tablet.'
}, {
name: 'MOTOROLA XOOM™',
snippet: 'The Next, Next Generation tablet.'
}
];
}
});
Voilà! The resulting output should look the same, but let's see what we have gained:
<phone-list></phone-list>
anywhere in the page to get a
list of phones.index.html
) is cleaner and more declarative. Just by looking at it, we know there
is a list of phones. We are not bothered with implementation details.A note on file naming:
It is a good practice to distinguish different types of entities by suffix. In this tutorial, we
are using the .component
suffix for components, so the definition of a someComponent
component would be in a file named some-component.component.js
.
Although we have combined our controller with a template into a component, we still can (and should) unit test the controller separately, since this is where our application logic and data reside.
In order to retrieve and instantiate a component's controller, AngularJS provides the $componentController service.
$controller
service that we used in the previous step can only instantiate controllers that
were registered by name, using the .controller()
method. We could have registered our component
controller this way, too, if we wanted to. Instead, we chose to define it inline — inside
the CDO — to keep things localized, but either way works equally well.
app/phone-list.component.spec.js
:
describe('phoneList', function() {
// Load the module that contains the `phoneList` component before each test
beforeEach(module('phonecatApp'));
// Test the controller
describe('PhoneListController', function() {
it('should create a `phones` model with 3 phones', inject(function($componentController) {
var ctrl = $componentController('phoneList');
expect(ctrl.phones.length).toBe(3);
}));
});
});
The test retrieves the controller associated with the phoneList
component, instantiates it and
verifies that the phones array property on it contains three records. Note that the data is now on
the controller instance itself, not on a scope
.
Same as before, execute npm test
to run the tests and then watch the files for changes.
Try the experiments from the previous step, this time on the phoneList
component.
Add a couple more phone lists on the page, by just adding more <phone-list></phone-list>
elements in index.html
. Now add another binding to the phoneList
component's template:
template:
'
Total number of phones: {{$ctrl.phones.length}}
' +
'
' +
...
Reload the page and watch the new "feature" propagate to all phone lists. In real-world applications, where the phone lists could appear on several different pages, being able to change or add something in one place (e.g. a component's template) and have that change propagate throughout the application, is a big win.
You have learned how to organize your application and presentation logic into isolated, reusable components. Let's go to step 4 to learn how to organize our code in directories and files, so it remains easy to locate as our application grows.


Cheat Sheet for Workshop
HTML
Stands for: Hyper Text Markup Language
Structured like this:
Tags mark the beginning and end of an HTML element. When you create an open tag, remember to close it!
text
Creates a level one heading, usually the largest/top level heading in a page.
Level 1 Heading
text
Creates a level two heading.
Level 2 Heading
text
Creates a paragraph of text, making it easier to divide up big blocks of text.
text
Makes your text
bold
text
Makes your text
emphasized
(also known as italicized)
- list item
- list item
Creates an unordered list (with default dots)
- list item
- list item
- list item
- list item
Creates an ordered list (with default numbering)
- list item
- list item
Puts an image into the page.
text
The class specified in this custom paragraph text can be targeted by CSS so we can style it more specifically. Attributes are always structured in HTML inside the opening tag like so: <tag attribute="value"></tag>


Offloading is a default destination. When a flow turns offloading to true, it's send a copy of the message to the wiretap destination.
This copy can be used for example as backup or for data analytics.
| {{wireTapEndpoint.name}} | |
|---|---|
| Type: | {{wireTapEndpoint.type}} |
| Uri: | {{wireTapEndpoint.uri}} |
| Options: | {{wireTapEndpoint.options}} |
| Header: | |
| Service: | |
|
|


6.15 psb_gefree — Frees a dense matrix
call psb_gefree(x, desc_a, info)
-
Type:
- Synchronous.
-
On Entry
-
-
x
- The dense matrix to be freed.
Scope: local
Type: required
Intent: inout.
Specified as: a rank one or two array with the ALLOCATABLE or an
object of type psb_T_vect_type, of type real, complex or integer.
-
desc_a
- The communication descriptor.
Scope: local
Type: required
Intent: in.
Specified as: a variable of type psb_desc_type.
-
On Return
-
-
info
- Error code.
Scope: local
Type: required
Intent: out.
An integer value; 0 means no error has been detected.


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Geb provides integration modules for popular testing frameworks such as Spock, JUnit, TestNG and Cucumber (via Cuke4Duke)
While Geb works great with all of these frameworks, it really shines with Spock. Spock is an innovative testing framework that is a great match for using with Geb. Using Spock + Geb gives you very clear, concise and easy to understand test specifications with very little effort.
import geb.Page import geb.spock.GebSpec class LoginSpec extends GebSpec { def "login to admin section"() { given: to LoginPage when: loginForm.with { username = "admin" password = "password" } and: loginButton.click() then: at AdminPage } }
See the manual section on testing for more information on using Geb with Spock as well as other testing frameworks.


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface FileSystem
Provides a means for opening named "files" for reading or writing, and also
doing any other file-system operations. Most of these operations are
actually accessed via FileRef
objects, while this class acts as a
factory, creating FileRef
objects out of filesystem-specific names
for files.
Note that this is not intended to be a "complete" file-system interface. It currently only contains things needed by the GXP compiler.
| Method Summary | |
|---|---|
Charset |
getDefaultCharset()
|
FileRef |
getRoot()
Returns a FileRef for the root of this FileSystem . |
FileRef |
parseFilename(String filename)
Parses a filename (for this filesystem) into a FileRef . |
List<FileRef> |
parseFilenameList(String filenameList)
Parses a system path in this filesystem into an list of abstract FileRef objects. |
| Method Detail |
|---|
FileRef getRoot()
FileRef
for the root of this FileSystem
. The
the abstract name of the root is always "/".
FileRef parseFilename(String filename)
FileRef
.
IllegalArgumentException
- if filename cannot be parsed into a
FileRef
.List<FileRef> parseFilenameList(String filenameList)
List
of FileRef
s
IllegalArgumentException
- if filename cannot be parsed
into a list of FileRef
s.Charset getDefaultCharset()
Charset
for this FileSystem.
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


This form is for creating a new, empty table. You must enter a table
name and one or more fields. For each field, you must enter a name, select a
data type and enter the type width (if appropriate for the data type).
When done, click on the Create button to have the table immediately
created.


I believe that achieving Higher Purpose then Passion then Pleasure is a very hard thing to do as Pleasure is fleeting and there are more stimulai for it, which makes it easier to obtain than the pursuit of Higher Purpose which takes a lot more effort and focus. So I think the hard work to obtain Higher Purpose will be worth it in the long run, but not being distracted by short term pleasure hunting along the way is important.
My core values are attiude, always looking for the postive, forward thinking, not dwelling on the past, patience, staying calm and not letting my emotions run away with me.
As I get older and more experienced what I stand for changes, the things that I find important are community, encouragement, striving and not wasting time, its the only thing we can't get more of.
Interesting, I felt that the physical responses were very similar, the bodies reaction was to tense. I dont know about this one, although I hope that working this in with the other styles will give me more options in how to deal with success and failure.
Time is running short for much of a more in depth look right away, although I like the idea of learning optimism and unlearning pessimism.


This Drive™ extension/add-on lets you generate direct download links for the files in your Drive™ storage. Simply right click the file/folder in your Drive™ and select Open with->Download Link Generator. When a folder is selected, download links for all the files in that folder are generated. If Download Link Generator button isn't present, then you may first need to authorize this extension by clicking the Authorize button below.
For the generated download links to work everywhere, you need to make the file/folder public. To do this, you can right click the file/folder, select Get link and change visibility from Restricted to Anyone with the link.
Privacy: This extension accesses the metadata of the selected file/folder and reads its download link from that metadata. All communications with the Drive™ servers is handled via the official Drive™ Javascript API and your Drive™ data is not stored in any way in our databases. Regarding the "See information about your Google Drive files" permission asked during the authorization:
This extension is hosted at yasirkula.net website and is subject to its Privacy Policy.
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Syntax: #:<<symbol-name>>
#: introduces an uninterned symbol whose name is symbol-name. Every time this syntax is encountered, a distinct uninterned symbol is created. The symbol-name must have the syntax of a symbol with no package prefix.
For information on how the Lisp reader prints uninterned symbols, see Printing Symbols.


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Call me crazy (thanks) but I like regular expressions.
I like them enough to have decided that what I really needed was a tool that let me put regular expressions in my regular expressions (yo dawg). I had the idea for this a while ago but only got around to realising it a few days ago.
The basic idea is a scripting language for matching text via regular expressions, and then applying further regular expressions (and replacements) dependent on those.
I wanted to keep the syntax fairly free so there's support for representing blocks by indentation or within braces. To avoiding ambiguity, indenting can't be used inside braces although the opposite is fine.
Within braces, expressions should be separated by semi-colons.
I also wanted support for creating named blocks of code (functions if you like) and for flexibility over the character used to delimit the parts of an expression.
Example
After some mucking about, what I've ended up with is summat that looks like this:
>proc
/^(.+)\s+@/Model: $1\n/pt
/@\s+(.+)\n$/Speed: $2\n/pt
/^processor\s+:\s+(\d+)/# CPU $1\n/p
/^model name\s+:\s+//
<proc>
//\n/p
The idea being that you pipe /proc/cpuinfo
through that and you get a summary that looks like:
# CPU 0
Model: Intel(R) Core(TM) i5-2467M CPU
Speed: 1.60GHz
# CPU 1
Model: Intel(R) Core(TM) i5-2467M CPU
Speed: 1.60GHz
# CPU 2
Model: Intel(R) Core(TM) i5-2467M CPU
Speed: 1.60GHz
# CPU 3
Model: Intel(R) Core(TM) i5-2467M CPU
Speed: 1.60GHz
Breaking it down
>proc
/^(.+)\s+@/Model: $1\n/pt
/@\s+(.+)\n$/Speed: $1\n/pt
Define a block called proc
and do not execute it yet.
The first line of proc
matches a string followed by a space and an @ symbol. It then replaces what it's found with Model: (the string at the beginning). Then it prints the result (the p
flag) and discards the replacement that has taken place (temporary apply - the t
flag).
The second line does similar but looks for the @ followed by a space, a string, and a newline then prints "Speed: (the string)".
/^processor\s+:\s+(\d+)/# CPU $1\n/p
Match a line starting with processor and print out "CPU (the number)"
/^model name\s+:\s+//
<proc>
//\n/p
Match a line starting with Model name, and remove everything up until the start of the data. Then call the block called proc
. Finally, print a newline character.
Obviously this is a fairly contrived example ;)
Trying it out
Like most things these days, I wrote the engine for Ire in node.js.
If you have that installed, you can install ire with:
npm install -g ire
or if you're feeling less brave or more paranoid, just npm install ire
to install it to the current folder.
Further details are in the README and on this page.
Final word
Yes, I am fully aware that this is somewhat limited in use and probably completely pointless.
I'm sure someone will point out that I could do the kinds of things I want with pure sed or awk or somesuch. To those people: "you're missing the point". See my geekcode for details :P


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A single-cell quality-control portal for collection, sharing and analysis of single-cell experiment QC data.
Single-cell sequencing is becoming a commonly used tool by biologists. Systems like 10XGenomics, Fluidigm’s C1, Drop-Seq or SeqWell are making the generation of single-cell RNA-Seq data relatively simple; however there is a high degree of variability on the success of single-cell projects.
This portal aims to make it easier for users to share their experiences via upload of experimental metadata* and platform specific QC reports*. Users can also filter and query the database for experimental factors e.g. specific sample types, dissociation protocol, etc, and identify which protocol modifications may be best applied to their own experiments.
This site provides an easy to use web interface for the collection, processing and analysis of MIAME1 style experimental meta-data and single-cell QC reports, e.g. 10X Genomics Cell Ranger®. By providing the single-cell community this central portal for comparison of these data SCQC will enable more rapid identification of the factors that may be beneficial, or detrimental, to single-cell analysis. As well as helping with the development of best practices and standards by allowing users to more quickly assemble meta-analysis of different datasets. It will also help by connecting users in the single-cell community.
SQCQ uses a basic MIASCE: Minimal Information About a Single-Cell Experiment, for collection of experimental meta-data for comparison and sharing of results between collaborating and disparate laboratories alike. Users submit metadata when submitting their QC reports – a batch upload tool is in development.
We hope that SCQC will enable more rapid identification of the factors that may be beneficial, or detrimental, to single-cell sequencing experiments. And will help with speed the development of best practices and standards in the field.
All data submitted should be anonymised and will be available for download for local analysis by registered users. Additionally SCQC portal code and software used is available on GitHub under the MIT open-source license.
We have applied for funding to extend the SCQC QC portal to other single-cell technologies (currently only 10X Genomics is supported), and develop the site to accommodate future technologies, which will enable in-depth cross-platform QC analyses to be performed. Making data available for more than scRNA-Seq requires consideration of the best QC metrics to include from technologies as diverse as in-situ hybridization or other high-content imaging platforms, proteomics, metabolomics, and epigenetics. We will engage with the community around these QC standards as they develop. However the SCQC portal will collect similar metadata from users of these different technologies simplifying comparison of multiple approaches to tissue preparation and sample handling. Ultimately the community will need to know if the same methods can be used across different technologies or whether tissues and cells need to be handled very differently to generate the very best results.
The development plan includes:


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History of Lviv
Lviv history is as colorful and amazing as a city itself. It is filled with interesting events and outstanding figures. Lviv was founded during the reign of Danylo Romanovych. It is named after his son – Prince Lev. The first mention of the city dates from 1256. In the middle of the XIV century the city was conquered by Casimir III, thus Lviv became part of the Kingdom of Poland (later the Commonwealth) for more than 400 years. More and more people of different nationalities, including merchants and artisans arrived to Lviv.
Today Lviv is more than 760 years old and it has lots of stories to tell you! City situated on the crossing of two profitable trade routes developed and flourished rapidly and became one of main trade centers of medieval Europe. Afterwards while being a part of different countries, Lviv borrowed some parts of culture and knowledge from invaders. Later on it transformed not only to an architectural gem, but also to the modern capital of scientific, spiritual and artistic life.
Nowadays, Lviv remains an important transport hub. Roads and railways of European importance pass through our city. Danylo Halytskyi Lviv Airport annually opens new destinations and increases passenger traffic and is the largest airport in Western Ukraine. Considering the industry area, Lviv continues to be one of the most recognizable city–brands in Ukraine. It is here that the engineering corporation Electron creates electric transport for the whole country, and Lviv breweries and chocolate factories continue centuries–old traditions. The city’s IT industry is growing rapidly and is now an integral part of the economy.


Run4YourBits
Classes
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Checkpoint
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Config
CustomButton
EndMenu
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HighObstacle
HighscoreDialog
Highscores
LevelSelect
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LowObstacle
Main
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MultithreadSystem
Obstacle
PauseMenu
PowerUp
RandomRange
Score
SimpleSoundPlayer


A certain kind of doom scroll
In 2016, a white man with an assault rifle entered a pizzeria.
In 2016, a white man with an assault rifle entered a pizzeria in the United States, looking to rescue children from a child trafficking ring.
In 2016, a white man with an assault rifle entered Comet Pizza in the United States, believing children were being sold in a trafficking ring, and that former presidential candidate Hilary Clinton was involved.
45 minutes after entering the pizzeria, he was arrested.
But, he couldn’t find the children; there was no child trafficking ring. The man was Edgar Maddison Welch, he was carrying a Colt AR-15 rifle, a Colt .38 handgun, a shotgun and a folding knife.
Edgar reportedly expressed remorse after being arrested- he was just worried about the children.
Edgar reportedly expressed remorse after being arrested- he was just worried about the children in the sex trafficking ring.
A woman posts photos of her children online.
A woman posts photos of her children, and her parenting style online.
A woman posts photos of her children, her parenting style, and the hashtag WWG1WGA on instagram. Jalynn Schroeder, a millennial mom influencer with more than 50,000 followers on Instagram posted WWG1WGA multiple times in 2020 before Instagram banned the hashtag.
She’s really concerned about the children.
She’s really concerned about the children and child trafficking.
She’s read online.
She’s read online, and on social media about this issue.
She’s done the research, just like Edgar Maddison Welch.
She’s read online, why isn’t anyone talking about this?
Her followers are really concerned, too. This is a big issue. Why isn’t anyone talking about it?
Trump can help- could help. Once he comes back. Drain the swamp.

Her: Yes. That’s literally all I care about.
Don’t you see?
There are hand signals, you need to be talking about this. The children, won’t you think of the children?


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One moment please...


All about me
By Kishan Sambhi
Lego
This is a hobby I enjoy, but one I don't do very often. Every Christmas or Birthday I ask for a BIG Lego model, usually a Technic model, to build. I then proced for the next couple of days and for most of Christmas Day to build that Lego model. Below you can find some of my Lego models.


TK Maxx mocked for £100 shoes that look 'perfect for a foot-and-mouth epidemic'
The blue and black footwear will set you back £100 at TK Maxx and are being ridiculed for its 'swimming pool look' and resembling something you'd wear during the foot and mouth epidemic
by Lorraine KingShoppers have mocked a pair of designer shoes on sale at TK Maxx saying that look like they're covered with swimming pool-style shoe guards.
Others joked that the £100 footwear by Joseph were "perfect" for wearing during a foot and mouth epidemic.
The black and blue creation were also dubbed 'operating chic' and that they gave off a 'swimming pool look.'
Janet McConnell posted snaps of the boots from TK Maxx's website, adding: "Amazing! They really have captured that 'Swimming pool' look!!"

Sarah Elizabeth said: "You could visit a show home and not have to worry about putting little plastic protectors on the bottom of your shoes!"
Kerri Hillard said: "Looks like something you'd wear during a foot & mouth outbreak."
Stuart Java said; "When you have to perform surgery at 6 but be at the club by 7."
And Helen Burnett added: "When you visit someone and have to wipe your feet on the way out."
Others said the footwear was "abattoir chic."
Jayne Nicoll said: "When you have lunch at 11 and a crime scene at 12."
Alice Taylor added: "Voila! I can't tell you how long I have been searching for some boots, kinda cowboy style, but not and look like you're wearing floor protectors but with the heel showing through.
"Amazing people amazing!"
Claire HillI said: "I wore something like that when I worked in an isolation unit in a hospital.
"We threw them away, if I had known I could sell them them I'd be quid in."
Nicola Rachel Wilson said: "But handy if you go to the swimming pool.
And Jenny Munro-Hunt said: "Definitely good for visiting a showhome.
 Joke's on you, Barrett Homes!"
Joseph is a British label founded in 1966 by Casablanca-born Joseph Ettedgui.


Coca Cola and SAP Leveraging Blockchain to Redefine Supply Chain
by Christine VasilevaBlockchain as a solution for supply chains is the next big thing for Coca-Cola bottling companies. The usage of distributed ledger and cryptography solutions for supply chain logistics has been one of the hottest use cases for the technology.
The SAP Solution is Permissioned Business-Grade Blockchain
As reported by Business Insider, more than 70 franchises of the Coca-Cola Company worldwide can now use the blockchain solution developed by SAP. Unlike public blockchains, this permission-based solution still keeps a cryptographically protected, tamper-proof record.
The advantage of blockchain technology is that each of the dozens of suppliers will be able to file orders viewable by everyone using the distributed ledger. Coke One North America, a firm organizing 12 suppliers with hundreds of thousands in orders, believes the SAP blockchain solution could bring down the time for reconciling and organizing orders.
“There are a number of transactions that are cross-companies and multiparty that are inefficient. They go through intermediaries; they are very slow. And we felt that we could improve this and save some money,” said Andrei Semenov, senior manager at CONA.
Supply chain solutions include order tracking, filing, and information about origin. Blockchains can carry all those data while publishing and broadcasting the information. The SAP solution is not based on any known public protocol but is still boosting the public profile of a specific use case.
Bottlers Worldwide Test Distributed Ledger
The partnership between Coca-Cola’s global bottlers and SAP has entered a testing stage, with all entities on board to log records of supply as transactions on the permissioned blockchain. However, in the future, the program may grow into a partnership with supermarkets like Target and Walmart, hopes Semenov. Walmart has been a curious blockchain adopter, testing the use case for establishing a decentralized goods tracking ecosystem. Walmart is also part of the Hyperledger consortium for blockchain solutions.
There are skeptics that believe “blockchain fatigue” may reach the supply chain sector. However, the usage of blockchain is just picking up.
When it comes to public blockchains, tracking products and deliveries has been the aim of projects like VeChain (VET) and NEM (XEM), but almost any public blockchain can be used for tracking and record-keeping. Supply chain tracking has been proposed for multiple sectors, but more prominently, the automotive supply chains, as well as the tracking of luxury goods.
What do you think about Coca-Cola moving to use blockchain technology? Share your thoughts in the comments section below!
Image via Shutterstock
The Rundown


Miscellaneous¶
Description¶
Unlike the composition module, this section focuses on managing images instead of editing them, no matter what the module is editing. Functions and classes in this module include image classes and image import functions.
Function List¶
-
class
pyifx.misc.
ImageVolume
(input_path, output_path, prefix='_', level=1)¶ A class used to import images from a directory into Python, creating a list of PyifxImage instances.
- Variables
input_path (str) – The path to the directory where the images are located.
output_path (str) – The path where images in the volume should be saved.
prefix (str) – The prefix for edited image file names.
volume (list) – The list of images imported from the input path.
-
__init__
(self, input_path, output_path, prefix="_", level=1)¶ The ImageVolume constructor method.
- Parameters
input_path (str) – The path to the directory where the images are located.
output_path (str) – The path where images in the volume should be saved.
prefix (str) – The prefix for edited image file names. If nothing is entered for this parameter, it will default to “_”.
level (int) – The depth to which images should be imported from subdirectories. For infinite depth, set this value to 0. If nothing is entered, this value will default to 1, importing from the root directory exclusively.
- Returns
ImageVolume instance
- Return type
-
__weakref__
¶ list of weak references to the object (if defined)
-
convert_dir_to_images
(input_dir, level=1)¶ convert_dir_to_images(input_dir, level=1): Converts files from a given directory into PyifxImage instances.
- Parameters
input_dir (str) – The directory to read files from.
level (int) – The depth to which images should be imported from subdirectories. For infinite depth, set this value to 0. If nothing is entered, this value will default to 1, importing from the root directory exclusively.
- Returns
List with elements of type PyifxImage
- Return type
list
-
get_input_path
()¶ get_input_path(self): Gets the instances input path and returns it.
- Returns
Input path
- Return type
str
-
get_output_path
()¶ get_output_path(self): Gets the instances output path and returns it.
- Returns
Output path
- Return type
str
-
get_prefix
()¶ get_prefix(self): Gets the instances prefix property and returns it.
- Returns
Prefix
- Return type
str
-
get_volume
()¶ get_volume(self): Gets the instances volume and returns it.
- Returns
List of images of type PyifxImage OR An empty array
- Return type
list
-
set_input_path
(new_input_path, level=1)¶ set_input_path(self, new_input_path, level=1): Sets the instances input path and returns it.
- Parameters
new_input_path (str) – What the input path will be set to.
level (int) – The depth to which images should be imported from subdirectories. For infinite depth, set this value to 0. If nothing is entered, this value will default to the previously set level of the class.
- Returns
ImageVolume instance
- Return type
-
set_output_path
(new_output_path)¶ set_output_path(self, new_output_path): Sets the instances output path and returns the instance.
- Parameters
new_output_path (str) – What the output path will be set to.
- Returns
ImageVolume instance
- Return type
-
set_prefix
(new_prefix)¶ set_prefix(self, new_prefix): Sets the instances prefix property and returns the instance.
- Parameters
new_prefix (str) – What the instances prefix property will be set to.
- Returns
ImageVolume instance
- Return type
-
set_volume
(new_volume)¶ set_volume(self, new_volume): Sets the instances volume property and returns the volume.
- Parameters
new_volume (list) – What the instances volume will be set to.
- Returns
ImageVolume instance
- Return type
-
volume_to_list
(self, level=1)¶ The method used to create a list of PyifxImage instances based on the arguments entered in the constructor method. The volume property will be set based on the return value of this function.
- Parameters
level (int) – The depth to which images should be imported from subdirectories. For infinite depth, set this value to 0. If nothing is entered, this value will default to 1, importing from the root directory exclusively.
- Returns
PyifxImage list
- Return type
list
-
class
pyifx.misc.
PyifxImage
(input_path, output_path=None, img=None, create_image=True)¶ A class used to create packages of images & their properties created for use with the Pyifx library.
- Variables
input_path (str, NoneType) – The path to where the image is located. If the image does not have an input path, it means that the instance is a result of combining two or more images.
output_path (str, NoneType) – The path to where edited images should be created. If the image does not have an output path, it means the instance is used for read-only purposes.
image (numpy.ndarray, NoneType) – The image located at the input path in the form of a numpy n-dimensional array. If the instance does not have an image property, it means that the image had not been read.
-
__init__
(self, path, output_path=None, img=None, create_image=True)¶ The PyifxImage constructor method.
- Parameters
path (str, NoneType) – The path to where the image is located. Only use None as a value if the image property of the instace is being specified.
output_path (str, NoneType) – The path to where the edited image should be saved. Only use None as a value if the instance is not going to be saved to a file.
img (numpy.ndarray, NoneType) – The data used for image editing & processing. The image property of the class will be set based on the input path unless this parameter is set to a value other than None.
create_image (bool) – Specify whether the image property should be read from the input path. If this is set to true, the image at the input path will override the specified image parameter.
- Returns
PyifxImage instance
- Return type
-
__weakref__
¶ list of weak references to the object (if defined)
-
get_image
()¶ get_image(self): Gets the instances image data and returns it.
- Returns
Image data
- Return type
numpy.ndarray
-
get_input_path
()¶ get_input_path(self): Gets the instances input path and returns it.
- Returns
Input path
- Return type
str
-
get_output_path
()¶ get_output_path(self): Gets the instances output path and returns it.
- Returns
Output path
- Return type
str
-
refresh_image
()¶ refresh_image(self): Re-reads image based on input path & overrides the current image property, then returns the instance.
- Returns
PyifxImage instance
- Return type
-
set_image
(new_image)¶ set_image(self, new_image): Sets the instances image data and returns it.
- Parameters
new_image (numpy.ndarray) – What the image property will be set to.
- Returns
PyifxImage instance
- Return type
-
set_input_path
(new_input_path)¶ set_input_path(self, new_input_path): Sets the instances input path and returns the instance.
- Parameters
new_input_path (str) – What the input path will be set to.
- Returns
PyifxImage instance
- Return type
-
set_output_path
(new_output_path)¶ set_output_path(self, new_output_path): Sets the instances output path and returns the instance.
- Parameters
new_output_path (str) – What the output path will be set to.
- Returns
PyifxImage instance
- Return type
-
pyifx.misc.
combine
(img1, img2, out_path, write=True)¶ Combines the data of two PyifxImages, ImageVolumes, or ImageLists to form new PyifxImages.
- Parameters
img1 (pyifx.misc.PyifxImage, pyifx.misc.ImageVolume, list) – The first image to be added to the combination.
img2 (pyifx.misc.PyifxImage, pyifx.misc.ImageVolume, list) – The second image to be added to the combination. Arguments of type ImageVolume and list can be used in conjunction, but images of type PyifxImage must be used together.
out_path (str) – The path that the combine image(s) will be written to.
write (bool) – Whether to write the image or not.
- Returns
PyifxImage instance, ImageVolume instance, or list with elements of type PyifxImage
- Return type


People: Hannah Neil
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Hannah Neil
- Wed, Oct 20, 2021 - @prodoom @getpostman @DevNetCreate Thanks Paul! It was a lot of fun
- Mon, Oct 18, 2021 - 🏳🌈The LGBTQ+ Pride public workspace is one of the most rewarding and personally relevant projects in my tech career so far. I'm beyond excited (and kinda nervous!) for tomorrow's demo. 🌈🚀 https://t.co/FbhhzL4L04
- Thu, Oct 14, 2021 - Beginning some fun projects on mine :D https://t.co/qalaGufpAq https://t.co/cuv3S8cCYa
- Thu, Oct 07, 2021 - @RubyDotGif and @seanryankeegan are live doing a blindfold challenge now, and the crew in the chat is pretty fun this week too ;-) Come kick it with us and cheer Ruby on for her first livestream! https://t.co/MyzYQCaczM
- Tue, Oct 05, 2021 - One of our awesome Postman Supernovas, Pricilla B, has shared about her experience in the program. Check out her thoughts, and reach out to me if you want to learn more! https://t.co/bKS6ZYXJqg
- Mon, Oct 04, 2021 - On October 19 at 3:50pm ET, I'm showing the LGBTQ+ Pride public workspace that my Postman teammates and I built this summer. We'll take a look at using APIs to understand legislation, locate safe restrooms, and find opportunities in STEM. Register [free]: https://t.co/FAM7ie8Fh0 https://t.co/VynzSao4gW
- Thu, Sep 30, 2021 - Thursdays are often my favorite day of the workweek thanks to the @getpostman livestream. Checking out what's new with @arlemi and @PetuniaGray 👀 Come kick it with me in the chat. https://t.co/rbKruIPdsR


Purpose
The client would like a web based weather app created. The purpose of the site is to give current weather conditions in 3 different ways. The initial landing page will give the weather for the current location based on the Geocoding information given by the browser. The second is weather for 3 specific locations accessible through a dedicated link, and the third is weather for any location determined by a search string.
Audience
Primary audience is adults ages 18-30. Most will be students. Access to the site will be split between mobile devices and laptops
Audience Goals:
College students move around quite a bit so one goal would be to quickly get the weather conditions for their current location as they head off to class or study. They are also often far from their homes so the ability to quickly get the conditions for a specific location is important as well. The third goal deals with planning for travels...the ability to get weather conditions for any location will help with last minute packing for road trips.
Personas
- Name: Joe Cool
- Occupation: student
- Age: undetermined
- Interests: Traveling, seeing new things
- Motivation: Joe is not into planning. His last minute scrambling, whether it is getting to class in the morning or heading out on his latest adventure, has left him unprepared for weather conditions many times (He is tired of sleeping in the rain and snow). He would like to be more prepared...without having to put much effort into it...or planning.
- Environment: : Joe is comfortable using laptops and Mobile devices, he will most often be found on a smart phone however. Many of the places he frequents do not have great signal…he is often dealing with 3G speeds
- Name: Lucy van Pelt
- Occupation: student
- Age: 18
- Interests: Giving advice, Psychology
- Motivation: : Lucy is a no nonsense young lady who likes to help those around her. She wants easy access to the weather conditions for many locations so that she can always be prepared to offer some unsolicited advice to her peers.
- Environment: Lucy has a smart phone that she uses to keep her eye on her social media ‘friends’. She is usually not very far from her trusty laptop however. Most of her time online is spent either on the University network or the apartment broadband.
Content
All weather pages should include Location name, temperature, high, low, current weather descriptor, precipitation, and wind on small, and hourly temps should be added on larger screens. (See provided weather data file for more details)
Pages
- Home: weather for the current location. Current location should be determined by using the Geolocation API of the browser. This information should be passed to the WeatherUnderground API (https://www.wunderground.com/weather/api/) to retrieve the current conditions.
- Franklin, Greenville, Springfield: weather for each specific location. The weather for The Franklin and Greenville pages should be pulled from a local JSON file that will be provided.
- Search: Begins with only a search box, characters entered will cause a list of suggested matches to appear. Selected location will pull up the weather. The search term from the field should be sent to the WeatherUnderground autocomplete API (https://www.wunderground.com/weather/api/d/docs?d=autocomplete-api&MR=1), and the results used to pull the current conditions for the selected location.
Styles
Branding
The client provided the following initial concept for a name and logo: (You recognize that this logo could easily be re-created entirely with CSS using the right font and HTML entities… ⚀ ⚅)
Typography
The client also expressed interest in the following fonts:
Heading Font: Sansita From Google Fonts
Body Copy Font: Helvetica
A B C Ć Č D Đ E F G H I J K L M N O P Q R S Š T U V W X Y Z Ž a b c č ć d đ e f g h i j k l m n o p q r s š t u v w x y z ž 1 2 3 4 5 6 7 8 9 0 ‘ ? ’ “ ! ” ( % ) [ # ] { @ } / & < - + ÷ × = > ® © $ € £ ¥ ¢ : ; , . *
Lorem ipsum nonsed eicillabore essum fugit lantisit, si nis eictia num fugiam et quatquis resto eossitem quunt quae sit dolupis maio omnimo il id maio bea ipid que conseque volorem. Et facidebit vel ma doluptasitis num, ullandebit hicto beaquos tiumquis postrum cori odit eosam quiatur? Volo quid minvel earuptatem quiatur?
Colors
| Primary: #A6D8DB | Secondary: #F07C6C | Accent1: #E7EF61 | Accent2: #47556F |
Elements
(add usability note on each element)
Navigation:
Link:normal : #4A4653
Link:visited : #4A4653
Link:hover : #E7EF61
Link:active : #A6D8DB
Opaque rounded content box:
background-color: rgba(200,200,200,.6);
margin: .2em auto;
border: 1px solid;
border-radius: 5px;
Wireframes
Small screen
Large Screen
Greenville Redesign
Typography
These are the new fonts:
A B C Ć Č D Đ E F G H I J K L M N O P Q R S Š T U V W X Y Z Ž a b c č ć d đ e f g h i j k l m n o p q r s š t u v w x y z ž 1 2 3 4 5 6 7 8 9 0 ‘ ? ’ “ ! ” ( % ) [ # ] { @ } & < - + ÷ × = > ® © $ € £ ¥ ¢ : ; , . *
Lorem ipsum nonsed eicillabore essum fugit lantisit, si nis eictia num fugiam et quatquis resto eossitem quunt quae sit dolupis maio omnimo il id maio bea ipid que conseque volorem. Et facidebit vel ma doluptasitis num, ullandebit hicto beaquos tiumquis postrum cori odit eosam quiatur? Volo quid minvel earuptatem quiatur?
A B C Ć Č D Đ E F G H I J K L M N O P Q R S Š T U V W X Y Z Ž a b c č ć d đ e f g h i j k l m n o p q r s š t u v w x y z ž 1 2 3 4 5 6 7 8 9 0 ‘ ? ’ “ ! ” ( % ) [ # ] { @ } & < - + ÷ × = > ® © $ € £ ¥ ¢ : ; , . *
Lorem ipsum nonsed eicillabore essum fugit lantisit, si nis eictia num fugiam et quatquis resto eossitem quunt quae sit dolupis maio omnimo il id maio bea ipid que conseque volorem. Et facidebit vel ma doluptasitis num, ullandebit hicto beaquos tiumquis postrum cori odit eosam quiatur? Volo quid minvel earuptatem quiatur?
Colors
| Primary: #00184D | Secondary: #381219 | Accent1: #0F6F52 | Accent2: #143E00 |
Wireframes
Classmate's Feedback
My classmate suggested that it might look good to make the header and nav bar at the top slightly transparent and extend the background image up behind them. I think that that is a good idea and I will see how it looks.


I have recently just taking up writing and if you will like to read, check out my stories.
All my stories are linked to Medium, where they are published. Follow me on Medium to see my new stories, however,
this website will also be updated with any new stories


Subcontractor list
- Using subcontractors
- Yes
- Second level subcontracting
- No
- Fees and charges
- www.warkscol.com/fees
Your subcontractors
Do you want to declare that you do not subcontract any training
Your subcontractors
Do you want to declare that you do not subcontract any training


{% extends 'base.html'%} {% import "bootstrap/wtf.html" as wtf %}
"MY sentiments and Thoughts shared"


The some-thing's connected to the some-thing...
The hardware platform is based on the Microchip PIC18C452 microcontroller. An FM Transceiver and a Variable Gain RF Amplifier provide programmable output power, which is required for the Power Aware Routing Optimisations (PARO) developed by Steven Sloots in 2004. External RAM is required to cache Dynamic Source Routing (DSR) routing information. A real time clock is required to accurately time long sleep intervals.
Please click on each component in the following block diagram to learn about it:
| In case clicking on the diagram doesn't work: |
| PIC Microcontroller | Real Time Clock | External RAM | FM Transceiver | Variable Gain RF Amp | Wideband CMOS Switch |


My Name is Aditya and I am from Bangalore. I am presently studying
at NITK, Surathkal in Mangalore. I like coding but havent had
any
previous experiences with HTML and CSS. I like playing carrom ,
badminton and cricket. I also like painting, drawing and listening to songs.


{% extends "base.html" %} {% block content %}
| Service | Resolved By | Escalations | Summary | Triggered Date |
|---|---|---|---|---|
| {{ incident.service.name }} | {{ incident.resolved_by_user.name }} | {{ incident.number_of_escalations }} | {{ incident.summary }} | {{ incident.created_on }} |


B.A.(H) Journalism Department
Fee Structure
- Semester wise : 8000
- Year wise : 16000
Course Duration
Syllabus
Semester - I
- AECC 1: Environmental Studies
- C1: Microeconomics and Applications I
- C2: Accounting for Managers
- G1: Any one from the list of Generic Electives/Interdisciplinary Courses
Semester - II
- AECC 2: Business Communication (Language: English/MIL)
- C3: Microeconomics and Applications II
- C4: Mathematics for Business Economics
- G2: Any one from the list of Generic Electives /Interdisciplinary Courses
Semester - III
- C5: Macroeconomics and Applications I
- C6: Statistics for Business Economics
- C7: Corporate Finance
- G3: Any one from list of Generic Electives
- SEC I: Any one from the list of Skill Enhancement Courses
Semester - IV
- C8: Macroeconomics and Applications II
- C9: Basic Econometrics
- C10: Marketing Management
- G4: Any one from list of Generic Electives
- GSEC II: Any one from the list of Skill Enhancement Courses
Semester - V
- C11: Quantitative Techniques for Management
- C12: Organizational Behaviour
- DSE I: Elective I
- DSE II: Elective II
Semester - VI
- C13: International Economics
- C14: Legal Aspects of Business
- DSE III: Elective I
- DSE IV: Elective II


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Pancakes – Norwegian
Thin-ish like crepes. Works well with both sweet and savory things (toppings?). Pro-tip for ensuring a completely smooth batter without any lumps: Use an immersion blender for the mixing.
metadata
Created on 2020-04-13 Last updated on 2020-05-16
Recipe should yield this much: Using a 28 cm diameter pan – 13 pancakes. 925 g.
Estimated time needed: At least 58 minutes. At most 63 minutes.
Ingredients
| 600 | g | milk | ||
| 300 | g | eggs | 1 medium sized egg is approximately 50 g. | |
| 250 | g | flour | ||
| 50 | g | butter | ||
| 4 | tbsp | oil | For frying, can be substituted with butter or lard. | |
| 0.5 | tsp | salt | Optional, use if using unsalted butter. |
Scaling
Timeline
Directions
⌛ Active time 2 minutes | Passive time 5 minutes
- 50 g butter
Melt butter:
Melt butter, and set it aside to let it cool so that it doesn't mess up the eggs.
⌛ Active time 2 minutes
- 300 g eggs | 1 medium sized egg is approximately 50 g.
- 600 g milk
Mix eggs and milk
⌛ Active time 3 minutes
- 250 g flour
Add four:
To ensure that the mixture ends up completely smooth using an immersion blender works amazingly well.
⌛ Active time 1 minutes
- 0.5 tsp salt | Optional, use if using unsalted butter.
Add the melted butter:
If using unsalted butter add a pinch of salt as well.
⌛ Passive time 30 minutes
Let batter swell for half an hour
⌛ Active time 20 minutes
- 4 tbsp oil | For frying, can be substituted with butter or lard.
Fry on medium high heat:
Add a bit of oil to the pan for frying in between each of the pancakes or just when the pan is getting dry. Let the pan heat up a bit so that you don't start the first pancake in a cold pan. Setting the heat to 6.5 out of 9 seems to work well on our stove, but you'll probably have to do some trial and error to figure out what works for you.


rock artist
airline promo
fashion blog
real estate
recording artist
hiv-awarenes campaign
alternative rock band
apparel line
apparel line
government office
beach hotel
music channel
trance club
rock band
retail
alternative rock band
hotel
international model
photography studio
model/actor
travel agency
non-profit organization
hip-hop artist
Hi! I'm Seán Sumido, a freelance graphic & webdesigner based in the Philippines, working for clients & companies both here and abroad. I'm passionate about what I do. I like turning all my imaginations into reality through creativity.
Instead of boring you with a résumé, why not have a look at the selected projects above as well as my other projects I've done in the past on Instagram. My body of work will speak for my level of proficiency both in design and software usage.
Send me a quick hello
seaghansumido@outlook.com